CN2861060Y - Multifunctional vacuum storing cabinet - Google Patents
Multifunctional vacuum storing cabinet Download PDFInfo
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- CN2861060Y CN2861060Y CN 200520062885 CN200520062885U CN2861060Y CN 2861060 Y CN2861060 Y CN 2861060Y CN 200520062885 CN200520062885 CN 200520062885 CN 200520062885 U CN200520062885 U CN 200520062885U CN 2861060 Y CN2861060 Y CN 2861060Y
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Abstract
A vacuum storing cabinet with multifunction, which consists of a cabinet body, a vacuum room, a suction system, an air intake system with decompression and refrigeration system in the cabinet body. It is characterized in that the vacuum room in the cabinet body at least includes two independent lengthways arranged vacuum sub rooms which are separated by clapboard, a sealing door is installed on each of the vacuum sub rooms, these sub rooms with different or identical temperature and vacuum degree are formed by connecting with the suction system, the air intake system with decompression and the refrigeration system. The utility model adopts the vacuum sub room structure with different or identical temperature and vacuum degree which is separated by arrange at least one lengthways clapboard in the cabinet body, people can put different articles into the suitable sub room respectively according to different requirements on preservation, which decreases the time for vacuuming various sub rooms, reduces use-cost and reduces the noise produced when opening or closing the respective seal door to the minimum degree.
Description
Technical field
The utility model relates to a kind of locker, particularly a kind of multifunctional vacuum locker.
Background technology
Along with the progress of science and technology and improving constantly of living standards of the people, people to storing of article higher requirement.As needing corrosion-resissatnt for living delicatessen such as meat, aquatic products, eggs goods, and for need such as dried food and nuts, dry fruit, medicinal material anti-damage by worms, moistureproof, anti-going mouldy or the like, in a word, different article require to have corresponding storage condition, but in general, mainly be three environmental factors such as control oxygen content, humidity and temperature.Although the approach that family expenses vacuum packaging machine and supporting with it usefulness partly or entirely have plastic bag that the line plastic film makes and Vacuum can be a kind of storing, but because existing vacuum packaging machine separates with storage bag or jar, use inconvenient, and it is not thorough to take out oxygen, can not stop false pseudomonas bacillus breeding, and in a single day sealing bag is just opened and can't be restored, and food is just eaten up and can only be thrown away, and causes the wasting of resources.And use electric refrigerator storing, though it is fresh-keeping that the food of eating up can be reentered in the refrigerator, but because of it is not a vacuum freshness retaining, its breeding for aerobic bacteria is powerless, can not overcome fully for the food lipid oxidation, and is fresh-keeping second-rate, fresh keeping time is short, and big, the fresh-keeping cost height of consumption of current, and for dried food and nuts, cryopreservation is not a preferred plan.At this situation, various vacuum storing cabinets have just arisen at the historic moment, thereby brought certain convenience for the fresh-keeping storage of article, yet existing vacuum storing cabinet, it is exactly simple normal temperature locker, as the patent No. is the disclosed vacuum fresh-keeping cabinet of Chinese patent of ZL97247436, only has only the normal temperature vacuum chamber on it, can not preserve the article that some need low-temperature storage; Be exactly simple vacuum cold cabinet, only be suitable for refrigeration and be not suitable for dried food and nuts and store, so function singleness.A kind of multi-functional antistaling cabinet was disclosed although the patent No. is the Chinese patent of ZL02284852, but its complex structure, productive costs height, and owing to be the vacuum chamber that stratiform is arranged in it, each layer has only an independent vacuum chamber, therefore the vacuum chamber volume is bigger, so that noise is big when the open and close hermatic door, and shuts and be difficult to again behind the door be evacuated in it at short notice, consumption of current is big, is difficult to be accepted by consumers in general.Store for true chamber in addition, sealing is most important, yet existing vacuum storing cabinet is not mostly established the blocking device that the sealing door can be overlayed on vacuum chamber doorframe O-ring seal, so hermetically-sealed construction is unreliable on its hermatic door.
Summary of the invention
The purpose of this utility model is to solve above-mentioned existing problems, provided a kind of both can having stored respectively to divide indoor in the vacuum of different temperatures by the different storage characteristics of article, and can be fresh-keeping repeatedly, and each vacuum locellus volume is little, when operation noise little, consumption of current is few, the multifunctional vacuum locker of good looking appearance, use economy, material benefit.On this basis, it is more reasonable that further purpose of the present utility model provides a kind of use, seals more failure-free multifunctional vacuum locker.
The technical solution of the utility model is achieved in that
A kind of multifunctional vacuum locker, comprise cabinet, be positioned at the vacuum chamber of described cabinet and be installed on extract system, decompress(ion) air system and refrigeration system on this cabinet, be characterized in that vacuum chamber in the described cabinet comprises that at least two vertically are arranged at the two independent vacuum locellus that the dividing plate in the described cabinet is separated into by one, and on described each vacuum locellus respectively device independently hermatic door is arranged, described each vacuum locellus respectively by with described extract system, separate the vacuum locellus that pressing system and refrigeration system link to each other and form identical or different temperature and identical or different degree of vacuum.
Wherein, the number of plies of the vacuum locellus that is separated in the above-mentioned cabinet and the number of each number of plies and big I are decided according to user's needs, as in order to satisfy the few family's requirement of storing, only establish the vacuum chamber that one deck is made up of the vacuum locellus of two different temperatures in the above-mentioned cabinet, or also will be wherein a vacuum locellus be divided into two littler vacuum locellus by a separator of battery plates again and all can; For satisfying consumers in general's requirement, make its use more reasonable, the utility model adopts and will be separated into three layers of vacuum chamber of being made up of two vacuum locellus respectively in the cabinet, wherein the two vacuum locellus of one deck are normal temperature vacuum locellus, and its other two layers are respectively two freezing vacuum locellus and two refrigeration vacuum locellus.
Be the sealing that above-mentioned each vacuum locellus can be realized, be provided with annular groove around the doorframe of above-mentioned each vacuum locellus, and be embedded with in this annular groove and can corresponding hermatic door cooperate and realize vacuum-packed O-ring seal with it.Lock and make the sealing door be close to the latching device of described O-ring seal for further making its sealing reliable, also be provided with on above-mentioned each hermatic door to cooperate with above-mentioned cabinet.
Divide indoor cooling even for making freezing vacuum locellus and refrigeration vacuum in the utility model, do not stay the dead angle, but and automatic defrosting, above-mentioned refrigeration system comprises the refrigerating compressor that is installed on the above-mentioned cabinet back lower place, condenser, the refrigerant device for drying and filtering, the temperature controller of compound full automaticity defrost device, chilled air fan and be located on each freezing vacuum locellus and the refrigeration vacuum divide the interlayer cold wind circulation air channel around the chamber outer wall and be installed on the air channel for this refrigerating unit provides the evaporator of low-temperature receiver, and be positioned at freezing vacuum locellus and refrigeration vacuum in the described air channel and respectively be provided with the flow guide distribution groove around dividing chamber outer wall.
The utility model is provided with the structure of one deck small size vacuum locellus that be separated into by fore and aft diaphragm and that have identical or different temperature and identical or different degree of vacuum at least owing to adopting dexterously in cabinet, make the utility model on basis with the small and exquisite vacuum locellus of a plurality of volumes, has low humidity again simultaneously, hypoxemia, the storage area of multiple difference in functionality such as low temperature is selective, thereby make people can be reasonably according to the characteristic of different article with guarantee the quality to require to store respectively to divide and indoorly prolong its shelf-life in its suitable vacuum, and because of vacuum locellus volume less, both shortened the evacuated time in it, saved the energy, reduced use cost, noise during simultaneously again with the hermatic door folding drops to minimum, has solved existing vacuum storing cabinet function singleness effectively, noise is big during operation, problems such as consumption of current is big.And, further strengthened sealing effectiveness of the present utility model because the utility model also adopts the structure that is provided with latching device on each hermatic door.In addition, be provided with interlayer cold wind circulation air channel and refrigeration structures such as flow guide distribution groove and chilled air fan, guaranteed each cryogenic vacuum locellus cooling evenly, do not stay the dead angle because the utility model also adopts around each cryogenic vacuum divides chamber outer wall.The utility model is simple in structure, reliable, good looking appearance, easy to use, safe, and function is many, performance is good, energy saving, pollution-free, can satisfy consumers in general's requirement, has vast market prospect.
Below in conjunction with accompanying drawing the utility model is further described.
Description of drawings
Fig. 1 is a structural representation of the present utility model;
Fig. 2 opens structural representation behind each hermatic door for the utility model;
Fig. 3 is the structural representation of a vacuum locellus among Fig. 2;
Fig. 4 is the A-A structure enlarged diagram at doorframe place among Fig. 3;
Structural representation when Fig. 5 is in opening for the interior latching device of the B of Fig. 1;
Fig. 6 is in the structural representation of locking state for blocking device in the B of Fig. 1;
Fig. 7 is the principle of work scheme drawing of extract system of the present utility model;
Fig. 8 is the principle of work scheme drawing of refrigeration system of the present utility model;
Fig. 9 is the structural representation of flow guide distribution groove in the interlayer cold wind air channel of freezing or refrigeration vacuum chamber of the present utility model;
Figure 10 is the structural representation that refrigeration system of the present utility model combines with freezing vacuum chamber and refrigeration vacuum chamber.
The specific embodiment
As Fig. 1 and shown in Figure 10, multifunctional vacuum locker described in the utility model, comprise cabinet 1, be positioned at described cabinet 1 inner vacuum chamber and be installed on extract system 4 on this cabinet 1, decompress(ion) air system and refrigeration system 5, for making the utility model can satisfy the requirement of guaranteeing the quality of multiple different article simultaneously, vacuum chamber in the described cabinet 1 comprises that one deck vertically is arranged at the two independent vacuum locellus 2 that described cabinet 1 interior dividing plate 11 is separated into by one at least, and on described each vacuum locellus 2 respectively device independently hermatic door 3 is arranged, described each vacuum locellus 2 respectively by with described extract system 4, separate that pressing system and refrigeration system 5 links to each other and the vacuum locellus 2 that forms identical or different temperature and identical or different degree of vacuum, thereby make the utility model on basis with each small and exquisite vacuum locellus 2 of volume, has low humidity again simultaneously, hypoxemia, the storage area of multiple difference in functionality such as low temperature is selective, people can reasonably be stored respectively in its suitable vacuum locellus 2 with the requirement of guaranteeing the quality according to the characteristic of different article prolong its shelf-life, and because of vacuum locellus 2 volumes less, both shortened effectively the evacuated time in it, saved the energy, reduced use cost, noise in the time of simultaneously again can be with hermatic door 3 foldings drops to minimum, has solved existing vacuum storing cabinet function singleness effectively, noise is big during operation, problems such as consumption of current is big.Wherein, the quantity of the number of plies of above-mentioned cabinet 1 inner vacuum chamber and the vacuum locellus 2 that is separated into and big I are decided according to user's needs, as in order to satisfy the few nuclear family's requirement of storing, only establish the vacuum chamber that one deck is made up of the vacuum locellus 2 of two different temperatures in the above-mentioned cabinet 1, or also will be wherein a vacuum locellus 2 be divided into two littler vacuum locellus by a separator of battery plates again and all can; For making it can satisfy all requirements of customer mostly, make its use more reasonable, the utility model adopts three layers of vacuum chamber of being made up of two vacuum locellus 2 respectively that the vacuum chamber in the above-mentioned cabinet 1 is separated into by two transverse partition panel 12 and three longitudinal dividers 11, wherein, have the two vacuum locellus 2 of one deck to be normal temperature vacuum locellus, its other double-ply two vacuum locellus 2 are respectively two freezing vacuum locellus and two refrigeration vacuum locellus.Above-mentioned normal temperature vacuum locellus 2 is applicable to that storing general dried food and nuts, dry fruit, medicine and fearness is subjected to damp item, the temperature of above-mentioned freezing vacuum locellus 2 generally is set in about 0 to-12 or-18 degree centigrade, the temperature of above-mentioned refrigeration vacuum locellus 2 generally is set in about 0 to 8 degree centigrade, above-mentioned freezing and refrigeration vacuum locellus 2 is applicable to the article of living delicatessens such as storing general meat, aquatic products, eggs goods, in a word, different article all can obtain corresponding storage condition by the utility model, extremely easy to use, reasonable, and economical, economical.Be sealing that above-mentioned hermatic door 3 and vacuum locellus 2 can be realized simultaneously,, be provided with annular groove 22 around the doorframe of above-mentioned each vacuum locellus 2, and be embedded with O-ring seal 21 in this annular groove 22 as Fig. 3-shown in Figure 4.For further making its sealing reliable, above-mentioned each hermatic door 3 is provided with to cooperate with above-mentioned cabinet 1 and locks and make sealing door 3 be close to the latching device 31 of above-mentioned O-ring seal 21.The outside of the hermatic door 3 of above-mentioned each vacuum locellus 2 all is articulated on its outside doorframe by hinge, as Fig. 5-shown in Figure 6, above-mentioned latching device 31 comprises the handle 311 of the band rotating shaft 312 that is installed on above-mentioned each hermatic door 3 inboard and is installed on lock dogs 313 that can rotate synchronously with handle 311 in the rotating shaft 312, and the dividing plate 11 between above-mentioned each adjacent vacuum locellus 2 is provided with the Button Block 13 that can put for described two lock dogs, 313 bolts.Above-mentioned extract system 4 comprises respectively by pump-line 42 and connects the air extracting pump 41 of electronic extraction valve 44, the pressure sensor 43 of each vacuum locellus 2 bleeding point, one or more parallel operations, the cpu control circuit and be installed on and can start pressing that described electronic extraction valve 44 the bleeds switch 45 of bleeding by the pressing of above-mentioned hermatic door 3 on the doorframe of described each vacuum locellus 2 of bleeding.Wherein, all pump-lines 42 that connect into vacuum locellus 2 are equipped with vacuum seal, and above-mentioned pressure sensor 43 and electronic extraction valve 44 can be implemented pressure monitors and the control operation of bleeding to each vacuum locellus 2.Above-mentioned decompress(ion) air system comprise be installed on described each vacuum locellus 2 rear wall gas ducting and electric gas-filled valves 6 above-mentioned electronic extraction valve 44 interlockings, be installed on being used on described each hermatic door 3 control described electric gas-filled valve 6 tape light inflation button 7 and connect and be installed on gas-filled switching tube 8 on described each vacuum locellus 2 doorframe respectively with the described button 7 of respectively inflating.Above-mentioned refrigeration system 5 comprises connecting tube, is installed on the refrigerating compressor 51 of above-mentioned cabinet 1 back lower place, the temperature controller 54 of condenser 52, refrigerant, refrigerant device for drying and filtering 53, band full automaticity defrost device, collection defrost waterpipe 541 and water-collecting tray 542, related electric control executive module and be located on interlayer cold wind circulation air channel 56, the chilled air fan 57 around above-mentioned freezing and refrigeration vacuum locellus 2 outer walls and be installed in the described air channel 56 for described refrigeration system 5 provides the evaporator 55 of low-temperature receiver, and be provided with flow guide distribution groove 58 in the described air channel 56.After air flows through above-mentioned evaporator 55 and is cooled, with chilled air fan 57 force with the cold wind air-flow along the air channel 56 circulation cooling room bodies, wherein most of cold wind air-flow enters freezing vacuum locellus air channel, part cold wind airflow diversion is to refrigeration vacuum locellus.Above-mentioned flow guide distribution groove 58 play the guiding role, and allows the cold wind air-flow flow to upper wall from above-mentioned freezing or refrigeration vacuum locellus rear wall, flows into diapire after branching to sidewall about again, is aggregated into rear wall at last again, guarantees evenly cooling, does not stay the dead angle.Above-mentioned temperature controller 54 can be monitored the temperature in the freezing vacuum locellus 2, and automatic control compressor 51 start-stops, the regulation and control cryogenic temperature, the electronic control defrosting heater of its defrosting device heats defrosting automatically, and defrost water is by in the water-collecting tray 542 of inlet at the bottom of defrost waterpipe 541 is discharged to case.Above-mentioned refrigeration vacuum chamber 2 is provided with air damper controller 59, and this air damper controller 59 is monitored this room temperature by the temperature-sensitive pipe, and automatic guidance places the door opening degree of this air channel, chamber inflow point, regulates cold blast rate and controls temperature.Above-mentioned extract system 4 and refrigeration system 5 equal fully automatic operations.Above-mentioned cooling method freezing and refrigeration vacuum locellus 2 also can adopt direct-cooling type, is about to evaporator 55 and is close to by around the external wall in cold house this chamber body of direct quenching.The utility model is simple in structure, reliable, good looking appearance, easy to use, safe, and function is many, performance is good, energy saving, pollution-free, can satisfy consumers in general's requirement, has vast market prospect.
Below in conjunction with accompanying drawing principle of work of the present utility model is described in further detail:
As Fig. 1-shown in Figure 2, be provided with three layers of vacuum chamber of forming by two vacuum locellus 2 respectively in the cabinet 1 of the present utility model, each vacuum locellus 2 all has the function that vacuumizes.During use, open hermatic door 3, requirement according to food or article is positioned over it respectively in the corresponding vacuum locellus 2, after shutting hermatic door 3, as shown in Figure 6, rotate handle 311 on it lock dog 313 bolts are gone in the Button Block 13 on its dividing plate 11, hermatic door 3 is overlayed on the O-ring seal 21 around this vacuum locellus 2, realize good sealing.Be in closed condition because of hermatic door 3 this moment, be pressed together on the doorframe of vacuum locellus 3, therefore gas-filled switching tube 8 on its doorframe and the pressing switch 45 of bleeding all is down state, make the electronic extraction valve 44 and pressure sensor 43 energisings that connect this vacuum locellus 3, the pressure of pressure sensor these chambers of perception 44 is higher than former setting pressure and sends the instruction of bleeding, starting air extracting pump 41 and 44 pairs of these chambers of electronic extraction valve bleeds, when the pressure decay of this vacuum locellus 3 during to the force value that sets, pressure sensor 43 sends instruction again, closes electronic extraction valve 44 and stops air extracting pump 41 and bleed.And as long as hermatic door 3 is when being in closed condition and non-operation, the pressure sensor 43 that connects this vacuum locellus 2 is in running order always, as long as making pressure raise in a variety of causes, this chamber reason surpasses setup pressure value, then can send the instruction of bleeding automatically, startup air extracting pump 41 and 44 pairs of these vacuum locellus 2 of electronic extraction valve are bled and are kept this chamber pressure at setting range.For guaranteeing extract system 4 nonoverloads, special treatment circuit is all delivered in the instruction that connects the pressure sensor 43 of each vacuum locellus 2, and by the instruction sequences of sending, startup air extracting pump 41 is also opened the electronic extraction valve 44 of each chamber successively and bled one by one by it.The temperature controller 54 that is arranged on freezing vacuum locellus 2 simultaneously perceives this room temperature and is higher than when setting temperature, can start the refrigerating compressor 51 of refrigeration system 5 equally automatically, refrigerant flows through condenser 52, device for drying and filtering 53, throttle capillary tube through pipeline and enters evaporator 55, returns refrigerating compressor 51.For making its cooling not stay the dead angle, the utility model adopts cold wind along the indirect type of cooling of cooling room outside sandwich air channel 56 fluid rings.Air is cooled through evaporator 55 surfaces, this cold air forces to be blown into air channel 56 by fan 57, wherein most of cold wind enters freezing vacuum locellus air channel 56, part cold wind is diverted to the refrigeration vacuum locellus air channel 56 of having opened air door 591, cold wind flows to outer wall through flow guide distribution groove 58 from freezing or refrigeration vacuum locellus 3 back outer wall, flows into diapire after branching to the left and right side outer wall again, is aggregated into outer wall afterwards at last again, get back to evaporator 55, once more circulation.Refrigerating compressor 41 stalls when this room temperature of temperature controller 54 perception is hanged down to design temperature.Because evaporator 55 operation a period of time rear surfaces meeting frostings, can influence its refrigeration, so the temperature controller 54 of compound full automaticity defrost function is connected the defrosting heater power supply automatically, allow heat-generating pipe heat on evaporator 55 surfaces, automatically finish the defrost program, defrost water is by in the water-collecting tray 542 of inlet at the bottom of defrost waterpipe 541 is discharged to case.Perceive that this room temperature reaches or when being lower than setting value when the temperature-sensitive pipe in the air damper controller 59 of refrigeration on the vacuum chamber simultaneously, 59 of this air damper controllers automatically and close air door 591.In the whole process, enter the cold blast rate and the temperature of controlling this chamber in refrigeration vacuum chamber 2 outside circulation air channels 56 with adjusting by the opening degree of air damper controller 59 control air doors 591.When need take out the storage sundries, press the inflation button 7 on the hermatic door 3 of its corresponding storage vacuum locellus 2, the indicator lamp that inflate on the button 7 this moment is bright, and control the electric gas-filled valve 6 of unlatching together by the gas-filled switching tube 8 on this inflation button 7 and its vacuum locellus 2 doorframes and in this vacuum locellus 2, inflate, because of the electric gas-filled valve 6 of each vacuum locellus 2 is interlockings with pressure sensor 43, electronic extraction valve 44, can not send the instruction of bleeding when inflate this chamber, electronic extraction valve 44 can not opened yet.After these vacuum locellus 2 inflations, as shown in Figure 5, the handle 311 on the turn hermatic door 3 makes lock dog 313 disengaging Button Blocks 13 just can open hermatic door 3 and gets thing.Meanwhile, the former gas-filled switching tube 8 that is pressed together on these vacuum locellus 2 doorframes is upspring, cut off the control circuit of electric gas-filled valve 6, electric gas-filled valve 6 cuts out, and the knob indicator lamp on the hermatic door 3 goes out, and gets to close hermatic door 3 and locking behind the thing again and can repeat aforesaid operations again automatically and carry out fresh-keeping storage, therefore extremely easy to use, and the storage safe of food or article is reliable, and the time of guaranteeing the quality is long, can be widely used in various families and office space.
Claims (9)
1, a kind of multifunctional vacuum locker, comprise cabinet (1), be positioned at described cabinet (1) inner vacuum chamber and be installed on extract system (4) on this cabinet (1), decompress(ion) air system and refrigeration system (5), it is characterized in that the vacuum chamber in the described cabinet (1) comprises that one deck vertically is arranged at the two independent vacuum locellus (2) that the interior dividing plate (11) of described cabinet (1) is separated into by one at least, and on described each vacuum locellus (2) respectively device independently hermatic door (3) is arranged, described each vacuum locellus (2) respectively by with described extract system (4), separate that pressing system and refrigeration system (5) link to each other and the vacuum locellus (2) that forms identical or different temperature and identical or different degree of vacuum.
2, multifunctional vacuum locker according to claim 1, it is characterized in that the vacuum chamber in the above-mentioned cabinet (1) comprises three layers by transverse partition panel (12) and longitudinal divider (11) vacuum chamber that be separated into and that be made up of two vacuum locellus (2) respectively, wherein the two vacuum locellus (2) of one deck are normal temperature vacuum locellus, and its other double-ply two vacuum locellus (2) are respectively two freezing vacuum locellus and two refrigeration vacuum locellus.
3, multifunctional vacuum locker according to claim 1 and 2, the doorframe that it is characterized in that above-mentioned each vacuum locellus (2) is provided with annular groove (22) all around, and be embedded with O-ring seal (21) in this annular groove (22), above-mentioned each vacuum locellus (2) is pressed on described O-ring seal (21) by its hermatic door (3) and upward realizes vacuum seal.
4, multifunctional vacuum locker according to claim 1 is characterized in that above-mentioned each hermatic door (3) is provided with and can cooperate locking with above-mentioned cabinet (1) and make sealing door (3) be close to above-mentioned O-ring seal (21) to realize the latching device (31) to each vacuum locellus (2) positiver sealing.
5, multifunctional vacuum locker according to claim 4, the outside that it is characterized in that the hermatic door (3) of above-mentioned each vacuum locellus (2) all is articulated on its outside doorframe by hinge, above-mentioned latching device (31) comprises the handle (311) that is installed on the band rotating shaft (312) on above-mentioned each hermatic door (3) inboard and is installed on the lock dog (313) that can rotate synchronously with handle (311) in the rotating shaft (312), dividing plate (11) between above-mentioned each adjacent two vacuum locellus (2) is provided with the Button Block (13) that can supply described two lock dogs (313) bolt to put, and above-mentioned each hermatic door (3) drives lock dog (313) rotation and is in locking or released state with described Button Block (13) by the handle on it (311).
6, multifunctional vacuum locker according to claim 1 is characterized in that described extract system (4) comprises the pump-line (42) that connects each vacuum locellus (2) bleeding point respectively and is installed on the air extracting pump (41) of electronic extraction valve (44), pressure sensor (43) and one or more parallel operations on each pump-line (42) and is installed on the pressing of passing through above-mentioned hermatic door (3) on the doorframe of described each vacuum locellus (2) and starts pressing that described electronic extraction valve (44) the bleeds switch (45) of bleeding.
7, multifunctional vacuum locker according to claim 6 is characterized in that above-mentioned decompress(ion) air system comprises to be installed on described each vacuum locellus (2) rear wall gas ducting and electric gas-filled valve (6) above-mentioned electronic extraction valve (44) interlocking, to be installed on being used on described each hermatic door (3) and to control the inflation button (7) of the tape light that described electric gas-filled valve (6) opens and connect and be installed on gas-filled switching tube (8) on described each vacuum locellus (2) doorframe respectively with the described button (7) of respectively inflating.
8, multifunctional vacuum locker according to claim 1 and 2, it is characterized in that above-mentioned refrigeration system (5) comprises the refrigerating compressor (51) that is installed on above-mentioned cabinet (1) back lower place, condenser (52), refrigerant device for drying and filtering (53), chilled air fan (57) and be located on the interlayer cold wind circulation air channel (56) around above-mentioned freezing and refrigeration vacuum locellus (2) outer wall and be installed on and provide the evaporator (55) of low-temperature receiver for refrigeration system (5) in the described air channel (56), and be positioned in described air channel (56) above-mentioned freezing with refrigerate vacuum locellus (2) outer wall and be provided with flow guide distribution groove (58).
9, multifunctional vacuum locker according to claim 8, it is characterized in that above-mentioned freezing vacuum locellus (2) is provided with the temperature controller (54) that can monitor this room temperature and compound full automaticity defrost device, above-mentioned refrigeration vacuum chamber (2) is provided with the air damper controller (59) that can monitor air door (591) degree of opening in this room temperature and automatically regulating air channel (56).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520062885 CN2861060Y (en) | 2005-08-15 | 2005-08-15 | Multifunctional vacuum storing cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520062885 CN2861060Y (en) | 2005-08-15 | 2005-08-15 | Multifunctional vacuum storing cabinet |
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| CN2861060Y true CN2861060Y (en) | 2007-01-24 |
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| CN 200520062885 Expired - Lifetime CN2861060Y (en) | 2005-08-15 | 2005-08-15 | Multifunctional vacuum storing cabinet |
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Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102452515A (en) * | 2010-10-27 | 2012-05-16 | 福州耕耘专利开发有限公司 | Vacuum fresh cabinet, movable tank and manual vacuum machine |
| CN103440006A (en) * | 2013-08-22 | 2013-12-11 | 四川长虹电器股份有限公司 | Fresh food distribution terminal refreshment system and work method thereof |
| CN103574987A (en) * | 2012-08-01 | 2014-02-12 | 吴春渊 | Cold and hot multi-functional economizer system |
| CN103612828A (en) * | 2013-11-19 | 2014-03-05 | 四川长虹电器股份有限公司 | Freshness-keeping device for fresh-food distribution terminals |
| CN103848102A (en) * | 2012-12-02 | 2014-06-11 | 开县人人有余科技有限公司 | Food fresh-keeping box and food fresh-keeping method |
| CN105540055A (en) * | 2016-01-26 | 2016-05-04 | 成都国光电气股份有限公司 | Vacuum storage cabinet |
| CN105977849A (en) * | 2016-07-09 | 2016-09-28 | 国网山东省电力公司潍坊供电公司 | Insulating protective cover of isolating switch |
| CN105984651A (en) * | 2015-02-17 | 2016-10-05 | 中集集团集装箱控股有限公司 | Refrigeration storage box |
| CN107374092A (en) * | 2017-09-04 | 2017-11-24 | 安顺职业技术学院 | A kind of vacuum storing cabinet that can be vacuumized at any time |
| CN107525330A (en) * | 2014-01-29 | 2017-12-29 | 伊利诺斯工具制品有限公司 | Storage cabinet system |
| CN109823704A (en) * | 2019-02-01 | 2019-05-31 | 杭州忆江南茶业有限公司 | A kind of tea moisture-proof storage device |
| CN113844778A (en) * | 2021-09-22 | 2021-12-28 | 启东速浦航空地面设备有限公司 | Aviation container with refrigeration function |
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- 2005-08-15 CN CN 200520062885 patent/CN2861060Y/en not_active Expired - Lifetime
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102452515B (en) * | 2010-10-27 | 2013-08-28 | 福州耕耘专利开发有限公司 | Vacuum fresh cabinet, movable tank and manual vacuum machine |
| CN102452515A (en) * | 2010-10-27 | 2012-05-16 | 福州耕耘专利开发有限公司 | Vacuum fresh cabinet, movable tank and manual vacuum machine |
| CN103574987A (en) * | 2012-08-01 | 2014-02-12 | 吴春渊 | Cold and hot multi-functional economizer system |
| CN103848102A (en) * | 2012-12-02 | 2014-06-11 | 开县人人有余科技有限公司 | Food fresh-keeping box and food fresh-keeping method |
| CN103440006A (en) * | 2013-08-22 | 2013-12-11 | 四川长虹电器股份有限公司 | Fresh food distribution terminal refreshment system and work method thereof |
| CN103440006B (en) * | 2013-08-22 | 2015-07-29 | 四川长虹电器股份有限公司 | A kind of fresh food distribution terminal refreshment system and method for work thereof |
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