CN2494601Y - Full-automatic continuous vacuum frying deoiling machine - Google Patents
Full-automatic continuous vacuum frying deoiling machine Download PDFInfo
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- CN2494601Y CN2494601Y CN 01234613 CN01234613U CN2494601Y CN 2494601 Y CN2494601 Y CN 2494601Y CN 01234613 CN01234613 CN 01234613 CN 01234613 U CN01234613 U CN 01234613U CN 2494601 Y CN2494601 Y CN 2494601Y
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Abstract
The invention relates to a full-automatic continuous vacuum low temperature frying deoiling machine consisting of a continuous feeding-discharging device with a pressure balance bunker, a massified vacuum frying deoiling chamber with a packing auger feeding and oar blade discharging device, an oil continuous filtering and heating system with an automatic oil filter, a double-vacuum system and a PC electromechanical system. The invention has the advantages of stable vacuum and oil temperature guarantee, continuously automatic oil filtering, automatic oil feeding, oil return transportation and inner device cleaning without machine disassemble as well as smaller size, high working efficiency, low working intensity, simple and convenient use and maintenance. The indexes of shape, color and flavor of finished products has been improved evidently and the ratio of water and oil containing is reduced.
Description
One. technical field: the invention belongs to the food processing machinery field, particularly relate to the fried oil remover of a kind of horizontal full-automatic continous vacuum.
Two. background technology: in the known technology of vacuum low-temperature frying, using maximum equipment is the vertical vacuum Fryer.This type of is interrupted the operation type, exist the following weak point that is difficult to avoid mostly: fried material basket with certain altitude, cause material when fried to slip into the degree of depth difference of oil reservoir, material contact pressure and oil are warm different, make manufactured goods puffed degree and dehydration rate inconsistent; And during centrifugation de-oiling, because the bed of material is thicker, its separating factor produces difference, makes manufactured goods oil content difference (outer tablet oil content is lower, and internal layer is higher), and above-mentioned factor has all influenced the uniformity of product quality; Because charge is more in the material basket, when going into oil in the tablet free water sharply vaporize, swim in material basket/dividing plate top layer, crowded mutually, can not fully stretch, the sheet shape after causing dewatering is curled, is folded, and causes the important anomalad of goods, because the restriction in the design can not be done the Fryer tank diameter very big again, expect that basket is very thin; Be subjected to the restriction of the oil/material ratio and the grease rate of heat addition, must make oily temperature rise (110～140 ℃) accumulation of energy before the fried system, produce the thermal loss that a large amount of indirect steams are taken away to compensate the water-containing materials short time, and higher oil temperature, be easy to make particle matter coking such as interior material chip that is detained of machine and starch, pollute grease, and the oil strain that is interrupted can not stop oily bad change, thereby product color, local flavor all are damaged, and peroxide exceeds standard.Grease regeneration to deterioration is handled, and cost will be increased, the waste of the loaded down with trivial details and grease of operation; Vertical Fryer also exists electric energy and fuel consumption more, unfavorable factor such as operator's labour intensity is big, and process conditions are wayward.Along with the raising of people to vacuum oil-field food-fruit and vegetable crisp chip quality requirements, various countries have presented the development trend that makes new advances to the research of horizontal continous vacuum low-temperature fryer.
About horizontal continous vacuum Fryer document record, various ways is arranged, representative as United States Patent (USP): 3812775,4059046,4844931,4852475,5988051, European patent: 0409643A2, Japan Patent: 4132527A, 58183048A, Chinese patent: 94243431 etc.The disclosed continuous vacuum Fryer of above-mentioned document differs from one another, although implementation difference, its architectural feature still can reduce following several respects: 1. the charging and discharging device of being with the decompression transitional storehouse, 2. material transport sector in vacuum frying oil remover and the machine, 3. vacuum is set up system, 4. oil plant heats and filtration system, and 5. electric control system has embodied the fundamental that horizontal continous vacuum Fryer is formed.The horizontal continous vacuum Fryer of document record has overcome a lot of deficiencies of vertical vacuum Fryer, but also has some imperfect place and shortcoming.Complicated as some structure, the accuracy of manufacture is had relatively high expectations; Continuous oil strain under a lot of not mentioned vacuum conditions; How to keep the oil level balance automatically and replenish oil and fat method; How single vacuum system keeps fried chamber vacuum stable at high level under the continuous feeding and discharging state; How the equipment of more employing net belt types transmission material structures allows user's (regular) cleaning easily; Equipment volume is excessive, brings a series of energy consumptions bigger, and cost is higher, and the fault probability increases, maintenance difficult.Thereby influence the further popularization of this technology.
Three. summary of the invention: it is simpler that the object of the invention is to propose a kind of structure, makes continuous vacuum low-temperature frying oil remover with better function easily.Possess at the same time under the preceding topic of said structure key element, also have features such as full-automatic oil strain, repairing automatically, intermediate tank automatic oil return.And adopted two vacuum systems, and make Fryer when work vacuum high and stablize, and volume is less, energy consumption is low, production efficiency and automaticity height, working service is simple and convenient, and grease is difficult for deterioration.Manufactured goods color and luster, local flavor, form and uniformity are better, and oil content, moisture content further reduce.
The present invention realizes by the following technical solutions: by (one) but the charging and discharging device of self-balancing pressure; (2) integrated vacuum frying and de-oiling system; (3) grease continuous filtration and heating system; (4) two vacuum systems; (5) electric-control system is formed.Existing division is as follows:
(1) charging/discharging device, feed arrangement is by feed hopper 1, charging brake application plate valve 2 and cylinder 4, feed pressure balance bunker 6, charging lower flashboard valve 7 and cylinder 8, reach the exhaust solenoid valve 3 and the suction solenoid valve 5 that are communicated with the feed pressure balance bunker and constitute, its lower ending opening is communicated with 11 feed end tops, vacuum frying chamber; Drawing mechanism is by the receiving hopper 35 that stretches in the de-oiling material basket 19, discharging brake application plate valve 23 and cylinder 24, discharging pressure balance storehouse 25, discharging lower flashboard valve 30 and cylinder 29, reach the exhaust solenoid valve 31 and the suction solenoid valve 26 that are communicated with discharging pressure balance storehouse and constitute, its upper end open is communicated with receiving hopper 35 bottoms of vacuum de-oiling chamber 20.Valve plate 85 and rectangle or oblate cylindrical valve body 86 compositions that charging and discharging slide valve 2,7,23,30 opens and closes by tabular push-and-pull, valve plate can adopt metal (as stainless steel) or the manufacturing of nonmetal (as polytetrafluoroethylene (PTFE)) material.Its upper and lower end face and valve body 86 and material channel have good sealing structure 87a, b.Valve plate 85 is linked by fastener 88 and cylinder rod 89, is dragged by cylinder or hydraulic cylinder.
(2) integrated vacuum frying and de-oiling system, Vacuum frying machine and oil remover are same horizontal gas tightness tank body, are divided into vacuum frying chamber 11 and vacuum de-oiling chamber 20 by dividing plate 16, and are one by flange 63 and sealing ring fit sealing.Flange 63 sides are supported by door-hinge 66, and by lockable mechanism collar nut 67 folding easily, are cleared up or maintain internal equipment so that open the machine jar.Dividing plate 16 is clamped by flange and seal, by discharging opening 15 vacuum frying chamber 11 and de-oiling chamber 20 is communicated with.Also be provided with devices such as vacuum meter, lamp mirror, visor and vacuum release valve on the machine jar.
The vacuum frying chamber comprises: by U-shaped backplate 51, helical form propeller-hinge dragon 50 and two device for transporting objects that semicircle discharging blade 14a, the b that intersects with radial axis constitutes that are positioned at imperial main shaft 48 discharge ends of hinge, cutting with scissors imperial spiral quantity and pitch can set as required, suitable spiral quantity is 3～30, and pitch is 120～500mm; Be positioned at the oily shower 12 of imperial 50 tops of hinge.To cut with scissors dragon 50 solid envelopes by pan feeding end plate 57, dividing plate 16 and U-shaped backplate 51 is the ship shape structure.Cut with scissors imperial 50 blades and coaxial discharging blade 14 blade peripheries contact with U-shaped backplate 51 tangent lines, and it is free to rotate, symmetrical cambered surface straight flange 14c, the d of discharging blade 14a, b contacts with dividing plate 16 tangent lines, feed continuously and be delivered in the de-oiling material basket to finish material, and material can not overflowed.Cut with scissors imperial main shaft 48 two ends in dividing plate 16 and end socket center, fried chamber sliding support, and take excellent sealing, pass end socket and drive by reductor 55 and chain 56, sprocket wheel 54.U-shaped backplate 51 whole uniform perforates (φ 2～φ 6mm) are to realize the heat exchange of U-shaped backplate 51 inside and outside greases.Pasta 49 was constant when the 11 bottom oil storages of vacuum frying chamber kept fried by the spout hole on the dividing plate 16 84, by 11 bottom feed side major loop oil inlet pipes, 47 oilings of fried chamber, and by the collaborative oil spouts of the oily shower 12 on top, fried chamber, finish dipping bath, spray is fried, makes fried system more even.
The vacuum de-oiling chamber comprises: discharge bucket 64, de-oiling material basket 19 and receiving hopper 35.Discharge bucket 64 is fixed on the dividing plate 16, and is communicated with Fryer by the discharging opening on the dividing plate 16 15; De-oiling material basket 19 horizontal positioned are pre-small post-large taper net tube, the uniform perforate of cylindrical shell (φ 2～φ 6mm), the both ends open conduct is gone into, tapping channel, discharge bucket 64 aligns feeding mouth so that feeding, and receiving hopper 35 stretches into discharging opening and aligns de-oiling material basket maximum diameter place, so that connect material.De-oiling material basket is affixed by 3～4 fixed arms 32 and de-oiling axle 65, and the de-oiling axle passes de-oiling chamber 20 end-plates by excellent sealing and slide mechanism and 22 of variable-frequency motors link, and constitutes the centrifugation de-oiling machine.
(3) grease continuous filtration and heating system are by oil circulating pump 40, full-automatic oil filtering machine 45, plate type heat exchanger 43, oil storage tank 58, intermediate tank 34 with feed back equipment such as oil pump 39 and corresponding pipeline, valve are formed.Its path is: oil circulating pump 40 suction inlets are communicated with fried chamber 11 bottom discharge sides by major loop flowline 37, oil circulating pump 40 discharge openings are communicated with full-automatic oil filtering machine 45 oil inlet pipes, full-automatic oil filtering machine 45 flowlines are communicated with plate type heat exchanger 43 oil inlet pipes, plate type heat exchanger 43 flowlines are communicated with fried chamber 11 bottom feed sides at corresponding feed arrangement place by valve 52, major loop oil inlet pipe 47, and by dividing branch oil pipe 61 to be communicated with, to finish continuous circulating filtration of grease and heating process with oily shower 12; Divide branch oil pipe 61 to be connected with by-pass valve control 13, by-pass valve control 13 is communicated with running water pipe, to realize that not tearing machine open cleans vacuum frying chamber 11 internal units; Plate type heat exchanger 43 is communicated with oil storage tank 58 through valve 53, to realize grease deposit or turnover; Oil storage tank 58 links to each other with 11 tops, fried chamber with repairing pipe 60 by the repairing magnetic valve 59 that its underpart is provided with, to realize fried indoor automatic repairing; Intermediate tank 34 is communicated with 20 bottoms, de-oiling chamber by recovery tube 33, its output oil pipe links to each other with scavenge oil pump 39 suction inlets, be communicated with top, fried chamber by scavenge oil pump 39 discharge opening oil return pipes 36, regularly reclaim automatically to finish the oil that the indoor de-oiling material of de-oiling basket 19 accumulates when the de-oiling.
Plate type heat exchanger 43 is by magnetic valve 46 control steam delivery volumes, and opening and closing by thermocouple and detection of digital temperature controller and control magnetic valve 46.To reach temperature automatically controlled purpose.Plate type heat exchanger 43 also can be replaced by the positive displacement tubular heat exchanger.
Full-automatic oil filtering machine 45 is devices of realizing uninterrupted oil strain under the vacuum condition, also is the important step of continuous frying machine.Accomplice proposed a kind of more advanced circulation oil-filtering apparatus " 85 " in the Chinese patent 92245483 (United States Patent (USP) 5,263,406) disclosed " the frying food in vacuum machine of improvement ".In the diagram of its principle and narration, indicate and be used for preliminary bulky grain and filter, also need set up normally used filter " 86 " thereafter.Therefore, still need shut down the filter screen of labor cleaning's filter, be more suitable in the Vacuum frying machine that is interrupted operation.Whether structure shown in its " Fig. 5 " can shift out the large particulate matter of holding back in the pipeline outside the pipe, is not clearly understood, and when circulating filtration, grease periodically stop (when blowing net) can occur.The full-automatic oil filtering machine 45 that the present invention relates to then can adapt to omnidistance automatic fitration continuously fully, has exempted and has shut down this work that bothers most of removing/replacing filter screen in the frying course, makes continous vacuum Fryer fully automatic working become possibility.Its main composition: the filtering cabin 73 that connects major loop turnover oil pipe, the slip filter plate 74 of band double filter screen frame 81a, b and filter screen 79a, b, filter plate closed chamber 82, slip filter plate 74 connects with two cylinder 80a, b of driving by fastener 83, also can be dragged by a cylinder of slip filter plate 74 arbitrary ends; The both sides scarfing cinder is blown and is covered 77a, b and compressed gas magnetic valve 76a, b, with cover corresponding mozzle 78a, the b of blowing.The mozzle other end stretches into both sides, dregs of fat separator box 42 top.Filter screen 79 adopts 80～180 order filter materials, material slag and particulate that the phase of being large enough to hold weekly in the filter screen frame 81 holds back.
Full-automatic oil filtering machine 45 belows are provided with dregs of fat separator box 42, and dregs of fat gatherer 71 is arranged at its top, and gatherer 71 bottoms are filters 72; The below is an oil sump 75, is provided with oil return solenoid valve 41, and is connected to top, fried chamber by oil pipe 38.To realize that the grease after dregs of fat removing and the separation reclaims.
(4) two vacuum systems are two to overlap independently vacuum apparatus for establishing, can adopt fluid injection-type vavuum pump or water-ring vacuum pump and corresponding pipeline, valve to form.Fried vacuum system: be made up of vavuum pump 10, centrifugal water pump 17 and vacuum pipe 9, vavuum pump 10 is communicated with fried chamber 11 by vacuum pipe 9, and is communicated with de-oiling chamber 20 by discharging opening 15.Pressure balance storehouse vacuum system: form by vavuum pump 28, centrifugal water pump 18 and vacuum pipe 62 and lateral 21a, b, vavuum pump 28 is communicated with feed pressure balance bunker 6 by vacuum pipe 62 and branched pipe 21a, suction solenoid valve 5, is communicated with discharging pressure balance storehouse 25 by branched pipe 21b, suction solenoid valve 26.
(5) electric-control system, adopt the programming of PC or PLC main frame, pass through thermocouple, near switch, the electronic level meter, temperature controller, solenoid directional control valve, magnetic valve, detecting sensors such as variable-frequency governor and low voltage control device, control device and motor, pump, cylinder, power-equipments such as reductor are realized Automatic Control: input and output material cycle and time, the pressure conversion of pressure balance feed bin, defeated material time of hinge dragon and speed, de-oiling time and separating rate, grease temperature and circulating pressure, the consumption grease replenishes, the recovery of separated oil in de-oiling and the oil strain, the control of vacuum cooled coolant-temperature gage reaches and advances, the coordination coupling of outfeed belt conveyor etc.To realize the fully automatic operation of complete machine.
Four. description of drawings:
Fig. 1 is a system architecture schematic diagram of the present invention.
Fig. 2 is that the A of Fig. 1 is to view.
Fig. 3 is that the B of Fig. 1 is to view.
Fig. 4 is that the C of Fig. 1 is to view.
Fig. 5 is that the D of Fig. 1 is to view.
Fig. 6 is the side view of full-automatic oil filtering machine.
Fig. 7 is the structural representation of full-automatic oil filtering machine.
Fig. 8 is the structural representation of intermediate tank.
Fig. 9 is an input and output material slide valve structural representation.
Five. specific implementation method:, be described in further detail below in conjunction with the structure and the course of work of accompanying drawing to one embodiment of the invention.
Start PC, total system enters automatic mode.Through initialization procedure, vacuum, oily temperature reach and begin when imposing a condition to feed intake.Material is quantitatively dropped into feed hopper 1 by (conveyer), cylinder 4 is opened charging brake application plate valve 2, material falls in the feed pressure balance bunker 6, charging brake application plate valve 2 cuts out, suction solenoid valve 5 is opened, vacuumize in through vacuum branched pipe 21a feed pressure balance bunker 6, with identical in the fried chamber 11 (as-0.098Mpa) time, cylinder 8 is opened charging lower flashboard valve 7, and material falls into fried chamber 11, and charging lower flashboard valve 7 cuts out subsequently, exhaust solenoid valve 3 is opened and will be charged into atmosphere in the feed pressure balance bunker 6, carry out next feed cycle, and so forth, to realize continuous feed.It is fried that the material that enters fried chamber 11 falls into the interior beginning of first spiral that cuts with scissors dragon 50, the oil inlet pipe 47 of corresponding charging aperture ejects oil column and material is rolled and scatters, float over the oily shower that the material on the pasta 49 is sprayed by oily shower 12, make the material thermally equivalent, treat that accumulation of material is after some in the spiral, reductor 55 starts by chain 56, the imperial main shaft 48 of sprocket wheel 54 driving hinges rotates a circle hinge dragon 50, the material pitch of advancing forward, present embodiment is selected six spirals, successively with mass transport to discharging blade 14 places.In the frying course, sink to the material slag of oily bottom and be suspended in pearl starch in the grease, fructose etc., through flowline 37 and the separated discharge of filtration system, the cleaning of grease when keeping continuously fried system, and not contaminated deterioration.Material arrives discharging blade 14 and promptly finishes a fried cycle, can design fried cycle time according to the different material processing characteristics.Discharging blade 14a, b will explode discharging opening 15 and the discharge bucket 64 of material on dividing plate 16 after the system, material is delivered in the de-oiling material basket 19 of low speed rotation, variable-frequency motor 22 drive de-oiling material baskets 19 rotate at a high speed and carry out centrifugation de-oiling after the charging, the de-oiling time arrives, de-oiling material basket 19 reductions of speed make material fall into receiving hopper 35, and enter in the discharging pressure balance storehouse 25 through discharging brake application plate valve 23 (opening by cylinder 24 in advance), discharging brake application plate valve 23 cuts out by cylinder 24, exhaust solenoid valve 31 is opened and will be filled atmosphere in the discharging pressure balance storehouse 25, pressure balance storehouse 25 internal pressures are with atmospheric pressure when identical, cylinder 29 is opened discharging lower flashboard valve, and material falls, and discharging lower flashboard valve 30 cuts out, suction solenoid valve 26 is opened, through vacuum branched pipe 21b, will vacuumize in the discharging pressure balance storehouse 25, when identical with vacuum in the fried chamber 11 (0.098Mpa), cylinder 24 is opened discharging brake application plate valve 23, preparation connects material, and carries out the next discharging cycle, to realize continuous discharging.Behind each blanking, de-oiling material basket changes low speed automatically over to and prepares charging.The dregs of fat that de-oiling throws away flow in the intermediate tank 34 through recovery tube 33, and oil, slag are separated by filter 70, oil after the separation accumulates when a certain amount of, be fed back in the fried chamber 11 by scavenge oil pump 39 and oil return pipe 36, intermediate tank 34 volumes are bigger, can open in 1～2 day and seal up a door cleaning once, very convenient.
Vacuum system and grease circulation heating and filtering system control continuous operation by PC, to keep the stable of vacuum and oil temperature.In the frying course, grease consumption reduces pasta, detect by the electronics oil level indicator, and the repairing magnetic valve 59 on the control oil storage tank 58, through repairing pipe 60 repairing in the fried chamber 11 of trend.Automatically oil filter 45 oil strain processes are: grease pumps into filtering cabin 73a along the direction of arrow by oil circulating pump 40 through major loop oil pipe 37, flow to 73b, at this moment, slip filter plate 74 is positioned at the right side, and filter screen 79a is trapped in filter screen frame 81a place in the lump with bulky grain material slag in the grease and particulate; Behind the certain hour, cylinder 80a, b start simultaneously, and one draws one to push away and fast slip filter plate 74 is moved to the left side, and filter screen 79b continues to filter with moving to filtering cabin 73; Filter screen 79a moves to the cover 77a place of blowing, compressed gas control magnetic valve 76a opens, high pressure draught moment blows to the material slag of filter screen 79a offside in the mozzle 78a and falls on the dregs of fat gatherer 71 of dregs of fat separator box 42 tops, the material slag is held back by dregs of fat gatherer 71 bottom filters 72, grease flows in the oil sump 75, oil accumulates when a certain amount of, and oil return solenoid valve 41 is opened, in oil pipe 38 sucks trapped fuel fried chamber 11; Cylinder 80a, b reverse one pushes away one and draws, and slip filter plate 74 is moved to the right side original position, and filter screen 79a filters, and filter screen 79b is to the cover 77b position of blowing, and magnetic valve 76b opens and blows slag, works and so forth, realizes continuously oil strain automatically.Dregs of fat gatherer 71 volumes are bigger, can take out in 1～2 day and once outwell, and are very succinct.
The present embodiment compact conformation, volume is small and exquisite, is convenient to make and safeguard that cost declines to a great extent; The automaticity height, vacuum height and ripple disable, the oil temperature is stable, and grease keeps clean in the fried continuously system, thereby quality of item is improved, and energy consumption is lower, has exempted the loaded down with trivial details work in the oil strain that frying course bothers most, repairing and the frequent descaling machine.
Claims (10)
1. fried oil remover of full-automatic continous vacuum is made up of charging/discharging device, integrated vacuum frying de-oiling system, grease continuous filtration and heating system, two vacuum system and electric-control system, it is characterized in that:
Charging/discharging device, by the upper and lower slide valve that connects with cylinder, the pressure balance storehouse that is communicated with suction, exhaust solenoid valve constitutes, and the feed arrangement lower end is connected with feed end top, vacuum frying chamber (11), the drawing mechanism upper end is connected with vacuum de-oiling chamber (20) receiving hopper (35) bottom
Integrated vacuum frying de-oiling system, by flange (63) vacuum frying chamber (11) and vacuum de-oiling chamber (20) being tightly connected is one, and dividing plate (16) is arranged between flange, the flange side is provided with door-hinge (66) and collar nut (67); There is the material of forming by hinge dragon (50), U-shaped backplate (51), discharging blade (14) to feed conveying device in the vacuum frying chamber (11), connects with reductor (55) by cutting with scissors imperial main shaft (48), sprocket wheel (54), chain (56); Have in the vacuum de-oiling chamber (20) by discharge bucket (64), de-oiling material basket (19) and receiving hopper (35), the centrifugation de-oiling machine of formation, de-oiling material basket is affixed by fixed arm (32) and de-oiling axle (65), and connects with variable-frequency motor (22) axle,
Grease continuous filtration and heating system, constituted by major loop flowline (37), oil circulating pump (40), full-automatic oil filtering machine (45), plate type heat exchanger (43), major loop oil inlet pipe (47) and oil storage tank (58), branch branch oil pipe (61), oily shower (12)
Two vacuum systems, vavuum pump (10) is communicated with top, vacuum frying chamber by vacuum tube (9), vavuum pump (28) is communicated with branch's vacuum tube (21a), (21b) by main vacuum tube (62), branch's vacuum tube (21a) is communicated with feed pressure balance bunker (6) by suction solenoid valve (5), and branch's vacuum tube (21b) is communicated with discharging pressure balance storehouse (25) by suction solenoid valve (26).
2. the fried oil remover of full-automatic continous vacuum according to claim 1, it is characterized in that: input and output material slide valve (2), (7), (23), (30) are made of valve plate (85), valve body (86) and hermetically-sealed construction (87a), (87b), and valve plate (85) links by fastener (88) and cylinder rod (89).
3. the fried oil remover of full-automatic continous vacuum according to claim 1, it is characterized in that: vacuum frying is indoor, and will to cut with scissors the solid envelope of dragon (50) and discharging blade (14) by end plate (57), U-shaped backplate (51) and dividing plate (16) be the ship shape structure, two semicircle blades (14a), (14b) intersect along radial axis at hinge imperial main shaft (48) discharge end, cut with scissors imperial blade and contact with U-shaped backplate (51) tangent line with blade halfround bar slice periphery, blade (14a), (14b) corresponding cambered surface straight flange contact with dividing plate (16) tangent line.
4. the fried oil remover of full-automatic continous vacuum according to claim 1, it is characterized in that: oil filter (45) is by the slip filter plate (74) of band double filter screen (79a), (79b) and filter screen frame (81a), (81b) automatically, filter plate closed chamber (82), the both sides scarfing cinder of charged magnet valve (76a), (76b) is blown and is covered (77a), (77b), with the cover corresponding mozzle (78a) of blowing, (78b) its lower ending opening in dregs of fat separator box (42) top, and be positioned at distolateral one or two of slip filter plate (74) and drag cylinder and constitute.
5. according to claim 1 and the fried oil remover of 4 described full-automatic continous vacuums, it is characterized in that: dregs of fat separator box (42) is established in the full-automatic oil filtering machine below, the gatherer (71) of band bottom filter (72) is arranged at casing top, oil sump (75) is arranged at the bottom, is communicated with top, vacuum frying chamber (11) by magnetic valve (41) and oil pipe (38).
6. the fried oil remover of full-automatic continous vacuum according to claim 1, it is characterized in that: be provided with filter (70) in the intermediate tank (34), there are flange (69) and door-hinge (68) in the end socket place, be communicated with bottom, vacuum de-oiling chamber by recovery tube (33), by scavenge oil pump (39) and oil return pipe (36) and the connection of top, vacuum frying chamber (11).
7. the fried oil remover of full-automatic continous vacuum according to claim 1 is characterized in that: de-oiling material basket (19) is pre-small post-large taper net tube, corresponding its feeding mouth of discharge bucket (64), and receiving hopper (35) stretches into its discharging opening, and corresponding its maximum diameter place.
8. the fried oil remover of full-automatic continous vacuum according to claim 1 is characterized in that: oil storage tank (58) bottom is provided with repairing magnetic valve (59), is connected with top, vacuum frying chamber (11) by repairing pipe (60).
9. the fried oil remover of full-automatic continous vacuum according to claim 1 is characterized in that: constitute pasta by the spout hole (84) on vacuum frying chamber (11) bottom discharge side major loop flowline (37), feed side major loop oil inlet pipe (47) and the dividing plate (16) and keep structure; Oily spray structure by a minute branch oil pipe (61), oily shower (12) formation.
10. the fried oil remover of full-automatic continous vacuum according to claim 1 is characterized in that: divide branch oil pipe (61) to be connected with valve (13), valve (13) is connected with running water pipe.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01234613 CN2494601Y (en) | 2001-08-28 | 2001-08-28 | Full-automatic continuous vacuum frying deoiling machine |
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| CN 01234613 CN2494601Y (en) | 2001-08-28 | 2001-08-28 | Full-automatic continuous vacuum frying deoiling machine |
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| CN2494601Y true CN2494601Y (en) | 2002-06-12 |
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| CN 01234613 Expired - Lifetime CN2494601Y (en) | 2001-08-28 | 2001-08-28 | Full-automatic continuous vacuum frying deoiling machine |
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Cited By (14)
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| CN101677580A (en) * | 2007-02-28 | 2010-03-24 | 伊什特万·雅诺什 | Be equipped with the dough deep-frying device continuously automatically of dough feeder that dark friedcake uses |
| CN101113788B (en) * | 2007-06-18 | 2011-06-08 | 陈长清 | Sealing device for continuous vacuum pressure material feeding and discharging processing |
| CN102960384A (en) * | 2011-05-02 | 2013-03-13 | 瑞控机械有限公司 | Unitized vacuum fryer |
| CN104399605A (en) * | 2014-11-19 | 2015-03-11 | 湖州锐狮标准件制造有限公司 | Deoiling device for standard part production |
| CN104839258A (en) * | 2015-05-28 | 2015-08-19 | 姜宇 | Food processing device |
| CN105309531A (en) * | 2014-07-18 | 2016-02-10 | 陈长清 | Full-automatic continuous type vacuum frying oil removing machine |
| CN105309530A (en) * | 2014-07-18 | 2016-02-10 | 陈长清 | Continuous vacuum frying oil removing machine |
| CN106037520A (en) * | 2016-06-22 | 2016-10-26 | 美得彼烹饪设备制造(上海)有限公司 | Western-style oil saving frying pan having functions of automatically detecting liquid level and reminding oil refilling |
| CN106259587A (en) * | 2015-06-11 | 2017-01-04 | 陈长清 | A kind of fried deoiler of continuous vacuum |
| CN109874817A (en) * | 2019-04-02 | 2019-06-14 | 秦皇岛锦鸿机械设备加工有限公司 | Vacuum frying machine |
| CN110226610A (en) * | 2019-05-22 | 2019-09-13 | 重庆市南川区陈吉旺福食品有限公司 | Loop heating system and deep-frying device |
| CN110938471B (en) * | 2018-11-06 | 2021-06-29 | 杨岚岚 | Automatic system for hydrogen production |
| CN113980737A (en) * | 2021-11-25 | 2022-01-28 | 王勇 | Continuous production process of animal fat |
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2001
- 2001-08-28 CN CN 01234613 patent/CN2494601Y/en not_active Expired - Lifetime
Cited By (17)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101677580A (en) * | 2007-02-28 | 2010-03-24 | 伊什特万·雅诺什 | Be equipped with the dough deep-frying device continuously automatically of dough feeder that dark friedcake uses |
| CN101113788B (en) * | 2007-06-18 | 2011-06-08 | 陈长清 | Sealing device for continuous vacuum pressure material feeding and discharging processing |
| CN102960384A (en) * | 2011-05-02 | 2013-03-13 | 瑞控机械有限公司 | Unitized vacuum fryer |
| CN102960384B (en) * | 2011-05-02 | 2017-05-10 | 瑞控机械有限公司 | Unitized vacuum fryer |
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| CN109874817A (en) * | 2019-04-02 | 2019-06-14 | 秦皇岛锦鸿机械设备加工有限公司 | Vacuum frying machine |
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| CN113980737A (en) * | 2021-11-25 | 2022-01-28 | 王勇 | Continuous production process of animal fat |
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