Discharge door mechanism of stirring machine

Abstract

The invention discloses a discharging door device of a stirring machine with adjustable distance between a discharging door and a discharging board, which comprises a wallboard, a discharging door main shaft, and the discharging door arranged on the discharging door main shaft, wherein the discharging door main shaft is arranged in a seated bearing which is arranged on a bearing mounting board; a rocking arm is sleeved on the discharging door main shaft and is positioned on the outside of the seated bearing; an oil cylinder is hinged on the wallboard and is hinged with the rocking arm; the bearing mounting board is provided with a plurality of waist holes; the bearing mounting board is fixed on the wallboard by bolts through the waist holes; the underside of the bearing mounting board is provided with an adjusting bolt which passes through a permanent seat fixed on the wallboard to contact the bearing mounting board; and the adjusting bolt is connected with the permanent seat through screw threads. The discharging door device is applicable to a discharging device of the stirring machine.

Description

technical field [0001] The invention relates to a discharge door device of a mixer. Background technique [0002] At present, mixers are widely used. The discharge door device generally includes the discharge door main shaft, the discharge door set on the discharge door main shaft, the bearing with seat sleeve is set on the discharge door main shaft and set on the bearing mounting plate, the bearing installation The plate is fixed on the wallboard, and a rocker arm is set on the main shaft of the discharge door. The rocker arm is fixed on the main shaft of the discharge door through a taper pin. The rocker arm is located outside the bearing with seat, and the oil cylinder is hinged on the wall board. And hinged with the rocker arm. The rotation angle of the discharge door is adjusted by controlling the expansion and contraction of the oil cylinder. Since the distance between the discharge door and the discharge plate cannot be adjusted, the thickness of the discharge door d...

AI Technical Summary

Problems solved by technology

The rotation angle of the discharge door is adjusted by controlling the expansion and contraction of the oil cylinder. Since the distance between the discharge door and the discharge plate cannot be adjusted, the thickness of the discharge door decreases after long-term friction, and the discharge plate and the discharge door There will be a large gap between them, which will cause the material to leak out or get stuck between the discharge plate and the discharge door during the working process, which will accelerate the wear of the discharge door and even block the discharge door.

When a power failure occurs in the workplace, the discharge door cannot be opened manually, and the materials in the mixer cannot be cleaned up in time. If the materials are not cleaned for a long time, the materials will agglomerate and it will be more difficult to clean up.

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