mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit for an imaging device, said integrated circuit comprising: an array of photo-sensitive areas forming pixels; a first multi-layer structure and a second multi-layer structure , wherein the first structure is arranged over a first photo-sensitive area of the array and the second structure is arranged over a second photo-sensitive area of the array; wherein the first and the second multi-layer structure (14; 22) each have a bottom reflective structure (16; 24), a top reflective structure (20; 28) and a spacer layer (18; 26) arranged between the bottom (16; 24) and top reflective structures (20; 28), the spacer layer (18; 26) having a thickness which is adapted so that the first and second multi-layer structures, respectively, selectively transmit a narrow range of wavelengths of electro-magnetic radiation, wherein at least one of the bottom (16; 24) and top reflective structures (20; 28) comprise a stack of alternating layers (16a-b; 24a-b) of a first and a second material for forming a reflective structure, wherein the first and second multi-layer structures, respectively, form Fabry-Perot filters; and wherein the stack of the first multi-layer structure and the stack of the second multi-layer structure comprise the same first and second materials; and characterized in that individual layers of the second material in the stack of the first multi-layer structure are of a different thickness than individual layers of the second material in the stack of the second multi-layer structure . an array of photo-sensitive areas forming pixels; a first multi-layer structure and a second multi-layer structure , wherein the first structure is arranged over a first photo-sensitive area of the array and the second structure is arranged over a second photo-sensitive area of the array; wherein the first and the second multi-layer structure (14; 22) each have a bottom reflective structure (16; 24), a top reflective structure (20; 28) and a spacer layer (18; 26) arranged between the bottom (16; 24) and top reflective structures (20; 28), the spacer layer (18; 26) having a thickness which is adapted so that the first and second multi-layer structures, respectively, selectively transmit a narrow range of wavelengths of electro-magnetic radiation, wherein at least one of the bottom (16; 24) and top reflective structures (20; 28) comprise a stack of alternating layers (16a-b; 24a-b) of a first and a second material for forming a reflective structure, wherein the first and second multi-layer structures, respectively, form Fabry-Perot filters; and wherein the stack of the first multi-layer structure and the stack of the second multi-layer structure comprise the same first and second materials; and characterized in that individual layers of the second material in the stack of the first multi-layer structure are of a different thickness than individual layers of the second material in the stack of the second multi-layer structure .
Protective cover for a motor vehicle seat, wherein the protective cover comprises a cover fabric which is provided with at least one slot , which is underlaid by a strip which is connected on either side of the slot to the cover fabric , characterized in that the strip is configured to be elastically expandable at least in a central region, said slot being located above said region, and is provided with at least two, preferably at least five, incisions or openings which are spaced apart from one another in a longitudinal direction of the strip and which are accessible through the slot .
A method performed by a user equipment, UE, in a wireless communication network, for communicating an enhanced Physical Downlink Control Channel, ePDCCH, with a network node providing coverage to a serving cell, the method comprising: receiving a configuration message from the network node, characterised by the configuration message comprising: an indication of a first mapping of the ePDCCH for the serving cell to resource elements belonging to a first ePDCCH set, where the resource elements of the first ePDCCH set are mapped around resource elements used for a first Cell-Specific Reference Signal, CRS, the indication of the first mapping comprising an indication of at least one of the number of CRS ports for the first CRS and the CRS frequency shift for the first CRS and an indication of a second mapping of the ePDCCH for the serving cell to resource elements belonging to a second ePDCCH set, where the resource elements of the second ePDCCH set are mapped around resource elements used for a second Cell-specific Reference Signal, CRS, wherein the resource elements used for the second CRS are different from the resource elements used for the first CRS, the indication of the second mapping comprising an indication of at least one of the number of CRS ports for the second CRS and the CRS frequency shift for the second CRS. an indication of a first mapping of the ePDCCH for the serving cell to resource elements belonging to a first ePDCCH set, where the resource elements of the first ePDCCH set are mapped around resource elements used for a first Cell-Specific Reference Signal, CRS, the indication of the first mapping comprising an indication of at least one of the number of CRS ports for the first CRS and the CRS frequency shift for the first CRS and an indication of a second mapping of the ePDCCH for the serving cell to resource elements belonging to a second ePDCCH set, where the resource elements of the second ePDCCH set are mapped around resource elements used for a second Cell-specific Reference Signal, CRS, wherein the resource elements used for the second CRS are different from the resource elements used for the first CRS, the indication of the second mapping comprising an indication of at least one of the number of CRS ports for the second CRS and the CRS frequency shift for the second CRS.
A method for manufacturing, by hot-stamping, a composite part having continuous fibrous reinforcement in a thermoplastic matrix, the method comprising the steps of: a. obtaining a blank consisting of an unconsolidated lamination of plies consisting of unidirectional layers of fibres pre-impregnated with a thermoplastic polymer; b. heating the unconsolidated blank in the open air to a temperature higher than or equal to the melting temperature of the polymer making the matrix; c. hot-stamping the unconsolidated blank following the heating step b) by deforming it between a matrix and a shaping device or complementary shape to that of the matrix so as to make part in shape. a. obtaining a blank consisting of an unconsolidated lamination of plies consisting of unidirectional layers of fibres pre-impregnated with a thermoplastic polymer; b. heating the unconsolidated blank in the open air to a temperature higher than or equal to the melting temperature of the polymer making the matrix; c. hot-stamping the unconsolidated blank following the heating step b) by deforming it between a matrix and a shaping device or complementary shape to that of the matrix so as to make part in shape.
An electrosurgical device configured to apply electrical energy to cut through tissue in a region of a patient's body, said device having an elongate member including an electrically conductive wall for delivering electrical energy therethrough, the elongate member defining a lumen that is in fluid communication with at least one distal aperture , said electrosurgical device further comprising an energy delivery device including a proximal portion which is comprised of a metallic material in electrical communication with the electrically conductive wall of the elongate member , an electrode which is comprised of the metallic material for delivering the electrical energy to a tissue, and an intermediate portion between the proximal portion and the electrode , wherein the proximal portion, intermediate portion, and electrode form a single metal part and are unitary; and an electrically insulative thermal shield between the electrode and the elongate member wherein the electrically insulative thermal shield is cylindrical with a center bore and surrounds the intermediate portion of the energy delivery device with the intermediate portion filling the center bore and wherein the energy delivery device blocks a distal end portion of the lumen . an elongate member including an electrically conductive wall for delivering electrical energy therethrough, the elongate member defining a lumen that is in fluid communication with at least one distal aperture , said electrosurgical device further comprising an energy delivery device including a proximal portion which is comprised of a metallic material in electrical communication with the electrically conductive wall of the elongate member , an electrode which is comprised of the metallic material for delivering the electrical energy to a tissue, and an intermediate portion between the proximal portion and the electrode , wherein the proximal portion, intermediate portion, and electrode form a single metal part and are unitary; and an electrically insulative thermal shield between the electrode and the elongate member wherein the electrically insulative thermal shield is cylindrical with a center bore and surrounds the intermediate portion of the energy delivery device with the intermediate portion filling the center bore and wherein the energy delivery device blocks a distal end portion of the lumen .
A light applicator for examining and/or treating an organic body, wherein the light applicator comprises a distal-side insertion section with an LED at the distal end for piercing into tissue of the organic body, wherein the insertion section comprises a needle tip with a light-transparent scatter body for scattering the light of the LED , said needle tip being arranged at least partly distally of the LED and tapering distally in a pointed manner, wherein the volume of the needle tip is essentially formed by the scatter body , characterised in that the volume of the needle tip comprises a reinforcement element in a pointed and/or edge-like needle tip end region .
A method for producing a floating ceiling or wall covering , comprising a panel face having a plurality of panels which are connected to one another on the longitudinal sides and/or transverse sides by means of locking profiles which correspond to one another and which can be connected without adhesive, wherein, when two panels are connected gluelessly, the corresponding locking profiles prevent both a height offset between the surfaces of the visible sides of the two panels and a configuring of a joint between the panels, having the steps of: - arranging a first panel of a first row of panels on structural rails by means of mounting clips , - wherein the mounting clips are movably mounted on the structural rails in the longitudinal axis direction (L) of the structural rails , and - are subsequently pushed along the structural rails with a receptacle onto the second side of the first panel , - each mounting clip engages with a receptacle in a recess of the first panel such that the first panel is movably mounted at the receptacle transversely to the longitudinal axis direction (L) of the structural rails , - connecting a second panel of a second row of panels to the first panels by means of the locking profiles on the long sides, characterized in that simultaneously to the connection, a fall protection is arranged, which prevents the detaching of the second panel from the structural rails , wherein the fall protection is arranged in the region of the connected locking profiles . - arranging a first panel of a first row of panels on structural rails by means of mounting clips , - wherein the mounting clips are movably mounted on the structural rails in the longitudinal axis direction (L) of the structural rails , and - are subsequently pushed along the structural rails with a receptacle onto the second side of the first panel , - each mounting clip engages with a receptacle in a recess of the first panel such that the first panel is movably mounted at the receptacle transversely to the longitudinal axis direction (L) of the structural rails , - connecting a second panel of a second row of panels to the first panels by means of the locking profiles on the long sides, characterized in that
Method for operating a drive train of a motor vehicle with an internal combustion engine, automatic transmission and at least one drive axle, wherein, in order to save fuel in driving mode when the accelerator pedal is not activated, a clutch device, which is associated with the automatic transmission, is opened and the internal combustion engine is subsequently shut down, wherein, when the accelerator pedal is activated again, the internal combustion engine is started and the highest possible gear speed determined by the design is first selected in the automatic transmission for reconnection of the internal combustion engine to the drive axle, wherein engaging the highest possible gear determined by the design and starting the internal combustion engine take place simultaneously.
A basin sealing membrane , including in the thickness direction: - a first sealing sheet made of a heat-weldable material, which is intended to be facing the water of the basin or which is covered with at least a first other layer intended to be facing the water of the basin, - a second sealing sheet made of a heat-weldable material, which is intended to be partly facing another membrane and to be further from the water of the basin than the first sealing sheet , - and a frame located between the first sealing sheet and the second sealing sheet , the basin sealing membrane including at least one edge , having a first rim of the first sealing sheet and a second rim of the second sealing sheet , characterized in that the edge includes, in the thickness direction, an angled portion located in the first rim of the first sealing sheet and/or in the second rim of the second sealing sheet , the angled portion widening perpendicular to the thickness direction of the membrane from the second rim of the second sealing sheet to the first rim of the first sealing sheet , the first rim of the first sealing sheet at least partially overhanging from the second rim of the second sealing sheet . - a first sealing sheet made of a heat-weldable material, which is intended to be facing the water of the basin or which is covered with at least a first other layer intended to be facing the water of the basin, - a second sealing sheet made of a heat-weldable material, which is intended to be partly facing another membrane and to be further from the water of the basin than the first sealing sheet , - and a frame located between the first sealing sheet and the second sealing sheet ,
Use of additives for improving the lacquering resistance of diesel or biodiesel fuels comprising at least 50 ppm by weight of at least one component chosen from deposit reducers, detergents and dispersants, said additives comprising at least 50% by weight of polyglycerol monoester(s) and/or diester(s), said polyglycerols having from 2 to 5 glycerol units per molecule and the ester units being fatty acid derivatives, the fatty acid(s) optionally having one or more ethylenic unsaturations, and more than 50% by number of fatty chains comprising between 12 and 24 carbon atoms, and said component chosen from deposit reducers, detergents and dispersants being chosen from substituted succinic acid anhydrides.
A non-transitory computer-readable medium storing computer-executable instructions that, when executed by at least one processor of a computing system, cause the computing system to: hash , by at least the processor, computer code corresponding to network-accessible content to generate a hashed code, wherein the network-accessible content is to be hosted at a network address corresponding to a domain; encrypt and sign , by at least the processor, the hashed code to generate an encrypted and signed hash, wherein the hashed code is encrypted using: (i) a private key associated with a source of the network-accessible content, and (ii) a public key associated with a registrar of the domain; and transmit , by at least the processor, the encrypted and signed hash and the domain to a blockchain , wherein the instructions comprise further instructions that, when executed by at least the processor, cause: (i) the blockchain to request validation of the encrypted and signed hash by a terminal associated with a registrar of the domain; and (ii) the terminal associated with the registrar to: (a) decrypt the encrypted and signed hash using the private key to obtain the hashed code, (b) attempt to validate an authenticity of the hashed code, and (c) control inclusion of the hashed code in a blockchain record based on a result of the attempt to validate the authenticity of the hashed code. hash , by at least the processor, computer code corresponding to network-accessible content to generate a hashed code, wherein the network-accessible content is to be hosted at a network address corresponding to a domain; encrypt and sign , by at least the processor, the hashed code to generate an encrypted and signed hash, wherein the hashed code is encrypted using: (i) a private key associated with a source of the network-accessible content, and (ii) a public key associated with a registrar of the domain; and transmit , by at least the processor, the encrypted and signed hash and the domain to a blockchain , wherein the instructions comprise further instructions that, when executed by at least the processor, cause: (i) the blockchain to request validation of the encrypted and signed hash by a terminal associated with a registrar of the domain; and (ii) the terminal associated with the registrar to: (a) decrypt the encrypted and signed hash using the private key to obtain the hashed code, (b) attempt to validate an authenticity of the hashed code, and (c) control inclusion of the hashed code in a blockchain record based on a result of the attempt to validate the authenticity of the hashed code. (i) the blockchain to request validation of the encrypted and signed hash by a terminal associated with a registrar of the domain; and (ii) the terminal associated with the registrar to: (a) decrypt the encrypted and signed hash using the private key to obtain the hashed code, (b) attempt to validate an authenticity of the hashed code, and (c) control inclusion of the hashed code in a blockchain record based on a result of the attempt to validate the authenticity of the hashed code.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: monitor for a first downlink control information, DCI, in a first search space of a current slot, wherein the first DCI has a first format and is associated with a first radio network temporary identifier, RNTI; monitor for a second DCI in a second search space of the current slot, wherein the second DCI has a second format and is associated with a second RNTI; if the second DCI is detected in the second search space of the current slot, determine, using the second DCI, ultra-reliable low latency data in a previous slot; and decode enhanced mobile broadband data received in the previous slot. monitor for a first downlink control information, DCI, in a first search space of a current slot, wherein the first DCI has a first format and is associated with a first radio network temporary identifier, RNTI; monitor for a second DCI in a second search space of the current slot, wherein the second DCI has a second format and is associated with a second RNTI; if the second DCI is detected in the second search space of the current slot, determine, using the second DCI, ultra-reliable low latency data in a previous slot; and decode enhanced mobile broadband data received in the previous slot.
A diffraction grating comprising: a first grating structure having a first grating pitch and a plurality of first embedded nanoparticles at a first spatially varying density, wherein the first grating pitch diffracts light with an optical permittivity having a first spatial period of oscillation and a wavelength-dependent first spatial amplitude of oscillation; and a second grating structure having a second pitch and a plurality of second embedded nanoparticles at a second spatially varying density, wherein the second grating pitch diffracts light with an optical permittivity having a second spatial period of oscillation and a wavelength-dependent second spatial amplitude of oscillation; wherein: at a first wavelength, the first spatial amplitude of oscillation is above a first threshold and at a second wavelength, the first spatial amplitude of oscillation is below a second threshold, wherein the second threshold is lower than the first threshold; and at the first wavelength, the second spatial amplitude of oscillation is below the second threshold and at the second wavelength, the second spatial amplitude of oscillation is above the first threshold. a first grating structure having a first grating pitch and a plurality of first embedded nanoparticles at a first spatially varying density, wherein the first grating pitch diffracts light with an optical permittivity having a first spatial period of oscillation and a wavelength-dependent first spatial amplitude of oscillation; and a second grating structure having a second pitch and a plurality of second embedded nanoparticles at a second spatially varying density, wherein the second grating pitch diffracts light with an optical permittivity having a second spatial period of oscillation and a wavelength-dependent second spatial amplitude of oscillation; at a first wavelength, the first spatial amplitude of oscillation is above a first threshold and at a second wavelength, the first spatial amplitude of oscillation is below a second threshold, wherein the second threshold is lower than the first threshold; and at the first wavelength, the second spatial amplitude of oscillation is below the second threshold and at the second wavelength, the second spatial amplitude of oscillation is above the first threshold.