CN203618744U - Continuous type cooling system preventing feed mildew - Google Patents
Continuous type cooling system preventing feed mildew Download PDFInfo
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- CN203618744U CN203618744U CN201320849581.7U CN201320849581U CN203618744U CN 203618744 U CN203618744 U CN 203618744U CN 201320849581 U CN201320849581 U CN 201320849581U CN 203618744 U CN203618744 U CN 203618744U
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Abstract
The utility model discloses a continuous type cooling system preventing feed mildew. The continuous type cooling system preventing feed mildew comprises a cooling device, a conveying device and a control device and further comprises a material containing box movably connected with the conveying device. The control device is electrically connected with the cooling device and the conveying device. The cooling device comprises a cooling box body. The two sides of the cooling box body are provided with a feeding opening and a discharging opening respectively. The interior of the cooling box body is communicated with a gas inlet pipe of a vacuum pump, and the interior of the cooling box body is provided with a water catcher. A gas outlet pipe of the vacuum pump is communicated with a vacuum dehumidifier, and the conveying device penetrates through the feeding opening and the discharging opening of the cooling box body. The cooling box body is internally provided with a temperature sensor, the gas inlet pipe of the vacuum pump is internally provided with a vacuum degree sensor, and the control device is a PLC system. According to the structure, a pre-cooler of a cabinet type structure is adopted, the structure is simple, the number of moving parts is small, sealing is easy, maintaining is quite convenient, production efficiency is high, the energy utilization rate is high, and the mildew-prevention effect is obvious.
Description
Technical field
The utility model relates to feed processing technology field, is specifically related to the cooling system that a kind of continous way feedstuff mildew becomes.
Background technology
The animal feed of the large-scale cultivation such as pig, chicken is normally made up of protein feeds, energy feed, roughage, green forage, ensilage, mineral feed and feed addictive; Category divides: reinforced and premix entirely.Protein feeds comprises vegetable protein feed and the large class of feed contg. animal protein two.Vegetable protein feed has the sub-reality of beans and processed side product, cereal processed side product and oil cake etc.; Feed contg. animal protein comprises blood bone meal, fish meal, silkworm chrysalis etc., is characterized in that protein content is high, is 3-8 times of grain trough.As in usually raising, coarse food grain and energy feed are combined together and are fed pigs, use and suitably can make male and female pig normally breed, promote piglet growth and fattening to increase weight.
Feed is in storage, transportation, sale and use procedure, very easily go mouldy, the mould contamination feed of raised growth and breeding, not only consume the nutriment in feed, feeding quality is declined, the price of deed reduces, thereby and livestock and poultry can cause that diarrhoea, enteritis digestion power reduce after edible, degradation symptom under lymphatic function, serious causes death.
Therefore, how to prevent the food security problem that the Shi Ge state of going mouldy of feed all will face, and the mildew-resistant of feed is fundamentally to solve the effective way that mycotoxin produces.Now current development situation is done to simple a conclusion, is domesticly mainly set about from following several respects:
1. control raw material moisture.This is the most basic method of mildew-resistant, and going mouldy is all to betide high humidity environment, and General Requirements corn, Chinese sorghum, paddy etc. are no more than 14%; Soybean and grouts thereof, wheat class, inferior powder, sugared bran class.Dehydrated sweet potato, cassava is dry is no more than 13%; Cotton cake dregs, dregs of rapeseed cake, sunflower benevolence grouts, flaxseed grouts, shelled peanut grouts, fish meal, bone meal and meat meal tankage are no more than 12%.
2. keep the freshness of feedstuff.The freshness of raw material is to determine the quality of feed own and the factor of shelf-life.
3. should control moisture and temperature in feed process, preferably apply HACCP quality detecting system.Because mould more easily grows on cereal destroyed or that processed, so that this process seems is particularly important.
4. application Midew preventive for feed.Product take propionic acid and its esters as main component is very effective in mould fungus inhibition growth, and adopt by multiple coordinates by machine acid mould inhibitor the compound anti-virus agent forming by a certain percentage now, to increase anti-mold effect.
Except above method, external Feed Manufacturing manufacturer and scientific research personnel, attach great importance to research and the application of Prevention of Mould Development.In recent years, the feedstuff mildew technology of employing mainly contains following several:
Radiation sterilization.Feed, after pulverizing or granulating processing, all can infect some pathogenic bacteria as salmonella and Escherichia coli etc.After U.S. scientific research personnel penetrates chicken feed 10GP ray width, be placed in 30 ℃, the environment of relative humidity 80% and store one month, mould does not breed; And without the chicken feed of radiation, after same condition and same time storage, go mouldy, width is penetrated feed can reach sterilization effect, can long-term storage and never degenerate.
Add mould inhibitor.The external Midew preventive for feed using is more, as KI, calcium iodate, calcium propionate, formic acid, seawood meal, orange peel ethanol extract etc.According to Japanese scientific and technical personnel's research, by better multiple mould inhibitor mixing result of use, they mix 92% seawood meal (sea mustard powder or Kelp Powder) and 4% calcium iodate, 4% calcium propionate, make an addition in feed by 8% addition, be placed under 30 ℃, the environment of 100% relative humidity, in one month, can not mildew; And not adding the feed of mould inhibitor, 5d can mildew; Add wherein a kind of feed of mould inhibitor, 10～15d can send out mouldy, and therefore Japan makes efficient feed mildew inhibitor by seawood meal, calcium iodate after mixing.
Use mouldproof packaging, bag.The feed mildewproof packaging bag of Japan scientific research personnel invention, can guarantee that the feed of packaging does not go mouldy for a long time, and this feed mildewproof packaging bag, is made up of vistanex, wherein contains 0.01%～0.50% vanillic aldehyde or ethyl vanillin.Because can making vanillic aldehyde or the fragrant aldehyde of ethyl, polyolefin resin film slowly evaporates, go and be penetrated in feed, can not only mildew-resistant, and because there being fragranced, also can make feed be applicable to the taste of animal, the skin of bag, also covers the film that can prevent vanillic aldehyde or ethyl vanillin diffusion, in vistanex, vanillic aldehyde or ethyl vanillin content are at least 0.01%, and the best is 0.50% left and right.If content is on the low side, fungicidal properties is poor; If too high levels, can affect film forming.
Chemical disinfection and irradiation mildew-resistant.The scientific research personnel of the former Soviet Union thinks, feed is first carried out to chemical disinfection, then carries out radiation, and not only sterilizing, anti-mold effect are good, and can improve the content of vitamin D in feed.Fodder crushing is arrived 0.2mm by they, add again and be equivalent to the ammoniacal liquor of feed weight 1.2% or 2.0% propionic acid or 2.0% formic acid and carry out chemical treatment, and under the condition of constantly stirring, irradiate with the ultraviolet ray that intensity is 120kJ/m, can make microbial growth fertility in feed reduce by 99.8%, long term storage can not be gone mouldy, and in feed, the fowl amount of vitamin D is also brought up to 180mg/kg, and its effect is all more much better than carrying out chemical disinfection or carry out separately radiation sterilization separately.
Control genetic of fungi password.Feed mold is toward being firmly the pollution that is subject to two kinds of eumycetins of aflatoxin and aspergillus parasiticus, and for preventing the biosynthesis of aflatoxin, available genetic method changes fungi, makes it lose the enzyme that produces aflatoxin.Those are changed the fungi of factory, can successfully be at war with unaltered aspergillus, to control the pollution of aflatoxin to feed.
In sum, current Prevention of Mould Development and method are mainly to control moisture, chemicals or the direct sterilizing of radiation etc. in feed both at home and abroad, some effects are better but cost is higher, also the increase having new composition enter feed its on not further research of institute domesticated animal and eater's impact, new method or technology also emerge in an endless stream, as the researchers of United States Department of Agriculture (USDA) are cultivating the corn variety that can resist aflatoxin, but commercialization also needs the regular hour to marketing.
So-called vacuum pre-cooling technology, also referred to as vacuum cooled, vacuum cooled, due to the difference in used place, is called as respectively now: the calls such as vacuum pre-cooling, vacuum rapid are cooling, vacuum refrigeration, vacuum precooling freshness retaining; At first vacuum cooled is only for fresh-keeping chain the first link-precooling of field agricultural product.Coolingly rapidly meet the requirements of that low temperature just can suppress agricultural product, food causes rotten microbial growth, effect and the respiration of inhibitory enzyme, and can reduce the alcoholic fermentation effect of agricultural product.Vacuum cooled ratio is placed directly in cooling rate in freezer soon and evenly, can keep color and the nutrition of existing product.And the vacuum cooled current the fastest optimal Refrigeration Technique of cooling rate just, it can make agricultural product and the meats such as vegetables, fruit and fresh flower, fish, cure class, the food such as cooked product Quick uniform under vacuum state is cooling, make the quality of product, freshness and nutritive value obtain effectively and safety assurance.Bake and bank up with earth based food and be cooled to 30 ℃ of need 6 ~ 8 minutes from 160 ℃, normal food material is cooled to normal temperature also only to need 10 ~ 15 minutes from 100 ℃, be cooled to 0 ° of C to need below about 25 ~ 28 minutes, be cooled to-18 ° of C to need below, about 35 minutes, to there is as seen high production efficiency; Therefore, this technology is widely used at numerous Food processing manufacture fields.Specifically vacuum pre-cooling refers under normal atmosphere (An) (101.325kPa), and water is 100 ℃ of evaporations, if atmospheric pressure is 610Pa, water is 0 ℃ of just evaporation, and the boiling point of water declines along with the reduction of ambient atmosphere pressure.Boiling is to evaporate rapidly, can absorb hastily heat.Feed is placed in airtight container, deflates rapidly and water vapour, and along with the lasting reduction of pressure, feed can be because of constantly, transpiring moisture is cooling rapidly.The dehydration of vacuum cooled is generally in 3% left and right, due to pressure differential, pernicious gas and heat in feed granules are also drawn out of thereupon, like this, in vacuum cooled situation, coolingly from granule interior to outer surface, carry out simultaneously, evenly cooling, this is that vacuum cooled institute is exclusive, other any cooling means be all from outer surface to organization internal slowly " infiltration " cooling, thereby the time of guaranteeing the quality is long.Vacuum pre-cooling equipment is a kind of cooling process equipment, is not refrigerating equipment.Its purposes just allows feed etc. be cooled to rapidly the temperature of setting, and then just from equipment, article is taken out, or is placed in air, or directly transport, or put into freezer.Because microorganism etc. is in resting state, the recovery of its vitality needs time course, and this process is exactly the shelf-life, and feed rotten be to exceed more than 12% in feed water content just easily to occur, also need the more time.
Although China just starts to have technical research and the device fabrication of vacuum cooled in the middle and later periods eighties 20th century, but even to this day, domestic have Qia Aina company, Ying Xiang company by Shanghai, the enterprises such as Shenzhen You Wanbaokun company, Yuan Zhou company are being engaged in the research, development and production of vacuum pre-cooling equipment for a long time, and simultaneously domestic also had a large amount of research works about the practice of vacuum pre-cooling equipment and theoretical side.The purposes of vacuum cooled in agricultural product cooked product process of manufacture: a. greengrocery: leaf vegetables, stem dish, cauliflower, bacterium mushroom dish etc.; B. staple food: rice, noodles, steamed bun, corn, dumpling, sushi, candied fruit etc.; C. poultry: boiling chicken and duck, barbecue chicken and duck, salt solution goose etc.; D. meat-eating race: boiling pig, ox, sheep, rabbit meat etc.; E. fish and shrimp: freshwater fish, ocean fish, shellfish, shrimp, crab etc.; F. fried class: fried food, Deep-fried meatballs etc.; G. bake and bank up with earth class: moon cake, cake, bread etc.; H. fillings class: mooncake filling, rice dumpling stuffing, conditioning food etc.; I. other classes: the cooling and crystalline solid of chemical industry high-temperature material, metal casting molding sand etc.
Feed in common process through shaping particles, packing after 180 ℃ of high-temperature steam sterilization process together, in this operation, there are various bacteria and microorganism, the required higher and sterilizing time of temperature of killing fully just can reach inside and outside one killing rate of making peace, but due to inside and outside uniformity and modified after temperature at 85 ~ 90 ℃, many microorganisms, bacteria living, in the time that its temperature is dropped to by force 40 ℃ of left and right of temperature, the water content 15% in last when packing by high pressure positive blower, microorganism, bacterial activity ability, fertility are the strongest; On the other hand, feed is from storage and transport process, because the storehouse between feed continues the time that loose temperature need to be longer to normal temperature, just it is the period that the vitality such as bacterium are stronger in this temperature range, particularly when, overcast and rainy state relatively high in environment temperature, weather humidity, for guaranteeing the quality and extending the mildew-resistant time, this is very disadvantageous condition, and feed is rotten at once at shorter shelf life, and it is necessary therefore adopting novel anti-equipment or the technology of going mouldy; Again because modern society is higher to food safety requirements, as most important protein source on human foods chain, the food of animal must be the safe guarantee mankind food security, add the methods such as mould inhibitor not too applicable.
Chen Changqing is in " sealing device of a kind of continuous vacuum (pressure) charging and discharging processing " of invention in 2010, application number is 200510020923.4, adopt hydraulic system as driving, a larger potential safety hazard for Feed Manufacturing, in addition, also there is the problem of the following aspects: 1) adopt mode and the working space vacuum chamber of rotary drum less, act on the limited time of material, produce in a large number; 2) this device adopts hydraulic system and liquid storage equipment not to be suitable for Feed Manufacturing workshop, and cost also cannot be imagined; 3) precooling of normal temperature material can only be applicable to, high temperature and anti-low temperature requirement of going mouldy in Feed Manufacturing can not be met; 4) be subject to service life the impact of seal larger, its structure too complex, coordinates and requires highly between movement parts, and part easily weares and teares, corrosion failure, safeguards inconvenience, needs often lubricated guarantee motion and sealing; 5) can not reclaim waste vapour latent heat, cause the waste of energy consumption.
summary of the invention
The purpose of this utility model is: overcome the deficiencies in the prior art, the cooling system that provides a kind of continous way feedstuff mildew to become, adopt the precooler of cabinet type structure, simple in structure, moving component is few, be easy to sealing, it is quite convenient to safeguard, production efficiency is high, energy utilization rate is high, and the anti-effect of going mouldy is remarkable.
Technical solution adopted in the utility model is:
The cooling system that continous way feedstuff mildew becomes, comprise cooling device, conveyer and control device, also comprise the magazine being flexibly connected with conveyer, described control device is electrically connected with cooling device and conveyer respectively, described cooling device comprises cooling box, the both sides of described cooling box are respectively equipped with charging aperture and discharging opening, cooling box is inner to be communicated with the air inlet pipe of vavuum pump, cooling box inside is provided with water vessel, the escape pipe of described vavuum pump is communicated with vacuum dehumidifier, the delivery port of described vacuum dehumidifier and gas outlet are communicated with hot water gathering-device and boiler respectively, by temperature sensor set in cooling box, and set vacuum sensor in the air inlet pipe of vavuum pump, the temperature in cooling box is controlled to 4 ~ 5 degrees Celsius, vacuum is below 97%, described conveyer passes from charging aperture and the discharging opening of cooling box, described control device is PLC system.Feed is placed in cooling box, vavuum pump deflates rapidly and water vapour, along with the lasting reduction of pressure, feed can be because of constantly, rapidly transpiring moisture to take away energy cooling, due to pressure differential, pernicious gas and heat in feed granules are also drawn out of thereupon, like this, under vacuum condition, coolingly from granule interior to outer surface, carry out simultaneously, evenly cooling; Then just from equipment, feed is taken out, or be placed in air, or directly transportation, or put into freezer, thereby the time of guaranteeing the quality is long.
The further improvement project of the utility model is that described conveyer comprises end to end leading portion conveyer, stage casing conveyer, back segment conveyer and backhaul conveyer.
The utility model further improvement project is that described conveyer comprises support, also comprises the guider of being located at support both sides, on described support 201, is aligned in sequence with many carrying rollers; Described guider is gib block or guide plate.
The utility model further improvement project is, the support top of described leading portion conveyer is fixed with multiple " door " font top frame successively, in the both sides vertical rod of described top frame, be respectively equipped with driving-belt, the surface distributed of described driving-belt pushes away box block, described driving-belt is in transmission connection by the drive A that is fixed on rotating shaft, described rotating shaft is flexibly connected with vertical rod by bearing block, and a wherein rotating shaft of described driving-belt provides driving force by motor; The rotating shaft that another root rotating shaft is relative with opposite side driving-belt, top all protrudes upward, and is fixed with the gear of intermeshing transmission, and the number of teeth of described gear equates.The described box block that pushes away guarantees that the magazine of having feeded is pushed into reliably charging aperture and enters in cooling box; Described motor is fixed on top frame.
The utility model further improvement project is, the top of described magazine is uncovered structure, and magazine top movable is connected with lid, and the contact edge of described lid and magazine is along being provided with sealing strip A, lid open the direction direction of transfer of conveyer dorsad.
The utility model further improvement project is, described lid is connected by hinged pneumatic spring with magazine, guarantee lid can be under stressed effect freely around hinge pin rotate and the state that do not stress under automatically upspring.
The utility model further improvement project is, described magazine has multiple, between be provided with jockey, described jockey comprises bayonet lock and the draw-in groove be located at respectively in adjacent magazine opposing sidewalls.
The utility model further improvement project is, in each magazine, is provided with dividing plate, and described dividing plate will be divided into multiple chambers in box.
The utility model further improvement project is, the plate construction of described lid and magazine is the middle 5mm of employing steel plate, described steel plate both sides end face is respectively equipped with the thick corrosion resistant plate of 1mm, between steel plate and corrosion resistant plate surface, be adhesively fixed with metal species seccotine, particularly notice that the surperficial part contacting with cooling box charging aperture, discharging opening is smooth, smooth, seal reliable and minimizing coefficient of friction without defects such as convex-concaves with assurance.
The utility model further improvement project is, the charging aperture of described cooling box and discharging opening are double-deck passway, and the edge of opening place of described double-deck passway is respectively equipped with sealing strip B.
The utility model further improvement project is, the sealing strip B that establish in the edge of opening place of the described double-deck passway sealing that contacts with magazine side face.
The utility model further improvement project is, the charging aperture of described cooling box and discharging opening towards magazine to a side roof part be provided with gland roller, after the distance between lowest part and the conveyer of described gland roller and closed lid, the height of magazine matches.
When use, the packaging bag opening upwards that is loaded with feed is positioned in the chamber of magazine, and its bayonet socket is connected with another magazine bayonet lock that is about to enter closed chamber, it is noted that magazine must contact with pushing away box block, enters cooling box to realize pusher from charging aperture.When present segment conveyer promotion magazine moves to charging aperture, lid is glanded roll-in lower cover on magazine, forms the space of sealing; After entering in cooling box, lid can automatically be upspring, to guarantee the effusion of steam and air, in the time of the discharging opening place of cooling box, lid is glanded again under roll-in and forms sealing, after release discharging opening, can automatically upspring again, enters down one sealing process and realizes sealing.Sealing can be Vacuum Package, can be also conventional encapsulation.
After encapsulation, on the backing plate by feed stacking in warehouse, after feed ricks, by have heat-blocking action blanket or thick cotton-wadded quilt carry out the bedding of feed, avoid feed to make moist and heat up; Or also can directly feed be placed in the refrigerating chamber of sealing.A little less than feed can make the vitality such as microorganism, bacterium after vacuum is quick cooling, the long period keeps this low temperature, and there is the decisive action of outbalance the time that increases this stage concerning mildew-resistant, can greatly delay the time that feed becomes damp and rotten.
The utility model also can be applied to feedstuff, when the raw material freshness of feed or in the situations such as rainy weather easily makes moist, can use equally the utility model, also can reach anti-effect of going mouldy.
The beneficial effects of the utility model are:
The first, the cooling system that continous way feedstuff mildew of the present utility model becomes, does not add medium in whole production process, adopt physics mode, both guaranteed quality raising, increased again the quality guarantee period, easy to use, control simply, cost increase is compared much smaller with waste with loss.
The second, the cooling system that continous way feedstuff mildew of the present utility model becomes, adopts the precooler of cabinet type structure, simple in structure, moving component is few, easy to maintenance.
Three, the cooling system that continous way feedstuff mildew of the present utility model becomes, through the vacuum cooled of cooling box, can avoid feed to go mouldy for a long time, extends the shelf-life of feed.
Four, the cooling system that continous way feedstuff mildew of the present utility model becomes, the waste vapour of vavuum pump being taken away by vacuum dehumidifier carries out gas-liquid separation, and is delivered to respectively boiler and hot water gathering-device carries out recycling, has improved energy utilization rate.
Five, the cooling system that continous way feedstuff mildew of the present utility model becomes, by the control of PLC system, is convenient to realize the production automation of enterprise, has improved production efficiency, and what be convenient to production process can be handling.
accompanying drawing explanation:
Fig. 1 is that the master of the utility model structure looks partial schematic sectional view.
Fig. 2 is that the master of front end conveyer structure in Fig. 1 looks schematic diagram.
Fig. 3 is the schematic top plan view of Fig. 2 structure.
Fig. 4 is that the master of magazine structure in Fig. 1 is depending on analysing and observe enlarged diagram.
Fig. 5 is the schematic top plan view of Fig. 4 structure.
the specific embodiment:
In conjunction with Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, the utility model cooling device, conveyer and control device 12, also comprise the magazine 3 being flexibly connected with conveyer, described control device 12 is electrically connected with cooling device and conveyer respectively, described cooling device comprises cooling box 1, the both sides of described cooling box 1 are respectively equipped with charging aperture and discharging opening, cooling box 1 is inner to be communicated with the air inlet pipe of vavuum pump 5, cooling box 1 inside is provided with water vessel 7, the escape pipe of described vavuum pump 5 is communicated with vacuum dehumidifier 6, the delivery port 13 of described vacuum dehumidifier 6 and gas outlet 14 are communicated with hot water gathering-device and boiler respectively, by the interior set temperature sensor 16 of cooling box 1, and set vacuum sensor 15 in the air inlet pipe of vavuum pump 5, the temperature in cooling box 1 is controlled to 4 ~ 5 degrees Celsius, vacuum is below 97%, described conveyer passes from charging aperture and the discharging opening of cooling box 1, described control device 12 is PLC system.
Described conveyer comprises end to end leading portion conveyer 2, stage casing conveyer 9, back segment conveyer 10 and backhaul conveyer.
Described conveyer comprises support 201, also comprises the guider 206 of being located at support 201 both sides, on described support 201, is aligned in sequence with many carrying rollers 202; Described guider 206 is gib block or guide plate (in the implementation case, guider 206 is gib block).
The top of described magazine 3 is uncovered structure, and magazine 3 top movable are connected with lid 35, described lid 35 with the contact edge of magazine 3 along being provided with sealing strip A34, lid 35 open the direction direction of transfer of conveyer dorsad.
Described lid 35 is connected by hinged pneumatic spring 33 with magazine 3, and assurance lid 35 can automatically be upspring freely under stressed effect under hinge pin rotation and the state that do not stress.
Described magazine 3 has multiple, between be provided with jockey, described jockey comprises bayonet lock 32 and the draw-in groove 36 be located at respectively in adjacent magazine 3 opposing sidewalls.
In each magazine 3, be provided with dividing plate 39, described dividing plate 39 will be divided into multiple chambers 31 in box.
The plate construction of described lid 35 and magazine 3 adopts the thick steel plate 38 of 5mm in the middle of being, described steel plate 38 both sides end faces are respectively equipped with the corrosion resistant plate 37 that 1mm is thick, between described steel plate 38 and corrosion resistant plate 37 surfaces, be adhesively fixed with metal species seccotine, particularly notice that the surperficial part contacting with cooling box 1 charging aperture, discharging opening is smooth, smooth, seal reliable and minimizing coefficient of friction without defects such as convex-concaves with assurance.
The charging aperture of described cooling box 1 and discharging opening are double-deck passway 4, and the edge of opening place of described double-deck passway 4 is respectively equipped with sealing strip B8.
The sealing strip B8 that establish in the edge of opening place of described double-deck passway 4 sealing that contacts with magazine 3 side faces.
The charging aperture of described cooling box 1 and discharging opening towards magazine 3 to a side roof part be provided with gland roller 11, the height of the distance between lowest part and the conveyer of described gland roller 11 and the rear magazine 3 of closed lid 35 equates.
Claims (10)
1. the cooling system that continous way feedstuff mildew becomes, it is characterized in that: comprise cooling device, conveyer and control device (12), also comprise the magazine (3) being flexibly connected with conveyer, described control device (12) is electrically connected with cooling device and conveyer respectively, described cooling device comprises cooling box (1), the both sides of described cooling box (1) are respectively equipped with charging aperture and discharging opening, cooling box (1) is inner to be communicated with the air inlet pipe of vavuum pump (5), cooling box (1) inside is provided with water vessel (7), the escape pipe of described vavuum pump (5) is communicated with vacuum dehumidifier (6), delivery port (13) and gas outlet (14) of described vacuum dehumidifier (6) are communicated with hot water gathering-device and boiler respectively, by set temperature sensor (16) in cooling box (1), and set vacuum sensor (15) in the air inlet pipe of vavuum pump (5), the temperature in cooling box (1) is controlled to 4 ~ 5 degrees Celsius, vacuum is below 97%, described conveyer passes from charging aperture and the discharging opening of cooling box (1), described control device (12) is PLC system.
2. the cooling system that continous way feedstuff mildew as claimed in claim 1 becomes, is characterized in that: described conveyer comprises end to end leading portion conveyer (2), stage casing conveyer (9), back segment conveyer (10) and backhaul conveyer.
3. the cooling system that continous way feedstuff mildew as claimed in claim 1 becomes, it is characterized in that: described conveyer comprises support (201), also comprise the guider (206) of being located at support (201) both sides, on described support (201), be aligned in sequence with many carrying rollers (202); Described guider (206) is gib block or guide plate.
4. the cooling system that continous way feedstuff mildew becomes as claimed in claim 2 or claim 3, it is characterized in that: support (201) top of leading portion conveyer (2) is fixed with multiple " door " font top frame (203) successively, in the both sides vertical rod of described top frame (203), be respectively equipped with driving-belt (209), the surface distributed of described driving-belt (209) pushes away box block (210), and described driving-belt (209) provides driving force by the motor (207) that is fixed on top frame (203); The transmission speed of described both sides driving-belts (209) equates.
5. the cooling system that continous way feedstuff mildew as claimed in claim 1 becomes, it is characterized in that: the top of described magazine (3) is uncovered structure, magazine (3) top is connected with lid (35) by hinged pneumatic spring (33), the contact edge of described lid (35) and magazine (3) is along being provided with sealing strip A(34), lid (35) open the direction direction of transfer of conveyer dorsad.
6. the cooling system that continous way feedstuff mildew as claimed in claim 1 becomes, it is characterized in that: described magazine (3) has multiple, between be provided with jockey, described jockey comprises bayonet lock (32) and the draw-in groove (36) be located at respectively in adjacent magazine (3) opposing sidewalls.
7. the cooling system that continous way feedstuff mildew as claimed in claim 6 becomes, is characterized in that: in each magazine (3), be provided with dividing plate (39), described dividing plate (39) will be divided into multiple chambers (31) in box.
8. the cooling system that continous way feedstuff mildew as claimed in claim 7 becomes, it is characterized in that: the charging aperture of described cooling box (1) and discharging opening are double-deck passway (4), the edge of opening place of described double-deck passway (4) is respectively equipped with sealing strip B(8).
9. the cooling system that continous way feedstuff mildew as claimed in claim 8 becomes, is characterized in that: the sealing strip B(8 that establish in the edge of opening place of described double-deck passway (4)) sealing contacts with magazine (3) side face.
10. the cooling system that continous way feedstuff mildew as claimed in claim 5 becomes, it is characterized in that: the charging aperture of described cooling box (1) and discharging opening towards magazine (3) to a side roof part be provided with gland roller (11), the height of magazine (3) matches after the distance between lowest part and the conveyer of described gland roller (11) and closed lid (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320849581.7U CN203618744U (en) | 2013-12-23 | 2013-12-23 | Continuous type cooling system preventing feed mildew |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320849581.7U CN203618744U (en) | 2013-12-23 | 2013-12-23 | Continuous type cooling system preventing feed mildew |
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| Publication Number | Publication Date |
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| CN203618744U true CN203618744U (en) | 2014-06-04 |
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|---|---|---|---|
| CN201320849581.7U Withdrawn - After Issue CN203618744U (en) | 2013-12-23 | 2013-12-23 | Continuous type cooling system preventing feed mildew |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103689765A (en) * | 2013-12-23 | 2014-04-02 | 江苏安佑科技饲料有限公司 | Continuous fodder anti-mildew cooling system |
-
2013
- 2013-12-23 CN CN201320849581.7U patent/CN203618744U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103689765A (en) * | 2013-12-23 | 2014-04-02 | 江苏安佑科技饲料有限公司 | Continuous fodder anti-mildew cooling system |
| CN103689765B (en) * | 2013-12-23 | 2015-09-09 | 江苏安佑科技饲料有限公司 | The cooling system that continous way feedstuff mildew becomes |
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