Intelligent anesthetic injection pump with voice recognition function and injection control method

Abstract

The invention discloses an intelligent anesthetic injection pump with a voice recognition function and an injection control method, the intelligent anesthetic injection pump comprises a voice input module, a voice recognition module, a voice control module, a motor drive control module, a motor module, a booster module and an injector module which are connected in sequence, and the intelligent anesthetic injection pump further comprises a memristor memory module. The voice input module is used for collecting voice information; the voice recognition module comprises a voice wake-up unit, an online voice recognition unit and an offline voice recognition unit; the voice control module is used for judgment and control; and the memristor memory module is used for obtaining the resistance value of the memristor. According to the system, the functions of off-line voice wake-up, voice recognition, voice interaction, voice control and storage memory of the anesthetic injection pump are achieved, the safety and privacy of data information are effectively protected, system data are prevented from being intercepted or monitored, the working pressure of medical workers is reduced, the medical working efficiency is improved, and the medical safety of the anesthetic injection pump is improved. And the system can be conveniently and effectively managed and used.

Description

technical field [0001] The invention belongs to the field of medicine, relates to voice recognition and intelligent control, in particular to an intelligent anesthetic drug injection pump with voice recognition function and an injection control method. Background technique [0002] At present, the medical injection pump used in the medical injection system often uses a single-chip microcomputer as the control center of the injection system. The control signal is input by the button, and the control signal is sent to the single-chip control center through serial communication, and the single-chip computer sends the signal to the motor to control the motor after signal processing. The rotation drives the screw rod to realize the injection. Although the design of this injection operation control method is simple and cost-saving, the operation is cumbersome and complicated in the actual medical process, which brings work pressure and inconvenience to the medical workers. [0003...

AI Technical Summary

Problems solved by technology

This operation process seems to be simple and clear, but it is more cumbersome and complicated in the actual medical assistance process, especially in the complicated medical assistance injection process where the medical staff is tense, the disadvantages of this injection method are particularly obvious, which brings great harm to the medical staff. Huge operating and working pressure also reduces the efficiency of medical work and is accompanied by a high risk of medical accidents

Moreover, the current syringe pump is a one-time injection target task, and does not have the memory storage of patient physiological parameters and injection parameter information, which will bring some disadvantages. The patient's condition is analyzed and summarized. Finally, for patients with non-one-time surgical treatment, re-injection of surgical drugs cannot achieve rapid treatment.

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