KR102645891B1 - Automated fish cake fryer using prefabricated heater block - Google Patents

Abstract

The present invention relates to an automated fish cake fryer using a prefabricated heater block, the composition of which is an oil container containing oil for frying fish cakes therein; a fixed frame that firmly supports the oil container and fixes its position; and the oil. A conveyor that is accommodated inside the container and transports the fish paste introduced from one end of the oil container to the other end of the oil container; and, a plurality of heater blocks located at the lower part of the oil container to provide a heat source to the oil container; , a controller that controls the operation of the conveyor and heater block,
Due to the structure where the heater block is placed at the bottom of the oil container and supplies the heat source to the oil container, the size of the oil container can be reduced compared to a conventional fish cake fryer, thereby significantly reducing the capacity of oil contained in the oil container. This not only reduces the time and energy required to heat the oil, leading to economical operation of the device, but also allows the heat transfer medium of the heater block to float in the receiving space of the main body by relying on the insulator rod fixed on the main body. Since the entire heat transfer medium is exposed to the outside by being fixed in one position, the heat source can be radiated and supplied to the entire heat transfer medium, so the heat source of the heat transfer medium can be used very efficiently. In addition, the heat source radiated from multiple heat transfer media can be used very efficiently. The heat source that is evenly conducted throughout the receiving space and radiated to the top of the heater block is provided at a uniform temperature throughout, so that the oil container heated through the heater block is evenly heated to an overall uniform temperature, so that the fish cake put into the oil container is evenly heated. This has the effect of ensuring excellent quality of the fish cake as it is fried evenly.
In addition, by presenting a structure in which the insulator rod in which the heat transfer medium of the heater block is formed is easily placed and fixed to the main body through a detachment means, and the fixed heat transfer medium is easily connected to an external power source through a power connection means, the device is assembled and manufactured. Not only can it lead to mass production of heater blocks by reducing the time and manpower required, but in case of damage or failure of the heat transfer medium, it can be easily disconnected through the detachment means and power connection means and then recovered to perform replacement or repair. This has the effect of leading to convenient operation and management of the device.

Description

Automated fish cake fryer using prefabricated heater block}

The present invention relates to an automated fish cake fryer using a prefabricated heater block. More specifically, the heater block is placed at the bottom of the oil container and supplies a heat source to the oil container. Due to the structure, the size of the oil container is increased compared to a conventional fish cake fryer. By reducing the amount of oil stored in the oil container, the capacity of oil can be significantly reduced. This not only reduces the time and energy required to heat the oil, which not only leads to economical operation of the device, but also reduces the amount of oil contained in the oil container. Since the heat transfer medium is positioned and fixed in a floating state in the receiving space of the main body by relying on the insulator rod fixed on the main body, the entire heat transfer medium is exposed to the outside, so the heat source can be radiated and supplied to the entire heat transfer medium, thereby reducing the heat source of the heat transfer medium. Not only can it be used very efficiently, but the heat source emitted from multiple heat transfer media is evenly conducted throughout the receiving space, allowing the heat source emitted to the top of the heater block to be provided at a uniform temperature throughout, allowing heating through the heater block. This relates to an automated fish cake fryer using a prefabricated heater block in which the oil container is evenly heated to a uniform temperature as a whole, so that the fish cake put into the oil container is evenly fried and excellent quality of the fish cake can be ensured.

In general, fish cake is a processed fish cake made by adding flour, etc. to the flesh of various fish (fish meat), mixing it, forming it into a certain shape, and then frying it in oil. It is a nutritious and high-protein food.

As described above, fryers that fry fish cakes in oil can be divided into fryers that fry the fish cakes after heating the oil using a burner, and fryers that fry the fish cakes 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 an oil container containing oil and is in direct contact with the oil contained in the oil container. However, the fryer with this structure has the following problems.

First, due to the structure in which the electric heater is located inside the oil container, a space for the electric heater to be placed inside the oil container must be secured, so a large accommodation space is required inside the oil container to fry fish cakes inside the oil container. There is a problem in that oil is wasted because the amount of oil input is too large, and this causes a problem in use in 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 was a problem in that the oil close to the electric heater was heated to too high a temperature and some of the fish cakes put into the oil container were burned, deteriorating the quality of the fish cakes. .

Third, as the oil in close proximity to the electric heater is heated to too high a temperature, oxidation of the oil progresses rapidly, requiring frequent replacement of the oil, which not only makes it very inconvenient to use, but also causes waste of oil.

Fourth, in the process of replacing the oil in the oil container, individual cleaning of the electric heater is required, which not only makes operation and management of the device very inconvenient, but also requires repair or replacement of any one of the electric heaters. 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 operation and management of the device more inconvenient.

Fifth, since the residue separated from the fish cake fried in the oil container sticks to the electric heater and burns, the oil contained in the oil container is easily contaminated and not only shortens the oil replacement time, but also the residue stuck to the electric heater. There was a problem that operation and management of the device was very cumbersome and inconvenient because cleaning was required.

In order to solve the above problems, the present applicant proposed the development of a "fryer using a prefabricated heater block (registration number: 10-2209855)."

However, the "fryer using a prefabricated heater block" does not present a simple structure in which the heater rods of the heater block are electrically connected, so it takes too much time and manpower to disconnect or connect the electrical connection when replacing the heater rods of the heater block. Not only is it somewhat inconvenient to replace the heater rod, but the manufacturing of the device is also somewhat difficult and inconvenient, so there is a problem that the productivity of the device is somewhat low.

In addition, the “fryer using a prefabricated heater block” had a problem in which the heat source of the heater rod could not be used efficiently because the heat medium placed in close contact with the side to fix the heater rod interfered with the dissipation of the heat source of the heater rod.

In addition, the "fryer using a prefabricated heater block" divides the space inside the fixed frame where the heating medium accommodates the heater rod, so the heat source is supplied concentrated only to the area where the heater rod is located, so the oil container heated through the heater block is not heated evenly as a whole. Therefore, there was a problem in that the quality of the fish cakes that were fried in the oil container was not fried evenly, and the quality of the fish cakes was somewhat deteriorated.

[Document 0001] Republic of Korea Patent Publication No. 10-2209855 (2021.01.25)

The present invention was proposed to solve all the problems described above, and its purpose is to improve the oil container compared to the conventional fish cake fryer due to the structure in which the heater block is placed at the bottom of the oil container to supply a heat source to the oil container. By reducing the size, the capacity of oil contained in the oil container can be significantly reduced. This not only reduces the time and energy required to heat the oil, leading to economical operation of the device, but also allows the heater block to operate more economically. The heat transfer medium is positioned and fixed in a floating state in the receiving space of the main body by relying on the insulator rod fixed on the main body, and the entire heat transfer medium is exposed to the outside, so the heat source can be radiated and supplied to the entire heat transfer medium. Not only can it be used very efficiently, but the heat sources emitted from multiple heat transfer media are evenly conducted throughout the receiving space so that the heat sources emitted from the top of the heater block can be provided at a uniform temperature throughout the heater block. The aim is to provide an automated fish cake fryer using a prefabricated heater block that ensures excellent quality of fish cakes by ensuring that the heated oil container is heated to a uniform temperature throughout and the fish cakes put into the oil container are evenly fried.

In addition, by presenting a structure in which the insulator rod in which the heat transfer medium of the heater block is formed is easily placed and fixed to the main body through a detachment means, and the fixed heat transfer medium is easily connected to an external power source through a power connection means, the device is assembled and manufactured. Not only can it lead to mass production of heater blocks by reducing the time and manpower required, but in case of damage or failure of the heat transfer medium, it can be easily disconnected through the detachment means and power connection means and then recovered to perform replacement or repair. The aim is to provide an automated fish cake fryer using a prefabricated heater block that can lead to convenient operation and management of the device.

In order to achieve the above object, an automated fish cake fryer using a prefabricated heater block according to the present invention includes an oil container containing oil for frying fish cakes therein; and a fixed frame that firmly supports the oil container and fixes the position. , a conveyor that is accommodated inside the oil container and transports the fish cake introduced from one end of the oil container to the other end of the oil container; and, a plurality of heaters located at the lower part of the oil container and providing a heat source to the oil container. Includes a block; and a controller that controls the operation of the conveyor and heater block,
The heater block has a receiving space with an open top inside, a main body with excellent thermal insulation in which a plurality of setting grooves facing each other are formed at regular intervals on the inner upper part, and is disposed inside the main body, where both ends each have the setting grooves. It is fixed inside and maintained in a floating state in the receiving space of the main body, and includes a plurality of insulating rods having electrical insulation, and is formed on the insulating rods and is maintained in a floating state in the receiving space of the main body together with the insulating rods. , a heat transfer medium that radiates heat when power is supplied, a case that accommodates the main body inside to protect the main body, and the upper part is open so that the heat source emitted from the heat transfer medium accommodated in the main body is supplied to the top; , a detachment means for fixing the main body accommodated in the case and at the same time inducing easy attachment and detachment of the insulator rod formed on the main body, and supplying an external power source to the heat transfer medium, where the external power source and the heat transfer medium are easily connected. It is characterized by including a power connection means that can induce disconnection and facilitate recovery of the heat transfer medium from the main body.

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In addition, the detachment means has a detachment hole formed inside the insulator rod to penetrate long in the longitudinal direction of the insulator rod, and after penetrating the case and the main body, it is inserted into the detachment hole at the end of the insulator rod to fix the case and the main body. At the same time, it includes a plurality of detachable bolts for binding the insulator rod, and a female threaded hole formed on the case and fastened to the detachable bolt penetrating the case to fix the position of the detachable bolt,

The inner diameter of the detachable hole is formed to be larger than the outer diameter of the detachable bolt to compensate for the deformation of the insulator rod due to the high temperature of the heat transfer medium.

In addition, the power connection means is made of an electrically insulating material, includes an insulating fixture having two through holes extending vertically downward at the top, and passes through the through holes of the insulating fixture from the top to the bottom, The upper part is fixed by being inserted into the through hole, and the lower part is connected to a connection bolt that penetrates and is exposed to the lower part of the insulating fixture, and is fastened to the connection bolt and is in close contact with the lower surface of the insulating fixture to form a connection bolt of the connection bolt. A connection body consisting of a connection nut that firmly fixes the position, and the lower part is coupled to the upper part of the insulating fixture to prevent the upper part of the connecting bolt from being exposed along with the through hole, and the upper part is coupled to the lower part of the case to secure the insulation. A fixing cover that binds and secures the connecting body to the case, one end of which is electrically connected to the heat transfer medium, and the other end of which vertically penetrates the lower part of the main body and the case and is connected to the connecting bolt of the connecting body. 1 supply wire, one end of which is connected to the connection bolt of the connector and electrically connected to the first supply wire, and which transmits power supplied from the outside to the first supply wire and is connected to the first supply wire. A second supply wire that supplies power to the heat transfer medium, the other end of the first supply wire that is fastened to the connection bolt of the connector and connected to the connection bolt, and one end of the second supply wire are pressed and brought into close contact with the first supply wire. ,2It is characterized by including a first fixing nut that electrically connects the supply wire and prevents external separation.

In addition, it further includes a plurality of setting pieces protruding upward from the upper edge of the case,

The setting piece is in close contact with the lower part of the oil container disposed on the upper part of the case, and is characterized in that it appropriately sets the separation distance between the oil container and the heat transfer medium of the main body accommodated in the case.

In addition, fixing means for tightly fixing the setting piece together with the case to the lower part of the oil container so that the set gap between the heat transfer medium of the heater block and the oil container is stably maintained through the setting piece. It is composed,

The fixing means is fixed in position by relying on the fixing frame, and is formed to be long in the direction in which the heater blocks are sequentially placed at the bottom of the heater block, so that at least two of them pass through all the heater blocks disposed at the bottom of the oil container. A fixing bar, a plurality of fixing plates fixed to the lower surface of the case, arranged on the same line as the fixing bar, and having a fixing groove formed in the lower center, coupled and fixed to the fixing bar, and located at the lower part of the fixing plate. The case is pressed upward together with the fixing plate, relying on a plurality of second fixing nuts that guide and bind the fixing bolts to the fixing plate, and the fixing bar that is fastened to the second fixing nut and coupled to the second fixing nut. An automated fish cake fryer using a prefabricated heater block, characterized in that it includes a plurality of fixing bolts that press and secure the heater block to the lower part of the oil container.

In addition, the power connection means is coupled and fixed to the lower part of the case, and a horizontally penetrating guide hole is formed inside, a guide block in which an exposed hole open to the bottom is formed at the bottom of the guide hole, and the upper part is the guide block. A guide guide made of an insulating material is fixed in and fixed to fixing grooves formed on both sides of the interior, and the lower part extends vertically through the exposed hole, and horizontally penetrates the lower part of the guide guide to both sides of the guide guide. A connecting rod with excellent electrical conductivity extends, and a closing cover formed on the lower part of the guide guide to ascend or descend along the guide guide, exposing the connecting rod when it is elevated, and closing the connecting rod when it is lowered, and An elastic spring that elastically supports the closure cover upward by relying on a guide, a first magnet located on an upper part of the closure cover, and a first magnet formed on a guide hole of the guide block and moving horizontally inward or outward along the guide hole. A setting member that slides and has a handle formed at the end, and is located below the setting member, and when the setting member is slid inward, it is positioned to face the first magnet to form a repulsive force with the first magnet, When the setting member is slid outward, a second magnet is spaced apart from the first magnet, one end is electrically connected to the heat transfer medium, and the other end vertically penetrates the lower part of the main body and case and is attached to one side of the connecting rod. A third supply wire is connected, and one end is connected to the other side of the connecting rod and is electrically connected to the third supply wire using the connecting rod as a medium, thereby transmitting power supplied from the outside to the third supply wire to supply the third supply wire. It is composed of a fourth supply wire that supplies power to the heat transfer medium connected to the wire,

The third and fourth supply wires are prevented from being separated by the closing cover that closes the connecting rod.

As described above, according to the automated fish cake fryer using the prefabricated heater block according to the present invention, the heater block is placed at the bottom of the oil container and supplies a heat source to the oil container, so the size of the oil container is smaller than that of the conventional fish cake fryer. By reducing the amount of oil stored in the oil container, the capacity of oil can be significantly reduced. This not only reduces the time and energy required to heat the oil, which not only leads to economical operation of the device, but also reduces the amount of oil contained in the oil container. Since the heat transfer medium is positioned and fixed in a floating state in the receiving space of the main body by relying on the insulator rod fixed on the main body, the entire heat transfer medium is exposed to the outside, so the heat source can be radiated and supplied to the entire heat transfer medium, thereby reducing the heat source of the heat transfer medium. Not only can it be used very efficiently, but the heat source emitted from multiple heat transfer media is evenly conducted throughout the receiving space, allowing the heat source emitted to the top of the heater block to be provided at a uniform temperature throughout, allowing heating through the heater block. The oil container is evenly heated to a uniform temperature as a whole, so the fish cakes put into the oil container are fried evenly, which has the effect of ensuring excellent quality of the fish cakes.

In addition, by presenting a structure in which the insulator rod in which the heat transfer medium of the heater block is formed is easily placed and fixed to the main body through a detachment means, and the fixed heat transfer medium is easily connected to an external power source through a power connection means, the device is assembled and manufactured. Not only can it lead to mass production of heater blocks by reducing the time and manpower required, but in case of damage or failure of the heat transfer medium, it can be easily disconnected through the detachment means and power connection means and then recovered to perform replacement or repair. This has the effect of leading to convenient operation and management of the device.

Figure 1 is a longitudinal cross-sectional view of an automated fish cake fryer using a prefabricated heater block according to an embodiment of the present invention.
Figure 2 is an AA cross-sectional view of the automated fish cake fryer using the prefabricated heater block shown in Figure 1
Figure 3 is an exploded perspective view of the main portion of the automated fish cake fryer using the prefabricated heater block shown in Figure 1
Figure 4 is a state diagram of the use of an automated fish cake fryer using the prefabricated heater block shown in Figure 1
Figure 5 is a perspective view of the main part of an automated fish cake fryer using a prefabricated heater block according to another embodiment of the present invention.
Figure 6 is a state diagram of the use of an automated fish cake fryer using the prefabricated heater block shown in Figure 5

An automated fish cake fryer using a prefabricated heater block according to a preferred embodiment of the present invention will be described in detail based on the attached drawings. Detailed descriptions of well-known functions and configurations that are judged to unnecessarily obscure the gist of the present invention are omitted.

1 to 6 show an automated fish cake fryer using a prefabricated heater block according to an embodiment of the present invention. Figure 1 is a longitudinal cross-sectional view of an automated fish cake fryer using a prefabricated heater block according to an embodiment of the present invention. 2 is an A-A cross-sectional view of the automated fish cake fryer using the prefabricated heater block shown in Figure 1, Figure 3 is an exploded perspective view of the main part of the automated fish cake fryer using the prefabricated heater block shown in Figure 1, and Figure 4 is a perspective view of the main part of the automated fish cake fryer using the prefabricated heater block shown in Figure 1. Figure 5 is a state diagram of the use of an automated fish cake fryer using a prefabricated heater block, Figure 5 is a perspective view of the main part of an automated fish cake fryer using a prefabricated heater block according to another embodiment of the present invention, and Figure 6 is a diagram showing the use of an automated fish cake fryer using a prefabricated heater block shown in Figure 5. This diagram shows the usage status of the automated fish cake fryer.

As shown in the drawing, the automated fish cake fryer 100 using a prefabricated heater block according to an embodiment of the present invention includes an oil container 10, a fixed frame 20, a conveyor 30, and a heater block ( 40) and a controller 50.

As shown in Figures 1 and 2, the oil container 10 has a space inside to accommodate oil for frying fish cakes, and can be manufactured in various sizes in consideration of the production volume of fish cakes, etc. am.

In the automated fish cake fryer 100 using the prefabricated heater block of the present invention, the oil container 10 is manufactured in the form of a long rectangular box, but use is of course not limited to this form.

As shown in Figures 1 and 2, the fixing frame 20 firmly supports the oil container 10 to fix its position.

Here, a plurality of wheels (1) are installed at the lower part of the fixed frame (20) supporting the oil container (10) to induce easy transportation of the automated fish cake fryer (100) using the prefabricated heater block of the present invention. Of course it is possible.

As shown in FIGS. 1 and 2, the conveyor 30 is accommodated inside the oil container 10 and transports the fish cake inputted from one end of the oil container 10 to the other end of the oil container 10. Let them do it.

Here, both ends of the conveyor 30 are exposed to the outside (outside) of the oil container 10, and the fish cake put into one end of the conveyor 30 rides the conveyor 30 into the oil container 10. It is automatically fried as it passes through the contained oil, and the fried fish cake is discharged to the outside through the other end of the conveyor 30, allowing the fish cake to be automatically fried easily.

Of course, the transfer speed of the conveyor 30 can be automatically controlled through the controller 50, which will be described later, based on the size of the oil container 10, the temperature of the oil, the type of fish cake, etc.

As shown in FIGS. 1 to 3, a plurality of heater blocks 40 are located at the bottom of the oil container 10 to provide a heat source to the oil container 10.

A receiving space (41a) with an open top is formed inside, a main body (41) with excellent insulation properties in which a plurality of setting grooves (41b) facing each other are formed at regular intervals on the inner upper part, and the inside of the main body (41) A plurality of insulator rods 42 having electrical insulation properties, which are arranged so that both ends are respectively inserted and fixed into the setting grooves 41b and maintained in a floating state in the receiving space 41a of the main body 41, and the insulator A heat transfer medium 43 formed on the rod 42 and maintained floating in the receiving space 41a of the main body 41 together with the insulator rod 42, and dissipating heat when power is supplied; A case 44 that accommodates the main body 41 inside and protects the main body 41, but the upper part is open so that the heat source radiated from the heat transfer medium 43 accommodated in the main body 41 is supplied to the upper part. ) and a detachment means 45 that fixes the main body 41 accommodated in the case 44 and at the same time induces easy attachment and detachment of the insulating rod 42 formed in the main body 41, and an external A power supply that supplies power to the heat transfer medium 43, but can easily lead to disconnection of the external power source and the heat transfer medium 43, thereby facilitating easy recovery of the heat transfer medium 43 from the main body 41. It is configured to include a connecting means (46).

That is, as shown in FIG. 4D, the heater block 40 is located at the lower part of the oil container 10 where oil is accommodated and provides a heat source to the oil container 10. Due to the structure, the prefabricated type of the present invention The automated fish cake fryer 100 using a heater block can solve various problems that occur when a heater is provided inside an oil container.

Here, the heat transfer medium 43 formed on the insulator bar 42 due to the insulator bar 42 being fixed in the setting groove 41b of the main body 41 is stored in the receiving space of the main body 41. It is stably positioned at (41a) to guide the heat source to be supplied to the open upward direction, and the main body (41) is made of a ceramic material with excellent insulation and heat resistance, stably withstanding the high temperature emitted from the heat transfer medium (43), and It induces the high-temperature heat source to be effectively dissipated upward without being wasted to the outside, but of course, it is not limited to making it with these materials.

In addition, the main body 41 determines the shape of the finished heater block, and is preferably implemented in a square shape that can be widely and universally used, but of course, its use is not limited to this shape.

In addition, the insulator rod 42 can be easily detached by sliding into the setting groove 41b of the main body 41, so that the electric heat is formed on the insulator rod 42 together with the insulator rod 42. It can lead to easy replacement of the medium 43, and in the present invention, a total of three sets of heat transfer media (43) are installed in the receiving space (41a) of the main body (41) with two insulator rods (42) as one set. ) is accommodated, but it is of course possible to manufacture one or more of the insulator rods 42 as a set to accommodate a plurality of the heat transfer media 43.

Here, due to the nature of electricity flowing through the heat transfer medium 43 formed on the insulator rod 42, the insulator rod 42 may be made of a material with electrical insulation properties, for example, porcelain, PVC, etc. Of course.

In addition, as shown in FIG. 4D, the heat transfer medium 43 is implemented as a normal heating wire and is wound around the outer circumferential surface of the insulator bar 42 to form the receiving space 41a of the main body 41 together with the insulator bar 42. ), and the reason is to expose the entire heat transfer medium 43 wound around the insulator rod 42 to the outside to induce all heat sources emitted from the heat transfer medium 43 to be effectively discharged to the surroundings. am.

Here, since the plurality of heat transfer media 43 are formed together on one receiving space (41a) formed in the main body 41, the heat source emitted from the heat transfer medium 43 is directed to the receiving space (41a). It can be conducted evenly so that the heat source radiating to the upper part of the main body 41 is supplied at a uniform temperature throughout.

Therefore, the heat source emitted from the heat transfer medium 43 is not wasted and is emitted to the surroundings, thereby leading to effective heat source emission, and the heat source emitted from the heat transfer medium 43 is evenly distributed throughout the receiving space 41a. It prevents the heat source from being conducted and concentrated only on the area where the heat transfer medium 43 is located, and ensures that a uniform heat source is provided evenly to the entire upper part of the main body 41.

In addition, inside the case 44, an insulating material (not shown) is placed inside the case 44 so that the heat source radiated from the heat transfer medium 43 accommodated in the main body 41 is not wasted to the outside and is radiated through the heat transfer medium 43. It is desirable to ensure that the heat source is effectively supplied to the top.

On the other hand, as shown in FIGS. 1 to 3, the detachment means 45 includes a detachment hole 451 formed inside the insulator rod 42 to penetrate long in the longitudinal direction of the insulator rod 42, and After penetrating the case 44 and the main body 41, it is inserted into the detachable hole 451 at the end of the insulator bar 42 to fix the case 44 and the main body 41, and at the same time, the insulator bar 42 ) and a plurality of detachable bolts 452 that bind the case 44 and are fastened to the detachable bolt 452 that penetrates the case 44 to fix the position of the detachable bolt 452. It consists of a female thread hole (453),

The inner diameter D1 of the detachable hole 451 is larger than the outer diameter D2 of the detachable bolt 452 to compensate for the deformation of the insulator rod 42 due to the high temperature of the heat transfer medium 43. do.

That is, as shown in FIG. 4A, the insulator rod 42 on which the heat transfer medium 43 is formed is simply inserted and placed on the setting groove 41b of the main body 41, and then placed together with the case 44. The end of the detachment bolt 452 of the detachment means 45 penetrating the main body 41 is inserted into the detachment hole 451 of the insulator rod 42 so that the insulating medium 43 is inserted into the insulator rod 42. ), the heat transfer medium 43 can be installed in a simple manner by fastening it to the receiving space 11 of the main body 41, thereby ensuring convenience of assembly of the heater block 40.

In addition, if replacement of the insulator rod 42 to which the heat transfer medium 43 is bound is required due to damage or failure of the heat transfer medium 43, it can be easily replaced through the detachment means 45 as follows.

First, as shown in FIG. 4g, loosen the detachment bolt 452 of the detachment means 45 that binds both ends of the insulator rod 42 to which the damaged or broken heat transfer medium 43 is bound. By detaching from the female screw hole 453, the binding of the insulator rod 42 through the detachable bolt 452 is released.

Here, since the heat transfer medium 43 consists of two insulator rods 42 as a set, each of the detachment bolts 452 that bind a total of two insulator rods 42 can be loosened and separated. am.

Then, the damaged heat transfer medium 43 together with the insulator rod 42 is recovered from the main body 41, and then the insulator rod 42 to which the new heat transfer medium 43 is bound is inserted into the main body 41. The heat transfer medium 43 can be easily replaced by binding and fixing the insulator rod 42 placed on the main body 41 by fastening the detachable bolt 452 after placing it in the setting groove 41b. Complete it easily.

Here, before replacing the heat transfer medium 43, the electrical connection between the heat transfer medium 43 and the external power source is disconnected through the power connection means 46, and then the insulator rod ( Of course, it is necessary to replace 42), and the operation of the power connection means 46 will be described in detail below.

In addition, the detachable hole 451 is formed penetrating inside the insulator rod 42. The reason is that, as shown in FIG. 4A, the detachable bolt 452 is first inserted into the insulator rod 42. ) has the basic purpose of inducing the binding of the insulator rod 42, and secondly, as shown in Figure 4e, the insulator rod 42 is easily connected to the high-temperature heat source radiated from the heat transfer medium 43 bound to the insulator rod 42. This is to prevent the insulator rod 42 from being damaged by high temperature by causing it to be deformed (bent or twisted).

Therefore, the diameter (D1) of the detachable hole (451) of the insulator rod (42) is formed larger than the outer diameter (D2) of the detachable bolt (452), so that the insulator rod (42) is bound to the detachable bolt (452). This is to ensure a gap that can be easily modified.

Meanwhile, as shown in FIGS. 1 to 3, the power connection means 46 is made of an electrically insulating material, and is an insulating fixture (461a) formed at the top with two through holes 461a penetrating vertically downward. 461) and the through hole 461a of the insulating fixture 461 from the top to the bottom, the upper portion is fixed by being inserted into the through hole 461a, and the lower portion is fixed to the insulating fixture (461). A connection bolt (462a) exposed through the lower part of 461, and a connection fastened to the connection bolt (462a) and in close contact with the lower surface of the insulating fixture 461 to firmly fix the position of the connection bolt (462a). The connecting body 462 made of a nut 462b, and the lower part are combined with the upper part of the insulating fixture 461 to prevent the upper part of the connecting bolt 462a from being exposed along with the through hole 461a, but the upper part is connected to the upper part of the insulating fixture 461. A fixing cover 463 coupled to the lower part of the case 44 and fixing the connecting body 462 together with the insulating fixture 461 to the case 44, and one end of the heat transfer medium 43 A first supply wire 464 is electrically connected to, the other end vertically penetrates the lower part of the main body 41 and the case 44 and is connected to the connection bolt 462a of the connector 462, and one end is It is connected to the connection bolt 462a of the connector 462 and is electrically connected to the first supply wire 464, and transmits power supplied from the outside to the first supply wire 464 to provide the first supply. A second supply wire 465 that supplies power to the heat transfer medium 43 connected to the wire 464 is fastened to the connection bolt 462a of the connector 462 and connected to the connection bolt 462a. A first fixation that electrically connects the first and second supply wires (464, 465) by pressurizing the other end of the first supply wire (464) and one end of the second supply wire (465) to prevent external separation. It is configured to include a nut (466).

That is, as shown in FIG. 4b, the first part of the power connection means 46 connected to the heat transfer medium 43 disposed inside the accommodation space 41a of the main body 41 accommodated in the case 44 The heater block has a structure in which the second supply wire 465, which is connected to the supply wire 464 and an external power supply device, is easily electrically connected to the connection bolt 462a of the connector 462. (40) Convenience in assembly and mass productivity can be secured.

In addition, as shown in Figure 4g, when any one of the heat transfer media 43 is broken or damaged and replacement of the heat transfer medium 43 is required, the first, The binding of the second supply wires (464, 465) is released through separation of the first fixing nut (466), and the unbound first and second supply wires (464, 465) are separated from the connecting bolt (462a). After easily disconnecting the electrical connection of the heat transfer medium 43, the binding of the damaged heat transfer medium 43 is released through the detachment means 45 so that the heat transfer medium 43 can be easily replaced. .

Then, when the insulator rod 42 together with the new heat transfer medium 43 is inserted into the main body 41 and connected through the detachment means 45, the external power source and the heat transfer means are easily connected through the power connection means 46. The medium 43 is electrically connected to complete the replacement of the heat transfer medium 43.

Therefore, the manager can easily separate and recover only the damaged heat transfer medium 43 through the detachment means 45 and the power connection means 46 to perform replacement and repair, leading to very convenient management of the device.

In addition, in the process of transmitting external power to the heat transfer medium 43 through the first and second supply wires 464 and 465, conduction to the case 44 due to the insulating fixture 461 is prevented in advance. Thus, it is possible to prevent electrical accidents that may occur due to electricity being conducted to the case 44 and thereby promote safe use of the device.

Meanwhile, as shown in FIGS. 1 to 3, it further includes a plurality of setting pieces 60 protruding upward from the upper edge of the case 44,

The setting piece 60 is in close contact with the lower part of the oil container 10 disposed on the upper part of the case 44, and the heat transfer medium 43 of the main body 41 and the oil accommodated in the case 44. Ensure that the separation distance between containers 10 is appropriately set.

That is, the heater block 40 supplies a heat source upward to heat and warm the oil container 10. At this time, it is desirable to heat the oil contained in the oil container 10 to a temperature suitable for frying fish cakes. , It is preferable that an appropriate distance between the main body 41 and the oil container 10 is set in consideration of the intensity of the heat source supplied (radiated) from the heat transfer medium 43 accommodated in the main body 41.

Therefore, as shown in FIG. 4E, when manufacturing the setting piece 60, the length (height) of the setting piece 60 is appropriately adjusted in consideration of the heat dissipation amount of the heat transfer medium 43 and the required temperature of the oil. By designing, an appropriate connection between the oil container 10 and the heat transfer medium 43 accommodated in the main body 41 together with the case 44 is provided through the setting piece 60 in close contact with the oil container 10. By simply setting the separation distance, it is possible to ensure that the oil in the oil container 10 heated through the heat transfer medium 43 is always maintained at a temperature suitable for frying fish cakes.

Here, the setting pieces 60 are implemented so that a total of four are formed at each corner of the case 40, which is formed in a square shape, but of course, the number is not limited to this number.

As shown in FIG. 1, the controller 50 controls the operation of the conveyor 30 and the heater block 40.

Meanwhile, as shown in FIGS. 1 to 3, the case is configured so that the set interval between the heat transfer medium 43 of the heater block 40 and the oil container 10 is stably maintained through the setting piece 60. It is configured to further include a fixing means (70) for tightly fixing the setting piece (60) to the lower part of the oil container (10) together with (44),

The fixing means 70 is fixed in position by relying on the fixing frame 20, and is formed long in the direction in which the heater blocks 40 are sequentially placed at the lower part of the heater block 40, thereby forming the oil container 10. ) are coupled and fixed to the lower surface of the case 44 and two or more fixing bars 71 passing through all the heater blocks 40 arranged in the lower part of the unit, and are arranged on the same line as the fixing bars 71, A plurality of fixing plates 72 having a fixing groove 72a formed in the lower center are coupled and fixed on the fixing bar 71, and are located at the lower part of the fixing plate 72 and attach fixing bolts 74 to the fixing plate. Relying on a plurality of second fixing nuts 73 guided and bound by (72) and the fixing bar 71 fastened to the second fixing nut 73 and coupled with the second fixing nut 73, the It is configured to include a plurality of fixing bolts 74 that press the case 44 upward and secure the heater block 40 to the lower part of the oil container 10 along with the fixing plate 72.

That is, as shown in FIG. 4C, if the fixing bolt 74 fastened to the second fixing nut 73 of the fixing bar 71 is rotated and lifted up and down on the second fixing nut 73, the fixing The upper part of the bolt 74 is inserted into the fixing groove 72a of the fixing plate 72 and the heater block 40 is pressed upward together with the fixing plate 72 so that the heater block 40 is connected to the oil container ( 10), so that the heat source of the heater block 40 can be stably conducted to the oil container 10,

If repair or replacement of one of the heater blocks 40 is required due to a failure as shown in FIG. 4F, the fixing bolt 74 supporting the failed heater block 40 is rotated and lowered. By releasing the binding of the heater block 40 through the fixing bolt 74, the broken heater block 40 can be easily recovered.

Then, as described above, only the failed heat transfer medium 43 from the heater block 40 is easily separated and recovered through the detachment means 45 and the power connection means 46, so that repair and replacement can be performed.

In the automated fish cake fryer 100 using the prefabricated heater block of the present invention, the four fixing bolts 74 are configured to press and bind one heater block 40, but use is of course not limited to this number.

Meanwhile, as shown in Figure 5, the power connection means 46 is coupled and fixed to the lower part of the case 44, and a horizontally penetrating guide hole 81a is formed therein, and the guide hole 81a The lower part of the guide block 81 is formed with an exposed hole 81b open to the lower part, and the upper part is internally fixed to the fixing grooves 81c formed on both sides of the guide block 81, and the lower part is exposed. A guide guide 82 made of an insulating material extends vertically through the hole 81b, and extends to both sides of the guide guide 82 by horizontally penetrating the guide guide 82 at the lower part of the guide guide 82. It is formed on the lower part of the guide guide 82 and a connecting rod 83 with excellent electrical conductivity, and is raised or lowered by riding on the guide guide 82. When it is raised, the connecting rod 83 is exposed, and when it is lowered, the connecting rod 83 is exposed. A closing cover 84 that closes the connecting rod 83, an elastic spring 85 that elastically supports the closing cover 84 upward by relying on the guide guide 82, and an upper part of the closing cover 84. It is formed on the first magnet 86 located on the guide hole 81a of the guide block 81 and slides horizontally inward or outward along the guide hole 81a, and has a handle 87a at the end. A setting member 87 is formed, and is located at the lower part of the setting member 87. When the setting member 87 is slid inward, it is positioned to face the first magnet 86, and the first magnet (87) is formed. 86) and a second magnet 88 that forms a repulsive force and is spaced apart from the first magnet 86 when the setting member 87 is slid outward, and one end is electrically connected to the heat transfer medium 43. It is connected to a third supply wire 89-1, the other end of which vertically penetrates the lower part of the main body 41 and the case 44 and connected to one side of the connecting rod 83, and one end of the connecting rod 83. It is connected to the other side and is electrically connected to the third supply wire (89-1) through the connecting rod (83), thereby transmitting power supplied from the outside to the third supply wire (89-1) to supply the third supply wire. It is configured to include a fourth supply wire (89-2) that supplies power to the heat transfer medium (43) connected to the wire (89-1),

The third and fourth supply wires (89-1, 89-2) are prevented from being separated by the closing cover (84) that closes the connecting rod (83).

That is, the process of electrically connecting or disconnecting the external power source and the heat transfer medium 43 through the power connection means 46 is as follows.

First, as shown in FIG. 6, when the electrical connection between the external power source and the heat transfer medium 43 is required to be disconnected through the power connection means 46, the setting member 87 is moved outward to set the setting member 87. The second magnet 88 formed on the member 87 is separated from the first magnet 86 to release the repulsive force between the first and second magnets 86 and 88.

Then, the closing cover 84 is automatically lifted upward on the guide guide 82 by the elastic force of the elastic spring 85, and the connecting rod 83 and the connecting rod 83 located at the lower part of the guide guide 82. Together, the 3rd and 4th supply wires (89-1, 89-2) are exposed, and the 3rd and 4th supply wires (89-1, 89-2) are easily separated from the connecting rod 83 to the outside. Disconnect the electrical connection between the power source and the heat transfer medium 43.

Conversely, when an electrical connection between an external power source and the heat transfer medium 43 is required through the power connection means 46, the third and fourth supply wires 89-1, 89-2 are connected to the connecting rod 83. to electrically connect the third and fourth supply wires (89-1, 89-2) using the connecting rod (83), and then the setting member (87) is transferred inward to the setting member. The second magnet 88 and the first magnet 86 formed on (87) face each other, and the closing cover 84 is lowered by the repulsive force of the first and second magnets 86 and 88. The third and fourth supply wires (89-1, 89-2) together with the connecting rod (83) are closed and bound from the outside to ensure safe electrical connection.

The automated fish cake fryer 100 using the prefabricated heater block of the present invention, which consists of the above components, has a structure in which the heater block 40 is placed at the bottom of the oil container 10 to supply a heat source to the oil container 10. As a result, compared to a conventional fish cake fryer, the size of the oil container can be reduced and the capacity of oil contained in the oil container can be significantly reduced. This can reduce the time and energy required to heat the oil, making the device more economical. In addition to inducing operation, the heat transfer medium 43 of the heater block 40 floats in the receiving space 41a of the main body 41 by relying on the insulator rod 42 fixed on the main body 41. Since the entire heat transfer medium 43 is exposed to the outside by being fixed in position, the heat source can be radiated and supplied to the entire heat transfer medium 43, so of course, the heat source of the heat transfer medium 43 can be used very efficiently. The heat source radiated from the heat transfer medium 43 is evenly conducted throughout the receiving space 41a so that the heat source radiated to the top of the heater block 40 can be provided at a uniform temperature throughout the heater block 40. The heated oil container 10 is evenly heated to a uniform temperature as a whole, so that the fish cake put into the oil container 10 is fried evenly, which has the effect of ensuring excellent quality of the fish cake.

In addition, the insulator rod 42 on which the heat transfer medium 43 of the heater block 40 is formed is easily placed and fixed to the main body 41 through the detachment means 45, and the fixed heat transfer medium 43 is connected to a power source. By presenting a structure that is easily connected to an external power source through means 46, it is possible to reduce the time and manpower required to assemble and manufacture the device, thereby leading to mass production of the heater block 40, as well as the heat transfer medium 43 ) in case of damage or malfunction, the connection can be easily disconnected through the detachment means 45 and the power connection means 46 and then recovered for replacement and repair, which has the effect of leading to convenient operation and management of the device.

The automated fish cake fryer 100 using a prefabricated heater block according to an embodiment of the present invention having the above configuration is easily installed at the lower part of the oil container 10 after assembling the heater block 40 as follows to fry fish cakes. Use it as

First, as shown in FIGS. 4A and 4B, after placing a plurality of heat transfer media 43 into the accommodation space 41a of the main body 41 accommodated in the case 44, the disposed heat transfer media 43 ) is bound and fixed through the detachable means 45 and then electrically connected to a power device that supplies power through the power connection means 46 to easily assemble the heater block 40.

Then, as shown in Figure 4c, the heater blocks 40 are sequentially placed in the lower part of the oil-filled oil container 10 in the longitudinal direction of the oil container 10, and then the fixing means 70 Through this, the heater block 40 is firmly fixed to the lower surface of the oil container 10.

Then, as shown in FIG. 4D, the power supplied from the outside is transmitted to the heat transfer medium 43 through the first and second supply wires 464 and 465 of the power connection means 46 and heated, and the heated electric heat The heat source of the medium 43 is supplied to the oil container 10 to heat the oil in the oil container 10.

At this time, the heat transfer medium 43 can radiate a heat source to the entire surrounding area while floating (floating) in the receiving space 41q of the main body 41 by relying on the insulator rod 42, so that the heat transfer medium ( The heat source 43) can be used efficiently, and the heat source is evenly conducted into the receiving space 41a of the main body 41 to maintain a uniform temperature throughout the receiving space 41a, so the heater block 40 This induces the entire heated oil container 10 to be heated evenly.

Here, as shown in FIG. 4E, the separation distance between the heat transfer medium 43 and the oil container 10 is appropriately set through the setting piece 60 formed on the case 44, so that the heat transfer medium 43 ), of course, to ensure that the oil container 10 is always heated and maintained at a desired (appropriate) temperature.

Then, the user can simply fry a large amount of fish cakes by putting them into the oil container 10.

Then, as shown in FIG. 4F, if the heat transfer medium 43 of the heater block 40 is broken or damaged, only the heater block 40 in which the failed heat transfer medium 43 is accommodated through the fixing means 70 After unbinding and easily recovering it to the outside, as shown in FIG. 4g, the binding and electrical connection of the failed heat transfer medium 43 is easily released through the detachment means 45 and the power connection means 46. Easy maintenance of the heater block 40 is achieved by separating and recovering only the broken heat transfer medium 43 and repairing or replacing it.

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 can be made by those skilled in the art. You will understand the point. In addition, it goes without saying that modifications can be made by those skilled in the art without impairing the spirit of the present invention. Accordingly, the scope claimed in the present invention will not be limited by the scope of the detailed description, but will be limited by the claims and technical ideas described later.

1. Wheels
10. Oil container 20. Fixed frame
30. Conveyor 40. Heater block
41. Body 41a. accommodation space
42. Insulator rod 43. Heat transfer medium
44. Case 45. Removal means
451. Removal hole 452. Removal bolt
453. Female thread hole 46. Power connection means
461. Insulating fixture 462. Connector
463. Fixed cover 464. 1st supply wire
465. 2nd supply wire 466. 1st fixing nut
50. Controller 60. Settings
70. Fixing means 71. Fixing bar
72. Fixing plate 73. Second fixing nut
74. Fixing bolt
81. Information block 82. Information guide
83. Connecting rod 84. Closing cover
85. Elastic spring 86. First magnet
87. Setting member 88. Second magnet
89-1. Third Supply Front 89-2. 4th supply front
D1. The inner diameter of the removable hole D2. Outer diameter of detachment bolt
100. Automated fish cake fryer using prefabricated heater block

Claims (7)

An oil container (10) containing oil for frying fish cakes inside;
A fixing frame (20) that firmly supports and fixes the oil container (10);
A conveyor 30 that is accommodated inside the oil container 10 and transports the fish cake introduced from one end of the oil container 10 to the other end of the oil container 10;
A plurality of heater blocks 40 located below the oil container 10 and providing a heat source to the oil container 10; and
It includes a controller 50 that controls the operation of the conveyor 30 and the heater block 40,
The heater block 40 includes a main body 41 with excellent thermal insulation, in which a receiving space 41a with an open top is formed, and a plurality of setting grooves 41b facing each other are formed at regular intervals on the inner upper part, A plurality of insulator rods are disposed inside the main body 41 and have electrical insulation properties, with both ends being fixed inside and fixed to the setting grooves 41b and maintained floating in the receiving space 41a of the main body 41. (42) and is formed on the insulator rod 42 and is maintained floating in the receiving space 41a of the main body 41 together with the insulator rod 42, and radiates heat when power is supplied. The heat transfer medium 43 and the main body 41 are accommodated inside to protect the main body 41, but the upper part is open so that the heat source radiated from the heat transfer medium 43 accommodated in the main body 41 is exposed to the upper part. A detachment means for fixing the case 44 to be supplied and the main body 41 accommodated in the case 44 and at the same time leading to easy attachment and detachment of the insulator rod 42 formed on the main body 41. (45), external power is supplied to the heat transfer medium 43, and easy disconnection of the external power source and the heat transfer medium 43 can be induced, so that the heat transfer medium 43 from the main body 41 An automated fish cake fryer using a prefabricated heater block, characterized in that it includes a power connection means (46) for easy recovery.
delete According to claim 1,
The detachment means (45) is,
A detachable hole 451 formed inside the insulator rod 42 to penetrate long in the longitudinal direction of the insulator rod 42,
After penetrating the case 44 and the main body 41, it is inserted into the detachable hole 451 at the end of the insulator bar 42 to fix the case 44 and the main body 41, and at the same time, the insulator bar ( A plurality of detachable bolts 452 that bind 42),
It is formed on the case 44 and is fastened to the detachable bolt 452 penetrating the case 44, and includes a female threaded hole 453 that fixes the position of the detachable bolt 452,
The inner diameter D1 of the detachable hole 451 is larger than the outer diameter D2 of the detachable bolt 452 to compensate for the deformation of the insulator rod 42 due to the high temperature of the heat transfer medium 43. An automated fish cake fryer using a prefabricated heater block.
According to claim 1,
The power connection means 46 is,
An insulating fixture 461 made of an electrically insulating material and having two through holes 461a penetrating vertically downward at the top,
It penetrates the through hole 461a of the insulating fixture 461 from the top to the bottom, and the upper portion is fixed by being inserted into the through hole 461a, and the lower portion is the lower portion of the insulating fixture 461. A connection bolt (462a) exposed through the connection bolt (462a) and a connection nut (462b) fastened to the connection bolt (462a) and in close contact with the lower surface of the insulating fixture 461 to firmly fix the position of the connection bolt (462a). A connecting body 462 consisting of,
The lower part is coupled to the upper part of the insulating fixture 461 to prevent the upper part of the connection bolt 462a from being exposed along with the through hole 461a, and the upper part is coupled to the lower part of the case 44 to maintain the insulating structure. A fixing cover 463 that binds and secures the connecting body 462 to the case 44 together with the body 461,
A first supply end is electrically connected to the heat transfer medium 43, and the other end vertically penetrates the lower part of the main body 41 and the case 44 and is connected to the connection bolt 462a of the connection body 462. wire 464,
One end is connected to the connecting bolt 462a of the connector 462 and electrically connected to the first supply wire 464, and transmits power supplied from the outside to the first supply wire 464 to connect the first supply wire 464 to the first supply wire 464. A second supply wire (465) that supplies power to the heat transfer medium (43) connected to the first supply wire (464),
The other end of the first supply wire 464 and the second supply wire 465, which are fastened to the connection bolt 462a of the connector 462 and connected to the connection bolt 462a, are pressed and brought into close contact with each other. An automated fish cake fryer using a prefabricated heater block, characterized in that it includes a first fixing nut (466) that electrically connects the first and second supply wires (464, 465) and prevents external separation.
According to claim 1,
It further includes a plurality of setting pieces 60 protruding upward from the upper edge of the case 44,
The setting piece 60 is in close contact with the lower part of the oil container 10 disposed on the upper part of the case 44, and the heat transfer medium 43 of the main body 41 and the oil accommodated in the case 44. An automated fish cake fryer using a prefabricated heater block, characterized in that the separation distance between containers (10) is appropriately set.
According to claim 5,
The setting piece 60 is installed together with the case 44 so that the set gap between the heat transfer medium 43 of the heater block 40 and the oil container 10 is stably maintained through the setting piece 60. It further includes a fixing means (70) for tightly fixing the lower part of the oil container (10),
The fixing means 70 is,
The position is fixed depending on the fixing frame 20, and is formed to be long in the direction in which the heater blocks 40 are sequentially placed in the lower part of the heater block 40. Two or more fixed bars (71) passing through the heater block (40),
A plurality of fixing plates 72 are coupled and fixed to the lower surface of the case 44, are arranged on the same line as the fixing bar 71, and have a fixing groove 72a formed at the lower center,
A plurality of second fixing nuts (73) coupled and fixed on the fixing bar (71) and positioned at the lower part of the fixing plate (72) to guide and bind the fixing bolts (74) to the fixing plate (72);
By relying on the fixing bar 71, which is fastened to the second fixing nut 73 and coupled with the second fixing nut 73, the case 44 is pressed upward together with the fixing plate 72 to operate the heater. An automated fish cake fryer using a prefabricated heater block, characterized in that it includes a plurality of fixing bolts (74) that press and secure the block (40) to the lower part of the oil container (10).
According to claim 1,
The power connection means 46 is,
A guide block that is coupled and fixed to the lower part of the case 44 and has a horizontally penetrating guide hole (81a) formed therein, and an exposed hole (81b) open to the bottom is formed in the lower part of the guide hole (81a). (81) and,
The upper part is fixed in the fixing grooves (81c) formed on both sides of the guide block (81), and the lower part is a guide guide (82) made of insulating material that extends vertically through the exposed hole (81b),
A connecting rod (83) with excellent electrical conductivity formed at the lower part of the guide guide (82), horizontally penetrating the guide guide (82) and extending to both sides of the guide guide (82),
A closing cover 84 is formed on the lower part of the guide guide 82 and moves up or down along the guide guide 82, exposing the connecting rod 83 when it is raised, and closing the connecting rod 83 when it is lowered. )and,
An elastic spring (85) that elastically supports the closing cover (84) upward by relying on the guide guide (82),
A first magnet (86) located on the upper part of the closure cover (84),
A setting member (87) formed on the guide hole (81a) of the guide block (81) to slide horizontally inward or outward along the guide hole (81a) and having a handle (87a) at the end,
It is located at the lower part of the setting member 87, and when the setting member 87 is slid inward, it is positioned to face the first magnet 86 and forms a repulsive force with the first magnet 86. A second magnet (88) that is spaced apart from the first magnet (86) when the setting member (87) is slid outward,
A third supply wire (89-1) has one end electrically connected to the heat transfer medium 43 and the other end vertically penetrating the lower part of the main body 41 and case 44 and connected to one side of the connecting rod 83. )class,
One end is connected to the other side of the connecting rod 83 and is electrically connected to the third supply wire 89-1 through the connecting rod 83, so that power supplied from the outside is connected to the third supply wire 89-1. ) and a fourth supply wire (89-2) that supplies power to the heat transfer medium (43) connected to the third supply wire (89-1),
The third and fourth supply wires (89-1, 89-2) are prevented from leaving by the closing cover (84) that closes the connecting rod (83). An automated fish cake fryer using a prefabricated heater block. .