阅读说明：本技术 多舱体旋转式计量米柜 (Multi-cabin rotary metering rice cabinet ) 是由 戴朝新 于 2020-06-11 设计创作，主要内容包括：本发明公开了多舱体旋转式计量米柜,该米柜主要配套有：主轴体、米柜体、旋转式多舱体、上出料口闸体、计量桶、下出料口闸体、米桶、双层大颗粒食材储藏室、垂直控制杆、膳食配方夹等。其主要技术路线：根据膳食配方比例,设计旋转式多舱体,将米谷豆等食材分装于对应舱室,舱室漏斗下端安装有可开合、调节的上出料口闸体,打开闸口,食材进入计量桶计量,转动多舱体,可实现不同食材计量。打开下出料口闸体,食材进入米桶,然后,再一同加入大颗粒食材,一同煮粥做饭。目前,我国居民米谷类等食材散存于厨房,常会发生变质,主食以单一白米饭为主,膳食不够合理,本发明实现了居民主食材集成式存放与配方化煮饭的目的,可显著提升居民的生活品质。(The invention discloses a multi-cabin rotary type metering rice cabinet, which is mainly matched with: the main shaft body, the rice cabinet body, the many cabin bodies of rotation type, upper discharge gate floodgate body, measuring tank, lower discharge gate floodgate body, rice bucket, double-deck large granule eat material storeroom, vertical control rod, meal prescription clamp etc.. The main technical route is as follows: according to the proportion of the diet formula, a rotary multi-cabin body is designed, the rice, grain and beans and other food materials are respectively loaded in corresponding cabins, an upper discharge port gate body which can be opened, closed and adjusted is installed at the lower end of a cabin funnel, a gate opening is opened, the food materials enter a metering barrel for metering, the multi-cabin body is rotated, and metering of different food materials can be realized. Opening the lower discharge port gate body, feeding the food material into the rice bucket, then adding the large-particle food material together, and cooking porridge and rice together. At present, food materials such as rice and cereals of residents in China are scattered in a kitchen and often go bad, staple food is mainly single rice, and diet is not reasonable enough.)

1. Many cabins rotation type measurement rice chest, its characterized in that: main shaft body (1), rice cabinet body (2), the many cabin bodies of rotation type (3), upper discharge gate floodgate body (4), measuring tank (5), lower discharge gate floodgate body (6), rice bucket (7), medicine and food dual-purpose edible material storeroom (8), large granule edible material storeroom (9), meal prescription clamp (10), its main technical route: according to the proportion of a meal formula, a rotary multi-cabin body (3) is designed and manufactured by means of injection molding and the like, an upper hanging ring (1.1) and a lower supporting ring (1.2) of the multi-cabin body hung on a main shaft body (1) are used for separately loading food materials such as rice, cereals and beans into corresponding cabins, the rice cabin body (3) is rotated, an upper discharge port gate body (4) which can be opened and closed and adjusted is installed at the lower end of each cabin funnel (3.7), the gate body (4) is opened, the food materials enter a metering barrel (5) for metering, and then the lower discharge port gate body (6) is opened, so that the food materials can be led into the rice barrel (7) in batches; the food storage chamber (8) for medicine and food and the large-particle food storage chamber (9) are respectively sleeved at the middle end and the lower end of the main shaft body (1), are respectively rotated and taken out, are added into the rice barrel (7) together, and are used for cooking porridge and cooking together, so that the aims of storing and cooking food materials in an integrated mode in a formula mode for urban and rural residents are fulfilled, the problem that food materials are randomly stored for a long time in a kitchen of urban and rural residents is solved, meanwhile, the porridge cooking and cooking with multiple nutritional food materials are realized, and the dietary structure is improved.

2. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a rotary multi-cabin body (3). According to the dietary formula, a large cabin (3.1), a middle cabin (3.2) and a small cabin (3.3) are designed and are formed into an organic whole by injection molding, the height and the radius of each cabin are equal, and the radians are different; the upper end of the cabin is provided with an opening, and the food materials can be added by opening the top cover door (2.1) of the rice cabinet body and then opening the upper cover (3.6) of the multi-cabin body; the lower end is provided with a multi-cabin funnel (3.7), a funnel joint (3.9) and an upper discharge port gate body (4), and the gate opening is opened to guide food materials into a metering barrel (5) for metering; the upper end of the multi-cabin body is provided with an upper hanging ring hook (1.1) and a lower supporting ring (1.2), and the upper hanging ring (3.4) and the lower supporting ring (3.8) of the multi-cabin body can be hung on the main shaft body; the multi-cabin body (3) is pushed to rotate, so that different food materials can be led out from the metering barrel (5) in a grading manner to be metered; perpendicular control lever position cave ring (3.12) is installed to many cabin body lower extreme, and the design has perpendicular control position cave (3.13) on the position cave ring, when medicine and food homology edible material rotation layer board (1.3) rotated, when position cave (3.13) on its layer board rotated to and becomes the straight line with perpendicular control lever (2.107), also be upper discharge gate brake opening (4) and measuring bucket (5), when rice bucket (7) were perpendicular, the protruding position cave (3.13) of going into of built-in spring ball (2.108) of perpendicular control lever, fixed many cabin body (3), carry out perpendicular ejection of compact operation.

3. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a gate body (4) of the upper discharge hole. The lower end of each cabin is provided with an upper discharge port gate body (4); a brake pad (4.2) is arranged in each upper discharge port brake body (4), one end of the brake pad (4.2) is welded on the rod handle, and the brake pad (4.2) penetrates through a middle hole of the sleeve and is arranged in the brake body sleeve (4.1); the other rod handle is welded on the outer edge of the brake body sleeve (4.1); the two rod handles are arranged together in a scissor shape by using a brake pad control shaft (4.4), a spring (4.5) is arranged in the middle of the rear ends of the two rod handles to push a brake handle (4.6), the brake pad (4.2) is opened, and the food material is guided out of the metering barrel (5) for metering; the multi-cabin body is pushed, the multi-cabin body (3) rotates, and different food materials can be led out in batches.

4. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a spindle body (1). A lower main shaft (1.01) is arranged in a lower bearing (1.9), then is arranged in a bearing fixing plate (1.72), and then is fixed on a base (2.103) of the rice cabinet body; the lower main shaft (1.01) is sleeved with a large-particle food storage chamber supporting ring (1.94), a bolt-4 (1.88) is arranged, and the large-particle food storage chamber is sleeved on the lower main shaft (1.01); at the upper end of the lower main shaft (1.01), a nut supporting ring (1.93) of a medicine and food dual-purpose food storage chamber is in butt joint with a threaded rod head (1.991) and is screwed tightly, a middle 1 main shaft convex inserting rod (1.99) is inserted into a main rod concave sleeve (1.97), a bolt-3 (1.87) is placed, and then a medicine and food dual-purpose food storage chamber (8) is correspondingly installed; at the upper end of a main shaft (1.02) of the middle 1, a multi-cabin upper lantern ring nut supporting ring (1.91) is in butt joint with a threaded rod head and screwed tightly, an upper main shaft convex inserting rod is inserted into a main rod concave sleeve, a bolt-2 (1.82) is placed, and a multi-cabin lower supporting ring (1.2) is installed; in the same way, a multi-cabin upper hanging ring (1.1) is installed; the multi-cabin body (3) is sleeved and hung on the lower supporting ring (1.2) and the upper hanging ring (1.1) of the multi-cabin body; inserting the convex inserted rod of the upper main shaft into the concave sleeve of the middle 2 main shaft, and installing a bolt-1 (1.81) at the same time to ensure that the upper main shaft (1.04) is matched with the upper suspension ring (1.1) of the multi-cabin body into a whole; the upper main shaft rod (1.04) is arranged in the upper bearing (1.6), then is fixed in the upper bearing fixing plate (1.71) and then is arranged on the top cover (2.5) of the rice cabinet body; therefore, the main functional bodies are integrally arranged on the main shaft body (1), and the rotatable and fast controllable operation of each functional body is realized.

5. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a rice cabinet body (2) and a vertical control rod. The cross section of the rice cabinet body (2) is designed to be circular, the whole structure is cylindrical, a longitudinal main shaft body (1) is arranged at the center of the circle and can rotate, and each functional body is arranged on the main shaft body (1) and is suitable for the rotation requirement of each functional body; a top cover door (2.1) is designed at the front end of a top cover (2.5) of the rice cabinet body, so that the rice cabinet can be opened and closed conveniently, and food materials can be added conveniently; the main structure of the rice cabinet body (2) is a heat insulation plate, the front door body (2.101) and the door cover (2.115) are of a double-layer hollow glass structure, the integrity, heat insulation and water resistance of the rice cabinet can be guaranteed, and the food materials are guaranteed to be sanitary, safe and not mildewed; the front side is provided with a glass structure, so that the observation and the operation are convenient; the vertical control rod (2.107) of many cabins, the vertical control rod of measuring bucket (2.109), the vertical control rod of rice bucket (2.110) are vertically installed to rice cabinet body left side wall, are parallel with main shaft body (1) to realize that control upper discharge gate body (4), measuring bucket (5), rice bucket (7) are on a vertical line, in order to guarantee to eat the material and derive, measure, leading-in straight line vertical operation.

6. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a metering bucket (5). A dial gauge (5.1) is designed on the metering barrel, and the upper opening and the lower opening are designed in an open manner; the metering tank (5) is arranged on a pallet (1.3) of a food and medicine dual-purpose food storage chamber; the upper opening of the metering barrel (5) is butted with the outlet of the upper discharge hole gate body (4), and the lower opening of the metering barrel corresponds to the rice barrel (7), so that a combined body is formed, accurate metering is realized, and feeding and discharging are facilitated.

7. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a lower discharge port gate body (6). The lower discharge port gate body (6) is arranged on a pallet (1.3) of a medicine and food dual-purpose food storage chamber below the metering barrel (5); a brake pad (6.6) is installed in the lower discharge port brake body (6), the brake pad (6.6) penetrates through a brake pad inlet and outlet hole in a brake body baffle (6.1) of the lower discharge port and is inserted into a brake pad sliding groove (6.5) of the lower discharge port, and the sliding groove (6.5) is installed in a supporting plate (1.3) of a medicine and food dual-purpose food storage room; promote bottom discharge gate brake lining hand (6.3) forward, eat the material and be detained in metering tank (5), after the measurement, pull open bottom discharge gate brake lining hand (6.3), eat the material then and lead to in below rice bucket (7) fast.

8. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a food storage chamber (8) for medicine and food and a large-particle food storage chamber (9). The food and medicine dual-purpose food storage chamber (8) consists of a lower discharge port gate body (6), a storage chamber supporting plate (1.3) and a supporting plate bracket (1.33), is uniformly arranged on the storage chamber supporting plate (1.3), and is sleeved on a nut supporting ring (1.93) of the food and medicine dual-purpose food storage chamber; the large-particle food storage chamber consists of a rice bucket (7), a storage chamber, a large-particle food storage chamber supporting plate (1.4) and a supporting plate bracket, is uniformly installed on the large-particle food storage chamber supporting plate (1.4), and is sleeved on a large-particle food storage chamber supporting ring (1.94); vertical control position holes (1.37, 1.44) are respectively designed on the medicine and food dual-purpose food storage chamber supporting plate (1.3) and the large-particle food storage chamber supporting plate (1.4), when the two supporting plates rotate and are in a straight line with the corresponding vertical control rods, spring balls arranged in the vertical control rods protrude into the position holes (1.37, 1.44), and a medicine and food dual-purpose food storage chamber (8) and a large-particle food storage chamber (9) are respectively fixed for vertical operation; two storeroom assemblies divide into two-layer about, install respectively on main shaft body (1), finally form an organic whole, realize down discharge gate floodgate body (6), medicine and food dual-purpose edible material storeroom (8), large granule edible material storeroom (9), measuring tank (5), rice bucket (7) and the equipment of integrating of main shaft body (1), the edible material of two-layer storeroom simultaneously swiftly realizes deriving the rice grain beans edible material phase combination with the rice under-deck, forms high added value food.

9. The multi-compartment rotary metering rice cabinet of claim 1, wherein: a meal formula clip (10). The method is characterized in that rice and other small-particle food materials are taken as main materials, medicine and food dual-purpose food materials and large-particle food materials are taken as auxiliary materials, a meal formula is compiled by a cooking method, the meal formula is printed on a formula card (10.2) and stored in a transparent clamping box (10.4) of a formula clamp, and if the formula is needed to be used, the formula card (10.2) is taken out and placed in the front of the transparent clamping box (10.4) so as to be convenient to watch and compare; for the convenience of viewing, the transparent clamping box (10.4) is double-sided transparent, and the clamping shaft (10.3) can rotate, so that the formula cards (10.2) can be viewed in different directions by pushing the transparent clamping box (10.4).

The technical field is as follows:

the invention relates to a kitchen rice metering cabinet, which comprises the following components in part by weight: a multi-cabin rotary metering rice cabinet.

Background art:

tang dynasty herb Wang Sun Si far away is recorded: the fact that the food materials with good quality and the food materials containing various nutritional ingredients are used for cooking porridge is very important for the health of people. At present, staple food grains of urban and rural residents in China are mainly rice and grains, the storage mode is a bulk storage mode, the food comprises food materials with dual purposes of medicine and food, the food materials are stored in all corners of a kitchen and randomly stored, sometimes the food materials are stored for a long time, the quality of the food materials is poor, some food materials even grow worms or go mouldy and deteriorate, and the phenomenon of high-temperature seasons in summer and autumn is particularly prominent; the rice cooking mode comprises two modes, namely the traditional single rice or porridge, and the rice cooking mode comprises the steps of buying different food materials in the market according to the diet formula, then returning and proportioning, and cooking porridge. The first mode is single in food material and unscientific in diet; the second mode is time consuming and labor consuming and cannot adapt to the rhythm of modern fast life.

With the increasing requirements of people on scientific diet and the increasing strong demands, the development of a rice cabinet which can formulate rice, cereals, beans and edible and medicinal food materials, implement storage modes and meter the consumption of the food materials is urgently needed.

Disclosure of Invention

The invention aims to: the rice cabinet is characterized in that main food materials of residents are stored in an integrated mode according to a diet formula, and the consumption of various food materials can be measured and combined quickly.

In order to realize the purpose, the invention provides a multi-cabin rotary type rice metering cabinet which is mainly configured as follows:

preferably, many cabin body rotation type measurement rice cabinet, main shaft body (1), the rice cabinet body (2), the many cabin bodies of rotation type (3), go up discharge gate body (4), measuring tank (5), lower discharge gate body (6), rice bucket (7), edible dual-purpose edible material storeroom (8), large granule edible material storeroom (9), meal prescription clamp (10), its main technical route: according to the proportion of a meal formula, a rotary multi-cabin body (3) is designed and manufactured by means of injection molding and the like, an upper hanging ring (1.1) and a lower supporting ring (1.2) of the multi-cabin body hung on a main shaft body (1) are used for separately loading food materials such as rice, cereals and beans into corresponding cabins, the rice cabin body (3) is rotated, an upper discharge port gate body (4) which can be opened, closed and adjusted is installed at the lower end of each cabin funnel (3.7), the gate body (4) is opened, the food materials enter a metering barrel (5) for metering, and then a lower discharge port gate body (6) is opened, so that the food materials can be led into the rice barrel (7) in batches; the food storage chamber (8) for medicine and food and the large-particle food storage chamber (9) are respectively sleeved at the middle end and the lower end of the main shaft body (1), respectively rotate and take out food materials, and are added into the rice barrel (7) together to cook porridge and cook rice together, so that the aims of integrated storage and formulated cooking of food materials of urban and rural residents are fulfilled, the problem that food materials in kitchens of urban and rural residents are randomly stored for a long time is solved, and meanwhile, the porridge and rice cooking of various nutritional food materials are realized, and the dietary structure is improved;

preferably, it is characterized in that: a rotary multi-cabin body (3). According to the dietary formula, a large cabin (3.1), a middle cabin (3.2) and a small cabin (3.3) are designed and are formed into an organic whole by injection molding, the height and the radius of each cabin are equal, and the radians are different; the upper end of the cabin is provided with an opening, and the food materials can be added by opening the top cover door (2.1) of the rice cabinet body and then opening the upper cover (3.6) of the multi-cabin body; the lower end is provided with a multi-cabin funnel (3.7), a funnel joint (3.9) and an upper discharge port gate body (4), and the gate opening is opened to guide food materials into a metering barrel (5) for metering; the upper end of the multi-cabin body is provided with an upper hanging ring hook (1.1) and a lower supporting ring (1.2), and the upper hanging ring (3.4) and the lower supporting ring (3.8) of the multi-cabin body can be hung on the main shaft body; the multi-cabin body (3) is pushed to rotate, so that different food materials can be led out from the metering barrel (5) in a grading manner to be metered; a vertical control rod position hole ring (3.12) is installed at the lower end of the multi-cabin body, a vertical control position hole (3.13) is designed on the position hole ring, when a rotary supporting plate (1.3) of medicine and food homologous food materials rotates, the position hole (3.13) on the supporting plate rotates to be in line with a vertical control rod (2.107), and when an upper discharging port gate (4) is vertical to a metering barrel (5) and a rice barrel (7), a spring ball (2.108) arranged in the vertical control rod protrudes into the position hole (3.13), so that the multi-cabin body (3) is fixed to perform vertical discharging operation;

preferably, it is characterized in that: a gate body (4) of the upper discharge hole. The lower end of each cabin is provided with an upper discharge port gate body (4); a brake pad (4.2) is arranged in each upper discharge port brake body (4), one end of the brake pad (4.2) is welded on the rod handle, and the brake pad (4.2) penetrates through a middle hole of the sleeve and is arranged in the brake body sleeve (4.1); the other rod handle is welded on the outer edge of the brake body sleeve (4.1); the two rod handles are arranged together in a scissor shape by using a brake pad control shaft (4.4), a spring (4.5) is arranged in the middle of the rear ends of the two rod handles to push a brake handle (4.6), the brake pad (4.2) is opened, and the food material is guided out of the metering barrel (5) for metering; the multi-cabin body is pushed, the multi-cabin body (3) rotates, and different food materials can be led out in batches;

preferably, it is characterized in that: a spindle body (1). A lower main shaft (1.01) is arranged in a lower bearing (1.9), then is arranged in a bearing fixing plate (1.72), and then is fixed on a base (2.103) of the rice cabinet body; the lower main shaft (1.01) is sleeved with a large-particle food storage chamber supporting ring (1.94), a bolt-4 (1.88) is arranged, and the large-particle food storage chamber is sleeved on the lower main shaft (1.01); at the upper end of the lower main shaft (1.01), a nut supporting ring (1.93) of a medicine and food dual-purpose food storage chamber is in butt joint with a threaded rod head (1.991) and is screwed tightly, a middle 1 main shaft convex inserting rod (1.99) is inserted into a main rod concave sleeve (1.97), a bolt-3 (1.87) is placed, and then a medicine and food dual-purpose food storage chamber (8) is correspondingly installed; at the upper end of a main shaft (1.02) of the middle 1, a multi-cabin upper lantern ring nut supporting ring (1.91) is in butt joint with a threaded rod head and screwed tightly, a convex inserting rod of the main shaft of the middle 2 is inserted into a concave sleeve of a main rod, a bolt-2 (1.82) is placed, and a multi-cabin lower supporting ring (1.2) is installed; in the same way, a multi-cabin upper hanging ring (1.1) is installed; the multi-cabin body (3) is sleeved and hung on the lower supporting ring (1.2) and the upper hanging ring (1.1) of the multi-cabin body; inserting the convex inserted rod of the upper main shaft into the concave sleeve of the middle 2 main shaft, and installing a bolt-1 (1.81) at the same time to ensure that the upper main shaft (1.04) is matched with the upper suspension ring (1.1) of the multi-cabin body into a whole; the upper main shaft rod (1.04) is arranged in the upper bearing (1.6), then is fixed in the upper bearing fixing plate (1.71) and then is arranged on the top cover (2.5) of the rice cabinet body; therefore, the main functional bodies are integrally arranged on the main shaft body (1), the rotation of each functional body is realized, and the quick and controllable operation is realized;

preferably, it is characterized in that: a rice cabinet body (2) and a vertical control rod. The cross section of the rice cabinet body (2) is designed to be circular, the whole structure is cylindrical, a longitudinal main shaft body (1) is arranged at the center of the circle and can rotate, and each functional body is arranged on the main shaft body (1) and is suitable for the rotation requirement of each functional body; a top cover door (2.1) is designed at the front end of a top cover (2.5) of the rice cabinet body, so that the rice cabinet can be opened and closed conveniently, and food materials can be added conveniently; the main structure of the rice cabinet body (2) is a heat insulation plate, the front door body (2.101) and the door cover (2.115) are of double-layer hollow glass structures, the integrity, heat insulation and water resistance of the rice cabinet can be guaranteed, and the sanitary safety and no mildew of food materials can be guaranteed; the front side is provided with a glass structure, so that the observation and the operation are convenient; the left side wall of the rice cabinet body is vertically provided with a multi-cabin vertical control rod (2.107), a metering barrel vertical control rod (2.109) and a rice barrel vertical control rod (2.110) in a longitudinal direction, and the multi-cabin vertical control rod, the metering barrel vertical control rod and the rice barrel vertical control rod are parallel to the main shaft body (1) so as to control the upper discharge port gate body (4), the metering barrel (5) and the rice barrel (7) to be on a vertical line, and the food material is guided out, metered and guided into a straight line for vertical operation;

preferably, it is characterized in that: a metering bucket (5). A dial gauge (5.1) is arranged on the metering barrel, and the upper opening and the lower opening are designed in an opening manner; the metering tank (5) is arranged on a pallet (1.3) of a food and medicine dual-purpose food storage chamber; the upper opening of the metering barrel (5) is butted with the outlet of the upper discharge hole gate body (4), and the lower opening of the metering barrel corresponds to the rice barrel (7), so that a combined body is formed, accurate metering is realized, and feeding and discharging are convenient;

preferably, it is characterized in that: a lower discharge port gate body (6). The lower discharge port gate body (6) is arranged on a food storage chamber supporting plate (1.3) for medicine and food dual-purpose below the metering barrel (5); a brake pad (6.6) is installed in the lower discharge port brake body (6), the brake pad (6.6) penetrates through a brake pad inlet and outlet hole in a brake body baffle (6.1) of the lower discharge port and is inserted into a brake pad sliding groove (6.5) of the lower discharge port, and the sliding groove (6.5) is installed in a supporting plate (1.3) of a medicine and food dual-purpose food storage room; the lower discharge port gate piece handle (6.3) is pushed forwards, food materials are retained in the metering barrel (5), after metering, the lower discharge port gate piece handle (6.3) is pulled open, and the food materials are quickly guided into the lower rice barrel (7);

preferably, it is characterized in that: a food storage chamber (8) for medicine and food and a large-particle food storage chamber (9). The food and medicine dual-purpose food storage chamber (8) consists of a lower discharge port gate body (6), a storage chamber-1, a storage chamber supporting plate (1.3) and a supporting plate bracket (1.33), is uniformly arranged on the storage chamber supporting plate (1.3), and is sleeved on a nut supporting ring (1.93) of the food and medicine dual-purpose food storage chamber; the large-particle food storage chamber consists of a rice bucket (7), a storage chamber-2, a large-particle food storage chamber supporting plate (1.4) and a supporting plate bracket, is uniformly installed on the large-particle food storage chamber supporting plate (1.4), and is sleeved on a large-particle food storage chamber supporting ring (1.94); vertical control position holes (1.37, 1.44) are respectively designed on the supporting plate (1.3) of the medicine-food dual-purpose food storage chamber and the supporting plate (1.4) of the large-particle food storage chamber, when the two supporting plates rotate and are in a straight line with the corresponding vertical control rods, spring balls arranged in the vertical control rods protrude into the position holes (1.37, 1.44), and a medicine-food dual-purpose food storage chamber (8) and a large-particle food storage chamber (9) are respectively fixed for vertical operation; the two storage chamber combination bodies are divided into an upper layer and a lower layer and are respectively arranged on the main shaft body (1) to finally form an organic whole, so that the integrated assembly of the lower discharge port gate body (6), the medicine and food dual-purpose food storage chamber (8), the large-particle food storage chamber (9), the metering tank (5), the rice tank (7) and the main shaft body (1) is realized, and meanwhile, the combination of food materials in the two storage chambers and rice and bean food materials led out from the rice cabin is quickly realized to form high-value-added food;

preferably, it is characterized in that: a meal formula clip (10). The method comprises the steps of taking rice and other small-particle food materials as main materials, taking medicine and food dual-purpose food materials and large-particle food materials as auxiliary materials, compiling a diet formula, printing the diet formula on a formula card (10.2), storing the diet formula in a transparent clamp box (10.4) of a formula clamp, taking out the formula card (10.2) and placing the formula card in the front of the transparent clamp box (10.4) when the formula is needed, and facilitating viewing and contrasting operation; for the convenience of viewing, the transparent clamping box (10.4) is transparent on two sides, and the clamping shaft (10.3) can rotate, so that the formula cards (10.2) can be viewed in different directions by pushing the transparent clamping box (10.4).

Technical solution of the invention

According to the first technical scheme, the rotary multi-cabin body (3) is invented: the food materials in the dietary prescription of China comprise regular small rice, grain and bean particles and irregular large particle food materials, wherein the small rice, grain and bean particles are main food materials, and according to the dietary prescription, a large cabin (3.1), a middle cabin (3.2) and a small cabin (3.2) are designed and are formed into an organic whole through injection molding; the height and the radius of each cabin are equal, and the radians are different; the upper end of the cabin is provided with a multi-cabin upper cover (3.6), and food materials can be added by opening an upper cover door (2.1) of the rice cabinet body and then opening the multi-cabin upper cover (3.6); the lower end is provided with a multi-cabin funnel (3.7), a funnel joint (3.9) and an upper discharge port gate body (4), and the gate opening is opened to guide food materials into the metering barrel (5); the upper end of the multi-cabin body is provided with an upper hanging ring hook (3.4) and a lower supporting ring (3.8), and the upper hanging ring hook and the lower supporting ring hook can be connected with an upper hanging ring (1.1) and a lower supporting ring buckle (1.2) of the multi-cabin body in a hanging manner; the multi-cabin body is pushed to realize the rotation of the multi-cabin body, so that different food materials can be quickly led out in a grading manner and are led into the metering barrel (5) for metering;

the invention adopts the following technical scheme that a gate body (4) of a feeding hole and a discharging hole is invented: in order to smoothly and respectively guide out and measure food materials in the multi-cabin body, an upper discharge port gate body (4) is arranged at the lower end of each large cabin, middle cabin and small cabin funnel connecting pipe (3.9); a brake pad (4.2) is arranged in each upper discharge port brake body (4), one end of the brake pad (4.2) is welded on the rod handle, and the brake pad (4.2) penetrates through a middle hole of the lantern ring and is arranged in the brake body sleeve (4.1); the other rod handle is welded on the brake body sleeve (4.1); the two rod handles are arranged together in a scissor shape by using a brake pad control shaft (4.4), a spring (4.5) is arranged in the middle of the rear ends of the two rod handles to push a brake handle (4.6), the brake pad (4.2) is opened, and the food material is guided out of the metering barrel (5) for metering; the multi-cabin body (3) is pushed to rotate, so that different food materials in different cabins can be led out in different times;

the invention provides a spindle body (1). In order to integrate and assemble a rotary multi-cabin body (3), an upper discharge port gate body (4), a metering barrel (5), a medicine and food dual-purpose food storage chamber (8), a lower discharge port gate body (6), a large-particle food storage chamber (9), a rice barrel (7) and the like, the invention provides an integrated hanging and rotatable main shaft body (1): a lower main shaft (1.01) is arranged in a lower bearing (1.9), then is arranged in a bearing fixing plate (1.71), and then is fixed on a base (2.103) of the rice cabinet body; the lower main shaft (1.01) is sleeved with a large-particle food storage chamber supporting ring (1.94), a bolt-4 (1.88) is arranged, and a storage chamber box-2 is arranged on the lower main shaft (1.01); at the upper end of the lower main shaft, a storage chamber-1 collar nut supporting ring (1.93) is in butt joint with a threaded rod head (1.991) for screwing, a middle 1 main shaft convex rod (1.99) is inserted into a main rod concave sleeve (1.97), a bolt-3 (1.83) is placed, and then the storage chamber-1 is correspondingly installed; at the upper end of the main shaft (1.02) of the middle 1, a multi-cabin upper lantern ring nut supporting ring (1.92) is in butt joint with a threaded rod head and is screwed tightly, the main shaft (1.03) of the middle 2 is inserted into the main rod concave sleeve, a bolt-2 (1.82) is placed, and the multi-cabin lower supporting ring (1.2) is installed; in the same way, a multi-cabin upper hanging ring (1.1) is installed; the multi-cabin body (3) is sleeved and hung on the lower supporting ring (1.2) and the upper hanging ring (1.1) of the multi-cabin body; the lower end of an upper main shaft (1.04) is inserted into an upper main shaft concave sleeve, the upper end of the upper main shaft is arranged in an upper bearing (1.6), then the upper main shaft is fixed in an upper bearing fixing plate (1.71), and then the upper main shaft is arranged on a top cover (2.5) of a rice cabinet body; therefore, the main functional bodies are integrally arranged on the main shaft body (1), and the functional bodies can rotate, so that the quick and controllable operation is realized;

the rice cabinet body (2) is invented according to the fourth technical scheme. In order to ensure the safety and sanitation of food materials and the cleanness and controllable operation of all functional bodies in a rice cabinet body, the rice cabinet body (2) is invented: the cross section of the rice cabinet body is designed to be circular, the whole structure is cylindrical, a longitudinal main shaft body (1) is arranged at the center of the circle and can rotate, and each functional body is arranged on the main shaft body (1) and is suitable for the rotation requirement of each functional body; a top cover door (2.1) is designed at the front end of a top cover (2.5) of the rice cabinet body, so that the rice cabinet can be opened and closed conveniently, and food materials can be added conveniently; the main body structure of the rice cabinet body is a heat insulation plate, the front door body (2.101) and the door cover (2.115) are of a double-layer hollow glass structure, the integrity, heat insulation and water resistance of the rice cabinet can be guaranteed, and particularly the sanitation, safety and no mildew of food materials are guaranteed; the front side is provided with a glass structure, so that the observation and the operation are convenient; the right side wall of the rice cabinet body is vertically provided with a multi-cabin vertical control rod (2.107), a metering bucket vertical control rod (2.109) and a rice bucket vertical control rod (2.110) in the longitudinal direction, so that the accuracy of the material exporting, metering and importing of the upper discharge port gate body (4), the metering bucket (5), the rice bucket (7) and the three parts is controlled vertically;

the fifth technical scheme is that the metering barrel (5) is invented. In order to measure food materials and lead out the food materials controllably, the invention provides a measuring barrel (5): a dial gauge (5.1) is designed on the metering barrel, and the upper opening and the lower opening are designed in an open manner; the measuring tank is arranged on a supporting plate (1.3) of the food storage chamber for medicine and food; the upper opening of the metering barrel is butted with the outlet of the gate body (4) of the upper discharge hole, and the lower opening of the metering barrel corresponds to the rice barrel (7), so that a combined body is formed, accurate metering is realized, and feeding and discharging are convenient;

the technical scheme is that a lower discharging opening gate body (6) is invented. In order to controllably lead out the measured food materials, a gate body (6) of a lower discharge hole is invented: a storage chamber-1 rotating pallet (1.3) arranged below the metering barrel (5); a brake lining (6.6) is arranged in the lower discharge port brake body (6), the brake lining (6.6) passes through a brake lining inlet and outlet hole on a brake lining baffle plate (6.1) of the lower discharge port and is inserted into a brake lining chute (6.5) of the lower discharge port, and the chute (6.5) is arranged in a rotary supporting plate (1.3) of the storeroom-1; the lower discharging opening gate piece handle (6.3) is pushed forwards, food materials in the metering barrel (5) are retained in the metering barrel (5) for metering, the lower discharging opening gate piece handle (6.3) is pulled open, and the food materials are quickly guided into the rice bucket below;

the food and medicine dual-purpose food storage chamber (8) and the large-particle food storage chamber (9) are invented according to the seventh technical scheme. The small-particle and round-particle food materials are easy to derive and are staple food materials, the food materials are placed in the rotary multi-cabin body (3) and are convenient to derive and measure, the large-particle and irregular food materials are stored in two types, one type is medicine-food dual-purpose food materials, the small-particle food materials are stored in the storage box-1 (8.1) in a plastic package mode, and the other type is large-particle irregular food materials with high nutritive value and are stored in the storage box-2 (9.2). The medicine and food dual-purpose storeroom (8) consists of a lower discharge port gate body (6), a storeroom box-1 (8.1) and a supporting plate bracket (1.32), is uniformly arranged on a supporting plate (1.3) of the medicine and food dual-purpose food storeroom, and is sleeved on a storeroom-1 nut supporting ring (1.93); the conventional large-particle storeroom (9) consists of a rice bucket (7), a storeroom box-2 (9.1) and a pallet bracket, is uniformly arranged on a pallet (1.4) of the large-particle food storeroom and is sleeved on a storeroom-2 supporting ring (1.94); vertical control position holes (1.37, 1.44) are respectively designed on the medicine and food dual-purpose food storage chamber supporting plate (1.3) and the large-particle food storage chamber supporting plate (1.4), when the two supporting plates rotate and are in a straight line with the corresponding vertical control rods, spring balls arranged in the vertical control rods protrude into the position holes (1.37, 1.44), and a medicine and food dual-purpose food storage chamber (8) and a large-particle food storage chamber (9) are respectively fixed for vertical operation; the food and medicine dual-purpose food storage chamber (8) and the conventional large-particle food storage chamber (9) are divided into an upper layer and a lower layer, and are respectively arranged on the main shaft body to finally form an organic whole, so that the integration of the lower discharge port gate body (6), the storage chamber box-2, the metering barrel (5), the rice barrel (7) and the main shaft body (1) is improved; meanwhile, the combination of large-particle food materials in the two storerooms and rice, grain and bean food materials led out from the rice cabin is quickly realized, and high-added-value food is formed;

the technical scheme eight, the invention provides a diet formula clamp (10). In order to make consumers clear the use amount, use method and eating mode of food materials used in the dietary formula, the invention provides a dietary formula clip (10): the method is characterized in that rice and other small-particle food materials are taken as main materials, other large-particle food materials are taken as auxiliary materials, a meal formula is compiled by a cooking method, the meal formula is printed on a formula card (10.2) and stored in a transparent clamp box (10.4) of a formula clamp, and if the formula is needed, the formula card (10.2) is taken out and placed at the forefront of the transparent clamp box (10.4) to facilitate viewing and comparison operation; for the convenience of viewing, the transparent clamp box (10.4) is transparent on two sides, and the clamp shaft (10.3) can rotate, so that the formula cards (10.2) can be viewed in different directions by pushing the transparent clamp (10.4).

Description of the figures:

FIG. 1 is a front view of a multi-compartment rotary metering rice cabinet;

FIG. 2 is a top view of the rotary multi-compartment body;

FIG. 3 is a longitudinal cross-sectional view of the multi-compartment body;

FIG. 4 is a top view of the top discharge gate;

FIG. 5 is a front view of the top discharge gate body;

FIG. 6 is a schematic view of the opening of the upper discharge gate;

FIG. 7 is a front view of the spindle body;

FIG. 8 is a front view of the arrangement of the spindle body with the bolt and nut ring;

FIG. 9 is a schematic sectional view of the upper casing and the lower casing;

FIG. 10 is a top view of a suspension loop on a multi-pod body;

FIG. 11 is a top view of a lower retainer ring of the multi-pod body;

FIG. 12 is a top view of a pallet fixing frame of a food and medicine dual-purpose food storage chamber;

FIG. 13 is a top view of a tray bracket of a food and medicine dual-purpose food storage chamber;

FIG. 14 is a top view of a metering bucket;

FIG. 15 is a top view of a storage chamber for edible and medicinal food materials;

FIG. 16 is a side view of the lower exit gate;

FIG. 17 is a top view of the lower exit gate;

FIG. 18 is a top view of a large-grained food material storage compartment;

FIG. 19 is a front view of the rice bin body and the vertical control rod;

FIG. 20 is a cross-sectional view of the vertical control rod;

FIG. 21 is a top view of the rice bin body;

FIG. 22 is a bottom view of the upper cover of the rice chest body;

FIG. 23 is a top view of the rice chest base;

FIG. 24 is a top view of the rice chest, vertical control rod, and meal formula clip;

figure 25 side view of rice chest and diet formula clip configuration.

Description of reference numerals:

1. main shaft body

1.1 hanging rings are arranged on the multi-cabin body; 1.2 a multi-cabin lower supporting ring; 1.3 a rotary supporting plate of a food and medicine dual-purpose food storage chamber; 1.4 rotating supporting plates of a large-particle food material storage chamber; 1.5 m barrel baffle; 1.6 an upper bearing; 1.71 upper bearing fixing plate; 1.72 lower bearing fixing plate; 1.8 pin insertion; 1.81 bolt-1; 1.82 bolt-2; 1.83 bolt-3; 1.84 bolt-4; 1.85 bolt hole-1; 1.86 bolt hole-2; 1.87 bolt hole-3; 1.88 bolt holes 4; 1.9 lower bearing; 1.91 a lantern ring nut supporting ring is arranged on the multi-cabin body; 1.92 multi-cabin lower collar nut supporting ring; 1.93 storage compartment-1 collar nut retainer ring; 1.94 large-grain food storage chamber supporting ring; 1.95 the upper main rod; 1.96 next section of main rod; 1.97 main shaft concave sleeve; 1.98 sleeve rods are used for fixing the nut supporting ring; 1.99 main rod convex inserting rod; 1.991 screw head;

1.01 lower main shaft; 1.02, main shaft 1; 1.03 middle 2 main shaft; 1.04 an upper main shaft;

1.31 dual-purpose supporting plate bracket lantern ring for medicine and food storage room; 1.32 bracket lantern ring and pallet connecting rod of the medical and edible storage room; 1.33 connecting rod and supporting plate connecting hole; 1.34 connecting rod and supporting plate fixing screw; 1.35 measuring tank preformed hole; 1.36 measuring tank longitudinal fixing plate; 1.37 vertical control points of a food storage chamber for both medicine and food; 1.41 Large particle food storage compartment pallet collar; 1.42 collar and pallet connecting rod of large-particle food storage chamber bracket; 1.43 connecting the rod with the pallet; 1.44 the large-grain food storage chamber vertically controls the location holes;

2. rice cabinet body

2.1 a top cover door; 2.2 a top cover door handle; 2.3 door cover fixing holes; 2.4 loose-leaf fixing holes; 2.5 a top cover; 2.6 covering the loose leaf; 2.7, covering a bearing fixing plate screw hole; 2.8 m of the cabinet body cross section of the cabinet body wall; 2.9 meter cabinet door hinges; 2.101 meters of double-layer hollow glass door of the cabinet body; 2.102 m glass door handle of the cabinet body; 2.103 m cabinet base; 2.104 m of a screw hole of a bearing fixing plate of a cabinet body base; 2.105 bearing fixing grooves of the upper cover; 2.106 base bearing fixing grooves; 2.107 vertical control rods of the multi-cabin body; 2.108 spring balls are arranged in the vertical control rod; 2.109 metering bucket vertical control rod; 2.110 vertical control rod of rice barrel; 2.111 vertical control rod runner; 2.112 vertical control rod built-in spring; 2.113 vertical control rod set screws; 2.114 vertical control rod fixing screw holes; 2.115 double-layer hollow door covers;

3. rotary multi-cabin body

3.1 big cabin; 3.2 middle cabin; 3.3 a small cabin; 3.4 hanging a ring hook on the multi-cabin body; 3.5 discharge hole; 3.6 the upper cover of the multi-cabin body; 3.7 discharge port funnel; 3.8 fastening the lower supporting ring of the multi-cabin body; 3.9 discharge port funnel joint; 3.10 hanging a ring; 3.11 lower supporting ring; 3.12 the multi-cabin body vertically controls the position cave ring; 3.13 the multi-cabin body vertically controls the positioning holes;

4. upper and lower discharge gate body

4.1 a brake body sleeve; 4.2 brake pads; 4.3 brake tongue; 4.4 brake pad control shaft; 4.5 brake pad springs; 4.6 brake handle;

5. metering bucket

5.1 metering a dial gauge;

6. gate body of lower discharge port

6.1 a lower discharge hole baffle; 6.2 baffle fixing screws; 6.3 brake pad handles; 6.4 brake lining fixing strips; 6.5 brake lining chutes; 6.6 brake pads;

7. rice bucket

7.1 Rice bucket handle

8. Food and medicine dual-purpose food storage room

8.1 storage compartment-1; 8.2 storage compartment drawer-1; 8.3 storage compartment box handle-1;

9. large-particle food storage chamber

9.1 storage compartment-2; 9.2 storage compartment drawer-2; 9.3 storage compartment box handle-2; 9.4 rice bucket;

10. dietary prescription clamp

10.1 the clamping shaft rotationally fixes the lantern ring; 10.2 meal formula card; 10.3 clamping the shaft; 10.4 transparent clip box.

The specific implementation scheme is as follows:

firstly, manufacturing a rice cabinet body: according to the figures 1, 19, 21, 22, 23, 24 and 25, the rice cabinet body (2) and the rice cabinet body top cover (2.5) are manufactured by using heat insulation boards, and the rice cabinet glass door (2.101) and the rice cabinet glass door cover (2.115) are manufactured by using double-layer hollow glass;

secondly, a lower main shaft (1.01) and a large-particle food storage chamber (9) are installed: according to the drawings of fig. 1, 7, 8, 9, 12, 18 and 23, the lower main shaft (1.01) is fixed on the lower bearing fixing plate (1.72) and then fixed on the base bearing fixing groove (2.106), and the large-particle food storage chamber supporting ring (1.94) is sleeved on the lower main shaft (1.01); a bolt-4 (1.88) is placed at the lower end of the lower main shaft (1.01); the storage chamber box-2 is arranged on the supporting plate (1.4) and then arranged on the supporting plate bracket, corresponds to the bolt-4 (1.88) and is sleeved into the lower main shaft (1.01); the storage chamber box-2 nut supporting ring (1.93) is sleeved and screwed on the lower spindle threaded rod head (1.991);

thirdly, mounting a main shaft (1.02), a medicine and food dual-purpose food storage chamber (8) and a lower discharge port gate body (6): according to the figures 1, 7, 8, 9, 12, 13, 14, 15, 16 and 17, the plug of the middle 1 main shaft (1.02) is inserted into the concave sleeve of the lower main shaft, and the supporting ring (1.93) of the middle 1 main shaft fixing nut is sleeved and screwed on the head of the middle 1 main shaft screw thread rod; a bolt-3 (1.83) is placed at the lower end of the main shaft of the middle 1; mounting a lower discharge port brake lining fixing groove (6.5) on a medicine and food dual-purpose food storage chamber supporting plate (1.3), inserting a brake lining (4.2) into the fixing groove (6.5) through a brake lining fixing plate hole, and fixing a lower discharge port baffle plate (6.1) on the medicine and food dual-purpose food storage chamber supporting plate (1.3) by using screws; a pallet (1.3) of a food storage room for medicine and food is arranged on a pallet bracket (1.33), corresponds to a bolt-3 (1.83) and is sleeved into a main shaft (1.02) of a middle part 1; sheathing and screwing a lower nut supporting ring (1.92) of the multi-cabin body on a main shaft threaded rod head of the middle 1;

and fourthly, installing a gate body (4) of the upper discharge hole. FIG. 1, FIG. 3, FIG. 4, FIG. 5, FIG. 6, welding the upper and lower discharge gate brake pad (4.2) on the rod handle, the brake pad (4.2) passing through the middle hole of the sleeve (4.1) and installed inside the sleeve (4.1) of the brake body; the other rod handle is welded on the outer side of the brake body sleeve (4.1); the two lever handles are arranged together in a scissor shape by a brake pad control shaft (4.4), and a spring (4.5) is arranged in the middle of the rear ends of the two lever handles; the upper discharge port gate body (4) is sleeved and screwed on the discharge port funnel joint (3.9); the installation angle of the brake body handle (4.6) and the brake body is required to be favorable for the operation of pressing and loosening the handle (4.6);

fifthly, mounting the rotary multi-cabin body (3): according to the figures 1, 2, 3, 7, 8, 9, 10 and 11, a plug of a middle 2 main shaft (1.03) is inserted into a concave sleeve of the middle 1 main shaft, and a bolt-2 (1.82) is placed into a bolt groove of the middle 2 main shaft; sleeving and screwing a multi-cabin upper nut supporting ring (1.91) into a middle 2 main shaft threaded rod head; putting the bolt-1 (1.81), and inserting the convex inserted rod of the upper main shaft into the concave sleeve of the middle main shaft 2; the rotary multi-cabin body is sleeved into the main shaft from top to bottom and is hung on a lower supporting ring (1.2) and an upper hanging ring (1.1) of the multi-cabin body; an upper bearing (1.6) is arranged in a bearing fixing plate (1.71) and then arranged in an upper cover bearing fixing groove (2.105);

sixthly, mounting a metering barrel (5) and a rice barrel (7): placing the metering barrel (5) at the upper end of a metering barrel preformed hole (1.35) and fixing the metering barrel by a metering barrel longitudinal fixing plate (1.36); placing the rice bucket (7) at a reserved position of the rice bucket (7) of the large-particle food storage chamber supporting plate (1.4);

seventhly, mounting a top cover (2.5) and a top cover door (2.1) of the rice cabinet body: according to the figures 1, 19, 21, 22 and 25, the top cover door (2.1) and the top cover (2.5) are connected by an upper cover hinge (2.6), and a top cover door handle (2.2) is arranged at the front edge of the top cover door; the top cover of the rice cabinet body is fixed on the top of the rice cabinet body by fixing screws;

eighth step, installing a vertical control rod: according to the figures 1, 2, 3, 7, 13, 19, 20 and 24, a multi-cabin vertical control rod (2.107), a metering barrel vertical control rod (2.109) and a rice barrel vertical control rod (2.110) are vertically and longitudinally installed on the right side wall of the rice cabinet body, and a spring ball arranged in the vertical control rod is adjusted to be butted with a vertical control position so as to vertically control the accuracy of exporting, metering and importing food materials of the upper discharging port gate body (4), the metering barrel (5), the rice barrel (7) and the three;

ninth step, mounting the rice cabinet body door cover (2.115), the door (2.101) and the handle (2.102): according to the figures 1, 19, 24 and 25, the rice cabinet body door cover (2.115) is fixed in the rice cabinet door cover fixing hole (2.3) by a fixing screw; the rice cabinet door (2.101) is fixed on the side wall of the rice cabinet body (2) by a rice cabinet door hinge (2.9); the handle (2.102) is fixed on the right side of the rice cabinet body door by screws.

The main characteristics and advantages of the invention are as follows:

firstly, the design is novel and scientific. The design takes the Chinese essence-diet formula as a main line and is designed in an intensive thinking and integrated mode: the multifunctional integrated rice cooking machine has the advantages that the food formula clamp comprises various nutritional food materials, a main shaft body, a rotary multi-cabin body, an upper discharging gate body, a medical and edible storage chamber, a lower discharging gate body, a metering barrel, a rice barrel and a large-particle food storage chamber and a vertical control rod, so that the integrated storage of various food materials is realized, the aims of concentrated assembly, unified metering and formulated cooking of small-particle food materials such as rice, cereals and beans and irregular large-particle food materials are realized, reasonable diet and scientific diet are led to common families, and innovation of kitchen appliances and change of diet culture are realized;

secondly, the design is simple and smooth, and the operation is standard, standard and convenient. The main shaft body, the rotary multi-cabin body, the metering barrel, the rice barrel, the upper and lower gate bodies, the double-layer storage chamber, the vertical control rod and the like are tightly and simply combined, smooth operation can be realized, and smooth leading-in and leading-out of rice and grain food materials and accurate metering are guaranteed;

thirdly, the multi-cabin body, the metering barrel, the rice barrel, the storage hamper and the like can be molded by injection molding, and the manufacture is easy; the rice cabinet body heat insulation board is easy to obtain and easy to produce.