Running plate buffer structure for intelligent gait training

Abstract

The invention discloses a running plate buffer structure for intelligent gait training, and belongs to the technical field of gait training devices. The running plate buffer structure comprises a rack, a running plate, buffer cushion seats and connecting assemblies. Two positioning strips are arranged on the rack. The two sides of the running plate are located below the two positioning strips respectively, and a through hole is formed in the running plate. Each buffer cushion seat is provided with a buffer cushion, each buffer cushion is provided with a first upper end face and a second upper end face which are different in height, the first upper end faces are higher than the second upper end faces, and the first upper end faces abut against the bottom face of the running plate. The connecting assemblies penetrate through the through hole, one end of each connecting assembly is connected with the corresponding positioning strip, and the other end of each connecting assembly is connected with the corresponding buffer cushion seat. By means of the first upper end faces and the second upper end faces which are different in height and arranged on the buffer cushions, when deformation of the running plate is large, larger buffering force can be exerted on the running plate, and the situation that overlarge counter-acting force formed by overlarge deformation of the running plate directly acts on the feet of a patient is avoided, and the comfort and the safety of the patient during walking training are effectively improved.

Description

technical field [0001] The invention relates to the technical field of gait training devices, in particular to a running board buffer structure for intelligent gait training. Background technique [0002] Walking is the most basic movement in activities of daily living. In the goals and training plan of early rehabilitation treatment, the necessary functions of walking should be fully considered, and carefully guided and implemented, so as to lay a solid foundation for future walking therapy and mobile training. [0003] Coordination, mobility and stability are the three elements of walking. The ability to support body weight, maintain balance, and stride is essential for normal walking. The movements involved in walking (heel strike, single leg support, heel off the ground, leg swing, etc.) all require the coordinated movement of various parts of the body to form a complete, fine, proficient and continuous process in walking. For patients who have lost the ability to wal...

AI Technical Summary

Problems solved by technology

[0005] Patients usually carry out walking training or walking training in daily life environment on the running belt. The running belt needs the running board to support. When the patient performs movements on the running belt, the pressure on the running board changes dynamically. The greater the pressure on the running board, the greater the deformation of the running board, and the greater the reaction force will be on the patient. For patients who have lost or partially lost the ability to walk, the greater reaction force may have a greater impact on the patient's legs. cause injury, is a potential safety hazard

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