Ultra-high resolution visualized smart needle knife capable of real-time monitoring of biological tissue evolution

Abstract

The invention discloses an ultrahigh resolution visualized intelligent acupotomy capable of monitoring biological tissue evolvement in real time. The ultrahigh resolution visualized intelligent acupotomy comprises an image processing and displaying module, a power supply, a signal amplifier, an illumination mechanism regulator, a data display screen, a data processing module, a handle, a straight acupotomy bar, ultrahigh resolution fluorescent microscopic lenses, a resistance detection module, and an acupotomy head bar; the long-bar-shaped ultrahigh resolution fluorescent microscopic lenses are arranged along the sides of the acupotomy body and the acupotomy opening of the acupotomy. Due to the fact that the lenses are distributed along the acupotomy body and the acupotomy opening, the distributions and situations of tissue cut in by the entire acupotomy body can be observed and analyzed in real time, and thus the diagnosis can be conducted in time and the acupotomology treatment can be precisely conducted; meanwhile, the image observation and diagnosis at a molecular level can also be conducted, the biomolecular theory expounding basis for acupotomology diagnosis and treatment is provided, and therefore precise diagnosis and treatment can be achieved. A force sensor is arranged at the joint of the acupotomy opening and the acupotomy body, the pressure of soft tissue on the acupotomy opening can be tested, and quantitative data is provided for clearly recognizing and analyzing biomechanical properties of soft tissue.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and relates to a needle knife, in particular to an ultra-high resolution visualized intelligent needle knife capable of real-time monitoring of biological tissue evolution. Background technique [0002] The used needle knife in the hospital is a small needle knife at present, and it is generally made up of three parts of handle, straight knife bar and knife head bar. The material used for the straight knife bar and the knife head bar is generally steel, but the needle knife is often in contact with body fluids and is easily corroded. In addition, the diameter of the existing needle knife shaft is generally less than 3mm, which is easy to be brittle. [0003] Now there is another needle knife, which has an endoscope at the end, and a huge visualization device and analysis software outside. Since only the end is equipped with a lens, the tissue at the end can only be observed, and accurat...

AI Technical Summary

Problems solved by technology

Since only the end is equipped with a lens, the tissue at the end can only be observed, and accurate diagnosis and knife treatment cannot be performed; this kind of needle knife is relatively large, and it is not flexible enough to use; the visualization equipment and analysis software are obviously lagging behind the needle during surgery. The process of the knife incision brings pain to the patient and affects the treatment

[0004] At present, acupuncture-knife medicine has insufficient theoretical explanations for the diagnosis and treatment of human soft tissues. The key is the lack of powerful real-time monitoring image data and analysis of the evolution of biological tissues during the treatment process.

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