Heavy-load crossed guide rail shear type slide block

Abstract

The invention provides a heavy-load crossed guide rail shear type slide block. The heavy-load crossed guide rail shear type slide block comprises a slide block as well as a longitudinal rail and a cross rail which are arranged in a crossed mode, wherein the slide block comprises two shear type components, a bottom side slide block main body, a surface slide block main body, a surface slide block main body, an elastic component and a guide wheel; the shear type components are in crossed hinged connection mutually by taking the center as a crossed point; the end parts of the two shear type components are in pivotal connection to guide wheels which are bulged towards the bottom side of the slide block; the elastic component is mounted between the shear type components; the surface slide blockmain body is fixedly connected to the bottom side slide block main body mutually; the shear type components are accommodated in a cavity; each of the longitudinal rail and the cross rail is separately provided with two longitudinal rails and transverse rails which are parallel to each other; the bottom side of the slide block faces towards the longitudinal rail and the cross rail; the four guidewheels which are separately arranged on four positions are separately embedded into the longitudinal rails or the transverse rails; and at a crossed joint of the longitudinal rail and the transverse rail, the longitudinal rails and the transverse rails are mutually crossed. Multiple guide rails are crossed, and the slide block can freely switch on tracks of the multiple rails.

Description

Technical field [0001] The invention relates to the field of track transmission, in particular to a heavy-duty cross guide rail scissor slider. Background technique [0002] The guide rail slider is a commonly used transmission component in the mechanical field, and the components that need to be transmitted can be fixedly connected with the slider to slide freely along the track of the guide rail. [0003] The guide rail slider in the prior art is generally in the form of a single guide rail, and the guide rails cannot be arranged intersectingly. If it is necessary to intersect multiple rails to form a mobile network hub, the slider cannot switch freely between the multiple rails, which cannot meet the requirements of complex motion trajectories. Even if multiple guide rails intersect, the coordination between the guide rail and the sliding block should not be too complicated, the load that can be borne is small, and it is difficult to ensure smooth switching of routes at the int...

AI Technical Summary

Problems solved by technology

[0003] The guide rail slider in the prior art is generally in the form of a single guide rail, and the guide rails cannot be arranged intersecting

If it is necessary to intersect multiple guide rails to form a mobile network hub, the slider cannot freely switch between multiple guide rails and cannot meet the requirements of complex motion trajectories.

Even if multiple guide rails intersect, the cooperation between the guide rail and the slider should not be too complicated, the load that can be borne is small, and it is difficult to ensure smooth switching of routes at the intersection of guide rails

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