CN209819811U - Synergistic system device for low-grade heat in harmful medium-containing exhaust air of direct-current air conditioner - Google Patents
Synergistic system device for low-grade heat in harmful medium-containing exhaust air of direct-current air conditioner Download PDFInfo
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Abstract
The utility model discloses a straight-flow air conditioner contains harmful medium and airs exhaust middle and low grade thermal increase system device, include air source heat pump, decoupling type hot blast blowpipe apparatus, windshield and the exhaust mechanism of being connected with straight-flow air conditioner's the house steward of airing exhaust. The decoupling type air inlet device comprises an air inlet main pipe connected with an air outlet main pipe and a plurality of air inlet branch pipes connected with the air inlet main pipe, wherein the air outlet flow of each air inlet branch pipe is aligned to the surface of the heat exchanger of the air source heat pump; the wind shields are arranged on two sides of the air source heat pump and air outlets of the air inlet branch pipes; the air exhaust mechanism comprises an exhaust fan arranged on an exhaust hole of the air source heat pump and an exhaust cylinder arranged on the exhaust hole according to the air exhaust requirement, and the height of the exhaust cylinder is 0.5-1.5 m. The utility model discloses a synergistic system device can effectively retrieve the straight-flow air conditioner and contain the medium-low grade heat in airing exhaust that harms the medium, improves heat pump set operating efficiency, has also reduced straight-flow air conditioner's energy consumption.
Description
Technical Field
The utility model relates to a straight-flow air conditioner contains harmful medium and airs exhaust middle and low grade thermal increase system device.
Background
There are a large number of harmful medium generating sources in the room of a kind of technological room, such as a large number of harmful dust, volatile gas, organic solvent, ammonia and other acid-base inorganic harmful gases, and in order to avoid cross contamination, the indoor air is regulated by the standard or standard and is not allowed to be used as return air. The full fresh air and full air exhaust straight-flow air conditioning system is adopted, and although the indoor environment can be effectively controlled, the energy consumption is very high.
Such as the manipulation of airborne pathogenic biological agents in high-level biosafety laboratories, which are highly dangerous to humans, animals and plants or to the environment, the introduction of serious and even fatal diseases to humans, mainly by aerosols, or agents that are highly dangerous to animals, plants and the environment. Some even no preventive or therapeutic measures.
For example, the negative pressure isolation ward has a ward for patients with serious airborne diseases (such as atypical pneumonia, open tuberculosis, drug-resistant tuberculosis, measles, chickenpox, and suspected airborne diseases with serious or more than one transmission path or unknown etiology) which are transmitted by microorganisms which are easily transmitted by air and are easily transmitted between people, even not discovered or declared to be killed in China, and the like, and a special operating room and a diagnosis and treatment room for the patients, and the infectious disease department in the general hospital is used for receiving and examining an observation room and an emergency treatment room for the suspected airborne diseases.
For example, when various experimental animals are raised in an experimental animal house, the experimental animals can generate a large amount of metabolites such as ammonia in the breeding, production and experimental processes, so that the indoor environment is polluted, and the breeding, production and experimental processes of the experimental animals are influenced.
For example, in a large number of laboratories in various fields, when laboratory exhaust cabinets are used for operating experimental objects such as harmful and toxic chemical solvents, infectious materials, harmful gases generated by high-concentration acid and alkali, and the like.
The room is characterized in that the room air contains a large amount of harmful substances, or the cost for treating the harmful substances is far higher than that for treating the fresh air conditioner, the air conditioning system does not allow return air, and only a direct current system with full fresh air and full exhaust air can be adopted to exhaust the air of the indoor air conditioner. But direct discharge can seriously contaminate or harm the surrounding environment and residents. Some require to adopt appropriate exhaust treatment device to discharge after harmless treatment, some require to exceed roof certain height or inject a large amount of ambient air with certain wind speed and discharge aloft after diluting.
In order to prevent harmful substances from seeping out, the rooms are always kept at a certain negative pressure. The larger the harmful factors are, the higher the negative pressure is, and the larger the exhaust air quantity is, the larger the fresh air quantity is. Some rooms adopt a straight-flow variable air volume air conditioning system, and the air exhaust volume can be correspondingly changed. In addition, the total heat recovery device always has some leakage in the process of total heat recovery of fresh air and exhaust air, and the total heat recovery device is not adopted in the exhaust air generally. Although some heat recovery devices (fig. 1: pre-filter 11, final filter 12, cooling coil 13, intermediate heat recovery coil 14, blower pipe 20, room 100, return fan 21) using intermediate heat recovery coils as in fig. 1 or heat recovery devices using heat pipes as in fig. 2, etc. are allowed to recover sensible heat, the recovery efficiency is not high, especially in the southern area. Some rooms are stipulated by plain text in standards or specifications that air exhaust is not allowed to adopt any heat recovery device. Therefore, the air conditioner of the type of user room consumes a lot of energy.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome prior art's defect and provide a straight-flow air conditioner contain harmful medium and air exhaust low-grade thermal increase system device, it can effectively retrieve and contain harmful medium air conditioner and air exhaust low-grade thermal, improves heat pump set operating efficiency, has indirectly reduced straight-flow air conditioning system's energy consumption.
The purpose of the utility model is realized like this: a straight-flow air conditioner contains the synergistic system device of medium-low grade heat in the harmful medium air exhaust, including air source heat pump, decoupling type air intake device, wind cap and air exhaust mechanism connected with air exhaust main pipe of the straight-flow air conditioner; the air source heat pump comprises a heat pump box body and a heat exchanger which is arranged in the heat pump box body in an inclined mode; air inlets are formed in the surface of the heat pump box body, which is opposite to the heat exchanger, and the side face of the heat exchanger; wherein the content of the first and second substances,
the decoupling type air inlet device is arranged on a base of the heat pump box body and comprises an air inlet main pipe connected with the air exhaust main pipe and a plurality of air inlet branch pipes connected with the air inlet main pipe, and air outlet flows of the air inlet branch pipes are aligned to the surface of the heat exchanger in the heat pump box body;
the wind cap is arranged on an air inlet opposite to the side surface of the heat exchanger and an air outlet of each air inlet branch pipe on the heat pump box body, so that air volume sent out by each air inlet branch pipe cannot be interfered by unit external gust and escapes from the heat pump box body, and the air volume sent out by each air inlet branch pipe and external air entering the heat pump box body from the air inlet opposite to the surface of the heat exchanger on the heat pump box body jointly form ventilation volume required by the air source heat pump;
the air exhaust mechanism comprises an exhaust fan arranged on an exhaust hole formed in a top plate of a heat pump box body of the air source heat pump and an exhaust cylinder arranged on the exhaust hole according to the air exhaust requirement, and the exhaust cylinder is 0.5-1.5 meters high and is in a shape of a straight cylinder or a circular cone with a small top and a large bottom.
The direct-flow air conditioner comprises a synergistic system device for low-grade heat in harmful medium exhaust, wherein a heat exchanger in the air source heat pump adopts a fin type heat exchanger and is of a corrugated windowing fin type structure, and a heat exchange tube of the heat exchanger adopts an internal threaded copper tube; the surface of the heat exchanger is provided with an anticorrosive layer with the thickness of 20-30 mu m and the thickness of the anticorrosive layer corresponds to the corrosivity of a harmful medium.
The straight-flow air conditioner contains the synergistic system device for low-grade heat in harmful medium exhaust, wherein each air inlet branch pipe of the decoupling air inlet device is provided with a plurality of air outlets, and each air outlet is provided with an air outlet grid.
The direct-flow air conditioner contains a synergistic system device for low-grade heat in harmful medium exhaust, wherein the exhaust mechanism further comprises a grid cover arranged at the top of the exhaust barrel, and the grid caliber of the grid cover is 20 mm.
The direct-flow air conditioner comprises a synergistic system device for low-grade heat in harmful medium exhaust air, wherein the air volume of the exhaust fan is 18500m3/h～20000m3The wind pressure is 100Pa to 120 Pa.
The utility model discloses a straight-flow air conditioner contains harmful medium and airs exhaust middle and low grade thermal increase system device, moreover, the steam generator is simple in structure, the design is novel, therefore, the carrier wave energy-saving device is low in cost, the operating efficiency of heat pump set is improved, the unmatched problem of the volume of airing exhaust of straight-flow air conditioner system and the air source heat pump set operation amount of wind has been solved, straight-flow air conditioner exhaust system has been simplified, the air exhauster power of straight-flow air conditioner has been reduced, the operation energy consumption and the heat emission of entire system are reduced, it airs exhaust in to be favorable to the straight-flow. The utility model has the characteristics of it is following:
1. the utility model discloses set up decoupling type hot blast blowpipe apparatus between air source heat pump's air intake and straight-flow air conditioner's the house steward of airing exhaust to side at air source heat pump and decoupling type hot blast blowpipe apparatus's air outlet sets up the windshield, and the volume of airing exhaust of not only guaranteeing straight-flow air conditioner is not outer elegant, still can not receive the interference of gust. Because the decoupling type air inlet device only inserts the air inlet branch pipe between the heat exchangers of the air source heat pump and is not directly connected with the air source heat pump through a pipeline, the problem that the air exhaust volume of the direct-flow air conditioning system is not matched with the ventilation volume required by the air source heat pump is solved, the ventilation volume required by the normal operation of the air source heat pump can be met with the lowest resistance through atmospheric air supplement, and harmful substances in the air exhaust of the direct-flow air conditioner can be diluted;
2. the heat exchange tubes and fins of the heat exchanger are correspondingly protected against the corrosivity of harmful substances in the exhaust air, and the structure of the heat exchanger is correspondingly optimized to make up the attenuated heat exchange amount caused by the protection treatment. In addition, in order to meet the requirement that the overall performance of the synergistic system device is not reduced, the structure of the heat exchanger is optimized so as to increase the heat exchange efficiency of the heat exchanger.
3. Aiming at the requirement of the air exhaust height or the outlet air speed of the straight-flow air conditioner, a straight-cylinder type or conical-cylinder type air exhaust cylinder is added on an air exhaust hole of the air source heat pump so as to meet the air exhaust height or the air exhaust speed required by the laws and regulations.
4. And an exhaust fan with high wind pressure is adopted, so that the increase of airflow resistance flowing through the heat exchanger due to the change of the structure or components of the heat exchanger is overcome.
Drawings
FIG. 1 is a schematic view of a heat recovery device of an intermediate heat recovery coil of the prior art
FIG. 2 is a schematic structural diagram of a heat recovery device of a heat pipe in the prior art;
fig. 3 is a schematic structural diagram (conical exhaust duct) of an embodiment of the synergistic system device for low-grade heat in harmful medium exhaust of the once-through air conditioner of the present invention;
FIG. 4 is a side view of FIG. 3;
fig. 5 is a schematic structural diagram of another embodiment of the synergistic system device for low-grade heat in harmful medium exhaust of the once-through air conditioner of the present invention (straight circular exhaust duct);
fig. 6a is a schematic structural diagram of a heat exchanger in the synergistic system device for low-grade heat in harmful medium exhaust air of the once-through air conditioner of the present invention;
FIG. 6b is a left side view of FIG. 6 a;
fig. 6c is a right side view of fig. 6 a.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings.
Referring to fig. 3 to 5, the synergistic system device for low-grade heat in harmful medium exhaust of a direct-flow air conditioner of the present invention includes an air source heat pump 3, a decoupling air intake device, a windshield 4 and an exhaust mechanism, which are hard connected to a non-pipeline of an exhaust main pipe of the direct-flow air conditioner system.
The air source heat pump 3 comprises a heat pump box body and a heat exchanger 30 arranged in the heat pump box body, wherein the heat exchanger 30 is arranged in the heat pump box body in an inclined mode forming an included angle smaller than 90 degrees with a base of the heat pump box body; the heat exchanger 30 adopts a fin type heat exchanger, the fins 32 are of a corrugated windowing type structure, and the heat exchange tubes 33 of the heat exchanger 30 adopt inner threaded copper tubes; the surface of the heat exchanger 30 is provided with an anticorrosive layer with the thickness of 20-30 mu m; the anti-corrosion layer is formed after electrophoresis treatment; air inlets are respectively arranged on the front side plate, the rear side plate, the left side plate and the right side plate of the heat pump box body relative to the heat exchanger 30; the air inlets on the front and rear side plates of the heat pump box body of the embodiment are opposite to the side surface of the heat exchanger 30, and the air inlets on the left and right side plates of the heat pump box body are opposite to the surface of the heat exchanger 30.
The decoupling type air intake device is arranged on a base of a heat pump box body of the air source heat pump 3 and comprises an air intake main pipe 6 connected with an air exhaust main pipe of the direct-flow air conditioning system and a plurality of air intake branch pipes 5 connected with the air intake main pipe 6, and each air intake branch pipe 5 is provided with a plurality of air outlets so as to be aligned to the surface of a heat exchanger 30 in the heat pump box body; the air outlet of each air inlet branch pipe 5 is provided with an air outlet grille 7.
The wind-proof cover 4 is arranged on an air inlet opposite to the side surface of the heat exchanger and an air outlet of each air inlet branch pipe 5 on the heat pump box body, the wind-proof cover 4 of the embodiment is arranged on the air inlets (opposite to the side surface of the heat exchanger 30) on the front side plate and the rear side plate of the heat pump box body, so that the air volume sent out by each air inlet branch pipe 5 does not escape from the heat pump box body, and the air volume sent out by each air inlet branch pipe 5 and the external air entering the heat pump box body from the air inlets opposite to the surface of the heat exchanger on the heat pump box body; the outdoor air of the present embodiment enters the heat pump box body from the air inlets (opposite to the surface of the heat exchanger 30) on the left and right side plates of the heat pump box body.
The air exhaust mechanism comprises an exhaust fan 2 arranged on an exhaust hole formed in a top plate of a heat pump box body of the air source heat pump 3, an exhaust cylinder 1 arranged on the top plate of the heat pump box body of the air source heat pump 3 corresponding to the exhaust hole of the air source heat pump 3, and a low-density grid cover (not shown) arranged at the top of the exhaust cylinder 1, wherein the grid caliber of the grid cover is 20 mm; the exhaust fan 2 adopts a large-air-volume high-excess-pressure fan, and the air volume of the exhaust fan 2 is 18500m3/h～20000m3The wind pressure is 100-120 Pa; the height of the exhaust duct 1 is 0.5-1.5 m, and the shape is a cone with a small top and a big bottom to improve the exhaust speed, or a straight cylinder (see fig. 5); the top of the exhaust cylinder 1 can be flanged outwards (see fig. 3 and 4), which not only can reduce the airflow resistance, but also can enhance the strength of the straight cylinder.
The utility model discloses a straight-flow air conditioner contains harmful medium and airs exhaust well low grade thermal increase system device's theory of operation does: the exhaust air of the straight-flow air conditioner is processed by the exhaust processing device, enters the air inlet branch pipe 5 through the air inlet main pipe 6 of the decoupling air inlet device, is sent out by the air outlet grille 7 of the air inlet branch pipe 5, and then enters the heat exchanger 30 of the air source heat pump 3. Although the air volume of airing exhaust of straight-flow air conditioner does not match with the ventilation volume of air source heat pump 3, can satisfy the required ventilation volume of air source heat pump 3 normal operating through decoupling type air inlet device and outside air mend wind by the minimum resistance, diluted the harmful substance in airing exhaust of straight-flow air conditioner again. The wind cap 4 ensures that the air exhaust of the direct-flow air conditioner is prevented from being interfered by gusts outside the air source, and the suction force of the exhaust fan 2 in the air source heat pump 3 effectively prevents the air exhaust of the direct-flow air conditioner from escaping outwards, thereby improving the operating efficiency of the air source heat pump 3. The exhaust air entering the air source heat pump 3 flows through the heat exchanger 30 and the exhaust fan 2 whose surfaces are protected. Because the heat exchanger 30 and the exhaust fan 2 which are subjected to protection treatment increase the corresponding capacity, the operation efficiency and the output quantity of the air source heat pump 3 are ensured, and finally the air is exhausted into the atmosphere by the exhaust barrel 1 at a certain height or a certain speed, so that the emission requirement specified in the regulation is met.
The utility model discloses a straight-flow air conditioner contains harmful medium and airs exhaust low-grade thermal increase system device has following characteristics:
1. because the volume of airing exhaust of through-flow air conditioner does not match with the air volume of air source heat pump 3, the volume of airing exhaust of through-flow air conditioner is little than the air volume of air source heat pump 3, perhaps the through-flow air conditioner volume of airing exhaust changes, if the volume of airing exhaust in order to guarantee through-flow air conditioner is whole to be siphoned away and not disturbed by gust often adopt the tuber pipe hard joint, not only can not satisfy the volume of airing exhaust of air source heat pump 3, influence air source heat pump 3's efficiency on the contrary. Therefore, the utility model discloses set up the decoupling type air inlet unit between the air intake of air source heat pump 3 and the house steward of airing exhaust of through-flow air conditioner, make the air intake of air source heat pump 3 and the house steward of airing exhaust of through-flow air conditioner between be non-pipeline hard connection, and set up windshield 4 at the air outlet of decoupling type air inlet unit, not only guarantee that the air exhaust of through-flow air conditioner is not escaped outward, and do not receive the interference of outer gust wind, can also satisfy the air volume that air source heat pump 3 normally operates required with minimum resistance through atmospheric air make-up, can dilute the harmful substance in the air exhaust of through-flow air conditioner;
2. the exhaust air of the straight-flow air conditioner contains corrosive substances such as ammonia, formaldehyde, acid and alkali, and the like, so that the components of the exhaust air flowing through the air source heat pump 3, such as a heat exchanger, an exhaust fan, structural components and the like, can be corroded, and the exhaust air is usually absorbed or neutralized by spraying water, acid, alkali and other liquids, and thus, the heat recovery efficiency can be reduced. The utility model discloses do corresponding protection to the heat exchange tube 33 and the fin 32 of heat exchanger 30 to the characteristic of harmful substance in airing exhaust and handle to corresponding optimization heat exchanger 30's structure, in order to compensate the heat transfer volume of handling the decay because of the protection. The utility model discloses the position that exposes to heat exchanger 30 has carried out the protection and has handled, and the surface of heat exchange tube 33 and the surface of fin 32 adopt the electrophoresis to handle formation anticorrosive coating promptly. Because the electrophoretic coating is flexible, the cationic epoxy polymer is uniformly distributed on the surface of the metal, and no bridging phenomenon which can occur in the spraying treatment exists between the fins or the windows. The electrophoresis process ensures that a dry film-shaped anticorrosive layer with the thickness of 20-30 mu m is formed on the outer surface of the heat exchanger 30. The electrophoresis meets the ASTM B3359-97 standard and reaches 4B-5B adhesion grade; corrosion resistance can be tested by ASTM G85a2 salt fog for not less than 2400 hours; the thermal attenuation performance is less than 2%. Since the electrophoresis treatment is performed in a whole immersion manner, the end plate 31 of the heat exchanger 30 is also subjected to the whole electrophoresis treatment, and has the protection capability of the same specification (see fig. 6a, 6b and 6 c).
In addition, considering that the heat exchanger 30 can attenuate the heat exchange amount after the electrophoresis treatment, in order to meet the requirement that the overall performance of the synergistic system device is not reduced, the structure of the heat exchanger 30 is optimized as follows: 1) the conventional corrugated fin is changed into a corrugated windowing type fin structure; 2) the heat exchange copper pipe of the conventional light pipe structure is changed into the heat exchange copper pipe of the internal thread structure, so that the heat exchange area of the heat exchange pipe is increased.
3. Because the exhaust air of the straight-flow air conditioner contains highly pathogenic microorganisms, although the straight-flow air conditioner is subjected to harmless treatment (such as filtration and sterilization through a high-efficiency filter), the discharge height (higher than a certain height of a roof) or the discharge speed is regulated by laws and regulations, and the height of an exhaust outlet and the outlet air speed of a common air source heat pump cannot meet the discharge requirement. The utility model discloses to the straight-flow air conditioner air exhaust height and export wind speed requirement, increase exhaust mechanism on air source heat pump 3's exhaust hole, increase exhaust barrel 1 on the upper portion of exhaust fan 2 promptly. The height of the exhaust duct 1 is determined by the exhaust height required by legislation. The exhaust barrel 1 is made into a straight barrel type or a conical type according to requirements. The size of the opening of the conical exhaust duct 1 is determined according to the exhaust speed required by laws and regulations. After the exhaust duct 1 is added, a mesh cover on the exhaust fan 2 can be cancelled, and a low-density mesh fan cover (the mesh aperture is 20mm) is added at the top of the exhaust duct 1, even a plastic mesh rope with a similar shape is adopted for replacement, so that the integral wind resistance is reduced; meanwhile, the diameter of the exhaust barrel 1 is larger, so that the pressure drop generated by the exhaust barrel 1 with the height of 0.5-1.5 m is very small, and extra pressure loss is hardly generated, so that the performance of the whole machine is hardly influenced.
4. Because the heat exchange quantity of the heat exchanger of the common air source heat pump and the air quantity of the exhaust fan are matched with the air pressure and the air source heat pump, the operation efficiency of the air source heat pump can be influenced by the change or performance reduction of any one part, and the cold and hot water quantity and the water temperature required by the direct-current air conditioner can not be ensured. The utility model discloses not only increase exhaust barrel 1 on air source heat pump 3's the hole of airing exhaust, still adopt the exhaust fan 2 of big wind volume high excess pressure, overcome the problem of the increase of the amount of wind resistance that leads to flowing through heat exchanger 30 because of heat exchanger 30's structure or part change.
The above embodiments are provided only for the purpose of illustration, not for the limitation of the present invention, and those skilled in the relevant art can make various changes or modifications without departing from the spirit and scope of the present invention, therefore, all equivalent technical solutions should also belong to the scope of the present invention, and should be defined by the claims.
Claims (5)
1. A straight-flow air conditioner contains the synergistic system device of medium-low grade heat in the harmful medium air exhaust, including air source heat pump, decoupling type air intake device, wind cap and air exhaust mechanism connected with air exhaust main pipe of the straight-flow air conditioner; the air source heat pump comprises a heat pump box body and a heat exchanger which is arranged in the heat pump box body in an inclined mode; air inlets are formed in the surface of the heat pump box body, which is opposite to the heat exchanger, and the side face of the heat exchanger; it is characterized in that the preparation method is characterized in that,
the decoupling type air inlet device is arranged on a base of the heat pump box body and comprises an air inlet main pipe connected with the air exhaust main pipe and a plurality of air inlet branch pipes connected with the air inlet main pipe, and air outlet flows of the air inlet branch pipes are aligned to the surface of the heat exchanger in the heat pump box body;
the wind cap is arranged on an air inlet opposite to the side surface of the heat exchanger and an air outlet of each air inlet branch pipe on the heat pump box body, so that air volume sent out by each air inlet branch pipe cannot be interfered by unit external gust and escapes from the heat pump box body, and the air volume sent out by each air inlet branch pipe and external air entering the heat pump box body from the air inlet opposite to the surface of the heat exchanger on the heat pump box body jointly form ventilation volume required by the air source heat pump;
the air exhaust mechanism comprises an exhaust fan arranged on an exhaust hole formed in a top plate of a heat pump box body of the air source heat pump and an exhaust cylinder arranged on the exhaust hole according to the air exhaust requirement, and the exhaust cylinder is 0.5-1.5 meters high and is in a shape of a straight cylinder or a circular cone with a small top and a large bottom.
2. The efficiency-increasing system device for medium-low grade heat in harmful medium exhaust air of the straight-flow air conditioner according to claim 1, wherein the heat exchanger in the air source heat pump adopts a fin type heat exchanger and is of a corrugated windowing fin type structure, and a heat exchange tube of the heat exchanger adopts an internal threaded copper tube; the surface of the heat exchanger is provided with an anticorrosive layer with the thickness of 20-30 mu m and the thickness of the anticorrosive layer corresponds to the corrosivity of a harmful medium.
3. The enhancing system device for low-grade heat in harmful-medium-containing exhaust air of a straight-flow air conditioner according to claim 1, wherein each air inlet branch pipe of the decoupling type air inlet device is provided with a plurality of air outlets, and each air outlet is provided with an air outlet grille.
4. The low-grade heat synergistic system device in the harmful medium-containing exhaust air of the straight-flow air conditioner according to claim 1, wherein the exhaust mechanism further comprises a grid cover arranged at the top of the exhaust barrel, and the grid caliber of the grid cover is 20 mm.
5. The device of claim 1, wherein the exhaust fan has an air volume of 18500m3/h～20000m3The wind pressure is 100Pa to 120 Pa.
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| CN201920398610.XU CN209819811U (en) | 2019-03-27 | 2019-03-27 | Synergistic system device for low-grade heat in harmful medium-containing exhaust air of direct-current air conditioner |
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| CN201920398610.XU CN209819811U (en) | 2019-03-27 | 2019-03-27 | Synergistic system device for low-grade heat in harmful medium-containing exhaust air of direct-current air conditioner |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109812951A (en) * | 2019-03-27 | 2019-05-28 | 同济大学 | The synergistic device device of the single flow air-conditioning middle-low grade heat of air draft containing hazardous medium |
| EP4102155A4 (en) * | 2020-03-06 | 2023-08-09 | Daikin Industries, Ltd. | Refrigeration device for shipping, and shipping container |
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2019
- 2019-03-27 CN CN201920398610.XU patent/CN209819811U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109812951A (en) * | 2019-03-27 | 2019-05-28 | 同济大学 | The synergistic device device of the single flow air-conditioning middle-low grade heat of air draft containing hazardous medium |
| CN109812951B (en) * | 2019-03-27 | 2024-02-09 | 同济大学 | Synergistic system device for medium-low grade heat in exhaust air of direct-current air conditioner containing harmful medium |
| EP4102155A4 (en) * | 2020-03-06 | 2023-08-09 | Daikin Industries, Ltd. | Refrigeration device for shipping, and shipping container |
| US12018880B2 (en) | 2020-03-06 | 2024-06-25 | Daikin Industries, Ltd. | Refrigeration apparatus for shipping, and shipping container |
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