Power monitoring system for orthopedic surgery and monitoring method of power monitoring system

Abstract

The invention discloses a power monitoring system for orthopedic surgery and a monitoring method of the power monitoring system. The power monitoring system comprises a UPS providing uninterrupted electric energy, an intelligent electric energy meter with 485 output and a power supply console, wherein the UPS adopts alternating-current input and alternating-current output, the UPS is provided with an I-shaped alternating-current input port and a standard 10A triangular socket, the intelligent electric energy meter with 485 output calculates instantaneous voltage, current, power and power factor in real time by using a voltage division principle, and transmits the calculated electric energy data through a 485 signal; and the power supply console converts alternating-current electric energy into low-voltage direct-current electric energy, and the alternating-current electric energy and the direct-current electric energy are mutually isolated, so that the safety of the direct-current electric energy is ensured. The power monitoring system for the orthopedic surgery can conveniently monitor the state of a drill gun of a orthopedic power system in real time in the orthopedic surgery.

Description

Technical field: [0001] The invention relates to the field of orthopedic medical robots, in particular to a power monitoring system for orthopedic surgery and a monitoring method thereof. Background technique: [0002] At present, in orthopedic surgery equipment, sensors are generally used to detect the state of the drill gun of the power system, but the sensor needs to be exposed in a sterile environment, and any kind of disinfection measures cannot be used, so it cannot be used in orthopedic surgery. Therefore, in actual operation, it is usually difficult to collect the data of the state of the drill gun, resulting in the inability to provide accurate surgical navigation to the doctor, and the doctor cannot obtain the results of the drill gun movement in real time. During use, the movement state of the medical drill gun cannot be monitored in real time, which affects the actual use of the doctor. The movement state of the drill gun cannot be monitored in real time, and the...

AI Technical Summary

Problems solved by technology

[0002] At present, in orthopedic surgery equipment, the sensor is generally used to detect the state of the drill gun of the power system, but the sensor needs to be exposed in a sterile environment, and any kind of disinfection measures cannot be used, so it cannot be used in orthopedic surgery

Therefore, in actual operation, it is usually difficult to collect the data of the state of the drill gun, resulting in the inability to provide accurate surgical navigation to the doctor, and the doctor cannot obtain the results of the drill gun movement in real time. During use, the movement state of the medical drill gun cannot be monitored in real time, which affects the actual use of the doctor. The movement state of the drill gun cannot be monitored in real time, and the results of the drill gun movement cannot be obtained in real time, so the real time cannot be displayed. Grinding situation

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