Intelligent finger-separating system

Abstract

The invention discloses an intelligent finger-separating system. The finger-separating system includes a finger-separating plate and finger-separating blocks arranged on the finger-separating plate, and the finger-separating blocks are connected to a driving device for driving the finger-separating blocks to move so as to adjust the distances between the adjacent finger-separating blocks; the finger-separating system also includes a controller which is in signal connection with the driving device; the two sides, contacting with fingers, of the finger-separating blocks are respectively providedwith first pressure sensors in signal connection with the controller; and the controller is also in signal connection with an input device for inputting preset pressure, and controls the driving device to stop running when the pressure values detected by the first pressure sensors are greater than the preset pressure. The controller controls the driving device to adjust the positions of the finger-separating blocks, so that the adjustment on the distances between the adjacent finger-separating blocks can be realized, the using requirements of different patients can be met, and application ranges can be increased; and the controller can realize the automation of finger separating according to the input preset pressure, so that the training needs of different patients can be met, and the effects of finger rehabilitation training can be significantly enhanced.

Description

technical field [0001] The invention relates to the technical field of finger rehabilitation, and more specifically relates to an intelligent finger pointing system. Background technique [0002] Stroke is a major disease that endangers the health of the general public. Its fatality rate and disability rate are extremely high. It mostly occurs in the middle-aged and elderly people, but it also tends to be younger. It is not uncommon for patients in their 30s and 40s in clinical practice. According to the report of the World Health Organization, 80% of stroke patients have different degrees of limb dysfunction, and more than 60% of them still have upper limb dysfunction after entering the chronic phase, especially hand dysfunction. The human upper limb function accounts for 60% of the whole body function, and the hand function accounts for 90% of the upper limb function. Intact hand function plays a very important role in people's daily work and life. [0003] As one of the...

AI Technical Summary

Problems solved by technology

[0004] Although the existing fingerboards can effectively separate tense fingers, the fingerboard blocks are fixed, which cannot be applied to palms of different sizes, nor can it be applied to patients with swollen fingers, and the wooden fingerboard May cause unassessed pain and injury during forced fingering

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