Debridement device for endocrine diabetic foot

Abstract

The invention provides a debridement device for endocrine diabetic foot, and relates to the technical field of medical instruments. A damping driving device is connected to the bearing mounting part in a sliding manner; two positioning devices are connected to the bearing mounting part in a sliding manner; the structures of the two positioning devices are the same, and the two positioning devices are symmetrically installed. The two positioning devices are connected with buffering extrusion pieces in a sliding mode correspondingly. The two buffer extrusion pieces are rotationally connected with independent attaching adjusting devices correspondingly. A labor-saving supporting device is fixedly connected to the bearing mounting part; a floating device is installed on the labor-saving supporting device, meanwhile, using is more stable, suturing is convenient, overall using is more flexible, the protection effect is better, adaptability is higher, and the problems that an existing debridement device for the diabetic foot cannot be stably supported for a long time, the debridement operation effect is affected, multifunctional debridement cannot be achieved, current multiple medical means cannot be integrated, and the operation cost is low are solved. And the protection effect is not good.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a debridement device for endocrine diabetic feet. Background technique [0002] Diabetic patients are often accompanied by multiple complications. Among them, diabetic feet are prone to ulcers, and in more serious cases, necrosis may occur. In clinical medicine, a good diabetic foot debridement device plays an important role in medical devices. . [0003] However, as far as the current diabetic foot debridement device is concerned, it cannot assist foot positioning and requires manual support, which not only increases the fatigue of medical staff, but also cannot be stably supported for a long time, and cannot automatically adjust the flank support according to the patient's foot condition. , affecting the effect of debridement surgery, inconvenient for skin grafting, unable to achieve multi-functional debridement, unable to integrate various current medical methods, poo...

AI Technical Summary

Problems solved by technology

[0003] However, as far as the current debridement device for diabetic foot is concerned, it cannot assist foot positioning and needs manual support, which not only increases the fatigue of medical staff, but also cannot support stably for a long time, and cannot automatically adjust the flank support according to the patient's foot condition , affect the effect of debridement surgery, it is not convenient for skin grafting, it cannot realize multifunctional debridement, and it cannot integrate various current medical methods.

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