Hand-held xerophthalmia phototherapy device and xerophthalmia phototherapy method
A dry eye and light therapy technology, applied in light therapy, therapy, radiotherapy, etc., can solve the problems of difficulty in popularizing dry eye patients, increasing medical risks, expensive large-scale equipment, etc., and achieve the elimination of abnormal telangiectasia , reduce eyelid vascularization, and protect the effect of safety
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Embodiment 1
[0039] refer to figure 1, provides a hand-held phototherapy device for dry eye syndrome, including a housing 1, the housing 1 is provided with a light outlet 10, and a pulsed light generating device 22 is provided inside the housing 1 close to the light outlet 10, and the housing 1 1 is also provided with a controller 20 for driving the pulsed light generating device 22 and a power supply 21 for powering the controller 20 and the pulsed light generating device 22. The controller 20 includes a light control terminal 4 and a power receiving terminal 9. The light control terminal 4 contains a control circuit, the pulsed light generating device 22 is coupled to the light control terminal 4 through the control circuit, and the power supply 21 is coupled to the power receiving terminal 9; the pulsed light generating device 22 is controlled by the light control terminal 4 to generate light A pulse train with an energy density of 1 J / cm² to 25 J / cm², said pulse train consisting of a p...
Embodiment 2
[0080] A phototherapy method for dry eye syndrome is provided, which is applied to any one of the hand-held phototherapy equipment for dry eye syndrome in the first embodiment above, and specifically includes the following steps:
[0081] The intelligent detection device receives the reflected light reflected from the skin, generates a Lab value according to the light intensity and spectral distribution of the reflected light, and sends the Lab value as a skin detection signal to the skin detection signal receiving end;
[0082] After the skin detection signal receiving end receives the skin detection signal, the controller judges whether it touches the skin according to the preset value. If it touches the skin, it classifies the skin type according to the Fitzpatrick skin classification system;
[0083] According to the classification category, the pulsed light generation device generates short pulses at intervals of 0.1ms to 50ms through the control circuit, so that it forms ...
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