CN211269920U - Inner pot and boiler thereof - Google Patents

Abstract

An inner pot, which is characterized in that: the rice draining device comprises a rice storing part and a rice draining part, wherein a plurality of rice draining holes for draining rice water are formed in the rice draining part, a rice inlet is formed in the rice storing part, and the rice inlet is positioned above the upper end face of the bottom of the rice draining part. The scheme provides an interior pot that plays drop rice hot water and hold rice hot water effect in can being used to evaporate boiler, can be used to evaporate the interior low sugar rice of preparation of realizing of boiler, has mainly solved the problem that the low sugar rice of current boiler preparation need be arranged rice hot water through the solenoid valve to and solved the problem that current boiler needs the strict control water level and can't realize rice hot water and the quick complete separation of rice, solved the low sugar rice that current boiler produced simultaneously softer, the taste is poor, the poor problem of effect of starch falls.

Description

Inner pot and boiler thereof

Technical Field

The utility model relates to a kitchen appliances field, concretely relates to interior pot and evaporate boiler thereof.

Background

The solenoid valve is installed through on the inner bag to current part boiler, realizes through the solenoid valve that the inner bag can arrange rice water, further realizes the separation of inner bag rice water and rice, realizes making low sugar rice, but the solenoid valve needs the power supply, just so leads to the complicated difficult washing of inner bag structure, and the cost is very high, and the reliability is lower.

The rice cooker is characterized in that a steamer is arranged in an inner container of a partial cooker, rice soup holes are formed in the steamer, rice is placed in the steamer, the rice soup in the inner container penetrates through the rice soup holes in the steamer to enter the steamer and submerge the rice, a heating element continuously heats the inner container along with the operation of the cooker, the rice soup level in the inner container is gradually reduced in the continuous heating and cooking process, and low-sugar rice is prepared; 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 quickly and completely separated, so that the taste of the low-sugar rice is poor, the content effect of starch is poor, and the low-sugar rice can be made only by strictly limiting the height of the water level and the matching height of the water level and the 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 an inner pot, an inner pot that can be used to play drop rice hot water and hold rice hot water effect in cooking the boiler can be used to realize making low sugar rice in cooking the boiler, mainly solve the current problem that cooks the low sugar rice of boiler preparation and need arrange rice hot water through the solenoid valve to and solve the current problem that cooks the boiler and need strict control water level and can't realize rice hot water and the quick complete separation of rice, it is softer to solve the low sugar rice that current boiler produced simultaneously, the taste is poor, the poor problem of effect of starch falls.

An embodiment of the utility model provides an inner pot, including rice juice portion and waterlogging caused by excessive rainfall rice hot water portion, be provided with a plurality of waterlogging caused by excessive rainfall rice hot water holes that are used for waterlogging caused by excessive rainfall rice hot water in the waterlogging caused by excessive rainfall rice hot water portion, be provided with into rice hot water mouth in the rice juice portion, advance the top that rice hot water mouth is located the bottom up end of waterlogging caused by excessive rainfall rice hot water portion.

In the inner pot, the rice inlet is located on the side surface of the rice storage part, and/or the rice inlet column is arranged on the rice storage part, and the rice inlet is located on the rice inlet column.

In the inner pot, the distance between the rice soup inlet and the upper end face of the bottom of the rice soup dripping part in the vertical direction is H, and H is more than or equal to 5 mm.

In the inner pot, the rice draining part is located on a side surface of the rice draining part, and the rice draining part surrounds at least a part of the rice draining part, or the rice storing part surrounds at least a part of the rice draining part.

In the inner pot, the rice storage soup portion is located in the middle of the inner pot, and the rice draining soup portion is arranged outside the rice storage soup portion in a wrapping manner.

In the inner pot, the rice draining soup portion is located in the middle of the inner pot, and the rice storage soup portion is arranged outside the rice draining soup portion in a wrapping manner.

In the inner pot, the rice storage soup part and the rice draining soup part are of an integral structure or a split structure.

An inner pot, which is characterized in that: the rice draining device comprises a rice storing part and a rice draining part, wherein a plurality of rice draining holes for draining rice water are formed in the rice draining part, a rice feeding part is arranged on the rice storing part, and the upper end face of the rice feeding part is positioned above the upper end face of the bottom of the rice draining part.

In the inner pot, the distance between the upper end surface of the rice soup inlet part and the upper end surface of the bottom of the rice soup dripping part in the vertical direction is H1, and H1 is more than or equal to 5 mm.

The utility model provides a boiler, includes the inner bag, and the inner bag is installed in the a kind of deep pot body, its characterized in that: the inner pot is detachably arranged in the inner container; the rice water heating device further comprises a heating element for heating, when the rice water in the inner container is boiled, at least part of the rice water in the inner container is flushed upwards and enters the rice water storage part, and at least part of the rice water is remained at the bottom of the inner container.

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

the inner pot is provided with the rice storage soup part and the rice draining soup part which are respectively used for the rice storage soup and the rice draining soup, and can be applied to a cooker, such as a rice cooker, to prepare low-sugar rice, the rice storage soup part can be used for containing the rice soup, and the rice draining soup part is used for draining the rice soup and containing the low-sugar rice, so that the effect of steaming the rice is realized; when the inner pot of this scheme was installed and is evaporated the boiler on, evaporate the boiler and make partly rice hot water in the inner bag upwards gush fast and enter into in storing rice hot water portion at the in-process of work, partly rice hot water is left in the inner bag bottom downwards, realizes that two at least parts in the inner bag can all hold rice hot water to further realize the quick complete separation of inner bag rice hot water and rice.

This scheme does not need the water level height of the water that strict limitation user added in to the inner bag and the matching height of water level and rice, only need set for the water level scope of a take the altitude can, rice and rice hot water can quick complete separation in this within range, can hold the rice hot water in the inner bag respectively with rice hot water portion in the bottom of inner bag, the quick complete separation of all can realizing rice hot water and rice, the rice hot water of inner bag upwards gushes out and enters into and holds rice hot water portion back, the water level of the rice hot water in the inner bag bottom can be less than drop rice hot water portion, the water level that does not need the strict limitation user to add, all can realize that rice is independent in drop rice hot water portion.

The interior pot simple structure of this scheme, the washing is conveniently dismantled, holds rice hot water portion and the independent space that holds of drop rice hot water portion formation two parts, through will advancing rice hot water mouth or advance rice hot water portion and set up in the top that is located the bottom up end of drop rice hot water portion and realize boiler in the in-process of boiling off make rice hot water in the inner bag enter into fast when upwards gushing up and hold rice hot water portion, realize the quick complete segregation of rice hot water and rice, realize making low sugar rice.

The boiler of this scheme can make low sugar rice, place the inner bag in through the interior pot with this scheme, the inner bag is held to drain water in the initial time, hold rice in the drop rice hot water portion of interior pot, boiler can make rice and water form rice hot water after fully decocting at the in-process of work, and further realize the quick complete separation of rice hot water and rice, starch in the rice is taken away to rice hot water, the realization reduces the content of starch in the rice, can make the lower low sugar rice of the content that contains starch in the rice, rice hot water and rice separate fast completely make the taste of low sugar rice good, the soft or hard degree is moderate, the taste preferred of low sugar rice.

This scheme is relative current partial boiler sets up the solenoid valve and carries out the boiler's of arranging rice water structure simpler on the inner bag, the cost is lower, only need to increase the structure that the inner pot of this scheme can realize carrying out quick complete separation with inner bag rice water and rice on the basis of current rice cooker, very big reduction can make the cost of boiler of low sugar rice, and the low sugar rice taste of making is better, the effect of the content of starch is better, it is edible to be favorable to obesity personage and diabetes patient's utilizing boiler of this scheme to make low sugar rice, and can satisfy the crowd that needs to drink rice 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 a digester according to the present invention;

FIG. 2 is a schematic structural view of the rice storage soup portion of the inner pot in the present scheme at the side of the rice draining soup portion;

FIG. 3 is a schematic structural view of the inner pot according to the present embodiment, in which the rice draining part wraps the rice storing part;

FIG. 4 is a schematic structural view of the inner pot in the present scheme, wherein the rice storage soup part wraps the rice draining soup part;

FIG. 5 is a schematic structural view of a rice inlet soup column arranged on the rice storage soup part of the inner pot in the scheme;

FIG. 6 is a schematic cross-sectional view of the overall structure of the inner pot in the present embodiment, wherein the rice storage soup portion is provided with a rice inlet;

FIG. 7 is a schematic view showing the structure of the inner pot in the present embodiment, in which the rice water inlet is provided in the rice water storage part, and the rice water and the rice are not separated;

FIG. 8 is a schematic view of the structure of the inner pot with a rice water inlet on the rice water storage part, wherein rice water and rice are separated;

FIG. 9 is a schematic cross-sectional view of the overall structure of the inner pot according to the present embodiment, wherein the rice storage soup portion is provided with a rice inlet soup column;

FIG. 10 is a schematic view showing the structure of the inner pot in the present embodiment, in which the rice water inlet column is provided on the rice water storage part, and the rice water and the rice are not separated;

FIG. 11 is a schematic view of the structure of the inner pot in the scheme that the rice storage soup part is provided with a rice storage soup column and rice is separated from rice;

FIG. 12 is a schematic sectional view showing the overall structure of the rice storage soup portion of the inner pot according to the present embodiment;

FIG. 13 is a schematic view showing the structure of the inner pot in the present embodiment, in which the rice water inlet portion is provided on the rice storage portion, and the rice water and the rice are not separated;

fig. 14 is a schematic view showing separation of rice water and rice in a structure in which a rice water inlet portion is provided in a rice water storage portion of an inner pot according to the present embodiment.

Reference numerals: 1-inner pot, 101-rice storage soup part, 1011-rice inlet soup port, 1012-rice inlet soup column, 102-rice draining soup part, 1021-rice draining soup hole, 103-rice inlet soup part, 2-pot body, 3-inner container and 4-heating element.

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 relates to an inner pot 1 and a cooker thereof, as shown in the figures 1 to 14, the 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 water, the rice water contains a large amount of starch, and the cooker realizes the quick and complete separation of the rice water and the rice in the inner container 3 through the structure of the inner pot 1; further realizing the production of low-sugar rice, namely the rice with low 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 upwards gush fast, and the structure each other of drop rice water portion 102, hold rice water portion 101, heating member 4 on the pot 1 in the combination of this scheme realizes that the in-process of making rice of boiler can make the quick complete separation of rice water and rice, realizes making low sugar rice.

The inner pot 1 of the scheme comprises a rice storage soup part 101 and a rice draining soup part 102, wherein the rice storage soup part 101 is used for collecting and containing rice soup, the rice draining soup part 102 is used for draining rice soup, and the rice draining soup part 102 has two main structures, one structure is that a rice inlet soup opening 1011 is formed in the rice storage soup part 101, when the inner pot 1 is placed in the inner container 3, rice soup in the inner container 3 can quickly enter the rice storage soup part 101 through the rice inlet soup opening 1011 under the boiling condition, so that the separation of the rice soup and rice in the inner container 3 is realized, and low-sugar rice is prepared; the other structure is that the rice storage soup part 101 is provided with the rice storage soup part 103, when the inner pot 1 is placed in the inner container 3, the rice soup in the inner container 3 can rapidly enter the rice storage soup part 101 through the rice storage soup part 103 under the condition of boiling, so that the separation of the rice soup and the rice in the inner container 3 is realized, and the low-sugar rice is prepared; the inner pot 1 with the two structures can be applied to a cooker to make low-sugar rice, the starch content in the rice is reduced by quickly separating the rice soup and the cooked rice after cooking, and the prepared low-sugar rice has moderate hardness, good taste and better starch reducing effect.

The inner pot 1 of the scheme is mainly applied to a cooker to manufacture low-sugar rice, specifically, the inner pot 1 is specifically placed in an inner container 3 of the cooker, water is contained in the inner container 3, when the inner pot 1 is placed in the inner container 3, water in the inner container 3 submerges rice on a rice draining soup portion 102 through rice draining soup holes 1021, a heating element 4 is heated to enable the water and the rice to be fully boiled, partial starch in the rice is separated out from the water in the boiling process to gradually form rice soup, then a control unit controls the heating element 4 to be heated to enable the rice soup to be boiled and enter the rice storing soup portion 101, partial rice soup enters the rice storing soup portion 101 and remains in the bottom of the inner container 3, and therefore the water level of the rice soup in the bottom of the inner container 3 can be lowered to be lower than the lower end face of the bottom of the rice draining soup portion 102; the rice soup takes away the starch in the rice and is quickly and completely separated from the rice, the rice is independently positioned on the rice draining soup part 102, and the rice soup in the inner container 3 is quickly and completely separated from the rice in the whole process; the problem of current partial boiler install the solenoid valve on inner bag 3 and carry out rice water discharging is solved, and inner pot 1 simple structure, easy washing.

One structure of the inner pot 1 in the scheme comprises a rice storing soup part 101 and a rice draining soup part 102, wherein a plurality of rice draining soup holes 1021 for rice draining soup are formed in the rice draining soup part 102, the rice draining soup holes 1021 can be positioned on the end surface or the side surface of the rice draining soup part 102, a rice inlet soup port 1011 is formed in the rice storing soup part 101, and the rice inlet soup port 1011 is positioned above the upper end surface of the bottom of the rice draining soup part 102, as shown in fig. 6; rice can be placed on the rice draining soup part 102, and water in the inner container 3 can submerge the rice but can not enter the rice storage soup part 101 in the initial state of the cooker; the rice draining soup part 102 and the rice storage soup part 101 form a space area for accommodating rice in the vertical direction, and water in the space area can submerge the rice but can not enter the rice storage soup part 101.

The rice storage soup portion 101 is hollow and can be used for containing rice soup, the rice storage soup port 1011 is located on the side face of the rice storage soup portion 101 according to the specific position of the rice storage soup port 1011, and/or the rice storage soup portion 101 is provided with a rice inlet soup column 1012, and the rice inlet soup port 1011 is located on the rice inlet soup column 1012. Preferably, the rice inlet 1011 is provided with a hole-shaped structure.

When the rice inlet 1011 is positioned on the side position of the stored rice soup part 101, a plurality of rice inlet 1011 can be uniformly distributed on the four side positions of the stored rice soup part 101; the rice inlet 1011 is located above the upper end surface of the bottom of the rice draining part 102.

The rice inlet 1011 is located on the rice inlet column 1012, as shown in fig. 9, the main structure is that the rice inlet column 1012 can be arranged on the side surface or the bottom end surface of the rice storage part 101, and the rice inlet 1011 is arranged on the rice inlet column 1012; preferably, the rice inlet soup column 1012 is arranged on the bottom end face of the rice storage soup portion 101, the rice inlet soup column 1012 is arranged to protrude upwards into the rice storage soup portion 101, and may be of a cylindrical or conical structure, and the rice inlet soup column 1012 is arranged in a hollow structure, the rice inlet soup port 1011 is located at the top position of the rice inlet soup column 1012, and the rice inlet soup port 1011 is located above the bottom end face of the rice draining soup portion 102, and the rice inlet soup port 1011 may also be arranged at the side position of the rice inlet soup column 1012.

Preferably, the plurality of rice inlet mouths 1011 are located on the side surface of the rice storage soup portion 101, the rice inlet column 1012 is provided on the bottom end surface of the rice storage soup portion 101, and the rice inlet mouths 1011 are also provided on the rice inlet column 1012.

Wherein the distance between the rice soup inlet 1011 and the upper end surface of the bottom of the rice soup dripping part 102 in the vertical direction is H which is more than or equal to 5mm, rice is placed on the rice draining part 102 in the height space of H, preferably the rice is evenly and flatly placed on the rice draining part 102, in the height space, water can submerge rice but can not enter the rice storage soup part 101, when the inner pot 1 is applied to the cooker, the rice is fully boiled in the height space to gradually form rice soup, the rice soup can be slightly boiled in the boiling process, the boiling rice soup is small in soaking, partial starch in the rice is separated into the water to form the rice soup, when the heating element 4 is continuously heated or the power is increased to heat so that the rice water in the inner container 3 is boiled violently, in the height space, the rice water quickly rises upwards when boiling and can enter the rice storage water part 101 through the rice water inlet 1011, so that the separation of the rice water and the rice in the inner container 3 is realized. The size of H can be properly adjusted and set according to the size of the cooker, namely the size of the inner container 3 and the amount of the rice to be made into low-sugar rice, preferably, the H is more than or equal to 40mm, so that the rice soup can be ensured to flow upwards into the rice storage soup part 101, 1-3 amounts of low-sugar rice can be ensured to be made, and the rice cooker is suitable for making 1-3 amounts of low-sugar rice under normal conditions, such as 2L-6L rice cookers in the existing market; only the rice water in the inner container 3 is required to enter the stored rice water part 101 more favorably and the rice water left at the bottom of the inner container 3 is lower than the bottom surface of the rice water draining part 102, so that the rice water and the rice in the inner container 3 can be quickly and completely separated.

In the scheme, the position relation between the rice storing soup part 101 and the rice draining soup part 102 is that the rice storing soup part 101 is positioned at the side position of the rice draining soup part 102, and as shown in fig. 2, the rice draining soup part 102 at least wraps a part of the rice storing soup part 101, or the rice storing soup part 101 at least wraps a part of the rice draining soup part 102; the main structure is that the inner pot 1 is divided into two parts at two sides, wherein one side is a rice storing soup part 101, the other side is a rice draining soup part 102, and the two sides jointly form the integral structure of the inner pot 1; the rice draining part 102 wraps at least a part of the rice storing part 101, and the rice storing part 101 can be specifically set to be smaller than the rice draining part 102, so that the wrapping structure of the rice draining part 102 on the rice storing part 101 can be realized, and the rice storing part 101 can be set to be of a mutual circular structure or a crescent structure; wherein, the position of the side of rice juice portion 102 is located to hold rice juice portion 101, and rice juice portion 101 wraps around at least a part of rice juice portion 102, and can be specific to set up that rice juice portion 102 is less than rice juice portion 101, realizes that rice juice portion 101 wraps around rice juice portion 102, can set up to mutual circular structure or crescent structure.

The position relationship between the rice storage soup part 101 and the rice draining soup part 102 is, as shown in fig. 3, the rice storage soup part 101 is located in the middle of the inner pot 1, the rice draining soup part 102 is arranged outside the rice storage soup part 101 in a surrounding manner, the inner pot 1 is of a circular structure, the rice storage soup part 101 and the rice draining soup part 102 form two parts of the inner pot 1, namely an inner ring and an outer ring, the outer ring is the rice draining soup part 102 of an annular structure, the inner ring is the rice storage soup part 101, and the rice draining soup part 102 surrounds the rice storage soup part 101 to form a double-ring structure of the inner pot 1; preferably, the rice storage soup portion 101 and the rice draining soup portion 102 form a concentric double-ring structure, the middle portion is the rice storage soup portion 101, and the outer ring is the rice draining soup portion 102.

The position relationship between the rice storage soup part 101 and the rice draining soup part 102 is, as shown in fig. 4, that the rice draining soup part 102 is located at the middle position of the inner pot 1, and the rice storage soup part 101 is arranged outside the rice draining soup part 102 in a wrapping manner; the inner pot 1 is of a circular structure, the rice storage soup part 101 and the rice draining soup part 102 form two parts of the inner pot 1 and are respectively an outer ring and an inner ring, the outer ring is the rice storage soup part 101 of an annular structure, the inner ring is the rice draining soup part 102, and the rice storage soup part 101 wraps the rice draining soup part 102 to form a double-ring structure of the inner pot 1; preferably, the rice storage soup portion 101 and the rice draining soup portion 102 form a concentric double-ring structure, the middle position is the rice draining soup portion 102, and the outer ring is the rice storage soup portion 101.

In the structure of the inner pot 1, the rice storage soup part 101 and the rice draining soup part 102 can be arranged to be of an integral structure or a split structure, and the rice storage soup part 101 and the rice draining soup part 102 can be arranged to be of an integral structure; also can set up into split type structure with rice storage soup portion 101 and rice juice hot water portion 102, split type structure makes things convenient for rice storage soup portion 101 and rice juice hot water portion 102 to dismantle independently and wash, set up mutual support in interconnect's part place step or joint structure can, make things convenient for the dismantlement between rice storage soup portion 101 and the rice juice hot water portion 102, pot 1's washing use in the convenience.

Wherein, the structure of waterlogging caused by excessive rainfall rice hot water portion 102 can be planar structure or cambered surface structure, also can set up to the concave structure, and similar food steamer is favorable to the user to make low sugar rice, and the concave structure is favorable to holding rice and to the waterlogging caused by excessive rainfall rice hot water effect of rice, and convenience of customers gets to put and dismantles independent the washing to waterlogging caused by excessive rainfall rice hot water portion 102.

For the structure of the rice draining soup part 102, the rice draining soup holes 1021 can be arranged on the side surface and/or the bottom surface of the rice draining soup part 102, so that rice can pass through the rice draining soup holes 1021, and the rice draining soup effect on rice is realized; the position of the rice draining holes 1021 can be set according to the specific structure of the rice draining part 102, and preferably, the rice draining holes 1021 are arranged on the bottom surface of the rice draining part 102, so that the rice draining effect is better. When the rice draining soup part 102 is of a concave structure, the rice draining soup holes 1021 can be arranged on the side surface and the bottom surface of the rice draining soup part 102 at the same time, so that the cooking effect and the rice draining soup effect are better.

In the scheme, the rice storage soup part 101 and the rice draining soup part 102 can be arranged in a concave structure, so that a user can conveniently take and place the inner pot 1, rice soup is contained in the rice storage soup part 101 after the cooker finishes making low-sugar rice, part of rice soup is also contained in the bottom of the inner container 3, and the low-sugar rice is contained in the rice draining soup part 102, so that the use by the user is facilitated; at this time, the rice draining soup hole 1021 can be arranged on the side surface and/or the bottom surface of the rice draining soup part 102, so that the rice draining soup effect and the cooking effect are better; the rice water in the inner container 3 passes through the rice water draining hole 1021 and enters the stored rice water part 101 through the rice water inlet 1011 to realize the rapid and complete separation of the rice water and the rice.

Preferably, this scheme all sets up rice storage soup portion 101 and rice juice soup portion 102 into the spill structure, and pot 1 in convenient to use wholly gets to put, experiences the effect better.

Another structure of inner pot 1 of this scheme, as shown in fig. 12, 13, 14, inner pot 1 includes rice storage soup portion 101 and rice drain soup portion 102, is provided with a plurality of rice drain soup holes 1021 that are used for rice drain soup on rice drain soup portion 102, is provided with into rice soup portion 103 on rice storage soup portion 101, advances the top surface of rice soup portion 103 and is located the top of the bottom top surface of rice drain soup portion 102, just for the position of the top surface through setting into rice soup portion 103 limits the height that can hold rice soup of rice storage soup portion 101 in vertical direction, need not to set up other rice soup structures of advancing on rice storage soup portion 101. The main structure of the rice storage and draining combined machine is divided into two parts, namely a rice storage soup part 101 and a rice draining soup part 102, wherein the two parts form independent containing spaces, the rice storage soup part 101 is used for rice storage soup, and the rice draining soup part 102 is used for rice draining soup; the inner pot 1 with the structure can be used in a cooker to make low-sugar rice.

Wherein, the distance between the upper end surface of the rice feeding soup part 103 and the upper end surface of the bottom of the rice draining soup part 102 in the vertical direction is H1, H1 is more than or equal to 5mm, rice is contained on the rice draining soup part 102 in a height space of H1, the rice is preferably evenly and flatly placed on the rice draining soup part 102, water can submerge the rice but can not enter the rice storage soup part 101 in the height space, when the inner pot 1 is applied in a boiler, the water submerges the rice fully in the height space to gradually form rice soup, the rice soup can be boiled slightly in the boiling process, the boiling rice soup bubbles are small, partial starch in the rice is separated out to form the rice soup, the rice soup can not enter the rice storage soup part 101 in the boiling process, when the heating element 4 is continuously heated with high power to ensure that the rice soup in the inner container 3 is boiled violently, the rice soup in the height space quickly overflows upwards to enter the rice storage soup part 101 through the rice feeding soup part 103, thereby realizing the separation of the rice soup and the rice in the inner container 3. The size of H can be properly adjusted and set according to the size of the cooker, namely the size of the inner container 3 and the weight of the rice for making low-sugar rice, preferably, H1 is more than or equal to 40mm, and the rice cooker is suitable for making low-sugar rice with the weight of 1-3 persons under the normal condition of a conventional rice cooker, such as a rice cooker with the size of 2L-6L on the existing market; only the rice water in the inner container 3 is required to enter the stored rice water part 101 more favorably and the rice water left at the lower part of the inner container 3 is required to be lower than the bottom surface of the rice draining water part 102, so that the rice water and the rice in the inner container 3 can be quickly and completely separated.

Other structures of the inner pot 1, such as the positional relationship between the rice storage soup part 101 and the rice draining soup part 102, may be that the rice storage soup part 101 is located at the side position of the rice draining soup part 102, the rice draining soup part 102 surrounds at least a part of the rice storage soup part 101, or the rice storage soup part 101 surrounds at least a part of the rice draining soup part 102; the rice storage soup part 101 can be located in the middle of the inner pot 1, and the rice draining soup part 102 is arranged outside the rice storage soup part 101 in a wrapping manner, or the rice draining soup part 102 can be located in the middle of the inner pot 1, and the rice storage soup part 101 is arranged outside the rice draining soup part 102 in a wrapping manner; the specific structure of the part is the same as that of the inner pot 1, and has the corresponding functions and advantages. Similarly, the rice storage soup part 101 and the rice draining soup part 102 of the inner pot 1 are of an integral structure or a split structure, so that the inner pot has the advantages of simple structure and convenience in disassembly and cleaning, and the specific structure of the part is also the same as that of the inner pot 1 and has the corresponding functions and advantages.

The structure and function of other parts of the other structure of the inner pot 1 in the scheme are the same as those of the inner pot 1, except that the specific structures of the rice water inlet 103 and the rice water inlet 1011 are different, and the structure of other parts of the inner pot 1 is the same as that of the inner pot 1 and has the corresponding functions and advantages.

The boiler of this scheme, including inner bag 3, inner bag 3 is installed in a kind of deep pot body 2, the installation of 3 detachable of inner bag, the independent washing to inner bag 3 of convenient in the recess of a kind of deep pot body 2 is placed in the dismantlement that inner bag 3 can be independent, still include if aforementioned inner pot 1, aforementioned two kinds of inner pot 1 detachably install in inner bag 3, inner pot 1 directly place on the outer edge at inner bag 3 top can, the outer edge of inner pot 3 supports the outside border position of inner pot 1 for inner pot 1 conveniently gets puts and washs.

The cooker of the scheme also comprises a heating element 4 for heating, when the rice water in the inner container 3 is boiled, at least part of the rice water in the inner container 3 rapidly and upwards flows into the rice water storage part 101, at least part of the rice water is remained at the bottom of the inner container 3, and the water level of the rice water at the bottom of the inner container 3 is lower than that of the rice water draining part 102; the heating member 4 is used for heating, can directly heat inner bag 3, and the heating member 4 can be heating tube or electromagnetic wire coil, only need realize inner bag 3 the heating can, can adopt heating member 4 to inner bag 3 direct heating, also can adopt heating member 4 to inner bag 3 indirect heating, if indirect adoption earlier produces steam then heats inner bag 3. In the scheme, when the rice water in the inner container 3 is boiled, the rice water in the inner container 3 can enter the rice water storage part 101 through the rice water inlet 1011 or the rice water inlet 103; heating member 4 heats inner bag 3 and makes the rice water boiling in the inner bag 3, in the in-process of making low sugar rice, the rice water is heated acutely more easily, rice water upwards gushes out under the circumstances of boiling, make rice water enter into storing rice water portion 101 through advancing rice water mouth 1011 or advancing rice water portion 103 under the state of gushing up, make partial rice water in the inner bag 3 enter into storing rice water portion 101, partial rice water remains in the lower part of inner bag 3, and the realization that can be quick in this process realizes the separation of rice water and rice, can not appear mixing rice and rice water for a long time and boil the problem that reduces the rice water level in the inner bag 3, be favorable to promoting the taste of low sugar rice, especially promote the soft or hard degree and the taste of low sugar rice.

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 3 upper portion on the body 2 of a kind of deep pot, and when a kind of deep pot lid rotatory lid closed on the body 2 of a kind of deep pot downwards, the sealing member on the end face is covered in a kind of deep pot realizes sealed to the upper portion of inner bag 3, prevents that inner bag 3 from spilling over steam along the position outward.

According to the circuit control, a circuit board is arranged in the cooker body 2, a power supply unit, a control unit and a timing unit are arranged on the circuit board, and the circuit board is electrically connected with the heating element 4 and the temperature sensor; 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 3, the temperature sensor is generally arranged on the bottom surface of the inner container 3, or the temperature sensor is arranged on the cooker cover, when the cooker cover covers the cooker body 2 downwards, the temperature sensor is positioned on the upper part of the inner container 3, and at the moment, the temperature sensor can be used for detecting the temperature in the inner container 3; the control unit controls the heating of the heating element 4, a working program is built in, the heating element 4 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 cooker, and rice water can be poured upwards into the rice water storage part 101 mainly by controlling the matching of the heating time and the heating power of the heating element 4.

The process of the low-sugar rice making device of the scheme is that the device is started to work, rice is located on the rice draining soup part 102, water is located in the inner container 3 and submerges the rice, water and the rice are fully boiled by the aid of the heating part 4 to gradually form rice soup, partial starch in the rice is separated into the water to form the rice soup in the boiling process, after the rice is boiled for a certain time, the rice soup in the inner container 3 is vigorously boiled by the continuous heating or power increasing heating of the heating part 4, the rice soup is intensively and quickly gushed up to enter the rice storing soup part 101, a part of the rice soup in the inner container 3 enters the rice storing soup part 101, a part of the rice soup is reserved in the bottom of the inner container 3 at the moment, the rice soup level of the part of the rice soup is lower than the bottom surface of the rice draining soup part 102, the whole process achieves quick and complete separation of the rice, the rice draining soup part 102 contains the low-sugar rice, the rice soup formed by the partial starch in the rice is respectively contained in the rice storing rice soup part 101 and the, the rice on the rice draining soup part 102 is completely separated from the rice soup, so that the low-sugar rice is prepared.

Aiming at the problem that when the low-sugar rice is made, water and rice are separated from partial starch in the rice into water in the process of fully cooking to form rice soup, the rice soup is in a thick sticky paste state, the rice soup contains more starch, the rice soup fully swells under the condition that the heating element 4 is continuously heated, and the rice soup swells upwards more quickly and easily due to the fact that 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 rice water storage part 101, and by controlling the time of the heating element 4, most of the rice water in the inner container 3 can be guaranteed to swell upwards and enter the rice water storage part 101, so that rice on the rice water storage part 102 cannot be drained by the rice water left in the bottom of the inner container 3, and the rice water and the rice are quickly and completely separated; therefore, the cooker can be better applied to making low-sugar rice.

The structural design of the rice dripping soup part 102 and the rice storage soup part 101 can realize the quick and complete separation of rice and rice soup in the inner container 3, does not need to strictly limit the water level height of water added into the inner container 3 by a user and the matching height of the water level and the rice, can realize that the bottom of the inner container 3 and the rice storage soup part 101 are both provided with the rice soup, and the rice is independently positioned on the rice dripping soup part 102 to realize the quick and complete separation of the rice and the rice soup.

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 liner 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 and the matching height of the water level and rice are not required 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 rice too soft, the poor problem of taste, and the water level height that does not need strict restriction inner bag and the matching height of water level and rice, it is better to reduce the starch content effect in the rice, and rice taste is better.

The boiler to this scheme, when not placing interior pot 1 in inner bag 3, can work as ordinary boiler normal use, if normal rice cooker uses, only need directly adopt add water and rice in inner bag 3 and cook, make normal rice that does not reduce starch etc., increase interior pot 1 of this scheme and can realize carrying out quick complete separation's structure with rice soup and rice in the inner bag 3 on the basis of present rice cooker, very big reduction can make the cost of the boiler of low sugar rice, this scheme has very big cost advantage, be favorable to making the popularization of the boiler of low sugar rice, and be favorable to popularizing the healthy diet that people eat low sugar rice.

The structure of pot 1 and the structure of cooking the ware in this scheme can also be applied to the environment that needs reduce the starch content in eating the material, eat the material and can be for the rice, also can be for other higher edible materials that close starch, can utilize the cooking the ware of this scheme to make low sugar food, eat the material and singly inject into the rice, close the higher edible material of starch and boil the back in aqueous, can form the hot water liquid that has certain concentration of the paste state, this hot water liquid upwards gushes up very easily under the condition of being heated boiling, consequently, usable this scheme is cooked the ware and is made low sugar food.

The working principle is as follows: the inner pot 1 comprises two parts, namely a rice storage soup part 101 and a rice draining soup part 102, wherein the rice draining soup part 102 is used for draining rice soup, the rice storage soup part 101 is used for storing rice soup, and the two parts form independent containing spaces; in the initial state of the cooker, rice on the rice draining soup part 102 is submerged in water but cannot enter the stored rice soup part 101, the heating element 4 is heated to boil water and rice in a mixed state, partial starch in the rice is separated out to form rice soup, then the heating element 4 is continuously heated to enable the rice soup to be boiled and upwards gushed to enter the stored rice soup part 101, part of the rice soup in the liner 3 enters the stored rice soup part 101, and part of the rice soup is remained in the bottom area of the liner 3, the rice is independently located on the rice draining soup part 102, the rice soup and the rice are quickly and completely separated, the rice soup takes away the starch in the rice in the separation process, and low-sugar rice is prepared.

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 (10)

1. An inner pot, which is characterized in that: the rice draining device comprises a rice storing part and a rice draining part, wherein a plurality of rice draining holes for draining rice water are formed in the rice draining part, a rice inlet is formed in the rice storing part, and the rice inlet is positioned above the upper end face of the bottom of the rice draining part.

2. An inner pan as claimed in claim 1, wherein: the rice inlet is positioned on the side surface of the stored rice soup part, and/or a rice inlet column is arranged on the stored rice soup part, and the rice inlet is positioned on the rice inlet column.

3. An inner pan as claimed in claim 2, wherein: the distance between the rice water inlet and the upper end face of the bottom of the rice water draining part in the vertical direction is H, and H is more than or equal to 5 mm.

4. An inner pan as claimed in claim 1, wherein: the rice draining part is arranged on the side surface of the rice draining part, and the rice draining part at least surrounds a part of the rice draining part, or the rice storing part at least surrounds a part of the rice draining part.

5. An inner pan as claimed in claim 1, wherein: the rice storage soup part is positioned in the middle of the inner pot, and the rice draining soup part is arranged outside the rice storage soup part in a wrapping mode.

6. An inner pan as claimed in claim 1, wherein: the rice draining soup part is positioned in the middle of the inner pot, and the rice storage soup part is arranged outside the rice draining soup part in a wrapping manner.

7. An inner pan as claimed in claim 1, wherein: the rice storage soup part and the rice draining soup part are arranged into an integral structure or a split structure.

8. An inner pot, which is characterized in that: the rice draining device comprises a rice storing part and a rice draining part, wherein a plurality of rice draining holes for draining rice water are formed in the rice draining part, a rice feeding part is arranged on the rice storing part, and the upper end face of the rice feeding part is positioned above the upper end face of the bottom of the rice draining part.

9. An inner pan as claimed in claim 8, wherein: the distance between the upper end surface of the rice juice inlet part and the upper end surface of the bottom of the rice juice draining part in the vertical direction is H1, and H1 is more than or equal to 5 mm.

10. The utility model provides a boiler, includes the inner bag, and the inner bag is installed in the a kind of deep pot body, its characterized in that: further comprising an inner pan as claimed in any one of claims 1 to 9, the inner pan being removably mounted within the inner pan;

the rice water heating device further comprises a heating element for heating, when the rice water in the inner container is boiled, at least part of the rice water in the inner container is flushed upwards and enters the rice water storage part, and at least part of the rice water is remained at the bottom of the inner container.

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