阅读说明：本技术 具有用于装载的滑动机构的餐具分配器 (Cutlery dispenser with slide mechanism for loading ) 是由 M·E·舍恩宁 R·C·卡兰贝拉斯 T·A·金斯利 于 2019-01-18 设计创作，主要内容包括：本发明公开了餐具分配器(10),该餐具分配器包括外壳(8)。分配机架(18)可被构造成适配在该外壳(38)内。至少一个柱或销(182,186)可设置在该分配机架(18)的外表面上,并且至少一个滑动机构(180)可设置在该外壳(38)内。该滑动机构(180)被构造成接合分配机架柱或销(182,186)。滑动机构(180)可包括狭槽(188,190),该狭槽被构造成在分配位置和装载位置之间引导分配机架(18),在分配位置分配机架(18)被构造成从外壳(38)分配餐具(20),在装载位置分配机架(18)被构造成装载餐具(20)。(A cutlery dispenser (10) is disclosed that includes a housing (8). The dispensing chassis (18) may be configured to fit within the housing (38). At least one post or pin (182,186) may be disposed on an outer surface of the dispenser housing (18) and at least one slide mechanism (180) may be disposed within the housing (38). The slide mechanism (180) is configured to engage dispenser stand posts or pins (182, 186). The slide mechanism (180) may include a slot (188,190) configured to guide the dispensing rack (18) between a dispensing position, in which the dispensing rack (18) is configured to dispense the utensil (20) from the housing (38), and a loading position, in which the dispensing rack (18) is configured to load the utensil (20).)

1. A cutlery dispenser for dispensing a plurality of cutlery, the cutlery dispenser comprising:

a housing;

a dispensing rack configured to fit within the housing;

at least one post disposed on an exterior surface of the dispensing rack;

at least one slide mechanism disposed within the housing and configured to engage the dispenser mounting posts within the housing, the slide mechanism including a slot configured to guide the dispenser mounting between a dispensing position in which the dispenser mounting is configured to dispense cutlery from the housing and a loading position in which the dispenser mounting is configured to load cutlery.

2. The cutlery dispenser of claim 1, wherein the slot comprises an opening configured to receive the post, wherein removing the post from the slot through the opening separates the dispensing rack from the sliding mechanism.

3. The cutlery dispenser of claim 2, wherein the opening in the slot is positioned in the slot such that the post is removable from the slot only when the dispenser rack is between the dispensing position and the loading position.

4. The cutlery dispenser of claim 1, wherein the dispenser rack comprises a first post and a second post, and the sliding mechanism comprises a first slot and a second slot, the first slot configured to engage the first post, and the second slot configured to engage the second post.

5. The cutlery dispenser of claim 4, wherein the first slot and the second slot are configured to engage the first post and the second post.

6. The cutlery dispenser of claim 4, wherein the first slot comprises a first slot opening and the second slot comprises a second slot opening, wherein the first slot opening and the second slot opening are configured such that the first post cannot be removed from the first slot through the first slot opening while the second post is removed from the second slot through the second slot opening.

7. The cutlery dispenser of claim 1, wherein the slot comprises a first end, a second end, and a crown, and wherein the crown is configured to bias the post toward the first end or the second end of the slot.

8. The cutlery dispenser of claim 7, wherein the slot crown is configured to retain the dispenser rack in the dispensing position.

9. The cutlery dispenser of claim 7, wherein the slot crown is configured to retain the dispenser rack in the loading position.

10. The cutlery dispenser of claim 4, wherein the second slot comprises a first end, a second end, and a crown, and wherein the crown is configured to bias the second post toward the first end of the second slot or the second end of the second slot.

11. The cutlery dispenser of claim 10, wherein the crown of the second slot is configured to retain the dispenser rack in the dispensing position.

12. The cutlery dispenser of claim 10, wherein the crown of the second slot is configured to hold the dispenser rack in the loading position.

13. A cutlery dispenser for dispensing a plurality of cutlery, the cutlery dispenser comprising:

a housing;

a dispensing rack configured to fit within the housing;

a first post and a second post, wherein the first post and the second post are disposed on an outer surface of the distribution frame;

at least one sliding mechanism disposed within the housing and configured to engage the first post and the second post within the housing, the sliding mechanism comprising:

a first slot comprising a first slot first end, a first slot second end, and a first slot crown, wherein the first slot is configured to engage the first post, and wherein the first slot crown is configured to bias the first post toward the first slot first end or the first slot second end;

a second slot comprising a second slot first end, a second slot second end, and a second slot crown, wherein the second slot is configured to engage the second post, and wherein the second slot crown is configured to bias the second post toward the second slot first end or the second slot second end; and

wherein the first slot and the second slot are configured to guide the dispensing rack between a dispensing position in which the dispensing rack is configured to dispense dishes from the housing and a loading position in which the dispensing rack is configured to load dishes.

14. The cutlery dispenser of claim 13, wherein the first slot crown and the second slot crown are configured to retain the dispenser rack in the dispensing position.

15. The cutlery dispenser of claim 13, wherein the first slot crown and the second slot crown are configured to retain the dispenser rack in the loading position.

16. The cutlery dispenser of claim 13, wherein the first slot comprises a first slot opening and the second slot comprises a second slot opening, wherein removing the first post from the first slot through the first slot opening and removing the second post from the second slot through the second slot opening decouples the dispenser frame from the sliding mechanism.

17. The cutlery dispenser of claim 16, wherein the first slot opening is positioned in the first slot such that the first post is removable from the first slot only when the dispenser rack is between the dispensing position and the loading position.

18. The cutlery dispenser of claim 17, wherein the first slot opening and the second slot opening are configured such that the first post is not removable from the first slot through the first slot opening while the second post is removed from the second slot through the second slot opening.

19. The cutlery dispenser of claim 13, wherein the first slot and the second slot are configured to engage the first post and the second post.

20. A cutlery dispenser configured to dispense at least two cutlery, the cutlery dispenser comprising:

at least two dispensing racks, each dispensing rack comprising:

a housing configured to receive a stack of the utensils therein, wherein the stack of utensils includes at least one utensil and a next utensil;

at least one substantially vertical support rail disposed within the housing, the substantially vertical support rail configured to receive a first portion of each utensil having a contoured protrusion extending outwardly therefrom so as to maintain the stack of the utensils in a stacked orientation;

a front base disposed within the housing and below the substantially vertical support rail, the front base configured to contact the first portion of the next utensil; and

a rear base disposed within the housing and configured to contact a second portion of the next utensil;

a drive mechanism configured to contact the next utensil;

an access port providing an opening to the housing;

an actuator operably connected to the drive mechanism and configured to move the drive mechanism to a release position such that the drive mechanism contacts the next utensil in the stack of utensils to push the next utensil, causing the next utensil to be released from the stack of utensils and to become a released utensil, wherein the released utensil falls to a dispensing position and is accessible via the access port for removal from the dispenser in the dispensing position;

a ratchet gear assembly positioned at least partially within the housing and operably connected to the actuator to return the drive mechanism from the release position to a hold position;

at least one post disposed on the exterior surface of the dispensing rack; and

at least one slide mechanism disposed within the housing and configured to engage the post within the housing, the slide mechanism including a slot configured to guide the dispenser rack between a dispensing position in which the dispenser rack is configured to dispense dishes from the housing and a loading position in which the dispenser rack is configured to load dishes.

Technical Field

The described embodiments relate generally to cutlery dispensers and methods for making and using the cutlery dispensers. More particularly, the described embodiments relate to cutlery dispensers having a slide mechanism for loading, and methods for making and using the cutlery dispensers.

Background

Disclosure of Invention

Cutlery dispensers and methods for making and using cutlery dispensers are provided herein. In some examples, these cutlery dispensers may include: a housing; a dispensing rack configured to fit within the housing; at least one post disposed on an exterior surface of the dispensing rack; at least one slide mechanism disposed within the housing and configured to engage dispenser rack posts within the housing, the slide mechanism may include a slot configured to contact the posts of the dispenser rack and/or guide the dispenser rack between a dispensing position, in which the dispenser rack is configured to dispense the cutlery from the housing, and a loading position, in which the dispenser rack is configured to load the cutlery.

Drawings

Fig. 1 depicts a perspective view of an illustrative cutlery dispenser, according to one or more embodiments.

Fig. 2 depicts another perspective view of an exemplary cutlery dispenser in accordance with one or more embodiments, with an access door opened to reveal one or more dispensing racks located therein.

Fig. 3A depicts a perspective view of an exemplary utensil suitable for use with an exemplary utensil dispenser, according to one or more embodiments.

Fig. 3B depicts a bottom view of the utensil shown in fig. 3A, according to one or more embodiments.

Fig. 3C depicts a bottom perspective view of an exemplary knife suitable for use with an exemplary cutlery dispenser, according to one or more embodiments.

Fig. 4 depicts a partial perspective view of an illustrative distribution rack in accordance with one or more embodiments.

Fig. 5 depicts a cross-sectional plan view of an illustrative distribution rack in accordance with one or more embodiments, showing one or more support rails disposed therein.

Fig. 6 depicts a cut-away elevation view of an illustrative dispensing stand in accordance with one or more embodiments.

Fig. 7 depicts another illustrative cut-away side view of an illustrative dispensing rack in accordance with one or more embodiments, wherein the dispensing rack is between half full and empty of cutlery.

Fig. 8 depicts another illustrative cut-away side view of an illustrative dispensing rack with little to no cutlery in accordance with one or more embodiments.

Fig. 9 depicts a partial perspective view of a lower portion of an illustrative distribution rack in accordance with one or more embodiments.

Fig. 10 depicts a partially cut-away perspective view of a lower portion of an illustrative dispensing stand in accordance with one or more embodiments, showing an enlarged view of its internal devices with an actuator in a holding position.

Fig. 11 depicts a partially cut-away perspective view of a lower portion of an illustrative dispensing stand showing an enlarged view of its internal components with an actuator in a partial dispensing position in accordance with one or more embodiments. Is there a .

Fig. 12 depicts a partially cut-away perspective view of a lower portion of an illustrative dispensing stand showing an enlarged view of its internal devices with an actuator in a dispensing position in accordance with one or more embodiments.

Fig. 13 depicts an illustrative cut-away side view of a lower portion of an illustrative dispensing stand in accordance with one or more embodiments to better illustrate an actuator in a holding position.

Fig. 14 depicts an illustrative cut-away side view of a lower portion of an illustrative dispensing stand in accordance with one or more embodiments to better illustrate an actuator in a partial dispensing position.

Fig. 15 depicts the drive mechanism in a ready-to-dispense position according to one or more embodiments.

Fig. 16 depicts the drive mechanism in a holding or rest position according to one or more embodiments.

Fig. 17 depicts a partially cut-away perspective view of an illustrative dispensing stand and a priming mechanism disposed therein in accordance with one or more embodiments.

Fig. 18 depicts a perspective view of an illustrative cutlery dispenser according to one or more embodiments, with the access door open and one dispensing rack in the loading position and two dispensing racks in the dispensing position.

Fig. 19 depicts an illustrative cut-away side view of a lower portion of an illustrative dispensing stand in accordance with one or more embodiments to better illustrate the dispensing stand in a dispensing position.

Fig. 20 depicts an illustrative cut-away side view of a lower portion of an illustrative dispensing stand in accordance with one or more embodiments to better illustrate the dispensing stand in a loading position.

Fig. 21 depicts a bottom view of an illustrative dispensing stand in accordance with one or more embodiments.

Fig. 22 depicts a partially cut-away perspective view of a lower portion of an illustrative cutlery dispenser in accordance with one or more embodiments with the dispenser rack removed to better illustrate the sliding mechanism.

Detailed Description

It is to be understood that the following disclosure describes several exemplary embodiments for implementing different features, structures or functions of the invention. Exemplary embodiments of components, arrangements and configurations are described below to simplify the present disclosure; however, these exemplary embodiments are provided as examples only, and are not intended to limit the scope of the present invention. Additionally, the present disclosure may repeat reference numerals and/or letters in the various exemplary embodiments and in the figures provided herein. This repetition is for the purpose of simplicity and clarity and does not in itself dictate a relationship between the various exemplary embodiments and/or configurations discussed in the figures. Further, in the description that follows, forming a first feature over or on a second feature may include embodiments in which the first and second features are formed in direct contact, and may also include embodiments in which additional features are formed interposing the first and second features, such that the first and second features may not be in direct contact. Finally, the exemplary embodiments presented below may be combined in any manner, i.e. any element from one exemplary embodiment may be used in any other exemplary embodiment, without departing from the scope of the present disclosure. The figures are not necessarily to scale and certain features and certain views of the figures may be shown exaggerated or schematic in the interest of clarity and/or conciseness.

Additionally, certain terms are used throughout the following description and claims to refer to particular components. As will be understood by those skilled in the art, various entities may refer to the same component by different names, and thus, the naming convention for the elements described herein is not intended to limit the scope of the present invention unless explicitly defined otherwise herein. Furthermore, the naming convention used herein is not intended to distinguish between components that differ in name but not function. In addition, in the following discussion and claims, the terms "including" and "comprising" are used in an open-ended fashion, and thus should be interpreted to mean "including, but not limited to. Unless specifically stated otherwise, all numbers in this disclosure may be exact or approximate. Thus, various embodiments of the disclosure may deviate from the quantities, values, and ranges disclosed herein without departing from the intended scope. Furthermore, as used in the claims or specification, the term "or" is intended to include both exclusive and inclusive, i.e., "a or B" is intended to be synonymous with "at least one of a and B," unless expressly stated otherwise herein.

The terms "upper" and "lower"; "upward" and "downward"; "upper" and "lower"; "upwardly" and "downwardly"; "upper" and "lower"; and other similar terms as used herein, refer to relative positions to one another and are not intended to indicate a particular spatial orientation, as the apparatus and methods using the terms may be equally effective at various angles or orientations.

Fig. 1 and 2 depict perspective views of an illustrative cutlery dispenser 10 according to one or more embodiments. The cutlery dispenser 10 may include a body 12 having a base 14 and an access door 16 that may be closed when the cutlery dispenser 10 is operated, as shown in fig. 1, and the access door 16 may be opened to reveal the interior of the body 12, as shown in fig. 2. Referring to fig. 1 and 2, the cutlery dispenser 10 may include one or more dispensing racks 18 for dispensing a plurality of cutlery 20 through an access port 22. A user or consumer can grasp the handle 24 of the utensil 20 and pull the utensil 20 from the utensil dispenser 10 for use. In response to a user removing or dispensing a utensil 20, the utensil dispenser 10 may position another utensil 20 to be dispensed with the utensil handle 24 accessible via the access port 22. The cutlery dispenser 10 may dispense plastic cutlery such as polystyrene cutlery. When one utensil 20 is removed, another utensil 20 may be moved into position so that the handle 24 is outside of the access port 22. Food contactable head portions of the cutlery 20, such as tines, scoops, blades, etc., may be retained within the cutlery dispenser 10. Thus, these parts of the cutlery can be protected from the environment. The cutlery dispenser 10 may be used to dispense a variety of cutlery items such as, but not limited to, spoons, forks, knives, spoons, chopsticks, and the like.

The cutlery dispenser 10 may be hung on a wall using wall mount bracket attachment holes (not shown). The cutlery dispenser 10 may be attached to the base 14. The base 14 may provide support for the cutlery dispenser 10 and allow the cutlery dispenser 10 to stand freely. The base 14 may be removable so that the cutlery dispenser 10 may be mounted on a wall using wall mounting bracket attachment holes. Multiple cutlery dispensers 10 may be hung on a wall.

The cutlery 20 stored in the cutlery dispenser 10 may be stored in the dispenser rack 18. The cutlery dispenser 10 may be opened to allow the dispensing rack 18 to be replaced to refill the cutlery dispenser 10. The cutlery dispenser 10 may be opened using a hinge. The hinged access door 16 may allow access to the interior compartment of the cutlery dispenser 10. The hinge location may be at the top, bottom, or side of the cutlery dispenser 10. The access door 16 may have a fill level window (not shown). The dispensing racks 18 may have corresponding fill level windows (not shown) that allow a visual indication of the inventory of the dishware 20 in each respective dispensing rack 18 to be seen. The dispenser rack 18 may be attached to or inserted within the cutlery dispenser 10 and provides dispensable cutlery 20. The dispenser housing 18 may be prepackaged with the utensil 20. In some embodiments, the dispensing rack 18 is replaced with a new dispensing rack and is not reused. In other embodiments, the dispensing rack 18 may be refilled and reused in the cutlery dispenser 10. The cutlery dispenser 10 may house one, two, three or more dispensing racks. The cutlery dispenser 10 of fig. 2 is shown with three dispensing racks 18, e.g., one each of a spoon, fork and knife, but any combination of cutlery may be used. The dispenser housing 18 may be in communication with any dispensing slot. Thus, any type of dispensing rack 18 for cutlery 20 may be placed in any available dispensing slot.

Alternatively, each dispensing rack 18 and dispensing slot may be unique to the cutlery 20 being dispensed. The dispenser rack 18 may be individually designed to fit corresponding cutlery 20. In these embodiments, the footprint and size of the dispensing racks 18 may be different from one another, and the shape of the openings therein may be designed for a particular type of cutlery.

Fig. 3A depicts a perspective view of the utensil 20 according to one or more embodiments, and fig. 3B and 3C depict a bottom view and a bottom perspective view of the utensil 20 according to one or more embodiments. Each utensil 20 may have a functional portion or section 20 adjacent and abutting the handle 30. The functional section 34 may be configured to perform functions that aid in food consumption, such as cutting, piercing, and/or scooping. The functional section 34 may have a first end 322 adjacent the handle 30 and a second end 324 distal the handle 30. The handle 30 may be utilized by a user to hold and/or manipulate the utensil 20. The handle 30 may have a first end 332 and a second end 334. For reference, the first end 332 of the handle 30 may be the end furthest from the functional section 34, and the second end 334 may be the end adjacent and abutting (i.e., closest to) the functional section 34. Each utensil 20 may be disposable and constructed of a formable material. The formable material can include, for example, plastic, a combination of plastic, or a combination of plastic and other materials suitable for use as disposable or reusable cutlery. In certain embodiments, the formable material can be or include polystyrene, polyethylene, polypropylene, and blends and mixtures thereof. The utensil 20 may include a first portion 28 that may be or include a wing or pawl 32 on one or both sides of the utensil 20. The utensil 20 may also include a second portion 30 that may be or include the tail support and/or handle 24. First portion 28 and second portion 30 may be incorporated into other tableware items such as, but not limited to, spoons, knives, forks, spoons, and the like.

Each utensil 20 may include an axially-oriented projection or raised ridge 340 that extends outwardly and away from the first or upper surface 312 of the utensil 20. The raised ridge 340 may form a raised portion of the handle 30 and/or the functional section 34. The raised ridge 340 may extend from the first end 332 of the shank 30 to the second end 334 of the shank 30. The raised ridge 340 may also extend into the functional section 34. The raised ridge 340 may be continuous from its first end 342 to its second end 344, or the raised ridge 340 may be intermittent (i.e., non-continuous). In one embodiment, the first end 342 of the raised ridge 340 may be proximate to the handle 30 and the second end 344 of the raised ridge 340 may be proximate to the functional section 34.

The length of the raised ridge 340 may extend the entire length of the handle 30 or any portion thereof. For example, the length of the raised ridge 340 may be about 10%, about 20%, about 30%, or more of the length of the handle 30. The length of the raised ridge 340 may also be about 70%, about 80%, about 90% or more of the length of the handle 30. The length of the raised ridge 340 may also range from about 15% lower, about 25% or about 35% to about 85%, about 95%, about 105% or about 155% higher than the length of the shank 30. The length of the raised ridge 340 measured from its first end 342 to its second end 344 may be at least 1cm, at least 2cm, at least 3cm, at least 4cm, at least 5cm, between 0.5cm and 4cm, between 0.5cm and 3cm, between 0.5cm and 2cm, between 1cm and 5cm, between 1cm and 4cm, between 1cm and 3cm, between 1cm and 2cm, between 2cm and 5cm, between 2cm and 4cm, or between 2cm and 3 cm.

The raised ridge 340 may have a varying height from its first end 342 to its second end 344. The height of the raised ridge 340 may increase or slope from its first end 342 to its second end 344 (i.e., in a direction toward the functional section 34). The height of the raised ridge 340 may decrease or slope from its first end 342 to its second end 344 (i.e., in a direction toward the functional section 34). The change in height of the raised ridge 340 from the first end 342 to the second end 344 thereof may be gradual, or the change may occur intermittently at different points along the raised ridge 340. The highest point or portion of the raised ridge 340 is its crown 346. The crown 346 may be near or adjacent the second end 334 of the handle 30 or the first end 322 of the functional section 34, or near or adjacent the first end 34 of the handle 30 or any other suitable location along the cutlery utensil. The ridge crown 346 can have a height measured from the first surface 312 to the top of the ridge crown 346 of greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, between 0.1cm and 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm.

The raised ridge 340 may have a width that varies between its first end 342 and its second end 344. The width of the raised ridge 340 may decrease from its first end 342 towards its second end 344 (i.e., in a direction from the shank 30 towards the functional section 34). The width of the raised ridge 340 may also increase in a direction from the shank 30 toward the functional section 34. In certain embodiments, the widest portion of the raised ridge 340 is at the ridge crown 346. The raised ridge 340 may have a maximum width of greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, between 0.1cm and 0.5cm, less than 1.5cm, less than 1.0cm, less than 0.8cm, less than 0.6cm, between 0.1cm and 1.0cm, between 0.1cm and 0.8cm, between 0.1cm and 0.6cm, between 0.2cm and 1.0cm, between 0.2cm and 0.8cm, between 0.2cm and 0.6cm, or between 0.3cm and 1.0 cm. The maximum width of the raised ridge 340 may be near or adjacent to the first end 342 of the raised ridge 340. The width of the raised ridge 340 at its first end 342 may be greater than about 50%, about 60%, about 70%, about 80%, about 90%, or about 95% of the width of the handle 30. The width of the raised ridge 340 at its second end 344 may be greater than about 55%, about 65%, about 75%, about 85%, about 95%, or about 98% of the width of the handle 30.

The raised ridge 340 may have a minimum width of less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, less than 0.1cm, between 0.1cm and 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm. The minimum width of the raised ridge 340 on the shank 30 may be at the crest 346. The width of the raised ridge 340 at the crest 346 may be less than 50% of the width of the shank 30 at the raised crest 346, less than 40% of the width of the shank 30 at the raised crest 346, less than 30% of the width of the shank 30 at the raised crest 346, less than 20% of the width of the shank 30 at the raised crest 346, less than 10% of the width of the shank 30 at the raised crest 346.

The raised ridge 340 may have a varying height along the first section 350, which may increase in the direction of the functional section 34. The first segment 350 can have a first segment end 352 relatively closer to the raised ridge first end 342 and a second segment end 354 relatively closer to the raised ridge second end 344. The first segment end 352 may be adjacent to the raised ridge first end 342 or any suitable location along the length of the raised ridge 340 where the height of the raised ridge begins to increase. The second segment end 354 may be adjacent to any location where the height of the ridge crown 346 or raised ridge 340 begins to decrease. The length of the first section 350 measured from the first section end 352 to the second section end 354 can be at least 1cm, at least 2cm, at least 3cm, at least 4cm, at least 5cm, at least 6cm, at least 7cm, at least 8cm, at least 9cm, at least 10cm, less than 15cm, less than 14cm, less than 13cm, less than 12cm, less than 10cm, less than 8cm, between 0.5cm and 15cm, between 0.5cm and 10cm, between 0.5cm and 8cm, between 0.5cm and 6cm, between 1cm and 55cm, between 1cm and 10cm, between 1cm and 8cm, between 1cm and 6cm, between 2cm and 15cm, between 2cm and 10cm, or between 2cm and 8 cm. The length of the first section may be greater than 50% of the length of the raised ridge 340, greater than 70% of the length of the raised ridge 340, greater than 80% of the length of the raised ridge 340, greater than 90% of the length of the raised ridge 340, greater than 95% of the length of the raised ridge 340.

The utensil 20 may include at least one shaped extension 32 disposed on one or both sides of the utensil 20. The shaped extensions 32 may be wings, detents, or other shapes that protrude from the sides of the utensil 20. The shaped extension 32 may extend laterally from the side of the functional section 34 or the side of the shank 30. The shaped extensions 32 may be disposed at any suitable location along the length of the utensil 20. The shaped extension 32 may be disposed proximate the crown 346 of the raised ridge 340. In certain embodiments, the shaped extension 32 may be two laterally opposing shaped extensions. The first forming extension 32 may extend laterally from a first lateral side of the utensil 20 (e.g., from the handle 30 or functional section 34) and the second forming extension 32 extends laterally from an opposite side of the utensil 20 (e.g., from the handle 30 or functional section 34). The first and second shaped extensions 32 may be coplanar. Each shaped extension 32 may have any shape or cross-section including, for example, an airfoil, a triangle, a rectangle, a square, a hexagon, a pentagon, or any other shape capable of forming a surface. If two or more shaped extensions 32 are used, the shape or cross-section of each shaped extension 32 may be the same or different. In certain embodiments, there may be multiple shaped extensions (not shown) on one side of the utensil 20 or on both sides of the utensil 20.

The handle 30 may be beveled, tapered or profiled anywhere along its length. For example, the first end 332 of the handle 30 may be chamfered, tapered, or contoured. The slope at the first end 332 may make it easier for the dispensing unit to pick up between the cutlery 20 when stacked. In some embodiments, a portion of each handle 30 may be cut away to provide a thinner section or profile. Similar to the bevel, the cutout in the handle 30 may make it easier for a dispensing unit (not shown) to be picked up between the cutlery items 20.

Still referring to fig. 3a and 3b, since the cutlery 20 may be stacked in the dispensing rack, one or more nesting features may be used to stabilize the stack 120 of cutlery 20. The handle 30 may have one or more cutouts disposed along its length for receiving a strap (as shown in fig. 8) to help maintain the cutlery 20 in the stacked orientation. For example, a cutout section may be formed in the shank 30 between the first shoulder or cut 336 and the shaped extension 32. In another example, a cutout section may be formed in the shank 30 between the first and second shoulders or cutouts 336, 38. The incision length measured from the first incision 336 to the second incision 338 may be greater than 1cm, greater than 2cm, greater than 3cm, greater than 4cm, less than 10cm, less than 8cm, less than 6cm, between 1cm and 10cm, between 1cm and 8cm, between 1cm and 6cm, between 2cm and 10cm, between 2cm and 8cm, between 2cm and 6 cm. The width of the strip may be about the same as the length of the slit. Additionally, one or both sides of the shank 30 may taper from the first cut 336 toward the first end 332 of the shank 30. This tapering may tighten the band as it moves from the first cut 336 toward the first end 332 of the shank 30. One or both sides of the shank 30 may taper from the second cutout 338 toward the second end 334 of the shank 30. This tapering may tighten the band as it moves from the second cutout 338 toward the second end 334 of the handle 30. Any taper on the handle 30 may be continuous or intermittent. The tape may be removed before or after loading the cutlery 20 into the dispenser. In one embodiment, the tape may be free of adhesive that contacts the cutlery 20. In a separate embodiment, the tape may comprise an adhesive that contacts the utensil 20.

Fig. 3b depicts a bottom view of an illustrative fork in accordance with one or more embodiments. As can be seen from these bottom perspective views, the utensil 20 may have a second or bottom surface 14 opposite the upper or top surface 12. One or more channels or recessed grooves 70, 80 (two shown) may be formed in the second surface 314. Each recessed channel 70, 80 may extend along a portion or all of second surface 314. As described, the first recessed channel 370 may be formed in the second surface 314, and the second recessed channel 380 may be formed within the first recessed channel 370. The maximum depth of the first recessed channel 370 or the second recessed channel 380 may be substantially equal to the maximum height of the raised ridge 340.

The first recessed channel 370 can have a first recessed channel first end 372, which can be adjacent the first end 332 of the handle 30. The first recessed channel first end 372 may be less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, or less than 0.1cm from the first end 332 of the handle 30. The first recessed channel 370 may have a first recessed channel second end 374, which may be located on the shank 30 or on the functional section 34. The first recessed channel second end 374 may be adjacent the first functional segment end 22 or the second end 334 of the shank 30. The first recessed channel second end 374 can be less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, or less than 0.1cm from the first functional section end 22. The first recessed channel second end 374 may be less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, or less than 0.1cm from the second end 334 of the shank 30.

The length of the first recessed channel 370 measured from the first recessed channel first end 372 to the first recessed channel second end 374 can be at least 1cm, at least 2cm, at least 3cm, at least 4cm, at least 5cm, at least 6cm, at least 7cm, at least 8cm, at least 9cm, at least 10cm, less than 15cm, less than 14cm, less than 13cm, less than 12cm, less than 10cm, less than 8cm, between 0.5cm and 15cm, between 0.5cm and 10cm, between 0.5cm and 8cm, between 0.5cm and 6cm, between 1cm and 15cm, between 1cm and 10cm, between 1cm and 8cm, between 1cm and 6cm, between 2cm and 15cm, between 2cm and 10cm, or between 2mm and 8 mm. The length of the first recessed channel 370 may be substantially the same as the length of the raised ridge 340. The length of the first recessed channel 370 may be at least 1cm, at least 2cm, at least 3cm, at least 4cm, at least 5cm, between 0.5cm and 4cm, between 0.5cm and 3cm, between 0.5cm and 2cm, between 1cm and 5cm, between 1cm and 4cm, between 1cm and 3cm, between 1cm and 2cm, between 2cm and 5cm, between 2cm and 4cm, or between 2cm and 3cm longer than the length of the raised ridge 340.

The first recessed channel 370 may have a constant depth or a varying depth that may increase in depth in the direction of the functional section 34 until a maximum depth is reached. The maximum depth of the first recessed channel 370 may be adjacent the second end 334 of the shank 30 or the first end 322 of the functional section 34. The first recessed channel 370 can have a depth measured from the second surface 314 to a bottom of the first recessed channel 370 that is greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm.

The first recessed channel 370 may have a substantially constant width, a varying width that may decrease in width in the direction of the functional section 34 until a minimum width is reached, or may increase in width in the direction of the functional section 34 until a maximum width is reached, or other suitable configuration. The first recessed channel 370 may have a maximum width greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm. The maximum width of the first recessed channel 370 may be at the first recessed channel first end 372. The width of the first recessed channel 370 at the first recessed channel first end 372 may be greater than 50% of the width of the shank 30 at the first recessed channel first end 372, greater than 70% of the width of the shank 30 at the first recessed channel first end 372, greater than 80% of the width of the shank 30 at the first recessed channel first end 372, greater than 90% of the width of the shank 30 at the first recessed channel first end 372, greater than 95% of the width of the shank 30 at the first recessed channel first end 372.

The first recessed channel 370 may have a minimum width of less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, less than 0.1cm, between 0.1cm and 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm. The minimum width of the first recessed channel 370 may be adjacent the shaped extension 60. The minimum width of the first recessed channel 370 may be less than 50% of the width of the shank 30 at the minimum width of the first recessed channel 370, less than 40% of the width of the shank 30 at the minimum width of the first recessed channel 370, less than 30% of the width of the shank 30 at the minimum width of the first recessed channel 370, less than 20% of the width of the shank 30 at the minimum width of the first recessed channel 370, less than 10% of the width of the shank 30 at the minimum width of the first recessed channel 370. The first recessed channel 370 may receive the raised ridge 340 of an adjacent utensil in the stack of utensils. The raised ridges 340 of the second utensil may nest within the first recessed channel 370. This nesting of the raised ridge 340 within the first recessed channel 370 of another adjacent utensil can increase the stability of the stack of utensils without increasing the height of the stack of utensils.

The second recessed channel 380 may have a second recessed channel first end 382. The second recessed channel first end 382 can be adjacent the first end 332 of the handle 30. The second recessed channel first end 382 may be less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, or less than 0.1cm from the first end 332 of the handle 30. The second recessed channel 380 may have a second recessed channel second end 384, which may be located on the handle 30 or on the functional section 34. The second recessed channel second end 384 may be adjacent the first end 22 of the functional section 34 or the second end 334 of the shank 30. The second recessed channel second end 384 can be less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, or less than 0.1cm from the first functional section end 22. The second recessed channel second end 384 may be less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, or less than 0.1cm from the second end 334 of the handle 30.

The length of the second recessed channel 380 measured from the second recessed channel first end 382 to the second recessed channel second end 384 can be at least 1cm, at least 2cm, at least 3cm, at least 4cm, at least 5cm, between 0.5cm and 4cm, between 0.5cm and 3cm, between 0.5cm and 2cm, between 1cm and 5cm, between 1cm and 4cm, between 1cm and 3cm, between 1cm and 2cm, between 2cm and 5cm, between 2cm and 4cm, or between 2cm and 3 cm. The length of the second recessed channel 380 may be substantially the same as the length of the raised ridge 340.

The second recessed channel 380 may have a varying depth that may increase in depth in the direction of the functional section 34 until a maximum depth is reached. The maximum depth of the second recessed channel 380 may be adjacent the second end 334 of the shank 30 or the first functional segment end 32 or opposite the crest 346. The second recessed channel 380 can have a depth measured from the second surface 314 to a bottom of the second recessed channel 380 that is greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm. The second recessed channel 380 can have a relative depth measured from the bottom of the first recessed channel 370 to the bottom of the second recessed channel 380 that is greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, less than 1.5cm, less than 1.0cm, less than 0.8cm, less than 0.6cm, between 0.1cm and 1.5cm, between 0.1cm and 1.0cm, between 0.1cm and 0.8cm, between 0.1cm and 0.6cm, between 0.2cm and 1.5cm, between 0.2cm and 1.0cm, between 0.2cm and 0.8cm, or between 0.3cm and 0.6 cm.

The second recessed channel 380 may have a varying width that may increase in width in the direction of the functional section 34 until a maximum width is reached. The second recessed channel 380 may have a maximum width greater than 0.1cm, greater than 0.2cm, greater than 0.3cm, greater than 0.4cm, greater than 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm. The maximum width of the second recessed channel 380 may be at the second recessed channel first end 382 or any suitable location. The width of the second recessed channel 380 at the second recessed channel first end 382 may be greater than 50% of the width of the shank 30 at the second recessed channel first end 382, greater than 70% of the width of the shank 30 at the second recessed channel first end 382, greater than 80% of the width of the shank 30 at the second recessed channel first end 382, greater than 90% of the width of the shank 30 at the second recessed channel first end 382, greater than 95% of the width of the shank 30 at the second recessed channel first end 382.

The second recessed channel 380 may have a minimum width of less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, less than 0.1cm, between 0.1cm and 0.5cm, between 0.1cm and 0.4cm, between 0.1cm and 0.3cm, between 0.1cm and 0.2cm, between 0.2cm and 0.5cm, between 0.2cm and 0.4cm, between 0.2cm and 0.3cm, or between 0.3cm and 0.5 cm. The minimum width of the second recessed channel 380 may be adjacent the shaped extension 60. The minimum width of the second recessed channel 380 may be less than 50% of the width of the shank 30 at the minimum width of the second recessed channel 380, less than 40% of the width of the shank 30 at the minimum width of the second recessed channel 380, less than 30% of the width of the shank 30 at the minimum width of the second recessed channel 380, less than 20% of the width of the shank 30 at the minimum width of the second recessed channel 380, less than 10% of the width of the shank 30 at the minimum width of the second recessed channel 380. The second recessed channel 380 may receive the raised ridge 340 of an adjacent utensil in the stack of utensils. The raised ridge 340 of the second utensil can nest within the second recessed channel 380. This nesting of the raised ridge 340 within the second recessed channel 70 of another adjacent utensil can increase the stability of the stack of utensils without increasing the height of the stack of utensils.

The first recessed channel 370 or the second recessed channel 380 may have at least one counterweight (not shown) protruding from a surface of the second recessed channel 380. The counterweight may be adjacent the handle end 332. The length of the counterweight, measured from the counterweight first end 92 to the counterweight second end 94, can be at least 0.5cm, at least 1cm, at least 2cm, at least 3cm, at least 4cm, at least 5cm, between 0.5cm and 4cm, between 0.5cm and 3cm, between 0.5cm and 2cm, between 1cm and 5cm, between 1cm and 4cm, between 1cm and 3cm, between 1cm and 2 cm. The shape of the counterweight may be a cube, cuboid, cylinder, triangular prism, sphere, cone, or any other shape capable of functioning as a counterweight. The counterweight may be disposed on the first recessed channel 370, the second recessed channel 380, or both the first recessed channel 370 and the second recessed channel 380. The counter-balance may help provide balance and stability to the utensil 20 during use by acting as a counter-balance for objects on the functional section 34 or as a counter-balance when the utensil 20 is in the dispenser. The balance may make it easier to separate the dishes 20 using a dish dispenser (not shown).

The cutlery 20 may be stacked together to form a stack of cutlery. The stack of cutlery may have a reduced gap between the cutlery 20. The gap at the first end of the handle 32 (as measured by the distance from the first surface 312 of a first utensil in the stack to the second surface 314 of an adjacent utensil) may be less than 1mm, less than 0.5mm, less than 0.4mm, less than 0.3mm, less than 0.2mm, or less than 0.1 mm. The gap at the second end 324 of the functional section (as measured by the distance from the first surface 312 of a first utensil in the stack of utensils to the second surface 314 of an adjacent utensil) may be less than 1cm, less than 0.5cm, less than 0.4cm, less than 0.3cm, less than 0.2cm, less than 0.1cm, less than 1mm, less than 0.5mm, less than 0.4mm, less than 0.3mm, less than 0.2mm, less than 0.1 mm. The gap between each utensil 20 in the stack of utensils at the first end 332 of the handle 30 may be substantially the same. The gap between each utensil 20 in the stack of utensils at the second end 324 of the functional section 20 may be substantially the same. Reducing the gap between the cutlery 20 in the cutlery stack may reduce the height of the cutlery stack. The stack of cutlery may be loaded into the dispenser with the first surface 312 facing downward or with the second surface 314 facing downward. The height of the stack of cutlery (in centimeters), measured by the distance from the first surface 312 of the top cutlery in the stack of cutlery at the first end 332 of the handle 30 to the second surface 314 of the bottom cutlery in the stack of cutlery at the first end 332 of the handle 30, may be less than 100.1%, less than 100.5%, less than 101%, less than 102%, less than 103%, less than 104%, less than 105%, between 100% and 104%, between 100% and 103%, between 100% and 102%, between 100% and 101%, between 100% and 100.5%, between 100.5% and 105%, between 100.5% and 104%, between 100.5% and 103%, between 100.5% and 102%, of the height of the cutlery 20 (in centimeters) multiplied by the number of cutlery 20 in the stack of cutlery 20, measured by the distance from the first surface 312 to the second surface 314 at the first end 332 of the handle 30, Or between 100.5% and 101%.

When the cutlery 20 is stacked in a cutlery stack, the individual cutlery 20 in the cutlery stack can usually only slide out of the cutlery stack in one direction. When the cutlery 20 are stacked in a cutlery stack, the individual cutlery 20 in the cutlery stack can usually only slide out in the direction from the handle 30 towards the functional section 34, in the direction from the functional section 34 towards the handle 30, or in both directions from the handle 30 towards the functional section 34 and from the functional section 34 towards the handle 30. When the stack of cutlery is loaded into the dispenser with the first surface 312 facing downward, the cutlery 20 can generally only slide in a direction from the handle 30 towards the functional section 34. The crest 346 may act as a wedge to prevent or otherwise limit the utensil 20 located directly below the utensil 20 in the stack of utensils from sliding out toward the first end 332 of the handle 30. A stop 348 may be disposed on the raised ridge 46 proximate the ridge crown 346. The stops 348 may prevent or otherwise limit the utensil 20 located directly below the utensil 20 in the stack of utensils from sliding out of the handle 30 toward the functional section 34 or from the functional section 34 toward the handle 30. When the stack of cutlery is loaded into the dispenser with the first surface 312 facing downward, the stop 348 may prevent or otherwise limit the cutlery 20 located directly below the cutlery 20 in the stack of cutlery from sliding out of the functional section 34 toward the handle 30.

Fig. 4 depicts a partial perspective view of the dispensing stand 18 shown in fig. 2, showing a portion of the housing 38 a. Another portion of the housing 38b of the dispensing shelf 18 has been removed in fig. 4 to reveal interior details of the dispensing shelf 18. Housing 38 may contain one or more of dishes 20 and may include a front base 42 capable of supporting and contacting first portion 28 of dish 20 and a rear base 44 capable of supporting and contacting second portion 30 of dish 20. The housing 38 may also include at least one generally vertical guide rail 46, which may be configured to hold the dishes 20 in a stacked orientation. The first portion 28 may be positioned within the guide rail 46 to assist in maintaining the cutlery 20 in the stacked orientation. To help increase the stability of the stack 56 and maximize the use of space within the dispensing rack 18, each utensil 20 may include one or more nesting features, such as chamfered ends, concave cavities, ribs, cutouts to provide thinner end points in the handle of each utensil, to name a few. The dishes 20 may be vertically stacked on the second dish 20. The dishes 20 may have the same height, width and length. The cut-out (not shown) in the handle 24 of the utensil 20 may allow for a thinner end point that may be used by the dispensing portion of the utensil dispenser 10 to separate individual utensils 20. The nesting features may be used to help retain the utensils 20 in a stacked configuration within the dispensing rack 18.

The dispensing of the utensil 20 may be enhanced based on one or more features of the utensil itself. The shank 24 may be chamfered. The ramp may make it easier for the dispensing unit to be picked up between the dishes. Similar to the bevel, the cut-out on the handle 24 may also make the dispensing unit easier to pick up between the dishes 20. Because the cutlery 20 may be stacked in the dispensing rack, nesting features may be used to stabilize the cutlery stack 56. A concave cavity (not shown) may be used so that one utensil 20 may nest within another utensil 20.

Fig. 5 depicts a cross-sectional plan view of the dispenser rack 18, showing one or more supports or guide rails 46 disposed therein, according to one or more embodiments. Fig. 5 shows two portions of the housing 38, a first portion 38a and a second portion 38 b. The guide rail 46 may extend the entire length of the frame 18 or any portion thereof. The guide rail 46 has a cross-section that is sized and shaped to enclose or otherwise surround the stack 56 of cutlery 20. The guide rail 46 may include one or more contours or recessed portions 50 formed therein. The profile 50 may be shaped and/or have a cross-section complementary to the wings or detents 32 on the sides of the utensil 20. In use, the wing or pawl 32 of each utensil 20 fits within the profile 50 and the remainder of the utensil 20 fits within the remainder of the guide rail 46.

As mentioned, the housing 38 may include a first side or portion 38a and a second side or portion 38 b. In such embodiments, a first portion of the utensil rail 46 can be formed in the first portion 38a of the housing 38 and a second portion of the guide rail 46 can be formed in the second portion 38b of the housing 38 such that each portion of the guide rail 46 is located on an opposite side of the housing 38 and each portion of the utensil rail 46 has a profile 50 formed therein that is complementary to the shape of the pawl 32 of each utensil 20.

Referring again to fig. 4, the guide rails 46 may be vertically aligned above the front base 42 and may guide the utensil 20 such that the first portion 28 of the bottom utensil 21 rests on the front base 42. As shown in fig. 6, the guide rail 46 with the contoured section 50 may hold and help hold the stack 56 of cutlery 20 in the stacked orientation. If there is more than one cutlery rail (not shown) on the same side of the housing, there may be additional wings or detents (not shown) on the sides of the cutlery 20 that are complementary to these additional rails and may further guide the cutlery 20 in place and may help keep the stack 56 in the stacked orientation, or if positioned close enough, the first portion 28 may be positioned between these rails 46.

FIG. 6 depicts a cut-away elevation view of the dispensing rack 18 showing a plurality of cutlery 20 or a stack 56 of cutlery disposed therein. The dispensing rack 18 may include a utensil stack meter 58 that may indicate the number of utensils 20 in the stack 56 in the housing 38. Utensil stack gauge 58 may include a first gauge arm 60 pivotally connected to housing 38 by pivot 62 and a second gauge arm 64 pivotally connected to housing 38 by pivot 66. The utensil dispenser 10 may include one or more gauge windows 68 (fig. 1 and 2) through which the dispensing rack 18 may indicate the number of utensils 20 in the dispensing rack 18. The second gauge arm 64 may include an indicator portion 70 that may display a different number of utensils 20 through the gauge window 68. First gage arm 60 may include a gear 72 and second gage arm 64 may include a gear 74 that may engage gear 72 such that movement of first gage arm 60 about pivot 62 may translate into movement of second gage arm 64 about pivot 66 to move indicator portion 70 relative to gage window 68. Gear 72 and gear 74 may also be scotch yokes. In an alternative embodiment not shown, the first gauge arm and the second gauge arm may be fixed together and may be pivotable such that movement of the first gauge arm about the pivot may translate into movement of the second gauge arm to move the indicator portion relative to the gauge window.

The indicator portion 70 may display different numbers of utensils 20 through the gauge window 68. The indicator portion 70 may have different numbers printed on different portions of the indicator portion 70. Different numbers may be visible through the meter window 68 one at a time, or multiple numbers may be displayed to show that the level is between the displayed numbers. For example, the indicator portion 70 may have: a "full" and/or green color printed on the indicator portion 70 that is visible through the meter window 68 when the dispensing rack 18 has more than a quantity of cutlery 20 in the cutlery stack 56, more than 50% full, more than 60% full, more than 70% full, more than 80% full, or more than 90% full; a "half-full" and/or yellow color printed on the indicator portion that is visible through the gauge window 68 when the dispensing rack 18 has between a certain amount of the cutlery 20 in the cutlery stack 56, between 10% full and 90% full, between 20% full and 80% full, between 30% full and 70% full, between 40% full and 60% full; and/or a "null" and/or red color printed on the indicator portion 70 that is visible through the meter window 68 when the dispensing rack 18 has less than a particular amount of cutlery 20, less than 5, less than 4, less than 3, less than 2, or no cutlery 20 in the cutlery stack 56. Alternatively, these colors may be used to indicate how many full stacks of cutlery may be added to the dispensing rack 18 (the number of cutlery in a full stack of cutlery may vary). For example, where a full stack of cutlery is thirty cutlery, the color green may indicate that less than one full stack of additional cutlery 20 will fit within the dispensing rack 18. Yellow may indicate that more than one full additional cutlery stack may be added to the dispensing rack 18, and red may indicate that two full additional cutlery stacks may be added to the dispensing rack 18.

The first gage arm 60 may include 1 prong, 2 prongs, 3 prongs, 4 prongs, 5 prongs, at least 1 prong, at least 2 prongs, at least 3 prongs, at least 4 prongs, or at least 5 prongs. The first gauge arm may include a first prong 78 and a second prong 80. Housing 38 may include a first gage opening 82 through which first prong 78 may extend and may include a second gage opening 84 through which second prong 80 may extend. The cutlery stack 56 in the dispensing rack 18 shown in fig. 6 is higher than the first gauge opening 82. When the stack of utensils 56 is at or above the first gauge opening 82, the first prong 78 contacts a utensil 20 in the stack of utensils 56 through the first gauge opening 82, and the contacted utensil or utensils prevent the first prong 78 from extending through the first gauge opening 82. The first yoke arm 78 contacting the utensil 20 sets the first gauge arm 60 at a first angle and positions the second gauge arm 64 such that the indicator portion 70 indicates a corresponding number of utensils 20 in the dispensing rack 18 through the gauge window 68. In this position, the second gauge arm 64 may position the indicator portion 70 such that the indicator portion 70 visible through the gauge window 68 indicates that the dispensing stand is "full".

Fig. 7 depicts the dispensing rack 18 shown in fig. 6, wherein the dispensing rack 18 is between half-full and empty of the cutlery 20. Since the cutlery stack 56 is below the first gauge opening 82 and above the second gauge opening 84, the first prong 78 may extend above the cutlery stack 56 and the second prong 80 may not extend through the second gauge opening 84 into the housing 38. The utensil stack 56 is over the second gauge opening 84 such that the second prong 80 contacts one or more of the utensils 20 through the second gauge opening 84 and sets the first gauge arm 60 at a second angle that is relatively counterclockwise rotated (as shown in fig. 7) as compared to the position of the first gauge arm 60 shown in fig. 6. In this position, the second gauge arm 64 may position the indicator portion 70 such that the indicator portion 70 visible through the gauge window 68 indicates that the dispensing stand is "half full" or less than half full.

Fig. 8 depicts the dispenser rack 18 shown in fig. 6, wherein the dispenser rack 18 has little or no cutlery 20. The cutlery stack 56 is lower than the second gauge opening 84 so that the first prong 78 may extend into the housing 38 through the first gauge opening 82 and the second prong 80 may extend into the housing 38 through the second gauge opening 84. When second prong 80 may extend into housing 38, first gage arm 60 may be rotated relatively counterclockwise (as shown in fig. 8) as compared to the position of first gage arm 60 shown in fig. 6 and 7. In this position, the second gauge arm 64 positions the indicator portion 70 such that the indicator portion 70 visible through the gauge window 68 indicates that the dispensing stand is "empty".

The gauge window 68 may be about 5mm high and may display a color, number, percentage, or any other indicator to indicate the number of utensils 20 in the dispensing rack 18. The first gauge arm 60 may oscillate under gravity with or without spring assistance. The weight and/or center of gravity of first gage arm 60 may be adjusted to change how utensil stack gage 58 operates. The position and/or number of prongs may be adjusted to provide a more accurate level indication. Additionally, in embodiments not shown, the first gauge arm 78 may be partially or completely within the housing 38 such that the first prong 78, the second prong 80, or both the first prong 78 and the second prong 80 may directly contact the cutlery stack 56 without passing through an opening in the housing 38.

Fig. 9 depicts a partial perspective view of the dispensing stand 18 shown in fig. 2. Dispenser housing 18 may include a ramp 88, an actuator 90, and an actuator return spring 92, which may be connected between an actuator return spring pin 94 and housing 38 b. The actuator 90 may include an actuator lever 96, which may include an actuator lever opening 98. The actuator lever opening 98 may be sized to allow the handle 24 of the utensil 20 to pass as the utensil 20 moves down the ramp 88. The actuator lever opening 98 may be sized to contact the first portion 28 or the head 34 of the utensil 20 and prevent the utensil 20 from moving further down the ramp 88 under the force of gravity. In one or more examples, the actuator lever opening may have a generally inverted "U" shape and may taper from relatively large to relatively small in a downward direction of the ramp 88. In one or more examples, the actuator lever opening 98 can be sized to contact the wing or pawl 32 on one or both sides of the utensil 20.

Fig. 10-12 depict partially cut-away perspective views of the dispensing stand 18. The actuator 90 is movable between a holding position 102 (fig. 10), a dispensing position 104 (fig. 12), and a partial dispensing position 106 (fig. 11), which may be located between the holding position 102 and the dispensing position 104. The actuator 90 may be pivotally mounted to the housing 38 by a pivot 108, and the actuator 90 may be rotated about the pivot 108 between the holding position 102 and the dispensing position 104.

The dispenser frame 18 may include a drive mechanism 110 that may have a drive hammer 112, a cam follower 114, and a biasing spring 116 connected between the drive hammer 112 and the housing 38. The drive hammer 112 may be mounted to the housing 38 by a pivot 118 about which the drive hammer 112 may be rotated to position the drive mechanism 110 between a ready position 120 (fig. 12) and a release position 122 (fig. 10). Pivot 118 may be any shaft, pin, or axle on which drive hammer 112 may pivot or rotate.

The actuator 90 may include a cam 126, which may include a cam surface 128. The cam follower 114 of the drive mechanism 110 may contact and ride on the cam surface 128 as the actuator 90 moves between the holding position 102 and the dispensing position 104. Movement of the actuator 90 between the holding position 102 and the dispensing position 104 may actuate the drive mechanism 110 via the cam 126 and the cam follower 114. When actuated, the drive mechanism 110 may move between a ready position 120, in which the drive hammers 112 have retracted and are ready to drive the bottom utensil 21 from the utensil stack 56, and a release position 122, in which the drive hammers 112 contact and push the bottom utensil 21 from the utensil stack 56.

Fig. 13-16 depict a partially cut-away elevation view of the dispensing stand 18. In the holding position 102 (fig. 10 and 13), the actuator 90 may receive the released utensil 20a after the released utensil 20a has been released from the stack 56 via the ramp 88 by the drive mechanism 110, and the actuator lever 96 may contact the released utensil 20a to prevent the released utensil 20a from moving down the ramp 88. The actuator lever 96 may contact the pawl 32 or head 34 of the released utensil 20 a. In the holding position 102, the actuator 90 may hold the released utensil 20a such that the handle 24 is accessible via the access port 22 (fig. 1 and 13) with the released utensil 20a in the dispensing position. When the actuator 90 is in the holding position 102, the drive mechanism 110 may be in the release position 122. In the partial dispensing position 106 (fig. 11 and 14), the actuator 90 can be rotated and the utensil 20a can be moved further out of the access port 22. In the partial dispense position 106, if the handle 24 is released, immediate return of the actuator 90 to the holding position 102 may be avoided. In the dispensing position 104 (fig. 12 and 15), when the user pulls the released utensil 20a out of the utensil dispenser 10, the actuator 90 may release the released utensil 20a and the drive mechanism 110 may move to the ready position 120.

When or as the actuator 90 returns from the dispensing position 104 to the holding position 102 (fig. 16), the drive mechanism 110 may move from the ready position 120 to the release position 122, and the bottom utensil 21 may move or push from the bottom of the utensil stack 56. The drive mechanism 110 may push the bottom utensil 21 such that the first portion 28 of the bottom utensil 21 disengages the front base 42 and the second portion 30 of the bottom utensil 21 disengages the rear base 44, which may allow the bottom utensil 21 to fall from the utensil stack 56. As the bottom utensil 21 is moved or pushed from the bottom of the utensil stack 56 (fig. 16), the bottom utensil 21 may fall down the ramp 88 and may slide or move downward under the force of gravity along the ramp 88 to the actuator 90. When the bottom utensil 21 is pushed from the bottom of the utensil stack 56, the utensil stack 56 may move downward, creating a new bottom utensil 21.

Referring again to fig. 13-16, the dispensing frame 18 may include a ratchet gear assembly 132. The ratchet gear assembly 132 may include a ratchet gear 134, which may be connected to the actuator 90 or may be integral with the actuator 90. The ratchet gear assembly 132 may prevent the actuator 90 from kicking back when the actuator 90 is partially moved from the holding position 102 (fig. 10 and 13), toward the dispensing position 104 (fig. 12 and 15), and toward the partial dispensing position 106 (fig. 11 and 14). The ratchet gear 134 may be connected to or integral with the actuator cam 126 (fig. 10-12) such that the ratchet gear 134 rotates with the actuator cam 126 about the pivot 108. The ratchet gear 134 may be formed as part of the actuator 90 and may be positioned at least partially within the housing 38. An actuator return spring pin 94 may extend from the ratchet gear 134, and a return spring 92 (fig. 9) may bias the actuator 90 in the holding position 102 through the ratchet gear 134, and may return the actuator 90 from the dispensing position 104 to the holding position 102.

The ratchet gear assembly 132 can include a ratchet pawl 138, and the ratchet gear 134 can include ratchet teeth 140, a surface 142, and a stop 144. The ratchet pawl 138 may include a ratchet pawl hook 146 and may be pivotally connected to the housing 38 by a pivot 148. The ratchet gear assembly 132 may include a ratchet pawl spring 150 that may bias the ratchet pawl hook 146 into contact with the ratchet gear 134.

The ratchet pawl 146 can engage the stop 144 to stop the actuator 90 in the holding position 102 (fig. 10 and 13) and can prevent the actuator 90 from rotating beyond the holding position 102 when moving from the dispensing position 104. During a first portion of the movement of the actuator 90 from the holding position 102 to the partial dispensing position 106 (fig. 11 and 14), the ratchet pawl 146 may engage the ratchet teeth 140 to prevent the actuator lever 96 from kicking back if the user releases the utensil handle 24 (after the pull is initiated but before the utensil 20 is released from the utensil dispenser 10).

When the actuator 90 is moved to the dispensing position 104 (fig. 12 and 15) and the released cutlery 20a is removed from the cutlery dispenser 10, the ratchet pawl 146 may engage the surface 142 to move the ratchet pawl 146 from the ratchet teeth 140. After the released utensil 20a is removed, the actuator 90 may return to the holding position 102 under the force of the return spring 92 (fig. 9), and the ratchet pawl 146 may catch the stop 144 to position the actuator 90 in the holding position 102.

Fig. 17 depicts a partially cut-away perspective view of the dispenser housing 18 shown in fig. 2 having a priming mechanism 154. The dispensing rack 18 may include an initial motion mechanism 154 for actuating the drive mechanism 110 to remove the bottom utensil 21 from the utensil stack 56 (shown in fig. 16) to deliver the bottom utensil 21 to the actuator 90 when the actuator 90 has not retained the released utensil 20 a. The priming mechanism 154 may be positioned at least partially below the access port 22 (fig. 1). The priming mechanism 154 may include a priming arm handle 156 and a priming arm 158. The initiator arm 158 can be connected to or form a part of the initiator handle 156. The priming mechanism 154 is movable between an extended position 160 (fig. 17) in which the drive mechanism 110 is moved to the ready position 120 (fig. 12) and a rest position 162 (fig. 9 and 16) in which the drive mechanism 110 is moved to the release position 122 (fig. 10) and moves the bottom utensil 21 from the utensil stack 56 to fall down the ramp 88 and the actuator lever 96. In one or more examples, the beginner handle 156 can be moved from the rest position 162 to the extended position 160 using a pulling force.

The actuator lever 96 can include an actuator pin 164, and the initiator arm 158 can engage the actuator pin 164 to move the initiator mechanism 154 from the rest position 162 to the extended position 160 by pulling the initiator handle 156 and then releasing the initiator handle 156 to move the actuator 90 from the holding position 102 to the dispensing position 104. In one or more examples, the actuator return spring 92 (fig. 9) may return the actuator 90 to the holding position 102, and the actuator pin 164 may push the beginner arm 158 and the beginner handle 156 back to the rest position 162. The priming mechanism 154 may include a priming return spring 166 coupled between the priming arm 158 and the housing 38 to return the priming mechanism 154 from the extended position 160 to the rest position 162.

The priming mechanism 154 may include one or more guides 168 (fig. 9) for guiding the priming arm 158 between the rest position 162 and the extended position 164. When there are no further utensils 20 with handles 24 extending from the access port 22, the priming mechanism 154 allows the user to activate the dispensing rack 18 for use by positioning the utensils 20 for dispensing through the access port 22 after loading the stack 56 of utensils into the housing 38.

Fig. 18 depicts the cutlery dispenser 10 with the access door 16 open and the dispensing rack 18a in the loading position 172 and the dispensing racks 18b and 18c in the dispensing position 174. The cutlery 20 may be loaded into the housing 38 through the loading opening 176 when the dispensing rack 18 is in the loading position 172, and the cutlery 20 may be dispensed from the cutlery dispenser 10 when the dispensing rack 18 is in the dispensing position 174. The dispensing stand 18 may be moved between the dispensing position 174 and the loading position 172 while remaining connected to the main body 12.

FIG. 19 depicts a partial cut-away front view of the portion of the cutlery dispenser 10 shown in FIG. 2 with the dispensing rack 18 in the dispensing position 174. FIG. 20 depicts a partial cut-away front view of the cutlery dispenser 10 shown in FIG. 2 with the dispensing rack 18 in the loading position 172. The cutlery dispenser 10 may include a dispenser rack support or slide mechanism 180 that may be connected to the base 14 of the body 12 for supporting at least one cutlery dispenser rack 18. The dispenser housing 18 may include a first pin 182, which may be connected to or integral with the housing 38, disposed at or near a bottom 184 of the dispenser housing 18. The dispensing chassis 18 may include a second pin 186, which may be connected to or integral with the housing 38, disposed at or near the bottom 184 of the dispensing frame 18, and may be spaced apart from the first pin 182.

The slide mechanism 180 may include one or more slots or channels for guiding each dispenser rack 18. For example, the slide mechanism 180 may include a first slot 188 for engaging the first dispenser rack pin 182 to at least partially support the dispenser rack 18, and a second slot 190 for engaging the second dispenser rack pin 186 to at least partially support the dispenser rack 18. The first pin 182 and/or the second pin 186 may be any circular cylindrical or tubular structure. The first pin 182 and/or the second pin 186 may be fixed such that they may slide within the first slot 188 and the second slot 190. The first pin 182 and/or the second pin 186 may roll such that they may roll within the first slot 188 and the second slot 190. The first and second slots 188,190 may be configured to engage the first and second pins 182, 184. The slide mechanism 180 may support the dispenser rack 18 in the dispensing position 174 (fig. 19) and the loading position 172 (fig. 20). The slide mechanism 180 may also support and guide the dispenser rack 18 between the dispensing position 174 and the loading position 172. When in the loading position 172, the slide mechanism 180 may guide the dispenser rack 18 to tilt outward.

The first slot 188 may include an arcuate shape and may guide the first pin 182 in a forward and upward motion as the dispenser frame 18 moves from the dispensing position 174 to the loading position 172. The dispenser housing 18 is removable from the slide mechanism 180 and the main body 12. The first slot 188 may have a first slot opening 192 through which the first pin 182 may exit the first slot 188 when the dispenser frame 18 is removed from the slide mechanism 180. The second slot 190 may include an arcuate shape and may guide the second pin 186 in an arcuate and forward motion. The second slot 190 may include a second slot opening 194 through which the second pin 186 may exit the second slot 190 when the dispenser frame 18 is removed from the slide mechanism 180.

The pins 182 and 186 and/or the slot openings 192 and 194 may be spaced apart such that only one of the pins 182 and 186 can be removed through the slot openings 192 and 194 at a time. The first slot openings 192 may be spaced along the first slot 188 such that the first pin 182 may be removed from the first slot 188 when the dispenser frame 18 is between the dispensing position 174 and the loading position 176. The pins 182 and 186 and slot openings 192 and 194 may be arranged to retain the pins 182 and 186 in the slots 188 and 190 when the dispenser frame 18 is in the dispensing position 174 and the loading position 172. The second slot opening 194 may be positioned in the second slot 190 such that the second pin 186 cannot be removed from the second slot 190 unless the first pin 182 is first removed from the first slot 188.

First slot 188 may include a first end 198 and a second end 200, and may have a crown 202 that may be relatively taller than first end 198 and/or second end 200. The first pin 182 may be located at a first end 198 of the first slot 188 when the dispensing frame 18 is in the dispensing position 174 (fig. 19), and may be located at a second end 200 of the first slot 188 when the dispensing frame 18 is in the loading position 172 (fig. 20). Crown 202 may bias first pin 182 toward first end 198 or second end 200 depending on which side of crown 202 first pin 182 is located.

The second slot 190 may include a first end 204 and a second end 206, and may have a crown 208 that may be relatively taller than the first end 204 and/or the second end 206. The second pin 186 may be located at the first end 204 of the second slot 190 when the dispenser frame 18 is in the dispensing position 174 (fig. 19), and may be located at the second end 206 side of the crown 208 when the dispenser frame 18 is in the loading position 172 (fig. 20). The crown 208 may bias the second pin 186 toward the first end 204 when the second pin 186 is on a first end side of the crown 208, and may bias the second pin 186 toward the second end 206 when the second pin 186 is on a second end side of the crown 208. The offset provided by the first and second slot crowns 202, 208 may hold the dispenser frame 18 in the dispensing position 174 and the loading position 172. When the dispenser rack 18 is in the loading position 172 under the influence of gravity, the utensil stack meter 58 can be moved out of the path of the loaded utensils 20 (fig. 20).

Fig. 21 depicts a bottom view of the dispenser rack 18. The dispenser frame 18 may include more than one first pin 182 and may include more than one second pin 186. FIG. 22 depicts a partially cut-away perspective view of the cutlery dispenser 10 with the slide mechanism 180 without the dispenser rack 18. The slide mechanism 180 shown in fig. 22 may support three dispenser racks 18. The slide mechanism 180 may include more than one first slot 188 and second slot 190 for each dispenser rack 18. The first pins 182 may extend inward and may have first pin spaces 212 between the first pins 182. The second pins 186 may extend inwardly and may have second pin spaces 214 (fig. 21) between the second pins 186. The sliding mechanism 180 may include a slot support 216 that may extend between the first slots 188 and between the second slots 190. The slot support 216 may extend into the first pin space 212 and the second pin space 214 when the dispenser frame 18 is mounted to the cutlery dispenser 10.

The cutlery dispenser 10 may include a dispenser rack interlock 220 (fig. 19, 20, and 22). The dispensing rack interlock 220 may include one or more interlock arms 222 that may each have a first portion 224 and a second portion 226. The dispensing rack interlock 220 may be pivotally mounted to the main body 12 or the slide mechanism 180 and the interlock arm 222 may be connected for movement together. When one of the dispensing racks 18 is moved to the loading position 172 (fig. 18), the dispenser rack interlock 220 may lock the other dispensing rack 18 in the dispensing position 174 to prevent the cutlery dispenser 10 from tipping forward due to having too much weight in front of the base 14.

When all of the dispensing racks 18 in the body 12 of the cutlery dispenser 10 are in the dispensing position 174, the dispensing machine rack interlock 220 may be in the unlocked position 228 (fig. 19) and any one of the dispensing racks 18 may be moved to the loading position 172. In the unlocked position 228, the first portion 224 of the interlock arm 222 can be relatively upward and the second portion 226 can be relatively downward, and the interlock arm 222 does not interfere with movement of the dispensing rack 18. When one of the dispensing racks 18 is moved to the loading position 172, the dispenser rack interlock 220 may be moved to the locked position 230 (fig. 20) and the other dispensing rack 18 may be locked in the dispensing position 174. In the locked position 230, the first portion 224 of the interlock arm 222 may be pushed relatively downward by the first pin 182 and the second portion 226 may move relatively upward and interfere with the movement of the second pin 186 of the remaining dispensing racks 18. Movement of the dispenser rack 18 back to the dispensing position 174 may return the dispenser rack interlock 220 to the unlocked position 228.

Embodiments of the present disclosure also relate to any one or more of the following paragraphs.

A cutlery dispenser for dispensing a plurality of cutlery, the cutlery dispenser comprising: a housing; a dispensing rack configured to fit within the housing; at least one post disposed on an exterior surface of the dispensing rack; at least one slide mechanism disposed within the housing and configured to engage the dispenser mounting posts within the housing, the slide mechanism including a slot configured to guide the dispenser mounting between a dispensing position in which the dispenser mounting is configured to dispense cutlery from the housing and a loading position in which the dispenser mounting is configured to load cutlery.

The apparatus of the preceding paragraph, wherein the slot includes an opening configured to receive the post, wherein removing the post from the slot through the opening decouples the dispensing rack from the sliding mechanism.

The apparatus of any one or more of the preceding paragraphs, wherein the opening in the slot is positioned in the slot such that the post is removable from the slot only when the dispensing frame is between the dispensing position and the loading position.

The apparatus of any one or more of the preceding paragraphs, wherein the dispensing stand comprises a first post and a second post, and the sliding mechanism comprises a first slot and a second slot, the first slot configured to engage the first post and the second slot configured to engage the second post.

The apparatus of any one or more of the preceding paragraphs, wherein the first and second posts of the dispensing stand are roller pins and the first and second slots are configured to engage the first and second posts.

The apparatus of any one or more of the preceding paragraphs, wherein the first slot comprises a first slot opening and the second slot comprises a second slot opening, wherein the first slot opening and the second slot opening are configured such that the first post cannot be removed from the first slot through the first slot opening while the second post is removed from the second slot through the second slot opening.

The apparatus of any one or more of the preceding paragraphs, wherein the slot comprises a first end, a second end, and a crown, and wherein the crown is configured to bias the post toward the first end or the second end of the slot.

The apparatus of any one or more of the preceding paragraphs, wherein the slot crown is configured to hold the dispenser rack in the dispensing position.

The apparatus of any one or more of the preceding paragraphs, wherein the slot crown is configured to hold the dispensing stand in the loading position.

The apparatus of any one or more of the preceding paragraphs, wherein the second slot comprises a first end, a second end, and a crown, and wherein the crown is configured to bias the second post toward the first end of the second slot or the second end of the second slot.

The apparatus of any one or more of the preceding paragraphs, wherein the crown of the second slot is configured to hold the dispensing stand in the dispensing position.

The apparatus of any one or more of the preceding paragraphs, wherein the crown of the second slot is configured to hold the dispensing stand in the loading position.

A cutlery dispenser for dispensing a plurality of cutlery, the cutlery dispenser comprising: a housing; a dispensing rack configured to fit within the housing; a first post and a second post, wherein the first post and the second post are disposed on an outer surface of the distribution frame; at least one sliding mechanism disposed within the housing and configured to engage the first post and the second post within the housing, the sliding mechanism comprising: a first slot comprising a first slot first end, a first slot second end, and a first slot crown, wherein the first slot is configured to engage the first post, and wherein the first slot crown is configured to bias the first post toward the first slot first end or the first slot second end; a second slot comprising a second slot first end, a second slot second end, and a second slot crown, wherein the second slot is configured to engage the second post, and wherein the second slot crown is configured to bias the second post toward the second slot first end or the second slot second end; and wherein the first slot and the second slot are configured to guide the dispensing rack between a dispensing position in which the dispensing rack is configured to dispense dishes from the housing and a loading position in which the dispensing rack is configured to load dishes.

The apparatus of the preceding paragraph, wherein the first slot crown and the second slot crown are configured to hold the dispenser rack in the dispensing position.

The apparatus of any one or more of the preceding paragraphs, wherein the first slot crown and the second slot crown are configured to hold the dispensing stand in the loading position.

The apparatus of any one or more of the preceding paragraphs, wherein the first slot comprises a first slot opening and the second slot comprises a second slot opening, wherein removing the first post from the first slot through the first slot opening and removing the second post from the second slot through the second slot opening separates the dispenser frame from the sliding mechanism.

The apparatus of any one or more of the preceding paragraphs, wherein the first slot opening is positioned in the first slot such that the first post is removable from the first slot only when the dispenser rack is between the dispensing position and the loading position.

The apparatus of any one or more of the preceding paragraphs, wherein the first slot opening and the second slot opening are configured such that the first post is not removable from the first slot through the first slot opening while the second post is removable from the second slot through the second slot opening.

The apparatus of any one or more of the preceding paragraphs, wherein the first and second posts of the dispensing stand are roller pins and the first and second slots are configured to engage the first and second posts.

A cutlery dispenser configured to dispense at least two cutlery, the cutlery dispenser comprising at least two dispensing racks, each dispensing rack comprising: a housing configured to receive a stack of the utensils therein, wherein the stack of utensils includes at least one utensil and a next utensil to be dispensed from the housing; at least one substantially vertical support rail disposed within the housing, the substantially vertical support rail configured to receive a first portion of each utensil having a contoured protrusion extending outwardly therefrom so as to maintain the stack of the utensils in a stacked orientation; a front base disposed within the housing and below the substantially vertical support rail, the front base configured to contact the first portion of the next utensil; and a rear base disposed within the housing and configured to contact a second portion of the next utensil; a drive mechanism configured to contact the next utensil and not contact the other utensils; an access port providing an opening to the housing; an actuator operably connected to the drive mechanism and configured to move the drive mechanism to a release position such that the drive mechanism contacts the next utensil in the stack of utensils to push the next utensil, causing the next utensil to be released from the stack of utensils and to become a released utensil, wherein the released utensil falls to a dispensing position and is accessible via the access port for removal from the dispenser in the dispensing position; a ratchet gear assembly positioned at least partially within the housing and operably connected to the actuator to return the drive mechanism from the release position to a hold position; at least one post disposed on the exterior surface of the dispensing rack; and at least one slide mechanism disposed within the housing and configured to engage the post within the housing, the slide mechanism including a slot configured to engage the post to guide the dispenser rack between a dispensing position in which the dispenser rack is configured to dispense dishes from the housing and a loading position in which the dispenser rack is configured to load dishes.

Certain embodiments and features have been described using a set of numerical upper limits and a set of numerical lower limits. It should be understood that ranges including any combination of two values, e.g., any lower value with any upper value, any combination of two lower values, and/or any combination of two upper values, are contemplated unless otherwise indicated. Certain lower limits, upper limits and ranges appear in one or more claims below. All numerical values are "about" or "approximately" indicative, and take into account experimental error and variations expected by those of ordinary skill in the art.

Various terms have been defined above. To the extent a term used in a claim is not defined above, it should be given the broadest definition persons in the pertinent art have given that term as reflected in at least one printed publication or issued patent. In addition, all patents, test procedures, and other documents cited in this application are fully incorporated by reference to the extent such disclosure is not inconsistent with this application and for all jurisdictions in which such incorporation is permitted.

While the foregoing is directed to embodiments of the present invention, other and further embodiments of the invention may be devised without departing from the basic scope thereof, and the scope thereof is determined by the claims that follow.