CN218681593U

CN218681593U - Multi-flavor peanut frying and oil supplying device

Info

Publication number: CN218681593U
Application number: CN202222428656.6U
Authority: CN
Inventors: 王远圣; 王小萍; 刘俊元
Original assignee: Dayu Mudanting Travel Food Co ltd
Current assignee: Dayu Mudanting Travel Food Co ltd
Priority date: 2022-09-14
Filing date: 2022-09-14
Publication date: 2023-03-24
Anticipated expiration: 2032-09-14

Abstract

The utility model discloses a multi-flavor peanut frying and oil supplying device, which comprises a frying machine, a filter residue mechanism, a powder filtering mechanism and an oil supplying mechanism, wherein the filter residue mechanism is arranged in the frying machine and used for filtering residues in oil, the powder filtering mechanism is arranged at one side of the frying machine and used for filtering crushed materials in the materials, and the oil supplying mechanism is arranged in the frying machine and used for controlling the liquid level of the oil; the deep frying machine comprises a box body, deep frying boxes and overflow plates, wherein the deep frying boxes are arranged in the box body, the two overflow plates are arranged in the deep frying boxes and are arranged in the middle, and at least one overflow port is formed in each deep frying box; the oil supply mechanism comprises an oil pump, an oil inlet pipe, an oil guide pipe, an oil supply tank, a connecting pipe, a pressure release valve and an oil supply switching device; the utility model discloses a fried oil supply unit of multi-flavor peanut, its simple structure, convenient and practical reach the purpose that the oil supply auto-change over device control was fried oily very fast through the liquid level of fuel feeding, avoid frying the phenomenon appearance that oily too little.

Description

Multi-flavor peanut frying and oil supplying device

Technical Field

The utility model belongs to the technical field of the fried fuel feeding, concretely relates to fried oil supply unit of multi-flavor peanut.

Background

The deep fryer is a special device for realizing high-temperature deep-frying cooking of food by using energy sources such as electricity, gas, fuel oil, biofuel and the like, is mainly used in the processes of rapid shaping, puffing, curing, dehydrating and the like of the food, and belongs to common processing equipment in food processing.

The fryer is more in variety, and it is mainly according to the fryer that the condition self-designed is fit for of the condition of processing product, and is very big because of volume and oil absorption during the fried peanut of many tastes, and appears falling the sediment phenomenon easily for the fryer of ordinary type can't satisfy the processing of many tastes peanut, adopts ordinary fryer to carry out continuous makeup oil and filters oil.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a fried oil supply unit of multi-flavor peanut is provided, its simple structure, convenient and practical reach the very first time and carry out the purpose of meneing oil fast through the liquid level of the fried oil of fuel feeding auto-change over device control, avoid frying the phenomenon appearance that oil is too few.

A multi-flavor peanut frying oil supply device comprises a frying machine, a residue filtering mechanism, a powder filtering mechanism and an oil supply mechanism, wherein the residue filtering mechanism is installed in the frying machine and used for filtering residues in oil; the deep frying machine comprises a box body, deep frying boxes and overflow plates, wherein the deep frying boxes are arranged in the box body, the two overflow plates are arranged in the deep frying boxes and are arranged in the middle, and at least one overflow port is formed in each deep frying box; the oil supply mechanism comprises an oil pump, an oil inlet pipe, an oil guide pipe, an oil supply tank, a connecting pipe, a pressure release valve and an oil supply switching device, wherein the oil pump is installed on the box body and connected with the oil inlet pipe, the oil inlet pipe is connected with the oil guide pipe, one end of the oil guide pipe is arranged between the two overflow plates, one end of the oil guide pipe is communicated with the oil supply switching device, the oil supply switching device is connected to an overflow port on one side of the frying tank, the oil supply tank is communicated with the oil supply switching device through the connecting pipe, and the pressure release valve is installed on the connecting pipe.

Preferably, fuel feeding auto-change over device is including coarse filter tank, baffle and jump filter equipment, the coarse filter tank is connected on the overflow mouth of deep-fry case one side, the baffle sets up in the coarse filter tank, a plurality of jump filter equipment sets up on the baffle.

Preferably, jump filter equipment is including internal thread pipe, external screw thread gland, steel mesh lauter tub, spacing pipe, floater and a plurality of gag lever post, the internal thread pipe sets up on the baffle, the external screw thread gland sets up intraductally at the internal thread and is used for compressing tightly the steel mesh lauter tub, spacing pipe one end is run through external screw thread gland and steel mesh lauter tub and the other end and is connected with a plurality of gag lever posts, a plurality of gag lever posts encircle the floater and set up and be used for restricting the floater position, a plurality of oilhole has been seted up on the spacing pipe.

Preferably, one end of the limiting pipe close to the limiting rod is provided with a conical opening matched with the floating ball.

Preferably, a plurality of anti-adsorption grooves are formed in the inner wall of the conical opening.

Preferably, one side of the overflow plate close to the overflow port is provided with a dispersion plate, and the dispersion plate is provided with a plurality of dispersion holes.

Preferably, including adjustment cylinder and liquid level control board, the liquid level control board hugs closely in overflow plate one side and is connected with adjustment cylinder piston rod, adjustment cylinder installs on the box.

Has the advantages that:

(1) The utility model discloses a fried oil supply unit of multi-flavor peanut, its simple structure, convenient and practical reach the very first time and carry out the purpose of mending oil fast through the liquid level of the fried oil of fuel feeding auto-change over device control, avoid frying the phenomenon appearance that oil is too little.

(2) The utility model discloses a fried oil supply unit of multi-flavor peanut, the great impurity that will fry in the oil through jumping filter equipment filters and appears, avoids impurity too much to adhere to on multi-flavor peanut for a large amount of black points appear on multi-flavor peanut surface and influence its quality.

Drawings

FIG. 1 is a schematic diagram of a fryer;

FIG. 2 is a schematic structural diagram of an oil supply mechanism;

FIG. 3 is a schematic structural diagram of the oil supply switching device;

1-fryer, 11-box body, 12-frying box, 13-overflow plate, 14-dispersion plate, 15-adjusting cylinder, 16-level adjusting plate, 2-residue filtering mechanism, 3-powder filtering mechanism, 4-oil supplying mechanism, 41-oil pump, 42-oil inlet pipe, 43-oil guide pipe, 44-oil supplying box, 45-connecting pipe, 46-pressure relief valve, 47-oil supplying switching device, 48-coarse filtering box, 49-clapboard, 410-skip filtering device, 411-internal thread pipe, 412-external thread gland, 413-steel mesh filtering barrel, 414-limiting pipe, 415-floating ball, 416-limiting rod and 417-conical opening.

Detailed Description

The embodiments of the present invention will be further explained with reference to the drawings.

Example 1

As shown in FIG. 1; a multi-flavor peanut frying oil supply device comprises a frying machine 1, a filter residue mechanism 2, a powder filtering mechanism 3 and an oil supply mechanism 4, wherein the filter residue mechanism 2 is installed in the frying machine 1 and used for filtering residues in oil, the powder filtering mechanism 3 is installed on one side of the frying machine 1 and used for filtering crushed materials in materials, and the oil supply mechanism 4 is installed in the frying machine 1 and used for controlling the liquid level of the oil; the deep fryer 1 comprises a box body 11, a deep frying box 12 and overflow plates 13, wherein the deep frying box 12 is arranged in the box body 11, the two overflow plates 13 are arranged in the deep frying box 12 and in the middle, and at least one overflow port is formed in the deep frying box 12; the oil supply mechanism 4 comprises an oil pump 41, an oil inlet pipe 42, an oil guide pipe 43, an oil supply tank 44, a connecting pipe 45, a pressure release valve 46 and an oil supply switching device 47, wherein the oil pump 41 is installed on the box body 11 and connected with the oil inlet pipe 42, the oil inlet pipe 42 is connected with the oil guide pipe 43, one end of the oil guide pipe 43 is arranged between the two overflow plates 13, one end of the oil guide pipe 43 is communicated with the oil supply switching device 47, the oil supply switching device 47 is connected to an overflow port on one side of the frying box 12, the oil supply tank 44 is communicated with the oil supply switching device 47 through the connecting pipe 45, and the pressure release valve 46 is installed on the connecting pipe 45; the oil supply switching device 47 comprises a coarse filter tank 48, a partition plate 49 and a plurality of skip filter devices 410, wherein the coarse filter tank 48 is connected to an overflow port on one side of the frying tank 12, the partition plate 49 is arranged in the coarse filter tank 48, and the skip filter devices 410 are arranged on the partition plate 49; the skip filtering device 410 comprises an internal threaded pipe 411, an external threaded gland 412, a steel mesh filtering barrel 413, a limiting pipe 414, a floating ball 415 and a plurality of limiting rods 416, wherein the internal threaded pipe 411 is arranged on the partition 49, the external threaded gland 412 is arranged in the internal threaded pipe 411 and is used for compressing the steel mesh filtering barrel 413, one end of the limiting pipe 414 penetrates through the external threaded gland 412 and the steel mesh filtering barrel 413, the other end of the limiting pipe is connected with the plurality of limiting rods 416, the plurality of limiting rods 416 are arranged around the floating ball 415 and are used for limiting the position of the floating ball 415, and the limiting pipe 414 is provided with a plurality of oil holes; one end of the limiting pipe 414 close to the limiting rod 416 is provided with a conical opening 417 matched with the floating ball 415; a plurality of anti-adsorption grooves are formed in the inner wall of the conical opening 417; a dispersion plate 14 is arranged on one side of the overflow plate 13 close to the overflow port, and a plurality of dispersion holes are formed in the dispersion plate 14; including adjusting cylinder 15 and level control board 16, level control board 16 hugs closely in overflow plate 13 one side and is connected with adjusting cylinder 15 piston rod, adjusting cylinder 15 installs on box 11.

The device comprises a residue filtering mechanism 2 and a powder filtering mechanism 3, wherein the residue filtering mechanism 2 filters fine particles in frying oil, the powder filtering mechanism 3 filters powder impurities generated after frying and adhering to multi-flavor peanuts, and the residue filtering mechanism 2 and the powder filtering mechanism 3 are the prior art and are not described herein in detail; specifically, oil is delivered between the two overflow plates 13 through the oil pump 41, the oil between the two overflow plates 13 overflows into the frying boxes 12 on the two sides after being full, the oil in the frying boxes 12 overflows from an overflow port after being full to a certain degree, enters the rough filtering box 48 and is positioned on the partition plate 49, is filtered through a plurality of skip filtering devices 410 on the partition plate 49, is introduced into the oil inlet pipe 42 through the oil guide pipe 43 and is delivered between the two overflow plates 13 through the oil pump 41, and thus the circulation is completed; when the skip filter device 410 works, overflowing oil enters the steel mesh filter barrel 413 through the limiting pipe 414, and large dregs in the oil are filtered out through the steel mesh filter barrel 413, and when the oil is pumped out by the oil guide pipe 43, and under the condition that the oil overflowing from the frying tank 12 is too little or does not overflow, the oil level in the frying tank 12 is over low, at the moment, the oil in the coarse filter tank 48 is gradually reduced, so that the oil level is reduced, at the moment, the floating balls 415 synchronously descend, so that the floating balls 415 are in contact with the tapered openings 417, and when the floating balls 415 of a plurality of skip filter devices 410 seal the tapered openings 417 of the columns, a negative pressure state is gradually formed in the coarse filter tank 48 along with the pumping-out of the oil, at the moment, the pressure relief valve 46 is influenced by the negative pressure to be opened, the oil in the oil supply tank 44 is absorbed by negative pressure and enters the coarse filter tank 48 to supplement the oil in the coarse filter tank 48, so that the oil supplementing effect is achieved, the oil level of the coarse filter tank 48 is recovered until the floating ball 415 floats, the pressure relief valve 46 adopts an electronic pressure relief valve, after the oil level is opened, the oil pump 41 is closed once within 10-20 seconds under the sensing of a controller, specifically, the time for closing the oil pump 41 is determined according to the oil pumping speed and the size of the frying tank 12, so that the floating ball 415 floats again to recover the normal operation, or a pressure gauge is arranged on the coarse filter tank 48, and the pressure in the coarse filter tank 48 is sensed by the pressure gauge so as to open and close the pressure relief valve 46 or close the oil pump 41 to enable the floating ball 415 to float again; the overflow plate 13 is controlled to be lifted and closed by the adjusting cylinder 15 to control the oil to flow into the frying tank 12 on one side of the overflow plate 13, and the overflowed oil is dispersed by the dispersing holes on the dispersing plate 14 to avoid concentrated inflow and reduce the oil temperature.

The above detailed description of the embodiments of the present invention is only for exemplary purposes, and the present invention is not limited to the above detailed description. Any equivalent modifications and substitutions to those skilled in the art are also within the scope of the present invention. Accordingly, variations and modifications in equivalents may be made without departing from the spirit and scope of the invention, which is intended to be covered by the following claims.

Claims

1. A multi-flavor peanut frying oil supply device comprises a frying machine (1), a residue filtering mechanism (2), a powder filtering mechanism (3) and an oil supply mechanism (4), wherein the residue filtering mechanism (2) is installed in the frying machine (1) and used for filtering residues in oil, the powder filtering mechanism (3) is installed on one side of the frying machine (1) and used for filtering crushed materials in materials, and the oil supply mechanism (4) is installed in the frying machine (1) and used for controlling the liquid level of oil; the method is characterized in that: the deep frying machine (1) comprises a box body (11), deep frying boxes (12) and overflow plates (13), wherein the deep frying boxes (12) are arranged in the box body (11), the two overflow plates (13) are arranged in the deep frying boxes (12) and in the middle of the deep frying boxes, and at least one overflow port is formed in each deep frying box (12); oil supply mechanism (4) are including oil pump (41), advance oil pipe (42), lead oil pipe (43), supply oil tank (44), connecting pipe (45), relief valve (46) and fuel feeding auto-change over device (47), oil pump (41) are installed on box (11) and are connected with advance oil pipe (42), advance oil pipe (42) and lead oil pipe (43) and be connected and one end setting between two overflow boards (13), lead oil pipe (43) one end and fuel feeding auto-change over device (47) intercommunication, fuel feeding auto-change over device (47) are connected on the overflow mouth of deep-fry case (12) one side, supply oil tank (44) are through connecting pipe (45) and fuel feeding auto-change over device (47) intercommunication, relief valve (46) are installed on connecting pipe (45).

2. The multi-flavor peanut frying and oil feeding device of claim 1, wherein: oil supply auto-change over device (47) is including coarse filter tank (48), baffle (49) and jump filter equipment (410), coarse filter tank (48) are connected on the overflow mouth of deep-fry case (12) one side, baffle (49) set up in coarse filter tank (48), a plurality of jump filter equipment (410) set up on baffle (49).

3. The multi-flavor peanut frying and oil feeding device of claim 2, wherein: jump filter equipment (410) including internal thread pipe (411), external screw gland (412), steel mesh strainer (413), spacing pipe (414), floater (415) and a plurality of gag lever post (416), internal thread pipe (411) set up on baffle (49), internal screw gland (412) set up in internal thread pipe (411) and are used for compressing tightly steel mesh strainer (413), external screw gland (412) one end is run through external screw gland (412) and steel mesh strainer (413) and the other end is connected with a plurality of gag lever posts (416), a plurality of gag lever posts (416) encircle floater (415) and set up and are used for restricting floater (415) position, a plurality of oilhole has been seted up on spacing pipe (414).

4. The multi-flavor peanut frying and oil supplying device as claimed in claim 3, wherein: one end of the limiting pipe (414) close to the limiting rod (416) is provided with a conical opening (417) matched with the floating ball (415).

5. The multi-flavor peanut frying and oil feeding device of claim 4, wherein: the inner wall of the conical opening (417) is provided with a plurality of anti-adsorption grooves.

6. The multi-flavor peanut frying and oil feeding device as claimed in claim 1 or 5, wherein: one side that overflow plate (13) are close to the overflow mouth is provided with dispersion board (14), be provided with a plurality of dispersion hole on dispersion board (14).

7. The multi-flavor peanut frying and oil feeding device of claim 6, wherein: including adjustment cylinder (15) and level control board (16), level control board (16) hug closely in overflow plate (13) one side and are connected with adjustment cylinder (15) piston rod, adjustment cylinder (15) are installed on box (11).