The invention discloses a walking support capable of being automatically adjusted for spinal cord injury rehabilitation, and relates to the technical field of walking supports for rehabilitation, the walking support comprises a main body rod, first piston rods are movably connected to the two ends of the bottom of the main body rod, and hydraulic telescopic cylinders are fixed to the two sides of the exterior of a fixing frame. When the telescopic frames descend, telescopic toothed plates distributed at the bottoms of the telescopic frames in a staggered mode are meshed with gears to enable the gears to rotate, the two gears drive the two brake clamping arms to clamp and brake walking shafts on the outer sides of the walking wheels correspondingly, the walking shafts of the walking wheels are locked at the moment, and meanwhile brake extrusion blocks are made to extrude the outer sides of steering shafts; the steering shaft is locked through friction force, when a patient uses the walking support to start, the walking shaft of the walking wheel and the whole steering shaft are locked at the same time under the action of the structure when the arm exerts force, and therefore when the patient exerts force, the whole walking support is more stable; and the overall stable supporting performance of the walking support is effectively improved.
本发明公开了一种能够自动调整的脊髓受损康复用行走支架,涉及康复用行走支架技术领域,包括主体杆,所述主体杆底部两端活动连接有第一活塞杆,所述固定架外部两侧皆固定有液压伸缩筒。本发明当伸缩架下降时,每组伸缩架底部交错分布的伸缩齿板啮合齿轮使其转动,两组齿轮分别带动两组制动夹持臂对行走轮外侧的行走轴进行夹持制动,此时行走轮的行走轴锁定,与此同时,使制动挤压块挤压在转向轴的外侧,通过摩擦力对转向轴进行锁定,当患者使用行走支架进行起步时,手臂发力的同时,通过上述结构的作用下,使行走轮的行走轴以及整体的转向轴同时锁定,进而在患者发力使,行走支架整体更加稳定,有效的提高了行走支架整体的稳定支撑性。
Walking support capable of being automatically adjusted and used for spinal cord injury rehabilitation
一种能够自动调整的脊髓受损康复用行走支架
2023-05-09
Patent
Elektronische Ressource
Chinesisch
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