Silin bottle automatic drawing mechanism used for freeze-drying machine

Abstract

The invention relates to a vial automatic discharging device used for a freeze dryer. The device is characterized by consisting of a material containing desk, a discharging system subassembly, guide tracks, a bracket, a decorative board, a thruster system subassembly, a handspike subassembly and a transmitter system subassembly, wherein, the material containing desk, the decorative board and the thruster subassembly are arranged on the bracket which can be slightly adjusted, the transmitter system subassembly is connected with the end of the material containing desk, the thruster system subassembly is arranged on the decorative board which is arranged at the side end of the transmitter system subassembly, the handspike subassembly is connected with a slider in the thruster system subassembly, and the discharging system subassembly is arranged on the guide tracks which are arranged at two sides of the material containing desk. The device has the advantages of providing the possibility of unmanned operation in a clean room, and and reducing pollution sources, thus providing higher guarantee for the sterility of products and effectively improving the labor productivity.

Description

technical field [0001] The invention relates to an automatic discharging device for vials used in a freeze dryer. The vials on the shelf of the freeze dryer can be transferred to the automatic discharging device, and the automatic discharging device for vials can be turned on to transfer the vials to A capping machine performs capping, and belongs to the technical field of optical-mechanical-electrical integration. Background technique [0002] The freeze dryer is a machine for freeze-drying water-containing substances by using the principle of vacuum freeze-drying to cool and freeze water-containing substances into a solid state, and then directly sublimate water vapor from the solid state under vacuum conditions. [0003] At present, there are following defects in the discharge of the existing freeze dryer: [0004] 1. After the freeze-drying cycle of the vials filled with medicines is over, the operator still transports the vials on the shelf of the freeze-dryer to the c...

AI Technical Summary

Problems solved by technology

[0004] 1. After the freeze-drying cycle of the vials filled with medicines is over, the operator still transports the vials on the shelf of the freeze-dryer to the capping machine step by step. This discharging method improves the labor efficiency of the operators Low labor intensity, especially when the effective loading capacity of the freeze dryer is large, the contradiction will be particularly prominent;

[0005] 2. The manual discharge method cannot meet the FDA's requirement that "powerful drugs must avoid contact with operators as much as possible". In a class 100 sterile room, the operator who discharges the freeze dryer is the biggest source of pollution for sterile drugs ;

[0006] 3. The cost of the sterile work area is expensive. The manual discharge method of the operator wearing the sterile work clothes not only reduces the labor production efficiency, but also needs to increase the pollution cost caused by the operator.

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