Intelligent auxiliary amniotic membrane puncture system

Abstract

The invention relates to an intelligent auxiliary amniotic membrane puncture system which comprises a shell, a nut moving table, a stepping motor, a lead screw, an injector clamp, a push rod clamp, an injector, a pressure sensor, a liquid concentration sensor, a speed sensor, a control system and a displayer, and a control method of the intelligent auxiliary amniotic membrane puncture system comprises an automatic mode and a manual mode. Corresponding modes can be selected according to specific requirements in the use process; the invention has the advantages of being compact in structure, easy to operate, capable of working for a long time, stable and reliable in performance and the like, has two control modes, and can make proper choices according to actual needs; manual perception is replaced by digital operation, medical staff can conveniently adjust the operation process through data feedback and response of the pregnant woman or conduct timely interruption and manual intervention through a control system, the working efficiency is improved, the operation risk is reduced, the system stability is improved, and the personal safety of the pregnant woman is guaranteed; and the working intensity of medical staff is reduced.

Description

technical field [0001] The invention relates to an amniocentesis system, in particular to an intelligent auxiliary amniocentesis system. Background technique [0002] Amniocentesis technology can be used to detect the health status of pregnant babies, and its detection results can be used as the main basis for identifying whether the fetus is deformed, which has great medical value. At present, amniocentesis in medical treatment is mainly a manual operation. Since the extraction of amniotic fluid requires a stable and slow operation, and timely adjustments must be made according to the state of the pregnant woman and the amniotic fluid condition, the manual extraction of amniotic fluid has relatively high requirements for the staff and the efficiency of manual extraction. Low, and long-term extraction will cause mental and physical fatigue, easily increase the risk of surgery, and cause irreversible damage to pregnant women and fetuses. Therefore, it is necessary to provide...

AI Technical Summary

Problems solved by technology

At present, amniocentesis in medical treatment is mainly a manual operation. Since the extraction of amniotic fluid requires a stable and slow operation, and timely adjustments must be made according to the state of the pregnant woman and the amniotic fluid condition, the manual extraction of amniotic fluid has relatively high requirements for the staff and the efficiency of manual extraction. Low, and long-term extraction will cause mental and physical fatigue, easily increase the risk of surgery, and cause irreversible damage to pregnant women and fetuses

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