A system that can control multiple mechanical powder molding presses for automatic feeding

Abstract

The invention discloses a system for automatic feeding of multiple mechanical powder molding presses, which includes a feeding unit, a feeding unit, a feeding unit and a maintenance unit. The entire automatic feeding system is in a rectangular layout, and the program cabinet is placed In the right front of the feeding system, multiple presses are placed horizontally in two rows, the middle position is equipped with a horizontal feeding track, the box-type lifting mechanism is placed on the horizontal feeding track, and the clamping swing arm mechanism is fixed on the box-type On the lifting mechanism, the maintenance ladder is arranged between the presses. The technical effects of the present invention are as follows: fast material retrieving is realized through the stacker, the program control cabinet and remote control commands are developed to control the instant feeding of multiple mechanical powder molding presses, and the interlocking of the swing arm elevator and the horizontal walking mechanism is designed. Safe and automatic feeding, the normally closed leakage port valve mechanism makes the feeding unit nearly zero dust operation, in addition, the operating system optimizes the equipment layout of the pressing workshop and optimizes the material transfer route, making it more rigorous and beautiful.

Description

technical field [0001] The invention relates to the field of powder metallurgy automation equipment and workshop equipment layout, in particular to a system capable of controlling automatic feeding of multiple mechanical powder forming presses. Background technique [0002] At present, in the powder metallurgy industry, the feeding unit of the unit press in the pressing workshop mostly relies on manual handling of raw materials, climbing a workbench several meters high, and shoveling the material manually. When the amount of raw materials used is too large, the electric hoist may be used to reduce manual load-bearing operations, but it requires employees to operate rigorously, which not only prolongs the working time and reduces the shift production capacity, but also poses a large number of safety hazards: if the material barrel falls in mid-air and damages the equipment , and threaten the personal safety of the personnel in the workshop, so it is rarely used. In addition,...

AI Technical Summary

Problems solved by technology

When the amount of raw materials used is too large, the electric hoist may be used to reduce manual load-bearing operations, but it requires employees to operate rigorously, which not only prolongs the working time and reduces the shift production capacity, but also poses a large number of safety hazards: if the material barrel falls in mid-air and damages the equipment , and threaten the personal safety of personnel in the workshop, so it is rarely used

In addition, both of the above two feeding methods have serious environmental pollution problems. Not only will a large amount of dust be generated during unloading, which will endanger the health of close-range operators; The amount of cleaning work also affects the quality of the pressed product (mixing), and also causes a certain amount of waste

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