CN217907378U

CN217907378U - Multi-bin structure configured for full-automatic rice cooker

Info

Publication number: CN217907378U
Application number: CN202222211809.1U
Authority: CN
Inventors: 徐伟强
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-08-19
Filing date: 2022-08-19
Publication date: 2022-11-29
Anticipated expiration: 2032-08-19

Abstract

The utility model discloses a many feed bins structure of full-automatic rice cooker configuration, include: first motor, with the casing in the rotation volume fight subassembly outside is located to rotation volume fight subassembly, cover that the output of first motor is connected and set up in a plurality of feed bins of casing top, be provided with a plurality of volume fights on the rotation volume fight subassembly, the bottom correspondence volume of casing is fought and is provided with the discharge gate, the bottom correspondence volume of feed bin is fought and is provided with feed bin discharging channel, feed bin discharging channel is connected to the inner space of casing, first motor drive rotation volume fight subassembly rotate and communicate with discharge gate and feed bin discharging channel respectively. The utility model discloses a set up a plurality of feed bins, the splendid attire difference of dress is eaten the material in every feed bin to rotate through first motor drive rotation graduated flask subassembly, thereby remove the graduated flask to the position that corresponds with feed bin discharging channel or discharge gate, with this measurement and the ejection of compact that the material was eaten in the realization, guarantee the quantity control of every kind of edible material, satisfy the user demand of many edible materials cooking.

Description

Multi-bin structure configured for full-automatic rice cooker

Technical Field

The utility model relates to an automatic machine of cooking technical field especially relates to a many feed bins structure of full-automatic machine of cooking configuration.

Background

Most of the existing rice cooking methods adopt an electric rice cooker to cook rice, and when the rice needs to be cooked, the rice is manually scooped out from a rice bucket and then washed, and then the rice is put into an inner container of the electric rice cooker and is added with a proper amount of clear water to cook the rice. The rice scooping and washing work needs manual work, and automation is not realized. In the modern times with high life rhythm, specific personnel need to be arranged to finish the cooking work on time every day, so that much time is wasted for people, and particularly for the catering industry, workers, student dining rooms and other places, the times of cooking every day are large, the cooking quantity is large, and much inconvenience is brought to manual operation.

Therefore, the automatic rice cooking machine is more and more favored. In the conventional automatic rice cooker, generally, a predetermined amount of food such as rice or beans is stored in a prepared storage bin and poured into an inner container when cooking is required. However, when cooking rice requiring a plurality of food materials, since only one bin is generally provided, only various food materials can be mixed in the bin, which is inconvenient for controlling the amount of each food material and has a certain randomness.

Accordingly, the prior art is deficient and needs improvement.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects of the prior art and provide a multi-material bin structure configured for a full-automatic rice cooker.

The technical scheme of the utility model as follows: provided is a multi-bin structure configured for a full-automatic rice cooker, including: first motor, with rotation measuring fight subassembly, cover that the output of first motor is connected are located rotate the casing in the measuring fight subassembly outside and set up in a plurality of feed bins of casing top, be provided with a plurality of measuring fights on the rotation measuring fight subassembly, the bottom of casing corresponds the measuring fight and is provided with the discharge gate, the bottom of feed bin corresponds the measuring fight and is provided with feed bin discharging channel, feed bin discharging channel is connected to the inner space of casing, first motor drive rotation measuring fight subassembly rotate and communicate with discharge gate and feed bin discharging channel respectively.

Furtherly, feed bin discharging channel and casing fixed connection, shells inner wall is provided with sealed cushion, sealed cushion surrounds in feed bin discharging channel side, sealed cushion pastes tightly in rotation measuring bucket subassembly surface.

Furthermore, the sealing soft cushion is made of soft rubber materials, sponge or hairbrush.

Further, the angle direction that different graduated flasks faced is different.

Furthermore, different bin discharge channels of the bins correspond to the same measuring hopper.

Further, the utility model discloses still include: the second motor, with lead screw and cover that the output of second motor is connected are located screw-nut on the lead screw, it is connected with screw-nut to rotate the measuring bucket subassembly, be provided with the shaft coupling on the output of first motor, be provided with a plurality of polished rods on the shaft coupling, the polished rod inserts in rotating the measuring bucket subassembly, first motor rotates the measuring bucket subassembly through the polished rod drive and rotates, the second motor rotates the measuring bucket subassembly through lead screw and screw-nut drive and carries out reciprocal linear motion.

Furtherly, the below of discharge gate is provided with the total export of feed bin, the total export of feed bin is for leaking hopper-shaped structure.

According to the above technical scheme, the utility model discloses a set up a plurality of feed bins, the splendid difference of dress is eaten the material in every feed bin to rotate through first motor drive rotation graduated flask subassembly, thereby remove the graduated flask to the position that corresponds with feed bin discharging channel or discharge gate, with this measurement and the ejection of compact that the material was eaten in the realization, guarantee the quantity control of every kind of material of eating, satisfy the user demand of eating the material cooking more.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic cross-sectional view at the measuring hopper.

Fig. 3 is a schematic structural diagram of different storage bins sharing the same measuring hopper.

Fig. 4 is a flow chart of the operation of sharing the same measuring hopper by different bins.

Fig. 5 is a first structural diagram configured with a reciprocating function.

Fig. 6 is a second schematic structural view configured with a reciprocating function.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

Referring to fig. 1 and 2, the present invention provides a multi-bin structure of a full-automatic rice cooker, including: first motor 1, with the rotation graduated flask subassembly 2 that the output of first motor 1 is connected, the cover is located rotate the casing 3 in the graduated flask subassembly 2 outside and set up in a plurality of feed bins 4 of casing 3 top. A plurality of measuring hoppers 21 are arranged on the rotating measuring hopper component 2. The bottom of the housing 3 is provided with a discharge port 31 corresponding to the measuring hopper 21. The bottom of the silo 4 is provided with a silo discharge channel 41 corresponding to the measuring hopper 21, and the silo discharge channel 41 is connected to the inner space of the housing 3. The first motor 1 drives the rotating measuring hopper assembly 2 to rotate and is respectively communicated with the discharge port 31 and the bin discharge channel 41. During operation, first motor 1 starts for rotate measuring bin subassembly 2 and rotate under first motor 1's drive, thereby rotate measuring bin 21 to the position department with feed bin discharging channel 41 intercommunication, the edible material in feed bin 4 falls under the effect of gravity, thereby fills up measuring bin 21. First motor 1 then starts drive and rotates graduated flask subassembly 2 and rotate for graduated flask 21 staggers with feed bin discharge channel 41, thereby seals feed bin discharge channel 41 through the main part that rotates graduated flask subassembly 2. Then the measuring bin 21 moves to the discharge port 31 and corresponds the position, under the effect of gravity, falls into the total export of feed bin through the discharge port with the edible material in the measuring bin 21, then falls into the rice cooker, realizes the process of edible materials such as the rice of falling or beans. Through setting up a plurality of feed bins 4 to carry out the measurement of eating the material and move the year through graduated flask 21 respectively, thereby accomplish the feed requirement of many feed bins 4, many edible material materials, guarantee the quantity of every kind of edible material.

Feed bin discharging channel 41 and casing 3 fixed connection, the casing 3 inner wall is provided with sealed cushion 32, sealed cushion surrounds in feed bin discharging channel 41 side, sealed cushion 32 pastes tightly in rotating measuring bucket subassembly surface 2. The sealing cushion 32 is made of soft rubber material, sponge or brush. In-process of eating the material at rotatory loading and unloading, when the measuring hopper 21 of rotatory measuring hopper 2 misplaces and closes feed bin discharging channel 41 with feed bin discharging channel 41, block eating the material at the intersection through sealed cushion 32, because of sealed cushion 32 is softer, consequently can not cut eating the material at the dislocation intersection of sealed cushion 32 and measuring hopper 21, can avoid eating during the material leaks into casing 3 and the crack between the rotation measuring hopper subassembly 2 simultaneously, close feed bin discharging channel 41 effectively.

If do not adopt sealed cushion 32, then there is the crack clearance between casing 3 and rotation graduated flask subassembly 2, can't play fine effect of closing feed bin discharging channel 41, leads to eating the hourglass of material easily. When the rotating measuring hopper assembly 2 rotates, the material at the intersection is easily cut off by the measuring hopper 21 and the bin discharging channel 41, and the cut-off part is easily abraded and deformed, which may affect the rotating motion of the rotating measuring hopper assembly 2 in serious cases.

In some embodiments, the different measuring hoppers 21 face different angles, so that different food materials are respectively poured into the automatic rice cooker, and the phenomenon that the discharging effect is affected due to the blockage of the passage opening when multiple food materials fall together is avoided.

Referring to fig. 3 and 4, in some embodiments, the bin discharging channels 41 of different bins 4 correspond to the same measuring hopper 21. When the edible material in first feed bin 4 needs to be added, first motor 1 drives and rotates measuring hopper assembly 2 to rotate, and moves measuring hopper 21 to the position corresponding to bin discharge channel 41 of first feed bin 4, and stays for a certain time, so that the edible material in first feed bin 4 is filled into measuring hopper 21. The first motor 1 is then operated in reverse direction such that the measuring funnel 21 faces the discharge hole 31, thereby pouring the food material in the measuring funnel 21 into the rice cooker through the discharge hole 31. When the edible material in the second bin 4 needs to be added, the first motor 1 drives the rotating measuring hopper assembly 2 to rotate, the measuring hopper 21 is moved to the corresponding position of the bin discharging channel 41 of the second bin 4, and the material stays for a certain time, so that the measuring hopper 21 is filled with the edible material in the second bin 4. The first motor 1 is then operated in reverse direction such that the measuring funnel 21 faces the discharge hole 31, thereby pouring the food material in the measuring funnel 21 into the rice cooker through the discharge hole 31. Through adopting same measuring bucket 21 to carry out the ejection of compact that moves of eating material from different feed bins 4, reduce the holistic volume of system, avoid occupying too much space, satisfy the feeding demand of different edible materials simultaneously.

Referring to fig. 5 and 6, in some embodiments, the present invention further includes: the second motor 5, with lead screw 51 that the output of second motor 5 is connected, and the cover is located lead screw nut 52 on the lead screw 51, it is connected with lead screw nut 52 to rotate graduated flask subassembly 2, be provided with shaft coupling 11 on the output of first motor 1, be provided with a plurality of polished rods 12 on the shaft coupling 11, polished rod 12 inserts in rotating graduated flask subassembly 2, first motor 1 rotates graduated flask subassembly 2 through polished rod 12 drive and rotates, second motor 5 rotates graduated flask subassembly 2 through lead screw 51 and the drive of lead screw nut 52 and carries out reciprocal linear motion.

In this embodiment, when the first motor 1 is started, the coupling 11 is driven to rotate, so that the polished rod 12 disposed on the coupling 11 performs a circular motion around the output shaft of the first motor 1, thereby driving the rotating measuring hopper assembly 2 to rotate, so as to rotate the measuring hopper 21 to a position corresponding to the bin discharging channel 41 or the discharging port 31. When the second motor 5 starts, the driving screw rod 51 rotates, so that the screw rod nut 52 is driven to rotate the measuring hopper assembly 2 to perform reciprocating movement, the measuring hopper 21 is moved to the corresponding position of the bin discharging channel 41 of different bins 4, and the feeding requirements of the food materials corresponding to the different bins 4 are met. When the second motor 5 drives the rotating measuring bucket assembly 2 to perform reciprocating movement, the rotating measuring bucket assembly 2 moves along the polished rod 12 to ensure stability during movement, and the rotating requirement after movement can be met.

Discharge gate 31's below is provided with the feed bin and always exports 6, the feed bin always exports 6 for leaking hopper-shaped structure. The material that eats that falls from each discharge gate 31 can flow into the inner bag of machine of cooking through the total export 6 of feed bin for eat the position that falls into of material unified, can avoid eating the material outside the inner bag that drops at the whereabouts in-process, cause the influence to other mechanisms in the machine of cooking.

To sum up, the utility model discloses a set up a plurality of feed bins, the splendid difference of dress is eaten the material in every feed bin to rotate through first motor drive rotation graduated flask subassembly, thereby remove the graduated flask to the position that corresponds with feed bin discharging channel or discharge gate, with this measurement and the ejection of compact that realizes eating the material, guarantee the quantity control of every kind of edible material, satisfy the user demand of eating the material cooking more.

The present invention is not limited to the above preferred embodiments, and any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention should be included within the protection scope of the present invention.

Claims

1. A many feed bins structure of full-automatic rice cooking machine configuration which characterized in that includes: first motor, with rotation measuring fight subassembly, cover that the output of first motor is connected are located rotate the casing in the measuring fight subassembly outside and set up in a plurality of feed bins of casing top, be provided with a plurality of measuring fights on the rotation measuring fight subassembly, the bottom of casing corresponds the measuring fight and is provided with the discharge gate, the bottom of feed bin corresponds the measuring fight and is provided with feed bin discharging channel, feed bin discharging channel is connected to the inner space of casing, first motor drive rotation measuring fight subassembly rotate and communicate with discharge gate and feed bin discharging channel respectively.

2. The multiple-bin structure of claim 1, wherein the bin chute is fixedly connected to the housing, the inner wall of the housing is provided with a sealing cushion, the sealing cushion surrounds the bin chute, and the sealing cushion is attached to the surface of the rotary measuring hopper assembly.

3. The multiple-bin structure of a fully automatic rice cooker according to claim 2, wherein the sealing cushion is made of soft plastic material, sponge or brush.

4. The multiple-bin structure for a fully automated rice cooker arrangement as claimed in claim 1, wherein the different measuring chambers are oriented in different angular directions.

5. The multiple-silo structure of a full-automatic rice cooker configuration of claim 1, wherein the silo discharge channels of different silos correspond to the same measuring hopper.

6. The multiple-bin structure of a fully automated rice cooker arrangement as claimed in claim 1, further comprising: the second motor, with lead screw and cover that the output of second motor is connected are located screw-nut on the lead screw, it is connected with screw-nut to rotate the measuring bucket subassembly, be provided with the shaft coupling on the output of first motor, be provided with a plurality of polished rods on the shaft coupling, the polished rod inserts in rotating the measuring bucket subassembly, first motor rotates the measuring bucket subassembly through the polished rod drive and rotates, the second motor rotates the measuring bucket subassembly through lead screw and screw-nut drive and carries out reciprocal linear motion.

7. The multi-bin structure of a fully automatic rice cooking machine according to claim 1, wherein a total bin outlet is arranged below the discharge port, and the total bin outlet is of a funnel-shaped structure.