mhurhangee/ep-ind-claims huggingface dataset:
A rotating machine, comprising: a hermetically-sealed housing having an expander rotor and a generator rotor rotatably arranged therein, the generator rotor being supported by one or more radial bearings and the expander rotor being a tubular shaft overhung off one end of the generator rotor and defining a chamber therein; an expansion device disposed within the housing and being configured to expand a working fluid to rotate the expander rotor and thereby drive the generator rotor; a generator disposed within the housing, axially-spaced from the expansion device and partially supported by the generator rotor; an extraction line fluidly coupled to an intermediate expansion stage of the expansion device and configured to extract working fluid therefrom; and a first fluid line fluidly coupling the extraction line to the housing and being configured to introduce a first portion of extracted working fluid into the housing to cool the generator and the radial bearings; characterised in that the rotating machine further comprises: a second fluid line fluidly coupling the extraction line to the chamber and being configured to introduce a second portion of extracted working fluid into the chamber to minimize unequal axial thrust loads. a hermetically-sealed housing having an expander rotor and a generator rotor rotatably arranged therein, the generator rotor being supported by one or more radial bearings and the expander rotor being a tubular shaft overhung off one end of the generator rotor and defining a chamber therein; an expansion device disposed within the housing and being configured to expand a working fluid to rotate the expander rotor and thereby drive the generator rotor; a generator disposed within the housing, axially-spaced from the expansion device and partially supported by the generator rotor; an extraction line fluidly coupled to an intermediate expansion stage of the expansion device and configured to extract working fluid therefrom; and a first fluid line fluidly coupling the extraction line to the housing and being configured to introduce a first portion of extracted working fluid into the housing to cool the generator and the radial bearings; characterised in that the rotating machine further comprises: a second fluid line fluidly coupling the extraction line to the chamber and being configured to introduce a second portion of extracted working fluid into the chamber to minimize unequal axial thrust loads.
A mobile computer workstation comprising: a base assembly including a plurality of wheels; and an adjustable column assembly mounted to the base assembly and adapted to support a computer monitor at first and second vertical positions relative to the base assembly; a tray assembly mounted to the adjustable column assembly above the base assembly and adapted to support a computer, the tray assembly comprising: a horizontal work surface comprising an upper tray cover; a lower tray housing arranged below the upper tray cover, the lower tray housing having an opening and defining a compartment configured to receive the computer, the compartment comprising: at least one expansion wall selectively adjustable to slide within the opening to increase a volume of the lower tray housing to accommodate the computer; and a computer support shelf within the compartment to secure the computer a base assembly including a plurality of wheels; and an adjustable column assembly mounted to the base assembly and adapted to support a computer monitor at first and second vertical positions relative to the base assembly; a tray assembly mounted to the adjustable column assembly above the base assembly and adapted to support a computer, the tray assembly comprising: a horizontal work surface comprising an upper tray cover; a lower tray housing arranged below the upper tray cover, the lower tray housing having an opening and defining a compartment configured to receive the computer, the compartment comprising: at least one expansion wall selectively adjustable to slide within the opening to increase a volume of the lower tray housing to accommodate the computer; and a computer support shelf within the compartment to secure the computer a horizontal work surface comprising an upper tray cover; a lower tray housing arranged below the upper tray cover, the lower tray housing having an opening and defining a compartment configured to receive the computer, the compartment comprising: at least one expansion wall selectively adjustable to slide within the opening to increase a volume of the lower tray housing to accommodate the computer; and a computer support shelf within the compartment to secure the computer at least one expansion wall selectively adjustable to slide within the opening to increase a volume of the lower tray housing to accommodate the computer; and a computer support shelf within the compartment to secure the computer
An audio signal coding method, comprising: dividing a frequency band of an audio signal into a plurality of sub-bands, and quantizing a sub-band normalization factor for each sub-band; determining a signal bandwidth for bit allocation according to the quantized sub-band normalization factors, or according to the quantized sub-band normalization factors and bit rate information; allocating bits for a sub-band within the determined signal bandwidth; and coding a spectrum coefficient of the audio signal according to the bits allocated for each sub-band for which bits have been allocated; wherein the allocating bits for a sub-band within the determined signal bandwidth comprises: adjusting the sub-band normalization factor of a sub-band within the determined signal bandwidth; and allocating the bits according to the adjusted sub-band normalization factor. dividing a frequency band of an audio signal into a plurality of sub-bands, and quantizing a sub-band normalization factor for each sub-band; determining a signal bandwidth for bit allocation according to the quantized sub-band normalization factors, or according to the quantized sub-band normalization factors and bit rate information; allocating bits for a sub-band within the determined signal bandwidth; and coding a spectrum coefficient of the audio signal according to the bits allocated for each sub-band for which bits have been allocated; adjusting the sub-band normalization factor of a sub-band within the determined signal bandwidth; and allocating the bits according to the adjusted sub-band normalization factor.
A method for re-assigning Serving Call Session Control Function, S-CSCF, services to a user of a Home Subscriber Server, HSS (200, 300), in a Third Generation Partnership Project, 3GPP, telecommunications network, comprising: i) assigning a first S-CSCF to the user during a registration procedure; ii) uploading dynamic registration information from the first S-CSCF to the HSS (200, 300) during the registration procedure; iii) storing the dynamic registration information in the HSS (200, 300); and iv) downloading the stored dynamic registration information from HSS (200, 300) to a second S-CSCF during a re-assignment procedure of the user. i) assigning a first S-CSCF to the user during a registration procedure; ii) uploading dynamic registration information from the first S-CSCF to the HSS (200, 300) during the registration procedure; iii) storing the dynamic registration information in the HSS (200, 300); and iv) downloading the stored dynamic registration information from HSS (200, 300) to a second S-CSCF during a re-assignment procedure of the user.
An orthopaedic knee implant comprising: a femoral component configured to be coupled to a distal end of a patient's femur, the femoral component comprising (i) a substrate comprising a titanium alloy having (a) a condylar surface that is curved in a sagittal plane and (b) a bone-facing surface positioned opposite the condylar surface; and (ii) a coating disposed on the condylar surface, the coating comprising (a) a bonding layer comprising niobium, zirconium, titanium, tantalum, platinum, molybdenum, an alloy thereof, or combinations thereof, (b) an outer ceramic layer, and characterized in that the coating comprises: (c) a plurality of alternating sublayers [86, 88, 90] positioned between and interconnecting the bonding layer and the outer ceramic layer, wherein (i) the plurality of alternating sublayers are configured to resist crack propagation from the outer ceramic layer, the plurality of alternating sublayers include a number of metallic sublayers and a number of ceramic sublayers that are harder than the metallic sublayers, and (ii) the outer ceramic layer forms an outer articular surface of the femoral component and is shaped to contact a concave proximal surface of a tibial bearing. (i) a substrate comprising a titanium alloy having (a) a condylar surface that is curved in a sagittal plane and (b) a bone-facing surface positioned opposite the condylar surface; and (ii) a coating disposed on the condylar surface, the coating comprising (a) a bonding layer comprising niobium, zirconium, titanium, tantalum, platinum, molybdenum, an alloy thereof, or combinations thereof, (b) an outer ceramic layer, and characterized in that the coating comprises: (c) a plurality of alternating sublayers [86, 88, 90] positioned between and interconnecting the bonding layer and the outer ceramic layer,
An electric motor, comprising: a stator; and a rotor disposed so as to be rotatable with respect to the stator, wherein the rotor includes: a rotor core having a plurality of poles and slots; a shaft coupled to a central portion of the rotor core; a rotor coil wound on the rotor core; and coil supporting members (180, 210, 230a, 230b, 260) provided at the rotor core, and configured to support the rotor coil such that the rotor coil is prevented from being separated from the rotor core in a radial direction when the rotor rotates, wherein the coil supporting members (210, 230a, 230b) are coupled to the rotor core after the rotor coil is wound on the rotor core, wherein each pole is provided with a pole shoe extending in a circumferential direction, and wherein the coil supporting member (230a, 230b) includes: coil end accommodation portions for accommodating the coil ends of the rotor coil; and supporting plates disposed between the pole shoes. a stator; and a rotor disposed so as to be rotatable with respect to the stator, wherein the rotor includes: a rotor core having a plurality of poles and slots; a shaft coupled to a central portion of the rotor core; a rotor coil wound on the rotor core; and coil supporting members (180, 210, 230a, 230b, 260) provided at the rotor core, and configured to support the rotor coil such that the rotor coil is prevented from being separated from the rotor core in a radial direction when the rotor rotates, wherein the coil supporting members (210, 230a, 230b) are coupled to the rotor core after the rotor coil is wound on the rotor core, wherein each pole is provided with a pole shoe extending in a circumferential direction, and wherein the coil supporting member (230a, 230b) includes: coil end accommodation portions for accommodating the coil ends of the rotor coil; and supporting plates disposed between the pole shoes. a rotor core having a plurality of poles and slots; a shaft coupled to a central portion of the rotor core; a rotor coil wound on the rotor core; and coil supporting members (180, 210, 230a, 230b, 260) provided at the rotor core, and configured to support the rotor coil such that the rotor coil is prevented from being separated from the rotor core in a radial direction when the rotor rotates, wherein the coil supporting members (210, 230a, 230b) are coupled to the rotor core after the rotor coil is wound on the rotor core, wherein each pole is provided with a pole shoe extending in a circumferential direction, and wherein the coil supporting member (230a, 230b) includes: coil end accommodation portions for accommodating the coil ends of the rotor coil; and supporting plates disposed between the pole shoes. coil end accommodation portions for accommodating the coil ends of the rotor coil; and supporting plates disposed between the pole shoes.
A method for detecting an aggregate form of an Aβ peptide in a biosample, the method comprising the steps of: (a) spiking a dimeric form of the Aβ peptide with a biosample to be analyzed; (b) additionally forming an aggregate form of the Aβ peptide by incubating a product of step (a); (c) contacting, with a product of step (b), a binder-label in which a signal generating label is conjugated to a binder binding to the aggregate form of the Aβ peptide; and (d) detecting a signal generated from the binder-label bound to the aggregate form of the Aβ peptide, wherein the incubating in step (b) is carried out for a sufficient time for multimerization of the spiked dimeric form of the Aβ peptide by the biosample; and wherein the dimeric form of the Aβ peptide is a dimeric form formed by disulfide bonding of the 26th Cys resides of the Aβ peptides each comprising the amino acid sequences of SEQ ID NO: 1. (a) spiking a dimeric form of the Aβ peptide with a biosample to be analyzed; (b) additionally forming an aggregate form of the Aβ peptide by incubating a product of step (a); (c) contacting, with a product of step (b), a binder-label in which a signal generating label is conjugated to a binder binding to the aggregate form of the Aβ peptide; and (d) detecting a signal generated from the binder-label bound to the aggregate form of the Aβ peptide, wherein the incubating in step (b) is carried out for a sufficient time for multimerization of the spiked dimeric form of the Aβ peptide by the biosample; and wherein the dimeric form of the Aβ peptide is a dimeric form formed by disulfide bonding of the 26th Cys resides of the Aβ peptides each comprising the amino acid sequences of SEQ ID NO: 1.
A method of regenerating or newly preparing a piercing and rolling plug for recycled use thereof, characterized in that the surface of the plug is subjected to shot blasting to remove, in the case of regenerating the plug, an as-used plug film in piercing and rolling, and in that a film composed of oxides and Fe is then formed by electric arc spraying using an iron wire in such a manner that a spraying nozzle is gradually distanced from a plug base metal surface, and that the electric arc spraying is completed in a state such that the spraying distance increases, for the formation of a film composed of oxides and Fe on the surface thereof, the oxide ratio being lower in an adjacent portion to the base metal and the oxide ratio being higher in a surface layer portion.
A method for sharing user profile information in a terminal of a communication system, the method comprising: identifying a sharing level for a first profile information associated with a first user of the terminal based on a category of a contact in the terminal to which a second user of a corresponding terminal belongs; transmitting a session initiation message including the first profile information to a communication network server based on the identified sharing level for the first profile information; receiving a response message responsive to the session initiation message from at least one of the communication network server and the corresponding terminal; displaying a second profile information associated with the second user of the corresponding terminal, if the response message includes the second profile information of the second user; performing a call with the corresponding terminal; and storing the second profile information of the second user of the corresponding terminal, if a profile information storage option in a record of the corresponding terminal includes a storage acceptance message. identifying a sharing level for a first profile information associated with a first user of the terminal based on a category of a contact in the terminal to which a second user of a corresponding terminal belongs; transmitting a session initiation message including the first profile information to a communication network server based on the identified sharing level for the first profile information; receiving a response message responsive to the session initiation message from at least one of the communication network server and the corresponding terminal; displaying a second profile information associated with the second user of the corresponding terminal, if the response message includes the second profile information of the second user; performing a call with the corresponding terminal; and storing the second profile information of the second user of the corresponding terminal, if a profile information storage option in a record of the corresponding terminal includes a storage acceptance message.
A neurostimulation system, comprising: a neurostimulation implant including a pulse generator; an anchor engageable with a wall of a blood vessel to anchor the neurostimulation implant within the vasculature; and a plurality of electrodes in communication with the neurostimulation Implant, the electrodes being positionable within a patient body for delivering one or more stimulation pulses to a predetemined target, a lead extending from the neurostimulation implant, the said anchor is coupled to the lead, the said electrodes are disposed on the said anchor, the said anchor is expandable to anchor the neurostimulation Implant and electrodes within the vasculature such that the electrodes are positioned in contact with a wall of the superior vena cava or an internal Jugular vein and the neurostimulation implant is within the inferior vena cava, and the pulse generator and the electrodes are configured such that one or more stimulation pulses are deliverable to a predetermined nervous target external to the superior vena cava or the said jugular vein, respectively, using a pair of electrodes on the anchor selected by the system. a neurostimulation implant including a pulse generator; an anchor engageable with a wall of a blood vessel to anchor the neurostimulation implant within the vasculature; and a plurality of electrodes in communication with the neurostimulation Implant, the electrodes being positionable within a patient body for delivering one or more stimulation pulses to a predetemined target, a lead extending from the neurostimulation implant, the said anchor is coupled to the lead, the said electrodes are disposed on the said anchor, the said anchor is expandable to anchor the neurostimulation Implant and electrodes within the vasculature such that the electrodes are positioned in contact with a wall of the superior vena cava or an internal Jugular vein and the neurostimulation implant is within the inferior vena cava, and the pulse generator and the electrodes are configured such that one or more stimulation pulses are deliverable to a predetermined nervous target external to the superior vena cava or the said jugular vein, respectively, using a pair of electrodes on the anchor selected by the system.
A method of securely provisioning access data to a service provider application (102B-1) on a mobile phone comprising: generating, by a mobile phone, an initialization request message to provision access data; transmitting, by the mobile phone, the initialization request message to a server computer; receiving, by the service provider application (102-B-1) on the mobile phone, a dynamic data element from the server computer; performing, by the mobile phone, a message exchange process with a card, wherein an operating system of the mobile phone implements a set of access device emulation APIs (102B-2) which allow the service provider application (102B-1) to emulate functions of an access device and to gain access to a contactless element interface of the mobile phone and exchange transaction data communications with the contactless element of a card, wherein a cryptogram is generated at the card by: encrypting static elements including an account identifier with a first encryption key to generate a second encryption key, and encrypting the dynamic data element using the second encryption key to create a cryptogram, wherein the cryptogram is received from the card by the mobile phone during the message exchange process; transmitting, by the mobile phone, a provisioning request message including a card identifier and the received cryptogram to the server computer; and receiving, by the service provider application (102B-1) of the mobile phone, the access data. generating, by a mobile phone, an initialization request message to provision access data; transmitting, by the mobile phone, the initialization request message to a server computer; receiving, by the service provider application (102-B-1) on the mobile phone, a dynamic data element from the server computer; performing, by the mobile phone, a message exchange process with a card, wherein an operating system of the mobile phone implements a set of access device emulation APIs (102B-2) which allow the service provider application (102B-1) to emulate functions of an access device and to gain access to a contactless element interface of the mobile phone and exchange transaction data communications with the contactless element of a card, wherein a cryptogram is generated at the card by: encrypting static elements including an account identifier with a first encryption key to generate a second encryption key, and encrypting the dynamic data element using the second encryption key to create a cryptogram, encrypting static elements including an account identifier with a first encryption key to generate a second encryption key, and encrypting the dynamic data element using the second encryption key to create a cryptogram, wherein the cryptogram is received from the card by the mobile phone during the message exchange process; transmitting, by the mobile phone, a provisioning request message including a card identifier and the received cryptogram to the server computer; and receiving, by the service provider application (102B-1) of the mobile phone, the access data.
A fastener bolt comprising: a blank having a hex-shaped tool interface surface, the blank being constructed of a ceramic material; and, a screw threaded surface on the blank, the screw threaded surface being a screw threaded exterior surface of the fastener, the ceramic material being an aluminum oxide ceramic material reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material. a blank having a hex-shaped tool interface surface, the blank being constructed of a ceramic material; and, a screw threaded surface on the blank, the screw threaded surface being a screw threaded exterior surface of the fastener,
A habitat support arrangement for cleaner fish habitat for use in marine salmon farm cages, the habitat support arrangement comprising a habitat support apparatus and extending therefrom an arrangement of habitat-forming natural aquatic flora, the habitat support apparatus comprising a peripheral frame arrangement comprising one or more frame members (5,7,53,61,63,93) configured in an arrangement to define a habitat support region between the one or more frame members (5,7,53,61,63,93), the habitat support region comprising one or more support substrates for supporting the habitat-forming natural aquatic flora for use as cleaner fish habitat, the one or more support substrates comprising elongate members extending between two frame members (5,7,53,61,63,93) or two portions of a frame member (5,7,53,61,63,93), and wherein the apparatus is negatively buoyant and configured for suspension within a salmon farm cage and for raising and lowering within the salmon farm cage to different depths.