KR101493202B1 - Automatic frying apparatus - Google Patents

Abstract

The present invention relates to an automatic frying apparatus and, more specifically, to an automatic frying apparatus which is characterized by hanging various kinds of frying material on a material hanger of a moving part to transfer in an unlimited orbit while automatically and continuously frying the frying material by unlimitedly repeating a process of frying with oil of a lower frying tank while guiding upward and downward, a process of removing oil of the frying material, and a process of separating the frying material and filling new frying material, and especially prevents breakdown and is uniformly operated by preventing friction with other elements and abrasion and minimizing operation load by having the material hanger be guided to be transferred without changes in the position one-sided in the vertical state because the upper and lower parts of the material hanger are fixed and transferred by the upper and lower chains. And the automatic frying apparatus minimizes the contamination of oil because the fry wastes produced during a process of frying frying materials in the frying tank are discharged to the outside and the oil is filtered in an oil filter and continuously resupplied, and enables the oil to be used for a long period.

Description

[0001] Automatic frying apparatus [0002]

The present invention relates to an automatic fryer, and more particularly, to an automatic fryer which comprises a plurality of frying materials, which are hung on a material hanger of a traveling part, are transported along a chain conveying part in an endless track form, The present invention relates to an automatic frying device for automatically repeating frying of a frying material and repeating the process of frying the frying material and mounting the new frying material.

In general, deep-fried dishes are crispy and tasty because they have a unique flavor of the region. It is a type of food that is enjoyed by many people. It cooks ingredients such as chicken, pork, and other vegetables and seafood in oil.

These fried dishes are prepared by frying the fried food in a high-temperature oil and frying it out in a deep frying tank. Since all of these processes are performed manually by the cooker, the operation speed is very slow. And the risk of safety accidents such as burns was very high.

Above all, there has been a problem that a large amount of frying material can not be quickly fried and cooked by conventional manual operations.

In order to solve such a conventional problem, an automatic frying apparatus capable of automatically frying a frying material instead of a manual operation has been disclosed.

In particular, in the patent application Laid-Open No. 10-2009-0044190, the frying material is continuously conveyed by the material conveying unit fixed to the chain conveying along the infinite orbit, and at the same time, raised and lowered by the guide rails, The frying process and the process of dispensing after the frying are automatically continued to fry, so that the frying time is shortened, and the sauce can be safely cooked. Also, since the cooking process can be carried out with a small number of cookers there was.

However, the conventional automatic fryer described above has the following problems.

First, since the material transfer unit is transferred in an endless track form with a single chain fixed by a single chain, the transfer unit can not maintain a vertical state in the chain due to the weight of the transfer unit and the weight of the fry material, The operation is not smooth due to the friction load and wear due to other parts, and the operation is not smooth. In addition, frequent breakdown of the apparatus is caused.

Second, since a tool containing a frying material is used by being assembled to the side of the material transfer unit, it is not possible to separate the tool containing the frying material or remove the frying material during the frying operation. In the state where the material transferring unit is stopped So that the continuity of the frying operation is deteriorated.

In addition, since the frying material is required to shake off the oil attached to the frying material after the frying, it is not possible to automatically perform the operation, and the cooker must manually shake off the oil of the frying material. And falling problems.

Third, there is a problem that the oil of the frying tank is quickly contaminated by the residue from the frying process of the frying material, thereby shortening the service life of the oil, and the problem of periodically stopping the device in order to remove such frying residue .

Published Patent No. 10-2009-0044190 Registration Practice No. 20-0386546 Patent No. 10-1330874

The present invention has been made to solve all of the problems of the prior art described above, and it is an object of the present invention to provide a fryer which is provided with various frying materials by being hooked on a material hanger of a traveling part and transporting the frying material along an endless track along a chain conveying part, The process of frying the oil, the process of cutting the frying material, and the process of mounting the new frying material are repeated infinitely and the frying material is automatically and continuously fried and cooked.

Particularly, since the upper and lower portions of the material hanger are fixed and transported by the upper and lower chains, the material hanger is uniformly transported in the vertical state without being deformed eccentrically as in the prior art to prevent friction, abrasion, The purpose is to minimize the load to prevent malfunction and to operate constantly.

In addition, the fry residue generated during the frying process in the frying tank is automatically discharged to the outside, and the oil is filtered through the oil filter and continuously circulated. Thus, contamination of oil is minimized and oil can be used for a long time It has its purpose.

The present invention comprises frying material conveying means for conveying the frying material in an endless track form and frying means for containing the frying material so as to fry the frying material so as to automatically and continuously fry the frying material,

The frying material transferring means comprising: A chain transferring unit configured to vertically separate an upper chain and a lower chain that are moved in an endless track by interlocking with a driving motor so as to fix upper and lower portions of a traveling frame along a longitudinal direction of the upper and lower chains; A guiding roll which is installed vertically to a guiding rod, a guiding roll which is mounted on an inner side of the guider, and a hanger for carrying a frying material to the outer side of the lower guiding groove, And a guide rail portion in the form of a rail for guiding the guide rolls of the travel portion to control the upward, downward and horizontal movement of the material rack,

Said frying means comprising: A frying tank in the form of a water tank for containing oil and a drainage conveyor installed in a lower portion of a guide plate inclined at both sides of the frying tank for discharging the sediment generated in the frying process to the outside, And is constituted by an oil filtration circulation unit for discharging the oil through a filter, filtering the oil, and re-circulating the oil.

According to the present invention, the guide rail portion includes a frying section, which is mounted on a material hanger and frying while being horizontally moved from a descending horizontal portion to a descending state, and an oil which is attached to the frying material while moving downward from the rising / And the hook section is alternately repeatedly guided while the hook section is horizontally moved from the lifting / lowering section to the lifting / lowering section.

According to an embodiment of the present invention, the hanger has a hook formed at an upper portion thereof to be hooked to a hook groove of a material hook, and a straight plug pin for inserting a fry material at a lower portion.

And a separating material separating port for separating the frying material inserted into the pin of the hooking hole into a lower portion is provided on the ascending / descending portion between the descending slanting portion and the elevating and lowering portion. In the material separating port, And a "V" -shaped guide groove is formed so that the frying material inserted into the pin is caught and separated into the lower part while the pin of the hanger is inserted and guided during the ascending and moving process.

According to the present invention, the hanger has a hook formed to be hooked on a hook groove of a material hook, and a metal mesh type cylinder for accommodating a fry material therein.

The present invention relates to a frying section in which various kinds of frying material are hung on a material hanger of a traveling part and transported in the form of an endless track along a chain conveying part and fried while being horizontally moved from a guide rail part to a descending state, The oil hairs that shake off the oil on the material and the hooks that separate the frying material and replace the new frying material while moving horizontally while lifting up again are repeated infinitely and the frying material is automatically fried continuously It is possible to automatically cook while minimizing the number of workings and to have an excellent workability and productivity.

In addition, since the upper and lower portions of the material hanger are fixed and transported by the upper and lower chains, the material hanger can be uniformly transported in the vertical state without being deformed in the eccentric position as conventionally, The load is minimized, thereby preventing the occurrence of a fault and making it operate constantly.

In addition, the fry residue generated during the frying process in the frying tank is automatically discharged to the outside, and the oil is filtered through the oil filter and continuously circulated. Thus, contamination of oil is minimized and oil can be used for a long time It is also an economic effect.

1 is a perspective view showing an overall configuration of an apparatus of the present invention;
2 is a front structural view of the device of the present invention.
3 is a rear view of the apparatus of the present invention.
4 is a planar view of the frying material transferring means of the present invention.
5 is a front sectional view of the device of the present invention.
6 is an enlarged view of a portion "A"
7 is a perspective view of Fig. 6; Fig.
8 is a side cross-sectional view showing the fryer of the inventive device.
9 is a conceptual view showing the driving guidance process of the driving part in a state in which the guide rail part of the inventive device is deployed.
10 is an operational view showing the separating operation of the fryer separation section of Fig.
Fig. 11 is a plan view of a lap top view showing a configuration in which another embodiment of the hanger of the present invention is mounted. Fig.
12 is a perspective view showing the hanger of Fig.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The automatic fryer of the present invention comprises a frying material conveying means 100 for conveying the frying material in an endless track as shown in Figs. 1 to 12, and frying means (not shown) for frying the frying material 200).

The frying material conveying means 100 includes a chain conveying portion 10 for conveying in an endless track form, a running portion 20 running along the chain conveying portion 10, And a guide rail 30 for horizontal movement control.

The chain transferring unit 10 includes an upper chain 11 and a lower chain 11 'that vertically move together with the upper and lower chains 11 and 11' And the lower and upper portions of the traveling frame 21 of the traveling unit 20, which will be described later, are fixed to the fixing bracket.

That is, since the traveling frame 21 of the traveling unit 20 is double-fixed at the top and the bottom by the upper and lower chains 11 and 11 ', in the process of seating and transporting the frying material, (21) is steadily transferred in a vertical state without being deformed eccentrically as in the prior art, thereby preventing friction and wear with other parts, and minimizing an operation load, thereby preventing a failure.

The fixed brackets 12 and 12 'are continuously provided along the longitudinal direction of the upper and lower chains 11 and 11' to continuously set the intervals for fixing the traveling frame 21 of the traveling unit 20 . That is, the spacing distance of the traveling frame 21 of the traveling unit 20 may be narrow or wide so that the continuous operation of the frying material (the amount of frying) can be adjusted.

The traveling section 20 is axially inserted into a guide rod 22 vertically installed at the upper and lower portions of the traveling frame 21 so as to vertically move a guider 23 having bearings therein, And a material hopper 25 for hooking hooks 5 for transporting the frying material to the lower ring groove 26 on the outer side are installed .

The material hanger 25 has a structure in which a plurality of ring grooves 26 are formed in the lower part with an L-shaped structure, but it can be variously modified, and the hanger 5 As shown in FIG. 7, the hook 6a bent in order to hang it in the hook groove 26 of the material hanging portion and the straight holding pin 6b for inserting the frying material in the lower portion Or formed with a hook 7a bent in order to hang it in the hook groove 26 of the material hanging portion as shown in Fig. 12 and a metal mesh type tubular body 7b for putting the frying material in the lower portion They can be used individually or in combination.

The guide rails 30 are formed in a rail shape in which the guide rolls 24 of the travel unit 20 are slidably guided. The guide rails 30 are fixed to the guide rails 25 so that the hooks 5 hooked to the guide hooks 25 are horizontally moved from the descending horizontal portion 51 to the lowered state, A section A of the hood and an oil hull section B for lifting off the oil attached to the frying material while the hanger 5 ascends and descends from the ascending and descending slopes 52 and 53, The hook section 5 of the hook section 25 is horizontally moved from the lifting and lowering section 55 to the hoisting and lowering section 55 while the hook section 5 is replaced with the new hook section 5, .

The oil hull section B is formed by a process in which the hook 5 of the material hanger 25 is lifted off from the fry tank 50 and ascended by the ascending slope 52, A process of descending at the descending slope 53 and a process of turning the slice at the lower portion of the descending slope 53 to horizontally change the direction of the slope so as to shake off oil adhering to the frying material .

In the ascending slope part 54 located between the hairs section B and the hooking section mounting section C, a plug material separating member for automatically separating the frying material inserted into the pin 6b of the hooking part The hook 36 is inserted into the material separator 36 so that the hook pin is inserted into the hook pin while the hook pin 6b of the hook is inserted and guided while the hook is moved up and down in the sloping inclined part 54, Quot; V "-shaped guide grooves 37 are formed correspondingly so as to be separated into lower portions.

At this time, the plug material separator 36 can be applied only when the fry material is plugged into the plug pin 6b of the hanger so that the fry material can be applied to the container or other tool It is desirable to adopt a structure capable of being detached and used or a structure capable of adjusting the installation position.

The frying means 200 includes a water tank type fryer tank 50 for storing the oil and guide plates 61 and 61 which are installed on both sides of the fryer tank so as to be settled in the frying process, A debris discharge conveyor 65 for discharging the debris to the outside and an oil filtration circulation unit 70 for discharging the oil inside the frypot 50 to the oil filter 75 and filtering and continuously re- .

In addition, the debris discharge conveyor 65 is configured to discharge fry residue by a chain belt 66 driven by a driving motor, wherein the chain belt 66 has a chain structure in which wires are narrowly spaced to remove debris .

The open / close valve (52) is provided in the oil discharge port (51) under the fry tank (50), and the open / close valve (52) is provided as a two - way opening / closing valve, And to be discharged to the oil filter (75) of the pump (70).

Reference numeral 19 denotes a drive sprocket for driving the upper chain 11 by the drive motor M in the chain conveying unit 10 and 150 denotes a frame for supporting the frying material conveying means 100,

Hereinafter, the operation and operation of the present invention will be described.

The chain transferring unit 10 of the frying material transferring means 100 is moved in the form of an endless track linked to the driving motor M to move the running unit 20 along the chain of the chain transferring unit 10 .

In addition, the traveling unit 20 is guided by the guide rail 30 while moving in the form of an endless track.

In this driving state, various frying materials are inserted into the pin 6b of the hook 5 and the hook 6a on the hook 5 is inserted into the vertical portion 55 of the guide rail 30 And is hooked to the ring groove 26 formed in the material hook 25 of the traveling part in the hook fitting section C positioned at the hooking section C of the traveling section.

The material hanging part 25 of the traveling part on which the hooking part 5 is mounted moves in the form of an endless track by the chain of the chain feeding part 10 and is guided up and down by the guide rail part 30, .

That is, the traveling frame 21 of the traveling part fixed to the upper and lower chains 11 and 11 'of the chain conveying part 10 moves along the chain in an endless track and is vertically installed on the traveling frame 21 The guide roll 24 inside the guider 23 provided on the guide rod 22 is guided up and down along the guiding rail portion 30. In this process, the guider 23 is guided by the vertical guide rods 22 So that the frying cooking process is performed while raising and lowering the material hopper 25 fixed to the outside of the guider 23.

This will be described in more detail.

The guiding roll 21 inside the guider 23 is horizontally moved from the elevation horizontal part 55 of the guide rail part 30 to the descending horizontal part 51 in a descending state, 25 are moved down together with the hook 5.

At this time, the pin 6b of the hook 5 is fried during the frying period A in which the frying material is contained in the oil of the frying tank 50 together with the frying material.

After passing through the frying section A, the guide roll 21 on the inside of the guider 23 moves up and down from the downward horizontal portion 51 to the upward and downward inclined portions 52 and 53, And the material hopper 25 fixed to the outside of the guider moves up and down together with the hook 5 to move again.

At this time, the hook 5 is lifted off from the fry tank 50 and ascended in the ascending slope 52, the process of changing direction from the top of the ascending slope 52 to the descending descent, 53 and the oil hairs in the process of changing the direction from the lower part of the descending slope part 53 to the horizontally moving part B move and impact the frying material to automatically remove the oil attached to the frying material .

After the oil hairs have passed through the section B as described above, the guide roll 21 inside the guider 23 is horizontally moved from the ascending / descending section 54 to the ascending / descending section 55 and fixed to the outer side of the guider 23 And the installed material hopper 25 moves horizontally together with the hook 5.

At this time, since the frying material of the frying material has been completely cooked, the hooking hole 5 is replaced with a hook 5 in which a new frying material is inserted into the hook 25 in the hooking hole mounting section C, The frying process of the one frying material, the frying process of the oil frying material, the frying material separation, and the replacement of the new frying material are repeated infinitely while automatically performing the frying process continuously.

Particularly, the fry material inserted into the pin 6b of the hanger can be automatically separated between the oil hull section B and the hanger fitting section C, 21 are lifted from the descending slopes 53 and moved up and down to the ascending slopes 54 so that the material hanger 25 fixed to the outer side of the guider moves up and down together with the hanger 5. [

At this time, the plug pin 6b of the hook 5 is guided by the " V "-shaped guide groove 37 of the material separator 36 so that the fry material, which is inserted into the plug pin 6b, So that the frying material is automatically separated to the lower portion of the hook 5.

The material separated and fried in the hook 5 is collected in a separate fryer (not shown).

In the frying cooking process of the present invention, the traveling frame 21 of the traveling unit 20 is not fixedly transported by a single chain as in the prior art, but is transported in an endless track form, Since the traveling frame 21 is moved in a state of being fixedly installed at the upper and lower portions of the traveling frame 11 ', the traveling frame 21 is moved without being deformed in the vertical position and deformed eccentrically as in the prior art, Thereby minimizing the load and preventing the failure.

The traveling frame 21 of the traveling unit 20 is fixed to the fixed brackets 12 and 12 'continuously installed along the longitudinal direction of the upper and lower chains 11 and 11' The spacing distance can be set differently, and the spacing distance between the traveling frames 21 of the traveling unit 20 can be set narrow or wide, so that the degree of continuous operation of the frying material (frying amount) can be controlled.

Of course, it is natural that the frying amount can be adjusted by selectively hooking and transferring the hook 5 with the frying material inserted in the material hook 25 of the travel portion 20. [

Meanwhile, in the fryer 50 of the present invention, a scraper discharge conveyor 65 is disposed below the guide plates 61 and 61, which are inclined on both sides of the fryer 50, to automatically discharge the scum from the frying process of the fryer It will keep the frying oil clean.

At this time, the debris discharge conveyor 65 effectively filters out only the debris by the chain belt 66 of a chain structure in which the wires are narrowly spaced so that the debris is filtered, and the debris is discharged to the outside.

Also, since the oil of the frypot 50 is discharged to the oil filter 75 through the discharge port, filtered, and then re-circulated to the frypot 50, the oil in the frypot is kept clean. So that it can be effectively used for a long time.

In addition, as shown in Figs. 11 and 12, the tubular body 7b in the form of a metal mesh can be used in place of the hook 5 in the form of a pin 6b.

That is, the frying material is inserted into the take-out pin 6b for frying, so that the frying material can be fried so that the frying material does not stick to each other as described above, and the frying material can be automatically separated from the hanger after completion of frying. In the case of frying in a container 7b, it is possible to cook a large amount of fried food at a time or to fry ingredients that can not be put on the frying pin.

Therefore, it is needless to say that the canned pin 6b type and the tubular body 7b type may be mixed and fried.

The hooks 5 of the tubular body 7b are also hooked to the hooking grooves 26 of the material hook so that the frying process is the same as described above, do.

5: Hanger 10: Chain transfer part
11, 11 ': Upper and lower chain 20:
21: running frame 22: guide rod
23: guider 24: guide roll
25: Material hook 26: Loop groove
30: Guide rail part 36: Retainer material separating part
37: guide groove 50: frying pan
51: descending horizontal part 52, 53:
54: ascending / descending section 55: descending horizontal section
61: guide plate 65: discharge conveyor
66: chain belt 70: oil filtration circulation part
75: Oil filter 100: Frying material conveying means
200: Tempura sauce

Claims (4)

A frying material conveying means (100) for conveying the frying material in an endless track form, and a frying tank means (200) for frying the frying material so as to fry the frying material, and automatically frying the frying material continuously, In the apparatus,
The frying material transfer means (100) comprises: The upper chain 11 and the lower chain 11 ', which are moved in an endless track by interlocking with the driving motor M, are vertically spaced apart from each other and are arranged along the longitudinal direction of the upper and lower chains 11 and 11' A chain transferring section 10 for fixing upper and lower portions of a traveling frame 21 and a guide rod 22 vertically installed on the traveling frame 21 to axially insert the guider 23 up and down, A guiding roll 24 is provided inside the guider 23 and a travel portion 20 where a material rack 25 for mounting a hook 5 for carrying the frying material to be hooked to the lower ring groove 26 is fixedly installed And a guide rail part 30 in the form of a rail for guiding the guide roll 24 of the traveling part 20 to control the upward, downward and horizontal movement of the material rack 25,
The frying means (200) comprises: A fryer tank 50 in the form of a tank for holding oil and guide plates 61 and 61 provided at both sides of the fryer to guide the debris discharged from the fryer to the outside, And an oil filtration circulation unit (70) for discharging the oil in the fry tank (50) to the oil filter (75), filtering the oil, and re - circulating the oil.
The method according to claim 1,
The guide rail part 30 includes a fry section A in which the hook 5 mounted on the material rack 25 fry while being horizontally moved from the downward horizontal part 51 to a lowered state, The oil hairs which blow off the oil attached to the frying material while moving up and down again from the lifting and lowering sections 52 and 53 and the hairs 5 of the hairs 5 while moving horizontally from the lifting and lowering section 55 Wherein the hooking unit (C) is configured to guide the hooking attachment section (C) to be replaced and to be infinitely repeatedly guided.
3. The method of claim 2,
The hook 5 is formed by a hook 6a which is bent in order to engage with the hook groove 26 of the material hook and an elongate needle pin 6b for inserting the fry material at the bottom,
A plug material separator 36 for separating the fry material inserted into the plug pin 6b of the hook is downwardly installed on the ascending slope part 54 between the descending slope part 54 and the rising / In the course of the slant upward movement of the hooking hole in the material separating hole 36, the hooking pin 6b of the hooking hole is inserted and guided so that the frying material inserted in the pin is caught and separated into the lower portion And a "V" -shaped guide groove (37) are formed correspondingly.
The method according to claim 1,
The hanger 5 is formed by a hook 7a which is bent in order to hang it in the hook groove 26 of the material hanging portion and a metal mesh type cylinder 7b for putting the frying material in the lower portion Features automatic fryer.

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