mhurhangee/ep-ind-claims huggingface dataset:
A sensing device for detecting an analyte comprising - at least one geometrical structure comprising a peripheral edge, - at least two clamps by which the peripheral edge of the at least one geometrical structure is only partially clamped on at least two opposite sides, leaving part of the peripheral edge free to vibrate, the at least one geometrical structure comprising - at least one chemical responsive layer being absorbent or adsorbent for the analyte, - a support structure on which the at least one chemical responsive layer is provided,wherein the at least one chemical responsive layer has a varying volume upon absorption or adsorption of the analyte which leads to a change in resonance frequency of a vibrational mode of the geometrical structure; characterised in that the sensing device further comprises an actuation system, integrated in one of the at least two clamps and provided for realising vibration of the at least one geometrical structure at a resonance frequency of the structure, and a detection system, integrated in another of the at least two clamps and provided for detecting a shift in the resonance frequency of the geometrical structure upon absorption or adsorption of the analyte. - at least one geometrical structure comprising a peripheral edge, - at least two clamps by which the peripheral edge of the at least one geometrical structure is only partially clamped on at least two opposite sides, leaving part of the peripheral edge free to vibrate, - at least one chemical responsive layer being absorbent or adsorbent for the analyte, - a support structure on which the at least one chemical responsive layer is provided,wherein the at least one chemical responsive layer has a varying volume upon absorption or adsorption of the analyte which leads to a change in resonance frequency of a vibrational mode of the geometrical structure;
A sample analyzing apparatus for performing an optical-based measurement on a sample, the sample analyzing apparatus comprising: a light source configured for generating excitation light; a light detector configured for measuring emission light produced by the sample in response to being irradiated by the excitation light; and an excitation light path selection device configured for selecting between a first excitation light path and a second excitation light path; the second excitation light path directs excitation light from a light source, through an excitation filter, and to the sample while bypassing an excitation monochromator, characterized in that the first excitation light path directs excitation light from the light source, through the excitation monochromator, through the excitation filter, and to the sample; the excitation light path selection device (148, 548) comprises a movable base, a flat mirror and a first parabolic mirror each mounted to the base, and a second parabolic mirror mounted to the base; the movable base is configured for moving between a first position and a second position; at the first position, the flat mirror and the first parabolic mirror are positioned to receive the excitation light and direct the excitation light to the first excitation light path; and at the second position, the second parabolic mirror is positioned to receive the excitation light and direct the excitation light to the second excitation light path. a light source configured for generating excitation light; a light detector configured for measuring emission light produced by the sample in response to being irradiated by the excitation light; and an excitation light path selection device configured for selecting between a first excitation light path and a second excitation light path; the second excitation light path directs excitation light from a light source, through an excitation filter, and to the sample while bypassing an excitation monochromator, characterized in that the first excitation light path directs excitation light from the light source, through the excitation monochromator, through the excitation filter, and to the sample; the excitation light path selection device (148, 548) comprises a movable base, a flat mirror and a first parabolic mirror each mounted to the base, and a second parabolic mirror mounted to the base; the movable base is configured for moving between a first position and a second position; at the first position, the flat mirror and the first parabolic mirror are positioned to receive the excitation light and direct the excitation light to the first excitation light path; and at the second position, the second parabolic mirror is positioned to receive the excitation light and direct the excitation light to the second excitation light path.
A method performed by a local subscriber node for handling attachment of a User Equipment, UE, to a central network, wherein the local subscriber node comprises default subscription data which is common for all UEs which are associated with a local network, wherein the UEs which are associated with the local network are subscribers or residents of the local network, the method comprising: monitoring (400, 900) whether a connection to a central subscriber node is accessible or inaccessible, wherein the monitoring is performed continuously, at regular intervals or when triggered; when the connection to the central subscriber node is accessible, obtaining (401, 402, 604, 901) authentication data associated with the default subscription data from the central subscriber node, wherein the authentication data is obtained before the UE appears in the local network for the second or more times; when receiving a request for authentication data from a mobility management node, wherein the request comprises an identity of the UE which has requested attachment to the central network, and when the connection to the central subscriber node is inaccessible, sending (405, 804, 902) the obtained authentication data for the UE to the mobility management node. monitoring (400, 900) whether a connection to a central subscriber node is accessible or inaccessible, wherein the monitoring is performed continuously, at regular intervals or when triggered; when the connection to the central subscriber node is accessible, obtaining (401, 402, 604, 901) authentication data associated with the default subscription data from the central subscriber node, wherein the authentication data is obtained before the UE appears in the local network for the second or more times; when receiving a request for authentication data from a mobility management node, wherein the request comprises an identity of the UE which has requested attachment to the central network, and when the connection to the central subscriber node is inaccessible, sending (405, 804, 902) the obtained authentication data for the UE to the mobility management node.
A vehicle, comprising: a plurality of wheels (102, 104, 106, 108); a plurality of motors (152, 154, 156, 158) coupled to respective ones of the plurality of wheels; characterised in that it comprises a parallel modular converter "PMC" that includes: a plurality of parallel power converters "PPC" (208a-208n); and wherein the PMC is adapted to selectively connect different ones of the PPCs to the motors of the plurality of motors based on load conditions of the motors of the vehicle, and wherein the PPCs apply electric power to the respective connected motors, and wherein the PMC is further adapted to selectively connect a PPC from the plurality of PPCs to a first motor of the plurality of motors and then to a second motor of the plurality of motors in a repeating manner to distribute the power from the PPC to the first motor and the second motor. a plurality of wheels (102, 104, 106, 108); a plurality of motors (152, 154, 156, 158) coupled to respective ones of the plurality of wheels; characterised in that it comprises a parallel modular converter "PMC" that includes: a plurality of parallel power converters "PPC" (208a-208n); and wherein the PMC is adapted to selectively connect different ones of the PPCs to the motors of the plurality of motors based on load conditions of the motors of the vehicle, and wherein the PPCs apply electric power to the respective connected motors, and wherein the PMC is further adapted to selectively connect a PPC from the plurality of PPCs to a first motor of the plurality of motors and then to a second motor of the plurality of motors in a repeating manner to distribute the power from the PPC to the first motor and the second motor. a plurality of parallel power converters "PPC" (208a-208n); and wherein the PMC is adapted to selectively connect different ones of the PPCs to the motors of the plurality of motors based on load conditions of the motors of the vehicle, and wherein the PPCs apply electric power to the respective connected motors, and wherein the PMC is further adapted to selectively connect a PPC from the plurality of PPCs to a first motor of the plurality of motors and then to a second motor of the plurality of motors in a repeating manner to distribute the power from the PPC to the first motor and the second motor.
A method comprising: causing a secure device having a cellular identity to be linked with a communications network application function, NAF, keyserver, causing the cellular identity of the secure device to be authenticated with the NAF keyserver; deriving, by the secure device, a first local key for secure off-network communications, and using the first local key for conducting secure off-network communications with another secure device, characterized by the another secure device being a cellular device; assuming, by the secure device, a role of a remote device for network authentication, including causing, by the secure device, a bootstrap identification and an external key to be provided to the NAF keyserver, and receiving, by the secure device, a second local key from the NAF keyserver for the secure off-network communication. causing a secure device having a cellular identity to be linked with a communications network application function, NAF, keyserver, causing the cellular identity of the secure device to be authenticated with the NAF keyserver; deriving, by the secure device, a first local key for secure off-network communications, and using the first local key for conducting secure off-network communications with another secure device, characterized by the another secure device being a cellular device; assuming, by the secure device, a role of a remote device for network authentication, including causing, by the secure device, a bootstrap identification and an external key to be provided to the NAF keyserver, and receiving, by the secure device, a second local key from the NAF keyserver for the secure off-network communication.
An inner case for a gas turbine engine comprising: a case body defining a centerline axis characterised in that the case body is a single integral piece, the case body including: a turbine seal support that has been integrally formed as part of the case body; and an I-rod support that has been integrally formed as part of the case body downstream of the turbine seal support; a meshing bulb that has been integrally formed as part of the case body radially outboard from the turbine seal support with respect to the centerline axis; and a gusset that has been formed as part of the case body between the meshing bulb and the I-rod support, wherein the gusset is able to transfer an axial load from the meshing bulb to the I-rod support. a case body defining a centerline axis characterised in that the case body is a single integral piece, the case body including: a turbine seal support that has been integrally formed as part of the case body; and an I-rod support that has been integrally formed as part of the case body downstream of the turbine seal support; a meshing bulb that has been integrally formed as part of the case body radially outboard from the turbine seal support with respect to the centerline axis; and a gusset that has been formed as part of the case body between the meshing bulb and the I-rod support, wherein the gusset is able to transfer an axial load from the meshing bulb to the I-rod support. a turbine seal support that has been integrally formed as part of the case body; and an I-rod support that has been integrally formed as part of the case body downstream of the turbine seal support; a meshing bulb that has been integrally formed as part of the case body radially outboard from the turbine seal support with respect to the centerline axis; and a gusset that has been formed as part of the case body between the meshing bulb and the I-rod support, wherein the gusset is able to transfer an axial load from the meshing bulb to the I-rod support.
A bonded body, comprising an aluminum member constituted by an aluminum alloy, and a metal member constituted by copper, nickel or silver, and bonded to the aluminum member, wherein the aluminum member is constituted by an aluminum alloy in which a solidus temperature is set to be less than a eutectic temperature of a metal element that constitutes the metal member and aluminum, and a Ti layer is formed at a bonding portion between the aluminum member and the metal member, and the aluminum member and the Ti layer, and the Ti layer and the metal member are respectively bonded by solid-phase diffusion bonding. an aluminum member constituted by an aluminum alloy, and a metal member constituted by copper, nickel or silver, and bonded to the aluminum member, wherein the aluminum member is constituted by an aluminum alloy in which a solidus temperature is set to be less than a eutectic temperature of a metal element that constitutes the metal member and aluminum, and a Ti layer is formed at a bonding portion between the aluminum member and the metal member, and the aluminum member and the Ti layer, and the Ti layer and the metal member are respectively bonded by solid-phase diffusion bonding.
A thermogravimetric analyzer comprising a furnace, a sample holder situated within said furnace, characterized in that said analyzer comprises means for mixing the material to be analyzed and the flux within said sample holder, said mixing means comprising a platform within said furnace upon which said sample holder is supported, a tilt member having a station with a center point and an upstanding pin offset from said center point, means for moving said platform relative to said tilt member such that said sample holder aligns with said station and said pin abuts and tilts said sample holder in a first direction.
A method of operating a base station, the method comprising: transmitting a first broadcast signal during a first period of time, the first broadcast signal conveying information indicating that a first frequency band is to be used as a peer to peer frequency band and wherein the first period of time corresponds to a first mode of operation; transmitting a second broadcast signal during a second period of time, said second broadcast signal conveying information indicating that said first frequency band is to be used as a non-peer to peer frequency band during said second period of time and wherein the second period of time corresponds to a second mode of operation; and operating during said second period of time as an access node to relay information received over an airlink from a first communications device via a communications network to a second communications device; characterized in further comprising: monitoring the level of communications activity while in said second mode of operation; switching from the second mode to the first mode of operation, if a level of activity below a predetermined threshold is determined, said switching including ceasing to operate as an access node. transmitting a first broadcast signal during a first period of time, the first broadcast signal conveying information indicating that a first frequency band is to be used as a peer to peer frequency band and wherein the first period of time corresponds to a first mode of operation; transmitting a second broadcast signal during a second period of time, said second broadcast signal conveying information indicating that said first frequency band is to be used as a non-peer to peer frequency band during said second period of time and wherein the second period of time corresponds to a second mode of operation; and operating during said second period of time as an access node to relay information received over an airlink from a first communications device via a communications network to a second communications device; characterized in further comprising: monitoring the level of communications activity while in said second mode of operation; switching from the second mode to the first mode of operation, if a level of activity below a predetermined threshold is determined, said switching including ceasing to operate as an access node. monitoring the level of communications activity while in said second mode of operation; switching from the second mode to the first mode of operation, if a level of activity below a predetermined threshold is determined, said switching including ceasing to operate as an access node.
A method of producing an oil in water (O/W) emulsion composition comprising one or more fatty alcohol selected from fatty alcohols of the general structure R 1 - OH wherein R 1 is a saturated or unsaturated, straight or branched alkyl chain having 12 to 30 C atoms which may also be substituted with one or more OH groups, one or more oil liquid at 20°C and one or more surfactant selected from anionic, cationic and nonionic surfactants at a total concentration in the range of 0.05 to 10% by weight, calculated to total composition, wherein the weight ratio of one or more surfactant to total of one or more fatty alcohol and one or more oil is less than or equal to 0.25, characterized in that one or more surfactant is added to the dispersion of one or more fatty alcohol and one or more oil liquid at 20°C in water at a temperature of 50°C or higher, preferably of 60°C or higher, with the condition that the temperature of the dispersion is at least 10°C higher than the melting point of the fatty alcohol, more preferably between 60 and 85°C wherein the emulsion thus obtained does not comprise dispersed droplets with a volume size of larger than or equal to 10 μm measured directly without dilution of the emulsion at 20°C and measured with a laser particle size analyzer suitable therefore.
A variable inlet guide vane assembly comprising: a plurality of circumferentially spaced inlet guide vanes mounted to pivot and change an angle of the guide vanes relative to an air flow; and an actuator configured to actuate said plurality of inlet guide vanes to change the angle, said actuator being positioned radially inward of said inlet guide vanes; wherein said actuator is arranged to drive a cam ring (42; 202, 204), said cam ring (202, 204) being arranged to move a plurality of links to change the angle, wherein each one of the plurality of links is associated with a respective one of said inlet guide vanes,; said cam ring (202, 204) has a cam slot which carries rollers, wherein each one of the rollers is associated with a respective one of the plurality of links the rollers being configured to translate axial movement of the cam ring (202,204) into a rotational movement of the link; and a roller cage positioned to ride circumferentially within the cam slot; characterized in that: the roller cage has a plurality of radially extending slots receiving the rollers. a plurality of circumferentially spaced inlet guide vanes mounted to pivot and change an angle of the guide vanes relative to an air flow; and an actuator configured to actuate said plurality of inlet guide vanes to change the angle, said actuator being positioned radially inward of said inlet guide vanes; wherein said actuator is arranged to drive a cam ring (42; 202, 204), said cam ring (202, 204) being arranged to move a plurality of links to change the angle, wherein each one of the plurality of links is associated with a respective one of said inlet guide vanes,; said cam ring (202, 204) has a cam slot which carries rollers, wherein each one of the rollers is associated with a respective one of the plurality of links the rollers being configured to translate axial movement of the cam ring (202,204) into a rotational movement of the link; and a roller cage positioned to ride circumferentially within the cam slot; characterized in that: the roller cage has a plurality of radially extending slots receiving the rollers.
Electrical filter for attenuating high-frequency interference components in high-power applications, comprising a bushing conductor, a discharge conductor and capacitors which are connected between the bushing conductor and the discharge conductor, wherein the bushing conductor is routed around the capacitors, characterized in that the bushing conductor surrounds the capacitors, which are arranged in succession, in a meandering manner.
A heat pump system comprising: a refrigerant circuit; first and second heat exchangers (20, 22) arranged in the refrigerant circuit; a flow reversing device selectively changing a direction of flow in the refrigerant circuit between the first and second heat exchangers (20, 22); and a centrifugal compressor arranged in the fluid circuit and having first and second impellers (42, 44) arranged in series relative to one another and providing a desired compressor pressure ratio, wherein the first and second impellers (42, 44) respectively include first and second stage inlets and outlets (48, 52, 54, 58), and the desired compressor pressure ratio corresponds to a second stage outlet pressure to a first stage inlet pressure, characterized in that the centrifugal compressor includes first and second diffusers (60, 62) respectively arranged at the first and second stage outlets (52, 58), and wherein the first and second diffusers (60, 62) are variable geometry diffusers, and the centrifugal compressor includes first and second actuators (64, 66) configured to respectively move the first and second variable geometry diffusers (60, 62) between first and second positions (F, S). a refrigerant circuit; first and second heat exchangers (20, 22) arranged in the refrigerant circuit; a flow reversing device selectively changing a direction of flow in the refrigerant circuit between the first and second heat exchangers (20, 22); and a centrifugal compressor arranged in the fluid circuit and having first and second impellers (42, 44) arranged in series relative to one another and providing a desired compressor pressure ratio, wherein the first and second impellers (42, 44) respectively include first and second stage inlets and outlets (48, 52, 54, 58), and the desired compressor pressure ratio corresponds to a second stage outlet pressure to a first stage inlet pressure, characterized in that the centrifugal compressor includes first and second diffusers (60, 62) respectively arranged at the first and second stage outlets (52, 58), and wherein the first and second diffusers (60, 62) are variable geometry diffusers, and the centrifugal compressor includes first and second actuators (64, 66) configured to respectively move the first and second variable geometry diffusers (60, 62) between first and second positions (F, S).
A recombinant adeno-associated virus comprising a nucleic acid encoding an MYOT miRNA comprising an antisense guide strand set out in any one of SEQ ID NOs: 7-11266, wherein the recombinant adeno-associated virus lacks rep and cap genes.
A lithium ion secondary battery comprising a cathode, an anode, a separator and an electrolyte, wherein the anode comprises a negative current collector and a negative material layer, and the negative material layer comprises graphite having a graphitization degree of 94% to 98% and an average particle size D50 of 6μm to 18μm as negative active material.
An isolated antibody or antigen-binding fragment thereof that binds specifically to human programmed death-1 (PD-1) protein, wherein the isolated antibody or antigen-binding fragment thereof comprises a heavy chain variable region (HCVR) of SEQ ID NO: 162 and a light chain variable region (LCVR) of SEQ ID NO: 170.