CN210989764U - a rice cooker - Google Patents

Abstract

A rice cooker comprising: the cooker body is internally provided with an inner container, a cooking piece for containing rice is arranged in the inner container, and a plurality of rice draining soup holes for draining rice soup are formed in the cooking piece; the rice water collecting box also comprises a collecting box for collecting rice water, and the side wall and the bottom wall of the collecting box form a concave structure for containing the rice water; a rice soup inlet part for rice soup to enter is arranged on the collecting box and is positioned above the end surface of the bottom of the cooking piece; the scheme is also provided with a rice water channel and a heating element for heating; the problem that the rice soup needs to be discharged through the electromagnetic valve when the existing rice cooker is used for making low-sugar rice is solved, the problems that the existing rice cooker needs to strictly control the water level and the rice can not be quickly and completely separated are mainly solved, the problems that the low-sugar rice made by the existing rice cooker is soft and poor in taste are solved, and the problem that the starch content in the rice is reduced when the existing rice cooker is used for making the low-sugar rice is poor is solved.

Description

a rice cooker

technical field

The utility model relates to the field of kitchen appliances, in particular to a rice cooker which can be used for making rice with low starch content, namely a rice cooker for making low-sugar rice.

Background technique

In some existing rice cookers, a solenoid valve is installed on the inner pot, and the inner pot can discharge rice soup through the solenoid valve, which further realizes the separation of rice soup and rice in the inner pot, and realizes the production of low-sugar rice, but the solenoid valve needs power supply, so that As a result, the structure of the inner tank is complicated and difficult to clean, the cost is high, and the reliability is low.

In some rice cookers, a steamer is arranged in the inner pot, and a rice soup hole is arranged on the steamer, and the rice is placed in the steamer. When the rice cooker is initially working, the rice soup in the inner pot enters the steamer through the rice soup hole on the steamer and submerges the rice. , As the rice cooker works, the heating element continues to heat the inner pot, and the water level in the inner pot gradually decreases during the continuous heating and cooking process, so as to realize the production of low-sugar rice, but this method makes the rice boiled in the rice soup for a long time. To achieve the reduction of the water level, it is difficult for users to accurately grasp the water level of the added water and the matching height of the water level with the rice in actual use, resulting in the inability to achieve rapid and complete separation of rice and rice soup, resulting in low-sugar rice. Soft and poor taste , and the effect of reducing starch is poor; when the user adds too much rice soup when making low-sugar rice, or makes too much rice, the rice soup and rice in the inner tank cannot be completely separated, resulting in the taste of low-sugar rice. The effect of reducing starch content is poor, so it is necessary to strictly limit the height of the water level and the matching height of the water level and the rice to make low-sugar rice.

Utility model content

The present invention aims to solve one of the above-mentioned technical problems in the related art at least to a certain extent.

For this reason, the purpose of this utility model is to provide a kind of rice cooker, mainly solves the problem that existing rice cooker makes low-sugar rice and needs to drain rice soup through solenoid valve, mainly solves the problem that existing rice cooker needs to strictly control water level and cannot realize rice soup and rice The problem of rapid and complete separation solves the problems that the low-sugar rice produced by the existing rice cooker is soft and has poor taste, and solves the problem that the existing rice cooker is poor in reducing the starch content in the rice during the process of making the low-sugar rice.

The embodiment of the present utility model provides a rice cooker, comprising: a pot body, an inner pot is installed in the pot body, a cooking piece for holding rice is installed in the inner pot, and a plurality of cooking pieces for draining rice soup are arranged on the cooking piece. Drain the rice soup hole, and the rice cannot pass through the rice drain hole;

Also includes a collection box for collecting rice soup, the collection box includes a side wall and a bottom wall, and the side wall and the bottom wall form a concave structure that can be used to hold the rice soup;

The collection box is located above the cooking element and at least partially located in the inner tank;

Or, a part of the collecting box is located at the side of the cooking element and at least partially located in the inner tank;

The collecting box is provided with a rice soup feeding part for entering the rice soup into the collecting box;

The rice soup feeding part is located above the bottom end face of the cooking part, and the rice soup feeding part is positioned above the bottom wall end face of the collecting box and below the top end face of the collecting box;

It also includes a rice soup channel for the rice soup to pass through, and the rice soup channel and the rice soup entry part are set to be in the same structure;

It also includes a heating element for heating, the heating element is electrically connected with the controller, and the controller controls the heating element to heat at least part of the starch in the rice to separate into the water to form rice soup, and at least part of the rice soup is boiled when the rice soup in the inner pot boils. It rises up into the rice soup channel and enters the collection box through the rice soup part to be collected.

In the aforementioned rice cooker, the rice soup channel is located on the collecting box, and/or between the inner pot and the collecting box.

In the aforementioned rice cooker, when the rice soup channel is located on the collecting box, the rice soup channel is located on the bottom wall of the collecting box, and is arranged in a protruding structure relative to the bottom wall, and the rice soup feeding part is located on the rice soup channel.

In the aforementioned rice cooker, when the rice soup channel is located on the collecting box, the rice soup channel is located on the side wall of the collecting box, and is arranged in a recessed structure relative to the side wall, and the rice soup feeding part is located on the rice soup channel.

In the aforementioned rice cooker, when the rice soup channel is located on the collecting box, the collecting box is provided with a baffle that divides the collecting box into two cavities, and at least one rice soup channel is located on the baffle.

The aforementioned rice cooker, when the rice soup channel is located between the inner bladder and the collection box, the rice soup channel is located between the side of the inner bladder and the side of the collection box, and the rice soup portion is located on the side wall and/or the top end face of the collection box. superior.

In the above-mentioned rice cooker, the upper part of the rice soup channel and the rice soup feeding part are arranged in the same structure.

In the aforementioned rice cooker, the rice soup inlet portion is located on the side surface and/or the top end surface of the rice soup channel.

In the aforementioned rice cooker, the rice soup channel is configured to be recessed inward relative to the side wall, and the length L value of the recess is greater than the width H value of the recess.

In the aforementioned rice cooker, the concave end of the rice soup channel is located in the middle of the collecting box.

Compared with the prior art, the utility model has the following beneficial effects:

In the rice cooker of this scheme, by setting the collecting box and the cooking piece, the cooking piece can hold the rice and have the effect of draining the rice. The collecting box can collect the rice soup. The rapid and complete separation of the rice soup makes the bottom of the inner tank and the collection box have rice soup, and the rice is independently located on the cooking piece to achieve the rapid and complete separation of the rice and the rice soup to ensure the starch-reducing effect on the rice.

In this scheme, a cooking part and a collection box are arranged in the inner tank, the collecting box is located above or on the side of the cooking part, and rice is placed on the cooking part, so that a part of the rice soup in the inner tank can rise up during the working process of the rice cooker. Entering into the collection box, a part of the rice soup remains in the bottom of the inner pot downward, so that at least two parts of the inner pot can hold rice soup, and further realize the rapid and complete separation of rice soup and rice in the inner pot.

This scheme realizes the rapid and complete separation of rice soup and rice in the inner pot through the collection box and cooking parts. During the cooking process of water and rice, part of the starch in the rice is separated into the water and forms rice soup, so as to reduce the starch in the rice. After the rice soup and rice are quickly and completely separated, the rice is independently steamed on the cooking piece, so that the low-sugar rice has a good taste and moderate hardness.

The inner pot, the collection box and the cooking part of this scheme have simple structures, which are convenient for disassembly and cleaning. The inner pot and the collection box form two independent storage spaces. When the rice soup in the inner tank rises upward, it enters the rice soup channel, and then enters the collecting box through the rice soup part and then enters the collection box to be collected. Make low-sugar rice.

The rice soup channel in this scheme can be set on the collection box, or between the collection box and the inner tank. It is only necessary to make the rice soup channel and the rice soup inlet part communicate with each other, so that on the collection box or between the collection box and the inner tank A channel can be formed between the gallbladders for the rice soup to pass through and concentrate upwards into the collection box. The rice soup rises upward and first concentrates into the rice soup channel, and then enters the collection box through the rice soup part to be collected, realizing the centralized collection of rice soup. Effect.

This solution does not need to strictly limit the water level height of the water added to the inner tank by the user and the matching height between the water level and the rice. It only needs to set a water level range of a certain height. Within this range, the rice and rice soup can be quickly and completely separated. The bottom of the inner pot and the collection box can respectively hold the rice soup in the inner pot, which can realize the rapid and complete separation of rice soup and rice. After the rice soup in the inner pot rises up and enters the collection box, the water level of the rice soup in the bottom of the inner pot It can be lower than the cooking part, and the water level added by the user does not need to be strictly limited, and the rice can be separated on the cooking part independently.

Compared with some existing rice cookers in which a solenoid valve is set on the inner pot to discharge rice soup, this scheme has a simpler structure and lower cost, and only needs to add a collecting box and a cooking piece to the existing rice cooker. The structure of quickly and completely separating the rice soup and rice in the inner pot can be realized, which greatly reduces the cost of a rice cooker that can make low-sugar rice, and the produced low-sugar rice has a better taste and a better effect of reducing starch content. , it is beneficial for obese people and diabetics to use the rice cooker of this scheme to make low-sugar rice for consumption, and it can meet the needs of people who need to drink rice soup. Under the premise of greatly reducing the cost advantage, it is conducive to popularizing people's healthy diet of low-sugar rice. .

Description of drawings

Fig. 1 is the perspective view of the rice cooker of this scheme.

Fig. 2 is the three-dimensional schematic diagram that the rice soup channel of this scheme is located on the bottom wall and is a raised structure;

Fig. 3 is the cross-sectional schematic diagram that the rice soup channel of this scheme is located on the bottom wall and is a raised structure;

Fig. 4 is the schematic diagram that the rice soup channel of this scheme is located on the bottom wall and is a raised structure and the rice soup inlet part is located at the top end face of the rice soup channel;

Fig. 5 is the schematic diagram that the rice soup channel of this scheme is positioned on the bottom wall and is a raised structure and the rice soup inlet portion is positioned on the side of the rice soup channel;

Fig. 6 is the structural schematic diagram that the rice soup channel of this scheme is located on the side wall on the collection box and is set as a depression;

Fig. 7 is the schematic diagram that the rice soup channel of this scheme is located on the side wall on the collection box and is set to be recessed to the middle position;

Fig. 8 is the schematic diagram that the rice soup channel of this scheme is located on the side wall on the collection box and is set so that the length L value of the depression is greater than the width H value of the depression;

Fig. 9 is the schematic diagram that the rice soup channel of this scheme is located on the side wall on the collection box and is arranged as a concave structure and the rice soup inlet part is located on the side and/or the top end face of the rice soup channel;

Figure 10 is a plan view of the collection box in which the rice soup channel of this scheme is located on the side wall of the collection box and is set as a concave structure and is installed in the inner tank;

Figure 11 is a schematic three-dimensional schematic diagram of the installation of the collection box in the inner tank, in which the rice soup channel of this scheme is located on the side wall of the collection box and is set as a recessed structure;

Figure 12 is a schematic perspective view of the rice soup channel of this scheme on the baffle on the collection box;

Figure 13 is a schematic perspective view of the rear side of the rice soup channel of this scheme on the baffle on the collection box;

Figure 14 is the schematic diagram that the rice soup channel of this scheme is positioned on the baffle on the collection box and the rice soup inlet is positioned on the side of the rice soup channel;

Figure 15 is a schematic diagram of the rice soup channel of this scheme being located on the baffle on the collection box and the rice soup inlet part being located on the top end face of the rice soup channel;

Figure 16 is a schematic diagram of the rice soup channel of this scheme being located between the collection box and the inner tank and provided with a handle hook;

Figure 17 is a schematic diagram of the rice soup channel of this scheme being located between the collection box and the inner bladder and the rice soup inlet part being located on the side wall;

Figure 18 is a schematic diagram of the rice soup channel of this scheme being located between the collection box and the inner tank and the rice soup inlet part being located on the top end face;

Figure 19 is a schematic diagram of the overall structure of the collection box of the present solution located above the cooking part;

Fig. 20 is a schematic diagram of a part of the collection box of this scheme being located on the side of the cooking part, and the rice soup channel is located between the collection box and the inner bladder, and the rice soup part is arranged on the top end face;

Fig. 21 is a schematic diagram of a part of the collection box of this scheme being located on the side of the cooking part, and the rice soup channel is located between the collection box and the inner tank, and the rice soup part is arranged on the side wall;

Figure 22 is a schematic diagram of a part of the collection box of the present scheme being located on the side of the cooking part and the rice soup channel being located on the bottom wall;

Fig. 23 is the schematic diagram that the rice in the inner pot of this scheme and the rice soup are not separated;

Figure 24 is a schematic diagram of the separation of rice and rice soup in the inner pot of the present scheme.

Reference signs: 1- pot body, 2- inner pot, 3- cooking part, 301- rice soup hole, 4- collecting box, 401- side wall, 402- bottom wall, 403- rice soup part, 5- heating part , 6-meter soup channel, 7-partition, 8-handle hook.

Detailed ways

In order to make the technical means, creation features, achievement goals and effects of the present invention easy to understand and understand, the present invention will be further described below with reference to specific embodiments.

Embodiment: a kind of rice cooker of the present utility model is used for making rice with lower starch content. Under the circumstances, part of the starch in the rice can be separated into the water to form rice soup, and the rice soup contains a large amount of starch. Fast and complete separation between them; further realization of making low-sugar rice, that is, rice with lower starch content. Among them, the rice soup is in a thick and sticky state. It is easy to boil and rise up quickly when heated, and most of the rice soup can boil and rise up. This scheme combines cooking parts 3, collection boxes 4, and heating parts 5 The mutual structure of the rice cooker realizes the rapid and complete separation of rice soup and rice in the process of making rice, and realizes the production of low-sugar rice.

In this solution, a detachable cooking part 3 and a detachable collection box 4 are arranged in the inner liner 2 . The cooking part 3 and the collection box 4 can be independently disassembled for cleaning, and the collection box 4 can be directly placed on the upper part of the inner liner 2 . Along the position, the cooking element 3 can be directly placed in the inner pot 2, the side of the inner pot 2 can support the cooking element 3, and the side of the inner pot 2 can be provided with a supporting slope or a raised limit. The cooking element 3 can also be directly placed and hung on the outer edge of the inner pot 2. At this time, the cooking element 3 can be set to a structure similar to a steamer, and the draining hole 301 can be located on the side and/or bottom of the cooking element 3. , wherein the cooking part 3 is used to hold rice, and the collection box 4 is used to collect and hold rice soup. During the working process of the rice cooker, the water in the inner pot 2 submerges the rice on the cooking part 3, and in the process of continuous heating, the rice is Part of the starch in the water is separated into the water and gradually forms rice soup. When the rice soup in the inner pot 2 boils, a part of the rice soup in the inner pot 2 rises up and enters the collection box 4, and a part of the rice soup stays down in the bottom of the inner pot 2. , which makes the water level of the rice soup in the bottom of the inner pot 2 drop below the bottom surface of the cooking part 3; the whole process realizes the rapid and complete separation of the rice soup and the rice in the inner pot 2, and the rice soup takes away part of the starch in the rice and mixes with the rice. The rice is quickly and completely separated to realize the production of low-sugar rice; it solves the problem of installing a solenoid valve on the inner pot 2 of some existing rice cookers to discharge rice soup, and the inner pot 2, the collection box 4 and the cooking part 3 have a simple structure and are easy to clean. .

The rice cooker structure of this scheme, a rice cooker, includes: a pot body 1, an inner pot 2 is installed in the pot body 1, a groove for placing the inner pot 2 is mainly arranged in the pot body 1, and the inner pot 2 is directly placed in the concave In the tank, it is convenient to pick and place the inner pot 2, and it is convenient to clean the inner pot 2; the inner pot 2 is equipped with a cooking piece 3 for holding rice, and the cooking piece 3 is provided with a plurality of rice draining soup for draining rice soup hole 301, and the rice cannot pass through the hole 301 for draining the rice soup; the hole 301 for draining the rice soup on the cooking part 3 has a draining effect on the rice, so that the water and rice soup in the rice on the cooking part 3 are drained downward to the bottom of the inner pot 2 Inside, the complete separation of the rice soup and the rice is achieved, which is beneficial to improve the taste of the rice, and is beneficial to the separation between the rice soup and the rice, and is beneficial to reduce the starch content in the rice.

In the structure of the collection box 4 of this scheme, the rice cooker also includes a collection box 4 for collecting rice soup. The collection box 4 includes a side wall 401 and a bottom wall 402, and the side wall 401 and the bottom wall 402 form a concave that can be used to hold the rice soup. The collection box 4 can be provided with a circular structure or a directional structure, and the concave structure formed by the bottom wall 402 and the side wall 401 of the collection box 4 makes the collection box 4 have a certain storage space, which can be used to store a part of the rice soup, Realize the collection box 4 can collect rice soup.

In the structure of the rice soup feeding part 403 in this scheme, the collecting box 4 is provided with a rice soup feeding part 403 for entering the rice soup, the rice soup feeding part 403 is located above the bottom end face of the cooking part 3 , and the rice soup feeding part 403 is located at the bottom of the collecting box 4 Above the end face of the wall 402 and below the top end face of the collection box 4; the rice soup portion 403 is located above the bottom end face of the cooking member 3 to ensure that the rice soup portion 403 on the collecting box 4 and the cooking member 3 are in the vertical direction. There is a certain distance gap, the distance gap is used to hold rice, and the rice is placed on the cooking part 3; the rice soup portion 403 is located above the end face of the bottom wall 402 and below the top end face of the collection box 4 so that the collection box 4 can be contained For a certain amount of rice soup, the collecting box 4 has a certain capacity, and the rice soup feeding part 403 can be arranged on the side wall 401 of the collecting box 4 , the bottom wall 402 , or the top end surface of the collecting box 4 .

Wherein, the rice soup feeding part 403 is located above the bottom end face of the cooking part 3, to ensure that there is a certain distance gap between the rice soup feeding part 403 of the collecting box 4 and the cooking part 3, the distance gap is used to hold rice, and the rice is placed in the On the cooking part 3; when the rice cooker initially works, the water in the inner pot 2 submerges a part or all of the rice, but the water will not enter the collection box 4 in this distance gap; when the whole of the collection box 4 is located in the cooking When it is above the cooking member 3, the rice soup portion 403 is always located above the cooking member 3; when a part of the collecting box 4 is located on the side of the cooking member 3, the other part of the collecting box 4 is located above the cooking member 3, And ensure that the rice soup portion 403 is located above the bottom end face of the cooking member 3, so that there is a certain distance in the vertical direction between the rice soup portion 403 and the bottom end face of the cooking member 3, and the distance gap is used to hold the rice at the bottom end. On cooking piece 3.

Wherein, the rice soup feeding portion 403 is located above the end face of the bottom wall 402 and below the top end face of the collection box 4. By setting the rice soup feeding portion 403 above the end face of the bottom wall 402, the collection box 4 can hold a certain amount of rice soup. 4 has a certain capacity, and the rice soup inlet portion 403 is arranged below the top end face of the collection box 4, the rice soup inlet portion 403 can be the top end face of the collection box 4, and it is only necessary to make the rice soup channel 6 communicate with the top end face of the collection box 4. The rice soup rises up into the rice soup channel 6 and enters the collection box 4 through the top end face of the collection box 4 to be collected; A box cover is provided, the box cover and the side wall 401 of the collecting box 4 have an integral structure or a separate structure, and the rice soup inlet 403 is arranged on the box cover, and it is only necessary to make the rice soup channel 6 communicate with the rice soup portion 403 on the top end face. However, the rice soup rises upward into the rice soup channel 6 and enters the collecting box 4 through the rice soup feeding part 403 on the top end surface of the collecting box 4 to be collected.

Wherein, the top end face of the collection box 4 is the top end face of the collection box 4. When the height of the rice soup channel 6 is lower than the height of the main body of the collection box 4 or the height of the side wall 401, the top surface of the main body of the collection box 4 or The top end face of the side wall 401 is the top end face of the collection box 4; when the height of the rice soup passage 6 is higher than the main body height of the collection box 4, then the top face of the rice soup passage 6 is the top end face of the collection box 4; in order to facilitate the passage of the rice soup The rice soup feeding part 403 enters the collection box 4 to be collected, the height of the rice soup channel 6 and the height of the main body of the collection box 4 can be appropriately set, and can be set and adjusted according to the actual situation, such as according to the outer diameter of the collection box 4, collection Effective capacity of box 4, etc.

Optionally, the rice soup inlet 403 can be arranged on the top end face of the collection box 4, the rice soup inlet 403 can also be arranged on the side wall 401 of the collection box 4, or a raised rice soup channel can be arranged on the bottom wall 402. 6, and set the rice soup feeding part 403 on the rice soup channel 6.

The structure of the rice soup channel 6 of the rice cooker of this scheme, the rice cooker also includes a rice soup channel 6 for the rice soup to pass through. The rice soup channel 6 and the rice soup inlet 403 are set to be in the same structure. When the rice soup in the inner pot 2 boils, at least part of the The rice soup rises up into the rice soup channel 6 and enters the collection box 4 through the rice soup part 403 to be collected; the rice soup channel 6 and the rice soup part 403 on the collection box 4 are provided with the same structure so as to form a channel through which the rice soup passes. When the rice soup in the gallbladder 2 boils, it rises upward and first enters the rice soup channel 6, and then enters the collecting box 4 through the rice soup feeding part 403 on the collecting box 4 to be collected. The rice soup feeding part 403 can be independently arranged on the collecting box 4. , it can also be designed in combination with the rice soup channel 6, but it is necessary to ensure that the rice soup channel 6 and the rice soup inlet 403 are the same structure, the rice soup channel 6 can be set on the collection box 4 and the rice soup inlet 403 is arranged on the rice soup channel 6, It only needs to be able to achieve the collection effect of the collection box 4 on the rice soup.

Optionally, the rice soup channel 6 in this scheme is located on the collection box 4, and/or between the inner tank 2 and the collection box 4; At this time, there may be no gap between the side of the inner pot 2 and the side of the collection box 4, or there may be a distance gap, both of which are not affected, as long as the collection box 4 is placed in the inner pot 2. When the rice soup in the gallbladder 2 rises upward, it directly passes through the rice soup channel 6 on the collection box 4 and enters the collection box 4 through the rice soup inlet 403 to be collected; the rice soup channel 6 can also be set independently in the inner gallbladder 2 and the collection box 4. Between the boxes 4, the rice soup channel 6 is mainly arranged between the side of the inner pot 2 and the side of the collection box 4, so that there is a certain distance gap between the side of the inner pot 2 and the side of the collection box 4, and the distance gap forms The rice soup channel 6, and the rice soup channel 6 is connected with the rice soup part 403, when the rice soup in the inner pot 2 rises up, it directly enters the rice soup channel 6 between the inner pot 2 and the collection box 4 and enters through the rice soup part 403. into the collection box 4 to be collected.

Preferably, a rice soup channel 6 is arranged on the collection box 4, and a rice soup channel 6 is also arranged between the inner pot 2 and the collection box 4, which is more conducive to the collection of the rice soup by the collection box 4, and the rice soup in the inner pot 2 rises upward. At the same time, more can enter the rice soup channel 6 and then enter the collecting box 4 through the rice soup feeding part 403 to be collected.

When the rice soup channel 6 is located on the collection box 4, it includes two structures at this time. One structure is that the rice soup channel 6 is located on the collection box 4, that is, the rice soup channel 6 is only provided on the collection box 4; the other structure is: The rice soup channel 6 is located on the collection box 4 and between the inner pot 2 and the collection box 4 , that is, the rice soup channel 6 is provided on the collection box 4 and between the side of the inner pot 2 and the side of the collection box 4 .

Wherein, when the rice soup channel 6 is located on the collection box 4, the rice soup channel 6 is located on the bottom wall 402 of the collection box 4, and is set to a protruding structure relative to the bottom wall 402, and the rice soup inlet 403 is located on the rice soup channel 6, mainly in the The bottom wall 402 of the collection box 4 is provided with an upwardly protruding rice soup channel 6, the rice soup channel 6 is a hollow structure, and the hollow structure inside the rice soup channel 6 constitutes the channel through which the rice soup passes, and the rice soup portion 403 is arranged on the rice soup channel 6, passing through. The rice soup entry portion 403 makes the rice soup channel 6 communicate with the interior of the collection box 4. At this time, the rice soup entry portion 403 is arranged as a hole-like structure or a notch structure on the rice soup channel 6, and the rice soup in the inner pot 2 enters the rice soup when it rises upward. The hollow structure in the channel 6 enters into the collecting box 4 through the rice soup feeding part 403 thereon to be collected, so as to realize the rapid and complete separation of the rice and the rice soup.

Optionally, the rice soup inlet portion 403 is located on the side and/or the top end face of the rice soup channel 6. At this time, the rice soup channel 6 can be set to be a hollow columnar structure, and the bottom wall 402 of the collection box 4 is provided with upwardly convex. The rice soup channel 6 has a structure, and a rice soup inlet 403 is provided on the side and/or top end face of the rice soup channel 6, and the rice soup inlet 403 communicates with the rice soup channel 6 to form a channel through which the rice soup passes.

Optionally, when the rice soup channel 6 is arranged on the bottom wall 402 of the collection box 4, the rice soup channel 6 can be a hollow structure with lower openings, or a hollow structure with both upper and lower openings; when the rice soup channel 6 is hollow. At this time, the upper opening is the top end face of the rice soup channel 6, which is the rice soup portion 403, or the upper opening is directly connected with the rice soup portion 403; when the rice soup channel 6 is a hollow lower opening or a hollow upper and lower openings, this is the structure. When the rice soup portion 403 can be arranged on the side and/or the top end face of the rice soup channel 6, it is only necessary to make the upper part of the rice soup channel 6 communicate with the rice soup portion 403 and the interior of the collection box 4, and the rice soup portion 403 can be connected. Set on rice soup channel 6.

Preferably, the rice soup channel 6 is set to a hollow cylindrical structure, or a hollow conical structure, and the side or top end face of the rice soup channel 6 is set into the rice soup portion 403 to communicate with the interior of the collection box 4 to realize the collection of the rice soup. Effect.

Wherein, when the rice soup channel 6 is located on the collection box 4, the rice soup channel 6 is located on the side wall 401 of the collection box 4, and is set to a recessed structure relative to the side wall 401, and the rice soup inlet 403 is located on the rice soup channel 6. There may be a certain distance gap between the side of the bladder 2 and the side of the collection box 4, or there may be no distance gap, which does not affect, and the rice soup in the inner bladder 2 can be realized to rise upward into the rice soup channel 6 and then pass through. The rice soup portion 403 enters the collection box 4 and is collected; at this time, the rice soup portion 403 can be set on the rice soup channel 6 to realize the structure that the rice soup channel 6 communicates with the interior of the collection box 4 through the rice soup portion 403; the collection box is realized 4. The effect of collecting the rice soup further realizes the rapid and complete separation of the rice and the rice soup in the inner pot 2.

Optionally, the rice soup channel 6 is set to a structure that is recessed inward relative to the side wall 401, and the length L value of the recess is greater than the width H value of the recess. At this time, the rice soup inlet portion 403 can be arranged on the side or top of the recessed structure. On the end face, the rice soup channel 6 is a structure with a hollow lower opening or a hollow upper and lower opening. In order to make the rice soup channel 6 form a narrow and long channel structure, the length L value of the depression of the rice soup channel 6 is set to be greater than the width H value of the depression to ensure the rice soup channel. 6. A narrow and long channel structure is formed, and the rice soup channel 6 is recessed to the middle position of the inner area of the side wall 401 of the collection box 4, which is convenient for the rice soup in the inner pot 2 to directly enter the collection box 4 when it boils. The channel 6 then flows into the collection box 4 to be collected.

Optionally, the concave end of the rice soup channel 6 is located in the middle of the collection box 4, which is beneficial for the rice soup to enter more into the collection box 4 through the rice soup channel 6. The rice soup channel 6 can form a narrow and long channel structure, which is conducive to the upward concentration of the rice soup. Rising up, and it is beneficial for the rice soup channel 6 to be recessed to the middle position of the inner area of the side wall 401 of the collection box 4, that is, the end position of the rice soup channel 6 depression is located in the middle area position of the inner pot 2, which is convenient for the rice soup in the inner pot 2. When boiling, it directly enters the collection box 4, and the collection box 4 collects the rice soup; when the collection box 4 is placed in the inner pot 2, the rice soup in the inner pot 2 boils, and the general situation is the middle of the inner pot 2, especially the center position rice soup The boiling surge is the most violent. At this time, it can ensure that the rice soup in the inner pot 2 can effectively enter the rice soup channel 6 and enter the collection box 4 to be collected under the condition of boiling, which can speed up the speed of the rice soup being collected. Moreover, more rice soup can be collected, which shortens the distance that the rice soup enters the collection box 4.

Optionally, the recessed structure of the rice soup channel 6 forms a notch structure that is recessed inward relative to the side wall 401; the rice soup channel 6 can run through the whole or a part of the side wall 401 of the collection box 4, but it is necessary to ensure that the rice soup can pass through the rice soup channel 6. Entering into the collection box 4, the rice soup channel 6 is recessed to the inner side of the side wall 401 to form a notch structure on the side wall 401 of the collection box 4, and the length L of the recess is greater than the width H of the recess.

Optionally, the rice soup channel 6 can be a hollow structure with lower openings, or a hollow structure with both upper and lower openings; when the rice soup channel 6 is a hollow structure with both upper and lower openings, the upper opening is the top end face of the rice soup channel 6 at this time. That is to enter the rice soup portion 403, or the upper opening is directly communicated with the rice soup portion 403; when the rice soup channel 6 is a hollow lower opening or a hollow upper and lower opening structure, the rice soup portion 403 can be arranged on the side and the side of the rice soup channel 6 at this time. /or at the position of the top end face, it is only necessary to make the upper part of the rice soup channel 6 communicate with the rice soup inlet part 403 and communicate with the inside of the collecting box 4 .

Wherein, when the rice soup channel 6 is located on the collection box 4, the collection box 4 is provided with a partition part 7 that divides the collection box 4 into two parts of the cavity, and at least one rice soup channel 6 is located on the partition part 7; 7 is arranged as an upwardly protruding structure, and the baffle 7 can be an arc-shaped structure or an S-shaped structure. The baffle 7 divides the interior of the collection box 4 into at least two independent cavity structures, such as a mandarin duck pot The structure is such that the collection box 4 has at least two independent cavities, and the collection box 4 can be independently used for cooking food with different tastes.

Optionally, at least one rice soup channel 6 for entering the rice soup is provided on the baffle 7, and the rice soup channel 6 communicates with the interior of the collecting box 4, and the baffle 7 is provided with a rice soup channel 6 for the rice soup to pass through. , the rice soup channel 6 can be arranged in the middle of the baffle part 7 or on the side of the baffle part 7, it only needs to make the rice soup in the inner pot 2 rise up through the rice soup channel 6 and then enter the rice soup through the rice soup part 403. In the collection box 4; if the middle part of the partition part 7 is provided with a rice soup channel 6, the rice soup channel 6 can be a hollow lower opening or a hollow upper and lower opening structure, and the upper part of the rice soup channel 6 passes through the rice soup part 403 and the collection box. The interior of 4 is communicated, and the rice soup portion 403 can be arranged on the side and/or the top end face of the rice soup channel 6; it can also be set to a hollow structure with both upper and lower openings, and the upper opening is the top end face of the rice soup channel 6 at this time. The rice soup portion 403, or the upper opening is directly communicated with the rice soup portion 403, so as to realize the collection effect of the rice soup; for example, one or more rice soup channels 6 are arranged on the side of the baffle portion 7, and a rib is arranged on the side of the baffle portion 7. The baffle 7 is wrapped around to form a rice soup channel 6, the bottom of the rice soup channel 6 is provided with a lower opening, the upper part of the rice soup channel 6 is communicated with the interior of the collection box 4, and the rice soup channel 6 can be a hollow lower opening or a hollow structure with both upper and lower openings. The rice soup part 403 can be arranged on the side and/or the top end face of the rice soup channel 6, and the upper part of the rice soup channel 6 is communicated with the interior of the collection box 4; it can also be set as a hollow structure with both upper and lower openings, and the upper opening is the rice soup at this time. The top end face of the channel 6 is the rice soup feeding part 403, or the upper opening is directly connected with the rice soup feeding part 403. The rice soup in the inner pot 2 can enter the rice soup channel 6 through the lower opening and then enter the collection box 4 to realize the rice soup. collection effect.

Preferably, when the collection box 4 is made of stainless steel, the collection box 4 can be used as an independent pot, similar to the mandarin duck pot, which can be used for hot pot or frying cooking, and can also be used for cooking pots; when When the collection box 4 is made of food-grade plastic material, the collection box 4 can be used as an independent steamer, which can be used for cooking needs of cooking; the collection box 4 has a multi-functional use effect, and is not limited to being used in a rice cooker alone. Collect rice soup inside.

When the rice soup channel 6 is located between the inner tank 2 and the collection box 4, two structures are included at this time. One structure is that the rice soup channel 6 is located between the inner tank 2 and the collection box 4, that is, only on the side of the inner tank 2. The position between the side of the collection box 4 is provided with a rice soup channel 6; another structure is that the rice soup channel 6 is located on the collection box 4 and between the inner tank 2 and the collection box 4, that is, on and inside the collection box 4. A rice soup channel 6 is provided between the side surface of the bladder 2 and the side surface of the collection box 4 .

Wherein, when the rice soup channel 6 is located between the inner pot 2 and the collection box 4, it is mainly because the rice soup channel 6 is located between the side of the inner pot 2 and the side of the collection box 4, and the rice soup portion 403 is positioned on the side wall 401 of the collection box 4. upper and/or top end face. Mainly, there is a certain distance gap between the inner side of the inner pot 2 and the outer side of the collection box 4, and the distance gap constitutes the rice soup channel 6 between the inner pot 2 and the collection box 4, and passes through the side wall of the collection box 4. 401 or the top end face of the side wall 401 is provided with the rice soup part 403, as shown in Figures 17 and 18, and the rice soup channel 6 and the rice soup part 403 are set to be in the same structure; The hole-like structure or notch structure on the side wall 401 can also be the top end face of the collecting box 4 in the rice soup portion 403, the top end face can be the top end face of the side wall 401, and the top end face of the side wall 401 is communicated with the rice soup channel 6, The rice soup in the inner tank 2 rises upwards and enters the collection box 4 through the top end face of the side wall 401; it can also be set into the rice soup part 403 on the top end face of the collection box 4, such as the box cover on the top of the collection box 4 It is also possible to set a plurality of spaced limit parts on the outer edge of the upper part of the collection box 4, the limit parts support the collection box 4 to be placed on the inner tank 2, and the limit parts are located on the upper outer edge of the collection box 4. A space avoidance position is set between the spaced limit parts. At this time, the space avoidance position is a part of the top of the side wall 401, so that the space avoidance position communicates with the rice soup channel 6, and the rice soup in the inner pot 2 enters the rice soup channel 6 upward and passes through The empty space enters the collection box 4, and the empty space is the rice soup inlet 403, which realizes the collection effect of the collection box 4 on the rice soup; or two handle hooks 8 are directly arranged on the collection box 4 to hang the collection box 4 in the inner tank 2. That is, the handle hook 8 can hang the collection box 4 on the edge of the inner pot 2. At this time, the rice soup in the inner pot 2 rises upward and passes through the top end face of the side wall 401 of the collection box 4. Entering into the collection box 4 , as shown in FIG. 16 , at this time, the top end face of the side wall 401 of the collection box 4 is the rice soup inlet 403 .

For the above-mentioned several structures, optionally, the upper part of the rice soup channel 6 and the rice soup inlet part 403 are set as the same structure; the upper position of the rice soup channel 6 and the rice soup inlet part 403 are mainly set as the same structure, so that the rice soup channel 6 It has a certain height, and the area space below this height is used to hold the concentrated collection of rice soup. The rice soup rises upward and enters the area, and then concentrates upward through the rice soup feeding part 403 and enters the collection box 4 to be collected. It is realized that the collecting box 4 can collect a certain amount of rice soup.

In the heating element 5 of this scheme, the rice cooker also includes a heating element 5 for heating. The heating element 5 is electrically connected to the controller, and the controller controls the heating power and the heating time of the heating element 5. The heating element 5 uses For heating, the inner tank 2 can be directly heated, and the heating element 5 can be a heating tube or an electromagnetic coil, which only needs to heat the inner tank 2. The heating element 5 indirectly heats the inner tank 2 , for example, steam is generated indirectly and then the inner tank 2 is heated.

Wherein, the controller controls the heating element 5 to heat at least so that part of the starch in the rice is separated into the water to form rice soup, and when the rice soup in the inner pot 2 boils, at least part of the rice soup rises up and enters the collection box 4 to be collected; mainly When the rice soup in the inner pot 2 boils, at least part of the rice soup rises up into the rice soup channel 6 and enters the collecting box 4 through the rice soup feeding part 403 to be collected. In this scheme, when the rice cooker initially works, the water in the inner pot 2 submerges the rice on the cooking part 3. With the continuous heating of the heating part 5, part of the starch in the rice is separated into the water and gradually forms rice soup, which contains more starch; when the heating element 5 is heated and the rice soup in the inner pot 2 is boiled, the rice soup in the inner pot 2 enters the rice soup channel 6 and enters the collection box 4 through the rice soup portion 403; in the process of making low-sugar rice , the rice soup is easily heated and boiled violently. In the case of boiling, the rice soup rises upward and enters the collection box 4, and part of the rice soup is left at the bottom of the inner tank 2, and the rice soup and rice can be quickly and completely separated in the process. , there will be no problem of mixing rice and rice soup for a long time to reduce the water level of the rice soup in the inner tank 2, which is beneficial to improve the taste of low-sugar rice, especially the hardness and taste of low-sugar rice.

In this solution, the structure of the positional relationship between the collection box 4 and the cooking element 3 is that the collection box 4 is located above the cooking element 3 and at least partially inside the inner tank 2 , or a part of the collection box 4 is located at the side of the cooking element 3 and at least partially Located in the inner tank 2, the position structures of the collection box 4 and the cooking part 3 include the above two types, both of which must satisfy that at least a part of the collection box 4 is located above the cooking part 3, so that the collection box 4 can collect a certain amount of Rice soup to achieve complete separation between rice and rice soup.

In this solution, a positional structure of the collection box 4 and the cooking element 3, the collection box 4 is located above the cooking element 3 and at least partially located in the inner tank 2, and a part of the collection box 4 is located in the inner tank 2, and is mainly for collecting The box 4 is located above the cooking part 3, preferably, the collecting box 4 is located directly above the cooking part 3; when the collecting box 4 is located above the cooking part 3, when both the collecting box 4 and the cooking part 3 are located in the inner tank 2 and When the collecting box 4 is located above the cooking part 3, and is mainly located directly above the cooking part 3, the cooking part 3 and the collecting box 4 divide the inner space area of the inner tank 2 into two layers, the collecting box 4 is on the upper layer, and the cooking part 3 is on the lower layer, and a certain distance is also set in the vertical direction between the collection box 4 and the cooking part 3, the rice to be cooked is contained in the gap, and the rice is placed on the cooking part 3 at the beginning, and the water can be Submerge some or all of the rice on the cooking part 3, and then heat it for cooking to form rice and rice soup; after a certain period of heating, the rice soup can rise up into the collection box 4 when it boils, and a part of the rice soup remains. At the bottom of the inner pot 2, the collection box 4 is used to hold the collected rice soup, and the rice soup in the inner pot 2 can be collected in the collection box 4, thereby realizing the complete separation of the rice soup and the rice in the inner pot 2, and the controller can control The heating of the heating element 5 realizes the rapid upward surge of the rice soup, and further realizes the rapid and complete separation of the rice and the rice soup.

In this solution, another position structure of the collection box 4 and the cooking element 3, or a part of the collection box 4 is located at the side of the cooking element 3 and at least partially inside the inner tank 2; a part of the collection box 4 is located in the inner tank 2 , and a part of the collecting box 4 is located on the side of the cooking part 3, and another part of the collecting box 4 can be located above the cooking part 3; optionally, the collecting box 4 is located above and/or on the side of the cooking part 3;

When a part or all of the collecting box 4 is located at the side of the cooking part 3, the cooking part 3 surrounds at least a part of the collecting box 4, or the collecting box 4 at least surrounds a part of the cooking part 3; the main structure is two sides on both sides. One side is the collecting box 4 and the other side is the cooking part 3, the two sides are formed together, and can be arranged in a mutual circular structure or a crescent-shaped structure.

The two position structures of the collecting box 4 and the cooking part 3 can realize the collecting effect of the collecting box 4 on the rice soup, and realize that the rice is independently located on the cooking part 3, realize the rapid and complete separation of the rice and the rice soup, and make low-sugar rice. It is only necessary to make the rice soup portion 403 located above the bottom end face of the cooking member 3, and the rice soup portion 403 to be positioned above the end face of the bottom wall 402 and below the top end face of the collection box 4; make the rice soup portion 403 and the cooking member There is a space for placing rice between 3, and the water in the space is submerged in the rice and boiled to form rice soup.

Preferably, the collection box 4 is located directly above the cooking element 3, and the collection box 4 has the best effect of collecting rice soup, which is beneficial for the rice soup in the inner pot 2 to rise upward and enter the collection box 4 for collection, which can realize rice and rice soup. rapid and complete separation.

In this solution, both the collecting box 4 and the cooking part 3 can be set to a concave structure, and the collecting box 4 is set on the inner side above the cooking part 3, which is convenient for the user to take and place the cooking part 3 and the collecting box 4 as a whole, and the rice cooker completes the production of low sugar After the rice is cooked, the collecting box 4 is filled with rice soup, and the inner pot 2 also has some rice soup.

The rice cooker of this scheme also includes a cooker cover, which is rotatably installed on the upper part of the cooker body 1 to realize the opening and closing of the upper part of the inner pot 2. When the cooker lid is rotated downward and is closed on the cooker body 1, the end face of the cooker lid is closed. The seal on the top seals the upper part of the inner pot 2 to prevent steam from overflowing at the outer edge of the inner pot 2 . And also includes circuit control, a circuit board is installed in the pot body 1, a power supply unit, a controller and a timing unit are arranged on the circuit board, the circuit board is electrically connected with the heating element 5 and the temperature sensor, and the controller is electrically connected with the heating element 5. The heating element 5 is controlled to perform heating; the power supply unit is used for power supply, the timing unit is used for time detection and setting, and the temperature sensor is used to detect the temperature of the inner tank 2. Generally, the temperature sensor is installed on the bottom surface of the inner tank 2, and/or The temperature sensor is installed on the pot cover, and when the pot cover is closed down and the pot body 1 is closed, the temperature sensor is located at the upper part of the inner pot 2, and the temperature sensor can be used to detect the temperature in the inner pot 2 at this time; the controller controls the heating of the heating element 5 , the built-in work program is enough, mainly controls the heating element 5 to start heating, stop heating, heating time, and heating power. The whole circuit can realize the circuit control of the control method of the rice cooker, mainly to control the heating time of the heating element 5. The matching of the length and the heating power can realize the upward pouring of the rice soup into the collecting box 4 .

In the process of making low-sugar rice in the rice cooker of this scheme, the rice cooker starts to work, the rice is located on the cooking part 3, and the water is located in the inner pot 2. At this time, the water is submerged in the rice, and the heating part 5 is heated so that the water and the rice are fully boiled. During the cooking process, part of the starch in the rice is separated into the rice soup to form rice soup, which can be slightly boiled during the cooking process. The boiling rice soup bubbles less, and a large amount of rice soup will not rise up and enter the collection box 4. After being boiled for a certain period of time, part of the starch in the rice is fully separated into the water, and the concentration of the rice soup is high, the heating element 5 continues to heat or increases the power to make the rice soup in the inner pot 2 boil violently, and the rice soup concentrates In the collection box 4, a part of the rice soup in the inner pot 2 is made to rise up and quickly enter the collection box 4. At this time, a part of the rice soup is left in the bottom of the inner pot 2. The water level of this part of the rice soup is lower than the bottom surface of the cooking part 3. The process realizes the rapid and complete separation of rice soup and rice. The rice placed on the cooking element 3 is low-sugar rice, and the rice soup formed by water taking away part of the starch in the rice is placed in the collection box 4 and the area at the bottom of the inner pot 2 respectively. , the rice on the cooking piece 3 is completely separated from the rice soup, so as to realize the production of low-sugar rice.

For making low-sugar rice, part of the starch in the rice is separated into the rice soup when the rice soup and rice are fully boiled to form rice soup. The rice soup is in a thick and sticky state. The better the effect is, the more starch is contained in the rice soup, and the rice soup is fully swelled under the condition of continuous heating of the heating element 5. Due to the large concentration of the rice soup, the rice soup rises faster and more easily; At the same time, it is easy to form rice soup bubbles that rise upward, and a part of rice soup forms rice soup bubbles and rises upward. The rice soup bubbles can take away a large amount of rice soup and rise up together, so that more rice soup can quickly enter the collection box 4. By controlling the heating element The heating time or power of 5 can ensure that most of the rice soup in the inner pot 2 can rise up and enter the collection box 4, so that the rice soup left in the bottom of the inner pot 2 will not submerge the rice on the cooking part 3. The rice soup and rice are quickly and completely separated; therefore, the rice cooker of this scheme can be better applied to making low-sugar rice.

The structural design of the cooking part 3 and the collecting box 4 in this solution can realize the rapid and complete separation of the rice and the rice soup in the inner pot 2, and it is not necessary to strictly limit the water level height of the water added by the user into the inner pot 2 and the matching between the water level and the rice The height can be realized that there is rice soup at the bottom of the inner pot 2 and in the collecting box 4, and the rice is independently located on the cooking part 3, so as to realize the rapid and complete separation of the rice and the rice soup.

Compared with the existing rice cooker, this scheme is provided with a water storage box inside, and by strictly limiting the height of the water storage box and the bottom surface of the inner tank, a small amount of rice soup in the inner tank can pass through the narrow space during the operation of the rice cooker. The advantages of the method of making low-sugar rice by entering the water storage box: it can realize the rapid and complete separation of rice and rice soup, and there will be no rice soup and rice cooked together at the bottom of the inner pot 2. The rice soup and rice are not completely To solve the problem of separation, this solution realizes the rapid and complete separation of rice soup and rice, and the effect of reducing the starch content in the rice is better, and the taste of the rice is better; and there is no need to strictly limit the height of the water level of the inner tank 2 and the matching height of the water level and the rice; Compared with the existing rice cooker, the scheme has the advantages of setting a steamer inside and gradually reducing the water level in the inner pot through the process of continuous heating and cooking. To make the water level drop slowly, there is no problem that the rice is too soft and tastes bad when the rice is boiled in the rice soup for a long time, and there is no need to strictly limit the water level height of the inner tank 2 and the matching height of the water level and the rice. The starch content in the rice is better, and the rice tastes better.

For the rice cooker of this scheme, when the cooking element 3 and the collecting box 4 are not placed in the inner pot 2, it can be used as an ordinary rice cooker. Rice is cooked to make normal rice that does not reduce starch. At the same time, it can be understood that adding a collecting box 4 and a cooking piece 3 to the existing rice cooker, such as the existing rice cooker, can realize the The structure in which the rice soup and the rice are quickly and completely separated in the gallbladder 2 greatly reduces the cost of the rice cooker that can make low-sugar rice. It will help popularize the healthy diet of low-sugar rice.

The structure of the rice cooker of this scheme can also be applied to the environment where the starch content in the ingredients needs to be reduced. The ingredients can be rice or other ingredients with high starch content. The rice cooker of this scheme can be used to make low-sugar foods. It is not limited to rice only. After the ingredients with high starch content are boiled in water, a soup with a certain concentration will be formed in a viscous state. The soup is easy to rise up when heated and boiled. Plan a rice cooker to make low-sugar meals.

Working principle: The rice cooker of this scheme can make low-sugar rice by setting the cooking part 3 and the collecting box 4, and cooperate with the structure of the inner pot 2. The rice soup channel 6, the rice soup feeding part 403 are mainly set, and the rice soup feeding part 403 and the rice soup feeding part 403 are set. The rice soup channels 6 communicate with each other to form the rice soup through and enter the collection box 4 to be collected; the controller controls the heating element 5 to heat, and the rice soup in the inner pot 2 boils up and enters the rice soup channel 6 and then passes through the rice soup portion 403. Enter into the collection box 4 to realize the collection effect of the collection box 4 on the rice soup. After the rice soup is collected into the collection box 4, the rice soup takes away part of the starch in the rice, so that the starch in the rice placed on the cooking part 3 is The content is reduced, achieving a reduced starch content for rice.

Those skilled in the art can understand that the above-mentioned embodiments are specific examples for realizing the present invention, and in practical applications, various changes can be made in form and details without departing from the scope of the present invention. The spirit and scope are all within the protection scope of the present invention.

Claims (10)

1. a rice cooker, comprising: a pot body, an inner pot is installed in the pot body, and it is characterized in that: the inner pot is equipped with a cooking piece for holding rice, and the cooking piece is provided with a plurality of rice draining soups that are used for draining rice soup holes, and the rice cannot pass through the holes in the draining rice soup; Also includes a collection box for collecting rice soup, the collection box includes a side wall and a bottom wall, and the side wall and the bottom wall form a concave structure that can be used to hold the rice soup; The collection box is located above the cooking element and at least partially located in the inner tank; Or, a part of the collecting box is located at the side of the cooking element and at least partially located in the inner tank; The collecting box is provided with a rice soup feeding part for entering the rice soup into the collecting box; The rice soup feeding part is located above the bottom end face of the cooking part, and the rice soup feeding part is positioned above the bottom wall end face of the collecting box and below the top end face of the collecting box; It also includes a rice soup channel for the rice soup to pass through, and the rice soup channel and the rice soup entry part are set to be in the same structure; It also includes a heating element for heating, the heating element is electrically connected with the controller, and the controller controls the heating element to heat at least part of the starch in the rice to separate into the water to form rice soup, and at least part of the rice soup is boiled when the rice soup in the inner pot boils. It rises up into the rice soup channel and enters the collection box through the rice soup part to be collected. 2. A rice cooker according to claim 1, wherein the rice soup channel is located on the collection box, and/or between the inner pot and the collection box. 3. a kind of rice cooker according to claim 2 is characterized in that: when the rice soup passage is positioned on the collecting box, the rice soup passage is positioned on the bottom wall of the collecting box, and is arranged as a structure that is raised relative to the bottom wall, and enters the rice soup The part is located on the rice soup channel. 4. a kind of rice cooker according to claim 2 is characterized in that: when the rice soup passage is positioned on the collection box, the rice soup passage is positioned on the side wall of the collection box, and is set to the structure of the relative side wall depression, and the rice soup portion is Located on the rice soup channel. 5. A kind of rice cooker according to claim 2, it is characterized in that: when the rice soup channel is located on the collecting box, the collecting box is provided with a partition that separates the collecting box into two parts of the cavity, at least one rice soup channel It is located on the partition part, and the rice soup entry part is located on the rice soup channel. 6. a kind of rice cooker according to claim 2 is characterized in that: when the rice soup passage is positioned between the inner pot and the collection box, the rice soup passage is positioned between the side of the inner pot and the side of the collection box, and the rice soup portion is positioned at the side of the inner pot and the collection box. On the side walls and/or the top end face of the collection box. 7. A kind of rice cooker according to any one of claims 3-6, characterized in that: the upper part of the rice soup channel and the rice soup feeding part are arranged to be in the same structure. 8. A kind of rice cooker according to any one of claims 3-5, characterized in that: the rice soup feeding part is located on the side surface and/or the top end surface of the rice soup channel. 9 . The rice cooker according to claim 4 , wherein the rice soup channel is arranged to be inwardly recessed relative to the side wall, and the length L value of the recess is greater than the width H value of the recess. 10 . 10. A rice cooker according to claim 4 or 9, wherein the concave end of the rice soup channel is located in the middle of the collecting box.

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