Full-automatic drug packaging device

Abstract

The invention provides a full-automatic drug packaging device. The full-automatic drug packaging device comprises a bag taking machine frame, a bag feeding mechanism, a bag sucking mechanism, a bag opening mechanism, a bag conveying mechanism, a packaging machine frame, a weighing and loading mechanism and a bag sealing mechanism. The bag feeding mechanism comprises a bag feeding drawer, a guiding rod, a bag feeding servo motor and a bag feeding lead screw. The bag opening mechanism comprises an upper separation unit and a lower separation unit which are vertically and oppositely arranged. The bag conveying mechanism comprises two opening expanding claws, an opening expanding claw driving unit, two top blocks, a supporting plate, a rotating rod, a bag conveying servo motor and a connecting plate. The weighing and loading mechanism comprises a loading conveyor belt, a rationed packaging scale, a feeding hopper and a hopper support. The bag sealing mechanism comprises a sealing machine, a bag sealing pneumatic clamping plate, a packaging bag conveyor belt, a steering pneumatic clamping plate, a motor, a roller conveying device, side baffles, a front baffle and a tail baffle. The full-automatic drug packaging device integrates weighing and packaging and is simple in structure, low in manufacturing cost, low in operation cost, high in working efficiency, safe, sanitary and capable of being widely applied to automatic packaging of various products.

Description

technical field [0001] The invention belongs to the field of industrial automation, and in particular relates to a fully automatic medicine packaging device. Background technique [0002] At present, the packaging of granular pharmaceutical intermediates includes semi-automatic mechanical bagging and manual bagging. Manual bagging and packaging is labor-intensive, low in efficiency, inaccurate in weighing, and cannot guarantee the hygiene of medicines. At present, most of the existing bagging processes for granular pharmaceutical intermediates require manual participation, such as manual completion of bagging, Bagging, weighing, bagging and other processes, and in some existing bagging machine equipment, most of the semi-automatic packaging machines use a combined bagging machine that combines weighing and bagging, which has a complex structure and low speed. , high wear and tear, and high cost. The process of automatic bag taking, bag opening, weighing, and bag filling ha...

AI Technical Summary

Problems solved by technology

Manual bagging and packaging is labor-intensive, low in efficiency, inaccurate in weighing, and cannot guarantee the hygiene of medicines. At present, most of the existing bagging processes for granular pharmaceutical intermediates require manual participation, such as manual completion of bagging, Bagging, weighing, bagging and other processes, and in some existing bagging machine equipment, most of the semi-automatic packaging machines use a combined bagging machine that combines weighing and bagging, which has a complex structure and low speed , high wear and high cost

The process of automatic bag taking, bag opening, weighing, and bag filling has not been well realized. Usually, manual bag taking and opening is required, or people need to be arranged to keep an eye on the bag taking and opening conditions, and manual adjustments are required. It is laborious and laborious, with low production efficiency and high cost

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