KR20120017900A - Water and oil fryer - Google Patents

Abstract

PURPOSE: A frying apparatus using oil and water is provided to effectively protect a user from a burn by cooling frying oil spattered out of a frying tub when replacing frying oil. CONSTITUTION: A frying apparatus using oil and water comprises a frying tub(20), a heating unit, a water supply device, and an upper discharge device(90). The frying tub accommodates water and frying oil together so that a bottom part forms a water containing space(1a) and the upper part forms an oil containing space(2a). The heating unit is installed in the oil containing space. The water supply device supplies water to the inside of the frying tub. The upper discharge device discharges fluid of the frying tub through an upper part than the boundary of the water and oil containing spaces.

Description

Feeding fryer {water and oil fryer}

The present invention relates to a breast-feeding frying apparatus, and more particularly, to a breast-feeding frying apparatus provided to improve the discharge method of the frying oil to be used more conveniently and safely in the field.

In general, the feeding frying apparatus is provided to reduce the consumption of frying oil, and accommodates water and frying oil together inside the frying container.

The water and the frying oil accommodated together inside the frying container are naturally separated from each other so that the water is located at the bottom of the frying container due to the specific gravity difference and the frying oil is located inside the frying container at the top of the water. It is divided into an oil accommodation space provided in the upper side of the water accommodation space to accommodate the space and fried oil. An opening is formed in an upper portion of the frying pan, and the frying oil inside the frying pan is heated through the heating means.

Therefore, when frying food is cooked using such a feeding frying apparatus, the fatty acid formed while the frying oil is heated is dissolved by the water under the frying oil, and the food dregs generated from the frying food goes toward the water under the frying oil. Since it is possible to prevent the contamination of the frying oil easily due to fatty acids or food waste, and thus the frying oil can be used in a fresh state for a relatively long time, thereby effectively reducing the consumption of the frying oil.

On the other hand, in the conventional breast-feeding frying apparatus, the amount of water and frying oil accommodated together inside the frying pan must be kept constant at all times according to the capacity of the heating means or the cooking quantity of the frying food to be cooked at once. It is provided with a discharge valve for use when setting or replacing the appropriate amount of water and frying oil contained therein. Such a discharge valve is generally installed on one side of the frying vessel corresponding to the bottom of the frying vessel or the boundary of the water holding space and the oil holding space.

However, the conventional feeding type frying apparatus in which the valve device is installed at the bottom of the fryer or in the middle of the fryer has a large container with a high height in order to receive water or frying oil from the fryer. Not only could not be used, but because the frying oil was to be taken out by using the bottom of the frying pan or a narrow space around it, it was inconvenient to discharge the contents of the frying container, and the time required for the frying oil was long.

In addition, when the frying oil is replaced during the use of the feeding frying machine, the frying oil that has already been heated to a high temperature must be taken out to the outside. There was a problem that occurred.

The present invention is to solve this problem, it is an object of the present invention to provide a feeding-type frying apparatus provided to improve the discharge method of the frying oil to perform a safer and more convenient replacement of the frying oil.

In order to solve this problem, the feeding-type frying apparatus according to the present invention accommodates water and frying oil together to form a water receiving space at the bottom thereof, and an oil receiving space at the upper side of the water receiving space to form the oil receiving space to receive the frying oil. Is provided with a frying pan, a heating means installed in the oil receiving space, a water supply device provided to supply water into the frying container, and the fluid inside the frying container above the boundary between the water receiving space and the oil receiving space It characterized in that it comprises a top discharge device provided to be discharged to the outside of the frying pan through.

The water supply device is characterized in that it is provided to supply water directly into the frying pan.

The water supply device includes a water supply pipe connected to the fry container so that the inlet is connected to the external water source and the outlet communicates with the inside of the fry container, and a water supply control valve provided to regulate the flow of water through the water supply pipe. It is done.

The outlet of the water supply pipe is characterized in that it is provided to supply water to the bottom of the oil receiving space.

The outlet of the water supply pipe is characterized in that it is provided to supply water to the upper water receiving space adjacent to the oil receiving space.

The water supply device is a water supply pipe which is installed to be fixed around the fry container to receive water from an external water source, a water injection pipe provided in the form of a pipe to enter the outlet into the fry container, between the water supply pipe and the water injection pipe It characterized in that it comprises a hose member for connecting the flowable and the water supply control valve provided to control the flow of water through at least one of the water supply pipe and the water injection pipe.

The intermittent valve for water supply is provided with an integrated water injection pipe so as to control the flow of water through the water injection pipe is characterized in that it comprises a removable water supply control valve provided to operate in a state of holding the water injection pipe.

In addition, the feeding type frying apparatus according to the present invention further includes a casing surrounding the frying pan, and an opening and closing door is provided at one side of the casing, and the upper valve device guides the fluid inside the frying pan to the outside of the frying pan. A discharge pipe and a fluid discharge control valve provided to control the flow of the fluid through the discharge pipe is installed through the inside of the opening and closing door, the discharge pipe is rotatably connected to the fry container, the opening door is open In the outlet is characterized in that it comprises a rotary tube provided to be positioned outside the casing.

A transparent window provided on one side of the frying container so that the amount of water and frying oil inside the frying container on one side of the frying container can be checked from the outside of the frying container, and the inner fluid of the frying container to the outside through the bottom of the frying container. Characterized in that it further comprises a lower discharge device provided to discharge.

As described above, the feeding-type frying apparatus according to the present invention having the water supply device is capable of cooling the frying oil discharged to the outside of the frying container during the replacement of the frying oil during use, thereby discharging the frying oil. It is possible to effectively prevent the occurrence of safety accidents such as burns.

In addition, the upper discharge device is provided so as to discharge the frying oil to the outside through the upper side of the frying container, the feeding type frying apparatus according to the present invention has a high and high frying oil discharged to the outside of the frying container when the frying oil is replaced. Since the container can be taken out, it is possible to carry out the discharge operation of the fried oil more quickly and conveniently.

1 is a perspective view showing the structure of a feeding-type frying apparatus according to an embodiment of the present invention.
Figure 2 is a side cross-sectional view showing the structure of the feeding-type frying apparatus according to an embodiment of the present invention.
Figure 3 shows the front side structure of the casing inner fry container in front view showing the structure of the feeding-type frying apparatus according to an embodiment of the present invention.
Figure 4 is a rear view showing the structure of the feeding-type frying apparatus according to an embodiment of the present invention, showing a rear side structure of the casing inner frying pan.
Figure 5 is a side cross-sectional view showing the structure of the feeding-type frying apparatus according to an embodiment of the present invention, the upper discharge device shows a structure of a state that can discharge the frying oil to the outside.
Figure 6 is a side cross-sectional view showing the structure of the feeding-type frying apparatus according to an embodiment of the present invention, showing a state in which water is being supplied into the frying tank through the first water supply device in the state of FIG. .

Next will be described in detail with reference to the accompanying drawings the structure of the feeding-type frying apparatus according to an embodiment of the present invention.

As shown in Figures 1 to 4, the feeding type frying apparatus according to the present embodiment forms the appearance through the housing 10 of the rectangular cylinder shape of the upper and lower portions open. Support legs 11 are connected to each corner of the lower side of the housing 10, and wheels 12 are installed at the lower ends of the support legs 11 for easy movement of the housing 10. The frying pan 20 is installed. The wheel 12 may be fixed in a restricted state through a separate fixing device.

The frying bin 20 has an opening in the upper part to form a tubular shape open to the upper part. The frying pan 20 may be fixed to the housing 10 by connecting the upper portion of the opening circumference integrally by welding or the like around the upper opening of the housing 10.

In the inner space of the frying vessel 20, the frying oil and water are accommodated together. The water and the frying oil are located at the lower portion of the inner space of the frying barrel by the specific gravity difference between them. ) Is naturally separated to form an oil layer (2) in the inner fry tank 20 of the upper portion. Therefore, the inner space of the frying pan 20 forms a water accommodating space 1a for accommodating water, and an upper side of the water accommodating space 1a forms an oil accommodating space 2a for accommodating frying oil. In the case of the frying oil, it is common to fill a predetermined position under the opening without completely filling the oil receiving space 2a.

The electric heater 30 is installed as a heating means for heating the frying oil in the inner space of the frying pan 20 which is about the middle of the oil receiving space 2a. Unlike the present embodiment, the heating means may be composed of a heating tube heated through the combustion heat supplied through the gas burner.

And a frying net 40 for placing food splashed by the oil layer 2 is installed on the oil layer 2 on the upper side of the heater 30, and a support 13 on the rear side of the opening of the housing 10. ) Is installed. The support 13 is provided with a hook groove 13a for hanging the frying net 40 so that the frying net 40 in the state where the frying cooking is completed or being prepared for frying cooking can be hooked.

In addition, the front side of the front side of the housing 10, the operation panel 14 for the overall operation of the feeding frying apparatus is installed. The operation panel 14 is provided with a plurality of operation switches 14a for the overall operation of the feeding frying apparatus, and a display 14b for displaying the operating state of the feeding frying apparatus. The operation switch 14a is for manipulating the degree of on / off and heating of the heater 30 or the driving time of the heater 30, and the intermittent valve 102 for water supply of the first water supply device 100 to be described later. It is configured to include the operation of. In addition, an opening door 15 is installed at the front side of the lower housing 10 of the operation panel 14 so as to be used when cleaning the frying pan 20 or when filling or replacing water or frying oil inside the frying pan 20. do.

Therefore, when cooking the fried food using the feeding-type frying apparatus prepared as described above, first, by operating the operation switch 14a of the operation panel 14 to drive the heater 30, the heating degree and heating time of the heater 30 In the selected state is heated the oil layer 2, in this state put the fried food 40 to be fried in the oil layer (2) above the heater 30 to cook the fried food.

At this time, the fatty acid formed while the frying oil is heated is dissolved by the water under the frying oil, and since most of the food residues generated from the frying food do not go into the water layer 1 below the frying oil, the inside of the frying pan 20 Fried oils are not easily contaminated by fatty acids or food waste. For reference, reference numeral 16 is a cooling tube provided to penetrate the frying pan 20 at the bottom of the oil receiving space 2a, and the cooling tube 16 uses the convection of air passing through the oil layer 2. Excessive overheating of the water in the water layer 1 adjacent to the water is suppressed.

In addition, the amount of water and frying oil accommodated together in the frying pan 20 should always maintain a proper amount of standard state according to the capacity of the heater 30 or the amount of frying food to be cooked at once. Feeding-type frying apparatus according to the frying tank 20 inside the frying container 20 on one side of the frying container 20 corresponding to the opening and closing door 15 side to easily set the proper amount of water and frying oil inside the frying container 20 The transparent window 50 which can confirm the standard boundary between (1) and the oil layer 2 from the fry container 20 is provided.

Therefore, the feeding type frying apparatus according to the present embodiment may easily set the water and the frying oil contained in the frying container 20 to an appropriate amount more easily due to the transparent window 50.

The transparent window 50 allows the user to visually check the inside of the frying pan 20, while cleaning the frying pan 20 through the transparent window 50 while cleaning the inside of the frying pan or the user's hand. It is provided to open and close one side of the frying pan 20 to one side of the frying pan 20 corresponding to the opening and closing door 15 so as to be put into.

In order to open and close the transparent window 50, a hole 21 is formed at one side of the frying pan 20, and the transparent window 50 forms the transparent window assembly 70 together with the outer frame 60. The transparent window assembly 70 is hinged to the hole 21 in a vertical direction through an upper end thereof so as to be hingeable.

The outer frame 60 is made of a metal material and is provided to surround the outer side of the transparent window 50 and the front edge of the transparent window 50, and is transparent to the lower surface of the frying pan 20 on the lower side of the transparent window 50. Restraining means 23 is installed to restrain the lower end of the outer frame 60 in the state in which the assembly 70 is closed to prevent the opening of the transparent window assembly 70 during use of the feeding apparatus.

In addition, since the transparent window 50 is provided so that the rear surface is in direct contact with the frying oil heated inside the frying pan 20, the heat resistance should be large, and should have sufficient rigidity to form a part of the side wall of the frying pan 20. Accordingly, in the present embodiment, the transparent window 50 is provided through crystallized glass.

In general, when the glass based on lithium oxide, alumina and silicic acid is heated after UV irradiation, small crystals are formed near the softening temperature of about 500 ° C. A crystallized glass filled with crystals is obtained. The crystallized glass forming the transparent window 50 according to the present embodiment has a metal oxide composition such as zirconium oxide and titanium oxide in addition to the components of the general crystallized glass, and thus, the crystallized glass is formed at around 800 ° C. High-performance ultra heat-resistant crystallized glass prepared through burn crystallization process is used.

Therefore, the transparent window 50 is dense in structure, high in heat resistance, excellent in mechanical strength, and small in thermal expansion rate close to zero, so that there is no fear of breakage or damage during cooking of fried food.

In addition, the transparent window 50 made of the above-mentioned ultra-heat-resistant crystallized glass is provided to have a slight ductility when heat is applied, so that it does not break even when the outer frame 60 is deformed. The rear edge of the 50 is provided with a heat-resistant rubber packing member 71 for fixing the transparent window 50 to the outer frame 60. The packing member 71 is provided to have high heat resistance and elasticity, so that when the outer frame 60 is deformed by the temperature of the frying pan 20, the packing member 71 can more effectively prevent breakage of the transparent window 50. .

In addition, a standard boundary between water and frying oil may be provided on the outer surface of the frying pan 20 around the transparent window 50 or the transparent window 50 to more accurately set the proper amount of water and the frying oil inside the frying pan 20. It is preferable that a standard line 72 is provided for display, and more preferably, the standard line 72 is integrally formed in the transparent window 50 so that the boundary between the water layer 1 and the oil layer 2 is the standard line 72. ), So it looks good.

Therefore, the standard line 72 is integrally provided in the transparent window 50, and the standard line 72 is formed of a steel wire of both ends, and both ends thereof are welded to both sides of the outer frame 60 at the front side of the transparent window 50. By doing so, it is integrated with the transparent window 50. As such, the standard wire 72 provided as a steel wire of the metal material and welded to the outer frame 60 on the front side of the transparent window 50 may not be deformed or damaged throughout the service life of the feeding frying apparatus.

And the length of the transparent window 50 is the standard boundary of the water layer (1) and the oil layer (2) is the upper end of the transparent window 50 so that it can be easily used when setting the water and the frying oil inside the frying pan (20) It is preferable that the lower side of the transparent window is provided to be adjacent to the bottom side of the frying pan 20.

Therefore, in the feeding type frying apparatus according to the present embodiment, the user fills water from the bottom of the frying pan 20 to the standard line 72 while watching the transparent window from the outside of the frying pan 20, and then the oil of the upper part of the standard line 72. Filling the frying oil in the receiving space (2) it is possible to simply set the appropriate amount of water and frying oil in the empty frying container 20.

On the other hand, the feeding-type frying apparatus according to the present embodiment, in addition to the above-described configuration, the upper and lower discharge device (80,90) and the water supply device (100,110) used for the replacement of the frying oil and the water inside the frying container (20) It is possible to safely and conveniently perform replacement and replenishment of the water and the frying oil inside the frying container 20 even during use of the frying container 20.

First, the lower discharge device 80 for use when discharging the water inside the frying pan 20 to the outside of the frying pan 20 is provided at the bottom of the frying pan 20. The lower discharge device 80 includes a discharge pipe 81 connected to the bottom of the frying pan and a fluid discharge control valve 82 installed in the middle of the discharge pipe 81 to control the flow of the fluid through the discharge pipe 81. It is composed.

And the upper discharge device 90 is provided to discharge the frying oil inside the frying container 20 to the outside of the frying container 20 through the upper side than the boundary between the water receiving space (1a) and the oil receiving space (2a), The discharge pipe 91 for guiding the fluid inside the frying pan 20 to the outside of the frying pan 20, and an intermittent valve for discharging the fluid provided in the middle of the discharge pipe 91 to control the flow of the fluid through the discharge pipe 91 ( 92).

In order to smoothly operate the upper discharge device 90, a boundary jaw 24 is formed in the front side of the lower side of the opening in the frying pan 20, and a predetermined collection space 25 is located in front of the boundary jaw 24. ) Is formed, and the discharge pipe 91 is connected to the inlet of the collection space 25 to the bottom of the collection space (25). Therefore, when the level of the frying oil in the oil receiving space 2a is higher than the boundary jaw 24, the frying oil is collected into the collecting space 25 beyond the boundary jaw 24 and collected in the collecting space 25. Oil is in a state that can be discharged to the outside of the frying pan (20) through the discharge pipe (91). In the present embodiment, the collection space 25 is formed integrally with the frying container 20, the collection space 25 may be configured to be coupled to the frying container 20 is provided as a separate member.

In addition, the discharge pipe 91 and the fluid discharge control valve 92 are installed through the opening and closing door 15 of the casing 10 because the inlet of the discharge pipe 91 is connected to the collection space 25, the discharge pipe ( 91 is rotatably connected to the frying pan 20 is configured to include a rotary tube 94 is provided so that the outlet can be located outside the casing 10 in the state in which the opening and closing door 15 is open.

In more detail, the discharge pipe 91 is a fixed tube 93 of the upper directly connected to extend in the vertical direction to the collection space 25, the rotary tube 94 rotatably connected to the fixed tube 93, and the fixed tube It comprises a connecting pipe (95) for connecting between the 93 and the rotary tube (94), the fluid discharge intermittent valve 92 is to open or close the middle of the connection pipe 95 in accordance with the rotation direction It is provided as a lever type provided to. The double rotary tube 94 has one inlet portion 94a on the inlet side, an outlet portion 94b on the other end on the outlet side, and a connecting portion connecting the inlet portion 94a and the outlet portion 94b ( 94c). The inlet portion 94a and the outlet portion 94b are formed in the vertical direction, and the connecting portion 94c is formed in the horizontal direction. The lower end of the outlet portion 94b is provided at least at a position higher than a boundary between the oil receiving space 1a and the water receiving space 2a, and the rotary tube 94 is connected to the connecting tube through the inlet portion 94a. Rotatably connected to 95.

Therefore, the discharge pipe 91 is rotated toward the frying container 20 to close the opening and closing door 15 during the use of the frying device, and in the process of discharging the frying oil in the state of opening and closing the door 15 The outlet can be rotated to be positioned out of the casing 10. Accordingly, the discharge pipe 91 in the state where the fried oil is discharged is outside the casing 10 having a wider position of the outlet, and the height of the outlet can be sufficiently secured. The large height of the container can be used to easily catch the fried oil discharged.

In addition, the water supply device (100, 110) is provided to supply water into the fry trough 20, in cooperation with the upper discharge device 90 so that the frying oil is easily discharged to the outside of the fry trough (20).

That is, when the frying oil is discharged, the worker supplies water into the frying pan 20 by using the water supply devices 100 and 110 in a state where the fluid valve intermittent valve 92 of the upper discharge device 90 is opened. do. Then, the water supplied into the frying pan 20 raises the level of the oil layer 2 inside the frying pan 20, and the frying oil is the level of the raised oil layer 2. As the frying oil is moved toward the collection space 25, the frying oil is smoothly discharged to the outside of the frying pan 20 through the discharge pipe 91.

In addition, the water supplied into the fry barrel 20 during the discharge of the fry oil lowers the temperature of the fry oil discharged to prevent safety accidents such as burns that may occur during the discharge process of the fry oil.

The water supply apparatuses 100 and 110 are provided to supply water directly into the fry trough 20 without passing through the opening side, respectively, and include the first and second water supply apparatuses 100 and 110. Here, the water supply devices 100 and 110 are provided to supply water directly into the fry trough 20. The fresh water is prevented by inhibiting contact between the water supplied through the water supply devices 100 and 110 and the surface of the heated oil layer 2. It is for suppressing the phenomenon that the water supplied to the cylinder 20 explodes by the heated oil layer 2.

That is, when the frying oil is to be replaced while the frying apparatus is being used, the temperature of the oil layer 2 is already heated to a high temperature even if the heater is turned off. When water is poured into the upper part of the layer 2, the fresh water supplied to the frying pan 20 and the surface of the heated oil layer 2 come into direct contact with water vapor formed through the water through the oil layer 2 There is a risk of explosion by flying upwards. However, when the water supplied to raise the water level of the oil layer 2, such as the water supply device (100, 110), is directly supplied into the frying pan (20), the water vapor is not well formed, even if a small amount of water vapor is formed. Since the oil layer (2) is difficult to be scattered to the top, it is possible to effectively suppress the phenomenon that the water supplied to the fry container 20 explodes.

Among the first and second water supply apparatuses 100 and 110, first, the first water supply apparatus 100 has an inlet connected to an external water source (not shown) and an outlet connected to the inside of the frying pan 20. 20 is provided with a water supply pipe 101 connected to the water supply valve 101 is provided to control the flow of water through the water supply pipe 101. The water supply pipe 100a for receiving water from an external water supply source is connected to the bottom of the casing 10 at the rear side of the frying pan 20, and the water supply pipe 100a delivers water to the distributor 100b. The inlet of the 101 is connected to the connection pipe 100c branched to one side of the distributor 100b to supply water from the water supply source into the frying pan 20.

In order to prevent the above water explosion phenomenon, the outlet of the water supply pipe 101 is provided to supply water to the bottom of the oil receiving space 2a or the upper portion of the water receiving space 1a adjacent to the oil receiving space 2a. desirable. In the present embodiment, the outlet of the embankment pipe 101 is provided to supply water to the bottom of the oil receiving space 2a between the boundary between the oil receiving space 2a and the water receiving space 1a and the cooling tube 16. . In addition, the water supplied to the bottom of the oil layer (2) whisks the inside of the oil layer (2) and is also generated during the frying food cooking process, and also plays a role of moving the residues stagnant in the oil layer (2) to the water layer (1). Done.

And the water supply control valve 102 is provided with a solenoid valve for opening or blocking the middle of the water supply pipe 101, the operation of the water supply control valve 102 is the operation switch provided on the operation panel (14) It is operated through any one of 14a.

In addition, the second water supply device 110 is a water inlet pipe 112 is provided long in the form of a pipe so that the water supply pipe 111 is fixed to the casing to receive water from an external water supply source, and the outlet can be entered into the fry container. And a hose member 113 made of a metal material so as to flow between the water supply pipe 111 and the water injection pipe 112 and the water supply provided to control the flow of water through the water supply pipe 111 or the water injection pipe 112. It is comprised including the control valve 111a, 112a. The water injection pipe 112 is preferably provided to have a length longer than the height of the frying pan 20, the inlet of the water supply pipe 111 is connected to the connection pipe 100d branched to the other side of the distributor (100b) You will receive water from the water supply.

Accordingly, the second water supply device 110 opens the water supply control valves 111a and 112a in the state where the water injection pipe 112 is inserted into the fry trough 20 into the fry trough 20. The water can be supplied directly. And the second water supply device 110 for supplying water by using the long water injection pipe 112 can be agitated directly inside the frying pan 20 using the water injection pipe 112 at the time of water supply, water supply In the process, it is possible to more effectively perform the work of lowering the debris, etc. gathered in the oil layer (2) to the water layer.

In this embodiment, the water supply control valve (111a, 112a) is provided with a fixed water supply control valve (111a) is installed in the middle of the water supply pipe 111, and the water injection pipe 112 is integrally provided with the water injection pipe (112) It consists of a pair to include a removable water supply control valve (112a) provided to be movable with the second to securely control the flow of water using the second water supply device (110).

The fixed water supply control valve (111a) is provided in the lever type provided to open or close the inner way of the water supply pipe (111) in accordance with the rotational direction, the removable water supply control valve (112a) of the water injection pipe (112) The water injection pipe 112 is integrally formed at the inlet side, and is provided in the form of a fuel gun that the user can operate while holding the water injection pipe 112. Therefore, when the user wants to inject water into the fry container 20 using the second water supply device 110, the user fry by adjusting the removable water supply control valve 112a by hand holding the water injection pipe 112 It is possible to easily adjust the flow of water supplied to the barrel (20).

Next will be described in detail the replacement operation of the water and the frying oil in the frying container 20 in the feeding-type frying device configured as described above.

First, when the user wants to replace the water inside the frying container 20 during the use of the feeding frying apparatus, the user places a container under the discharge pipe 81 of the lower discharge device 80 while the opening / closing door 15 is opened. By opening the fluid discharge control valve 82, the water inside the frying pan 20 is drawn out into a container located under the discharge pipe 81. At this time, the operator can accurately check the amount of water discharged while looking inside the frying pan 20 through the transparent window 50, the discharge operation of the water is discharged all the water inside the frying barrel 20, the operator discharges the fluid It continues until the intermittent valve 82 is closed. In the case of the water discharged from the frying pan 20, the heater 30 and the oil layer (2) is heated, but the condition is relatively hot compared to the frying oil, so the worker is burned in the process of discharging such water. There is little risk of a safety accident. As such, when the water inside the frying pan 20 is completely discharged to the outside, the user directly supplies the water into the frying pan 20 using the water supply devices 100 and 110. In this case, the user selects any one of the first water supply device 100 and the second water supply device 110 to supply water directly into the fry container 20. If there is a lot of residue in the oil layer (2) inside the frying pan (20), the user stirs the oil layer (2) directly to the water injection pipe (112) using the second water supply device (110) 2) Water can be supplied to the bottom. And if there is not much residue in the oil layer 2, the user simply operates the operation switch 14a to the bottom of the oil layer 2 through the outlet of the water supply pipe 101 of the first water supply device 100. Can be supplied with water. Replacement of the water inside the frying pan 20 is thereby completed.

Of course, the operation of supplying water into the fry container 20 using the water supply apparatuses 100 and 110 may be equally used even if the water is simply replenished without replacing the water.

In addition, when the frying oil is to be replaced while the feeding frying device is in use, the operator first opens the opening / closing door 15 as shown in FIG. 5, so that the outlet of the discharge pipe 91 of the upper discharge device 90 is closed. Rotating the rotary tube 94 to be positioned outside the casing 10 and open the fluid discharge intermittent valve 92 while supporting the vessel 200 on the lower side of the outlet of the outer discharge pipe 91 of the casing 10 to fry the barrel (20) Prepare to receive the internal frying oil.

Subsequently, the worker supplies water to the bottom of the oil layer 2 by using any one of the first and second water supply devices 100 and 110 to raise the level of the frying oil inside the frying container 20. At this time, the water supplied to the bottom of the oil container 2 inside the frying pan 20 cools the frying oil so that the user is not subjected to a safety accident such as a burn while the frying oil is discharged to the outside of the frying pan 20. FIG. 6 shows a state in which water is directly supplied into the fry trough 20 through the first water supply device 100 among the first and second water supply devices 100 and 110.

When the level of the oil layer 2 inside the frying pan 20 goes over the boundary jaw 24 through the water supplied into the frying tank through the water supply device 100, the frying oil inside the frying pan 20. Is discharged to the container 200 placed outside the casing 10 through the discharge pipe 91 via the collection space 25, the operator through the opening or the transparent window 50 of the frying pan 20 While looking inside the frying pan 20, when the frying oil is discharged, the water supply shutoff valve 111a is closed to stop the water supply. When the water supply is stopped, the operator closes the fluid discharge control valve 92 of the upper discharge device 90 and places a new container at the lower end of the outlet of the discharge pipe 81 of the lower discharge device 80 in the state of lower discharge device. Opening the intermittent valve 82 for the fluid discharge (80) to discharge the water inside the frying pan 20 until the level of the water inside the frying vessel 20 matches the standard line (72). In this case, the worker looks into the frying pan 20 through the transparent window 50 and waits until the water level in the frying vessel 20 matches the standard line 72, and then the fluid of the lower discharge device 80. The discharge intermittent valve 82 is locked. In this state, the worker puts an appropriate amount of fresh frying oil into the frying container 20 in the upper portion of the water layer 1 through the opening of the frying container 20, and the replacement of the frying oil is thereby completed simply.

10: casing 15: opening and closing door
20: frying pan 50: transparent window
80: lower discharge device 90: upper discharge device
81, 91: discharge pipe 82,92: intermittent valve for fluid discharge
93: fixed tube 94: rotating tube
100: first water supply device 110: second water supply device
101, 111: water supply pipe 112: water injection pipe
102, 111a, 112a: intermittent valve for water supply 113: hose member

Claims (9)

The bottom portion forms a water receiving space by accommodating water and the frying oil, and the upper side of the water receiving space forms an oil receiving space for accommodating the frying oil, and a frying bin having an opening at the top thereof, and a heating installed in the oil receiving space. Means, a water supply device provided to supply water into the frying vessel, and an upper discharge provided to discharge the frying fluid inside the frying vessel through an upper side than a boundary between the water accommodating space and the oil accommodating space. Feeding frying apparatus comprising a device. The method of claim 1,
The water supply device is a feeding-type frying apparatus, characterized in that it is provided to supply water directly into the fry container. The method of claim 2,
The water supply device includes a water supply pipe connected to the fry container so that the inlet is connected to the external water source and the outlet communicates with the inside of the fry container, and a water supply control valve provided to regulate the flow of water through the water supply pipe. Feeding frying apparatus. The method of claim 3,
The outlet of the water supply pipe is a feeding type frying apparatus, characterized in that it is provided to supply water to the bottom of the oil receiving space. The method of claim 3,
The outlet of the water supply pipe is a feeding-type frying apparatus characterized in that it is provided to supply water to the upper water receiving space adjacent to the oil receiving space. The method of claim 2,
The water supply device is a water supply pipe which is installed to be fixed around the fry container to receive water from an external water source, a water injection pipe provided in the form of a pipe to enter the outlet into the fry container, between the water supply pipe and the water injection pipe Feeding frying apparatus comprising a hose member for connecting the flowable and the water supply control valve is provided to control the flow of water through at least one of the water supply pipe and the water injection pipe. The method of claim 6,
The water supply control valve may be provided with a water supply control valve is provided integrally with the water injection pipe to control the flow of water through the water injection pipe is provided to operate in a state of holding the water injection pipe. Oil Fryer. The method of claim 1,
Further comprising a casing surrounding the frying pan,
One side of the casing is provided with an opening and closing door,
The upper valve device is installed through the opening and closing door including a discharge pipe for guiding the fluid inside the fry container to the outside of the fry container, and a fluid discharge control valve provided to control the flow of the fluid through the discharge pipe,
The discharge pipe is rotatably connected to the frying container, characterized in that it includes a rotary tube provided so that the outlet can be located outside the casing in the state that the opening and closing door is open. The method of claim 1,
A transparent window provided on one side of the frying barrel so that the amount of the water and the frying oil inside the frying container on one side of the frying pan and the fluid inside the frying barrel to the outside through the bottom of the frying pan Feeding frying apparatus further comprises a lower discharge device provided to discharge.

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