bottle sorting mechanism

Abstract

A sorting mechanism for falling bottles, including a limit mechanism, a control mechanism, a clamping mechanism and a blanking trough, the clamping mechanism is installed at the discharge port of the blanking trough, the clamping mechanism is connected with the blanking The slots are connected, and the control mechanism respectively controls the intermittent opening and closing of the clamping mechanism and the limiting mechanism. The clamping mechanism added between the blanking chute and the mesh belt conveyor can make the glass bottles drop onto the mesh belt of the annealing furnace at intervals and neatly. The clamping mechanism increases the annealing time of the glass bottles, reduces quality defects such as glass chips and bruises caused by the collision between the glass bottles, and achieves the effect of improving the qualified rate of glass bottle production. The application adaptability of the present invention is stronger, and the application range is wider.

Description

technical field [0001] The invention relates to the field of bottle making, in particular to a sorting mechanism for falling bottles. Background technique [0002] The glass bottle transmission between the traditional bottle making machine and the annealing furnace is mainly slid into the mesh belt conveyor from the blanking chute, and transported to the annealing furnace by the mesh belt conveyor. Due to the lack of buffering in the glass bottle transmission mechanism, the glass bottles slide from the blanking trough to the mesh belt conveyor. This way firstly causes the arrangement of the glass bottles on the mesh belt conveyor to be chaotic. The lack of cushioning when sliding down the trough causes bottles to hit the mesh belt conveyor or collide with other bottles on the mesh belt conveyor. Not only make glass bottles prone to quality defects such as glass chips and bruises due to collisions, but also because the disorderly arrangement on the mesh belt conveyor affects...

AI Technical Summary

Problems solved by technology

Due to the lack of buffering in the glass bottle transmission mechanism, the glass bottles slide from the blanking trough to the mesh belt conveyor. This way firstly causes the arrangement of the glass bottles on the mesh belt conveyor to be chaotic. Sliding down in the groove lacks cushioning, causing glass bottles to hit the mesh belt conveyor or collide with other glass bottles on the mesh belt conveyor

Not only make glass bottles prone to quality defects such as glass chips and bruises due to collisions, but also because the disorderly arrangement on the mesh belt conveyor affects the processing of the next process. When the glass bottles are transported to the annealing furnace, the heat of the annealing furnace is increased loss, increased energy loss

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