A research team led by Pak In Hui, a researcher at the Faculty of Biology and Medicine Engineering, has developed an electrical stimulator combined with low-frequency and medium-wave heat. It is a modern computer-controlled medical device of our own style in which optimization and digitization are fully realized.
The stimulator consists of a body, an RS-232C data transmission bus, a computer therapy control program, and therapeutic conductors. The body is divided into three parts: diagnosis, therapy and display.
The therapeutic conductors include a massage stimulator to relieve the tension of visceral organs and muscles and improve blood circulation, a roll needle stimulator capable of self-searching and stimulating various treatment points, and a device for treating diseases using a midwave tunnel effect.
They determined the optimal stimulus parameters for appropriate frequency, intensity, time and method to accurately detect and measure light blood reaction points on the skin surface and to treat diseases and dysfunctions.
When diseases destroy the homeostasis of human body, the stimulator can effectively treat them by giving frequency and midwave tunnel stimulus to the corresponding acupuncture points. It is particularly effective for digestive and urinogenital diseases.
This device can automatically control all treatment processes by computer therapy control programs according to diseases and patient’s conditions, and it can save many drugs as it provides non-infestation therapy. Thus, it will enjoy wide application in the field of public healthcare.
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