Visible gynaecologic opto-acoustic diagnosis and treatment apparatus

Abstract

The invention relates to a visualized optical-acoustic diagnosis device used for the gynecology department, which belongs to the technical field of biomedical engineering. The device comprises a computer workstation, a visualized observation subsystem, an ultrasound focusing therapy subsystem and a biological pain monitoring subsystem, wherein, the visualized observation subsystem observe and diagnose the vaginal tissue by adopting a CCDsensor array camera system based on the optical technology, the ultrasound focusing therapy subsystem performs rapid and non-traumatic treatment to gynecological diseases by adopting the temperature field of 38 to 80 DEG C formed in the position of the subcutaneous biological tissue by the ultrasound focusing technology under the visualized condition, and the biological pain monitoring subsystem records and monitors the biological information feedback of the human body in real time under the ultrasound focusing treatment condition. By adopting the visualized optical-acoustic diagnosis device, the treatment of the gynecological diseases has higher security, the superficial layer and the adjacent tissue are not damaged, and simultaneously the visibility exists during the treatment process and the diagnosis process.

Description

technical field [0001] The invention relates to a device in the technical field of medical devices, in particular to a visualized photoacoustic diagnosis and treatment device for gynecology. Background technique [0002] As early as 1942, Lynn discovered the phenomenon of high-intensity focused ultrasound (High-intensity Focused Ultrasound). Since then, ultrasonic focusing technology has been widely used in industry, military and other fields. The application in medicine is mainly reflected in two aspects, 1, ultrasound focused imaging technology for disease diagnosis; 2, high-intensity focused ultrasound treatment of tumor technology. To this end, different types of focused ultrasonic therapy systems, ultrasonic focused therapy heads based on piezoelectric transducers, temperature monitoring technology, etc. have been invented. In 1956, Burov used high-intensity focused ultrasound (HIFU) technology for the first time to treat malignant tumors. In 1989, Umemura.S in Japan r...

AI Technical Summary

Problems solved by technology

[0004] At present, there are following deficiencies in the prior art: (1) can only treat but not diagnose

From the perspective of the overall concept of treating gynecological diseases, it is necessary to be able to enter the treatment state immediately after diagnosis, and these problems have not been solved in the prior art; (3) Individualized treatment condition selection and control technology is relatively backward, drone dialogue measures

Especially in terms of treatment frequency, power, and time optimization selection, the best treatment mode cannot be selected according to the condition, and the degree of automation is not enough; (4) In the case of uncontrollable temperature in the ultrasonic focal region, it is impossible to quickly know the effect of the organism on the treatment process online. The information that causes the rapid response of biological tissues in the treatment area, such as temperature, pain information, behavior information, especially in the case of analgesic injection, these information can no longer be clearly transmitted to the treating doctor through the human nervous system, so it will There are some unsafe hidden dangers; (5) There is no historical record of the treatment process and results, and patients cannot observe the tissue microscopic appearance before and after treatment online; (5) The cost performance is relatively low

Such things can no longer meet the actual requirements of treating women's diseases

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