KR20100109531A

KR20100109531A - A heating vesselthat have myself

Info

Publication number: KR20100109531A
Application number: KR1020100052041A
Authority: KR
Inventors: 김용진; 김한식
Original assignee: 김용진; 김한식
Priority date: 2010-06-01
Filing date: 2010-06-01
Publication date: 2010-10-08

Abstract

PURPOSE: A self-heating vessel is provided, which makes semi-permanent reuse possible and provides self-heating function. CONSTITUTION: A self-heating vessel comprises: an upper plate(10) and a lower plate(11) of a double container; and an impact module in which an impact elastic member is equipped and which is filled with solution including sodium acetate, sodium thiosulfate and the like and aqueous solution. In the impact module, the solution is filled into an internal space(12) of the double container. The upper plate and lower plate of the double container is made of stainless steel.

Description

A heating vessel that have myself}

The present invention is a heat generating container. Conventional heating container has been used a lot of methods to heat the bowl itself to retain heat, and still use it. Such a method has the disadvantage that the heat cools down because it has no function of heating itself, and the heat cools down before the food is eaten. Too bad it interfered with the taste of the food. In addition, it is too inconvenient to use.

At home, a lot of homemaker's efforts are put in to eat more delicious foods. In restaurants, the taste of food is the result of business, so the effort is made to make and keep the taste of food. However, when you put delicious food on your guests, the food that you need to eat warms up immediately, leaving you with a bad impression even if you make delicious food. Therefore, it is important to make delicious food, but it is also important to eat delicious food until it is finished. In view of the above, the heating container of the present invention is a heating container that can contain a very useful food that keeps the taste of food to the end.

The problem to be solved in the present invention is to have a function that can generate heat by itself and to simplify the heating control, the heating temperature should be appropriate temperature suitable for food, the temperature must be maintained for a long time and must be reusable It must be fully functional, yet safe and inexpensive.

In the present invention, to solve the problems described above, a tip impact device having a function capable of generating heat using a solution such as sodium acetate, sodium thiosulfate, or an aqueous solution used in a hand stove, and shocking the heating control In order to operate efficiently by using a module made into a bowl and to control the thickness of the container, if the amount is large, the heat generation time is high and the amount is relatively short heat generation time. By adjusting the amount of water, such as sodium acetate, sodium thiosulfate, or aqueous solution, the high and low temperature can be controlled. The used bowl can be dissolved in boiling water or equipped with microwave oven. All of the configurations were inexpensive and provided with an inexpensive and efficient heating container.

As described above, the heat generating container of the present invention has a self-heating function and can be semi-permanently reused, and the heat control is simple, and such a configuration can be configured at low cost, which is very helpful for industrialization.

Figure 1 is a perspective view of the self-heating bowl equipped with a shock module 35.
Figure 2 is a front view of the cutting of the self-heating bowl equipped with a shock module 30.
3 is an enlarged cross-sectional view of an essential part of FIG. 2.
4 is a cross-sectional view showing the impact module 32 in Figure 3 created.
Figure 5 is a cross-sectional view of the mounting shock module 35 in FIG.
6 is a cross-sectional view of the mounting shock module 36.

Hereinafter, the configuration and embodiments of the present invention will be described in detail with reference to the drawings. In FIG. 1, the double vessel upper plate 10 and the double vessel base plate 11 constitute a double vessel inner space portion 12 and have a typical vessel shape, that is, a double vessel inner space portion 12. Cut perspective view of a self-heating bowl made by mounting the impact module 35 in the center of the double vessel inner space 12 as a container. 2 and 3 are provided with the impact module 30 in the inner space portion 12 of the double vessel of the self-heating vessel. The impact module 30 has a circular outer circumference protruding into a small container shape, and the impact module inner space 17 is provided, and protrusions are provided at the upper and lower ends thereof, respectively, in order to provide the assembly groove 16 at the upper end of the protruding portion of the outer circumference. The assembly groove 16 was provided. The assembly groove 16 is provided with the impact elastic member means 21 bar upper end is convex and the lower end is curved. Although the impact elastic member means 21 can be made into a polygon, this application shows a circular impact elastic member means 21, and the lower end of the impact elastic member means 21 is provided with a restoring spring 20 to provide impact elasticity. The member means 21 is restored. The restoring spring 20 shown in the present invention can be used as an elastic member means as a spring means, but can be replaced with an elastic member means having another form of elastic force. The upper end of the impact elastic member means 21 is provided with a protruding portion 22 provided in the double vessel base plate 10 adjacent to each other when a person presses the center of the protrusion 22 of the double vessel base plate 10 with artificial force. The protruding portion 22 strongly presses the impact elastic member means 21, and the impact elastic member means 21 is curved due to the outer circumference hanging on the release preventing jaw 14 so that the upper portion is concave and the lower portion is convex. do. Then, the impact elastic member means 21 is to store the force of elasticity, when the person releases the hand pressing the double container 10, the protrusion 22 does not press the impact elastic member means 21 and the impact elastic member The means 21 can be restored on their own, but is easily restored due to the elasticity of the compressed impact elastic member means 21. At this time, since the restoration is instantaneous, the impact is very large. At this time, since it is hung by the release stop 15, it is not detached from the assembling groove 16, and the reaction heat is reacted by reacting a solution such as sodium acetate, sodium thiosulfate, or an aqueous solution in the inner space of the double container 12 by a restoration shock. It generates and heats the double vessel top plate 10, the double vessel base plate 11 is a bowl that is self-heating as a whole. In FIG. 4, the impact module 32 includes a protrusion 23 at a curved upper end of the center of the impact elastic member means 21 to serve as the protrusion 22. The shock module 35 of FIG. 5 covers the slide cover 34 at the upper end of the impact module 30 and the protrusion 22 is provided therein, and presses the double container top plate 10 to slide the slide cover 34. Presses the protrusion 22 provided inside the center of the slide cover 34 to press the impact elastic member means 21. FIG. 6 shows the slide cover 34 attached to the impact module 32. The shock module inner space 17 of the shock module 30, the shock module 32, the shock module 35, and the shock module 36 has a double container inner space portion 12 and at least one side connection portion, and acetic acid. A solution such as sodium, sodium thiosulfate, or an aqueous solution has porous portions that can freely enter and exit each other. It can be prepared by dissolving the above-mentioned solution of sodium acetate, sodium thiosulfate, or an aqueous solution, and the supersaturated sodium acetate solution reacts by the impact module but reacts by friction. The reaction also occurs by friction between the parts or by friction between other metals. Therefore, if necessary, the double vessel top plate 10, the double vessel base plate 11 is provided with a friction portion with each other, the portion is to constitute the irregularities so that the friction force is large, the double vessel top plate 10 by the force of human When pressed, friction occurs with each other, and the frictional force may react with sodium acetate solution or aqueous solution, and the heated sodium acetate solution or aqueous solution is heated in boiling water to return to supersaturation, or In order to meet similar conditions, necessary means can be taken for warmer or microwave oven. Sodium thiosulfate solution, or aqueous solution is also the same as above. Stainless steel is the best and preferred for the main body of the self-heating vessel. But sometimes aluminum. It is also possible to use synthetic resin material with the condition of a vessel.

Double Container Top Plate (10) Double Container Bottom Plate (11)
Double Container Inner Space (12) Shock Module Fixture (13)
Departure prevention jaw (14) Departure prevention jaw (15)
Assembly groove (16) Shock module inner space (17)
Restoring spring 20 impact elastic member means 21
Protrusions 22 Protrusions 23
Shock Module (30) Shock Module (32)
Slide Cover (34) Shock Module (35)

Claims

The double vessel top plate 10 and the double vessel base plate 11 are filled with a solution such as sodium acetate, sodium thiosulfate, or an aqueous solution in the inner double vessel inner space portion 12, and the impact elastic member means 21 is provided. Self-heating bowl provided with a shock module (35).

The vessel for self-heating according to claim 1, wherein the double vessel top plate (10) and the double vessel base plate (11) are made of stainless steel.

The container for self-heating according to claim 1, wherein the double container top plate (10) and the double container base plate (11) are made of synthetic resin means.

A solution such as sodium acetate, sodium thiosulfate, etc. in the inner double space 12 of the interior of the double vessel top plate 10, the double vessel base plate 11, one of the metal means is not rust and the other side is a synthetic resin means, Or a bowl that is self-heating as filled with an aqueous solution and provided with an impact module 35 provided with an impact elastic member means (21).

The double vessel top plate 10 and the double vessel base plate 11 are filled with a solution or an aqueous solution of sodium acetate, sodium thiosulfate, etc. in the inner double vessel inner space portion 12, and then shocked by an ultrasonic oscillation means from the outside to give acetic acid. A bowl that self-heats by causing a reaction to a solution such as sodium or sodium thiosulfate or an aqueous solution.

The impact module 30 may have a circular outer circumference to form a small container, and the impact module inner space 17 may be provided, and the assembly module 16 may be provided at the upper end of the protruding portion of the outer circumference, respectively, at the lower and upper ends thereof. The protrusion is provided with an assembling groove 16, and the assembling groove 16 has the impact elastic member means 21 in which the impact elastic member means 21 can be made into a polygon, and the lower end of the impact elastic member means 21. In the upper part of the impact elastic member means 21 is provided with a restoring spring 20 to restore the impact elastic member means 21. When pressing the central portion with the protrusion 22 of the double vessel top plate 10, the protrusion 22 is a strong pressure on the impact elastic member means 21 and the impact elastic member means 21 is the outer periphery of the separation prevention jaw 14 The song changes only because I'm hanging on The upper end is concave and the lower end is convex, and the impact elastic member means 21 stores the force of elasticity. At this time, when the person releases the hand pressing the double vessel top plate 10, the protrusion 22 is the impact elastic member means ( 21 is not pressed and the impact elastic member means 21 may be restored by itself, but the elasticity of the compressed impact elastic member means 21 is easily restored, and at this time, the impact elastic member means 21 does not escape. Since it is caught by (15), it does not escape from the assembling groove 16, and a solution such as sodium acetate, sodium thiosulfate, or an aqueous solution in the inner space of the double vessel 12 is restored by a shock to restore itself. Bowl that is feverish.