CN206162347U

CN206162347U - Sealed water -cooled generator case

Info

Publication number: CN206162347U
Application number: CN201621044556.1U
Authority: CN
Inventors: 张博威
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-31
Filing date: 2016-08-31
Publication date: 2017-05-10
Anticipated expiration: 2026-08-31

Abstract

The utility model discloses a sealed water -cooled generator case, including sealed cabinet and the first cooling body, the second cooling body that set up in the sealed cabinet, three way connection is passed through at first cooling body and second cooling body both ends and refrigeration pipeline is connected with compressor refrigerating module and cycle driver module, first cooling body including the circulation pipeline with correspond the cooler that CPU module and graphics module set up on the circulation pipeline, the second cooling body include the heat exchanger plate with the cooling tube way that sets up on the heat exchanger plate. The utility model discloses can realize the cooling of other parts of quick -witted incasement like mainboard, hard disk etc. Guarantee that computer moves under the environment dustless, that the temperature is suitable, increase the functioning speed of computer for the computer can often be in the running state of high speed, strengthens the performance of computer.

Description

One kind sealing water-cooled cabinet

Technical field

The utility model is related to computer hardware technology field, and in particular to one kind sealing water-cooled cabinet.

Background technology

Used as the part in computer fittings, the Main Function that it rises is to place and fix each computer fittings to cabinet, is played One support and protective effect.Additionally, computer housing has the important function of shielding electromagnetic radiation, wherein thermal diffusivity direct relation To the performance of computer.

Heat dispersion is mainly manifested in three aspects, and one is the quantity of fan and position, and two is the reasonability of heat dissipation channel, Three is the selection of cabinet material.In general, brand service device cabinet such as ultra micro can well accomplish this point, adopt Bigbore fan is directed to CPU, internal memory and disk and is radiated, and is formed from front air draught to the good heat radiating of rear air draft Passage, forms good heat circulating system, the amount of heat in cabinet is taken away in time, it is ensured that the stable operation of server.And adopt The casing made of the stronger high-quality aluminium alloy of the capacity of heat transmission or Steel material, it is also possible to effective improvement heat dissipation environment. But traditional fan cooling has been the limit of current wind-cooling heat dissipating, its effect is generally required and made improvements.Especially in High end performance main frame on the market, wind-cooling heat dissipating does not reach the requirement for using, and lowers the temperature only with water-cooled, the effect of cooling Limited, the temperature of CPU can still be maintained at a higher numerical value, although not affect normally to use, but the overclocking for CPU makes With and high power operation cannot continue too long, to affect larger when playing big game and processing large-scale data.

Utility model content

In view of this, the purpose of this utility model is for the deficiencies in the prior art, there is provided one kind sealing water-cooled cabinet, real Now to the cooling of the such as mainboard, hard disk etc. of other parts in cabinet, it is ensured that host computer is transported under the suitable environment of dustless, temperature OK, the speed of service of computer is increased.

To solve above-mentioned technical problem, technical solution adopted in the utility model is：

The first cooling body for arranging in one kind sealing water-cooled cabinet, including sealed cabinet and the sealed cabinet, the Two cooling bodies, first cooling body and the second cooling body two ends are by three-way connection and refrigeration piping and compression mechanism Chill block and circulation drive module connection, first cooling body includes correspondence CPU on circulation duct and the circulation duct The cooler that module and video card module are arranged, second cooling body includes what is arranged on heat exchanger plate and the heat exchanger plate Cooling pipeline.

Further, heat exchange grid is set on the circulation duct.

Further, the cooler includes the rectangle copper pipe connected with the circulation duct, the rectangle copper pipe side Pass sequentially through heat absorbing sheet, heat-conducting silicone grease to be connected with the CPU module and video card module.

Further, projection is set in the rectangle copper pipe.

Further, the cooling pipeline is S bend pipe road, and the heat exchanger plate is copper coin.

Further, pore is set, the correspondence pore arranges gas stream in the sealed cabinet on the heat exchanger plate Motivation structure.

Further, the gas flowing mechanism includes ventilation fan.

Further, the correspondence pore arranges cylindrical shape heat exchanging fin on the heat exchanger plate.

Further, the circulation drive module adopts water pump.

Further, the sealed cabinet outer surface arranges waterproof layer and thermal insulation layer.

The utility model provides a kind of sealing water-cooled cabinet, the first cooling body to CPU module and video card module this Two larger devices of caloric value are lowered the temperature, and cold air is then filled with the cabinet of sealing and in opposite side row by the second cooling body Go out, realize the cooling to the such as mainboard, hard disk etc. of other parts in cabinet, it is ensured that host computer is in the suitable environment of dustless, temperature Lower operation, increases the speed of service of computer so that the running status that computer can often be in two-forty with Jing, strengthens the property of computer Energy.Circulation drive module drives cold-producing medium to circulate in circulation duct and cooling pipeline using water pump, and compressor cooling module exists After refrigerant suction heat, it is lowered the temperature, allow cold-producing medium to be again introduced into circulation.The principle of compressor cooling module can be with By its refrigerating capillary by refrigeration piping, the temperature of absorption refrigeration agent makes it lower the temperature, or adopts more direct cooling method, Correspondence compressor arranges a heat exchanger on refrigeration piping pipeline, and compressor is directly pressed the cold-producing medium in refrigeration piping Contracting, after compressor is to refrigerant compression, flows through the heat for carrying cold-producing medium during heat exchanger and discharges so that the temperature of cold-producing medium Degree is reduced, and the cold-producing medium of low temperature is lowered the temperature in cabinet to CPU module and video card module, is recycled to after refrigerant vapor or intensification Compressor position, into next circulation.The implementation of two kinds of compressor cooling modules can, with specific reference to each pipe The material in road is determining.

First cooling body is cooling agent to be passed in the cooler with CPU module and video card module contact, realizes cooling, The cooling efficiency quickly, can afford the cooling of powerful CPU module and video card module.Arrange heat on its circulation duct to hand over Grid is changed, the heat in cabinet can be absorbed by heat exchange grid, and be transferred to cold-producing medium.Second cooling body equally can Miscellaneous equipment in cabinet is lowered the temperature, heat is absorbed by heat exchanger plate, pore is set on heat exchanger plate, and correspondence pore sets Heat exchanging fin is put, and gas circulation is caused by ventilation fan, the hot gas and heat exchanger plate in sealed cabinet can be greatly increased Rate of heat exchange, strengthen cooling-down effect.Ventilation fan adopts the ventilation fan of big blade, and rotating speed can be with very little, it is not necessary in sealing Larger wind speed is produced in cabinet, it is only necessary to keep gas to flow.

The utility model can realize the cooling to the such as mainboard, hard disk etc. of other parts in cabinet, it is ensured that host computer exists Run under the suitable environment of dustless, temperature, increase the speed of service of computer so that the operation that computer can often be in two-forty with Jing State, strengthens the performance of computer.

Description of the drawings

The utility model is further described below in conjunction with the accompanying drawings：

Fig. 1 is the structural representation that the utility model seals water-cooled cabinet；

Fig. 2 is the structural representation of the cooling body of the utility model first；

Fig. 3 is the plan of the cooling body of the utility model second；

Fig. 4 is the sectional view of the cooling body of the utility model second.

Specific embodiment

In order to more fully understand the utility model, further fairly set out in of the present utility model with reference to embodiment Hold, but protection content of the present utility model is not limited solely to the following examples, and specific embodiment is as follows：

Embodiment one

As depicted in figs. 1 and 2：Present embodiments provide a kind of sealing water-cooled cabinet, including sealed cabinet 1 and described close The first cooling body 7, the second cooling body 5 arranged in envelope cabinet 1,5 liang of first cooling body, 7 and second cooling body End is connected by three-way connection 6 and refrigeration piping 2 with compressor cooling module 3 and circulation drive module 4, first cooler Structure 7 includes the cooler that correspondence CPU module 10 and video card module 9 are arranged on circulation duct 8 and the circulation duct 8, described the Two cooling bodies 5 include the cooling pipeline 11 arranged on heat exchanger plate 12 and the heat exchanger plate 12.

The first cooling body device larger to CPU module and the two caloric values of video card module is lowered the temperature, and second Cold air is then filled with the cabinet of sealing and in opposite side discharge by cooling body, is realized to other parts in cabinet such as mainboard, hard disk Deng cooling, it is ensured that host computer runs under the suitable environment of dustless, temperature, increase computer the speed of service so that computer The running status that two-forty can be often in Jing, strengthens the performance of computer.Circulation drive module drives cold-producing medium to exist using water pump Circulation in circulation duct and cooling pipeline, compressor cooling module lowers the temperature after refrigerant suction heat to it, allows system Cryogen is again introduced into circulation.The principle of compressor cooling module can be by its refrigerating capillary by refrigeration piping, absorption refrigeration The temperature of agent makes it lower the temperature, or adopts more direct cooling method, and correspondence compressor arranges a heat on refrigeration piping pipeline Exchanger, compressor is directly compressed to the cold-producing medium in refrigeration piping, after compressor is to refrigerant compression, flows through hot friendship The heat for carrying cold-producing medium during parallel operation is discharged so that the temperature of cold-producing medium is reduced, and the cold-producing medium of low temperature is in cabinet to CPU moulds Block and video card module are lowered the temperature, and after refrigerant vapor or intensification compressor position is recycled to, into next circulation.This two kinds pressures The implementation of contracting mechanism cold module can, determine with specific reference to the material of each pipeline.

The cooler includes the rectangle copper pipe 15 connected with the circulation duct 8, and the side of rectangle copper pipe 15 is successively It is connected with the CPU module 10 and video card module 9 by heat absorbing sheet 16, heat-conducting silicone grease 17.Heat absorbing sheet copper coin product, the suction of copper Preferably, the heat of CPU module and video card module is by heat conductive silica gel and the incoming rectangle copper pipe of heat absorbing sheet, being freezed for hot property Agent is taken away, and realizes the cooling to CPU module and video card module.Cooler is to increase itself and CPU module using rectangle copper pipe With the contact area of video card module and reduce spacing, accelerate the exchange of heat, increase the cooling speed to CPU module and video card module Degree.

Heat exchange grid 20 is set on the circulation duct 8, and the heat exchange grid is also beneficial to gas in sealed cabinet Cooling, other equipment such as mainboard, hard disk etc. are lowered the temperature indirectly.

Projection 18 is set in the rectangle copper pipe 15.Projection is to increase the surface area inside rectangle copper pipe, increases cold-producing medium With the heat exchange rate of rectangle copper pipe, radiating can be accelerated in the case where refrigerant liquid flow velocity is not increased.

The circulation drive module 4 adopts water pump.

The outer surface of the sealed cabinet 1 arranges waterproof layer and thermal insulation layer.Waterproof layer prevents the aqueous vapor in the external world from entering in cabinet, Because the temperature of cabinet can be controlled in very low numerical value, moisture is after in cabinet, it is not easy to evaporate, its table in cabinet Face condensation easily causes short circuit phenomenon.Thermal insulation layer can be prevented in cabinet and heat exchange with outside, heat sink of the present utility model Temperature control effect is very strong, can be by the temperature control in cabinet in the Temperature numerical less than external environment.

Embodiment two

As shown in Figure 3 and Figure 4：It is with the difference of embodiment one：It is described cooling pipeline 11 be S bend pipe road, the heat Power board 12 is copper coin.S bend pipe road can increase cooling pipeline and heat exchanger plate contact area so that heat exchange efficiency increases, heat It is more preferable to the gas heat absorption effect in cabinet using copper coin for power board.

Pore 14 is set on the heat exchanger plate 12, and the correspondence pore 14 arranges gas flowing in the sealed cabinet 1 Mechanism 19.The gas that increase pore and the gas flowing mechanism being matched therewith are easy in cabinet blows on heat exchanger plate It is dynamic so as to carry the gas and heat exchanger plate circulating contact of heat, be easy to the carrying out of heat exchange, beneficial to lowering the temperature in cabinet.

The gas flowing mechanism 19 includes ventilation fan, and ventilation fan is conventional selection, increases the gas flowing in cabinet.

The correspondence pore 14 arranges cylindrical shape heat exchanging fin 13 on the heat exchanger plate 12, the shape of heat exchanging fin be according to Determine by pore, the effect of heat exchanging fin is to increase the real area of heat exchanger plate, so as to increase in heat exchanger plate and cabinet The contact area of gas.

Finally illustrate, above example only to illustrate the technical solution of the utility model and unrestricted, this area Other modifications or equivalent that those of ordinary skill is made to the technical solution of the utility model, without departing from this practicality The spirit and scope of new technique scheme, all should cover in the middle of right of the present utility model.

Claims

It is 1. a kind of to seal water-cooled cabinet, it is characterised in that：It is cold including first arranged in sealed cabinet and the sealed cabinet But mechanism, the second cooling body, first cooling body and the second cooling body two ends are by three-way connection and refrigeration piping It is connected with compressor cooling module and circulation drive module, first cooling body includes circulation duct and the circulation duct The cooler that upper correspondence CPU module and video card module are arranged, second cooling body includes heat exchanger plate and the heat exchange The cooling pipeline arranged on plate.
It is 2. as claimed in claim 1 to seal water-cooled cabinet, it is characterised in that：Heat exchange grid is set on the circulation duct.
It is 3. as claimed in claim 1 to seal water-cooled cabinet, it is characterised in that：The cooler includes connecting with the circulation duct Logical rectangle copper pipe, the rectangle copper pipe side passes sequentially through heat absorbing sheet, heat-conducting silicone grease and connects with the CPU module and video card module Connect.
It is 4. as claimed in claim 3 to seal water-cooled cabinet, it is characterised in that：Projection is set in the rectangle copper pipe.
It is 5. as claimed in claim 1 to seal water-cooled cabinet, it is characterised in that：The cooling pipeline is S bend pipe road, and the heat is handed over Plate is changed for copper coin.
It is 6. as claimed in claim 5 to seal water-cooled cabinet, it is characterised in that：Pore is set on the heat exchanger plate, it is described close The correspondence pore arranges gas flowing mechanism in envelope cabinet.
It is 7. as claimed in claim 6 to seal water-cooled cabinet, it is characterised in that：The gas flowing mechanism includes ventilation fan.
It is 8. as claimed in claim 7 to seal water-cooled cabinet, it is characterised in that：The correspondence pore is arranged on the heat exchanger plate Cylindrical shape heat exchanging fin.
It is 9. as claimed in claim 1 to seal water-cooled cabinet, it is characterised in that：The circulation drive module adopts water pump.
It is 10. as claimed in claim 1 to seal water-cooled cabinet, it is characterised in that：The sealed cabinet outer surface arranges waterproof layer And thermal insulation layer.