CN2718665Y

CN2718665Y - Universal cooling module test device

Info

Publication number: CN2718665Y
Application number: CN 200420066320
Authority: CN
Inventors: 沈宜威; 张碧琳; 黄仲文
Original assignee: Inventec Corp
Current assignee: Inventec Corp
Priority date: 2004-06-17
Filing date: 2004-06-17
Publication date: 2005-08-17
Anticipated expiration: 2014-06-17

Abstract

The utility model relates to a universal heat radiation module testing device, which comprises a main body seat arranged on a device base, wherein the main body seat is provided with a connecting seat, two sides of the connecting seat are respectively pivoted with two sides of a fixed plate frame through a hinge, so that the fixed plate frame can be lifted or pressed by taking two hinges as a rotating axis; the plate center of the fixed plate frame is provided with at least one hollow part, one end of the hollow part is provided with a heat dissipation module, the bottom surface of the heat dissipation module is exposed out of the hollow part, and the two corresponding sides of the bottom surface of the heat dissipation module are respectively provided with a connecting frame, the two connecting frames are respectively arranged outside the two sides of the hollow part of the fixed plate frame by a plurality of elastic components with a preset gap, so that the bottom surface of the heat dissipation module can be automatically guided and attached during pressing. The device can achieve the purpose of testing the heat dissipation requirements of the central processing units of various product models, and has the advantage of simple structure.

Description

Universial testing equipment of Thermal module

Technical field

The utility model relates to electronic applications, refers in particular to a kind of temperature required device of central processing unit radiating module of testing.

Background technology

At present, every product type that general Computer Design manufacturing company is produced, it is employed central processing unit radiating module test mode on proving installation, utilize its every product radiating module main body of type originally respectively, to carry out its pressing and the action (type of use, for example: Muggle, Ruby etc.) test, yet this situation, often because the required radiating module difference of every product type, cause the radiating module shape and the size of each type also to be not quite similar, even the tester take radiating module time point also often in the previous day of test manufacture, therefore, in this case, certainly will cause the making of proving installation and difficult processing and the puzzlement on the test surfaces; Moreover, desire in design also to be difficult for reaching for manufacturing and designing company towards the purpose of " radiating modular ".

On the other hand, if manufacture and design company because the difference of radiating module shipment, cause central processing unit (CPU) on the product type needn't be along with the main frame shipment time, the radiating module that then testing assembler certainly will need originally to lock on central processing unit disassembles, thus, one causes the problem of the duplication of labour easily, and two come also to make easily the screw thread of original locking to sustain damage.

Moreover, because each product type, for example: mobile computer, M/B board under test, when doing the processing procedure test, usually the central processing unit on radiating module and the board under test need be done a pressing action that fits tightly, to avoid the bad situation generation that causes testing interruption of conducting heat, therefore, still one of its key factor in the applying of pressing.

At the problems referred to above, along with the follow-up continuous increase that respectively manufactures and designs company's new product type, predictably, the radiating module of different product type still has different designs on device is made, therefore, this kind present situation and shortcoming need improve and handle in fact.

Summary of the invention

The purpose of this utility model is, a kind of universial testing equipment of Thermal module is provided, can overcome the shortcoming that above-mentioned prior art exists, reach the purpose that realizes being applicable to the required radiating requirements of central processing unit of testing various different product types, possess advantage of simple structure simultaneously.

The purpose of this utility model is achieved in that a kind of universial testing equipment of Thermal module, comprising:

One main body base is established a connecting seat on the main body base;

One fixing frame plate, two sides of fixing frame plate are articulated with a hinge respectively, two hinge is pivoted respectively with on the two-phase respective side of Connection Block again, and fixing frame plate can two hinge be that center of rotation is done one and started or the action of pressing, and the plate central authorities of fixing frame plate are provided with at least one hollow-out parts;

One radiating module, radiating module is located on the end of fixing frame plate hollow-out parts, radiating module has a heat radiation lamellar body, the end face of heat radiation lamellar body is established a radiator fan, the bottom surface of heat radiation lamellar body exposes to outside the hollow-out parts, the two-phase respective side of heat radiation lamellar body bottom surface is respectively established a link outward, and two links most elastic partss of mat respectively are located at outside two sides of fixing frame plate hollow-out parts with a predetermined gap;

One inlay card assembly, inlay card assembly are located at bottom surface one end of heat radiation lamellar body and locate downwards;

One another inlay card assembly, this another inlay card assembly is located on the end of main body base movably, and when fixing frame plate is after center of rotation is done the action of a pressing with the two hinge, inlay card assembly and another inlay card assembly can carry out inlay card each other to be fixed.

By this, main body base is located on the device pedestal, and fixing frame plate can do one and start or the action of pressing, can carry out the processing procedure test of the central processing unit on arbitrary board under test that places device pedestal.

Described universial testing equipment of Thermal module, main body base are provided with two in order to be locked in the locking holes on the device pedestal.

Described universial testing equipment of Thermal module, Connection Block be provided with two in order to the locking holes that fixes of main body base of its below.

Described universial testing equipment of Thermal module, contiguous its centre is established one and can be prevented that fixing frame plate from starting the block seat of toppling over after excessive on the Connection Block, and two hinge is hubbed on respectively on the two-phase respective side of contiguous block seat.

Described universial testing equipment of Thermal module, another inlay card assembly has a trip seat, is pivoted with a mobilizable trip on the trip seat.

Described universial testing equipment of Thermal module, elastic parts are spring.

Described universial testing equipment of Thermal module, it is made that fixing frame plate, heat radiation lamellar body, link and inlay card assembly are respectively aluminium.

Advantage of the present utility model is: by the design of universial testing equipment of Thermal module of the present utility model, can reach the purpose that realizes being applicable to the required radiating requirements of central processing unit of testing various different product types, simultaneously, the utility model not only possesses advantage of simple structure, and can promote the testing efficiency of device to test, and the research and development and the design time that can reduce the research staff, the shortcoming that effectively solves conventional art and produced.

Description of drawings

Fig. 1 is the synoptic diagram of general-purpose radiating module of the present utility model.

Fig. 2 is general-purpose radiating module of the present utility model and the upright synoptic diagram of device pedestal group.

Fig. 3 is the action synoptic diagram of general-purpose radiating module of the present utility model.

Embodiment

For ease of purpose, feature and effect further understanding and understanding are arranged, be described in detail as follows for the embodiment conjunction with figs. now shape of the present utility model, structure and device.

A kind of universial testing equipment of Thermal module of the present utility model sees also shown in Figure 1ly, and including an external form is rectangular main body base 10, offers on the main body base 10 that two locking holes, 11, two locking holes 11 are main to fix (as shown in Figure 2) with a device pedestal 40; Again, it is rectangular Connection Block 12 that main body base 10 is provided with an external form, also offers two locking holes 121 on the Connection Block 12, fix in order to main body base 10 with its below, and on the Connection Block 12 contiguous its centre to convex with an external form be rectangular block seat 13; In addition, be close on the two-phase respective side of block seat 13 on the Connection Block 12, be pivoted with a hinge 14 respectively, two hinge 14 is articulated with two sides of a fixing frame plate 15 again, so that can two hinge 14 doing one for center of rotation, fixing frame plate 15 starts or the action of pressing, simultaneously, the block seat 13 on the Connection Block 12 can prevent that fixing frame plate 15 from starting toppling over after excessive.

In the utility model, see also shown in Figure 1 again, the plate central authorities of fixing frame plate 15 offer at least one hollow-out parts 151, can make a radiating module 20 fix on it in one end of the empty portion 151 of thread, wherein to have an external form be square heat radiation lamellar body 21 to radiating module 20, the end face of heat radiation lamellar body 21 is provided with a radiator fan 22, and the bottom surface of heat radiation lamellar body 21 then exposes to outside the hollow-out parts 151; Outside the two-phase respective side of heat radiation lamellar body 21 bottom surfaces, respectively be provided with a link 211 simultaneously, two links 211 respectively by most elastic partss 212 (for example: spring) be combined in outside two sides of hollow-out parts 151 of fixing frame plate 15 with a predetermined gap, by this, when fixing frame plate 15 is after center of rotation is done the action of a pressing with two hinge 14, the bottom surface of heat radiation lamellar body 21 can treat that central processing unit 51 (CPU) work one on the side plate 50 combines (as shown in Figure 2) with one, and can utilize elastic parts 212 to carry out the joint movement of an automatic guiding; Again, in the heat radiation lamellar body 21 bottom surface one end to having an inlay card assembly 23.

Moreover, see also shown in Figure 1 again, end on the main body base 10 is provided with mobilizable another inlay card assembly 24, so that fixing frame plate 15 is after center of rotation is done the action of a pressing with two hinge 14, can makes inlay card assembly 23 and another inlay card assembly 24 carry out inlay card each other and fix; And in the utility model, another inlay card assembly 24 has a trip seat 241, is pivoted with a mobilizable trip 242 on the trip seat 241; Again, it is made that the aforesaid fixing frame plate 15 of the utility model, heat radiation lamellar body 21, link 211 and inlay card assembly 23 are respectively aluminium, so as to improving the effect of its heat radiation.

From Fig. 2 and shown in Figure 3 know learn, the above-mentioned member of mat can be locked in main body base 10 on the device pedestal 40 by two locking holes 11 on it, then radiator fan 22 power supplys on the radiating module 20 heat radiation lamellar bodies 21 are connected, and with the most root support columns 41 placed on it sides of board under test 50 by being laid on the device pedestal 40, and paste and put a heat radiation masking foil 213 (as shown in Figure 1) on the bottom surface of heat radiation lamellar body 21, so, can be that center of rotation is done a down action of pressing (as shown in Figure 2) with two hinge 14 with fixing frame plate 15, it just can be pressed together on the central processing unit 51 on the board under test 50, simultaneously, utilize elastic parts 212 to carry out the joint movement (as shown in Figure 3) of an automatic guiding, at this moment, inlay card assembly 23 inlay cards are fixed on another inlay card assembly 24 (being movable trip 242), by this, the tester can begin to carry out the processing procedure test, behind to be tested the finishing, only need pull the inlay card that another inlay card assembly 24 (being movable trip 242) makes its disengaging and inlay card assembly 23, can up start fixing frame plate 15, make radiating module 20 separate with central processing unit 51 on the board under test 50.

Therefore, design by universial testing equipment of Thermal module of the present utility model, can reach the purpose that realizes being suitable for the central processing unit 51 required radiating requirements of testing various different product types, simultaneously, the utility model not only possesses advantage of simple structure, and can promote the testing efficiency of device to test, and the research and development and the design time that can reduce the research staff, the shortcoming that effectively solves conventional art and produced.

The above only is the specific embodiment of the utility model the best, and only structural attitude of the present utility model is not limited thereto.All any those who are familiar with this art in the utility model field, can think easily and variation or modification, should all covered in the utility model claim.

Claims

1, a kind of universial testing equipment of Thermal module is characterized in that, comprising:

One main body base is established a connecting seat on the main body base;

2, universial testing equipment of Thermal module according to claim 1 is characterized in that: main body base is provided with two in order to be locked in the locking holes on the device pedestal.

3, universial testing equipment of Thermal module according to claim 1 is characterized in that: Connection Block be provided with two in order to the locking holes that fixes of main body base of its below.

4, universial testing equipment of Thermal module according to claim 1 is characterized in that: contiguous its centre is established one and can be prevented that fixing frame plate from starting the block seat of toppling over after excessive on the Connection Block, and two hinge is hubbed on respectively on the two-phase respective side of contiguous block seat.

5, universial testing equipment of Thermal module according to claim 1 is characterized in that: another inlay card assembly has a trip seat, is pivoted with a mobilizable trip on the trip seat.

6, universial testing equipment of Thermal module according to claim 1 is characterized in that: elastic parts is a spring.

7, universial testing equipment of Thermal module according to claim 1 is characterized in that: it is made that fixing frame plate, heat radiation lamellar body, link and inlay card assembly are respectively aluminium.