CN207936624U - A kind of cooler that can be quickly cooled down - Google Patents
A kind of cooler that can be quickly cooled down Download PDFInfo
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- CN207936624U CN207936624U CN201820164609.6U CN201820164609U CN207936624U CN 207936624 U CN207936624 U CN 207936624U CN 201820164609 U CN201820164609 U CN 201820164609U CN 207936624 U CN207936624 U CN 207936624U
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- cooling
- liner
- cooler
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- tube
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Abstract
The utility model discloses a kind of coolers that can be quickly cooled down, including：Bearing, shell, liner, cooling body, cooling mechanism and thermal insulation mechanism, it is provided with shell on the bearing, the enclosure interior is provided with liner, it is provided with gap between the shell and liner, it is provided with cooling body and cooling mechanism in the gap, thermal insulation mechanism is provided on the outside of the cooling mechanism, the cooling mechanism passes through liner.It uses a variety of cooling bodies, on the one hand can accelerate cooling speed, on the other hand can also avoid the problem that single cooling body damage and cause entire cooler that can not use；Simultaneously which increase the function of isolation external heat source, extraneous reverse conduction heat, the speed of the cooling of quickening are avoided.
Description
Technical field
The utility model belongs to cooling apparatus field, more particularly to a kind of cooler that can be quickly cooled down.
Background technology
Development time of the cooler industry in China is comparatively not short, the demand with market to cooler,
The figure of cooler starts to extend to all trades and professions, industrial from the people's livelihood industry to weight, is required for the help of cooler.Cooler
Be many chemical industries production in one of core equipment, largely chemical reaction is required for high temperature or low in Chemical Manufacture
The environment of temperature ensures being smoothed out for reaction, the former needs the material after cooling react to facilitate subsequent process, and the latter
The environment in cooling chemically react, the importance of cooler is needed to have some idea of.Who has grasped more outstanding cooler, who is just
It can occupy a tiny space in chemical industry or even other industries.
Although cooler industrially has important role, existing cooler that can meet the basic need of production
It asks, and a large amount of expense and time is needed to the research and development of cooler, with high costs, many companies will not all create cooler
New and optimization, causes the development of cooler not rapid.Therefore, in order to allow cooler to be more bonded the demand of Chemical Manufacture,
Function is more powerful, and the innovation and improvement to cooler are necessary.That there is cooling efficiencies is not high for existing cooler, safety
The not high shortcoming of poor performance, the degree of automation, the application with regard to the not high problem of cooler cooling efficiency, be made that innovation and
Optimization.
Present cooler, the main problems are as follows：
1, present cooler haves the shortcomings that cooling efficiency is not high mostly, and the type of cooling is single, and cooling velocity is slow, other
Equipment needs the balance of efficiency with cooler, to reduce the efficiency of entire Chemical Manufacture.
2, present cooler does not have the function of isolation temperature mostly, in cooling procedure extraneous meeting reverse conduction heat
Into cooler, cooler cooling velocity is slow, does not catch up with the speed entirely produced, and then can reduce the efficiency entirely produced.
Invention content
Goal of the invention：In order to overcome the above deficiency, the purpose of this utility model be to provide it is a kind of can be quickly cooled down it is cold
But device uses a variety of cooling bodies, on the one hand can accelerate cooling speed, on the other hand can also avoid single cooler
The problem of structure damages and causes entire cooler that can not use；Simultaneously which increase the function of isolation external heat source, the external world is avoided
Reverse conduction heat, the speed of the cooling of quickening.
Technical solution：To achieve the goals above, the utility model provides a kind of cooler that can be quickly cooled down, packet
It includes：Bearing, shell, liner, cooling body, cooling mechanism and thermal insulation mechanism, are provided with shell on the bearing, in the shell
Portion is provided with liner, and gap is provided between the shell and liner, cooling body and cooling mechanism are provided in the gap,
Thermal insulation mechanism is provided on the outside of the cooling mechanism, the cooling mechanism passes through liner.
The setting of cooler described in the utility model makes it by the way that a variety of cooling bodies are arranged inside cooler
The heat inside cooler can be quickly detached, the cooling efficiency of cooler is greatly increased, so that entire chemical industry
Production process is shortened, and is improved the efficiency of entire Chemical Manufacture, is increased production yields.
Cooling body described in the utility model includes radiator, compressor, evaporation tube and connecting tube, the radiator
One end is connected with connecting tube, and the connecting tube is connected with compressor, and the compressor is connected with evaporation tube, described evaporation tube one end
It is connected with radiator, the evaporation tube is fixed on outer surface of liner.
Cooling body described in the utility model is setting, and the principle transmitted using heat passes through the steaming being bonded with liner
Hair pipe takes away the heat inside cooler, achieved the purpose that it is cooling, while with other institution cooperations with cooling effect,
Substantially increase the cooling velocity of cooler so that entire chemical reaction process obtains temporal shortening, to improving
The whole production efficiency of work production.
Cooling mechanism described in the utility model includes cooling fin, radiating fin and radiator fan, and the cooling fin is solid
Due on liner, the cooling fin extends to inside liner, and described cooling fin one end is provided with radiating fin, the radiating fin
It is set to outer surface of liner, described radiating fin one end is provided with radiator fan.
The setting of cooling mechanism described in the utility model absorbs radiator internal heat so that cold by cooling fin
But the cooling velocity of device is further reinforced, so that the cooling efficiency of cooler is improved, it is anti-to accelerate chemical industry
The speed answered.
Thermal insulation mechanism described in the utility model includes fixing thermal insulative board, sliding rail, movable thermal insulative board and temperature sensor,
The fixed thermal insulative board is set between shell and liner, and sliding rail is provided on the fixed thermal insulative board, is arranged on the sliding rail
There is movable thermal insulative board, temperature sensor is provided on the activity thermal insulative board.
The setting of thermal insulation mechanism described in the utility model passes through the opening and closing of movable thermal insulative board so that cooling
Device can decline rear enclosed shell in temperature, avoid external heat from entering inside cooler, so that cooler need not disappear
The additional time is consumed to take away the thermal energy of extraneous infiltration.
Evaporation tube described in the utility model is serpentine-like to be wound in outer surface of liner, and the evaporation tube is with semi-buried setting
In outer surface of liner.
The setting of evaporation tube described in the utility model allows contact of the condenser pipe with liner using special arrangement gimmick
Area bigger increases the thermal energy total amount of cooler absorption, improves the production efficiency of cooler.
Movable thermal insulative board side described in the utility model is provided with pneumatic push-pull mechanism, and the pneumatic push-pull mechanism connects
Connect air compressor machine.
The setting of pneumatic push-pull mechanism, provides power so that thermal insulative board energy for thermal insulative board described in the utility model
Enough effective isolation temperature.
Enclosure interior described in the utility model is provided with air cooling mechanism, and the air cooling mechanism includes wind
Fan, cooling tube, Air cooler and return duct, the fan are set to liner inner surface, and the fan side is provided with cooling tube, institute
It states cooling tube and passes through shell, Air cooler is provided on the outside of described cooling tube one end, described cooling tube one end is provided with return duct,
The return duct passes through shell, and described return duct one end is set to liner inner surface.
The setting of air cooling mechanism described in the utility model, by by inside cooler air extraction and it is cold
But, it is sending the mode in cooler back to, is significantly reducing the temperature in cooler.
Above-mentioned technical proposal can be seen that the utility model and have the advantages that：
1, a kind of cooler that can be quickly cooled down described in the utility model is more by being arranged inside cooler
Kind cooling body, can quickly detach the heat inside cooler, greatly increase the cooling efficiency of cooler, into
And so that entire chemical process is shortened, the efficiency of entire Chemical Manufacture is improved, production yields is increased.
2, a kind of cooler that can be quickly cooled down described in the utility model, by the opening of movable thermal insulative board and
It is closed so that cooler can decline rear enclosed shell in temperature, avoid external heat from entering inside cooler, so that cold
But device need not consume the additional time to take away the thermal energy of extraneous infiltration.
3, a kind of cooler that can be quickly cooled down described in the utility model is absorbed by cooling fin in radiator
Portion's heat so that the cooling velocity of cooler is further reinforced, so that the cooling efficiency of cooler is improved,
Accelerate the speed of chemical reaction.
4, a kind of cooler that can be quickly cooled down described in the utility model, by by the air inside cooler
It extracts out and cools down, sending the mode in cooler back to, significantly reducing the temperature in cooler.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model cooling body；
Fig. 3 is the structural schematic diagram of the utility model cooling mechanism；
Fig. 4 is the structural schematic diagram of the utility model thermal insulation mechanism；
Fig. 5 is the structural schematic diagram of the utility model air cooling mechanism；
In figure：Bearing -1, liner -3, cooling body -4, radiator -41, compressor -42, evaporation tube -43, connects shell -2
Take over -44, cooling mechanism -5, cooling fin -51, radiating fin -52, radiator fan -53, thermal insulation mechanism -6, fixed thermal insulative board -
61, sliding rail -62, movable thermal insulative board -63, temperature sensor -64, air cooling mechanism -7, fan -71, cooling tube -72, air-cooled
Machine -73, return duct -74.
Specific implementation mode
In the following with reference to the drawings and specific embodiments, the utility model is furtherd elucidate.
Embodiment 1
A kind of cooler that can be quickly cooled down as shown in Figure 1, including：Bearing 1, shell 2, liner 3, cooling body 4,
Cooling mechanism 5 and thermal insulation mechanism 6 are provided with shell 2 on the bearing 1, and the shell 2 is internally provided with liner 3, the shell
It is provided with gap between 2 and liner 3, cooling body 4 and cooling mechanism 5,5 outside of the cooling mechanism are provided in the gap
It is provided with thermal insulation mechanism 6, the cooling mechanism 5 passes through liner 3.
The cooling body 4 includes radiator 41, compressor 42, evaporation tube 43 and connecting tube 44, the radiator 41
One end is connected with connecting tube 44, and the connecting tube 44 is connected with compressor 42, and the compressor 42 is connected with evaporation tube 43, described
43 one end of evaporation tube is connected with radiator 41, and the evaporation tube 43 is fixed on 3 outer surface of liner.
Cooling mechanism 5 described in the present embodiment includes cooling fin 51, radiating fin 52 and radiator fan 53, the heat dissipation
Piece 51 is fixed on liner 3, and the cooling fin 51 extends to inside liner 3, and 51 one end of the cooling fin is provided with radiating fin
52, the radiating fin 52 is set to 3 outer surface of liner, and 52 one end of the radiating fin is provided with radiator fan 53.
Thermal insulation mechanism 6 described in the present embodiment includes that fixed thermal insulative board 61, sliding rail 62, movable thermal insulative board 63 and temperature pass
Sensor 64, the fixed thermal insulative board 61 are set between shell 2 and liner 3, and sliding rail 62 is provided on the fixed thermal insulative board 61,
It is provided with movable thermal insulative board 63 on the sliding rail 62, temperature sensor 64 is provided on the activity thermal insulative board 63.
Evaporation tube 43 described in the present embodiment is serpentine-like to be wound in 3 outer surface of liner, and the evaporation tube 43 is with semi-buried
It is set to 3 outer surface of liner.
63 side of movable thermal insulative board described in the present embodiment is provided with pneumatic push-pull mechanism, and the pneumatic push-pull mechanism connects
Connect air compressor machine.
Shell 2 described in the present embodiment is internally provided with air cooling mechanism 7, and the air cooling mechanism 7 includes wind
Fan 71, cooling tube 72, Air cooler 73 and return duct 74, the fan 71 are set to 3 inner surface of liner, and 71 side of the fan is set
It is equipped with cooling tube 72, the cooling tube 72 passes through shell 2, Air cooler 73 is provided on the outside of 72 one end of the cooling tube, described
72 one end of cooling tube is provided with return duct 74, and the return duct 74 passes through shell 2, and 74 one end of the return duct is set to liner 3
Inner surface.
Embodiment 2
A kind of cooler that can be quickly cooled down as shown in Figure 2, including：Bearing 1, shell 2, liner 3, cooling body 4,
Cooling mechanism 5 and thermal insulation mechanism 6 are provided with shell 2 on the bearing 1, and the shell 2 is internally provided with liner 3, the shell
It is provided with gap between 2 and liner 3, cooling body 4 and cooling mechanism 5,5 outside of the cooling mechanism are provided in the gap
It is provided with thermal insulation mechanism 6, the cooling mechanism 5 passes through liner 3.
The cooling body 4 includes radiator 41, compressor 42, evaporation tube 43 and connecting tube 44, the radiator 41
One end is connected with connecting tube 44, and the connecting tube 44 is connected with compressor 42, and the compressor 42 is connected with evaporation tube 43, described
43 one end of evaporation tube is connected with radiator 41, and the evaporation tube 43 is fixed on 3 outer surface of liner.
Evaporation tube 43 described in the present embodiment is serpentine-like to be wound in 3 outer surface of liner, and the evaporation tube 43 is with semi-buried
It is set to 3 outer surface of liner.
Embodiment 3
A kind of cooler that can be quickly cooled down as shown in Figure 3, including：Bearing 1, shell 2, liner 3, cooling body 4,
Cooling mechanism 5 and thermal insulation mechanism 6 are provided with shell 2 on the bearing 1, and the shell 2 is internally provided with liner 3, the shell
It is provided with gap between 2 and liner 3, cooling body 4 and cooling mechanism 5,5 outside of the cooling mechanism are provided in the gap
It is provided with thermal insulation mechanism 6, the cooling mechanism 5 passes through liner 3.
Cooling mechanism 5 described in the present embodiment includes cooling fin 51, radiating fin 52 and radiator fan 53, the heat dissipation
Piece 51 is fixed on liner 3, and the cooling fin 51 extends to inside liner 3, and 51 one end of the cooling fin is provided with radiating fin
52, the radiating fin 52 is set to 3 outer surface of liner, and 52 one end of the radiating fin is provided with radiator fan 53.
Embodiment 4
A kind of cooler that can be quickly cooled down as shown in Figure 4, including：Bearing 1, shell 2, liner 3, cooling body 4,
Cooling mechanism 5 and thermal insulation mechanism 6 are provided with shell 2 on the bearing 1, and the shell 2 is internally provided with liner 3, the shell
It is provided with gap between 2 and liner 3, cooling body 4 and cooling mechanism 5,5 outside of the cooling mechanism are provided in the gap
It is provided with thermal insulation mechanism 6, the cooling mechanism 5 passes through liner 3.
Thermal insulation mechanism 6 described in the present embodiment includes that fixed thermal insulative board 61, sliding rail 62, movable thermal insulative board 63 and temperature pass
Sensor 64, the fixed thermal insulative board 61 are set between shell 2 and liner 3, and sliding rail 62 is provided on the fixed thermal insulative board 61,
It is provided with movable thermal insulative board 63 on the sliding rail 62, temperature sensor 64 is provided on the activity thermal insulative board 63.
63 side of movable thermal insulative board described in the present embodiment is provided with pneumatic push-pull mechanism, and the pneumatic push-pull mechanism connects
Connect air compressor machine.
Embodiment 5
A kind of cooler that can be quickly cooled down as shown in Figure 5, including：Bearing 1, shell 2, liner 3, cooling body 4,
Cooling mechanism 5 and thermal insulation mechanism 6 are provided with shell 2 on the bearing 1, and the shell 2 is internally provided with liner 3, the shell
It is provided with gap between 2 and liner 3, cooling body 4 and cooling mechanism 5,5 outside of the cooling mechanism are provided in the gap
It is provided with thermal insulation mechanism 6, the cooling mechanism 5 passes through liner 3.
Shell 2 described in the present embodiment is internally provided with air cooling mechanism 7, and the air cooling mechanism 7 includes wind
Fan 71, cooling tube 72, Air cooler 73 and return duct 74, the fan 71 are set to 3 inner surface of liner, and 71 side of the fan is set
It is equipped with cooling tube 72, the cooling tube 72 passes through shell 2, Air cooler 73 is provided on the outside of 72 one end of the cooling tube, described
72 one end of cooling tube is provided with return duct 74, and the return duct 74 passes through shell 2, and 74 one end of the return duct is set to liner 3
Inner surface.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvement can also be made, these improvement also should be regarded as
The scope of protection of the utility model.
Claims (7)
1. a kind of cooler that can be quickly cooled down, it is characterised in that：Including：Bearing（1）, shell（2）, liner（3）, cooler
Structure（4）, cooling mechanism（5）With thermal insulation mechanism（6）, the bearing（1）On be provided with shell（2）, the shell（2）Inside setting
There is liner（3）, the shell（2）With liner（3）Between be provided with gap, be provided with cooling body in the gap（4）With dissipate
Heat engine structure（5）, the cooling mechanism（5）Outside is provided with thermal insulation mechanism（6）, the cooling mechanism（5）Across liner（3）.
2. a kind of cooler that can be quickly cooled down according to claim 1, it is characterised in that：The cooling body
（4）Including radiator（41）, compressor（42）, evaporation tube（43）And connecting tube（44）, the radiator（41）One end is connected with
Connecting tube（44）, the connecting tube（44）It is connected with compressor（42）, the compressor（42）It is connected with evaporation tube（43）, described
Evaporation tube（43）One end is connected with radiator（41）, the evaporation tube（43）It is fixed on liner（3）Outer surface.
3. a kind of cooler that can be quickly cooled down according to claim 1, it is characterised in that：The cooling mechanism
（5）Including cooling fin（51）, radiating fin（52）And radiator fan（53）, the cooling fin（51）It is fixed on liner（3）On, institute
State cooling fin（51）Extend to liner（3）Inside, the cooling fin（51）One end is provided with radiating fin（52）, the radiating fin
Piece（52）It is set to liner（3）Outer surface, the radiating fin（52）One end is provided with radiator fan（53）.
4. a kind of cooler that can be quickly cooled down according to claim 1, it is characterised in that：The thermal insulation mechanism
（6）Including fixed thermal insulative board（61）, sliding rail（62）, movable thermal insulative board（63）And temperature sensor（64）, the fixed thermal insulative board
（61）It is set to shell（2）And liner（3）Between, the fixed thermal insulative board（61）On be provided with sliding rail（62）, the sliding rail
（62）On be provided with movable thermal insulative board（63）, the activity thermal insulative board（63）On be provided with temperature sensor（64）.
5. a kind of cooler that can be quickly cooled down according to claim 2, it is characterised in that：The evaporation tube（43）
It is serpentine-like to be wound in liner（3）Outer surface, the evaporation tube（43）It is set to liner with semi-buried（3）Outer surface.
6. a kind of cooler that can be quickly cooled down according to claim 4, it is characterised in that：The movable thermal insulative board
（63）Side is provided with pneumatic push-pull mechanism, and the pneumatic push-pull mechanism connects air compressor machine.
7. a kind of cooler that can be quickly cooled down according to claim 1, it is characterised in that：The shell（2）It is interior
Portion is provided with air cooling mechanism（7）, the air cooling mechanism（7）Including fan（71）, cooling tube（72）, Air cooler（73）
And return duct（74）, the fan（71）It is set to liner（3）Inner surface, the fan（71）Side is provided with cooling tube
（72）, the cooling tube（72）Across shell（2）, the cooling tube（72）Air cooler is provided on the outside of one end（73）, described
Cooling tube（72）One end is provided with return duct（74）, the return duct（74）Across shell（2）, the return duct（74）One end is set
It is placed in liner（3）Inner surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820164609.6U CN207936624U (en) | 2018-01-31 | 2018-01-31 | A kind of cooler that can be quickly cooled down |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820164609.6U CN207936624U (en) | 2018-01-31 | 2018-01-31 | A kind of cooler that can be quickly cooled down |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207936624U true CN207936624U (en) | 2018-10-02 |
Family
ID=63650827
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820164609.6U Active CN207936624U (en) | 2018-01-31 | 2018-01-31 | A kind of cooler that can be quickly cooled down |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207936624U (en) |
-
2018
- 2018-01-31 CN CN201820164609.6U patent/CN207936624U/en active Active
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