JP5586075B1 - Cooking partition container for rice cooker - Google Patents

Abstract

An object of the present invention is to provide a cooking partition container for a rice cooker which is provided in an inner pot of a rice cooker and can separately cook hard rice and soft rice.
A cooking partition container for a rice cooker that is hung on an upper edge of an inner pot of a rice cooker, the cooking partition container for the rice cooker comprising: a cylindrical container with a bowl; And a bottom-up adjustment plate inserted into the inside of the container, and the cylindrical container with a bowl has an outer diameter dimension of about 1/2 of the inner pot of the rice cooker and is within the depth dimension of the inner pot. A cylindrical container part that fits into the outer wall, a partition wall with a plurality of water passage holes smaller than rice grains is formed on the outer peripheral surface, and a bottom-up adjusting plate is moved up and down on the inner surface to be locked The upper end portion is formed with a bowl-shaped flange portion having the same outer dimensions as the upper edge of the inner pot of the rice cooker, and a plurality of vent holes are provided in an arc shape on the upper surface to raise the bottom. The adjusting plate forms a disc-shaped outer diameter that can move up and down inside the cylindrical container with a hook, and a plurality of smaller plates than rice grains. A water hole is provided.
[Selection] Figure 1

Description

  The present invention relates to a cooking partition container for a rice cooker that is provided in an inner pot of a rice cooker and can cook hard rice and soft rice at the same time.

  Conventionally, as a method of separately cooking hard rice and soft rice with a single rice cooker, the amount of water in the rice cooker divided by providing a partition plate (partition) in the inner pot of the rice cooker A method of separately cooking hard rice and soft rice by increasing or decreasing each, and flowing the amount of water in the inner pot of the rice cooker, and by increasing or decreasing the amount of rice grains, the hard rice and soft rice It is known that the rice is cooked at the same time, and many proposals have been made regarding these methods, which are well-known techniques.

  As a suggestion to separately cook hard rice and soft rice by increasing or decreasing the water content of the rice cooker divided by providing a partition plate (partition wall) in the inner pot of the rice cooker, for example, "Rice cooker divider" formed so that the bottom contact ridge line part and the left end part, the right end part, and the ridge line part of the partition surface of the divider main body are in close contact with the bottom surface and the inner wall surface of the inner pot (see Patent Document 1) Has been proposed.

  However, the proposal of such a “rice cooker divider” uses a means to bisect the inner pot of the rice cooker with the partition plate, so that the accuracy of the parts that the rice cooker inner pot and the partition plate are in close contact with each other is required. Therefore, there is a concern that the manufacturing cost will rise, and there is a problem that the function of cooking the inner pot of the rice cooker does not reach the partition plate side of the cooked rice in the center.

  In addition, a “pot” (see Patent Document 2) in which an inner pot that solves the above problems is partitioned into a plurality of independent sections has been proposed.

  However, since the proposal of the “kettle” employs a means in which the inner pot and the partition plate of the rice cooker are integrally molded, there is a concern that the manufacturing cost will rise due to the difficulty in processing the inner surface of the inner pot. However, there is a problem that it takes time for washing work when used in a general household.

  On the other hand, as a proposal for separately cooking hard rice and soft rice by flowing the amount of water in the inner pot of the rice cooker and increasing / decreasing the amount of rice grains, for example, a rice cooking pot for adding white rice and water There has been proposed a “rice cooker” (see Patent Document 3) including a vertical partition plate having a water passage hole that divides the inner space into a plurality and allows water penetrating in the thickness direction to pass through but substantially blocks rice grains.

  However, the proposal of such a “rice cooker” is one that does not have a means by which the vertical partition plate itself can stand independently when it is used by dividing the inner pot of the rice cooker by the vertical partition plate. Further, the apparatus includes a vertical wall for dividing the inner space of the rice cooking pot into which white rice and water are put, and an inner pot having a water passage hole that allows water passing through the vertical wall in the horizontal direction to pass through but substantially blocks rice grains. The structure is limited to the amount of rice grains stored in the capacity of the inner rice pot, and hard rice and soft rice are cooked, so the ratio of the amount of rice cooked between hard rice and soft rice is the capacity of the inner rice pot Therefore, there is a problem that the amount of cooked rice cooked in the inner core pot cannot be set freely for the user.

  As a proposal to solve the problem that the amount of rice cooking cannot be set freely, a partition plate using a hinge mechanism is attached to a predetermined separation position, and the rice to be cooked is put in a pan and water is added and subtracted. "Rice cooker, rice cooker pan partition plate and rice cooking method" (see Patent Document 4), which can adjust the hardness of the cooked rice by increasing or decreasing the amount of cooked rice with the partition plate as the boundary, is proposed. Has been.

  However, the proposal of such “rice cooker, rice cooker pan partition plate and rice cooking method” uses the influence of the water flow, water pressure, steam pressure, foam generation, etc. on the inner pot rice cooking function during rice cooking, and the hinge mechanism. Since there is a possibility that the partition plate will move away from the inner wall of the inner pot due to the fact that the fixing means on the diagonal line of the partition plate that has been established has not been established, the isolation of the cooked rice to be partitioned is ensured There was a problem that it was not done.

  In addition, a “rice-cooking simultaneous rice cooking partition according to hardness” (see Patent Document 5) similar to the cooking partition container for the rice cooker of the present invention has been proposed.

  However, the proposal of such a “separate rice cooker with different hardness” is to set the partition plate that does not allow water to pass through the rice and change the amount of rice inside and outside the partition. It is a rice-separated divider that can cook two different types of rice at the same time, and when you want to reduce the amount to be divided by one third, it is 120 degrees, and when you want to make it one fourth, it is 90 The suggestion that the amount of cooking can be set easily because it can be opened at any time is the same as the above proposal, the influence on the cooking function of the inner pot such as water flow, water pressure, steam pressure, foam generation, etc. during cooking In addition, there is a possibility that the partition plate may move away from the inner wall of the inner hook due to the fact that the fixing means on the diagonal line of the partition plate using the hinge mechanism has not been established. The isolation of cooked rice is not surely performed It was that there is a problem point.

  In addition, since the shape of the bottom of the kettle is different depending on the type of rice cooker, if the partition plate of claim 1 cannot be used, the strip-shaped partition plate is used standing up in a cylindrical shape and passing water. Proposal that you can change the amount of cooking by adjusting the size of the cylinder by shifting the hooking position by hooking the two vertical sides of the partition plate so that it will get caught in the hole that is opened Is not equipped with a means to suppress rattling by abutting the open / close lid of the rice cooker, the influence on the cooking function of the inner pot such as water flow, water pressure, steam pressure, foam generation during rice cooking, and the hinge mechanism Since the fixing means of the partition cylinder used was not established, there existed a problem that isolation | separation of the to-be-cooked rice to be partitioned was not performed reliably.

  The present applicant is limited to the increase and decrease in the amount of water and the amount of rice grains in the inner pot of the conventional rice cooker as described above, and pays attention to the structure of the partition plate that cooks hard rice and soft rice. The partition wall of the partition container provided in the inner pot of the rice cooker under the idea that hard rice and soft rice cannot be cooked at the same time without affecting the cooking function of the inner pot of the cooker. Developed a cooking partition container for rice cookers that can cook hard rice and soft rice at the same time using a bottom-up adjustment plate, leading to the proposal of a `` cooking partition container for rice cookers '' in the present invention. is there.

Japanese Utility Model Publication No. 5-21828 Japanese Utility Model Publication No. 6-38817 JP-A-7-322951 JP 2007-236599 A Japanese Patent Laid-Open No. 2001-17316

  In view of the above problems, the present invention aims to provide a cooking partition container for a rice cooker that is provided in an inner pot of a rice cooker and can cook hard rice and soft rice at the same time. To do.

  A cooking partition container for a rice cooker according to the present invention is made in order to solve the above-mentioned problem, and is a cooking partition container for a rice cooker that is hung on an upper edge of an inner pot of the rice cooker. The cooking and dividing partition container for cooking equipment is composed of a cylindrical container with a bowl and a bottom-up adjusting plate inserted into the inside of the cylindrical container with a bowl, and the cylindrical container with a bowl is an inner pot of a rice cooker. A cylindrical container part that fits within the depth of the inner pot, and a partition wall with a plurality of water holes smaller than rice grains is formed on the outer peripheral surface. And a hook-like flange portion having the same outer dimensions as the upper edge of the inner pot of the rice cooker is formed at the upper end portion of the inner surface. And a plurality of ventilation holes are formed in an arc shape on the upper surface, and the bottom-up adjusting plate is A disk-shaped outer diameter that can be moved up and down is formed inside the cylindrical container, and a plurality of water holes smaller than rice grains are provided, and the bottom-up adjusting plate is moved up and down to move the bottomed cylinder By adjusting the positional relationship between the amount of rice grains stored in the container and the surface of the water, measures are taken to simultaneously cook hard rice and soft rice.

  Moreover, the cooking partition container for rice cookers of this invention takes the means which provided the some cutting slit groove | channels from which an outer diameter dimension differs in the circular arc shape on the upper surface of the bowl-shaped flange part of the said cylindrical container with a bowl.

Moreover, the cooking partition container for the rice cooker of the present invention is a cooking partition container for the rice cooker sandwiched between the bottom of the inner pot of the rice cooker and the open / close lid, and the cooking partition container for the rice cooker is a rimmed cylinder. and Jo container, a raised bottom adjustment plate which is inserted into the inside of the rim with cylindrical container, a backlash pressing cushion in which the upper end of the framed cylindrical container is fitted, in the configuration, the framed cylindrical container Has an outer diameter of about 1/2 of the inner pot of the rice cooker, forms a cylindrical container portion that fits within the depth dimension of the inner pot, and has a plurality of water holes smaller than rice grains on the outer peripheral surface. A partition wall is formed, and an inner surface is provided with a locking means on which the bottom-up adjusting plate moves up and down to be locked, an upper edge is formed with a ring-shaped edge, and a lower edge is formed. Is formed by surrounding a plurality of communication holes that open downward, and the bottom-up adjusting plate is disposed on the inside of the edged cylindrical container A cylindrical soft synthetic resin that forms a disk-shaped outer diameter that can be moved downward and that has a plurality of water passage holes smaller than rice grains, and that the backlash buffer is in contact with the open / close lid of the rice cooker is formed from a material, the upper part upward plurality circumferentially on the outer periphery of the vent hole of the tip opened is tapered, the lower part is fitted are so shaped edge ring of the edge with the cylindrical container A means is formed by forming a locking fitting part capable of moving up and down.

  According to the cooking partition container for the rice cooker of the present invention, a means provided with a partition wall and a bottom-up adjusting plate, which is provided in the inner pot of the rice cooker and has a function of separately cooking hard rice and soft rice, is adopted. Therefore, since the close function of the manufactured parts is not required, the manufacturing cost is reduced, and the partition container itself has a simple structure, so that rice cooking work and washing work can be easily performed. There are excellent effects.

  Moreover, according to the cooking partition container for the rice cooker of the present invention, the cooking partition container for the rice cooker made of synthetic resin is provided with wave-like or protrusion-like locking means by injection molding processing, and the molding processing of the main body and Since it can process simultaneously, it produces the outstanding effect that the division | segmentation container main body itself can be manufactured with a very cheap processing means.

  Moreover, according to the cooking partition container for the rice cooker of the present invention, the periphery of the rice grains is isolated in a state where there is no stress at all by forming the partition wall provided with water holes on the outer peripheral surface of the cylindrical container part. Therefore, there exists an outstanding effect that the inner pot rice cooking function of a rice cooker functions to the whole rice grain in a rice cooker.

  Moreover, according to the cooking partition container for the rice cooker of the present invention, the amount of rice cooked by the vertical movement of the bottom raising adjustment plate inserted inside the cylindrical container portion provided in the inner pot of the rice cooker is increased. Since it can be changed, it has an excellent effect that the food to be cooked can be surely isolated without affecting the cooking function of the inner pot such as water flow, water pressure, steam pressure, and foam generation during cooking.

  In addition, according to the cooking partition container for the rice cooker of the present invention, the amount of cooked rice can be changed greatly by moving the bottom-up adjustment plate up and down, and the amount of cooked rice can be changed freely between hard rice and soft rice. Excellent effect that can be set.

  Moreover, according to the cooking partition container for the rice cooker of the present invention, a means in which a plurality of cutting slit grooves having different outer diameters are provided in an arc shape on the upper surface of the bowl-shaped flange portion of the bowl-shaped cylindrical container is adopted. Therefore, since it can be attached to a rice cooker in use that has already been sold, it can be sold as an optional kitchen utensil.

  In addition, according to the cooking partition container for the rice cooker of the present invention, since the structure of suppressing the play of the cooking partition container for the rice cooker is adopted by being sandwiched between the bottom of the inner pot of the rice cooker and the open / close lid, it has already been adopted. Since it can be attached to a rice cooker currently in use by retrofitting, it can be sold as an optional kitchen utensil.

It is explanatory drawing which shows embodiment of Claim 1 in the cooking partition container for rice cookers of this invention. Example 1 It is explanatory drawing which shows embodiment of Claim 2 in the cooking division partition container for rice cookers of this invention. (Example 2) It is explanatory drawing which shows embodiment of Claim 3 in the cooking partition container for rice cookers of this invention. (Example 3) It is explanatory drawing which shows embodiment of the latching means in the cooking partition container for rice cookers of this invention.

  The present invention is a cooking partition container 10 for a rice cooker that is hung on the upper edge of the inner pot K of the rice cooker R, and the cooking partition container 10 for the rice cooker includes a cylindrical container 20 with a bowl, And a bottom-up adjustment plate 30 that is inserted into the inner side of the cylindrical container 20 with a bowl. In addition, a cylindrical container portion 21 that fits within the depth dimension of the inner pot K is formed, a partition wall 29 having a plurality of water holes 22 smaller than the rice grain R is formed on the outer peripheral surface, and an inner surface is formed on the inner surface. The bottom raising adjustment plate 30 is moved up and down to form a locking means 25 to be locked, and the upper end portion is formed with a bowl-shaped flange portion 23 having the same outer dimensions as the upper edge of the inner pot K of the rice cooker S. In addition, a plurality of vent holes 24 are formed in an arc shape on the upper surface, and the bottom-up adjusting plate 30 The greatest feature is that a disk-shaped outer diameter capable of moving up and down is formed on the inner side, and a plurality of water passage holes 31 smaller than the rice grains R are provided. Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  In addition, the cooking partition container 10 for the rice cooker in this invention is not limited to the Example described below, In the range of the technical idea of this invention, ie, the shape and dimension which can exhibit the same effect. It can be appropriately changed within the range.

Drawing 1 is an explanatory view showing the embodiment of Claim 1 in the cooking division partition for rice cookers of the present invention.
FIG. 1A shows an exploded perspective view, and FIG. 1B shows a cross-sectional explanatory view.
A cooking partition container 10 for a rice cooker according to the present invention is integrally formed of a stainless steel material and a synthetic resin material, and includes a cylindrical container 20 with a ridge and a bottom-up adjusting plate 30 provided inside the cylindrical container 20 with a ridge. The surface is coated with fluorine processing, Teflon (registered trademark) processing, or the like, and is provided with a means for preventing sticking of the cooked rice grains R.

  The bowl-shaped cylindrical container 20 has an outer diameter dimension that is approximately ½ of the inner pot K of the rice cooker S, and is shaped to fit within the depth dimension of the inner pot K and the bowl-shaped container portion 21. A flange portion 23 is formed.

The cylindrical container portion 21 is a space in which the rice grains R are isolated and stored, and a partition wall 29 provided with a plurality of water holes 22 smaller than the rice grains R is formed on the outer peripheral surface, and a bottom-up adjusting plate is formed on the inner surface. A locking means 25 is formed to be locked by moving up and down 30. A flange-like flange portion 23 is formed at the upper end portion, and a plurality of vent holes 24 are formed in an arc shape on the upper surface. Is done.
In addition, as a material to be formed, a deep drawing process using a metal plate and an injection molding process using a synthetic resin are common in terms of manufacturing cost. However, it may be formed by a cloth provided with a frame or a resin net. Is possible. Furthermore, it is considered that the formation of a stainless steel wire mesh with a frame is optimal in terms of water permeability, robustness, wear resistance, and safety and hygiene.

  The water passage hole 22 is formed by providing a plurality of holes smaller than the rice grains R on the outer peripheral surface of the cylindrical container portion 21, and is formed in a shape that allows the water W in the rice cooker S to pass but blocks the rice grains R. .

  The bowl-shaped flange portion 23 is formed on the upper end portion of the cylindrical container portion 21 with the same outer dimensions as the upper edge of the inner pot K of the rice cooker S. It is formed in a shape that is hooked to the edge.

  The vent hole 24 is formed in an arc shape on the upper surface of the bowl-shaped flange portion 23 formed at the upper portion of the cylindrical container portion 21, and assists the flow of steam generated during the cooking of the rice cooker S. It is formed in the shape used as a handle when taking out the cooking partition container 10 for rice cookers.

  The locking means 25 is formed in a shape in which the bottom raising adjustment plate 30 is moved up and down on the inner side surface of the cylindrical container portion 21, and the shape thereof has an embodiment shown in FIG. It is formed.

  The partition wall 29 is formed by providing a plurality of water passage holes 22 smaller than the rice grains R on the outer peripheral surface of the cylindrical container portion 21, and is formed in a shape that allows the water W to pass but blocks the rice grains R. Although not shown in the figure, rice can be cooked with finer moisture adjustment by providing a partition plate appropriately divided in the cylindrical container portion 21 so as to be detachable. Furthermore, since the partition wall 29 provided with the water passage hole 22 is formed on the outer peripheral surface of the cylindrical container portion 21, the periphery of the rice grain R is isolated without any stress. It has an unprecedented function that the pot cooking performance functions on the entire rice grain R in the rice cooker S.

  The bottom raising adjustment plate 30 is formed of a stainless steel material and a synthetic resin material, forms a disc-shaped outer diameter that can move up and down inside the tubular container 20 with a flange, and has a plurality of water holes smaller than the rice grain R. 31 is formed. Further, the bottom raising adjustment plate 30 moves up and down in the cylindrical container portion 21 to cause the water W in the inner pot K of the rice cooker S to flow, and by adjusting the position of the rice grains R below the surface of the water, the hard rice And rice can be cooked at the same time. Furthermore, the amount of rice cooked can be changed greatly by moving the bottom-up adjustment plate 30 up and down, and the amount of rice cooked with hard rice and soft rice can be freely set.

FIG. 1C is a cross-sectional explanatory view showing the usage state.
The cooking partition container 10 for the rice cooker of the present invention shown in the figure is formed by a stainless steel deep drawing process or an injection molding process using a synthetic resin, and the cooking partition container 10 itself for a rice cooker is integrally molded. Therefore, it is formed in a simple shape that is structurally simple and easy to use.

The use state of the cooking partition container 10 for the rice cooker of this invention is demonstrated below.
(1) Prepare the inner pot K of the rice cooker S and the hard rice grains R and the soft rice grains R, which have been washed in advance, separately.
(2) The quantity of the washed soft rice grain R is put into the inner pot K of the rice cooker S.
(3) The quantity of the washed hard rice grains R is put into the cylindrical container portion 21 of the cooking partition container 10 for the rice cooker of the present invention that is hung on the upper edge of the inner pot K of the rice cooker.
(4) Water W is applied in accordance with the amount of the soft rice grain R introduced into the inner pot K of the rice cooker S.
(5) Move the bottom adjustment plate 30 in the cylindrical container portion 21 that is hooked on the upper edge of the inner pot K of the rice cooker S according to the water level L of the inner pot K of the rice cooker S to move up and down the hard rice grains Adjust the position of R below the water surface.
(6) If further fine adjustment is required, finely adjust the amount of hard rice grain R from the amount of soft rice grain R.
(7) Close the open / close lid F of the rice cooker S and switch on the rice cooker S.
(8) After cooking, the cooked partition container 10 for the rice cooker of the present invention is turned upside down and the hard rice is transferred to the inner pot K of the rice cooker S.
(9) Serve rice with hard rice and soft rice with rice paddies according to your preference.

The cooking partition container 10 for the rice cooker of the present invention configured as described above causes the water W in the inner pot K of the rice cooker S to flow and keeps the water level constant, and adjusts the position of the rice grain R below the surface of the water. It is possible to cook hard rice and soft rice at the same time.
Moreover, the cooking partition container 10 for rice cookers of this invention is the amount of rice cooking which cooks by the up-and-down movement of the bottom raising adjustment board 30 inserted inside the cylindrical container part 21 provided in the inner pot K of the rice cooker S. The amount of rice can be greatly changed, and the amount of cooked rice can be set freely for hard rice and soft rice.

FIG. 2 is explanatory drawing which shows embodiment of Claim 2 in the cooking partition container for rice cookers of this invention.
2A shows an exploded perspective view, and FIG. 2B shows a cross-sectional explanatory view.
The cooking partition container 10 for a rice cooker according to the present invention is composed of a bowl-shaped cylindrical container 20 and a bottom-up adjusting plate 30 provided in the bowl-shaped cylindrical container 20. A plurality of cutting slit grooves 26 having different outer diameters are formed in an arc shape on the upper surface of the flange-shaped flange portion 23.

  The cutting slit groove 26 is formed in an arc shape having different outer diameters on the upper surface of the bowl-shaped flange portion 23, and is used by being arbitrarily cut according to the outer diameter of the inner pot K of the existing rice cooker S. .

FIG. 2 (c) is a cross-sectional explanatory view showing the usage state.
The use state of the cooking partition container 10 for the rice cooker of this invention is demonstrated below.
(1) The cooking partition container 10 for a rice cooker that cuts the cutting slit groove 26 of the bowl-shaped flange portion 23 of the bowl-shaped cylindrical container 20 and matches the outer diameter of the inner pot K of the rice cooker S to be used. Prepare.
(2) Separately prepare the quantity of the hardened rice grains R and the quantity of the softened rice grains R in the inner pot K of the rice cooker S.
(3) The quantity of the washed soft rice grain R is put into the inner pot K of the rice cooker S.
(4) The quantity of the washed hard rice grain R is put into the cylindrical container part 21 of the cooking partition container 10 for the rice cooker of the present invention.
(5) Water W is applied in accordance with the amount of the soft rice grain R introduced into the inner pot K of the rice cooker S.
(6) The bottom raising adjustment plate 30 in the cylindrical container portion 21 is moved up and down in accordance with the water level L of the inner pot K of the rice cooker S to adjust the position of the hard rice grain R below the water surface.
(7) If further fine adjustment is required, finely adjust the amount of hard rice grain R from the amount of soft rice grain R.
(8) Close the open / close lid F of the rice cooker S and switch on the rice cooker S.
(9) When cooked, the cooked partition container 10 for the rice cooker of the present invention is turned upside down and the hard rice is transferred to the inner pot K of the rice cooker S.
(10) Use rice paddies to serve hard and soft rice in a bowl according to your preference.

  The cooking partition container 10 for the rice cooker of the present invention configured as described above is also used in the rice cooker S that is already being used by providing the cutting slit groove 26 on the upper surface of the bowl-shaped flange portion 23. Since it can be attached, it can be sold as an optional kitchen utensil.

FIG. 3 is explanatory drawing which shows embodiment of Claim 3 in the cooking partition container for rice cookers of this invention.
3A shows an exploded perspective view, and FIG. 3B shows a cross-sectional explanatory view.
The present invention is a cooking partition container 10 for a rice cooker sandwiched between the bottom of the inner pot K of the rice cooker S and the open / close lid F. It is comprised by the bottom raising adjustment plate 30 inserted by the inner side of this edged cylindrical container 27, and the backlash buffer 40 by which the upper end part of this edged cylindrical container 27 is fitted, and the edged cylindrical container 27 is rice cooking. A cylindrical container portion 21 that has an outer diameter dimension of about 1/2 of the inner pot K of the vessel S and that fits within the depth dimension of the inner pot K is formed. A partition wall 29 provided with a water hole 22 is formed, and a locking means 25 is provided on the inner surface to lock the bottom raising adjusting plate 30 by moving up and down, and an annular edge 28 is provided at the upper end. The bottom adjustment plate 30 is formed by forming a plurality of communication holes 43 that open downward at the lower end. In addition, a disc-shaped outer diameter that can move up and down is formed inside the rimmed cylindrical container 27, and a plurality of water holes 31 smaller than the rice grain R are provided, and the surface is fluorinated or Teflon (registered trademark) processed Etc. and is formed with means for preventing sticking of the cooked rice grains R. The backlash buffer 40 is formed of a cylindrical soft synthetic resin material that comes into contact with the opening / closing lid F of the rice cooker S, and has a plurality of air holes 41 that are open at the top and tapered at the top. In the lower part, an engagement fitting part 42 that can be moved up and down is formed by fitting the ring-like edge part 28 of the cylindrical container 27 with an edge.

  The cylindrical container 27 with a rim has an outer diameter dimension that is approximately ½ of the inner pot K of the rice cooker S, and forms a cylindrical container portion 21 that fits within the depth dimension of the inner pot K, and is formed on the outer peripheral surface. Is formed with a partition wall 29 provided with a plurality of water passage holes 22, provided with locking means 25 on the inner surface for locking the bottom-up adjustment plate 30 by moving up and down, and at the upper end with a ring-shaped edge A portion 28 is formed, and a plurality of communication holes 43 are formed around the lower end portion so as to open downward.

  In the case of metal, the ring-shaped edge portion 28 is formed by being folded back into a curl shape, and in the case of synthetic resin, the ring-shaped edge portion 28 is formed into a spherical edge shape, and the engagement fitting portion 42 of the backlash buffer 40. It is formed in the shape which prevents the backlash | gap by the attachment of the cooking partition container 10 for the rice cooker of this invention in the rice cooker S.

  The backlash buffer 40 is formed of a cylindrical soft synthetic resin material that comes into contact with the open / close lid F of the rice cooker S, and has a plurality of air holes 41 that are open at the top and tapered at the top. In the lower part, an engagement fitting part 42 that can be moved up and down is formed by fitting the ring-like edge part 28 of the tubular container 27 with an edge.

  The engagement fitting portion 42 is fitted with the ring-shaped edge portion 28 provided at the upper end portion of the cylindrical container portion 21, and the cooking partition container 10 for the rice cooker of the present invention in the rice cooker S is attached. It is formed in a shape that prevents backlash.

FIG. 3 (c) is a cross-sectional explanatory view showing the usage state.
The use state of the cooking partition container 10 for the rice cooker of this invention is demonstrated below.
(1) Prepare the inner pot K of the rice cooker S and the hard rice grains R and the soft rice grains R, which have been washed in advance, separately.
(2) The quantity of the washed soft rice grain R is put into the inner pot K of the rice cooker S.
(3) The quantity of the washed hard rice grains R is put into the cylindrical container portion 21 of the cooking partition container 10 for the rice cooker of the present invention placed on the bottom of the inner pot K of the rice cooker S.
(4) Water W is applied in accordance with the amount of the soft rice grain R introduced into the inner pot K of the rice cooker S.
(5) The bottom raising adjustment plate 30 in the cylindrical container portion 21 is moved up and down in accordance with the water level L of the inner pot K of the rice cooker S to adjust the position below the surface of the hard rice grain R.
(6) If further fine adjustment is required, finely adjust the amount of hard rice grain R from the amount of soft rice grain R.
(7) Close the open / close lid F of the rice cooker S and switch on the rice cooker S.
(8) When cooked, the cooker partition container 10 for the rice cooker of the present invention is turned upside down and the hard rice is transferred to the inner pot K of the rice cooker S.
(9) Serve rice with hard rice and soft rice with rice paddies according to your preference.

  The cooking partition container 10 for the rice cooker of the present invention configured as described above is arbitrarily adjusted by the locking means 25 according to the type of the rice cooker S in which the cylindrical container portion 21 and the backlash buffer 40 are in use. Since it can be attached to the rice cooker S in use that has already been sold, it can be sold as an optional kitchen utensil.

FIG. 4 is explanatory drawing which shows embodiment of the latching means in the cooking partition container for this invention rice cookers.
FIG. 4 (a) shows an embodiment of the locking means 25.
It is provided in the cooking partition container 10 for a metal rice cooker, and is provided with extremely inexpensive processing means because it can be processed simultaneously with the molding of the main body by providing a wave-like locking means 25 by press molding. The

FIG. 4B shows another embodiment of the locking means 25.
It is provided in the cooking partition container 10 for a metal rice cooker, and the metal material can be reliably locked by providing the locking means 25 by rivet crimping.

FIG. 4 (c) shows another embodiment of the locking means 25.
It is provided in the dividing partition container 10 for a synthetic resin rice cooker. By providing the protrusion locking means 25 by injection molding, it can be processed simultaneously with the molding of the main body, so it is an extremely inexpensive processing means. Provided.

FIG. 4 (d) shows another embodiment of the locking means 25.
It is provided in the dividing partition container 10 for the rice cooker made of synthetic resin. By providing the protrusion-bottomed locking means 25 by injection molding, it can be processed simultaneously with the molding of the main body, so that it is extremely inexpensive processing means. Provided in.

  The cooking partition container 10 for the rice cooker of the present invention configured as described above has locking means 25 having various shapes formed inside the cylindrical container portion 21 and is inserted into the locking means 25. The amount of cooked rice can be changed greatly by moving the bottom-up adjustment plate 30 up and down, and the amount of cooked rice can be set freely for hard rice and soft rice.

  The cooking partition container for the rice cooker of the present invention has a partition wall provided with a water passage hole, which does not affect the cooking function of the inner pot such as water flow, water pressure, steam pressure, foam generation, etc. during cooking. In addition to being able to ensure isolation, the amount of cooked rice can be greatly changed by moving the bottom-up adjustment plate up and down, and the amount of cooked rice can be set freely for hard and soft rice. It is understood that the industrial applicability of “cooking partition containers” is extremely high.

DESCRIPTION OF SYMBOLS 10 Cooking division partition container for rice cookers 20 Cylindrical container 21 Tubular container part 22 Water passage hole 23 Flange-shaped flange part 24 Vent hole 25 Locking means 26 Cutting slit groove 27 Cylindrical container 28 with a ring Edge 29 Partition wall 30 Bottom raising adjustment plate 31 Water hole 40 Backlash buffer 41 Vent hole 42 Locking fitting part 43 Communication hole S Rice cooker F Opening lid K Inner pot W Water L Water level R Rice grain B Rivet

Claims (3)

It is a cooking partition container for a rice cooker hung on the upper edge of the inner pot of the rice cooker,
The cooking partition container for the rice cooker is composed of a cylindrical container with a bowl and a bottom-up adjusting plate that is fitted inside the cylindrical container with a bowl,
The cylindrical container with a bowl has an outer diameter of about 1/2 of the inner pot of the rice cooker, and forms a cylindrical container portion that fits within the depth dimension of the inner pot.
Form a partition wall with a plurality of water holes smaller than rice grains on the outer peripheral surface,
On the inner surface, the bottom raising adjustment plate is moved up and down to form a locking means to be locked,
The upper end portion is formed with a bowl-shaped flange portion having the same outer dimensions as the upper edge of the inner pot of the rice cooker, and a plurality of vent holes are provided in an arc shape on the upper surface,
The bottom raising adjustment plate is formed by forming a disc-shaped outer diameter that can move up and down inside the cylindrical container with a flange, and is provided with a plurality of water holes smaller than rice grains,
Cooking the hard rice and the soft rice at the same time by adjusting the positional relationship between the amount of rice grains stored in the cylindrical container with a bowl and the water surface by moving the bottom raising adjustment plate up and down Cooking partition container for rice cooker characterized by being capable of cooking.   2. The cooking partition container for a rice cooker according to claim 1, wherein a plurality of cutting slit grooves having different outer diameters are provided in an arc shape on an upper surface of the bowl-shaped flange portion of the cylindrical container with a bowl. A cooking container for a rice cooker sandwiched between the bottom of the inner pot of the rice cooker and the open / close lid,
The cooking partition container for the rice cooker includes an edged cylindrical container, a bottom adjustment plate inserted into the inner side of the edged cylindrical container, a backlash buffer body into which the upper end of the edged cylindrical container is fitted, Consists of
The rimmed cylindrical container has an outer diameter dimension that is approximately ½ of the inner pot of the rice cooker, and forms a cylindrical container portion that fits within the depth dimension of the inner pot.
Form a partition wall with a plurality of water holes smaller than rice grains on the outer peripheral surface,
The inner surface is provided with a locking means for locking the bottom raising adjustment plate by moving up and down,
Form a ring-shaped edge at the upper end,
The lower end is formed with a plurality of communication holes that open downward,
The bottom raising adjustment plate is formed by forming a disc-shaped outer diameter that can move up and down inside the edged cylindrical container and providing a plurality of water holes smaller than rice grains,
The backlash buffer is formed of a cylindrical soft synthetic resin material that comes into contact with the open / close lid of the rice cooker,
The upper part has a plurality of vent holes on the outer periphery that are open at the top and have a tapered tip.
2. The rice cooker according to claim 1, wherein the lower portion is formed with an engaging fitting portion that is fitted with an annular edge portion of the cylindrical container with an edge and is movable up and down. Partition container.

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