An automatic heating, heat preservation and feeding device for a six-sided top press

Abstract

The invention relates to an automatic heating, insulating and feeding device of a six-surface diamond presser. The device comprises a PLC (Programmable Logic Controller), a heating mechanism and a supply mechanism mounted in a V-shaped channel, wherein the V-shaped channel is provided with an upper cover, a bottom plate, a cabin door and a cabin door motor; the cabin door is opened and closed through the cabin door motor; the heating mechanism is provided with a temperature sensor and two electric heating wires; the supply mechanism is provided with a transmission motor and two groups of synchronous chain transmissions which are symmetrically mounted on two sides of the bottom plate. According to the device, the temperature of a material block is detected through the temperature sensor, the electric heating wires are controlled by the controller to work in a heating mode, and the cabin door is opened to feed the material block to a feeding robot. After the material block is fed, the cabin door is closed, and the electric heating wires are switched into an insulating mode and wait for next feeding. The device integrates the functions of material block heating and material supply, the material is automatically heated and supplied, the time is saved, the energy is conserved, and the production security, the efficiency and the product quality are improved.

Description

technical field [0001] The invention relates to an automatic heating, heat preservation and feeding device for a six-sided top press, specifically a device used in the diamond production process to automatically complete the heating and heat preservation of cube diamond blocks, and automatically transport the diamond blocks to On the material receiving manipulator, it realizes the device for feeding the material feeding manipulator. Background technique [0002] According to the structural size of the diamond six-sided top press and the requirements of the diamond synthesis process, the diamond raw material block must be heated in advance before being sent to the six-sided top press for top pressing, and then the heated diamond raw material block is sent to the diamond press. machine. That is to say, in the traditional diamond production process, the raw material blocks are processed through two processes of heating and transfer, and the two processes are carried out separa...

AI Technical Summary

Problems solved by technology

That is to say, in the traditional diamond production process, the raw material blocks are processed through two processes of heating and transfer, and the two processes are carried out separately. This process requires workers to be responsible for heating and insulating the raw material blocks on special heating equipment. This process not only increases the labor cost, but also increases the contact time with media such as air due to the long distance of the heated raw material block during the transfer process, which will affect the temperature of the material, thereby affecting the synthetic quality of the diamond.

In terms of energy, there will be a large heat loss during the transmission process, which will increase the cost of diamond synthesis

Due to manual heating and transfer, it is time-consuming and labor-intensive, and the work efficiency is low, which cannot meet the needs of current production

At the same time, because the six-sided top press works under ultra-high pressure conditions, cracking hammer accidents often occur, which brings huge hidden dangers and psychological pressure to workers.

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