JP3180241U - Gas stove for gas stove - Google Patents

Abstract

[PROBLEMS] To provide a gas stove for a gas stove that can be reused for other warming objects without wasting the heat of surplus and wasteful heat when using the gas stove. provide.
The members for constructing the gas stove for the gas stove are all made of metal, and the structure is such that the upper structural member 1-1 and the lower structural member 1-2 are arranged on the upper side and the lower side, respectively. The upper structural member and the lower structural member are connected by column members 1-3 and 1-4, and the upper structural member 1-1 includes a constituent member 1-6 on which an object is placed.
[Selection] Figure 1

Description

  The present invention provides a structure that can be reused for other warming objects without wasting the heat energy of the gas stove when it is in use, and wasteful heat. .

  At present, in the kitchen at home, although the recovery rate is negligible, prioritize the use of gas energy as a device to reduce the use of electric pots, microwave ovens, etc. as much as possible in order to save electricity, and then electricity I think the act of using is very good for power saving.

  On the other hand, as far as the usage status of gas stoves in the current situation is concerned, it is very problematic to terminate the consumption only for the object, what is the problem? This is because a considerable surplus energy is generated in the gas energy consumed at that time.

  That is, in order to completely boil the kettle containing water, the flame, which is the heat source of the stove, is instantly wasted above the kettle. This surplus energy exists for more than ten minutes in time. Therefore, it is to use the wasteful energy.

  The surplus energy generation situation means that in the process of boiling kettle, the kettle absorbs energy sufficiently because of the cold temperature in the first stage, but after that the absorption rate gradually decreases, It must be understood that the generation rate of surplus energy will increase especially in the second half.

  At present, even in the situation where there is a concern about the exhaustion of the gas resources, the current state of use is not good even in the future.

  In order to eliminate such wasteful consumption and effectively use the thermal energy of the gas, it is not necessary to require a special technique, a concept with research, or the like. A perfect effect can be achieved by carefully contriving something based on a very simple idea.

  The concept of producing the effect is that if there is a heat source that is wasted heat energy, a structure that enables effective use of the heat is placed just above the heat source. It is.

  The structure is the space that is optimal for the surplus energy at the top of the stove. It is a structure where you can put something you want to warm.

  At present, the method of using the gas stove needs to be improved greatly from the viewpoint of energy saving. It is to take a method of reusing surplus energy that is wasted.

  At present, the gas resource is feared to be depleted, and it cannot be used effectively for the second object at the same time as the object of the first object without wasting energy (flame, residual heat) considered to be surplus. This is the subject.

  Normally, using a gas stove to boil water-filled kettle, etc., it takes a dozen minutes and ends with consumption only for that purpose, which is very wasteful. You must recognize that you are. It must be noted that the surplus energy in the meantime should be used effectively without wasting it.

  First of all, it is necessary to teach people who do housework what power saving and gas saving are. Basically, it is important to recognize the problem of global warming on the earth.

Therefore, we will try to eliminate the waste of energy that is close to us.
Where is the source of surplus energy, it is assumed that the gas stove is used three times a day, morning, noon, and evening. For the purpose of preventing global warming, the action object that should be given the highest priority is the effective use of surplus energy in the gas stove.

  A simple idea is to place the item you want to warm up just above the generated heat source as a means of using the surplus energy in the tens of minutes when heating the kettle.

  Therefore, a stove for a gas stove that can effectively use surplus energy is provided. This is a gas stove for a gas stove having a two-story structure with a space for placing an object directly above the stove so that it can receive surplus flames and hot air rising from the surroundings of the stove, kettle, etc. without waste.

  However, the property of heat is that it diverges and disappears instantly over time.

  Therefore, in order to prevent the heat once received from being used as surplus energy again, the head hood 3 that can make the space for warming the “Yagura” thing into a room state is used. This is a measure for increasing the heat density in the head hood and further increasing the temperature of the product.

  Originally, when refrigerated in a refrigerator, frozen foods, etc. are heated and thawed, it is common to immediately put them in a microwave oven etc. without hesitation.

  Therefore, by using the gas stove for the gas stove, compared to the time when electricity and gas were used in the past, the time spent on the act of heating things, adding heat, etc., and the number of times of use I was convinced that alleviating the situation led to energy saving.

  In addition, when using food that has been stored in a refrigerator and cooled in the past, all items can be reheated and heated again. It was use from.

  The heating and overheating were consumption of electricity, gas, or any energy for the primary purpose, but the necessity was reduced. There are also things that are ready to be eaten warmly.

  Other items that can be heated, such as tableware, glass, cast iron, etc. that are going to be used in the future (note, all shall be non-combustible), morning cleansing water, etc. It is an object that can be heated sufficiently depending on the tower.

Other effects are subtle, but the use of the conventional stove has allowed the surplus energy to be wasted, leading to a rise in room temperature, which is acceptable in winter.
On the other hand, in summer, it depends on the effect that the heating object absorbs surplus energy depending on the gas stove for the gas stove.

In the future, this gas stove system for gas stoves will spread throughout Japan due to the diligent national character, and will spread throughout the world with the spirit of being used everyday, contributing to the reduction of CO ₂ on the earth. I want to expect.

  It is a whole outline perspective view of the tower for gas stoves.   It is a perspective view with the accessories list used for the tower for gas stoves.   It is the elevation perspective view which showed the use situation of the tower for gas stoves

Form for carrying out the invention

  Hereinafter, an embodiment of the utility model will be described with reference to FIGS.

  In FIG. 1 to FIG. 3, the members making up the towers 1 to 3 for the gas stove are all made of nonflammable metal (part of the handle of 3-3 is made of nonmetal), In the case of 1, a metal angle member is used for durability.

About 1-3, it is a pillar of a two-story structure.
For 1-4, when building “Yagura”, the front of “Yagura” is essentially an upright pillar, but this makes it difficult to take in and out large items such as kettles, pots, pans, etc. that are larger than the size of the frontage. It becomes.

  In order to make it easy to put in and take out the larger object, an open structure without a frontage is adopted by adopting an oblique pillar 1-4 (the form of the oblique pillar is good if there is no problem of strength in either a straight line or a curved line).

  About 1-5, it is a thing with the role as a support | pillar of the diagonal pillar 1-4.

  About 1-6, it is the material which makes the space for putting the thing to warm.

  As for No. 2, a larger space than the area of the main body is required in order to place more objects 5 to be warmed when using "Yagura". In this case, the metal net 2 as an accessory for use is additionally used. This is because the weight of the main body, the structure, etc. are taken into consideration, and the main body 1 is not made to be connected to the main body 1 but is made light and simple. The metal net 2 does not require any special items. It should be sufficient if it has a certain size.

  The flame and residual heat from the lower stove rises to the “Yagura”, and the heat is immediately transmitted to the item 5 to be heated, but the state of the movement of heat is instantly wasted in all directions. Shimano is still not a perfect effective use. It must be said that it should be used as much as possible if it can be used.

  Therefore, we will take measures to keep the heat all over the top of the “Yagura” so that the heat once received is not wasted again.

  For this purpose, a head hood 3 (part 3-3 is made of non-metal) is provided, which is attached as an accessory. As a result, in the upper part of the "Yagura", there is a room with a high temperature where the heat is compressed, which means that the excess heat is completely reused.

  As for the size of the “Yagura”, the M size is a size for general home use, and for business use, the size is classified as L or LL size according to the necessity.

  As an example, as shown in FIG. 3, a space for placing an item 5 to be warmed just above the heat source because it becomes a measure for reusing the surplus energy during the boiling time of kettle containing water. A gas stove with gas stove 1 surrounds a kettle with water. And it shows the use situation of "room" head hood 3 for aiming at the rise of heat density by accumulating the heat without missing the heat source rising from right below as much as possible.

DESCRIPTION OF SYMBOLS 1 Gasket for gas stove 1-1 Upper structural member of main body 1-2 Lower structural member of main body 1-3 Member which becomes column of main body 1-4 Member which becomes diagonal column of main body 1-5 Member which becomes diagonal column of main body 1-6 Constituent members for placing objects on the upper part of the main body 2 Wire mesh for placing more articles 3 Head hood for storing heat 3-1 Inlet / outlet in the head hood 3-2 Inlet / outlet in the head hood 3-3 Head hood handle 5 Goods to be warmed

Claims (4)

It has a two-story structure that can directly receive the heat of the stove for the goods that it wants to warm using the surplus thermal energy that rises directly above the gas stove.
It is assumed that the gas stove 1 is a space for placing an article to be warmed with a superstructure 1-1 of the main body and a component 1-6 for placing an object on the upper body.   The two pillars in front of the front of the “Yagura” are essentially vertical pillars, but in order to make it easier to put in and out large items such as kettles, pans, pans, etc. that are larger than the width of the front. In this case, a diagonal pillar 1-4 is used instead of a vertical pillar, and the front opening is open. As a measure when a larger space is required with respect to the existing area of the portion where the "gas stove for the gas stove" is placed, a wire mesh 2 on which more items can be placed is an accessory.
In order to make this wire mesh an accessory, there is a device to unite the main body “Yagura” in order to expand the net area, but the “Yagura” is not united to make it light and simple. As an alternative, an existing large wire mesh 2 is used. Set the head hood 3 as a “room” that allows you to concentrate the flames that rise from the stove to the “Yagura” and the residual heat without escaping the heat density.
An opening is provided at the top of the head hood 3. It is intended to facilitate the taking in and out of goods that are desired to be warmed.

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