Abstract: An application method of Dendrobium candidum in preparing a medicine for treating hypertension, includes: separately adding an adjuvant, according to a conventional medicine processing method, into Dendrobium candidum powder, or an extracting solution of Dendrobium candidum powder obtained by alcohol and water extraction, or a mixture of Dendrobium candidum powder and the extracting solution obtained by alcohol and water extraction, and preparing same as traditional Chinese medicine tablets, granules, suspended granules, pills, powder, or capsules, thereby obtaining a medicine for treating hypertension.

Abstract: An application method of Dendrobium candidum in preparing a medicine for treating hypertension, includes: separately adding an adjuvant, according to a conventional medicine processing method, into Dendrobium candidum powder, or an extracting solution of Dendrobium candidum powder obtained by alcohol and water extraction, or a mixture of Dendrobium candidum powder and the extracting solution obtained by alcohol and water extraction, and preparing same as traditional Chinese medicine tablets, granules, suspended granules, pills, powder, or capsules, thereby obtaining a medicine for treating hypertension.

Abstract: A hypertension therapy instrument comprises an infrared ray generator that can radiate infrared ray onto a human body; a heart rhythm signal generator sensing heart rhythm of the human body and outputs a heart rhythm signal containing heart rhythm information; a controlling device receiving the signal outputted by the heart rhythm signal generator and controlling a radiation intensity of the infrared ray generator based on the heart rhythm of the human body, so that the radiation intensity of the infrared ray generator changes with the heart rhythm of the human body, so as to treat hypertension; and a power supply supplying power to the infrared ray generator, the heart rhythm generator, and the controlling device.

Abstract: A hypertension therapy instrument comprises an infrared ray generator that can radiate infrared ray onto a human body; a heart rhythm signal generator sensing heart rhythm of the human body and outputs a heart rhythm signal containing heart rhythm information; a controlling device receiving the signal outputted by the heart rhythm signal generator and controlling a radiation intensity of the infrared ray generator based on the heart rhythm of the human body, so that the radiation intensity of the infrared ray generator changes with the heart rhythm of the human body, so as to treat hypertension; and a power supply supplying power to the infrared ray generator, the heart rhythm generator, and the controlling device.

Abstract: An infrared ray generator controlled by photoelectric finger pulse sensor comprises a carrier circuit, a photoelectric signal generating circuit, a photoelectric finger pulse signal receiving circuit, a signal anti-disturbing circuit, a carrier amplification circuit, a detecting and filtering circuit, a low pass amplifying circuit, an intelligent processing circuit, a voltage regulation circuit for triggering and controlling infrared ray lamp, and a power supply circuit for the infrared ray generator.