Abstract:
Unidad (10, 10') de iluminación, que comprende: - un elemento ( 12) de iluminación para generar luz, - una unidad (14) de control de iluminación para controlar la salida de luz de dicho elemento (12) deiluminación, - una unidad (16, 16') de comunicación para enviar y recibir señales de comunicación a través de un mediode comunicación, - un receptor (18) óptico para recibir la luz desde otras unidades (10, 10') de iluminación, y - una unidad (20) de controlador conectada a dicho receptor (18) óptico, unidad (16, 16') de comunicación yunidad (14) de control de iluminación, - caracterizada por estar configurada para establecer un enlace óptico, que permite el envío y/o recepciónde datos mediante dicha unidad (10, 10') de iluminación además de la comunicación a través de dichomedio de comunicación.
Abstract:
Estante (20) para cultivar plantas (15) con un medio (30) de soporte y al menos dos medios (40, 40') debalda, en el que cada medio (40, 40') de balda comprende un elemento (50) portador y un elemento (60) emisorde luz, en el que el elemento (60) emisor de luz está dispuesto por debajo del elemento (50) portador, elemento(50) portador sobre el que puede disponerse una planta (15) para su cultivo, en el que los medios (40, 40') de balda están dispuestos uno encima de otro dentro del medio (30) desoporte, en el que el elemento (60) emisor de luz del medio (40, 40') de balda superior emite luz, que está dirigida almenos parcialmente sobre el elemento (50) portador del siguiente medio (40, 40') de balda subyacente,caracterizado porque el elemento (60) emisor de luz consiste en al menos un OLED (61) yen el que el medio (40, 40') de balda sirve como disipador de calor, conduciendo el calor lejos del OLED(61).
Abstract:
A device arrangement for a network includes a plurality of devices that can be actuated electronically by a user. Each device has a name memory in which is stored a device name uniquely assigned to the device, to enable the particular device to be uniquely actuated within the network. The device name stored in the name memory can be individually selected and/or changed by the user by a mobile input unit that has a short-range electronic data link to the device to be selected.
Abstract:
The invention relates to composing a lighting atmosphere from an abstract description for example a lighting atmosphere specified in XML, wherein the lighting atmosphere is generated by several lighting devices, by automatically rendering the desired lighting atmosphere from the abstract description. The abstract description describes the type of light with certain lighting parameters desired at certain semantic locations at certain semantic times. This abstract atmosphere description is automatically transferred to a specific instance of a lighting system (14, 16, 18). The invention has the main advantage that it allows to create light scenes and lighting atmospheres at a high level of abstraction without requiring the definition of a lighting atmosphere or scene by setting the intensity, color, etc. for single lighting units or devices which can be very time consuming and cumbersome, particularly with large and complex lighting systems comprising many lighting devices.
Abstract:
The invention relates to a method for manufacturing a LED lamp, comprising the following steps: a. providing a lamp housing; b. providing at least one LED; c. retrieving a CFL driver from a CFL; d. assembling the at least one LED, the CFL driver and the lamp housing, thereby electrically connecting the at least one LED to the CFL driver.
Abstract:
The invention relates to an adapter (1) for wireless transfer of memory card contents, having a receptacle (2) for the contact piece (721) of a memory card (72) and a contact piece (3) that corresponds to that of the memory card (72), including a splitter (5) and also a transmitter (41) with series-connected antenna (42). The invention moreover relates to a method for the transfer of video and/or audio signals from portable devices (7) having a removable memory module (72) to playback equipment (9), wherein between the memory module (72) and the module slot (71) of the portable device (7) there is arranged an adapter' (1), which transfers the data flow between memory module (72) and portable device (7), without having an effect thereon, additionally wirelessly to a receiver (8) that is connected with the playback equipment (9).
Abstract:
The invention relates to composing a lighting atmosphere from an abstract description for example a lighting atmosphere specified in XML, wherein the lighting atmosphere is generated by several lighting devices, by automatically rendering the desired lighting atmosphere from the abstract description. The abstract description describes the type of light with certain lighting parameters desired at certain semantic locations at certain semantic times. This abstract atmosphere description is automatically transferred to a specific instance of a lighting system (14, 16, 18). The invention has the main advantage that it allows to create light scenes and lighting atmospheres at a high level of abstraction without requiring the definition of a lighting atmosphere or scene by setting the intensity, color, etc. for single lighting units or devices which can be very time consuming and cumbersome, particularly with large and complex lighting systems comprising many lighting devices.
Abstract:
The invention relates to an arrangement for wireless interaction by a user (3) with objects (8a-8d). The user can select one of the objects (8a-8d) with a pointing device (5), whereupon a transmitter (2) transmits a directed beam (7) of communication signals to a receiver (9a) connected to the object. The receiver is able in this way to recognize the fact that it has been selected by the user (3) and to perform appropriate actions. On a semi-transparent display device (5), the user (3) can see the real objects and, at the same time, additional information (6) inserted by a data-processing device (1).
Abstract:
The present invention relates to a daylight deflection system including an arrangement of louvers (5) which are aligned and formed to block daylight impinging from an outer side (3) at higher angles of incidence with respect to a horizontal direction (19), to deflect daylight impinging from the outer side (3) at lower angles of incidence with respect to the horizontal direction (19) towards an indoor ceiling, and to allow visual transmission in at least the horizontal direction (19). In this deflection system OLED´s (8) or optical light guides (16) coupled to LED´s (17) are attached to or integrated in the louvers (5), said OLED´s (8) or light guides (16) being microstructured at a surface to deflect the daylight toward the indoor sealing. With this daylight deflection system indoor lighting combining daylight and artificial light is achieved in a compact manner.
Abstract:
The invention relates to an organic light emitting diode device (1) comprising a substrate material (10) as a carrier, which is coated and/or superimposed by a lower electrode layer (11), at least one emitting material layer (12) for light emitting and an upper electrode layer (13), whereas the upper electrode layer (13) features light reflectance, in order to pass the emitted light through the substrate material (10), whereas said device (1) comprises a light sensor (14) for detecting the luminous intensity of the emitted light.