Multifunctional surgical perspective locator gauze

Abstract

The invention discloses multifunctional surgical perspective locator gauze, and relates to the technical field of medical treatment equipment. The multifunctional surgical perspective locator gauze comprises a gauze body and a plurality of metal wires embedded into the inner side of the gauze body, wherein the metal wires are divided into two groups, and the colors of the outer walls of one groupof the metal wires are different; marks are symmetrically arranged at two ends of the outer walls of the metal wires, and the marks on different groups of the metal wires are different; and a plurality of flexible pads are arranged at the bottom of the outer wall of the gauze body. The multifunctional surgical perspective locator gauze can be used as surgical gauze and can be used for guiding location of CT or a C arm machine at any time, so that the time accuracy of a location result and the compactness are guaranteed; location gauze can be folded and stacked, so that the matching of specifications is guaranteed; meanwhile, a surgical region is sterilely covered in a perspective process, so that the possibility of infection is reduced; and the flexible pads are in tight contact with skinof a patient, so that the fixation effect of the locator gauze can be improved, and the problem that a reference surface is changed due to the movement of the gauze can be avoided.

Description

technical field [0001] The invention relates to the technical field of medical equipment, and more specifically, the utility model relates to a gauze of a multifunctional surgical perspective positioner. Background technique [0002] In puncture treatment or orthopedic surgery guided by CT or C-arm machine perspective, positioner positioning is an essential item. [0003] The existing locators have the following disadvantages: 1. The fitting degree is not good, the patient’s body is not in a consistent plane, and the radian of each part of the body cannot be well fitted, resulting in inaccurate positioning; 2. Because the existing locators are not Aseptic, different degrees of body movement of the patient after preoperative positioning are inevitable, resulting in inaccurate positioning due to lack of timeliness of skin positioning points; 3. The existing positioner has fixed specifications, and it is impossible to match various parts of the fluoroscopic positioning imaging....

AI Technical Summary

Problems solved by technology

[0003] The existing locators have the following disadvantages: 1. The fitting degree is not good, the patient’s body is not in a consistent plane, and the radian of each part of the body cannot be well fitted, resulting in inaccurate positioning; 2. Because the existing locators are not Sterile, different degrees of body movement of patients after preoperative positioning are inevitable, resulting in inaccurate positioning due to lack of timeliness of skin positioning points; 3. The existing positioner has fixed specifications, and it is impossible to match various parts of fluoroscopic positioning imaging

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