CN201900420U

CN201900420U - Flexible clamping mechanism

Info

Publication number: CN201900420U
Application number: CN2010206104020U
Authority: CN
Inventors: 林巨广; 邱峰; 胡育松; 韩慧; 储大飞; 王庆华; 吴军
Original assignee: Anhui JEE Automation Equipment Co Ltd
Current assignee: Anhui JEE Automation Equipment Co Ltd
Priority date: 2010-11-17
Filing date: 2010-11-17
Publication date: 2011-07-20
Anticipated expiration: 2020-11-17

Abstract

The utility model discloses a flexible clamping mechanism which is characterized by being provided with a fixed bracket, a rotary main body and an upper rotator to respectively form a lower clamp and an upper clamp. The flexible clamping mechanism is simple in structure, convenient to maintain and low in cost, the flexible clamping mechanism is pushed to rotate to and fro in a certain range by using an air cylinder as power, and the clamping and the switching of two different-level white vehicle body plates can be achieved.

Description

Flexible Fixturing mechanism

Technical field

The utility model relates to clamping tool, and a kind of mechanism that is applied on the sealing wire, can back and forth rotates the clamping of realization different levels within the specific limits more specifically says so.

Background technology

At present, on the weld car line, the level that servomotor commonly used, synchronous motor, roller bearing leading screw, robot external shaft etc. clamp clamp mechanism as power changes, these mostly are the complete set of equipments of external import, cost height, maintenance cost height do not meet the requirement that each main engine plants' requirement reduces cost, increases operation rate.

In order to improve welding efficiency, realize that the line that is welded to the welding of many moneys body in white, needs to adopt multi-level clamp mechanism clamp different plates; Obviously, line that is welded only is used to weld be welded the respectively prior art of different money vehicles of a vehicle, many sealing wires and can not meets the demands; Simultaneously, adopt in the prior art to be rigidly connected, directly switching causes the damage of original paper easily mutually, and complex structure, cost height, safeguards inconvenient.

The utility model content

The utility model is for avoiding above-mentioned existing in prior technology weak point, a kind of simple in structure, easy to maintenance, Flexible Fixturing mechanism cheaply is provided, utilize cylinder for the back and forth rotation within the specific limits of power pulling Flexible Fixturing mechanism, realize that the clamping of the body in white plate of two kinds of different levels is switched.

The design feature of the utility model Flexible Fixturing mechanism is to be provided with:

One fixed support, it is the fixedly connected gripper shoe in top at " L " shape pedestal, described gripper shoe is to be lower floor's rotating fulcrum with the lower floor's axis hole on the raised position, fixedly installs lower floor's cylinder in a side of described lower floor rotating fulcrum, and opposite side fixedly installs the lower layer support piece; Connect a rotating lower floor connecting plate by the lower floor's rotating shaft that is arranged in lower floor's axis hole;

One rotating body, the bottom of described rotating body is supported by the lower floor connecting plate, and is lower floor's rotating fulcrum with lower floor's rotating shaft, and a side that is positioned at lower floor's rotating fulcrum on the described rotating body is a drive end, and opposite side is a bare terminal end; The cylinder rod of described drive end and lower floor's cylinder is hinged, and described bare terminal end is fixed with lower floor's chuck, with the folding formation lower floor anchor clamps of described lower floor chuck and lower layer support piece; On the top of described rotating body, be the upper strata rotating fulcrum with the upper strata axis hole on the raised position, fixedly install the upper strata cylinder in a side of described upper strata rotating fulcrum, opposite side fixedly installs the upper strata back-up block; Connect a rotating upper strata connecting plate by the upper strata rotating shaft that is arranged in the upper strata axis hole;

One upper strata rotary body, the bottom of described upper strata rotary body be by upper strata connecting plate fixed support, and be the upper strata rotating fulcrum with the upper strata rotating shaft, and a side of described upper strata rotating fulcrum is a drive end, and the other end is a bare terminal end; The cylinder rod of described drive end and upper strata cylinder is hinged, and described bare terminal end is fixed with the upper strata chuck, with the folding formation upper strata anchor clamps of described upper strata chuck and upper strata back-up block.

The design feature of the utility model Flexible Fixturing mechanism is that also described upper strata connecting plate has identical structure with the lower floor connecting plate, is the clamping plate that are made of header board and back plate.

Compared with the prior art, the utility model beneficial effect is embodied in:

1, the utility model only needs gases at high pressure, need not other power, and is environment friendly and pollution-free;

2, the utility model can guarantee result of use, can significantly reduce equipment cost again, reduce maintenance cost;

3, the utility model is simple, convenient.

Description of drawings

Fig. 1 is the utility model structural representation.

Fig. 2 is the utility model fixing rack structure schematic diagram.

Fig. 3 is the utility model rotating body structural representation.

Fig. 4 is the utility model connecting plate structural representation.

Fig. 5 is applied in working state schematic representation in the drop higher level plate for the utility model.

Fig. 6 is applied in working state schematic representation in the drop lower level plate for the utility model.

Number in the figure: 1 pedestal, 2 gripper shoes, 3 lower floor's axis holes, 4 lower floor's cylinders, 5 lower layer support pieces, the rotating shaft of 6 lower floors, 7 lower floor's connecting plates, 8 rotating bodies, 9 lower floor's chucks, 10 upper strata axis holes, 11 upper strata cylinders, 12 upper strata back-up blocks, 13 upper strata rotating shafts, 14 upper strata connecting plates, 15 upper strata rotary bodies, 16 upper strata chucks, 17 header boards, 18 back plates.

The specific embodiment

Referring to Fig. 1, Fig. 2, fixed support is in the fixedly connected gripper shoe 2 in the top of " L " shape pedestal 1, gripper shoe 2 is to be lower floor's rotating fulcrum with the lower floor's axis hole on the raised position 3, fixedly installs lower floor's cylinder 4 in a side of lower floor's rotating fulcrum, and opposite side fixedly installs lower layer support piece 5; Connect a rotating lower floor connecting plate 7 by the lower floor's rotating shaft 6 that is arranged in lower floor's axis hole 3;

Referring to Fig. 1, Fig. 3, the bottom of rotating body 8 is supported by lower floor's connecting plate 7, and is lower floor's rotating fulcrum with lower floor's rotating shaft 6; On rotating body 8, a side that is positioned at lower floor's rotating fulcrum is a drive end, and opposite side is a bare terminal end; The cylinder rod of drive end and lower floor's cylinder 4 is hinged, and bare terminal end is fixed with lower floor's chuck 9, with the folding formation lower floor anchor clamps of lower floor's chuck 9 with lower layer support piece 5; On the top of rotating body 8, be the upper strata rotating fulcrum with the upper strata axis hole on the raised position 10, fixedly install upper strata cylinder 11 in a side of upper strata rotating fulcrum, opposite side fixedly installs upper strata back-up block 12; Connect a rotating upper strata connecting plate 14 by the upper strata rotating shaft 13 that is arranged in upper strata axis hole 10;

As Fig. 1, shown in Figure 3, the bottom of upper strata rotary body 15 is by upper strata connecting plate 14 fixed supports, and is the upper strata rotating fulcrum with upper strata rotating shaft 13, and a side of upper strata rotating fulcrum is a drive end, and the other end is a bare terminal end; The cylinder rod of drive end and upper strata cylinder 11 is hinged, and bare terminal end is fixed with upper strata chuck 16, with the folding formation upper strata anchor clamps of upper strata chuck 16 with upper strata back-up block 12.

In concrete the enforcement, as shown in Figure 4, upper strata connecting plate 14 has identical structure with lower floor connecting plate 7, is the clamping plate that are made of header board 17 and back plate 18.

Figure 5 shows that the clamping duty that is applied in drop higher level plate, constitute upper strata anchor clamps by upper strata chuck 16 and upper strata back-up block 12 this moment, realizes the clamping of drop higher level plate;

Figure 6 shows that the clamping duty that is applied in drop lower level plate, constitute lower floor anchor clamps by lower floor's chuck 9 and lower layer support piece 5 this moment, realizes the clamping of drop lower level plate.

Claims

1. Flexible Fixturing mechanism is characterized in that being provided with:

One fixed support, be in the fixedly connected gripper shoe in the top of " L " shape pedestal (1) (2), described gripper shoe (2) is to be lower floor's rotating fulcrum with the lower floor's axis hole (3) on the raised position, side at described lower floor rotating fulcrum fixedly installs lower floor's cylinder (4), and opposite side fixedly installs lower layer support piece (5); Connect a rotating lower floor connecting plate (7) by the lower floor's rotating shaft (6) that is arranged in lower floor's axis hole (3);

One rotating body (8), the bottom of described rotating body (8) is supported by lower floor's connecting plate (7), and is lower floor's rotating fulcrum with lower floor's rotating shaft (6), and a side that is positioned at lower floor's rotating fulcrum on the described rotating body (8) is a drive end, and opposite side is a bare terminal end; The cylinder rod of described drive end and lower floor's cylinder (4) is hinged, and described bare terminal end is fixed with lower floor's chuck (9), with the folding formation lower floor anchor clamps of described lower floor chuck (9) with lower layer support piece (5); Top in described rotating body (8) is the upper strata rotating fulcrum with the upper strata axis hole (10) on the raised position, fixedly installs upper strata cylinder (11) in a side of described upper strata rotating fulcrum, and opposite side fixedly installs upper strata back-up block (12); Connect a rotating upper strata connecting plate (14) by the upper strata rotating shaft (13) that is arranged in upper strata axis hole (10);

One upper strata rotary body (15), the bottom of described upper strata rotary body (15) be by upper strata connecting plate (14) fixed support, and be the upper strata rotating fulcrum with upper strata rotating shaft (13), and a side of described upper strata rotating fulcrum is a drive end, and the other end is a bare terminal end; The cylinder rod of described drive end and upper strata cylinder (11) is hinged, and described bare terminal end is fixed with upper strata chuck (16), with the folding formation upper strata anchor clamps of described upper strata chuck (16) with upper strata back-up block (12).

2. Flexible Fixturing according to claim 1 mechanism is characterized in that described upper strata connecting plate (14) has identical structure with lower floor's connecting plate (7), is the clamping plate that are made of header board (17) and back plate (18).