Trigonometric simulator of two group operation recovery and visual spatial memory unit

摘要

A useful model for neurology in medicine,Neurorehabilitation and neuropsychology, and can be found in group courses in neurorehabilitation and neurosurgical clinics.Recovery of computational operations and visuospatial memory in patients with neurologic clinics has different etiologies of brain tissue damage.;Useful models include plastic sheets)（In the form of isosceles triangle,Can go upOn the face and back, the basic and supplementary deepening cells were completed. [3,4] with the same depth;And in the lower corner of the board) (1) finish the pen) 2.In this case, the basic deepening lattice（Additional element (4) is in the form of triangle,1. With the same size, you can use arithmetic symbols and icons to add watermarks;In this case, the basic unit deepening (3) is arranged as follows: at the bottom of each plate surface (1) there is the basic unit deepening (3)There is a similar horizontal series of core cells above - depth) (3) therefore,What is the main cell number - deep) 3) at each horizontal line,previous pageAdd a basic cell (depth)（2;The additional unit (4) is thus completed,Each additional cell depth (4) lies between two adjacent basic cell depths (3) between each horizontal line;In this case, the number and location of cells (deepening)（;Therefore,Triangle simulator provides the possibility of long-term group courses through its design elements3. Recover the counting and visuospatial memory courses of patients with a large number of neurological clinicsIncluding patients with small motor failure and hand tremor.;The so-called "triangle Simulator" provides a new element for the recovery job,Make them an interesting and attractive neuromotor training. Because of its simple design and convenient use, "triangle Simulator" can be widely used in clinical practice.