A dynamic buffer control method for bottle flow applied in filling production line

Abstract

The invention discloses a bottle flow dynamic buffering control method applied to a filling production line and belongs to the technical field of filling production lines. The bottle flow dynamic buffering control method is achieved based on a dynamic buffering platform. The dynamic buffering platform comprises a first storage conveyor belt, a second storage conveyor belt, a buffering region adjusting mechanism and a matched control circuit, wherein the first storage conveyor belt and the second storage conveyor belt are arranged in parallel and are opposite in conveying direction. The inlet end of the first storage conveyor belt is connected with an upstream conveyor belt in a butt joint manner, and the outlet end of the second storage conveyor belt is connected with a downstream conveyorbelt in a butt joint manner. The buffering region adjusting mechanism comprises an arc-shaped guide plate which is arranged on the two storage conveyor belts through a linear guide mechanism and a linear drive mechanism, an opening plate hinged to the free end of the arc-shaped guide plate and a friction balance weight reset device arranged at the free end of the opening plate.

Description

technical field [0001] The invention belongs to the technical field of filling production lines, and in particular relates to a dynamic buffer control method for bottle flow applied in filling production lines. Background technique [0002] The dynamic buffer platform is a special buffer equipment for the filling bottle flow in the beverage and daily chemical industry filling production line. After the change, the production capacity mismatch caused the parking accident of the whole line. [0003] The buffering function of the existing dynamic buffer platform is mainly realized by the reciprocating movement of the guide plate on the two sets of storage conveyor belts with opposite conveying directions by means of the joint action of the linear guide mechanism and the linear drive mechanism. Most of the existing guide plate guide curves It is a straight line or a circular arc. However, under the current social background of energy saving, consumption reduction and green env...

AI Technical Summary

Problems solved by technology

However, under the current social background of energy saving, consumption reduction and green environmental protection, the application of lightweight filling bottles has become the mainstream in various filling plants. When lightweight filling bottles are applied to the existing dynamic buffer platform, it is easy to squeeze and crooked in the buffer area. , The phenomenon of bottle inversion, in serious cases, will cause the wear and tear of the filling bottle and the occurrence of waste products. The above phenomenon is caused by the excessive friction between the filling bottles during the conveying and buffering process; When filling bottles, because the buffer function cannot be adjusted according to the bottle flow rate in real time, it is difficult to control the filling bottle flow in the filling production line, and it is also difficult for the filling production line to work at full capacity, which can only reach 100% of the designed production efficiency. around eighty

Therefore, the existing dynamic buffer platform has been difficult to meet the actual production requirements of enterprises

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