mhurhangee/ep-ind-claims huggingface dataset:
An airfield light comprising: a support including a support base and a support module, the support module being formed separately from the support base and connected to an upper portion of the support base, the support base including a first light module mounting surface, the support module including a second light module mounting surface spaced above the first light module mounting surface; and first and second light modules, the first light module being mounted on the first light module mounting surface of the support base, the second light module being mounted on the second light module mounting surface of the support module; wherein the support module further includes first and second columns and a bridge extending between and interconnecting the first and second columns, the second light module mounting surface being positioned on top of the bridge. a support including a support base and a support module, the support module being formed separately from the support base and connected to an upper portion of the support base, the support base including a first light module mounting surface, the support module including a second light module mounting surface spaced above the first light module mounting surface; and first and second light modules, the first light module being mounted on the first light module mounting surface of the support base, the second light module being mounted on the second light module mounting surface of the support module; wherein the support module further includes first and second columns and a bridge extending between and interconnecting the first and second columns, the second light module mounting surface being positioned on top of the bridge.
An electronic vapour provision system comprising: a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser a container in which is contained a nicotine solution, wherein at least 5 wt% of the nicotine present in the solution is in protonated form, and wherein at least a portion of the container in contact with the nicotine solution is formed from polycarbonate or polypropylene. a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser a container in which is contained a nicotine solution, wherein at least 5 wt% of the nicotine present in the solution is in protonated form, and wherein at least a portion of the container in contact with the nicotine solution is formed from polycarbonate or polypropylene.
A functionalized biological multilayer porous membrane immune carrier, comprising: a biological multilayer porous membrane; a specific anti-biological multilayer porous membrane antibody, the specific anti-biological multilayer porous membrane antibody being attached to the surface of the biological multilayer porous membrane through antigen-antibody specific binding with the biological multilayer porous membrane; and a cross-linked antibody, the cross-linked antibody being coupled and bound with the specific anti-biological multilayer porous membrane antibody, wherein one Fab terminal of the cross-linked antibody is capable of being coupled with the specific anti-biological multilayer porous membrane antibody, and the other Fab terminal is capable of being bound to a specific antibody. a biological multilayer porous membrane; a specific anti-biological multilayer porous membrane antibody, the specific anti-biological multilayer porous membrane antibody being attached to the surface of the biological multilayer porous membrane through antigen-antibody specific binding with the biological multilayer porous membrane; and a cross-linked antibody, the cross-linked antibody being coupled and bound with the specific anti-biological multilayer porous membrane antibody, wherein one Fab terminal of the cross-linked antibody is capable of being coupled with the specific anti-biological multilayer porous membrane antibody, and the other Fab terminal is capable of being bound to a specific antibody.
A backend system configured to enroll a mobile merchant communication device for performing a payment transaction with a mobile consumer communication device, the mobile merchant communication device being associated with a security level; wherein the backend system comprises: a processing circuitry (141; 151) configured to generate a first electronic secret for the mobile merchant communication device; and a communication interface (143; 153) configured to receive an enrollment request from the mobile merchant communication device, wherein the enrollment request comprises the first electronic secret for authorizing the enrollment request a second electronic secret generated by the mobile merchant communication device, and a digest value of a set of security-relevant data of the mobile merchant communication device, wherein the set of security-relevant data depends on the security level of the mobile merchant communication device; wherein the processing circuitry (141; 151) is further configured, if the enrollment request is successful, to generate personalization data for the mobile merchant communication device, and wherein the communication interface (143; 153) is further configured to transmit the personalization data to the mobile merchant communication device for enabling the mobile merchant communication device to perform the payment transaction with the mobile consumer communication device. a processing circuitry (141; 151) configured to generate a first electronic secret for the mobile merchant communication device; and a communication interface (143; 153) configured to receive an enrollment request from the mobile merchant communication device, wherein the enrollment request comprises the first electronic secret for authorizing the enrollment request a second electronic secret generated by the mobile merchant communication device, and a digest value of a set of security-relevant data of the mobile merchant communication device, wherein the set of security-relevant data depends on the security level of the mobile merchant communication device; wherein the processing circuitry (141; 151) is further configured, if the enrollment request is successful, to generate personalization data for the mobile merchant communication device, and wherein the communication interface (143; 153) is further configured to transmit the personalization data to the mobile merchant communication device for enabling the mobile merchant communication device to perform the payment transaction with the mobile consumer communication device.
A method of manufacturing an optical film, the method comprising: longitudinally and uniaxially stretching an unstretched cycloolefin copolymer film while the ratio of a width to a length of a stretched portion of the film is controlled, wherein the ratio of the width to the length of the stretched portion of the film is controlled to be less than 3, and the optical film has an in-plane retardation of 100 to 150 nm and a thickness retardation of 0 to -30 nm at a wavelength of 550 nm, and the in-plane retardation variation is not greater than 30 nm, and the thickness retardation variation is not greater than 10 nm. longitudinally and uniaxially stretching an unstretched cycloolefin copolymer film while the ratio of a width to a length of a stretched portion of the film is controlled, wherein the ratio of the width to the length of the stretched portion of the film is controlled to be less than 3, and the optical film has an in-plane retardation of 100 to 150 nm and a thickness retardation of 0 to -30 nm at a wavelength of 550 nm, and the in-plane retardation variation is not greater than 30 nm, and the thickness retardation variation is not greater than 10 nm.
A method for producing active Gc protein-derived macrophage activating factor (GcMAF), comprising a step of suspension culturing of CHO cells transfected with a vitamin-D binding protein expression vector in a serum-free medium.
A method for paging, applied in 5GNR, comprising: determining, by a network device, a system frame number SFN2 according to a following formula: SFN2 mod T = T div N * UE − ID mod N; wherein, the div represents an exact division, the mod represents a modulo operation, the T is a discontinuous reception, DRX, cycle currently used by a terminal device, the UE-ID represents an identification of the terminal device or an operation result taking the identification of the terminal device as an input, and the N is a configuration parameter on a network side or an operation result taking a parameter configured on the network side as an input; characterized in that the method further comprises: determining, by the network device, a system frame number SFN1 on the basis of the SFN2, wherein the SFN1 is determined by offsetting forward the SFN2 by at least one SFN; determining, by the network device, a target synchronization signal block from a plurality of SSBs of a current wideband carrier; and transmitting, by the network device, a paging message to the terminal device according to the SFN1 in a frequency domain location where the target SSB is located determining, by a network device, a system frame number SFN2 according to a following formula: SFN2 mod T = T div N * UE − ID mod N; wherein, the div represents an exact division, the mod represents a modulo operation, the T is a discontinuous reception, DRX, cycle currently used by a terminal device, the UE-ID represents an identification of the terminal device or an operation result taking the identification of the terminal device as an input, and the N is a configuration parameter on a network side or an operation result taking a parameter configured on the network side as an input; characterized in that the method further comprises: determining, by the network device, a system frame number SFN1 on the basis of the SFN2, wherein the SFN1 is determined by offsetting forward the SFN2 by at least one SFN; determining, by the network device, a target synchronization signal block from a plurality of SSBs of a current wideband carrier; and transmitting, by the network device, a paging message to the terminal device according to the SFN1 in a frequency domain location where the target SSB is located determining, by the network device, a system frame number SFN1 on the basis of the SFN2, wherein the SFN1 is determined by offsetting forward the SFN2 by at least one SFN; determining, by the network device, a target synchronization signal block from a plurality of SSBs of a current wideband carrier; and transmitting, by the network device, a paging message to the terminal device according to the SFN1 in a frequency domain location where the target SSB is located
A wind turbine system for detecting a change in the structural, dynamic or aerodynamic behavior of a wind turbine blade, the system comprises - one or more sensors capable of detecting vibrations or deformations of the wind turbine blade, - an exciter capable of exciting a vibration of the blades, where the exciter has primary and secondary functions, the primary function is for operation of the wind turbine and the secondary function is for vibration excitation, - a signal generator for generating an excitation signal to the exciter for exciting a vibration of the blade, - a data acquisition unit for receiving a data signal from the one or more sensors, - a processing unit for determining changes in the structural behavior of the blade on basis of the sensor signal. - one or more sensors capable of detecting vibrations or deformations of the wind turbine blade, - an exciter capable of exciting a vibration of the blades, where the exciter has primary and secondary functions, the primary function is for operation of the wind turbine and the secondary function is for vibration excitation, - a signal generator for generating an excitation signal to the exciter for exciting a vibration of the blade, - a data acquisition unit for receiving a data signal from the one or more sensors, - a processing unit for determining changes in the structural behavior of the blade on basis of the sensor signal.
An FRP panel material comprising reinforcing fibers at least near a surface, wherein a plurality of either or both of protrusions and depressions are provided in the surface, the protrusions protruding outward in a thickness direction of the panel material with respect to a virtual reference plane along the surface, the depressions being depressed inward in the thickness direction with respect to the virtual reference plane, the protrusions and depressions have shapes of congruent regular triangular pyramids with bases thereof on the virtual reference plane, the bases are arranged on the virtual reference plane with no gap or overlap so that each vertex of an equilateral triangle constituting each base is shared by six of the bases as vertices thereof, the reinforcing fibers are oriented in not less than one and not more than three predetermined orientation directions parallel to the virtual reference plane, and each of the orientation directions is parallel to any lateral edge of each regular triangular pyramid as seen in the thickness direction. a plurality of either or both of protrusions and depressions are provided in the surface, the protrusions protruding outward in a thickness direction of the panel material with respect to a virtual reference plane along the surface, the depressions being depressed inward in the thickness direction with respect to the virtual reference plane, the protrusions and depressions have shapes of congruent regular triangular pyramids with bases thereof on the virtual reference plane, the bases are arranged on the virtual reference plane with no gap or overlap so that each vertex of an equilateral triangle constituting each base is shared by six of the bases as vertices thereof, the reinforcing fibers are oriented in not less than one and not more than three predetermined orientation directions parallel to the virtual reference plane, and each of the orientation directions is parallel to any lateral edge of each regular triangular pyramid as seen in the thickness direction.
Method for operating a system comprising drives (2; 3) which are mechanically coupled to one another, in particular without slip, and a higher-level computer which is connected to the drives (2; 3) by means of data bus connection, wherein, in each drive, a respective parameter actual value, that is to say an actual value of a physical parameter of the respective drive, is determined and is transmitted to the higher-level computer, in particular by means of data bus connection, wherein the higher-level computer determines for each drive a parameter setpoint value assigned to said respective drive, that is to say a setpoint value of a physical parameter of the respective drive, wherein the higher-level computer has controllers, one of the controllers being assigned, in particular uniquely assigned, to each drive, wherein the controller assigned to the respective drive adjusts the parameter actual value of the respective drive to the parameter setpoint value of the respective drive by determining as the control value a speed setpoint value assigned to the respective drive and transmitting this to the respective drive, in particular by means of data bus connection, wherein the respective drive has a respective controller, to which the respective speed actual value of an electric motor of the drive, determined in the drive, is fed and which adjusts this respective speed actual value to the respective speed setpoint value, transmitted by the higher-level computer, by adjusting the motor voltage or the motor current of the electric motor of the respective drive, characterized by a changeover step during operation, as a result of which, instead of the physical parameter of the drive, a different physical parameter of the drive is used for control purposes, the changeover taking place selectively, that is to say the changeover being such that, instead of the actual value of the physical parameter of the respective drive, the actual value of a different physical parameter of the respective drive is used, and such that, instead of the setpoint value of the physical parameter of the respective drive, the setpoint value of the different physical parameter of the respective drive is used.
Mounted assembly for a two-wheeled vehicle, comprising: - a tyre having a radial section height H and comprising a tread connected by two sidewalls to two beads and mounted on a rim, - the rim comprising two rim flanges respectively having a radial height G and respectively comprising a circular radial end portion of radius R 1, - each bead having a radial interior point I and being intended to come in contact with a rim flange, - each bead comprising a bearing block, positioned on the axially exterior face of each sidewall, extending radially from a first point A of the sidewall as far as a second point B of the sidewall, radially on the outside of the first point A, the bearing block extending axially from the sidewall as far as a third point C axially on the outside of the sidewall, characterized in that the radial height h A between the first point A of the sidewall and the radially interior point I of the bead is at most equal to 1.5 times the radial height G of the rim flange, in that the radial height h B between the second point B of the sidewall and the radially interior point I of the bead is at least equal to 0.1 times the radial section height H of the tyre and in that the distance d C between the first point A of the sidewall and the third point C axially on the outside of the sidewall is at least equal to 0.5 times the radius R 1 of the circular radial end portion of the rim flange. - a tyre having a radial section height H and comprising a tread connected by two sidewalls to two beads and mounted on a rim, - the rim comprising two rim flanges respectively having a radial height G and respectively comprising a circular radial end portion of radius R 1, - each bead having a radial interior point I and being intended to come in contact with a rim flange, - each bead comprising a bearing block, positioned on the axially exterior face of each sidewall, extending radially from a first point A of the sidewall as far as a second point B of the sidewall, radially on the outside of the first point A, the bearing block extending axially from the sidewall as far as a third point C axially on the outside of the sidewall, characterized in that the radial height h A between the first point A of the sidewall and the radially interior point I of the bead is at most equal to 1.5 times the radial height G of the rim flange, in that the radial height h B between the second point B of the sidewall and the radially interior point I of the bead is at least equal to 0.1 times the radial section height H of the tyre and in that the distance d C between the first point A of the sidewall and the third point C axially on the outside of the sidewall is at least equal to 0.5 times the radius R 1 of the circular radial end portion of the rim flange.
A testosterone derivative of the following general formula: in which n is an integer between 1 and 10 and Y represents an activated or ready-to-be-activated group allowing formation of an amide bond with a primary amine of a molecule.
A lighting device comprising a housing; and a flexible elongated carrier having a first side and a second side, comprising a plurality of first sections, each first section comprising a plurality of solid state lighting elements, arranged on the first side of the elongated carrier, wherein each first section is arranged at a distance from a surface of the housing; and a plurality of second sections, each second section being at least in part attached to the surface of the housing; and wherein the first sections and the second sections are alternatingly arranged in a succession along a longitudinal extension of the elongated carrier; and wherein the elongated carrier has been bent and/or folded at at least some of the second sections such that the elongated carrier has a shape in accordance with a shape of a spiral as seen from above the surface of the housing, characterised in that at least some of the second sections have been bent and/or folded at least twice. a housing; and a flexible elongated carrier having a first side and a second side, comprising a plurality of first sections, each first section comprising a plurality of solid state lighting elements, arranged on the first side of the elongated carrier, wherein each first section is arranged at a distance from a surface of the housing; and a plurality of second sections, each second section being at least in part attached to the surface of the housing; and wherein the first sections and the second sections are alternatingly arranged in a succession along a longitudinal extension of the elongated carrier; and wherein a plurality of first sections, each first section comprising a plurality of solid state lighting elements, arranged on the first side of the elongated carrier, wherein each first section is arranged at a distance from a surface of the housing; and a plurality of second sections, each second section being at least in part attached to the surface of the housing; and wherein the first sections and the second sections are alternatingly arranged in a succession along a longitudinal extension of the elongated carrier; and wherein the elongated carrier has been bent and/or folded at at least some of the second sections such that the elongated carrier has a shape in accordance with a shape of a spiral as seen from above the surface of the housing, characterised in that at least some of the second sections have been bent and/or folded at least twice.
Method for forming a hob plate formed from ceramic glass for a hob, in which on an underside of the hob plate at least one metallic layer and a further layer following underneath the metallic layer is formed, wherein after the application of the at least two layers (10, 11) the metallic layer is altered in regions by laser light of a laser beam, so that when looking at the upper side of the hob the further layer formed underneath the metallic layer is detected, characterised in that to remove the metallic layer the laser light is irradiated so as to strike the upper side of the hob plate and is radiated through the hob plate, wherein the laser light is focused onto the upper side, wherein the metallic layer is removed in lines which have a line width of less than 500 μm, in particular 400 μm, and wherein the laser light is generated with a wavelength of 532 nm.
A boron compound having an amino acid skeleton containing a cyclo-type ring, represented by the general formula: wherein 1 represents an integer of 1 to 6; m is 0, 1, or 2; and n is 0, 1, or 2; or a pharmaceutically acceptable salt thereof.
A two stage turbocharger system comprising: a first turbine having a housing with a male coupling; a second turbine having a housing with a female coupling, wherein the male and female coupling are connected to form a male/female joint; a cylindrical ring seal installed under compression inside the male/female joint for sealing exhaust gas; and a vibration damper in a shape of a flat washer and placed between the two housings, wherein the cylindrical ring seal is made of wire mesh impregnated with a material, and the vibration damper is made of wire mesh that is not impregnated. a first turbine having a housing with a male coupling; a second turbine having a housing with a female coupling, wherein the male and female coupling are connected to form a male/female joint; a cylindrical ring seal installed under compression inside the male/female joint for sealing exhaust gas; and a vibration damper in a shape of a flat washer and placed between the two housings, wherein the cylindrical ring seal is made of wire mesh impregnated with a material, and the vibration damper is made of wire mesh that is not impregnated.