Uterine curettage device for gynaecology and obstetrics operation
A technique used in surgery and obstetrics and gynecology, which is applied in the field of medical devices, can solve the problems of difficult curettage and poor support stability of patients, and achieve the effects of reducing discomfort, improving efficiency and ensuring safety
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Embodiment 1
[0027] Join figure 1 Attachment figure 2 Attachment image 3 Attachment Figure 4 Attach Figure 5 In this embodiment, an obstetrics and gynecologic surgery is applied;
[0028] An obstetrics and gynecology surgical scrape device, the scraper means including a dilated module that supports the expansion of the patient's corresponding tissue, and projects from the expansion module toward the patient's cervix into the palace. The cavity is made to scrape the tissue of the intrauterine, which is disposed in the probe module to monitor the case of the patient's uterine cavity, and provided in the probe module. The dredge module of the dredge operation is performed in the channel of the probe module;
[0029] Wherein, the expansion module includes an outer expansion coil having a curved structure disposed with a curved structure disposed with the vagina of the patient, and is fitted with an inner ring region of the outer spreading ring. A expanding member of the airtight airbag connected b...
Embodiment 2
[0039] Join figure 1 Attachment figure 2 Attachment image 3 Attachment Figure 4 Attach Figure 5 In addition to the contents of the above embodiments, it is also:
[0040] The monitoring module includes an acoustic wave detector disposed at the probe wall, which is laid in the outer spreading ring for monitoring the tissue of the outer diffusion ring on its abutment. The stress sensor, the signal received by the acoustic wave detector and further by analysis processing to determine the identification unit of the respective region of the probe wall, set the abutment plate 11. The flexible pressure sensor, and further control units according to the operation of the formation drive unit according to the monitoring signal of the flexible pressure sensor and the stress sensor, specifically, the recognition unit receives the acoustic wave detector. The detection signal, the probe signal occurs when the probe wall is sequentially passed through the patient's vagina, the cervix, and the hy...
Embodiment 3
[0044] Join figure 1 Attachment figure 2 Attachment image 3 Attachment Figure 4 Attach Figure 5 In addition to the contents of the above embodiments, it is also:
[0045] Among them, the exploration conduit swinds to the end of the patient's uterine cavity to explore the end and the detection conduit is located at the other end of the patient in vitro, and the dredge module includes fixed disposed. The fixed ring of the drainage end of the pipe is explored, and the active body is fitted to the scraping member in the fixed ring, and the pumping member drives the scraping member to extends into the middle portion of the exploration conduit to flow to the flow. Tissue fluid in the suction channel for agitation dispersed drive mechanism;
[0046] The fixed ring includes at least partially supporting at least a portion of the tubular structure to be fitted to the inner wall of the suction passage, and the inner fixing member disposed outside the exploration pipeline, at least partially...
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