Abstract: The invention is a light therapy skin care device that includes light sources in a layout that is configured for lighting of human body's given skin surfaces (B) or its parts. Among light sources, there is a UV light emitting and a UV-free light emitting device, the light sources are connected to a controlled driver unit. The light sources are divided in two groups, where in the first group there are (1) UV light emitting light sources, in the second group (2) UV-free light emitting light sources, and at least one part of the light sources of the second group (2) emits polarised light towards the skin surface (B). The controlled driver unit is configured to control light emission of the light sources of the first (1) and second (2) groups and/or their proportion.

Abstract: Lighting unit for producing linearly polarized light directed onto a target surface comprising a source unit producing light in the visible spectral range, and an optically translucent polarizing front unit (4) providing protection against external effects. The source unit and the polarizing front unit (4) are placed in a housing (8) in which an electric cable passes through. The source unit (1) contains at least one panel (2) having a number of high intensity LED devices (3) arranged in a predetermined pattern on one of its sides. The polarizing front unit (4) contains at least one optically transparent rigid carrier and a polarizing filter foil applied onto the carrier. The housing (8) keeps the polarizing front unit (4) in a fixed position so that they confine a hermetically closed inner space. The panel (2) is positioned parallel with the polarizing unit (4) within the inner space so that the LED devices (3) face towards the polarizing front unit (4).

Abstract: Lighting unit for producing linearly polarized light directed onto a target surface comprising a source unit producing light in the visible spectral range, and an optically translucent polarizing front unit (4) providing protection against external effects. The source unit and the polarizing front unit (4) are placed in a housing (8) in which an electric cable passes through. The source unit (1) contains at least one panel (2) having a number of high intensity LED devices (3) arranged in a predetermined pattern on one of its sides. The polarizing front unit (4) contains at least one optically transparent rigid carrier and a polarizing filter foil applied onto the carrier. The housing (8) keeps the polarizing front unit (4) in a fixed position so that they confine a hermetically closed inner space. The panel (2) is positioned parallel with the polarizing unit (4) within the inner space so that the LED devices (3) face towards the polarizing front unit (4).

Abstract: A method and apparatus for the stimulation of biological processes related to cellular activity, particularly for promoting the healing of lesions on the body-surface, i.e. wounds, ulcers and epithelial injuries.The lesion is irradiated with linearly polarized light of predetermined intensity, comprising incoherent components of wavelength, exceeding 300 nm.The apparatus comprises a light source, constituted by a lamp emitting incoherent visible and/or infrared light, a deflecting system projecting the light beams into the given direction of treatment, a polarizer placed in the path of the light beam, projected into the direction of treatment, and preferably ultraviolet and infrared filters.