CN201995274U

CN201995274U - Radiating module

Info

Publication number: CN201995274U
Application number: CN2011200968885U
Authority: CN
Inventors: 巫俊铭
Original assignee: Asia Vital Components Co Ltd
Current assignee: Asia Vital Components Co Ltd
Priority date: 2011-04-01
Filing date: 2011-04-01
Publication date: 2011-09-28
Anticipated expiration: 2021-04-01

Abstract

A radiating module is characterized by comprising a fixing piece and at least one heat conducting component, wherein the fixing piece comprises a first clamping arm and a second clamping arm corresponding to each other; the heat conducting component is arranged between the first clamping arm and the second clamping arm and is clamped by the first clamping arm and the second clamping arm; in addition, the outline and the structure of the fixing piece are formed through stamping, and the fixing piece and the heat conducting component are combined so as to form a whole body at the same time, so that the manufacturing cost can be lowered greatly, and the heat radiating efficiency can be improved further.

Description

The heat radiation module

Technical field

A kind of heat radiation module refers to a kind of heat radiation module that reduces production costs especially.

Background technology

Existing heat radiation module mainly wears heat pipe by the cooling base collocation and is formed, often fix between described cooling base and described heat pipe in the mode of welding, so that both firm combinations, if (as heat pipe is copper material but when the different metal of both different attributes, radiating fin is an aluminium material) because of can't using general welding manner, aluminium material itself combines with other material, so need use this kind of special welding manner (as argon welding) welding only can be applicable to that aluminium material and aluminium material weld when welding; Yet this kind welding manner really can not be applicable to the different material of copper material and weld, and impose the coating coating at aluminium matter radiating fin earlier so both desire to weld preceding the need, so that follow-up welding job is smooth; So very inconvenience.

Other is the person, also there is the dealer to offer hole or groove is installed with heating tube in cooling base, make both be able to combination, but this heat radiation module by cooling base contact thermal source after the heat of the described thermal source of absorption pass to heat pipe again, heat transfer efficiency then directly contacts the efficient of conduction heat with thermal source far below heat pipe, and the heat radiation module total quality of many pedestals is comparatively heaviness and cost height also, and is no matter be to install or transport all more not convenient and take up space, then inapplicable for the less occasion of heat radiation that needs in inner space.

The former known following shortcoming that has:

1. heat conduction efficiency is poor;

2. manufacturing cost is higher;

3. use occasion is limited.

Summary of the invention

But main purpose of the present utility model provides a kind of heat radiation module of simple in structure and Rapid Combination.

For reaching above-mentioned purpose, the utility model proposes a kind of heat radiation module, it is characterized in that seeing, comprise: fixture, at least one heat-conductive assembly, described fixture has one first jig arm and one second jig arm, and described first and second jig arm is corresponding mutually; Described heat-conductive assembly is located between described first and second jig arm, and is subjected to described first and second jig arm clamping.

Heat radiation module overall structure of the present utility model is more known more simple light and can directly combine with heat pipe easily.

Moreover, can significantly reduce production costs by the utility model; So the utlity model has following advantage:

1. simple and light;

2. heat conduction efficiency is good;

3. saving manufacturing cost.

Description of drawings

Fig. 1 is the three-dimensional exploded view of first embodiment of the utility model heat radiation module;

Fig. 2 is the three-dimensional combination figure of first embodiment of the utility model heat radiation module;

Fig. 3 is the three-dimensional combination figure of second embodiment of the utility model heat radiation module.

[primary clustering symbol description]

Heat radiation module 1

Fixture 11

First jig arm 111

First open sides 1111

Second open sides 1112

The 3rd open sides 1113

First link 1114

Second jig arm 112

The 4th open sides 1121

The 5th open sides 1122

The 6th open sides 1123

Second link 1124

First angle 113

Second angle 114

First elongated end 115

First open-work 1151

Second elongated end 116

Second open-work 1161

The 3rd elongated end 117

The 3rd open-work 1171

The 4th elongated end 118

The 4th open-work 1181

Heat-conductive assembly 12

Heat-absorbent surface 121

Embodiment

Characteristic on above-mentioned purpose of the present utility model and structure thereof and the function will be illustrated according to appended graphic preferred embodiment.

See also Fig. 1,2, decompose and constitutional diagram for the solid of first embodiment of the utility model heat radiation module, as shown in the figure, heat radiation module 1 of the present utility model comprises: fixture 11, at least one heat-conductive assembly 12;

Described fixture 11 has one first jig arm 111 and one second jig arm 112, and described first and second jig arm 111,112 is corresponding mutually.

11 of described first jig arm 111 and described fixtures have one

first angle

113, and 11 of described second jig arm 112 and described fixtures also have one second angle 114.

Described first jig arm 111 has one first open sides 1111 and one second open sides 1112 and one the 3rd open sides 1113 and one first link 1114, and described first link 1114 is connected with described fixture 11; Described second jig arm 112 has one the 4th open sides 1121 and one the 5th open sides 1122 and one the 6th open sides 1123 and one second link 1124, and described second link 1124 is connected with described fixture 11.

Described heat-conductive assembly 12 has a heat-absorbent surface 121, described heat-conductive assembly 12 is located at 111,112 of described first and second jig arm, and be subjected to described first and second jig arm 111,112 clampings, the two can be combined into one, by design of the present utility model, but can make described heat-absorbent surface 121 direct contact heat sources, thereby significantly promote radiating efficiency, and save manufacturing cost.

Described heat-conductive assembly 12 is that heat pipe and temperature-uniforming plate and flat plate heat tube and tool heat conductive metal are wherein arbitrary, and present embodiment does not exceed but do not regard it as with heat pipe embodiment as an illustration.

See also Fig. 3, three-dimensional combination figure for second embodiment of the utility model heat radiation module, as shown in the figure, the present embodiment part-structure is identical with aforementioned first embodiment, so do not repeat them here, not existing together of present embodiment and aforementioned first embodiment has more one first elongated end 115 and one second elongated end 116 and one the 3rd elongated end 117 and one the 4th elongated end 118 for described fixture 11, described first, two, three, four elongated ends 115,116,117,118 extend institute's configuration by described fixture 11 to the direction of opposite described fixture 11 respectively, described first, two, three, four elongated ends 115,116,117,118 have one first open-work 1151 and one second open-work 1161 and one the 3rd open-work 1171 and one the 4th open-work 1181 respectively, use a corresponding locking part (not shown in the figures again; As screw piece) wear and be fixed on the machine plate (not shown).

Can simplify traditional known heat radiation module by heat radiation module 1 of the present utility model needs the feasible shortcoming to combine with thermal source of pedestal, can significantly reduce the volume and the weight of heat radiation module, and have better heat dissipation and the characteristic that reduces cost.

Claims

1. a heat radiation module is characterized in that, comprises:

A fixture has one first jig arm and one second jig arm, and described first and second jig arm is corresponding mutually;

At least one heat-conductive assembly is located between described first and second jig arm, and is subjected to described first and second jig arm clamping.

2. heat radiation module as claimed in claim 1 is characterized in that, described heat-conductive assembly is that heat pipe and temperature-uniforming plate and flat plate heat tube and heat-conducting metal are wherein arbitrary.

3. heat radiation module as claimed in claim 1 is characterized in that, described first jig arm has one first open sides and one second open sides and one the 3rd open sides and one first link, and described first link is connected with described fixture; Described second jig arm has one the 4th open sides and one the 5th open sides and one the 6th open sides and one second link, and described second link is connected with described fixture.

4. heat radiation module as claimed in claim 1, it is characterized in that, described fixture has more one first elongated end and one second elongated end and one the 3rd elongated end and one the 4th elongated end, described first, second, third and fourth elongated end extends institute's configuration by described fixture to the direction of opposite described fixture respectively, and described first, second, third and fourth elongated end has one first open-work and one second open-work and one the 3rd open-work and one the 4th open-work respectively.

5. heat radiation module as claimed in claim 1 is characterized in that, has one first angle between described first jig arm and described fixture, has one second angle between described second jig arm and described fixture.