CN201662164U - Air cooling evaporated condensing system capable of continuously spraying - Google Patents
Air cooling evaporated condensing system capable of continuously spraying Download PDFInfo
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- CN201662164U CN201662164U CN2010201228629U CN201020122862U CN201662164U CN 201662164 U CN201662164 U CN 201662164U CN 2010201228629 U CN2010201228629 U CN 2010201228629U CN 201020122862 U CN201020122862 U CN 201020122862U CN 201662164 U CN201662164 U CN 201662164U
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Abstract
The utility model discloses an air cooling evaporated condensing system capable of continuously spraying, which comprises at least one air conditioner, an atomizing device, at least one water storing device and a pressuring device, wherein each air conditioner comprises an evaporator, a heat-radiating fin, a fan and an air cooling type condenser; each air cooling type condenser is connected with a set of atomizing device; each water storing device comprises at least one condensed water collecting device and at least one purified water source; each condensed water collecting device is arranged below the evaporator for collecting condensed water generated by the evaporator; and the pressuring device is used for pressuring the condensed water and is connected between a water outlet of the water storing device and a water inlet of the atomizing device. The condensed water and the purified water source are used, pressurized and atomized, so that the system has large pressure and sufficient water source and can realize the continuous spraying; a set of air current atomizing device can be simultaneously used by a plurality of condensers of the air conditioners, so that the cost is low and the temperature can be quickly reduced; and the utility model is particularly suitable for plant breeding industry regulated by the air in a large closed space.
Description
Technical field
The utility model belongs to air-conditioning, technical field of refrigeration equipment, relates in particular to a kind of foster air-cooled atomization and vaporization type condensing system that can spray continuously of planting industry and modern agriculture that is used to plant.
Background technology
In plantation aquaculture and modern agriculture, there are a lot of places to need air-conditioner to carry out fast temperature control, such as: in the growth course of edible mushroom, need air-conditioning to regulate temperature between growth.Because throughout the year, outside air temperature changes greatly between growth, and the space between growth is bigger, so should adopt small-power, many air-conditionings to make up and control its interior temperature to adapt to different weather temperature in different seasons.Owing to need to use many air-conditionings simultaneously, so generally select the less air cooled condenser of volume for use.
What play main thermolysis in the air-conditioner is condenser.Air cooled condenser utilizes the air stream of blower fan generation and the fin on the condenser device, carries out heat exchange, by the temperature rise of air-flow, its heat is taken away.But arrive summer, and along with the rising of ambient air temperature, the temperature difference between air-flow and fin reduces, and causes heat-sinking capability to descend, and causes air conditioning energy consumption to increase.
The height of the condenser radiating efficiency of air-conditioner has confidential relation with air-conditioning whether energy-conservation.Because the air-conditioner platform number that plantation aquaculture and modern agriculture adopt is many, the radiating efficiency of condenser just seems and is even more important.
Chinese patent literature 00239718.8 discloses a kind of air conditioner with the condensation water treatment structure, the condensed water of air conditioner is recycled, thereby the atomizing after-blow realizes the purpose not only utilizing condensed water but also strengthen the air-conditioning temperature-reducing effect to the high temperature section of condenser.But the prior art exists following deficiency:
1, this technology only is applicable to minitype air conditioner equipment, and every cover condensation water recovery system only is used for a cover air conditioner.But in the plantation aquaculture, it is quite huge to carry out thermoregulator space, and air-conditioning platform number is a lot, if only utilize the condensed water that reclaims, perhaps every cover condensation water recovery system only is used for a cover air-conditioning, and is limited because of the water yield, can not realize continuous spraying, can not satisfy the requirement of fast cooling fully;
2,, can not realize that a cover pneumatic atomizer uses for the condenser of many air-conditionings simultaneously, so take up space greatly, equipment cost is high because of every cover condensation water recovery system only is used for a cover air conditioner.
3, this technology has adopted general pneumatic atomizer, and from the angle of atomizing effect, limited because of its spraying area, water smoke can not all cover the condenser fin, so can not satisfy the requirement of fast cooling fully.
To sum up, a kind ofly realize continuous spraying and realize that a cover aerodynamic atomization device is simultaneously for the condenser use of many air-conditionings if can have, both having occupied less space, and can satisfy the condenser of fast cooling requirement again fully, should be that industry is eager to seek.
The utility model content
The purpose of this utility model provides a kind of air-cooled atomization and vaporization type condensing system that can spray continuously, can realize that continuous spraying, a cover aerodynamic atomization device can use simultaneously for the condenser of many air-conditionings simultaneously, cost is low and can fast cooling, is particularly useful for the plantation aquaculture that need carry out air conditioning at big confined space.
The technical scheme that realizes the utility model purpose is:
1, a kind of air-cooled atomization and vaporization type condensing system that can spray continuously comprises:
At least one air-conditioning, every described air-conditioning comprises evaporimeter, fin, blower fan and air cooled condenser;
Atomising device, described each air cooled condenser connect a cover atomising device;
At least one water storage device, described each water storage device comprise that at least one condensed water collecting device and at least one source of purified water, each described condensed water collecting device are installed on and collect the condensed water that described evaporimeter produces below the described evaporimeter; And
To the pressue device of condensed water pressurization, be connected between the water inlet of the delivery port of described water storage device and described atomising device.
2, wherein the pressue device of said system is pneumatic fitting or water pump.
3, wherein the pneumatic fitting of said system comprises air accumulator and at least one pressure water storage tank of at least one stores compression gas; Described air accumulator is sent into Compressed Gas in described pressure water storage tank.
4, wherein said pneumatic fitting comprises two described pressure water storage tanks, and in running order then another pressure water storage tank of one of them pressure water storage tank is in water stored state, and described two pressure water storage tank states guarantee that alternately spray congealing water is without interruption.
5, wherein Compressed Gas is a compressed air.
6, wherein the air accumulator inlet end is connected with filter and air compressor machine in turn, and air filters out impurities through described filter and sends into described air accumulator by described air compressor machine again, and described air accumulator is connected with described at least one pressure water storage tank.
7, described atomising device comprises many group sprayer units, described every group of sprayer unit comprises a plurality of fog-spray nozzles, described every group of sprayer unit is connected with described pressure water storage tank by inlet pipeline respectively, the big plane parallel of the spray direction of described a plurality of fog-spray nozzles and described fin, the quantity of described fog-spray nozzle is directly proportional with the area of described fin.
8, described blower fan and described condenser are fixed on the same framework, and the exhausting airflow direction that described blower fan forms is perpendicular to the big plane of described fin, the exhausting airflow direction that described blower fan forms is perpendicular to described spray direction, and the quantity of described blower fan is directly proportional with the area of described fin.
9, corresponding one group of fin of a plurality of described blower fans, the air-flow of described blower fan blows to the entire area of condenser fin.
10, corresponding one group of fin of a plurality of described fog-spray nozzles, the entire area that the water smoke of described fog-spray nozzle ejection shrouds the condenser fin.
The utlity model has positive effect:
1. except using condensed water, also can add pure water again, have abundant water resources, can realize the work of spraying continuously.
2. to spraying again after the condensed water pressurization, the big water source of pressure is sufficient, and uses two pressure water storage tanks, alternately provides the condensed water that has pressure to sprayer unit, has guaranteed the without interruption of pressure condensed water.
One cover condensation water recovery system can be simultaneously for many condensers uses, so can reduce floor space, raise the efficiency the saving cost.
4. many fog-spray nozzles are formed one group, and the spraying area is big, water smoke can be shrouded the whole of condenser fin, strengthen temperature control effect.
Description of drawings
Fig. 1 is the air-cooled atomization and vaporization type condensing system structure principle chart of the utility model;
Fig. 2 is the air-cooled atomization and vaporization type condensing system structural representation of an embodiment of the utility model;
Fig. 3 A is that the condenser fin of an embodiment of the utility model and the position between blower fan and the sprayer unit concern schematic diagram;
Fig. 3 B is the cutaway view of the A-A line of Fig. 3 A.
The specific embodiment
Below in conjunction with accompanying drawing and with the specific embodiment is example, and the air-cooled atomization and vaporization type condensing system that can spray continuously of the present utility model is elaborated.But what those skilled in the art should know is that the utility model is not limited to the listed specific embodiment, as long as meet spirit of the present utility model, all should be included in the protection domain of the present utility model.
Operation principle of the present utility model is to have installed water storage device, atomising device and pressue device on air cooled condenser additional.Wherein water storage device comprises condensed water collecting device and source of purified water, under the hydropenic situation of condensation, can replenish source of purified water like this, both can fully recycle the condensed water on the A/C evaporator, can there be sufficient water source to guarantee spraying continuously again, spray on the fin of condenser behind the condensate water atomizing after will pressurizeing then, thereby form a kind of novel air-cooled atomization and vaporization type condensing system.
Please see Figure 1 is the air-cooled atomization and vaporization type condensing system structure principle chart of an embodiment of the utility model; The air-cooled atomization and vaporization type condensing system of present embodiment is made up of following major part:
One, condensed water and pure water water storage device 100
Comprise water tank 6, the water container 2 that is connected with water tank 6 and pure water pot 5; Wherein water container 2 is connected with the evaporimeter 1 of air-conditioning, air-conditioning is when refrigeration work, can produce a large amount of condensed waters on the evaporimeter 1, particularly summer, air humidity was big, the condensed water that produces on the evaporimeter 1 can be more, in a specific embodiment, the water container 2 that condensed water is provided with below evaporimeter 1 splashes into, flow into water tank 6 by pipeline and recycled.The condensed water deficiency also is connected with pure water pot 5 on the water tank 6, if can be replenished pure water.The material of water container 2 and shape size are all decided with actual needs, repeat no more.
In a preferred embodiment, in water tank 6, on the inlet channel of the pure water pot 5 of connection a ball-cock assembly 4 is installed, in order to control the inflow of pure water pot 5.Need to prove, only shown a water tank 6, pure water pot 5 and two water containers 2 among Fig. 1, but the quantity setting that these devices can be as required in actual applications.
Two, the compression system 200 that pressurizes to atomising device
The embodiment of Fig. 1 and Fig. 2 is a preferred embodiment, adopts pneumatic pressuring method, also can adopt water pump to pressurize in other embodiments, because of water pump belongs to the conventional art field, so repeat no more.
Fig. 1 has provided an air accumulator 13, two pressure water storage tanks 30,36, its upper end is connected with air accumulator 13 by air inlet pipeline respectively, and these two water tanks can the phase trans-substitution, and one when being in the water storage process, another can be in running order, to guarantee continuous spraying.
According to producing needs, air accumulator can be provided with one, two or more in other embodiments.Pressure water storage tank can be provided with one, two, three or more, as long as guarantee spraying continuously.Air accumulator also can be the gas of other kinds except stored air.
In a specific embodiment, the work of compression system 200 at first needs the water inlet on starting pressure water tank 30 and/or 36, the reversal valve on the gas exhaust piping, and condensed water in the water tank 6 outlet pipeline and the stop valve, reversal valve, check valve by its lower end entered in pressure water storage tank 30 and/or 36.Gas in the pressure water storage tank 30 and/or 36 gas exhaust piping is from its upper end discharged, and after condensed water held full arrival limes superiors position, the liquid-level switch probe sent signal, made the reversal valve outage on into water, the gas exhaust piping, pressure water storage tank 30 and/or 36 water inlets are closed, and gas exhaust piping also is closed.Start air compressor machine 9 then, compressed air is sent into air accumulator 13, when treating that pressure in the air accumulator 13 reaches work and sets, the reversal valve of restart pressure water tank 30 and/or 36 upper end air inlet pipeline, compressed air enters in this pressure water storage tank by this reversal valve, start the reversal valve on its bottom outlet pipeline simultaneously, the high pressure condensed water in this jar enters main jet mist inlet pipeline.The valve that said process relates to is because belong to current techique, so all not shown in Fig. 1.
Three, atomising device 300
Atomising device 300 of the present utility model comprises many group sprayer units 47, in a specific embodiment, one group of sprayer unit 47 is installed in one group of fin 50 next door, every group of sprayer unit 47 comprises one or more spraying water pipe and a plurality of fog-spray nozzle 48, every group of sprayer unit 47 all is connected with pressure water storage tank 30 and/or 36 by inlet pipeline, many like this group sprayer units 47 just can connect the fin of many air-conditionings, use for many air-conditionings simultaneously.The high pressure condensed water enters branch's inlet pipeline also by behind the reversal valve on it from main jet mist inlet pipeline, entering fog-spray nozzle is atomized, form on the fin that water smoke is sprayed on condenser and be evaporated, rapid like this heat on the fin is taken away, make its inner cold-producing medium quicken condensation, can improve the refrigerating capacity of air-conditioning thus.
Four, air cooled condenser 400, and various air cooled condensers all are suitable for, and are FNH56 as model, 25/150 air cooled condenser.
Air-cooled atomization and vaporization type condensing system of the present utility model comprises a plurality of air cooled condensers 400, on every typhoon cold type condenser 400 blower fan 410 is installed, the responsible high temperature water smoke that evaporation on the fin is produced is taken away rapidly and is entered atmosphere, to quicken the refrigerating capacity that heat exchange improves air-conditioning.
In the embodiment of Fig. 1 and Fig. 2, a cover aerodynamic atomization device 300 comprises three groups of sprayer units 47, and these three groups of sprayer units 47 use for the condenser 400 of three air-conditionings respectively simultaneously; But in other embodiments, one cover aerodynamic atomization device 300 can comprise the sprayer unit 47 of any group of number, can be simultaneously use for the air cooled condenser 400 of any platform number respectively, even also several fog-spray nozzles 48 of same group of sprayer unit 47 can be divided into several groups, use simultaneously for a few typhoon cold type condensers 400 respectively.
Among the embodiment of the present utility model, be the fin 50 and the relation of the position between blower fan 410 and the sprayer unit 47 of condenser 400 shown in Fig. 3 A and Fig. 3 B, Fig. 3 B is the cutaway view of the A-A line of Fig. 3 A.Condenser 400 is made up of fin 50 and some copper pipes 60 and blower fan 410 etc., and that load in the copper pipe is cold-producing medium Fu Liang.Copper pipe 60 passes from the through hole on the fin in groups, and with fin 50 tensioners.Blower fan 410 is fixed on fin 50 and some copper pipes 60 and forms an integral body on the same framework, and the air inlet of blower fan faces the big Plane Installation of fin 50, make exhausting direction shown in left arrow among Fig. 3 B perpendicular to the big plane of fin 50, so that the evaporation efficiency on the fin 50 is the highest.The quantity of blower fan 410 is directly proportional with the area of fin.In a preferred embodiment, the corresponding one group of fin of a plurality of blower fans, the quantity of blower fan will make the air-flow of described blower fan can blow to the entire area of condenser fin.
The big plane parallel of the spray direction of a plurality of fog-spray nozzles 48 and fin, the airflow direction that forms with blower fan is vertical, the arrow that makes progress shown in Fig. 3 B is represented spray direction, and how much what the quantity of the spraying water pipe quantity of sprayer unit 47 and last fog-spray nozzle 48 thereof was installed also is directly proportional with fin 50 areas of condenser 400.In a preferred embodiment, a plurality of fog-spray nozzle 48 corresponding one group of fin, the quantity of the spraying water pipe quantity of sprayer unit 47 and last fog-spray nozzle 48 thereof will make and the entire area that the water smoke of ejection shrouds the condenser fin maximize with this area of will spraying.
More than be the main composition of the utility model system, describe the using method of the air-cooled atomization and vaporization type condensing system that can spray continuously among embodiment of the utility model below in conjunction with Fig. 2 in detail:
Reversal valve 28,35 on the inlet pipeline 27,34 of starting pressure water tank 30,36, and the reversal valve 18,23 on the gas exhaust piping 19,24, condensed water in the water tank 6 is (because of water tank 6 is mainly used in the storage condensed water, pure water only accounts for a spot of replenishing, so below be referred to as condensed water) pass through from the outlet pipeline 17 of its lower end, reversal valve 28,35 on the inlet pipeline 27,34 of pressure water storage tank 30,36, check valve 29,37 enters in the pressure water storage tank 30,36.Air in the pressure water storage tank 30,36 from its upper end gas exhaust piping 19,24 and on reversal valve 18,23 enter atmosphere.After treating that pressure water storage tank 30,36 holds full water, liquid-level switch probe 32,39 sends signal, the reversal valve 28,35 on the inlet pipeline 27,34 that stops pressure water storage tank 30,36 that breaks, and the reversal valve 18,23 on the gas exhaust piping 19,24.Start air compressor machine 9 then, air is compressed in the air accumulator 13 by filter 8, air compressor machine 9, by pressure switch 11 the required pressure of work can be set, by Pressure gauge 12 pressure in the air accumulator as can be known, when treating that pressure in the air accumulator 13 reaches work and sets, reversal valve 42 on reversal valve 21 on the startup one pressure water storage tank 30 upper end air inlet pipelines 20 and the pressure water storage tank 30 lower end outlet pipelines 41, compressed air just enters in the pressure water storage tank 30 by the reversal valve 21 on the air inlet pipeline 20 of its outlet pipe 15, pressure water storage tank 30 upper ends from air accumulator 13.In one embodiment, the pressure in the pressure water storage tank 30,36 is 0.2MP-10MP, and temperature is a normal temperature.The condensed water that has certain pressure comes out from the reversal valve 42 on the pressure water storage tank 30 lower end outlet pipelines 41, again through spraying main water inlet tube road 45, enter spraying branch inlet pipeline 46,52,58 then, through the reversal valve 51,53,59 on it, and enter in the fog-spray nozzle 48 of some sprayer units 47, condensed water is atomized back formation water smoke and is sprayed on the fin 50 of condenser 400.Water smoke evaporates heat absorption rapidly, and the heat on the fin 50 is taken away, and the device blower fan 410 that is condensed then enters atmosphere.
Along with condensed water is constantly consumed, condensed water liquid level in the pressure water storage tank 30 constantly descends, when the condensed water liquid level drops to the limit inferior position, liquid-level switch probe 33 sends signal, and reversal valve 42 and the reversal valve 21 on the upper end air inlet pipeline 20 thereof on the pressure water storage tank 30 lower end outlet pipelines 41 are cut off the power supply simultaneously.The water outlet of pressure water storage tank 30 lower ends is closed, and the air inlet of its upper end also is closed.Like this, pressure water storage tank 30 turns to water stored state with regard to being through with the spraying duty.The inlet pipeline 27 of pressure water storage tank 30 and 28,18 energisings of the reversal valve on the gas exhaust piping 19 simultaneously start, and the pressure-air in the pressure water storage tank 30 is discharged from through reversal valve 18 and gas exhaust piping 19.Condensed water in the water tank 6 enters in the pressure water storage tank 30 by its lower end stop valve 16 and outlet pipeline 17, reversal valve 28, check valve 29 once more.
Meanwhile, need another pressure water storage device 36 to enter the spraying duty, start reversal valve 44 on another pressure water storage device 36 lower end outlet pipelines 43 and the reversal valve 26 on the upper end air inlet pipeline 25 thereof, make outlet pipeline 43 and the reversal valve 44 of condensed water from its lower end, again through main jet mist inlet pipeline 45, branch's atomizing inlet pipeline 46,52,58 and on reversal valve 51,53,59, and enter in the fog-spray nozzle 48 of some sprayer units 47, be sprayed on the fin 50 of condenser 400 after forming water smoke, the evaporation heat absorption is taken away the heat of fin rapidly.So constantly recycle, spraying work is carried out continuously.Therefore another pressure water storage tank was in water stored state when one of them pressure water storage tank was in running order, had alternately guaranteed the without interruption of spray congealing water by two pressure water storage tanks 30 of the present utility model and 36 states.
After the utility model is regulated air between growth in plantation aquaculture and the modern agriculture by the above-mentioned air-cooled atomization and vaporization type condensing system that can spray continuously, room temperature can be controlled in the satisfied scope very soon, because of the source of purified water of utilizing condensed water incessantly and replenishing, feasible spraying is able to continuously, improved the refrigerating efficiency of system greatly, saved water resource, through experiment showed, the effect highly significant.
It should be noted that the foregoing description is example and unrestricted the utility model, those skilled in the art can design a lot of alternate embodiments and not break away from the scope of claims.
Claims (10)
1. the air-cooled atomization and vaporization type condensing system that can spray continuously comprises:
At least one air-conditioning, every described air-conditioning comprises evaporimeter, fin, blower fan and air cooled condenser;
Atomising device, described each air cooled condenser connect a cover atomising device; It is characterized in that: described air-cooled atomization and vaporization type condensing system also comprises:
At least one water storage device, described each water storage device comprise that at least one condensed water collecting device and at least one source of purified water, each described condensed water collecting device are installed on and collect the condensed water that described evaporimeter produces below the described evaporimeter; And
To the pressue device of condensed water pressurization, be connected between the water inlet of the delivery port of described water storage device and described atomising device.
2. the system as claimed in claim 1, it is characterized in that: described pressue device is pneumatic fitting or water pump.
3. system as claimed in claim 2 is characterized in that: described pneumatic fitting comprises air accumulator and at least one pressure water storage tank of at least one stores compression gas; Described air accumulator is sent into Compressed Gas in described pressure water storage tank.
4. system as claimed in claim 3, it is characterized in that: described pneumatic fitting comprises two described pressure water storage tanks, in running order then another pressure water storage tank of one of them pressure water storage tank is in water stored state, and described two pressure water storage tank states guarantee that alternately spray congealing water is without interruption.
5. system as claimed in claim 4 is characterized in that: described Compressed Gas is a compressed air.
6. system as claimed in claim 5, it is characterized in that: described air accumulator inlet end is connected with filter and air compressor machine in turn, air filters out impurities through described filter and sends into described air accumulator by described air compressor machine again, and described air accumulator is connected with described at least one pressure water storage tank.
7. as claim 1 or 6 described systems, it is characterized in that: described atomising device comprises many group sprayer units, described every group of sprayer unit comprises a plurality of fog-spray nozzles, described every group of sprayer unit is connected with described pressure water storage tank by inlet pipeline respectively, the big plane parallel of the spray direction of described a plurality of fog-spray nozzles and described fin, the quantity of described fog-spray nozzle is directly proportional with the area of described fin.
8. system as claimed in claim 7, it is characterized in that: described blower fan and described condenser are fixed on the same framework, and the exhausting airflow direction that described blower fan forms is perpendicular to the big plane of described fin, the exhausting airflow direction that described blower fan forms is perpendicular to described spray direction, and the quantity of described blower fan is directly proportional with the area of described fin.
9. system as claimed in claim 8 is characterized in that: the corresponding one group of fin of a plurality of described blower fans, the air-flow of described blower fan blows to the entire area of condenser fin.
10. system as claimed in claim 9 is characterized in that: the corresponding one group of fin of a plurality of described fog-spray nozzles, the entire area that the water smoke of described fog-spray nozzle ejection shrouds the condenser fin.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010201228629U CN201662164U (en) | 2010-03-04 | 2010-03-04 | Air cooling evaporated condensing system capable of continuously spraying |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010201228629U CN201662164U (en) | 2010-03-04 | 2010-03-04 | Air cooling evaporated condensing system capable of continuously spraying |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101793427A (en) * | 2010-03-04 | 2010-08-04 | 洛阳佳嘉乐农业产品开发有限公司 | Continuous spraying air-cooled atomization and vaporization type condensing system and air-conditioning method |
| CN105314292A (en) * | 2015-07-09 | 2016-02-10 | 上海交通大学 | Mist spraying and air supplying system for air-cooled refrigeration container |
| CN112708743A (en) * | 2020-12-15 | 2021-04-27 | 大连科锐达机械制造有限公司 | Environment-friendly full-automatic air fog cooling tank |
| CN117833690A (en) * | 2023-02-20 | 2024-04-05 | 宿州宿远智能科技有限公司 | AC-DC rectifier |
-
2010
- 2010-03-04 CN CN2010201228629U patent/CN201662164U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101793427A (en) * | 2010-03-04 | 2010-08-04 | 洛阳佳嘉乐农业产品开发有限公司 | Continuous spraying air-cooled atomization and vaporization type condensing system and air-conditioning method |
| CN101793427B (en) * | 2010-03-04 | 2012-04-18 | 洛阳佳嘉乐农业产品开发有限公司 | Continuous spraying air-cooled atomization and vaporization type condensing system and air-conditioning method |
| CN105314292A (en) * | 2015-07-09 | 2016-02-10 | 上海交通大学 | Mist spraying and air supplying system for air-cooled refrigeration container |
| CN105314292B (en) * | 2015-07-09 | 2017-11-14 | 上海交通大学 | Air-cooled frozen products insulated container spraying supply air system |
| CN112708743A (en) * | 2020-12-15 | 2021-04-27 | 大连科锐达机械制造有限公司 | Environment-friendly full-automatic air fog cooling tank |
| CN117833690A (en) * | 2023-02-20 | 2024-04-05 | 宿州宿远智能科技有限公司 | AC-DC rectifier |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20101201 Effective date of abandoning: 20120418 |