Transportation material rack

Abstract

The invention belongs to the technical field of part transportation, and provides a transportation material rack. The transportation material rack comprises a locating bottom frame, a protective interlayer, overturning paw mechanisms and a cam-like mechanism, wherein the protective interlayer, the overturning paw mechanisms and the cam-like mechanism are mounted on the locating bottom frame; the protective interlayer comprises a pressing mechanism and four connecting rods; the pressing mechanism is mounted on the four connecting rods through a rotating shaft; the cam-like mechanism is connected with the locating bottom frame and the four connecting rods; the four connecting rods are mounted on the locating bottom frame; the overturning paw mechanisms comprise overturning paw upright rods and overturning paws; the overturning paw upright rods are mounted on the locating bottom frame; and the overturning paws are parallelly arranged on the overturning paw upright rods through bearings. According to the transportation material rack, the material taking and placing process is full-automatic, a material is pressed through the pressing mechanism, damage problems like falling, bumping, scratching, extrusion and deformation of the material are avoided, placing is neat and beautiful, the transportation efficiency is improved, transportation safety can be guaranteed, the transportation material rack can be accurately and conveniently connected with an automatic device, and the implementation difficulty of auxiliary facilities of the automatic device is reduced.

Description

technical field [0001] The invention belongs to the technical field of parts transportation, in particular to a transportation material rack. Background technique [0002] Whether the design of the transport rack is reasonable will directly test the ease of taking out the parts. Moreover, in order to prevent the parts from being bumped, scratched, squeezed, deformed, etc. during transportation, the designers of the material rack will add some pressing mechanisms that require manual operation to fix the parts, but they often ignore the impact of the material rack when it is transported to the line. The docking of some automation equipment makes it inconvenient to manually place materials on the parts storage and transportation racks, and many steps are required to take materials from the automation equipment, which increases the difficulty of automation implementation. [0003] The existing transport material rack has the following defects: [0004] 1) Parts are easily dama...

AI Technical Summary

Problems solved by technology

[0004] 1) Parts are easily damaged during transportation: when the parts are placed in the transportation racks currently on the market, the parts are often close to the parts, or there is a spacer between the parts, and this simple isolation method, in the transportation of parts In the process, bumps, scratches, extrusions, deformations, etc. will inevitably occur;

[0005] 2) Waste of man-hours when picking up materials: Since there is a spacer between the parts, when picking up the material, after manually picking up a piece of glass, you need to pick up another piece of spacer

This will inevitably result in a waste of man-hours

[0006] 3) The positioning accuracy of the material rack is not enough: after many transport material racks are delivered to the factory, they will be directly transported to the line and sent to the production line, and the parts in the material rack will be taken out directly by automated equipment (such as a mechanical arm) beside the line

However, due to the simple structure of the bottom frame of the ordinary transport rack at this time, there is no fixed structure, so it cannot be directly connected with the automation equipment

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