Ampoule bottle washing, wetting, filling and sealing integrated device

Abstract

The invention discloses an ampoule bottle washing, wetting filling and sealing integrated device which comprises a main machine shell, a fixed disc, a rotary disc, a rotary disc driving motor, a stepping motor lead screw sliding table, a washing, wetting and filling integrated system and a rotating and melt sealing system. The washing, wetting and filling integrated system and the rotary melting and sealing system are arranged in sequence in the rotating direction of the rotary disc. The fixed disc is fixed on the main machine shell through a support column, the rotary disc is positioned abovethe fixed disc, a self-adaptive clamping mechanism is arranged along the circumferential direction of the rotary disc, and an ampoule bottle is centered and fixed through the self-adaptive clamping mechanism; the washing, wetting and filling integrated system comprises a washing, wetting and filling lifting arm, and the washing, wetting and filling lifting arm is sequentially provided with a cleaning mechanism, a pre-wetting mechanism and a filling mechanism along the rotating direction of the rotary disc; and the rotating and melt sealing system comprises a rotating mechanism and a melt sealing mechanism. Washing, wetting and filling are combined, filling of protective gas can be carried out during filling for protection, the self-adaptive clamping mechanism is adopted to be matched witha fire nozzle lifting sensor to realize synchronous operation of ampoule bottles of different specifications; negative pressure is adopted to suck the ampoule bottles for rotating and melt sealing, and semi-spherical melt sealing is realized without waste.

Description

technical field [0001] The invention relates to an integrated device for washing, moisturizing, filling and sealing ampoule bottles, in particular to an integrated device for washing, moisturizing, filling and sealing ampoule bottles suitable for laboratory use. Background technique [0002] Ampoule bottles generally have a capacity of 1-25mL, and are widely used to hold injection preparations and high-purity chemicals that must be isolated from the air. Its advantages fully meet the needs of laboratories. Samples and so on are required. [0003] The ampoules are cleaned and dried before filling, then a quantitative amount of liquid medicine is filled into the ampoules, and then sealed after filling. Most of the automatic ampoule sealing equipment on the market is batch and continuous, which is suitable for large pharmaceutical factories and enterprises with large packaging volume. It occupies a large area and costs high, and not all laboratories can afford it. After the e...

AI Technical Summary

Problems solved by technology

Most of the automatic ampoule sealing equipment on the market is batch and continuous, suitable for large pharmaceutical factories and enterprises with a large amount of packaging. It occupies a large area and costs high, and not all laboratories can bear it

After the existing automatic equipment is debugged, it can only be used for ampoules of a certain specification, and it needs to be re-adjusted when changing ampoules of other specifications

In addition, the small-sized ampoule packaging equipment on the market only provides a sealing flame. Other operations, such as the uniform temperature of the bottle mouth, rely on manual rotation of the ampoule bottle. A series of actions requires not only the stability of the equipment but also the cooperation of human experience and proficiency, but it cannot guarantee that the heating time and temperature of each ampoule are the same, which may cause loss to the packaged sample and have a considerable impact on the accuracy of the later experimental data. Impact

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