An aluminum casing shunt device

Abstract

The invention provides an aluminum shell distributing device. A feeding conveyer belt is arranged on the back side of a rotating disk and is tangent to the rotating disk. A first discharging conveyer belt is installed on the left side of the rotating disk and is tangent to the rotating disk. A rotating plate and a rotating plate air cylinder are installed between the feeding conveyer belt and the first discharging conveyer belt. A second discharging conveyer belt is installed on the front side of the rotating disk and is tangent to the rotating disk. An adjusting plate is installed on the left side of the rotating disk. During normal transition, aluminum shells are conveyed by the feeding conveyer belt and reach an inlet of the rotating disk, the aluminum shells reach a first discharging position along with conveyance of the rotating disk, and then the aluminum shells enter a following machining device. During distribution, the machining speed of the following machining device is low and accumulation is generated, a photoelectric detector I sends a signal to enable the rotating plate to be ejected, and the aluminum shells behind the rotating plate reach a second discharging position through turning of a swing arm to enter the following machining device. When the following machining device goes wrong, a photoelectric detector II sends a signal to enable a swing arm air cylinder to drive the swing arm to rotate, and redundant aluminum shells are accumulated at the rotating disk. The aluminum shell distributing device can have certain distributing and aluminum shell storing functions.

Description

technical field [0001] The invention relates to an auxiliary device of stamping equipment, in particular to an aluminum casing flow diversion device. Background technique [0002] At present, the transportation of aluminum shells between various processing stations (such as stamping to the coding place) needs to be realized through transfer, because the speeds of processing aluminum shells of each processing device are different, especially; when the later processing speed is lower than the front When the processing speed is high, a diverter device must be installed at the transfer. Otherwise, the aluminum casing will accumulate, and automatic assembly line operation cannot be realized. At present, the method adopted at the present stage is to manually shunt the excess aluminum shells or directly use a device to shunt them, but there is no automatic storage and automatic detection of the number of aluminum shells. Once the operator makes a mistake, the aluminum shells will ...

AI Technical Summary

Problems solved by technology

Otherwise, the aluminum shell will accumulate, and automatic assembly line operation cannot be realized

At present, the method adopted at this stage is to manually shunt the excess aluminum shells or directly use the device to shunt them, but there is no automatic storage and automatic detection of the number of aluminum shells. Once the operator makes a mistake, the aluminum shells will be scrapped.

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