KR20230153685A - Oil and water type gas fryer - Google Patents

Abstract

The present invention relates to a water-based gas frying device, which includes a main body in which an oil water tank with an empty interior and an open top is installed so that oil and water are separately accommodated in upper and lower layers, and a control unit is provided and installed on the front of the main body. A water-based gas frying device that includes a control unit, a heating unit that heats oil, and a cooling unit that is installed adjacent to the interface where oil and water come into contact and cools the oil, wherein the heating unit is installed in a 'U' shape and submerged in oil. It includes a heat generating tube forming a gas burner that heats the heat generating tube, wherein the heat generating tube forms an inlet on one side through which the heat source supplied from the gas burner flows in and an outlet on the other side through which the introduced heat source is discharged, and is connected to the outlet. It is provided with a heat fin that is detachably installed and applies resistance to a heat source flowing inside, wherein the heat fin includes: a support having a certain length; A plurality of resistance members are coupled at regular intervals from the front end of the support to the rear; an exhaust plate coupled to the rear of the resistance member on the support and forming a plurality of radial discharge holes and located at the other end of the heat generating tube; and a mounting plate that is spaced apart from the discharge plate and is coupled to the rear end of the support to guide the attachment and detachment of the thermal fin and the installation of the discharge case covering the thermal fin.

Description

Oil and water type gas fryer}

The present invention relates to a water-based gas frying device, and specifically, to quickly and stably heat a heating tube installed in an oil tank in which oil and water are stored in layers up and down due to the difference in specific gravity, while also using the oil as a heat source. It not only minimizes exhaust gases by ensuring that the supplied gas achieves complete combustion within the heating tube, but also reduces maintenance costs by maximizing heating efficiency relative to the amount of gas supplied, and also ensures ease of maintenance. It is about a breast-feeding gas frying device that allows you to do this.

In general, fried food, which is cooked by frying various ingredients such as chicken, fish, or meat in high-temperature oil, is not only relatively quick and easy to cook, but also has a wide range of ingredients to choose from, so it is widely used in homes and restaurants. It is one of the dishes.

Fried food is a dish that can be easily accessed by the general public in various dining cultures that handle foods such as fast food and chicken, and its consumption is increasing due to the simplicity of cooking and the excellent taste of the cooked food. .

These fried dishes are cooked by filling a large container with oil, such as cooking oil, heating it, and then putting ingredients into the heated oil and frying them.

For frying, a simple cooking method using a tank filled with oil and a frying net is sometimes used, but in restaurants or specialized businesses that require more specialized and large-scale cooking, the temperature of the oil can be controlled and the oil can be easily replaced. A fryer is being used.

In recent years, in addition to products with a simple structure, oil and water are arranged up and down in the tank, and small impurities such as residue generated during the frying process of food ingredients and oil generated from the food ingredients themselves are allowed to sink into the water, thereby preventing oil contamination. Products that minimize and improve ease of use are widely used.

These fryers are a means of heating oil and can be roughly divided into electric and gas types. The electric type uses an electric heater to heat the oil, and the gas type uses a gas burner to heat the oil. This is a method of heating oil using the heat generated by combustion.

Among the above-described fryers, a conventional gas-type fryer installs a gas burner along the bottom surface or the side forming the circumference of the oil tank, and heats the oil tank with the heat generated when the gas is burned with the gas burner to increase the temperature of the oil. The tank heating method or the heater heating method that installs a heating heater through the oil tank so that it comes into contact with the oil and then heats the heater with a gas burner to raise the temperature of the oil was mainly used.

Here, the tank heating method is to heat the tank directly with a gas burner so that the thermal energy of the tank is secondarily transferred to the oil filled inside the tank. This not only reduces heating efficiency but also increases fuel consumption, so it is relatively expensive. A heater heating method with excellent heating efficiency is mainly used.

However, the conventional heater heating method is also a heating heater, in which a plurality of pipes are installed in the tank body, and then the heat from a heating source according to a general combustion method such as a gas burner heats each pipe, resulting in low heating efficiency and many pipes. Because it is necessary to install a number of heaters, not only does the structure become complicated and manufacturing costs increase, but there is a problem that maintenance costs increase due to increased fuel consumption.

In addition, due to the decrease in heating efficiency of the conventional gas-type fryer described above, the increase in cooking costs due to increased gas usage was a factor in increasing the cost of frying dishes.

In addition, since conventional gas fryers use multiple independent pipe-structured heating heaters installed in the oil tank, if replacement or repair of the heating heater is required due to damage or damage to the heating heater, disassembly or installation of the heating heater This difficulty not only significantly reduces workability, but also causes an increase in maintenance costs.

Republic of Korea Patent Publication No. 10-0654362 (announced on December 5, 2006)

The present invention was devised to solve the above-mentioned problems, and enables rapid and stable heating of a heating tube installed in an oil tank in which oil and water are stored in upper and lower layers due to the difference in specific gravity, while also heating the heat pipe supplied as a heat source. By allowing the gas to achieve complete combustion within the heating tube, it is possible to minimize exhaust gases, as well as maximize heating efficiency compared to the amount of gas supplied, thereby reducing maintenance costs and ensuring ease of maintenance. The purpose is to provide a feeding gas frying device that allows.

The water-based gas frying device according to the present invention for achieving the above object is provided with a main body in which an oil tank with an empty interior and an open top is installed so that oil and water are separated in layers up and down, and a control unit, so that the main body A water-based gas frying device including a control unit installed on the front of the device, a heating unit that heats the oil, and a cooling unit that is installed adjacent to the interface between oil and water to cool the oil, wherein the heating unit has a 'U' shape. It includes a heat generating tube that is installed to be submerged in oil and a gas burner that heats the heat generating tube, wherein the heat generating tube has an inlet on one side through which the heat source supplied from the gas burner flows in and an outlet on the other side through which the introduced heat source is discharged. and a heat fin that is detachably installed in the outlet and applies resistance to a heat source flowing inside, wherein the heat fin includes: a support having a certain length; A plurality of resistance members are coupled at regular intervals from the front end of the support to the rear; an exhaust plate coupled to the rear of the resistance member on the support and forming a plurality of radial discharge holes and located at the other end of the heat generating tube; and a mounting plate that is spaced apart from the discharge plate and is coupled to the rear end of the support to guide the attachment and detachment of the thermal fin and the installation of the discharge case covering the thermal fin.

The resistance member has a fan-shaped shape whose cross-sectional area becomes narrower toward the support, and is made up of a plurality of vortex pieces that are radially spaced from the support and are combined together, and the plurality of vortex pieces are inclined at a certain angle and are connected to the support. can be combined with

The gas burner includes a mounting plate mounted on the rear of the water tank while forming a mounting hole in the center corresponding to the inlet of the heat generating tube; a discharge pipe coupled to the mounting hole to be inserted into the inlet of the heating pipe and having a mesh net coupled to the front end; A cover enclosure coupled to the rear of the mounting plate to cover the discharge pipe and provided with a gas injection pipe for injecting gas into the discharge pipe; At least one ignition member coupled to the upper part of the mounting plate so that the front end is disposed adjacent to the front of the discharge pipe to ignite the injected gas to generate a flame; and a high-pressure blowing member coupled to the rear of the cover housing to forcibly discharge air into the discharge pipe to force flame to be discharged toward the front of the discharge pipe.

The mounting plate may form a plurality of discharge holes along the circumferential direction of the mounting hole on the outside of the mounting hole to force air to be discharged toward the front.

It may further include a temperature measuring member coupled to the upper part of the mounting plate so that the front end has a shape corresponding to the ignition member and is disposed at a position adjacent to the front of the discharge pipe.

In this way, the water-based gas frying device according to the present invention has the effect of rapidly and stably heating the heating tube installed in the oil tank in which oil and water are stored in layers up and down due to the difference in specific gravity through a gas burner. there is.

In particular, it not only increases the time the flame stays within the heating tube through the heat fin, but also blows air at high pressure into the heating tube through the discharge hole of the mounting plate and the high-pressure blowing member, thereby containing carbon or oxygen supplied as a heat source. In addition to minimizing exhaust gases by ensuring complete combustion of the gas in the heating tube, it also has the effect of reducing maintenance costs by maximizing heating efficiency compared to the amount of gas supplied.

Moreover, there is an effect of ensuring ease of maintenance through a heat fin that is removably installed within the heat generating tube.

Figure 1 is a perspective view schematically showing a water-feeding gas frying device according to the present invention.
Figure 2 is an exploded perspective view schematically showing the water-feeding gas frying device according to the present invention.
Figure 3 is a schematic perspective view to explain the breast-feeding gas frying device according to the present invention.
Figure 4 is a schematic cross-sectional view to explain the water-feeding gas frying device according to the present invention.
Figure 5 is an exploded perspective view schematically showing the gas burner of the water-feeding gas frying device according to the present invention.

Hereinafter, the configuration and operation of specific embodiments of the present invention will be described in detail with reference to the attached drawings.

Here, in adding reference numerals to components in each drawing, it should be noted that identical components are indicated with the same reference numerals as much as possible, even if they are shown in different drawings.

In describing the present invention, detailed descriptions of related known functions or configurations will be omitted in order to not obscure the gist of the present invention.

And, when a part is said to “include” a certain component, this means that it does not exclude other components but may further include other components, unless specifically stated to the contrary.

In addition, in explaining the present invention, the upper and lower sides will be described based on an installation state in which the head part of the tank part and the head part forming the oil water tank is located on the upper side of the tank part.

In addition, one side and the other side will be explained based on a state in which an inlet through which a heat source flows in is formed on one side of the heating tube, and an outlet through which the heat source is discharged is formed on the other side of the heating tube.

In addition, the front and rear are based on the state in which the heat fin and gas burner are installed from the back of the water tank, and the expression inside refers to each component or the area in that direction divided by each component. In addition, the outer expression will be explained as referring to the area opposite to or in the direction of the inner expression.

The present invention enables rapid and stable heating of a heating tube installed in an oil tank in which oil and water are stored in vertical layers due to differences in specific gravity, while allowing the gas supplied as a heat source to achieve complete combustion within the heating tube. This relates to a feeding-type gas frying device that not only minimizes exhaust gases, but also reduces maintenance costs by maximizing heating efficiency compared to the amount of gas supplied, and also ensures ease of maintenance. .

The configuration of the present invention for this purpose includes, as shown in FIGS. 1 to 4, a main body in which an oil water tank 40 with an empty interior and an open top is installed so that oil and water are separated and accommodated in layers up and down; It is based on a control unit that includes an operating unit installed on the front of the main body, a heating unit that heats the oil, and a cooling unit installed adjacent to the interface where oil and water come into contact to cool the oil.

In addition to these configurations, an external case 10 forming the main body, a tank part 20 provided to form an oil tank 40 inserted and installed inside the external case 10, and a head part formed with a ventilation hole 31 ( 30) is a main body, operating unit, external case, tank unit, head unit, oil tank and cooling unit constituting the oil-water separation type gas frying device disclosed in “Korean Patent Publication No. 10-2024060” previously filed by the present applicant; Since they are the same or similar, their specific structures and operating methods will be omitted in order to not obscure the gist of the present invention.

However, in the present invention, it includes a heating tube 50 that is submerged in oil in a 'U' shape forming a heating part, and a gas burner 200 that heats the heating tube 50, and the heating tube 50 is a gas burner. It forms an inlet 51 on one side through which the heat source supplied from the burner 200 flows in, and an outlet 52 on the other side through which the inflow heat source is discharged. It is detachably installed at the outlet 52 to absorb the heat source flowing inside. It may be said that there is a technical point in having a thermal pin 100 that applies resistance.

As shown in FIGS. 1 to 4, the heating tube 50 of the present invention serves to heat oil to an already set temperature, and allows the heat source (flame) supplied from the gas burner 200, which will be described later, to be introduced and discharged. It may be provided in the form of a tubular structure with a certain length so that it can be used.

The heating pipe 50 is provided in a 'U' shape and is installed to be submerged horizontally in the middle of the oil in the vertical direction, and the inlet 51 and outlet 52 are the tank portion 20 forming the oil tank 40. ) can each be coupled to the rear side wall.

The heating tube 50 is provided in the form of a circular tube with a preset diameter, and can be manufactured by welding three circular tubes into a 'U' shape.

As shown in FIGS. 1 to 4, the thermal fin 100 of the present invention includes a support 110 having a certain length, a plurality of resistance members 120 coupled at regular intervals from the front end of the support 110 to the rear, and , a discharge plate 130 that is coupled to the rear of the resistance member 120 on the support 110 and forms a plurality of discharge holes 131 radially and is located on the other end of the heating tube 50, and a discharge plate 130 ) and is coupled to the rear end of the support 110 at a distance from each other to guide the attachment and detachment of the thermal fin 100 and the installation of the discharge case 150 covering the thermal fin 100. It may be configured to include a mounting plate 140. .

The heat fin 100 may be made of a heat-resistant stainless steel material, and may be formed in a size corresponding to the portion of the heating tube 50 where the outlet 52 is formed, so that it can be installed on the heating tube 50. there is.

For example, the vortex pieces 121 coupled to the support 110 to form the heat fin 100, the discharge plate 130, and the mounting plate 140 may be joined by welding or the like.

The support 110 may be provided in the form of a rod or rod having a predetermined length to maintain the heat fin 100 mounted in an already set section within the heat generating tube 50.

The resistance member 120 has a leaf- or fan-shaped shape whose cross-sectional area narrows toward the support 110, and is composed of a plurality of vortex pieces 121 that are radially spaced from the support 110 and are combined, and a plurality of vortex pieces (121) may be inclined at a certain angle and coupled to the support 110.

For example, 10 resistance members 120 may be installed extending backward from the front end of the support 110 at intervals of 20 mm each, and 6 vortex pieces 121 may be installed along the circumference of the support 110. It can be configured in a spaced and combined form.

By this heat fin 100, the heat source (flame, high temperature air and gas) flowing into the inside of the heating tube 50 from the gas burner 200, which will be described later, is not only between each resistance member 120 but also between the vortex pieces 121. By rotating and passing between them, the time the flame stays within the heating tube 50 is increased, and as the gas containing carbon or oxygen achieves complete combustion within the heating tube 50, the exhaust gas In addition to realizing minimization, it is possible to reduce maintenance costs by maximizing heating efficiency compared to the amount of gas supplied.

At the same time, the gas contained in the above-mentioned flame achieves complete combustion, thereby minimizing the generation of foreign substances due to combustion.

The heat fin 100 may be covered through a discharge case 150 coupled to the rear side of the tank portion 20 forming the oil water tank 40 by bolting or the like while mounted in the heating tube 50.

The discharge case 150 may be of a size and shape such that the discharge plate 130 and the mounting plate 140 can be placed on the inside with the heat fin 100 installed, and the top is open to provide ventilation passage case 160. ) can be configured in the form of a connected structure.

By being coupled to the tank unit 20, the discharge case 150 not only protects the heating fin 100 mounted on the heating tube 50, but also functions to minimize heat loss.

At this time, the mounting plate 140 can guide the fastening of the discharge case 150, and is, for example, coupled in a form that makes surface contact with the rear inner surface of the discharge case 150, so that it can be used by the high pressure blowing member 250 to be described later. It is possible to prevent the heating fin 100 from being separated from the heating tube 50 by maintaining the installation even under high pressure.

The ventilation passage case 160 may have a structure connected to the ventilation hole 31 formed in the head portion 30 forming the oil tank 40, and may be formed in the shape of a hollow tube.

Through this discharge case 150 and the ventilation passage case 160, the heat source passing through the resistance members 120 and the vortex pieces 121 passes through a plurality of discharge holes 131 formed in the shape of a leaf or fan and enters the ventilation hole ( 31), and due to the shape of the discharge hole 131, it can be discharged along the rising air current without generating a vortex.

If the heating fin 100 of the present invention configured in this way is damaged during use, or if foreign substances in the heating tube 50 are to be cleaned, the discharge case 150 can be unfastened and easily separated from the heating tube 50 to be replaced or replaced. After performing the cleaning work, the heat fin 100 is again inserted into the heating tube 50 and the discharge case 150 is fastened, thereby ensuring ease of maintenance.

As shown in FIGS. 1 to 5, the gas burner 200 of the present invention includes a mounting plate 210, a discharge pipe 220, a cover housing 230, an ignition member 240, and a high-pressure blowing member 250. It can be composed of:

The mounting plate 210 forms a mounting hole 211 at the center corresponding to the inlet 51 of the heating tube 50 and is located at a position corresponding to the inlet 51 in the tank portion 20 forming the oil tank 40. It can be mounted on the back of the device by bolting, etc.

The mounting plate 210 forms a plurality of discharge holes 212 along the circumferential direction of the mounting hole 211 on the outside of the mounting hole 211, so that air flows forward by the operation of the high-pressure blowing member 250, which will be described later. It is characterized by being forced to discharge towards the target.

Due to the plurality of discharge holes 212 formed in this way, it is possible to control the input amount of air (including oxygen) supplied from the high-pressure blowing member 250 to burn the gas, as well as the input pressure, and to maintain combustion of the gas. By increasing the amount of air input through the discharge hole 212, high heat is generated by combustion of the heat source, thereby reducing the amount of gas supplied.

In addition, as a plurality of discharge holes 212 are formed along the circumferential direction of the mounting hole 211, the flame spreads more widely and evenly and passes through the heating tube 50, thereby increasing the heating effect and lowering the temperature of the oil. It can be pulled up in a short period of time.

The discharge tube 220 is coupled to the mounting hole 211 so as to be inserted into the inlet 51 of the heating tube 50, and is coupled to protrude forward of the mounting hole 211, and has a mesh net 221 at the front end. It can be configured in a combined form.

The discharge pipe 220 is for discharging flame into the interior of the heating pipe 50, and is provided in the form of a tube in which a flow path through which a mixed gas of gas and air can move is formed, and is provided at the inlet of the heating pipe 50 ( 51) can be combined.

The discharge pipe 220 may have a diameter equal to or slightly smaller than the diameter of the inlet 51 of the heating pipe 50, and a flange structure may be applied to the front end for easy connection, and may be welded or It can be coupled to the mounting hole 211 and the inlet 51 of the heating tube 50 using bolt fastening, etc.

The mesh net 221 may be made of a metal material, and is installed at the front end of the discharge pipe 220 through which the mixed gas of gas and air is discharged, so that the flame discharged forward from the discharge pipe 220 at high speed. It is to be dispersed and discharged.

For example, the mixed gas of gas and air passing through the mesh network 221 is dispersed in a sunflower-like shape and discharged at high speed, so that the flame resulting from ignition of the ignition member 240, which will be described later, flows into the heating tube 50 at high speed. It can be dispersed and discharged.

The cover housing 230 is coupled to the rear of the mounting plate 210 to cover the discharge pipe 220, and may be provided with a gas injection pipe 231 for injecting gas into the discharge pipe 220.

The gas injection pipe 231 is provided in the form of a nozzle, and it is preferable that the front end is directed toward the discharge pipe 220 so that the injection of gas can be concentrated into the discharge pipe 220. This gas injection pipe 231 ) is connected to a separate gas supply (not shown).

The cover housing 230 is also connected to the high-pressure blowing member 250, which will be described later, and is preferably formed in a sealed structure so that the mixed gas of gas and air is blown at high pressure and concentrated in the discharge pipe 220.

The ignition member 240 is coupled in the front-back direction to the upper part of the mounting plate 210 so that the front end is disposed adjacent to the front of the discharge pipe 220, is injected into the gas injection pipe 231, and is injected through the discharge pipe 220. One or more may be configured to ignite the discharged gas to generate a flame.

For example, the ignition member 240 may be connected to a power source through a control unit provided on the operating unit installed on the front of the main body, and gas and high-pressure air are mixed within the cover housing 230 and then ignited by the ignition member 240. It is ignited and discharged forward through the discharge pipe 220.

That is, the gas injected from the inside of the cover housing 230 toward the discharge pipe 220 through the gas injection pipe 231 in the form of a nozzle is mixed with the high-pressure air discharged from the high-pressure blowing member 250, which will be described later. , is ignited by the ignition member 240 to generate a flame.

At this time, the generated flame is discharged and moves into the interior of the heating tube 50 via the discharge tube 220 by the air pressure discharged from the high-pressure blowing member 250, which will be described later, thereby heating the heating tube 50.

The flame discharged from the gas burner 200 passes through the internal flow path of the discharge pipe 220 and the heating pipe 50 and acts with the heat fin 100 in the process of being discharged through the outlet 52 to more effectively burn oil. It is heated to a high temperature.

The ignition member 240 is installed so that the front end is located in the discharge area of the mixed gas, so that the mixed gas is ignited through, for example, spark discharge to generate a flame.

The ignition member 240 may be installed adjacent to the mesh network 221 installed at the front end of the discharge pipe 220 or may be installed in front of the mesh network 221.

In order to generate and discharge a flame through the ignition member 240, precise timing of flame ignition may be required, which can be accomplished by the control unit, for example, by igniting the ignition member 240 for approximately 15 seconds at the time of gas injection. When activated, the high-pressure blowing member 250, which will be described later, is operated weakly and then strongly to blow air at high pressure, so that the high-temperature flame is strongly discharged into the heating tube 50.

The high-pressure blowing member 250 is an air blower that is coupled to the rear of the cover housing 230 and forces air to be discharged into the discharge pipe 220, thereby forcing the flame to be discharged toward the front of the discharge pipe 220. It plays a role.

The high-pressure blowing member 250 is also connected to the control unit to blow more and more strongly during the gas injection process, thereby reducing the amount of gas supplied. As described above, the operation of the ignition member 240 must be consistent with the operation. The ignition rate can be increased.

The high-pressure blowing member 250 discharges high-pressure air into the inside of the cover housing 230, and is connected to the operating unit together with the ignition member 240, so that it operates by receiving power supply and operating signals from the operating unit (control unit). do.

These high-pressure blowing members 250 and ignition members 240 can be devices that are commonly used, but those with appropriate capacity should be selected in consideration of the size or structure of the oil tank 40 or the heating pipe 50. It can be applied.

Meanwhile, the water-feeding gas frying device according to the present invention has a shape corresponding to the ignition member 240 and includes a temperature measuring member coupled to the upper part of the mounting plate 210 so that the front end is disposed at a position adjacent to the front of the discharge pipe 220. It can be achieved by further including (260).

This temperature measuring member 260 is also connected to the operating unit (control unit) to measure the temperature of the flame discharged to the heating tube 50 to determine the amount of gas injected, the operation of the ignition member 240, or the operation of the high pressure blowing member 250. By adjusting the speed, etc., it is possible to control the temperature of the flame and the strength of the discharge pressure.

In the above, the present invention has been shown and described with reference to specific specific embodiments, but the present invention is not limited to the above-described embodiments, and various changes and modifications can be made without departing from the technical spirit of the present invention.

10: External case 20: Tank part
30: head 31: ventilation hole
40: Oil tank 50: Heating tube
51: inlet 52: outlet
100: heat pin 110: support
120: Resistance member 121: Vortex piece
130: discharge plate 131: discharge hole
140: Mounting plate 150: Discharge case
160: ventilation passage case 200: gas burner
210: Mounting plate 211: Mounting hole
212: discharge hole 220: discharge pipe
221: Mesh net 230: Cover enclosure
231: gas injection pipe 240: ignition member
250: high pressure blowing member 260: temperature measuring member

Claims (5)

A main body in which an oil water tank is installed with an open top and an empty interior so that oil and water are separated and accommodated in upper and lower layers, an operating unit provided with a control unit and installed on the front of the main body, a heating unit for heating the oil, and an oil tank. A water-feeding gas frying device including a cooling unit installed adjacent to the interface between oil and water to cool the oil,
The heating unit includes a heating tube that is installed in a 'U' shape and is submerged in oil, and a gas burner that heats the heating tube,
The heating tube forms an inlet on one side through which the heat source supplied from the gas burner flows in and an outlet on the other side through which the incoming heat source is discharged. It is provided with a heat fin that is detachably installed at the outlet and provides resistance to the heat source flowing inside. However,
The heat pin includes a support having a certain length; A plurality of resistance members are coupled at regular intervals from the front end of the support to the rear; an exhaust plate coupled to the rear of the resistance member on the support and forming a plurality of radial discharge holes and located at the other end of the heat generating tube; and a mounting plate that is spaced apart from the discharge plate and is coupled to the rear end of the support to guide attachment and detachment of the heating fin and installation of a discharge case covering the heating fin. According to paragraph 1,
The resistance member has a fan-shaped shape whose cross-sectional area becomes narrower toward the support, and is made up of a plurality of vortex pieces that are radially spaced from the support and are joined to each other,
A water-feeding gas frying device, characterized in that the plurality of vortex pieces are inclined at a certain angle and are coupled to the support. According to paragraph 1,
The gas burner,
A mounting plate mounted on the rear of the water tank while forming a mounting hole in the center corresponding to the inlet of the heating tube;
a discharge pipe coupled to the mounting hole to be inserted into the inlet of the heating pipe and having a mesh net coupled to the front end;
A cover enclosure coupled to the rear of the mounting plate to cover the discharge pipe and provided with a gas injection pipe for injecting gas into the discharge pipe;
At least one ignition member coupled to the upper part of the mounting plate so that the front end is disposed adjacent to the front of the discharge pipe to ignite the injected gas to generate a flame; and
A high-pressure blowing member coupled to the rear of the cover housing to forcibly discharge air into the discharge pipe to force flame to be discharged toward the front of the discharge pipe. According to paragraph 3,
The mounting plate is a water-feeding gas frying device, characterized in that a plurality of discharge holes are formed on the outside of the mounting hole along the circumferential direction of the mounting hole to force air to be discharged toward the front. According to paragraph 3,
A water-feeding gas frying device, characterized in that it further includes a temperature measuring member coupled to the upper part of the mounting plate so that the front end portion has a shape corresponding to the ignition member and is disposed at a position adjacent to the front of the discharge pipe.

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