mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: monitoring physical characteristics of a user while the user is wearing a head-mounted display and the HMD is presenting a virtual reality with multimedia content, the multimedia content including video for presentation on a display of the HMD and audio, the physical characteristics including motions of the user including eye movement of the user detected using one or more gaze detection sensors in the HMD; determining if the user is experiencing motion sickness based on the monitoring of the physical characteristics of the user while the virtual reality is being presented, wherein the eye movement of the user is used to determine if the user is experiencing motion sickness; and when the user is experiencing motion sickness, delivering supplemental sound to the user, wherein the supplemental sound is combined with sound from the multimedia content for delivery to the user, the supplemental sound being defined to decrease the motion sickness experienced by the user; in which the delivering step comprises generating microwave stimulation for a vestibular system of the user. monitoring physical characteristics of a user while the user is wearing a head-mounted display and the HMD is presenting a virtual reality with multimedia content, the multimedia content including video for presentation on a display of the HMD and audio, the physical characteristics including motions of the user including eye movement of the user detected using one or more gaze detection sensors in the HMD; determining if the user is experiencing motion sickness based on the monitoring of the physical characteristics of the user while the virtual reality is being presented, wherein the eye movement of the user is used to determine if the user is experiencing motion sickness; and when the user is experiencing motion sickness, delivering supplemental sound to the user, wherein the supplemental sound is combined with sound from the multimedia content for delivery to the user, the supplemental sound being defined to decrease the motion sickness experienced by the user; in which the delivering step comprises generating microwave stimulation for a vestibular system of the user.
A bicycle headlamp, comprising a housing having a front opening, a lens covering the front opening, said lens having a vertical direction, a lateral direction, a first surface facing inside the housing and an opposite second surface, a first light source for emitting first light beams and a first reflector for reflecting said first light beams towards said lens, characterized in that, the lens has an upper part and a lower part, the second surface of the upper part is outwards curved and the second surface of the lower part has an outwards curved upper portion and an inwards curved lower portion seen in the vertical direction of the lens.
A method by a multicast and broadcast-session management function, MB-SMF, in a wireless communication system, the method comprising: receiving (701, 703), from an application function, AF, through a network exposure function/multicast and broadcast service function, NEF/MBSF, a request message for allocating a temporary mobile group identity, TMGI; transmitting (704, 705), to the AF through the NEF/MBSF, a response message including the TMGI; receiving (707, 708b), from the AF through the NEF/MBSF, multicast and broadcast service, MBS, information including a service type indicating whether the service is a broadcast service or a multicast service; determining that the service is the broadcast service based on the service type; and transmitting, to an access and mobility management function, AMF, a resource setup request for an MBS session. receiving (701, 703), from an application function, AF, through a network exposure function/multicast and broadcast service function, NEF/MBSF, a request message for allocating a temporary mobile group identity, TMGI; transmitting (704, 705), to the AF through the NEF/MBSF, a response message including the TMGI; receiving (707, 708b), from the AF through the NEF/MBSF, multicast and broadcast service, MBS, information including a service type indicating whether the service is a broadcast service or a multicast service; determining that the service is the broadcast service based on the service type; and transmitting, to an access and mobility management function, AMF, a resource setup request for an MBS session.
A door pod assembly for mounting to a baggage compartment door of an aircraft having an interior side and an exterior side, comprising: a housing defining a cavity; a pod door pivotally coupled to the compartment door and configured so that it encloses the cavity when said housing is mounted on said compartment door and said pod door is in a closed position; emergency equipment disposed in the cavity and including at least one inflatable body; and a latch configured to selectively retain the pod door in a closed configuration relative to the compartment door, wherein the pod door is configured to open to the exterior of the aircraft such that the cavity is accessible from the exterior of the aircraft, characterized by: an inspection door that is movably coupled to the housing, wherein the inspection door is configured to close an inspection aperture that extends through the housing when the inspection door is in a closed position; and wherein the housing is releasably mountable on the compartment door. a housing defining a cavity; a pod door pivotally coupled to the compartment door and configured so that it encloses the cavity when said housing is mounted on said compartment door and said pod door is in a closed position; emergency equipment disposed in the cavity and including at least one inflatable body; and a latch configured to selectively retain the pod door in a closed configuration relative to the compartment door, wherein the pod door is configured to open to the exterior of the aircraft such that the cavity is accessible from the exterior of the aircraft, characterized by: an inspection door that is movably coupled to the housing, wherein the inspection door is configured to close an inspection aperture that extends through the housing when the inspection door is in a closed position; and wherein the housing is releasably mountable on the compartment door. an inspection door that is movably coupled to the housing, wherein the inspection door is configured to close an inspection aperture that extends through the housing when the inspection door is in a closed position; and wherein the housing is releasably mountable on the compartment door.
Apparatus for use in sensing temperature along a wellbore, comprising: tubing being metallic tubing comprising at least 10 temperature sensor modules (120a, 120b, 120c... 120n) provided at locations along the inside of the tubing, wherein the temperature sensor modules (120a, 120b, 120c... 120n) are spaced in the tubing at a spacing distance in the range 0.05m to 100m, each temperature sensor module (120a, 120b, 120c... 120n) comprising a temperature sensor comprising a crystal oscillator having an electrical oscillation frequency that varies with temperature; a control module electrically connected to each crystal oscillator and having a reference crystal oscillator common to at least 10, or all, of the temperature sensors; and, the tubing having an external diameter of less than 14mm at the location of at least 10 temperature sensor modules (120a, 120b, 120c... 120n). tubing being metallic tubing comprising at least 10 temperature sensor modules (120a, 120b, 120c... 120n) provided at locations along the inside of the tubing, wherein the temperature sensor modules (120a, 120b, 120c... 120n) are spaced in the tubing at a spacing distance in the range 0.05m to 100m, each temperature sensor module (120a, 120b, 120c... 120n) comprising a temperature sensor comprising a crystal oscillator having an electrical oscillation frequency that varies with temperature; a control module electrically connected to each crystal oscillator and having a reference crystal oscillator common to at least 10, or all, of the temperature sensors; and, the tubing having an external diameter of less than 14mm at the location of at least 10 temperature sensor modules (120a, 120b, 120c... 120n).
Building, fitted with an installation (1; 1000) for production of hot water for the building, the installation comprising: - a device for extraction (2; 102; 202; 302) of a first airflow coming from the interior of the building, towards the exterior of the latter, - a first exchanger making possible a heat exchange between the first airflow and a heat transfer fluid, - a heat pump comprising a first exchange battery and a second exchange battery, the heat pump being designed to implement a heat transfer from the second battery to the first battery, the latter being designed to transfer its heat to the water of a water network of the building, this water being water which is intended to supply a machine, for sanitary use, and/or for the purpose of heating the building, the second battery being designed to receive the heat of the heat transfer fluid, the installation (1; 1000) comprising, furthermore: - a storage tank of the heat transfer fluid, - a first circuit of heat transfer fluid connecting the first exchanger to the storage tank and including a first circulator of heat transfer fluid within the first circuit, and - a second circuit of heat transfer fluid connecting the second battery to the storage tank and including a second circulator of heat transfer fluid within the second circuit, and the storage tank includes in the centre thereof a second heat exchanger between the heat transfer fluid of the storage tank and the water of the water network, in order that the water of the water network is heated by heat exchange with the heat transfer fluid stored in the storage tank, and the second exchanger is connected, on the one hand, to a conduit for the arrival of water from the water network and, on the other hand, to a conduit for supply of water to the sanitary water heating means of the building. - a device for extraction (2; 102; 202; 302) of a first airflow coming from the interior of the building, towards the exterior of the latter, - a first exchanger making possible a heat exchange between the first airflow and a heat transfer fluid, - a heat pump comprising a first exchange battery and a second exchange battery, the heat pump being designed to implement a heat transfer from the second battery to the first battery, the latter being designed to transfer its heat to the water of a water network of the building, this water being water which is intended to supply a machine, for sanitary use, and/or for the purpose of heating the building, the second battery being designed to receive the heat of the heat transfer fluid, - a storage tank of the heat transfer fluid, - a first circuit of heat transfer fluid connecting the first exchanger to the storage tank and including a first circulator of heat transfer fluid within the first circuit, and - a second circuit of heat transfer fluid connecting the second battery to the storage tank and including a second circulator of heat transfer fluid within the second circuit,
A side airbag device comprising: an inflator that supplies a gas; a cushion main body that is disposed at a side of a seat of a vehicle and that is expandable from the side toward a front of the vehicle by the gas; a cushion protrusion that is disposed at a vehicle front side with respect to the cushion main body and that is expandable to project further toward the front of the vehicle by receiving the gas from the cushion main body; a tether (124, 158, 204, 308) that is string-shaped, the tether (124, 158, 204, 308) bridging from the cushion protrusion over a predetermined position of the side of the seat, the tether (124, 158, 204, 308) maintaining the cushion protrusion in a state in which the cushion protrusion is folded back toward a rear of the vehicle; a sensor that receives predetermined information from the vehicle; and a tether cutter that cuts the tether (124, 158, 204, 308) according to the information obtained by the sensor; characterised in that a control unit is provided, which sends an operational signal to the tether cutter for cutting the tether (124, 158, 204, 308) when the collision speed that is obtained by the sensor for a side collision is equal or higher than a predetermined threshold value, wherein the capacity of the entire cushion is increased and the internal pressure and the rigidity of the cushion main body is relatively reduced. an inflator that supplies a gas; a cushion main body that is disposed at a side of a seat of a vehicle and that is expandable from the side toward a front of the vehicle by the gas; a cushion protrusion that is disposed at a vehicle front side with respect to the cushion main body and that is expandable to project further toward the front of the vehicle by receiving the gas from the cushion main body; a tether (124, 158, 204, 308) that is string-shaped, the tether (124, 158, 204, 308) bridging from the cushion protrusion over a predetermined position of the side of the seat, the tether (124, 158, 204, 308) maintaining the cushion protrusion in a state in which the cushion protrusion is folded back toward a rear of the vehicle; a sensor that receives predetermined information from the vehicle; and a tether cutter that cuts the tether (124, 158, 204, 308) according to the information obtained by the sensor; characterised in that a control unit is provided, which sends an operational signal to the tether cutter for cutting the tether (124, 158, 204, 308) when the collision speed that is obtained by the sensor for a side collision is equal or higher than a predetermined threshold value, wherein
A method for use in radio frequency RF receiver circuitry having a warmup period and a receive path associated therewith and including a baseband analog gain control stage having a gain and a baseband path associated therewith, the method comprising the step of: performing, within a feedback loop that includes a digital loop filter, a DC correction calculation operation during the warmup period to derive a DC correction value having a first component and a second component for the baseband analog gain control stage, wherein the step of performing a DC correction calculation operation during the warmup period comprises the steps of: causing an input to the baseband analog gain control stage to be grounded; performing a first closed loop correction of the baseband path to derive a first component of the DC correction value, wherein the first component of the DC correction value is a first DC offset value located at an output of the digital loop filter while the input is grounded; causing the input of the baseband analog gain control stage to be connected to a mixer; and performing a second closed loop correction of the receive path as a function of the gain during the warmup period to derive a second component of the DC correction value, wherein the second component of the DC correction value is a second DC offset value located at the output of the digital loop filter while the input is connected to the mixer. causing an input to the baseband analog gain control stage to be grounded; performing a first closed loop correction of the baseband path to derive a first component of the DC correction value, wherein the first component of the DC correction value is a first DC offset value located at an output of the digital loop filter while the input is grounded; causing the input of the baseband analog gain control stage to be connected to a mixer; and performing a second closed loop correction of the receive path as a function of the gain during the warmup period to derive a second component of the DC correction value, wherein the second component of the DC correction value is a second DC offset value located at the output of the digital loop filter while the input is connected to the mixer.
Internal container for a household refrigeration appliance having a side wall (7, 8) on which an elongate bearing rib (13, 14, 15, 16) for a bearing panel is integrated, wherein the bearing rib (13, 14, 15, 16) extends, by way of its longitudinal axis, in the depth direction (z) of the internal container and extends over at least half the depth of the side wall (7, 8), as measured in the depth direction (z), wherein the bearing rib (13, 14, 15, 16) has an upper bearing side, which merges with the side wall (7, 8) by way of a first rounding and merges with a lower side of the bearing rib (13, 14, 15, 16) by way of an opposing second rounding in the width direction (x) of the internal container, wherein the lower side merges at its lower end with the side wall (7, 8), wherein in a cross section of the bearing rib (13, 14, 15, 16) perpendicular to the longitudinal axis a vertical-dimension ratio, measured in the vertical direction (y) of the internal container, between a lower side vertical dimension, which is measured between an upper end of the lower side and a lower end of the lower side, and an upper side vertical dimension which is measured between an upper end of the first rounding and a lower end of the second rounding, is between 3. 5 and 4.5, in particular between 3.8 and 4.2, characterised in that a niche for receiving a rear end of the bearing panel is integrated on the side wall (7, 8), wherein the niche directly adjoins the bearing rib (13, 14, 15, 16) towards the rear, wherein, when viewed in the depth direction (z) of the internal container, the niche also extends with a top wall above the upper bearing side.
A method for a terminal to transmit feedback information to a base station in a wireless communication system, the method comprising: obtaining a plurality of transmission points configurations for coordinated multipoint, CoMP, TPCCs, each TPCC including a unique combination of one or more cells of a plurality of cells in a CoMP measurement set, and at least one of the TPCCs including a unique combination of more than one cell in the CoMP measurement set; estimating a plurality of channels for the plurality of cells in the CoMP measurement set; computing a plurality of channel quality indication, CQI, values, each CQI value being based on each of at least one of the plurality of TPCCs, each CQI value being computed using one or more of the plurality of estimated channels that correspond to the unique combination of one or more cells included in a corresponding TPCC; generating CQI feedback information including a CQI of an anchor cell among the plurality of cells and one or more CQIs of one or more best TPCCs, a number of the one or more best TPCCs being informed to the terminal by the base station; and transmitting the CQI feedback information, wherein the one or more best TPCC is determined based on two or more performance metrics related to received signal quality for two or more of the plurality of TPCCs. obtaining a plurality of transmission points configurations for coordinated multipoint, CoMP, TPCCs, each TPCC including a unique combination of one or more cells of a plurality of cells in a CoMP measurement set, and at least one of the TPCCs including a unique combination of more than one cell in the CoMP measurement set; estimating a plurality of channels for the plurality of cells in the CoMP measurement set; computing a plurality of channel quality indication, CQI, values, each CQI value being based on each of at least one of the plurality of TPCCs, each CQI value being computed using one or more of the plurality of estimated channels that correspond to the unique combination of one or more cells included in a corresponding TPCC; generating CQI feedback information including a CQI of an anchor cell among the plurality of cells and one or more CQIs of one or more best TPCCs, a number of the one or more best TPCCs being informed to the terminal by the base station; and transmitting the CQI feedback information,
A pharmaceutical composition comprising an antibody at a concentration of at least 70 mg/mL, and an excipient selected from the group consisting of n-acetyl arginine, n-acetyl lysine, n-acetyl histidine, n-acetyl proline and mixtures thereof at a viscosity-reducing concentration, wherein viscosity is reduced by at least 5% versus a control formulation.
A method for determining whether a subject has a neurodegenerative disease comprising: determining the level or activity of a sirtuin protein in a biological sample obtained from a subject, wherein higher level or activity of the sirtuin protein in the biological sample of the subject relative to a control level indicates that the subject has a neurodegenerative disease, wherein the sirtuin protein is SIRT1. determining the level or activity of a sirtuin protein in a biological sample obtained from a subject, wherein higher level or activity of the sirtuin protein in the biological sample of the subject relative to a control level indicates that the subject has a neurodegenerative disease, wherein the sirtuin protein is SIRT1.
A method of a first vehicle for predicting channel load, comprising the steps of: predicting a critical area with channel congestion of at least one communication channel; determining a propagation trajectory of at least one second vehicle and comparing the propagation trajectory of the at least one second vehicle and the critical area; and selectively transmitting a message comprising information on the critical area to at least one second vehicle based on the comparison indicating a spatiotemporal overlap of the propagation trajectory and the critical area for the at least one second vehicle. predicting a critical area with channel congestion of at least one communication channel; determining a propagation trajectory of at least one second vehicle and comparing the propagation trajectory of the at least one second vehicle and the critical area; and selectively transmitting a message comprising information on the critical area to at least one second vehicle based on the comparison indicating a spatiotemporal overlap of the propagation trajectory and the critical area for the at least one second vehicle.
Single-source furnace, in particular stove, oven insert, burner for a heating installation, cooking stove, or hot-water boiler, that can be operated using solid fuel, comprising - a combustion chamber arranged in a housing, for receiving the solid fuel, with at least one combustion chamber opening that can be closed by a door or hatch and that is intended for supplying the solid fuel into the interior of the combustion chamber, wherein a partial closure assembly is arranged in the region of the combustion chamber opening, which - can be transferred into a partial closure position, prior to the door or hatch of the combustion chamber opening being completely opened, such that the remaining opening region allows for solid fuel to be supplied into the combustion chamber, characterised in that a reduction in the size of the combustion chamber opening brought about by the partial closure assembly can be reduced following closure of the door or hatch. - a combustion chamber arranged in a housing, for receiving the solid fuel, with at least one combustion chamber opening that can be closed by a door or hatch and that is intended for supplying the solid fuel into the interior of the combustion chamber, wherein a partial closure assembly is arranged in the region of the combustion chamber opening, which - can be transferred into a partial closure position, prior to the door or hatch of the combustion chamber opening being completely opened, such that the remaining opening region allows for solid fuel to be supplied into the combustion chamber, characterised in that a reduction in the size of the combustion chamber opening brought about by the partial closure assembly can be reduced following closure of the door or hatch.