CN210989764U

CN210989764U - Rice cooker

Info

Publication number: CN210989764U
Application number: CN201921233405.4U
Authority: CN
Inventors: 高新忠; 甘嵩; 方恩光; 吴久东; 邓杰
Original assignee: Hangzhou Jolog Robot Technology Co ltd
Current assignee: Hangzhou Jolog Robot Technology Co ltd
Priority date: 2019-08-01
Filing date: 2019-08-01
Publication date: 2020-07-14
Anticipated expiration: 2029-08-01

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

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 lower starch content, namely a rice cooker for making low-sugar rice.

Background

The electromagnetic valve is installed on the inner container of the existing partial rice cooker, rice soup can be discharged from the inner container through the electromagnetic valve, separation of the rice soup in the inner container and rice is further achieved, low-sugar rice is manufactured, but the electromagnetic valve needs to be powered, so that the inner container is complex in structure and difficult to clean, the cost is very high, and the reliability is low.

According to the method, a user cannot accurately grasp the water level height of added water and the matching height of the water level and the rice in actual use, so that the rice and the rice soup cannot be quickly and completely separated, the prepared low-sugar rice is soft, the taste is poor, and the starch reducing effect is poor; when too much rice water is added when the user makes the low-sugar rice or the amount of the made rice is too much, the rice water and the rice in the inner container cannot be completely separated, so that the low-sugar rice has poor taste and poor starch content effect, and therefore the water level height and the matching height of the water level and the rice are strictly limited to make the low-sugar rice.

SUMMERY OF THE UTILITY MODEL

The present invention is directed to solving, at least to some extent, one of the technical problems in the related art.

Therefore, an object of the utility model is to provide a rice cooker, the main problem of solving current rice cooker preparation low sugar rice and need arranging rice water through the solenoid valve, the main problem of solving current rice cooker needs the strict control water level and can't realize rice water and the quick complete separation of rice, the problem that the low sugar rice of solving current rice cooker and producing is softer, the taste is poor to and solve the relatively poor problem of content of starch of current rice cooker in the in-process reduction rice of preparation low sugar rice.

An embodiment of the utility model provides a rice cooker, include: the rice cooking pot comprises a pot body, an inner container and a cooking piece, wherein the inner container is arranged in the pot body, the cooking piece for containing rice is arranged in the inner container, a plurality of rice draining soup holes for draining rice soup are formed in the cooking piece, and the rice cannot pass through the rice draining soup holes;

the rice water collecting box comprises a side wall and a bottom wall, and the side wall and the bottom wall form a concave structure for containing rice water;

the collecting box is positioned above the cooking piece and at least partially positioned in the inner container;

or a part of the collecting box is positioned at the side of the cooking piece and at least a part of the collecting box is positioned in the inner container;

the collecting box is provided with a rice soup inlet part for rice soup to enter into the collecting box;

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

the rice water channel is communicated with the rice water inlet part;

still including the heating member that is used for the heating, the heating member links to each other with controller electrical property, and the heating of controller control heating member makes partial starch in the rice separate out the aquatic and form rice water at least, and when the rice water boiling in the inner bag at least partial rice water upwards gushes out and enters into in the rice water passageway and get into through entering rice water portion and collect in the collection box.

In the rice cooker, the rice water channel is located on the collecting box and/or between the inner container and the collecting box.

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 to be of a structure protruding relative to the bottom wall, and the rice soup inlet portion is located on the rice soup channel.

When the rice water channel is located on the collecting box, the rice water channel is located on the side wall of the collecting box and is arranged to be in a structure with a concave opposite side wall, and the rice water inlet portion is located on the rice water channel.

When the rice water channel is positioned on the collecting box, the separating part for separating the collecting box into two parts of cavities is arranged in the collecting box, and at least one rice water channel is positioned on the separating part.

When the rice water channel is positioned between the inner container and the collection box, the rice water channel is positioned between the side surface of the inner container and the side surface of the collection box, and the rice water inlet part is positioned on the side wall and/or the top end surface of the collection box.

In the rice cooker, the upper part of the rice water channel is communicated with the rice water inlet part.

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

In the rice cooker, the rice water channel is configured to be inwardly recessed relative to the side wall, and the recessed length L is greater than the recessed width H.

In the rice cooker, the recessed end of the rice water channel is located at the middle position of the collecting box.

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

the rice cooker of this scheme collects the box and cooks the piece through the setting, and the piece of cooking can play and hold rice and play the drop rice hot water effect to rice, collects the box and can realize collecting rice hot water, and the structure of rice cooker can realize the quick complete separation of rice and rice hot water in the inner bag for all there is rice hot water in inner bag bottom and the collection box, and rice is located independently on the piece of cooking, realizes guaranteeing the starch effect that falls to rice to the quick complete separation of rice and rice hot water.

This scheme is through setting up the piece of cooking and collecting the box in the inner bag, collects the box and is located the top or the side of the piece of cooking, and the rice is held to the piece of cooking, realizes that the rice cooker makes partly rice water in the inner bag upwards to have gushed up and get into in collecting the box at the in-process of work, and partly rice water is stayed in the inner bag bottom downwards, realizes that two at least parts can all hold rice water in the inner bag to further realize the quick complete separation of rice water and rice in the inner bag.

According to the scheme, the rice soup and the rice in the inner container are quickly and completely separated through the collecting box and the cooking piece, the water and the rice are boiled, partial starch in the rice is separated into the water to form the rice soup, the content of the starch in the rice is reduced, low-sugar rice with lower starch content in the rice can be prepared, and after the rice soup and the rice are quickly and completely separated, the rice is independently cooked on the cooking piece, so that the low-sugar rice is good in taste and moderate in hardness.

The inner bag of this scheme, collect the box, the simple structure of piece of cooking, the convenient dismantlement is washd, the inner bag forms the independent space that holds of two parts with collecting the box, through rice hot water passageway with advance rice hot water portion and realize rice cooker in the in-process of work make the rice hot water in the inner bag enter into the rice hot water passageway then through advancing rice hot water portion and reentrant collection box in when upwards gushing up and collect, rice is located independently and is separated on the piece of cooking, realize the complete separation of rice hot water and rice, realize making low sugar rice.

The rice water passageway of this scheme can set up on collecting the box, also can set up between collection box and inner bag, only need make rice water passageway and advance rice water portion be communicating structure can, make on collecting the box or collect and can form rice water and concentrate and upwards get into the passageway in the collection box through concentrating between box and the inner bag, rice water upwards gushes out earlier concentrate enter into in the rice water passageway then concentrate and get into in the collection box through advancing rice water portion and collect, the realization is to the concentrated collection effect of rice water.

This scheme does not need the water level height of the water of strict limitation user interpolation in to the inner bag and the matching height of water level and rice, only need set for the water level scope of take the altitude can, rice and rice water can quick complete separation in this within range, can hold the rice water in the inner bag respectively in inner bag bottom and collection box, the quick complete separation of all can realizing rice water and rice, the rice water of inner bag upwards has risen and has got into in the collection box after, the water level of the rice water in the inner bag bottom can be less than the piece of cooking, the water level that does not need the strict limitation user to add, all can realize that rice is independently located the piece of cooking and is separated.

This scheme is current relatively and sets up the structure that the solenoid valve comes the rice cooker of row rice hot water on the inner bag of partial rice cooker more simple, the cost is lower, only need to increase a collection box and a piece of cooking on the basis of current rice cooker and can realize carrying out quick complete separation's structure with rice hot water and rice in the inner bag, very big reduction can make the cost of the rice cooker of low sugar rice, and the low sugar rice taste of making is better, the effect of the content of starch that falls is better, the rice cooker that is favorable to obesity personage and diabetes patient to utilize this scheme makes low sugar rice edible, and can satisfy the crowd that needs to drink rice hot water and use, under the prerequisite of great reduce cost advantage, be favorable to popularizing the healthy diet that people eat low sugar rice.

Drawings

Fig. 1 is a schematic perspective view of the rice cooker of the present embodiment.

Fig. 2 is a schematic perspective view of the rice water channel of the present embodiment on the bottom wall and having a convex structure;

FIG. 3 is a schematic cross-sectional view of the rice water channel of the present embodiment on the bottom wall and having a convex structure;

fig. 4 is a schematic view of the rice water channel of the present scheme on the bottom wall and having a convex structure and the rice water inlet portion on the top end surface of the rice water channel;

fig. 5 is a schematic view of the rice water channel of the present embodiment on the bottom wall and having a convex structure and the rice water inlet portion on the side surface of the rice water channel;

FIG. 6 is a schematic structural view of the rice water channel of the present embodiment disposed on the side wall of the collection box and configured as a recess;

FIG. 7 is a schematic view of the rice water channel of the present embodiment being located on the side wall of the collection box and being set to be recessed to the middle position;

FIG. 8 is a schematic view of the rice-water channel of the present embodiment on the side wall of the collection box and configured such that the value of the length L of the recess is greater than the value of the width H of the recess;

fig. 9 is a schematic view of the rice water channel of the present scheme on the side wall of the collection box and configured as a concave structure, and the rice water inlet part is located on the side surface and/or the top end surface of the rice water channel;

FIG. 10 is a plan view of the rice water passage of the present embodiment installed in the inner container, wherein the collection box is provided with a concave structure on the side wall of the collection box;

FIG. 11 is a schematic perspective view of the rice water channel of the present embodiment installed in the inner container, wherein the collecting container is disposed on the side wall of the collecting container and has a concave structure;

FIG. 12 is a schematic perspective view of the rice water channel of the present embodiment on the baffle of the collection box;

FIG. 13 is a rear side perspective view of the rice water passageway on the baffle portion of the collection box according to the present embodiment;

fig. 14 is a schematic view of the rice water channel of the present embodiment on the barrier portion of the collection box and the rice water inlet portion on the side of the rice water channel;

fig. 15 is a schematic view of the rice water channel of the present embodiment on the blocking portion of the collection box and the rice water inlet portion on the top end surface of the rice water channel;

FIG. 16 is a schematic view of the rice water channel between the collection box and the inner container and with a handle hook;

fig. 17 is a schematic view of the rice water channel between the collection box and the inner container and the rice water inlet part on the side wall;

FIG. 18 is a schematic view of the rice water channel between the collection box and the inner container and the rice water inlet part on the top end surface;

FIG. 19 is a schematic view of the whole structure of the present solution with the collecting box above the cooking element;

FIG. 20 is a schematic view of a part of the collection box of the present embodiment being located at the side of the cooking element, the rice water channel being located between the collection box and the inner container, and the rice water inlet being located on the top end surface;

FIG. 21 is a schematic view showing a part of the collection box of the present embodiment being located at a side of the cooking member, the rice water passage being located between the collection box and the inner container, and the rice water inlet portion being located on a side wall;

FIG. 22 is a schematic view showing a part of the collecting box of the present embodiment on the side of the cooking part and the rice water passage on the bottom wall;

FIG. 23 is a schematic view showing the rice and the rice soup in the inner container of the present embodiment not separated;

fig. 24 is a schematic view of the rice and rice soup in the inner container according to the present embodiment after separation.

Reference numerals: 1-cooker body, 2-inner container, 3-cooking part, 301-rice water draining hole, 4-collecting box, 401-side wall, 402-bottom wall, 403-rice water inlet part, 5-heating part, 6-rice water channel, 7-baffle part and 8-handle hook.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention will be further described with reference to the following embodiments.

Example (b): the utility model is used for making rice with lower starch content, as shown in figures 1 to 24, the rice cooker of the scheme can be used for making low-sugar rice; under the condition that water and rice are boiled, partial starch in the rice is separated into the water to form rice soup, the rice soup contains a large amount of starch, and the rice cooker realizes the quick and complete separation between the rice soup and the rice in the inner container 2 by arranging the structure of the steaming piece 3 and the collecting box 4; further realizes the production of low-sugar rice, namely the rice with lower starch content. Wherein, rice water is the dense state of gluing the paste, boils very easily and upwards gushes fast under the condition of heating, and can even the most boiling of piece and gush, and this scheme combines to boil a 3, collects box 4, the structure each other of heating member 5 and has realized that the rice cooker can make the quick complete separation of rice water and rice at the in-process of preparation rice, realizes making low sugar rice.

The scheme mainly comprises that a detachable cooking piece 3 and a detachable collecting box 4 are arranged in an inner container 2, the cooking piece 3 and the collecting box 4 can be independently detached and cleaned, the collecting box 4 can be directly placed at the upper edge of the inner container 2, the cooking piece 3 can be directly placed in the inner container 2, the side surface of the inner container 2 can support and limit the cooking piece 3, a supporting inclined surface or a convex limiting rib can be arranged on the side surface of the inner container 2, the cooking piece 3 can be directly placed and hung on the outer edge of the inner container 2, the cooking piece 3 can be of a structure similar to a steamer, a rice draining soup hole 301 can be formed in the side surface and/or the bottom surface of the cooking piece 3, the cooking piece 3 is used for containing rice, the collecting box 4 is used for collecting and containing rice soup, during the operation of a rice cooker, the water in the inner container 2 submerges the rice on the cooking piece 3, partial starch in the rice is separated out to the water to form the rice soup gradually in the continuous heating process, when the rice water in the inner container 2 is boiled, a part of the rice water in the inner container 2 is upwards flushed and enters the collecting box 4, and a part of the rice water is downwards remained in the bottom of the inner container 2, so that the water level of the rice water in the bottom of the inner container 2 can be lowered to be lower than the bottom surface of the cooking piece 3; the whole process realizes the quick and complete separation of the rice soup and the rice in the inner container 2, the rice soup takes away part of starch in the rice and is quickly and completely separated from the rice, and the low-sugar rice is prepared; the problem of current some rice cooker install the solenoid valve on inner bag 2 and carry out rice soup row is solved, and inner bag 2, collection box 4, the simple structure of piece 3 of cooking, easy washing.

The rice cooker structure of this scheme, a rice cooker includes: the cooker comprises a cooker body 1, wherein a liner 2 is arranged in the cooker body 1, a groove for placing the liner 2 is mainly formed in the cooker body 1, and the liner 2 is directly placed in the groove, so that the liner 2 is convenient to take, place and use, and the liner 2 is convenient to clean; a cooking piece 3 for containing rice is arranged in the inner container 2, a plurality of rice draining soup holes 301 for draining rice soup are formed in the cooking piece 3, and the rice cannot pass through the rice draining soup holes 301; the rice draining holes 301 in the cooking piece 3 play a role in draining the rice, so that the water and the rice soup in the rice on the cooking piece 3 drain downwards into the bottom of the inner container 2, the rice soup and the rice are completely separated, the taste of the rice is improved, the rice soup and the rice are separated, and the starch content in the rice is reduced.

According to the structure of the collecting box 4, the rice cooker further comprises the collecting box 4 for collecting rice water, the collecting box 4 comprises the side wall 401 and the bottom wall 402, and the side wall 401 and the bottom wall 402 form a concave structure for containing the rice water; collect box 4 and can set up circular structure or direction structure, the concave structure that the diapire 402 and the lateral wall 401 of collecting box 4 constitute makes to collect box 4 and have certain space that holds, can be used to hold some rice water, realizes collecting box 4 and can collect rice water.

According to the structure of the rice soup inlet part 403 in the scheme, the rice soup inlet part 403 for rice soup to enter is arranged on the collection box 4, the rice soup inlet part 403 is positioned above the bottom end face of the cooking piece 3, and the rice soup inlet part 403 is positioned above the end face of the bottom wall 402 of the collection box 4 and below the top end face of the collection box 4; the rice feeding soup part 403 is positioned above the bottom end face of the cooking piece 3, so that a certain distance gap is ensured between the rice feeding soup part 403 on the collecting box 4 and the cooking piece 3 in the vertical direction, rice is contained in the distance gap, and the rice is placed on the cooking piece 3; rice water inlet portion 403 is located above the end surface of bottom wall 402 and below the top end surface of collection box 4 so that collection box 4 can hold a certain amount of rice water, collection box 4 has a certain capacity, and rice water inlet portion 403 may be provided on side wall 401 of collection box 4, or on bottom wall 402, or on the top end surface of collection box 4.

Wherein, the rice feeding soup part 403 is positioned above the bottom end surface of the cooking piece 3, so that a certain distance gap is ensured between the rice feeding soup part 403 of the collecting box 4 and the cooking piece 3, rice is contained in the distance gap, and the rice is placed on the cooking piece 3; when the rice cooker works initially, the water in the inner container 2 submerges a part or all of the rice, but the water cannot enter the collecting box 4 in the distance gap; when the whole collecting box 4 is positioned above the cooking part 3, the rice water inlet part 403 is always positioned above the cooking part 3; when a part of the collecting box 4 is located at the side of the cooking member 3, the other part of the collecting box 4 is located above the cooking member 3, and the rice water inlet portion 403 is located above the bottom end face of the cooking member 3, so that a certain distance gap for containing rice is formed between the rice water inlet portion 403 and the bottom end face of the cooking member 3 in the vertical direction, and the distance gap is located on the cooking member 3.

The rice water inlet part 403 is positioned above the end face of the bottom wall 402 and below the top end face of the collection box 4, the collection box 4 can contain a certain amount of rice water by arranging the rice water inlet part 403 above the end face of the bottom wall 402, the collection box 4 has a certain capacity, the rice water inlet part 403 is positioned below the top end face of the collection box 4, the rice water inlet part 403 can be the top end face of the collection box 4, only the rice water channel 6 is communicated with the top end face of the collection box 4, and the rice water is flushed upwards and enters the rice water channel 6 and enters the collection box 4 through the top end face of the collection box 4 to be collected; the rice water inlet part 403 can also be arranged on the top end face of the collection box 4, if the top of the collection box 4 is provided with a box cover, the box cover and the side wall 401 of the collection box 4 are of an integral structure or a split structure, the rice water inlet part 403 is arranged on the box cover, only the rice water channel 6 is communicated with the rice water inlet part 403 on the top end face, and rice water upwards gushes up to enter the rice water channel 6 and enter the collection box 4 through the rice water inlet part 403 on the top end face of the collection box 4 to be collected.

Wherein, the top end surface of the collecting box 4 is the topmost end surface of the collecting box 4, and when the height of the rice water channel 6 is lower than the height of the main body or the height of the side wall 401 of the collecting box 4, the top end surface of the top surface or the side wall 401 of the main body of the collecting box 4 is the top end surface of the collecting box 4; when the height of the rice water channel 6 is higher than the height of the main body of the collecting box 4, the top surface of the rice water channel 6 is the top end surface of the collecting box 4; in order to facilitate the rice water to enter the collecting box 4 through the rice water inlet part 403 to be collected, the height of the rice water channel 6 and the height of the main body of the collecting box 4 may be appropriately set, and adjustment may be appropriately set according to actual conditions, such as the size of the outer diameter of the collecting box 4, the effective capacity of the collecting box 4, and the like.

Alternatively, the rice water inlet 403 may be provided on the top end surface of the collection box 4, the rice water inlet 403 may be provided on the side wall 401 of the collection box 4, or the bottom wall 402 may be provided with a convex rice water passage 6, and the rice water inlet 403 may be provided on the rice water passage 6.

According to the structure of the rice soup channel 6 of the rice cooker, the rice cooker further comprises the rice soup channel 6 for rice soup to pass through, the rice soup channel 6 is communicated with the rice soup inlet part 403, when the rice soup in the inner container 2 is boiled, at least part of the rice soup is upwards poured into the rice soup channel 6 and enters the collecting box 4 through the rice soup inlet part 403 to be collected; the rice water channel 6 and the rice water inlet part 403 on the collection box 4 are provided with communicated structures, so that a channel through which rice water passes is formed, the rice water in the inner container 2 upwards swells when boiling and firstly enters the rice water channel 6, then the rice water enters the collection box 4 through the rice water inlet part 403 on the collection box 4 to be collected, the rice water inlet part 403 can be independently arranged on the collection box 4 and also can be combined with the rice water channel 6 to be designed, but the rice water channel 6 and the rice water inlet part 403 are required to be communicated structures, the rice water channel 6 can be arranged on the collection box 4, the rice water inlet part 403 is arranged on the rice water channel 6, and only the collection effect of the collection box 4 on the rice water is required to be achieved.

Optionally, the rice water channel 6 of the scheme is positioned on the collection box 4 and/or between the inner container 2 and the collection box 4; the rice water channel 6 can be independently arranged on the collecting box 4, the rice water channel 6 is communicated with the rice water inlet part 403, no distance gap or no distance gap exists between the side surface of the inner container 2 and the side surface of the collecting box 4, the collection box 4 can be placed in the inner container 2 only by meeting the requirement, and the rice water in the inner container 2 directly passes through the rice water channel 6 on the collecting box 4 and enters the collecting box 4 through the rice water inlet part 403 to be collected when the rice water in the inner container 2 is upward gushed; the rice water channel 6 can be independently arranged between the inner container 2 and the collecting box 4, the rice water channel 6 is mainly arranged between the side surface of the inner container 2 and the side surface of the collecting box 4, a certain distance gap is formed between the side surface of the inner container 2 and the side surface of the collecting box 4, the rice water channel 6 is formed by the distance gap, the rice water channel 6 is communicated with the rice water inlet part 403, and when the rice water in the inner container 2 is upwards poured, the rice water directly enters the rice water channel 6 between the inner container 2 and the collecting box 4 and enters the collecting box 4 through the rice water inlet part 403 to be collected.

Preferably, the rice water channel 6 is arranged on the collecting box 4, and the rice water channel 6 is also arranged between the inner container 2 and the collecting box 4, so that the rice water can be collected by the collecting box 4 more conveniently, and more rice water in the inner container 2 can enter the rice water channel 6 and then enter the collecting box 4 through the rice water inlet part 403 to be collected when the rice water is gushed upwards.

When the rice water channel 6 is positioned on the collecting box 4, the structure comprises two structures, wherein one structure is that the rice water channel 6 is positioned on the collecting box 4, namely that the rice water channel 6 is only arranged on the collecting box 4; the other structure is that the rice water channel 6 is positioned on the collecting box 4 and between the inner container 2 and the collecting box 4, namely the rice water channel 6 is arranged on the collecting box 4 and between the side surface of the inner container 2 and the side surface of the collecting box 4.

Wherein, when the rice water channel 6 is positioned on the collecting box 4, the rice water channel 6 is positioned on the bottom wall 402 of the collecting box 4, the structure is convex relative to the bottom wall 402, the rice water inlet part 403 is positioned on the rice water channel 6, the rice water channel 6 which is convex upwards is mainly arranged on the bottom wall 402 of the collecting box 4, the rice water channel 6 is a hollow structure, the hollow structure in the rice water channel 6 forms a channel through which rice water passes, the rice water inlet part 403 is positioned on the rice water channel 6, the rice water channel 6 is communicated with the interior of the collecting box 4 through the rice water inlet part 403, the rice water inlet part 403 is arranged to be in a hole-shaped structure or a notch structure on the rice water channel 6, the rice water in the inner container 2 flows upwards to enter the hollow structure in the rice water channel 6 and enters the collecting box 4 through the rice water inlet part 403 on the inner container to be collected, and the rice water are quickly and completely separated.

Optionally, the rice water inlet 403 is located on a side surface and/or a top end surface of the rice water channel 6, the rice water channel 6 may be arranged to be a hollow cylindrical structure, the bottom wall 402 of the collecting box 4 is provided with an upward convex structure of the rice water channel 6, the rice water inlet 403 is arranged on a side surface and/or a top end surface of the rice water channel 6, and the rice water inlet 403 is communicated with the rice water channel 6 to form a channel through which rice water passes.

Optionally, when the rice water channel 6 is disposed on the bottom wall 402 of the collecting box 4, the rice water channel 6 may be a hollow structure with a lower opening, or a hollow structure with both an upper opening and a lower opening; when the rice water channel 6 is a hollow structure with both upper and lower openings, the upper opening is the top end surface of the rice water channel 6 and is the rice water inlet part 403, or the upper opening is directly communicated with the rice water inlet part 403; when the rice water channel 6 is a hollow lower opening or a hollow structure with both an upper opening and a lower opening, the rice water inlet 403 can be arranged on the side surface and/or the top end surface of the rice water channel 6, and the rice water inlet 403 can be arranged on the rice water channel 6 by only enabling the upper part of the rice water channel 6 to be communicated with the rice water inlet 403 and the interior of the collecting box 4.

Preferably, the rice water channel 6 is configured as a hollow cylindrical structure or a hollow conical structure, and the rice water inlet 403 is disposed on the side surface or the top end surface of the rice water channel 6 to communicate with the inside of the collecting box 4, so as to achieve the rice water collecting effect.

When the rice water channel 6 is located on the collecting box 4, the rice water channel 6 is located on the side wall 401 of the collecting box 4 and is arranged in a structure with a concave side wall 401, the rice water inlet part 403 is located on the rice water channel 6, a certain distance gap can exist between the side surface of the inner container 2 and the side surface of the collecting box 4 at the moment, the distance gap can be avoided, the influence is avoided, and rice water in the inner container 2 can be enabled to flow upwards to enter the rice water channel 6 and then enter the collecting box 4 through the rice water inlet part 403 to be collected; at this time, the rice water inlet 403 can be arranged on the rice water channel 6, so that the rice water channel 6 is communicated with the interior of the collecting box 4 through the rice water inlet 403; the effect of collecting the rice water by the collecting box 4 is realized, and the rice water in the inner container 2 are further quickly and completely separated.

Optionally, the rice water channel 6 is configured to be a structure in which the opposite side wall 401 is recessed inward, and a recessed length L value is greater than a recessed width H value, at this time, the rice water inlet portion 403 may be disposed on a side surface or a top end surface of the recessed structure, the rice water channel 6 is a hollow open structure or a hollow open structure with both upper and lower portions, in order to enable the rice water channel 6 to form a long and narrow channel structure, a recessed length L value of the rice water channel 6 is greater than a recessed width H value, it is ensured that the rice water channel 6 forms a long and narrow channel structure, the rice water channel 6 is recessed to a middle position of an inner side region of the side wall 401 of the collection box 4, rice water in the inner container 2 directly enters the collection box 4 upward when boiling, and rice water is favorably collected into the rice water channel 6 and then gushes into the collection box 4.

Optionally, the recessed end of the rice water channel 6 is located in the middle of the collection box 4, so that more rice water can enter the collection box 4 through the rice water channel 6, the rice water channel 6 can form a long and narrow channel structure, rice water can be conveniently poured upwards in a centralized manner, the rice water channel 6 is conveniently recessed in the middle of the inner side area of the side wall 401 of the collection box 4, namely, the recessed end of the rice water channel 6 is located in the middle area of the inner container 2, rice water in the inner container 2 can conveniently directly enter the collection box 4 upwards when boiling, and the collection of rice water by the collection box 4 is realized; when the collection box 4 is placed in the inner container 2, the rice water in the inner container 2 boils, and the boiling of the rice water in the middle part, particularly the central position, of the inner container 2 is the most violent in general situation, so that the rice water in the inner container 2 can effectively and directly enter the rice water channel 6 upwards under the boiling condition and enter the collection box 4 to be collected, the speed of collecting the rice water can be increased, more rice water can be collected, and the distance of the rice water entering the collection box 4 is shortened.

Optionally, the rice water channel 6 is a concave structure with a notch structure with the opposite side wall 401 being concave inwards, the rice water channel 6 can penetrate all or part of the side wall 401 of the collecting box 4, but the rice water can enter the collecting box 4 through the rice water channel 6, the rice water channel 6 is concave towards the inner side position of the side wall 401 to form the notch structure on the side wall 401 of the collecting box 4, and the length L value of the concave is larger than the width H value of the concave.

Optionally, the rice water channel 6 may be a hollow structure with a lower opening, or a hollow structure with both an upper opening and a lower opening; when the rice water channel 6 is a hollow structure with both upper and lower openings, the upper opening is the top end surface of the rice water channel 6 and is the rice water inlet part 403, or the upper opening is directly communicated with the rice water inlet part 403; when the rice water channel 6 is a hollow structure with a lower opening or both the upper and lower openings, the rice water inlet 403 may be disposed on the side surface and/or the top end surface of the rice water channel 6, and the rice water inlet 403 may be disposed on the rice water channel 6 by only allowing the upper portion of the rice water channel 6 to communicate with the rice water inlet 403 and the interior of the collection box 4.

When the rice water channel 6 is positioned on the collecting box 4, a blocking part 7 for dividing the collecting box 4 into two parts of cavities is arranged in the collecting box 4, and at least one rice water channel 6 is positioned on the blocking part 7; separate fender portion 7 and set up to the bellied structure that makes progress, separate fender portion 7 and can be arc structure or S type structure, separate the inside of fender portion 7 will collect box 4 and separate the structure that becomes the independent cavity of at least two parts, like the structure of similar mandarin duck pot for collect box 4 and have two at least independent cavities, collect that box 4 can be independent be used for the culinary art to the food of different tastes.

Optionally, at least one rice water channel 6 for rice water is arranged on the separating part 7, the rice water channel 6 is communicated with the interior of the collecting box 4, the rice water channel 6 for rice water to pass through is arranged on the separating part 7, the rice water channel 6 can be arranged in the middle of the separating part 7 or on the side surface of the separating part 7, and only the rice water in the inner container 2 can pass through the rice water channel 6 and then enter the collecting box 4 through the rice water inlet part 403 when the rice water is swelled upwards; if the middle part of the baffle part 7 is provided with the rice water channel 6, the rice water channel 6 can be a hollow lower opening or a hollow structure with both an upper opening and a lower opening, the upper part of the rice water channel 6 is communicated with the inside of the collecting box 4 through the rice water inlet part 403, and the rice water inlet part 403 can be arranged on the side surface and/or the top end surface of the rice water channel 6; the structure can also be hollow and open at the upper and lower parts, at this time, the upper opening is the top end surface of the rice water channel 6 and is the rice water inlet part 403, or the upper opening is directly communicated with the rice water inlet part 403, so that the rice water collection effect is realized; if the side surface of the blocking part 7 is provided with one or more rice water channels 6, the side surface of the blocking part 7 is provided with a rib position which is wrapped by the blocking part 7 to form the rice water channel 6, the bottom of the rice water channel 6 is provided with a lower opening, the upper part of the rice water channel 6 is communicated with the inside of the collecting box 4, the rice water channel 6 can be a hollow lower opening or a hollow structure with both upper and lower openings, the rice water inlet part 403 can be arranged on the side surface and/or the top end surface of the rice water channel 6, and the upper part of the rice water channel 6 is communicated with the inside of the collecting box 4; the structure can also be hollow and open at the upper and lower parts, at this time, the upper opening is the top end face of the rice water channel 6 and is the rice water inlet part 403, or the upper opening is directly communicated with the rice water inlet part 403, rice water in the inner container 2 can enter the rice water channel 6 through the lower opening and then enter the collecting box 4, and the rice water collecting effect is realized.

Preferably, when the collecting box 4 is made of stainless steel, the collecting box 4 can be used as an independent pot, is similar to a mandarin duck pot, can be used for hot pot or frying cooking and can also be used as a cooking pot; when the collecting box 4 is made of food-grade plastic materials, the collecting box 4 can be used as an independent steamer and can be used for cooking; so that the collecting box 4 has a multifunctional use effect and is not limited to be used in the rice cooker to collect rice soup independently.

When the rice water channel 6 is positioned between the inner container 2 and the collection box 4, the rice water channel comprises two structures, wherein one structure is that the rice water channel 6 is positioned between the inner container 2 and the collection box 4, namely the rice water channel 6 is only arranged between the side surface of the inner container 2 and the side surface of the collection box 4; the other structure is that the rice water channel 6 is positioned on the collecting box 4 and between the inner container 2 and the collecting box 4, namely the rice water channel 6 is arranged on the collecting box 4 and between the side surface of the inner container 2 and the side surface of the collecting box 4.

When the rice water channel 6 is located between the inner container 2 and the collection box 4, mainly the rice water channel 6 is located between the side surface of the inner container 2 and the side surface of the collection box 4, and the rice water inlet 403 is located on the side wall 401 and/or the top end surface of the collection box 4. Mainly, a certain distance gap is formed between the inner side surface of the inner container 2 and the outer side surface of the collection box 4, the distance gap forms a rice water channel 6 between the inner container 2 and the collection box 4, a rice water inlet part 403 is arranged on the side wall 401 of the collection box 4 or on the top end surface of the side wall 401, as shown in fig. 17 and 18, and the rice water channel 6 and the rice water inlet part 403 are arranged to be communicated; at this time, the rice water inlet part 403 can be in a hole structure or a notch structure arranged on the side wall 401, or the rice water inlet part 403 can be the top end surface of the collection box 4, the top end surface can be the top end surface of the side wall 401, the top end surface of the side wall 401 is communicated with the rice water channel 6, and rice water in the inner container 2 upwards swells and enters the collection box 4 through the top end surface of the side wall 401; it is also possible to provide the rice water inlet 403 on the top end surface of the collection box 4, such as on a box cover on the top of the collection box 4; a plurality of spaced limiting parts can be arranged on the outer edge of the upper part of the collecting box 4, the limiting parts support the collecting box 4 to be placed on the inner container 2, the limiting parts are positioned on the outer edge of the upper part of the collecting box 4, space avoiding positions are arranged among the plurality of spaced limiting parts, the space avoiding positions are part of the top of the side wall 401 at the moment, the space avoiding positions are communicated with the rice water channel 6, rice water in the inner container 2 enters the collecting box 4 through the space avoiding positions when entering the rice water channel 6 upwards, and the space avoiding positions are the rice water inlet portions 403, so that the rice water collecting effect of the collecting box 4 is achieved; or two handle hooks 8 are directly arranged on the collection box 4 to hang the collection box 4 on the edge of the inner container 2, namely the handle hooks 8 can hang the collection box 4 on the edge of the inner container 2, rice water in the inner container 2 at the moment is upwelled through the top end surface of the side wall 401 of the collection box 4 to enter the collection box 4, as shown in fig. 16, the top end surface of the side wall 401 of the collection box 4 at the moment is the rice water inlet part 403.

For the above structures, optionally, the upper part of the rice water channel 6 is communicated with the rice water inlet part 403; the upper part of the rice water channel 6 and the rice water inlet part 403 are mainly set to be communicated, so that the rice water channel 6 has a certain height, the space of a position area below the height is used for containing concentrated rice water to be collected, the rice water upwards swells and concentrates to enter the area, then the rice water upwards concentrates to enter the collecting box 4 through the rice water inlet part 403 to be collected, and a certain amount of rice water can be collected by the collecting box 4.

The heating member 5 of this scheme, the rice cooker is still including the heating member 5 that is used for the heating, heating member 5 links to each other with the controller electrical property, the controller control heating member 5's heating power's size, the length of heat duration, heating member 5 is used for the heating, can directly heat inner bag 2, heating member 5 can be heating tube or electromagnetic wire coil, only need realize inner bag 2 the heating can, can adopt heating member 5 to inner bag 2 direct heating, also can adopt heating member 5 to inner bag 2 indirect heating, if indirect adoption earlier produce steam then heat inner bag 2.

Wherein, the controller controls the heating element 5 to heat so that at least part of starch in the rice is separated into water to form rice water, and when the rice water in the inner container 2 is boiled, at least part of the rice water is upwards flushed and enters the collecting box 4 to be collected; mainly, when the rice water in the inner container 2 is boiled, at least part of the rice water is upwards gushed to enter the rice water channel 6 and enter the collection box 4 through the rice water inlet part 403 to be collected. When the rice cooker works initially, water in the inner container 2 submerges rice on the cooking element 3, and with the continuous heating of the heating element 5, partial starch in the rice is separated into water to gradually form rice soup, and the rice soup contains more starch; when the heating element 5 is heated and the rice water in the inner container 2 is boiled, the rice water in the inner container 2 enters the rice water channel 6 and enters the collection box 4 through the rice water inlet part 403; in the in-process of preparation low sugar rice, the rice water is heated acutely very easily, rice water upwards gushes out under the condition of boiling, enter into and collect in the box 4, partial rice water is left in inner bag 2 bottom, and the quick complete separation of realization rice water and rice that can be quick in this process, can not appear mixing rice and rice water and boil out the problem that reduces the rice water level in the inner bag 2 for a long time, be favorable to promoting the taste of low sugar rice, especially promote the soft or hard degree and the taste of low sugar rice.

In this scheme, collect the position relation structure of box 4 and boiling piece 3, collect box 4 and be located boiling piece 3's top and at least part be located inner bag 2, or collect the partial side that is located boiling piece 3 of box 4 and at least part be located inner bag 2, collect box 4 and boiling piece 3's position structure and include above-mentioned two kinds, two kinds of position structures all need satisfy and collect box 4 partly be located boiling piece 3's top at least for collect box 4 and can collect a certain amount of rice water and realize the complete separation between rice and the rice water.

In the scheme, the collecting box 4 and the cooking piece 3 are in a position structure, the collecting box 4 is positioned above the cooking piece 3 and at least partially positioned in the inner container 2, one part of the collecting box 4 is positioned in the inner container 2, mainly the collecting box 4 is positioned above the cooking piece 3, and preferably, the collecting box 4 is positioned right above the cooking piece 3; when the collecting box 4 is positioned above the cooking piece 3, when the collecting box 4 and the cooking piece 3 are both positioned in the inner container 2 and the collecting box 4 is positioned above the cooking piece 3 and mainly positioned right above the cooking piece 3, the inner space area of the inner container 2 is divided into two layers by the cooking piece 3 and the collecting box 4, the collecting box 4 is arranged on the upper layer, the cooking piece 3 is arranged on the lower layer, a certain distance gap is also arranged between the collecting box 4 and the cooking piece 3 in the vertical direction, cooked rice is contained in the distance gap, the rice is placed on the cooking piece 3 at the beginning, part or all of the rice on the cooking piece 3 can be submerged by water, and then the rice and rice soup are formed by heating and cooking; after heating certain time, can upwards gush when the rice water boils and enter into in collecting box 4, some rice water is stayed the bottom of inner bag 2 in addition, collects box 4 and is used for holding and collects rice water, and the rice water in the inner bag 2 can enter into and is collected in collecting box 4, and then realizes the complete separation of rice water and rice in the inner bag 2, and the steerable heating member of controller 5 heats and realizes that the quick of rice water upwards gushes, further realizes the quick complete separation of rice and rice water.

In the scheme, the collecting box 4 and the cooking piece 3 are in another position structure, or a part of the collecting box 4 is positioned on the side of the cooking piece 3 and at least partially positioned in the inner container 2; one part of the collecting box 4 is positioned in the inner container 2, one part of the collecting box 4 is positioned at the side of the cooking piece 3, and the other part of the collecting box 4 can be positioned above the cooking piece 3; optionally, the collecting box 4 is located above and/or to the side of the cooking element 3;

when a part or all of the collecting box 4 is positioned at the side of the cooking element 3, the cooking element 3 at least surrounds a part of the collecting box 4, or the collecting box 4 at least surrounds a part of the cooking element 3; the main structure is two parts of both sides, and wherein one side is collection box 4, and the opposite side is cooking piece 3, and both sides constitute jointly, can set up to mutual circular structure or crescent 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 positioned on the cooking part 3, so that the rice and the rice soup are quickly and completely separated to prepare the low-sugar rice; the rice feeding soup part 403 is only required to be positioned above the bottom end face of the cooking piece 3, and the rice feeding soup part 403 is positioned above the end face of the bottom wall 402 and below the top end face of the collecting box 4; so that a space for containing rice is arranged between the rice soup inlet part 403 and the cooking piece 3, and the rice is submerged in the space to be cooked to form rice soup.

Preferably, the collecting box 4 is positioned right above the cooking part 3, the effect of collecting rice soup by the collecting box 4 is best, the rice soup in the inner container 2 can be conveniently poured upwards and enter the collecting box 4 to be collected, and rice and the rice soup can be quickly and completely separated.

Can all set up to spill structure with collecting box 4 and piece 3 of cooking in this scheme, collect 4 suits of box and cook the inboard of the top of piece 3, convenience of customers wholly gets to put and cooks piece 3 and collect box 4, the rice cooker accomplishes the low sugar rice of preparation back, holds rice water in collecting box 4, also has partial rice water in the inner bag 2, holds low sugar rice on the piece 3 of cooking, convenience of customers wholly gets to put and collects box 4 and piece 3 of cooking.

The rice cooker of this scheme still includes a kind of deep pot lid, and a kind of deep pot lid is rotatably installed and is realized the switching on inner bag 2 upper portion on the upper portion of the body of a kind of deep pot 1, and when a kind of deep pot lid rotatory lid closed on the body of a kind of deep pot 1 downwards, the sealing member on the end surface of a kind of deep pot lid realizes sealed the upper portion of inner bag 2, prevents that inner bag 2 from spilling over steam along the position outward. The cooker further comprises a circuit control, wherein a circuit board is installed in the cooker 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 to control the heating element 5 to perform heating work; the power supply unit is used for supplying power, the timing unit is used for detecting and setting time, the temperature sensor is used for detecting the temperature of the inner container 2, the temperature sensor is generally arranged on the bottom surface of the inner container 2, and/or the temperature sensor is arranged on the cooker cover, when the cooker cover covers the cooker body 1 downwards, the temperature sensor is positioned on the upper part of the inner container 2, and at the moment, the temperature sensor can be used for detecting the temperature in the inner container 2; the controller controls the heating of the heating element 5, a working program is built in, the heating element 5 is mainly controlled to execute the steps of starting heating, stopping heating, heating time and heating power, the whole circuit can realize the circuit control of the control method of the rice cooker, and rice water can be poured into the collecting box 4 upwards mainly by controlling the matching of the heating time and the heating power of the heating element 5.

The process of the rice cooker for making the low-sugar rice comprises the steps that the rice cooker is started to work, the rice is positioned on a steaming part 3, the water is positioned in an inner container 2, the water submerges the rice, a heating part 5 is heated to enable the water and the rice to be fully boiled, partial starch in the rice is separated into rice soup in the boiling process to form the rice soup, the rice soup can be slightly boiled in the boiling process, the boiling rice soup is small in size, a large amount of rice soup cannot be upwards splashed into a collecting box 4, after the rice is fully separated into the water after the rice is boiled for a certain time, the concentration of the rice soup is high, the heating part 5 is continuously heated or the power is increased to heat the rice soup in the inner container 2 to be boiled, the rice soup is intensively fed into the collecting box 4, a part of the rice soup in the inner container 2 upwards splashed into the collecting box 4 quickly, a part of the rice soup is remained in the bottom of the inner container 2 at the moment, and the bottom surface of the part of the rice soup is lower than the, the whole process realizes the quick and complete separation of the rice soup and the rice, the rice contained on the steaming and boiling piece 3 is the low-sugar rice, the rice soup formed by partial starch in the water flowing away the rice is respectively contained in the collecting box 4 and the area at the bottom of the inner container 2, the rice on the steaming and boiling piece 3 is completely separated from the rice soup, and the low-sugar rice is made.

Aiming at preparing low-sugar rice, partial starch in rice is separated into rice soup to form the rice soup in the process of fully cooking the rice and the rice, the rice soup is in a thick sticky paste state, the rice soup is more likely to swell upwards when the concentration of the rice soup is higher, the swelling effect is better, the rice soup contains more starch, the rice soup is fully swelled under the condition that the heating element 5 is continuously heated, and the rice soup swells upwards more rapidly and is more likely to swell upwards when the concentration of the rice soup is high; meanwhile, rice water bubbles are easy to form and swell upwards, part of the rice water forms the rice water bubbles and swells upwards, the rice water bubbles can take away a large amount of rice water and swell upwards together, so that more rice water can quickly enter the collecting box 4, and by controlling the heating time or power of the heating element 5, most of the rice water in the inner container 2 can be guaranteed to swell upwards and enter the collecting box 4, so that the rice water left in the bottom of the inner container 2 can not submerge rice on the cooking element 3, and the rice water and the rice are quickly and completely separated; therefore, the rice cooker can be better applied to the preparation of low-sugar rice.

The structural design of the steaming and boiling piece 3 and the collection box 4 of this scheme can realize the quick complete separation of rice and rice water in the inner bag 2, does not need the water level height of the water that strict limitation user added in to the inner bag 2 and the matching height of water level and rice, all can realize that the inner bag 2 bottom and the collection box 4 are interior all to have rice water, and rice is independent to be located steaming and boiling piece 3, realizes the quick complete separation of rice and rice water.

This scheme current rice cooker relatively sets up the water storage box in inside and realizes through the height of strict limitation water storage box and inner bag bottom surface that a small amount of rice hot water in the in-process inner bag of rice cooker work enters into the advantage that the mode of making low sugar rice has in the water storage box through the mode that overflows in constrictive space: the rice and the rice soup can be quickly and completely separated, the problem that the rice soup and the rice are not completely separated in the rice made by boiling the rice soup at the bottom of the inner container 2 and the rice together can be solved, the scheme realizes quick and complete separation of the rice soup and the rice, the effect of reducing the starch content in the rice is better, and the rice has better taste; the water level of the inner container 2 and the matching height of the water level and the rice do not need to be strictly limited; this scheme current rice cooker relatively sets up the food steamer in inside and makes the water level in the inner bag reduce the advantage that the mode of making low sugar rice has gradually through the process of continuously heating and decocting: can realize rice and rice water and separate fast completely, can not appear utilizing the heating to make the problem that the water level slowly descends, can not appear rice and boil for a long time in rice water and lead to the problem that rice is too soft, the taste is poor, and need not strictly limit the water level height of inner bag 2 and the matching height of water level and rice, it is better to reduce the starch content effect in the rice, and the rice taste is better.

According to the rice cooker, when the cooking piece 3 and the collecting box 4 are not placed in the inner container 2, the rice cooker can be normally used as a common rice cooker, if the rice cooker is used normally, only water and rice are needed to be added into the inner container 2 for cooking, normal rice without starch reduction is manufactured, meanwhile, the rice cooker can be understood as being on the existing rice cooker, if the collecting box 4 and the cooking piece 3 are added on the basis of the existing rice cooker, the structure that rice soup and rice in the inner container 2 can be quickly and completely separated can be realized, the cost of the rice cooker capable of manufacturing low-sugar rice is greatly reduced, the rice cooker has a great cost advantage, the rice cooker is favorable for manufacturing low-sugar rice, and the popularization of people for eating the healthy diet of the rice is facilitated.

The structure of this scheme rice cooker can also be applied to the environment that needs reduce the starch content in eating the material, eat the material and can be the rice, also can be for other starch-containing higher edible materials, can utilize the rice cooker of this scheme to make low sugar food, eat the material and singly inject to the rice, starch-containing higher edible material boils the back in aqueous, can form the soup that has certain concentration of the state of sticking paste, this soup is upwards gushed very easily under the condition of the boiling of being heated, consequently usable this scheme rice cooker makes low sugar food.

The working principle is as follows: the rice cooker is characterized in that the cooking piece 3 and the collecting box 4 are arranged, the structure of the inner container 2 is matched to prepare low-sugar rice, the rice soup channel 6 and the rice soup inlet part 403 are mainly arranged, and the rice soup inlet part 403 is communicated with the rice soup channel 6 to form rice soup which enters the collecting box 4 and is collected; the heating of controller control heating member 5, the rice water boiling in the inner bag 2 upwards gushes up and enters into in the rice water passageway 6 then enters into through advancing rice water portion 403 and collects the box 4 in, realizes collecting the collection effect of box 4 to the rice water, and the rice water is collected and is collected in the box 4 back, and partial starch in the rice has been taken away to the rice water for the starch content who holds in the rice on cooking member 3 obtains reducing, has realized the content of the reduction starch to rice.

It will be understood by those skilled in the art that the foregoing embodiments are specific examples of the invention, and that various changes in form and details may be made therein without departing from the spirit and scope of the invention in practice.

Claims

1. A rice cooker comprising: the a kind of deep pot body, the inner bag is installed in a kind of deep pot body, its characterized in that: a cooking piece for containing rice is arranged in the inner container, a plurality of rice draining soup holes for draining rice soup are formed in the cooking piece, and the rice cannot pass through the rice draining soup holes;

the rice water channel is communicated with the rice water inlet part;

2. A rice cooker as claimed in claim 1, wherein: the rice water channel is positioned on the collecting box and/or between the inner container and the collecting box.

3. A rice cooker as claimed in claim 2, wherein: when the rice water channel is located the collection box, the rice water channel is located the diapire of collection box, and sets up to the bellied structure of relative diapire, advances rice water portion and is located the rice water channel.

4. A rice cooker as claimed in claim 2, wherein: when the rice water channel is positioned on the collecting box, the rice water channel is positioned on the side wall of the collecting box and is arranged to be a structure with a sunken opposite side wall, and the rice water inlet part is positioned on the rice water channel.

5. A rice cooker as claimed in claim 2, wherein: when the rice water channel is positioned on the collecting box, a baffle part which divides the collecting box into two parts of cavities is arranged in the collecting box, at least one rice water channel is positioned on the baffle part, and the rice water inlet part is positioned on the rice water channel.

6. A rice cooker as claimed in claim 2, wherein: when the rice water channel is positioned between the inner container and the collection box, the rice water channel is positioned between the side surface of the inner container and the side surface of the collection box, and the rice water inlet part is positioned on the side wall and/or the top end surface of the collection box.

7. A rice cooker as claimed in any one of claims 3 to 6, wherein: the upper part of the rice water channel is communicated with the rice water inlet part.

8. A rice cooker as claimed in any one of claims 3 to 5, wherein: the rice water inlet part is positioned on the side surface and/or the top end surface of the rice water channel.

9. The rice cooker as claimed in claim 4, wherein the rice water passage is formed in a structure in which the opposite side walls are recessed inward, and a length L of the recess is greater than a width H of the recess.

10. A rice cooker as claimed in claim 4 or 9, wherein: the recessed end of the rice water channel is positioned at the middle position of the collecting box.