Medicine plastic bottle arranging and boxing system

Abstract

The invention discloses a medicine plastic bottle arranging and boxing system which comprises a steel frame rack, a tensioning mechanism, a mesh belt circulating operating mechanism, an automatic arraying mechanism and a secondary bottle arranging mechanism. The mesh belt circulating operating mechanism comprises a first mesh belt machine, a second mesh belt machine, a third mesh belt machine, a fourth mesh belt machine, a fifth mesh belt machine and a sixth mesh belt machine. The machines from the first mesh belt machine to the sixth mesh belt machine are sequentially installed on the steel frame rack. The automatic arraying mechanism comprises transition plates and arraying plates, wherein each transition plate is arranged between each two adjacent mesh belt machines, and the arraying plates are installed on the upper portions of the transition plates. The secondary bottle arranging mechanism comprises a first pneumatic positioning device and a second pneumatic positioning device which are installed on the fifth mesh belt machine and the sixth mesh belt machine respectively. A first air cylinder and a first baffle are arranged on the first pneumatic positioning device, and a second air cylinder and a second baffle are arranged on the second pneumatic positioning device. According to the medicine plastic bottle arranging and boxing system, bottles are not prone to falling, arraying speed is high, product adaptive capacity is high, and the medicine plastic bottle arranging and boxing system is suitable for urgent needs for large-scale automation high-yield production.

Description

technical field [0001] The invention relates to a medical plastic bottle sorting and packing system. Background technique [0002] At present, plastic bottle packing in domestic and foreign pharmaceutical production enterprises adopts manual packing or low-speed packing with low production capacity. Due to the characteristics of plastic round bottles, the deformation is large and irregular during high-speed feeding on-line, and the bottle is easy to fall. After feeding, the arrangement of bottles is irregular, and it is difficult to automatically complete accurate positioning and grabbing by the robot. There is instability in grabbing, the packing speed cannot meet the production requirements, and it is difficult to adjust equipment after product replacement. Therefore, a plastic bottle sorting post is designed. The plastic bottle sorting and packing system with small bottle deformation, regular arrangement, stable grasping, fast packing speed and high production capacity is...

AI Technical Summary

Problems solved by technology

[0002] At present, plastic bottle packing in domestic and foreign pharmaceutical production enterprises adopts manual packing or low-speed packing with low production capacity. Due to the characteristics of plastic round bottles, the deformation is large and irregular during high-speed feeding on-line, and the bottle is easy to fall. After feeding, the arrangement of bottles is irregular, and it is difficult to automatically complete accurate positioning and grabbing by the robot. There is instability in grabbing, the packing speed cannot meet the production requirements, and it is difficult to adjust equipment after product replacement. Therefore, a plastic bottle sorting post is designed. The bottle deformation is small, the arrangement is regular, and the bottle is not inverted for the subsequent order. The plastic bottle sorting and packing system that is stable, fast in packing speed, and suitable for high production capacity is an urgent need for large-scale production.

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