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Design and fabrication of an Assistive system to translocate patients from bed to wheelchairs

机译:辅助系统的设计和制造,该系统可将患者从床转移到轮椅上

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Almost 4% of every 2.5 million elder people are bedridden. In that it is stated as 54 % of manual labors were need for taking care of bedridden patients through out the world. The exciting systems available for shifting bedridden patients is not sufficient and effective. Without manual helpers there is no existing system available for shifting bedridden patients. This design focuses on the action performed by the assistive system which will helps the patient to lift their body weights from their sitting position through a simple mechanism like a operating through switches. This procedure is achieved by the usage of the pneumatic cylinders which is controlled by the air flows from the air compressor through the solenoid valves. The pneumatic cylinders can be operated in both ways to pull the patients in forward direction from bed to the robotic system and pull the patients in backward direction to reach the confinement of the wheel chair.
机译:每250万老年人中有近4%卧床不起。据指出,全世界有54%的体力劳动需要照顾卧床不起的患者。对于卧床不起的患者而言,令人兴奋的系统是不够的和有效的。没有手动助手,就没有现有的系统可以为卧床不起的患者提供服务。该设计着重于辅助系统执行的动作,该动作将通过简单的机制(如通过开关进行操作)帮助患者将体重从坐姿中提起。该过程是通过使用气缸来实现的,气缸由来自空气压缩机的气流通过电磁阀控制。可以以两种方式操作气压缸,以将患者从病床上向前拉到机器人系统,并向后拉患者以达到轮椅的限制。

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