CN2574219Y

CN2574219Y - Water-cooled IC radiator

Info

Publication number: CN2574219Y
Application number: CN 02252016
Authority: CN
Inventors: 陈乾昌
Original assignee: Aibifu Heat Transfer Co ltd
Current assignee: Aibifu Heat Transfer Co ltd
Priority date: 2002-08-28
Filing date: 2002-08-28
Publication date: 2003-09-17
Anticipated expiration: 2012-08-28

Abstract

A water-cooled IC radiator features simple assembly, no leakage of liquid and easy moving. The utility model discloses a set up the main casing body of dress on the computer casing and a flat radiating seat who pastes the utensil fin on central processing unit, the inside cooling tube that is provided with the utensil fin in one side of the main casing body, the inside water supply tank who then is provided with utensil small motor of opposite side, the delivery port of cooling tube meets with the water inlet of water supply tank, and the delivery port of the water inlet of cooling tube and water supply tank then meets with the water inlet by borrowing the delivery port of hose and radiating seat respectively. The cooling liquid circulates in the water supply tank and the heat radiating pipe in the heat radiating seat and the main shell to reduce the temperature of the CPU.

Description

The cooling integrated device of water-cooled

Technical field

The utility model relates to a kind of heat abstractor that is used for computer, relates in particular to a kind of simple and convenient assembly, does not have liquid leakage, and moves the cooling integrated device of water-cooled that moves easily.

Background technology

Computer product has been among the industrial and commercial now society, one of indispensable daily necessities.The rhythm of life at present many computers that utilized of modern fast connects the making of network with the transmitting-receiving of the processing of carrying out secretarial document, Email, chart photograph etc., therefore, computer is being played the part of role very important in the life really for the modern.

Because computer product is one of electronic product, therefore must supply capability when running so that computer can operate, and electronic product is when running, most likely be accompanied by the generation of heat, thereby cause temperature to raise, yet under the state of high temperature, but can cause the infringement that can't remedy, therefore for electronic product, how to remain under suitable temperature environment running when the infringement of electronic component being become computer and uses, the problem that must solve to avoid high temperature.

All parts of computer are when running, producing the highest electronic building brick of temperature is CPU, this electronic building brick is the main running maincenter of whole computer especially, in case therefore CPU Yin Gaore and when damaging, whole computer just can't operate, so the user when the assembling computer, utilizes radiator mostly CPU can being remained under the normal temperature operates.Traditional radiator is to utilize the high metallic of the coefficient of conductivity to make lamelliform radiating fin mostly, this radiating fin is sticked on CPU, leave with heat CPU, radiator with heat radiation fin structure collocation still mostly is assembled with fan, whereby to increase its radiating effect.

Yet because the increase of the computing frequency of CPU now, being accompanied by the heat that is produced also significantly promotes, therefore tradition utilizes cross-ventilated radiating mode to apply use, so the appearance of water-cooling type radiator is just arranged, by the circulation of cooling water to reach the purpose of certain reduction CPU temperature.

Existing water-cooling type radiator be mostly to utilize metallic do to become one can with the ducted body of the smooth setting of CPU, this ducted body is provided with the cooling but outlet pipe and the oral siphon of liquid communication, and collocation is arranged at the supply flume of the external plug-in bucket formula of computer shell and motor for the circulation of cooling liquid, reaches the purpose that makes the CPU cooling.

But this kind water-cooling type radiator is after ducted body is attached at CPU, the user must oneself connect the pipeline of establishing between ducted body and plug-in bucket formula supply flume, this operation is the trouble difficulty not only, and install when bad the user, cooling liquid will be excessive to motherboard, cause short circuit and electric leakage situation, therefore danger very between electronic building brick.Again, the volume of the plug-in bucket formula of this kind supply flume is big, and be to be mounted on outside the computer case, if this computer need be moved when shifting one's position, just very inconvenient, and institute take up space big, therefore on configuration space, need bigger place for the computer that this kind has plug-in bucket formula supply flume is set, improvement to be strengthened is arranged on the practicality.

The utility model content

In order to overcome the above-mentioned shortcoming that existing central processing unit radiator exists, the utility model provides a kind of water-cooled cooling integrated device, and it has simple and convenient assembly, does not have liquid leakage, and moves the advantage that moves easily.

The technical scheme that its technical problem that solves the utility model adopts is:

The cooling integrated device of a kind of water-cooled, it is characterized in that, comprise that one is assembled in the main casing on the computer case and the radiating seat of a smooth tool fin on CPU, one side inside of main casing is provided with radiating tube, radiating tube at one end is provided with water inlet, and the other end is provided with delivery port; The opposite side inside of this main casing is provided with the supply flume of tool miniature motor, and this supply flume is respectively arranged with water inlet and delivery port; Described radiating seat is a metal hollow housing, and this radiating seat is respectively arranged with water inlet and delivery port; The delivery port of described radiating tube and the water inlet of supply flume join, and the water inlet of radiating tube and the delivery port of supply flume then join by the delivery port and the water inlet of flexible pipe and radiating seat respectively.

The cooling integrated device of aforesaid water-cooled, wherein radiating tube is the curved pipe structure of Curved Continuous, it is provided with radiating fin.

The cooling integrated device of aforesaid water-cooled, wherein radiating fin is provided with radiator fan.

The cooling integrated device of aforesaid water-cooled, wherein supply flume is provided with a water supplement port.

The cooling integrated device of aforesaid water-cooled, wherein radiating seat one side is provided with fin.

The cooling integrated device of aforesaid water-cooled, wherein fin is provided with radiator fan.

The beneficial effects of the utility model are that it has simple and convenient assembly, does not have liquid leakage, and moves the advantage that moves easily.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the exploded perspective schematic diagram of the utility model embodiment.

Fig. 2 is the planar structure schematic diagram of the utility model embodiment.

Fig. 3 is the user mode schematic diagram of the utility model embodiment.

Fig. 4 is the mobile view of the cooling liquid among the utility model embodiment.

The number in the figure explanation

10 main casings

11 radiating tubes

110 radiating fins

111 fans

112 water inlets

113 delivery ports

12 supply flumes

120 miniature motors

121 water supplement ports

122 water inlets

123 delivery ports

20 radiating seats

200 water inlets

201 delivery ports

21 fin

30 flexible pipes

Embodiment

Now see also Fig. 1 to shown in Figure 3, the utlity model has one and can be assembled in the radiating seat 20 that main casing 10 and on the computer case 40 can smooth tool fin 21 on CPU, this main casing 10 can be assembled in the assembling grove on the computer case 40 as removable hard drive, side inside at main casing 10 is provided with radiating tube 11, be provided with radiating fin 110 on this radiating tube 11, radiating fin 110 is provided with radiator fan 111, this radiating tube 11 can be the pipe structure of continuous bend shape, at one end be provided with water inlet 112, the other end is provided with delivery port 113.

The opposite side inside of main casing 10 is provided with the supply flume 12 of tool miniature motor 120, is respectively arranged with water inlet 122, delivery port 123 and a water supplement port 121 on this supply flume 12.

Radiating seat 20 is a metal hollow housing, and the one side is provided with fin 21, equally radiator fan can be set on the fin 21, is respectively arranged with water inlet 200 and delivery port 201 on the radiating seat 20.

The delivery port 113 of radiating tube 11 joins with the water inlet 122 of supply flume 12, the water inlet 112 of radiating tube 11 then joins with water inlet 200 by the delivery port 201 of flexible pipe 30 with radiating seat 20 respectively with the delivery port 123 of supply flume 12, by cooling liquid in radiating seat 20 and main casing 10 supply flume 12 and the circulation of radiating tube 11 inside reach the temperature that reduces CPU.

During use, as long as main casing 10 of the present utility model is assembled in the assembling grove of computer case 40 as removable hard drive, radiating seat 20 is attached on the CPU gets final product again.Because supply flume 12 of the present utility model,

radiating tube

11 and 20 of radiating seats utilize flexible pipe 30 to be connected already, the user does not need to assemble in addition pipeline, the user therefore can not occur and cause the excessive situation of cooling liquid because pipeline connects improper.

Now see also Fig. 2, shown in Figure 4, cooling liquid of the present utility model is when flowing heat radiation, at first cooling liquid is sent in the radiating seat 20 and absorbs heat via the miniature motor in the supply flume 12 120, cooling fluid cognition behind the absorption heat is sent to radiating tube 11 places by radiating seat 20, radiating fin 110 by radiating tube 11 and radiator fan 111 make the cooling liquid cooling, and the cooling liquid after the cooling is resent among the supply flume 12, and circulation just can effectively reduce the temperature of CPU so repeatedly.

When the liquid measure of cooling liquid was not enough, the user can add cooling liquids to supply flume 12 by water supplement port 121, make radiating effect of the present utility model can keep certain level.

Because structural arrangements of the present utility model, the user does not need oneself assembling pipeline when using this kind water-cooling type radiator, therefore it is excessive not have cooling liquid, cause problems such as circuit board short circuit damage, and main casing of the present utility model and radiating seat can be installed among the computer case, therefore can not occupy the computer case space outerpace as the computer-internal interface equipment, so it is also very convenient when carrying is mobile, has practical value, and the utility model does not see present water-cooling type radiator, also unexposed use meets novel patent pertinent regulations, so file an application in accordance with the law.

Claims

1. A water-cooled integrated circuit radiator, characterized in that it comprises a main housing assembled on the computer housing and a cooling seat with cooling fins flatly attached to the central processing unit, one side of the main housing A heat dissipation pipe is provided, and the heat dissipation pipe is provided with a water inlet at one end and a water outlet at the other end; a water supply tank with a small motor is provided inside the other side of the main housing, and the water supply tank is respectively provided with a water inlet and a water outlet; The heat dissipation seat is a metal hollow shell, and the heat dissipation seat is respectively provided with a water inlet and a water outlet; the water outlet of the heat dissipation pipe is connected with the water inlet of the water supply tank, and the water inlet of the heat dissipation pipe is connected with the water supply tank. The water outlets are respectively connected with the water outlets and the water inlets of the cooling seat through flexible pipes.

2. The water-cooled integrated circuit heat sink according to claim 1, characterized in that the heat dissipation pipe is a continuous curved pipe body structure, and heat dissipation fins are arranged on it.

3. The water-cooled integrated circuit radiator according to claim 2, characterized in that a cooling fan is arranged on the cooling fins.

4. The water-cooled integrated circuit radiator according to claim 1, wherein a water supply port is provided on the water supply tank.

5. The water-cooled integrated circuit heat sink according to claim 3 or 4, characterized in that a heat sink is provided on one side of the heat sink.

6. The water-cooled integrated circuit heat sink according to claim 5, characterized in that a cooling fan is arranged on the heat sink.