CN206456211U - Automobile cooling device - Google Patents

Automobile cooling device Download PDF

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Publication number
CN206456211U
CN206456211U CN201720147713.XU CN201720147713U CN206456211U CN 206456211 U CN206456211 U CN 206456211U CN 201720147713 U CN201720147713 U CN 201720147713U CN 206456211 U CN206456211 U CN 206456211U
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China
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housing
heat
cooling
automobile
conducting piece
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CN201720147713.XU
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Chinese (zh)
Inventor
余思源
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Ge Er Telecom Technology Co Ltd Of Shenzhen
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Ge Er Telecom Technology Co Ltd Of Shenzhen
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Abstract

A kind of automobile cooling device, it is characterized in that, it includes the housing that can load at vehicle dormer window, solar panel is provided with the top towards vehicle dormer window of the housing, refrigerating plant and charge-discharge controller are provided with the housing, the charge-discharge controller is electrically connected with the solar panel and refrigerating plant respectively, and the refrigerating plant is powered by the solar panel and carries out refrigeration work, so as to reduce temperature in body of a motor car.The utility model at skylight by setting automobile cooling device, it is operated using solar power generation, so that it can be independent of automobile power source, and can be freezed during automobile stagnation of movement by solar energy, cooling is operated automatically when temperature is too high in the car, so as to avoid the problem of vehicle interior temperature is too high during automobile stagnation of movement.Automobile cooling device of the present utility model, which is not only greatly improved, uses car comfortableness, and energy-conserving and environment-protective, makes full use of the energy, with very strong practicality, preferably widelys popularize.

Description

Automobile cooling device
Technical field
The utility model is related to heat sink, more particularly to a kind of automobile cooling device.
Background technology
Everybody is known, after automobile stagnation of movement, if automobile is parked in outdoor, and under being exposed to the sun of hot summer, vehicle interior temperature can increase Plus, it can be much higher than outdoor temperature.Thus when the next opening car door of driver, it can feel too hot and uncomfortable.For solution The problem of certainly vehicle interior temperature is too high after automobile stagnation of movement, people typically place sunshading board and risen to suppress vehicle interior temperature in the car. When automobile down time very in short-term, sunshading board can play certain effect, but when down time is slightly longer, sunshading board just can not Suppress vehicle interior temperature to rise.In addition, when the next opening car door of driver, to avoid standing too high temperature, people would generally First air-conditioning in igniting opening vehicle, drives again after vehicle interior temperature drops to normal temperature.And after car is exposed to the sun some time, suddenly Air-conditioning is opened, it can cause loss to automobile storage battery.Therefore, for the too high temperature of vehicle interior temperature after current automobile stagnation of movement, Have no effective solution.
Utility model content
The utility model aims to solve the problem that above mentioned problem, and provides a kind of automobile cooling device.
To achieve the above object, the utility model provides a kind of automobile cooling device, it is characterised in that it includes filling Enter the housing at vehicle dormer window, solar panel is provided with the top towards vehicle dormer window of the housing, in the housing It is interior be provided with refrigerating plant and charge-discharge controller, the charge-discharge controller respectively with the solar panel and refrigeration Device is electrically connected, and the refrigerating plant is powered by the solar panel and carries out refrigeration work, so as to reduce Automobile Temperature in body.
The inside of the housing is provided with lattice, and the inside of the housing is separated into hot cell and cold house by the lattice, The first air outlet of cold house described in insertion and motorcar interior is provided with the housing, on the housing provided with insertion institute State hot cell and the second air outlet outside skylight.
The first fresh air inlet provided with cold house described in insertion and motorcar interior, sets on the housing on the housing There is the second fresh air inlet of hot cell described in insertion and motorcar interior.
The first blower fan is provided with the cold house, the blower fan causes gas in the cold house towards first air outlet Discharge.
The second blower fan is provided with the hot cell, second blower fan causes the gas in the hot cell to go out towards described second Discharge in air port.
Being provided with one end of the housing is used to be fixedly connected at vehicle dormer window to be fixedly connected with portion, in the housing The other end, which is provided with, to be used to be movably connected on the active connection part at vehicle dormer window, when the housing loads at vehicle dormer window, if It is located at the lower section of automobile skylight glass in the solar panel of case top.
The active connection part is scalable and is adapted to the vehicle dormer window structure of different sizes.
The active connection part is insertion outside hollow structure, its one end and the hot cell insertion, its other end and skylight, The active connection part forms second air outlet.
The refrigerating plant is on the lattice, including cooling piece, the first heat-conducting piece, the second heat-conducting piece and heat-insulated Piece, the cooling piece is electrically connected with the charge-discharge controller, and first heat-conducting piece is contacted with the cold end of the cooling piece Connection, second heat-conducting piece contacts connection with the hot junction of the cooling piece, first heat-conducting piece and the second heat-conducting piece it Between be provided with the heat shield, first heat-conducting piece be located at the cold house in, second heat-conducting piece be located at the hot cell in.
Heat insulation foam, the direction in the active connection part are provided between the solar panel and the case top The side of vehicle dormer window is provided with the first sealing strip of anticollision, at the position being connected with vehicle dormer window of the active connection part Provided with the second sealing strip.
Favorable attributes of the present utility model are that it efficiently solves above mentioned problem.The utility model passes through at skylight Automobile cooling device is set, is operated using solar power generation, so that it can be independent of automobile power source, and can be in vapour Freezed during car stagnation of movement by solar energy, cooling is operated automatically when temperature is too high in the car, so as to avoid vapour The problem of vehicle interior temperature is too high during car stagnation of movement.Automobile cooling device of the present utility model, which is not only greatly improved, uses car comfortableness, And energy-conserving and environment-protective, the energy is made full use of, with very strong practicality, is preferably widelyd popularize.
Brief description of the drawings
Fig. 1 is that housing removes the overall structure diagram behind top.
Fig. 2 is Fig. 1 sectional view.
Fig. 3 is the structural representation of refrigerating plant of the present utility model and the second blower fan.
Fig. 4 is Fig. 3 structural decomposition diagram.
Wherein, housing 1, be fixedly connected with portion 11, active connection part 12, lattice 13, hot cell 14, cold house 15, the first air-out Mouthful the 16, second air outlet 17, the first fresh air inlet 18, the second fresh air inlet 19, solar panel 2, refrigerating plant 3, cooling piece 31, First heat-conducting piece 32, fixing hole 321, the second heat-conducting piece 33, screw 331, heat shield 34, positioning hole 341, the first sealing strip 41, Second sealing strip 42, heat insulation foam 5, the first blower fan 6, the second blower fan 7.
Embodiment
The following example is explained further and supplemented to of the present utility model, does not constitute any limit to the utility model System.
As shown in Figure 1 to 4, automobile cooling device of the present utility model includes housing 1, solar panel 2, refrigeration dress 3 and charge-discharge controller are put, the housing 1 is used for insertion and is installed at vehicle dormer window, and the solar panel 2 is used to inhale Receive solar illuminating to be generated electricity and provide electric energy for whole automobile cooling device, the refrigerating plant 3 passes through charge and discharge control Device is connected with solar panel 2, and it is used to freeze and reduces the temperature in body of a motor car.Automobile cooling of the present utility model Device, on the basis of automobile original structure is not changed, makes full use of the translucency of skylight glass and uses solar panel 2 Generated electricity and electric energy be provided, so as to not struck sparks in automobile in the case of carry out refrigeration work, the temperature in reduction body of a motor car Degree, thus with very strong practicality.
Specifically, the housing 1 is constructed in hollow form, the refrigerating plant 3 is provided with the inside of the housing 1.Institute The shape of the cross sectional shape and vehicle dormer window of stating housing 1 matches.Vehicle dormer window is generally rectangle, therefore, in the present embodiment, The preferable configuration of housing 1 is formed in cuboid.In other embodiment, the housing 1 can be also constructed in other shapes.
For convenience of automobile cooling device of the present utility model is installed at vehicle dormer window, on the outer wall of the housing 1 Provided with connecting portion.Specifically, being provided with and living in the other end of the housing 1 provided with portion 11 is fixedly connected with one end of the housing 1 Rotation connection 12.Portion 11 and the active connection part 12 of being fixedly connected can both be set along the length direction of vehicle dormer window, It can be set along the broadband direction of vehicle dormer window.It is described to be fixedly connected with portion 11 and the active connection part 12 in the present embodiment It is preferred that being set along the length direction of vehicle dormer window, it is on the relative two ends outer wall of housing 1.It is described in other embodiment Being fixedly connected with portion 11 and the active connection part 12 also can be on the adjacent both sides outer wall of the housing 1.It is described to be fixedly connected Portion 11 is used for the protective plate interface for being fixedly connected on vehicle dormer window, and its shape can be set as desired, and it can be by various Known mode is fixedly connected with vehicle dormer window.The active connection part 12 is used to be movably connected at vehicle dormer window.Due to not It is different with the skylight size of automobile model, to adapt to the skylight structure of different sizes, the active connection part of the present embodiment 12 be Collapsible structure, and it can be elongated or shorten, so as to adapt to the skylight of different sizes.The active connection part 12 Shape can be set as desired, in the present embodiment, its be in tabular.Further, the active connection part 12 of the present embodiment It can also be constructed in hollow form, for forming second air outlet 17.For institute can be protected when automobile skylight glass is pushed Active connection part 12 and vehicle dormer window are stated, on the surface towards vehicle dormer window of the active connection part 12, that is, is flexibly connected The top in portion 12 is provided with the first sealing strip 41.First sealing strip 41 not only plays buffer protection function, so as to can also strengthen vapour The sealing connected between car heat sink and vehicle dormer window.To avoid gas leakage, in the active connection part 12 and automobile day The position that window is connected is provided with the second sealing strip 42.
The solar panel 2 is provided with the top of the housing 1.The solar panel 2 can select known Solar panel 2.To improve generating effect, the area of the solar panel 2 can as far as possible it is big to and automobile skylight glass Size it is consistent.When skylight glass be in closed state when, the solar panel 2 be located at the skylight glass just under Side.The refrigeration of automobile cooling device is influenceed for reduction external high temperature, in the solar panel 2 and the housing 1 Heat insulation foam 5 is provided between top.
Lattice 13 is provided with the housing 1, the inside of the housing 1 is separated into hot cell 14 and cold by the lattice 13 Room 15.The lattice 13 does not limit the form that the housing 1 is separated into cold house 15 and hot cell 14, and it can be divided above and below carrying out Every and be divided into two layers or carry out left and right separation and be divided into both sides.When two layers above and below housing 1 is divided into by the lattice 13 When, the cold house 15 should be under, and the hot cell 14 should be upper.In the present embodiment, the housing 1 is separated with the lattice 13 Illustrated exemplified by into the left and right sides, in other embodiment, adaptation can be carried out according to the structure of the present embodiment.
The first air outlet 16 and the second air outlet 17 are provided with the housing 1.First air outlet 16 is used for will be cold Air is discharged into body of a motor car and body of a motor car is cooled, cold house 15 and Automobile described in the insertion of the first air outlet 16 Inside body.In the present embodiment, first air outlet 16 is located at the bottom of the housing 1, and in the cold house 15.It is described Second air outlet 17 is used to make the heat produced in process of refrigerastion be expelled in external environment condition, the insertion institute of the second air outlet 17 State outside hot cell 14 and skylight.In the present embodiment, second air outlet 17 is formed by the active connection part 12, the activity The inner hollow of connecting portion 12, its one end and the insertion of hot cell 14, its other end and outside insertion, so as to for by hot-air In outside big boundary being expelled to from the hot cell 14.In other embodiment, second air outlet 17 may also be arranged on the housing 1 Side wall on, and in the hot cell 14.
To carry out air exchange, the first fresh air inlet 18 and the second fresh air inlet 19 also can be set on the housing 1.Described One fresh air inlet 18 is used to pass air into the cold house 15, and second fresh air inlet 19 is used to pass air into the hot cell 14. In the present embodiment, cold house 15 and motorcar interior described in the insertion of the first fresh air inlet 18, the insertion of the second fresh air inlet 19 The hot cell 14 and body of a motor car, it is respectively arranged on the relative both sides side wall of the housing 1.In other embodiment, described One fresh air inlet 18 and the second fresh air inlet 19 also can be at other positions.Due to it is automobile sealed degree it is higher, when in vehicle body air by Air, which tails off, when second fresh air inlet 19 of the sum of the first fresh air inlet 18 flows to cold house 15 and hot cell 14, in car sound can make formation in vehicle body Negative pressure, can now be come in by the outside air draught of the existing air-conditioning duct of automobile.In addition, to improve in radiating effect, the present embodiment, Described its preferred position of second fresh air inlet 19 corresponds to second blower fan 7 so that the air to hot cell 14 of entrance can be sent into To the second blower fan 7.
To accelerate gas circulation, the first blower fan 6 is provided with the cold house 15, the second blower fan is provided with the hot cell 14 7.First blower fan 6 causes the gas in the cold house 15 to be expelled to towards first air outlet 16 in body of a motor car, described Second blower fan 7 causes the gas in the hot cell 14 to be expelled to day outside window towards second air outlet 17.The He of first blower fan 6 Second blower fan 7 can select known blower fan.
The refrigerating plant 3 is on the lattice 13, and it includes cooling piece 31, the first heat-conducting piece 32, the second heat conduction Part 33 and heat shield 34.The cooling piece 31 is from known cooling piece, and it is thermoelectric semiconductor cooling piece, and it is divided into two sides, Its one side is absorbed heat, and is cold end, and the radiating of its another side, is hot junction.When cooling piece 31 is powered, its hot-side heat dissipation, the heat absorption of its cold end, So as to which cooling-down effect can be realized.The cooling piece 31 is electrically connected with the charge-discharge controller, and it is sent out by the solar energy Electroplax 2 is generated electricity provided electric energy and is operated.First heat-conducting piece 32 is contacted with the cold end of the cooling piece 31 Connection, second heat-conducting piece 33 contacts connection with the hot junction of the cooling piece 31.The heat shield 34 is led located at described first Between warmware 32 and second heat-conducting piece 33, and the surface with the heat-conducting piece 33 of the first heat-conducting piece 32 and second connects respectively Touch.The temperature transmission that the heat shield 34 is used to completely cut off between the first heat-conducting piece 32 and the second heat-conducting piece 33.In the present embodiment, institute The thickness of heat shield 34 and the consistency of thickness of the cooling piece 31 are stated, the heat shield 34 is sheathed on the outer of the cooling piece 31 Enclose, the cooling piece 31 is coated in it by it so that the surface of the heat shield 34 and cooling piece 31 simultaneously with it is described First heat-conducting piece 32 and the second heat-conducting piece 33 are in contact.In the present embodiment, the heat-conducting piece 33 of the first heat-conducting piece 32 and second is selected Use aluminium radiator fin.Specifically, be provided with several screws 331 on second heat-conducting piece 33, it is respectively used to fix described the Two heat-conducting pieces 33 and refrigerating plant 3 is fixed on the lattice 13.33 points of first heat-conducting piece, 32 and second heat-conducting piece Not Ju You planar portions, in the planar portions of second heat-conducting piece 33 be provided with screw 331, in the plane of first heat-conducting piece 32 Portion is provided with the corresponding fixing hole 321 in position.In the present embodiment, the area of second heat-conducting piece 33 is led more than described first The area of warmware 32.The area of the cooling piece 31 is less than the area of first heat-conducting piece 32.To realize that more preferable temperature is passed Pass in effect, the present embodiment, thermal conductive silicon is scribbled on the outer surface of the cooling piece 31, it causes the table of the cooling piece 31 Face combined with the surface of the first heat-conducting piece 32 and the second heat-conducting piece 33 it is seamless, so as to improve temperature transmission effect.It is described every Backing 34 is provided with the position positioning hole 341 corresponding with the screw 331.During installation, the cooling piece 31 is installed in institute Between the screw 331 for stating the second heat-conducting piece 33, be then arranged the heat shield 34, make the positioning hole 341 of heat shield 34 with it is described In the correspondence of screw 331 of second heat-conducting piece 33, then by the pairing of the first heat-conducting piece 32 on cooling piece 31, make the first thermally conductive sheet On fixing hole 321 is corresponding with the screw 331 of second heat-conducting piece 33 and the positioning hole 341 of heat shield 34, then three is led to Fastener is crossed, such as screw is fastened, so that the first heat-conducting piece 32, heat shield 34, the heat-conducting piece 33 of cooling piece 31 and second are combined The refrigerating plant 3 is formed together.The heat shield 34 cannot be only used for the first heat-conducting piece 32 of isolation and the second heat-conducting piece Temperature transmission between 33, but also the fastener stress can be protected excessive and damaged.
Taken away for the heat that in time produces the refrigerating plant 3 in process of refrigerastion, in the present embodiment, second wind Machine 7 is fixed on second heat-conducting piece 33.
The refrigerating plant 3 is fixed on the lattice 13 by known mode.According to the demand of refrigeration and The size of vehicle dormer window, can set one or more refrigerating plants 3 on the lattice 13.When the refrigerating plant 3 is fixed When on the lattice 13, first heat-conducting piece 32 is located in the cold house 15, and second heat-conducting piece 33 is located at described In hot cell 14.
The charge-discharge controller be used for realize solar power generation and the power management function of electric discharge, its respectively with it is described Solar panel 2 and refrigerating plant 3 are electrically connected.The charge-discharge controller is provided with protective circuit of voltage regulation, to avoid refrigeration Piece 31 is burnt out, blower fan is damaged etc..The charge-discharge controller refers to known technology.
Automatically controlled to realize, also temperature sensor can be set in the bottom of the housing 1, it is used to detect body of a motor car Interior temperature.The temperature sensor is electrically connected with the charge-discharge controller, and it is used for the blower fan increasing power that links Rotate or reduction power is rotated.
Thereby, automobile cooling device of the present utility model is just formd.In use, whole device is installed in into vehicle dormer window Place, and make housing 1 and skylight protection plate structure affixed by being fixedly connected with end, and adapt to skylight by being flexibly connected end Size, and be sealedly attached at skylight.When automobile cooling device is installed at skylight, the solar panel 2 is located at day The lower section of glass pane, and whole automobile cooling device does not influence unlatching and the closure of skylight glass.When temperature sensor inspection When measuring temperature in body of a motor car and reaching predetermined temperature and need to open refrigeration, the cooling piece 31 works, the heat absorption of its cold end And make the reduction of the temperature of the first heat-conducting piece 32, so that the temperature of cold house 15 is reduced.Air after the cooling of cold house 15 is in the first blower fan 6 In the presence of and by the first air outlet 16 send into body of a motor car in, so as to cool to automotive interior.The cooling piece During 31 work, its hot junction produces heat and raises the temperature of the second heat-conducting piece 33, so as to cause the temperature rise of hot cell 14, hot cell 14 Interior air is expelled to day outside window by the second air outlet 17 in the presence of the second blower fan 7 by hot cell 14.In the first blower fan 6 In the presence of the second blower fan 7, the air in body of a motor car can enter cold house 15 by the first fresh air inlet 18, by the second fresh air inlet 19 Into hot cell 14.When the air in body of a motor car enter cold house 15 and hot cell 14 when, now due in vehicle body air reduce and shape Into negative pressure, so as to be come in by the existing air-conditioning duct air draught of automobile to supplement air.By the continuous firing of cooling piece 31, Just temperature in vehicle body can be cooled.In temperature-fall period, the temperature sensor can detect temperature in vehicle body in real time, work as car When temperature is higher in body, blower fan described in its linkage increases power and improves refrigeration, and when temperature is reduced in vehicle body, it can The blower fan reduction power is linked to save electric energy.When temperature is reduced to preset temperature in vehicle body, freeze described in its linkage Piece 31 is stopped.When the temperature sensor is detected temperature is increased to preset temperature in vehicle body when, make described in its linkage Work and cooled for cold 31.Because automobile cooling device of the present utility model is generated electricity by solar panel 2 Electric energy is provided, thus it can carry out refrigeration work in the case where automobile is not struck sparks, and it is provided with temperature sensor, can be with car Temperature in body and automatically turn on or stop, thus be particularly suitable for use in after automobile flameout to in-car cool, can especially solve vapour Vehicle commander's time stagnation of movement and cause the problem of vehicle interior temperature is too high, vehicle interior temperature is too high and feel body when can avoid driver's unlatching next time The problem of body is uncomfortable.Automobile cooling device of the present utility model, is not required to change the existing skylight structure of automobile, and independent of vapour Car is powered, thus it is using very convenient, with very strong practicality.
Although being disclosed by above example to the utility model, scope of the present utility model is not limited to In this, under conditions of conceiving without departing from the utility model, it is similar that each component of the above can be understood with art personnel Or equivalent element is replaced.

Claims (10)

1. a kind of automobile cooling device, it is characterised in that it includes the housing that can load at vehicle dormer window(1), in the housing (1)The top towards vehicle dormer window be provided with solar panel(2), in the housing(1)It is interior to be provided with refrigerating plant(3)With fill Discharge control device, the charge-discharge controller respectively with the solar panel(2)And refrigerating plant(3)Electrical connection, The refrigerating plant(3)Pass through the solar panel(2)Power and carry out refrigeration work, so as to reduce warm in body of a motor car Degree.
2. automobile cooling device as claimed in claim 1, it is characterised in that the housing(1)Inside be provided with lattice (13), the lattice(13)By the housing(1)Inside be separated into hot cell(14)And cold house(15), in the housing(1) It is provided with cold house described in insertion(15)With the first air outlet of motorcar interior(16), in the housing(1)It is provided with insertion The hot cell(14)With the second air outlet outside skylight(17).
3. automobile cooling device as claimed in claim 2, it is characterised in that in the housing(1)Provided with cold described in insertion Room(15)With the first fresh air inlet of motorcar interior(18), in the housing(1)It is provided with hot cell described in insertion(14)With vapour Second fresh air inlet of car interior of body(19).
4. automobile cooling device as claimed in claim 3, it is characterised in that in the cold house(15)Inside it is provided with the first blower fan (6), the blower fan causes the cold house(15)Interior gas is towards first air outlet(16)Discharge.
5. automobile cooling device as claimed in claim 4, it is characterised in that in the hot cell(14)Inside it is provided with the second blower fan (7), second blower fan(7)So that the hot cell(14)Interior gas is towards second air outlet(17)Discharge.
6. automobile cooling device as claimed in claim 5, it is characterised in that in the housing(1)One end be provided be used for it is solid Surely it is connected at vehicle dormer window and is fixedly connected with portion(11), in the housing(1)The other end be provided be used for be movably connected on vapour Active connection part at car skylight(12), when the housing(1)When loading at vehicle dormer window, located at housing(1)The sun at top Can power generation plate(2)Positioned at the lower section of automobile skylight glass.
7. automobile cooling device as claimed in claim 6, it is characterised in that the active connection part(12)It is scalable and be adapted to The vehicle dormer window structure of different sizes.
8. automobile cooling device as claimed in claim 7, it is characterised in that the active connection part(12)For hollow structure, Its one end and the hot cell(14)Insertion, its other end and insertion outside skylight, the active connection part(12)Form described Two air outlets(17).
9. the automobile cooling device as described in claim 2~8 any bar, it is characterised in that the refrigerating plant(3)Located at institute State lattice(13)On, including cooling piece(31), the first heat-conducting piece(32), the second heat-conducting piece(33)And heat shield(34), it is described Cooling piece(31)Electrically connected with the charge-discharge controller, first heat-conducting piece(32)With the cooling piece(31)Cold end Contact connection, second heat-conducting piece(33)With the cooling piece(31)Hot junction contact connection, in first heat-conducting piece (32)With the second heat-conducting piece(33)Between be provided with the heat shield(34), first heat-conducting piece(32)Positioned at the cold house(15) It is interior, second heat-conducting piece(33)Positioned at the hot cell(14)It is interior.
10. automobile cooling device as claimed in claim 8, it is characterised in that in the solar panel(2)With the shell Body(1)Heat insulation foam is provided between top(5), in the active connection part(12)The side towards vehicle dormer window provided with anticollision use The first sealing strip(41), in the active connection part(12)The position being connected with vehicle dormer window at be provided with the second sealing strip (42).
CN201720147713.XU 2017-02-20 2017-02-20 Automobile cooling device Active CN206456211U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720147713.XU CN206456211U (en) 2017-02-20 2017-02-20 Automobile cooling device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720147713.XU CN206456211U (en) 2017-02-20 2017-02-20 Automobile cooling device

Publications (1)

Publication Number Publication Date
CN206456211U true CN206456211U (en) 2017-09-01

Family

ID=59691189

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720147713.XU Active CN206456211U (en) 2017-02-20 2017-02-20 Automobile cooling device

Country Status (1)

Country Link
CN (1) CN206456211U (en)

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Address after: Room a1502, No. 3, Longgang Tian'an Digital Innovation Park, No. 449, Huangge North Road, huanggekeng community, Longcheng street, Longgang District, Shenzhen City, Guangdong Province

Patentee after: SHENZHEN GLOBAL COMTECH Co.,Ltd.

Address before: 518000, Shenzhen District, Guangdong City, Longgang District, South Bay Street cloth road LIAN science park two, 26, building 6, South A

Patentee before: SHENZHEN GLOBAL COMTECH Co.,Ltd.