mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing an optoelectronic device comprising light-emitting diodes comprising the forming of three-dimensional semiconductor elements made of a III-V compound, each comprising a lower portion and an upper portion, and, for each semiconductor element, the forming of an active area covering the top of the upper portion and the forming of at least one semiconductor layer of the III-V compound covering the active area, the upper portions are formed by molecular beam epitaxy at a pressure smaller than 1.33 mPa, for each semiconductor element, the upper portion is flared with respect to the lower portion, the top of the upper portion having an area greater by at least 20% than the cross-section area of the lower portion, for the forming of the upper portions, the III/V ratio is in the range from 1.3 to 2 and the temperature of the upper portions is in the range from 700°C to 850°C.
A method for performing a context switch on a processing core (305, 310) of a CPU, comprising: receiving an indication of an incoming execution context for the processing core (305, 310), wherein the incoming execution context references an upcoming context switch to a first virtual machine instance to be executed on the processing core (305, 310) following a context switch; storing a first session key, wherein the first session key is associated with a current execution context of the processing core (305, 310); retrieving a second session key, wherein the second session key is associated with the incoming execution context; and initializing an encrypt/decrypt block on the CPU using the second session key, wherein the encrypt/decrypt block is disposed between the processing core (305, 310) and a cache accessed by the processing core (305, 310). receiving an indication of an incoming execution context for the processing core (305, 310), wherein the incoming execution context references an upcoming context switch to a first virtual machine instance to be executed on the processing core (305, 310) following a context switch; storing a first session key, wherein the first session key is associated with a current execution context of the processing core (305, 310); retrieving a second session key, wherein the second session key is associated with the incoming execution context; and initializing an encrypt/decrypt block on the CPU using the second session key, wherein the encrypt/decrypt block is disposed between the processing core (305, 310) and a cache accessed by the processing core (305, 310).
A compound represented by formula: wherein, R c1 and R c2 each represent a hydrogen atom or a substituent; R c3, R c4, R c5, and R c6 each represent a substituent; n c3 and n c6 each represent an integer of 0 to 3; n c4 and n c5 each represent an integer of 0 to 4; when a plurality of R c3, R c4, R c5 or R c6 exists, the respective R c3 s, R c4 s, R c5 s, or R c6 s may be the same or different from each other, and, respectively, the R c3 s, R c4 s, R c5 s, or R c6 s may bond to each other to form a condensed ring.
A method of forming a tip for use with an ultrasonic handpiece that includes at least one driver that, when actuated, induces vibrations in the tip attached to the handpiece, said method including the steps of: at least partially shaping a tip to form at least a portion of a shaft of the tip, a head at a distal end of shaft and at least one tooth that projects outwardly from the head; and determining a characteristic wavelength of the tip; and the method being characterized by the step of: diffusing a hardening agent into a distal portion of the tip wherein the hardening agent is at least diffused into the at least one tooth so that at least the at least one tooth has a case hardened outer layer and wherein, in said step of diffusing a hardening agent into the tip, the hardening agent is diffused along a length of the tip that extends proximally from the at least one tooth and is a maximum distance of one-eighth of the length of the characteristic wavelength of the tip. at least partially shaping a tip to form at least a portion of a shaft of the tip, a head at a distal end of shaft and at least one tooth that projects outwardly from the head; and determining a characteristic wavelength of the tip;
A modular dialysis machine comprising: a. a controller unit wherein said controller unit comprises: i. a door (110, 210) having an interior face, ii. a housing with a panel wherein said housing and panel define a recessed region configured to receive said interior face of said door, and iii. a manifold receiver fixedly attached to said panel, wherein the manifold receiver is configured to receive a molded plastic substrate that defines a first flow path of a blood circuit which is fluidically isolated from a second flow path of a dialysate circuit; b. a base unit, wherein said base unit comprises: i. a planar surface for receiving a container of dialysate fluid, ii. a scale integrated with said planar surface, and iii. a heater in thermal communication with said planar surface and with the container that is received on the planar surface; characterised by c. a docking station configured to physically interface with the controller unit and to electronically and fluidically interface with the base unit wherein the base unit is physically separated from the controller unit. a. a controller unit wherein said controller unit comprises: i. a door (110, 210) having an interior face, ii. a housing with a panel wherein said housing and panel define a recessed region configured to receive said interior face of said door, and iii. a manifold receiver fixedly attached to said panel, wherein the manifold receiver is configured to receive a molded plastic substrate that defines a first flow path of a blood circuit which is fluidically isolated from a second flow path of a dialysate circuit; i. a door (110, 210) having an interior face, ii. a housing with a panel wherein said housing and panel define a recessed region configured to receive said interior face of said door, and iii. a manifold receiver fixedly attached to said panel, wherein the manifold receiver is configured to receive a molded plastic substrate that defines a first flow path of a blood circuit which is fluidically isolated from a second flow path of a dialysate circuit; b. a base unit, wherein said base unit comprises: i. a planar surface for receiving a container of dialysate fluid, ii. a scale integrated with said planar surface, and iii. a heater in thermal communication with said planar surface and with the container that is received on the planar surface; characterised by i. a planar surface for receiving a container of dialysate fluid, ii. a scale integrated with said planar surface, and iii. a heater in thermal communication with said planar surface and with the container that is received on the planar surface; characterised by c. a docking station configured to physically interface with the controller unit and to electronically and fluidically interface with the base unit wherein the base unit is physically separated from the controller unit.
A wireless integrated circuit, IC, device comprising: an insulating sheet that includes a plurality of stacked layers (12a-12d); a plurality of coil electrodes (14a-14d) that form an antenna coil, L, by being provided so as to sandwich the insulating sheet (12a-12d) therebetween and be connected to one another; wherein the plurality of coil electrodes (14a-14d) are superposed with one another and thereby form a single ring when viewed in plan from a direction extending substantially perpendicular to a direction in which a main surface of the insulating sheet extends, characterized in that a minimum value of a distance, D1, between an outer edge of the ring and outer edges of the insulating sheet is larger than a distance, D2, in the direction extending substantially perpendicular to the direction in which the main surface of the insulating sheet extends between the plurality of coil electrodes (14a-14d). an insulating sheet that includes a plurality of stacked layers (12a-12d); a plurality of coil electrodes (14a-14d) that form an antenna coil, L, by being provided so as to sandwich the insulating sheet (12a-12d) therebetween and be connected to one another; wherein the plurality of coil electrodes (14a-14d) are superposed with one another and thereby form a single ring when viewed in plan from a direction extending substantially perpendicular to a direction in which a main surface of the insulating sheet extends, characterized in that a minimum value of a distance, D1, between an outer edge of the ring and outer edges of the insulating sheet is larger than a distance, D2, in the direction extending substantially perpendicular to the direction in which the main surface of the insulating sheet extends between the plurality of coil electrodes (14a-14d).
An organic semiconductor element comprising: an organic structure formed by sequentially laminating n number of functional organic thin film layers, the organic structure comprising a first through an n-th functional organic thin film layers between a cathode and an anode, where n is an integer equal to or greater than 2; and a conductive thin film layer between a k-th functional organic thin film layer, where k is an integer of 1 ≤ k ≤ (n -1) and a (k + 1)th functional organic thin film layer, characterized in that each of the functional organic thin film layers comprises a hole transporting layer comprising a hole transporting material and an electron transporting layer comprising an electron transporting material, wherein the conductive thin film layer contacts with the k-th functional organic thin film layer and the (k + 1)th functional organic thin film layer, wherein the conductive thin film layer is in a floating state, wherein the conductive thin film layer is formed by layering a first layer comprising a p-type organic semiconductor and an acceptor to the p-type organic semiconductor and a second layer comprising an n-type organic semiconductor and a donor to the n-type organic semiconductor, wherein the first layer is positioned closer to the cathode than the second layer, wherein the acceptor is a Lewis acid, and wherein the donor is an alkali metal or alkali earth metal. an organic structure formed by sequentially laminating n number of functional organic thin film layers, the organic structure comprising a first through an n-th functional organic thin film layers between a cathode and an anode, where n is an integer equal to or greater than 2; and a conductive thin film layer between a k-th functional organic thin film layer, where k is an integer of 1 ≤ k ≤ (n -1) and a (k + 1)th functional organic thin film layer, characterized in that each of the functional organic thin film layers comprises a hole transporting layer comprising a hole transporting material and an electron transporting layer comprising an electron transporting material, wherein the conductive thin film layer contacts with the k-th functional organic thin film layer and the (k + 1)th functional organic thin film layer, wherein the conductive thin film layer is in a floating state, wherein the conductive thin film layer is formed by layering a first layer comprising a p-type organic semiconductor and an acceptor to the p-type organic semiconductor and a second layer comprising an n-type organic semiconductor and a donor to the n-type organic semiconductor, wherein the first layer is positioned closer to the cathode than the second layer, wherein the acceptor is a Lewis acid, and wherein the donor is an alkali metal or alkali earth metal.
Model test rig for tribological tests on disc-shaped test specimens (11, 12) comprising a first shaft which is carried in a first rack and powered by a drive motor and wherein the first shaft carries a first disc-shaped test specimen in a first cross-section, and comprising a second shaft which is carried in a second rack parallel to the first shaft and which is driven by the first shaft via a gearbox,wherein the second shaft carries a second disc-shaped test specimen in the first cross-section, wherein the first rack is firmly mounted in a frame and the second frame is movably mounted in the frame, wherein the model test rig further comprises a load device between the first frame and the second frame, characterized in that the first disc-shaped test specimen and the second disc-shaped test specimen each have an non-circular outer contour with steadily variable curvature in the first cross-section with a first partial profile and a second partial profile which are located on opposite sides of a symmetry line and merge into each other by mirroring at said symmetry line, wherein both disc-shaped test specimens (11, 12) have a center of the test specimen which is located on the symmetry line with a smallest contour distance to an intersection point of the symmetry line with the non-circular outer contour in a first contour point and with a largest contour distance to the other intersection point of the symmetry line with the non-circular outer contour in a second contour point.
An aqueous polymeric composition comprising, by weight, 0.1-75% of (a) a water-soluble polymer comprising a copolymer of vinyl pyrrolidone and vinyl caprolactam, and, optionally, one or more comonomers, including dimethylaminopropyl-(meth)acrylamide (DMAPMA) and/or dimethylaminoethyl(meth)acrylate (DMAEMA), having (b) in situ-formed, substantially water-insoluble resinous particles of said polymer substantially uniformly dispersed therein, (c) a gel point temperature additive, by weight 1 to 20%, and (d) 5% to 98.9% of water, wherein the ratio of (a):(b) is 20-95% to 5-80%.
An interlayer film for laminated glass comprising: a first layer which contains a polyvinyl acetal resin, a plasticizer, and a filler; and a second layer which contains a polyvinyl acetal resin and a plasticizer and is laminated on a first surface of the first layer, wherein a content ratio of hydroxyl groups, as measured according to the method in the description, of the polyvinyl acetal resin in the first layer is lower than a content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer and an absolute value of a difference between the content ratio of hydroxyl groups of the polyvinyl acetal resin in the first layer and the content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer is 5 mol% or greater, wherein the filler is calcium carbonate particles and/or silica particles, and wherein, provided that a thickness of the interlayer film for laminated glass is T, a thickness of the first layer is 0.4T or less. a first layer which contains a polyvinyl acetal resin, a plasticizer, and a filler; and a second layer which contains a polyvinyl acetal resin and a plasticizer and is laminated on a first surface of the first layer, wherein a content ratio of hydroxyl groups, as measured according to the method in the description, of the polyvinyl acetal resin in the first layer is lower than a content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer and an absolute value of a difference between the content ratio of hydroxyl groups of the polyvinyl acetal resin in the first layer and the content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer is 5 mol% or greater, wherein the filler is calcium carbonate particles and/or silica particles, and wherein, provided that a thickness of the interlayer film for laminated glass is T, a thickness of the first layer is 0.4T or less.
An axle-load measuring apparatus that measures an axle load of a vehicle by using a captured image where a road comprising a road surface, the vehicle on the road surface and a tire of the vehicle are imaged, the axle-load measuring apparatus being characterized by comprising: a displacement calculator configured to detect a displacement of the road surface by using the captured image, the displacement being caused by receiving the axle load; a correction information obtaining unit configured to obtain correction information by recognizing a type of the vehicle from the captured image and obtaining the correction information, based on the type of the vehicle; and an axle-load calculator configured to calculate the axle load by using the displacement and the correction information, either by using a relational expression between the displacement and the axle load or by calculating how many times the displacement shape of the displacement is as large as a standard deflection shape, wherein the correction information includes at least one piece of following information: information indicating a width of a tire of the vehicle, information indicating a number of tires on each of axles of the vehicle, and information indicating a distance between the axles of the vehicle. a displacement calculator configured to detect a displacement of the road surface by using the captured image, the displacement being caused by receiving the axle load; a correction information obtaining unit configured to obtain correction information by recognizing a type of the vehicle from the captured image and obtaining the correction information, based on the type of the vehicle; and an axle-load calculator configured to calculate the axle load by using the displacement and the correction information, either by using a relational expression between the displacement and the axle load or by calculating how many times the displacement shape of the displacement is as large as a standard deflection shape, wherein the correction information includes at least one piece of following information: information indicating a width of a tire of the vehicle, information indicating a number of tires on each of axles of the vehicle, and information indicating a distance between the axles of the vehicle.
A saddle-riding type vehicle transmission system comprising: a transmission in which a gear is shifted by an operation of a driver of a saddle-riding type vehicle; a clutch device that is disposed in a motion transfer path between the transmission and an engine of the saddle-riding type vehicle, and is disconnected and connected by an action of a clutch actuator; a clutch control unit that is configured to control disconnection and connection of the clutch device by the clutch actuator; and characterized in that the saddle-riding type vehicle transmission system further comprises an engine speed control unit that is configured to perform control of a speed of the engine to be less than or no higher than an upper limit speed determined in advance so that an overspeed of the engine does not occur due to slippage of the clutch device through clutch capacity-limiting control, wherein in a case where the saddle-riding type vehicle is started with a gear position of the transmission located at or above a second gear and a vehicle speed is less than or no higher than a set value that is set in advance, the clutch control unit is configured to transition to the clutch capacity-limiting control in which a clutch capacity is reduced below that during clutch control during normal start when the gear position is located at a first speed. a transmission in which a gear is shifted by an operation of a driver of a saddle-riding type vehicle; a clutch device that is disposed in a motion transfer path between the transmission and an engine of the saddle-riding type vehicle, and is disconnected and connected by an action of a clutch actuator; a clutch control unit that is configured to control disconnection and connection of the clutch device by the clutch actuator; and characterized in that the saddle-riding type vehicle transmission system further comprises an engine speed control unit that is configured to perform control of a speed of the engine to be less than or no higher than an upper limit speed determined in advance so that an overspeed of the engine does not occur due to slippage of the clutch device through clutch capacity-limiting control, wherein in a case where the saddle-riding type vehicle is started with a gear position of the transmission located at or above a second gear and a vehicle speed is less than or no higher than a set value that is set in advance, the clutch control unit is configured to transition to the clutch capacity-limiting control in which a clutch capacity is reduced below that during clutch control during normal start when the gear position is located at a first speed.
Capacitor, comprising: an electrically conductive cylinder; an electrically conductive or semi-conductive cylindrical shell or shell segment arranged concentrically around the electrically conductive cylinder; and a dielectric arranged between the electrically conductive cylinder and the electrically conductive or semi-conductive cylindrical shell or shell segment, the dielectric comprising: a particulate composite including a matrix material having a negative thermal coefficient of relative permittivity and a particulate filler material blended with the matrix material, the particulate filler material having a positive thermal coefficient of relative permittivity, characterized in that the matrix material comprises a rubber material, such as silicone rubber or a silicone elastomer and wherein the particulate filler material comprises one or a combination of an epoxy, a polyurethane resin, polyvinylidenefluoride and polyvinylidenefluoride co-polymers. an electrically conductive cylinder; an electrically conductive or semi-conductive cylindrical shell or shell segment arranged concentrically around the electrically conductive cylinder; and a dielectric arranged between the electrically conductive cylinder and the electrically conductive or semi-conductive cylindrical shell or shell segment, the dielectric comprising: a particulate composite including a matrix material having a negative thermal coefficient of relative permittivity and a particulate filler material blended with the matrix material, the particulate filler material having a positive thermal coefficient of relative permittivity, characterized in that the matrix material comprises a rubber material, such as silicone rubber or a silicone elastomer and wherein the particulate filler material comprises one or a combination of an epoxy, a polyurethane resin, polyvinylidenefluoride and polyvinylidenefluoride co-polymers. a particulate composite including a matrix material having a negative thermal coefficient of relative permittivity and a particulate filler material blended with the matrix material, the particulate filler material having a positive thermal coefficient of relative permittivity, characterized in that the matrix material comprises a rubber material, such as silicone rubber or a silicone elastomer and wherein the particulate filler material comprises one or a combination of an epoxy, a polyurethane resin, polyvinylidenefluoride and polyvinylidenefluoride co-polymers.
A method of operating a cellular wireless handset comprising: pre-populating a Uniform Resource Locator, URL, bookmark file included in a cellular wireless handset file system of a cellular wireless handset with URL bookmark data provided from a URL bookmark server via a cellular wireless network, wherein the URL bookmark server comprises a URL bookmark server configured to synchronize first URL bookmark data utilized by a web browser on the cellular wireless handset with second URL bookmark data utilized by a second device; characterized by transferring the URL bookmark data to the cellular wireless handset via the network before completing registration of the cellular wireless handset with the cellular wireless network. pre-populating a Uniform Resource Locator, URL, bookmark file included in a cellular wireless handset file system of a cellular wireless handset with URL bookmark data provided from a URL bookmark server via a cellular wireless network, wherein the URL bookmark server comprises a URL bookmark server configured to synchronize first URL bookmark data utilized by a web browser on the cellular wireless handset with second URL bookmark data utilized by a second device; characterized by transferring the URL bookmark data to the cellular wireless handset via the network before completing registration of the cellular wireless handset with the cellular wireless network.