KR102464495B1 - Automatic fish cake fryer through prefabricated heater block - Google Patents

Abstract

The present invention relates to an automated fish cake fryer using a prefabricated heater block. The automated fish cake fryer comprises: an oil container in which oil for frying fish cake is accommodated; a fixing frame that firmly supports and fixes the oil container; a conveyor accommodated inside the oil container and conveying the fish cake input from one end of the oil container to the other end of the oil container; a plurality of heater blocks positioned below the oil container to provide a heat source to the oil container; and a controller controlling the operation of the conveyor and the heater block. Due to the structure in which a heater block is arranged at the bottom of the oil container to supply a heat source to the oil container, the size of the oil container can be reduced compared to the conventional fish cake fryer, and the capacity of oil accommodated in the oil container can be greatly reduced. As a result, it is possible to reduce the time and energy required to heat the oil, leading to economical operation of the device. A heat transfer medium is placed and fixed into a receiving groove formed in a main body of the heater block. The heat transfer medium can be easily electrically connected to and disconnected from an external power source through a power connection means, so that manufacturing productivity of the device can be secured through easy assembly of the heater block. Convenient replacement and repair of the heating medium can be induced through individual separation and recovery of the failed heating medium from the heater block. Thus, easy operation management of the device can be ensured.

Description

Automatic fish cake fryer through prefabricated heater block

The present invention relates to an automated fish cake fryer using a prefabricated heater block, and more particularly, the size of the oil container compared to the conventional fryer of the fish cake due to the structure in which a heater block is disposed at the lower part of the oil container to supply a heat source to the oil container. It is possible to significantly reduce the amount of oil contained in the oil container by reducing The heat transfer medium is arranged and fixed in the receiving groove formed in the body, and the heat transfer medium can be easily electrically connected to and disconnected from the external power source through the power connection means, thereby securing the manufacturing productivity of the device through easy assembly of the heater block. Of course, it is possible to do it, and it is possible to induce convenient replacement and repair of the heat transfer medium through individual separation and recovery of the failed heat transfer medium from the heater block. is about

In general, fish cakes are processed fish cakes that are fried in oil (oil) by adding flour, etc. to the flesh (fish meat) of various fish, mixing them, and then frying them in oil (oil).

As described above, the fryer for frying the fish cake in oil can be divided into a fryer that heats the oil using a burner and then fry the fish cake, and a fryer that heats the oil using an electric heater and then fry the fish cake.

Here, the latter fryer using an electric heater has a structure in which the electric heater is positioned inside the oil container in which the oil is accommodated and is in direct contact with the oil accommodated in the oil container. The fryer of 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 must be secured inside the oil container, so a large accommodating space is required inside the oil container. There is a problem in that the amount of oil input for this purpose is too much, so that the oil is wasted, and thus 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 with the electric heater, the oil close to the electric heater is heated to too high a temperature, and some of the fish cakes put into the oil container are burned, so there is a problem that the quality of the fish cakes is deteriorated. .

Third, since the oil close to the electric heater is heated to too high a temperature, the oxidation of the oil proceeds rapidly, and frequent replacement of the oil is required, which is not only inconvenient to use, but also wastes the oil.

Fourth, since individual cleaning of the electric heater is required in the process of replacing the oil in the oil container, the operation and management of the device is very inconvenient. 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, so that the operation and management of the device is 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 the oil replacement time is shortened, as well as the residue sticking to the electric heater. There was a problem in that operation and management of the device is very cumbersome and inconvenient because cleaning is required.

In order to solve the above problems, the present applicant developed and proposed "a fryer using a prefabricated heater block (registration number: No. 10-2209855)".

However, the "fryer using a prefabricated heater block" does not provide a simple structure in which the heater rods of the heater block are electrically connected, and thus requires too much time and manpower to disconnect or connect the electrical connection when replacing the heater rods of the heater block. Therefore, there was a problem in use that the convenient operation and management of the device was somewhat difficult.

In addition, the "fryer using a prefabricated heater block" has a rather complicated structure of a part electrically connected to the heater rod and an external power source of the heater block, making it rather difficult and inconvenient to manufacture the device, resulting in a somewhat low productivity of the device. .

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

The present invention has been proposed to solve the various problems as described above, and its purpose is to provide a heat source to the oil container in which a heater block is disposed at the bottom of the oil container. By reducing the size, the capacity of the oil contained in the oil container can be significantly reduced, which can reduce the time and energy required to heat the oil, leading to economical operation of the device and the heater block. The heat transfer medium is arranged and fixed in the receiving groove formed in the body of the unit, and the heat transfer medium can be easily electrically connected to and disconnected from the external power source through the power connection means, thereby increasing the manufacturing productivity of the device through the easy assembly of the heater block. Automated fish cake through prefabricated heater block that can secure easy operation and management of the device by inducing convenient replacement and repair of heat transfer medium through individual separation and recovery of failed heat transfer medium from heater block To provide a fryer.

An automatic fish cake fryer through a prefabricated heater block according to the present invention for achieving the above object is an oil container in which the oil for frying the fish cake is accommodated; , a conveyor that is accommodated in the oil container and transports the fish cakes input from one end of the oil container to the other end of the oil container; and a plurality of heaters located below the oil container to provide a heat source to the oil container It includes; a block; and a controller for controlling the operation of the conveyor and the heater block.
The heater block includes a body made of a material excellent in heat insulation in which at least one zigzag-shaped accommodating groove having an upper part open on the upper surface is formed, and a heat transfer medium inserted into the accommodating groove of the main body and dissipating heat when power is supplied; , A case for accommodating the main body inside to protect the main body, the upper part of which is opened so that the heat source emitted from the heat transfer medium accommodated in the main body is supplied to the upper part, and external power is supplied to the heat transfer medium, and a power connection means capable of inducing easy disconnection between the external power source and the heat transfer medium to induce easy recovery of the heat transfer medium from the main body,
The power connection means is made of a material insulated from electricity, and an insulating fixture having two through-holes penetrating vertically downwardly on the upper part, and passing through the through-holes of the insulating fixture from the top to the bottom, but the upper part is The connection bolt is fixed by being inserted into the through hole, and the lower part is exposed through the lower part of the insulating fixture, and it is fastened to the connection bolt and is in close contact with the lower surface of the insulating fixture to firmly bind the connection bolt. A connector comprising a connecting nut for fixing, and a lower portion is coupled to the upper portion of the insulating fixture to prevent exposure of the upper portion of the connecting bolt together with the through hole, and the upper portion is coupled to the lower portion of the case and is coupled to the insulating fixture together with the insulating fixture A fixing cover for binding and fixing the connector to the case, one end electrically connected to the heat transfer medium, and the other end vertically penetrating the lower part of the main body and the case to be connected to the connecting bolt of the connector. And, one end is connected to the connection bolt of the connecting body and is electrically connected to the first supply wire to transmit power supplied from the outside to the first supply wire, power to the heat transfer medium connected to the first supply wire The first and second supply wires by pressing and adhering one end to a second supply wire supplying It is characterized in that it comprises a fixing nut for electrically connecting and preventing external departure, and a guide rod which is formed through the lower part of the main body and the case to stably guide the other end of the first supply wire to the outside. .

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In addition, a plurality of setting pieces protruding upwardly formed on the upper edge of the case; is configured to further include,

The setting piece is in close contact with the lower part of the oil container disposed on the upper part of the case, and the heat transfer medium of the main body accommodated in the case is set to be spaced apart from the oil container.

In addition, a fixing means for closely fixing the setting piece together with the case to the lower part of the oil container so that the set interval between the heat transfer medium of the heater block and the oil container is stably maintained through the setting piece; further including composed,

The fixing means is fixed in position depending on the fixing frame, is formed to be elongated in a direction in which the heater blocks are sequentially disposed under the heater block, and passes through all the heater blocks disposed in the lower part of the oil container. A fixing bar and a plurality of fixing plates coupled and fixed to the lower surface of the case, disposed on the same line as the fixing bar, and having fixing grooves formed in the lower center, and fixedly coupled to and fixed on the fixing bar, located at the lower part of the fixing plate A plurality of fixing nuts for guiding and binding the fixing bolt to the fixing plate, and the fixing bar coupled to the fixing nut and coupled with the fixing nut, press the case upward with the fixing plate to apply the oil to the heater block. It is characterized in that it is configured to include a plurality of fixing bolts for pressing and fixing to the lower part of the container.

In addition, the body of the heater block is composed of at least two or more body blocks, and at least one accommodating groove is formed on the upper surface of the body block, and the body block includes an upper block in which the accommodating groove is formed, and the upper block of the upper block. It is located in the lower part and is divided into a lower block that is in close contact with the bottom of the case,

The first supply wire is divided into a 1-1 supply wire connected to the heat transfer medium and a 1-2 supply wire connected to the connection bolt,

Replacement means for inducing easy replacement of the heat transfer medium accommodated in the main body;

The replacement means is located in close contact with the lower portion of the body block, and a replacement panel for supporting the body block depending on the lower portion of the case, is formed horizontally and elongated at the lower portion of the case to bind and support the replacement panel, A replacement guide for guiding the replacement panel to slide horizontally together with the body block, an upper connection terminal exposed and formed on the lower surface of the upper block, and electrically connected to the 1-1 supply wire, and the first -2 is electrically connected to the supply wire and exposed on the upper surface of the lower block, and when the upper block is stacked and placed in the lower block, it is in contact with the upper connection terminal to contact the 1-1 supply wire and the 1-2 A lower connection terminal for electrically connecting the supply wire, at least two or more setting protrusions protruding downwardly below the upper block, and formed on the upper part of the lower block, the setting protrusion is internally fixed to the inside, and the lower block A setting part consisting of a setting groove for inducing precise contact between the upper and lower connection terminals by setting the position of the upper block stacked on the upper part of the Consisting of an insulating cap covering the insulating fixture of the means and the connecting body and the fixing cover to close it to the outside,

In the lower portion of the replacement panel, an insulating fixture, a connecting body, and a fixing cover of the power connection means are formed so that the first and second supply wires are transported together with the replacement panel when the replacement panel is slide-transferred. do.

As described above, according to the automatic fish cake fryer through the prefabricated heater block according to the present invention, the size of the oil container is compared to the conventional fryer because the heater block is disposed at the lower part of the oil container to supply the heat source to the oil container. It is possible to significantly reduce the amount of oil contained in the oil container by reducing The heat transfer medium is arranged and fixed in the receiving groove formed in the body, and the heat transfer medium can be easily electrically connected to and disconnected from the external power source through the power connection means, thereby securing the manufacturing productivity of the device through easy assembly of the heater block. Of course, it is possible to induce convenient replacement and repair of the heat transfer medium through individual separation and recovery of the failed heat transfer medium from the heater block, thereby ensuring easy operation and management of the device.

1 is a longitudinal cross-sectional view of an automated fish cake fryer through a prefabricated heater block according to an embodiment of the present invention;
Figure 2 is an AA cross-sectional view of the automatic fish cake fryer through the prefabricated heater block shown in Figure 1;
Figure 3 is an exploded perspective view of the main part of the automatic fish cake fryer through the prefabricated heater block shown in Figure 1;
Figure 4 is a state diagram of the use of an automated fish cake fryer through the prefabricated heater block shown in Figure 1;
5 is a perspective view of a heater block in which a replacement means is formed in an automated fish cake fryer through a prefabricated heater block according to another embodiment of the present invention;
6 is a BB cross-sectional view of the heater block of the automatic fish cake fryer through the prefabricated heater block shown in FIG.
7 is a view for explaining the replacement means of the automatic fish cake fryer through the prefabricated heater block shown in FIG.

An automated fish cake fryer through a prefabricated heater block according to a preferred embodiment of the present invention will be described in detail based on the accompanying drawings. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 to 7 show an automated fish cake fryer through a prefabricated heater block according to an embodiment of the present invention. 2 is an A-A cross-sectional view of the automatic fish cake fryer through the prefabricated heater block shown in FIG. 1, FIG. 3 is an exploded perspective view of the main part of the automatic fish cake fryer through the prefabricated heater block shown in FIG. 1, FIG. 4 is shown in FIG. 5 is a perspective view of a heater block in which replacement means are formed in an automated fish cake fryer through a prefabricated heater block according to another embodiment of the present invention, FIG. B-B sectional view of the heater block of the automatic fish cake fryer through the prefabricated heater block, FIG. 7 is a view for explaining the replacement means of the automatic fish cake fryer through the prefabricated heater block shown in FIG. 5, respectively.

As shown in the figure, the automatic fish cake fryer 100 through 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.

1 and 2, the oil container 10 has a space so that oil for frying the fish cake can be accommodated therein. to be.

In the automatic fish cake fryer 100 through the prefabricated heater block of the present invention, the oil container 10 was manufactured in the form of a long square box, but it is not limited to use in this form.

1 and 2, the fixing frame 20 firmly supports the oil container 10 to fix the position.

Here, a plurality of wheels 1 are installed on the lower part of the fixed frame 20 supporting the oil container 10 to induce easy transport of the automatic fish cake fryer 100 through the prefabricated heater block of the present invention. Of course you can.

As shown in FIGS. 1 and 2 , the conveyor 30 is accommodated in the oil container 10 and transfers fish cakes input from one end of the oil container 10 to the other end of the oil container 10 . to have it transported.

Here, both ends of the conveyor 30 are exposed to the outside (outside) of the oil container 10, and the fish cakes put into one end of the conveyor 30 ride the conveyor 30 and enter the oil container 10. It is automatically fried while passing the contained oil, and the fried fish cake is discharged to the outside through the other end of the conveyor 30 so that the fish cake is automatically fried easily.

Of course, the conveying speed of the conveyor 30 may be automatically controlled through the controller 50 to be installed later based on the size of the oil container 10, the temperature of the oil, the type of fish cake, and the like.

As shown in FIGS. 1 to 3 , the heater block 40 is located at the lower portion of the oil container 10 to provide a heat source to the oil container 10 ,

A main body 41 made of a material having excellent thermal insulation in which at least one zigzag-shaped receiving groove 41a having an open upper portion is formed on the upper surface, and being inserted into the receiving groove 41a of the main body 41, power is supplied When the heat transfer medium 42 that emits heat, and the main body 41 is accommodated therein to protect the main body 41, the upper part of the heat transfer medium 42 is opened and accommodated in the main body 41. A case 43 for supplying a radiated heat source to the upper portion, and an external power supply to the heat transfer medium 42, and induces easy disconnection between the external power source and the heat transfer medium 42, the main body 41 It is configured to include a power connection means 44 that can induce the easy recovery of the heat transfer medium 42 from the.

That is, as shown in Fig. 4c, the heater block 40 is located under the oil container 10 in which the oil is accommodated, and due to the structure to provide a heat source to the oil container 10, the prefabricated type of the present invention The automatic fish cake fryer 100 through the heater block can solve various problems caused by the conventional heater provided inside the oil container.

Here, since the receiving groove 41a of the main body 41 is opened upward, the heat source of the heat transfer medium 42 disposed inside the receiving groove 41a is conducted upwardly, and the main body 41 ) is made of a material with excellent thermal insulation properties so that the heat source of the heat transfer medium 42 is not wasted to the outside and is efficiently dissipated upward.

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

In addition, due to the characteristic that the receiving groove 41a in which the heat transfer medium 42 is accommodated is formed in a zigzag shape to evenly supply a heat source upward, the heat transfer medium 42 is spirally wound like a coil. It is implemented so that it is easily inserted into the receiving groove 41a, but the implementation is not limited to this configuration.

In addition, an insulating material (not shown) is placed inside the case 43 so that the heat source emitted from the heat transfer medium 42 built in the main body 41 is not wasted to the outside, and through the heat transfer medium 42 . It is desirable that the radiated heat source be effectively supplied to the upper part.

On the other hand, as shown in FIGS. 1 to 3, the power connection means 44 is made of a material that insulates electricity, and an insulating fixture ( 441) and the through-hole 441a of the insulating fixture 441 from the top to the bottom, the upper part is fixed by being inserted into the through-hole 441a, and the lower part is the insulating fixture ( A connection bolt 442a exposed through the lower portion of the 441 and a connection nut fastened to the connection bolt 442a and in close contact with the lower surface of the insulating fixture 441 to firmly bind and fix the connection bolt 442a The connecting body 442 made of 442b and the lower part are coupled to the upper part of the insulating fixture 441 to prevent the upper exposure of the connecting bolt 442a together with the through hole 441a, but the upper part is the A fixing cover 443 coupled to the lower portion of the case 43 to bind and fix the connector 442 together with the insulating fixing body 441 to the case 43, and one end of the heat transfer medium 42 and A first supply wire 444 electrically connected, the other end vertically penetrating the lower portion of the main body 41 and the case 43 and connected to the connection bolt 442a of the connecting body 442, and one end of the It is connected to the connection bolt 442a of the connector 442 and is electrically connected to the first supply wire 444 to transmit power supplied from the outside to the first supply wire 444, and the first supply wire ( The second supply wire 445 for supplying power to the heat transfer medium 42 connected to 444, is fastened to the connection bolt 442a of the connection body 442 and is connected to the connection bolt 442a. A fixing nut 446 for electrically connecting the first and second supply wires 444 and 445 by pressing the other end of the first supply wire 444 and one end of the second supply wire 445 and preventing external separation at the same time. And, a guide rod (4) which is formed through the lower portion of the main body (41) and the case (43) to stably guide the other end of the first supply wire (444) to the outside. 47) is included.

That is, as shown in FIG. 4A , the first of the power connection means 44 connected to the heat transfer medium 42 disposed inside the receiving groove 41a of the main body 41 accommodated in the case 43 , as shown in FIG. 4A . The supply wire 444 and the second supply wire 445 connected to the device for supplying power from the outside have a structure in which the connection bolt 442a of the connection body 442 is electrically easily connected to the structure of the present invention. Not only can the assembly convenience and mass productivity of the automated fish cake fryer 100 be secured through the prefabricated heater block, but as shown in FIG. 4e, any one of the heating medium 42 is broken or damaged and repair is required. Only the failed heat transfer medium 42 is easily separated in such a way that the binding of the first and second supply wires 444 and 445 connected to the failed heat transfer medium 42 is easily released through separation of the fixing nut 446 . It can be retrieved and replaced and repaired, leading to very convenient management of the device.

In addition, in the process in which external power is transmitted to the heat transfer medium 42 through the first and second supply wires 444 and 445 , it is prevented in advance from being conducted to the case 43 due to the insulating fixture 441 . Thus, it is possible to induce safe use of the device by preventing an electrical safety accident that may occur due to conduction of electricity to the case 43 .

On the other hand, as shown in FIGS. 1 to 3, a plurality of setting pieces 60 protruding upwardly from the upper edge of the case 43;

The setting piece 60 is in close contact with the lower part of the oil container 10 disposed on the case 43 and the heat transfer medium 42 and the oil of the main body 41 accommodated in the case 43 . The separation distance between the containers 10 is set appropriately.

That is, the heater block 40 supplies a heat source upward to heat and heat the oil container 10. At this time, it is preferable 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 (dissipated) from the heat transfer medium 42 accommodated in the main body 41 .

Therefore, as shown in Fig. 4c, when manufacturing the setting piece 60, the length (height) of the setting piece 60 is appropriately adjusted in consideration of the heat dissipation of the heat transfer medium 42 and the required temperature of the oil. By designing, a suitable connection between the heat transfer medium 42 and the oil container 10 accommodated in the body 41 together with the case 43 through the setting piece 60 in close contact with the oil container 10 . By simply setting the separation distance, it is possible to induce the oil in the oil container 10 heated through the heat transfer medium 42 to always be maintained at a temperature suitable for frying fish cakes.

Here, the setting piece 60 is implemented so that a total of four are formed at the corners of the case 43 formed in a square shape, but it is not limited to this number of implementations.

1 , the controller 50 controls the operations of the conveyor 30 and the heater block 40 .

On the other hand, as shown in FIGS. 1 to 3 , the case so that the set interval between the heat transfer medium 42 of the heater block 40 and the oil container 10 is stably maintained through the setting piece 60 . A fixing means (70) for closely fixing the setting piece (60) to the lower portion of the oil container (10) together with (43);

The fixing means (70) is fixed in position depending on the fixing frame (20), the heater block (40) is formed elongated in the direction in which the heater block (40) is sequentially disposed below the oil container (10). ) and two or more fixing bars 71 passing through all the heater blocks 40 disposed under the, coupled and fixed to the lower surface of the case 43, and disposed on the same line as the fixing bars 71, , A plurality of fixing plates 72 in which fixing grooves 72a are formed in the center of the lower portion, and are coupled and fixed on the fixing bar 71, are located below the fixing plate 72 and fasten the fixing bolts 74 to the fixing plate A plurality of fixing nuts 73 guided and bound by 72 and the fixing bar 71 fastened to the fixing nut 73 and coupled to the fixing nut 73 together with the fixing plate 72 It is configured to include a plurality of fixing bolts 74 for pressing and fixing the heater block 40 to the lower portion of the oil container 10 by pressing the case 43 upward.

That is, when the fixing bolt 74 fastened to the fixing nut 73 of the fixing bar 71 is rotated to ride the fixing nut 73 as shown in FIG. 4b, the fixing bolt 74 As the upper part of the is inserted into the fixing groove 72a of the fixing plate 72 , the heater block 40 is pressed together with the fixing plate 72 to the top so that the heater block 40 is the lower part of the oil container 10 . By inducing it to be firmly fixed to the surface, it is possible to induce the heat source of the heater block 40 to be stably conducted to the oil container 10,

If, as shown in FIG. 4D, repair or replacement of any one of the heater blocks 40 is required due to a failure, the fixing bolt 74 supporting the broken heater block 40 is rotated and lowered to lower the 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 heat transfer medium 42 that has failed in the heater block 40 is easily separated and recovered through the power connection means 44 so that repair and replacement are performed.

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

On the other hand, as shown in Figures 5 and 6, the body 41 of the heater block 40 is composed of at least two or more body blocks 41-1, and at least on the upper surface of the body block 41-1. One or more accommodating grooves 41a are formed, and the body block 41-1 is located below the upper block 41-1a in which the receiving groove 41a is formed, and the upper block 41-1a. It is divided into a lower block 41-1b that is in close contact with the bottom of the case 43,

The first supply wire 444 is divided into a 1-1 supply wire 444a connected to the heat transfer medium 42 and a 1-2 supply wire 444b connected to the connection bolt 442a, ,

Replacement means (80) for inducing easy replacement of the heat transfer medium (42) accommodated in the main body (41);

The replacement means 80 is closely located on the lower portion of the body block 41-1, and a replacement panel 81 for supporting the body block 41-1 by relying on the lower portion of the case 43; A replacement guide formed horizontally at the lower part of the case 43 to support the replacement panel 81 while guiding the replacement panel 81 to slide horizontally together with the body block 41-1. 82, an upper connection terminal 83 that is exposed on the lower surface of the upper block 41-1a, and is electrically connected to the 1-1 supply wire 444a, and the 1-2 supply It is electrically connected to the electric wire 444b and is formed to be exposed on the upper surface of the lower block 41-1b, and when the upper block 41-1a is stacked and placed on the lower block 41-1b, the upper connection terminal A lower connection terminal 84 that is in contact with 83 to electrically connect the 1-1 supply wire 444a and the 1-2 supply wire 444b, and the upper block 41-1a is located at a lower portion of the upper block 41-1a. At least two setting protrusions 85a protruding downward and formed on the lower block 41-1b so that the setting protrusions 85a are internally fixed to the inside, and of the lower block 41-1b A setting unit 85 comprising a setting groove 85b for inducing precise contact between the upper and lower connection terminals 83 and 84 by setting the position of the upper block 41-1a stacked on the upper part, and electrical insulation Insulation cap ( 86) is included.

That is, as shown in FIG. 7A, when any one of the heat transfer media 42 accommodated in the main body 41 breaks down or is damaged and requires replacement, the failed heat transfer medium 42. The replacement panel 81 coupled with the body block 41-1 accommodated is slide-transferred to the outside to be exposed to the outside. At this time, the replacement panel 81 is stably guided through the replacement guide 82. The transport is exposed to the outside.

Here, the insulation fixing body 441 of the power connection means 44, the connection body 442, and the fixing cover 443 are formed on the lower part of the replacement panel 81, so that the replacement panel 81 is slide-transferred. The first and second supply wires 444 and 445 are transferred together with the replacement panel 81 so that the heat transfer medium 42 is transferred (positioned) to the outside together with the replacement panel 81, and the heat transfer medium ( 42) so as to stably prevent the first and second supply wires 444 and 445 from being cut off.

In addition, the user can induce the replacement panel 81 to be easily slide exposed by pulling the replacement panel 81 outward while holding the insulation cap 86 , thereby inducing a more convenient and safe replacement of the faulty insulation medium 42 .

Then, as shown in FIG. 7B , after recovering the upper block 41-1a in which the failed heat transfer medium 42 is accommodated in the main body block 41-1 formed on the replacement panel 81, a new In such a way that another upper block 41-1a on which the heat transfer medium 42 is disposed is disposed on the lower block 41-1b, the malfunctioning heat transfer medium 42 is simply replaced, and then the replacement panel 81 In addition, the body block 41-1 is slide inward to complete the replacement of the heat transfer medium 42 .

Here, the new upper block 41-1a stacked on the lower block 41-1b is connected to the lower connection terminal 84 of the lower block 41-1b through the setting unit 85 and the new upper block ( 41-1a) by inducing precise contact with the upper connection terminal 83 so that the 1-1 supply wire 444a and the 1-2 supply wire 444b are electrically firmly connected.

The automatic fish cake fryer 100 through the prefabricated heater block of the present invention made of the above components is the heater block 40 is disposed at the lower part of the oil container 10 to supply a heat source to the oil container 10 Due to the structure, the size of the oil container can be reduced compared to the conventional fryer of fish cakes, and the capacity of the oil accommodated in the oil container can be greatly reduced, thereby saving time and energy required to heat the oil. In addition to being able to induce economical operation, the heat transfer medium 42 is arranged and fixed in the receiving groove 41a formed in the body 41 of the heater block 40, and the heat transfer medium 42 is Through the power connection means 44, it is possible to easily electrically connect and disconnect the external power source, so that manufacturing productivity of the device can be secured through the easy assembly of the heater block 40, and the heater block ( 40), it is possible to induce convenient replacement and repair of the heat transfer medium 42 through individual separation and recovery of the failed heat transfer medium 42, thereby ensuring easy operation and management of the device.

The automatic fish cake fryer 100 through a prefabricated heater block according to an embodiment of the present invention having the above configuration is installed in the lower part of the oil container 10 after assembling the heater block 40 simply as follows. use it as

First, as shown in FIG. 4A , the heat transfer medium 42 is respectively inserted into the receiving grooves 41a of the main body 41 accommodated in the case 43, and then power is supplied through the power connection means 44. The heater block 40 is easily assembled and completed by electrically connecting the power supply device and the heat transfer medium 42 .

Then, as shown in Fig. 4b, after sequentially disposing the heater block 40 in the longitudinal direction of the oil container 10 under the oil-filled oil container 10, 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. 4C , the power supplied from the outside is transmitted to the heat transfer medium 42 through the first and second supply wires 444 and 445 of the power connection means 44 to be heated, and the heated electric heat The heat source of the medium 42 is supplied to the oil container 10 to heat the oil in the oil container 10 .

At this time, the separation distance between the heat transfer medium 42 and the oil container 10 is set appropriately through the setting piece 60 formed in the case 43, and the oil container ( 10) is always heated to the desired (suitable) temperature.

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

Then, as shown in FIG. 4D , when the heat transfer medium 42 of the heater block 40 fails or is damaged, only the heater block 40 in which the failed heat transfer medium 42 is accommodated through the fixing means 70 . After the binding is released and easily recovered to the outside, as shown in FIG. 4E , only the failed heat transfer medium 42 is easily disconnected from the electrical connection of the failed heat transfer medium 42 through the power connection means 44 . It induces easy maintenance of the heater block 40 in a manner of performing repair or replacement by separating and collecting.

Although the present invention has been described with reference to the embodiments shown in the accompanying drawings, which are illustrative and not limited to the above-described embodiments, those of ordinary skill in the art will realize that various modifications and equivalent embodiments are possible therefrom. point can be understood. In addition, it goes without saying that modifications by those skilled in the art are possible within the scope of not impairing the spirit of the present invention. Accordingly, the scope of claiming the rights in the present invention will not be defined within the scope of the detailed description, but will be limited by the claims and its technical spirit to be described later.

1. wheel
10. Oil container 20. Fixed frame
30. Conveyor 40. Heater Block
41. Body 41a. accommodation home
41-1. Body block 41-1a. upper block
41-1b. Lower block 42. Heat transfer medium
43. Case 44. Power Connection
441. Insulation fixtures 441a. through hole
442. Linkage 442a. connecting bolt
442b. Connection nut 443. Fixing cover
444. First supply wire 444a. 1-1 Supply Wire
444b. 1-2 supply wire 445. 2nd supply wire
446. Fixing nut 447. Guide rod
50. Controller 60. Settings
70. Fixing means 71. Fixing bar
72. Fixing plate 73. Fixing nut
74. Fixing bolt 80. Replacement means
81. Replacement panel 82. Replacement guide
83. Upper connection terminal 84. Lower connection terminal
85. Setting section 85a. setting turn
85b. Setting groove 86. Insulation cap
100. Automated fish cake fryer through prefabricated heater block

Claims (6)

Oil container 10 in which the oil for frying the fish cake is accommodated therein;
a fixed frame 20 for firmly supporting the oil container 10 and fixing the position;
a conveyor 30 accommodated in the oil container 10 and transferring the fish cake input from one end of the oil container 10 to the other end of the oil container 10 ;
a plurality of heater blocks 40 located under the oil container 10 to provide a heat source to the oil container 10; and
It includes; a controller 50 for controlling the operation of the conveyor 30 and the heater block 40;
The heater block 40 includes a main body 41 made of a material having excellent heat insulation in which at least one receiving groove 41a of a zigzag shape having an open upper portion is formed on the upper surface, and a receiving groove 41a of the main body 41. It is to be entered, and a heat transfer medium 42 that emits heat when power is supplied, and the main body 41 is accommodated therein to protect the main body 41, but the upper part is opened and accommodated in the main body 41 A case 43 for allowing the heat source emitted from the heat transfer medium 42 to be supplied to the upper portion, and an external power supply to the heat transfer medium 42, but easy disconnection between the external power source and the heat transfer medium 42 and a power connection means (44) capable of inducing easy recovery of the heat transfer medium (42) from the main body (41);
The power connection means 44 is made of a material insulated from electricity, and an insulating fixture 441 having two through-holes 441a penetrating vertically downwardly at the top thereof, and the insulating fixture 441 . A connection bolt 442a penetrates through the through hole 441a from the top to the bottom, the upper part is fixed by being inserted into the through hole 441a, and the lower part is exposed through the lower part of the insulating fixture 441 . ), and a connection body 442 comprising a connection nut 442b fastened to the connection bolt 442a and in close contact with the lower surface of the insulating fixture 441 to firmly bind and fix the connection bolt 442a; The lower part is coupled to the upper part of the insulating fixture 441 to prevent the upper exposure of the connection bolt 442a together with the through hole 441a, but the upper part is coupled to the lower part of the case 43 and the insulating high A fixing cover 443 that binds and fixes the connector 442 to the case 43 together with a body 441 , one end is electrically connected to the heat transfer medium 42 , and the other end is the main body 41 . And a first supply wire 444 connected to the connecting bolt 442a of the connecting body 442 through the lower part of the case 43 vertically, and one end of the connecting body 442 is connected to the connecting bolt 442a of the connecting body 442. It is connected to the first supply wire 444 and electrically connected to transmit power supplied from the outside to the first supply wire 444 to the heat transfer medium 42 connected to the first supply wire 444 . The second supply wire 445 for supplying power, the other end of the first supply wire 444 coupled to the connection bolt 442a of the connection body 442 and connected to the connection bolt 442a, and the first A fixing nut 446 that electrically connects the first and second supply wires 444 and 445 by pressing one end of the second supply wire 445 and prevents external separation, and the main body 41 and the case 43 It is formed through the lower portion of the first supply wire (444) characterized in that it comprises a guide rod (447) for stably guiding the other end to the outside Automated fish cake fryer with prefabricated heater block.
delete delete The method of claim 1,
A plurality of setting pieces 60 that are formed to protrude upward from the upper edge of the case 43;
The setting piece 60 is in close contact with the lower part of the oil container 10 disposed on the case 43 and the heat transfer medium 42 and the oil of the main body 41 accommodated in the case 43 . Automated fish cake fryer through a prefabricated heater block, characterized in that set to be spaced between the containers (10).
5. The method of claim 4,
Through the setting piece 60, the setting piece 60 together with the case 43 so that the set interval between the heat transfer medium 42 of the heater block 40 and the oil container 10 is stably maintained. It is configured to further include a; fixing means 70 for fixing in close contact with the lower portion of the oil container 10,
The fixing means 70,
All positions are fixed depending on the fixed frame 20 , the heater block 40 is formed long in the direction in which the heater block 40 is sequentially disposed under the heater block 40 , and is disposed in the lower part of the oil container 10 . Two or more fixing bars 71 passing through the heater block 40,
A plurality of fixing plates 72 fixed to the lower surface of the case 43 and arranged on the same line as the fixing bar 71 and having fixing grooves 72a formed in the lower center thereof,
A plurality of fixing nuts 73 that are coupled and fixed on the fixing bar 71 and are positioned under the fixing plate 72 to guide and bind the fixing bolts 74 to the fixing plate 72,
The heater block 40 by pressing the case 43 upward together with the fixing plate 72 based on the fixing bar 71 fastened to the fixing nut 73 and coupled to the fixing nut 73 . Automated fish cake fryer through a prefabricated heater block, characterized in that it comprises a plurality of fixing bolts (74) for pressing and fixing the to the lower part of the oil container (10).
The method of claim 1,
The body 41 of the heater block 40 is composed of at least two or more body blocks 41-1, and at least one receiving groove 41a is formed on the upper surface of the body block 41-1, The main body block 41-1 includes an upper block 41-1a in which the receiving groove 41a is formed, and a lower portion positioned below the upper block 41-1a and in close contact with the bottom of the case 43 . It is divided into blocks 41-1b,
The first supply wire 444 is divided into a 1-1 supply wire 444a connected to the heat transfer medium 42 and a 1-2 supply wire 444b connected to the connection bolt 442a, ,
Replacement means (80) for inducing easy replacement of the heat transfer medium (42) accommodated in the main body (41);
The replacement means 80,
A replacement panel 81 that is closely located on the lower portion of the body block 41-1 and supports the body block 41-1 by relying on the lower portion of the case 43;
A replacement guide formed horizontally at the lower part of the case 43 to support the replacement panel 81 while guiding the replacement panel 81 to slide horizontally together with the body block 41-1. (82) and
an upper connection terminal 83 that is exposed on the lower surface of the upper block 41-1a and is electrically connected to the 1-1 supply wire 444a;
It is electrically connected to the 1-2 supply wire 444b and is exposed on the upper surface of the lower block 41-1b, and the upper block 41-1a is stacked on the lower block 41-1b. When seated, the lower connection terminal 84 is in contact with the upper connection terminal 83 to electrically connect the 1-1 supply wire 444a and the 1-2 supply wire 444b;
At least two setting protrusions 85a protruding downwardly below the upper block 41-1a, and at least two setting protrusions 85a formed above the lower block 41-1b, the setting protrusions 85a are internally fixed A setting groove 85b for inducing precise contact between the upper and lower connection terminals 83 and 84 by setting the position of the upper block 41-1a stacked on top of the lower block 41-1b. A setting unit 85 consisting of
Insulation that has electrical insulation and covers and closes the insulation fixture 441 and the connector 442 and the fixing cover 443 of the power connection means 44 that are formed and exposed under the replacement panel 81 to the outside Consists of including a cap (86),
An insulating fixture 441, a connector 442, and a fixing cover 443 of the power connection means 44 are formed in the lower portion of the replacement panel 81, so that the replacement panel 81 is slide-transferred. An automated fish cake fryer through a prefabricated heater block, characterized in that the first and second supply wires (444, 445) are transferred together with the panel (81).

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