Precision surgical energy control system

Abstract

The invention provides a precision surgical energy control system, comprising a central processing module, a power interface, a rectifier module, DC-DC transformer I, DC-DC transformer II, an analog PID (proportional-integral-derivative) closed-loop control and fixed frequency driving module, variable frequency and duty ratio digital driving module I, variable frequency and duty ratio digital driving module II, a DC-AC inverter, an overcurrent, overvoltage and over-temperature detection module, and a decoding module; the rectifier module is communicated with a power supply through the power interface; the rectifier module is connected with the DC-DC transformer II through the DC-DC transformer; the DC-DC transformer I, the DC-DC transformer II and the DC-AC inverter are connected to the central processing module through the overcurrent, overvoltage and over-temperature detection module. The precision surgical energy control system can provide precision medical surgery and allows high integration for various active treatment apparatuses. The precision surgical energy control system can also decrease the medical risk due to surgeons having unskilled operation for equipment, and can meet the surgical needs via rich functions.

Description

Technical field [0001] The invention relates to a precise surgical energy control system. Background technique [0002] At present, when performing an operation, one active device cannot complete the operation alone, and one or more devices are needed to complete the operation. During this process, the host and the accessories do not have identification and matching, which often lead to errors due to confusion. A single unit has incomplete functions, and two units will have duplicate functions, which increases unnecessary procurement costs. Doctors need to operate multi-brand equipment and the probability of error increases. Large; rough functional parameters, backward technology, do not meet the needs of precise surgery. In addition, the hospital has a lot of people and equipment, and the space is limited. The less space the equipment takes up, the better. [0003] The above-mentioned problems should be considered and resolved during precision surgery. Summary of the invention ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a precision surgical energy control system to solve the problem in the prior art that when multiple active devices are used together, the host and accessories do not have the ability to identify and match, often resulting in errors due to confusion, and it is necessary to operate multiple brands of equipment , the probability of error increases; the functional parameters are rough, the technology is backward, and the problem of not meeting the needs of precise surgery

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