Carbon fiber orthopaedic traction frame

Abstract

The invention discloses a carbon fiber orthopaedic traction frame comprising a traveling frame vehicle. Two guiding rails are arranged on the traveling frame vehicle in a supported mode; leg supportscapable of sliding are arranged on the positions, on the upper portion of the traveling frame vehicle, of the two guiding rails correspondingly; a butting assembly connected with an operation bed is hinged to the front ends of the two guiding rails in a transversely rotating mode; the butting assembly is provided with a hip seat plate; the hip seat plate is provided with a perineum column and a gypsum bracket; leg-foot traction mechanisms are arranged at the rear ends of the two guiding rails; and two lifting fixing frames capable of sliding are arranged on the lower portions of the rear endsof the two guiding rails. According to the carbon fiber orthopaedic traction frame, traction is convenient, movable steering can be achieved, the hip seat plate can be moved, leg rods are opened and closed conveniently through double cranksets and a two-section structure, and the structure is stable and reliable.

Description

technical field [0001] The invention relates to the technical field of orthopedic medical equipment, more specifically, it relates to a carbon fiber orthopedic traction frame. Background technique [0002] The traditional orthopedic traction frame is very complicated to operate, and it is difficult to achieve the surgical position that the doctor wants. The complicated operation has become a workload for the medical staff. The traditional orthopedic traction frame uses stainless steel or other metals as structural components. Imaging equipment (such as C-arms), because X-rays cannot penetrate these metal materials. In orthopedics, traction refers to a therapeutic operation or operation that uses a series of mechanical devices to straighten the fracture to maintain alignment and release pressure from other skeletal systems. This is one of the heaviest tasks for orthopedic surgeons. , now that people's medical level has improved, higher requirements have been put forward clin...

AI Technical Summary

Problems solved by technology

[0002] The traditional orthopedic traction frame is very complicated to operate, and it is difficult to achieve the surgical position that the doctor wants. The complicated operation has become a workload for the medical staff. The traditional orthopedic traction frame uses stainless steel or other metals as structural components. Imaging equipment (such as C-arm), because X-rays cannot penetrate these metal materials

In orthopedics, traction refers to a therapeutic operation or operation that uses a series of mechanical devices to straighten the fracture to maintain alignment and release pressure from other skeletal systems. This is one of the heaviest tasks for orthopedic surgeons. , now that people's medical level has improved, higher requirements have been put forward clinically, and more superior technical parameters are more in line with clinical use. The development of contemporary medicine, especially orthopedics and imaging surgery, is changing with each passing day. Many surgical and imaging technologies are inseparable from advanced The cooperation of medical equipment, the traditional orthopedic traction frame, uses stainless steel or other metals as structural components, imaging equipment (such as C-arm), because X-rays cannot pass through these metal materials, doctors cannot observe the operation

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