Orthopedic auxiliary traction device

Abstract

The invention relates to an auxiliary traction device for the orthopedics department. The problems that an existing auxiliary traction device for the orthopedics department cannot massage the tractionpart of a patient while conducting traction on the patient and can only conduct traction on the specific part of the patient are effectively solved. According to the technical scheme, a massage traction device is arranged on the front side of a bed board, the massage traction device is composed of multiple mutually cooperated sector blocks and traction devices arranged on the sector blocks, vertical driving structures are arranged on the lower portions of the multiple sector blocks, and the vertical driving structures can sequentially drive the multiple sector blocks to move vertically. The massage traction device can massage the back of the patient while conducting back traction on the patient, a leg traction device is arranged on the rear side of the bed board, the leg traction device can conduct traction on the two legs simultaneously and can also conduct traction aiming at any leg as needed, and applicability is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and in particular relates to an orthopedic auxiliary traction device. Background technique [0002] Traction is a commonly used technique in orthopedic adjuvant therapy. It is not only a means of fracture reduction, but also a measure to maintain reduction. The principle of traction is to use traction force and anti-traction force to act on the fracture site to achieve the purpose of reduction and maintenance of reduction. Its main functions are: (1) slow traction to achieve fracture reduction and maintain reduction, correct shortening and angular displacement, prevent malunion, and bring convenience to surgery. For some fractures, it can also be used as an ultimate treatment method; (2) prevent Excessive displacement of the broken end stimulates the soft tissue, reduces secondary soft tissue damage and bleeding, and relieves the pain of the patient; (3) While waiting for the operation, ...

AI Technical Summary

Problems solved by technology

[0003] At present, during the treatment of diseases in the orthopedics department of the hospital, traction is usually required. When the medical personnel perform traction on orthopedic patients, they need to use a traction bed. The traditional traction bed has a relatively simple structure and a relatively single function. The traction process will last for a long period of time, and the patient’s long-term traction in one posture will cause muscle soreness, which is not conducive to the treatment of traction. Traditional orthopedic auxiliary traction devices are inconvenient to massage the traction parts of the patient during use. Therefore, it is unfavorable for the rehabilitation of the patient, and makes the patient more painful during the treatment process, and the existing traditional traction beds cannot well meet the various necessary requirements of the medical staff when tractioning orthopedic patients, and some traction beds can only treat the patients. The traction treatment of the spine and lumbar spine cannot be used as auxiliary traction for patients with leg fractures. Therefore, when encountering different patients, the hospital needs to be equipped with various traction devices, which increases the cost and greatly increases the cost. The maintenance of the equipment by the medical staff is very important, so a multi-functional orthopedic auxiliary traction device that can both tract the patient and massage the traction part at the same time, and is suitable for patients with fractures such as the spine, lumbar spine, and legs, is particularly important.

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