mhurhangee/ep-ind-claims huggingface dataset:
A display panel comprising: a light emitting device; a first protection layer which is disposed on an upper portion of the light emitting device, and of which surface is treated for diffuse reflection; a second protection layer which is disposed on an upper portion of the first protection layer, and of which surface is treated for at least one of diffuse reflection and anti-reflection; and a transparent layer which includes transparent materials that transmit visible rays, and absorb or reflect ultraviolet rays and infrared rays, characterized in that the transparent materials are spaced apart from each other with a predetermined interval and fixed on the surface of the first protection layer between the first protection layer and the second protection layer. a light emitting device; a first protection layer which is disposed on an upper portion of the light emitting device, and of which surface is treated for diffuse reflection; a second protection layer which is disposed on an upper portion of the first protection layer, and of which surface is treated for at least one of diffuse reflection and anti-reflection; and a transparent layer which includes transparent materials that transmit visible rays, and absorb or reflect ultraviolet rays and infrared rays,
A roof comprising roof structural members, such as battens, boards or plates, the upper surface of the roof structural members defining a window installation plane, the roof further comprising a roof window, with a wooden frame substantially comprising a bottom framing member, a top framing member and side framing members, said roof window having a horizontally-rotating sash or a pivot sash, with hinges substantially fastened symmetrically on opposite framing members, - wherein each of the hinges comprises a sash section set in the sash and a frame section set in the frame, - wherein a reinforcement element is provided in each hinge installation area and connected to the frame in that area, the reinforcement element being a reinforced plate substantially made of flat sheet metal, the principal plane of which being installed substantially parallel to the external side surface of the frame, characterised in that said reinforced plate is fastened to the frame at least by fastening means placed, in use, below the window installation plane. - wherein each of the hinges comprises a sash section set in the sash and a frame section set in the frame, - wherein a reinforcement element is provided in each hinge installation area and connected to the frame in that area, the reinforcement element being a reinforced plate substantially made of flat sheet metal, the principal plane of which being installed substantially parallel to the external side surface of the frame,
A peptide, consisting of (i) the amino acid sequence LGYWAFGRVFCN (SEQ ID No. 1); (ii) an amino acid sequence with 80% or more sequence identity to a peptide in accordance with (i); (iii) an amino acid sequence (i) or (ii) which is modified by branch or extension with the same or another peptide according to amino acid sequence (i) or (ii) to form a homooligomeric or heterooligomeric peptide, whereby any terminus of the peptide according to i) to iii) exhibits an additional group selected from an amino group, amide group, acetyl group, biotin group, desthio-biotin group, a marker, spacer, linker, GKK, SGKK, or no additional group. (i) the amino acid sequence LGYWAFGRVFCN (SEQ ID No. 1); (ii) an amino acid sequence with 80% or more sequence identity to a peptide in accordance with (i); (iii) an amino acid sequence (i) or (ii) which is modified by branch or extension with the same or another peptide according to amino acid sequence (i) or (ii) to form a homooligomeric or heterooligomeric peptide, whereby any terminus of the peptide according to i) to iii) exhibits an additional group selected from an amino group, amide group, acetyl group, biotin group, desthio-biotin group, a marker, spacer, linker, GKK, SGKK, or no additional group.
Infrared radiator with a burner and a fan, wherein the burner is connected to a fuel gas supply, wherein the fan is set up to supply the burner with combustion air, wherein the fuel gas supply can be connected to a hydrogen source as fuel gas source, wherein a UV sensor is arranged, which is set up to detect at least one parameter of the flame generated by the burner, characterised in that the infrared radiator is a dark radiator, which comprises a radiant tube, in which the burner is arranged, wherein the UV sensor is aligned with the base of the flame.
A composition comprising abiraterone acetate; and a lipid matrix, comprising (a) a fatty acid ester of glycerol or mixtures thereof in an amount of from 10 wt% to 60 wt% of the composition; (b) a propylene glycol fatty acid ester, or a polyoxylglyceride, or a combination thereof, wherein the propylene glycol fatty ester, or the polyoxylglyceride, or the combination thereof is present in an amount of from 20 wt% to 60 wt% of the composition; and (c) a surfactant present in an amount of from 15 wt% to 60 wt% of the composition. (a) a fatty acid ester of glycerol or mixtures thereof in an amount of from 10 wt% to 60 wt% of the composition; (b) a propylene glycol fatty acid ester, or a polyoxylglyceride, or a combination thereof, wherein the propylene glycol fatty ester, or the polyoxylglyceride, or the combination thereof is present in an amount of from 20 wt% to 60 wt% of the composition; and (c) a surfactant present in an amount of from 15 wt% to 60 wt% of the composition.
A locking structure for a stator core that locks the stator core having a circular outer circumference into an inner circumference of a cylindrical housing, the locking structure comprising: a first cut-out formed in the outer circumference of the stator core; a second cut-out formed in the inner circumference of the housing; and a key interposed between the first and second cut-outs (5A, 5B), wherein the key has a U-shaped longitudinal cross section, wherein the stator core has a center axis, the first cut-out is a first groove formed in the stator core in parallel with the center axis, the second cut-out is a second groove formed in the housing in parallel with the center axis, characterized in that the key comprises a spring portion serving as a plate spring that applies a spring force to at least one of the first and second cut-outs (5A, 5B), a torque support portion supported by the spring portion and arranged across the first and second cut-outs (5A, 5B), and wherein the first groove is longer than the second groove, the torque support portion is housed in an area where the first and second grooves confront each other, and the spring portion is housed in a key hole formed by the first groove and an inner circumferential surface of the housing. a first cut-out formed in the outer circumference of the stator core; a second cut-out formed in the inner circumference of the housing; and a key interposed between the first and second cut-outs (5A, 5B), wherein the key has a U-shaped longitudinal cross section, wherein the stator core has a center axis, the first cut-out is a first groove formed in the stator core in parallel with the center axis, the second cut-out is a second groove formed in the housing in parallel with the center axis, characterized in that the key comprises a spring portion serving as a plate spring that applies a spring force to at least one of the first and second cut-outs (5A, 5B), a torque support portion supported by the spring portion and arranged across the first and second cut-outs (5A, 5B), and wherein the first groove is longer than the second groove, the torque support portion is housed in an area where the first and second grooves confront each other, and the spring portion is housed in a key hole formed by the first groove and an inner circumferential surface of the housing.
A navigation device comprising: an input interface (220, 240) configured to enable a user to select a destination; a processor configured to determine a route between a first location and a user-selected destination; a display controllable by the processor; a store configured to store building data and map data, said building data being representative of the shape of buildings at each of a plurality of destinations and said map data permitting the determination of said route by the processor; and a destination view generation module configured to generate, from building data stored in said store for said user selected destination, a three-dimensional representation of a building at said user selected destination, said processor being responsive to said destination view generation module to control said display to display a view of the environment local to said user-selected destination including said three-dimensional building representation to said user, wherein said view includes an information marker indicating location of a facility and an information segment configured to convey additional information about said facility; characterised in that the information segment comprises a selectable link for the facility, upon selection of which the user is provided with additional information about the facility and virtual buttons, said virtual buttons allowing the user to replace the user-selected destination with the location of the facility or set the location of the facility as waypoint on the route to the user-selected destination. an input interface (220, 240) configured to enable a user to select a destination; a processor configured to determine a route between a first location and a user-selected destination; a display controllable by the processor; a store configured to store building data and map data, said building data being representative of the shape of buildings at each of a plurality of destinations and said map data permitting the determination of said route by the processor; and a destination view generation module configured to generate, from building data stored in said store for said user selected destination, a three-dimensional representation of a building at said user selected destination, said processor being responsive to said destination view generation module to control said display to display a view of the environment local to said user-selected destination including said three-dimensional building representation to said user, wherein said view includes an information marker indicating location of a facility and an information segment configured to convey additional information about said facility; characterised in that the information segment comprises a selectable link for the facility, upon selection of which the user is provided with additional information about the facility and virtual buttons, said virtual buttons allowing the user to replace the user-selected destination with the location of the facility or set the location of the facility as waypoint on the route to the user-selected destination.
A method for audio decryption and decoding, comprising: exposing an audio codec, performed by a host processor executing a audio codec function driver to a media application; and diverting audio data to a graphics engine performed by the host processor executing the audio codec function driver, characterised in that said diverting comprises: redirecting the audio data to a graphics driver, performed by the host processor executing the audio codec function driver; sending the audio data to the graphics engine, performed by the graphics driver; generating information about estimated decode latency required for the graphics engine to decode the audio data, performed by the graphics engine; providing said information to the host processor executing the audio codec function driver, performed by the graphics engine; reporting back said information to said media application; and decrypting and decoding the audio data, performed by the graphics engine. exposing an audio codec, performed by a host processor executing a audio codec function driver to a media application; and diverting audio data to a graphics engine performed by the host processor executing the audio codec function driver, characterised in that said diverting comprises: redirecting the audio data to a graphics driver, performed by the host processor executing the audio codec function driver; sending the audio data to the graphics engine, performed by the graphics driver; generating information about estimated decode latency required for the graphics engine to decode the audio data, performed by the graphics engine; providing said information to the host processor executing the audio codec function driver, performed by the graphics engine; reporting back said information to said media application; and decrypting and decoding the audio data, performed by the graphics engine. redirecting the audio data to a graphics driver, performed by the host processor executing the audio codec function driver; sending the audio data to the graphics engine, performed by the graphics driver; generating information about estimated decode latency required for the graphics engine to decode the audio data, performed by the graphics engine; providing said information to the host processor executing the audio codec function driver, performed by the graphics engine; reporting back said information to said media application; and decrypting and decoding the audio data, performed by the graphics engine.
A method for producing an α-halo-tetraacyl-glucose represented by the formula: wherein R represents optionally substituted C 1-6 alkyl or optionally substituted aryl, and X represents a halogen atom, which comprises reacting D-glucose or C 1-6 alkyl D-glucoside with an acid halide represented by the formula: wherein R represents an optionally substituted C 1-6 alkyl or an optionally substituted aryl, and X represents a halogen atom, in the presence of a catalytic amount of a Lewis acidic metal halide selected from the group consisting of zinc bromide, cobalt bromide and bismuth bromide.
A spinal interbody device, comprising: a cage configured to be placed between adjacent vertebrae (81, 82) of a spinal column, the cage including an exterior surface; a plate including a first surface facing the exterior surface of the cage, the plate configured to be attached to at least one of the adjacent vertebrae (81, 82); a key located between the exterior surface of the cage and the first surface of the plate; and a keyway located in at least one of the first surface of the plate and the exterior surface of the cage and configured to receive the key therein, wherein the key includes a shaft and at least one flange extending from the shaft such that the key is insertable into the keyway in a specific rotational orientation of the key with respect to the keyway and such that the key is not insertable into the keyway in another specific rotational orientation of the key with respect to the keyway, characterized in that the shaft of the key includes a slot extending in a direction parallel with a longitudinal axis of the shaft such that the shaft is divided into at least two spring portions, and the at least one flange is located at a distal end of one of the at least two spring portions such that the at least one flange is moveable towards and away from the longitudinal axis of the shaft under bias of the one of the at least two spring portions. a cage configured to be placed between adjacent vertebrae (81, 82) of a spinal column, the cage including an exterior surface; a plate including a first surface facing the exterior surface of the cage, the plate configured to be attached to at least one of the adjacent vertebrae (81, 82); a key located between the exterior surface of the cage and the first surface of the plate; and a keyway located in at least one of the first surface of the plate and the exterior surface of the cage and configured to receive the key therein, wherein the key includes a shaft and at least one flange extending from the shaft such that the key is insertable into the keyway in a specific rotational orientation of the key with respect to the keyway and such that the key is not insertable into the keyway in another specific rotational orientation of the key with respect to the keyway,
A liquid dispenser and an intelligent vessel for storing a liquid, wherein the intelligent vessel comprises - a housing having an opening in the upper section for pouring liquid out of the vessel; - a touch sensitive surface (106, 107) arranged on the surface of the housing, wherein said touch sensitive surface is adapted to receive data input by a user and/or to display information; and - a vessel controller adapted - to communicate with a dispenser controller of a liquid dispenser, - to display a user interface as information on the touch sensitive surface (106, 107); and - to determine a user input on the user interface (106, 107) displayed on the touch sensitive surface and to transmit a command to the dispenser controller depending on the user input; wherein the liquid dispenser, comprises: - a flow control device for controlling flow of a liquid from a liquid source; - a liquid output for dispensing the liquid from the liquid source to the intelligent vessel; - wherein the dispenser controller is adapted to: - receive the command from a vessel controller of the intelligent vessel, wherein the command is input on the user interface arranged on the touch sensitive surface; and - control the flow control device in response to the command received from the vessel controller. - a housing having an opening in the upper section for pouring liquid out of the vessel; - a touch sensitive surface (106, 107) arranged on the surface of the housing, wherein said touch sensitive surface is adapted to receive data input by a user and/or to display information; and - a vessel controller adapted - to communicate with a dispenser controller of a liquid dispenser, - to display a user interface as information on the touch sensitive surface (106, 107); and - to determine a user input on the user interface (106, 107) displayed on the touch sensitive surface and to transmit a command to the dispenser controller depending on the user input; - to communicate with a dispenser controller of a liquid dispenser, - to display a user interface as information on the touch sensitive surface (106, 107); and - to determine a user input on the user interface (106, 107) displayed on the touch sensitive surface and to transmit a command to the dispenser controller depending on the user input; - a flow control device for controlling flow of a liquid from a liquid source; - a liquid output for dispensing the liquid from the liquid source to the intelligent vessel; - wherein the dispenser controller is adapted to: - receive the command from a vessel controller of the intelligent vessel, wherein the command is input on the user interface arranged on the touch sensitive surface; and - control the flow control device in response to the command received from the vessel controller. - receive the command from a vessel controller of the intelligent vessel, wherein the command is input on the user interface arranged on the touch sensitive surface; and - control the flow control device in response to the command received from the vessel controller.
An envelope tracking power supply arranged to generate a modulated supply voltage in dependence on a reference signal, comprising: a first path for tracking low frequency variations in the reference signal; and a second path for tracking high frequency variations in the reference signal, the second path comprising: a current source and a current sink connected to the high frequency output, a further voltage supply to generate a second supply voltage to generate an offset current provided at the high frequency output, and sensing the power difference between the power dissipated in the current source and the current sink, and integrating the sensed power difference to control the further voltage supply. a first path for tracking low frequency variations in the reference signal; and a second path for tracking high frequency variations in the reference signal, the second path comprising: a current source and a current sink connected to the high frequency output, a further voltage supply to generate a second supply voltage to generate an offset current provided at the high frequency output, and sensing the power difference between the power dissipated in the current source and the current sink, and integrating the sensed power difference to control the further voltage supply. a current source and a current sink connected to the high frequency output, a further voltage supply to generate a second supply voltage to generate an offset current provided at the high frequency output, and sensing the power difference between the power dissipated in the current source and the current sink, and integrating the sensed power difference to control the further voltage supply.
A differential master cylinder, including: - an inlet for a fluid to be pressurised and an outlet for delivering pressurised fluid to a user device operating according to at least an initial operating phase and a final operating phase; - compression members (12, 13) having at least a first and a second compressing surface, said first compressing surface having a greater area than the second compressing surface, said compression members being arranged to define at least one chamber connected to the user device and to bring the fluid to a low pressure in the initial phase by means of the first surface and to a high pressure in the second phase by means of the second surface; and - at least one control valve arranged to cause a gradual transition between the two phases; the compression members (12, 13) comprising a hollow primary piston and a hollow secondary piston, which are open at one end and are mutually associated in telescopic manner so that the primary piston slides on the secondary piston, which is stationary, the sliding of the primary piston determining the transition from the compression by means of the first surface to the compression by means of the second surface by actuating the control valve; characterised in that said pistons define, with the internal surface of a cylinder bore housing the pistons, at least one external chamber forming the at least one chamber connected to the user device. - an inlet for a fluid to be pressurised and an outlet for delivering pressurised fluid to a user device operating according to at least an initial operating phase and a final operating phase; - compression members (12, 13) having at least a first and a second compressing surface, said first compressing surface having a greater area than the second compressing surface, said compression members being arranged to define at least one chamber connected to the user device and to bring the fluid to a low pressure in the initial phase by means of the first surface and to a high pressure in the second phase by means of the second surface; and - at least one control valve arranged to cause a gradual transition between the two phases;