| 摘要 |
The present invention relates to a medical treatment apparatus equipped with a glass lamp containing nanometal. More particularly, the present invention relates to a medical treatment apparatus equipped with a glass lamp containing nanometal, in which a cold cathode fluorescent lamp constituting a probe of the apparatus that contacts the infected or wounded part of the body of a patient, and a glass tube covering the lamp are mixed with nanometal (platinum, silver) to mass-produce oxygen conductors having germicidal power against bacteria and viruses and to treat inflammation and injury caused by bacteria and viruses in a variety of body parts in a more effective manner, thereby improving the effects of treatment under a low current environment. Further, said probe has a contact end formed into a shape suitable for the purpose of treatment, to thereby effectively apply oxygen conductors to inflammation and injury occurring in a variety of body parts. The medical treatment apparatus equipped with a glass lamp containing nanometal according to the present invention comprises: a power source unit for generating field voltage from alternating current; a ballast which can convert commercial voltage supplied from the power source unit into high voltage and high frequency by using an electronic circuit; a control unit connected to the ballast to select a control frequency in accordance with the purpose of treatment and the part of the body to be treated, and to control the whole system; a grounding electrode which is connected to the control unit, and which contacts a body part of a patient; a user interface including a system power source, an output intensity regulating switch, a timer, a speaker, and a display; and a handpiece which is connected to the ballast and which has a contact end having a shape varying in accordance with the purpose of treatment. |
