CN202043412U

CN202043412U - Heat dissipation pad capable of adjusting wind directions

Info

Publication number: CN202043412U
Application number: CN2011201437154U
Authority: CN
Inventors: 林本田
Original assignee: Cooler Master Co Ltd
Current assignee: Cooler Master International Co Ltd
Priority date: 2011-05-09
Filing date: 2011-05-09
Publication date: 2011-11-16
Anticipated expiration: 2021-05-09

Abstract

The utility model relates to a heat dissipation pad capable of adjusting wind directions, which comprises a frame seat, a gas generator, a wind guide vane group and a linkage mechanism. The gas generator is arranged in the frame seat, the wind guide vane group is arranged above the gas generator and composed of a plurality of wind guide vanes, and each wind guide vane is respectively pivoted with the frame seat and arranged at intervals. The linkage mechanism is used for connecting each wind guide vane and enables each wind guide vane to be linkage with each other. The heat dissipation pad can adjust the wind directions according to heat dissipation requirements of various electronic products and achieves promotion of heat dissipation efficiency.

Description

The adjustable rectification campaign to cooling pad

Technical field

The relevant a kind of cooling pad of the utility model, refer to especially a kind of adjustable rectification campaign that is used to provide the electronic product heat radiation to cooling pad.

Background technology

Constantly develop and be applicable to modern's action demand along with science and technology, existing portable electronic product, with super removable computer (Ultra Mobile Personal Computer, UMPC) or in the action net arrangement (Mobile Internet Devices, MID) etc. be example, except that towards multiplex (MUX) development and have the powerful processing operational capability, also requirement must possess have compact, characteristic such as be easy to carry about with one.But for satisfying above-mentioned feature, what primarily consider is how to solve because function is more and more, when processing wafer operational capability is strong more, and incident high heat problem.

Relatively large in the past electronic product, with PC or the dynamical notebook computer of tool etc. is example, large-area fin of making and fan are taken away heat (active heat dissipation design) in electronic product, but this mode is under the trend of volume-diminished, significant discomfort is used for the small-sized portable electronic product of insufficient space, therefore along with the user uses the elongation of portable electronic product time, the heat energy that portable electronic product produced, can build up heat because can't effectively discharge, make the portable electronic product over-heat inside, and cause the wafer of portable electronic product inside, in when running because overheated and operate undesired, or the housing of portable electronic product, be out of shape because of overheated, or make the operator feel problem such as uncomfortable because of housing is too warm.

Though the industry design has various multi-form cooling pads, offering these electronic products dispels the heat, but various suitable of electronic product form in the streets with specification, and the heat position that each electronic product produced differs widely again, be to dispel the heat, remain to be overcome improvement really with the electronic product that those cooling pad major parts only can be supplied minority pattern or specification.

Summary of the invention

A purpose of the present utility model, be to provide a kind of adjustable rectification campaign to cooling pad, but it can adjust and the lifting of reaching heat dissipation according to the radiating requirements of various different electronic products by each guide vane deflection swing.

In order to reach above-mentioned purpose, the utility model provide a kind of adjustable rectification campaign to cooling pad, comprise a skeleton frame, a gas generator, a guide vane group and an interlinked mechanism, this gas generator is configured in this skeleton frame; This guide vane group position is above this gas generator, and this guide vane group is made up of many guide vanes, and respectively this guide vane is articulated in this skeleton frame respectively and is spaced; This interlinked mechanism connects these many guide vanes so that this many guide vanes interlock each other.

During enforcement, this skeleton frame comprises a front baffle, an afterframe and is connected two bogie side frames of this front baffle and this afterframe, this front baffle, this afterframe and respectively the inside of this bogie side frame enclose and be formed with a perforate, this gas generator is positioned at this position of opening.

During enforcement, slot before this front baffle is provided with one, this afterframe is provided with a back slot, this gas generator comprises a board, two sides at this board form a fromer rail and a rear rail respectively, this fromer rail, rear rail respectively to should before slot, back slot slip mobile, the right side as a left side and slip mobile.

During enforcement, this front baffle comprises a forefoot plate and the swash plate that extends of this forefoot plate one end certainly, and this preceding slot is enclosed by this forefoot plate and this swash plate to be constituted.

During enforcement, this afterframe comprises afterwards a sole and an arc of this back sole one end extension certainly, and this back slot is enclosed by this back sole and this arc to be constituted.

During enforcement, each this bogie side frame offers many pivots hole, and two ends of each this guide vane protrude out a pivot that is articulated in this pivot hole respectively.

During enforcement, the end of each this guide vane is extended with an inserted link, and this interlinked mechanism comprises side plate, and this side plate offers many jacks, and these many jacks plug connection for these many inserted links.

During enforcement, this interlinked mechanism more comprises a trigger piece, and an end of this trigger piece is connected this side plate other end and protrudes out and expose this bogie side frame outside.

During enforcement, these many guide vanes are parallel to this front baffle and set.

During enforcement, the adjustable rectification campaign described in the utility model to cooling pad, more comprise a guard, have a location notch at this front baffle, this afterframe and this two bogie side frame of this perforate periphery, this guard is to cover in this perforate and embedding to be fixed in this location notch.

During enforcement, this gas generator comprises a board and is fixed at least one fan of this board.

During enforcement, this gas generator more comprises a connector that is fixed on this board.

During enforcement, the adjustable rectification campaign described in the utility model to cooling pad, also comprise a guide vane group, parallel to each other the setting of each described guide vane group.

During enforcement, the adjustable rectification campaign described in the utility model to cooling pad, also comprise two guide vane groups.

The utility model also has following effect, and it utilizes each guide rail of board and each slot of skeleton frame to slip mutually, and the adjustable rectification campaign is fanned in any position of skeleton frame, and increases its field domain that uses various electronic product or category.

Description of drawings

Fig. 1 is the utility model cooling pad three-dimensional exploded view.

Fig. 2 is each conducting strip of the present utility model and interlinked mechanism three-dimensional exploded view.

Fig. 3 is each conducting strip of the present utility model and interlinked mechanism constitutional diagram.

Fig. 4 is that each conducting strip of the present utility model, interlinked mechanism are incorporated into skeleton frame user mode figure.

Fig. 5 is the utility model cooling pad combination appearance figure.

Fig. 6 is that the utility model cooling pad is applied to the electronic product combination schematic diagram.

Fig. 7 is another embodiment vertical view of the utility model cooling pad.

Fig. 8 is the another embodiment vertical view of the utility model cooling pad.

Description of reference numerals: 10-skeleton frame; The 11-front baffle; The 111-forefoot plate; The 112-swash plate; Slot before the 113-; The 12-afterframe; Sole behind the 121-; The 122-arc; Slot behind the 123-; The 13-bogie side frame; 131-pivot hole; The 14-perforate; The 15-location notch; The 20-gas generator; The 21-board; The 211-fromer rail; The 212-rear rail; The 22-fan; The 23-connector; 30,30 '-the guide vane group; The 31-guide vane; The 32-pivot; The 33-inserted link; The 34-septal pathways; The 40-interlinked mechanism; The 41-side plate; The 411-jack; 42,42 '-trigger piece; The 50-guard; The 8-electronic product;

Embodiment

Relevant detailed description of the present utility model and technology contents cooperate graphic being described as follows, yet appended graphic reference and the explanation usefulness of only providing not is to be used for the utility model is limited.

See also Fig. 1 to shown in Figure 5, the utility model provide a kind of adjustable rectification campaign to cooling pad, this cooling pad mainly comprises a skeleton frame 10, a gas generator 20, a guide vane group 30 and an interlinked mechanism 40.

Skeleton frame 10 mainly comprises a front baffle 11, an afterframe 12 and is connected two bogie side frames 13 of forward and

backward framework

11,12, and the interior location of former frame frame 11, afterframe 12 and each bogie side frame 13 encloses and is formed with a perforate 14, in the front baffle 11 of these perforate 14 peripheries, has a location notch 15 on afterframe 12 and each bogie side frame 13.Front baffle 11 is by a L type forefoot plate 111 and extend a swash plate 112 upwards from forefoot plate 111 1 ends and constituted, and between forefoot plate 111 and swash plate 112, enclose constitute one before slot 113.In addition afterframe 12 is also by sole 121 behind the L type with extend an arc 122 upwards from back sole 121 1 ends and constituted, and encloses between back sole 121 and arc 122 and constitute a back slot 123.Offer many pivots hole 131 of mutual correspondence at each bogie side frame 13 medial surface again.

Gas generator 20 mainly comprises a board 21 and is fixed on two fans 22 of board 21, forward and backward side at board 21 forms a fromer rail 211 and a rear rail 212 respectively, before this, rear rail the 211, the 212nd, slip combination mutually with aforesaid forward and backward slot 113,123, and make gas generator 20 do left and right move with respect to skeleton frame 10.At a corner of board 21 corner multi-link device 23 is installed in addition, the connector of present embodiment is a USB socket.In addition, fan 22 is to be air intake fan or air ejector fan, and this fan 22 is that the position is in aforesaid perforate 14.

Guide vane group 30 is positioned at each fan 22 top of gas generator 20, guide vane group 30 is by how long rectangle guide vane 31 is formed, two end zone lines of each guide vane 31 have protruded out a pivot 32 respectively, on the guide vane 31 of pivot 32 belows, extend in addition an inserted link 33 is arranged, each pivot 32 is to do to articulate combination corresponding to aforesaid each pivot hole 131, make each guide vane 31 be formed in the aforesaid perforate 14 and be spaced, use between the in office two adjacent guide vanes 31 and be formed with a septal pathways 34; In addition, each guide vane 31 of present embodiment is parallel to aforementioned front baffle 11 respectively and sets.

The interlinked mechanism 40 of present embodiment mainly comprises two side plates 41 and is fixed on a trigger piece 42 of side plate 41 ends, on side plate 41, offer spaced many jacks 411, these many jacks 411 are to plug connection for aforementioned each inserted link 33 respectively, the other end of trigger piece 42 then protrudes out the outside that exposes bogie side frame 13, can utilize and pull trigger piece 42 and move forward and backward this moment, to control each guide vane 31 beat direction (as shown in Figure 4).In addition, the kenel that interlinked mechanism 40 also can be single side plate 41 or is made of many side plates 41, this moment, when pulling arbitrary guide vane 31 and make the either direction beat (scheming not shown) promptly can make remaining each guide vane 31 follow swing with this side plate 41.

In addition, cooling pad of the present utility model more comprises a guard 50, and this guard 50 is that perforate 14 positions and the embedding that cover at skeleton frame 10 are fixed in the location notch 15; This guard 50 is intersected to compile by multi-thread body and forms, and is beneficial to the circulation of the gas that each fan 22 blown out.

See also shown in Figure 6, cooling pad of the present utility model is to install heat radiation for an electronic product 8, during use electronic product 8 is seated in guard 50 tops, can adjust board 21 on the one hand and do left and right moving (as shown in Figure 2) with respect to skeleton frame 10, each fan 22 is adjusted according to the louvre position of various electronic products 8, this moment, board 21 was to do guiding with its forward and backward guide rail 211,212 in the forward and backward slot 113,123 of forward and backward

framework

11,12 to move, and it is mobile to be beneficial to controlling of user; Also can do forward and backward moving simultaneously with pulling trigger piece 42, control the beat direction of each guide vane 31, this moment, each guide vane 31 was to be pivot with its pivot 32, make guide vane group 30 make the beat of equidirectional or equal angular, so can make each fan 22 blow out or with from gas, can the quick and a large amount of dissipation of heat that electronic product 8 is produced be gone out with shortest path or the strongest air quantity.

See also shown in Figure 7, guide vane group 30 of the present utility model and fan 22 are except the laying mode that can be the foregoing description, also can in skeleton frame 10, change and be provided with two perforates 14 as present embodiment, again the more aforementioned guide vane group of length 30 is another short guide vane group 30 ' be articulated on the skeleton frame 10, these two guide vanes group, 30 ' each other parallel setting, it is mobile to utilize the position to adjust before and after each trigger piece 42 ' works of skeleton frame 10 left and right dual side-edges simultaneously, then can be to left and right each guide vane group 30 ' carry out adjustment of two kinds of different directions.

See also shown in Figure 8, present embodiment is to be provided with three perforates 14 in skeleton frame 10, each guide vane group 30,30 ' respectively with unequal length is articulated on the skeleton frame 10 again, it is mobile to utilize the position to adjust before and after three trigger pieces 42 ' works of skeleton frame 10 left and right dual side-edges, then can be to each guide vane group 30,30 ' carry out adjustment of three kinds of different directions.

In sum, the adjustable rectification campaign of the present utility model to cooling pad, really can reach the application target of expection, and solve known disappearance, because of having novelty and progressive, meet novel patent application important document fully again, file an application according to Patent Law, would like to ask detailed survey and grant accurate this case patent, to ensure creator's right.

Claims

The adjustable rectification campaign to cooling pad, it is characterized in that, comprising:

One skeleton frame;

One gas generator is configured in this skeleton frame;

One guide vane group is positioned at this gas generator top, and this guide vane group is made up of many guide vanes, and respectively this guide vane is articulated in this skeleton frame respectively and is spaced; And

One interlinked mechanism connects these many guide vanes so that these many guide vanes interlock each other.
2. the adjustable rectification campaign as claimed in claim 1 to cooling pad, it is characterized in that, this skeleton frame comprises a front baffle, an afterframe and is connected two bogie side frames of this front baffle and this afterframe, this front baffle, this afterframe and respectively the inside of this bogie side frame enclose and be formed with a perforate, this gas generator is positioned at this position of opening.
3. the adjustable rectification campaign as claimed in claim 2 to cooling pad, it is characterized in that, slot before this front baffle is provided with one, this afterframe is provided with a back slot, this gas generator comprises a board, two sides at this board form a fromer rail and a rear rail respectively, this fromer rail, rear rail respectively to should before slot, back slot slip mobile, the right side as a left side and slip mobile.
4. the adjustable rectification campaign as claimed in claim 3 to cooling pad, it is characterized in that this front baffle comprises a forefoot plate and the swash plate that extends of this forefoot plate one end certainly, this preceding slot is enclosed by this forefoot plate and this swash plate to be constituted.
5. the adjustable rectification campaign as claimed in claim 3 to cooling pad, it is characterized in that, this afterframe comprise a back sole and certainly should back sole one end one arc of extension, this back slot is enclosed by this back sole and this arc to be constituted.
6. the adjustable rectification campaign as claimed in claim 2 to cooling pad, it is characterized in that each this bogie side frame offers many pivots hole, two ends of each this guide vane protrude out a pivot that is articulated in this pivot hole respectively.
7. the adjustable rectification campaign as claimed in claim 6 to cooling pad, it is characterized in that the end of each this guide vane is extended with an inserted link, this interlinked mechanism comprises side plate, this side plate offers many jacks, these many jacks plug connection for these many inserted links.
8. the adjustable rectification campaign as claimed in claim 7 to cooling pad, it is characterized in that this interlinked mechanism more comprises a trigger piece, an end of this trigger piece is connected this side plate other end and protrudes out and expose this bogie side frame outside.
9. the adjustable rectification campaign as claimed in claim 2 to cooling pad, it is characterized in that these many guide vanes are parallel to this front baffle and set.
10. the adjustable rectification campaign as claimed in claim 2 to cooling pad, it is characterized in that, it more comprises a guard, has a location notch at this front baffle, this afterframe and this two bogie side frame of this perforate periphery, and this guard is to cover in this perforate and embedding to be fixed in this location notch.
11. the adjustable rectification campaign as claimed in claim 1 to cooling pad, it is characterized in that this gas generator comprises a board and is fixed at least one fan of this board.
12. the adjustable rectification campaign as claimed in claim 11 to cooling pad, it is characterized in that this gas generator more comprises a connector that is fixed on this board.
13. the adjustable rectification campaign as claimed in claim 1 to cooling pad, it is characterized in that, also comprise a guide vane group, parallel to each other the setting of each described guide vane group.
14. the adjustable rectification campaign as claimed in claim 1 to cooling pad, it is characterized in that, also comprise two guide vane groups.