CN201135008Y

CN201135008Y - Heat radiation module with changeable positioning

Info

Publication number: CN201135008Y
Application number: CNU2007203058438U
Authority: CN
Inventors: 林胜煌
Original assignee: Asia Vital Components Co Ltd
Current assignee: Asia Vital Components Co Ltd
Priority date: 2007-11-22
Filing date: 2007-11-22
Publication date: 2008-10-15
Anticipated expiration: 2017-11-22

Abstract

The utility model relates to a heat radiating die set which can be convertibly positioned. The die set comprises a fixed frame and a radiator, wherein the fixed frame is provided with at least one backstop part and a convex block in an inner frame, the backstop part and the convex block keep certain distance on height, at least one groove is opened around the radiator, the radiator is overturned to enable the upper edge of the radiator to optionally support the backstop part or the convex block, the fixed frame can be prevented from sliding downwards through the backstop part or the convex block, and simultaneously the die set can be used to suitably regulate the distance between the upper edge of the radiator and the upper end surface of the fixed frame.

Description

The heat radiation module of convertible location

Technical field

The utility model relates to a kind of heat radiation module of convertible location, especially refers to a kind of heat radiation module mechanism that is applied to electronic radiation equipment.

Background technology

The electronics information product (for example: popularize day by day and use more extensive by use computer etc.), because demand has driven electronics IT industry technology and has developed rapidly, impel the electronics information to carrying out the trend development that arithmetic speed is accelerated, access capability increases, cause the spare part in the aforementioned electronic information product to follow high hot generation often at working at high speed.

With the host computer is example, the heat that its central interior processing unit (CPU) is produced accounts for major part, in addition, CPU when heat gradually rising can cause the reduction of carrying out usefulness, and when accumulation of heat is higher than its permission limit, will make computer crash, more serious may cause damage; And, for solving the problem of electromagenetic wave radiation, normally seal this host computer, so that how the heat energy of CPU and other heating spare part (or claiming element) is derived fast with the cabinet housing, become an important topic.

And general CPU is that a radiator (heat sink) is set above it in order to solve the mode of being taked of dispelling the heat, one side of this radiator is provided with some fins, the surface of the opposite side of described radiator (not having fin) directly the aforementioned CPU of contact so that thermal energy conduction to above-mentioned fin end, and set up a fan by heat loss through radiation or cooperation and force to drive air-flow and make the rapid dissipation of heat energy;

Be illustrated in figure 1 as heat radiation module three-dimensional combination figure in the prior art, find out that by knowing among the figure module 1 that dispels the heat in the prior art is made of fixed mount 11 and radiating fin 12, wherein fixed mount 11 is to be a frame body, the upper limb place of framework is provided with cover edge 111, can be used for being located at the upper surface 121 of radiating fin 12, this fixed mount 11 is erected on the radiating fin 12, and then combines with computer plate; But the fixed mount 11 of heat radiation module 1 of the prior art can only provide a kind of level altitude combination kenel, so distance between adjustment radiating fin 12 upper surfaces 121 that can't be appropriate and the cover edge 111 of fixed mount 1, cause not convenient in the application, if and the needs on using, then must buy the use of arranging in pairs or groups of different fixed mount 11 and radiating fin 12 more in addition, do not have an economic benefit now, so need improve at this shortcoming.

The utility model content

The utility model provides a kind of heat radiation module of convertible location, with the use inconvenience that solves heat radiation module in the prior art and problem such as cost height in the use.

For effectively solving the above problems, main purpose of the present utility model provides a kind of heat radiation module of convertible location, the heat radiation module of this convertible location is to include a fixed mount and a radiator, an at least one stopper section and a projection are set on fixed mount, the groove of being offered around radiator then uses, this radiator is made a rotary movement, can select groove whether to combine with projection, can stop this fixed mount to lower slider by this stopper section or projection, therefore between the two distance when this radiator and fixed mount combination with one another, can be by the setting of set stopper section of the utility model and projection and adjust, and then reach the effect that single fixed mount is the polynary application of tool, and solve shortcoming of the prior art.

Compared with prior art, the utlity model has following advantage:

The utility model provides a kind of heat radiation module of convertible location, has easy to use and economical and practical advantage.

Description of drawings

Fig. 1 is a heat radiation module three-dimensional combination figure of the prior art;

Fig. 2 is the three-dimensional exploded view of the utility model heat radiation module;

Fig. 2 a is the enlarged drawing at 2A place among Fig. 2;

Fig. 3 is the structural representation of the utility model heat radiation module;

Fig. 4 is the three-dimensional combination figure for the utility model heat radiation module;

Fig. 5 is another three-dimensional combination figure for the utility model heat radiation module.

The main element symbol description is as follows:

Heat radiation module A height B

Heat radiation module 1 fixed mount 11

Cover edge 112 radiating fins 12

Upper surface 121 fixed mounts 2

Stopper section 21 projections 22

Upper surface 23 supports 24

Location division 25 radiators 3

Groove 31 upper limbs 32

Lower edge 33

Embodiment

As Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, be three-dimensional exploded view of the present utility model, structural representation and three-dimensional combination figure, find out that by knowing among the figure this heat radiation module A is made of a fixed mount 2 and a radiator 3.

Wherein, this fixed mount 2 is to be a square framework, the outside of framework is provided with support 24, it in this support 24 the retaining element (not shown) that is provided with flexible member, this fixed mount 2 is erected on the radiator 3 and by this retaining element to be incorporated into radiator 3 on the motherboard, said fixing frame 2 is provided with stopper section 21 in the framework inboard, projection 22, wherein this stopper section 21 is can be equal with this fixed mount 2 upper surfaces 23 or a little less than upper surface 23, locate then to be provided with in addition projection 22 below these stopper section 21 adjacent sides, both are to be to be parallel to each other and to misplace and a height B is arranged (as Fig. 2 a) apart these.

Described radiator 3 around it side be provided with at least one groove 31, this groove 31 can be corresponding with this projection 22, this radiator 3 is to replace by stopper section 21 or projection 22 set on upper limb 32 and this fixed mount 2, to stop this fixed mount 2, this fixed mount 2 can be set up on the radiator 3 to lower slider.

When first assembled state, groove 31 around this radiator 3 is corresponding states with projection 22, this projection 22 can be slipped in this groove 31 and then with groove 31 to be combined, then these radiator 3 upper limbs 32 just in time are resisted against this stopper section 21, and stop fixed mount 2 to lower slider, be erected on this radiator 3 and fixed mount 2 can be firm.

Between suitable adjustment radiator 3 of the second assembled state desire and fixed mount 2 apart from the time, upper limb 32 with this radiator 3 turns over turnback, upwards upset of radiator lower edge 33, making groove 32 and projection 22 on the radiator 3 is dislocation and be not corresponding states, this radiator lower edge 33 is resisted against this projection 22, and then makes the lower edge 33 of this radiator 3 and the upper surface 23 of fixed mount 2 hold a spacing B; Owing to the design of offering groove 31 on stopper section 21 and projection 22 and the radiator 3 is set on the fixed mount 2, can improves the shortcoming that the module that dispels the heat in the prior art can't be adjusted distance between radiator 3 and the radiator fan really.

In sum, the utility model can both in height be provided with a gap to each other by the set stopper section 21 of fixed mount 2 and projection 22, so can select thus to replace in the stopper section 21 or projection 22 adjusting this fixed mount 2 upper surfaces 23 and radiator 3 upper limbs 32 distances between the two, and then really reach the effect of adjustable whole

fixed mount

2 and 3 distances of radiator.

In addition, can be provided with location division 25 on the support 24 of the utility model fixed mount 2, available since this radiator 3 of blocking, drop with the radiator 3 that prevents to set up.

More than disclosed only be several specific embodiment of the present utility model, still, the utility model is not limited thereto, any those skilled in the art can think variation all should fall into protection range of the present utility model.

Claims

1. the heat radiation module of a convertible location is characterized in that, described heat radiation module comprises:

One fixed mount, described fixed mount inboard is provided with an at least one stopper section and a projection, and described projection is arranged on described stopper section adjacent side and is the dislocation state, and in height keeps a gap with described stopper section;

One radiator, side is provided with at least one groove around the described radiator;

When radiator is inserted in fixed mount, described groove can be selected corresponding projection, if corresponding, then the upper limb place of described radiator replaces in described stopper section; If not corresponding, be inserted in described fixed mount again behind described radiator 180 degree that then overturn, then the lower edge of radiator is replaced at described projection, reaches the conversion of radiator location with this.

2. the heat radiation module of convertible location according to claim 1 is characterized in that the groove width of being offered on the described radiator is slightly larger than the external dimensions of projection.

3. the heat radiation module of convertible location according to claim 1 is characterized in that can be provided with the location division on the support of described fixed mount, the described radiator of blocking dropped with the radiator that prevents to set up since described location division can be used.