mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a window panel comprising a front area and a curved area extending from the front area; a display panel disposed beneath the window panel; a fixed part; and wherein the display panel comprises a front display area, a side display area extending from the front display area so as to be curved, and a wiring area extending from the side display area, and characterized by: a bracket which fixes the display panel and a portion of the fixed part, and has a seating area for fixing the wiring area wherein the fixed part supports curved shapes of the side display area and the wiring area. a window panel comprising a front area and a curved area extending from the front area; a display panel disposed beneath the window panel; a fixed part; and wherein the display panel comprises a front display area, a side display area extending from the front display area so as to be curved, and a wiring area extending from the side display area, and characterized by: a bracket which fixes the display panel and a portion of the fixed part, and has a seating area for fixing the wiring area wherein the fixed part supports curved shapes of the side display area and the wiring area. a bracket which fixes the display panel and a portion of the fixed part, and has a seating area for fixing the wiring area wherein the fixed part supports curved shapes of the side display area and the wiring area.
Refractory ceramic casting nozzle featuring: 1.1 a substantially tube shaped refractory ceramic body with an inner nozzle surface and an outer peripheral nozzle surface, 1.2 the inner nozzle surface surrounding a casting channel which extends along an axial length of said nozzle between an inlet opening at a first nozzle end, being an upper end in a use position of the nozzle, and at least one outlet opening at a second nozzle end, being a lower end in the use position, wherein 1.3 the outer peripheral nozzle surface of said first nozzle end is encapsulated with a metal casing, which extends over at least part of the axial length of the first nozzle end, 1.4 a material, made of an intumescent composition, which expands under thermal load, is assembled as one or more ring-like strips and placed in at least one corresponding ring-shaped recess provided along the outer peripheral nozzle surface and between said peripheral nozzle surface and said metal casing in such a way to allow compressive forces of more than 0,1N/mm 2 being induced into the refractory ceramic body. 1.1 a substantially tube shaped refractory ceramic body with an inner nozzle surface and an outer peripheral nozzle surface, 1.2 the inner nozzle surface surrounding a casting channel which extends along an axial length of said nozzle between an inlet opening at a first nozzle end, being an upper end in a use position of the nozzle, and at least one outlet opening at a second nozzle end, being a lower end in the use position, wherein 1.3 the outer peripheral nozzle surface of said first nozzle end is encapsulated with a metal casing, which extends over at least part of the axial length of the first nozzle end, 1.4 a material, made of an intumescent composition, which expands under thermal load, is assembled as one or more ring-like strips and placed in at least one corresponding ring-shaped recess provided along the outer peripheral nozzle surface and between said peripheral nozzle surface and said metal casing in such a way to allow compressive forces of more than 0,1N/mm 2 being induced into the refractory ceramic body.
A touch screen system, comprising: a single-layer near-infrared transparent screen glass (93, 401, 600) comprising: a plurality of reflective elements (217, 601) embedded inside therein for reflecting infrared light; and an upper surface exposed for touch by an object from outside the touch screen system; a circuit board comprising circuitry for controlled selective activation of electronic components connected thereto; at least one light source (90, 230, 405) connected to said circuit board, for emitting infrared light into said screen glass, a portion of which is reflected back into said screen glass by the object when it is positioned above or on said upper surface of said screen glass, and further reflected within said screen glass by some of said reflective elements; at least one light detector (92, 270) connected to said circuit board, for detecting the further reflected light, wherein said at least one light source emits infrared light into said screen glass in a direction opposite to a direction of detection of reflected light by the at least one light detector; and a calculating unit connected to said at least one light detector (92, 270) for determining one or more locations on said upper surface of said screen glass above which or on which the object is positioned, based on amounts of light detected by said at least one light detector. a single-layer near-infrared transparent screen glass (93, 401, 600) comprising: a plurality of reflective elements (217, 601) embedded inside therein for reflecting infrared light; and an upper surface exposed for touch by an object from outside the touch screen system; a plurality of reflective elements (217, 601) embedded inside therein for reflecting infrared light; and an upper surface exposed for touch by an object from outside the touch screen system; a circuit board comprising circuitry for controlled selective activation of electronic components connected thereto; at least one light source (90, 230, 405) connected to said circuit board, for emitting infrared light into said screen glass, a portion of which is reflected back into said screen glass by the object when it is positioned above or on said upper surface of said screen glass, and further reflected within said screen glass by some of said reflective elements; at least one light detector (92, 270) connected to said circuit board, for detecting the further reflected light, wherein said at least one light source emits infrared light into said screen glass in a direction opposite to a direction of detection of reflected light by the at least one light detector; and a calculating unit connected to said at least one light detector (92, 270) for determining one or more locations on said upper surface of said screen glass above which or on which the object is positioned, based on amounts of light detected by said at least one light detector.
A composition for enzyme immunoassay using immunofluorescence comprising (i) a fluorogenic enzymatic substrate and (ii) a quenched fluorogenic compound forming a fluorescent compound after hydrolysis of the fluorogenic enzymatic substrate (i).
A modified polypeptide having an activity of RNA polymerase sigma factor 70, wherein at least one amino acid at positions of 440, 446, 448, 459, 466, 474, 477, 484, 496, 498, 509, 527, 567, 569, 576, 579, 599 and 612 from the methionine as the first amino acid is substituted with another amino acid in the amino acid sequence of SEQ ID NO: 8, wherein the amino acid at position 440 is substituted with proline, a substitution of the amino acid at position 446 with proline; a substitution of the amino acid at position 448 with serine; a substitution of the amino acid at position 459 with asparagine; a substitution of the amino acid at position 466 with serine; a substitution of the amino acid at position 474 with valine; a substitution of the amino acid at position 477 with glycine; a substitution of the amino acid at position 484 with valine; a substitution of the amino acid at position 496 with asparagine; a substitution of the amino acid at position 498 with arginine; a substitution of the amino acid at position 509 with methionine; a substitution of the amino acid at position 527 with proline; a substitution of the amino acid at position 567 with valine; a substitution of the amino acid at position 569 with proline; a substitution of the amino acid at position 576 with glycine; a substitution of the amino acid at position 579 with arginine, leucine, threonine, isoleucine, glycine, alanine, proline, or serine; a substitution of the amino acid at position 599 with cysteine; and a substitution of the amino acid at position 612 with glycine, tyrosine, threonine, asparagine, phenylalanine, lysine, serine, arginine, histidine, or a stop codon..
A heat exchanger comprising: a plurality of flattened pipes; a header collection pipe (22, 23) to which the flattened pipes are joined; and a plurality of fins joined to the flattened pipes, a fluid flowing through the interior of the flattened pipes exchanging heat with air flowing outside the flattened pipes, wherein the header collection pipe (22, 23) is provided with: a header collection pipe body provided so that the longitudinal direction thereof is vertically oriented; and a cover member furnished inside from an upper end of the header collection pipe body, and closing off the upper side of the header collection pipe body; the header collection pipe body has a pipe end section that extends upward past the cover member, and a drainage part is formed in a part of the pipe end section, characterized in that, the drainage part is a slot formed by a downward receding of a part of the pipe end section, wherein a lower end of the drainage slot is situated below an upper end of the cover member. a plurality of flattened pipes; a header collection pipe (22, 23) to which the flattened pipes are joined; and a plurality of fins joined to the flattened pipes, a fluid flowing through the interior of the flattened pipes exchanging heat with air flowing outside the flattened pipes, a header collection pipe body provided so that the longitudinal direction thereof is vertically oriented; and a cover member furnished inside from an upper end of the header collection pipe body, and closing off the upper side of the header collection pipe body; the header collection pipe body has a pipe end section that extends upward past the cover member, and a drainage part is formed in a part of the pipe end section, characterized in that, the drainage part is a slot formed by a downward receding of a part of the pipe end section, wherein a lower end of the drainage slot is situated below an upper end of the cover member.
A device for obtaining mechanical, geometric, and dynamic measurements of optical surfaces characterized in that it comprises: - a high-speed stereoscopic imaging system; - a spatially discrete stimulus generator configured for directing a spatially discrete stimulus to a first optical region and to a second optical region; - a first projector configured for projecting a random infrared illumination pattern onto the entire surface of the second optical region; - a second projector configured for projecting a slotted illumination pattern projected on the central area of the second optical region; - a processor configured for calibrating the high-speed stereoscopic imaging system, calculating the position of the high-speed stereoscopic imaging system in space, establishing depth ratios in the high-speed stereoscopic imaging system, and determining the position of the second optical region in space and the depth ratio of the second optical region with respect to the high-speed stereoscopic imaging system; wherein the high-speed stereoscopic imaging system is configured for obtaining at least one image of the random infrared illumination pattern projected onto the entire surface of the second optical region, as well as of the slotted illumination pattern projected onto the central area of the second optical region without the application of the spatially discrete stimulus, and also for obtaining images of the random infrared illumination pattern and of the slotted illumination pattern during and after the application of the spatially discrete stimulus which strikes the first optical region and the second optical region and propagates over the surface of the second optical region; and wherein the processor is configured for generating a final image with three-dimensional information about the entire extension of the second optical region using a superposition, by means of digital image correlation, of the images obtained by means of the high-speed stereoscopic imaging system. - a high-speed stereoscopic imaging system; - a spatially discrete stimulus generator configured for directing a spatially discrete stimulus to a first optical region and to a second optical region; - a first projector configured for projecting a random infrared illumination pattern onto the entire surface of the second optical region; - a second projector configured for projecting a slotted illumination pattern projected on the central area of the second optical region; - a processor configured for calibrating the high-speed stereoscopic imaging system, calculating the position of the high-speed stereoscopic imaging system in space, establishing depth ratios in the high-speed stereoscopic imaging system, and determining the position of the second optical region in space and the depth ratio of the second optical region with respect to the high-speed stereoscopic imaging system;
A food storage appliance, comprising: a housing; an elongated vacuum trough disposed in the housing configured to receive an unsealed end of a food storage container; one or more electronic components including a vacuum motor fluidly connected to the vacuum trough and a heat sealing element disposed in proximity of the vacuum trough; characterised in further comprising: a sensor disposed on the housing in proximity to the vacuum trough configured to generate an electrical signal if liquid is detected in the food storage container before the liquid is drawn into the vacuum trough during an evacuation operation; and an integrated electronic circuit connected to the sensor configured to receive the electrical signal and configured to control one of the vacuum motor or the heat sealing element when liquid is detected in the food storage container. a housing; an elongated vacuum trough disposed in the housing configured to receive an unsealed end of a food storage container; one or more electronic components including a vacuum motor fluidly connected to the vacuum trough and a heat sealing element disposed in proximity of the vacuum trough; characterised in further comprising: a sensor disposed on the housing in proximity to the vacuum trough configured to generate an electrical signal if liquid is detected in the food storage container before the liquid is drawn into the vacuum trough during an evacuation operation; and an integrated electronic circuit connected to the sensor configured to receive the electrical signal and configured to control one of the vacuum motor or the heat sealing element when liquid is detected in the food storage container. a sensor disposed on the housing in proximity to the vacuum trough configured to generate an electrical signal if liquid is detected in the food storage container before the liquid is drawn into the vacuum trough during an evacuation operation; and an integrated electronic circuit connected to the sensor configured to receive the electrical signal and configured to control one of the vacuum motor or the heat sealing element when liquid is detected in the food storage container.
A wrought copper alloy consisting, by weight, of: from 1 % to 2.5 % of nickel, from 0.5 % to 2.0 % of cobalt, with a total nickel plus cobalt content of from 1.7 % to 4.3 % and a weight percent ratio of nickel to cobalt that is from 1.01: 1 to 2.6: 1; from 0.5 % to 1.5 % of silicon with a ratio of (Ni+Co)/Si being between 3.5: 1 and 6: 1; a maximum zinc content of 0.25 %; a maximum chromium content of 0.08 %; a maximum tin content of 0.04 %; a maximum phosphorus content of 0.04 %; a maximum magnesium content of 0.15 %; and optionally an amount of up to 1.0 % of silver, titanium, zirconium and combinations thereof; and the balance copper and inevitable impurities wherein said wrought copper alloy has an electrical conductivity in excess of 40 % IACS, a yield strength in excess of 758.5 MPa (110 ksi). from 1 % to 2.5 % of nickel, from 0.5 % to 2.0 % of cobalt, with a total nickel plus cobalt content of from 1.7 % to 4.3 % and a weight percent ratio of nickel to cobalt that is from 1.01: 1 to 2.6: 1; from 0.5 % to 1.5 % of silicon with a ratio of (Ni+Co)/Si being between 3.5: 1 and 6: 1; a maximum zinc content of 0.25 %; a maximum chromium content of 0.08 %; a maximum tin content of 0.04 %; a maximum phosphorus content of 0.04 %; a maximum magnesium content of 0.15 %; and optionally an amount of up to 1.0 % of silver, titanium, zirconium and combinations thereof; and the balance copper and inevitable impurities wherein said wrought copper alloy has an electrical conductivity in excess of 40 % IACS, a yield strength in excess of 758.5 MPa (110 ksi).
A microfluidic mixing device comprising: a mixing channel; a fluid inlet chamber to pass fluids into the mixing channel; an axis-asymmetric mixing actuator integrated within the channel to cause fluid displacements that mix the fluids as they flow through the channel, the axis-asymmetric mixing actuator comprising two axis-asymmetric mixing actuators on different sides of the channel and staggered along the channel length; and an outlet chamber to receive the mixed fluids, characterized in that a width of the fluid inlet chamber is larger than a width of an entrance to the channel, the device further comprising a pump actuator located symmetrically on a centre axis of the channel and toward the entrance of the channel, wherein the pump actuator is configured to cause a unidirectional fluid flow through the channel. a mixing channel; a fluid inlet chamber to pass fluids into the mixing channel; an axis-asymmetric mixing actuator integrated within the channel to cause fluid displacements that mix the fluids as they flow through the channel, the axis-asymmetric mixing actuator comprising two axis-asymmetric mixing actuators on different sides of the channel and staggered along the channel length; and an outlet chamber to receive the mixed fluids, characterized in that a width of the fluid inlet chamber is larger than a width of an entrance to the channel, the device further comprising a pump actuator located symmetrically on a centre axis of the channel and toward the entrance of the channel, wherein the pump actuator is configured to cause a unidirectional fluid flow through the channel.
An electrical circuit comprising a transparent conductor formed from a polymer thick film conductive composition comprising: (a) 10-70 wt% of a conductive oxide powder selected from the group consisting of indium tin oxide powder, antimony tin oxide powder and mixtures thereof; (b) 10-50 wt% of a first organic medium comprising 10-50 wt% thermoplastic urethane resin dissolved in a first organic solvent, wherein the weight percent of the thermoplastic urethane resin is based on the total weight of the first organic medium; and (c) 10-50 wt% of a second organic medium comprising 10-50 wt% thermoplastic polyhydroxyether resin dissolved in a second organic solvent wherein the weight percent of the thermoplastic polyhydroxyether resin is based on the total weight of the second organic medium; wherein the weight percent of said conductive oxide powder, said first organic medium and said second organic medium are based on the total weight of said polymer thick film conductive composition and wherein said polymer thick film conductive composition is dried to form said transparent conductor. (a) 10-70 wt% of a conductive oxide powder selected from the group consisting of indium tin oxide powder, antimony tin oxide powder and mixtures thereof; (b) 10-50 wt% of a first organic medium comprising 10-50 wt% thermoplastic urethane resin dissolved in a first organic solvent, wherein the weight percent of the thermoplastic urethane resin is based on the total weight of the first organic medium; and (c) 10-50 wt% of a second organic medium comprising 10-50 wt% thermoplastic polyhydroxyether resin dissolved in a second organic solvent wherein the weight percent of the thermoplastic polyhydroxyether resin is based on the total weight of the second organic medium;
A method for producing a polyol from an unsaturated fatty acid with one or more double bonds or a polyol from a fatty acid derivative, selected from fatty acid esters, fatty ethers, fatty alcohols, fatty acid amides, fatty acid chlorides, fatty amines, and fatty acid anhydrides, which has at least one unsaturated fatty acid residue with one or more double bonds, comprising the steps of (a) peroxidizing an allyl unit of the unsaturated fatty acid or of the unsaturated fatty acid derivative, thus forming an allyl hydroperoxide unit, wherein the allyl hydroperoxide unit is subsequently converted into an epoxyalcohol unit, and (b) opening the epoxy group of the resulting epoxyalcohol unit by means of hydrolysis, thus forming the polyol, wherein step (a) occurs in the presence of a transition metal catalyst, the peroxidation of the allyl unit in step (a) is a photoperoxidation in the presence of a peroxidation means and a photosensitizer, wherein singlet oxygen is used as peroxidation means, and wherein the catalysis in step (a) occurs in situ. (a) peroxidizing an allyl unit of the unsaturated fatty acid or of the unsaturated fatty acid derivative, thus forming an allyl hydroperoxide unit, wherein the allyl hydroperoxide unit is subsequently converted into an epoxyalcohol unit, and (b) opening the epoxy group of the resulting epoxyalcohol unit by means of hydrolysis, thus forming the polyol,
A method of operating a communications device, the method comprising: connecting from a secure modem subsystem to a wireless cellular network; connecting a first secure modem control channel from the secure modem subsystem through the wireless cellular network to a network service controller; connecting a second secure modem control channel from a secure execution environment, separately secured from the secure modem subsystem, through the secure modem subsystem and the wireless cellular network to the network service controller; receiving at the secure execution environment via the second control channel one or more messages from the network service controller, the one or more messages comprising one or more service policy settings; storing the one or more service policy settings in a secure memory partition accessible only from the secure execution environment; and enforcing, at least in part from the secure execution environment, a network service profile comprising the one or more service policy settings, to control the communications device use of a service on the wireless cellular network. connecting from a secure modem subsystem to a wireless cellular network; connecting a first secure modem control channel from the secure modem subsystem through the wireless cellular network to a network service controller; connecting a second secure modem control channel from a secure execution environment, separately secured from the secure modem subsystem, through the secure modem subsystem and the wireless cellular network to the network service controller; receiving at the secure execution environment via the second control channel one or more messages from the network service controller, the one or more messages comprising one or more service policy settings; storing the one or more service policy settings in a secure memory partition accessible only from the secure execution environment; and enforcing, at least in part from the secure execution environment, a network service profile comprising the one or more service policy settings, to control the communications device use of a service on the wireless cellular network.