Channel-dividing compact-pushing auto-arranging tool for rotary powder forming presses

Abstract

The invention discloses a channel-dividing compact-pushing auto-arranging tool for a rotary powder forming presses, which comprises a base, a discharge sliding rail connected with a rotary press is arranged above the base, the base is provided with a discharge platform on which a pressed compact slide, a channel-dividing structure by which the single-channel sliding of the pressed compact on the discharge sliding rail is changed into multi-channel slipping on the discharge platform is arranged between the discharge sliding rail and the discharge platform, a reversing structure by which the pressed compact is reversed to a vertical compact is arranged between the discharge sliding rail and the channel-dividing structure, and a reciprocating compact-pushing mechanism for pushing the pressed compact which is reversed and then drops on the discharge platform forwards is arranged behind the discharge platform. The channel-dividing compact-pushing auto-arrange tool disclosed by the invention is simple in structure and convenient to operate; and by using the tool, the operating efficiency is improved, the collision, extrusion probability and mechanical damage of the pressed compact is minimized, and the labor intensity of operators is reduced.

Description

technical field [0001] The invention relates to a molding tool for a soft magnetic ferrite blank, in particular to a rotary powder molding press which divides a single-channel push blank into multi-channel push blanks, automatically arranges and conveys a tool. Background technique [0002] The soft magnetic ferrite raw material powder is pressurized by a rotary press with a pressure of 1-2T / cm 2 Press-molded soft ferrite magnetic ring blanks. Through the rotation of the turntable, the gear bar, and under the action of centrifugal force, the thickness of the stripped compact will automatically slide down the discharge track to the plastic mesh frame to be collected, filled, screened out powder impurities, etc., and then poured out and stacked on the operating table. Workers use steel needles to pass through the densely stacked codes one by one and put them into the refractory sagger. The mechanical performance of the soft ferrite magnetic ring or magnetic core is brittle, ...

AI Technical Summary

Problems solved by technology

The mechanical properties of the soft ferrite magnetic ring or magnetic core are brittle, and under the action of strong external force, mechanical damage such as cracks and falling blocks will occur

Especially for soft ferrite magnetic rings or magnetic core blanks, the mechanical strength is even worse, and the stacking is messy. Salary and other costs are high

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