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传统的干扰电治疗,只产生平面的(二维)效应,在体内许多部位仍然受不到电流的刺激;同时,由于干扰场是恒定不变的,机体仍易于对它产生适应性。理想的治疗,应按照人体三维空间结构的要求,在所有空间方向都有有效的场强;另外,电流的强度和受刺激部位是变化的。新近发展的立体动态干扰电流具有上述优点.立体动态干扰电流的特点立体动态干扰电流,是将三路流动在三维空间的5KHz 的中频电流互相迭加交叉输入人体而实现的,可选择适当的频段使在体内产生所需的立体动态的低频电刺激。这种电流除了立体刺激效应外,电流通过的
Conventional Interference therapy only produces planar (two-dimensional) effects, and many parts of the body are still not stimulated by current; at the same time, the body is still easy to adapt to it because the interference field is constant. The ideal treatment should be in accordance with the requirements of the human body three-dimensional spatial structure, in all spatial directions have effective field strength; In addition, the current intensity and stimulus site is changing. The newly developed three-dimensional dynamic disturbing current has the above advantages: The characteristic of the three-dimensional dynamic disturbing current The three-dimensional dynamic disturbing current is realized by interlacing the three-way 5KHz intermediate frequency current flowing in the three-dimensional space with each other and selecting the appropriate frequency band To produce the necessary three-dimensional dynamic low-frequency electrical stimulation in the body. This current in addition to the three-dimensional stimulus effect, the current through