A grinding wheel production material feeding press screen system

Abstract

The invention relates to a feeding and net pressing system for grinding wheel production. The feeding and net pressing system comprises a net pressing support, a lifting cylinder, a lifting boom and a lifting compression ring, wherein the net pressing support is supported by a grinding wheel forming machine; the lifting cylinder is supported by a cylinder supporting plate and connected to the net pressing support; the lifting boom is connected with the lifting cylinder and ascends and descends along with the lifting cylinder; the lifting compression ring is movably connected to the lifting boom in a hung mode, disengages from a movable boom and is connected with a core rod of a grinding wheel forming die in a clamped mode to rotate synchronously, or is connected with the lifting boom in a hung mode to ascend and descend synchronously with the lifting boom.

Description

technical field [0001] The invention relates to grinding wheel forming equipment, in particular to a grinding wheel production material feeding press screen system. Background technique [0002] Grinding wheel is a main grinding tool, which is made by mixing abrasives and binders, pressing, drying and roasting. In order to ensure that the grinding wheel has excellent heat resistance, high-speed cutting performance and high structural strength, a reinforced substrate mesh is usually built into the grinding wheel. In the traditional production process of the multi-station semi-automatic grinding wheel forming machine, the mesh is placed manually , Adding and leveling raw materials, the mesh is placed in the grinding wheel forming mold without pressing and positioning. When manually adding and leveling raw materials, the impact and leveling of raw materials may easily cause mesh damage, offset or uneven placement, resulting in damage to the mesh. The reduction of the overall s...

AI Technical Summary

Problems solved by technology

In order to ensure that the grinding wheel has excellent heat resistance, high-speed cutting performance and high structural strength, a reinforced substrate mesh is usually built into the grinding wheel. In the traditional production process of the multi-station semi-automatic grinding wheel forming machine, the mesh is placed manually , Adding and leveling raw materials, the mesh is placed in the grinding wheel forming mold without pressing and positioning. When manually adding and leveling raw materials, the impact and leveling of raw materials may easily cause mesh damage, offset or uneven placement, resulting in damage to the mesh. The reduction of the overall strengthening effect of the grinding wheel may even be counterproductive, and the forming quality of the grinding wheel cannot be guaranteed

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