mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a session management function, V-SMF, of a visited public land mobile network, VPLMN, for establishing a user-requested PDU session to be routed through a user's home PLMN, HPLMN, the method comprising: receiving, a first request to establish a home-routed PDU session, wherein the first request identifies an SMF, H-SMF, in the HPLMN; and sending, to the H-SMF, a second request to create the home-routed PDU session, wherein the second request includes an identifier of a resource in the V-SMF that is associated with the PDU session, wherein the identifier allows the H-SMF to address services of the V-SMF related to the PDU session, receiving, from the H-SMF, a third request that includes an identifier of a resource in the H-SMF that is associated with the PDU session, wherein the resource is directly related to a Session Management, SM, Context for service operations related with the PDU session such that it allows the V-SMF to address services of the H-SMF related to the PDU session; characterized in that said third request is received before receiving any other messages from the H-SMF. receiving, a first request to establish a home-routed PDU session, wherein the first request identifies an SMF, H-SMF, in the HPLMN; and sending, to the H-SMF, a second request to create the home-routed PDU session, wherein the second request includes an identifier of a resource in the V-SMF that is associated with the PDU session, wherein the identifier allows the H-SMF to address services of the V-SMF related to the PDU session, receiving, from the H-SMF, a third request that includes an identifier of a resource in the H-SMF that is associated with the PDU session, wherein the resource is directly related to a Session Management, SM, Context for service operations related with the PDU session such that it allows the V-SMF to address services of the H-SMF related to the PDU session; characterized in that said third request is received before receiving any other messages from the H-SMF.
A connector cabinet for connecting cables comprising a housing, holding means and at least one connector cassette with a first side and a second side, wherein said holding means is arranged to connect said at least one connector cassette to the housing of the connector cabinet, and arranged such that the cassette may be positioned such that the first or second side (22a, 22b) faces the housing, wherein the holding means is further arranged such that the cassette is pivotable around a pivot axis, said cabinet characterized in that the cassette is rotatable around its central axis.
Timepiece acoustic display mechanism including at least one rotating display member, for displaying a magnitude other than the current time of day, wherein, said at least one rotating display member is integral at least in rotation with a snail whose edge cooperates with the beak of a striking rack comprised in a striking mechanism integrated in said display mechanism, for striking a numerical value characteristic of said magnitude, characterised in that said display mechanism is a chronograph mechanism including a chronograph wheel for counting the seconds, and a minute-counter wheel for counting the minutes, and in that said chronograph mechanism includes at least one said snail which is a seconds snail integral in rotation with said chronograph wheel and whose edge is arranged to cooperate with a said beak which is a seconds beak comprised in a striking rack, which is a seconds rack, and includes at least one said snail which is a minute snail integral in rotation with said minute counter wheel and whose edge is arranged to cooperate with a said beak which is a seconds beak comprised in a said rack which is a minute rack, and in that said minute rack and said seconds rack are arranged to provide, after stopping at the end of a measurement of a timed duration made by said chronograph mechanism, information relating to the timed duration, respectively in minutes and seconds, to a striking mechanism comprised in said chronograph mechanism and which includes said seconds rack and said minute rack, in order to strike at least the minutes and the seconds of said timed duration.
A cache device, comprising: a frame, a first side wall of which has an opening for picking and placing cached items; a support bracket (100,101) located in an area surrounded by the frame for supporting cached items; first blowing means on a second side wall opposite to the first side wall of the frame; the first blowing means being configured to blow air toward the opening, characterized in that the cache device further comprises a second blowing means on a third side wall of the frame adjacent to the first side wall; and exhaust means disposed on a fourth side wall opposite to the third side wall of the frame. a frame, a first side wall of which has an opening for picking and placing cached items; a support bracket (100,101) located in an area surrounded by the frame for supporting cached items; first blowing means on a second side wall opposite to the first side wall of the frame; the first blowing means being configured to blow air toward the opening, characterized in that the cache device further comprises a second blowing means on a third side wall of the frame adjacent to the first side wall; and exhaust means disposed on a fourth side wall opposite to the third side wall of the frame.
A computer implemented method for changing views for one or more applications on a display screen, the method comprising: generating in an operating system of the computer signals for displaying a first view of an application, the first view including a plurality of visual elements associated with the application wherein the plurality of visual elements arranged in a first display configuration is in accordance with a presentation description provided by the application for use by the operating system; the presentation description defining a logical structure of visual elements associated with the application; receiving an instruction to transition from a first view of an application to a second view of the application; determining a second display configuration of the second view of the application at least by analyzing the presentation description provided by the application; and generating the operating system signals for displaying the second view of the application in the second display configuration in accordance with the presentation description. generating in an operating system of the computer signals for displaying a first view of an application, the first view including a plurality of visual elements associated with the application wherein the plurality of visual elements arranged in a first display configuration is in accordance with a presentation description provided by the application for use by the operating system; the presentation description defining a logical structure of visual elements associated with the application; receiving an instruction to transition from a first view of an application to a second view of the application; determining a second display configuration of the second view of the application at least by analyzing the presentation description provided by the application; and generating the operating system signals for displaying the second view of the application in the second display configuration in accordance with the presentation description.
Modular weapon platform with a weapon carrier for accommodating a weapon and an ammunition container that is attached to the weapon carrier from below, wherein the weapon carrier is supported so as to be displaceable in elevation between an elevation carrier and a thrust bearing and is encapsulated by a closed weapon hood.
A method for the production of spun-curd cheeses from pasteurized milk, comprising the successive steps of preparation of the milk, renneting, coagulation, curd-cutting, draining, spinning, wherein during the phase consisting of preparation of the milk, which has a low exogenous calcium content of less than 0.4 g/l, said milk is thermally treated at a temperature of between 80 and 85°C, and an effective amount of an acidogenic agent is added before or after said thermal treatment, wherein said acidogenic agent is chosen among the substances capable of gradually generating an acid in milk by solubilization and acids attached to a delayed-solubilization or delayed-disintegration support.
A method of positioning a virtual camera in a 3D computer generated environment comprising a plurality of objects defined as a plurality of voxels, such positioning affording a view of a selected one of said objects with minimum occlusion from the other said objects, said method comprising the steps of: calculating a total occlusion value for each of a plurality of predefined virtual camera positions with respect to a reference point within said selected object, wherein each said total occlusion value is determined by calculating the respective path from each said virtual camera position to the reference point, and identifying each voxel along said path, calculating an occlusion value for each voxel along each said respective path by multiplying that voxel's density by a transfer function value defined for that respective density, summing the occlusion values determined for all voxels along each said respective path calculated for a respective said predefined virtual camera position to obtain a total path occlusion value, selecting the predefined virtual camera position corresponding to the path with the lowest total path occlusion value, and enabling display of a graphical representation of said 3D computer generated environment corresponding to said selected predefined virtual camera position. calculating a total occlusion value for each of a plurality of predefined virtual camera positions with respect to a reference point within said selected object, wherein each said total occlusion value is determined by calculating the respective path from each said virtual camera position to the reference point, and identifying each voxel along said path, calculating an occlusion value for each voxel along each said respective path by multiplying that voxel's density by a transfer function value defined for that respective density, summing the occlusion values determined for all voxels along each said respective path calculated for a respective said predefined virtual camera position to obtain a total path occlusion value, selecting the predefined virtual camera position corresponding to the path with the lowest total path occlusion value, and enabling display of a graphical representation of said 3D computer generated environment corresponding to said selected predefined virtual camera position.
A hose holder for a dental care unit, said holder comprising at least a functional holder part and a primary guide roller, which primary guide roller together with the holder part have been arranged to define such an opening that a hose used in connection with the dental care unit can be placed in connection with said opening and moved through it, characterized in that the hose holder additionally comprises at least one lower guide roller (11, 12), which has been arranged in the hose holder at a lower level than the aforesaid primary guide roller.
A power transmission device comprising: a motor; a first planetary reduction gear connected downstream of the motor; a second planetary reduction gear connected downstream of the first planetary reduction gear; a differential gear connected downstream of the second planetary reduction gear; and a drive shaft (8A,8B) connected downstream of the differential gear, wherein the drive shaft is arranged penetrating an inner circumference of a rotor of the motor, an inner circumference of a sun gear of the first planetary reduction gear, and an inner circumference of a sun gear of the second planetary reduction gear, the differential gear has a differential case, the sun gear of the second planetary reduction gear is an input element of the second planetary reduction gear, a carrier is an output element of the second planetary reduction gear, and a ring gear of the second planetary reduction gear is a fixed element, and the differential case is integrally formed with the carrier, characterized in that a cylindrical part that is an outer circumference part and a portion of the differential case positioned between the first planetary reduction gear and the second planetary reduction gear is supported at an inner circumference side of a case member with a first bearing being interposed, a side plate of the carrier has an outer diameter side further to the outer diameter side than a ring gear of the first planetary reduction gear, and the cylindrical part is provided at the outer diameter side of the side plate, extending to a first planetary reduction gear side. a motor; a first planetary reduction gear connected downstream of the motor; a second planetary reduction gear connected downstream of the first planetary reduction gear; a differential gear connected downstream of the second planetary reduction gear; and a drive shaft (8A,8B) connected downstream of the differential gear, wherein the drive shaft is arranged penetrating an inner circumference of a rotor of the motor, an inner circumference of a sun gear of the first planetary reduction gear, and an inner circumference of a sun gear of the second planetary reduction gear, the differential gear has a differential case, the sun gear of the second planetary reduction gear is an input element of the second planetary reduction gear, a carrier is an output element of the second planetary reduction gear, and a ring gear of the second planetary reduction gear is a fixed element, and the differential case is integrally formed with the carrier, characterized in that a cylindrical part that is an outer circumference part and a portion of the differential case positioned between the first planetary reduction gear and the second planetary reduction gear is supported at an inner circumference side of a case member with a first bearing being interposed, a side plate of the carrier has an outer diameter side further to the outer diameter side than a ring gear of the first planetary reduction gear, and the cylindrical part is provided at the outer diameter side of the side plate, extending to a first planetary reduction gear side.
Isolated umbilical cord tissue-derived cells for use in treating traumatic brain injury by decreasing apoptosis, wherein the umbilical cord tissue-derived cells are derived from human umbilical cord tissue substantially free of blood, wherein the cells are capable of self-renewal and expansion in culture and have the potential to differentiate into cells of at least a neural phenotype; and, wherein the cells do not express any one of: CD117, hTERT and telomerase.
A method of selecting input/output (I/O) devices to reduce power consumption of a computer system, the method comprising: determining a power consumption metric for each of a plurality of I/O devices connected to the computer system, wherein the plurality of I/O devices are user interfaces for the computer system; identifying top power consuming I/O devices of the plurality of I/O devices based on the power consumption metric; identifying low-power I/O device alternatives to using the top power consuming I/O devices, wherein the low-power alternatives comprise disabling a top power consuming I/O device if an alternative low-power I/O device providing substantially the same functionality and consuming less power is available for use and switching to the alternative low-power I/O device. determining a power consumption metric for each of a plurality of I/O devices connected to the computer system, wherein the plurality of I/O devices are user interfaces for the computer system; identifying top power consuming I/O devices of the plurality of I/O devices based on the power consumption metric; identifying low-power I/O device alternatives to using the top power consuming I/O devices, wherein the low-power alternatives comprise disabling a top power consuming I/O device if an alternative low-power I/O device providing substantially the same functionality and consuming less power is available for use and switching to the alternative low-power I/O device.
Self-locking differential for a road vehicle, made up of a cage containing at least one planet carrier shaft, two sun gears connected to the planet-carrier shaft by a set of planet pinions, and several series of friction discs (15, 16) which are intended to transfer a friction torque to one of the wheels associated with the differential in response to axial thrust of the sun gear opposite thereto, characterized in that it comprises a central retaining element that holds the sun gears against the planet carrier shaft and a disc-bearing crown wheel incorporating a load compensation device capable of holding the series of discs open as long as the difference in torque at the outputs of the differential does not exceed the torque created by the internal friction within the differential mechanism.
An energy absorbing member (14,16,18, 112, 200, 300, 400) comprising a polymeric material, wherein the polymeric material is formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer, and further wherein a microinclusion additive and a nanoinclusion additive are dispersed within the continuous phase in the form of discrete domains, wherein a porous network is defined in the material, characterised in that the porous network includes a plurality of nanopores having an average cross-sectional dimension of about 800 nanometers or less; wherein the nanoinclusion additive and the microinclusion additive are polymeric; and wherein the concentration of the microinclusion additive in the entire thermoplastic composition is from about 1 wt.% to about 20 wt.% and the concentration of the nanoinclusion additive in the entire thermoplastic composition is from about 0.01 wt.% to about 15 wt.%.
A coupling for transferring fluids between at least two female connectors, the coupling comprising: a male-male hub extending from a first end to a second end, the ends thereof being at least partially tapered; a centrally positioned flange extending outward from the male-male hub; a fluid delivery conduit extending through the hub from the first end to the second end; and a body coupled to the flange such that the body is outwardly offset from the male-male hub; wherein a first portion of the body is engaged with the flange and extends towards the first end of the male-male hub and a second portion of the body is engaged with the flange and extends towards the second end of the male-male hub. a male-male hub extending from a first end to a second end, the ends thereof being at least partially tapered; a centrally positioned flange extending outward from the male-male hub; a fluid delivery conduit extending through the hub from the first end to the second end; and a body coupled to the flange such that the body is outwardly offset from the male-male hub; wherein a first portion of the body is engaged with the flange and extends towards the first end of the male-male hub and a second portion of the body is engaged with the flange and extends towards the second end of the male-male hub.
An amplifier circuit, comprising: a first bias unit (81; 83; 85; 87) connected to a first end of a first variable resistance sensor (71; 73); a second bias unit (82; 84; 86; 88) connected to a first end of a second variable resistance sensor (72; 74), a second end of the first variable resistance sensor and a second end of the second variable resistance sensor being connected; and an I-V converter circuit configured to convert currents output from the first end of the first variable resistance sensor and the first end of the second variable resistance sensor into voltages and output the voltages, respectively, wherein the I-V converter circuit comprises: a whole differential operational amplifier; and a feedback resistance (91; 92) configured to feedback a value of a differential output side of the whole differential operational amplifier to a differential input side. a first bias unit (81; 83; 85; 87) connected to a first end of a first variable resistance sensor (71; 73); a second bias unit (82; 84; 86; 88) connected to a first end of a second variable resistance sensor (72; 74), a second end of the first variable resistance sensor and a second end of the second variable resistance sensor being connected; and an I-V converter circuit configured to convert currents output from the first end of the first variable resistance sensor and the first end of the second variable resistance sensor into voltages and output the voltages, respectively, wherein the I-V converter circuit comprises: a whole differential operational amplifier; and a feedback resistance (91; 92) configured to feedback a value of a differential output side of the whole differential operational amplifier to a differential input side. a whole differential operational amplifier; and a feedback resistance (91; 92) configured to feedback a value of a differential output side of the whole differential operational amplifier to a differential input side.
A node in an acoustic network, the node comprising: a communications module configured to receive or transmit network communications carried at acoustic wavelengths via an acoustic medium, each of the network communications being defined by a communications protocol among multiple communications protocols; and characterized by a gate-level digital hardware module communicatively coupled to the communications module and defining therein logic blocks configured to perform respective primitive processing functions, sequences of the logic blocks being capable of processing data units in accordance with any of the multiple communications protocols on a data unit-by-data unit basis without reconfiguring, the gate-level digital hardware module configured to: process a data unit in accordance with a first communications protocol by directing the data unit through a first sequence of logic blocks; and process a subsequent data unit in accordance with a second communications protocol by directing the subsequent data unit through a second of sequence logic blocks. a communications module configured to receive or transmit network communications carried at acoustic wavelengths via an acoustic medium, each of the network communications being defined by a communications protocol among multiple communications protocols; and characterized by a gate-level digital hardware module communicatively coupled to the communications module and defining therein logic blocks configured to perform respective primitive processing functions, sequences of the logic blocks being capable of processing data units in accordance with any of the multiple communications protocols on a data unit-by-data unit basis without reconfiguring, the gate-level digital hardware module configured to: process a data unit in accordance with a first communications protocol by directing the data unit through a first sequence of logic blocks; and process a subsequent data unit in accordance with a second communications protocol by directing the subsequent data unit through a second of sequence logic blocks. process a data unit in accordance with a first communications protocol by directing the data unit through a first sequence of logic blocks; and process a subsequent data unit in accordance with a second communications protocol by directing the subsequent data unit through a second of sequence logic blocks.