Vehicle B column gripping device
A grasping device, B-pillar technology, applied in the directions of manipulators, chucks, manufacturing tools, etc., can solve the problem of not adapting to the needs of workpiece processing in various reclaiming methods, and achieve the effects of simple structure, low cost and convenient operation.
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Embodiment 1
[0021] Such as figure 1 , 2 , Shown in 3 and 4, a vehicle B-pillar grasping device includes a scissors deformation mechanism, the so-called scissors deformation mechanism, also known as the X-type scissors type telescopic fork frame telescopic mechanism, the principle is a deformation mechanism composed of parallel four bars. That is to say, the two rods are intersected, and after the middle part is connected by a hinge, the ends of the two rods 20 are hinged to the ends of the other two crossed rods. Changing the distance between the two hinges can change the distance between the used rods synchronously, so as to realize this frame. stretching. The end hinge 21 on one side of the scissors deformation mechanism is provided with a sleeve 22, and a suspender 23 is slidably fitted in the sleeve, and the middle hinge 24 of the scissors deformation mechanism is provided with a suspension rod perpendicular to the suspension rod. Rack 25, the upper end of the boom is provided with ...
Embodiment 2
[0024] Such as Figure 5 , 6 , shown in 7, the rotating shaft of the left rotary cylinder is provided with the first left gear 10, the first left gear meshes with the second left gear 11, the rotating shaft of the right rotary cylinder is provided with the first right gear, and the first right gear meshes with the second right gear Two gears; mesh with a rack 12 simultaneously between the second left gear and the second right gear, and the blade 13 corresponding to the material handle at the end of the left and right B pillars is provided below the rack. When the two rotating cylinders rotate relative to each other, not only the material handles 16 at the ends of the left B column 14 and the right B column 15 are rotated outward synchronously, but also the rack 17 is moved synchronously so that the blade 18 moves toward the B column, thereby moving the material The shank is cut off, because the material shank is an additional part produced during injection, and it needs to be...
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