High-definition wireless WIFI medical electronic brain endoscope equipment

Abstract

The invention discloses high-definition micro wireless WIFI medical electronic brain endoscope equipment, comprising a power source box body and an endoscope wire body. The equipment is characterized in that the endoscope wire body comprises a bendable cable, a power plug connected with one end of the cable, an endoscope head connected to the other end of the cable, and a control body arranged in the middle of the cable; the power source box body is provided with a power interface for plugging the power plug; the endoscope head comprises an endoscope and luminescent lamps arranged around the endoscope; the control body is used for controlling the working of the luminescent lamps and the endoscope; the power source box body is used for supplying power to the endoscope wire body, and is provided with a WIFI module for wirelessly transmitting data to other electronic equipment; the control body is provided with a knob and a first button; and the knob is used for changing the brightness of the luminescent lamps, and the first button is used for adjusting the focal distance of the endoscope. The high-definition micro wireless WIFI medical electronic brain endoscope equipment has less fitting parts, is convenient in connection, and can be operated quickly.

Description

technical field [0001] The invention relates to a medical inspection device, in particular to a high-definition miniature wireless WIFI medical electronic brain endoscope device for viewing the head. Background technique [0002] At present, in clinical brain surgery, especially in the process of hemostasis of hypertensive cerebral hemorrhage, the application of conventional brain endoscope is very limited because the operation space is small, it cannot be bent, and it is impossible to see the whole picture of the hematoma cavity. Large-scale high-definition microscopes are expensive because they require special training for debugging and operation, and they need to be connected to an adapted monitor for display, recording, and screenshots, which limits their use in the vast grassroots hospitals or hospitals in poor areas. Applications. The defects are summarized as follows: 1. At present, the various connection devices of brain endoscopes are complex and have many accessor...

AI Technical Summary

Problems solved by technology

[0002] At present, in clinical brain surgery, especially in the process of hemostasis of hypertensive cerebral hemorrhage, the application of conventional brain endoscope is very limited because the operation space is small, it cannot be bent, and it is impossible to see the whole picture of the hematoma cavity.

However, large-scale high-definition microscopes are expensive because they require special training for debugging and operation, and they need to be connected to an adapted monitor for display, recording, and screenshots, which limits their use in the majority of grassroots hospitals or hospitals in poor areas. Applications

The shortcomings are summarized as follows: 1. At present, the various connection devices of the brain endoscope are complex and have many accessories, and it takes a long time to train to master and operate proficiently.

2. The operation space of brain endoscopic surgery is small, and the available surgical instruments are limited, which brings difficulties to the operation

3. The shell of the brain endoscope is a metal structure and cannot be bent, so the position in the brain is limited, and it is easy to damage the surrounding tissues, which limits its application range

4. The price is expensive, the wiring is complicated, and a special display device needs to be connected

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