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A driving device for a heavy-duty slide conveyor
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A technology of driving device and conveyor, which is applied in the direction of conveyor, transportation and packaging, etc., and can solve problems such as inability to balance driving and guiding, parking, and the weight of the skateboard itself
Active Publication Date: 2019-01-08
JIANGSU TONGHE INTELLIGENT EQUIP CO LTD +1
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Abstract
Description
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Problems solved by technology
[0009] 2) Driving and guiding cannot be balanced
[0010] When the drive is slipping, the interval guide will cause problems. In severe cases, the rear skateboard may overlap the front skateboard and cannot be pushed forward, resulting in parking
When the pressing force of the drive wheel is too large, the skateboard will warp and lift up. In order to avoid the deformation of the skateboard when it is pressed, a thick steel plate has to be used, which makes the skateboard itself very heavy.
Method used
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Embodiment 1
[0048] As shown in the figure, a driving device for a heavy-duty slide conveyor includes a V-shaped guide rail 10 and a slide plate 20. The V-shaped guide rail 10 includes a horizontal support part 11 and a V-shaped guide rail with the angle α between the horizontal support part 11 and the horizontal support part 11. The side walls 12 are provided with a connecting portion 13 between the two V-shaped side walls 12 . The horizontal supporting part 11 is horizontally fixed on the foundation, and the connecting part 13 is at a certain distance from the surface of the foundation.
[0049] A plurality of guide rollers 50 are arranged at intervals on the V-shaped side wall 12 , and the guide rollers 50 adopt the supporting guide structure 40 . The guide roller roll surfaces of the two V-shaped side walls form a V-shaped support surface 15;
[0050] The supporting guide structure 40 includes a roller seat 41, the roller seat 41 is provided with a shaft fixing groove 42, the square e...
Embodiment 2
[0063] Due to the deformation caused by the L-shaped plate, the structure here has been improved. As shown in the figure, the midpoint of the bottom positioning protrusion 66 is a plane perpendicular to the mounting plate, which is the vertical pressing plane π of the driving conveyor roller 64. 1 , the axis of the sliding sleeve 37 is located on the vertical pressing plane π 1 2, that is, the force of the convex arc portion 72.2 of the telescopic actuator 70 directly acts on the driving conveying roller 64 through the slide plug. In this way, the lack of pressing force due to the deformation of the L-shaped mounting plate 32 will not cause slippage.
[0064] Other structures are the same as in Embodiment 1.
Embodiment 3
[0066] The telescopic actuator 90 is improved, and the telescopic actuator 90 includes a bar magnet 91 and an electromagnetic coil 92, the bar magnet 91 is installed in the electromagnetic coil 92, and the bar magnet 91 is fixedly connected to slide by a spiral sleeve 93. An insulator 94 is provided between the plug 31 , the bar magnet 91 and the slide plug 31 .
[0067] Other structures are the same as in Embodiment 1.
[0068] The driving device of the heavy-duty skateboard conveyor uses a plurality of guide rollers fixed at intervals on the V-shaped guide rail to form a V-shaped guide cone groove, which guides the skateboard with high precision, and at the same time drives the pressing direction downward along the guide bevel without affecting V-shaped guide tapered groove guide, drive and guide do not affect each other, slide support and drive direction are perpendicular to each other, not easy to slip, high guide precision, slide slide 100m in a straight line, slide later...
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Abstract
Provided is a heavy-load slide plate conveyor driving device. The skateboard slide plate comprises a top support plane portion and a guide drive portion integrally symmetrically disposed below the topsupport plane portion; the guide drive portion comprises a guide inclined wall and a driving inclined wall, an included angle between the guide inclined wall and the horizontal plane is a guide bevelangle, and the driving inclined wall is arranged perpendicular to the guide inclined wall; a V-shaped guide rail includes two inclined V-shaped side walls, included angles between the V-shaped sidewalls and the horizontal plane are guiding bevel angles, multiple guide rollers are arranged at intervals on the V-shaped sidewalls, and the roller surfaces of the guide rollers of the two V-shaped sidewalls form a V-shaped support surface; and the slide plate further includes at least two sets of drive roller structures symmetrically arranged at two sides of the guide drive portion, and the drive roller structures move between the extended position and the retracted position in the direction of the guide bevel angles. According to the heavy-load slide plate conveyor driving device, the supportdirection of the slide plate is inclined upward and the pressing direction is inclined downward, so as to form an X-shape to offset each other, and the driving device is not prone to slipping and hashigh guiding accuracy.
Description
technical field [0001] The invention relates to the technical field of a slide conveyor system, in particular to a driving device for a heavy-duty slide conveyor. Background technique [0002] The car interior assembly skateboard conveyor line is mainly used for the ground transportation of the sprayed car body in the assembly workshop. The car body is placed on a 3m×6m large skateboard, and the operator assembles the car interior parts to the car body. The operator and the body move forward on the same slide, which greatly reduces the difficulty of operation. For the interior skateboard conveyor line, the main drive mechanism drives the skateboard along the conveying track by the friction generated by squeezing the skateboard. The total length of the interior skateboard conveying line is generally more than 150m, and it can carry more than 30 vehicles. However, using the friction conveying technology, it is only necessary to install 4 main drive motors (power 1.5kW) and 3 ...
Claims
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Application Information
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