mhurhangee/ep-ind-claims huggingface dataset:
An access and mobility management policy association termination method for a system comprising a first access and mobility management function, AMF, a second AMF, a first policy control function, PCF, and a second PCF, wherein the method comprises: sending, by the first AMF, first PCF identifier information of the first PCF to the second AMF; receiving, by the first AMF from the second AMF, first indication information, wherein the first indication information is used to indicate that the first PCF is different from the second PCF; determining, by the first AMF, according to the first indication information, whether the second PCF is the same as the first PCF; when the first PCF is different from the second PCF, sending, by the first AMF, first deletion request information to the first PCF, wherein the first deletion request information is used to request the first PCF to delete an access and mobility, AM, policy association between the first PCF and the first AMF for a terminal device; and deleting, by the first AMF, AM policy control information for the terminal device, wherein the second AMF is an AMF that currently serves the terminal device, the first AMF is an AMF that serves the terminal device before the second AMF serves the terminal device, the second PCF is a PCF that currently serves the terminal device, and the first PCF is a PCF that serves the terminal device before the second PCF serves the terminal device. sending, by the first AMF, first PCF identifier information of the first PCF to the second AMF; receiving, by the first AMF from the second AMF, first indication information, wherein the first indication information is used to indicate that the first PCF is different from the second PCF; determining, by the first AMF, according to the first indication information, whether the second PCF is the same as the first PCF; when the first PCF is different from the second PCF, sending, by the first AMF, first deletion request information to the first PCF, wherein the first deletion request information is used to request the first PCF to delete an access and mobility, AM, policy association between the first PCF and the first AMF for a terminal device; and deleting, by the first AMF, AM policy control information for the terminal device, wherein the second AMF is an AMF that currently serves the terminal device, the first AMF is an AMF that serves the terminal device before the second AMF serves the terminal device, the second PCF is a PCF that currently serves the terminal device, and the first PCF is a PCF that serves the terminal device before the second PCF serves the terminal device.
An apparatus for treating waste water comprising a tank having at least one waste water inlet (26,28) for passing waste water into an inlet region of the tank, at least one waste water outlet for draining waste water from an outlet region of the tank, at least one first baffle between said inlet region and a settlement region of the tank, wherein contaminants having a specific gravity less than one are able to settle out from the waste water for subsequent removal, at least one second baffle between said settlement region and said outlet region of the tank, said apparatus further comprising a recirculation means for recirculating waste water from said outlet region to said inlet region of the tank, said recirculation means including a water inlet arranged in said outlet region of the tank, at least one water outlet arranged in said inlet region of the tank, and a pump for pumping water from said water inlet to said water outlet, the at least one water outlet of the recirculation means being arranged adjacent the surface of the waste water in the tank in use to deliver water in a stream parallel to the water surface, said water outlet being arranged to deliver water into said inlet region in a direction towards said settlement region to urge contaminants in the waste water towards said settlement region, characterised in that the water inlet of the recirculation means is arranged to receive water from an upper region of the outlet region of the tank.
A method for generating synchronization channels in a wireless communication system, the method comprising: generating a primary synchronization channel, P-SCH, sequence; generating a secondary synchronization channel, S-SCH, sequence; and scrambling the S-SCH sequence with a scrambling code associated with the P-SCH sequence, wherein the association is a one-to-one relationship; wherein the scrambling code comprises at least one of a Walsh-Hadamard sequence, a Gold sequence, a Rice sequence, a Golomb sequence, an M-sequence, or a generalized Chirp-like sequence. generating a primary synchronization channel, P-SCH, sequence; generating a secondary synchronization channel, S-SCH, sequence; and scrambling the S-SCH sequence with a scrambling code associated with the P-SCH sequence, wherein the association is a one-to-one relationship; wherein the scrambling code comprises at least one of a Walsh-Hadamard sequence, a Gold sequence, a Rice sequence, a Golomb sequence, an M-sequence, or a generalized Chirp-like sequence.
A method, at a UE, of communicating feedback in a wireless network, comprising: receiving, from an access network node, an indication to communicate hybrid automatic repeat request, HARQ, feedback for a plurality of subframes received from the access network node, to the access network node, wherein the indication includes an assignment of resources for communicating the HARQ feedback; determining the plurality of subframes based at least in part on the indication, wherein determining the plurality of subframes comprises determining a first subframe related to receiving the indication and a second subframe related to a previously received indication to communicate previous HARQ feedback for a previous plurality of subframes to the access network node; determining a plurality of HARQ process identifiers related to transport blocks received in the plurality of subframes; grouping HARQ feedback for the plurality of HARQ process identifiers; and transmitting, using the assigned resources, a grouped HARQ feedback resulting from the grouping and a feedback tag indicative of the plurality of subframes to the access network node to allow the access network node to verify that expected HARQ feedback is received. receiving, from an access network node, an indication to communicate hybrid automatic repeat request, HARQ, feedback for a plurality of subframes received from the access network node, to the access network node, wherein the indication includes an assignment of resources for communicating the HARQ feedback; determining the plurality of subframes based at least in part on the indication, wherein determining the plurality of subframes comprises determining a first subframe related to receiving the indication and a second subframe related to a previously received indication to communicate previous HARQ feedback for a previous plurality of subframes to the access network node; determining a plurality of HARQ process identifiers related to transport blocks received in the plurality of subframes; grouping HARQ feedback for the plurality of HARQ process identifiers; and transmitting, using the assigned resources, a grouped HARQ feedback resulting from the grouping and a feedback tag indicative of the plurality of subframes to the access network node to allow the access network node to verify that expected HARQ feedback is received.
A control device for controlling an electrical drive that comprises: - an electrical machine comprising a stator and a rotor, - a first converter stage connected to terminals of phase-windings of the stator, and - a second converter stage connected to intermediate points of the phase-windings of the stator, each of the phase-windings comprising a first portion between the terminal and the intermediate point of the phase-winding under consideration, and each of the phase-windings comprising a second portion in addition to the first portion of the phase-winding under consideration, characterized in that the control device comprises a computing system configured to: - compute first component currents (i 1Cu, i 1Cv, i 1Cw) and second component currents (i 2Cu, i 2Cv, i 2Cw) so that, when the first portions of the phase-windings carry both the first and second component currents and the second portions of the phase-windings carry at least the first component currents, torque is generated in accordance with electrical machine control and magnetic levitation force is directed to the rotor in accordance with levitation control, - compute reference currents (i ref1u, i ref1v, i ref1w) for the first converter stage on the basis of the first and second component currents, and - compute reference currents (i ref2u, i ref2v, i ref2w) for the second converter stage on the basis of at least the second component currents. - an electrical machine comprising a stator and a rotor, - a first converter stage connected to terminals of phase-windings of the stator, and - a second converter stage connected to intermediate points of the phase-windings of the stator, each of the phase-windings comprising a first portion between the terminal and the intermediate point of the phase-winding under consideration, and each of the phase-windings comprising a second portion in addition to the first portion of the phase-winding under consideration, - compute first component currents (i 1Cu, i 1Cv, i 1Cw) and second component currents (i 2Cu, i 2Cv, i 2Cw) so that, when the first portions of the phase-windings carry both the first and second component currents and the second portions of the phase-windings carry at least the first component currents, torque is generated in accordance with electrical machine control and magnetic levitation force is directed to the rotor in accordance with levitation control, - compute reference currents (i ref1u, i ref1v, i ref1w) for the first converter stage on the basis of the first and second component currents, and - compute reference currents (i ref2u, i ref2v, i ref2w) for the second converter stage on the basis of at least the second component currents.
A tire physical information estimation system, comprising: a physical information estimation unit that includes a learning type arithmetic operation model including an input layer through an output layer and estimates tire physical information produced in association with movement of a tire; and a data acquisition unit that acquires input data input to the input layer, wherein the arithmetic operation model includes a feature extraction unit that performs a convolution operation (51a, 51c) in an operation halfway between the input layer and the output layer, the arithmetic operation model outputting normalized tire physical information in at least two axial directions from the output layer, characterized in that the arithmetic operation model includes a plurality of fully-connected units corresponding to respective axial directions and inputs an output of the feature extraction unit to the plurality of fully-connected units. a physical information estimation unit that includes a learning type arithmetic operation model including an input layer through an output layer and estimates tire physical information produced in association with movement of a tire; and a data acquisition unit that acquires input data input to the input layer, wherein the arithmetic operation model includes a feature extraction unit that performs a convolution operation (51a, 51c) in an operation halfway between the input layer and the output layer, the arithmetic operation model outputting normalized tire physical information in at least two axial directions from the output layer, characterized in that the arithmetic operation model includes a plurality of fully-connected units corresponding to respective axial directions and inputs an output of the feature extraction unit to the plurality of fully-connected units.
Motor vehicle camera, which is held at least partially in a housing that is able to be mounted at or in a motor vehicle, wherein at least one light-emitting means for fully illuminating at least one partial region of the camera surroundings is present, characterized in that the housing is embodied to be at least partially light-guiding and at least one light-emitting means is positioned upstream of an end-side light incoupling surface of the housing such that light is thereby able to be coupled into the light-guiding part of the housing and is able to be coupled out of an end-side light outcoupling surface of the housing in the direction of the partial region of the camera surroundings that is to be fully illuminated.
A method of processing sperm comprising the steps of: forming a stream comprising sperm and a first media, wherein the first media is a sheath fluid comprising between 0.1 ppm to about 20 mM of sugar additive; determining a property of said sperm in said stream; selecting sperm having a property of interest from said sperm in said stream; and collecting said sperm having said property of interest in a second media comprising egg yolk at a concentration between 10 to 20% and no sugar additive, wherein said media is frozen and thawed prior to said step of collecting. forming a stream comprising sperm and a first media, wherein the first media is a sheath fluid comprising between 0.1 ppm to about 20 mM of sugar additive; determining a property of said sperm in said stream; selecting sperm having a property of interest from said sperm in said stream; and collecting said sperm having said property of interest in a second media comprising egg yolk at a concentration between 10 to 20% and no sugar additive, wherein said media is frozen and thawed prior to said step of collecting.
An apparatus, comprising: a video decoder for decoding a picture by selectively enabling color compensation using a block level syntax element on a block basis, of two color components in a prediction of the picture, also having one luminance component, using an offset relating to color data between the two color components of the picture and the corresponding components of another picture, wherein each color component uses a separate offset for compensation, and the luminance component has one luminance offset, the picture and the other picture having different viewpoints and both corresponding to multi-view content for a same or similar scene, and wherein there is one illumination compensation enable flag and one color compensation enable flag, wherein the offset is differentially coded with respect to offsets from spatially neighboring blocks.
A method for setting a reminder from within an instant messaging application executing on a computing device, the method comprising: determining a reminder-triggering condition based on a predetermined symbol within textual input received by the instant messaging application; and sending from the computing device an instant message that includes the reminder-triggering condition for the reminder. determining a reminder-triggering condition based on a predetermined symbol within textual input received by the instant messaging application; and sending from the computing device an instant message that includes the reminder-triggering condition for the reminder.
Facility for person-specific assembly of blister packs with medicaments in accordance with predetermined prescription data, wherein the blister packs exhibit receiving compartments arranged in a matrix configuration in rows, corresponding to a number of intake-times during a day, and columns, corresponding to a number of days, for example days of the week, for respective medicament-administration units, comprising: a plurality of medicament-filling stations arranged in succession for assembling the blister packs with, respectively, a certain medicament, and a transport device designed for transporting the blister packs individually in succession in a direction of motion along the medicament-filling stations, wherein each medicament-filling station exhibits a pre-metering magazine capable of being moved between two positions, with several pre-metering compartments, which has been set up to receive the medicament, in a first position, in one or more of the pre-metering compartments, and to release the medicament, in a second position, from the pre-metering compartments into corresponding receiving compartments of the blister pack, characterised in that in each medicament-filling station the medicament is supplied by means of a blister strip and each medicament-filling station exhibits one or more ejector rams for ejecting the medicament from blister squares of the blister strip into the pre-metering compartments of the pre-metering magazine, a clean-room region has been provided in the region of transfer of the medicaments into the blister packs, and the blister packs are sealed with blister foil after being filled. a plurality of medicament-filling stations arranged in succession for assembling the blister packs with, respectively, a certain medicament, and a transport device designed for transporting the blister packs individually in succession in a direction of motion along the medicament-filling stations, wherein each medicament-filling station exhibits a pre-metering magazine capable of being moved between two positions, with several pre-metering compartments, which has been set up to receive the medicament, in a first position, in one or more of the pre-metering compartments, and to release the medicament, in a second position, from the pre-metering compartments into corresponding receiving compartments of the blister pack, characterised in that in each medicament-filling station the medicament is supplied by means of a blister strip and each medicament-filling station exhibits one or more ejector rams for ejecting the medicament from blister squares of the blister strip into the pre-metering compartments of the pre-metering magazine, a clean-room region has been provided in the region of transfer of the medicaments into the blister packs, and the blister packs are sealed with blister foil after being filled.
A device for the properly closing placement of closure plugs of swing stoppers of swing stopper bottles on their bottle mouths (2.3), having at least a transport device for transporting the swing stopper bottles in at least a conveying direction and at least a positioning device for aligning the swing stoppers and positioning the closure plugs, characterized in that the positioning device has at least one magnetizing device for generating a magnetic force acting on the swing stoppers to align the swing stoppers in a placement position as well as a guiding device arranged in the conveying direction along the transport device for positioning the closure plugs in the area of the bottle mouths (2.3), wherein the magnetizing device comprises at least a first and a second magnet station (7.1, 7.2), wherein the magnet stations (7.1, 7.2) are arranged in the area of the guiding device and connected with the latter, and wherein the aligning of the swing stoppers in the placement position by means of the at least two magnet stations (7.1, 7.2) takes place in at least two steps as deflecting, lifting respectively stretching, and erecting the swing stoppers.
A semiconductor device package comprising a multilayer substrate including a top layer, a bottom layer and an intermediate layer between the top layer and the bottom layer, and one or more semiconductor dies embedded in the intermediate layer, and further comprising conductive connector means to provide a conductive connection from the one or more dies, the conductive connector means extending through the top layer to provide connection means for one or more devices mounted on or adjacent the top layer; further characterised in that the intermediate layer includes a ceramic layer (56,57) and a conductive layer, and wherein the one or more semiconductor dies is embedded in the ceramic layer and in electrical contact with the conductive layer; and wherein the conductive connector means comprises a clip of conductive material connected to the one or more semiconductor dies.
A pulverulent binder-based mortar composition, characterized in that it comprises at least: - a mineral binder, - an additive based on organic carbonate of formula R 1 -O- -O-R 2 comprising at least 5 carbon atoms, in which the R 1 and R 2 groups, which may be identical or different, represent linear, optionally branched, saturated or unsaturated alkyl or alkylene hydrocarbon-based radicals, in a content between 0.4 and 1.5% by weight relative to the total weight of the composition, - granulates, aggregates and/or sand or other inert fillers. - a mineral binder, - an additive based on organic carbonate of formula R 1 -O- -O-R 2 comprising at least 5 carbon atoms, in which the R 1 and R 2 groups, which may be identical or different, represent linear, optionally branched, saturated or unsaturated alkyl or alkylene hydrocarbon-based radicals, in a content between 0.4 and 1.5% by weight relative to the total weight of the composition, - granulates, aggregates and/or sand or other inert fillers.
A method for manufacturing an individualized immobilization element for the non-invasive immobilization and/or mobilization of at least a segment of a body part of a patient at a predetermined position relative to a reference and/or in a predetermined configuration, wherein the method comprises the steps of (i) providing a data set that comprises a three-dimensional image of an outer contour of at least a portion of the segment of the body part to be immobilized and/or mobilized and (ii) manufacturing of at least a part of the immobilization element by additive manufacturing of a shape based on said data set, using a polymeric material containing a thermoplastic polymer having a melting point less than or equal to 100°C, wherein the polymer material contains a nucleating agent capable of enhancing crystallization of the thermoplastic polymer, wherein at least a portion of an inner surface of the shape has an inner contour which is complementary to the outer contour of the segment of the body part to be immobilized and/or mobilized.
A track travelling device, comprising: a vehicle body; two groups of wheels disposed on two sides of the vehicle body respectively, each of the wheels comprising a rim configured to abut against a track; and a connection device, one end of which is connected to a bottom of the vehicle body and the other end of which is connected to the wheels, the connection device comprising an elastic member configured to adjust distances between the rims of the two groups of wheels; characterized in that the elastic member is configured to be deformed under the gravity of the vehicle body. a vehicle body; two groups of wheels disposed on two sides of the vehicle body respectively, each of the wheels comprising a rim configured to abut against a track; and a connection device, one end of which is connected to a bottom of the vehicle body and the other end of which is connected to the wheels, the connection device comprising an elastic member configured to adjust distances between the rims of the two groups of wheels; characterized in that the elastic member is configured to be deformed under the gravity of the vehicle body.