Full-automatic grinding wheel demoulding machine

Abstract

The invention discloses a full-automatic grinding wheel demoulding machine and belongs to the technical filed of demoulding devices. The technical scheme of the full-automatic grinding wheel demoulding machine comprises that the full-automatic grinding wheel demoulding machine comprises a rack. A demoulding host machine is arranged on the rack. A mould output mechanism and a lifting mould material transfer mechanism are arranged on the lateral sides of the demoulding host machine. A feeding mechanism and a grinding wheel output mechanism are arranged on the lateral sides of the lifting mould material transfer mechanism. A double-layer push rod mechanism is arranged above the feeding mechanism. When the double-layer push rod mechanism pushes out, grinding wheels which are not demoulded can be conveyed to the center of the demoulding host machine or the moulds after demoulding can be conveyed to the mould output mechanism. When the double-layer push rod mechanism retracts backwards, grinding wheels after being demoulded can be drawn onto the mould material transfer mechanism and conveyed to the grinding wheel output mechanism to be output through the mould material transfer mechanism. The full-automatic grinding wheel demoulding machine is compact in structure, convenient to use and good in effect and can be used for grinding wheel demoulding in a heavy loading grinding wheel automatic production line.

Description

technical field [0001] The present invention relates to a demoulding machine, more specifically, relates to a fully automatic grinding wheel demoulding machine. Background technique [0002] The traditional grinding wheel demoulding machine uses an ordinary hydraulic press with simple functions to separate the mold from the grinding wheel. All the demoulding processes are single-action and lack continuity, resulting in long production cycles, cumbersome production processes, and low work efficiency. At the same time, the automation degree of the traditional grinding wheel demoulding machine is not high, requiring more human resources, and due to the complicated process, not only the labor intensity is high, but also there are safety hazards in operation. Moreover, the existing grinding wheel demoulding machine has relatively backward equipment and technology, so the power consumption is relatively large, and the energy saving and environmental protection performance is relat...

AI Technical Summary

Problems solved by technology

[0002] The traditional grinding wheel demoulding machine uses an ordinary hydraulic press with simple functions to separate the mold from the grinding wheel. All the demoulding processes are single-action and lack continuity, resulting in long production cycles, cumbersome production processes, and low work efficiency.

At the same time, the automation degree of the traditional grinding wheel demoulding machine is not high, requiring more human resources, and due to the complicated process, not only the labor intensity is high, but also the operation has potential safety hazards

Moreover, the existing grinding wheel demoulding machine has relatively backward equipment and technology, so it consumes a lot of power and is relatively poor in energy saving and environmental protection.

More importantly, due to the backward technology of the equipment and the operation relying on human intervention, the product quality is unstable and defective products are prone to occur, which further increases the product cost

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