mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a transparent layer (410, 610);; a display panel (420, 620) disposed under the transparent layer (410, 610) and including pixels; a sensor housing disposed under the display panel (420, 620) and the transparent layer (410,610), the sensor housing being disposed on a printed circuit board, PCB, and including an upper side in which an opening is formed; a biometric sensor disposed on the PCB within the sensor housing and configured to receive light reflected from an external object in contact with the transparent layer (410, 610); an optical layer disposed on the biometric sensor; and an optical filter, within the sensor housing, disposed between the display panel (420, 620) and the optical layer and disposed apart from the display panel (420, 620) and the optical layer such that an air gap is formed between the optical layer and the optical filter, wherein the optical filter covers the opening in the upper side of the sensor housing and overlaps the biometric sensor, and wherein the light reflected from the external object passes through each of the transparent layer (410, 610), the display panel (420, 620),, the opening, the optical filter, and the air gap. a transparent layer (410, 610);; a display panel (420, 620) disposed under the transparent layer (410, 610) and including pixels; a sensor housing disposed under the display panel (420, 620) and the transparent layer (410,610), the sensor housing being disposed on a printed circuit board, PCB, and including an upper side in which an opening is formed; a biometric sensor disposed on the PCB within the sensor housing and configured to receive light reflected from an external object in contact with the transparent layer (410, 610); an optical layer disposed on the biometric sensor; and an optical filter, within the sensor housing, disposed between the display panel (420, 620) and the optical layer and disposed apart from the display panel (420, 620) and the optical layer such that an air gap is formed between the optical layer and the optical filter, wherein the optical filter covers the opening in the upper side of the sensor housing and overlaps the biometric sensor, and wherein the light reflected from the external object passes through each of the transparent layer (410, 610), the display panel (420, 620),, the opening, the optical filter, and the air gap.
Motor vehicle component, produced by hot forming and press hardening of a metallic plate made of a hardenable steel alloy, wherein the motor vehicle component is formed from a three-layer laminated composite steel, wherein a middle layer is formed from the hardenable steel alloy, and the outer layers are formed from a stainless steel alloy, in particular a stainless high-grade steel alloy, characterised in that the motor vehicle component is formed at least in sections in cross-section as a closed hollow profile with cross-sections which differ from one another in the longitudinal direction.
A method of manufacturing a solar cell, comprising the steps of: forming an n-type diffusion layer over a second principal surface of a p-type semiconductor substrate; forming an SiNx film over the n-type diffusion layer; forming a texture only on the first principal surface of the p-type semiconductor substrate after the SiNx film forming step; and forming over a first principal surface of the p-type semiconductor substrate a passivation film composed of an SiO 2 film or an aluminium oxide film after the texture forming step. forming an n-type diffusion layer over a second principal surface of a p-type semiconductor substrate; forming an SiNx film over the n-type diffusion layer; forming a texture only on the first principal surface of the p-type semiconductor substrate after the SiNx film forming step; and forming over a first principal surface of the p-type semiconductor substrate a passivation film composed of an SiO 2 film or an aluminium oxide film after the texture forming step.
Double-layer anti-fungal varnish comprising: - a base layer based on a polyvinyl acetal resin, advantageously a polyvinyl butyral resin, in solution in acrylate monomers, advantageously a mixture of tetrahydrofurfuryl acrylate, acrylic acid and phenoxy ethyl acrylate, and diluted in alcohol or a glycol ether, in particular in ethanol; - a top layer based on polyester acrylate modified by a diene polymer or a polymer based on polyurethane, advantageously based on polybutadiene-modified acrylated diglycidyl ether of bisphenol A, in solution in acrylate monomers, advantageously a mixture of isobornyl acrylate and acrylic acid, and diluted in a glycol ether, advantageously propylene glycol methyl ether acetate; - at least 10% by weight based on the total weight of the dry varnish of an anti-fungal agent, said agent being dispersed in both varnish layers. - a base layer based on a polyvinyl acetal resin, advantageously a polyvinyl butyral resin, in solution in acrylate monomers, advantageously a mixture of tetrahydrofurfuryl acrylate, acrylic acid and phenoxy ethyl acrylate, and diluted in alcohol or a glycol ether, in particular in ethanol; - a top layer based on polyester acrylate modified by a diene polymer or a polymer based on polyurethane, advantageously based on polybutadiene-modified acrylated diglycidyl ether of bisphenol A, in solution in acrylate monomers, advantageously a mixture of isobornyl acrylate and acrylic acid, and diluted in a glycol ether, advantageously propylene glycol methyl ether acetate; - at least 10% by weight based on the total weight of the dry varnish of an anti-fungal agent, said agent being dispersed in both varnish layers.
A user equipment, UE, comprising: one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, and configured to execute the computer-executable instructions to: transmit a Radio Resource Control, RRC, system information request message to a cell to request an offset; receive a minimum required received level factor and the offset via system information, the offset being included in one of a System Information Block 3, SIB3, and a System Information Block 4, SIB4; obtain a minimum required received level based on the minimum required received level factor and the offset multiplied by an integer larger than one; determine a cell selection criterion based on the minimum required received level; and perform inter-frequency cell reselection according to the cell selection criterion when the offset is received in first neighboring cell related information for the inter-frequency cell reselection in the SIB4. one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, and configured to execute the computer-executable instructions to: transmit a Radio Resource Control, RRC, system information request message to a cell to request an offset; receive a minimum required received level factor and the offset via system information, the offset being included in one of a System Information Block 3, SIB3, and a System Information Block 4, SIB4; obtain a minimum required received level based on the minimum required received level factor and the offset multiplied by an integer larger than one; determine a cell selection criterion based on the minimum required received level; and perform inter-frequency cell reselection according to the cell selection criterion when the offset is received in first neighboring cell related information for the inter-frequency cell reselection in the SIB4. transmit a Radio Resource Control, RRC, system information request message to a cell to request an offset; receive a minimum required received level factor and the offset via system information, the offset being included in one of a System Information Block 3, SIB3, and a System Information Block 4, SIB4; obtain a minimum required received level based on the minimum required received level factor and the offset multiplied by an integer larger than one; determine a cell selection criterion based on the minimum required received level; and perform inter-frequency cell reselection according to the cell selection criterion when the offset is received in first neighboring cell related information for the inter-frequency cell reselection in the SIB4.
A separator device to increase the interproximal space between the adjacent teeth giving the dental clinician improved visibility and working space, wherein the separator device comprises a spring- tensioned yoke, which is a unitary, one-piece structure having rectangular cross-sectional shape, including two opposing partial elliptical segments (44, 46) joined by a connector segment, wherein (a) engagement structures (50, 52) are located at each end of the elliptical segments (44, 46), respectively, (b) opposing tines (54, 56) extend downwardly from the engagement structures (50, 52) at acute angles and are configured so they converge toward one another, the opposing tines (54, 56) do not extend in parallel to each other, and have an interior surface and an exterior surface, and (c) gripping members (62, 64) are attached to the tines (54, 56) as compression sleeves having tubular shapes, whereby the gripping members (62, 64) are made of a soft medical grade elastomeric material providing a cushioned grip for helping in positioning and manipulating the tine (54, 56) on the dental arch of a patient. (a) engagement structures (50, 52) are located at each end of the elliptical segments (44, 46), respectively, (b) opposing tines (54, 56) extend downwardly from the engagement structures (50, 52) at acute angles and are configured so they converge toward one another, the opposing tines (54, 56) do not extend in parallel to each other, and have an interior surface and an exterior surface, and (c) gripping members (62, 64) are attached to the tines (54, 56) as compression sleeves having tubular shapes, whereby the gripping members (62, 64) are made of a soft medical grade elastomeric material providing a cushioned grip for helping in positioning and manipulating the tine (54, 56) on the dental arch of a patient.
A voltage controlled oscillator, comprising: a first device having first, second and third terminals (102 1, 102 2, 102 3); a second device having first, second and third terminals (104 1, 104 2, 104 3); and circuitry comprising a tuning voltage network coupled to dynamically tuned coupled resonator networks (124, 128), which are respectively coupled to the third terminals (102 3, 104 3) of each of the devices (102, 104) and a dynamically-tuned combiner network, which includes two input ports (132 1,132 2) accepting a respective input signal (138,140) present at the second terminal (102 2,104 2) of each of the devices (102,104) and combines the input signals (138,140)) into an output signal, whereby the dynamically-tuned combiner network is coupled to the tuning voltage network for feeding back a select portion of a signal from the dynamically-tuned combiner network to the tuning voltage network, wherein the voltage of the tuning network can be adjusted to tune the output signal of the voltage controlled oscillator over a frequency range of at least an octave. a first device having first, second and third terminals (102 1, 102 2, 102 3); a second device having first, second and third terminals (104 1, 104 2, 104 3); and circuitry comprising a tuning voltage network coupled to dynamically tuned coupled resonator networks (124, 128), which are respectively coupled to the third terminals (102 3, 104 3) of each of the devices (102, 104) and a dynamically-tuned combiner network, which includes two input ports (132 1,132 2) accepting a respective input signal (138,140) present at the second terminal (102 2,104 2) of each of the devices (102,104) and combines the input signals (138,140)) into an output signal, whereby the dynamically-tuned combiner network is coupled to the tuning voltage network for feeding back a select portion of a signal from the dynamically-tuned combiner network to the tuning voltage network, wherein the voltage of the tuning network can be adjusted to tune the output signal of the voltage controlled oscillator over a frequency range of at least an octave.
A method for laser surface cleaning, the method comprising: directing a laser beam toward a quartz substrate having a contaminant disposed thereon, a wavelength of the laser beam being greater than 8 micrometers; increasing a temperature of the quartz substrate through absorption of the laser beam by the quartz substrate; and thermally decomposing or physically changing a state of the contaminant by increasing a temperature of the contaminant through heat transfer from the quartz substrate to the contaminant. directing a laser beam toward a quartz substrate having a contaminant disposed thereon, a wavelength of the laser beam being greater than 8 micrometers; increasing a temperature of the quartz substrate through absorption of the laser beam by the quartz substrate; and thermally decomposing or physically changing a state of the contaminant by increasing a temperature of the contaminant through heat transfer from the quartz substrate to the contaminant.
A blow molding parison for a container comprising: a neck forming portion, a shoulder forming portion, a body forming portion and a bottom forming portion, characterized in that the bottom forming portion has a sidewall and a bottom wall with the wall thicknesses of both of the sidewall and bottom wall being greater than a wall thickness of a body section of the container to be molded, and that an external shape of the bottom forming portion of the parison is same as an external shape of a bottom section of the container to be molded. a neck forming portion, a shoulder forming portion, a body forming portion and a bottom forming portion, characterized in that the bottom forming portion has a sidewall and a bottom wall with the wall thicknesses of both of the sidewall and bottom wall being greater than a wall thickness of a body section of the container to be molded, and that an external shape of the bottom forming portion of the parison is same as an external shape of a bottom section of the container to be molded.
Aircraft comprising a fuselage, engines, a bleed air port and a fuel cell system arranged in the fuselage, the fuel cell system comprising - at least one fuel cell, - at least one fuel cell heat exchanger arranged in or at the at least one fuel cell for receiving heat of the at least one fuel cell, - at least one thermal dissipation unit, - at least one additional heat exchanger (18, 28) and - a cooling loop having a plurality of fluid line segments for conveying a coolant, wherein the at least one fuel cell heat exchanger is coupled with the at least one thermal dissipation unit through the cooling loop, and wherein the additional heat exchanger (18, 28) is arranged in the cooling loop and is adapted for receiving heat from an external source and for raising the temperature of a coolant flowing in the cooling loop, characterized by a cathode reactant gas heat exchanger, which is arranged upstream of an air inlet of a cathode section of the at least one fuel cell and downstream of a coolant outlet of the fuel cell, and in that the bleed air port as a source of compressed air is coupled with a cathode side of the at least one fuel cell. - at least one fuel cell, - at least one fuel cell heat exchanger arranged in or at the at least one fuel cell for receiving heat of the at least one fuel cell, - at least one thermal dissipation unit, - at least one additional heat exchanger (18, 28) and - a cooling loop having a plurality of fluid line segments for conveying a coolant,
Adjustable multifocal intraocular lens comprising: - at least two optical elements (28, 29), each optical element comprising an optical surface; and - positioning means adapted to position both optical elements in the eye, characterized in that: - both optical surfaces are chiral refractive optical surfaces adapted to provide chiral modulation of a light beam, - the combination of the chiral refractive optical surfaces is adapted to provide at least two adjustable foci (32,33), and - that the combination of the chiral refractive optical surfaces is adapted such that the focal distance of the adjustable foci (32,33) depends on the mutual position of the chiral optical surfaces. - at least two optical elements (28, 29), each optical element comprising an optical surface; and - positioning means adapted to position both optical elements in the eye, - both optical surfaces are chiral refractive optical surfaces adapted to provide chiral modulation of a light beam, - the combination of the chiral refractive optical surfaces is adapted to provide at least two adjustable foci (32,33), and - that the combination of the chiral refractive optical surfaces is adapted such that the focal distance of the adjustable foci (32,33) depends on the mutual position of the chiral optical surfaces.
Device for releasing a clutch, in particular a clutch in the drivetrain of a motor vehicle, having a housing which is arranged concentrically about an axis and which forms a pressure chamber in which an axially movable ring-shaped piston is arranged, and having a release bearing which is designed to abut against a disc spring of the clutch and which is fastened to the ring-shaped piston, and the housing is supported, via a cover bearing, on a cover of the clutch, wherein the cover bearing has a static inner ring and a rotating outer ring with rolling bodies arranged in between, wherein the release bearing is, at least during a part of an actuation stroke of the ring-shaped piston, arranged substantially within the inner ring of the cover bearing, and wherein a fastening flange is fastened by way of an interference fit to the cover bearing, characterized in that the fastening flange is connected to the housing under preload by way of a clamping connection, in particular by way of one or more plastics components with a fir cone geometry which are pressed into complementary openings on the housing.
Method for operating a battery system, in particular for a motor vehicle having an electric drive, the battery system having a traction battery, a battery management device, and one or more cell monitoring units which each monitor cell voltages of a number of battery cells of a cell arrangement, the method having the following steps: - monitoring the one or more cell monitoring units; - if a fault is detected in one of the cell monitoring units, assuming a fault operating mode of the traction battery depending on state data of the cell arrangement associated with the relevant cell monitoring unit, characterized in that the fault operating mode comprises setting a charging and/or energy recovery barrier for the traction battery. - monitoring the one or more cell monitoring units; - if a fault is detected in one of the cell monitoring units, assuming a fault operating mode of the traction battery depending on state data of the cell arrangement associated with the relevant cell monitoring unit,
Belt tensioner comprising a mass body drive for a seat belt of a motor vehicle having a force limiting device, said belt tensioner comprising - a belt shaft which is rotatably mounted in at least one opening of a housing that can be fastened to the vehicle and on which the seat belt can be wound, - a tensioner drive wheel which is connected to the belt shaft for rotation therewith and has recesses which are distributed at regular intervals over the circumference, - a chain of loose mass bodies which forms the mass body drive, which mass bodies are guided in a tensioner tube and can be driven by applying pressure to the tensioner tube, - it being possible to drive the belt shaft in the winding direction of the seat belt by the driven mass bodies engaging in the recesses in the tensioner drive wheel, characterized in that - the mounting of the belt shaft in the opening of the housing is designed to be flexible in the radial direction. - a belt shaft which is rotatably mounted in at least one opening of a housing that can be fastened to the vehicle and on which the seat belt can be wound, - a tensioner drive wheel which is connected to the belt shaft for rotation therewith and has recesses which are distributed at regular intervals over the circumference, - a chain of loose mass bodies which forms the mass body drive, which mass bodies are guided in a tensioner tube and can be driven by applying pressure to the tensioner tube, - it being possible to drive the belt shaft in the winding direction of the seat belt by the driven mass bodies engaging in the recesses in the tensioner drive wheel, characterized in that - the mounting of the belt shaft in the opening of the housing is designed to be flexible in the radial direction.
A method of handling a tissue sample comprising the steps of: providing a tissue locator (10; 50; 125) having a locator surface with a number of keying elements profiled to provide mechanical keying of an adhesive with the tissue locator, wherein the keying elements are apertures (18; 52; 110; 130); applying the adhesive to the tissue locator, wherein the adhesive is configured and applied to flow into the aperture of the locator surface; placing a tissue sample on the tissue locator; orientating the tissue sample with respect to the tissue locator using the adhesive; and allowing the adhesive to set after the tissue sample has been affixed to the locator surface, wherein one or more keys are formed from the adhesive, wherein the key comprises the flow of adhesive setting into the aperture of the locator surface; and applying a tissue handling procedure to the tissue sample in an oriented position, characterised in that the apertures comprise a taper. providing a tissue locator (10; 50; 125) having a locator surface with a number of keying elements profiled to provide mechanical keying of an adhesive with the tissue locator, wherein the keying elements are apertures (18; 52; 110; 130); applying the adhesive to the tissue locator, wherein the adhesive is configured and applied to flow into the aperture of the locator surface; placing a tissue sample on the tissue locator; orientating the tissue sample with respect to the tissue locator using the adhesive; and allowing the adhesive to set after the tissue sample has been affixed to the locator surface, wherein one or more keys are formed from the adhesive, wherein the key comprises the flow of adhesive setting into the aperture of the locator surface; and applying a tissue handling procedure to the tissue sample in an oriented position, characterised in that the apertures comprise a taper.
A method of communication, comprising: defining a transmit power profile, characterised in that the transmit power profile specifies different power values over time; and further characterised in that the method further comprises: defining maximum and minimum power levels for the transmit power profile; defining a time period for the transmit power profile; and sending at least one indication of the transmit power profile, the maximum and minimum power levels, and the time period to a plurality of access points (104, 106). defining a transmit power profile, characterised in that the transmit power profile specifies different power values over time; defining maximum and minimum power levels for the transmit power profile; defining a time period for the transmit power profile; and sending at least one indication of the transmit power profile, the maximum and minimum power levels, and the time period to a plurality of access points (104, 106).