mhurhangee/ep-ind-claims huggingface dataset:
A method for processing access point name restriction, APN, information, comprising: receiving a tracking area update, TAU/routing area update, RAU, request of a user equipment, UE, at an access network; sending a context request to an old mobility management element according to the TAU/RAU request; receiving context response from the old mobility management element, wherein the context response carries one or multiple APN restriction values corresponding to one or multiple currently established packet data network, PDN, connection of the UE; initiating authentication and security related procedures; sending a context ACK to the old mobility management element; sending a modify bearer request to a serving gateway, SGW, wherein the modify bearer request carries a radio access type which is not changed, or the bearer request does not include user location information, ULI; receiving a modify bearer response from the SGW; obtaining the maximum APN restriction information directly according to the one or multiple APN restriction values; sending a TAU/RAU accept message to the UE. receiving a tracking area update, TAU/routing area update, RAU, request of a user equipment, UE, at an access network; sending a context request to an old mobility management element according to the TAU/RAU request; receiving context response from the old mobility management element, wherein the context response carries one or multiple APN restriction values corresponding to one or multiple currently established packet data network, PDN, connection of the UE; initiating authentication and security related procedures; sending a context ACK to the old mobility management element; sending a modify bearer request to a serving gateway, SGW, wherein the modify bearer request carries a radio access type which is not changed, or the bearer request does not include user location information, ULI; receiving a modify bearer response from the SGW; obtaining the maximum APN restriction information directly according to the one or multiple APN restriction values; sending a TAU/RAU accept message to the UE.
Mixture of three or more citrate salts, comprising magnesium citrate, wherein the mixture of three or more citrate salts additionally comprises calcium citrate and/or zinc citrate, for use in a therapeutic method for preventing and/or treating lactate acidosis and/or obesity.
A data card application method, comprising: after a data card is connected to a terminal and a memory card is inserted into the data card, determining a usage state of the memory card during initialization of the data card; when the usage state of the memory card is modified, modifying configuration information in the data card when modification passwords acquired twice are consistent; and re-determining the usage state of the memory card according to the modified configuration information, and performing a corresponding operation on the memory card according to the re-determined usage state. after a data card is connected to a terminal and a memory card is inserted into the data card, determining a usage state of the memory card during initialization of the data card; when the usage state of the memory card is modified, modifying configuration information in the data card when modification passwords acquired twice are consistent; and re-determining the usage state of the memory card according to the modified configuration information, and performing a corresponding operation on the memory card according to the re-determined usage state.
A delivery catheter for the introduction of one or more media into a uterus of a patient during an embryo transfer procedure, said delivery catheter comprising: an outer sheath having a proximal end and a distal end; and an inner lumen slidably disposed within said outer sheath, said inner lumen having a proximal end, a distal end, and an internal passageway therein for receiving at least one embryo and other media, said inner lumen including at least one visual marker situated on the exterior surface thereof adjacent its distal end indicating a predetermined volume to enable aspiration of an accurate volume of said one or more media into said inner lumen, wherein said at least one visual marker comprises a plurality of visual markers, each visual marker indicating a volume of media to be aspirated into said inner lumen.
Nickel-free and cobalt-free platinum alloy, comprising, expressed by weight, the following elements: 95.0% to 96.0% of Pt, 0.5% to 4.5% of Ir 0.01% to 2% of Au 0 to 2% of Ge 0 to 1% of at least one of the alloying elements Ru, Rh, Pd, Sn, Ga, Re, the respective percentages of all of the elements of the alloy adding up to 100%. 95.0% to 96.0% of Pt, 0.5% to 4.5% of Ir 0.01% to 2% of Au 0 to 2% of Ge 0 to 1% of at least one of the alloying elements Ru, Rh, Pd, Sn, Ga, Re, the respective percentages of all of the elements of the alloy adding up to 100%.
A sensor comprising at least one dye covalently bound to an optically transparent substrate by a covalent linkage alkylated on a phenol group of the dye; wherein the dye reversibly binds at least one metal ion; wherein the dye is a compound of formula: A-B wherein A is selected from the group consisting of: wherein R 1, R 2, R 3 and R 4 are independently selected from: B is selected from the group consisting of:, and/or wherein the dye is selected from the group consisting of: wherein A is selected from the group consisting of: wherein R 1, R 2, R 3 and R 4 are independently selected from: B is selected from the group consisting of:, and/or wherein the dye is selected from the group consisting of:
A sprayable composition for use in medicine, said sprayable composition comprising a propellant comprising HFO-1234ze, and a material to be sprayed, wherein said material to be sprayed is a medicinal material.
A T cell comprising: a recombinant antigen receptor, which binds an antigen; and a recombinant co-stimulatory ligand, which is CD80 or 4-1BBL. a recombinant antigen receptor, which binds an antigen; and a recombinant co-stimulatory ligand, which is CD80 or 4-1BBL.
A single fuel cell comprising: a power generation section in which an anode, an electrolyte, and a cathode are stacked; a power non-generation section that does not include the power generation section; and an oxygen-ion-insulating gas seal film that has a thickness of 1 μm to 100 μm and is arranged so as to cover at least a part of a surface of the power non-generation section, wherein the gas seal film comprises a structure formed by sintering a material containing MTiO 3, wherein M is an alkaline earth metal element, and metal oxide which is any one of B 2 O 3, Al 2 O 3, Ga 2 O 3, In 2 O 3, Tl 2 O 3, Fe 2 O 3, Fe 3 O 4, MgO, NiO, and SiO 2, and the structure includes a first structure and a second structure that are different in composition, the first structure contains components derived from MTiO 3 in larger amounts than the second structure, the second structure contains a metal element contained in the metal oxide in a larger amount than the first structure and contains M and Ti derived from MTiO 3, and an area ratio of the second structure in the structure is not less than 1% and not more than 50%, wherein the area ratio is determined by image analysis as detailed in the description. a power generation section in which an anode, an electrolyte, and a cathode are stacked; a power non-generation section that does not include the power generation section; and an oxygen-ion-insulating gas seal film that has a thickness of 1 μm to 100 μm and is arranged so as to cover at least a part of a surface of the power non-generation section,
A valve assembly for a drinking vessel, comprising: a first valve portion having a fluid outlet formed therein; and a second valve portion comprising a flexible diaphragm having a blocking portion movable from a closed sealing position to an open position, the second valve portion holding the flexible diaphragm relative to the first valve portion such that in the closed sealing position the blocking portion seals the fluid outlet so as to prevent fluid flow therethrough, wherein the second valve portion further comprises one or more apertures formed therein and spaced from the blocking portion such that a fluid flow path is formed from the fluid outlet to at least one of the apertures when the blocking portion is moved from the closed sealing position to the open position, characterised in that a periphery of the flexible diaphragm is fixed to the second valve portion, and in that the valve assembly is arranged such that, when in the closed sealing position, the flexible diaphragm is sealingly tensioned over the fluid outlet. a first valve portion having a fluid outlet formed therein; and a second valve portion comprising a flexible diaphragm having a blocking portion movable from a closed sealing position to an open position, the second valve portion holding the flexible diaphragm relative to the first valve portion such that in the closed sealing position the blocking portion seals the fluid outlet so as to prevent fluid flow therethrough, wherein the second valve portion further comprises one or more apertures formed therein and spaced from the blocking portion such that a fluid flow path is formed from the fluid outlet to at least one of the apertures when the blocking portion is moved from the closed sealing position to the open position, characterised in that a periphery of the flexible diaphragm is fixed to the second valve portion, and in that the valve assembly is arranged such that, when in the closed sealing position, the flexible diaphragm is sealingly tensioned over the fluid outlet.
A specimen analyzer comprising: a lamp unit for emitting light; a first optical information acquisition portion for illuminating a specimen with the light emitted by the lamp unit, and for acquiring first optical information; and a second optical information acquisition portion for illuminating an analytical sample, to be prepared by adding a reagent to the specimen, with the light emitted by the lamp unit, and for acquiring second optical information, wherein the first optical information acquisition portion is so formed as to acquire optical information from each specimen, in order to measure a presence/absence of an interfering substance in the specimen before addition of the reagent to the specimen, wherein the lamp unit has a multi-wavelength light emitting portion, and the lamp unit successively emits light of different wavelengths, and wherein the first optical information acquisition portion acquires first optical information, of a specimen, corresponding to each wavelength using the light of different wavelengths successively emitted from the lamp unit. a lamp unit for emitting light; a first optical information acquisition portion for illuminating a specimen with the light emitted by the lamp unit, and for acquiring first optical information; and a second optical information acquisition portion for illuminating an analytical sample, to be prepared by adding a reagent to the specimen, with the light emitted by the lamp unit, and for acquiring second optical information, wherein the first optical information acquisition portion is so formed as to acquire optical information from each specimen, in order to measure a presence/absence of an interfering substance in the specimen before addition of the reagent to the specimen, wherein the lamp unit has a multi-wavelength light emitting portion, and the lamp unit successively emits light of different wavelengths, and wherein the first optical information acquisition portion acquires first optical information, of a specimen, corresponding to each wavelength using the light of different wavelengths successively emitted from the lamp unit.
A system for the treatment of a spine, the system comprising an implant for attachment to a patient's bone, and an attachment device (40, 200) having a first portion (42, 102) comprising a biocompatible material defined by a network of interconnected pores, the first portion (42, 102) being sized for insertion into a hole in the patient's bone and having a bone in-growth portion to promote bone growth into the first portion (42, 102) and an interference fit portion to engage the bone, the bone in-growth portion including an inner bore (62, 202) and one or more branching bores (66, 68, 204) extending from the inner bore (62, 202) to an outer surface of the first portion (42,102), wherein the branching bores (66, 68, 204) are open to allow bone in-growth when the first portion (42, 102) is inserted into the hole in the bone, the first portion (42, 102) having a constant cross-sectional profile along its length, and a second portion (44, 104) configured to be received in an opening of the implant for securing the implant to the patient, the second portion (44, 104) including an axial bore (60, 202) extending therethrough, the inner bore (62, 202) communicating with the axial bore (60, 202).
A digital camera comprising a camera main body with an imaging lens, and an electronic view finder for a user to observe an image imaged by the imaging lens; wherein the electronic view finder includes, an image display part that displays the imaged image, a pivot bracket that supports the image display part so as to be rotatable about a first rotation axis, and a fixed bracket that couples the camera main body and the pivot bracket, and that supports the pivot bracket so as to be rotatable about a second rotation axis perpendicular to the first rotation axis, a simultaneous rotation regulating mechanism that regulates simultaneous rotation of the image display part and the pivot bracket, the simultaneous rotation regulating mechanism is configured by, a fit-in portion arranged on an opposite side of an eye lens of the image display part with the first rotation axis in between, and a recess that is formed by cutting out one part of the fixed bracket, and into which the fit-in portion is fitted when the image display part is rotated about the first rotation axis.
A three-dimensional printer for additive manufacturing of a part, the three dimensional printer comprising: a fiber composite filament supply of unmelted fiber reinforced composite filament including one or more inelastic axial fiber strands extending within a matrix material of the filament; a movable build platen for supporting the part; a print head opposing the build platen and including a composite filament ironing tip and a heater that heats the composite filament ironing tip above a melting temperature of the matrix material; a plurality of actuators that move the print head and the build platen relative to one another in three degrees of freedom. a filament drive that drives the unmelted fiber reinforced composite filament, and the inelastic fiber strands embedded within, into the print head at a linear feed rate; a cold feed zone positioned between the filament drive and the ironing tip, maintained below a melting temperature of the matrix material; characterized by a controller operatively connected to the heater, the filament drive and the plurality of actuators, wherein the controller executes instructions which cause the filament drive to hold an unattached terminal end of the composite filament in the cold feed zone between the filament drive and the ironing tip. a fiber composite filament supply of unmelted fiber reinforced composite filament including one or more inelastic axial fiber strands extending within a matrix material of the filament; a movable build platen for supporting the part; a print head opposing the build platen and including a composite filament ironing tip and a heater that heats the composite filament ironing tip above a melting temperature of the matrix material; a plurality of actuators that move the print head and the build platen relative to one another in three degrees of freedom. a filament drive that drives the unmelted fiber reinforced composite filament, and the inelastic fiber strands embedded within, into the print head at a linear feed rate; a cold feed zone positioned between the filament drive and the ironing tip, maintained below a melting temperature of the matrix material; characterized by a controller operatively connected to the heater, the filament drive and the plurality of actuators, wherein the controller executes instructions which cause the filament drive to hold an unattached terminal end of the composite filament in the cold feed zone between the filament drive and the ironing tip.
A finite state machine for use in a base station configured to selectively activate and deactivate secondary cells for use by a user equipment, UE, the finite state machine comprising: a plurality of states facilitating secondary cell activation and deactivation decisions, the states comprising: a deactivated state for which a secondary cell is deactivated and a media access control control element, MAC CE, for deactivation is sent to the UE, the base station not allocating resources for maintaining transmission on the secondary cell when the finite state machine is in the deactivated state; and an activated state for which the secondary cell is active and a MAC CE for activation is sent to the UE, the base station being ready to transmit on the secondary cell when the finite state machine is in the activated state; and a prohibit timer activated when a change in one of an activation state and deactivation state occurs, the finite state machine being prevented from changing from the activated state and the deactivated state while the prohibit timer is active. a plurality of states facilitating secondary cell activation and deactivation decisions, the states comprising: a deactivated state for which a secondary cell is deactivated and a media access control control element, MAC CE, for deactivation is sent to the UE, the base station not allocating resources for maintaining transmission on the secondary cell when the finite state machine is in the deactivated state; and an activated state for which the secondary cell is active and a MAC CE for activation is sent to the UE, the base station being ready to transmit on the secondary cell when the finite state machine is in the activated state; and a deactivated state for which a secondary cell is deactivated and a media access control control element, MAC CE, for deactivation is sent to the UE, the base station not allocating resources for maintaining transmission on the secondary cell when the finite state machine is in the deactivated state; and an activated state for which the secondary cell is active and a MAC CE for activation is sent to the UE, the base station being ready to transmit on the secondary cell when the finite state machine is in the activated state; and a prohibit timer activated when a change in one of an activation state and deactivation state occurs, the finite state machine being prevented from changing from the activated state and the deactivated state while the prohibit timer is active.
Sensor for contactless detection of interrupted conductors (10, 11, 12) in a three-phase electrical overhead line, comprising a measurement unit, a logic unit, a communication module, a signalling module and a battery, characterised by the fact that at least one first electrode and at least one further electrode are connected to the measurement unit through corresponding connecting cables and that the electrodes (4, 5) are placed at two points in the vicinity of the electrical overhead line; that the observed parameters, on the basis of which the sensor is configured to determine the interruption and the type of interruption, include phase angle (Δφ) between sinusoids of the electrical potential on the electrodes (4, 5) as well as electrical potential amplitudes (V 4, V 5) at observed points; wherein, in symmetry, phase angle (Δφ) and amplitudes (V 4, V 5) have certain reference values (Δφ REF, V REF); and, in case of one interrupted conductor (10, 11, 12) the phase angle (Δφ) is reduced, whereas amplitudes (V 4, V 5) increase; and in case of two interrupted conductors (10 and 11, 10 and 12, 11 and 12), the phase angle (Δφ) between sinusoids of electrical potential on both electrodes (4, 5) is approximately zero, whereas amplitudes (V 4, V 5) further increase if a three-phase transformer is connected to the electrical overhead line after the sensor or are even slightly reduced if sensor is positioned at the end of an open electrical overhead line.
A method in a mobile station, MS, for reducing latency in a communications channel, the method comprising: accessing, by the MS, a base station subsystem, BSS; indicating, by the MS to the BSS, the support for a reduced time transmission interval, RTTI within an access burst sent at the start of a contention based access; and, receiving, by the MS, an Immediate Assignment message sent by the BSS, wherein the Immediate Assignment message allocates to the MS more than one time slot, TS, on an uplink of the communications channel and one or more time slots on a downlink of the communications channel. accessing, by the MS, a base station subsystem, BSS; indicating, by the MS to the BSS, the support for a reduced time transmission interval, RTTI within an access burst sent at the start of a contention based access; and, receiving, by the MS, an Immediate Assignment message sent by the BSS, wherein the Immediate Assignment message allocates to the MS more than one time slot, TS, on an uplink of the communications channel and one or more time slots on a downlink of the communications channel.
A hydraulic system, comprising: a piston; a swash plate opposed to the piston; and a swash plate supporting member supporting the swash plate so that a tilt of the swash plate is variable, wherein at least one oil reservoir portion is provided between the swash plate and the swash plate supporting member, the at least one oil reservoir portion communicating with a pressure oil introducing passage, characterized in that an area, along a plane of contact between the swash plate and the swash plate supporting member, of the at least one oil reservoir portion between the swash plate and the swash plate supporting member varies with the tilt of the swash plate. a piston; a swash plate opposed to the piston; and a swash plate supporting member supporting the swash plate so that a tilt of the swash plate is variable, wherein at least one oil reservoir portion is provided between the swash plate and the swash plate supporting member, the at least one oil reservoir portion communicating with a pressure oil introducing passage, characterized in that an area, along a plane of contact between the swash plate and the swash plate supporting member, of the at least one oil reservoir portion between the swash plate and the swash plate supporting member varies with the tilt of the swash plate.