阅读说明：本技术 电动拖把 (Electric mop ) 是由 R·A·加德纳 于 2018-09-14 设计创作，主要内容包括：提供了一种电动拖把,其具有用于保存液体并定位用于从重力给料导管进入手柄的重力引起的液体流的罐。手柄内部是液体入口、用于控制液体流的阀门、用于向液体提供流动压力的泵以及用于为泵供电的电池。另外,开关可以从手柄外部触及,用于为泵供电并在打开和关闭液体流位置之间切换阀门。手柄管连接到手柄。手柄管包含压力给料导管,用于从手柄接收加压液体流。喷嘴安装在手柄管上,以将液体分散到待拖洗的表面上。拖把头附接到手柄管的远离手柄的端部。(A power mop is provided having a canister for holding liquid and positioned for gravity-induced liquid flow from a gravity-fed conduit into a handle. Inside the handle are a liquid inlet, a valve for controlling the flow of liquid, a pump for providing flow pressure to the liquid, and a battery for powering the pump. In addition, a switch is accessible from outside the handle for powering the pump and switching the valve between open and closed fluid flow positions. The handle tube is connected to the handle. The handle tube contains a pressure feed conduit for receiving a pressurized flow of liquid from the handle. A nozzle is mounted on the handle tube to dispense the liquid onto the surface to be mopped. The mop head is attached to the end of the handle tube remote from the handle.)

1. An electric mop comprising:

(a) a tank for holding a liquid and adapted to be positioned for gravity-induced liquid flow and including a gravity-fed conduit for carrying liquid from the tank;

(b) a handle comprising a liquid inlet in communication with the gravity feed conduit to receive the gravity induced liquid flow from the tank; a valve for controlling the flow of liquid from the tank to a pump to provide a flow pressure to the fluid, wherein the pump is located downstream of the valve; a battery for powering the pump; and a switch accessible externally of the handle to power the pump and switch the valve between open and closed fluid flow positions;

(c) a handle tube connected to the handle, the handle tube including a pressure feed conduit for receiving a flow of pressurized liquid from the handle;

(d) a nozzle mounted on the handle tube and adapted to dispense the liquid onto a surface to be mopped; and

(e) a mop head attached to the end of the handle tube distal from the handle.

2. The power mop of claim 1, wherein the handle includes a left handle cover and a right handle cover, the left and right handle covers being connected to define a chamber containing the valve, the pump, the switch, and the battery.

3. The power mop as in claim 1 wherein the handle tube is angled with respect to the handle to be ergonomic.

4. The power mop of claim 1, wherein the switch is configured as an ergonomic finger trigger adapted for a human hand for engagement by an index finger.

5. The power mop of claim 4, wherein the finger trigger includes a safety button protruding from the handle perpendicular to the finger trigger, the finger trigger remaining in an unusable locked state when the safety button is not engaged and in an usable unlocked state when the safety button is engaged by a thumb.

6. The power mop of claim 1, wherein the battery is enclosed in a waterproof housing.

7. The power mop as in claim 1 wherein the nozzle is located on a nozzle member portion between the handle tube and the mop head.

8. The power mop of claim 1, wherein the nozzle is adjustable to allow the nozzle to spray the liquid onto the surface in different patterns.

9. The power mop as in claim 1 wherein the nozzle is interchangeable and is wrapped in a nozzle receiver mounted on the handle tube to communicate with the pressure feed conduit to receive a pressurized stream of liquid.

10. The power mop of claim 9, wherein the handle tube includes a quick-change nozzle holder to store a plurality of interchangeable nozzles.

11. The power mop of claim 1, wherein the handle tube comprises a plurality of handle tube sections that are joined to form the handle tube to provide a reduced footprint during shipping, storage, or manufacturing.

12. An electric mop comprising:

(a) a tank for holding a liquid and adapted to be positioned for gravity-induced liquid flow and including a gravity-fed conduit for carrying liquid from the tank;

(b) a handle formed by a left handle cover plate connected to a right handle cover plate to define a chamber containing a liquid inlet in communication with the gravity feed conduit to receive the gravity induced flow of liquid from the tank; a valve for controlling the flow of liquid from the tank to a pump to provide a flow pressure to the fluid, wherein the pump is located downstream of the valve; a battery for powering the pump; and a switch accessible outside the handle, the switch configured as an ergonomic finger trigger adapted to be engaged by an index finger of a human hand to power the pump and switch the valve between open and closed fluid flow positions;

(c) a handle tube connected to the handle at an angle relative to the handle to be ergonomic, the handle tube including a pressure feed conduit for receiving a pressurized flow of liquid from the handle;

(d) a nozzle mounted on the handle tube and adapted to dispense the liquid onto a surface to be mopped; and

(e) a mop head attached to the end of the handle tube distal from the handle.

13. The power mop of claim 12, wherein the nozzle adapter is adjustable to allow the nozzle to spray the liquid onto the surface in different patterns.

14. The power mop as in claim 12 wherein the nozzle is interchangeable and is wrapped in a nozzle receiver mounted on the handle tube to communicate with the pressure feed conduit to receive a pressurized stream of liquid.

15. The power mop of claim 14, wherein the handle tube includes a quick-change nozzle holder to store a plurality of interchangeable nozzles.

16. The power mop of claim 12, wherein the finger trigger includes a safety button protruding from the handle perpendicular to the finger trigger, the finger trigger remaining in an unusable locked state when the safety button is not engaged and in an usable unlocked state when the safety button is engaged by a thumb.

17. An electric mop comprising:

(a) a tank for holding a liquid and adapted to be positioned for gravity-induced liquid flow and including a gravity-fed conduit for carrying liquid from the tank;

(b) a handle comprising a liquid inlet in communication with the gravity feed conduit to receive the gravity-induced liquid flow from the tank; a valve for controlling the flow of liquid from the tank to a pump to provide a flow pressure to the fluid, wherein the pump is located downstream of the valve; a battery for powering the pump; and a switch accessible externally of the handle to power the pump and switch the valve between open and closed fluid flow positions;

(c) a handle tube connected to the handle, the handle tube including a pressure feed conduit for receiving a flow of pressurized liquid from the handle;

(d) a nozzle receiver mounted on the handle tube, the nozzle receiver encasing an interchangeable quick-change nozzle to receive the pressurized liquid stream from the pressure-fed conduit and dispense the liquid onto a mopped surface;

(e) a quick change nozzle holder positioned on the handle tube to store a plurality of interchangeable nozzles; and

(f) a mop head attached to the end of the handle tube distal from the handle.

18. The power mop of claim 17, wherein the handle includes a left handle cover and a right handle cover, the left and right handle covers being connected to define a chamber containing the valve, the pump, the switch, and the battery.

19. The power mop as in claim 17 wherein the handle tube is angled with respect to the handle to be ergonomic.

20. The power mop of claim 17, wherein the switch is configured as an ergonomic finger trigger for a human hand for engagement by an index finger.

Disclosure of Invention

It is therefore an object of the present invention to provide a power mop having a pump, control switch and battery encased in a handle to provide a compact, ergonomic and inexpensive product.

It is another object of the present invention to provide a power mop with an ergonomic handle.

It is another object of the present invention to provide a gravity fed liquid flow from the canister to the handle.

These and other objects and advantages of the present invention are achieved in the preferred embodiments set forth below by providing a power mop having a canister for holding liquid positioned for gravity induced flow of liquid from a gravity feed conduit into a handle. Inside the handle are a liquid inlet, a valve for controlling the flow of liquid, a pump for providing flow pressure to the liquid, and a battery for powering the pump. In addition, a switch is accessible from outside the handle for powering the pump and switching the valve between open and closed fluid flow positions. The handle tube is connected to the handle. The handle tube contains a pressure feed conduit for receiving a pressurized flow of liquid from the handle. A nozzle is mounted on the handle tube to dispense the liquid onto the surface to be mopped. The mop head is attached to the end of the handle tube remote from the handle.

According to another embodiment, the handle has a left handle cover and a right handle cover that are connected to define a chamber containing the valve, the pump, the switch, and the battery.

According to another embodiment, the handle is angled with respect to the handle tube to be ergonomic.

According to another embodiment, the switch is configured as an ergonomic finger trigger adapted for a human hand for engagement by an index finger.

According to another embodiment, the finger trigger has a safety button protruding from the handle perpendicular to the finger trigger. The finger trigger remains in an unusable locked state when the safety button is not engaged and in an usable unlocked state when the safety button is engaged by the thumb.

According to another embodiment, the battery is encapsulated in a waterproof housing.

According to another embodiment, the nozzle is located on a portion of the nozzle member between the handle tube and the mop head.

According to another embodiment, the nozzle is adjustable to allow the nozzle to spray liquid onto the surface in different patterns.

According to another embodiment, the nozzle is interchangeable and is wrapped in the nozzle receiver. A nozzle receiver is mounted on the handle tube and communicates with the pressure feed conduit to receive a flow of pressurized liquid.

According to another embodiment, the handle tube includes a quick-change nozzle holder that stores a plurality of interchangeable nozzles.

According to another embodiment, the handle tube has a plurality of handle tube portions that are joined to form the handle tube so as to reduce the footprint during transport, storage, or manufacturing.

According to another embodiment, the power mop includes a tank for holding liquid positioned for gravity-induced flow of liquid from the gravity-feed conduit into the handle. The handle is formed from a left handle cover plate joined to a right handle cover plate to define a chamber. Inside the handle are a liquid inlet, a valve for controlling the flow of liquid, a pump for providing flow pressure to the liquid, and a battery for powering the pump. In addition, a switch is accessible from outside the handle for powering the pump and switching the valve between open and closed fluid flow positions. The switch is configured as an ergonomic finger trigger adapted to a human hand for engagement by an index finger. The handle tube is connected at an angle relative to the handle for ergonomic purposes. The handle tube contains a pressure feed conduit for receiving a pressurized flow of liquid from the handle. A nozzle is mounted on the handle tube to dispense the liquid onto the surface to be mopped. The mop head is attached to the end of the handle tube remote from the handle.

According to another embodiment, the power mop includes a tank for holding liquid positioned for gravity-induced flow of liquid from the gravity-feed conduit into the handle. Inside the handle are a liquid inlet, a valve for controlling the flow of liquid, a pump for providing flow pressure to the liquid, and a battery for powering the pump. In addition, a switch is accessible from outside the handle for powering the pump and switching the valve between open and closed fluid flow positions. The handle tube is connected to the handle. The handle tube contains a pressure feed conduit for receiving a pressurized flow of liquid from the handle. The nozzle receiver is mounted on the handle tube and includes an interchangeable quick change nozzle to receive a pressurized liquid stream from the pressure feed conduit and distribute the liquid over the surface to be mopped. A quick change nozzle holder is positioned on the handle tube to store a plurality of interchangeable nozzles. The mop head is attached to the end of the handle tube remote from the handle.

Drawings

The invention will be best understood from the following detailed description of the invention when read with the accompanying drawings in which:

FIG. 1 is a side perspective environmental view of the electric mop in use;

FIG. 2 is a front environmental view of the electric mop without the canister;

FIG. 3 is a side cross-sectional view of the power mop without the canister; and

fig. 4 is an exploded perspective view of the electric mop.

Detailed Description

Referring now to the drawings, FIG. 1 illustrates a power mop 10 used in a preferred embodiment. The canister 20 is in a raised position relative to the handle 30 and is configured as a backpack. The raised position enables liquid to be gravity fed into the handle 30 via the gravity feed conduit 22. The liquid then flows through the chamber 60 in the handle 30, through the handle tube 70, and is ultimately sprayed by the spray nozzle 80 onto the surface to be mopped. The handle 30 is designed so that it may be held in an ergonomic position while mopping, with the handle tube 70 angled relative to the handle 30 to allow for an ergonomic mopping action. Mop head 100 is attached to the end of handle tube 70 opposite handle 30 so that the surface can be mopped. The canister 20 configuration allows for a larger space to clean or wax due to the larger volume, which does not interfere with the ability to easily manipulate the mop 10 as desired.

Referring now to fig. 2, 3 and 4, the handle 30 is formed from a left handle cover plate 46 and a right handle cover plate 48 that are joined together to form a chamber 60. The two cover plates 46, 48 are attached by screws at several screw hole locations (e.g., 50) to allow assembly and disassembly of the handle 30. A chamber 60 in the handle 30 contains the battery 40, the finger activated switch 38, the motor 36 and the pump 34.

Liquid enters the chamber 60 of the handle 30 at the liquid inlet 32 from the gravity feed conduit 22 and flows through the liquid inlet conduit 56 into the pump 34. The trigger 38 controls the power to the pump 34 and extends out of the handle 30 so that the index finger can engage the trigger 38. The trigger 38 has a safety button 62 perpendicular to the trigger 38 that protrudes from the handle 30 through an opening in the safety button 63. When the fuse 62 is not engaged, the trigger is in a locked state where it is not available. To engage the trigger 38, the push-down fuse 62 must be held by the thumb of the hand holding the handle 62. The device prevents inadvertent spraying of liquid during mopping. Alternatively, the trigger 38 may have a different type of safety, such as a "lock-out" device that when opened enables the trigger 38 to be engaged, or may even not include a safety at all.

When the trigger 38 is not engaged, the circuit is open and the motor 36 and pump 34 are not connected to the battery 40 and are therefore inactive. Liquid cannot flow through the inactive pump 34 because the internal valve (not shown) of the pump 34 remains in a closed flow position without power from the battery 40. However, when the trigger 38 is engaged, the battery 40 and the motor 36 are in a closed loop such that the battery 40 can power the motor 36 running the pump 34, and the pump 34 opens an internal valve (not shown) so that liquid can flow through the pump 34. Pump 34 provides a constant pressure to the liquid so that the spray maintains a similar pressure regardless of the amount of liquid in tank 20.

In a preferred embodiment, the battery 40 is a 3.6 volt lithium battery and has a waterproof enclosure. Attached to the battery 40 is a circuit board 64, the circuit board 64 having a charging port 66 and an LED indicator (not shown). Both of these features of the circuit board 64 are accessible through an opening in the handle with the waterproof plug 42 covering the access opening of the charging port 66 and with the LED indicator cover plate 52 covering the opening of the LED indicator (not shown) while still allowing visibility.

When the pump 34 is activated, a valve (not shown) is opened and fluid pressure is applied to the liquid. The pressurized liquid then flows into the outlet fitting 58. The outlet fitting 58 is used to direct pressurized liquid out of a chamber 60 of the handle 30 and into the pressure feed conduit 24. The pressure feed conduit 24 is located within the handle tube 70. The pressure-feed conduit 24 terminates in a nozzle 80 that allows liquid to be sprayed onto the front surface of the mop head 100.

The nozzle 80 is removable and is located within a nozzle receiver 82. The nozzle receiver 82 is adjustable to allow the spray angle relative to the floor to be varied. A plurality of interchangeable nozzles 86 are stored in a quick change nozzle holder 84 located on the handle tube 70. The nozzle holder 84 surrounds the circumference of the handle tube 70 and contains several sheaths (e.g., 85) for holding interchangeable nozzles 86. The interchangeable nozzles 86 allow for varying the spray rate, spray direction and spray shape onto the surface to be mopped. Alternatively, one or more of the interchangeable nozzles 86 stored in the nozzle holder 84 may be identical, and thus serve as a spare part in the event of loss or wear and tear.

In the embodiment of the present application, the handle tube 70 has a separate nozzle member portion 88 in which the nozzle receiver 82 is located. The nozzle member portion 88 and the handle 30 are both attached to the handle tube 70 by an internal nipple 92 and an external nipple 90. The female adapter 92 is torqued until it is securely mated to the male adapter 90. For the connection of the handle 30 and the handle tube 70, the inner joint 92 is located on the handle tube 70 and the outer joint 90 is located on the handle 30. For the connection of the nozzle member portion 88 and the handle tube 70, the inner joint 92 is located on the nozzle member portion 88 and the outer joint 90 is located on the handle tube 70. Alternatively, the handle tube 70 may be formed of several connected sections. This may be advantageous for transport, storage and manufacture.

The electric mop according to the present invention has been described with reference to the specific embodiments and examples. Various details of the invention may be changed without departing from the scope of the invention. Furthermore, the foregoing description of the preferred embodiments of the invention and the best mode for practicing the invention are provided for the purpose of illustration only and not for the purpose of limitation, the invention being defined by the claims.

10 electric mop

20 jar

22 gravity feed conduit

24 pressure feed conduit

30 handle

32 liquid inlet

34 pump

36 motor

38 finger trigger switch

40 cell

42 waterproof plug

46 left handle cover plate

48 right handle cover plate

50 screw hole

52 LED indicator cover

56 liquid inlet conduit

58 water outlet joint

60 chamber

62 safety button

63 opening of safety button

64 circuit board

66 charging port

70 handle tube

80 spray nozzle

82 nozzle receiver

84 quick change nozzle retainer

85 sheath

86 interchangeable nozzles

88 nozzle component part

90 external thread joint

92 female adapter

100 mop head