mhurhangee/ep-ind-claims huggingface dataset:
A wire clamp, including: a body having a first end and a second end; an aperture in the body extending between the first end and the second end; an elongate opening extending at an angle along a side of the body between the first end and the second end, wherein the elongate opening intersects with the aperture along its length; and a securing device (7, 32) configured to extend into the aperture; characterized in that: - a height of the aperture is greater at one end (3,4) than the other end (4,3); and - the elongate opening is located higher on the side of the body at one end (3,4) than the other end (4,3), and intersects with the aperture below an uppermost point of the aperture at one or both ends (3,4) of the body. a body having a first end and a second end; an aperture in the body extending between the first end and the second end; an elongate opening extending at an angle along a side of the body between the first end and the second end, wherein the elongate opening intersects with the aperture along its length; and a securing device (7, 32) configured to extend into the aperture; - a height of the aperture is greater at one end (3,4) than the other end (4,3); and - the elongate opening is located higher on the side of the body at one end (3,4) than the other end (4,3), and intersects with the aperture below an uppermost point of the aperture at one or both ends (3,4) of the body.
A method for releasing resources, comprising: sending, by a user equipment, UE, uplink data by using allocated high speed random access channel, HS-RACH, resources in a current cell; sending, by the UE, a release indication to a NodeB of the current cell when a buffered data size of radio link control, RLC, and /or media access control, MAC, layers keeps being 0 for a while; and releasing, by the UE, the HS-RACH resources in the current cell. sending, by a user equipment, UE, uplink data by using allocated high speed random access channel, HS-RACH, resources in a current cell; sending, by the UE, a release indication to a NodeB of the current cell when a buffered data size of radio link control, RLC, and /or media access control, MAC, layers keeps being 0 for a while; and releasing, by the UE, the HS-RACH resources in the current cell.
A method for combined migration and remigration of a network subscription of a source subscriber entity, the method being performed by a profile handling unit (250a, 260a) of the source subscriber entity, the method comprising: initiating a combined migration and remigration of the network subscription by providing a migration start message to a migration service entity, wherein the migration start message comprises a remigration condition; accepting the network subscription to be unavailable to the source subscriber entity upon migration of the network subscription and until remigration of the network subscription back to the source subscriber entity; and obtaining a first activation code token for enabling access to a profile of the network subscription by a destination subscriber entity to which the network subscription is to be migrated, and a second activation code token for enabling access to the profile of the network subscription by the source subscriber entity upon remigration to the source subscriber entity. initiating a combined migration and remigration of the network subscription by providing a migration start message to a migration service entity, wherein the migration start message comprises a remigration condition; accepting the network subscription to be unavailable to the source subscriber entity upon migration of the network subscription and until remigration of the network subscription back to the source subscriber entity; and obtaining a first activation code token for enabling access to a profile of the network subscription by a destination subscriber entity to which the network subscription is to be migrated, and a second activation code token for enabling access to the profile of the network subscription by the source subscriber entity upon remigration to the source subscriber entity.
An exhaust gas purification catalyst, characterized in that the catalyst includes a carrier comprising a zirconium phosphate represented by formula ZrP 2 O 7, and a noble metal at least containing Rh and supported on the carrier.
A blow molded multi-layer container designed for carbonated beverages including an upper wall portion having an opening, an intermediate sidewall portion positioned beneath the upper wall portion, and a base portion positioned beneath the intermediate sidewall portion and adapted to support the container, said container further comprising: a molded outer layer having an inner surface and an outer surface and comprises at least 40% by weight of recycled plastic; and including a barrier material and/or oxygen scavenging or reacting materials added to the outer layer, a carbon coating formed adjacent the inner surface of the outer layer and adhered thereto and substantially coextensive with the outer layer, wherein said carbon coating has a thickness less than about 10 μm (microns), wherein said container can be recycled.
A cooling arrangement for components disposed in an interior of a switch cabinet, having a switch cabinet and a cooling apparatus which has a first closed coolant circuit and a second coolant circuit separated fluidically therefrom, the first coolant circuit having a refrigerating machine or a cold water set and the second coolant circuit having a heat pipe arrangement or a two-phase thermosiphon, and the cooling apparatus having, furthermore, a first air passage with a first air inlet and a first air outlet, which are open to the surroundings of the switch cabinet, and a second air passage with a second air inlet and a second air outlet, which are open to an interior of the switch cabinet, a condenser of the refrigerating machine or an air/water heat exchanger of the cold water set and a condensation zone of the heat pipe arrangement or of the two-phase thermosiphon being disposed in the first air passage, and an evaporator of the refrigerating machine or an air/water heat exchanger of the cold water set and an evaporation zone of the heat pipe arrangement or of the two-phase thermosiphon being disposed in the second air passage, and the condensation zone and the evaporation zone having in each case an air/coolant heat exchanger.
A feeding tube position confirmation device operable to confirm the position of a predetermined portion of a medical feeding tube in a predetermined portion of a human or animal body, the position confirmation device comprising an optical waveguide dimensioned to be insertable into the lumen of said feeding tube, the optical waveguide having a sensing distal end comprising a sensing material operable to provide a change in optical properties at the distal end of the optical waveguide dependent on the environment to which the sensing distal end of the waveguide is exposed, wherein the sensing material comprises an optical indicator and a reflective material, wherein the optical indicator and the reflective material are mixed with a hydrophilic polyurethane.
A method for group call video transmission control of a railway Mission Critical Video, MCVideo, system, comprising the following steps: when a registration request of a user terminal is received by a MCVideo server, configuring a corresponding permission for the user terminal according to a category of the user terminal; wherein a user terminal sending video in a video group call is called a video sender, and a user terminal receiving video is called a video receiver; when a sending video request is received by the MCVideo server from a video sender, verifying by the MCVideo server the video sender and the sending video request in combination with the corresponding permission of the video sender, returning by the MCVideo server a response message carrying a Synchronization Source, SSRC, number distributed to the video sender's video stream to the video sender after passing the verification, and receiving by the MCVideo server the video stream sent by the video sender; at the same time, sending by the MCVideo server relevant information of the video sender to other user terminals in the video group call where the video sender is located; when a request to receive the designated video sender's video is received by the MCVideo server from a video receiver, verifying the video receiver and the receiving video request in combination with the corresponding permission of the video receiver; after passing the verification, returning a response message of allowing the receipt to the user terminal, and sending the video stream of the designated video sender to the video receiver. when a registration request of a user terminal is received by a MCVideo server, configuring a corresponding permission for the user terminal according to a category of the user terminal; wherein a user terminal sending video in a video group call is called a video sender, and a user terminal receiving video is called a video receiver; when a sending video request is received by the MCVideo server from a video sender, verifying by the MCVideo server the video sender and the sending video request in combination with the corresponding permission of the video sender, returning by the MCVideo server a response message carrying a Synchronization Source, SSRC, number distributed to the video sender's video stream to the video sender after passing the verification, and receiving by the MCVideo server the video stream sent by the video sender; at the same time, sending by the MCVideo server relevant information of the video sender to other user terminals in the video group call where the video sender is located; when a request to receive the designated video sender's video is received by the MCVideo server from a video receiver, verifying the video receiver and the receiving video request in combination with the corresponding permission of the video receiver; after passing the verification, returning a response message of allowing the receipt to the user terminal, and sending the video stream of the designated video sender to the video receiver.
An angular velocity measuring device comprising: an oscillator having a predetermined mass and being configured to oscillate at a predetermined oscillation frequency; a displacement measuring means (3,6) being configured to measure a displacement of the oscillator caused by Coriolis force acting on the oscillator; an external force generating means (2, 5) being configured to generate an external force to be exerted on the oscillator; and a repetitive control system being configured to control the external force generating means (2,5) so that an output of the displacement measuring means (3, 6) is reduced to zero by repetition control at a time equal to the reciprocal of the predetermined oscillation frequency, characterized in that the repetitive control system includes a first delay circuit configured to delay an output by a time equal to 1/4 of the reciprocal of the predetermined oscillation frequency, a second delay circuit configured to delay an output signal by a time equal to 3/4 of the reciprocal of the predetermined oscillation frequency, an adder configured to add an output signal of the second delay circuit and said output of the displacement measuring means (3, 6), wherein an output of the adder is input to the first delay circuit, and an output means for giving an output of the first delay circuit to the external force generating means (2, 5). an oscillator having a predetermined mass and being configured to oscillate at a predetermined oscillation frequency; a displacement measuring means (3,6) being configured to measure a displacement of the oscillator caused by Coriolis force acting on the oscillator; an external force generating means (2, 5) being configured to generate an external force to be exerted on the oscillator; and a repetitive control system being configured to control the external force generating means (2,5) so that an output of the displacement measuring means (3, 6) is reduced to zero by repetition control at a time equal to the reciprocal of the predetermined oscillation frequency, the repetitive control system includes a first delay circuit configured to delay an output by a time equal to 1/4 of the reciprocal of the predetermined oscillation frequency, a second delay circuit configured to delay an output signal by a time equal to 3/4 of the reciprocal of the predetermined oscillation frequency, an adder configured to add an output signal of the second delay circuit and said output of the displacement measuring means (3, 6), wherein an output of the adder is input to the first delay circuit, and an output means for giving an output of the first delay circuit to the external force generating means (2, 5).
A process for the manufacture of an oil-in-water emulsion cosmetic composition, said process comprising the addition of solid particulates comprising at least 50% by weight 12-hydroxystearic acid, 99% or more by weight of which have a particle size of less than 125 microns, to a continuous phase having water as the major constituent at a temperature less than the melting point of said solid particulates, the temperature being kept below said point for the remainder of the process, the composition being a liquid or cream, that is to say a composition that is capable of flow.
System made up of a sensor arrangement and a shift fork, comprising a sensor arrangement for detecting an angle of a shift fork of a manual transmission and a shift fork, wherein the shift fork comprises a rotary bearing and is rotatably mounted on a mount, wherein the sensor arrangement comprises: - a first sensor element, which is coupled directly to the shift fork in order to carry out a movement relative to the mount in response to a rotation of the shift fork; - a second sensor element, which is secured in a rotationally fixed fashion to the mount and is coupled to the first sensor element in order to generate a sensor signal when the shift fork rotates and there is a resulting relative movement between the first sensor element and the second sensor element, which sensor signal depends on the rotation carried out by the shift fork; - an evaluation circuit; and - a housing, wherein the second sensor element and the evaluation circuit are accommodated in the housing and are secured together with the housing on the mount as an enclosed unit. - a first sensor element, which is coupled directly to the shift fork in order to carry out a movement relative to the mount in response to a rotation of the shift fork; - a second sensor element, which is secured in a rotationally fixed fashion to the mount and is coupled to the first sensor element in order to generate a sensor signal when the shift fork rotates and there is a resulting relative movement between the first sensor element and the second sensor element, which sensor signal depends on the rotation carried out by the shift fork; - an evaluation circuit; and - a housing, wherein the second sensor element and the evaluation circuit are accommodated in the housing and are secured together with the housing on the mount as an enclosed unit.
An attachment mechanism of a locking means to be fastened to a mounting plate on a cross-country ski, where the cross-country ski comprises a mounting plate arranged on a top surface of the ski, where the mounting plate comprises longitudinal side edges having an undercut profile for longitudinal placement and attachment of a binding or a binding component (2; 4) by means of a complementary profile on the binding or binding component (2; 4), where the mounting plate comprises a longitudinal channel that accommodates a longitudinal slide member, where the top side of slide member comprises at least one coupling means, where the underside of the binding or binding component (2; 4) comprises at least one complementary coupling means, characterized in that the attachment mechanism of the locking means comprises at least one plate having a top side and an underside, where the underside of the at least one plate is provided with at least two downward projecting legs, where the at least two downward projecting legs are spaced apart at a distance corresponding to the width of the channel, the attachment mechanism of the locking means also comprises the mounting plate and where the mounting plate on each side of the channel comprises openings adapted to receive the at least two downward projecting legs, where the mounting plate and the at least two downward projecting legs comprise longitudinal holes, and where the holes are adapted to receive one or more bayonets.
A method for wireless communications performed by a base station, BS, comprising: communicating using beamforming with a user equipment, UE, via a transmit beam and a receive beam of an active beam pair; sending a configuration to the UE, the configuration including one or more alternative beams for the UE to use to send one or more beam recovery messages to the BS if the transmit beam and the receive beam of the active beam pair become misaligned; configuring a threshold for the UE to use for selecting an alternative beam from the one or more alternative beams, wherein the threshold comprises a maximum difference between a direction of a selected alternative beam and a direction of one of the transmit beam and the receive beam of the active beam pair; receiving, from the UE, a beam recovery message via at least one of the one or more alternative beams, wherein the beam recovery message is received via a random access channel procedure; and performing a random access channel procedure, based on the beam recovery message, with the UE via the at least one of the one or more alternative beams. communicating using beamforming with a user equipment, UE, via a transmit beam and a receive beam of an active beam pair; sending a configuration to the UE, the configuration including one or more alternative beams for the UE to use to send one or more beam recovery messages to the BS if the transmit beam and the receive beam of the active beam pair become misaligned; configuring a threshold for the UE to use for selecting an alternative beam from the one or more alternative beams, wherein the threshold comprises a maximum difference between a direction of a selected alternative beam and a direction of one of the transmit beam and the receive beam of the active beam pair; receiving, from the UE, a beam recovery message via at least one of the one or more alternative beams, wherein the beam recovery message is received via a random access channel procedure; and performing a random access channel procedure, based on the beam recovery message, with the UE via the at least one of the one or more alternative beams.
A pharmaceutical composition for use in attenuating neuronal activity or inhibiting neurotransmitter release, wherein the pharmaceutical composition comprises or delivers a molecule that comprises a modified receptor binding domain of Clostridial botulinum serotype B (B-H c), wherein the modified B-H c comprises one or more substitution mutations corresponding to substitution mutations in serotype B, strain 1, selected from the group consisting of E1191M; E1191I; E1191Q; E1191T; S1199F; S1199L; S1201V; V1118M; Y1183M; and combinations thereof, wherein the one or more substitution mutations produce enhanced binding of the modified B-H c to human Syt II as compared to an identical molecule lacking the one or more substitution mutations.
Motor vehicle bodywork element comprising a wall comprising, on its first face, diffusion zones diffusing the light emitted by at least one light source disposed opposite the first face, said wall further comprising, on its second face, light occultation zones, said occultation zones being separated by intercalated spaces configured to allow the light emitted by said light source to diffuse said occultation zones forming opaque blocks, said light diffusion zones being made from a translucent sheet forming the inner face of said wall, characterized in that said blocks forming the occultation zones are connected by bridges, said wall being constituted by the assembly of the opaque blocks on the translucent sheet
Current sensor comprising a current conductor through which a first current can flow in parallel with a first direction, wherein the current conductor comprises three regions (21, 22, 23) directly following one another along the first direction, wherein a central region of the three regions (21, 22, 23) has a conductor cross-sectional area that is smaller than a conductor cross-sectional area of each of two outer regions (21, 23) of the three regions (21, 22, 23), wherein a voltage sensor of the current sensor comprises two terminals (41, 42) and is configured to measure a first voltage applied between the two terminals (41, 42), wherein the two terminals (41, 42) are arranged in such a way that a minimum electrically conductive connection path between the two terminals (41, 42) runs partly across a measurement region (22, 25), which corresponds to the central region or to a subregion of the central region, and the first voltage is equal to a voltage dropped across the measurement region (22, 25), wherein an evaluation unit of the current sensor is configured to determine a present current value of the first current depending on a present voltage value of the first voltage and on a predefined resistance value of a first resistance of the measurement region (22, 25), having two temperature sensors (52, 52) in each case configured, in particular, as NTC thermistors, wherein each of the temperature sensors (51, 52) is in thermal contact with in each case one end, which is associated with said temperature sensor, of two ends of the measurement region (22, 25) extending perpendicularly to the first direction, characterized in that each of the temperature sensors (51, 52) is configured to measure a temperature (θ11) of the end, which is associated with said temperature sensor, of the measurement region (22, 25), wherein the evaluation unit is also configured to determine the present current value of the first current depending on two parameters, which are each dependent on a present temperature value of the temperature (θ11) measured by another of the temperature sensors (51, 52).