JP7038997B2 - Flyer device - Google Patents

Description

The present invention relates to a fryer device for producing frying products by frying tempura, croquettes, etc. in frying oil.

Conventionally, fried foods such as tempura, croquettes, and snacks (the state before frying is also called "fried food") are fried products (the state after frying is called "fried products"). As a fryer device for producing a fried product, for example, there is an apparatus for producing a fried product by continuously frying fried food in frying oil.

Prior art of this type is, for example, a fryer device filed by the applicant (see, for example, Patent Document 1). In this fryer device, the frying oil in the frying tank is circulated on a circulation line, and the frying oil is filtered by a filter and returned to the frying tank. As a result, the state of the frying oil can be kept clean and the fried food can be continuously fried in the frying oil.

Japanese Patent Application Laid-Open No. 2015-123242

By the way, croquettes and snacks may be served freshly fried at stores and the like. In this case, a fryer device will be installed in stores, etc., but in many stores, after producing a certain amount of frying products with frying oil stored in a small frying tank, the production of frying foods is stopped and the frying oil is contained. The fried dregs are removed. Therefore, the frying product cannot be manufactured while the frying residue is removed, which is inefficient. Therefore, it is conceivable to install a fryer device such as Patent Document 1 and continuously fry fried foods to produce fried products.

However, in the case of the fryer device, since the frying tank for frying the frying food and the filter for filtering the frying oil are separately configured, a large installation area is required. For this reason, stores that can install a fryer device having a function of filtering frying oil are limited to stores that can secure a wide installation area, and a miniaturized fryer device having a filtering function is eagerly desired.

Therefore, an object of the present invention is to provide a fryer device having a filtration function and capable of miniaturization.

In order to achieve the above object, the present invention is a fryer device for frying fried foods in frying oil to produce fried products, in which a frying tank for storing the frying oil for frying the fried foods and a lower part of the frying tank. A partition plate having an opening that partitions the frying oil heating portion and the frying tank and the heating portion and allows the flow of the frying oil is provided, and is arranged in the frying tank on the upper surface of the partition plate. It is provided with a filter paper and an oil circulation pump that returns the frying oil from the heating unit to the frying tank via a circulation path.

With this configuration, a frying tank for frying fried food and a heating unit for heating the frying oil stored in the frying tank are arranged in the vertical direction, and a filtering function is provided between them, so that the fryer has a filtering function. The device can be configured compactly. Then, the frying oil in the heating section is returned to the frying tank via the circulation path by the oil circulation pump, so that the frying oil in the frying tank is circulated through the opening of the partition plate provided between the frying tank and the heating section. It can be filtered with a filter paper provided on the upper surface of the partition plate. Therefore, it is possible to continuously fry fried foods while maintaining a clean frying oil state to produce fried products.

Further, the filter paper is formed so as to extend from one side of the side wall forming the fly tank to the other side facing the wall, and the fly tank has a guide portion for holding the filter paper in the vicinity of the upper surface of the partition plate. The partition plate has the opening at a position where the filter paper is arranged, and the guide portion is retracted upward from the arrangement position near the upper surface of the partition plate and the frying oil stored in the frying tank. It may be configured to be displaceable at the retracted position.

With this configuration, the filter paper is maintained in a state of being held near the upper surface of the partition plate of the frying tank by the guide portion. As a result, the frying oil in the frying tank is circulated through the opening of the partition plate, so that the frying oil can be filtered and kept in a clean state. Moreover, when the filter paper is clogged, the filter paper can be easily inspected and replaced by retracting the guide portion for guiding the filter paper in the frying tank above the frying oil.

Further, the guide portion includes a guide member arranged near the upper surface of the partition plate, a swing member that swings the guide member toward the center of the fly tank, and the swing member at the upper part of the fly tank. It has a support member for supporting, and includes a displacement mechanism that displaces the guide member to the arrangement position and the retracted position. The displacement mechanism is centered on the support member and is guided through the swing member. An operation unit that swings the member may be provided.

With this configuration, the swing member is swung around the support member by operating the operation part of the displacement mechanism, and the guide member of the guide part is placed near the upper surface of the partition plate in the fly tank. And, the operation of retracting upward from the frying oil in the frying tank can be easily performed. Therefore, it is possible to easily inspect the inside of the frying tank and inspect / replace the strip-shaped filter paper.

Further, a frying basket to be arranged in the frying tank and an arrangement frame for arranging the frying basket above a predetermined distance from the partition plate are further provided, and the arrangement frame is arranged in the frying tank. It may be formed in a size that prevents the guide member from swinging.

With this configuration, by arranging the arrangement frame for arranging the fly cage in the fly tank, the swing of the guide member is prevented, and the guide of the strip-shaped filter paper by the guide member can be stably maintained. ..

Further, the filter paper is wound in a roll shape on one side of the side wall of the frying tank in an unused state, and is composed of a strip-shaped filter paper whose end extends toward the other side of the side wall, and the partition plate is the opening. It may be provided with a filter paper winder having positioning portions for the strip-shaped filter paper on both sides of the portion and winding the strip-shaped filter paper used in the frying tank on the other side of the side wall of the frying tank.

With this configuration, if the strip-shaped filter paper is jammed, a new strip-shaped filter paper is placed on the upper surface of the opening of the partition plate by winding a predetermined amount of the strip-shaped filter paper wound in a roll shape with a filter paper winder. The filtration function can be continuously maintained. Therefore, the work of frying fried food in the frying tank can be continuously performed.

Further, the heating unit has a suction port for the frying oil sucked by the oil circulation pump near the center, and the frying tank has a strip-shaped filter paper having a return port for the frying oil returned from the oil circulation pump to the frying tank. May be held at a position shifted laterally from the position where the is wound.

With this configuration, when the frying oil in the frying tank is circulated through the strip-shaped filter paper, it can be circulated without affecting the state of the strip-shaped filter paper.

Further, the circulation path includes a negative pressure sensor that detects a negative pressure acting on the frying oil in the circulation path, and the strip-shaped filter paper is wound up by detecting a predetermined negative pressure by the negative pressure sensor. A filter paper winder may be further provided. "Negative pressure" in this specification and the documents of the claims means negative pressure with respect to normal pressure.

With this configuration, when the strip-shaped filter paper in the frying tank is clogged and the circulation path becomes negative pressure, the winder winds the strip-shaped filter paper in a predetermined manner, so that the new strip-shaped filter paper is arranged in the shape of a partition plate. Therefore, it is possible to automatically wind the clogged portion of the strip-shaped filter paper, arrange a new portion of the strip-shaped filter paper on the partition plate, and continuously filter the frying oil.

Further, a mobile pedestal is further provided, in which the frying tank is installed at the uppermost portion, the heating unit is installed below the frying tank, and the strip-shaped filter paper and the oil circulation pump are installed below the heating unit. A frame body for installing the above, a wheel for supporting the moving platform, and a control unit for controlling the heating unit and the oil circulation pump may be provided.

With this configuration, a compact fryer device equipped with a moving platform can be configured, and the fryer device can be moved to any place such as a place for frying frying food to efficiently manufacture frying products. ..

According to the present invention, a filter paper and a heating section are provided below the frying tank, and frying oil that has passed through the filter paper is circulated from the heating section to the frying tank to reduce the size of the fryer device having a filtering function. It will be possible.

FIG. 1 is a front view showing a fryer device according to an embodiment of the present invention. FIG. 2 is a side view of the fryer device shown in FIG. 3A is a plan view of the fryer device shown in FIG. 1, and FIG. 3B is an enlarged view of part III shown in FIG. 1A. FIG. 4 is a plan view of the partition plate shown in FIG. 5A and 5B are drawings showing an arrangement frame arranged inside the frying tank, where FIG. 5A is a plan view and FIG. 5B is a front view. 6A and 6B are views showing a frying basket supported by the arrangement frame of FIG. 5, where FIG. 6A is a plan view and FIG. 6B is a front view. FIG. 7 is a front view showing an attached state of the strip-shaped filter paper in the fryer device shown in FIG.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the following embodiment, the fryer device 1 provided with the mobile mount 10 will be described as an example. The concept of the up / down / left / right direction in this specification and the documents of the claims shall be consistent with the concept of the up / down / left / right direction in the state facing the fryer device 1 shown in FIG.

(Overall configuration of fryer device)
FIG. 1 is a front view showing a fryer device 1 according to an embodiment. FIG. 2 is a side view of the fryer device 1 shown in FIG. 3A is a plan view of the fryer device shown in FIG. 1, and FIG. 3B is an enlarged view of part III shown in FIG. 1A. Note that FIG. 1 omits the illustration of the control panel 92 and shows the inside of the frying tank 20 in a see-through state. Further, in FIG. 3A, the partition plate 40 and the arrangement frame 70 are removed, and the guide portion 23 provided on the right side of the frying tank 20 is not shown.

The flyer device 1 of this embodiment includes a mobile pedestal 10 having wheels 13. The mobile pedestal 10 is composed of a frame body, and has a rectangular bottom frame 11 and a side frame 12 erected from the bottom frame 11. A molded steel material can be used for the bottom frame 11 and the side frame 12. A frying tank 20 is provided at the uppermost portion of the side frame 12. Below the frying tank 20, a heating unit 30 for heating the frying oil is provided. The frying tank 20 and the heating unit 30 are integrally configured with the moving platform 10.

The frying tank 20 is a container having a rectangular shape in a plan view and has a predetermined depth. The heating unit 30 has the same rectangular shape as the frying tank 20 in a plan view and has a predetermined depth. A partition plate 21 having an open central portion is provided between the frying tank 20 and the heating unit 30. The partition plate 21 is fixed around the frying tank 20. A positioning pin 22 for positioning the partition plate 40, which will be described later, is provided on the upper surface of the partition plate 21. Details of the partition plate 40 will be described later (FIG. 4). The partition plate 40 may be positioned other than the positioning pin 22.

A heating heater 31 is inserted into the heating unit 30 from the right side. In this embodiment, three heating heaters 31 are arranged side by side. As the heating heater 31, an oil plug heater can be used. As the plug heater, for example, a plurality of plug heaters having a capacity of about 5 kW can be used side by side. The required number of heating heaters 31 may be provided according to the size of the frying tank 20.

A base plate 14 is provided below the mobile mount 10. The base plate 14 is provided with a strip-shaped filter paper 50 and an oil circulation pump 32. In this embodiment, the filter paper is composed of a strip-shaped filter paper 50, and the strip-shaped filter paper 50 is an unused filter paper wound around a core material 51. The strip-shaped filter paper 50 wound in a roll shape has a core material 51 supported by a pair of support arms 15 provided on the upper surface of the base plate 14 on one side (left side in FIG. 1) of the side wall of the frying tank 20. There is. The band-shaped filter paper 50 is arranged so as not to protrude laterally from the moving frame 10.

Further, the frying tank 20 is provided with a guide portion 23 for guiding the strip-shaped filter paper 50. The guide portion 23 includes a guide roller 24 which is a guide member arranged near the upper surface of the partition plate 40, a swing member 25 which swings the guide roller 24 toward the center of the fly tank 20, and the swing member 25. It has a support shaft 26 which is a support member supported by the upper part of the tank 20. The support shaft 26 is a fulcrum for swinging the swing member 25 and also serves as a guide member for the strip-shaped filter paper 50. Further, as shown in FIG. 3B, spring washers 26a are provided at both ends of the support shaft 26 so as to maintain the position of the swing member 25 in a swinging state.

The rocking member 25 is provided with an operation unit 27 at a position above the oil level of the frying oil O stored in the frying tank 20. The operation unit 27 can be a shaft member or the like that projects laterally from the rocking member 25. With the operation unit 27, the rocking member 25 can be swung by holding the operation unit 27 even when the frying oil O is stored in the frying tank 20. By swinging the swing member 25 inward, the guide roller 24 is placed near the upper surface of the partition plate 40 (position indicated by a solid line) around the support shaft 26, and retracted upward from the fly tank 20. It can be displaced to a position (position indicated by a two-dot chain line). The swing member 25 is provided with a stopper 25a, so that the stopper 25a abuts on the restricting member 18 at the arrangement position and the retracted position, and the swing is restricted at the predetermined arrangement position and the retracting position. ing. The mechanism that swings the guide roller 24 is the displacement mechanism 28.

By such a displacement mechanism 28, the operation of arranging the guide roller 24 for arranging the strip-shaped filter paper 50 near the upper surface of the partition plate 40 at the arrangement position near the upper surface of the partition plate 40 in the fly tank 20 and the operation of arranging the fly tank 20 near the upper surface. The operation of retracting the frying oil O to the retracted position upwardly retracted can be easily performed. Therefore, when the inside of the frying tank 20 is inspected or the strip-shaped filter paper 50 is clogged, the guide roller 24 that guides the strip-shaped filter paper 50 in the frying tank 20 can be retracted above the frying oil O, and the strip-shaped filter paper 50 can be retracted. Can be easily inspected and replaced.

The strip-shaped filter paper 50 extends to the upper guide roller 17 provided at the upper left portion of the fly tank 20 via the lower guide roller 16 provided on the moving platform 10, and extends from the support shaft 26 of the left guide portion 23 to the fly tank. It extends to the guide roller 24 inside the 20. The strip-shaped filter paper 50 guided to the inside of the frying tank 20 extends to the right near the upper surface of the partition plate 40 by the guide roller 24, and is provided from the guide roller 24 of the guide portion 23 on the right side to the upper right portion of the frying tank 20. It extends to the support shaft 26. The strip-shaped filter paper 50 is attached so as to pass between the downstream side holding roller 63 and the downstream side driven roller 64 from the support shaft 26. The strip-shaped filter paper 50 is sandwiched between the downstream holding roller 63 and the downstream driven roller 64. The band-shaped filter paper 50 passes between the downstream side holding roller 63 and the downstream side driven roller 64, and then is discharged to a disposal box (not shown).

Further, on the right side of the frying tank 20, a filter paper winder 60 for winding the strip-shaped filter paper 50 sandwiched between the downstream side holding roller 63 and the downstream side driven roller 64 is provided. The filter paper winder 60 has a motor 61 in which the drive shaft is arranged upward, and a gear mechanism 62 that converts the rotation of the drive shaft in the orthogonal direction. As the gear mechanism 62, for example, a gear mechanism using a bevel gear or the like can be used. The filter paper winder 60 is configured to rotate the downstream side holding roller 63 via the gear mechanism 62 by rotating the motor 61 to wind up the strip-shaped filter paper 50.

In the oil circulation pump 32, a suction pipe 33 for sucking the frying oil O is connected to a suction port 34 provided on the lower surface near the center of the heating unit 30. The circulation pipe 35 for returning the frying oil O from the oil circulation pump 32 to the frying tank 20 is connected to a return port 36 provided on the side surface of the frying tank 20. By driving the oil circulation pump 32 with the motor 39, the frying oil O sucked from the lower surface of the heating unit 30 is circulated so as to be returned from the side surface of the frying tank 20. The route for circulating the frying oil O is the circulation route.

The return port 36 provided on the side surface of the frying tank 20 is positioned so as to be laterally displaced (direction orthogonal to the feeding direction of the strip-shaped filter paper 50) from the winding position of the strip-shaped filter paper 50 (FIG. 3). .. As a result, the frying oil O returned to the frying tank 20 does not distort or bend the strip-shaped filter paper 50, and the frying oil O is circulated without affecting the state of the strip-shaped filter paper 50.

Further, the circulation pipe 35 may be provided with a branch pipe 37 extending upward from the middle as shown by a two-dot chain line, and a negative pressure sensor 38 may be provided above the branch pipe 37. The negative pressure sensor 38 is electrically connected to the control unit 90. By providing an air reservoir in the upper part of the branch pipe 37 and detecting the pressure change in the branch pipe 37 by the negative pressure sensor 38, it is possible to detect that the frying oil has changed from the normal pressure to a predetermined negative pressure. When the negative pressure sensor 38 detects that the pressure acting on the frying oil O has become a negative pressure, it is determined that the strip-shaped filter paper 50 is clogged, and the filter paper winder 60 automatically separates the strip-shaped filter paper 50. It can be wound up in a predetermined amount. The strip-shaped filter paper 50 is wound by the filter paper winder 60 according to the length of the entire surface of the opening 41 of the partition plate 40, the length of a part of the opening 41, and the like, which will be described later. As described above, the control unit 90 controls the downstream holding roller 63 to rotate by a predetermined amount. As a result, a new strip-shaped filter paper 50 is arranged on the upper surface of the partition plate 40, and the filtration function can be restored.

Further, a drain pipe 100 is connected to the lower surface of the heating unit 30. A valve 101 is provided in the drain pipe 100, and the frying oil O can be discharged by opening the valve 101.

Control units 90 are provided on the front surface and the right side surface of the mobile mount 10. The control unit 90 of this embodiment is composed of a control panel 92 provided on the front surface and an operation panel 91 provided on the right side surface. An operation switch 93, a frying oil temperature display unit 94, and the like are provided on the front surface of the operation panel 91. Inside the control unit 90, a processor, a volatile memory, a non-volatile memory, an I / O interface, and the like are provided. The control unit 90 sets the heating temperature by the heating heater 31 of the heating unit 30, drives the oil circulation pump 32, detects the negative pressure by the negative pressure sensor 38, and controls the drive of the filter paper winder 60. The control unit 90 is realized by the processor performing arithmetic processing using the volatile memory based on the program stored in the non-volatile memory. The control unit 90 may have one configuration.

(Composition of partition plate)
FIG. 4 is a plan view of the partition plate 40 shown in FIG. The partition plate 40 is a plate material having a predetermined thickness, and is formed in a rectangular shape having a size that can be inserted into the frying tank 20. The partition plate 40 is provided with an opening 41 in the central portion. The opening 41 of this embodiment has a plurality of holes 42 arranged in a staggered manner. The opening 41 has a width dimension narrower than the width dimension of the strip-shaped filter paper 50 arranged on the upper surface, and a range narrower than the distance between the left and right guide rollers 24 arranged near the upper surface. That is, the opening 41 has a size smaller than that of the strip-shaped filter paper 50 arranged on the upper surface of the partition plate 40. The opening 41 may be configured such that the frying oil O can be circulated and does not interfere with the filtration of the frying oil O by the strip-shaped filter paper 50.

Further, since the strip-shaped filter paper 50 is fed from the left direction to the right as shown on the upper surface of the partition plate 40, positioning portions 43 are provided on both sides of the opening 41 in a direction perpendicular to the feeding direction of the strip-shaped filter paper 50. Has been done. The positioning portion 43 prevents lateral displacement when the strip-shaped filter paper 50 is fed. A square bar can be used for the positioning portion 43. Gripping portions 44 for attaching and detaching the partition plate 40 are provided on both sides of the positioning portion 43.

Further, a plurality of positioning holes 45 are provided around the partition plate 40. The positioning pin 22 provided in the partition plate 21 of the frying tank 20 is inserted into the positioning hole 45. The partition plate 40 is inserted into the fly tank 20 and the positioning hole 45 is inserted into the positioning pin 22 of the partition plate 21 to be arranged at a fixed position.

(Composition of placement frame)
5A and 5B are drawings showing an arrangement frame 70 arranged inside the frying tank 20, where FIG. 5A is a plan view and FIG. 5B is a front view. The arrangement frame 70 has a rectangular lower member 71 and a side member 72 provided so as to suspend the lower member 71. The lower member 71 has a size that can be inserted in the width direction of the fly tank 20, and has a predetermined gap with the swing member 25 in the left-right direction with the guide roller 24 arranged inside the fly tank 20. It is large enough to fit between the rocking members 25 in the state. As the lower member 71, for example, an L-shaped steel material may be used and connected so as to form a wall surface around the outer side.

A side member 72 is attached to a position facing the lower member 71 in the width direction. As the side member 72, a plate material bent in an L shape can be used. The side member 72 is formed with a locking piece 73 that is locked to the upper end of the fly tank 20 at the upper portion, and a support piece 74 that extends downward from the locking piece 73. The locking piece 73 is provided with a positioning hole 73a and a handle 73b to be inserted into a pin 29 provided on the upper surface of the fly tank 20. A plurality of mounting holes 75 are provided at predetermined intervals in the vertical direction of the support piece 74. The side member 72 is connected to the lower member 71 by the mounting hole 75. The lower member 71 can change the distance from the locking piece 73 by changing the connecting position of the mounting hole 75. As a result, the distance from the upper end of the frying tank 20 to the lower member 71 can be changed, and the position of the frying basket 80 to be inserted into the frying oil O of the frying tank 20 can be adjusted so as to be arranged above the partition plate 40 by a predetermined distance.

The arrangement frame 70 is arranged between the swing members 25 inside the frying tank 20 after the strip-shaped filter paper 50 is arranged near the upper surface of the partition plate 40 by the guide roller 24 of the guide portion 23. The arrangement frame 70 is in a state of having a predetermined gap with the swing member 25 in the arranged state. Since the swing member 25 in this state comes into contact with the arrangement frame 70 even if it tries to swing toward the center of the fly tank 20, the swing member 25 is prevented from swinging toward the center of the fly tank 20.

(Composition of frying basket)
6A and 6B are views showing a frying basket 80 supported by the arrangement frame 70 of FIG. 5, where FIG. 6A is a plan view and FIG. 6B is a front view. The fly basket 80 is a rectangular basket supported by the lower member 71 of the arrangement frame 70, and the upper surface thereof is completely open. The frying basket 80 is formed in a rectangular shape with a plate material having an opening 81 on the bottom surface and the periphery of the side surface. As the plate material having the opening 81, a plate material such as punching metal can be used. The frying basket 80 may have an opening formed of a wire mesh such as expanded metal. Handles 82 are provided at the upper ends of the two opposing sides of the frying basket 80. The frying basket 80 is inserted into the frying tank 20 with the handle 82, and is supported by the arrangement frame 70.

(Explanation of operation of fryer device)
FIG. 7 is a front view showing an attached state of the strip-shaped filter paper 50 in the fryer device shown in FIG. FIG. 7 shows only the portion related to the attachment of the strip-shaped filter paper 50. According to the fryer device 1 described above, first, in a state where the guide rollers 24 of the guide portions 23 provided at the left and right positions of the fly tank 20 are retracted upward, the partition plate 21 provided at the lower part of the fly tank 20 is provided. The partition plate 40 is arranged on the partition plate 40. The partition plate 40 is held in position by inserting the positioning hole 45 into the positioning pin 22. The partition plate 40 partitions the frying tank 20 and the heating unit 30.

Then, the strip-shaped filter paper 50 is extended from the upper guide roller 17 provided on the left side of the fly tank 20 to the upper part of the upper guide roller 17 provided on the right side of the fly tank 20, and the downstream side holding roller 63 and the downstream side driven roller 64 are formed. Hold by sandwiching. After that, the guide rollers 24 of the left and right guide portions 23 are swung inward, and the strip-shaped filter paper 50 is arranged inside the frying tank 20 by the guide roller 24 on the left side and the guide roller 24 on the right side.

As a result, as shown in FIG. 7, the strip-shaped filter paper 50 is formed on the upper surface of the partition plate 40 by the left guide roller 24 from the left upper guide roller 17 provided on one side of the frying tank 20 via the left support shaft 26. It extends to the vicinity and extends to the right near the upper surface of the partition plate 40. The strip-shaped filter paper 50 extending to the right side of the partition plate 40 extends upward from the guide roller 24 on the right side, and extends downstream from the downstream holding roller 63 via the support shaft 26 on the right side provided on the opposite side of the frying tank 20. It is attached so as to extend between the side driven roller 64.

After that, the arrangement frame 70 is inserted into the frying tank 20 and arranged. By arranging the arranging frame 70, the inward oscillating of the oscillating member 25 is prevented, so that the position of the guide roller 24 is maintained and the arranging state of the strip-shaped filter paper 50 is maintained. The frying oil O stored in the frying tank 20 is prepared after arranging the partition plate 40, arranging the strip-shaped filter paper 50 near the upper surface of the partition plate 40, arranging the arrangement frame 70 inside the frying tank 20, and the like. It should be stored. As a result, the preparation of the fryer device 1 is completed.

Then, when the fryer device 1 is operated, the frying oil O is heated by the heating heater 31, and the frying oil O is circulated from the heating unit 30 to the frying tank 20 by the oil circulation pump 32. After that, the frying basket 80 containing the frying food is inserted into the frying tank 20 and arranged at a predetermined position by the arrangement frame 70. In this state, the fried food is fried to become a fried product. The fried frying products can be easily taken out by removing the frying basket 80 from the frying tank 20.

Further, the frying residue generated by frying the fried food is removed by the strip-shaped filter paper 50 by circulating the frying oil O from the heating unit 30 to the frying tank 20. Even if the strip-shaped filter paper 50 is clogged with frying residue or the like, a new strip-shaped filter paper 50 can be arranged on the upper surface of the partition plate 40 of the frying tank 20 by winding the strip-shaped filter paper 50 on the downstream side. Therefore, it is possible to continuously fry fried foods to produce fried products without stopping the fryer device 1. Moreover, according to the fryer device 1, when the negative pressure sensor 38 detects the negative pressure in the circulation pipe 35, the strip-shaped filter paper 50 can be automatically sent, so that the state in which continuous lifting work can be performed is automatically performed. Can be maintained. The strip-shaped filter paper 50 can be automatically fed at a negative pressure detection, a predetermined time interval, or the like. The user can also arbitrarily feed the strip-shaped filter paper 50.

Further, even if the strip-shaped filter paper 50 is cracked and needs to be replaced or maintained, the guide roller 24 is retracted upward from the frying tank 20 by the displacement mechanism 28 without discharging the frying oil O from the frying tank 20. By doing so, replacement and maintenance can be performed, so efficient maintenance is possible.

(Summary)
As described above, according to the fryer device 1, the frying oil O stored in the frying tank 20 can be filtered and kept in a clean state in a compact configuration, so that the frying food can be continuously stored in the frying tank 20. It will be possible to fry. Therefore, the fryer device 1 having a filtration function can be provided in a store or the like having a small installation area.

(Modification example)
In the above embodiment, the guide roller (guide member) 24 provided in the guide portion 23 is swung toward the center of the fly tank 20, but the guide portion 23 flies the guide roller (guide member) 24. Any configuration may be used as long as it can be displaced between the arrangement state arranged inside the tank 20 and the retracted state retracted upward from the frying oil O of the frying tank 20. For example, the guide unit 23 may be configured to move in the vertical direction. The configuration of the guide unit 23 is not limited to the above-described embodiment.

Further, the above embodiment shows an example, and the size of the frying tank 20 and the configuration of the strip-shaped filter paper 50 are examples. The frying oil O is circulated from the heating unit 30 to the frying tank 20 to remove the frying residue. Anything may be used as long as it is configured to fry fried foods with frying oil O. It is possible to change various configurations of these configurations as long as the gist of the present invention is not impaired, and the present invention is not limited to the above-described embodiment.

1 Fryer device 10 Mobile mount 13 Wheels 14 Base plate 15 Support arm 16 Lower guide roller 17 Upper guide roller 20 Fly tank 21 Division plate 23 Guide part 24 Guide roller (guide member)
25 Swing member 26 Support shaft 27 Operation part 28 Displacement mechanism 30 Heating part 31 Heating heater 32 Oil circulation pump 34 Suction port 36 Return port 38 Negative pressure sensor 40 Partition plate 41 Opening 43 Positioning part 50 Band-shaped filter paper 60 Filter paper winder 63 Downstream side holding roller 64 Downstream side driven roller 70 Placement frame 71 Lower member 72 Side member 80 Fly basket 81 Opening 90 Control unit
O frying oil

Claims (7)

A fryer device that manufactures fried products by frying fried foods in frying oil.
A frying tank for storing the frying oil for frying the frying food, and a frying tank for storing the frying oil.
The frying oil heating section provided below the frying tank and
A partition plate that partitions between the frying tank and the heating portion and has an opening through which the frying oil can flow.
The filter paper arranged in the frying tank on the upper surface of the partition plate and
An oil circulation pump that returns the frying oil from the heating unit to the frying tank via a circulation path.
Equipped with
The filter paper is formed so as to extend from one side of the side wall forming the fly tank to the other side facing the filter paper.
The frying tank has a guide portion that holds the filter paper near the upper surface of the partition plate.
The partition plate has the opening at a position where the filter paper is arranged.
The guide portion is configured to be displaceable at an arrangement position near the upper surface of the partition plate and a retracted position upwardly retracted from the frying oil stored in the frying tank .
A flyer device that features that. The guide portion supports a guide member arranged near the upper surface of the partition plate, a swing member that swings the guide member toward the center of the fly tank, and the swing member on the upper portion of the fly tank. With a support member,
A displacement mechanism that displaces the guide member between the arrangement position and the retracted position is provided.
The displacement mechanism includes an operation unit that swings the guide member around the support member via the swing member.
The flyer device according to claim 1 . The frying basket placed in the frying tank and
An arrangement frame for arranging the frying basket above the partition plate by a predetermined distance,
Further prepare
The arrangement frame is formed in a size that prevents the guide member from swinging while being arranged in the fly tank.
The flyer device according to claim 2 . The filter paper is composed of a strip-shaped filter paper that is wound around one side of the side wall of the frying tank in an unused state and whose end extends toward the other side of the side wall.
The partition plate has positioning portions for the strip-shaped filter paper on both sides of the opening.
The filter paper winder for winding the strip-shaped filter paper used in the frying tank on the other side of the side wall of the frying tank is provided.
The flyer device according to any one of claims 1 to 3 . The heating unit has a suction port for frying oil that is sucked by the oil circulation pump near the center.
The frying tank has a return port for the frying oil returned from the oil circulation pump to the frying tank at a position laterally displaced from the position where the strip-shaped filter paper is wound.
The flyer device according to claim 4 . The circulation path includes a negative pressure sensor that detects a negative pressure acting on the frying oil in the circulation path.
A filter paper winder for winding a predetermined amount of the strip-shaped filter paper by detecting a predetermined negative pressure with the negative pressure sensor is further provided.
The flyer device according to claim 4 . With more mobile mounts
The mobile mount is
A frame body in which the frying tank is installed at the uppermost portion, the heating unit is installed below the frying tank, and the strip-shaped filter paper and the oil circulation pump are installed below the heating unit.
The wheels that support the moving platform and
A control unit for controlling the heating unit and the oil circulation pump is provided.
The flyer device according to any one of claims 4 to 6 .

Images