KR102209855B1 - Fryer using prefabricated heater block - Google Patents

Abstract

The present invention relates to a fryer using a prefabricated heater block, the configuration of which is an oil container in which oil for frying fish cake is accommodated; and a support for firmly supporting the oil container to fix the position; and, a lower portion of the oil container As characterized in that consisting of; one or more heater blocks located at and providing a heat source to the oil tank,
Due to the structure in which the heater block that heats the oil contained in the oil container is located under the oil container, the size of the oil container can be reduced compared to a fryer in which the electric heater is accommodated in the oil container. By drastically reducing the amount of oil used, not only can the waste of oil be prevented in advance, but also the amount of oil can be reduced compared to a conventional fryer, which significantly reduces the time and energy required to heat the oil. It has the effect of quickly frying rough fish cakes.
In addition, not only can the structural safety of the product be reinforced by inducing the solid fixing of the heater rod through the heat medium disposed between the heater rods, but also the heat medium that dissipates heat together by receiving the heat source of the heater rod makes the heater block into the oil tank By conducting heat evenly throughout, the oil contained in the oil tank is heated evenly as a whole, so that the quality of the fish cake fried in the oil can be uniformly maintained at high quality.
Moreover, since the oil contained in the oil tank is heated evenly, the oxidation of the oil is slow compared to the conventional fryer, so the replacement time of the oil can be extended. Therefore, the waste of oil and the inconvenience of replacement due to frequent replacement in the conventional fryer There is an effect that can be prevented in advance.
In addition, due to the structure in which the heater block is located under the oil tank, cleaning of the heater block is not required, so the operation and management of the device is convenient, and when any one of the heater rods fails, only the failed heater rods through the binding means and the contact means. It has the effect of very convenient operation and management of the device as it can be easily repaired or replaced.

Description

Fryer using prefabricated heater block

The present invention relates to a fryer using a prefabricated heater block, and more particularly, to a fryer in which an electric heater is accommodated in an oil container due to a structure in which a heater block for heating oil contained in an oil container is located below the oil container. In contrast, since the size of the oil tank can be reduced, the amount of oil accommodated in the oil tank can be significantly reduced to prevent the waste of oil in advance, and the amount of oil can be reduced compared to a conventional fryer. It relates to a fryer using a prefabricated heater block that can significantly reduce the time and energy required to heat the oil, and can quickly fry rough fish cakes at low cost.

In general, fish cakes are processed fish cakes made by adding flour to the flesh (fish meat) of various fish and mixing them into a certain shape, and then fried in oil (oil). It is a nutritious and high protein food.

As described above, a fryer for frying fish cakes in oil can be classified into a fryer for frying the fish cake after heating oil using a burner, and a fryer for frying the fish cake after heating the oil using an electric heater.

Here, the latter fryer using an electric heater has a structure in which the electric heater is located inside the oil container in which the oil is accommodated so as to directly contact the oil received in the oil container, and the fryer of this structure has the following problems.

First, due to the structure in which the electric heater is located inside the oil tank, a space for the electric heater to be placed inside the oil tank must be secured, so a wide accommodation space is required inside the oil tank to fry the fish cake inside the oil tank. There is a problem in that the oil is wasted because the amount of oil to be injected is too much, and there is a problem in use that it takes too much time to heat the oil.

Second, due to the structure in which the electric heater and the oil are heated in direct contact, there is a problem that the oil close to the electric heater is heated to too high a high temperature, and some of the fish cakes that are put into the oil tank are burned, thereby reducing the quality of the fish cake .

Third, since the oil adjacent to the electric heater is heated to too high a temperature, oxidation of the oil proceeds quickly, requiring frequent replacement of the oil, which makes it very inconvenient to use and wastes oil.

Fourth, in the process of replacing the oil in the oil tank, it is very inconvenient to operate and manage the device because individual cleaning of the electric heater is required, and when repair or replacement of any one of the electric heaters is required, the electricity is supplied to the oil tank. Due to the structure in which the heater is accommodated, the operation of the entire device must be stopped and the electric heater must be repaired and replaced, making it more inconvenient to operate and manage the device.

Fifth, since the debris separated from the fish cake fried in the oil tank sticks to the electric heater and burns, the oil contained in the oil tank is easily contaminated to shorten the oil replacement time, as well as the debris sticking to the electric heater. Since cleaning is required, there is a problem that operation and management of the device is very cumbersome and inconvenient.

The present invention has been proposed in order to solve the problems as described above, and the object is that the electric heater is conventionally accommodated in the oil container due to the structure in which the heater block for heating the oil contained in the oil container is located under the oil container. Since the size of the oil tank can be reduced compared to the fryer to be used, the amount of oil accommodated in the oil tank can be significantly reduced to prevent the waste of oil. It is to provide a fryer using a prefabricated heater block that can quickly fry rough fish cakes at low cost because it can save time and energy required to heat oil.

In addition, not only can the structural safety of the product be reinforced by inducing the solid fixing of the heater rod through the heat medium disposed between the heater rods, but also the heat medium that dissipates heat together by receiving the heat source of the heater rod makes the heater block into the oil tank. It is to provide a fryer using a prefabricated heater block that uniformly conducts heat throughout the whole, so that the oil accommodated in the oil tank is heated evenly as a whole, so that the quality of the fish cake fried in the oil can be uniformly maintained at high quality.

Moreover, since the oil contained in the oil tank is heated evenly, the oxidation of the oil is slow compared to the conventional fryer, so the replacement time of the oil can be extended. Therefore, the waste of oil and the inconvenience of replacement due to frequent replacement in the conventional fryer It is to provide a fryer using a prefabricated heater block that can prevent in advance.

In addition, due to the structure in which the heater block is located under the oil tank, cleaning of the heater block is not required, so the operation and management of the device is convenient, and when any one of the heater rods fails, only the failed heater rods through the binding means and the contact means. It is to provide a fryer using a prefabricated heater block that is very convenient to operate and manage the device because it can be easily repaired or replaced.

The fryer using the prefabricated heater block according to the present invention for achieving the above object includes: an oil container containing oil for frying fish cakes therein; and a support for firmly supporting and fixing the oil container; and, the oil container Including; one or more heater blocks located at the bottom of the barrel to provide a heat source to the oil barrel,
The heater block has a square-shaped fixing frame with an open top and horizontally spaced apart at regular intervals inside the fixing frame, a plurality of heater rods that emit heat when power is supplied, and inside the fixing frame. It is coupled and fixed, and is located under the heater rod to support and fix the heater rod, characterized in that it comprises one or more support pipes in which a plurality of seating grooves in which the heater rod can be placed are formed at regular intervals.

delete

In addition, it is configured to further include a; binding means for easily binding and fixing the position of the heater rod,

The binding means includes a binding rod that is bent downward from one end of the heater rod and is connected and fixed to the fixing frame, and has a binding panel in which a plurality of binding holes through which the ends of the binding rod pass through, and formed on the end of the binding rod. And penetrates the binding hole together with the binding rod, and an annular locking protrusion is formed on the upper side to be hooked and fixed on the upper surface of the binding panel, and a binding body having a thread formed at the lower portion, and fastened to the lower portion of the binding body, It characterized in that it is configured to include a binding nut that prevents the separation of the binding rod.

In addition, a plurality of heat mediums disposed between the heater rods and other adjacent heater rods to support the side surfaces of the heater rods to induce a firm fixation of the heater rods, and at the same time receive a heat source from the heater rods to emit heat upward; Doedoe is configured to further include, characterized in that the heat medium is manufactured including ceramic.

In addition, it is formed on the lower portion of the heating medium, the heat insulating material that prevents the heat received by contacting the upper portion of the heating medium to be dissipated and wasted to the outside through the lower portion of the heating medium; To do.

In addition, the heater block is in close contact with the oil tank to induce a heat source supplied from the heater block to be easily conducted to the oil tank;

The contact means is located at the bottom of the fixing frame, a contact panel that is fixed to the base, and penetrates through the contact panel and is fixed to the contact panel, and at least one contact nut having a thread formed on an inner circumferential surface thereof, and the It is fastened to the contact nut and moves up and down along the thread of the contact nut, and the upper part is configured to include one or more contact bolts that pressurize the fixing frame to induce the heater block to be firmly fixed to the oil tank. It is characterized.

As described above, according to the fryer using the prefabricated heater block according to the present invention, due to the structure in which the heater block for heating the oil contained in the oil tank is located under the oil tank, the electric heater is conventionally accommodated in the oil tank. In contrast, since the size of the oil tank can be reduced, the amount of oil accommodated in the oil tank can be significantly reduced to prevent the waste of oil in advance, and the amount of oil can be reduced compared to a conventional fryer. Therefore, it is possible to drastically reduce the time and energy required to heat the oil, so there is an effect of quickly frying rough fish cakes at low cost.

In addition, not only can the structural safety of the product be reinforced by inducing the solid fixing of the heater rod through the heat medium disposed between the heater rods, but also the heat medium that dissipates heat together by receiving the heat source of the heater rod makes the heater block into the oil tank. By conducting heat evenly throughout, the oil contained in the oil tank is heated evenly as a whole, so that the quality of the fish cake fried in the oil can be uniformly maintained at high quality.

Moreover, since the oil contained in the oil tank is heated evenly, the oxidation of the oil is slow compared to the conventional fryer, so the replacement time of the oil can be extended. Therefore, the waste of oil and the inconvenience of replacement due to frequent replacement in the conventional fryer There is an effect that can be prevented in advance.

In addition, due to the structure in which the heater block is located under the oil tank, cleaning of the heater block is not required, so the operation and management of the device is convenient, and when any one of the heater rods fails, only the failed heater rods through the binding means and the contact means. It has the effect of very convenient operation and management of the device as it can be easily repaired or replaced.

1 is a front cross-sectional view of a fryer using a prefabricated heater block according to an embodiment of the present invention
Figure 2 is a side cross-sectional view of a fryer using the assembled heater block shown in Figure 1
3 is an exploded perspective view of a heater block of a fryer using the assembled heater block shown in FIG. 1
Figure 4 is a use state diagram of the fryer using the assembled heater block shown in Figure 1

A fryer using an assembled heater block according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Detailed descriptions of known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 to 4 are diagrams showing a fryer using an assembled heater block according to an embodiment of the present invention, FIG. 1 is a front cross-sectional view of a fryer using an assembled heater block according to an embodiment of the present invention, and FIG. A side cross-sectional view of a fryer using the prefabricated heater block shown in FIG. 3 is an exploded perspective view of the heater block of the fryer using the prefabricated heater block shown in FIG. 1, and FIG. 4 is a fryer using the prefabricated heater block shown in FIG. It shows the state of use of each.

As shown in the drawing, the fryer 100 using the prefabricated heater block according to the embodiment of the present invention includes an oil tank 10, a pedestal 20, and a heater block 30.

As shown in FIGS. 1 and 2, the oil tank 10 has a space to accommodate oil for frying fish cakes, and can be manufactured in various sizes in consideration of the production amount of fish cakes. to be.

In the fryer 100 using the prefabricated heater block of the present invention, the oil tank 10 is manufactured in the shape of a rectangular box having a long length, but is not limited to this type.

As shown in FIGS. 1 and 2, the pedestal 20 firmly supports the oil tank 10 to fix the position.

Here, it is possible to induce easy transport of the fryer 100 using the prefabricated heater block of the present invention by installing a plurality of wheels 1 at the lower part of the pedestal 20 supporting the oil tank 10 Of course.

1 to 3, one or more heater blocks 30 are located under the oil container 10 to provide a heat source to the oil container 10,

A square-shaped fixing frame 31 with an open top, and a plurality of heater rods 32 that are horizontally spaced apart from each other at regular intervals inside the fixing frame 31 and emit heat when power is supplied, It is fixed to the inside of the fixing frame 31, is located under the heater rod 32 to support and fix the heater rod 32, the upper portion of which the heater rod 32 can be placed It is configured to include one or more support pipes 33 in which a plurality of grooves 33a are formed at regular intervals.

That is, as shown in Fig. 4e, since the plurality of heater rods 32 are arranged at regular intervals through the receiving groove 33a of the upper limb support pipe 33, the heater consisting of the plurality of heater rods 32 The upper portion of the block 30 may provide a uniform heat source as a whole.

Therefore, since a uniform heat source is evenly conducted (provided) through the heater block 30 to the entire oil container 10, the entire oil container 10 is quickly warmed evenly and accommodated in the oil container 10. Induces the oil to warm evenly throughout.

Here, of course, the support pipe 33 may be formed in various numbers depending on the size of the fixing frame 31 or the number of the heater rods 32 installed, and the support pipe 33 is It is configured to be easily welded to the frame 31, but it is of course not limited to such a coupling method and fixed.

On the other hand, as shown in FIGS. 1 to 3, a binding means 40 capable of easily binding and fixing the position of the heater rod 32; is configured to further include,

The binding means 40 is a binding rod 41 that extends bent downward from one end of the heater rod 32, and is connected and fixed to the fixing frame 31, and the end of the binding rod 41 is The binding panel 42 having a plurality of binding holes 42a penetrating through it is formed on the end of the binding rod 41 and penetrates the binding hole 42a together with the binding rod 41, but at the top An annular locking protrusion (43a) is formed to be hooked and fixed on the upper surface of the binding panel (42), and a binding body (43) having a screw thread (43b) formed at a lower portion thereof is fastened to the lower portion of the binding body (43). It is configured to include a binding nut 44 to prevent separation of the binding rod 41.

That is, as shown in FIG. 4B, when binding and fixing of the heater rod 32 is required, the binding rod 41 at the end of the heater rod 32 is attached to the binding panel 42 together with the binding body 43. After positioning through the binding hole (42a), the binding nut (44) is fastened to the lower portion of the binding body (43) through which the binding body (43) and the binding rod (41) are firmly bound and fixed. In this way, the heater rod 32 is simply fixed.

On the contrary, as shown in FIG. 4G, when the separation and recovery of the heater rod 32 is required for reasons such as failure, loosen the binding nut 44 fastened to the binding body 43 to bind the binding body 43 After releasing, the heater rod 32 on which the binding rod 41 is formed together with the binding body 43 is simply separated and recovered from the binding panel 42.

Therefore, by inducing convenient manufacturing of the device through the simple assembly of the heater rod 32 through the binding means 40, when the heater rod 32 fails, only the failed heater rod 32 can be easily recovered. Replacement or repair can be performed, leading to convenient management of the device.

Meanwhile, as shown in FIGS. 1 to 3, the heater rod 32 is disposed between the heater rod 32 and the other adjacent heater rod 32 to support the side surface of the heater rod 32. It is configured to further include a plurality of heat medium 50 for inducing a solid fixation and at the same time receiving a heat source from the heater rod 32 and dissipating heat upward.

That is, as shown in Fig. 4e, when power is supplied to the heater rod 32 and heated to a high temperature, the heat medium 50 in contact with the heater rod 32 receives heat and heats together to a high temperature. The block 30 may be heated evenly over the entire upper portion of the oil tank 10 to provide a more uniform heat source.

Here, the heat medium 50 is preferably made of alumina and aluminum nitride having excellent heat resistance and thermal conductivity among ceramics, but is not limited to such materials.

In addition, as shown in Figure 4c, the heat medium 50 is disposed between the heater rod 32 and the other adjacent heater rod 32 to support the side surface of the heater rod 32, so the It goes without saying that it is possible to induce a stable position fixing of the heater rod 32 through the heat medium 50, thereby ensuring structural safety of the device.

Meanwhile, as shown in FIGS. 1 to 3, the heat medium 50 is formed under the heat medium 50, and the heat received by contacting the upper portion of the heat medium 50 with the heater rod 32 is transferred to the heat medium 50. Consisting to further include; a heat insulating material 60 to prevent waste from being radiated to the outside through the lower portion of the,

As shown in Fig. 4e, the heat source of the heat medium 50, which is heated by receiving heat through the heater rod 32, is prevented from being wasted downward, so that the heat source of the heat medium 50 is discharged upward. It is possible to induce efficient heat dissipation through the heating medium 50 together with the heater rod 32.

Here, the insulating material 60 is manufactured using glass fiber having excellent thermal insulation and heat resistance, but is not limited to such material.

Meanwhile, as shown in FIGS. 1 and 2, the heater block 30 is in close contact with the oil container 10 so that the heat source supplied from the heater block 30 is easily conducted to the oil container 10. Consisting, including;

The contact means (70) is located under the fixing frame (31), a contact panel (71) that is fixedly coupled to the pedestal (20), and the contact panel (71) through the contact panel (71). Doedoe fixed to, the inner circumferential surface is fastened to at least one contact nut 72 having a screw thread (72a) formed, and the contact nut 72 is fastened to the screw thread (72a) of the contact nut 72 to rise and fall. , The upper portion is configured to pressurize the fixing frame 31 to induce the heater block 30 to be firmly adhered and fixed to the oil tank 10 by at least one contact bolt 73.

That is, as shown in FIG. 4D, when the contact bolt 73, which is fastened to the contact nut 72 of the contact panel 71, is rotated so as to rise and descend on the contact nut 72, the contact bolt 73 The upper portion of the heater block 30 pressurizes the heater block 30 upward and induces the heater block 30 to be firmly attached and fixed to the lower surface of the oil tank 10, so that the heat source of the heater block 30 is very efficient. It can be induced to be conducted to the oil tank 10,

If, as shown in Fig. 4f, if repair or replacement of any one of the heater blocks 30 is required due to a failure, the contact bolt 73 supporting the failed heater block 30 is rotated to make the contact When descending by riding the nut 72, the pressurization of the heater block 30 due to the contact bolt 73 is released, and the heater block 30 is easily recovered.

Then, as shown in Fig. 4g, as described above, only the failed heater rod 32 among the heater rods 32 embedded in the heater block 30 through the binding means 40 is easily recovered and repaired. Try to perform a replacement.

In the fryer 100 using the electric heater of the present invention, the two contact bolts 73 are configured to pressurize and support one of the heater blocks 30, but the use is not limited to this number.

The fryer 100 using the prefabricated heater block of the present invention having the above-described configuration has the conventional structure in which the heater block 30 for heating the oil contained in the oil container 10 is located under the oil container 10. Since the size of the oil tank can be reduced compared to the fryer in which the electric heater is accommodated inside the oil tank, the amount of oil accommodated in the oil tank 10 can be significantly reduced, thereby preventing the waste of oil in advance. In addition, it is possible to reduce the amount of oil compared to a conventional fryer, so that the time and energy required to heat the oil can be significantly reduced, and thus, there is an effect of being able to quickly fry an approximate fish cake at low cost.

In addition, it is possible to enhance the structural safety of the device by inducing a firm fixation of the heater rod 32 through the heat medium 50 disposed between the heater rods 32, and the heater rod 32 The heater block 30 conducts heat evenly throughout the oil tank through the heat medium 50 that receives the heat source of and radiates heat together, so that the oil contained in the oil tank 10 is heated evenly as a whole. It has the effect of keeping the quality of fish cake fried in oil uniformly and high quality.

Moreover, since the oil contained in the oil tank 10 is evenly heated, the oxidation of the oil is slow compared to the conventional fryer, so the replacement time of the oil can be extended, and thus the oil wasted due to frequent replacement in the conventional fryer. There is an effect that can prevent the inconvenience of replacement.

In addition, due to the structure in which the heater block 30 is located under the oil tank 10, cleaning of the heater block 30 is not separately required, making it convenient to operate and manage the device, as well as any one of the heaters. When the rod 32 is broken, only the failed heater rod 32 can be easily repaired or replaced through the binding means 40 and the contacting means 70, so that the operation and management of the device is very convenient.

The fryer 100 using an assembled heater block according to an embodiment of the present invention having the above configuration is used as a fish cake fryer by simply assembling the heater block as follows and then installing it in an oil tank.

First, as shown in FIG. 4A, after coupling and fixing a support pipe 33 capable of supporting the heater rod 32 at regular intervals inside the fixing frame 31, the mounting groove of the support pipe 33 ( 33a) The heater rods 32 are arranged at each of the heater rods 32 at regular intervals.

Thereafter, as shown in FIG. 4B, the heater rod 32 is simply bound and fixed to the binding panel 42 connected to the fixing frame 31 through the binding means 40.

After that, as shown in FIG. 4C, each heat medium 50 is disposed between the heater rods 32 to easily complete the manufacture of the heater block 30.

The heater block 30 manufactured as described above is positioned under the oil tank 10 filled with oil, and then fastened to the contact nut 72 of the contact panel 71 as shown in FIG. 4D. The bolt 73 is rotated to move up and down on the contact nut 72 so that the upper part of the contact bolt 72 presses the heater block 30 upward so that the heater block 30 becomes the oil container 10 Make sure it is firmly and tightly fixed to the lower surface of the machine.

Thereafter, as shown in FIG. 4E, when power is supplied to the heater block 30, the heat medium 50 together with the heater rod 32 are heated to a high temperature so that the entire heater block 30 is uniform. Since it is heated to a high temperature, the oil tank 10 receives heat from the heater block 30 and is heated evenly, so that the oil accommodated in the oil tank 10 is uniformly heated as a whole.

Then, the user can simply fry a large amount of fish cake by putting the fish cake into the oil tank 10.

Here, it goes without saying that a device such as a conveyor (not shown) or a hood (not shown) installed in a conventional fryer may be installed and used in the fryer 100 using the prefabricated heater block of the present invention.

On the other hand, when a repair or replacement of any one of the heater rods 32 is required due to a failure, as shown in FIG. 4F, the heater block 30 in which the failed heater rod 32 is embedded is closely contacted by means (70). ), and then, as shown in FIG. 4G, only the fixed heater rod 32 from the heater block 30 recovered through the binding means 40 is recovered and repaired and replaced.

The present invention has been described with reference to the embodiments shown in the accompanying drawings, but these are illustrative and are not limited to the above-described embodiments, and various modifications and equivalent embodiments are possible from those of ordinary skill in the art. You can understand the point. In addition, it goes without saying that modifications can be made by those skilled in the art within a range that does not impair the spirit of the present invention. Therefore, the scope of claiming the rights in the present invention is not defined within the scope of the detailed description, but will be limited by the claims and the technical spirit thereof to be described later.

1. Wheel
10. Oil reservoir 20. Base
30. Heater block 31. Fixing frame
32. Heater rod 33. Support pipe
33a. Anchi Home 40. Binding means
41. Binding rod 42. Binding panel
42a. Binding Ball 43. Binding Body
43a. Stumbling jaw 43b. Thread
44. Binding nut 50. Heat medium
60. Insulation material 70. Adhesion means
71. Closed panel 72. Closed hole
73. Tightening bolt
100. Fryer using prefabricated heater block

Claims (6)

Oil tank 10 in which oil for frying fish cakes is accommodated therein;
A pedestal 20 for firmly supporting and fixing the oil tank 10; And
Including; one or more heater blocks 30 located under the oil tank 10 to provide a heat source to the oil tank 10,
The heater block 30 is disposed horizontally spaced apart from each other at regular intervals inside the fixed frame 31 having a square shape with an open top and a plurality of heat dissipating when power is supplied. The heater rod 32 is coupled and fixed to the inside of the fixing frame 31, and is located under the heater rod 32 to support and fix the heater rod 32, and the heater rod 32 ) A fryer using a prefabricated heater block, characterized in that it comprises one or more support pipes (33) in which a plurality of receiving grooves (33a) can be placed are formed at regular intervals.
delete The method of claim 1,
Consisting to further include a binding means 40 for easily binding and fixing the position of the heater rod 32,
The binding means 40,
A binding rod 41 that is bent downward from one end of the heater rod 32 and extends,
A binding panel 42 which is connected and fixed to the fixing frame 31 and has a plurality of binding holes 42a through which the ends of the binding rods 41 pass therethrough,
It is formed on the end of the binding rod 41 and penetrates the binding hole 42a together with the binding rod 41, and an annular locking projection 43a is formed on the upper surface of the binding panel 42 It is fixed by hanging, and a binding body 43 in which a screw thread 43b is formed in the lower part,
A fryer using a prefabricated heater block, characterized in that it comprises a binding nut (44) that is fastened to the lower portion of the binding body (43) to prevent separation of the binding rod (41).
The method of claim 1 or 3,
The heater rod 32 is disposed between the heater rod 32 and the other adjacent heater rod 32 to support the side surface of the heater rod 32 to induce a firm fixation of the heater rod 32, and the heater rod 32 ) A plurality of heat medium 50 that receives heat from the heat source and radiates heat upward;
The heat medium 50 is a fryer using a prefabricated heater block, characterized in that it is manufactured including ceramic.
The method of claim 4,
It is formed in the lower portion of the heating medium 50, and prevents the heat received by contacting the upper portion of the heating medium 50 with the heater rod 32 from being dissipated and wasted to the outside through the lower portion of the heating medium 50. Insulation material 60; fryer using a prefabricated heater block, characterized in that the configuration further comprises.
The method of claim 1,
And a contact means (70) for bringing the heater block (30) into close contact with the oil tank (10) so that the heat source supplied from the heater block (30) is easily conducted to the oil tank (10). Do it,
The contact means 70,
A close contact panel 71 located under the fixing frame 31 and fixed to the pedestal 20,
At least one contact nut 72 which penetrates the contact panel 71 and is fixedly coupled to the contact panel 71, and has a thread 72a formed on the inner circumferential surface thereof,
It is fastened to the contact nut 72 and moves up and down while riding on the thread 72a of the contact nut 72, and the upper portion presses the fixing frame 31 so that the heater block 30 is connected to the oil tank ( 10) a fryer using a prefabricated heater block, characterized in that it comprises one or more contact bolts (73) to induce firmly in close contact with each other.

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