mhurhangee/ep-ind-claims huggingface dataset:
A communication network comprising: a plurality of intelligent terminal nodes (40,42), each intelligent terminal node (40,42) being operable to establish, maintain, and tear-down communication sessions with another intelligent terminal node (40,42), and further collect charging information associated with the communication sessions; a network service stratum of the network coupled to the plurality of intelligent terminal nodes (40,42) and operable to locate resource services, perform billing functions, and authenticate providers of resource services in the network; and a network transport stratum of the network operable to couple the plurality of intelligent terminal nodes to resource services in the network; characterised in that one of the plurality of intelligent terminal nodes (40, 42) is operative to request better service with the network and to receive a new charging policy for the better service; and the network service stratum is operable to adjust a quality of service of a communication session involving the one of the plurality of intelligent terminals based upon the new charging policy advised to and agreed by the one of the plurality of intelligent terminal nodes (40, 42). a plurality of intelligent terminal nodes (40,42), each intelligent terminal node (40,42) being operable to establish, maintain, and tear-down communication sessions with another intelligent terminal node (40,42), and further collect charging information associated with the communication sessions; a network service stratum of the network coupled to the plurality of intelligent terminal nodes (40,42) and operable to locate resource services, perform billing functions, and authenticate providers of resource services in the network; and a network transport stratum of the network operable to couple the plurality of intelligent terminal nodes to resource services in the network; characterised in that one of the plurality of intelligent terminal nodes (40, 42) is operative to request better service with the network and to receive a new charging policy for the better service; and the network service stratum is operable to adjust a quality of service of a communication session involving the one of the plurality of intelligent terminals based upon the new charging policy advised to and agreed by the one of the plurality of intelligent terminal nodes (40, 42).
A high-pressure fuel pump comprising: a pump body which has a cylinder portion; a plunger which is slidably fitted to said cylinder portion; a pressurizing chamber which is provided on one side of said plunger, and in which a volumetric capacity is changed by a reciprocating motion of said plunger; a retainer portion which is fixed to an end portion of said plunger protruding out of said cylinder to an opposite side to the pressurizing chamber; a spring which is arranged around said plunger in such a manner as to surround said plunger, is retained at one end by said retainer, and energizes said plunger in such a direction as to back away from said pressurizing chamber; and a motion of a rotating cam being transmitted to said plunger via a tappet which comes into slidable contact with an end portion in the opposite side to the pressurizing chamber of said plunger, wherein a projection portion protruding out to said tappet side is provided around a through hole for inserting said plunger provided in a center of said retainer and said projection portion is provided in a center portion of the retainer, and wherein a clearance is maintained between the other portion than said projection portion of said retainer and said tappet, in a contact state of said projection portion and said tappet. a pump body which has a cylinder portion; a plunger which is slidably fitted to said cylinder portion; a pressurizing chamber which is provided on one side of said plunger, and in which a volumetric capacity is changed by a reciprocating motion of said plunger; a retainer portion which is fixed to an end portion of said plunger protruding out of said cylinder to an opposite side to the pressurizing chamber; a spring which is arranged around said plunger in such a manner as to surround said plunger, is retained at one end by said retainer, and energizes said plunger in such a direction as to back away from said pressurizing chamber; and a motion of a rotating cam being transmitted to said plunger via a tappet which comes into slidable contact with an end portion in the opposite side to the pressurizing chamber of said plunger, wherein a projection portion protruding out to said tappet side is provided around a through hole for inserting said plunger provided in a center of said retainer and said projection portion is provided in a center portion of the retainer, and wherein a clearance is maintained between the other portion than said projection portion of said retainer and said tappet, in a contact state of said projection portion and said tappet.
A method for protecting user data stored on a smart transaction card, comprising: installing, by a transaction card processor of a smart transaction card (100, 302), a security application provided by a trusted application manager computer, the security application compatible with an operating system of the smart transaction card and comprising a white box cardlet; utilizing, by the transaction card processor, a code protection process of the white box cardlet to obfuscate biometric reference template data stored in a regular memory (214, 310) of a biometric sensor (104, 306, 210); storing, by the transaction card processor, the obfuscated biometric reference template data in the regular memory (214, 310) of the biometric sensor (104, 306, 210); and re-obfuscating, by the transaction card processor, the biometric reference template data at a predetermined time interval. installing, by a transaction card processor of a smart transaction card (100, 302), a security application provided by a trusted application manager computer, the security application compatible with an operating system of the smart transaction card and comprising a white box cardlet; utilizing, by the transaction card processor, a code protection process of the white box cardlet to obfuscate biometric reference template data stored in a regular memory (214, 310) of a biometric sensor (104, 306, 210); storing, by the transaction card processor, the obfuscated biometric reference template data in the regular memory (214, 310) of the biometric sensor (104, 306, 210); and re-obfuscating, by the transaction card processor, the biometric reference template data at a predetermined time interval.
A method for melting ice and/or preventing slipperiness, characterized in that a composition comprising a combination of betaine which is trimethyl glycine, trimethyl glycine monohydrate or organic salts of trimethyl glycine and another ice-melting agent selected from the group consisting of acetates, formates, urea and mixtures thereof is added to a slippery surface or a surface that is liable to become slippery.
An automatic analyzer comprising: a cleaning tank into which a probe (7a, 8a, 11a) is insertable and which has a cleaning port provided with a suction opening (42, 43); a vacuum tank; a vacuum pump that causes the vacuum tank to enter a negative pressure state, compared to atmospheric pressure; a vacuum bin; a suction nozzle (52, 53) that connects the suction opening (42, 43) of the cleaning port and the vacuum bin to each other; a vacuum nozzle that connects the vacuum tank and the vacuum bin to each other; and a controller that causes the vacuum tank which is in the negative pressure state and the cleaning port to be conducted via the vacuum bin in a period during which a cleaning solution, with which the probe is cleaned, is discharged through the cleaning port, characterised in that the vacuum bin is provided with a first space and a second space which are formed in a longitudinal direction of a vacuum bin main body through a first divider having a first air inlet, and a tip of the vacuum nozzle is disposed in the first space of the vacuum bin, the suction nozzle (52, 53) penetrates through the first divider, and a tip of the suction nozzle (52, 53) is disposed in the second space thereof. a cleaning tank into which a probe (7a, 8a, 11a) is insertable and which has a cleaning port provided with a suction opening (42, 43); a vacuum tank; a vacuum pump that causes the vacuum tank to enter a negative pressure state, compared to atmospheric pressure; a vacuum bin; a suction nozzle (52, 53) that connects the suction opening (42, 43) of the cleaning port and the vacuum bin to each other; a vacuum nozzle that connects the vacuum tank and the vacuum bin to each other; and a controller that causes the vacuum tank which is in the negative pressure state and the cleaning port to be conducted via the vacuum bin in a period during which a cleaning solution, with which the probe is cleaned, is discharged through the cleaning port, characterised in that the vacuum bin is provided with a first space and a second space which are formed in a longitudinal direction of a vacuum bin main body through a first divider having a first air inlet, and a tip of the vacuum nozzle is disposed in the first space of the vacuum bin, the suction nozzle (52, 53) penetrates through the first divider, and a tip of the suction nozzle (52, 53) is disposed in the second space thereof.
Connection system for attaching a breathing tube (7, 9) to a respiratory humidifier in the form of a fluid container breathing tube system kit, with a breathing tube (7, 9) which has an electric lead, a fluid container which can be inserted into a housing of the respiratory humidifier, a first attachment element which is arranged on the fluid container, and a second attachment element which is connected to the breathing tube (7, 9) and has an electrical contact element which is connected to the electric lead of the breathing tube (7, 9), wherein the first attachment element and the second attachment element can be connected to one another along a first connecting direction, so that a pneumatic connection of the breathing tube (7, 9) with the fluid container is actuated, characterised in that the electric connection between the electrical contact element of the second attachment element and an electrical contact element located on the housing can be produced both in the first connecting direction and also perpendicular to the first connecting direction.
A user equipment, UE, in a telecommunications network, with an associated Internet Protocol, IP, address, wherein the UE comprise: • at least one processing unit; • at least one computer readable storage unit; • at least one communication interface; wherein the processing unit is arranged to execute instructions sets stored in the storage unit for: • determining downlink data which is to be filtered on the communication interface; • setting up a filter configuration comprising information about which downlink data is to be filtered; • receiving a paging signal using the communication interface comprising information about the type of downlink data to be transferred from an infrastructure node; • checking the filter configuration in the UE; and • in response to the paging signal sending using the communication interface a message to the infrastructure node indicating acceptance or no acceptance for receiving the downlink data. • at least one processing unit; • at least one computer readable storage unit; • at least one communication interface; • determining downlink data which is to be filtered on the communication interface; • setting up a filter configuration comprising information about which downlink data is to be filtered; • receiving a paging signal using the communication interface comprising information about the type of downlink data to be transferred from an infrastructure node; • checking the filter configuration in the UE; and • in response to the paging signal sending using the communication interface a message to the infrastructure node indicating acceptance or no acceptance for receiving the downlink data.
A method for manufacturing an electrodeposited diamond wire saw, comprising: (a) performing a patterning process by masking an outer circumference of a wire; and (b) electrodepositing diamond grits onto a remaining area of the outer circumference of the wire excluding an area upon which the patterning process has been performed, characterized in that in step (a), the patterning process is performed by printing a masking liquid on an outer circumference of a wire in a plurality of directions upon injection of the wire. (a) performing a patterning process by masking an outer circumference of a wire; and (b) electrodepositing diamond grits onto a remaining area of the outer circumference of the wire excluding an area upon which the patterning process has been performed,
A polynucleotide comprising a nucleotide sequence encoding a retinitis pigmentosa GTPase regulator ORF15 isoform (RPGR ORF15) operably linked to a rhodopsin kinase promoter, wherein the RPGR ORF15 -encoding nucleotide sequence comprises the nucleotide sequence of SEQ ID NO: 3.
A method for purifying a crude benzoic acid containing 5 to 20% by weight of byproducts and 80 to 95% by weight of benzoic acid, by means of distillation, characterized in that the distillation is performed in a plant comprising a first distillation system, which comprises a divided wall column.
A cooking device having a body, a hob and a cover hinged to the body, wherein the cover is a cover of the hob of the cooking device, characterized in that the cooking device comprises at least one switch having a first terminal attached to the body, wherein the first terminal is disposed on a hinge bearing on the body, and a second terminal attached to the cover corresponding to the first terminal, engaging with each other and completing an electrical transmission circuit for transmitting electric to a functional member disposed on the cover, wherein the second terminal is in contact with the first terminal on the hinge bearing during switching on.
An apparatus comprising: at least one time-of-flight single photon avalanche diode based range detecting module configured to: generate at least one distance determination between the apparatus and an object within a module field of view in a first mode of operation; and communicate with at least one further apparatus in a second mode of operation, wherein the at least one further apparatus comprises a further time-of-flight single photon avalanche diode based range detecting module, wherein the at least one time-of-flight single photon avalanche diode based range detecting module comprises: a controller configured to control the operation of the at least one time-of-flight single photon avalanche diode based range detecting module between the first mode and the second mode; and a carrier detector configured to detect a communications signal carrier from the at least one further apparatus, wherein the controller is configured to control the at least one time-of-flight single photon avalanche diode based range detecting module to operate in the first or second mode of operation based on an output of the carrier detector. at least one time-of-flight single photon avalanche diode based range detecting module configured to: generate at least one distance determination between the apparatus and an object within a module field of view in a first mode of operation; and communicate with at least one further apparatus in a second mode of operation, wherein the at least one further apparatus comprises a further time-of-flight single photon avalanche diode based range detecting module, generate at least one distance determination between the apparatus and an object within a module field of view in a first mode of operation; and communicate with at least one further apparatus in a second mode of operation, wherein the at least one further apparatus comprises a further time-of-flight single photon avalanche diode based range detecting module, wherein the at least one time-of-flight single photon avalanche diode based range detecting module comprises: a controller configured to control the operation of the at least one time-of-flight single photon avalanche diode based range detecting module between the first mode and the second mode; and a carrier detector configured to detect a communications signal carrier from the at least one further apparatus, wherein the controller is configured to control the at least one time-of-flight single photon avalanche diode based range detecting module to operate in the first or second mode of operation based on an output of the carrier detector. a controller configured to control the operation of the at least one time-of-flight single photon avalanche diode based range detecting module between the first mode and the second mode; and a carrier detector configured to detect a communications signal carrier from the at least one further apparatus, wherein the controller is configured to control the at least one time-of-flight single photon avalanche diode based range detecting module to operate in the first or second mode of operation based on an output of the carrier detector.
A method, in a Connected Vehicle Small Cell Gateway, CVSC GW,, for providing a multiple operator radio access in-vehicle split femtocell in a wireless communications network, the method comprising: receiving, from a backhaul user equipment, a connectivity request originated from at least one device (1, 2, 19) inside a vehicle and being served by a Connected Vehicle Small Cell, CVSC, being an in-vehicle split femtocell implementing a flexible handling of signaling and data radio bearers, said connectivity request comprising an indicator, wherein the backhaul user equipment is located in the vehicle and provides a wireless backhaul link between the CVSC and the CVSC GW via an external cellular network; determining that the at least one device (1, 2, 19) is configured for communications via the multiple operator radio access in-vehicle split femtocell based on the indicator; and terminating communications from the at least one device (1, 2, 19) in a Packet Data Network Gateway, PGW, on top of which the CVSC GW is situated; the method further comprising receiving, from the backhaul user equipment via the wireless backhaul link, a communication originating from the at least one device (1, 2, 19), the communication comprising Packet Data Convergence Protocol, PDCP, Protocol Data Units, PDUs; and forwarding the communication to an operator identified in the communication. receiving, from a backhaul user equipment, a connectivity request originated from at least one device (1, 2, 19) inside a vehicle and being served by a Connected Vehicle Small Cell, CVSC, being an in-vehicle split femtocell implementing a flexible handling of signaling and data radio bearers, said connectivity request comprising an indicator, wherein the backhaul user equipment is located in the vehicle and provides a wireless backhaul link between the CVSC and the CVSC GW via an external cellular network; determining that the at least one device (1, 2, 19) is configured for communications via the multiple operator radio access in-vehicle split femtocell based on the indicator; and terminating communications from the at least one device (1, 2, 19) in a Packet Data Network Gateway, PGW, on top of which the CVSC GW is situated; the method further comprising receiving, from the backhaul user equipment via the wireless backhaul link, a communication originating from the at least one device (1, 2, 19), the communication comprising Packet Data Convergence Protocol, PDCP, Protocol Data Units, PDUs; and forwarding the communication to an operator identified in the communication.
A method for extracting changes in characteristics of a tire supporting a vehicle, the method comprising the steps of: extracting selected tire characteristics from at least one sensor mounted on the tire; transmitting the selected tire characteristics to a remote processor; storing the selected tire characteristics in a historical data login communication with the remote processor; selecting at least one tire characteristic of interest; applying a time series decomposition model to data from the historical data log to delineate exogenous inputs from an underlying trend in the selected tire characteristic of interest; applying a learning model to the underlying trend in the selected tire characteristic of interest to model a relationship between the selected tire characteristic of interest and a condition of the tire; and outputting from the learning model a prediction value for a condition of the tire. extracting selected tire characteristics from at least one sensor mounted on the tire; transmitting the selected tire characteristics to a remote processor; storing the selected tire characteristics in a historical data login communication with the remote processor; selecting at least one tire characteristic of interest; applying a time series decomposition model to data from the historical data log to delineate exogenous inputs from an underlying trend in the selected tire characteristic of interest; applying a learning model to the underlying trend in the selected tire characteristic of interest to model a relationship between the selected tire characteristic of interest and a condition of the tire; and outputting from the learning model a prediction value for a condition of the tire.
A method for aiding in the differential diagnosis of small cell lung cancer (SCLC) and non-small cell lung cancer (NSCLC) in a subject with lung cancer, comprising, a) Determining the concentration of CRP, D-dimer and NGAL in an ex vivo serum or plasma sample obtained from the subject, and: b) Establishing the significance of the measured levels of biomarkers by inputting the obtained values into a suitable classification model or algorithm which produces an output indicating whether the sample should be classified as SCLC or NSCLC. a) Determining the concentration of CRP, D-dimer and NGAL in an ex vivo serum or plasma sample obtained from the subject, and: b) Establishing the significance of the measured levels of biomarkers by inputting the obtained values into a suitable classification model or algorithm which produces an output indicating whether the sample should be classified as SCLC or NSCLC.
A substitute tendon having at least a stitched end portion and an unstitched middle portion, comprising: a continuous flexible strand forming a whip stitched pattern and an anchor, characterised in that: the whip stitched pattern comprises a plurality of sutures that secure a common free end of two longitudinally abutting tendon lengths, the plurality of sutures (114 1-5) originating with a first suture (114 1) located adjacent to the free end and progressing toward a final suture (114 5) located adjacent to the unstitched middle portion; and the anchor originates at the final suture (114 5) and threads through a center space between the tendon lengths and out the common free end of the stitched end portion.