Medicinal glass bottle machine head conveying detection platform

Abstract

The invention relates to a conveying detection system, and especially relates to a medicinal glass bottle machine head conveying detection platform. The platform comprises a conveyor belt main frame and the following components which are arranged on the conveyor belt main frame: a bottle feeding device, a bottle discharge device, a conveyor belt, a detection device, and a scrap bottle sorting device. A conveying synchronization ratchet and a conveyor belt driving wheel which cooperate with each other are arranged on one end of the conveyor belt. A pushing device is arranged on one side of the conveying synchronization ratchet. A conveyor belt driven wheel and a conveyor belt tensioning device are arranged on the other end of the conveyor belt. The detection device comprises a bottle inner diameter and outer diameter detection device and a bottle full height detection device which are sequentially arranged on the conveyor belt. The scrap bottle sorting device is arranged behind the detection device on the conveyor belt, and is electrically connected with the detection device. With the platform provided by the invention, product qualification rate is improved, manual detection labor intensity of a detection process is reduced, the structure is simple, and the cost is low.

Description

technical field [0001] The technology of the invention relates to a conveying detection system, in particular to a conveying detection platform of a medical glass bottle. Background technique [0002] The existing production process of medicinal glass bottles is generally a bottle made by a bottle making machine, which falls freely into the chute, then slides to the mesh belt conveyor line through the chute, and then slides to the annealing furnace network through the chute Annealing is carried out on the belt, and after annealing, it enters the next detection process. Its shortcoming is that when the bottle slides to the mesh belt conveyor line through the chute and then slides to the mesh belt of the annealing furnace through the chute, it is easy to cause secondary bottles to collide with each other and cause bottle white spot defects; The inspection not only increases the labor intensity of manual inspection in the inspection process, but also cannot find the bottle def...

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Problems solved by technology

Its shortcoming is that when the bottle slides to the mesh belt conveyor line through the chute and then slides to the mesh belt of the annealing furnace through the chute, it is easy to cause secondary bottles to collide with each other and cause bottle white spot defects; The inspection not only increases the labor intensity of manual inspection in the inspection process, but also cannot find the bottle defects in time due to the discrepancy between the overall height of the bottle and the inner and outer diameters of the bottle mouth, so that the bottle making machine cannot be adjusted in time, which seriously affects the qualified rate and ton of the product. Produce

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