Intravaginal ultrasonic probe for gynecological operation and examination

Abstract

The invention discloses an intravaginal ultrasonic probe for gynecological operation and examination, comprising a B ultrasonic transducer arranged in the vagina of a patient during in-utero, uterine neck and uterine tube surgery operations, a probe arm for connecting the B ultrasonic transducer and a cable outgoing arm, wherein the probe arm and the cable outgoing arm are transited through an arc connection rod, the probe is installed at the top end of the probe arm, and the extension lines of the probe arm and the cable outgoing arm form an included angle of 78-87 degrees. The probe arm andthe arc connection rod and even the cable outgoing arm are all flat and wide cable sheath coated with flexible circuit boards, the sections of the probe arm and the arc connection rod are matched with the lower piece of a speculum, and the cable outgoing arm is connected with a host through a connection cable.

Description

technical field [0001] The invention relates to a medical instrument for gynecological operation and gynecological examination, especially an intravaginal real-time ultrasonic detection device including uterine, cervix and fallopian tube auxiliary operations. Background technique [0002] Gynecological examinations and intrauterine, cervical, and fallopian tube surgical procedures have traditionally relied solely on the "feel" transmitted through manually operated instruments and the experience of the surgeon. However, if the doctor is not sure about the location and size of the uterus, it may puncture the uterus or cause other harm to the body, such as in the case of cervical stenosis or uterine tumors (endometrioma or sarcoma). more dangerous. The main risks of uterine penetration mentioned above include bleeding, trauma to abdominal viscera, and damage to internal organs such as the bowel, omentum, mesentery, ureters, and fallopian tubes. Therefore, laparoscopy or lapar...

AI Technical Summary

Problems solved by technology

[0014] There is a demand for implantable B-mode ultrasonic monitors for women who are adapted to the above-mentioned various gynecological operations, but the B-mode ultrasonic monitors of the prior art are still limited.

Or the volume of the B-type ultrasonic monitor probe is large, or it needs a special holder or fixer to fix it, or the position of the B-type ultrasonic monitor probe is difficult to reach a more ideal place, or the B-type ultrasonic monitor The probe cannot scan the complete uterus at a fixed position, so it cannot adapt to various uterine positions and various gynecological operations

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