Integrated intelligent wooden peg board training system

Abstract

An integrated intelligent wooden peg board training system comprises a supporting bottom plate, a rectangular array composed of a plurality of automatic orifice plate switching mechanisms is arrangedon the supporting bottom plate, each automatic orifice plate switching mechanism comprises a rotating wheel, the rotating wheel is connected with a rotation driving device, a perforated plate kit is arranged on the side surface of each rotating wheel, each perforated plate kit comprises a prism, holes with different shapes are formed in two adjacent surfaces of each prism, a positioning push-pulldevice is mounted at the lower part of one end of each prism in the length direction, a positioning plate is fixedly connected to each positioning push-pull device, sensing heads are installed on allfaces of the other end of each prism in the length direction, a plurality of sensors are arranged on the lower portion of each prism, rotating shafts are fixedly connected to the centers of the two end faces of each prism, a driving shaft is fixedly connected to the center of each rotating wheel, and an electric control clutch device is arranged between each rotating shaft close to the corresponding rotating wheel and the corresponding driving shaft in the corresponding perforated plate kit. The system is low in cost, simple in structure and diverse in transformation.

Description

technical field [0001] The invention relates to rehabilitation training equipment, in particular to an integrated intelligent wooden board training system, which belongs to the technical field of rehabilitation training equipment. Background technique [0002] The splint is an auxiliary medical tool to help patients with brain injury restore the coordination of limbs and brain. The traditional wooden splint includes uprights and a splint with jacks. When in use, the patient needs to insert multiple uprights into the fixed jacks one by one to complete the training. Evaluate recovery. The training process requires the therapist to count the insertion situation, and then get the evaluation results. It can be seen that the traditional wooden splint is time-consuming and laborious in the training process, and it is highly dependent on the therapist. Chinese Patent Application No. 2019200423131 discloses a smart wooden board, which can count and evaluate the number of inserted t...

AI Technical Summary

Problems solved by technology

The training process requires the therapist to count the insertion situation, and then get the evaluation results. It can be seen that the traditional wooden splint is time-consuming and laborious in the training process, and it is highly dependent on the therapist

Chinese Patent Application No. 2019200423131 discloses a smart wooden board, which can count and evaluate the number of inserted training boards. However, the current wooden board has only a single hole for each board. , the difficulty of single-shape splint training cannot be adjusted, and the effect is average. This kind of training can not exercise the patient's cognitive ability well and increase the training effect of hand-eye coordination. In the training, a splint shape is often used to correspond to The hole-shaped orifice plate, such as a circle or a triangular orifice plate or a square orifice plate, this single-shaped orifice plate is not effective for the patient's cognitive ability training, if another shape of the plate is used for training , it is necessary to manually replace the orifice plate, and the replacement of the orifice plate is often cumbersome and laborious, and needs to be completed by medical assistants. The preservation and management of the orifice plate is heavy, because many users are patients with cognitive impairments. Orifice plates are often discarded or lost, resulting in the incompleteness of training equipment, and more importantly, the number ratio and position of holes of various shapes in the orifice plate cannot be changed randomly. The difficulty of training cannot be adjusted, so the difficulty and quality of training cannot be precisely controlled, which increases the limiting factors for patients during training, increases the cost of training, and the difficulty of training cannot be adjusted, so the effect is not good

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