Die bar push-out mechanism in capsule production system

Abstract

The invention discloses a mold bar push-out mechanism in a capsule production system, and belongs to the technical field of capsule production lines. The mechanism is installed on a push-out beam of a glue dipping machine and comprises a push-out motor, a transmission device, a driving push-out shaft, a driven push-out shaft, two push-out arms and overload protecting devices, wherein both the driving push-out shaft and the driven push-out shaft are installed on the push-out beam, one end of the driving push-out shaft and one end of the driven push-out shaft stretch out of the push-out beam, half teeth meshed to one anther are respectively installed at the end of the driving push-out shaft stretching out of the push-out beam and the end of the driven push-out shaft stretching out of the push-out beam, the two push-out arms are installed on the driving push-out shaft and the driven push-out shaft respectively, the overload protecting devices are installed on the end portion, where one push-out arm is installed, of the driving push-out shaft and the end portion, where the other push-out arm is installed, of the driven push-out shaft, and the other end of the driving push-out shaft stretches out of the push-out beam and is connected with the push-out motor through the transmission device. Through the mechanism, it can be guaranteed that the system is controlled to stop when faults happen. When the faults happen, steel balls roll out of overload disks so that the overload disks can drive the push-out arms to have displacement, real-time detection can be performed through a proximity switch, and therefore the mechanism is prevented from being damaged when the faults happen.

Description

technical field [0001] The invention belongs to the technical field of capsule production lines, in particular to a die strip pushing mechanism in a capsule production system. Background technique [0002] In the capsule production system, after the die bar is dipped by the glue dipping machine, it is driven by the glue dipping machine to rise to the slideway position of the upper carriage, and is pushed out to the upper carriage by the push-out mechanism for drying. In the existing push-out mechanism, the motor drives the gear set, and the gear set drives the crank disc, so that it drives the crank through the connecting rod, so that the drive shaft connected with the crank moves, the drive shaft drives the half-tooth set, and the half-tooth set interacts with each other. Complete the push action. Due to the need for multiple gears and other transmission components, the structure is complex, the installation and debugging are inconvenient, and the maintenance is inconvenie...

AI Technical Summary

Problems solved by technology

Due to the need for multiple gears and other transmission components, the structure is complex, installation and debugging are inconvenient, and maintenance is not easy. The noise is loud during operation, and it is easy to wear, which affects the service life.

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