According to the present invention, an electronic textile (1) is provided. The electronic textile comprises an electronic structure (3) including conductive wires (4) being at least partly spaced apart from each other and one or more electronic components (5) connected to the conductive wires. One or more gaps (14) are formed in the electronic structure between the at least partly spaced apart conductive wires. The electronic textile further comprises a fabric structure (2) including two fabric portions (10), wherein the electronic structure is sandwiched between the two fabric portions. Further, the two fabric portions are joined together according to a bonding pattern including bonding segments (8), the bonding segments being arranged in one or more of the gaps of the electronic structure such that the electronic structure is held in place in the fabric structure by the bonding pattern. With the present invention, the separation of the electronics from the fabric is made easier, which is advantageous in that waste sorting of the electronic textile is facilitated.

Electronic textile with means for facilitating waste sorting

The present invention relates to optical communication equipment and a vehicle control method, and in particular, the present invention is applied to a system utilizing inter-vehicle communication equipment via optical communication to notify information of traffic regulation utilizing optical communication according to an inter-vehicle communication system so that traveling of a vehicle can be controlled easily and reliably even in such a complicated place where a plurality of roads intersect as in urban cities or the like.

Optical communication equipment and vehicle control method

An electronic textile (1) comprising: a textile substrate (3) comprising at least one textile substrate conductor (8a-b); and a plurality of electronic energy consuming devices (4) arranged on the textile substrate (3), each of the electronic energy consuming devices (4) being electrically connected to the at least one textile substrate conductor (8a-b) for supply of electrical power to the electronic energy consuming devices (4) from a main power supply (7). The electronic textile (1) further comprises a plurality of local energy supply devices (5a-d; 12a-d; 13a-d) arranged on the textile substrate (3), each of the local energy supply devices (5a-d; 12a-d; 13a-d) being arranged to supply electrical power to at least one of the electronic energy consuming devices (4) being associated with the local energy supply device (5a-d; 12a-d; 13a-d), in addition to electrical power supplied by the main power supply (7).

Electronic textile with local energy supply devices

The present invention relates to a cartridge (1) for the detection of an analyte (2) in a binding assay with magnetic labels (3), the cartridge comprising at least one capture binding agent (4) against a binding site on the analyte and comprising at least two magnetically labelled tracer binding agents (51 and 52) against further different binding sites on the analyte, characterised in that the cartridge comprises at least two regions (61 and 62) wherein a first region (61) comprises the at least one capture binding agent (4) and a first magnetically labelled tracer binding agent (51) and wherein a second region (62) comprises at least one capture binding agent (4) and a second magnetically labelled tracer binding agent (52). Herein the first region (61) does not comprise a magnetically labelled tracer binding agent other than the first magnetically labelled tracer bind agent (51) and wherein the second region (62) does not comprise a magnetically labelled tracer binding agent other than the second magnetically labelled tracer binding agent (52).

Binding assay with multiple magnetically labelled tracer binding agents.

The invention relates to a driver assistance system for local and time assessment and prediction of the driving dynamics of a vehicle within a traffic system and to the transmission of the information resulting thereof to neighboring vehicles. According to the invention, the data generated independently from each other in the vehicle to be assessed is collected and evaluated in an evaluation unit, and a prediction based thereon regarding an upcoming driving situation is generated and then transmitted to motor vehicles that are located in the surrounding area and involved in said driving situation.

Driver assistance system for local and time assessment and prediction of the driving dynamics of a vehicle

The transmission takes place from a transmitter with a light source to one or more receivers with a light detector (40) such that the light source radiates at least photo signal onto which the data signal is modulated. The detector receives the photo signal and transmits a reception signal which is demodulated for the reconstruction of the data signal. The photo signal, radiated by the light source preferably contains a data signal. Typically the pulse modulation is used for the data signal modulation. Independent claims are included for the transmitter and receiver.

Transmitting data signals in road traffic system using transmitter, receiver, and optical transmission path

Textile material (1) comprises electrical and/or electronic components (4) and/or lines (2) embedded in the material. Independent claims are also included for the following: (1) Article of clothing made from the textile material; (2) Room textile made from the textile material; (3) Electrical and/or electronic components and/or lines used in the material; and (4) Fiber for producing the material. Preferred Features: The electrical and/or electronic components and/or lines are pressed, sewn and/or adhered to the material. The electrical and/or electronic components and/or lines are water-repellant and washable.

Textile material for an article of clothing comprises electrical and/or electronic components and/or lines embedded in the material

The lamp (100) has an illumination unit (BE) with an illuminating diode (LED, IR-LED) for emitting visible and/or infrared light. A modulation unit (ME) modulates the light emission of the illuminating diode depending on an input signal (IN). An optical unit (OE) influences the light emission of the illuminating diode. The optical unit has a filter for weakening and/or strengthening of defined frequency areas of the light emitted from the illuminating diode. The optical unit has a reflector for partially reflecting the light emitted from the illuminating diode.

Reading lamp for use on seat of e.g. vehicle, has illumination unit with illuminating diode for emitting visible and/or infrared light, and modulation unit modulating light emission of illuminating diode depending on input signal

The projection apparatus (100) has a projection unit (PE) for generating a broadcasting light signal based on a video input signal (IN). A sensor unit (SE) is provided for detecting the location information regarding a person (200) between the projection apparatus and a projection surface (300). A correction unit (K) is provided for calculating a correction signal based on the location information collected by the sensor unit. An independent claim is also included for a method for projecting a video signal to a projection surface.

Projection apparatus for projecting video signal to projection surface, has projection unit for generating broadcasting light signal based on video input signal

The device has an externally visible indicator of the readiness for operation of the microphone and a switching device with which the color of the indicator can be switched on. The microphone can have several light emitting diode elements that are controlled by the switching device so that only one desired color can be seen externally.

Microphone has externally visible indicator of readiness of microphone for operation, e.g. several LED elements controlled by switching device so that only one desired color is externally visible

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