CN201305268Y

CN201305268Y - Pressure bearing device of photoelectric panel transportation device

Info

Publication number: CN201305268Y
Application number: CNU2008201401381U
Authority: CN
Inventors: 高郁翔
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-10-14
Filing date: 2008-10-14
Publication date: 2009-09-09
Anticipated expiration: 2018-10-14

Abstract

The utility model relates to a pressure bearing device of a photoelectric panel transportation device; the pressure bearing device comprises a plurality of supports and a pressure bearing component; a plurality of supports are arranged on both sides of a vertical plate of the bearing seat of the transportation device, and can be of swing folding type; the pressure bearing component is bridge jointed on the supports by cross arms, pressed by a positioning component, consists of two separated cross arms and a connecting frame; the connecting frame and the cross arms are pressed by fixed elements; and therefore, the pressure bearing device is applicable to the pressure bearing of large photoelectric panel transportation devices.

Description

The pressure-bearing device of photoelectric panel conveying arrangement

Technical field

The utility model is meant a kind of pressure-bearing device of photoelectric panel conveying arrangement, refers to a kind of pressure-bearing device relevant for large photoelectric panel conveying arrangement especially.

Background technology

The conveying arrangement of existing a kind of photoelectric panel is meant that this conveying arrangement comprises that mainly the joint sealing b in a load bearing seat a and the outside is (as Fig. 1,2), this load bearing seat a is except that a pedestal 10, mainly constituted by a base plate 20 and a riser 30, base plate 20 is that front side height, rear side are low, the joint of 30 one-tenth vertical configurations of rear side and riser makes the composite entity of base plate 20 and riser 30 form the top that tilts to be built up in pedestal 10.In addition, base plate 20 articulates pair of side plates 201 in both sides.Treat that photoelectric panel 40 is placed on the base plate 20, one side of the most inboard photoelectric panel 40 leans in riser 30 medial surfaces (as Fig. 2), utilize respectively afterwards that pressing plate spare 50 presses, stopper ring 60 ring bundle photoelectric panels 40, utilize side plate 201 sides to pull again in addition in side, can utilize joint sealing b sealing afterwards, and can transport.

In addition, as shown in Figure 3, it is the conveying arrangement of another kind of photoelectric panel, it refers to that mainly this load bearing seat a is except that a pedestal 10, mainly constituted by a base plate 20 and a riser 30, base plate 20 is set up for level, and the joint of 30 one-tenth vertical configurations of rear side and riser makes the composite entity of base plate 20 and riser 30 uprightly be arranged on the top of pedestal 10.In addition, base plate 20 is provided with a pair of element 202 that presses in both sides.Treat that photoelectric panel 40 is placed on the base plate 20, the outside utilizes pressing plate spare 50 to press again, and wears the group locking by several adjusts bar 70 again between riser 30 and pressing plate spare 50, can utilize joint sealing b sealing afterwards, and can transport.

Yet, because photoelectric technology progresses greatly day by day, the size of photoelectric panel is more done bigger, and aforesaid load bearing seat a also must more be the great talent of healing and can also will increase so press the size of the pressing plate spare 50 of usefulness behind this loading photoelectric panel 40 in response to enforcement, but because of the number of times of this pressing plate spare 50 dismounting more, it is very big because of volume after disassembling, and takes up space all very inconvenience when depositing or disassembling the back transportation, the essentiality that therefore, the innovation of being improved is arranged in fact.

The utility model content

Therefore, because above-mentioned existing present situation, the utility model purpose is that the pressing plate spare with full slice system makes the design with the support body formula into, even is made as the structure of breakdown, to get rid of above-mentioned existing defective.

For addressing the above problem, the technical scheme that pressure-bearing device adopted of a kind of photoelectric panel conveying arrangement of the present utility model by: this pressure-bearing device is made up of several supports and a press assembly, these several be set up in the riser both sides of the load bearing seat of conveying arrangement, it can be the rotation formula and is articulated in the riser side, as be articulated in the back of the body bar that establish in addition riser side back by the rear end, and the riser side is provided with short slot, and support can be put to organizing short slot.And this press assembly includes two crossbearers and a link span at least, and two sides of each crossbearer are distinguished bridge joint in the support of both sides, and respectively utilize certain hyte part to be pressed, and link span is arranged between two crossbearers.And the support pendulum can make the crossbearer bridge joint after group is gone into short slot, and the side of this crossbearer is provided with a downward breach, utilizes this breach bridge joint on support.

Wherein, this press assembly can be formed by two crossbearers and a link span group structure of breakdown, and the junction of this link span and crossbearer respectively utilizes a retaining element to compress and forms.And this link span is respectively extending one to sheet with the junction of crossbearer, and support sheet to being affixed on crossbearer, and this retaining element supports bar by a pedestal, a linkage rod group, one and tommy bar pivot joint is formed, it is fixedly arranged on the crossbearer by pedestal, and the pedestal top is a linkage rod group, and linkage rod group articulates should support bar and tommy bar, and made by the action of linkage rod group during this tommy bar of switching and should support bar and press on sheet, if make this disassembled this link span when bar does not press on sheet.

Hold, this positioning component is socketed on the support, and presses the outer side edges in crossbearer.This positioning component includes a collar, a switch block and is wrenched element, the collar is sheathed on support, the collar outside has a threaded portion and a profile groove portion, switch block is bolted in the threaded portion in the collar outside, side joint is established this and is wrenched element outside the profile groove portion of the collar, and this is wrenched element and is pulled when pressing this profile groove portion and tightened and make the collar be positioned support, otherwise this positioning component can be shifted on support.This positioning component presses outer side edges in crossbearer by switch block again, and the breach outer side edges of crossbearer is a recess, and this switch block presses in this recess.

Be with, the useful technique effect of the pressure-bearing device of a kind of photoelectric panel conveying arrangement of the present utility model is, mainly be to utilize the press assembly of support body formula to replace the pressing plate spare that has whole formula now, if and two crossbearers of press assembly and a link span detachable, do not take up space after disassembling and be beneficial to the convenience of depositing, delivering to reach.

Description of drawings

Fig. 1 is the load bearing seat schematic perspective view of an existing photoelectric panel conveying arrangement.

Fig. 2 is the embodiment lateral plan of an existing photoelectric panel conveying arrangement.

Fig. 3 is that the solid of another existing photoelectric panel conveying arrangement is implemented illustration.

Fig. 4 is three-dimensional the decomposition and the embodiment scheme drawing of the present utility model.

Fig. 5 is three-dimensional combination embodiment of the present utility model and part enlarged drawing.

Fig. 6 is the schematic top plan view of support level rotation of the present utility model.

Fig. 7 is the schematic rear view of the upright rotation of support of the present utility model.

Fig. 8 is the schematic perspective view that groups of holders of the present utility model is gone into the short slot of riser.

Fig. 9, the 10th, the continuous level diagram of work of retaining element of the present utility model.

Figure 11 is the planar structure composition of positioning component of the present utility model and overlooks the enforcement scheme drawing.

Figure 12, the 13rd, the continuous level diagram of work of being wrenched element of positioning component of the present utility model.

Figure 14 to be the utility model utilize after loading photoelectric panel press assembly pressure-bearing overlook the enforcement scheme drawing.

The main element nomenclature:

A load bearing seat b joint sealing 10 pedestals 20 base plates 21 press element

201 side plates 202 press element 30 risers 40 photoelectric panels 50 pressing plate spares

60 stopper rings, 70 adjust bar A load bearing seat B pressure-bearing devices, 1 pedestal

2 base plates, 3 risers, 31 short slots, 32 back of the body bars, 4 supports

41 sleeves, 42 horizon bars, 5 press assemblies, 51 crossbearers, 511 breach

512 recesses, 52 link spans 521 support sheet 6 positioning components 61 collars

611 threaded portions, 612 profile groove portions, 62 switch blocks 63 are wrenched element 7 retaining elements

71 pedestals, 72 linkage rod group 73 are supported bar 74 tommy bars 8 photoelectric panels

9 bundle bars

The specific embodiment

As Fig. 4,5, the pressure-bearing device of photoelectric panel conveying arrangement of the present utility model, this photoelectric panel conveying arrangement is meant that the shipment that is applicable to the large photoelectric panel carries defeated, it mainly comprises a load bearing seat A and a pressure-bearing device B, and there is not the outside of the prior art joint sealing, wherein, this load bearing seat A has a pedestal 1, one base plate 2, one riser 3, pedestal 1 top is a base plate 2, shape (as Fig. 3, shown in 4) was hanged down in high back before it can be, or all can (not draw among the figure) for horizontal, and riser 3 is mutually the rear side that vertically is arranged at base plate 2 with base plate 2, and a pair of element 21 that presses is set in base plate 2 both sides again.

Hold, this pressure-bearing device B is made up of several supports 4 and a press assembly 5, wherein:

Support 4 be located at the both sides of riser 3, but its rotation formula is articulated in the side (for another Fig. 6,7) of riser 3, and wherein, riser 3 sides are provided with short slot 31, and support 4 can be put to group and goes into short slot 31.And support 4 is articulated in the back of the body bar 32 (as Fig. 6) that riser 3 side back are set up in addition by the rear end, this support 4 is an affixed sleeve 41 in the rear end, and sleeve 41 articulates a horizon bar 42, and horizon bar 42 articulates with back of the body bar 32 again, but make support 4 rotations to group go into short slot 31 (as Fig. 6,8), or backward upright folding and unfolding (as Fig. 7).

Press assembly 5, it includes two crossbearers 51 and a link span 52 (as Fig. 5) at least, the two sides difference bridge joint of each crossbearer 51 is in the support 4 of both sides, the side of crossbearer 51 is provided with a downward breach 511 (as Fig. 6), those crossbearers 51 utilize these breach 511 bridge joints on support 4, be made as a recess 512 in breach 511 outer side edges in addition, wherein, but must make support 4 pendulum after group is gone into short slot 31, just make crossbearer 51 bridge joints.And crossbearer 51 bridge joints are behind the support 4 of both sides, and each utilizes certain hyte part 6 to be pressed, and link span 52 is arranged between two crossbearers 51.

Hold, this press assembly 5 can form (as Fig. 5,6) by two

crossbearers

51 and 52 groups of structures of a link span of breakdown, and the junction of this link span 52 and crossbearer 51 respectively utilizes a retaining element 7 to compress to form.Wherein, this link span 52 supports sheet 521 in respectively extending one with the junction of crossbearer 51, and support sheet 521 to being affixed on crossbearer 51 (as Fig. 5), and retaining element 7 is by a pedestal 71, one linkage rod group 72, one supports bar 73 and a tommy bar 74 pivot joint compositions, it is fixedly arranged on the crossbearer 51 by pedestal 71, and pedestal 71 tops are linkage rod group 72, and linkage rod group 72 articulates should support bar 73 and tommy bar 74, and during this tommy bar 74 of switching, make this support bar 73 presses on sheet 521 (for another Fig. 9 by the action of linkage rod group 72,10), can reach the fixedly effect of crossbearer 51 and link span 52 this moment, on the contrary promptly disassembled.

In addition, this positioning component 6 is socketed on the support 4, and presses the outer side edges (as Figure 11) in crossbearer 51.Wherein, this positioning component 6 includes a collar 61, a switch block 62 and is wrenched element 63 (as Fig. 8,11), this collar 61 is sheathed on support 4, and its outside has a threaded portion 611 and a profile groove portion 612, and switch block 42 is bolted in the threaded portion 611 in the collar 61 outsides, and the profile groove portion 612 outer side joints of the collar 61 are established this and are wrenched element 63, and this is wrenched element 63 and is pulled when pressing, and this profile groove portion 612 is promptly tightened and makes the collar 61 be positioned support 4 (for another Figure 12,13).And this positioning component 6 is displaced to the outer side edges of crossbearer 51 when not being located on the support 4 earlier, and press in the outer side edges of crossbearer 51 by switch block 62, as press recess 512 in this crossbearer 51, this is wrenched element 63 (as Figure 11) to pull pressure afterwards again, profile groove portion 612 is tightened and make this positioning component 6 be positioned support 4, reach the effect that presses in crossbearer 51 outer side edges, otherwise, pull and separate this and be wrenched element 63 and can trip.When it is implemented such as Figure 14, treat press assembly 5 to be pressed in the outside after photoelectric panel 8 is placed, wherein, 51 of crossbearers are organized on support 4, and utilize the switch block 62 of positioning component 6 to press in crossbearer 51 outer side edges again, and this is wrenched element 63 and promptly finishes to pull pressure afterwards again.

Moreover, as shown in Figure 5, can be provided with bundle bar 9 on the link span 52, it connects the desiccant bag in order to bundle.

From the above, mainly utilize this press assembly 5 to replace the pressing plate spare of existing whole formula when implementing as can be known, and two crossbearers 51 and a link span 52 of press assembly 5 can be breakdown, more can reach and not take up space after disassembling and be beneficial to the convenience of depositing, delivering, in addition, this support 4 also can pivot and put, and the operation of its locking is also very convenient, therefore, operation can be said and provides a member that has practicality, comfort feature to form for the pressure-bearing of large photoelectric panel.

To sum up organize structure and implementation,, therefore, have industry applications really when knowing that the utility model gets rid of existing person's defective fully.Though the utility model discloses above content with preferred embodiment, but be not in order to limit the scope that the utility model is implemented, any those skilled in the art, in not breaking away from spirit and scope of the present utility model, when doing a little change and retouching, be that all equalizations of doing according to the utility model change and modification, should be the utility model claim and contain.

Claims

1, a kind of pressure-bearing device of photoelectric panel conveying arrangement, this pressure-bearing device includes several supports and a press assembly, those several be set up in the riser both sides of the load bearing seat of conveying arrangement, it is characterized in that: this press assembly includes two crossbearers and a link span at least, the two sides difference bridge joint of each crossbearer is in the support of riser both sides, and respectively utilize certain hyte part to be pressed, link span is arranged between two crossbearers.

2, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 1, it is characterized in that: the riser side of the load bearing seat of conveying arrangement is provided with short slot, described support is articulated in the riser side with the rotation formula, and can put to group and go into the short slot position, and after group is gone into short slot can with the crossbearer bridge joint.

3, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 2 is characterized in that: described support is articulated in the back of the body bar that establish in addition this riser side back by the rear end.

4, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 3 is characterized in that: this press assembly is formed by two crossbearers and a link span group structure of breakdown, and the junction of this link span and crossbearer respectively utilizes a retaining element to compress composition.

5, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 4, it is characterized in that: this link span supports sheet in respectively extending one with the junction of each crossbearer, should support sheet to being affixed on crossbearer, this retaining element supports bar and a tommy bar by a pedestal, linkage rod group, one and articulates and form, wherein this pedestal is fixedly arranged on the crossbearer, this pedestal top be a linkage rod group, and this linkage rod group articulates should support bar and tommy bar, and the action by linkage rod group makes this press on sheet to bar during this tommy bar of switching.

6, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 4 is characterized in that: the side of described crossbearer is provided with a downward breach, and described crossbearer utilizes this breach bridge joint on support.

7, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 6 is characterized in that: described positioning component is socketed on the support, and presses the outer side edges in crossbearer.

8, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 7, it is characterized in that: this positioning component includes a collar, switch block and one and is wrenched element, the collar is sheathed on support, the collar outside has a threaded portion and a profile groove portion, this switch block is bolted in the threaded portion in the collar outside, side joint is established this and is wrenched element outside the profile groove portion of this collar, and this is wrenched element and is pulled when pressing this profile groove portion and tightened and make the collar be positioned support.

9, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 8 is characterized in that: described positioning component is provided with the switch block that presses in described crossbearer outer side edges.

10, the pressure-bearing device of photoelectric panel conveying arrangement as claimed in claim 9 is characterized in that: the breach outer side edges of described crossbearer is provided with a recess, and described switch block presses in this recess.