CN203744639U - Volume-variable-type freezing-refrigeration storage double-set combination operation device - Google Patents
Volume-variable-type freezing-refrigeration storage double-set combination operation device Download PDFInfo
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- CN203744639U CN203744639U CN201420126315.6U CN201420126315U CN203744639U CN 203744639 U CN203744639 U CN 203744639U CN 201420126315 U CN201420126315 U CN 201420126315U CN 203744639 U CN203744639 U CN 203744639U
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Abstract
The utility model discloses a volume-variable-type freezing-refrigeration storage double-set combination operation device. A movable heat-preservation partitioning plate is arranged between a freezing room and a refrigeration room. A first compressor set and a first air cooling type evaporator are connected. A second compressor and a second air cooling type evaporator are connected. An air outlet of the first air cooling type evaporator and an air outlet of a second air cooling type evaporator are connected through a second air feeding channel. An air inlet of the first air cooling type evaporator and an air inlet of the second air cooling type evaporator are connected through a first air feeding channel. A first air returning opening and a first air feeding opening are formed in the freezing room. A second air feeding opening and a second air returning opening are formed in the refrigeration room. Two branch channels of the first air feeding channel are connected with the first air returning opening and the second air returning opening. Two branch channels of the second air feeding channel are connected with the first air feeding opening and the second air feeding opening. According to the technical scheme, different combinations are achieved through double sets and air valves in the air feeding channels, coldness distribution is carried out on the freezing room and the refrigeration room, and quick cooling and optimum storage are achieved.
Description
Technical field
The utility model belongs to freezer freezing and refrigeration field, more particularly, relate to two-shipper group joint operating device, mainly by air-supply passage, the evaporimeter air inlet of freezer and refrigerator, air outlet are combined, utilize air-valve in two aircrew cooperation air-supply passages to open and close and distribute air quantity lower the temperature the soonest to realize freezer under different condition, and the optimum dimension temperature that associating can automated movement thermal-insulation baffle plate realizes food is preserved.
Background technology
The Refrigeration industry of China, through the development of decades, has formed more complete independently industrial system, and has become one of the pillar industry in Food circulation field.Freezer is one of food refrigerated major way, the needs that improve constantly for adapting to China's living standards of the people, and China plans national freezer total capacity to be increased to 1,880 ten thousand tons in 2015, and food cold processing and preservation technique thereof are proposed to higher requirement.In recent years, along with the variation of people's dietary structure, the structure of store goods also changes, and occurs high temperature storehouse deficiency in a part of area, the phenomenon of low temperature storehouse relative surplus; Simultaneously freezing-cooling storeroom fails to realize and the integration operation of precooling storage, fast food freezing.At present, the United Technologies that freezer is realized volume between quick-frozen food, adjustable freezing and refrigeration do not have large breakthrough yet.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, variable volume type freezing-cooling storeroom two-shipper group joint operating device is provided, provide a kind of supply air system by freezer and refrigerator to integrate, realize the distribution of cold under the different cold treatments of food by the keying of air-supply passage stroke valve, the mobile thermal-insulation baffle plate that parallel connection is combined in freezer and refrigerator is realized the quick optimal processing of food under different capabilities.Make full use of the cooperation of two-shipper group aspect the pre-cold-peace quick-frozen of food, realize different mutual transformations the fast that require lower capacity in high low temperature storehouse, and ensured the effect of balanced ventilation under freezer varying capacity.Overcome high low temperature storehouse and distributed a uneven difficult problem, and improved the multifunction of freezer, effectively increased economic benefit, saved the energy.
Technical purpose of the present utility model is achieved by following technical proposals:
Variable volume type freezing-cooling storeroom two-shipper group joint operating device, comprises the first compressor bank, the second compressor bank, the first magnetic valve, the second magnetic valve, the first heating power expansion valve, the second heating power expansion valve, the first air-cooled evaporimeter, the second air-cooled evaporimeter, the first air-supply passage, the second air-supply passage:
The freezer being made up of freezer and refrigerator, arranges mobile thermal-insulation baffle plate between the two;
The first compressor bank is connected with the first air-cooled evaporator pipeline, and the first magnetic valve and the first heating power expansion valve are installed on pipeline; The second compressor bank is connected with the second air-cooled evaporator pipeline, and the second magnetic valve and the second heating power expansion valve are installed on pipeline;
The air outlet of the air outlet of the first air-cooled evaporimeter and the second air-cooled evaporimeter is connected by the second air-supply passage, and in the second air-supply passage, the second Electric air valve is set; The air inlet of the air inlet of the first air-cooled evaporimeter and the second air-cooled evaporimeter is connected by the first air-supply passage, and in the first air-supply passage, the first Electric air valve is set;
The first return air inlet and the first air outlet are set on freezer, the second air outlet and the second return air inlet are set on refrigerator;
Two subchannels of the first air-supply passage are connected with the first return air inlet, the second return air inlet respectively, and the 3rd Electric air valve is set in the first return air inlet, and the 6th Electric air valve is set in the second return air inlet;
Two subchannels of the second air-supply passage are connected with the first air outlet, the second air outlet respectively, and the 4th Electric air valve is set in the first air outlet, and the 5th Electric air valve is set in the second air outlet.
In above-mentioned joint operating device, mobile thermal-insulation baffle plate is selected polyurethane heat insulation material.
In above-mentioned joint operating device, in freezer and refrigerator, difference set temperature sensor to gather temperature signal separately, to control the duty of Electric air valve, is changed under different operating state.
In the technical solution of the utility model, original traditional independent return air blowing system is integrated, every evaporimeter all connects air outlet and the air outlet of freezer and refrigerator, open and close and realize different combinations (two air-supply two return air by the air-valve in two aircrew cooperation air-supply passages, or the method for operation of two air-supply one return air), to carrying out cold distribution between freezing and refrigeration, realize fast cooling and the optimum storage of food according to demand.During due to cold reserves of food supply and demand variable effect, for improving freezer utilization rate, can regulate in real time capacity ratio between freezing and refrigeration by the thermal-insulation baffle plate between motor or manual mobile freezing and refrigeration, simultaneously adjusting air valve is realized the mode optimization airflow tissue of two air-supply one return air in some cases.
Using when above-mentioned joint operating device of the present utility model, according to different instructions for uses, by adjusting the position of mobile thermal-insulation baffle plate and the duty of all Electric air valve, as follows to realize the different operational modes of joint operating device:
The first pattern, it is freezing and refrigeration pattern, the first compressor bank and the first air-cooled evaporimeter are realized heat exchange, the second compressor bank and the second air-cooled evaporimeter are realized heat exchange, the first air-cooled evaporimeter is separately for freezer provides heat exchange, and the second air-cooled evaporimeter is separately for refrigerator provides heat exchange.
The second pattern, it is fast cooling pattern, the first compressor bank and the first air-cooled evaporimeter are realized heat exchange, the second compressor bank and the second air-cooled evaporimeter are realized heat exchange, the first air-cooled evaporimeter and the second air-cooled evaporimeter provide heat exchange by common air outlet and return air inlet for freezer, and mobile thermal-insulation baffle plate position is in freezer central authorities (between the first air outlet and the second air outlet).
The third pattern, it is single freezing or refrigeration pattern, the first compressor bank and the first air-cooled evaporimeter are realized heat exchange, the second compressor bank and the second air-cooled evaporimeter are realized heat exchange, the first air-cooled evaporimeter and the second air-cooled evaporimeter can provide heat exchange for freezer or refrigerator by common return air inlet and air outlet separately, mobile thermal-insulation baffle plate position for example, in a side of freezer (between the first return air inlet and the first air outlet, or between the second air outlet and the second return air inlet).The first air-cooled evaporimeter and the second air-cooled evaporimeter also can be by separately air outlet and return air inlet provide heat exchange for freezer or refrigerator, mobile thermal-insulation baffle plate position is in the rightmost side or the leftmost side of freezer.
Operation principle of the present utility model is: under normal freezing and refrigeration pattern, freezer and refrigerator move under refrigeration mode separately.In the time that freezer and refrigerator have new food product refrigeration or storage, because the reasons such as the unlatching of storehouse door and FF heat radiation cause freezer intensification too high, open two-shipper group associating quick-frozen pattern, adjusting air valve fit system is realized fast cooling in storehouse, aspect fast food freezing and precooling, can utilize equally two-shipper group combine cooling reach optimum efficiency, be conducive to shorten food temperature fall time improve preservation quality.Coordinate removable thermal insulation dividing plate to improve the flexibility of freezer cold distribution and the flexibility of high low temperature storage capacity simultaneously.In view of the manual operation of freezer becomes relative complex, can control air-valve keying, Unit Commitment to realize the automation switching of refrigeration unit isolated operation pattern and cooperation pattern by automation control systems such as PLC for this reason.
Compared with prior art, the technical solution of the utility model provides the freezing-cooling storeroom of variable volume type and has designed the device of freezer quick-frozen food under a set of cooperation different capabilities, not only meet the capacity regulating in freezer high temperature storehouse and low temperature storehouse under the different demands of food, improved the capacity utilization of freezer; And it is integrated to have realized fast food freezing and precooling storage, is conducive to improve food fresh keeping quality.Realize on the whole the function of saving the energy, improving freezer economic benefit, there is following beneficial effect:
(1) by the optimum allocation of combining adjusting and can realize cold in the situations such as freezer fast cooling, precooling treatment and freezing and refrigeration of two-shipper group, improve the preservation quality of food, realize the multifunction of freezer, increase economic benefit.
(2) movable heat-preservation dividing plate can be realized under different supply-demand relationships the flexibility of capacity between Food Freezing and Cold Storage, efficiently solves refrigerator deficiency under seasonal variety, the phenomenon of freezer relative surplus.
(3) in the time of freezer single-mode preserved food products, by two-shipper group joint control and regulation air-valve and coordinate mobile thermal-insulation baffle plate to optimize air current composition in storehouse.
Brief description of the drawings
Fig. 1 is the structural configuration schematic diagram of joint operating device of the present utility model, wherein 1-1 is the first compressor bank, 1-2 is the second compressor bank, 2-1 is the first magnetic valve, 2-2 is the second magnetic valve, 3-1 is the first heating power expansion valve, 3-2 is the second heating power expansion valve, 4-1 is the first air-cooled evaporimeter, 4-2 is the second air-cooled evaporimeter, 5 is the first Electric air valve, 6 is the second Electric air valve, 7 is the 3rd Electric air valve, 8 is the 4th Electric air valve, 9 is the 5th Electric air valve, 10 is the 6th Electric air valve, 11 is mobile thermal-insulation baffle plate, 12-1 is the first air-supply passage, 12-2 is the second air-supply passage, 13-1 is the first return air inlet, 13-2 is the first air outlet, 13-3 is the second air outlet, 13-4 is the second return air inlet.
Fig. 2 is joint operating device of the present utility model supply air system principle schematic under freezing and refrigeration pattern, and wherein 4-1 is that the first air-cooled evaporimeter, 4-2 are that the second air-cooled evaporimeter, 5 is that the first Electric air valve, 6 is that the second Electric air valve, 7 is that the 3rd Electric air valve, 8 is that the 4th Electric air valve, 9 is that the 5th Electric air valve, 10 is that the 6th Electric air valve, 11 is mobile thermal-insulation baffle plate.
Fig. 3 is joint operating device of the present utility model supply air system principle schematic under snap frozen pattern, and wherein 4-1 is that the first air-cooled evaporimeter, 4-2 are that the second air-cooled evaporimeter, 5 is that the first Electric air valve, 6 is that the second Electric air valve, 7 is that the 3rd Electric air valve, 8 is that the 4th Electric air valve, 9 is that the 5th Electric air valve, 10 is that the 6th Electric air valve, 11 is mobile thermal-insulation baffle plate.
Fig. 4 is joint operating device of the present utility model supply air system principle schematic under single frozen mode, and wherein 4-1 is that the first air-cooled evaporimeter, 4-2 are that the second air-cooled evaporimeter, 5 is that the first Electric air valve, 6 is that the second Electric air valve, 7 is that the 3rd Electric air valve, 8 is that the 4th Electric air valve, 9 is that the 5th Electric air valve, 10 is that the 6th Electric air valve, 11 is mobile thermal-insulation baffle plate.
Detailed description of the invention
Further illustrate the technical solution of the utility model below in conjunction with specific embodiment.
The structural configuration schematic diagram of joint operating device of the present utility model as shown in Figure 1, wherein 1-1 is the first compressor bank, 1-2 is the second compressor bank, 2-1 is the first magnetic valve, 2-2 is the second magnetic valve, 3-1 is the first heating power expansion valve, 3-2 is the second heating power expansion valve, 4-1 is the first air-cooled evaporimeter, 4-2 is the second air-cooled evaporimeter, 5 is the first Electric air valve, 6 is the second Electric air valve, 7 is the 3rd Electric air valve, 8 is the 4th Electric air valve, 9 is the 5th Electric air valve, 10 is the 6th Electric air valve, 11 is mobile thermal-insulation baffle plate, 12-1 is the first air-supply passage, 12-2 is the second air-supply passage, 13-1 is the first return air inlet, 13-2 is the first air outlet, 13-3 is the second air outlet, 13-4 is the second return air inlet.
In joint operating device, formed by freezer and refrigerator, mobile thermal-insulation baffle plate is set between the two, to realize mobile (can change the volume ratio relation of freezer and refrigerator) between freezer and refrigerator, and can realize thermal insulation (selecting polyurethane heat insulation material) between the two.Two air ports (the first return air inlet and the first air outlet) are set on freezer, two air ports (the second air outlet and the second return air inlet) are set on refrigerator.In freezer and refrigerator, difference set temperature sensor to gather temperature signal separately, to control the duty of Electric air valve, is changed under different operating state.
The first compressor bank is connected with the first air-cooled evaporator pipeline, and at pipeline, the first magnetic valve and the first heating power expansion valve is installed; The second compressor bank is connected with the second air-cooled evaporator pipeline, and at pipeline, the second magnetic valve and the second heating power expansion valve is installed.
The air outlet of the air outlet of the first air-cooled evaporimeter and the second air-cooled evaporimeter is connected by the second air-supply passage, and in the second air-supply passage, the second Electric air valve is set; The air inlet of the air inlet of the first air-cooled evaporimeter and the second air-cooled evaporimeter is connected by the first air-supply passage, and in the first air-supply passage, the first Electric air valve is set.
Two subchannels of the first air-supply passage are connected with the first return air inlet, the second return air inlet respectively, and the 3rd Electric air valve is set in the first return air inlet, and the 6th Electric air valve is set in the second return air inlet.
Two subchannels of the second air-supply passage are connected with the first air outlet, the second air outlet respectively, and the 4th Electric air valve is set in the first air outlet, and the 5th Electric air valve is set in the second air outlet.
Select the integral type compressor bank of 5HP and 3HP to be respectively the first compressor bank, the second compressor bank, it is outside that two typhoon cold type evaporimeters are positioned at cold storage locker top, by air-supply passage, cold is sent in storehouse, the air outlet of every evaporator blowing passage and return air inlet be UNICOM's freezer and refrigerator all, at each corresponding site, Electric air valve (as shown in Figure 1) is installed.The gas of low-temp low-pressure becomes the gas of HTHP after by compressor work, is become the liquid of low-temp low-pressure after air cooled condenser from the throttling action of heating power expansion valve, then by air-cooled evaporimeter with environment heat exchange in storehouse.Moveable partition board moves left and right to realize by pulley, guide rail and motor, and thermal insulation strip plate is all equipped with in the surrounding outside of moveable partition board, guarantees the heat-proof quality that freezer and refrigerator are good.Each air-valve is equipped with supporting motor, can realize the keying of air-valve.
Using when above-mentioned joint operating device of the present utility model, according to different instructions for uses, by adjusting the position of mobile thermal-insulation baffle plate and the duty of all Electric air valve, as follows to realize the different operational modes of joint operating device:
The first pattern, it is freezing and refrigeration pattern, the first compressor bank and the first air-cooled evaporimeter are realized heat exchange, the second compressor bank and the second air-cooled evaporimeter are realized heat exchange, the first air-cooled evaporimeter is separately for freezer provides heat exchange, and the second air-cooled evaporimeter is separately for refrigerator provides heat exchange.
As shown in Figure 2: the first Electric air valve 5, the second Electric air valve 6 are in closed condition, the 3rd Electric air valve 7, the 4th Electric air valve 8, the 5th Electric air valve 9, the 6th Electric air valve 10 are in opening, mobile thermal-insulation baffle plate position is in freezer central authorities (between the first air outlet and the second air outlet), the supply air system of two integral type compressor bank is separately independently, the first compressor bank 5HP provides heat exchange for freezer, and the second compressor bank 3HP provides heat exchange for refrigerator.Circulated air enters air-cooled evaporimeter is lowered the temperature by heat exchange and enters in storehouse from air outlet from return air inlet, to realize respectively the effect of the temperature that maintains freezer and refrigerator.
The second pattern, it is fast cooling pattern, the first compressor bank and the first air-cooled evaporimeter are realized heat exchange, the second compressor bank and the second air-cooled evaporimeter are realized heat exchange, the first air-cooled evaporimeter and the second air-cooled evaporimeter provide heat exchange by common air outlet and return air inlet for freezer, and mobile thermal-insulation baffle plate position is in freezer central authorities (between the first air outlet and the second air outlet).
As shown in Figure 3: the first Electric air valve 5, the second Electric air valve 6, the 3rd Electric air valve 7, the 4th Electric air valve 8 are in opening, the 5th Electric air valve 9, the 6th Electric air valve 10 are in closed condition, mobile thermal-insulation baffle plate position is in freezer central authorities (between the first air outlet and the second air outlet), according to using requirement, expand freezer storage capacity, by mobile thermal-insulation baffle plate position near on the position of the second air outlet.When freezer causes storehouse temperature to fluctuate larger in the situation that in fast food freezing, precooling storage and the reason such as artificial, can use this fast-refrigerating pattern.Increase to example with freezer storage capacity, by mobile thermal-insulation baffle plate position near on the position of the second air outlet, can realize freezer by the transformation of 1/3rd to 2/3rds capacity that accounts for freezer total measurement (volume), to meet the storage of new food, now the circulated air of freezer, from return air inlet simultaneously by two typhoon cold type evaporimeter heat exchange coolings, is then all got back in freezer from the air outlet of freezer.The first compressor bank 5HP and the second compressor bank 3HP combine for freezer provides heat exchange, and freezer is carried out to fast cooling.Two-shipper group is combined cooling has increased refrigerating capacity, has reduced the freezing time of cooling of food, and taking cryogenic temperature as-18 DEG C as example, the cooling time 30% of can saving time, has realized quick-frozen effect.When the temperature of freezer reaches after the temperature setting, fast cooling pattern is become to the first pattern (being freezing and refrigeration pattern), use the first compressor bank 5HP to maintain the temperature in freezer.
In freezer fast cooling process, because refrigerator does not carry out exchange heat, can cause refrigerator temperature rise, when refrigerator temperature reaches in limited time, regulate snap frozen pattern to become freezing and refrigeration pattern, after refrigerator temperature drops to target temperature, regulate again freezing and refrigeration pattern to become snap frozen pattern.
The third pattern, it is single freezing or refrigeration pattern, the first compressor bank and the first air-cooled evaporimeter are realized heat exchange, the second compressor bank and the second air-cooled evaporimeter are realized heat exchange, the first air-cooled evaporimeter and the second air-cooled evaporimeter can provide heat exchange for freezer or refrigerator by common return air inlet and air outlet separately, mobile thermal-insulation baffle plate position for example, in a side of freezer (between the first return air inlet and the first air outlet, or between the second air outlet and the second return air inlet).The first air-cooled evaporimeter and the second air-cooled evaporimeter also can be by separately air outlet and return air inlet provide heat exchange for freezer or refrigerator, mobile thermal-insulation baffle plate position is in the rightmost side or the leftmost side of freezer.
In some specific situation, freezer only needs freezing or cold storage function to preserve food, not only can realize the high capacity utilization of freezer by the mobile heat room plate of the online cooperation of two-shipper group for this reason, reduce enclosed structure heat dissipation capacity and save cold, arrange but also can optimize air-flow in storehouse.
As shown in Figure 4: the first Electric air valve 5, the second Electric air valve 6, the 3rd Electric air valve 7, the 4th Electric air valve 8, the 5th Electric air valve 9 are in opening, the 6th Electric air valve 10 is in closed condition, mobile thermal-insulation baffle plate position for example, in freezer one side (between the second air outlet and the second return air inlet), according to using requirement, expand corresponding storage capacity.
Circulated air enters two evaporimeters from the return air inlet of freezer through air-supply passage, after heat exchange cooling, gets back in freezer respectively from the air outlet of freezer and refrigerator, realizes uniform air flow and arranges, reduces the discrete type of temperature of ice house, reduces temperature fall time.
Under single freezing or refrigeration pattern, freezer starts in temperature-fall period under two-shipper group jointly controls, and the first and second compressor bank provide heat exchange jointly; If moveable partition board moves to storehouse body low order end, can be converted to conventional freezing refrigeration pattern, open Electric air valve 7,8,9,10, close Electric air valve 5,6.In the time that storehouse temperature reaches refrigerated storage temperature, close refrigerant condenser group, realize food refrigeratedly, in the time that temperature reaches cryogenic temperature, close refrigeration compressor bank, realize food product refrigeration.
Three kinds of patterns do not isolate, and the optimum performance that has reached freezer is worked in coordination with, switched to three kinds of patterns jointly under certain conditions.For example just start must start fast cooling pattern in food temperature-fall period, while waiting food temperature to reach reserve temperature, opened conventional freezing refrigeration pattern.The operation of this new equipment has certain complexity, can realize the automatic operating that freezer pattern is switched by the control technology of comparative maturity, can carry out by the temperature of PLC controller detection freezer freezer refrigerator the operation conditions of adjusting air valve keying and two-shipper group, save human resources, improve freezer operational efficiency.
Above the utility model is done to exemplary description; should be noted that; in the situation that not departing from core of the present utility model, the replacement that is equal to that any simple distortion, amendment or other those skilled in the art can not spend creative work all falls into protection domain of the present utility model.
Claims (2)
1. variable volume type freezing-cooling storeroom two-shipper group joint operating device, it is characterized in that, comprise the first compressor bank, the second compressor bank, the first magnetic valve, the second magnetic valve, the first heating power expansion valve, the second heating power expansion valve, the first air-cooled evaporimeter, the second air-cooled evaporimeter, the first air-supply passage, the second air-supply passage, the freezer being formed by freezer and refrigerator, mobile thermal-insulation baffle plate is set between the two;
The first compressor bank is connected with the first air-cooled evaporator pipeline, and the first magnetic valve and the first heating power expansion valve are installed on pipeline; The second compressor bank is connected with the second air-cooled evaporator pipeline, and the second magnetic valve and the second heating power expansion valve are installed on pipeline;
The air outlet of the air outlet of the first air-cooled evaporimeter and the second air-cooled evaporimeter is connected by the second air-supply passage, and in the second air-supply passage, the second Electric air valve is set; The air inlet of the air inlet of the first air-cooled evaporimeter and the second air-cooled evaporimeter is connected by the first air-supply passage, and in the first air-supply passage, the first Electric air valve is set; The first return air inlet and the first air outlet are set on freezer, the second air outlet and the second return air inlet are set on refrigerator;
Two subchannels of the first air-supply passage are connected with the first return air inlet, the second return air inlet respectively, and the 3rd Electric air valve is set in the first return air inlet, and the 6th Electric air valve is set in the second return air inlet;
Two subchannels of the second air-supply passage are connected with the first air outlet, the second air outlet respectively, and the 4th Electric air valve is set in the first air outlet, and the 5th Electric air valve is set in the second air outlet.
2. variable volume type freezing-cooling storeroom two-shipper group joint operating device according to claim 1, is characterized in that, difference set temperature sensor in described freezer and refrigerator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420126315.6U CN203744639U (en) | 2014-03-19 | 2014-03-19 | Volume-variable-type freezing-refrigeration storage double-set combination operation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420126315.6U CN203744639U (en) | 2014-03-19 | 2014-03-19 | Volume-variable-type freezing-refrigeration storage double-set combination operation device |
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| CN203744639U true CN203744639U (en) | 2014-07-30 |
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| CN201420126315.6U Withdrawn - After Issue CN203744639U (en) | 2014-03-19 | 2014-03-19 | Volume-variable-type freezing-refrigeration storage double-set combination operation device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103868308A (en) * | 2014-03-19 | 2014-06-18 | 天津大学 | Variable volume type freezing and refrigerating storage two-unit joint operating device and operating method thereof |
| CN107036391A (en) * | 2017-06-23 | 2017-08-11 | 苏州新亚科技有限公司 | A kind of remote intelligent control system for freezer |
| CN110736293A (en) * | 2019-09-12 | 2020-01-31 | 徐州壹迪食品机械有限公司 | novel freezing chamber air duct structure |
| IT201900006004A1 (en) * | 2019-04-17 | 2020-10-17 | Irinox S P A | PROFESSIONAL BLAST CHILLER |
| CN115468373A (en) * | 2022-09-20 | 2022-12-13 | 广州三沪食品有限公司 | Intelligent temperature monitoring system |
-
2014
- 2014-03-19 CN CN201420126315.6U patent/CN203744639U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103868308A (en) * | 2014-03-19 | 2014-06-18 | 天津大学 | Variable volume type freezing and refrigerating storage two-unit joint operating device and operating method thereof |
| CN107036391A (en) * | 2017-06-23 | 2017-08-11 | 苏州新亚科技有限公司 | A kind of remote intelligent control system for freezer |
| IT201900006004A1 (en) * | 2019-04-17 | 2020-10-17 | Irinox S P A | PROFESSIONAL BLAST CHILLER |
| CN110736293A (en) * | 2019-09-12 | 2020-01-31 | 徐州壹迪食品机械有限公司 | novel freezing chamber air duct structure |
| CN115468373A (en) * | 2022-09-20 | 2022-12-13 | 广州三沪食品有限公司 | Intelligent temperature monitoring system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140730 Effective date of abandoning: 20160413 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |