Retractor for hypogastrium low rectal tumor operation

Abstract

Provided is a retractor for hypogastrium low rectal tumor operation. The retractor is characterized by comprising a vertical rod (1), the vertical rod (1) is arranged on an operation bedside support (2), the vertical rod (1) is provided with a U-shaped hanging rack (3) with an adjustable height, the vertical rod (1) is obliquely arranged on one side of the bottom edge of the U-shaped hanging rack(3), one edge of the U-shaped hanging rack (3) is provided with an inner edgefold (6), the U-shaped hanging rack (3) and the inner edgefold (6) are both provided with hook plate hanging racks (4), a hook plate (5) or an intestinal clamp (12) is arranged on each hook plate hanging rack (4). The retractor for hypogastrium low rectal tumor operation has the advantages that the structure is simple, the retractor can help a second assistant work, surgical participants are reduced, and the labor intensity is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps medical professionals perform procedures by replacing damaged muscle layers that surround vital areas like mid/low rectosigastrics without causing excessive stress on patients who have undergone operations. It achieves these technical benefits through automatic control over how much force should be applied while maintaining constriction around sensitive body parts called the lower gastrointestina. Additionally, there is no extra effort required from operators because they only require their own hands instead of having them constantly touch throughout all aspects of the procedure. Overall, this system provides better protection against injury caused by prolonged training sessions and reduces workload.

Problems solved by technology

There are technical problem addressed in this patents that needs to be solved when performing minimally invasive procedures like mid/low rectamisolaterals (MIS). Current methods involve placing an external device called a catheter inside the patient's body through incision made under general anesthesia, making them difficult to handle without causing injury. Additionally, current devices require multiple supports placed outside the operative field, increasing stress levels and potential health hazards associated with these techniques.

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