Sectionalized bottle-blocking pressure-relieving device in container conveying mechanism

Abstract

The invention discloses a sectionalized bottle-blocking and pressure-relieving device in a container conveying mechanism. The sectionalized bottle-blocking and pressure-relieving device comprises a first bottle blocking mechanism, a second bottle blocking mechanism, and a third bottle blocking mechanism which are arranged on the machine frame, wherein the first bottle blocking mechanism is positioned at the bottle supplying end of a conveying channel in the container conveying mechanism; each bottle blocking door in the first bottle blocking mechanism can rotate so as to block solid bottles to pass or rotate, so that the solid bottles in the corresponding conveying channel can pass; the third bottle blocking mechanism is positioned at the bottle blocking end of the conveyingchannel in the container conveying mechanism, and a bottle blocking rack in the third bottle blocking mechanism can move back and forth at the bottle blocking end of the conveying channel; the second bottle blocking mechanism is positioned in the middle of the conveying channel in the container conveying mechanism; each pair of bottle blocking fingers in the second bottle blocking mechanism can stretch into the conveying channel from two sides of the bottom of the corresponding conveying channel and block the bottle in the corresponding conveying channel. The sectionalized bottle-blocking and pressure-relieving device disclosed by the invention has the advantages that the squeezing force between solid bottles can be completely released, so that the solid bottle can be prevented from being squeezed and deformed; therefore, the bottle grasping accuracy of a claw mechanism in a containerizing machine can be guaranteed.

Description

technical field [0001] The invention relates to the technical field of packaging, in particular to a packing conveying mechanism before packing. Background technique [0002] The solid bottles filled by the filling machine are transported to the packing conveying mechanism before packing to wait for grabbing and packing. The packing and conveying mechanism mainly includes: several conveying channels arranged on the frame, each conveying channel is formed by a conveying chain plate and guardrails arranged on both sides of the conveying chain plate, one end of the conveying channel is the upper bottle end, and the conveying channel’s The other end is the bottle-stopping end, and a bottle-stopping frame for blocking solid bottles is fixedly arranged on the frame of the bottle-stopping end. When packing, according to the needs of one-time packing, the corresponding number of solid bottles enters each conveying channel from the bottle end of the conveying channel in turn, and th...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned boxing process has the following technical problems: the solid bottles transported in place will squeeze each other, which will easily cause deformation of the solid bottles and affect the appearance of the solid bottles, especially those that are against the bottle stopper and close to the bottle stopper. The deformation of the solid bottles is more serious; the mutual extrusion between the solid bottles will also cause the spacing between the solid bottles to be different, making the gripper mechanism unable to grasp accurately, thus affecting the packing efficiency of the solid bottles

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