首页> 外国专利> A SIMULATOR-AEROMYSH FOR LESSONS ON DEVELOPMENT OF MOVEMENTS OF UPPER AND LOWER EXTREMITIES IN PATIENTS WITH NEUROLOGIC CLINICS

A SIMULATOR-AEROMYSH FOR LESSONS ON DEVELOPMENT OF MOVEMENTS OF UPPER AND LOWER EXTREMITIES IN PATIENTS WITH NEUROLOGIC CLINICS

机译:神经病患者上肢和下肢运动发展的模拟风湿病

摘要

The utility model refers to medicine for the division of neurology and neuropsychology and can find application in neuro-rehabilitation departments of neurological and neurosurgical clinics. An aeromachine simulator for training in the development of movements of the upper and lower extremities in patients with a neurological clinic, containing a plastic casing with a signal transmitter placed inside it, is provided to ensure its interaction with the computer and an elastic strap secured to it. At the same time, it contains a base made of round plastic with a diameter of 40-60 mm, a thickness of 3-6 mm, on which a swivel platform with the dimensions and the shape of the base is movably rotatable by 180 degrees, by means of an axial connection. At the edges of the swivel platform are rigidly fixed two plastic support posts, on which it is movable, with the possibility of rotation by 90 degrees, by means of an axial connection, a plastic body is fixed in the form of a cylindrical shape with a diameter of 20-40 mm and a length of 30-50 mm. Inside the plastic case there is a gyroscopic sensor designed to recognize the movements of the simulator, a battery and a signal transmitter, which allows the simulator to interact with the computer. In the center of the bases of the planes of the cylinder of the body on one of its lateral parts is installed the button for switching on / off the simulator, which also provides the function of orienting the spatial location of the gyro sensor. On the other side of the cylindrical part of the body at the center of the bases of the cylinder planes is placed an LED indicator, electrically connected to the gyro sensor. And the angle between the on / off button and the LED indicator is 90 degrees relative to the center of the case, the on / off button and the LED indicator. On one of the sides of the body is an electrically connected to the battery connector, designed to connect an external charger. The elastic strap is fixed to the bottom of the base with two control buttons fixed to the left and right of the base, and the gyro sensor and control buttons are electrically connected to the inside of the housing by the signal processing processor, which is electrically connected to the signal transmitter and via the button on / off with battery. The created useful model provides expansion of an arsenal of means,
机译:本实用新型是将神经学和神经心理学划分为一种药物,可以在神经病学和神经外科诊所的神经康复科中找到应用。提供了一个用于训练神经病患者的上肢和下肢运动发展的航空器模拟器,该模拟器包含一个塑料外壳,内部装有一个信号发射器,以确保其与计算机交互作用,并固定有一条弹性带子。它。同时,它包含一个直径为40-60 mm,厚度为3-6 mm的圆形塑料制成的底座,带有底座尺寸和形状的旋转平台可在其中旋转180度通过轴向连接。在旋转平台的边缘上牢固地固定有两个塑料支撑柱,通过轴向连接,两个塑料支撑柱可在其上移动并可能旋转90度,塑料体固定为圆柱形,并带有直径为20-40毫米,长度为30-50毫米。在塑料盒内部有一个陀螺仪传感器,旨在识别模拟器的运动,电池和信号发送器,从而使模拟器与计算机进行交互。在其侧面部分之一上,在人体圆柱平面的底部中央安装了用于打开/关闭模拟器的按钮,该按钮还提供了定向陀螺仪传感器空间位置的功能。在圆柱体的底部中心处的圆柱体的另一侧放置有一个LED指示器,该指示器与陀螺仪传感器电连接。开/关按钮与LED指示灯之间的角度相对于外壳,开/关按钮与LED指示灯的中心成90度。机身的一侧是电连接到电池连接器的,旨在连接外部充电器。弹性皮带固定在底座的底部,两个控制按钮固定在底座的左侧和右侧,并且陀螺仪传感器和控制按钮通过信号处理处理器电连接到外壳的内部,该信号处理处理器是电的通过电池开/关按钮连接到信号发射器。所创建的有用模型可扩展各种手段,

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