A bottle delivery method for an intelligent unpacking system

Abstract

The invention discloses a bottle conveying method used for an intelligent unpacking system. A first sleeving frame mechanism and a second sleeving frame mechanism are adopted to convey unpacked bottles to the downstream position from the bottle framing positions alternately and each have a free bottle conveying mode and a self-adjustment bottle conveying mode; during free bottle conveying, bottle frames covey the bottles to the downstream position according to the set torque F1 and torque mode conveying speed V1; and during self-adjustment bottle conveying, a controller automatically adjusts the conveying speed V2 of the bottle frames according to the torque F2 fed back by the bottle frames. The bottle conveying method used for the intelligent unpacking system has the advantages of being high in production efficiency, stable in operation, capable of effectively preventing bottle falling, bottle squeezing and bottle lacking and the like.

Description

technical field [0001] The invention relates to pharmaceutical production equipment, in particular to a method for conveying bottles used in an intelligent unpacking system. Background technique [0002] Existing unpacking devices are usually in the form of manual unpacking and mechanical unloading of bottles. In the food and drug industry, manual participation will affect the cleanliness of production. However, due to the light weight of a single empty bottle, after unpacking, there will be no empty bottles. Wrapped in plastic film, during the movement of empty bottles, due to the friction of the bottom of the bottle and the collision between the bottles, the bottle is prone to fall. According to the number of bottles in front to change the bottle pushing stroke or the strength of pushing the bottle, it is easy to cause problems such as bottle squeezing, bottle inversion or lack of bottle, which affects the stability and efficiency of bottle delivery. Contents of the inve...

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Problems solved by technology

[0002] Existing unpacking devices are usually in the form of manual unpacking and mechanical unloading of bottles. In the food and drug industry, manual participation will affect the cleanliness of production. However, due to the light weight of a single empty bottle, after unpacking, there will be no empty bottles. Wrapped in plastic film, during the movement of empty bottles, due to the friction of the bottom of the bottle and the collision between the bottles, the bottle is prone to fall. According to the number of bottles in front to change the bottle pushing stroke or the force of pushing the bottle, it is easy to cause problems such as bottle squeeze, inverted bottle or lack of bottle, which affects the stability and efficiency of bottle delivery

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