mhurhangee/ep-ind-claims huggingface dataset:
A method for security capability negotiation during a handover of a user equipment, UE, from a first network to a second network, wherein the first network is a 2G or 3G network, the second network is a long term evolution, LTE, access network, and the security capabilities include a radio resource control, RRC, algorithm and a user plane, UP, encryption algorithm, comprising: receiving, by an evolved node B, eNodeB, of the second network, a handover preparation request message from a mobility management entity, MME, of the second network, wherein the handover preparation request message includes a RRC algorithm and a UP encryption algorithm supported by the UE; selecting, by the eNodeB, a RRC algorithm and a UP encryption algorithm supported by both the UE and the eNodeB, according to the RRC algorithm and the UP encryption algorithm supported by the UE and a RRC algorithm and a UP encryption algorithm supported by the eNodeB; and sending (208, 209), by the eNodeB, the selected RRC algorithm and the selected UP encryption algorithm to the first network via the MME. receiving, by an evolved node B, eNodeB, of the second network, a handover preparation request message from a mobility management entity, MME, of the second network, wherein the handover preparation request message includes a RRC algorithm and a UP encryption algorithm supported by the UE; selecting, by the eNodeB, a RRC algorithm and a UP encryption algorithm supported by both the UE and the eNodeB, according to the RRC algorithm and the UP encryption algorithm supported by the UE and a RRC algorithm and a UP encryption algorithm supported by the eNodeB; and sending (208, 209), by the eNodeB, the selected RRC algorithm and the selected UP encryption algorithm to the first network via the MME.
Fluid injection valve, comprising - a fluid inlet tube with a recess, - a valve body including a central longitudinal axis, the valve body comprising a cavity with a fluid outlet portion, - a valve needle received in the recess of the fluid inlet tube and in the cavity of the valve body, the valve needle being axially displaceable with respect to the fluid inlet tube and the valve body for preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in other positions, and - a spring element arranged in the recess and operable to interact with the valve needle for biasing the valve needle in axial direction towards its closing position, characterized in that the spring element is configured such that a spring stiffness of the spring element depends on a pressure of fluid in the recess. - a fluid inlet tube with a recess, - a valve body including a central longitudinal axis, the valve body comprising a cavity with a fluid outlet portion, - a valve needle received in the recess of the fluid inlet tube and in the cavity of the valve body, the valve needle being axially displaceable with respect to the fluid inlet tube and the valve body for preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in other positions, and - a spring element arranged in the recess and operable to interact with the valve needle for biasing the valve needle in axial direction towards its closing position,
A wearable defibrillator comprising a computer readable medium storing instructions for causing a computing system to perform operations comprising: receiving, from two or more ECG leads, an ECG signal of a patient; generating at least two generally orthogonal ECG vectors based on the ECG signal; processing the at least two generally orthogonal ECG vectors to determine a loop trajectory of at least a portion of the ECG signal; identifying a trajectory bifurcation by comparing the loop trajectory to a control loop trajectory of the same patient for a plurality of cardiac cycles, the control loop trajectory comprising a previously stored control loop trajectory based on an averaging of at least two prior loop trajectories; and determining an indicator of a cardiac event based on the trajectory bifurcation. receiving, from two or more ECG leads, an ECG signal of a patient; generating at least two generally orthogonal ECG vectors based on the ECG signal; processing the at least two generally orthogonal ECG vectors to determine a loop trajectory of at least a portion of the ECG signal; identifying a trajectory bifurcation by comparing the loop trajectory to a control loop trajectory of the same patient for a plurality of cardiac cycles, the control loop trajectory comprising a previously stored control loop trajectory based on an averaging of at least two prior loop trajectories; and determining an indicator of a cardiac event based on the trajectory bifurcation.
A method of making a multi-layer circuit board, said multi-layer circuit board comprising a first film and at least two more films, second and third films (B and C), each being made of a thermoplastic polymer capable of forming an optically anisotropic melt phase, the first film having a low melting point (Tm 1), the second and third films (B and C) having respective melting points (Tm 2 B and Tm 2 C) higher than the melting point (Tm 1) of the first film, and at least one of the second and the third films having a circuit pattern thereon, the other of the second and third film having a through-hole filled with electroconductive material, and said first to third films (A to C) being thermo compressed together with said first film interposed between the second and third films (B and C) by a flat or roll heat press, characterized in that: said method comprises causing at least one of the circuit patterns on one of the second and third films to connect the through-hole of the other of the second and third films through the first film during the thermo compression bonding and causing at least one of the circuit patterns on one of the second and third films to contact an opposing surface of the other of the second and third films through the first film during the thermo compression bonding. said method comprises causing at least one of the circuit patterns on one of the second and third films to connect the through-hole of the other of the second and third films through the first film during the thermo compression bonding and causing at least one of the circuit patterns on one of the second and third films to contact an opposing surface of the other of the second and third films through the first film during the thermo compression bonding.
An ultrasound imaging system comprising: an ultrasound probe configured to receive ultrasound signals for generating a sequence of ultrasound images, wherein each image of the sequence of ultrasound images is acquired at a different time point; and a processor configured to: apply a time-varying color map (100A, 100B) to individual ultrasound images of the sequence, wherein the time-varying color map comprises a two-dimensional color map that associates a given intensity of an ultrasound signal to at least one of a brightness value or a hue value that changes over time; and generate the individual ultrasound images by assigning, in accordance with the time-varying color map, different brightness or hue values to pixels representing the same intensity ultrasound signals acquired at different points in time; and display the sequence of individual ultrasound images. an ultrasound probe configured to receive ultrasound signals for generating a sequence of ultrasound images, wherein each image of the sequence of ultrasound images is acquired at a different time point; and a processor configured to: apply a time-varying color map (100A, 100B) to individual ultrasound images of the sequence, wherein the time-varying color map comprises a two-dimensional color map that associates a given intensity of an ultrasound signal to at least one of a brightness value or a hue value that changes over time; and generate the individual ultrasound images by assigning, in accordance with the time-varying color map, different brightness or hue values to pixels representing the same intensity ultrasound signals acquired at different points in time; and display the sequence of individual ultrasound images. apply a time-varying color map (100A, 100B) to individual ultrasound images of the sequence, wherein the time-varying color map comprises a two-dimensional color map that associates a given intensity of an ultrasound signal to at least one of a brightness value or a hue value that changes over time; and generate the individual ultrasound images by assigning, in accordance with the time-varying color map, different brightness or hue values to pixels representing the same intensity ultrasound signals acquired at different points in time; and display the sequence of individual ultrasound images.
A system for detecting an impact of an accelerated, in particular mechanically accelerated, projectile, comprising: - a target wall; - a projector controlled by a data processing unit, the projector being configured to display temporally movable targets on the target wall; - at least one impact sensor arranged on the target wall and connected to the data processing unit, wherein, by means of a signal of the impact sensor upon impact of the projectile, the projector is caused to stop the passage of time for the targets displayed on the target wall, characterized in that the least one impact sensor comprises a reference sound source which emits a sound signal. - a target wall; - a projector controlled by a data processing unit, the projector being configured to display temporally movable targets on the target wall; - at least one impact sensor arranged on the target wall and connected to the data processing unit, wherein, by means of a signal of the impact sensor upon impact of the projectile, the projector is caused to stop the passage of time for the targets displayed on the target wall, characterized in that the least one impact sensor comprises a reference sound source which emits a sound signal.
An ocular implant system for reducing intraocular pressure in an eye, comprising: an ocular implant comprising a proximal implant end, a distal implant end, and an internal lumen having a proximal lumen end, a distal lumen end, the ocular implant having a circular cross-sectional shape, wherein the ocular implant is adapted for deployment in the eye such that the distal lumen end is in fluid communication with the suprachoroidal space and the proximal lumen end is in fluid communication with the anterior chamber when the ocular implant is in a deployed location such that the internal lumen provides a fluid passageway for draining aqueous humor from the anterior chamber towards the suprachoroidal space; a delivery instrument comprising a handheld component operatively coupled to an elongated applier, wherein the elongated applier is adapted for deployment of the ocular implant into the deployed location in the eye by inserting the ocular implant through the anterior chamber of the eye, and through a dissected tissue plane between the choroid and the sclera, and the elongated applier is sized to fit through the internal lumen of the ocular implant such that the ocular implant is mounted on the elongated applier, and wherein the elongated applier and the implant are configured for insertion of the ocular implant through a corneal incision no greater than about 2.85mm into the anterior chamber of the eye to position the implant in the deployed location. an ocular implant comprising a proximal implant end, a distal implant end, and an internal lumen having a proximal lumen end, a distal lumen end, the ocular implant having a circular cross-sectional shape, wherein the ocular implant is adapted for deployment in the eye such that the distal lumen end is in fluid communication with the suprachoroidal space and the proximal lumen end is in fluid communication with the anterior chamber when the ocular implant is in a deployed location such that the internal lumen provides a fluid passageway for draining aqueous humor from the anterior chamber towards the suprachoroidal space; a delivery instrument comprising a handheld component operatively coupled to an elongated applier, wherein the elongated applier is adapted for deployment of the ocular implant into the deployed location in the eye by inserting the ocular implant through the anterior chamber of the eye, and through a dissected tissue plane between the choroid and the sclera, and the elongated applier is sized to fit through the internal lumen of the ocular implant such that the ocular implant is mounted on the elongated applier, and wherein the elongated applier and the implant are configured for insertion of the ocular implant through a corneal incision no greater than about 2.85mm into the anterior chamber of the eye to position the implant in the deployed location.
A polymorphic form of the citrate salt of -14-methyl-20-oxa-5,7,14,26-tetraazatetracyclo[19.3.1.1(2,6).1(8,12)]heptacosa-1,2,3,5,8,9,11,16,21,23-decaene (TG02 Form X (citrate)) characterized as having a powder x-ray diffraction pattern with peaks at 15.2 ± 0.2 degrees 2Θ, 15.5 ± 0.2 degrees 2Θ, 21.7 ± 0.2 degrees 2Θ, 22.1 ± 0.2 degrees 2Θ, 23.0 ± 0.2 degrees 2Θ, 26.2 ± 0.2 degrees 2Θ, and 29.9 ± 0.2 degrees 2Θ, wherein the powder x-ray diffraction pattern is collected using Cu Kα radiation.
An icemaker assembly for a refrigerator, comprising: a housing; an ice tray positioned within the housing; a fill tube having a first portion positioned within the housing and a second portion positioned outside of the housing; characterized in that it further comprises a first solenoid valve coupled to the second portion of the fill tube; an outlet tube coupled to the second portion of the fill tube; and a second solenoid valve coupled to the outlet tube, wherein the first and second solenoid valves (34, 38) are operable between opened and closed positions. a housing; an ice tray positioned within the housing; a fill tube having a first portion positioned within the housing and a second portion positioned outside of the housing; characterized in that it further comprises a first solenoid valve coupled to the second portion of the fill tube; an outlet tube coupled to the second portion of the fill tube; and a second solenoid valve coupled to the outlet tube, wherein the first and second solenoid valves (34, 38) are operable between opened and closed positions.
A data transmission method of a source node in a cooperative communication system, comprising: performing, by the source node, beamforming to a relay node; performing, by the source node, beamforming to a destination node; transmitting, by the source node, a QPSK-modulated baseband transmission signal to the relay node in a first time slot, wherein the relay node generates a data by performing a QPSK demapping and a decoding on the QPSK-modulated baseband transmission signal transmitted from the source node; and transmitting, by the source node, the QPSK-modulated baseband transmission signal by applying a block coding to the destination node in a second time slot after the first time slot, wherein the QPSK-modulated baseband transmission signal is generated by performing QPSK modulation using first symbols and second symbols of data, wherein the beamforming is performed prior to the first time slot and the second time slot, wherein the first symbols and the second symbols are respectively allocated in two different frequency resources at a same time slot. performing, by the source node, beamforming to a relay node; performing, by the source node, beamforming to a destination node; transmitting, by the source node, a QPSK-modulated baseband transmission signal to the relay node in a first time slot, wherein the relay node generates a data by performing a QPSK demapping and a decoding on the QPSK-modulated baseband transmission signal transmitted from the source node; and transmitting, by the source node, the QPSK-modulated baseband transmission signal by applying a block coding to the destination node in a second time slot after the first time slot, wherein the QPSK-modulated baseband transmission signal is generated by performing QPSK modulation using first symbols and second symbols of data, wherein the beamforming is performed prior to the first time slot and the second time slot, wherein the first symbols and the second symbols are respectively allocated in two different frequency resources at a same time slot.
A compression band comprising patterns whose longitudinal dimension is lower than the transverse dimension at the unconstrained state of the band, the longitudinal dimension can be made substantially equal to the transverse dimension when an adequate longitudinal traction is exerted on the band, characterized in that the patterns are formed by: - two longitudinal lines (4, 5) extending over substantially the entire length of the band, spaced apart by a distance D1, these longitudinal lines (4, 5) being consisting each of at least one warp yarn with a different color from the band color; - and a plurality of transverse lines, connecting the two longitudinal lines (4,5), these transverse lines being substantially regularly spaced apart by a distance D2 lower than D1, at the unconstrained state of the band, and having a different color from the color of the band. - two longitudinal lines (4, 5) extending over substantially the entire length of the band, spaced apart by a distance D1, these longitudinal lines (4, 5) being consisting each of at least one warp yarn with a different color from the band color; - and a plurality of transverse lines, connecting the two longitudinal lines (4,5), these transverse lines being substantially regularly spaced apart by a distance D2 lower than D1, at the unconstrained state of the band, and having a different color from the color of the band.
A heat exchanger comprising: • a first section comprising a first set of heat exchange tubes that are arranged substantially horizontally, wherein edges of the first set of heat exchange tubes define a first air-inlet surface; • a second section comprising a second set of heat exchange tubes, wherein edges of the second set of heat exchange tubes define a second air-inlet surface; • a receiver drier disposed parallel with respect to the first set of heat exchange tubes and adapted to configure fluid communication between the first section and the second section, wherein the first air-inlet surface and the second air-inlet surface do not overlap when viewed in a direction perpendicular to the first air-inlet surface and when viewed in a direction perpendicular to the second air-inlet surface, characterised in that the first section and the second section are separate cores that are arranged in non-overlapping configuration with respect to each other, each of the first section and the second section is configured with a separate first pair of collectors and and a second pair of collectors and respectively for heat exchange fluid. • a first section comprising a first set of heat exchange tubes that are arranged substantially horizontally, wherein edges of the first set of heat exchange tubes define a first air-inlet surface; • a second section comprising a second set of heat exchange tubes, wherein edges of the second set of heat exchange tubes define a second air-inlet surface; • a receiver drier disposed parallel with respect to the first set of heat exchange tubes and adapted to configure fluid communication between the first section and the second section, wherein the first air-inlet surface and the second air-inlet surface do not overlap when viewed in a direction perpendicular to the first air-inlet surface and when viewed in a direction perpendicular to the second air-inlet surface, characterised in that the first section and the second section are separate cores that are arranged in non-overlapping configuration with respect to each other, each of the first section and the second section is configured with a separate first pair of collectors and and a second pair of collectors and respectively for heat exchange fluid.
Station for assembling Venetian blinds with support half-ladders, comprising a plurality of stacking units of the slats on support half-ladders, wherein said stacking units are aligned with each other along an insertion axis of the slats and are slidingly associated to a shared support structure which extends parallel to said insertion axis, each stacking unit comprising: - a working seat for a portion of a slat, at which seat a pair of half-ladders is associated to said portion of slat, said working seat also acting as a sliding seat of the slat in an insertion step of the slat along said insertion axis inside the assembling station; and - means for positioning the slat in said working seat, characterized in that it comprises a sliding guide for the slat which crosses the assembling station along said insertion axis and defines a support for the slat in the empty spaces between one stacking unit and the other, wherein said sliding guide is held suspended between two opposite ends (1' 1") of said assembling station parallel to said insertion axis and wherein said sliding guide is positioned at a height such as to ensure the entrance of the slat in the stacking unit without interfering however with the action of said positioning means of the slat, and in that said stacking units are slidingly associated to said sliding guide parallel to said insertion axis. - a working seat for a portion of a slat, at which seat a pair of half-ladders is associated to said portion of slat, said working seat also acting as a sliding seat of the slat in an insertion step of the slat along said insertion axis inside the assembling station; and - means for positioning the slat in said working seat,