Boxing machine filling transmission mechanism

Abstract

The invention relates to a component structure of automatic packing equipment, in particular to a boxing machine filling transmission mechanism used for conveying products into packing boxes on a packing production line. The boxing machine filling transmission mechanism comprises a filling executing mechanism, a driving gear and a transmission plate, wherein the filling executing mechanism can move to and fro along a linear guide rail, the driving gear is driven to rotate by a motive power device, the transmission plate rotates around a rotating shaft of the driving gear, a first planetary gear engaged with the driving gear and a second planetary gear engaged with the first planetary gear are arranged on the transmission plate, the second planetary gear is fixedly connected with a crank, and a connecting rod is hinged between the crank and the filling executing mechanism. The boxing machine filling transmission mechanism has the advantages that through the transmission of the two-stage gears, the crank and the connecting rod, the speed of each stroke section of the linear moving of the filling executing mechanism is reasonably allocated, and the effects of ensuring the stability and the reliability of the filling action and realizing a shorter time period of the whole action circulation to improve the work efficiency of equipment are reached.

Description

technical field [0001] The invention relates to a component structure of automatic packaging equipment, in particular to a filling transmission mechanism of a cartoning machine used to send products into packaging boxes on a packaging line. Background technique [0002] The automatic cartoning machine is an automatic packaging equipment that fills and caps the boxed products on the automatic packaging line. The function of the filling transmission mechanism is to transmit the driving force output by the power device to the filling execution part. The traditional filling transmission mechanism usually drives the reciprocating movement of the filling actuator through the crank-slider mechanism to complete each push filling and return action after pushing and filling. If the filling transmission mechanism of this structure is designed to improve work efficiency, it is possible to shorten the time of each action cycle by increasing the rotation speed of the drive shaft, so as to...

AI Technical Summary

Problems solved by technology

If the filling transmission mechanism of this structure is designed to improve work efficiency, it is possible to shorten the time of each action cycle by increasing the rotation speed of the drive shaft, so as to increase the speed of the reciprocating movement of the execution part in one action cycle, but when the execution part At the moment of contacting the pushed material and pushing the material into the packaging box, if the speed of the actuator is too fast, the material and the packaging box will be subject to a large impact and lose control, thus affecting the stability and reliability of the mechanism operation

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