mhurhangee/ep-ind-claims huggingface dataset:
A lamp, comprising: a lamp base; a semi-reflective envelope; at least one first solid state light source filament (4a-d) arranged inside the semi-reflective envelope; and a second solid state light source arranged inside the semi-reflective envelope, wherein the reflectivity of the semi-reflective envelope is in the range from 30% to 70% for light emitted by the at least one first solid state light source filament (4a-d) and the second solid state light source, wherein said at least one first solid state light source filament (4a-d) is arranged at a first distance lower than 7 millimeters from the semi-reflective envelope, and wherein said second solid state light source is arranged at a second distance higher than 15 millimeters from the semi-reflective envelope. a lamp base; a semi-reflective envelope; at least one first solid state light source filament (4a-d) arranged inside the semi-reflective envelope; and a second solid state light source arranged inside the semi-reflective envelope, wherein the reflectivity of the semi-reflective envelope is in the range from 30% to 70% for light emitted by the at least one first solid state light source filament (4a-d) and the second solid state light source, wherein said at least one first solid state light source filament (4a-d) is arranged at a first distance lower than 7 millimeters from the semi-reflective envelope, and wherein said second solid state light source is arranged at a second distance higher than 15 millimeters from the semi-reflective envelope.
A first device comprising: at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device to: transmit, to a second device, information of data rate for integrity protection which is supported by the first device; receive from the second device configuration information of the integrity protection, the configuration information indicating that the integrity protection is performed on a portion of a plurality of data packets which are communicated between the first device and the second device; and apply the integrity protection on the portion of the plurality of data packets based on the configuration information, wherein the first device is caused to apply the integrity protection by: obtaining a sequence number of a protocol data unit; determining to perform the integrity protection of the protocol data unit based on the configuration information and the sequence number; and performing the integrity protection on the portion of the plurality of data packets to be transmitted in the protocol data unit. at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device to: transmit, to a second device, information of data rate for integrity protection which is supported by the first device; receive from the second device configuration information of the integrity protection, the configuration information indicating that the integrity protection is performed on a portion of a plurality of data packets which are communicated between the first device and the second device; and apply the integrity protection on the portion of the plurality of data packets based on the configuration information, transmit, to a second device, information of data rate for integrity protection which is supported by the first device; receive from the second device configuration information of the integrity protection, the configuration information indicating that the integrity protection is performed on a portion of a plurality of data packets which are communicated between the first device and the second device; and apply the integrity protection on the portion of the plurality of data packets based on the configuration information, wherein the first device is caused to apply the integrity protection by: obtaining a sequence number of a protocol data unit; determining to perform the integrity protection of the protocol data unit based on the configuration information and the sequence number; and performing the integrity protection on the portion of the plurality of data packets to be transmitted in the protocol data unit. obtaining a sequence number of a protocol data unit; determining to perform the integrity protection of the protocol data unit based on the configuration information and the sequence number; and performing the integrity protection on the portion of the plurality of data packets to be transmitted in the protocol data unit.
Electronic watch comprising an outer case wherein is arranged at least one electric motor for driving analogue display means, a clock module comprising a time base delivering a clock signal (Sh) connected to a divider circuit, said divider circuit delivering a reference signal sent to a control circuit arranged to control said electric motor, and wherein the clock module further comprises a measuring and correction circuit arranged between the time base and the divider circuit and delivering an intermediate thermocompensated signal (Si), the time base, the measuring and correction circuit, the divider circuit and the control circuit being arranged in the same inner case to form said clock module, and said watch further comprising a chronograph module connected to the clock module, said chronograph module being directly clocked by the intermediate thermocompensated signal (Si) from the clock module.
A compact hidden hanging-bracket system for wall cupboards, wherein a wall cupboard containing a hanging bracket is hooked to a support fixed to the wall by means of a hook, the system comprising, in combination, an anti-disengagement group and at least one adjustment group (14, 15; 141), wherein said at least one adjustment group is a vertical adjustment group (14, 15; 141) and is arranged on a slide which slides with respect to a base, wherein axes (32, 22) of maneuvering elements (31, 14, 15, 80, 141) are provided for said anti-disengagement group and said at least one vertical adjustment group, said axes (32, 22) are always parallel to each other and perpendicular to a sliding axis of said slide and a horizontal adjustment group is also provided, whose axis is also arranged parallel to the other two axes (32, 22) and perpendicular to the sliding axis of said slide, characterized in that said anti-disengagement group is positioned between said vertical adjustment group and said horizontal adjustment group.
A photovoltaic cell comprising: an emitter layer; a base layer adjacent to said emitter layer; and a back surface field layer adjacent to said base layer, said BSF layer comprising: a first layer comprising a first material, the first layer adjacent to the base layer, wherein the first material of said first layer of said BSF layer comprises AlGaAs material; and a second layer adjacent to said first layer and comprising a second material different than the first material, wherein the second material of said second layer of said BSF layer comprises AlGaInAs material, said second layer of said BSF layer is lattice-matched to said base layer, and said first layer of said BSF layer is lattice-mismatched to said base layer. an emitter layer; a base layer adjacent to said emitter layer; and a back surface field layer adjacent to said base layer, said BSF layer comprising: a first layer comprising a first material, the first layer adjacent to the base layer, wherein the first material of said first layer of said BSF layer comprises AlGaAs material; and a second layer adjacent to said first layer and comprising a second material different than the first material, wherein the second material of said second layer of said BSF layer comprises AlGaInAs material, said second layer of said BSF layer is lattice-matched to said base layer, and said first layer of said BSF layer is lattice-mismatched to said base layer. a first layer comprising a first material, the first layer adjacent to the base layer, wherein the first material of said first layer of said BSF layer comprises AlGaAs material; and a second layer adjacent to said first layer and comprising a second material different than the first material, wherein the second material of said second layer of said BSF layer comprises AlGaInAs material, said second layer of said BSF layer is lattice-matched to said base layer, and said first layer of said BSF layer is lattice-mismatched to said base layer.
A user interface, comprising: an exterior surface configured to receive touch inputs; light sources configured to direct light toward the exterior surface and arranged in a lens pattern; and a single piece lens array disposed between the light sources and the exterior surface, the lens array comprising: lenses arranged in the lens pattern, each of the lenses protruding from a transparent substrate and having a surface facing a respective one of the light sources; a first printed circuit board disposed between the light sources and the single piece lens array, the first PCB comprising an aperture through which light generated from the light sources can pass; a second PCB, the light sources being surface mounted to a surface of the second PCB; and a capacitive layer coupled to a surface of the transparent substrate from which the lenses protrude, the capacitive layer defining openings arranged in the lens pattern, the lenses protruding through the opening defined by the capacitive layer, wherein the capacitive layer is electrically coupled to the first PCB, the first PCB being configured to process touch inputs received along the exterior surface. an exterior surface configured to receive touch inputs; light sources configured to direct light toward the exterior surface and arranged in a lens pattern; and a single piece lens array disposed between the light sources and the exterior surface, the lens array comprising: lenses arranged in the lens pattern, each of the lenses protruding from a transparent substrate and having a surface facing a respective one of the light sources; a first printed circuit board disposed between the light sources and the single piece lens array, the first PCB comprising an aperture through which light generated from the light sources can pass; a second PCB, the light sources being surface mounted to a surface of the second PCB; and a capacitive layer coupled to a surface of the transparent substrate from which the lenses protrude, the capacitive layer defining openings arranged in the lens pattern, the lenses protruding through the opening defined by the capacitive layer, wherein the capacitive layer is electrically coupled to the first PCB, the first PCB being configured to process touch inputs received along the exterior surface. lenses arranged in the lens pattern, each of the lenses protruding from a transparent substrate and having a surface facing a respective one of the light sources; a first printed circuit board disposed between the light sources and the single piece lens array, the first PCB comprising an aperture through which light generated from the light sources can pass; a second PCB, the light sources being surface mounted to a surface of the second PCB; and a capacitive layer coupled to a surface of the transparent substrate from which the lenses protrude, the capacitive layer defining openings arranged in the lens pattern, the lenses protruding through the opening defined by the capacitive layer, wherein the capacitive layer is electrically coupled to the first PCB, the first PCB being configured to process touch inputs received along the exterior surface.
Implantable electrode device for the recording at selected positions of neuronal electrical signals which spread out along a nerve fibre contained in a bundle of nerve fibres, as well as for the selective electrical stimulation of the at least one nerve fibre, with a biocompatible carrier substrate which comprises at least one carrier substrate area which can be applied in a cuff-like manner around the nerve fibre bundle and a straight cylindrical carrier substrate surface, which is orientated facing the nerve fibre bundle when implanted and which has an axial (a) extension as well as an extension oriented in the circumferential direction and on which a first electrode device, is applied which - axially comprises at least three first electrode structures each with at least two first electrode surfaces arranged in the circumferential direction and - at least two axially spaced first electrode strips extending in the circumferential direction and each taking on an annular shape, which on both sides axially encompass the at least three electrode structures and which is connectable to a signal detector and generator, characterised in that in axial sequence on the straight cylindrical carrier substrate surface facing the nerve fibre bundle, arranged axially next to the first electrode device is at least one second electrode device, which comprises - at least two axially spaced second electrode strips extending in the circumferential direction and each taking on an annular shape as well as - axially between the two second electrode strips at least one second electrode structure comprising at least two second electrode surfaces arranged evenly distributed in the circumferential direction and wherein the second electrode device is connectable at least with the signal generator or a further signal generator. - axially comprises at least three first electrode structures each with at least two first electrode surfaces arranged in the circumferential direction and - at least two axially spaced first electrode strips extending in the circumferential direction and each taking on an annular shape, which on both sides axially encompass the at least three electrode structures and which is connectable to a signal detector and generator, - at least two axially spaced second electrode strips extending in the circumferential direction and each taking on an annular shape as well as - axially between the two second electrode strips at least one second electrode structure comprising at least two second electrode surfaces arranged evenly distributed in the circumferential direction and
Lighting module for a vehicle, where the lighting module comprises: - a plurality of light emitters; - at least one printed circuit board, where the plurality of light emitters is connected to the at least one printed circuit board; - an output surface of the light generated by the plurality of light emitters; - a first reflection surface and a second reflection surface, wherein the at least one printed circuit board comprises the second reflection surface, characterized in that; - the plurality of light emitters is arranged substantially aligned in the at least one printed circuit board along a first direction so as to be able to perform in use the lighting of an elongated surface, - wherein the first reflection surface is a substantially concave surface facing the plurality of emitters and configured to direct light beams emitted by the plurality of light emitters towards the second reflection surface, - wherein the second reflection surface is configured to reflect the light of the plurality of emitters from the first reflection surface towards the output surface, and - wherein the first reflection surface, the second reflection surface and the output surface extend in the first direction, said first direction being substantially perpendicular to the output direction of the light reflected on the second reflection surface. - a plurality of light emitters; - at least one printed circuit board, where the plurality of light emitters is connected to the at least one printed circuit board; - an output surface of the light generated by the plurality of light emitters; - a first reflection surface and a second reflection surface, wherein the at least one printed circuit board comprises the second reflection surface, characterized in that; - the plurality of light emitters is arranged substantially aligned in the at least one printed circuit board along a first direction so as to be able to perform in use the lighting of an elongated surface, - wherein the first reflection surface is a substantially concave surface facing the plurality of emitters and configured to direct light beams emitted by the plurality of light emitters towards the second reflection surface, - wherein the second reflection surface is configured to reflect the light of the plurality of emitters from the first reflection surface towards the output surface, and - wherein the first reflection surface, the second reflection surface and the output surface extend in the first direction, said first direction being substantially perpendicular to the output direction of the light reflected on the second reflection surface.
A liquid radiation curable composition for additive fabrication comprising: (a) a cationically polymerizable aliphatic epoxide; (b) a multifunctional (meth)acrylate component; (c) a cationic photoinitiator; (d) a free-radical photoinitiator; and (e) a filled matrix comprising a nanoparticle constituent comprising a plurality of inorganic nanoparticles having a mean particle size determined as described in description of from between 1 nm to 999 nm, and a microparticle constituent comprising a plurality of inorganic microparticles having a mean particle size determined as described in description of from between 1 micrometer to 999 μm; wherein the ratio by weight of the microparticle constituent to the nanoparticle constituent is from 1: 1 to 12: 1, preferably from about 4: 1 to about 8: 1, and wherein the ratio of the average particle size of the inorganic microparticles in the microparticle constituent to the average particle size of the inorganic nanoparticles in the nanoparticle constituent is from 6.46: 1 to 100: 1. (a) a cationically polymerizable aliphatic epoxide; (b) a multifunctional (meth)acrylate component; (c) a cationic photoinitiator; (d) a free-radical photoinitiator; and (e) a filled matrix comprising a nanoparticle constituent comprising a plurality of inorganic nanoparticles having a mean particle size determined as described in description of from between 1 nm to 999 nm, and a microparticle constituent comprising a plurality of inorganic microparticles having a mean particle size determined as described in description of from between 1 micrometer to 999 μm; a nanoparticle constituent comprising a plurality of inorganic nanoparticles having a mean particle size determined as described in description of from between 1 nm to 999 nm, and a microparticle constituent comprising a plurality of inorganic microparticles having a mean particle size determined as described in description of from between 1 micrometer to 999 μm;
A method for processing an application packet for transmission, comprising: breaking the application packet into a plurality of segments creating first pseudorandom bits; generating partial tags based on each of the plurality of segments and portions of the first pseudorandom bits associated with each of the plurality of segments; combining the partial tags including a last partial tag associated with a last segment of the application packet to create an accumulated tag; generating an authentication tag based on the accumulated tag and second pseudorandom bits; storing the authentication tag; and transmitting the plurality of segments including the authentication tag; said method further comprising encrypting the plurality of segments by performing an exclusive- OR operation on the plurality of segments with respective portions of third pseudorandom bits to create ciperhertext blocks. breaking the application packet into a plurality of segments creating first pseudorandom bits; generating partial tags based on each of the plurality of segments and portions of the first pseudorandom bits associated with each of the plurality of segments; combining the partial tags including a last partial tag associated with a last segment of the application packet to create an accumulated tag; generating an authentication tag based on the accumulated tag and second pseudorandom bits; storing the authentication tag; and transmitting the plurality of segments including the authentication tag; said method further comprising encrypting the plurality of segments by performing an exclusive- OR operation on the plurality of segments with respective portions of third pseudorandom bits to create ciperhertext blocks.
An audio data transmission method, comprising: generating by a first device a plurality of audio waveform data of different frequencies; splicing by the first device the plurality of audio waveform data into an audio waveform data stream; transmitting the audio waveform data stream to a second device in one transmission via an audio interface of the first device according to a format in which an interval between a starting moment and/or a stopping moment of each of the audio waveform data of different frequencies and a predetermined reference moment is predetermined. generating by a first device a plurality of audio waveform data of different frequencies; splicing by the first device the plurality of audio waveform data into an audio waveform data stream; transmitting the audio waveform data stream to a second device in one transmission via an audio interface of the first device according to a format in which an interval between a starting moment and/or a stopping moment of each of the audio waveform data of different frequencies and a predetermined reference moment is predetermined.
A power steering assembly for a hydraulic power steering system of motor vehicles, comprising: - an input shaft for connection to a steering wheel; - an output shaft which is coupled to the input shaft for operational engagement with a steering rod, the coupling between the input shaft and the output shaft permitting a relative rotation between them; - a hydraulic servo valve, which has a rotatable control element that is in engagement with the output shaft and driven by the output shaft, the steering power assistance system being controlled depending on the relative rotation between the input shaft and the control element, the engagement between the output shaft and the control element providing for a relative displacement between the two; - an actuator for relatively displacing the control element in relation to the output shaft in order to influence the steering power assistance characteristics; - a sensor system (20, 28) for measuring at least one differential angle between the control element and the output shaft or between the control element and the input shaft; - an evaluation unit for evaluating the measurement values provided by the sensor system (20, 28). - an input shaft for connection to a steering wheel; - an output shaft which is coupled to the input shaft for operational engagement with a steering rod, the coupling between the input shaft and the output shaft permitting a relative rotation between them; - a hydraulic servo valve, which has a rotatable control element that is in engagement with the output shaft and driven by the output shaft, the steering power assistance system being controlled depending on the relative rotation between the input shaft and the control element, the engagement between the output shaft and the control element providing for a relative displacement between the two; - an actuator for relatively displacing the control element in relation to the output shaft in order to influence the steering power assistance characteristics; - a sensor system (20, 28) for measuring at least one differential angle between the control element and the output shaft or between the control element and the input shaft; - an evaluation unit for evaluating the measurement values provided by the sensor system (20, 28).