Wireless calcaneus clamp with real-time pressure monitoring structure

Abstract

The invention provides a wireless calcaneus clamp with a real-time pressure monitoring structure. The wireless calcaneus clamp comprises a first clamping rod and a second clamping rod. The first clamping rod and the second clamping rod are arranged side by side. The same ends of the first clamping rod and the second clamping rod are connected through a head hinge in a gap adjustable mode. A first pressure-measuring calcaneus clamping plate is arranged on the first clamping rod in a position adjustable mode. A second pressure-measuring calcaneus clamping plate, corresponding to the first pressure-measuring calcaneus clamping plate in position, is arranged on the second clamping rod in a position adjustable mode. The first pressure-measuring calcaneus clamping plate or the second pressure-measuring calcaneus clamping plate is connected with a pressure-measuring sensor through a corresponding pressure conduction structure so as to collect pressure data of the first pressure-measuring calcaneus clamping plate or the second pressure-measuring calcaneus clamping plate. The wireless calcaneus clamp has the advantages of lightweight structure, high rigidity, capability of detecting pressure and wirelessly transmitting data in real time, convenience in use and high measurement accuracy.

Description

technical field [0001] The invention relates to a calcaneus fracture orthopedic clamp, in particular to a wireless calcaneal clamp with a pressure real-time monitoring structure. Background technique [0002] Calcaneal fracture is a common disease in the current society. Falling from heights or car accidents will damage the calcaneus. 85%-90% of calcaneus fractures are intra-articular fractures, which are mainly manifested as widening of the posterior transverse diameter of the calcaneus, and changes in the arch of the foot resulting in foot deformities, which affect people's walking function and have sequelae. At present, there is no ideal treatment method, especially the pain caused by the widening of the transverse diameter of the calcaneus is difficult to cure. Conservative manual reduction is often used clinically. The clinical conservative treatment of the calcaneus is suitable for intra-articular fractures with no displacement or displacement less than 2mm, and also ...

AI Technical Summary

Problems solved by technology

Calcaneal surgery reduction instruments mainly include plaster fixation, needle prying or traction devices, etc. These reduction tools do not have relevant mechanical data and shape and position parameters, and cannot quantitatively analyze the interaction mechanism between the calcaneus clamp and the human body and guide them more effectively through experiments. Physicians use tools better to achieve better outcomes

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