An integrated arthroscopy device

Abstract

The invention discloses an integrated arthroscope apparatus, which comprises an arthroscope cover, an arthroscope body, a first locking device, a display unit and an arthroscope sheath, wherein the first locking device is used for locking the arthroscope body in the arthroscope cover; the display unit and the arthroscope body are connected; the arthroscope body is used for shooting an image of a joint tissue and is used for transmitting the image to the display unit; the arthroscope sheath sleeves the outer side of the arthroscope cover; the front end of the arthroscope cover is exposed out of the arthroscope sheath; and a gap is kept between between the arthroscope sheath and the arthroscope cover, so that water or medicines can be injected into an articular cavity through the gap. The integrated arthroscope apparatus provided by the invention is integrated with the display unit and the arthroscope sheath; by virtue of the display unit, the joint tissue can be observed in real time, the water or the medicines can be injected into the articular cavity through the gap between the arthroscope sheath and the arthroscope cover and the articular cavity can be expanded by adjusting water injection of a water control valve, and the joint tissue can be treated by virtue of the medicines; and the integrated arthroscope apparatus, which integrates observation, diagnosis and treatment therein, simplifies examination equipment and shortens diagnosis and treatment times.

Description

Technical field [0001] The present invention relates to the technical field of medical equipment, in particular to an integrated arthroscopy device. Background technique [0002] For lesions or injuries of human joint tissues, the existing examination methods mainly include: biopsy from the body, X-ray and CT technology, and nuclear magnetic resonance technology. Although biopsy taken in vivo can observe the development and appearance of the diseased tissue, the different depth and quantity of the cut will also affect the doctor's diagnosis of the disease; X-ray and CT are both imaging examinations, but the captured image is not clear And the shortcomings of non-real-time observation: Although MRI can capture clear images of lesions or damaged tissues, it requires patients to make an appointment in advance and wait a long time, and is expensive. [0003] In order to diagnose joint damage tissue conveniently, US Patent US20110009694A1 discloses a portable visual diagnosis device. ...

AI Technical Summary

Problems solved by technology

In order to achieve the best surgical observation effect, it is necessary to increase the bending angle. If the angle continues to increase, it will inevitably cause the optical fiber and other components on the inner wall of the outer sleeve to break when moving back and forth in the sleeve, which will eventually affect the image quality. quality

Similarly, the lighting method using LED light source plus optical fiber transmission has low effective energy utilization rate

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