Fallopian tube recanalization body position rack

Abstract

The invention relates to medical auxiliary machines, particularly to a fallopian tube recanalization body position rack. The fallopian tube recanalization body position rack comprises a base and a popliteal fossa support device, whereinthe popliteal fossa support device comprises two popliteal fossa supporting plates, two vertical brackets and two horizontal brackets; the popliteal fossa support plates are fixed tothe tops of the vertical brackets, and the vertical brackets capable of moving up and down inthe vertical direction are movably arranged on the horizontal brackets; two symmetric sliding chutes are formed in the base, the horizontal brackets are positioned in the sliding chutes respectively, a vertical plate is arranged between the sliding chutes, one end of each horizontal bracket is movably arranged on the vertical plate, and the horizontal bracket can move left and right in the horizontal direction; a pressure plate is fixed tothe front end of the base through hinges. The fallopian tube recanalization body position rack is positioned under a patient body when in need, the treatment to patients in other types on a duct bed cannot be influenced, the operation of a machine cannot be influenced, and the fallopian tube recanalization body position rack can provide convenience for the application of the intervention diagnosis and treatment tothe fallopian tube recanalization patient.

Description

technical field [0001] The invention relates to a medical auxiliary machine, in particular to a fallopian tube recanalization position stand. Background technique [0002] The gynecological bed is essential in clinical obstetrics and gynecology. Interventional tubal recanalization is a minimally invasive diagnosis and treatment of tubal obstruction diseases under the guidance of X-rays and using catheter guide wire technology. safe and effective treatment. During the treatment process, patients need to use their lithotomy position to carry out interventional diagnosis and treatment under the guidance of X-rays. However, since ordinary catheter beds do not have lithotomy position stands, it is difficult for patients to take lithotomy positions for a long time. If a position stand is installed on the catheter bed, It will also affect the intraoperative operation and X-ray machine operation of other non-intervention patients in this position. In the prior art, most of the lit...

AI Technical Summary

Problems solved by technology

During the treatment process, patients need to use their lithotomy position to carry out interventional diagnosis and treatment under the guidance of X-rays. However, since ordinary catheter beds do not have lithotomy position stands, it is difficult for patients to take lithotomy positions for a long time. If a position stand is installed on the catheter bed, It will also affect the intraoperative operation and X-ray machine operation of other non-intervention patients in this position. In the prior art, most of the lithotomy body positions are installed on the X-ray catheter bed. One is to affect the operation of other operations, and the other is to replace the machine , it is necessary to re-order and install the lithotomy position frame, which is not only time-consuming and labor-intensive but also costly

In addition, the existing body position frame is installed on the machine, and the size cannot be adjusted, and it cannot be conveniently adjusted according to the characteristics of each person

[0003] Currently, there is no good solution

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