Control system of sterile pharmaceutical device

Abstract

The embodiment of the invention provides a control system of a sterile pharmaceutical device. The system comprises an operation layer device and a device layer device, the device layer device comprises a plurality of controllers of sterile pharmaceutical devices and a man-machine interface, the operation layer device is connected with the controllers of the sterile pharmaceutical devices, and thecontrollers are connected with the man-machine interface; and the operation layer device is configured to control each sterile pharmaceutical device through the controllers of the sterile pharmaceutical devices according to functions of the control system of the sterile pharmaceutical devices. The control system of the sterile pharmaceutical device employs the operation layer device to control each sterile pharmaceutical device through the controllers of the sterile pharmaceutical devices according to the functions of the control system of the sterile pharmaceutical devices to perform integrated control of the sterile pharmaceutical devices with no need for field operation by operators at the scene, reduces the randomness of the whole control flow compared to the control of a single devicein the prior art, and concise in production management and low in management cost.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of pharmacy, and more specifically, to a control system for sterile pharmaceutical equipment. Background technique [0002] Aseptic pharmaceutical equipment usually includes stand-alone equipment such as freeze dryers, feeding and discharging machines, filling machines, bottle washing machines, dryers, capping machines, and isolators. In the process of pharmacy, in order to control the above-mentioned sterile pharmaceutical equipment, the prior art usually adopts the control mode of stand-alone control, that is, independently configure PC and control software for each of the above-mentioned stand-alone devices, so as to control the data of each stand-alone device Collection, formula, batch, alarm and report functions are controlled and managed. Although the above stand-alone control method has the characteristics of flexibility and independence, since each stand-alone device operat...

AI Technical Summary

Problems solved by technology

Although the above stand-alone control method has the characteristics of flexibility and independence, since each stand-alone device operates independently, it is necessary to configure more operators to operate each stand-alone device separately, resulting in the randomness of the overall control process Large, complex production management, high cost defects

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