Fluorescent lamp, photodynamic cholesterol reducing instrument using fluorescent lamp as light source and using method thereof
A fluorescent lamp, photodynamic technology, applied in the medical field, can solve problems such as physical injury and heavy burden
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Embodiment 1
[0064] Rare earth phosphate system La 1-x-y-z m z ·PO 4 : Ce x R y The UV-B segment ultraviolet phosphor accounts for 10% by weight; the rare earth three-color visible light phosphor accounts for 90% by weight, which is used as the phosphor layer of the physiotherapy lamp; Fluorescent therapy lamps made by advanced fluorescent lamp manufacturing process, the spectrum emitted by them, such as figure 2 shown.
Embodiment 2
[0066] Using rare earth phosphate system medium wave ultraviolet light phosphor La 1-x-y-z m z ·PO 4 : Ce x R y Accounting for 10% by weight, the calcium halophosphate system visible light phosphor and high color rendering phosphor account for 90% by weight as the phosphor layer of the sunlight physiotherapy lamp, and the aforementioned high borosilicate glass shell and other related accessories are used, and the above process is also used Produce fluorescent lamps. Its emitted spectrum, such as image 3 shown.
[0067] Similarly, the fluorescent lamps produced by using the above-mentioned UV-B segment ultraviolet phosphor and visible light phosphor in different proportions of the present invention are shown in Table 2.
[0068] Table 2
[0069]
[0070]
[0071] The glass shell is straight pipe, bent pipe, spherical or ellipsoidal.
[0072] Then use the above-mentioned fluorescent lamp as the light source, and additionally use an auxiliary light source emitting ...
Embodiment 15
[0080] Turn on the power switch of the photodynamic alcohol reduction instrument, and irradiate the skin of patients with high cholesterol with UV-B light source and visible red light source at the same time (in this example, the patient's back is irradiated), and the total UV-B radiation dose is 30 μw / cm per day. 2 / min, the total radiation dose of red light accumulated 30J / cm per day 2 . The comparison of the results before and after 4 weeks of irradiation is shown in Table 3.
[0081] table 3:
[0082] patient (age)
[0083] The test results showed that the total cholesterol content in the patient's body decreased from an average of 7.02mmol / L before treatment to 4.882mmol / L after treatment, a decrease of 30.45%, and remained within the normal range.
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