CN201062909Y - Device for heating fluorine and opposing frost for germplasm repository - Google Patents
Device for heating fluorine and opposing frost for germplasm repository Download PDFInfo
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- CN201062909Y CN201062909Y CNU2007201548061U CN200720154806U CN201062909Y CN 201062909 Y CN201062909 Y CN 201062909Y CN U2007201548061 U CNU2007201548061 U CN U2007201548061U CN 200720154806 U CN200720154806 U CN 200720154806U CN 201062909 Y CN201062909 Y CN 201062909Y
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Abstract
The utility model of medium storage hot fluorine defrostation device belongs to the defrostation technical field. A compressor, a mid-split device, a compressor up end, an up-split device, a condenser and a drying filter are connected by pipe flanges. The drying filter and the condenser are connected with an electromagnetic valve, an expansion valve and lower inlet of a cooler by the pipe flange through pipe screw threads. An upper outlet flange fitting pipe of the cooler is welded with pipes of the compressor up end and the mid-split device. An outlet of the cooler and a lower inlet of the heat generator are respectively connected with an inlet of the heat regenerator and the evaporator through the pipe flange. An upper outlet of the heat regenerator, an air suction pipe and a low side of the compressor are in flange connection. An outlet flange fitting pipe of the heat regenerator is connected with a main electromagnetic valve and a main expansion valve through pipe screw threads, and a main expansion valve fitting pipe is welded with a liquid separator, a capillary pipe and the evaporator. After being welded with the condenser pipe, the up split device is connected with a break valve and a defrostation pipe through the screw threads. A maintenance box is movably connected with a wind return gate, and is fixedly connected with the evaporator and a blower fan and connected with a water seal pipe flange. The defrostation pipe is welded with the main electromagnetic valve and the liquid separator. With good effect, the utility model is used for defrostation.
Description
Technical field
The hot fluorine defrosting device in the utility model germplasm storehouse relates to technical field of refrigeration equipment; Be particularly related to the technical field of refrigeration equipment in germplasm storehouse; Relate in particular to the technical field of germplasm storehouse refrigeration plant being implemented hot fluorine defrosting; Be specifically related to germplasm storehouse hot fluorine defrosting device technical field.
Background technology
The germplasm storehouse claims low temperature drying the storage of seeds storehouse again, is the necessary facility that safety is preserved seed; In particular, the warehouse that in the mode of low temperature drying the intrinsic quality quality of seed is carried out safe and effective storage exactly.
General ripe healthy seed is placed on after drying under the indoor natural conditions and preserves, and under this preserving type, not only the intrinsic quality of seed can't obtain good preservation, and seed germination rate can drop to below 50% behind the 1-2; So, this preserving type general preservation and among the people employings that do not had special requirement more.
For carrying out scientific research, long preservation, quality protection, quality appraise, intrinsic gene, genetic mutation, specially treated, special requirement ... the seed of various situations; use above-mentioned general banking system just dying; it must just can reach its intended purposes by means of the germplasm storehouse.Because the germplasm storehouse has it to guarantee the essential condition that needs, its topmost condition is exactly a low temperature and low humidity; With mid-term the germplasm storehouse be example, mid-term, the storehouse temperature in germplasm storehouse was about-1 ℃, relative humidity≤40%, in the germplasm storehouse, preserve the seed of 15 years even 20 years, not only every quality all can safety well preserved, and only one of germination percentage just still can reach more than 85%, seed vigor is normal.So the technical conditions of germplasm storehouse most critical are exactly low temperature and low humidity.For making the germplasm storehouse keep the technical conditions of low temperature and low humidity, must implement refrigeration and dehumidifying to the germplasm storehouse; Mid-term, long-term germplasm storehouse are as adopting freezing dehumidification technology, the refrigeration compressor of implementing the refrigeration dehumidification is in refrigeration dehumidification process, because of the evaporating temperature of its operation far below 0 ℃, and be lower than the storehouse air dew point temperature in germplasm storehouse, so, moist steam in the room, germplasm Kuku can condense on the evaporimeter of refrigeration machine and be frozen into frost layer, usually said frosting that Here it is; The frost layer of frosting will influence refrigeration dehumidification effect, because of the thermal conductivity factor of frost layer has only 2.1kJ/ (mh ℃), be one of the percentage even more than percent of metal; That is: frost layer will have a strong impact on the heat-transfer effect of the evaporimeter that is made of metal, and along with the thickening of frost layer, the air throughput of evaporimeter reduce, cause the storehouse return-air to the heat output of evaporimeter descend, the cold dehumidification amount of product of refrigeration unit reduces; When the frost layer is increased to certain thickness, the desired temperature and humidity conditions of the storehouse in germplasm storehouse can't be guaranteed, and guarantee its normal humiture requirement, the frost layer on the evaporator of refrigerator must be removed; Here it is usually said defrosting.
Specific to defrosting, several different defrosting modes are arranged, as electric heating defrosting, water defrosting, hot-air defrosting, hot ammonia defrosting, hot fluorine defrosting etc.; But, its special requirement is arranged for the refrigeration unit defrosting in germplasm storehouse; Based on designer's professional knowledge and the many years of experience of being engaged in industry work, the utility model is exactly on the basis of conscientious and sufficient investigation, understanding, analysis, the existing known technology of summary and present situation, for overcoming and solving deficiency, defective and the drawback that exists in the existing known technology and the requirement that meets the germplasm storehouse succeed in developing.
The utility model content
The purpose of this utility model provides the hot fluorine defrosting device in a kind of germplasm storehouse, comprise single machine two-stage compressor, middle pressure oil eliminator, hydraulic oil separator, condenser, device for drying and filtering, in cold magnetic valve, be provided with temperature-sensitive bag A in cold expansion valve, intercooler, regenerator, main solenoid valve, the main expansion valve that is provided with temperature-sensitive bag B, knockout, separatory capillary, evaporimeter, air intake duct, evaporator fan, evaporimeter safeguard case; Also be provided with stop valve, defrosting pipe, return air door, air supply port, water seal drainpipe;
The hot fluorine defrosting device in described germplasm storehouse, the low-pressure stage exhaust end of its single machine two-stage compressor and middle pressure oil eliminator, middle hiigh pressure stage suction end of pressing oil eliminator and single machine two-stage compressor, the hiigh pressure stage exhaust end of single machine two-stage compressor and hydraulic oil separator, hydraulic oil separator and condenser, condenser all is connected by the tube connector flange with device for drying and filtering, the other end of its device for drying and filtering is connected by the tube connector flange with the entrance point of intercooler, the tube connector that welds on this tube connector with in cold magnetic valve be threaded, wherein cold magnetic valve be provided with temperature-sensitive bag A in cold expansion valve be threaded by tube connector, its be provided with temperature-sensitive bag A in the other end of cold expansion valve be threaded with tube connector, this tube connector is connected with the lower inlet end flanges of intercooler, upper outlet end of cooler is connected with tube connector with the flange ways of connecting in the middle of it, tube connector welding between the hiigh pressure stage suction end of this tube connector and single machine two-stage compressor and the middle pressure oil eliminator, the port of export of cooler and the entrance point of regenerator in the middle of it, the lower inlet end of regenerator all is connected by the tube connector flange with the port of export of evaporimeter, the upper outlet end and the air intake duct of its regenerator, air intake duct is connected with the equal flange of low-pressure stage suction end of single machine two-stage compressor, the port of export of its regenerator is connected with tube connector with the flange ways of connecting, this tube connector is threaded with main solenoid valve, its main solenoid valve is threaded by tube connector with the main expansion valve that is provided with temperature-sensitive bag B, its main expansion valve that is provided with temperature-sensitive bag B is connected with tube connector in the mode that is threaded, this tube connector and knockout, knockout and separatory capillary, the entrance point of separatory capillary and evaporimeter all welds, and its evaporimeter safeguards that case and evaporimeter and evaporator fan are fastenedly connected by securing member;
The hot fluorine defrosting device in described germplasm storehouse, be welded with tube connector on the tube connector between its hydraulic oil separator and the condenser, this tube connector and stop valve, stop valve all is threaded with an end of defrosting pipe, the other end of its defrosting pipe and be provided with the main expansion valve of temperature-sensitive bag B and the welding of the tube connector between the knockout, its evaporimeter safeguards that case is provided with the passage of return air door and the passage of air supply port, its evaporimeter is safeguarded return air door and the return air door that is provided with on the case, evaporimeter safeguards that the air supply port passage that is provided with on the case all is connected to rotate ways of connecting alive by rotating shaft with air supply port, and its evaporimeter safeguards that case is connected with water seal drainpipe flange.
Solve deficiency, defective and the drawback that existing known technology exists by the utility model, and reach: thus suitablely would not cause chlorodifluoromethane refrigeration working medium to depletion of the ozone layer, meet the germplasm Al Kut very require, prevent compressor occur wet stroke effectively protect compressor, effectively protect main solenoid valve and main expansion valve, the saving energy, conveniently use, can carry out purpose such as wide popularization and application with operation.
The utility model can accomplish the end in view.
For achieving the above object, the technical scheme that provides of the utility model is:
The hot fluorine defrosting device in a kind of germplasm storehouse, comprise single machine two-stage compressor, middle pressure oil eliminator, hydraulic oil separator, condenser, device for drying and filtering, in cold magnetic valve, be provided with temperature-sensitive bag A in cold expansion valve, intercooler, regenerator, main solenoid valve, the main expansion valve that is provided with temperature-sensitive bag B, knockout, separatory capillary, evaporimeter, air intake duct, evaporator fan, evaporimeter safeguard case;
Also be provided with stop valve, defrosting pipe, return air door, air supply port, water seal drainpipe;
The hot fluorine defrosting device in described germplasm storehouse, the low-pressure stage exhaust end of its single machine two-stage compressor and middle pressure oil eliminator, middle hiigh pressure stage suction end of pressing oil eliminator and single machine two-stage compressor, the hiigh pressure stage exhaust end of single machine two-stage compressor and hydraulic oil separator, hydraulic oil separator and condenser, condenser all is connected by the tube connector flange with device for drying and filtering, the other end of its device for drying and filtering is connected by the tube connector flange with the entrance point of intercooler, the tube connector that welds on this tube connector with in cold magnetic valve be threaded, wherein cold magnetic valve be provided with temperature-sensitive bag A in cold expansion valve be threaded by tube connector, its be provided with temperature-sensitive bag A in the other end of cold expansion valve be threaded with tube connector, this tube connector is connected with the lower inlet end flanges of intercooler, upper outlet end of cooler is connected with tube connector with the flange ways of connecting in the middle of it, tube connector welding between the hiigh pressure stage suction end of this tube connector and single machine two-stage compressor and the middle pressure oil eliminator, the port of export of cooler and the entrance point of regenerator in the middle of it, the lower inlet end of regenerator all is connected by the tube connector flange with the port of export of evaporimeter, the upper outlet end and the air intake duct of its regenerator, air intake duct is connected with the equal flange of low-pressure stage suction end of single machine two-stage compressor, the port of export of its regenerator is connected with tube connector with the flange ways of connecting, this tube connector is threaded with main solenoid valve, its main solenoid valve is threaded by tube connector with the main expansion valve that is provided with temperature-sensitive bag B, its main expansion valve that is provided with temperature-sensitive bag B is connected with tube connector in the mode that is threaded, this tube connector and knockout, knockout and separatory capillary, the entrance point of separatory capillary and evaporimeter all welds, and its evaporimeter safeguards that case and evaporimeter and evaporator fan are fastenedly connected by securing member;
The hot fluorine defrosting device in described germplasm storehouse, be welded with tube connector on the tube connector between its hydraulic oil separator and the condenser, this tube connector and stop valve, stop valve all is threaded with an end of defrosting pipe, the other end of its defrosting pipe and be provided with the main expansion valve of temperature-sensitive bag B and the welding of the tube connector between the knockout, its evaporimeter safeguards that case is provided with the passage of return air door and the passage of air supply port, its evaporimeter is safeguarded return air door and the return air door that is provided with on the case, evaporimeter safeguards that the air supply port passage that is provided with on the case all is connected to rotate ways of connecting alive by rotating shaft with air supply port, and its evaporimeter safeguards that case is connected with water seal drainpipe flange.
The hot fluorine defrosting device in described germplasm storehouse, the single machine two-stage compressor shape structure that described single machine two-stage compressor is general for market purchases, press the oil eliminator middle pressure oil eliminator shape structure general in described for market purchases, the hydraulic oil separator shape structure that described hydraulic oil separator is general for market purchases, the condenser shape structure that described condenser is general for market purchases, described device for drying and filtering is general for market purchases is provided with silica gel and can be dry and be provided with filter screen and filtrable device for drying and filtering shape structure, in described cold magnetic valve general for market purchases in cold magnetic valve shape structure, described be provided with temperature-sensitive bag A in cold expansion valve general for market purchases be provided with the temperature-sensitive bag in cold expansion valve shape structure, the intercooler shape structure that described intercooler is general for market purchases, the regenerator shape structure that described regenerator is general for market purchases, the magnetic valve shape structure that described main solenoid valve is general for market purchases, the described main expansion valve expansion valve shape structure that be provided with temperature-sensitive bag general that is provided with temperature-sensitive bag B for market purchases, the knockout shape structure that described knockout is general for market purchases, the separatory capillary-like structures that described separatory capillary is general for market purchases, the evaporimeter shape structure that described evaporimeter is general for market purchases, described air intake duct is a tubular structure, the blower fan shape structure that described evaporator fan is general for market purchases, described evaporimeter safeguards that case is a box-like structure, described temperature-sensitive bag A, temperature-sensitive bag B is temperature-sensitive bag shape structure;
The stop valve shape structure that described stop valve is general for market purchases, described defrosting pipe is a tubular structure, and described return air door, air supply port are the blind shaped structure, and described water seal drainpipe is the tubular structure that is provided with water seal.
The hot fluorine defrosting device in described germplasm storehouse, described defrosting pipe is seamless tubular shaped structure.
The hot fluorine defrosting device in described germplasm storehouse, described return air door, air supply port are provided with the heat preservation steam-partition damp course.
The hot fluorine defrosting device in described germplasm storehouse, described evaporimeter safeguards that case is provided with the heat preservation steam-partition damp course.
Owing to adopted technical scheme provided by the utility model, make the utility model compare with existing known technology, obtained following beneficial effect:
1, because the utility model is provided with stop valve, and this stop valve is the freon straight-through stop valve, and the chlorodifluoromethane working medium that it is adapted to not damage the ozone layer, serviceability temperature are-70～+ 150 ℃, maximum working pressure (MWP) is 19.61 * 10
5Pa, can satisfy the needs of hot fluorine defrosting, when hot fluorine defrosting, the high temperature chlorodifluoromethane steam most of the time through stop valve reaches 100-126 ℃, as adopt magnetic valve to replace stop valve, because of the magnetic valve Applicable temperature is-40～+ 70 ℃, then the sealing ring of magnetic valve is softening, aging, can not seal, can not rotate back into refrigeration dehumidification state after finishing defrosting, simultaneously, at high temperature work because of the coil of magnetic valve and easily to be burnt, magnetic valve can't be opened, disablement, thus magnetic valve can not be adopted, in sum, just because of be provided with stop valve, thereby it is smooth and easy to have obtained defrosting, defrosting switches sensitive with the refrigeration dehumidification, can play the throttling step-down and control the beneficial effect of flow.
2,, thereby obtained good seal performance, suitably the throttling step-down is suitably lowered the temperature and guaranteed the beneficial effect that defrosting carries out smoothly because the utility model is provided with the defrosting pipe, and this defrosting pipe is the structure of seamless pipe.
3, because the utility model is provided with regenerator; the effect of this regenerator is: separate Freon gas and the Freon gas the liquid mixture and the freon liquid of returning from evaporimeter; gasification freon liquid, overheated Freon gas, prevent that thereby compressor from wet stroke occurring and effectively protecting compressor; because of the coil pipe of regenerator and the freon liquid in the coil pipe are caught a cold but by conduction of heat, cooled off main solenoid valve and main expansion valve equally, thereby increase in temperature is damaged the beneficial effect of main solenoid valve and main expansion valve when having obtained to avoid because of defrosting.
4, because the utility model is provided with return air door and air supply port, this return air door and air supply port all can adopt electronic mode of splitting, the water and the water vapour that can prevent the defrost pool turn back in the storehouse, return air door and air supply port are all closed during defrosting, all adopt heat preservation steam-partition damp-proof material and electronic mode of splitting as return air door and air supply port, the utility model not only can be used for germplasm storehouse but also can be used for long-term germplasm storehouse Insulating damper and can stop defrost district heat to room, germplasm Kuku infiltration in mid-term, thereby has obtained the beneficial effect of applied range.As being applied to long-term germplasm storehouse, the storehouse temperature in long-term germplasm storehouse be that-10 ℃ ± 2 ℃, relative humidity are 30% ± 7%, uses the requirement that the utility model can reach long-term germplasm storehouse fully, can satisfy safe preservation seed and reach the expection beneficial effect in 30 years.
5, because the utility model is provided with the water seal drainpipe, thereby the frosted water that has obtained to form defrosting is discharged immediately and the beneficial effect that seals immediately with water.
6, owing to being provided with evaporimeter, the utility model safeguards case, this evaporimeter safeguards that case is an insulation trapping damp proof body structure, thereby has obtained to avoid during the defrosting that a large amount of hot humidity load of external environment is infiltrated in the case, defrosting finishes to increase refrigeration unit refrigeration dehumidification load when refrigeration unit transfers refrigeration dehumidification state to, influence the stable beneficial effect of room, germplasm Kuku humiture.
7,, thereby obtained the beneficial effect that defrosting is effective, guarantee the technical conditions of germplasm storehouse low temperature and low humidity because above each bar of the present utility model is described; Forward import evaporimeter heating and melting frost layer from inside to outside after the suitable throttling step-down of HTHP chlorodifluoromethane steam of during defrosting compressor being discharged, the suitable cooling, defrosting effect is good, water vapour and the heat safeguarding in the case to be produced at evaporimeter are few, and the water vapour that is produced during defrosting and heat can not turn back in the storehouse and guarantee the requirement of storehouse low temperature and low humidity.
8, because above each bar of the present utility model is described, thus obtained " the hot fluorine defrosting device in germplasm storehouse " new equipment and can be on various refrigeration plants the beneficial effect of wide popularization and application.
9, all can purchase and obtain owing to employed each parts of the utility model, thereby obtain to draw materials conveniently, be easy to make, beneficial effect that cost is low from market.
10, since design science of the present utility model reasonable, simple in structure understandable, be convenient to manipulate, effect stability is reliable, thereby obtained to be easy to be made low, convenient a use and the sharp beneficial effect of promoting.
Description of drawings
Figure of description is the schematic diagram of the utility model specific embodiment; Dotted arrow among the figure represents to lead to the wind direction in germplasm storehouse, and is middle for solid line, solid line both sides are the trend that the arrow of dotted line is represented water, solid arrow represent the to freeze circulatory condition of dehumidification and defrosting.
Label among the figure: 1, single machine two-stage compressor, 2, middle pressure oil eliminator, 3, the hydraulic oil separator, 4, condenser, 5, device for drying and filtering, 6, in cold magnetic valve, 7, cold expansion valve in, 8, intercooler, 9, regenerator, 10, main solenoid valve, 11, main expansion valve, 12, stop valve, 13, defrosting pipe, 14, knockout, 15, the separatory capillary, 16, evaporimeter, 17, air intake duct, 18, evaporator fan, 19, the return air door, 20, air supply port, 21, water seal drainpipe, 22, evaporimeter is safeguarded case, 23, temperature-sensitive bag A, 24, temperature-sensitive bag B.
The specific embodiment
Below in conjunction with Figure of description, the utility model is described in detail.Shown in Figure of description:
The hot fluorine defrosting device in a kind of germplasm storehouse, comprise single machine two-stage compressor 1, middle pressure oil eliminator 2, hydraulic oil separator 3, condenser 4, device for drying and filtering 5, in cold magnetic valve 6, be provided with temperature-sensitive bag A23 in cold expansion valve 7, intercooler 8, regenerator 9, main solenoid valve 10, the main expansion valve 11 that is provided with temperature-sensitive bag B24, knockout 14, separatory capillary 15, evaporimeter 16, air intake duct 17, evaporator fan 18, evaporimeter safeguard case 22;
Also be provided with stop valve 12, defrosting pipe 13, return air door 19, air supply port 20, water seal drainpipe 21;
The hot fluorine defrosting device in described germplasm storehouse, the low-pressure stage exhaust end of its single machine two-stage compressor 1 and middle pressure oil eliminator 2, middle hiigh pressure stage suction end of pressing oil eliminator 2 and single machine two-stage compressor 1, the hiigh pressure stage exhaust end of single machine two-stage compressor 1 and hydraulic oil separator 3, hydraulic oil separator 3 and condenser 4, condenser 4 all is connected by the tube connector flange with device for drying and filtering 5, the other end of its device for drying and filtering 5 is connected by the tube connector flange with the entrance point of intercooler, the tube connector that welds on this tube connector with in cold magnetic valve 6 be threaded, wherein cold magnetic valve 6 be provided with temperature-sensitive bag A23 in cold expansion valve 7 be threaded by tube connector, its be provided with temperature-sensitive bag A23 in the other end of cold expansion valve 7 be threaded with tube connector, this tube connector is connected with the lower inlet end flanges of intercooler 8, upper outlet end of cooler 8 is connected with tube connector with the flange ways of connecting in the middle of it, tube connector welding between the hiigh pressure stage suction end of this tube connector and single machine two-stage compressor 1 and the middle pressure oil eliminator 2, the port of export of cooler 8 and the entrance point of regenerator 9 in the middle of it, the lower inlet end of regenerator 9 all is connected by the tube connector flange with the port of export of evaporimeter 16, the upper outlet end of its regenerator 9 and air intake duct 17, air intake duct 17 is connected with the equal flange of low-pressure stage suction end of single machine two-stage compressor 1, the port of export of its regenerator 9 is connected with tube connector with the flange ways of connecting, this tube connector is threaded with main solenoid valve 10, its main solenoid valve 10 is threaded by tube connector with the main expansion valve 11 that is provided with temperature-sensitive bag B24, its main expansion valve 11 that is provided with temperature-sensitive bag B24 is connected with tube connector in the mode that is threaded, this tube connector and knockout 14, knockout 14 and separatory capillary 15, separatory capillary 15 all welds with the entrance point of evaporimeter 16, and its evaporimeter safeguards that case 22 and evaporimeter 16 and evaporator fan 18 are fastenedly connected by securing member;
The hot fluorine defrosting device in described germplasm storehouse, be welded with tube connector on the tube connector between its hydraulic oil separator 3 and the condenser 4, this tube connector and stop valve 12, stop valve 12 all is threaded with an end of defrosting pipe 13, the other end of its defrosting pipe 13 and be provided with the main expansion valve 11 of temperature-sensitive bag B24 and the welding of the tube connector between the knockout 14, its evaporimeter safeguards that case 22 is provided with the passage of return air door 19 and the passage of air supply port 20, its evaporimeter is safeguarded return air door 19 passages and the return air door 19 that is provided with on the case 22, evaporimeter safeguards that air supply port 20 passages that are provided with on the case 22 all are connected to rotate ways of connecting alive by rotating shaft with air supply port 20, and its evaporimeter safeguards that case 22 is connected with water seal drainpipe 21 flanges.
The hot fluorine defrosting device in described germplasm storehouse, described single machine two-stage compressor 1 is purchased general single machine two-stage compressor shape structure for market, press oil eliminator 2 to purchase general middle pressure oil eliminator shape structure in described for market, described hydraulic oil separator 3 is purchased general hydraulic oil separator shape structure for market, described condenser 4 is purchased general condenser shape structure for market, described device for drying and filtering 5 is purchased the general silica gel that is provided with for market can be dry and be provided with the filtrable device for drying and filtering shape of filter screen structure, in described cold magnetic valve 6 for market purchase general in cold magnetic valve shape structure, described be provided with temperature-sensitive bag A23 in cold expansion valve 7 for market purchase general be provided with the temperature-sensitive bag in cold expansion valve shape structure, described intercooler 8 is purchased general intercooler shape structure for market, described regenerator 9 is purchased general regenerator shape structure for market, described main solenoid valve 10 is purchased general magnetic valve shape structure for market, the described main expansion valve 11 that is provided with temperature-sensitive bag B24 is purchased the general expansion valve shape structure that is provided with the temperature-sensitive bag for market, described knockout 14 is purchased general knockout shape structure for market, described separatory capillary 15 is purchased general separatory capillary-like structures for market, described evaporimeter 16 is purchased general evaporimeter shape structure for market, described air intake duct 17 is a tubular structure, described evaporator fan 18 is purchased general blower fan shape structure for market, described evaporimeter safeguards that case 22 is box-like structure, described temperature-sensitive bag A23, temperature-sensitive bag B24 is temperature-sensitive bag shape structure;
Described stop valve 12 is purchased general stop valve shape structure for market, and described defrosting pipe 13 is a tubular structure, and described return air door 19, air supply port 20 are the blind shaped structure, and described water seal drainpipe 21 is for being provided with the tubular structure of water seal.
The hot fluorine defrosting device in described germplasm storehouse, described defrosting pipe 13 is seamless tubular shaped structure.
The hot fluorine defrosting device in described germplasm storehouse, described return air door 19, air supply port 20 are provided with the heat preservation steam-partition damp course.
The hot fluorine defrosting device in described germplasm storehouse, described evaporimeter safeguards that case 22 is provided with the heat preservation steam-partition damp course.
The utility model has carried out property on probation examination after making and finishing, and through examination on probation, has obtained the good result of expection.
The above is preferred embodiment of the present utility model only, is not that the utility model is done any pro forma restriction; The those of ordinary skill of all industry, but all shown in the by specification accompanying drawing and the above, and implement the utility model swimmingly; But all those skilled in the art in not breaking away from the technical solutions of the utility model scope, when can utilizing the above technology contents that discloses, and a little change of making, modify the equivalent variations with differentiation, are equivalent embodiment of the present utility model; Simultaneously, all foundations essence technology of the present utility model all still belongs in the scope of the technical solution of the utility model change, modification and the differentiation etc. of any equivalent variations that above embodiment did.
Claims (5)
1. hot fluorine defrosting device in germplasm storehouse, comprise single machine two-stage compressor (1), middle pressure oil eliminator (2), hydraulic oil separator (3), condenser (4), device for drying and filtering (5), in cold magnetic valve (6), be provided with temperature-sensitive bag A (23) in cold expansion valve (7), intercooler (8), regenerator (9), main solenoid valve (10), the main expansion valve (11) that is provided with temperature-sensitive bag B (24), knockout (14), separatory capillary (15), evaporimeter (16), air intake duct (17), evaporator fan (18), evaporimeter safeguard case (22), it is characterized in that:
Also be provided with stop valve (12), defrosting pipe (13), return air door (19), air supply port (20), water seal drainpipe (21);
The hot fluorine defrosting device in described germplasm storehouse, the low-pressure stage exhaust end of its single machine two-stage compressor (1) and middle pressure oil eliminator (2), middle hiigh pressure stage suction end of pressing oil eliminator (2) and single machine two-stage compressor (1), the hiigh pressure stage exhaust end of single machine two-stage compressor (1) and hydraulic oil separator (3), hydraulic oil separator (3) and condenser (4), condenser (4) all is connected by the tube connector flange with device for drying and filtering (5), the other end of its device for drying and filtering (5) is connected by the tube connector flange with the entrance point of intercooler (8), the tube connector that welds on this tube connector with in cold magnetic valve (6) be threaded, wherein cold magnetic valve (6) be provided with temperature-sensitive bag A (23) in cold expansion valve (7) be threaded by tube connector, its be provided with temperature-sensitive bag A (23) in the other end of cold expansion valve (7) be threaded with tube connector, this tube connector is connected with the lower inlet end flanges of intercooler (8), upper outlet end of cooler (8) is connected with tube connector with the flange ways of connecting in the middle of it, tube connector welding between the hiigh pressure stage suction end of this tube connector and single machine two-stage compressor (1) and the middle pressure oil eliminator (2), the port of export of cooler (8) and the entrance point of regenerator (9) in the middle of it, the lower inlet end of regenerator (9) all is connected by the tube connector flange with the port of export of evaporimeter (16), upper outlet end of its regenerator (9) and air intake duct (17), air intake duct (17) is connected with the equal flange of low-pressure stage suction end of single machine two-stage compressor (1), the port of export of its regenerator (9) is connected with tube connector with the flange ways of connecting, this tube connector is threaded with main solenoid valve (10), its main solenoid valve (10) is threaded by tube connector with the main expansion valve (11) that is provided with temperature-sensitive bag B (24), its main expansion valve (11) that is provided with temperature-sensitive bag B (24) is connected with tube connector in the mode that is threaded, this tube connector and knockout (14), knockout (14) and separatory capillary (15), separatory capillary (15) all welds with the entrance point of evaporimeter (16), and its evaporimeter safeguards that case (22) and evaporimeter (16) and evaporator fan (18) are fastenedly connected by securing member;
The hot fluorine defrosting device in described germplasm storehouse, be welded with tube connector on the tube connector between its hydraulic oil separator (3) and the condenser (4), this tube connector and stop valve (12), stop valve (12) all is threaded with an end of defrosting pipe (13), the other end of its defrosting pipe (13) and be provided with the main expansion valve (11) of temperature-sensitive bag B (24) and the welding of the tube connector between the knockout (14), its evaporimeter safeguards that case (22) is provided with the passage of return air door (19) and the passage of air supply port (20), its evaporimeter is safeguarded return air door (19) passage and the return air door (19) that case (22) upward is provided with, evaporimeter safeguards that air supply port (20) passage that case (22) upward is provided with all is connected to rotate ways of connecting alive by rotating shaft with air supply port (20), and its evaporimeter safeguards that case (22) is connected with water seal drainpipe (21) flange.
2. the hot fluorine defrosting device in germplasm according to claim 1 storehouse, it is characterized in that: described single machine two-stage compressor (1) is purchased general single machine two-stage compressor shape structure for market, press oil eliminator (2) to purchase general middle pressure oil eliminator shape structure in described for market, described hydraulic oil separator (3) is purchased general hydraulic oil separator shape structure for market, described condenser (4) is purchased general condenser shape structure for market, described device for drying and filtering (5) is purchased the general silica gel that is provided with for market can be dry and be provided with the filtrable device for drying and filtering shape of filter screen structure, in described cold magnetic valve (6) for market purchase general in cold magnetic valve shape structure, described be provided with temperature-sensitive bag A (23) in cold expansion valve (7) for market purchase general be provided with the temperature-sensitive bag in cold expansion valve shape structure, described intercooler (8) is purchased general intercooler shape structure for market, described regenerator (9) is purchased general regenerator shape structure for market, described main solenoid valve (10) is purchased general magnetic valve shape structure for market, the described main expansion valve (11) that is provided with temperature-sensitive bag B (24) is purchased the general expansion valve shape structure that is provided with the temperature-sensitive bag for market, described knockout (14) is purchased general knockout shape structure for market, described separatory capillary (15) is purchased general separatory capillary-like structures for market, described evaporimeter (16) is purchased general evaporimeter shape structure for market, described air intake duct (17) is a tubular structure, described evaporator fan (18) is purchased general blower fan shape structure for market, described evaporimeter safeguards that case (22) is a box-like structure, described temperature-sensitive bag A (23), temperature-sensitive bag B (24) is temperature-sensitive bag shape structure;
Described stop valve (12) is purchased general stop valve shape structure for market, described defrosting pipe (13) is a tubular structure, described return air door (19), air supply port (20) are the blind shaped structure, and described water seal drainpipe (21) is for being provided with the tubular structure of water seal.
3. the hot fluorine defrosting device in germplasm according to claim 1 storehouse is characterized in that: described defrosting pipe (13) is seamless tubular shaped structure.
4. the hot fluorine defrosting device in germplasm according to claim 1 storehouse is characterized in that: described return air door (19), air supply port (20) are provided with the heat preservation steam-partition damp course.
5. the hot fluorine defrosting device in germplasm according to claim 1 storehouse is characterized in that: described evaporimeter safeguards that case (22) is provided with the heat preservation steam-partition damp course.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201548061U CN201062909Y (en) | 2007-07-13 | 2007-07-13 | Device for heating fluorine and opposing frost for germplasm repository |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201548061U CN201062909Y (en) | 2007-07-13 | 2007-07-13 | Device for heating fluorine and opposing frost for germplasm repository |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201062909Y true CN201062909Y (en) | 2008-05-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201548061U Expired - Lifetime CN201062909Y (en) | 2007-07-13 | 2007-07-13 | Device for heating fluorine and opposing frost for germplasm repository |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201062909Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104807231A (en) * | 2015-05-12 | 2015-07-29 | 上海海洋大学 | Switchable two-stage cascade energy-saving ultralow-temperature refrigeration system for ship |
| CN106403378A (en) * | 2016-12-08 | 2017-02-15 | 天津商业大学 | Heat pump drying system capable of adjusting relative air humidity |
| CN108278805A (en) * | 2018-03-14 | 2018-07-13 | 天津商业大学 | A kind of ammonia refrigeration storage system of air centralized processing cooling |
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2007
- 2007-07-13 CN CNU2007201548061U patent/CN201062909Y/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104807231A (en) * | 2015-05-12 | 2015-07-29 | 上海海洋大学 | Switchable two-stage cascade energy-saving ultralow-temperature refrigeration system for ship |
| WO2016180021A1 (en) * | 2015-05-12 | 2016-11-17 | 上海海洋大学 | Switchable two-stage cascade energy-saving ultralow-temperature refrigeration system for ship |
| JP2017519171A (en) * | 2015-05-12 | 2017-07-13 | 上海海洋大学Ｓｈａｎｇｈａｉ Ｏｃｅａｎ Ｕｎｉｖｅｒｓｉｔｙ | Marine energy-saving cryogenic refrigeration system that can convert two-stage cascades |
| CN106403378A (en) * | 2016-12-08 | 2017-02-15 | 天津商业大学 | Heat pump drying system capable of adjusting relative air humidity |
| CN108278805A (en) * | 2018-03-14 | 2018-07-13 | 天津商业大学 | A kind of ammonia refrigeration storage system of air centralized processing cooling |
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