High-efficiency gas field gathering collimator and application thereof
A collimator and high-efficiency technology, applied in the field of high-efficiency gas field gathering collimators, can solve problems such as lack of gathering gas field efficiency
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Embodiment 1
[0103] Embodiment 1, to the conditioning effect of sprain
[0104] The patient was a 30-year-old male with a sprained ankle and was unable to walk. The wound is swollen.
[0105] Use the gas field gathering collimation structure of this case to directly aim at the wound, turn on the power, and perform conditioning. At this time, there will be a sticky needle feeling similar to acupuncture. When sticky needles occur, patients will feel the sensation of fluid flowing inside the affected area. Pain disappears when there is flow. After conditioning for about two hours, the swelling of the wound was significantly reduced. Two days later, full recovery. Usually this type of sprain takes four to seven days to heal.
Embodiment 2
[0106] Embodiment 2, the conditioning effect of trauma
[0107] The patient is a female, 62 years old. The back of the wrist was scalded, the wound was about three centimeters long and the width spanned the entire back of the hand.
[0108] Use the gas field gathering collimation structure of this case to directly aim at half of the wound, turn on the power, and perform conditioning. The color of the injured tissue is red, and after about one hour of conditioning, the original redness of the treated half fades to be close to the skin color. Three days later, the half that had been conditioned by the aura gathering collimation structure of this case recovered. On the unconditioned half, recovery was delayed by four days (total of seven days).
[0109] Therefore, the high-efficiency gas field gathering collimator of the present invention is that the key to improving the prior art lies in:
[0110] The shape of the gas field concentration collimator of the present invention i...
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Abstract
Description
Claims
Application Information
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