CN201141508Y

CN201141508Y - Support with thin connector transmission structure

Info

Publication number: CN201141508Y
Application number: CNU2007203067564U
Authority: CN
Inventors: 张鸿伟
Original assignee: Fulfil Tech Co Ltd
Current assignee: Syncmold Enterprise Corp
Priority date: 2007-12-21
Filing date: 2007-12-21
Publication date: 2008-10-29
Anticipated expiration: 2017-12-21

Abstract

The utility model relates to a supporting rack with a thin type connecting piece driving structure, which comprises a frame foundation body, at least one connecting rod, a loading plate, a thin type connecting piece and two gasket groups. The frame foundation body is provided with a base seat and at least one supporting frame extending upwards from the base seat, a fixed connecting sleeve is fixedly arranged at the rear end of the supporting frame, two supporting frames are hinged at one end of the connecting rod, the loading plate is connected at the other end of the connecting rod, the loading plate is provided with a pivotal sleeve, the thin type connecting piece is arranged at the side of the connecting rod, and thin type connecting piece is nested with the fixed connecting sleeve of the supporting frame and the pivotal sleeve of the loading plate; the thin type connecting piece is matched with the connecting rod to cause the frame foundation body to be connected with the loading plate, the operating quantity of the connecting rod and the peripheral components thereof can be reduced, the space can be effectively and greatly saved, and the volume occupied by the whole supporting rack and the periphery thereof can be reduced.

Description

Supporting frame with slim link drive mechanism

Technical field

The utility model relates to a kind of supporting frame with slim link drive mechanism, refers to a kind of object that supports especially, and is located the supporting frame in the appropriate location.

Background technique

But the member of the general general reference of supporting frame supports articles, it can bear the strength of Vertical direction, still, follows the high development of industrial technology, and supporting frame can arrange in pairs or groups connecting rod and the moving assembly of other associated are to derive location and other correlation function.

Existing supporting frame can connect carrier board and stand body by a plurality of linkage mechanisms, can set firmly a liquid crystal display and other electronic equipment on this carrier board, it can produce the specific flowing mode of doing of expection by the effect of linkage mechanism, as: in swing process, keep vertical synchronously with seasonal liquid crystal display, thereby be positioned the appropriate position, so that the visual effect of user's the best to be provided.

Yet, reach above-mentioned start and locating effect, the inevasible meeting of the design of linkage mechanism is quite complicated huge, it has the significant deficiency that takes up space, and causes the supporting frame overall volume to be tending towards huge heaviness, is stressing in the compact market of product, this defective can make it lose competitive ability on market, and the assembling between connecting rod and its perimeter component is complicated, also has the shortcoming that increases cost on foot.

Therefore, how to simplify linkage mechanism, be the key subjects of the required solution of supporting frame to overcome above-mentioned problem.

Summary of the invention

Main purpose of the present utility model is to overcome the deficiencies in the prior art and defective, proposes a kind of supporting frame with slim link drive mechanism, and it can reduce the usage quantity of connecting rod and perimeter component thereof, effectively significantly saves the space.

Another purpose of the present utility model is, proposes a kind of supporting frame with slim link drive mechanism, and it makes carrier board start to any position all can keep vertical synchronously.

Another purpose more of the present utility model is, proposes a kind of supporting frame with slim link drive mechanism, can simplify assembling process, improves production capacity and reduces cost.

For reaching above-mentioned purpose, the utility model provides a kind of supporting frame with slim link drive mechanism, comprising: a stand body, and it has a base and at least one by the upwardly extending support of this base, and this support end is installed with an affixed sleeve; At least one connecting rod, one end are articulated in this two support; One carrier board, it is connected in this connecting rod the other end, and this carrier board is provided with a pivot sleeve; And a slim link, it is arranged at this connecting rod side, and this slim link is provided with the affixed sleeve of this support and the pivot sleeve of this carrier board.

The utlity model has following useful technique effect:

1. come link press span seat body and carrier board by slim link collocation connecting rod, can reduce the usage quantity of connecting rod and perimeter component thereof, effectively significantly save the space, with reduce supporting frame whole and peripheral take volume.

2. draw this pivot sleeve by this slim link, can make this carrier board in the process of connecting rod swing, keep vertical synchronously, thereby the viewing angle of user's the best is provided.

3. the applied perimeter component negligible amounts of slim link when the collocation connecting rod uses, can effectively be simplified assembling process, improves production capacity and reduces cost.

For enabling further to understand feature of the present utility model and technology contents, see also following relevant detailed description of the present utility model and accompanying drawing, yet appended graphic only for reference and explanation usefulness is not to be used for the utility model is limited.

Description of drawings

Fig. 1 is the three-dimensional exploded view that the utlity model has the supporting frame of slim link drive mechanism;

Fig. 2 is the three-dimensional combination figure that the utlity model has the supporting frame of slim link drive mechanism;

Fig. 3 is the plan view that the utlity model has the supporting frame of slim link drive mechanism;

Fig. 4 is the side view that the utlity model has the supporting frame of slim link drive mechanism;

Fig. 5 is the illustrative view that the utlity model has the supporting frame of slim link drive mechanism;

Fig. 6 is another embodiment's the three-dimensional combination figure that the utlity model has the supporting frame of slim link drive mechanism.

Symbol description among the figure

1 stand body

10 bases

11 supports

111 first circular openings

112 first non-circular shafts

12 affixed sleeves

121 first non-circular holes

2 connecting rods

21 second circular openings

22 the 3rd circular openings

3 carrier boards

31 flaps

311 the 4th circular openings

312 breach

32 pivot sleeves

321 pivoted poles

3211 circular shaft

3,212 second non-circular shafts

4 slim links

41 fixed blocks

42 grinding tooths

5 washer sets

51 flange packing rings

511 flanges

512 second non-circular holes

Embodiment

See also Fig. 1 to shown in Figure 5, for the utlity model has the supporting frame of slim link drive mechanism, it comprises a stand body 1, at least one connecting rod 2, a carrier board 3, one slim link 4 and two washer sets 5.

See also Figure 1 and Figure 2, this stand body 1 has a base 10 and at least one by base 10 upwardly extending supports 11 (having two supports 11 in present embodiment), these two supports, 11 ends respectively have one and connect first circular opening 111 of both sides and first non-circular shaft 112 of a corresponding setting, be provided with an affixed sleeve 12 between these two supports, 11 ends, this affixed sleeve 12 has the first non-circular hole 121 of perforation both sides, this first circular opening 111 and these first non-circular hole 121 corresponding settings.

This connecting rod 2 comprises two in present embodiment, it is articulated in individually on this two support 11, these two connecting rods, 2 correspondences are arranged at affixed sleeve 12 both sides between this two support 11, these connecting rod 2 one ends have one second circular opening 21, the other end then has one the 3rd circular opening 22, this first non-circular hole 121, this first circular opening 111, these second circular opening, 21 corresponding settings, wear jointly with this first non-circular shaft 112 again, thus, utilize the cooperation of non-circular how much external forms, this affixed sleeve 12 can be fixedly arranged on this first non-circular shaft 112, and make this connecting rod 2 on this first non-circular shaft 112, swing.

What deserves to be mentioned is that the quantity of this support 11 and this connecting rod 2 can be decided according to the object weight of supporting frame institute desire carrying, in the hope of be issued to the effect of stable carrying in the most rational component count.

This carrier board 3 is connected in this connecting rod 2 the other ends, one end face of this carrier board 3 has two flaps 31, and relative other end can be provided with the object of institute such as liquid crystal display desire carrying, this two flap 31 respectively has the breach 312 of one the 4th

circular opening

311 and 311 settings of adjacent the 4th circular opening, this two connecting rod 2 is arranged at the relative inner of this two flap 31, this carrier board 3 is provided with a pivot sleeve 32, it is arranged at the relative inner place of two connecting rods 2 between this two flap 31, a pivoted pole 321 is respectively extended in these pivot sleeve 32 both sides, and it wears the 3rd circular opening 22, the 4th circular opening 311 and washer sets described later 5.

This two washer sets 5 is arranged at this two flaps, 31 sides (as shown in Figures 2 and 3) respectively, this washer sets 5 is formed by various multi-form packing rings, and effects such as generation packing and location, wherein more comprise a flange packing ring 51, this flange packing ring 51 has the flange 511 of a turnover and the second non-circular hole 512 of perforation both sides, this flange 511 is arranged in the breach 312 of this flap 31, and this carrier board 3 can have spacing effect by the configuration of this flange 511 and this breach 312 thus.

And, the circular shaft 3211 and one second non-circular shaft 3212 that further are divided into two different-diameters and external form on this pivoted pole 321, this circular shaft 3211 wears the 3rd circular opening 22 of this connecting rod 2, and this second non-circular shaft 3212 wears the 4th circular opening 311, second non-circular hole 512 and remaining packing ring of this flange packing ring 51, thus, this carrier board 3 and this connecting rod 2 can rotate on the circular shaft 3211 of the pivoted pole 321 of this sleeve 32 that pivots, arrange in pairs or groups the again cooperation of non-circular how much external forms of second non-circular shaft 3212 of this washer sets 5 and this pivot sleeve 32 can make this carrier board 3 and this connecting rod 2 produce the spacing effect of expection when rotating.

See also Fig. 1 and shown in Figure 5, this slim link 4 is a thin plate sheet, and it is with slim metal material moulding, and is provided with fixed block 41, this fixed block 41 can be bolt, and described fixed block 41 fixing these slim links 4 are on this affixed sleeve 12 and this pivot sleeve 32.When this two connecting rod 2 swings up and down and produces the variation of angle, this slim link 4 can produce an active force simultaneously, should pivot sleeve 32 to draw, thus make this carrier board 3 when connecting rod 2 swings, keep vertical synchronously, so that the viewing angle of user's the best to be provided.

What deserves to be mentioned is that the mode that is not limited to bolt with plate low profile connector 4 for it is fixed on this affixed sleeve 12 and this pivot sleeve 32, can also engage or other Placement such as hook for it.

See also shown in Figure 6ly, be another embodiment of the present utility model, this slim link 4 can be a belt, and it forms a plurality of grinding tooths 42, and the grinding tooth 42 of this belt is engaged in the grinding tooth on this affixed sleeve 12 and this pivot sleeve 32.Thus, can produce the effect identical with last embodiment.The utlity model has following beneficial effect:

1. come link press span seat body 1 and carrier board 3 by slim link 4 collocation connecting rods 2, can reduce the usage quantity of connecting rod 2 and perimeter component thereof, effectively significantly save the space, with reduce supporting frame whole and peripheral take volume.

2. by these slim link 4 these pivot sleeves 32 of traction, can make this carrier board 3 in the process of connecting rod 2 swings, keep vertical synchronously, thereby the viewing angle of user's the best is provided.

3. slim link 4 applied perimeter component negligible amounts when collocation connecting rod 2 uses, can effectively be simplified assembling process, improve production capacity and reduce cost.

The above only is preferred embodiment of the present utility model; non-meaning is limited to scope of patent protection of the present utility model; so use the equivalence variation for it of specification of the present utility model and accompanying drawing content institute such as, all in like manner be contained in the scope of claims of the present utility model.

Claims

1. the supporting frame with slim link drive mechanism is characterized in that, comprising:

One stand body, it has a base and at least one by the upwardly extending support of this base, and this support end is installed with an affixed sleeve;

At least one connecting rod, the one end is articulated in this support;

One carrier board, it is connected in this connecting rod the other end, and this carrier board is provided with a pivot sleeve; And

One slim link, it is arranged at this connecting rod side, and this slim link is provided with the affixed sleeve of this support and the pivot sleeve of this carrier board.

2. the supporting frame with slim link drive mechanism as claimed in claim 1 is characterized in that, this support has two, and this affixed sleeve is fixedly arranged between this two support.

3. the supporting frame with slim link drive mechanism as claimed in claim 2, it is characterized in that, this two support respectively has one first circular opening, and this affixed sleeve has one first non-circular hole, this first circular opening and the corresponding setting of this first non-circular hole.

4. the supporting frame with slim link drive mechanism as claimed in claim 3, it is characterized in that, this connecting rod comprises two, this two connecting rods correspondence is arranged at the affixed sleeve both sides between this two support, this connecting rod one end has one second circular opening, this two support is provided with one first non-circular shaft, and this first non-circular shaft wears this first non-circular hole, this first circular opening and this second circular opening.

5. the supporting frame with slim link drive mechanism as claimed in claim 4 is characterized in that this carrier board has two flaps, and this two connecting rod respectively is arranged at this two flaps side, and this pivot sleeve is arranged between this two flap.

6. the supporting frame with slim link drive mechanism as claimed in claim 5 is characterized in that, more comprises two washer sets, and this washer sets is arranged at this flap side.

7. the supporting frame with slim link drive mechanism as claimed in claim 6, it is characterized in that, a pivoted pole is respectively extended in these pivot sleeve both sides, the other end of this two connecting rod respectively has one the 3rd circular opening, this two flap respectively has the 4th circular opening, and this pivoted pole wears the 3rd circular opening, the 4th circular opening and this washer sets.

8. the supporting frame with slim link drive mechanism as claimed in claim 7 is characterized in that this flap has a breach, and this washer sets wherein comprises a flange packing ring, and this flange packing ring has the flange of a turnover, and this flange is arranged in this breach.

9. the supporting frame with slim link drive mechanism as claimed in claim 8, it is characterized in that, this pivoted pole has a circular shaft and one second non-circular shaft, this flange packing ring has one second non-circular hole, the circular shaft of this pivoted pole wears the 3rd circular opening of this connecting rod, and this second non-circular shaft wears the 4th circular opening of this flap and the second non-circular hole of this flange packing ring.

10. the supporting frame with slim link drive mechanism as claimed in claim 1 is characterized in that, this slim link is a thin plate sheet or a belt.