Bottle body conveying device

Abstract

The invention provides a bottle body conveying device, which comprises a conveyer belt and a material division die, a material feeding die, a star wheel material feeding device and a transferring station which are sequentially arranged along a running direction of the conveyer belt, wherein at least two conveying channels respectively penetrate through the material division die and the material feeding die and work at the same time; through counting by the star wheel material feeding device, at least two rows of bottle bodies simultaneously enter the transferring station and wait for entering a freeze-dryer plate layer; therefore, a push rod can push a plurality of rows of bottle bodies into the freeze-dryer plate layer at one time; compared with the prior art, the bottle body conveying device has the advantages that 600 bottle bodies at the transferring station can enter the freeze-dryer plate layer at each minute, so that the working efficiency is greatly improved; furthermore, a limiting mechanism is arranged at one end of the transferring station, which is opposite to an inlet end of the transferring station; and due to the limiting mechanism, a phenomenon that the bottle discharging efficiency of the transferring station is influenced because the front bottle bodies of two adjacent rows of bottle bodies are extruded with the rear bottle bodies of the two adjacent rows of bottle bodies under the acting force of the rear bottle bodies to form one row.

Description

technical field [0001] The invention relates to the field of pharmaceutical equipment, in particular to a bottle conveying device. Background technique [0002] At present, in the field of pharmaceuticals, many freeze-dried powder injection companies rely on manual feeding or discharging to the freeze-drying box of the freeze-drying machine. This operation method has low operating efficiency and high pollution risks. With the promulgation and implementation of the new version of GMP, freeze-dried powder injection companies use automatic feeding and discharging systems to reduce manual participation. Generally, single-row automatic feeding and discharging systems are used to complete feeding and discharging. The feeding speed of single-row feeding and discharging systems is difficult to achieve. More than 400 bottles per minute seriously restrict the production efficiency and production stability of pharmaceutical companies. Here it is the weak point that existing technology...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of pharmaceuticals, many freeze-dried powder injection companies rely on manual feeding or discharging to the freeze-drying box of the freeze-drying machine. This operation method has low operating efficiency and high risk of pollution.

With the promulgation and implementation of the new version of GMP, freeze-dried powder injection companies use automatic feeding and discharging systems to reduce manual participation. Generally, single-row automatic feeding and discharging systems are used to complete feeding and discharging. The feeding speed of single-row feeding and discharging systems is difficult to achieve. More than 400 bottles per minute, seriously restricting the production efficiency and production stability of pharmaceutical companies

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