CN204090870U - A kind of continuous type vacuum frying-deoiling machine - Google Patents
A kind of continuous type vacuum frying-deoiling machine Download PDFInfo
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- CN204090870U CN204090870U CN201420398427.7U CN201420398427U CN204090870U CN 204090870 U CN204090870 U CN 204090870U CN 201420398427 U CN201420398427 U CN 201420398427U CN 204090870 U CN204090870 U CN 204090870U
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- Frying-Pans Or Fryers (AREA)
Abstract
The utility model is that a kind of continuous type vacuum frying-deoiling machine is entering continuously, the stability of sustainable maintenance condition of high vacuum degree when discharging, this equipment is provided with fried cabin upper-deck cabin, cabin under fried cabin, flashboard type input and output material sealing device, centrifugation de-oiling machine, vacuum system, oil filter, cleaning systems and fried upper-deck cabin increasing apparatus composition, input and output material sealing device adopts flashboard type input and output material sealing device or adopts two vacuum valves to be combined into input and output material sealing device, have employed simple high speed centrifugation oil remover device, this device structure is simple, low cost of manufacture, compress and easy to maintenance, applicability is extensive, be applicable to fruits, greengrocery, dry fruit, wheaten food class, the fried processing of continous vacuum of the food such as aquatic products and livestock and poultry meat, this equipment is applicable to greatly, in, the fried process equipment of small food processing enterprise and large-scale collectiveity canteen, also can be applicable to continous vacuum dipping, can entirely realize automatically controlling by machine.
Description
Technical field
The utility model is the stability of a kind of continuous type vacuum frying-deoiling machine sustainable maintenance condition of high vacuum degree when continuous charging and discharging, and the equipment of this fried de-oiling processing belongs to food processing machinery and manufactures field.
Background technology
CN in prior art
20102052739.2the drum-type feeding style that a kind of continuous type vacuum frying-deoiling machine of patent adopts, fried converted products is single, the processing of multi items can not be adapted to, complex structure, manufacturing cost is high, during the work of centrifugation de-oiling machine, noise is large, there is the problem do not grown service time and still awaits further solution, can not adapt to the difference needs of dissimilar fried enterprise in vacuum sealing device etc.
Usual fried processing method is the fried processing of constant-pressure and high-temperature, and operating temperature is generally at 180 ~ 250 DEG C, even higher, the food fried through high temperature loses nutritive value, sense of taste becomes bad, the blackening of food surface color, and the physical property even producing the aspects such as noxious material also there occurs change.Because oil temperature is high, the product nutriture value value difference processed, easily produces noxious material, and many foods easily make human body get fat, and shelf life of products is not long, and production cost is high, wastes energy, waste grease.
Frying at normal atmospheric pressure pot and normal pressure continuous fryer equipment processed food oil temperature 180 DEG C ~ 250 DEG C, even higher temperature, finished product oil content is more than 30%, the fried oil removing machine device of vertical vacuum belongs to prior art and uses wider process equipment, processed food temperature is generally at 90 DEG C ~ 140 DEG C, finished product oil content is 15% ~ 20%, although the fried oil remover of vertical vacuum changes frying at normal atmospheric pressure processed food method, reduce the processing temperature of grease, in nutrition, mouthfeel, the aspects such as color and luster change to some extent, although reduce finished product oil content, reduce cost, shelf-life extends to some extent, but due to can not automatic operation continuously, can not cut down finished cost further, the dregs of fat can not be removed at any time, food brings pollution at unclean grease Zhong Jia trade union feeding product for a long time, in processing variety, the problem such as to limit to some extent, therefore applying of this equipment is limited.
Summary of the invention
Because the above-mentioned defect of prior art, it is single that the utility model solves the fried converted products existed in prior art, adapt to the processing of multi items, adapt to large, medium and small fried enterprise, the simple low cost of manufacture of structure, remove the dregs of fat at any time, oil utilization rate is high, centrifugation de-oiling machine de-oiling rate is high, during the work of centrifugation de-oiling machine, noise is little, and vacuum system oil extraction is zero-emission, easy to maintenance, can adapt to the dissimilar food of the processing method adopting net belt type, it is as follows that existing spy enumerates a kind of continuous type vacuum frying-deoiling machine.
To achieve these goals, the utility model provides another kind of continuous type vacuum frying-deoiling machine to be at least provided with fried cabin, input and output material sealing device, centrifugation de-oiling machine, vacuum system, oil filter, cleaning systems and fried upper-deck cabin increasing apparatus, it is characterized in that: described fried cabin is made up of cabin (2) under fried cabin upper-deck cabin (1) and fried cabin, mass transport guipure (4) is provided with in fried cabin, binder guipure (5), de-oiling material basket (19-1) is provided with in described centrifugation de-oiling machine (19), discharging opening bottom upper-deck cabin (1) discharge end of fried cabin and discharge bucket, flashboard (14), damping block (17), bellows (18), centrifugation de-oiling machine (19) is connected with discharging sealing device (20 ＇), described cleaning systems to be arranged under fried cabin upper-deck cabin (1) and fried cabin in cabin (2) and centrifugation de-oiling machine (19), cleaning systems comprise remove slag device and cleaning device, described fried upper-deck cabin increasing apparatus is at least connected with fried cabin upper-deck cabin (1) by 4 clamping cylinders (25), described oily filter (21) or multistage filtering is set.
Above-mentioned fried cabin is made up of cabin (2) under fried cabin upper-deck cabin (1) and fried cabin, the discharging opening (20-12) of entrance lock (20) is connected with fried cabin upper-deck cabin (1) charging aperture, mass transport guipure (4) is provided with in cabin (2) under fried cabin upper-deck cabin (1) and fried cabin, binder guipure (5), mass transport guipure (4) is placed in frame (11), mass transport guipure (4) is provided with cleaning block (22), binder guipure (5) is placed in fried cabin upper-deck cabin (1), central links (6, 7) be connected with binder guipure (5), power is connected with mass transport guipure (4) by driving shaft (8) input.
De-oiling material basket (19-1) is provided with in above-mentioned centrifugation de-oiling machine (19), fried cabin upper-deck cabin (1) discharge end and flashboard (14), damping block (17), bellows (18) is connected with centrifugation de-oiling machine (19), de-oiling material basket (19-1) one end and variable-frequency motor (19-6) combine and form, variable receiving hopper (19-2) is provided with in de-oiling material basket (19-1), folding splicing plate (19-3) or flat splicing plate is provided with in receiving hopper (19-2), folding splicing plate (19-3) is by receiving, draw steel cable (19-5, 19-5 '), pinch roller (19-7) and cylinder (19-8) realize collapsible reciprocating motion, splicing plate (19-3) can adopt flat splicing plate (19-3) or folding splicing plate (19-3).
On the track limit that the folding splicing plate (19-3) arranged in de-oiling material basket (19-1) is movable, perpendicular two boards forms variable receiving hopper (19-2), when cylinder (19-8) is received to when pressing down by pinch roller (19-7), draw steel cable (19-5, 19-5 ') launch to fold to realize folding splicing plate (19-3) and launch folding simultaneously, splicing plate (19-3) is not by just forming receiving hopper when splicing plate (19-3) is not opened when centrifugation de-oiling machine (19) High Rotation Speed, when centrifugation de-oiling machine (19) low speed rotation, folding splicing plate (19-3) trails and just forms receiving hopper (19-2), the material of de-oiling just enters discharging again in discharging sealing device (20 ') through receiving hopper (19-2), flat splicing plate and cylinder are directly connected and can realize moving back and forth.
Above-mentioned cleaning systems to be arranged under fried cabin upper-deck cabin (1) and fried cabin in cabin (2) and centrifugation de-oiling machine, cleaning systems comprise remove slag device and cleaning device, the device that removes slag includes cleaning block (22), connect slag plate (23) and dregs of fat conveyer belt (28), cleaning block (22) is arranged on mass transport guipure (4), connect slag plate (23) and be arranged at bottom, cabin (2) under fried cabin, cleaning block (22) at least arranges 2 ~ 10 pieces, connect slag plate (23) to contact with the cleaning block (22) on mass transport guipure (4), under fried cabin, cabin (2) bottom is provided with clean conveyer belt (28), clean conveyer belt (28) arranges some row's hairbrush (29), cleaning device is arranged in upper-deck cabin (1) top, fried cabin and centrifugation de-oiling machine (19) by steam pipe.
Above-mentioned oily filter (21) at least comprises preposition oil filter (21-1), oil circulating pump (21-2), main fuel filter (21-3), rearmounted oil filter (21-4), oil storage tank (21-5), heat exchanger (21-6), oil filter (21) or arrange multistage filtering, the oily heat source of oil storage tank (21-5) can be set to steam or electricity or natural gas.
Above-mentioned vacuum system is provided with vavuum pump, vacuum port (15) and vacuum storage tank (24), vacuum port (15) is arranged on upper-deck cabin (1) outer top, fried cabin and centrifugation de-oiling machine (19) top, the forevacuum mouth (20-18) of input and output material sealing device (20,20 ＇) is provided with vacuum suction pipeline, vacuum port (15) place is provided with gs-oil separator, and fried cabin upper-deck cabin (1) inner top is provided with oil screen plate (10).
Above-mentioned fried upper-deck cabin increasing apparatus is connected with fried cabin upper-deck cabin (1) by clamping cylinder (25), the upper lower spring (27) of elevator (26) in fried cabin upper-deck cabin (1) and at least 4 clamping cylinders (25) connect and compose with clamping cylinder (25), as maintenance and the effect compressed that declines of rising.
Above-mentioned input and output material sealing device adopts input and output material sealing device (20,20 ＇) or adopts two vacuum valves to be combined into input and output material sealing device.
Above-mentioned input and output material sealing device (20,20 ＇) be provided with charging and discharging mouth pressing plate, sealing plate,
urunddichtringO, oscillating cylinder, sealing pressing strength feed system and return-flow system, by charging aperture (20-1), charging aperture pressing plate (20-9), charging center (20-7), charging pressing plate (20-10), center (20-11), discharging pressing plate (20-6 ＇), discharging center (20-8), discharging opening pressing plate (20-10 ＇), discharging opening (20-12) forms, it enters, discharging opening (20-1, 20-12) rectangle or circle can be arranged to, input and output material sealing plate (20-2, 20-2 ＇) be placed in respectively into, discharging center (20-7, with oscillating cylinder (20-5 20-8), 20-6) connect, oscillating cylinder (20-5, 20-6) be fixed on into, discharging center (20-7, 20-8) outside,
urunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) is placed in charging and discharging mouth pressing plate (20-9,20-10 ＇) and charging and discharging pressing plate (20-9,20-10) respectively
uin type seal groove,
utype seal groove and
uthe shape of cross section of RunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) is swallow-tail form, air inlet (106), the air inlet pipe (104) of sealing pressing strength communicate with air reservoir (107), gas returning port (105), the muffler (103) of sealing pressing strength communicate with the vacuum tank (108) of vacuum system, be mounted with forevacuum mouth (20-18) in center (20-11) one end, forevacuum mouth (20-18) is communicated with vacuum system by pipeline with vacuum storage tank (24),
The sealing pressing strength feed system of above-mentioned input and output material sealing device (20,20 ＇) and return-flow system, sealing pressing strength feed system is communicated with high pressure air system by high-pressure air tube (101), air inlet pipe (104), air inlet (106), pressure-regulating valve (109), magnetic valve (110), air accumulator (107), and pressure-air enters through air inlet (106)
uthe effect in the gap being sealed into discharging sealing plate (20-2,20-2 ＇) is played in RunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) chamber, and sealing pressing strength feed system can use the liquid of gas or certain viscosity;
Sealing pressing strength return-flow system is communicated with vacuum system by vacuum tube (102), gas returning port (105), muffler (103), magnetic valve (110), vacuum tank (108), gas returning port (105) with
urunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) chamber communicates;
Sealing pressing strength feed system and return-flow system are configured with electricity, gas automaton, and electricity, gas automaton at least include pressure-regulating valve (109), magnetic valve (110) composition.
The utility model is at publication CN200610022652.0, 20102052739.2 a kind of continuous type vacuum frying-deoiling machine of exploitation on basis, that a kind of loose material can enter continuously, when going out sustainable maintenance condition of high vacuum degree stable under carry out the mode of fried de-oiling processing, all completely different from domestic and international existing product, have employed simple high speed centrifugation oil remover device, speed can be arranged according to different cultivars, zero leakage sealing can be reached, structure is simple, be easy to manufacture, with low cost, easy to maintenance, applicable variety is wide, this equipment is applicable to greatly, in, the fried process equipment of small food processing enterprise, heating source can adopt electricity, fuel oil, combustion gas and the heating work of heat conduction wet goods method, can entirely realize automatically controlling by machine, this equipment is also applicable to continous vacuum impregnating equipment and uses, continous vacuum impregnating equipment can be used for food, the purposes such as electronic product and daily necessities uses.
This technological merit:
(1) vacuum frying carries out fried, dehydration at low temperature (80 ~ 120 DEG C) to food, and effectively can reduce the destruction of high temperature to food nutrient composition, can extend the operating period of grease, food security is reliable, constant product quality;
(2) lower temperature vacuum frying can prevent edible oil and fat deterioration rotten, and need not add other antioxidants, that can improve oil recycles rate, reduces costs.The oil content of general fried food is up to 40% ~ 50%, and the oil content of vacuum oil-field food is at 10%-20%, and fuel-economizing 30%-40%, oil-saving effect is remarkable.Food is crisp and oiliness, can store functional; (3) under vacuum conditions, the moisture in fruits and vegetables space between cells is sharply vaporized, is expanded, gap enlargement, and expansion effect is good, product palatable crisp, and the rehydration performance that tool is good;
(4) vacuum frying de-oiling has effect unique.Be mainly used at present: 1. fruits: apple, Kiwi berry, banana, jackfruit, persimmon, strawberry, grape, peach, pears etc.; 2. greengrocery: tomato, Ipomoea batatas, potato, kidney bean, garlic, carrot, green pepper, pumpkin, onion etc.; 3. dry fruit: green soya bean, broad bean, date, peanut etc.; 4. wheaten food class: crispy rice, fried dough twist etc., 5. aquatic products and livestock and poultry meat etc.;
(5) this equipment is also applicable to the use of continous vacuum impregnating equipment, and continous vacuum impregnating equipment can be used for the purposes such as food, electronic product and daily necessities and uses;
(6) this device fabrication cost is low, compress and easy to maintenance.
The utility model is designer gropes the science practicality of summing up out technical scheme by long-term practice, it has the advantages such as structure is simple, vacuum seal tight, good energy-conserving effect, oil content are low, equipment noise is low, safe and reliable, structure is simple, operating maintenance is convenient, of many uses.
Accompanying drawing explanation
Further describe the utility model below by embodiment, the utility model is not only confined to described embodiment.
Fig. 1 is a kind of continuous type vacuum frying-deoiling machine structural representation of the present utility model.
Fig. 2 is the centrifugation de-oiling machine structural representation of a kind of continuous type vacuum frying-deoiling machine of the present utility model.
Fig. 3 is a kind of continuous type vacuum frying-deoiling machine of the present utility model fried upper-deck cabin increasing apparatus structural representation.
Fig. 4 is the charging and discharging sealing device of a kind of continuous type vacuum frying-deoiling machine of the present utility model and sealing pressing strength feed system and return-flow system schematic diagram.
Detailed description of the invention
Structure of the present utility model and the course of work is further described by embodiment below in conjunction with accompanying drawing:
Fig. 1 is a kind of continuous type vacuum frying-deoiling machine overall structure schematic diagram of the present utility model, is applicable to the vacuum frying process equipment that multi items output is large.
Its course of work is: loose material enters through the charging aperture (3) through entrance lock (20), in entrance lock (20) after forevacuum mouth (20-18) air of finding time in loose material reaches certain vacuum degree, loose material falls into the mass transport guipure (4) in fried cabin from the discharging opening (20-12) of entrance lock (20), after the dehydration of a period of time, material is just to floating, floating material runs forward under the drive of binder guipure (5), the conveying of material after fried machining on foraminous conveyer (4), arrive foraminous conveyer (4) discharge end unnecessary oil droplet is fallen after just enter feed hopper by flashboard (14) material at regular time and quantity enter in centrifugation de-oiling machine (19), just the upper output of mass transport guipure (25) is fallen into by discharging sealing device (20 ') after high speed centrifugation is separated, so just complete and have suffered fried overall process.
Shown in Fig. 2: its course of work is: after fried machining, flashboard (14) is opened by flashboard cylinder (14 '), by loose material by feed hopper at regular time and quantity enter in centrifugation de-oiling machine (19) de-oiling material basket (19-1), after de-oiling material basket (19-1) high speed centrifugation is separated, falls into discharging sealing device (20 '), the upper output of mass transport guipure (25), so just completes and have suffered continuous fried de-oiling overall process.
As shown in Figure 2: its course of work is: the material after fried adopts bellows to connect by the discharging opening junction in vacuum frying cabin upper-deck cabin (2), can stretch and reduce vibration, fix at flashboard (14) discharge bucket joint damping block (17), can abate the noise like this and reduce vibration, the tapered net cylinder of de-oiling material basket (19-1), de-oiling material basket (19-1) is evenly drilled with Φ 2-Φ 4mm aperture, be welded as a whole by 3 ~ 6 support arms and axle, during first pan feeding, de-oiling material basket (19-1) starts to accelerate to rotate gradually, during de-oiling material basket (19-1) High Rotation Speed, folding splicing plate (19-2) is not opened, when centrifugation de-oiling certain hour centrifugation de-oiling material basket (19-1) low speed rotation, just receiving hopper is formed by folding splicing plate (19-2) being trailed under the effect of cylinder (19-4) and connecting rod, the material of abundant de-oiling falls into output on discharging sealing device (20 ') to mass transport guipure and carries out packaging arrangement, this completes continuous de-oiling overall process, material is under the condition of vacuum, realize abundant centrifugation de-oiling, avoid due to a small amount of material without de-oiling or fully de-oiling and affect a quality for portion's product.
Shown in Fig. 1: oily filter (21) its course of work is: oily filter (21) at least comprises preposition oil filter (21-1), oil circulating pump (21-2), main fuel filter (21-3), rearmounted oil filter (21-4) or arranges multistage oil filtration device, oil heating unit (21 ') includes oil storage tank, heat exchanger (21-5) and thermal source, and thermal source can be set to steam or electric or natural gas.The loose charging aperture (3) of material through entrance lock (20) enters fried cabin, the dregs of fat fallen down after fried are scraped off by the cleaning block (22) on mass transport guipure (4) and the contact connecing slag plate (23) and the dregs of fat in fried cabin and dregs of fat conveyer belt (28) arrange some row's hairbrush (29) and wipe bottom, cabin (2) suspension under fried cabin off, the dregs of fat and suspension enter preposition oil filter (21-1) coarse filtration from slag notch (11), main fuel filter (21-3) and the filter of rearmounted oil filter (21-4) essence is input to by oil circulating pump (21-2) after coarse filtration, input fried cabin by grease after essence filter again through heat exchanger (21-5) heating input oil heating unit (21 ') heating to use.
Shown in Fig. 1: the cleaning systems course of work is: cleaning device just can use cleaning device when maintenance or renew oil, cleaning device is provided with steam pipe, steam pipe all has setting with centrifugation de-oiling machine (19) in vacuum frying cabin, steam pipe can lead to steam and high-temperature water, needs to machine to clean just can complete automatic cleaning.
Shown in Fig. 1 and Fig. 2: the vacuum system course of work is: vacuum system is provided with vacuum storage tank (24) and vavuum pump, it is fluid injection-type that vavuum pump can adopt, liquid-ring type or other vacuum equipment, vavuum pump can adopt two-stage vacuum pump, it is that more than two places are communicated with vacuum frying cabin upper-deck cabin (1) respectively that purging vacuum pipe (15) is arranged on the upper quantity in vacuum frying cabin upper-deck cabin (1), at upper-deck cabin (1) top, vacuum frying cabin, one oil screen plate (10) can be set, oil screen plate (10) can block the oil gas molecule distilled in fried cabin, purging vacuum pipe (15) bleeding point place is provided with gs-oil separator, so just can reach the effect of dual Oil-gas Separation, just can reach the oil of discharging from vacuum system is zero.
Shown in Fig. 3: the course of work is: fried upper-deck cabin increasing apparatus clamping cylinder (25) is connected with fried cabin upper-deck cabin (1), can be used as during lifting and promote maintenance, fried upper-deck cabin increasing apparatus clamping cylinder (25) is connected with fried cabin upper-deck cabin (1), and fried upper-deck cabin increasing apparatus clamping cylinder (25) connects fried cabin upper-deck cabin (1) and declines and compress cabin (2) under fried cabin and play the effect that cabin (2) under fried cabin upper-deck cabin (1) and fried cabin seals.
As Figure 1 and Figure 4: described charging and discharging sealing device (20,20 ＇), its course of work: after material enters charging aperture (20-1), feeding seal plate (20-2) is opened by oscillating cylinder (20-7), discharging sealing plate (20-2 ＇) cuts out, material falls on discharging sealing plate (20-2 ＇), discharging sealing plate (20-2 ＇) close while sealing pressing strength enter
urunddichtringO (20-3, 20-3 ＇, 20-4, 20-4 ＇) play in chamber and be sealed into discharging sealing plate (20-2, 20-2 ＇) gap effect, the air that forevacuum mouth (20-18) is extracted out in center (20-11) forms vacuum state, discharging sealing plate (20-2 ＇) is drawn back by oscillating cylinder (8) and is opened, when discharging sealing plate (20-2 ＇) is drawn back, magnetic valve is opened cooled via return air pipe (103) and is drawn back by pressure gas in vacuum tank (108), material just falls on the mass transport guipure (4) in vacuum frying cabin and runs processing, discharging sealing plate (20-2 ＇) cuts out, sealing pressing strength feed system air reservoir (107) interior gas is through magnetic valve, air inlet pipe (104) supplies
ujust can discharging sealing plate (20-2 ＇) in RunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) chamber, gas returning port (105), the muffler (103) of sealing pressing strength return-flow system communicate with the vacuum tank (108) of vacuum system, draw back
urunddichtringO (20-3, 20-3 ＇, 20-4, 20-4 ＇) sealing pressing strength in chamber, at this moment feeding seal plate (20-2) is drawn back by oscillating cylinder (7) and is opened, when feeding seal plate (20-2) is drawn back, magnetic valve is opened, pressure gas is drawn back by cooled via return air pipe (103), material can enter in center (20-11), so just repeatedly enter serially, discharging is processed, sealing pressing strength feed system can use the liquid of gas or certain viscosity, when using liquid instead, the liquids recovery of one of them fluid reservoir changes the use of another fluid reservoir as recovery after putting in place, so just can repeatedly run reach into, the continuous operation object of discharging.
As Fig. 1, shown in Fig. 4: described in enter, discharging sealing device (20, 20 ＇) sealing pressing strength feed system and return-flow system, its course of work: sealing pressing strength feed system is configured with source of high pressure air, by high-pressure air tube (101), the air being transferred to certain pressure high pressure is flowed to air accumulator (107) by pressure-regulating valve (109), sealing load tracheae (101) is provided with magnetic valve (110), air accumulator (107) is energy feed system sealing pressing strength just, sealing pressing strength is by sealing load tracheae (101), the air of air inlet (106) supply sealing pressing strength system
utype annular seal space and
urunddichtringO (20-3, 20-3 ＇, 20-4, 20-4 ＇) chamber plays and is sealed into discharging sealing plate (20-2, 20-2 ＇) the effect in gap, when sealing pressing strength changes into liquid, sealing load solenoid (101) is provided with magnetic valve and controls air accumulator (107) and vacuum tank (108) rotation feed flow respectively, when air accumulator (107) magnetic valve is opened, just can feed system sealing load liquid, supply sealing load liquid just can be made after another vacuum tank (108) closed electromagnetic valve, air accumulator (107) and vacuum tank (108) just can distinguish feed system sealing load liquid, can ensure into, the vacustat of discharging is constant.What sealing pressing strength return-flow system adopted is vacuum back-flow system, and opening when magnetic valve (110) just can by the sealing pressing strength of U-shaped annular seal space by return duct (103), and sealing pressing strength is withdrawn into vacuum tank (108) by gas returning port (105),
utype annular seal space forms closed return-flow system, the vacuum system that so just unnecessary blanket gas can be withdrawn into vacuum tank (108) and this equipment with the use of, to reach full automatic working.
urunddichtringO back-pressure sealing system adopts the active force of sealing pressing strength feed system and sealing pressing strength return-flow system, and when input and output material sealing plate (20-2,20-2 ＇) is static, sealing pressing strength is entered by air inlet (106)
ube full of pressure air in type annular seal space to eject
urunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) sealing against leakage, before input and output material sealing plate (20-2,20-2 ＇) is movable, sealing pressing strength feed system just stops supply pressure gas, and magnetic valve (110) is opened, sealing pressing strength return-flow system works, and takes away
ugas in RunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) chamber, at this moment input and output material sealing plate (20-2,20-2 ＇) is removable, otherwise, just supply pressure gas when input and output material sealing plate (20-2,20-2 ＇) is static, magnetic valve (110) cuts out
urunddichtringO back-pressure sealing system can adopt pressed gas or liquid.
Above-mentioned just illustrative with reference to drawings and Examples description; instead of the restriction to phase utility model; although technical staff can make many changes on basis of the present utility model, do not depart from essence of the present utility model, all limit within protection domain in the utility model right.
Claims (10)
1. a continuous type vacuum frying-deoiling machine, at least be provided with fried cabin, input and output material sealing device, centrifugation de-oiling machine, vacuum system, oil filter, cleaning systems and fried upper-deck cabin increasing apparatus, it is characterized in that: described fried cabin is made up of cabin (2) under fried cabin upper-deck cabin (1) and fried cabin, mass transport guipure (4) is provided with in fried cabin, binder guipure (5), de-oiling material basket (19-1) is provided with in described centrifugation de-oiling machine (19), discharging opening bottom upper-deck cabin (1) discharge end of fried cabin and discharge bucket, flashboard (14), damping block (17), bellows (18), centrifugation de-oiling machine (19) is connected with discharging sealing device (20 ＇), described cleaning systems to be arranged under fried cabin upper-deck cabin (1) and fried cabin in cabin (2) and centrifugation de-oiling machine (19), cleaning systems comprise remove slag device and cleaning device, described fried upper-deck cabin increasing apparatus is at least connected with fried cabin upper-deck cabin (1) by 4 clamping cylinders (25), described oily filter (21) or multistage filtering is set.
2. a kind of continuous type vacuum frying-deoiling machine according to claim 1, it is characterized in that: fried cabin is made up of cabin (2) under fried cabin upper-deck cabin (1) and fried cabin, the discharging opening (20-12) of entrance lock (20) is connected with fried cabin upper-deck cabin (1) charging aperture, mass transport guipure (4) is provided with in cabin (2) under fried cabin upper-deck cabin (1) and fried cabin, binder guipure (5), mass transport guipure (4) is placed in frame (11), mass transport guipure (4) is provided with cleaning block (22), binder guipure (5) is placed in fried cabin upper-deck cabin (1), central links (6, 7) be connected with binder guipure (5), power is connected with mass transport guipure (4) by driving shaft (8) input.
3. a kind of continuous type vacuum frying-deoiling machine according to claim 1 and 2, it is characterized in that: in centrifugation de-oiling machine (19), be provided with de-oiling material basket (19-1), fried cabin upper-deck cabin (1) discharge end and flashboard (14), damping block (17), bellows (18) is connected with centrifugation de-oiling machine (19), de-oiling material basket (19-1) one end and variable-frequency motor (19-6) combine and form, variable receiving hopper (19-2) is provided with in de-oiling material basket (19-1), folding splicing plate (19-3) or flat splicing plate is provided with in receiving hopper (19-2), folding splicing plate (19-3) is by receiving, draw steel cable (19-5, 19-5 '), pinch roller (19-7) and cylinder (19-8) realize collapsible reciprocating motion, splicing plate (19-3) can adopt flat splicing plate (19-3) or folding splicing plate (19-3).
4. a kind of continuous type vacuum frying-deoiling machine according to claim 1 and 2, it is characterized in that: cleaning systems to be arranged under fried cabin upper-deck cabin (1) and fried cabin in cabin (2) and centrifugation de-oiling machine (19), cleaning systems comprise remove slag device and cleaning device, the device that removes slag includes cleaning block (22), connect slag plate (23) and dregs of fat conveyer belt (28), cleaning block (22) is arranged on mass transport guipure (4), connect slag plate (23) and be arranged at bottom, cabin (2) under fried cabin, cleaning block (22) at least arranges 2 ~ 10 pieces, connect slag plate (23) to contact with the cleaning block (22) on mass transport guipure (4), under fried cabin, cabin (2) bottom is provided with clean conveyer belt (28), clean conveyer belt (28) arranges some row's hairbrush (29), cleaning device is arranged in upper-deck cabin (1) top, fried cabin and centrifugation de-oiling machine (19) by steam pipe.
5. a kind of continuous type vacuum frying-deoiling machine according to claim 1, it is characterized in that: oily filter (21) at least comprises preposition oil filter (21-1), oil circulating pump (21-2), main fuel filter (21-3), rearmounted oil filter (21-4), oil storage tank (21-5), heat exchanger (21-6), oil filter (21) or arrange multistage filtering, the oily heat source of oil storage tank (21-5) can be set to steam or electricity or natural gas.
6. a kind of continuous type vacuum frying-deoiling machine according to claim 1, it is characterized in that: vacuum system is provided with vavuum pump, vacuum port (15) and vacuum storage tank (24), vacuum port (15) is arranged on upper-deck cabin (1) outer top, fried cabin and centrifugation de-oiling machine (19) top, the forevacuum mouth (20-18) of input and output material sealing device (20,20 ＇) is provided with vacuum suction pipeline, vacuum port (15) place is provided with gs-oil separator, and fried cabin upper-deck cabin (1) inner top is provided with oil screen plate (10).
7. a kind of continuous type vacuum frying-deoiling machine according to claim 1, it is characterized in that: fried upper-deck cabin increasing apparatus is connected with fried cabin upper-deck cabin (1) by clamping cylinder (25), the upper lower spring (27) of elevator (26) in fried cabin upper-deck cabin (1) and at least 4 clamping cylinders (25) connect and compose with clamping cylinder (25), as maintenance and the effect compressed that declines of rising.
8. a kind of continuous type vacuum frying-deoiling machine according to claim 1 and 2, is characterized in that: input and output material sealing device (20,20 ＇) be provided with charging and discharging mouth pressing plate, sealing plate,
urunddichtringO, oscillating cylinder, sealing pressing strength feed system and return-flow system, by charging aperture (20-1), charging aperture pressing plate (20-9), charging center (20-7), charging pressing plate (20-10), center (20-11), discharging pressing plate (20-6 ＇), discharging center (20-8), discharging opening pressing plate (20-10 ＇), discharging opening (20-12) forms, it enters, discharging opening (20-1, 20-12) rectangle or circle can be arranged to, input and output material sealing plate (20-2, 20-2 ＇) be placed in respectively into, discharging center (20-7, with oscillating cylinder (20-5 20-8), 20-6) connect, oscillating cylinder (20-5, 20-6) be fixed on into, discharging center (20-7, 20-8) outside,
urunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) is placed in charging and discharging mouth pressing plate (20-9,20-10 ＇) and charging and discharging pressing plate (20-9,20-10) respectively
uin type seal groove,
utype seal groove and
uthe shape of cross section of RunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) is swallow-tail form, air inlet (106), the air inlet pipe (104) of sealing pressing strength communicate with air reservoir (107), gas returning port (105), the muffler (103) of sealing pressing strength communicate with the vacuum tank (108) of vacuum system, be mounted with forevacuum mouth (20-18) in center (20-11) one end, forevacuum mouth (20-18) is communicated with vacuum system by pipeline with vacuum storage tank (24).
9. a kind of continuous type vacuum frying-deoiling machine according to claim 1, it is characterized in that: the sealing pressing strength feed system of input and output material sealing device (20,20 ＇) and return-flow system, sealing pressing strength feed system is communicated with high pressure air system by high-pressure air tube (101), air inlet pipe (104), air inlet (106), pressure-regulating valve (109), magnetic valve (110), air accumulator (107), and pressure-air enters through air inlet (106)
uthe effect in the gap being sealed into discharging sealing plate (20-2,20-2 ＇) is played in RunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) chamber, and sealing pressing strength feed system can use the liquid of gas or certain viscosity;
Sealing pressing strength return-flow system is communicated with vacuum system by vacuum tube (102), gas returning port (105), muffler (103), magnetic valve (110), vacuum tank (108), gas returning port (105) with
urunddichtringO (20-3,20-3 ＇, 20-4,20-4 ＇) chamber communicates;
Sealing pressing strength feed system and return-flow system are configured with electricity, gas automaton, and electricity, gas automaton at least include pressure-regulating valve (109), magnetic valve (110) composition.
10. a kind of continuous type vacuum frying-deoiling machine according to claim 1 and 2, is characterized in that: input and output material sealing device adopts input and output material sealing device (20,20 ＇) or adopts two vacuum valves to be combined into input and output material sealing device.
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| CN201420398427.7U CN204090870U (en) | 2014-07-18 | 2014-07-18 | A kind of continuous type vacuum frying-deoiling machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420398427.7U CN204090870U (en) | 2014-07-18 | 2014-07-18 | A kind of continuous type vacuum frying-deoiling machine |
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| Publication Number | Publication Date |
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| CN204090870U true CN204090870U (en) | 2015-01-14 |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105076276A (en) * | 2015-05-28 | 2015-11-25 | 南京农大肉类食品有限公司 | Automatic continuous fryer |
| CN105309530A (en) * | 2014-07-18 | 2016-02-10 | 陈长清 | Continuous vacuum frying oil removing machine |
| CN105495472A (en) * | 2016-01-01 | 2016-04-20 | 西昌学院 | Making method and device for French fried potatoes |
| CN105639538A (en) * | 2016-01-01 | 2016-06-08 | 西昌学院 | Potato chip processing device |
| CN105661411A (en) * | 2016-01-01 | 2016-06-15 | 西昌学院 | Processing method and device thereof of potato chips |
| CN105661410A (en) * | 2016-01-01 | 2016-06-15 | 西昌学院 | Potato chip production device |
| CN106259587A (en) * | 2015-06-11 | 2017-01-04 | 陈长清 | A kind of fried deoiler of continuous vacuum |
| CN113980737A (en) * | 2021-11-25 | 2022-01-28 | 王勇 | Continuous production process of animal fat |
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2014
- 2014-07-18 CN CN201420398427.7U patent/CN204090870U/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105309530A (en) * | 2014-07-18 | 2016-02-10 | 陈长清 | Continuous vacuum frying oil removing machine |
| CN105076276A (en) * | 2015-05-28 | 2015-11-25 | 南京农大肉类食品有限公司 | Automatic continuous fryer |
| CN106259587A (en) * | 2015-06-11 | 2017-01-04 | 陈长清 | A kind of fried deoiler of continuous vacuum |
| CN105495472A (en) * | 2016-01-01 | 2016-04-20 | 西昌学院 | Making method and device for French fried potatoes |
| CN105639538A (en) * | 2016-01-01 | 2016-06-08 | 西昌学院 | Potato chip processing device |
| CN105661411A (en) * | 2016-01-01 | 2016-06-15 | 西昌学院 | Processing method and device thereof of potato chips |
| CN105661410A (en) * | 2016-01-01 | 2016-06-15 | 西昌学院 | Potato chip production device |
| CN105639538B (en) * | 2016-01-01 | 2023-08-08 | 西昌学院 | Fried potato chips processingequipment |
| CN105495472B (en) * | 2016-01-01 | 2023-08-08 | 西昌学院 | Preparation method and device of fried potato strips |
| CN105661410B (en) * | 2016-01-01 | 2023-08-08 | 西昌学院 | Potato chip production device |
| CN105661411B (en) * | 2016-01-01 | 2023-09-08 | 西昌学院 | Processing method and device for potato chips |
| CN113980737A (en) * | 2021-11-25 | 2022-01-28 | 王勇 | Continuous production process of animal fat |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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