Rehabilitation device after bone metastasis of lung cancer

Abstract

The invention relates to a lung cancer bone metastasis postoperative rehabilitation device. The lung cancer bone metastasis postoperative rehabilitation device comprises a housing, the housing is provided with a rotary inner tube and a rotary outer tube which are coaxially arranged, the inner tube is provided with a spiral through groove, the outer tube is provided with a linear through groove parallel to the axis of the outer tube, the inner tube is provided with a radial sliding bar sliding along the spiral through groove, the outer tube is provided with a slider sliding along the linear sliding groove, the radial sliding bar is connected with the slider, and the end portion of the radial sliding bar is provided with balls; the inner tube and the outer tube are connected through a clutchdevice so as to rotate asynchronously, and the clutch device is driven by a motor; both ends of the housing are provided with clamping devices. The lung cancer bone metastasis postoperative rehabilitation device aims at providing two different massage manners, promotes and improves blood circulation through local massage to enhance muscular activity and avoid postoperative adverse effects and complications.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a rehabilitation device after lung cancer bone metastasis operation. Background technique [0002] Lung cancer bone metastases surgery generally includes fracture surgery and bone lesion resection surgery. After surgery, a relatively long period of bed rest and rest will be experienced. Long-term bed rest will bring patients with internal organ diseases such as decreased cardiopulmonary function, lung infection, thrombosis, urinary tract infection, etc. Circulatory system diseases such as infection, digestive system diseases such as loss of appetite and constipation, and adverse reactions such as pressure sores, osteoporosis, joint stiffness, muscle atrophy and weakness, etc., can also cause physical weakness, decreased pain threshold, depression, etc., thereby affecting recover. [0003] In order to avoid the above-mentioned adverse risks, rehabilitation training is gen...

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Problems solved by technology

[0002] Lung cancer bone metastases surgery generally includes fracture surgery and bone lesion resection surgery. After surgery, a relatively long period of bed rest and rest will be experienced. Long-term bed rest will bring patients with internal organ diseases such as decreased cardiopulmonary function, lung infection, thrombosis, urinary tract infection, etc. Circulatory system diseases such as infection, digestive system diseases such as loss of appetite and constipation, and adverse reactions such as pressure sores, osteoporosis, joint stiffness, muscle atrophy and weakness, etc., can also cause physical weakness, decreased pain threshold, depression, etc., thereby affecting recover

[0003] In order to avoid the above-mentioned adverse risks, rehabilitation training is generally recommended after similar operations. However, since most patients with bone metastases are in poor physical condition due to long-term suffering from lung cancer, it is difficult to carry out systematic and complete rehabilitation training, even for patients with mild lung cancer. Stress reactions such as asthma and cough are also prone to occur during rehabilitation training; therefore, the postoperative rehabilitation process of such patients is relatively long, and the risk of concurrent diseases is high, which brings great distress and pressure to the patients

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