KR101056349B1 - Gas-saving container stand - Google Patents

Abstract

The present invention relates to a gas-saving container support used for cooking food by placing a cooking vessel on an upper side of a gas burner or a gas stove (hereinafter, referred to as a gas stove) in more detail. The upper and lower portions of the vessel holder are opened in the form of a tire, and a ring-shaped space is formed in the inside of the container to allow the heat to circulate up and down. The flame and heat flowing into the lower through hole hover up and down inside the ring-shaped space to prevent heat from being released to the outside, minimizing heat loss. If the stove is dirty and the fire goes out, And so the burner is blocked, is to ensure that the installation has a lower windscreen around the circumference of the container stand off the ejected from the burner flame by the wind.

In the present invention, the upper through-hole 15 is formed in the center of the upper surface portion 14 on which the cooking vessel 2 is placed on the upper surface, and the side circumference portion 20 is formed on the outer circumference of the upper surface portion 14. The bottom portion 21 is formed to be bent downward, and the bottom portion 21 of the lower portion of the side circumference portion 20 is formed to be bent inward to form a bottom portion 21 having a lower through-hole 22 through which a flame and heat flow into the center portion. The inner circumferential end portion of the inner circumference is formed to be bent upward, so that a ring-shaped space portion 23 in the form of a tire having an inner circumference is formed between the upper surface portion 14, the side circumference portion 20 and the bottom portion 21. It is characterized by.

Stove, burner, crater, bowl stand, container, windbreak, broth, overflow

Description

Gas Support Container Support {Vessel support for saving the amount of gas}

The present invention relates to a gas-saving container support used for cooking food by placing a cooking vessel on an upper side of a gas burner or a gas stove (hereinafter, referred to as a gas stove) in more detail. The upper and lower portions of the vessel holder are opened in the form of a tire, and a ring-shaped space is formed in the inside of the container to allow the heat to circulate up and down. The flame and heat flowing into the lower through hole hover up and down inside the ring-shaped space to prevent heat from being released to the outside, minimizing heat loss. If the stove is dirty and the fire goes out, And so the burner is blocked, is to ensure that the installation has a lower windscreen around the circumference of the container stand off the ejected from the burner flame by the wind.

In the prior art, the utility model registration No. 0346613 (the name of the proposal: an auxiliary device for a gas range burner to improve thermal efficiency) is disclosed in the utility model publication, which is a burner of a gas range (hereinafter referred to as a gas stove). The heating heat source, which is ignited in the heat generation, is intended to prevent the heat efficiency from being lowered by preventing heat from being discharged to the outside while all the heat is used for heating the cooking utensils.

1 and 2, the conventional design has a heat radiation prevention cap 1, which is a main part of the conventional design, by cutting the lower end of the bowl horizontally, and having a flat upper and lower portions in an open state, and having an upper and lower narrow shape. The upper upper surface portion 3 of the heat radiation prevention cap 1 is formed with a plurality of grooves 4 in the radial direction, and a plurality of air intakes 5 are formed in the radial direction in the lower bottom front circumference.

The conventional heat radiation prevention cap 1 is inserted into the cap installation hole 10 perforated in the upper plate 7 of the gas stove so that the bottom surface of the heat radiation prevention cap 1 is provided with the burner 8 of the gas stove burner 8. ) Flows from the cooking vessel (2) to the top plate (7) of the outer periphery of the cap installation hole (10) of the gas stove, which is installed on the bottom plate (9) of the periphery and the heat radiation prevention cap (1) is inserted therein. The soup receiving groove 11 is formed to receive the overflow soup, the inner surface of the heat radiation prevention cap 1 is formed with a reflective curved surface 6 reflecting the heat of the flame ejected from the burner (8).

Such conventional design is that when the cooking vessel 2 is placed on the upper surface portion 3 of the heat radiation prevention cap 1 installed on the gas stove as shown in FIG. 2, the bottom surface of the cooking vessel 2 and the heat radiation prevention cap 1 As the upper surface contacts only a plurality of grooves (4) through the outside and most of the rest is blocked.

In this state, when the gas is ejected from the burner 8 of the gas stove and the flame is ignited by the gas, the air flows in through the air inlet 5 formed at the lower side of the heat radiation prevention cap 1. The gas ejected from the burner 8 burns the flame as it is combusted, and the flame and heat thus ejected are heated upwards to heat the cooking vessel 2.

At this time, as the bottom surface of the cooking vessel 2 and the upper surface portion 3 of the heat radiation prevention cap 1 are in close contact with each other, only a plurality of grooves 4 are communicated with the outside, so that a large amount of heat is applied to the cooking vessel 2. By heating, the thermal efficiency is improved compared to a gas stove including a conventional gas burner.

Then, when the soup contained in the cooking container 2 boils in the process of heating the cooking container 2 as described above, the boiled soup is supported by the soup receiving groove 11 formed on the top plate 7 of the stove. The soup does not flow into the burner (8) has an effect that the burner (8) is not blocked.

However, this can be applied only to a specially made gas stove with a structure in which the heat radiation prevention cap 1 can be installed, and there is a limitation that a heat radiation prevention cap 1 cannot be installed in a general gas stove where trivets are installed. The flame and heat emitted from (8) first come into contact with the bottom of the cooking vessel 2 and are immediately discharged to the outside like "me" through a plurality of grooves 4 so that the heat is lost. There was a problem.

The present invention is to solve the above problems, in the burner to put the cooking vessel on the upper side of the vessel stand according to the present invention in which the trivet of the stove is generally used in the form of a tire on the upper side widely used in the burner When the flame is ejected, the flame and heat are first hit by the bottom of the cooking vessel and revolve up and down in the ring-shaped space of the vessel holder, so that the heat is not discharged to the outside. It is the first purpose.

In addition, at a predetermined position of the container support, the second purpose is to form an overflow preventing means for preventing the soup overflowing from the cooking vessel to flow down the stove, so that the stove is not dirty and the burner is not blocked while the fire is turned off.

And, a third purpose is to install a windshield on the lower front circumference of the container support so that the flame emitted from the burner by the wind is not extinguished.

In addition, after separating the trivets from the gas stove in which the trivets are detachably installed by forming several support protrusions at the bottom of the vessel support, the vessel support according to the present invention is used as a substitute for the trivets in the burner as in the first purpose. The fourth aim is to allow the heat generated from the stove to be used as a source of heat by allowing the flames and heat to be blown up and down in the vessel holder to stagnate inside the vessel holder.

And, by forming a wing portion on the outer periphery of the present invention, without using a trivet in the through hole of the gas stove formed through holes in the upper plate to enable the present invention as well as gas saving, tricycle function, the outer peripheral surface of the present invention Another object is to form a flame see-through window so that the state of the flame can be easily identified with the naked eye.

The present invention for achieving the above object, the upper through-hole is formed in the center of the upper surface portion to place the cooking vessel on the upper surface, the outer periphery of the outer peripheral portion is formed to be bent downward, the lower end of the side peripheral portion The front circumference is formed to be bent inwardly the bottom portion formed with a lower through-hole through which the flame and heat flow into the central portion, and the inner circumferential end portion of the bottom portion is formed to be bent upwardly, so that the inner surface between the upper and side circumference portions and the bottom portion is formed. It characterized in that the inner ring is formed in the ring-shaped space portion of the tire shape.

In addition, the overflow prevention means and the windshield is installed on the container support, and the bottom of the bottom of the container support is formed with a support protrusion to replace the trivet, characterized in that the flame lances formed on the outer peripheral surface of the container support.

Gas-saving container support of the present invention as described above, if the cross-sectional shape is formed in the shape of a tire that can put a variety of cooking vessels such as pots, pots, pans, grilled meat plate, etc. Even if the container stand according to the present invention can be easily placed, if the cooking vessel is placed on the upper side of the vessel stand placed on the stove and the flame is ejected from the burner, the flame and heat are primarily the bottom of the cooking vessel. It is effective in minimizing the heat loss by passing the heat to the cooking vessel completely stagnated inside the container support while hovering up and down in the ring-shaped space portion of the container support without being discharged to the outside while hitting.

In addition, at a predetermined position of the container support to form an overflow prevention means for preventing the soup overflowing from the cooking vessel flows toward the stove, the effect of preventing the stove from becoming messy, the effect of preventing the fire from turning off, and the burner The crater of the effect is not to be blocked.

In addition, by installing a windshield on the lower front circumference of the container support so that the flame ejected from the burner by the wind is not extinguished, gas is continuously leaked even when the fire is turned off to waste fuel and generate a fire. There is a very special effect of preventing serious problems at the source.

In addition, in the case where a plurality of support protrusions are formed at the bottom of the container support, after removing the trivets from the gas stove in which the trivets are detachably installed, the container support according to the present invention can be used as a substitute for the trivets, and the support protrusions are formed. As flame and heat rebound within the container stand, they are stagnated without being discharged to the outside, resulting in high thermal efficiency, greatly reducing gas consumption, and because the soup does not overflow, the stove does not get dirty and the burner's crater is not blocked. will be.

And, in the case of the gas stove formed by forming a wing portion on the outer periphery of the present invention to form a through hole in the upper plate, the effect of enabling the installation and use of the present invention that can save gas, and the flame-permeable window formed on the outer peripheral surface of the present invention It has a very useful effect with the convenience of being able to easily check the combustion state of the flame through the naked eye.

Hereinafter, the gas-saving container stand according to the present invention will be described with reference to the accompanying drawings, FIGS. 3 to 10.

3 to 5 show one embodiment of the present invention, FIGS. 6 and 7 show this embodiment of the present invention, FIG. 8 shows a third embodiment of the present invention, and FIG. 9 shows the present invention. In fact, an example is shown, and FIG. 10 shows an incorrect embodiment of the present invention.

First, Figures 3 to 5 will be described from one embodiment of the present invention.

That is, in one embodiment of the present invention, the upper through-hole 15 is formed in the center of the upper surface portion 14, which puts various cooking containers 2, such as a pan or a frying pan, a pot, a roasted meat plate on the upper surface At the outer circumference of the upper surface portion 14, the side circumference portion 20 is formed to be bent downward, and the lower periphery of the lower portion of the side circumference portion 20 forms a lower through-hole 22 through which flame and heat are introduced into the center portion. One bottom portion 21 is formed to be bent inward.

At this time, the bottom surface of the bottom portion 21 is a portion which is placed on the trivet 12a of the gas stove 12, the inner peripheral end of the bottom portion 21 is formed to be bent upwards, the upper curved portion formed to be bent The bottom portion 21 is bent roundly by 24 to allow the heat to circulate as shown in FIG. 4, and between the top portion 14, the side circumference portion 20, and the bottom portion 21. A ring-shaped space portion 23 in the form of a tire having an inner circumference is formed.

Then, the soup receiving groove 11 is formed in the front edge of the upper surface portion 14, the outer surface is connected to the soup receiving groove 11 on the upper surface of the upper surface portion 14 and the inner side of the upper through hole (15) A plurality of inclined grooves 16 are formed in a state spaced apart from each other, and the inclined grooves 16 are formed to have a lower outer circumferential side, and the soup boiled over the upper surface portion 14 is inclined outwardly along the inclined grooves 16. Several broth outlets 17 are formed to flow into the broth receiving groove 11, and the broth supported by the broth receiving groove 11 flows down into the ring-shaped space 23. do.

In addition, in the side circumferential portion 20 on the height line lower than the end of the upwardly curved portion 24 formed to be bent upward on the inner circumference of the bottom portion 21, the soup contained in the inside of the bottom portion 21 is burner 8. Several broth discharge holes 25 are formed so as to be drained to the outside without flowing to the side.

The overflow preventing means described above is discharged while passing through the inlet groove (16), broth receiving groove (11), broth outlet (17), the inner surface of the rounded bottom portion 21, the state discharge hole (25) It is to be noted that what prevents the broth flowing down the upper surface portion 14 from flowing into the burner is called an overflow prevention means.

In addition, the side outlet portion 20 below the broth discharge hole 25 may be selectively installed downwardly, and when the windshield 26 is installed, as shown in FIG. The outside of (12a) should be covered to prevent wind, and the lower end of the windshield 26 should be spaced apart from the upper plate of the gas stove 12 so that air can pass through the space.

In addition, it is preferable to form an uneven portion at the bottom of the bottom portion 21 to prevent the container base 13 placed on the trivet 12a from being pushed out, and as shown in FIG. 5, the trivet is caught on the outside of the trivet 12a. The locking portion 32 may be formed.

The following is a description of this embodiment shown in FIGS. 6 and 7, which instead of fixedly installing the windshield 26 downwardly in the side circumference 20 in the embodiment shown in FIG. 4. In this embodiment, only a few hinge windshield 28 is installed in the side circumferential portion 20 with the hinged knowledge, and the rest of the structure is the same as the embodiment, so only the changed parts will be described.

That is, in the configuration of the changed part of the embodiment, as shown in FIGS. 6 and 7, several hinge parts 27 are provided at intervals on the outer circumference of the side circumferential part 20, and each of the hinge parts ( 27, the hinge windshield 28 is installed in a hinged manner.

At this time, the hinge windshield 28 is installed in a hinged manner to cover the outside of the trivet 12a, the hinge windshield 28 is wider than the hinge portion 27 in a portion coupled to the hinge portion 27 The working space 29 is formed, and the hinge pins 30 are loosely fitted in the pin holes 31 so that each of the hinge windscreens 28 is horizontally movable in the longitudinal direction of the pin holes 31.

And, the hinge windscreens 28 adjacent to each other are formed at intervals as shown in FIG. 7, so that the hinge windscreens 28 block outside wind through the burner 8 and the hinge windscreens 28. At intervals formed between the windscreens 28, air assists the combustion of the gas through it and prevents the gas from stagnation inside the vessel holder 13.

Next, a description will be given of the third embodiment shown in FIG. 8, and the third embodiment shown in FIG. 8 is provided on the bottom surface of the bottom portion 21 with the windshield 26 removed from the embodiment shown in FIG. 4. A plurality of support protrusions 33 are installed to protrude downward, which is spaced between the bottom 21 and the top of the gas stove 12 by the support protrusions 33 installed on the bottom of the bottom 21. By forming it allows the air to pass through the outside of the burner (8) and the vessel holder (13), the trivet installed in a conventional gas stove can be used as a substitute.

When the trivet is used as a substitute for the trivet of the third embodiment, after removing the trivet installed in a general gas stove, the trivet is placed on the place and the trivet can be used as a substitute.

Therefore, description of the structure of the same parts as those of the third embodiment and one embodiment will be omitted.

And, the soup outlet 17 shown in Figure 5 is a structure that can be commonly applied to one to three embodiments, which cuts the bottom of the soup receiving groove 11 in a "U" shape "U" shape A portion cut into a mold and a fixed end attached to the soup receiving groove 11 are present, and a bent slope 19 is formed by bending the portion cut into the “U” shape to be inclined downward. "U-shaped cut-out part, that is, the upper and lower openings," U "shaped discharge port 18 is formed.

The broth outlet 17 allows the broth supported by the broth receiving groove 11 to flow down the ring-shaped space 23 through the "U" -shaped outlet 18, and the bending slope 19 is " As the "U" shaped outlet 18 is obliquely spaced at a lower side of the U "shaped outlet 18, the flame and hot air do not directly escape to the outside through the" U "shaped outlet 18. .

9 shows that the flame see-through window 34 is formed on the outer circumferential surface of the side circumferential portion 20 of the container base 13 according to one to three embodiments. In FIG. Although shown in the form of a grate formed with two slits, the flame seeker can be formed with one long side opening, and heat-resistant glass can be installed in the one opening.

10 illustrates a wing portion 35 on the outer circumferential surface of the side circumference portion 20 of the container base 13 according to the embodiment of the present disclosure, and the wing portion 35 has a broth groove ( 36) is formed so that the broth is received when the broth flows down through the upper surface of the container support, the present invention of the fifth embodiment can be installed in the gas stove 12 having a through hole (12c) formed in the top plate (12b) It is.

When installing the fifth embodiment, the wing 25 is installed so as to be placed on the outer periphery of the through hole 12c of the upper plate 12b.

If described with reference to Figures 3 to 10 the working relationship of the present invention configured as described above.

First, the working relationship will be described with respect to the basic configuration of an embodiment of the present invention shown in Figs.

When the vessel holder 13 of the embodiment is placed on the trivet 12a of the gas stove 12, the bottom 21 of the vessel base 13 is placed on the upper portion of the trivet 12a.

At this time, the bottom of the bottom portion 21 is formed with an uneven portion (not shown) to prevent the bottom surface of the bottom portion 21 and the upper surface of the trivet 12a to slip (not shown), the container base 13 placed on the trivet 12a is Slip and do not fall, even if the triangular engaging portion 32 is formed as shown in Figure 5 so that the trivet (12a) caught the outside of the trivet (12a) so that the container support 13 does not slip.

Then, a space portion through which air passes through the trivet 12a is formed between the lower side of the container support 13 and the burner 8 to supply oxygen to the gas ejected from the burner 8 to assist in combustion of the gas. Even if the burner 8 is damaged or the valve of the gas supply pipe is not properly locked, the cooking vessel 2 is placed on the vessel holder 13 while the gas leaks, so that the upper portion of the vessel holder 13 is blocked. By the lower space of the container support 13 is in a state of communicating with the outside so that the gas inside the container support 13 is not full.

In addition, when the gas leaks as described above, even if the gas leaked into the ring-shaped space 23 inside the container support 13, a plurality of soup outlets 17 formed in the broth support groove 11 and the side circumference Gas is exhausted through the plurality of broth discharge holes 25 formed in the unit 20 so that there is no fear of an explosion accident.

As described above, in order to cook the food in the state where the container base 13 is placed on the upper side of the trivet 12a, the cooking container 2 for the food to be cooked is placed on the upper surface 14 of the upper side of the container base 13. When placed, the upper through hole 15 of the upper surface portion 14 as shown in Figure 3, 4 is blocked on the bottom of the cooking vessel (2).

In this state, when the gas emitted from the burner 8 is burned and a flame is generated, the heat generated by the flame and the flame rises upward through the lower through-hole 22 of the vessel holder 13, and the vessel holder ( Since the upper through hole 15 of 13) is blocked at the bottom of the cooking vessel 2, the heat cannot be discharged to the outside, and the upper through hole 15 hits the bottom of the cooking vessel 2 while The heat is stagnated while hovering below, and the heat heats the cooking vessel 2 completely.

Therefore, even if the flame is reduced and the gas is reduced, the heat is used to heat the cooking vessel 2 evenly, so that the heat loss is small and the consumption of fuel is greatly reduced.

When there is a soup in the contents contained in the cooking container 2 in the process of heating the cooking container 2 as described above, if the soup boils over the outside of the cooking container 2, the boiling broth is the upper surface portion 14 The upper surface portion 14 is continuously heated, so that if the amount of the soup overflowed to the upper surface portion 14 is small, the broth is simmered and disappeared by the heat from which the upper surface portion 14 is heated. When the amount of soup overflowing is large, it flows into the plurality of inclined grooves 16 formed in the upper surface portion 14.

The broth flowing into each of the inclined grooves 16 has a lower inclination degree of the inclined groove 16, and thus, the lower portion of the inclined groove 16 flows down to the outer periphery, while the soup receiving groove formed at the edge of the upper surface portion 14 ( 11).

The broth flowed down into the broth receiving groove 11 as described above flows down into the container base 13 through several broth outlets 17 formed in the broth receiving groove 11, and the soaked broth is shown in FIG. 4. As shown below, the bottom is supported by the inner side of the bottom portion 21 that is rounded.

In this way, when the amount of broth supported on the inner side of the bottom portion 21 increases and the level of the broth increases on the inner side of the bottom portion 21, the outer portion of the broth is formed through several broth discharge holes 25 formed in the side circumferential portion 20. When the water is drained to the burner 8 side, the broth is not allowed to flow down, and the crater of the burner 8 is blocked, and the flame which is being burned by the burner 8 does not occur.

The broth supported by the inside of the bottom portion 21 does not flow to the burner 8 side, but the broth flows only to the outside broth discharge hole 25, so that the hole of the broth discharge hole 25 is the bottom portion 21. ) Is lower than the end of the upwardly curved portion 24 formed to be bent from the inside to the upper side, so that the broth is first drained to the broth discharge hole 25 so that the broth does not flow to the burner 8 side.

The following is a description of the case where the windshield 26 is installed below the outer periphery of the side circumference 20 as shown in FIG. 4, in this case between the lower end of the windshield 26 and the upper surface of the stove 12. At intervals, as described above, the air does not interfere with combustion of the gas through the interval, and thus, the leakage gas is stagnant and does not occur.

As described above, the windshield 26 installed below the outer circumferential side of the side circumferential portion 20 prevents the external wind from entering the burner 8 as the windshield 26 is blocked, so that the flame that occurs at the burner 8 is not turned off. Do not

As the windshield 26 is installed downward in the side circumferential portion 20 below the broth discharge hole 25, the broth drained to the broth discharge hole 25 rides on the bottom surface of the bottom 21 and burner 8. It is natural that the soup does not flow around the burner 8 by blocking the movement to the side), thereby preventing the burner of the burner 8 from being clogged.

The following is a description of this embodiment illustrated in FIGS. 6 and 7, which is similar to the whole embodiment except that the hinge windscreen 28 is hingedly installed on the side circumference portion 20, and the rest is above. Since the same as the embodiment of the hinge windshield 28 will be described only.

The container stand 13 provided with the hinged windshield 28 is suitable for use in a gas burner or a gas stove 12 used outdoors in a windy environment, and is a container of the third embodiment above the gas stove 12 used outdoors. When placing the pedestal 13, the hinged windscreen 28 installed in a hinged manner to the outside of the trivet 12a to prevent the wind blowing to the burner (8) side.

The hinge windscreen 28 rotates as shown in Figs. 6 and 7 while the hinge windscreen 28 rotates around the hinge portion 27, and causes the hinge windscreen 28 to extend outward of the trivet 12a. As the hinge windscreens 28 are spaced apart from each other, the air flows to the burner 8 side to assist combustion of the gas as described above, and when the gas stove 12 is not used, the leaked gas is supported by the container holder 13. Do not get trapped inside.

In addition, the hinge installation portion of the hinge windscreen 28, which is installed in the hinge portion 27 in a hinged manner, that is, the working space 29 is wider than the width of the hinge portion 27, and the hinge pin 30 and the pinhole 31 are provided. This loose fitting is so that each of the hinge windshield (28) can move horizontally in the direction of the hinge pin (30), so that the wind blowing side of the hinge windshield (28) can be collected as little as the working space (29) When moved horizontally, the other side becomes wider and frees air in and out as described above.

In addition, as the hinge windshield 28 is horizontally movable while being hinged, the hinge windshield 28 may be raised even when the shape and size of the trivet of the gas burner and the gas stove 12 used outdoors are different. It is possible to stop the wind while moving horizontally to the position that fits the trivet.

Next is a description of the container support 13 according to the third embodiment shown in Figure 8, in this case can replace the trivet of the stove 12 to install the trivet detachably, after removing the trivet The vessel holder 13 of the third embodiment was placed in the place where the trivet was, and the cooking vessel 2 was placed on the vessel holder 13 in the same state as the container tray 13 was used in one embodiment. To use.

Therefore, in the embodiment, the same description as the working relationship of the container support 13 will be omitted, and only the features of the three embodiments will be described.

That is, when the vessel holder 13 of the third embodiment is placed on the upper surface of the gas stove 12, the upper surface of the gas stove 12 and the container by the support protrusion 33 installed to protrude downward from the bottom of the bottom 21. A sufficient space for the wind to pass between the bottom of the pedestal 13 is secured so that the leakage gas is not stagnated without disturbing the combustion of the gas through the wind as described above.

And, the base structure of the container support 13 formed in the form of a tire that is the main part of the present invention described above, that is, the bottom portion having the upper surface portion 14 and the side circumferential portion 20, and the lower through hole 22 Although not shown in the drawing, the structure formed by the ring-shaped space portion 23 with an inner side opening is formed on the bottom surface of the cooking vessel 2 such as a frying pan, a pot, or a roasting plate. It also turns out that it can provide a cooking vessel (2) to maximize the thermal efficiency.

In the case of the fact shown in FIG. 9, the flame-permeable window 34 is formed on the outer circumferential surface of the side circumferential portion 20 of the container support 13 to burn the flame generated in the fireball 8 through the flame-permeable window 34. The condition can be visually checked from the outside to make it easy to check whether the stove is operating normally.

In addition, the fifth embodiment shown in FIG. 10 may be installed in the gas stove having the air holes 12c formed in the upper plate 12b by forming the wing part 35 on the outer circumferential surface of the side peripheral part 20 of the container support 13. At this time, the wing portion 25 is installed to be mounted on the outer periphery of the through hole (12c) of the upper plate (12b).

When the soup portion 35 is formed in the wing portion 35 so that the broth flows down through the upper surface of the container support, the broth is received so that the broth does not flow into the crater 8 and the gas stove is dusty. The container support 13 of the fifth embodiment can be easily disassembled in the gas stove forming the through hole 12c to facilitate cleaning.

1 is a cross-sectional view showing a heat radiation prevention cap installed in the prior art.

2 is a cross-sectional view showing an installation state of a conventional design.

3 is a plan view showing an embodiment of the present invention.

Figure 4 is a cross-sectional view taken along the line A-A showing a state of use of the embodiment shown in FIG.

5 is an enlarged partial cross-sectional view of a portion “B” of FIG. 4.

6 is a cross-sectional view showing an embodiment of the present invention.

7 is a bottom view of this embodiment shown in FIG.

8 is a cross-sectional view showing a third embodiment of the present invention.

9 is a partial cross-sectional view showing a true embodiment of the present invention.

Fig. 10 is a sectional view of a using state showing an embodiment of the present invention.

Description of the Related Art

8: burner 11: soup tray 12: gas stove

13: container support 14: upper surface 15: upper through

16: inclined groove 17: soup outlet 18: "U" shaped outlet

19: bending slope 20: side circumference 21: bottom

22: lower through hole 23: ring-shaped space portion 24: up curved portion

25: broth discharge hole 26: windshield 27: hinge portion

28: hinge windshield 29: operating space 30: hinge pin

31: pin hole 32: tribbing section 33: support protrusion

34: flame viewing window 35: wing 36: soup gutter groove

Claims (9)

delete The upper through-hole 15 is formed in the center of the upper surface portion 14 on which the cooking vessel 2 is placed on the upper surface, and the side circumference portion 20 is bent downward on the outer circumference of the upper surface portion 14. It is formed, the bottom portion of the side circumferential portion 20, the bottom portion 21 is formed to be bent inward to form a bottom portion 21 formed with a lower through-hole 22 through which the flame and heat flow in the center, the inside of the bottom portion 21 Gas-containing container in which the peripheral end portion is formed to be bent upwards, and a ring-shaped space portion 23 in the form of a tire having an inner circumference is formed between the upper surface portion 14, the side circumference portion 20, and the bottom portion 21. In the pedestal, The soup receiving groove 11 is formed in the front edge of the upper surface portion 14, the outer surface is connected to the soup receiving groove 11 on the upper surface of the upper surface portion 14 and the inner side is spaced apart from the upper through hole 15 While forming a plurality of inclined grooves 16 in the state, the outer peripheral side of the inclined groove 16 is formed low, the broth supported by the broth receiving groove 11 is a ring-shaped space in the broth receiving groove 11 Several soup outlets 17 are formed to flow down to the part 23, and the side circumferential part 20 on the height line lower than the inner circumferential end of the bottom part 21 is formed inside the bottom part 21. Gas-saving vessel holder, characterized in that the number of soup discharge hole 25 is formed so that the contained soup is drained to the outside. 3. The gas-saving container stand according to claim 2, wherein the side circumferential portion (20) has a windshield (26) installed downward. delete According to claim 2, the outer periphery of the side circumferential portion 20 is provided with a plurality of hinge portions 27 at intervals, each of the hinge portion 27 is a hinged windshield 28 is installed in a hinged manner Gas-saving container stand, characterized in that. delete delete delete delete

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