Robot working platform for body position placing, traction, reduction and operation

Abstract

A robot working platform for body position placement, traction, reduction and operation belongs to medical instruments, a plurality of fixing holes are arranged on a surface plate of the robot working platform, fixing piles and limb brackets are respectively inserted in the fixing holes, the surface plate is mounted in a track frame, a track is arranged on the periphery of the track frame, and the fixing piles and the limb brackets are fixed on the track frame. A robot arm capable of sliding along the track is installed in the track and connected with the traction support. The robot arm has the advantages that the robot arm slides on the rail around the surface plate, and the robot arm, the surface plate, the fixing pile, the limb bracket and the traction support jointly complete body position placement, fracture traction, displacement reduction and surgical operation. The fixing pile and the limb bracket can be freely adjusted according to the operation requirement and the specific conditions of the body position and the body shape of a patient, and the body position placing, traction, reduction and operation can be completed at the same time. The surface plate is directly mounted on the operating bed, mounting operation is simple, equipment cost is reduced, operation workload is reduced, and a robot operation working basis is provided.

Description

Technical field [0001] The present invention belongs to an orthopedic medical device, particularly relates to a robot working platform designed in accordance with traditional Chinese medicine orthopedic techniques for placement, traction, correction and surgery of patients with limb fractures. Background [0002] Position, traction and orthopedics are the most basic three elements of TCM orthopedic techniques, in TCM orthopedics, postural position is the basis for achieving good traction correction, traction is the basic method of fracture correction, fracture correction is the further adjustment of traction reduction, the importance of the three is indispensable. [0003] The quality of the positioning determines the quality of the fracture traction reduction. At present, there is no complete special tool for the placement of orthopedic surgery, and only relies on some scattered pillows to place the patient's position, which cannot meet the position requirements of robot tracti...

AI Technical Summary

Problems solved by technology

In addition, orthopedics is divided into three parts, namely bone joints, spine and trauma. At present, the application of orthopedic robots in bone joints, spine and trauma is limited to the level of positioning, especially in trauma orthopedics, which are limited to pelvic fractures. Limb fracture reduction and surgery are still blank

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