JP2013233237A - Miso dissolving device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a Miso dissolving device that can surely dissolve Miso (a Japanese seasoning).SOLUTION: At a fixing part 2 of a lower part of a grip part 1, two kinds of a coil spring-shaped external cutting dissolution member 3 and an inside-cutting dissolution member 4 having large and small diameters are disposed in substantially the same shaft, and a melt extrusion member 5 having a height corresponding to a length of the most shortening time of the external cutting dissolution member 3 and the inside-cutting dissolution member 4 is disposed in an inside of the inside-cutting dissolution member 4 and a lower side of the fixing part 2, the grip part 1 is added with pressure from an upper side, thereby to pressure the external cutting dissolution 3 and the inside-cutting dissolution member 4 to extrude Miso put in the inside-cutting dissolution member 4 from a gap of springs of the external cutting dissolution member 3 and the inside-cutting dissolution member 4 to the outside.

Description

  The present invention relates to a miso melting tool.

  2. Description of the Related Art Conventionally, various cooking utensils have been proposed as a cooking utensil that is poured out from a container in which miso is stored and dissolved in hot water. For example, one side edge of the rice cake-shaped scooping portion is extended upward at one end of the ladle, and a plurality of miso-melting long holes are provided in the extending portion, so that the miso is sprinkled from the miso container with the ladle and left in the pan. Dissolve the small chunks of miso sprinkled with hot water gradually with hot water while crushing it with chopsticks, etc. And at this time, undissolved several miso on one side edge of the bowl-shaped scoop on one side There is a long hole portion for use, and there is a work in which a small lump of miso sprinkled with a ladle is melted in the hot water by crushing the small lump while crushing the small lump in the hot water. (For example, see Patent Document 1)

  Moreover, while putting the miso into the receiving part having a mesh-like container as used in Patent Document 2, immersing a small piece of miso in hot water, while pressing the miso in the container with a spoon or a ladle It was common to break down and dissolve.

  Furthermore, in the technique described in Patent Document 3, a press plate that is slidably fitted to the inner periphery of the cylinder having a filling port formed at the tip thereof, and semi-solid materials such as miso pressed by the press plate 5 are Semi-solid matter is projected from a plurality of discharge ports formed on the peripheral surface of the body, and, as in Patent Document 3, the miso is made into a thin thread shape, and the composition is pushed out in hot water to perform efficient miso melting. Yes.

Utility Model Registration No. 3103504 Utility Model Registration No. 3051953 JP 2011-188966 A

According to Patent Document 1, a small chunk of miso is gradually melted with hot water while breaking with chopsticks, etc. And at this time, one side edge of the bowl-shaped scooping portion is extended upward at one end of the ladle. There are a plurality of miso-melting long holes in the extension, and the small pieces of miso brewed with the ladle are melted in the hot water while crushing the small balls from the long hole for miso Do work.
However, the process of melting miso with chopsticks is not easy because it is inefficient and time-consuming because it is performed by looking for small chunks of miso in a bowl containing hot water with a thin chopstick tip.

Moreover, when it extrudes linearly from the net | network of the bottom of the spoon or the net-shaped container of a ball of patent document 2 etc., the surface will melt | dissolve in hot water, it will lose viscosity, and it will collapse sequentially, and the whole linear form will melt | dissolve in hot water.
However, the miso of the portion that was not pressed with the spoon or ladle is melted by being pressed and melted by being pressed against the bottom of the net several times at the bottom of the spoon or ladle, and melted by being pushed out into a line from the mesh There was a part, and there was an annoyance that it was necessary to confirm that the miso was melted and disappeared from the reticulated container by lifting the reticulated container from the hot water several times.

According to Patent Document 3, the degree of melting of miso is good to some extent, but there are many components and it cannot be manufactured inexpensively as kitchenware.
In view of such circumstances, the present invention is intended to provide a miso melting tool that can reliably melt miso while having a simple configuration.

The present invention relates to a miso melting tool,
Two types of coil spring-shaped external cutting and melting members with large and small diameters and internal cutting and melting members are attached to the same shaft on the fixed part below the gripping part, and the shortest of the external cutting and melting members and internal cutting and melting members The melted material extruding member having a height corresponding to the length of time is provided inside the internal cutting and dissolving member and below the fixed portion, and the gripping portion is pressed from above, so that the external cutting and melting member and By compressing the internal cutting / dissolving member, the miso put inside the internal cutting / dissolving member is pushed out through the gap between the external cutting / dissolving member and the spring of the internal cutting / dissolving member.
Further, the present invention is characterized in that an external cutting / dissolving member and an internal cutting / dissolving member that are wound in the reverse direction are used, or the winding pitch or thickness of the external cutting / dissolving member and the internal cutting / dissolving member is changed.
Furthermore, the size of the internal cutting / dissolving member that allows one person to insert the amount of miso can be the size of the external cutting / dissolving member, and the longitudinal cutting having a height corresponding to the length of the inner cutting / dissolving member at the time of shortening. The melting member is suspended from the lower surface of the member to be melted extruding member, or is erected at the lowermost part of the outer cutting melting member and the inner cutting melting member.

According to the above means, the following operation can be obtained.
Two types of coil spring-shaped external cutting / dissolving members having large and small diameters and an internal cutting / dissolving member are attached to the fixed portion at the lower portion of the gripping portion on substantially the same axis. And the to-be-dissolved material extrusion member which has the height corresponded to the length at the time of the minimum shortening of the external cutting melt | dissolution member and an internal cutting melt | dissolution member is provided inside the internal cutting melt | dissolution member and toward the downward direction of a fixing | fixed part. . Therefore, when the gripping part is pressed from above, the external cutting / dissolving member and the internal cutting / dissolving member are compressed, the internal volume of the internal cutting / dissolving member is reduced, and the miso put in the internal cutting / dissolving member is internally cut / dissolved. It is pushed out from the gap of the coil of the member. The miso pushed out from the internal cutting / dissolving member acts to be pushed out of the external cutting / dissolving member so as to be further cut in the gap of the spring of the external cutting / dissolving member interposed outside the internal cutting / dissolving member.

  If the external cutting / dissolving member and the internal cutting / dissolving member are compressed and then the pressure is removed, the length is extended by the elastic force of the external cutting / dissolving member and the internal cutting / dissolving member. At this time, hot water enters the outer cutting and melting member and the inner cutting and melting member, and the miso and hot water are mixed. When the gripping portion is further pressed from above, the outer cutting and melting member and the inner cutting and melting member are compressed, and the hot water and miso that are present inside are removed from the gap between the coils of the inner cutting and melting member while being stirred. Extruded. By repeating the operation of accelerating the melting of the miso and pressing the gripping portion from above a plurality of times, the miso can be easily dissolved.

  Further, when the external cutting and dissolving member and the internal cutting and dissolving member are wound in the reverse direction, the miso pushed out from the internal cutting and dissolving member is further complicatedly cut and melted by the external cutting and dissolving member. Similarly, a vertical cutting and melting member having a height corresponding to the length of the outer cutting and melting member and the inner cutting and melting member is shortened from the lower surface of the material to be melted, or the outer cutting and melting member, By setting it upright at the lowermost part of the cutting and dissolving member, the miso pushed out from the side surface of the coil can be made finer.

According to the miso melting tool of the present invention, the miso can be easily melted by simply pressing the gripping portion up and down in the hot water of the miso melting tool in which the miso is inserted into the internal cutting and melting member. Work can be done. In addition, the miso melting tool according to the present invention has a simple configuration and can produce excellent effects such as being inexpensively produced.
In addition, the miso melting tool of the present invention can be used as a miso melting tool, can also be used as a tool for dissolving sake lees, and further uses a coiled external cutting melting member and an internal cutting melting member in a normal whisk. It has excellent effects such as being usable.

The perspective view of the miso melting tool which concerns on this invention. The side view of the miso melting tool which concerns on this invention. The perspective view of the components which the miso melting tool which concerns on this invention decomposed | disassembled. The principal part expanded sectional view of the miso melting tool which concerns on this invention. The partial expansion decomposition explanatory drawing of a fixing part to the external cutting melt | dissolution member of the miso melting tool which concerns on this invention, and an internal cutting melt | dissolution member. Explanatory drawing which shows the miso melt | dissolution state of the miso melter which concerns on this invention. Explanatory drawing which shows the compression-like body of the external cutting melt | dissolution member of the miso melting tool which concerns on this invention, and an internal cutting melt | dissolution member. Sectional drawing which shows the 2nd Example of the miso melting tool which concerns on this invention. Sectional drawing which shows the 3rd Example of the miso melting tool which concerns on this invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.
1 to 6 show Embodiment 1 of the present invention. In the present invention, two types of coil spring-shaped external cutting / dissolving members 3 having large and small diameters and an internal portion are fixed to a fixing portion 2 below a gripping portion 1. The cutting / dissolving member 4 is attached to substantially the same axis, and the melted material extruding member 5 having a height corresponding to the length of the outer cutting / dissolving member 3 and the inner cutting / dissolving member 4 is shortened. It is the structure which is provided below the fixing | fixed part 2 inside.
Details will be described below.

<Grip part 1>
The gripping part 1 is a part gripped by the user of the miso melting tool according to the present invention, and holds the gripping part 1 as will be described later and presses the miso melting tool in a shape that is easy to hold. It is desirable that the length does not enter the hot water and does not transmit heat. For example, it is made of a suitable material such as polypropylene. And the screwing part 10 is screwed in the lower end part of the holding part 1, and is used for attachment of the fixing | fixed part 2 and the to-be-dissolved material extrusion member 5 mentioned later.

<Fixing part 2>
The fixing part 2 is used to fix an outer cutting and dissolving member 3 and an inner cutting and dissolving member 4 to be described later to the holding part 1. And the fixing | fixed part 2 is comprised from the fixing lid | cover 20 and the lower fixing plate 21, as shown to FIGS. A configuration in which the outermost arc portion of the outer cutting and melting member 3 and the inner cutting and melting member 4 is gripped between the fixed lid 20 and the lower fixing plate 21, and a part of the outer peripheral portion of the inner cutting and melting member 4 is cut in a contrasting manner. As shown in FIG. 5, only the uppermost portions of the spiral portions of the outer cutting and melting member 3 and the inner cutting and melting member 4 are positioned on the upper surface of the lower fixing plate 21 using the notched portion, In the state of being sandwiched between them, the screw is inserted into the screwing portion 10 provided at the lower end of the gripping portion 1, and the fixing nut 22 is screwed to fix the fixing lid 20 and the lower fixing plate 21 to the gripping portion 1.

<External cutting dissolution member 3, internal cutting dissolution member 4>
The external cutting / dissolving member 3 and the internal cutting / dissolving member 4 are formed of a coil-like elastic material made of, for example, a stainless steel wire.
The outer cutting / dissolving member 3 has a slightly larger radius, and the inner cutting / dissolving member 4 is formed to have a slightly smaller radius than the outer cutting / dissolving member 3. When the outer cutting and melting member 3 and the inner cutting and melting member 4 are shortened, they can be expanded and contracted independently without interfering with each other, and a gap of, for example, about 1 to 3 mm is provided between them. In the embodiment, the outer cutting and melting member 3 and the inner cutting and melting member 4 use coil springs wound in different directions.
In this way, the external cutting and melting member 3 and the internal cutting and melting member 4 use a coil spring that is wound in a different direction, so that miso is pushed out between the external cutting and melting member 3 and the internal cutting and melting member 4 that are close to each other. By changing the direction, it is possible to promote the dissolution of miso.
The size of the internal cutting / dissolving member 4 can be, for example, the size of a coil spring having a volume in which the amount of miso can be inserted for one person. Of course, it is needless to say that the volume of miso may be appropriately adjusted as the volume for two persons and inserted.

<Melting material extrusion member 5>
The melted material extruding member 5 has a height corresponding to the length of the outer cutting and melting member 3 and the inner cutting and melting member 4 at the time of the shortening. By screwing the female thread portion 50 of the member 5, the member 5 is provided inside the internal cutting and dissolving member 4 below the fixing portion 2.
The height of the member to be melted extruding member 5 is set to a minimum length when the coil springs of the external cutting and melting member 3 and the internal cutting and melting member 4 are compressed most. The melted material extruding member 5 has an external cutting and dissolving member 3 and an internal cutting and dissolving member 4 which are inserted into the internal cutting and dissolving member 4 at the time of the compressed internal cutting and dissolving member 4. It is provided for extruding. Accordingly, when the coil springs of the outer cutting / dissolving member 3 and the inner cutting / dissolving member 4 are deformed coil springs having successively smaller diameters or larger diameters, the height of the melt extrusion member 5 can be reduced. .

The present invention is configured as described above. Then, miso is put inside the internal cutting / dissolving member 4 of the present invention, inserted into the hot water of the pan 7 as shown in FIG. 6 (a), and the external cutting / dissolving member 3 and the internal cutting / dissolving member 4 from above. Press to compress. At this time, if it is pushed down to the lowest point, miso that could not be pushed out remains ((b) in the figure). In this state, when the pressure is released, the external cutting and melting member 3 and the internal cutting and melting member 4 are stretched by elastic force. It expands and contracts to the initial state ((c) in the figure). At this time, miso that has not been extruded remains inside the internal cutting / dissolving member 4, but a large amount of hot water enters and is mixed into the internal cutting / dissolving member 4. In this state, the external cutting / dissolving member 3 and the internal cutting / dissolving member 4 are again pressed against the gripper 1 from above (FIG. 4D). A considerable amount of miso is extruded from the outer cutting and melting member 3 and the inner cutting and melting member 4 into the hot water. When this is repeated, the miso in the internal cutting and melting member 4 is almost completely melted into the hot water, and the melted material extruding member 5 reaches the bottom of the pan 7 so that the miso can be reliably melted (same as above). (E).
Here, the miso extruded into the hot water is almost melted. However, when the miso melting tool according to the present invention is stirred like a mudler, the miso remaining in the hot water and the external cutting and melting member 3, internal cutting The miso adhering to the melting member 4 can be dissolved almost completely.

  FIG. 7 shows the compressed state of the external cutting / dissolving member 3 and the internal cutting / dissolving member 4. In this embodiment, the coil pitch is determined. As shown in FIG. 7A (FIG. 7A), the state is compressed almost half (FIG. 7B), and 90% compressed (FIG. 7C), most of the gaps interfere with each other. Therefore, the cutting efficiency of miso can be increased.

  In addition, when the miso is made into a volume in which the amount for one person can be inserted into the internal cutting / dissolving member 4, the miso melting work for a predetermined number of people can be completed by repeating the miso for the number of persons.

8 and 9 show the second and third embodiments. FIG. 8 shows a longitudinal cut having a height corresponding to the length of the outer cutting and melting member 3 and the inner cutting and melting member 4 when shortened. The melting member 6 is in the circumferential direction of the lowermost part of the outer cutting and melting member 3 and the inner cutting and melting member 4, and there is no hindrance to expansion and contraction of the coil springs of the outer cutting and melting member 3 and the inner cutting and melting member 4 immediately above. It is set up in
By providing such a longitudinal cutting and dissolving member 6, the miso extruded from the outer cutting and dissolving member 3 and the inner cutting and dissolving member 4 is also cut in the vertical direction to increase contact with hot water, thereby dissolving the miso. Can be promoted.

  The miso melting tool of the present invention is an industry that manufactures a cooking tool that is efficiently dissolved in hot water when a semi-solid material that is easily soluble in hot water such as miso or sake lees is dissolved in hot water and then discharged. Used in

DESCRIPTION OF SYMBOLS 1 Gripping part 10 Screwing part 2 Fixing part 20 Fixing lid 21 Lower fixing plate 22 Fixing nut 3 External cutting dissolution member 4 Internal cutting dissolution member 5 To-be-dissolved material extrusion member 50 Female thread part 6 Vertical cutting dissolution member

Claims (5)

  Two types of coil spring-shaped external cutting and melting members with large and small diameters and internal cutting and melting members are attached to the same shaft on the fixed part below the gripping part, and the shortest of the external cutting and melting members and internal cutting and melting members The melted material extruding member having a height corresponding to the length of time is provided inside the internal cutting and dissolving member and below the fixed portion, and the gripping portion is pressed from above, so that the external cutting and melting member and A miso melter that compresses the internal cutting / dissolving member to push the miso put inside the internal cutting / dissolving member to the outside through a gap between the spring of the external cutting / dissolving member and the internal cutting / dissolving member.   2. The miso melter according to claim 1, wherein an external cutting melting member and an internal cutting melting member that are wound in opposite directions are used.   The miso melter according to claim 1 or 2, wherein the winding pitch or thickness of the external cutting / dissolving member and the internal cutting / dissolving member is changed.   The miso melter according to any one of claims 1 to 3, wherein the miso is made to have a size of an internal cutting and melting member that allows insertion of an amount for one person.   A vertical cutting and melting member having a height corresponding to the length of the external cutting and melting member and the internal cutting and melting member is shortened from the bottom surface of the material to be melted, or the outer cutting and melting member and the internal cutting and melting member. The miso melter according to any one of claims 1 to 4, wherein the miso melter is set up at the bottom of the bowl.

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