Miniature ultrasonic ovulation monitoring equipment

Abstract

The invention relates to the technical field of ultrasonic imaging equipment, in particular to miniature ultrasonic ovulation monitoring equipment. The equipment comprises a handle and a probe; an ultrasonic head and a receiving part are arranged in the probe; a deformation body is arranged between the probe and the handle; a plurality of supporting rings are arranged on the inner wall of the deformation body and are arranged at equal intervals in the radial direction of the deformation body; an adjusting valve group, a main control circuit board and a power supply are arranged in the handle; the adjusting valve group is connected with the plurality of supporting rings through bundled pipelines. The equipment adopts the reasonable structure, the ultrasonic probe is connected through the deformation body and goes deep into the body of a patient, the deformation body is twisted and adjusted by any angle through expansion and contraction of the supporting rings and is twisted and adjusted through spiral arrangement of semicircular rings, and the discomfort of the patient due to an ultrasonic examination is reduced; the patient can operate the equipment, result displaying and data transmission can be realized by the aid of an APP (application), long-distance synchronous examination and self-operation possibility is realized, and the discomfort of the patient is avoided.

Description

technical field [0001] The invention relates to the technical field of ultrasonic imaging equipment, in particular to a miniature ultrasonic ovulation monitoring equipment. Background technique [0002] The ovarian cortex is composed of an oocyte and many small follicle cells around it. According to the morphological and functional changes in the follicle development process, it can be divided into three stages: primordial follicle, growing follicle and mature follicle. Women are born with primitive follicles. There are 700,000 to 2 million primitive follicles in both ovaries of newborns, and about 40,000 primitive follicles by puberty. Ultrasound imaging provides an effective method for detecting follicle development and ovulation, and can diagnose abnormal follicle development and various ovulation disorders more clearly. [0003] At present, ultrasonic follicle monitoring is one of the routine methods in the diagnosis and treatment of infertility. The purpose is to chec...

AI Technical Summary

Problems solved by technology

However, follicle monitoring starts on the tenth day after menstruation, and then regularly goes to the hospital for examination according to the growth and development of follicles. It is very troublesome but necessary for patients.

Common B-ultrasound examinations require the probe to be penetrated into the patient's body, requiring professional doctors to perform endoscopic operations, and the structure of the B-ultrasound probe is solidified, which will bring greater discomfort to patients with gynecological diseases

Images