CN201041473Y

CN201041473Y - Heat pipe radiator

Info

Publication number: CN201041473Y
Application number: CNU2007200497556U
Authority: CN
Inventors: 何绍林
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-03-29
Filing date: 2007-03-29
Publication date: 2008-03-26
Anticipated expiration: 2017-03-29

Abstract

The utility model relates to a radiator, in particular to a heat pipe radiator which is provided with a radiating fin unit, a plurality of thermal pipes and a liquid storage box, wherein, the radiating fin unit is provided with a plurality of radiating fins, a plurality of thermal pipes are connected with the radiating fin unit, and the liquid storage box is connected with a plurality of the thermal pipes and is provided with an intracavity, and cooling liquid is arranged in the intracavity, thereby the utility model reaches to provide a radiator with simple circulating way of the cooling liquid and good efficiency of the heat radiation through the design way of the structure.

Description

Heat-pipe radiator

Technical field

The utility model relates to a kind of radiator, is meant a kind of heat-pipe radiator with fin unit, some heat pipes and liquid storage box especially.

Background technology

As everyone knows, along with the progress of society, people also improve constantly the requirement of daily life quality, and the environment that various practical again article attractive in appearance are more and more general has entered into the daily productions of people, life has come.And wherein, the love that electric equipment products especially are subjected to numerous users relies, but for general electric equipment products, because it mainly carries out work by driven by power, and in the process of current drives electric equipment products, certainly lead to a large amount of heats, and this also just electric equipment products in the process of work, can produce the main cause of heat.

Just because of such reason, in the structure of electric equipment products, often need to install additional radiator, reach the heat of as far as possible eliminating in the electric equipment products to be produced, thereby electric equipment products can be worked for a long time with situation for people to use.But traditional radiator structurally all only has some fin and radiating tube usually, wherein, this radiating tube is that dish is located in some fin, this traditional radiator at first needs the easy heating position of device in electric equipment products in concrete the use, after in the time of the electric equipment products work evolution of heat, this heat all is to be transmitted to earlier on this traditional radiator, back nationality passes out electric equipment products by the structural design of some these fin and this radiating tube in this traditional radiator with this heat, to reach the state that electric equipment products can be worked at a lower temperature.But this traditional as mentioned above radiator also exists following shortcoming in concrete the use:

As mentioned above, because this traditional radiator structurally all only has some fin and radiating tube usually, and this radiating tube is to coil to be located in some fin, and the heat conduction pattern between some these fin of such structural design and this radiating tube, thermal resistance height and heat transfer efficiency are low, the cost height of production and processing simultaneously, and this is the major defect of traditional this radiator just.

Summary of the invention

Creator of the present utility model is in order to solve the shortcoming of this traditional radiator as above, and through hammer away, practice for many years has the utility model heat-pipe radiator to be born finally.

The utility model provides a kind of heat-pipe radiator, and nationality plants the structural design mode thus and provide a kind of heat conduction pattern the simple and high radiator of heat conduction efficiency to reach, and this is the main purpose for this creation.

In order to solve above technical problem, technical solution adopted in the utility model is: heat-pipe radiator, it has fin unit, some heat pipes and liquid storage box, wherein, this fin unit is to be made by the material of good heat-transfer, it has some fin and some installing holes, and some these fin are to mutually combine to form in aggregatesly, and some this installing holes are opened in this fin unit;

Some these heat pipes are to be plugged in respectively in some installing holes of this fin unit, and each this heat pipe all has outer surface and tube chamber, and wherein, the outer surface of each this heat pipe all forms tight the connection with this fin unit;

And this liquid storage box is connected with some these thermal conducting tube phases, and it has inner chamber, and is provided with cooling fluid in this inner chamber, and this inner chamber is to be communicated with some these thermal conducting tube phases respectively again.

The beneficial effects of the utility model are: because the structural design of this creation liquid storage box structurally, the cooling fluid that is arranged in this liquid storage box can be moved about between this cooling fluid and some this heat pipes, and some these heat pipes are plugged in this fin unit, form an integral body so some these heat pipes in this creation combine with this liquid storage box, thereby can reach the effect of heat conduction efficiency height and compact overall structure.

Description of drawings

Fig. 1 is the perspective view of this creation;

Fig. 2 is the perspective view of the fin unit of this creation;

Fig. 3 is the some heat pipes of this creation and the perspective view of liquid storage box;

Fig. 4 is the structural representation of the heat pipe of this creation.

The specific embodiment

(shown in Fig. 1 to 4) heat-pipe radiator, it has fin unit 1, some heat pipes 2 and liquid storage box 3, wherein, this fin unit 1 is to be made by the material of good heat-transfer, it has some fin and some installing holes 11, some these fin are to mutually combine to form in aggregatesly, and some this installing holes 11 are opened in this fin unit 1;

Some these heat pipes 2 are to be plugged in respectively in some installing holes 11 of this fin unit 1, and each this heat pipe 2 all has outer surface 21 and tube chamber 22, and wherein, the outer surface 21 of each this heat pipe 2 all forms with this fin unit 1 and closely is connected;

And this liquid storage box 3 is connected with some these heat pipes 2, and it has inner chamber, and is provided with cooling fluid in this inner chamber, and this inner chamber is connected with some these heat pipes 2 respectively again.

This creation is in concrete enforcement, at first, can be with the heating position of this composition apparatus in electric equipment products, then, this heat can conduct to this on the creation the evolution of heat time when the work of this electric equipment products, then, because some these heat pipes 2 are connected with this liquid storage box 3 in this creation, so, cooling fluid in this liquid storage box 3 can flow in some these heat pipes 2, when needs dispel the heat action, cooling fluid in some these heat pipes 2 is heated to vaporize under low boiling and also rapidly heat evenly is diffused on the tube wall of some these heat pipes 2, then, the annexation by between some these heat pipes 2 and this fin unit 1 is passed this heat by this fin unit 1.Cooling fluid cooling in then some these heat pipes 2 becomes liquid and is back in this liquid storage box 3, so moves in circles, and forms effective transmission of heat.

Claims

1. heat-pipe radiator, it has fin unit, some heat pipes and liquid storage box, it is characterized in that: this fin unit has some fin, some these fin be mutually combine form in aggregates;

Some these heat pipes are connected with this fin unit, and each this heat pipe all has outer surface and tube chamber, and wherein, the outer surface of each this heat pipe all forms tight the connection with this fin unit;

2. according to the described heat-pipe radiator of claim 1, it is characterized in that: this fin unit has some installing holes,, and some this installing holes are opened in this fin unit, and some this heat pipes are to be plugged in respectively in some installing holes of this fin unit.