mhurhangee/ep-ind-claims huggingface dataset:
A light control device comprising a light control sheet and a controller; wherein the light control sheet comprises: a light control layer that can be switched between at least a first state and a second state by changing alignment of liquid crystal molecules by application of a drive voltage; and two transparent electrode layers sandwiching the light control layer, wherein the drive voltage is applied between the transparent electrode layers; wherein the controller converts a value of transmitted image definition into a value of the drive voltage, the transmitted image definition, C n, being calculated from the following Formula: C n = 100 × M − m / M + m where n represents an optical comb width, M represents a maximum light intensity, and m represents a minimum light intensity; and wherein the light control layer is transparent in the first state; the light control layer is turbid in the second state; the light control layer is in the second state when there is no application of the drive voltage; and when the light control layer is in the second state, the light control sheet has a transmitted image definition of 70% or less based on a control performed by the controller, the transmitted image definition being based on JIS K 7374:2007 with the optical comb width, n, set to 0.125 mm. a light control layer that can be switched between at least a first state and a second state by changing alignment of liquid crystal molecules by application of a drive voltage; and two transparent electrode layers sandwiching the light control layer, wherein the drive voltage is applied between the transparent electrode layers; wherein the controller converts a value of transmitted image definition into a value of the drive voltage, the transmitted image definition, C n, being calculated from the following Formula: C n = 100 × M − m / M + m where n represents an optical comb width, M represents a maximum light intensity, and m represents a minimum light intensity; and wherein the light control layer is transparent in the first state; the light control layer is turbid in the second state; the light control layer is in the second state when there is no application of the drive voltage; and when the light control layer is in the second state, the light control sheet has a transmitted image definition of 70% or less based on a control performed by the controller, the transmitted image definition being based on JIS K 7374:2007 with the optical comb width, n, set to 0.125 mm.
A humidifier for a CPAP apparatus comprising: a base configured to retain a body of liquid therein, an inlet communicated with an interior of the base and connectable to a blower outlet of the CPAP apparatus, and an outlet communicated with the interior of the base and connectable to a patient supply conduit, wherein the humidifier further comprises a top cover and a divider disposed between the top cover and the base, wherein the top cover and the divider together form a first chamber and the base and the divider together form a second chamber and wherein the inlet of the humidifier is an inlet of the first chamber, and the outlet of the humidifier is an outlet of the second chamber. a base configured to retain a body of liquid therein, an inlet communicated with an interior of the base and connectable to a blower outlet of the CPAP apparatus, and an outlet communicated with the interior of the base and connectable to a patient supply conduit, wherein
A method for photovoltaic module fault diagnosis, comprising: after a plurality of module-level power electronic devices are controlled to perform IV scanning on photovoltaic modules connected to the plurality of module-level power electronic devices respectively and IV curves of the photovoltaic modules are obtained by the plurality of module-level power electronic devices respectively, selecting, from the IV curves of the photovoltaic modules, an IV curve satisfying a condition as a reference curve; comparing each of remaining IV curves in the IV curves of the photovoltaic modules other than the reference curve with the reference curve, to generate comparison results; and generating a fault diagnosis result for each of the photovoltaic modules based on the comparison results. after a plurality of module-level power electronic devices are controlled to perform IV scanning on photovoltaic modules connected to the plurality of module-level power electronic devices respectively and IV curves of the photovoltaic modules are obtained by the plurality of module-level power electronic devices respectively, selecting, from the IV curves of the photovoltaic modules, an IV curve satisfying a condition as a reference curve; comparing each of remaining IV curves in the IV curves of the photovoltaic modules other than the reference curve with the reference curve, to generate comparison results; and generating a fault diagnosis result for each of the photovoltaic modules based on the comparison results.
A fluid connector assembly, comprising: a threaded retainer comprising: a first body having a first through-bore therein; a first screw thread operatively arranged on an outer surface of said first body; and a first shoulder (212, 216) arranged on said outer surface; a fluid connector comprising: a second body having a second through-bore and a counter-bore therein; a second screw thread formed on an inner surface of said counter-bore; and a second shoulder (126, 130) arranged to abut against said first shoulder of said threaded retainer, wherein an axial gap is formed between said threaded retainer and said fluid connector when secured together; and a tubular connector having a tube barb extending radially outward, said tube barb arranged within said axial gap, and extending completely through said threaded retainer, characterised in that an annular channel is formed on an inner surface of said second through-bore and a seal is arranged in said channel, said seal engaging an outward facing surface of said tubular connector. a threaded retainer comprising: a first body having a first through-bore therein; a first screw thread operatively arranged on an outer surface of said first body; and a first shoulder (212, 216) arranged on said outer surface; a first body having a first through-bore therein; a first screw thread operatively arranged on an outer surface of said first body; and a first shoulder (212, 216) arranged on said outer surface; a fluid connector comprising: a second body having a second through-bore and a counter-bore therein; a second screw thread formed on an inner surface of said counter-bore; and a second shoulder (126, 130) arranged to abut against said first shoulder of said threaded retainer, wherein an axial gap is formed between said threaded retainer and said fluid connector when secured together; and a second body having a second through-bore and a counter-bore therein; a second screw thread formed on an inner surface of said counter-bore; and a second shoulder (126, 130) arranged to abut against said first shoulder of said threaded retainer, wherein an axial gap is formed between said threaded retainer and said fluid connector when secured together; and a tubular connector having a tube barb extending radially outward, said tube barb arranged within said axial gap, and extending completely through said threaded retainer, characterised in that an annular channel is formed on an inner surface of said second through-bore and a seal is arranged in said channel, said seal engaging an outward facing surface of said tubular connector.
An additive manufacturing apparatus comprising a processing chamber having a window for receiving a laser beam into the processing chamber and a removably-mountable optical module for delivering the laser beam through the window, the optical module (10, 310) comprising a housing containing two or more optical trains for delivering laser beams to a planar build surface (130, 3130) in the processing chamber simultaneously, each optical train comprising an arrangement of optical components within the optical module that passes a laser beam therethrough, the optical components including focussing optics for focussing the laser beam and a scanning head (60, 360) for steering the laser beam, wherein the focussing optics comprise movable optical elements that allow dynamic focussing of the laser beam dependent on a position of the laser beam within the processing chamber to deliver a focussed laser spot to the planar build surface (130, 3130), wherein the two or more optical trains have an identical set-up of optical components to allow delivery of multiple identical laser beams to the processing chamber.
A pharmaceutical composition comprising an AAK1 inhibitor and an anti-inflammatory drug, wherein the AAK1 inhibitor is 3-methyloxetan-3-yl-4-(3-(2-methoxypyridin-3-yl)pyrazolo[1,5-a]pyrimidin-5-yl)piperazine-1-carboxylate: or a pharmaceutically acceptable salt thereof.
Erosion device for machining a hollow-cylindrical workpiece, which device is elongated and formed in the manner of a tube or cylinder, wherein at least two rotationally acting drive means (A1, A2), each with a drive shaft (AW1, AW2), and also an erosion electrode, interacting with the drive means (A1, A2) and formed in the manner of a ring or disc, are provided, wherein the respectively at least one first and second drive means and the axes of symmetry or axes of rotation (D1, D2) thereof are arranged radially or laterally offset in relation to one another and the second drive means is connected eccentrically and frictionally to the drive shaft of a first drive means or is arranged thereon and coupled thereto, and the erosion electrode is eccentrically and frictionally connected to the drive shaft of the second drive means and arranged thereon and/or coupled thereto, wherein the drive means (A1, A2) and the erosion electrode are adapted in size and extent to the internal diameter of the workpiece to be machined, so that the device can be introduced into the respective hollow-cylindrical workpiece and can be positioned at the location respectively to be machined or the region to be machined inside the workpiece, and the erosion electrode can be pivoted or can be rotated by means of a coupled pivoting or rotating movement of the at least two drive means (A1, A2) into the material of the walling of the workpiece and can be moved on the inside through or along the workpiece and the material of the walling therof on a predeterminable machining path, which in particular follows the inner and/or outer contour of the workpiece, and a removal of material or cut in the material of the wall of the workpiece can be brought about by means of EDM methods, characterized in that at least two clamping devices (V1, V2) are provided, which devices are arranged on both sides, in the longitudinal direction, of the erosion electrode, and consequently of the actual machining region, and with which the device, and also in particular the drives or drive means (A1, A2) and the electrode, can be kept immovably fixed in the workpiece in the longitudinal direction or axial direction and can be clamped thereto, so that deforming of the workpiece by the machining process, and consequently jamming of the electrode during the erosion operation, and in particular in the end phase of the erosion process, are avoided, and consequently exact and trouble-free working, in particular separating, can be brought about and/or is ensured, wherein a respective clamping device has three or more clamping jaws which can be electromechanically pressed radially outwards so that the device is securely clamped and held in the workpiece.
A composition comprising extruded pieces, the extruded pieces comprising: a. protein in an amount of 30% to 90% by weight, b. a protein matrix disruptive ingredient in an amount of from 5% to 50% by weight, c. oil in an amount of from 2% to 20% by weight, d. water in an amount of from 1.5% to 8% by weight, and e. inclusions in an amount of from 0% to 50% by weight wherein the extruded pieces have a density of from 0.7 g/cc to 1.0 g/cc. a. protein in an amount of 30% to 90% by weight, b. a protein matrix disruptive ingredient in an amount of from 5% to 50% by weight, c. oil in an amount of from 2% to 20% by weight, d. water in an amount of from 1.5% to 8% by weight, and e. inclusions in an amount of from 0% to 50% by weight
A method for use in seismic surveying, comprising: imparting a plurality of humming seismic signals into a geological formation; imparting broadband seismic signals into the geological formation, imparting a plurality of swept seismic signals into the geological formation simultaneous with the imparting of the plurality of humming seismic signals and the imparting of the broadband seismic signals; and receiving returned seismic energy of the plurality of humming seismic signals, the broadband seismic signals, and the plurality of swept seismic signals after interacting with the geological formation; and recording the returned seismic energy. imparting a plurality of humming seismic signals into a geological formation; imparting broadband seismic signals into the geological formation, imparting a plurality of swept seismic signals into the geological formation simultaneous with the imparting of the plurality of humming seismic signals and the imparting of the broadband seismic signals; and receiving returned seismic energy of the plurality of humming seismic signals, the broadband seismic signals, and the plurality of swept seismic signals after interacting with the geological formation; and recording the returned seismic energy.
A method of facilitating the provision of circuit-switched Service Area-dependent services to a mobile station from a service level network, the mobile station communicating with a cell of a cellular packet switched access domain, the method characterized by comprising: requesting, by the mobile station, provision of a Service Area Identifier, the request comprising cell location information for said cell; determining a Service Area Identifier using the cell location information in the packet switched domain; wherein the Service Area Identifier is sent to the mobile station; and providing, by the mobile station, the Service Area Identifier to said service level network. requesting, by the mobile station, provision of a Service Area Identifier, the request comprising cell location information for said cell; determining a Service Area Identifier using the cell location information in the packet switched domain; wherein the Service Area Identifier is sent to the mobile station; and providing, by the mobile station, the Service Area Identifier to said service level network.
An intra-abdominal pressure sensing apparatus, comprising: a flexible substructure having a plurality of openings or pockets; a membrane jointed to the flexible substructure and provided over each opening or pocket to provide a plurality of pressure-responsive chambers provided along a first dimension of the apparatus, such that each chamber comprises at least one pressure-transmitting wall, and the flexible substructure provides a pressure-resistant barrier between adjacent chambers; a pressure sensor device provided in each chamber; and a data transfer apparatus configured to provide data from each pressure-sensor device, wherein the sensing apparatus is configured for simultaneous measurement of abdominal pressure and pelvic floor pressure. a flexible substructure having a plurality of openings or pockets; a membrane jointed to the flexible substructure and provided over each opening or pocket to provide a plurality of pressure-responsive chambers provided along a first dimension of the apparatus, such that each chamber comprises at least one pressure-transmitting wall, and the flexible substructure provides a pressure-resistant barrier between adjacent chambers; a pressure sensor device provided in each chamber; and a data transfer apparatus configured to provide data from each pressure-sensor device, wherein the sensing apparatus is configured for simultaneous measurement of abdominal pressure and pelvic floor pressure.
An article of footwear, comprising: a sole having an insole and an outsole, and an outer layer on a rear portion of the outsole, wherein the outer layer is not present on a toe portion of the outsole, and wherein the outer layer is more rigid than the outsole; and an upper, characterized in that the upper is clamped to the sole by one or more clamp plates (580, 582, 588) wherein each of the one or more clamp plates includes first mating features configured to mate with corresponding second mating features in the sole via corresponding apertures in the upper; wherein the one or more clamp plates include a U-shaped heel clamp plate configured to fit into a corresponding U-shaped recess in a heel end of the sole, such that a top surface of the heel clamp plate is flush with a top surface of the sole. a sole having an insole and an outsole, and an outer layer on a rear portion of the outsole, wherein the outer layer is not present on a toe portion of the outsole, and wherein the outer layer is more rigid than the outsole; and an upper, characterized in that the upper is clamped to the sole by one or more clamp plates (580, 582, 588) wherein each of the one or more clamp plates includes first mating features configured to mate with corresponding second mating features in the sole via corresponding apertures in the upper; wherein the one or more clamp plates include a U-shaped heel clamp plate configured to fit into a corresponding U-shaped recess in a heel end of the sole, such that a top surface of the heel clamp plate is flush with a top surface of the sole.
An electronic device comprising: a first board configured as a printed circuit board having an electronic circuit component mounted thereon; a second board configured as a printed circuit board having an electronic circuit component mounted thereon; a board-to-board connector configured to electrically connect the first board and the second board, the board-to-board connector comprising a first terminal provided on the first board and a second terminal provided on the second board, the second terminal being configured to be connected to the first terminal; and a grip member provided on the second board, characterized in that the grip member comprises a pair of connection portions disposed on and extending from a front side of the second board, the grip member further comprising a grip portion connecting upper ends of the pair of connection portions to each other, wherein the grip portion, as viewed in a direction of a normal to the first board, extends through a region in which the board-to-board connector is located. a first board configured as a printed circuit board having an electronic circuit component mounted thereon; a second board configured as a printed circuit board having an electronic circuit component mounted thereon; a board-to-board connector configured to electrically connect the first board and the second board, the board-to-board connector comprising a first terminal provided on the first board and a second terminal provided on the second board, the second terminal being configured to be connected to the first terminal; and a grip member provided on the second board, characterized in that the grip member comprises a pair of connection portions disposed on and extending from a front side of the second board, the grip member further comprising a grip portion connecting upper ends of the pair of connection portions to each other, wherein the grip portion, as viewed in a direction of a normal to the first board, extends through a region in which the board-to-board connector is located.
An electrically-powered vehicle, comprising: a motor; and a hybrid battery system coupled to the motor (102, 110) of an electrically powered vehicle, comprising: a first battery (116; 217) of a first energy density and a first power density; and a second battery (104, 112; 208, 210, 212, 214, 226, 228, 230, 232) in parallel with the first battery, wherein the second battery has a second energy density lower than the first energy density and a second power density greater than the first power density, wherein the first battery is operative to supply a higher current to a shared bus than the second battery in a first mode and the second battery is operative to supply a higher current to the shared bus than the first battery in a second mode, characterized in that the secondary battery is stored outboard in the vehicle. a motor; and a hybrid battery system coupled to the motor (102, 110) of an electrically powered vehicle, comprising: a first battery (116; 217) of a first energy density and a first power density; and a second battery (104, 112; 208, 210, 212, 214, 226, 228, 230, 232) in parallel with the first battery, wherein the second battery has a second energy density lower than the first energy density and a second power density greater than the first power density, a first battery (116; 217) of a first energy density and a first power density; and a second battery (104, 112; 208, 210, 212, 214, 226, 228, 230, 232) in parallel with the first battery, wherein the second battery has a second energy density lower than the first energy density and a second power density greater than the first power density, wherein the first battery is operative to supply a higher current to a shared bus than the second battery in a first mode and the second battery is operative to supply a higher current to the shared bus than the first battery in a second mode, characterized in that the secondary battery is stored outboard in the vehicle.
A human proximal tubule epithelial cell (PTEC) that stably expresses a functional organic anion transporter when cultured, wherein the cell is ciPTEC.OAT1.4B2 DSM ACC3279 or a passage up to the 29 th passage thereof or wherein the cell is ciPTEC.OAT3.3C1 DSM ACC3280 or a passage up to the 29th passage thereof.