KR102190608B1 - A method for manufacturing a cooker stand structure - Google Patents

Abstract

A large-sized casting combustor formed by a complex structure consisting of a three-row three-hole type large-sized casting combustor burner installed in the kitchen of a food service establishment, a three-row two-hole type medium-sized casting combustor burner, and a number of three row one-hole type small-sized casting combustor burners Regarding a method of manufacturing large, medium, and small cookware settable structures formed so that a large number of large and small cookware can be seated on a kitchen countertop,
A plurality of protruding ("∩") bent portions 52 are formed integrally with the upper upper side of the steel steel wire 50 formed in a horizontal circular shape at an inclined height of a certain standard.
Between each of the protruding ("∩") bent portions 52, the upper peripheral portion 56 of the sheet metal bent U-shaped ("∪") bent piece 54, a horizontal circular steel steel wire 50 A manufacturing method of forming a structure of a cooking utensil stand (33, 22, 11) of a large and medium size, characterized in that it is formed integrally by compression and decompression in a form that is rounded from the inside to the outside.

Description

{A method for manufacturing a cooker stand structure}

The present invention relates to a method of manufacturing a cookware settable structure for a large and small complex structure casting burner burner used by installing in the kitchen of a catering establishment, and to explain in more detail, a plurality of large and small casting combustion burners are installed at regular intervals. On the top plate of the lattice-type large cast burner burner, a large and medium-sized cooking utensil holder that has realized structural characteristics with "limited structure forming means" is easily inserted and seated downward, and the selected cookware base is placed on the cooking utensil holder at each insertion position. Settle,

The structural characteristics of "Limited Structure Forming Means", which allow the bottom and sides to be intensively heated by a high-temperature flame efficiently transmitted from the large and small casting burners installed in the lower part,

The high-temperature flame ignited from the burner does not spread outward through the wide heat diffusion space, but is efficiently transmitted to the upper surface of the casting combustor formed in a lattice structure on the upper side through the cookware seating hole. This is a technical field related to the "manufacturing method of forming a cooker settle structure" that is capable of intensively heating the side surfaces, thereby solving most of the many problems that have been shared and pointed out above.

A large number of large and small cookware mounting holes are formed on the top plate of the lattice-type casting combustor arranged at regular intervals on the upper side of the large-sized casting combustor that is commonly installed and used in the kitchens of many large and small restaurants.

In the lower part of it, a large and small casting combustor is fixedly installed so as to coincide with the seating position of the cooking utensil seating hole on the upper upper plate, and a wide heat diffusion space of a certain standard is formed between the bottom of the upper upper plate and the flame ejection hole of the casting combustor installed at the lower part. It is a structure that has been established.

The distribution path of the high-temperature flame ignited from the burners of large and small casting burners by the wide heat diffusion space configured as described above is distributed to the upper part and the outer outer part, and the high-temperature flame circulating to the upper part can directly heat the bottom of the cookware. However, the high-temperature flames dispersing outwardly spread to the horizontally wide heat diffusion space, which decreases the thermal efficiency of the designated cooking utensils, resulting in a longer cooking time for food, so the burning power of the burner of the foundry burner is reduced to shorten the cooking time. Although the method of strengthening is given priority, the structure formation of this method is an inefficient method of increasing the fuel cost.

The claim of the present invention also has a close look at the structure formation described above from a long time ago. As a structural problem that sympathizes with and points out like a technician in the same technical field, the lattice-type casting combustor top plate and the bottom surface made to form a certain space part A large number of large and medium-sized casting burners are installed in the part,

Grid-type casting burners Disperse into a wide heat diffusion space formed between the bottom of large-sized and small-sized cooking utensils seated in the cooking utensil mounting hole of the top plate of the large-sized and small-sized casting burners installed at the bottom, and only a portion of the high-temperature flames The bottom and sides of the cookware are heated as it rises to the cookware seating hole on the top of the combustor.

The high-temperature flame on the other hand spreads instantaneously through the wide heat diffusion space above and outside the burners of large and small companies, so that the effective thermal efficiency is significantly lowered compared to the fuel supply, and the fuel cost increase due to the impracticality of excessive fuel consumption is uneconomical. Will cause loss,

As the temperature inside the kitchen increases further due to inefficient fuel consumption, the pleasant cooking environment deteriorates, and the risk of fire occurrence is realistically high due to the accumulation of various prints. It is also a reality of problems that must be solved in the related technology field.

The claimant of the present invention simply inserts and seats a large and small "cooking utensil holder" on the top plate of a lattice-type casting combustor, which realizes the structural characteristics of the "limited structure forming means", and places the large and medium-sized cooking utensils respectively on the lower part. By implementing a structural characteristic that allows the bottom and sides of the cookware to be intensively heated by the high-temperature flame ignited from the installed large and small casting burners,

The high-temperature flame ignited from the burner configuration of each of the large and small casting combustors does not spread outward through the wide heat diffusion space, but is efficiently transmitted to the cooking utensil seating hole on the top of the grid type casting combustor. It is a structure that can heat the bottom and sides intensively.

"Limited structure formation means", which can solve most of the many problems in the large and small casting burner burners that have been shared and pointed out above, is a "cooking mechanism scheme that clearly differentiates the technical idea from the conventional background technology and technical field. It is to provide a "method for producing a tooth structure formation".

Looking at the structure of the large-sized cast burner burner that is commonly installed and used in the kitchens of many large and small restaurants, a basic cooking utensil mounting hole of a certain standard is formed on the top of a grid-type casting burner so that a large number of large and small cookware can be mounted. It is a structure in which a wide heat diffusion space of a certain standard is formed horizontally between the burners of large and small casting burners installed in the lower and lower layers.

The claimant of the present invention has been looking closely at the above-described structure formation from a long time ago, and the structural problem that sympathizes with and points out like a technician in the same technical field is that a large-sized casting combustor ignites a high-temperature flame from a burner of a lattice-type casting combustor. In heating each of the large and small cooking utensils seated on the top plate,

A part of the high-temperature flame heats the bottom and side of the cookware through the cookware mounting hole formed on the top plate of the lattice-type casting combustor on the top, and a part or a large amount of the high-temperature flame on the other side is external regardless of direct heating. By spreading outward, not only the effective thermal efficiency significantly decreased compared to the fuel supply, but also the increase in fuel cost caused by excessive fuel consumption caused uneconomic losses.

As the temperature inside the kitchen, which should be comfortable, rises high, the pleasant cooking environment deteriorates, and the risk of fire occurrence is realistically high due to the accumulation of various prints, so the reality of this structural formation problem is the current state of background technology. It is also a task of an important problem to be solved in the related technology field.

It can be said that there are many problems inherent in the burners of large and medium-sized kitchen casting burners formed as described above, but the technical idea that can drastically solve most of the above problems is insufficient only by realizing the known technologies of the current technical field and background technology. Because

"Limited structure forming means" of the present invention; Is a structure-forming means that is clearly differentiated from the conventional technical idea, and a very useful “cookware set-up table structure that affirms the advancement in the improvement of the thermal efficiency function and flame protection function, convenience of use, and safety by the differentiated structure formation means. By applying "the manufacturing method of formation", it has been implemented as a solution to the problem that can solve the above problems.

The claimant of the present invention has been looking closely at the formation of the burner structure of the conventional casting combustor described above from a long time ago, and the structural problem that is sympathetic and pointed out as a technician in the same technical field is that high-temperature flames are It is formed with a high and wide heat diffusion space between the burners of large and small casting burners installed under the

The high-temperature flame ignited from the burners of large and small casting burners has a part that rises through the cooking utensil seating hole formed on the top of the lattice-type casting burner, and a large amount of heat to the outside through the high and wide heat diffusion space around the burner of the casting burner. Due to the spread of high temperature flames, not only the effective thermal efficiency of the cookware decreases significantly compared to the fuel supply, but also the increase in fuel cost due to excessive consumption of fuel causes economic loss.

In light of the domestic reality that 98% of fossil fuels are dependent on imports, it will be said that the waste of valuable foreign currency will result in a huge economic loss, and the mass increase of carbon dioxide (CO2) due to overcombustion of gas fuel It will be said that even changes in the warming of the quality have a great negative effect.

In addition, as the temperature inside the kitchen rises due to the heat spreading outward from the burners of large and small casting burners, the pleasant cooking environment is deteriorated, and the risk of fire is realistically high as various prints are accumulated in the kitchen. However, the situation of these problems is the current status of the background technology and the task of realizing the objectives to be solved in the related technology field.

However, as it will be said that there are many problems inherent in the above-mentioned large and medium kitchen cast burner burners, the technical idea that can dramatically solve the problem is insufficient only by realizing the known technology of the background technology in the current technical field.

The main object of the present invention is to provide a "limited structure formation means" that is affirming the advancement of the technical idea that can more efficiently solve the above problems as a structure forming means differentiated from the technical idea of the background technology known in the related art. The main purpose is to devise it and provide it as a means of solving problems.

"Limited structure forming means" of the present invention is integrally added to the "formation of the basic structure of the cooking utensils" in addition to the thermal efficiency improvement function by the difference between the diffusion heat prevention structure and the flame protection function by the difference between the windproof function structure , Large and small casting combustor burners The structure is formed so that a large and small number of cooking utensils can be easily and safely inserted and seated on the upper top plate of the lattice-type casting combustor burner. to be.

In addition, the "limited structure forming means" of the present invention means that a high-temperature flame ignited from the burner of a large-sized and small-sized casting burner installed at the bottom is settled on the cookware stand through a large-sized and small-sized cookware mounting hole formed on the upper plate of the upper lattice-type casting burner. The basic structure is constructed so that the bottom and sides of large and medium-sized cookware can be heated intensively and efficiently.

Means 1. A case of cooking food with a large-sized cooking utensil on a large-sized casting combustor (3 rows and 3 bowls),

Taking into account the drawings 1, 2, 3, 4, 5, 5a, 6, a large cookware holder is easily inserted and seated in the large cookware seating hole formed on the lattice-type casting burner top plate, and a large cookware is placed on it. High-temperature flames and heat generated by freely igniting all or part of the burners of large, medium, and small (three-row three-hole type, three-row two-hole type, three-row one-hole type) integrally installed under the It is a structure that enables efficient and simple cooking of food inside the cookware by intensively heating the bottom and side of a large cookware seated on the top by the curved shape of a yuzu ("∪") type bent piece.

Means 2. A case of cooking food with medium-sized cooking utensils on a large-sized casting burner (3 rows and 3 balls type),

Taking into account the drawings 4, 5, 5a, and 6, a medium-sized cookware holder is easily inserted and seated in a large cookware seating hole formed on the lattice-type casting combustor top plate, and a medium-sized cookware is placed on it, and the unit is integrally installed under it. Among the medium and small (3-column 3-ball type, 3-column 2-ball type, 3-column 2-ball type) casting burners, only 3-column 2-ball type casting burners and 3-column 1-ball type casting burners are freely selected. By igniting and igniting high-temperature flames and heat, it is raised to the upper and upper sides by the inner bending shape of the citron ("∪") type bent piece, and cooked by intensively heating the bottom and sides of the medium cooker seated on the medium cooker rack. It is a structure that allows food inside the appliance to be efficiently and conveniently cooked.

Means 3. Cases of cooking food with small cooking utensils on a large casting burner (3 rows of 3 balls),

A small cookware holder is easily inserted into the large cookware mounting hole formed on the lattice-type casting combustor top plate, and a small cookware is mounted on it, and large, medium, and small (3-row 3-hole type, 3 Among the burners of a three-row, one-bulb type), only a three-row, one-ball burner is freely selected and ignited, and the generated high-temperature flames and heat are bent inside the Yuzu ("∪") type bent piece. The structure is formed so that the food inside the cooker can be efficiently and conveniently cooked by intensively heating the bottom and the side of the small cookware mounted on the small cookware holder by raising it upward by the shape.

As described above, the technical idea of the "method of manufacturing a cooker mount structure formation" by "Limited Structure Forming Means" is "a structure formation in which the thermal efficiency improvement function effect and the progress of the flame protection function effect are affirmed." It is a very useful structure formation in which an economic effect occurs as fuel is reduced and fuel cost is reduced.

Therefore, if we describe in more detail the technical idea about the "manufacturing method for forming a cooker seat structure" in which the progress of the thermal efficiency improvement function effect and flame protection function effect is affirmed,

30도)지게 돌출형("∩") 굴곡부분(52) 다수 개가 대각선 방향 외측으로 일정하게 돌출 굴곡 형성되고,It is integrally formed with the main body of the steel steel wire 50 formed in a horizontal circular shape, and is inclined at a certain height (10mm).

30 degrees) a number of protruding ("∩") bent portions 52 are formed to be curved to protrude uniformly outward in the diagonal direction,

360도)로 압축 감압 구성되며, 이러한 구조형성의 유자형("∪") 절곡편 각각의 사이에는 삽입홈의 공간부분이 상하로 일정하게 형성되는 기본 구조형성으로서,
청구항 제1항의 구성요소인 수평적 원형으로 형성되는 철재강선의 본체와 일체로 상부 상측에, "일정규격"의 높이(10mm)로 경사(

30도)지게 돌출형("∩") 굴곡부분 다수개가 대각선 방향 외측으로 "일정하게" 돌출 굴곡 형성되고,On the basis of this structure formation, large and small cookware holders 33, 22, 11 are constructed, and between each of the protruding ("∩") bent portions 52 of such structure formation, a yu-shaped ("∪"), the upper peripheral portion 56 of the bent piece 54 bent by sheet metal is roundly wrapped from the inside of the horizontal circular bent portion section of the steel steel wire to the outside outside (

It is a basic structure in which the space part of the insertion groove is uniformly formed vertically between each of the U-shaped ("∪") bent pieces of this structure formation.
In the upper upper side integrally with the main body of the steel steel wire formed in a horizontal circle, which is a component of claim 1, inclined at a height (10mm) of a "regular standard" (

30 degrees) a number of protruding ("∩") bent parts are formed to protrude "constantly" outward in the diagonal direction,

Lattice-type castings on the top of which a number of integrally formed casting combustors including a three-row three-hole type large-sized casting combustor burner, a three-row two-prong type medium-sized casting combustor burner, and a three-row one-hole type small-sized casting combustor burner are installed In the cooking utensil seating hole of the combustor top plate, a large, medium, and small “cookware holder” suitable for the size of the cooking utensil is easily inserted and seated

Cooking utensils seated on the cookware stand while the high-temperature flame ignited from the burner of the casting burner installed at the bottom does not spread to the wide horizontal heat diffusion space, but rises upward along the inner groove of the U-shaped ("∪") bent piece. By allowing the bottom and sides to be heated intensively, the economic effect of reducing fuel costs by reducing gas fuel while being able to efficiently cook large and small amounts of food is produced by the advancement of the thermal efficiency improvement function and flame protection function. It is beneficial structure formation.

30도)지게 돌출형("∩") 굴곡부분 다수 개가 대각선 방향 외측으로 일정하게 돌출 굴곡 형성하고, 돌출형("∩") 굴곡부분 각각의 사이에는, 유자형("∪")으로 판금 절곡된 절곡편의 상부 주연부분을, 철재강선 수평적 원형의 굴곡 부분 구간 내부에서 외부외측으로 둥글게 감싸는 형태(

360도)로 압축 감압 구성되며, 이러한 구조형성의 유자형("∪") 절곡편 각각의 사이에는 삽입홈의 공간부분이 상하로 형성되는 "구성요지"를, "일체로 포함"하는 "한정적구조형성수단;"에 의한, 대중소 조리기구안치대 위에, 대중소의 조리기구를 각각 간편하게 이동 삽입 안착시켜 "열효율 향상기능효과와 화염보호 기능효과의 진보성에 의하여 효율적으로 조리를 할 수 있도록 함을 특징으로 하는 구조형성의 제조 방법이다.
수평적 원형으로 형성되는 철재강선의 본체와 일체로 상부 상측에, 일정규격의 높이(10mm)로 경사(

30도)지게 돌출형("∩") 굴곡부분 다수 개가 대각선 방향 외측으로 일정하게 돌출 굴곡 형성하고,Therefore, as in the formation of the structure above, the body of the steel steel wire formed in a horizontal circle and integrally with the upper upper side, inclined at a certain height (10mm) (

30 degrees) A number of protruding ("∩") bent parts are formed to be curved outward in a diagonal direction, and between each of the protruding ("∩") bent parts, sheet metal is bent in a U-shaped ("∪") The upper periphery of the bent piece is roundly wrapped from the inside of the horizontal circular bent section of the steel steel wire to the outside outside (

360 degrees) is composed of compression and decompression, and between each of the U-shaped ("∪") bent pieces of the structure formation, the "constituent point" in which the space part of the insertion groove is formed up and down, is "limited to" It is characterized in that it enables efficient cooking by the advancement of the "heat efficiency improvement function and flame protection function" by simply moving and inserting each of the large and small cooking utensils on the large and small cooking utensils stand by means of structure forming means. It is a manufacturing method of structure formation.
It is integrated with the main body of the steel steel wire formed in a horizontal circle, and is inclined at a certain height (10mm) on the upper upper side.

30 degrees) A number of protruding ("∩") bent parts are formed to be curved outwardly in a diagonal direction,

The present invention is a "limited structure forming means" that is differentiated from the prior art idea. As a lattice-type casting combustion base plate, a large-sized and small-sized cooking utensil mounting table is easily inserted and seated in the cooking equipment mounting hole of the large-sized and small-sized large and small sized cooking equipment, The high-temperature flame and heat ignited from the burners of the large and small three-row three-ball, three-row two-ball, and three-row one-ball burners are raised to the upper and upper side by the curved shape of the U-shaped ("∪") bent piece. It is a structure that allows food inside the cookware to be cooked easily.

Therefore, the medium-sized or small-sized cooking utensils can be easily moved and inserted into the large-sized cooking utensils seating hole, and a large-sized casting burner among the three-column three-ball type, three-row two-ball type, and three-row 1 ball type casting burner Without using a burner, only the related 3-column 2 ball or 3-column 1 ball burner is selected and ignited individually, and the high-temperature flame and heat ignited as described above are ignited in the curved shape of a yuzu ("∪") type bent piece By intensively heating the bottom and sides of the medium or small cookware seated on the upper medium or small cookware mount, you can easily cook the food inside the cookware, thereby improving the efficiency in terms of energy conservation. Structure-forming means; It is clearly the "manufacturing method of the structure formation of the cookware settle".

1 is a perspective view of a cooking utensil seat of the present invention inserted and seated on a grid plate.
Figure 2 is a perspective view of the basic structure of the grid-shaped plate cookware seating hole of the present invention.
Figure 3 is a plan perspective view of the present invention in which a cooking utensil holder is inserted on a lattice plate.
Figure 4 is a perspective view of the three-dimensional structure of the cooking utensil rest of the present invention.
Figure 5 is a side view A ↔ A cutaway side perspective view of the cooking utensil rest of Figure 4 of the present invention.
Figure 5a is a detailed perspective view of the main structure of the cut side of the present invention Figure 4 formed.
6 is a perspective view of a heating state of a high-temperature flame and heat when cooking by placing the cookware holder on the grid-shaped plate of the present invention and placing the cookware thereon.

As described above in [Means to Solve the Problem], looking at the burners of large-sized casting burners used in the kitchens of catering establishments, cookware seating holes of a certain standard are formed so that a large number of large and small cookware can be seated on the top of the grid-type casting burner. In the lower part, there are a number of large, medium, and small casting burners in a complex configuration and installed in a certain standard. In addition, a basic structure is formed so that the fuel injection pipe to which the fuel control foot is added can be coupled to each of the burners of the foundry burner.

(1) The structure of the large-sized casting burner burner includes a three-row three-ball type casting burner burner, a three-row two-ball type foundry burner, and a three-row, one-ball type casting burner. It is a structure formed by integrally coupling gas control feet to the gas fuel injection pipe.

Therefore, in the case of cooking food with large cooking utensils on the burner of a three-row, three-hole type large-sized cooking appliance, a large, medium, and small 3 unit installed in the lower part of the large, medium, and small cooking utensils is simply and safely inserted into the large cooking utensil seating hole. It is a structure that enables efficient cooking by intensive heating of food inside large cooking utensils by freely igniting all or only part of the burners of the 3-row type, 3-column 2-ball type and 3-row 1-ball type. .

(2) The structure of the medium-sized casting combustor burner includes a three-row two-hole type casting combustor burner and a three-row one-hole type casting combustor burner integrally formed to form the basic structure. Each of (44) is an integrally bonded structure.

Therefore, in the case of cooking food with medium-sized cooking utensils on the burner of a three-row two-ball type, the medium-sized cooker is simply and safely inserted and seated in the middle-sized cooker's seating hole, and a three-row, two-ball type integrally installed at the bottom. And, by freely igniting all or only part of the burner of a 3-row 1-ball type casting burner, it is a structure that can efficiently cook food by intensive heating of food inside a medium-sized cooker.

(3) The structure of the burner of the small-sized casting combustor is the basic structure of the burner of the cast combustor of a three-row, one-hole type, and the gas control foot 44 is formed integrally with the gas fuel injection pipe.

Therefore, in the case of cooking food with small cooking utensils on the burner of a 3 row 1 gu type, a 3 row 1 gu type integrally installed in the bottom of the small cooking utensil is inserted and seated in the small cooking utensil mounting hole. It is a structure that can efficiently cook by intensive heating of food inside a small cooker by igniting only the burner of the foundry burner.

However, as described above, by igniting a high-temperature flame from a conventional large and small casting burner burner (3 row 3 ball type, 3 row 2 ball type, 3 row 1 ball type), In heating at the same time by inserting and seating large, medium, and small cookware in the cookware seating hole,

The high-temperature flame ignited from each of the large, medium, and small casting burners has a part that rises to the top, and on the other hand, it is a structure in which a large amount of high-temperature flame spreads into the heat diffusion space that can spread outward. The lattice-type casting combustor top plate formed on the top of the burner of the casting combustor is a structure that directly heats the bottom and sides of the cookware seated on the top plate of the lattice-type casting combustor, and only the high-temperature flame that has passed through the cooking equipment mounting holes in large and medium-sized units.

Not only the effective thermal efficiency is significantly lowered compared to the fuel supply, but also the increase in fuel cost due to excessive consumption of fuel causes uneconomical losses. Due to this problem, the temperature inside the kitchen rises greatly, which deteriorates the comfortable cooking environment. Since it is a place where there are a lot of prints, the risk of fire is realistically high, and these problems are the background technology of the food service industry and are a problem to be solved in the related technology field.

Therefore, it can be said that there are many problems inherent in the "casting burner cooker" for large-sized kitchens with complex structure formation, and the technical idea that can dramatically solve most of the above problems is based on the known technical idea of the current technical field and background technology. Because it’s not enough,

"Limited structure forming means" of the present invention is a structure forming means that is clearly differentiated from the conventional technical idea; As a result, it is a technical idea about the "manufacturing method of forming a cooker seat structure" by "Limited Structure Forming Means;" in which the progressiveness of the thermal efficiency improvement function effect and the flame protection function effect is affirmed.

30도)지게 돌출형("∩") 굴곡부분 다수 개가 대각선 방향 외측으로 일정하게 돌출 굴곡 형성하고,It is integrated with the main body of the steel steel wire formed in a horizontal circle, and is inclined at a certain height (10mm) on the upper upper side.

30 degrees) A number of protruding ("∩") bent parts are formed to be curved outwardly in a diagonal direction,

In the horizontal circular section of each of the protruding ("∩") bent parts constructed as above, the upper periphery of the sheet metal bent U-shaped ("∪") bent piece is placed from the inside of the horizontal circular bent section of the steel steel to the outside. It is composed of compression and decompression in a form wrapped in a round shape, and the space part of the insertion groove is formed up and down between each of the U-shaped ("∪") bent pieces integrally compressed and decompressed as described above. As the basic structure of ",

Large and medium-sized cooking utensils are placed on the top of a large number of casting burners with a three-row three-hole type large-sized casting burner burner, a three-row two-ball type medium-sized casting burner, and a three-row one-hole type small-sized foundry burner. A large and medium-sized cooking utensils are easily inserted and added on the cooking utensil seating table of the large-sized and small-sized ones by placing them from the top to the bottom of the cooking utensil seating hole formed at the designated position of the lattice-type casting burner.

The high-temperature flames ignited from the burners of large and small casting burners installed at the bottom do not spread to a wide horizontal space, but rise to the upper and upper sides along the grooves of each of the U-shaped ("∪") bent pieces, inside large, medium, and small cookware. By intensively heating the bottom and sides of large and medium-sized cooking utensils inserted into the dental table, the "progressiveness of the thermal efficiency improvement function and flame protection function effect is affirmed, and gas fuel can be efficiently cooked. It is a very beneficial structure formation that has an economic effect that is reduced and fuel cost is reduced.

30도)지게 돌출형("∩") 굴곡부분 다수 개가 대각선 방향 외측으로 일정하게 돌출 굴곡 형성되는 구조형성수단;과, ② 돌출형("∩") 굴곡부분 각각의 수평적 원형 구간에 판금 절곡된 유자형("∪") 절곡편의 상부 주연부분을 철재강선 본체의 수평적 원형 굴곡 부분 구간 내부에서 외부외측으로 둥글게 감싸는 형태(

360도)로 압축 감압 형성되는 구조형성수단;과, ③ 상기와 같이 일체로 압축 감압 구성된 유자형("∪") 절곡편 각각의 사이에, 삽입홈의 공간부분이 상하 일체로 포함 형성되도록 하는 구조형성의 차별성과 그 차별성에 의한 기능효과의 진보성이 긍정되는 "한정적구조형성수단;"의 구조형성입니다.Therefore, of the "Constituent Point" of the large and small cookware settle formed as above, ① inclined at a certain height (10mm) on the upper upper side of the body of a steel steel wire formed in a horizontal circle (

30 degrees) a structure forming means in which a plurality of curved portions protruding ("∩") regularly protruding outward in a diagonal direction; and, 2) bending sheet metal in the horizontal circular section of each of the protruding ("∩") bent portions The upper circumference of the bent piece is roundly wrapped from the inside of the horizontal circular bent section of the steel steel wire body to the outside outside (

A structure forming means formed by compression decompression at 360 degrees); And, ③ Between each of the U-shaped ("∪") bent pieces integrally compressed and decompressed as described above, the space portion of the insertion groove is integrally formed up and down. This is the structural formation of "Limited Structure Forming Means;" which affirms the differentiation of structure formation and the progressiveness of functional effects by the differentiation.

When the large cookware 33a is seated in the cookware seating hole 42 formed at the designated position of the grid-type cast-burning machine top plate 40 of the basic structure installed on the large-sized casting burner burner 30 and cooking a large amount of food, ,

The structure of the large-sized casting combustor burner 30 is formed by integrally including a 3-row 3-ball type casting combustor burner, a 3-row 2-ball type casting combustor burner and a 3-row 1-ball type casting combustor burner. The gas control foot 44 is formed integrally with the gas fuel injection pipe, so in the case of cooking a large amount of food with a large amount of heat, the large-sized cast burner 30 and the three-row It is possible to cook using all or only a part of the medium-sized casting combustor burner 20 of the two-ball type and the small-sized casting combustor burner 10 of the three-row one-ball type.

The high-temperature flame 46 ignited from the large and medium-sized casting burners 30, 20, 10 is formed through the upper and lower through holes 42 formed on the lattice-shaped casting combustor top plate 40 above, and a large cooking appliance 33a ), but the structure is formed to be able to cook by heating the bottom and sides of the large casting burner 30, but a large portion of the high-temperature flame 46 ignited from the large-sized casting burner burner 30 is a wide heat diffusion space under the lattice-shaped casting burner top plate 40 It is a structure that can spread out through the part 48,

Not only the effective heat efficiency compared to the consumption of gas fuel is significantly lowered, but the increase in fuel costs leads to waste of foreign currency, and nationally, considering that 98% of fossil fuels (petroleum and natural gas) are dependent on imports. It causes uneconomic losses.

In addition, a large amount of heat diffusion acts as a factor that increases the temperature inside the kitchen, which deteriorates the comfortable cooking environment, and the risk of fire is realistically high as various prints are piled up. Is the current state of the background technology and is a real problem to be solved in the large-sized cast burner burner 30, which is also a problem to be solved in the related technology field.

Since it will be said that it is insufficient to remarkably solve most of the above many problems with only the background technology of the technical idea known in the current technical field,

"Limited structure forming means" of the present invention is a structure forming means that is clearly differentiated from conventional technical ideas; As a result of the formation of a structure that affirms the function improvement effect of preventing flame spreading and the advancement of the function improvement effect that safely protects small flames even with strong and weak winds, the cooking utensil seating hole 42 selected on the top plate 40 of the lattice-type casting combustor The large and medium-sized cooking utensil holders (33, 22, 11) selected in the above can be moved and seated in a convenient place freely, while the foods of the large-sized and small-sized cookware (33a, 22a, 11a) are efficiently transferred to the large and small casting burners (30, 20). , By selectively igniting all or part of 10), the ignited high-temperature flame 46 and heat do not spread to the outside and rise to the upper and upper side along each groove of the U-shaped ("∪") bent piece 54 In addition, it is a very useful structure formation that enables efficient cooking of food inside the cookware.

If the case where the medium-sized cookware 22a is seated in the cookware seating hole 42 formed at the designated position of the grid-shaped cast-burning machine top plate 40 of the basic structure installed on the large-sized cast-burner burner 30 and cooks an appropriate amount of food will be described in detail. ,

The structure of the large-sized casting combustor burner 30 is formed by integrating a 3-row 3-ball type casting combustor burner, a 3-row 2-prong type casting combustor burner and a 3-row 1-ball type casting combustor burner. , Gas control feet 44 are formed integrally with each of the gas fuel injection pipes, and in the case of cooking food using a medium-sized cookware 22a on the gas fuel injection pipe, a grid-type cast combustion base plate 40 of the basic structure ) By simply inserting and seating the medium-sized cookware mounting table 22 in the cookware mounting hole 42 formed at the designated location, the large-sized cast-burning burner 30, which consumes a lot of fuel, is not used, and the medium-sized cast-burner burner 20 or small-sized castings Since the structure is formed so that food inside the medium-sized cookware 22a can be efficiently cooked with only the combustor burner 10, the high-temperature heat and flame ignited by igniting the selected medium-sized and small-sized casting combustors (20, 10). (46) A significant portion does not spread to the outside through the wide heat diffusion space portion 48 under the lattice-shaped cast combustor top plate 40, and the U-shaped ("∪") bent piece 54 inside the medium-sized cookware holder 22 ) It is a very useful medium-sized cooking utensil holder 22 that is structured so that food inside the medium-sized cooking utensils 22a can be efficiently cooked while rising upwards along each groove.

The case where the small cookware 11a is seated in the cookware seating hole 42 formed at the designated position of the grid-type cast combustion machine top plate 40 of the basic structure installed on the large cast burner burner 30 and cooks an appropriate amount of food will be described in detail. ,

The structure of the large-sized casting combustor burner 30 is formed by integrating the casting combustor burner of a three-column three-ball type, a casting combustor burner of a three-row and two-ball type, and a casting combustor burner of a three-row and one-ball type. The gas control foot 44 is formed integrally with the gas fuel injection pipe, and when food is cooked using a small cooker 11a on the gas fuel injection pipe, the lattice-type casting combustion substrate top plate 40 of the basic structure By simply inserting and seating the small cookware holder 11 into the cookware seating hole 42 formed at the designated position, the large-sized casting burner burner 30 or the medium-sized casting burner burner 20, which consumes a lot of fuel, is not used,

The high-temperature heat and flame 46 that are ignited and ignite by selecting only the small-sized foundry burner 10 do not spread to the heat diffusion space 48 under the lattice-type cast-burner top plate 40, and the small cookware holder 11 A very useful small cookware holder 11 that allows the food inside the small cookware 11a to be efficiently cooked while rising upward along each groove of the inner yu-shaped ("∪") bent piece 54 ).

Therefore, the structure formation and technical idea of the cooking utensil stand (33, 22, 11) of the large and medium-sized cooking utensils of the present invention "Limited structure forming means;" It is a structure that has a positive effect on improving the function of preventing flame spreading and protecting small flames from strong and weak winds.

Considering the domestic reality that 98% of fossil fuels (petroleum and natural gas) depend on imports, it is possible to reduce fuel costs by reducing gas fuel and to reduce the waste of foreign currency by importing fossil fuels. It is an invention of technological thought that is very useful nationally as it will have great economic effects.

10 Small Casting Burner (3-row, 1-Burner) 11 Small Cookware Holder
11a Small cookware 20 Medium-sized casting burner (3-row 2-hole burner)
22 Medium-sized cookware holder 22a Medium-sized cookware
30 Large Casting Burner (3-row 3-Burner) 33 Large Cookware Holder
33a Large cookware 40 Grid type casting burner top plate
42 Cookware mounting hole 44 Gas control foot
46 Hot flame 48 Heat diffusion space
50 Steel wire 52 Protruding bent part
54 U-shaped ("∪") bent part 56 Main part
58 insert groove

Claims (5)

A general grid type with large and medium-sized cookware seating holes formed at the top of a three-row three-hole type large-sized casting combustor burner, a three-row two-prong type medium-sized casting combustor burner, and a three-row, one-hole type small-sized foundry burner. Regarding the manufacturing method of the formation of the structure of the cooking utensil settle of the large and medium sized to be easily inserted, seated and moved on the upper part of the casting combustor
Integral with the main body of the steel steel wire 50 formed in a horizontal circle, a plurality of protruding ("∩") bent portions 52 at a certain height at a certain level on the upper upper side are formed to protrude uniformly outward in the diagonal direction. and,
In the horizontal circular section of each of the protruding ("∩") bent portions 52, the upper circumferential portion 56 of the sheet metal bent U-shaped ("∪") bent piece 54, and the steel steel wire 50 It is compressed and decompressed in a form that is integrally with the body and is roundly wrapped from the inside of the horizontal circular curved section to the outside,
Through the space portion formed under the bent portion 52 of the large and small cookware holders (33, 22, 11) that are formed of a protruding ("∩"),
Large and small cooking utensil holders (33, 22, 11), characterized in that they are easily inserted and seated in the cooking utensil mounting hole on the top of the lattice-type casting burner, and on top of the cooking utensils of large and small sizes, each of which can be easily mounted and cooked Method of manufacturing structure formation. The method of claim 1,
Formed so that a plurality of curved portions 52 that protrude inclined at a height of a certain standard ("∩") are uniformly protruded outwardly in a diagonal direction, integrally with the main body of the steel steel wire 50 formed in a horizontal circle. As a result, the manufacturing method of structure formation, characterized in that the large and small cooking utensil holders (33, 22, 11) are integrally formed. The method of claim 1,
In the horizontal circular section of each of the protruding ("∩") bent portions 52 protruding from the upper upper side of the steel steel wire 50, the upper peripheral portion of the sheet metal bent U-shaped ("∪") bent pieces 54 (56), by compressing and decompressing in the form of roundly wrapping from the inside of the horizontal circular section to the outside and outside, and the cooking utensil seats (33, 22, 11) of large and small are integrally formed. The method of claim 1,
Through the space formed on the lower side of the protruding ("∩") bent part 52 formed integrally on the upper upper side of the cooking utensils rests 33, 22, 11 of large and small, through the space part formed on the lower side of the top plate of the lattice-type casting combustor, A method of manufacturing a large and small cooking utensil settle structure, characterized in that the cooking utensils of large and small are easily mounted on top of the easily inserted and seated food. delete

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