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    • 43. 发明申请
    • LED FILAMENT LAMP
    • US20220349530A1
    • 2022-11-03
    • US17761098
    • 2020-09-11
    • SIGNIFY HOLDING B.V.
    • TIES VAN BOMMELROBERT JACOB PETRIFAT ATA MUSTAFA HIKMET
    • F21K9/232F21K9/64H01L25/075
    • There is provided a light emitting diode, LED, filament lamp (100) which provides LED filament lamp light (100′). The LED filament lamp (100) comprises at least one LED filament (101) which has a LED filament length (L) which extends from a first end (1003) to a second end (1004). The at least one LED filament (101) provides LED filament light (101) and comprises an array (102) of a plurality of LEDs (103) and an encapsulant (104). The array (102) of a plurality of LEDs (103) provide LED light (103′) and extend along the LED filament length (L). The encapsulant (104) is at least partially enclosing the plurality of LEDs (103). The encapsulant (104) comprises a light scattering material (105). In the direction from the first end (1003) to the second end (1004) at least one of (i) the thickness (TL) of the encapsulant (104), and (ii) the concentration (CL) of the light scattering material (105) in the encapsulant (104), along the LED filament length (L) increases over at least two adjacent first LEDs (106) and decreases over at least two adjacent second LEDs (107) different from the at least two adjacent first LEDs (106), and wherein the thickness (TL) and/or concentration (CL) firstly increases and secondly decreases at least along a portion of the LED filament length (L).
    • 44. 发明授权
    • Dynamic user interface
    • US11490493B2
    • 2022-11-01
    • US17422505
    • 2020-01-17
    • SIGNIFY HOLDING B.V.
    • Roelf Melis Van Der SlootRob Franciscus Maria Van ElmptMarcellinus Petrus Carolus Michael KrunJudith Hendrika Maria De Vries
    • H05B45/20H05B47/175H05B47/105G06F3/04847
    • The invention provides a user interface for controlling a multichannel lighting unit wherein each channel of the multichannel lighting unit comprises at least one light source for emitting light having a channel-specific spectral composition, the spectral composition associated with one channel being different from the spectral composition associated with another channel, and a light output from each channel being individually controllable, the user interface comprising at least two user interaction elements, each user interaction element associated with a color producible with the multichannel lighting, each user interaction element comprising: (a) a static scale representing a static range of control values for controlling a light output of the multichannel lighting unit in respect of the color associated with the user interaction element; (b) a dynamic scale representing a dynamic range of control values for controlling a light output of the multichannel lighting unit in respect of the color associated with the user interaction element, wherein the dynamic range of control values is a valid/executable range determined at least in part based on a present control value selected in respect of another user interaction element, and; (c) a selector adjustable by a user of the user interface for selecting a present control value for controlling the light output of the multichannel lighting unit in respect of the color associated with the user interaction element.
    • 49. 发明申请
    • HLD MODULE WITH CAVITY FOR IMPROVED LIGHT COUPLING
    • US20220342136A1
    • 2022-10-27
    • US17620764
    • 2020-06-17
    • SIGNIFY HOLDING B.V.
    • PETRUS HENDRIKUS ANTONISLUDOVICUS JOHANNES LAMBERTUS HAENENPETER VANPOUCKEBARRY MOSCHRISTOPH GERARD AUGUST HOELENDOMINIQUE MARIA BRULSSIMON EME KADIJKLI YUN
    • F21V8/00
    • The invention provides a light generating system (1000), comprising a plurality of light sources (10), an elongated luminescent body (100), and a body holder structure (2000), wherein: —the plurality of light sources (10) are configured to provide light source light (11), wherein the light sources (10) are solid state light sources, wherein the plurality of light sources (10) are configured in a light source array (15); —the elongated luminescent body (100) has a length (L) and a width (W), wherein the elongated luminescent body (100) comprises luminescent material (120) configured to convert at least part of light source light (11) into luminescent material light (8), wherein the elongated luminescent body (100) and the light source array (15) are configured parallel; —the body holder structure (2000) comprises an elongated slit (205) for hosting the elongated luminescent body (100), wherein the elongated slit (205) has a cavity wall (1205) defining the elongated slit (205) and a slit opening (1206), wherein the slit opening (1206) has a slit opening width (WS1), wherein the cavity wall (1205) and the elongated luminescent body (100) have first shortest distances (d11) that vary over the cavity wall (1205), wherein at least part of the cavity wall (1205) is reflective for light source light (11); —the light sources (10) are configured at second shortest distances (d21) from the elongated luminescent body (100), wherein the second shortest distance (d21) is selected from the range of 40-1000 μm, and wherein one or more of the plurality of light sources (10) are configured to irradiate with the light source light (11) the elongated luminescent body (100) both (i) directly and (ii) indirectly via the cavity wall (1205).