On-line monitoring type tube centrifuge and separation technology thereof

Abstract

Disclosed are an on-line monitoring type tube centrifuge and a separation technology thereof. The separation technology includes adjusting various materials through a control system, then monitoring the surface of a rotor drum to send a signal to a control system with a microprocessor, leading to the separation under the stated temperature, and sending the separation simultaneously to the automatic control of a control display screen; during the separation, subjecting the materials to entering the rotor drum in the high-speed revolution through a feed pipe to perform the separation, causing liquid to return through a discharging outlet of a liquid accumulating plate, and solid to descend at the bottom of the rotor drum, and discharging the rotor drum to pour the solid. Compared with the prior art, the on-line monitoring type tube centrifuge and the separation technology thereof have the advantages that temperature is measured in the non-contact manner, the temperature is set before the separation, and parameters are adjusted during the separation to achieve timely control; automation degree is high, operation is convenient, the temperature of the materials in the centrifuge is timely controlled, and the like, and accordingly, the material quality is accurately controlled; the separation is displayed on the display screen and a printer through the microprocessor in the visual and convenient manner, and GMP (good manufacturing practice) requirements are met.

Description

technical field [0001] The invention relates to an on-line monitoring tubular centrifuge and its separation process, which relates to the technical field of design and manufacture of tubular centrifuges, in particular to a high-speed tubular centrifuge capable of automatic temperature detection and control, and is applied in the fields of biology and medicine Separation of solid materials and process control. Background technique [0002] In the drug production process of biopharmaceutical enterprises, high-speed tubular centrifuges are often used to separate compounds that require temperature control. Traditional contact temperature measurement will produce large errors, and cannot effectively measure non-fluid or viscous Compounds with high resistance are tested, and the sensor's contact with the material liquid will affect the quality of the product, thereby affecting the quality and production volume of the material. Contents of the invention [0003] The object of t...

AI Technical Summary

Problems solved by technology

[0002]In the drug production process of biopharmaceutical companies, high-speed tubular centrifuges are often used to separate compounds that require temperature control. Traditional contact temperature measurement will produce Larger errors, and can not effectively test non-fluid or viscous compounds, while the sensor contact with the material liquid will affect the quality of the product, thus affecting the quality and production capacity of the material

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