Blowing, filling and sealing drug production method and blowing, filling and sealing integrated machine

Abstract

The invention discloses a blowing, filling and sealing drug production method and a blowing, filling and sealing integrated machine. The blowing, filling and sealing drug production method comprises the steps of bottle card forming, filling, sealing, clamping, blanking and the like and has the advantages of being convenient to operate, safe, reliable and capable of reducing raw material wasting and the like. The blowing, filling and sealing integrated machine comprises a filling assembly, a bottle body mold, a sealing mold and a bottle card clamping device; a filling needle of the filling assembly is arranged in a liftable mode and located above the sealing mold during filling; the bottle body mold is arranged under the sealing mold; the bottle card clamping device comprises a left-right clamping plate; the left-right clamping plate is movable so that a waste material at the bottom of a sealed bottle card can be clamped; and the advantages of being convenient to operate, safe, reliable and capable of reducing raw material wasting and the like are achieved.

Description

technical field [0001] The invention relates to the field of medicine production, in particular to a blow-fill-seal medicine production method and a blow-fill-seal integrated machine. Background technique [0002] The blow-fill-seal integrated machine in the prior art is usually equipped with a bottom mold for supporting the bottle card. During the production process, after the bottle card is filled and sealed at the filling and sealing station, the bottle card is supported by the bottom mold. Move downwards to realize the transfer of the bottle card. In the prior art, a bottom mold needle is provided to insert the remaining material at the bottom of the bottle card to keep the bottle card in an upright state and can be accurately positioned during the transfer process. However, in this way, Inserting the bottom mold needle into the bottom of the bottle card requires a lot of power and requires high precision. Servo electric cylinders or hydraulic cylinders are required, whi...

AI Technical Summary

Problems solved by technology

[0002] The blow-fill-seal integrated machine in the prior art is usually equipped with a bottom mold for supporting the bottle card. During the production process, after the bottle card is filled and sealed at the filling and sealing station, the bottle card is supported by the bottom mold. Move downwards to realize the transfer of the bottle card. In the prior art, a bottom mold needle is provided to insert the remaining material at the bottom of the bottle card to keep the bottle card in an upright state and can be accurately positioned during the transfer process. However, in this way, Inserting the bottom mold needle into the bottom of the bottle card requires a lot of power and requires high precision. Servo electric cylinders or hydraulic cylinders are required, which are costly and complex in structure. In addition, the bottom mold needles are relatively sharp, difficult to maintain, and easy to operate. Potential safety hazards are caused. In addition, due to the need to ensure that the bottom mold needle can be inserted, there is a lot of waste at the bottom of the bottle card, resulting in waste of raw materials

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