mhurhangee/ep-ind-claims huggingface dataset:
A communication terminal apparatus for receiving a plurality of types of control information comprising: a receiver adapted to receive, from a radio base station apparatus, a transmission signal for the communication terminal apparatus, a despreader (43, 201) adapted to despread the received transmission signal, a decoder (45, 401) adapted to extract the plurality of types of control information for the communication terminal apparatus from the despread transmission signal, by using a plurality of symbol patterns, and a transmission signal former adapted to form uplink transmission packets, based on the plurality of types of control information extracted by the decoder, characterized in that the plurality of types of control information comprise Rate Grant information and ACK/NACK information, the plurality of symbol patterns are mutually orthogonal, the despreader (43, 201) is further adapted to despread the received transmission signal by using a predetermined channelization code to obtain a multiplexed signal carrying the Rate Grant information and the ACK/NACK information, and the decoder (45, 401) is further adapted to extract, from the multiplexed signal, the Rate Grant information and the ACK/NACK information by using a different symbol pattern among the plurality of symbol patterns; wherein in the multiplexed signal the different one symbol pattern among the plurality of symbol patterns is assigned according to whether the type of the control information is the Rate Grant information or the ACK/NACK information. a receiver adapted to receive, from a radio base station apparatus, a transmission signal for the communication terminal apparatus, a despreader (43, 201) adapted to despread the received transmission signal, a decoder (45, 401) adapted to extract the plurality of types of control information for the communication terminal apparatus from the despread transmission signal, by using a plurality of symbol patterns, and a transmission signal former adapted to form uplink transmission packets, based on the plurality of types of control information extracted by the decoder, characterized in that the plurality of types of control information comprise Rate Grant information and ACK/NACK information, the plurality of symbol patterns are mutually orthogonal, the despreader (43, 201) is further adapted to despread the received transmission signal by using a predetermined channelization code to obtain a multiplexed signal carrying the Rate Grant information and the ACK/NACK information, and the decoder (45, 401) is further adapted to extract, from the multiplexed signal, the Rate Grant information and the ACK/NACK information by using a different symbol pattern among the plurality of symbol patterns; wherein in the multiplexed signal the different one symbol pattern among the plurality of symbol patterns is assigned according to whether the type of the control information is the Rate Grant information or the ACK/NACK information.
A tank, in particular a fuel tank, for receiving a liquid in a motor vehicle, comprising • an outer wall that forms an internal space for receiving the liquid, • at least one volume element situated in the internal space for receiving gas, in particular air, • a gas-guiding line between the volume element and the surroundings of the tank for changing the volume of the volume element, and • at least one stabilizing assembly for minimizing stresses at kinks of the volume element when evacuating the volume element, characterized in that, • the stabilizing assembly has a coating of the volume element on its inner side and/or outer side, wherein the coating includes an elastic material, wherein the volume element is made of a film, wherein the coating includes fluororubber, acrylonitrile butadiene rubber, or fluorosilicone rubber (FVMQ). • an outer wall that forms an internal space for receiving the liquid, • at least one volume element situated in the internal space for receiving gas, in particular air, • a gas-guiding line between the volume element and the surroundings of the tank for changing the volume of the volume element, and • at least one stabilizing assembly for minimizing stresses at kinks of the volume element when evacuating the volume element, characterized in that, • the stabilizing assembly has a coating of the volume element on its inner side and/or outer side, wherein the coating includes an elastic material, wherein the volume element is made of a film, wherein the coating includes fluororubber, acrylonitrile butadiene rubber, or fluorosilicone rubber (FVMQ).
A method of conveying a tool string into a wellbore, wherein the method comprises: placing an apparatus, into a drill pipe in the wellbore, wherein the apparatus comprises a seal module at a first end thereof and has a tool string attached to a second end thereof; pumping mud into the drill pipe to land the apparatus in a landing portion within the drill pipe, wherein in the landing portion, an annulus is formed between an outer diameter of the seal module of the apparatus and an inner diameter of the landing portion of the drill pipe; during pumping of mud into the drill pipe, selectively opening a mud outlet of the apparatus between the seal module and the tool string, to allow the mud to flow through one or more mud lines of the apparatus at a first pressure; and during pumping of the mud into the drill pipe, selectively closing the mud outlet of the apparatus to prevent the mud from flowing through one or more mud lines of the apparatus and forcing the mud to flow through the annulus between the outer diameter of the seal module of the apparatus and the inner diameter of the landing portion of the drill pipe at a second pressure, wherein the second pressure is higher than the first pressure, and wherein the first pressure and the second pressure generate pressure pulses to provide data communication to equipment at a surface of the wellbore. placing an apparatus, into a drill pipe in the wellbore, wherein the apparatus comprises a seal module at a first end thereof and has a tool string attached to a second end thereof; pumping mud into the drill pipe to land the apparatus in a landing portion within the drill pipe, wherein in the landing portion, an annulus is formed between an outer diameter of the seal module of the apparatus and an inner diameter of the landing portion of the drill pipe; during pumping of mud into the drill pipe, selectively opening a mud outlet of the apparatus between the seal module and the tool string, to allow the mud to flow through one or more mud lines of the apparatus at a first pressure; and during pumping of the mud into the drill pipe, selectively closing the mud outlet of the apparatus to prevent the mud from flowing through one or more mud lines of the apparatus and forcing the mud to flow through the annulus between the outer diameter of the seal module of the apparatus and the inner diameter of the landing portion of the drill pipe at a second pressure, wherein the second pressure is higher than the first pressure, and wherein the first pressure and the second pressure generate pressure pulses to provide data communication to equipment at a surface of the wellbore.
A reproduction device comprising: a decoding unit (63, 65) configured to decode encoded audio data and encoded video data, wherein the audio data are object-based audio data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a video segmenting unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information, wherein the video segmenting unit is configured to trim a zoom area represented by the selection zoom area information supplied from the zoom area selecting unit for a video that is based on the video data supplied from the video data decoding unit, and output zoom video data for reproducing a video of the zoom area acquired through the trimming process to a video output device; and an audio converting unit configured to perform an audio converting process for the audio data acquired through decoding on the basis of a position of a sound source object and the selected zoom area information, and output zoom audio data acquired through the audio converting process to an audio output device. a decoding unit (63, 65) configured to decode encoded audio data and encoded video data, wherein the audio data are object-based audio data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a video segmenting unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information, wherein the video segmenting unit is configured to trim a zoom area represented by the selection zoom area information supplied from the zoom area selecting unit for a video that is based on the video data supplied from the video data decoding unit, and output zoom video data for reproducing a video of the zoom area acquired through the trimming process to a video output device; and an audio converting unit configured to perform an audio converting process for the audio data acquired through decoding on the basis of a position of a sound source object and the selected zoom area information, and output zoom audio data acquired through the audio converting process to an audio output device.
Metering valve intended for closing the can of an aerosol dispenser, comprising, in particular - a valve body provided with a transfer chamber in which is housed a stem movable between a closed position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the inside of the can, but is not in contact with the outside, and an open position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the outside, but is not in contact with the inside of the can, and - a reservoir in contact with the transfer chamber, constituted by a rigid wall and a flexible membrane, said rigid wall having a planar peripheral edge for attaching the flexible membrane and a bottom wall located inside the peripheral edge, said reservoir being placed on the valve so that, when the valve is mounted on a can, it is inside the can, - a spring element placed inside the reservoir, this spring element being designed to deform in the direction of the bottom wall so as to allow the flexible membrane to move closer to the rigid wall when the stem is in the open position and to return to its initial shape as soon as the stem returns to the closed position, and wherein the spring element is constituted by a curved plate having a convex face oriented toward the flexible membrane and a concave face oriented toward the rigid wall, characterized in that one or more stops (415, 434) are formed on the bottom wall of the rigid wall and/or on the concave face of the spring element to limit the deformation of the spring element in the direction of the bottom wall. - a valve body provided with a transfer chamber in which is housed a stem movable between a closed position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the inside of the can, but is not in contact with the outside, and an open position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the outside, but is not in contact with the inside of the can, and - a reservoir in contact with the transfer chamber, constituted by a rigid wall and a flexible membrane, said rigid wall having a planar peripheral edge for attaching the flexible membrane and a bottom wall located inside the peripheral edge, said reservoir being placed on the valve so that, when the valve is mounted on a can, it is inside the can, - a spring element placed inside the reservoir, this spring element being designed to deform in the direction of the bottom wall so as to allow the flexible membrane to move closer to the rigid wall when the stem is in the open position and to return to its initial shape as soon as the stem returns to the closed position, and wherein the spring element is constituted by a curved plate having a convex face oriented toward the flexible membrane and a concave face oriented toward the rigid wall,
A hinge for an orthopedic device, comprising: a hinge body forming an articulating section extending between a first end and a second end of the hinge and adapted to bend from a neutral axis (N-N) when the first end and the second end are parallel to an angular range in which the first end is arranged among a plurality of angles within the angular range relative to the second end, the hinge body defining a receptacle oriented parallel along the neutral axis in the articulating section; an insert arranged for insertion into the receptacle, the insert modifying the stiffness of the hinge in the angular range and arranged parallel to the neutral axis (N-N), wherein the insert has a greater stiffness than the articulating section of the hinge body; wherein the hinge body is monolithic and continuously formed from a single material from the first end to the second end of the hinge; wherein the hinge body includes a first strut and a second strut each arranged on opposed ends of the articulating section, the first strut and the second strut having a first width transverse to the neutral axis (N-N), and the articulating section having a second width more narrow than the first width. a hinge body forming an articulating section extending between a first end and a second end of the hinge and adapted to bend from a neutral axis (N-N) when the first end and the second end are parallel to an angular range in which the first end is arranged among a plurality of angles within the angular range relative to the second end, the hinge body defining a receptacle oriented parallel along the neutral axis in the articulating section; an insert arranged for insertion into the receptacle, the insert modifying the stiffness of the hinge in the angular range and arranged parallel to the neutral axis (N-N), wherein the insert has a greater stiffness than the articulating section of the hinge body; wherein the hinge body is monolithic and continuously formed from a single material from the first end to the second end of the hinge; wherein the hinge body includes a first strut and a second strut each arranged on opposed ends of the articulating section, the first strut and the second strut having a first width transverse to the neutral axis (N-N), and the articulating section having a second width more narrow than the first width.
Roller guide for a running element of a lift guided on a round guide with at least one rotatably mounted guide roller with curved running surface for guidance on the round guide, characterised in that the guide roller is connected with an articulated joint via which the guide roller can be pivoted around at least one axis which runs in or parallel to the radial plane of the guide roller, said articulated joint being designed as a ball joint.
A composite material comprising a mixture of: i. a first gel component, the first gel component comprising carboxymethyl cellulose having a molecular weight average of 100 to 300 kDa in an amount of 3 to 6 percent by weight of said first gel component; ii. a second powder component, the second powder component comprising a dry cellulose material, wherein the cellulose material includes an oxidized regenerated cellulose; and iii. an aqueous component. i. a first gel component, the first gel component comprising carboxymethyl cellulose having a molecular weight average of 100 to 300 kDa in an amount of 3 to 6 percent by weight of said first gel component; ii. a second powder component, the second powder component comprising a dry cellulose material, wherein the cellulose material includes an oxidized regenerated cellulose; and iii. an aqueous component.
A method performed in a system including a presenter client, a set of viewer clients and a conference service responsible for hosting conference sessions, the method comprising: while a conference session is occurring, generating, by an activity-monitoring software program running on one of the viewer clients, activity records for activities related to the conference session in response to detecting occurrence of the activities; wherein the activities include that a user of the viewer client sends an email, sends an instant message, or loads a file; wherein the activity-monitoring software program is distinct from a program the user of the viewer client used to perform the respective activities; wherein each activity record includes at least (a) information about the corresponding activity, and (b) timing data that indicates when, within the conference session, the corresponding activity occurred; after the conference session has ended, extracting the timing data from an activity record for a particular activity that occurred during the conference session; and using the timing data to locate a position, within a recording of the conference session, that corresponds to when the particular activity occurred. while a conference session is occurring, generating, by an activity-monitoring software program running on one of the viewer clients, activity records for activities related to the conference session in response to detecting occurrence of the activities; wherein the activities include that a user of the viewer client sends an email, sends an instant message, or loads a file; wherein the activity-monitoring software program is distinct from a program the user of the viewer client used to perform the respective activities; wherein each activity record includes at least (a) information about the corresponding activity, and (b) timing data that indicates when, within the conference session, the corresponding activity occurred; after the conference session has ended, extracting the timing data from an activity record for a particular activity that occurred during the conference session; and using the timing data to locate a position, within a recording of the conference session, that corresponds to when the particular activity occurred.
A cell preserving vessel for cryopreservation comprising: a vessel body which is made of a flexible resin member and has a cell accommodating part; a cell introducing tube which is connected to the vessel body and through which cells can be introduced into the cell accommodating part; and a pair of tube protecting parts which are arranged to hold the cell introducing tube therebetween and protect a vicinity of a joined portion of the cell introducing tube, the joined portion being joined to the vessel body, wherein the vessel body is made of sheet members (50,60) superposed on each other and joined to each other at peripheral margins thereof, wherein the tube protecting parts are constituted by the sheet members (50,60) forming the vessel body, and are extended from a peripheral margin of the vessel body, wherein the pair of tube protecting parts are not joined to each other, and wherein the cell introducing tube extends further than the pair of tube protecting parts in a direction away from the vessel body. a vessel body which is made of a flexible resin member and has a cell accommodating part; a cell introducing tube which is connected to the vessel body and through which cells can be introduced into the cell accommodating part; and a pair of tube protecting parts which are arranged to hold the cell introducing tube therebetween and protect a vicinity of a joined portion of the cell introducing tube, the joined portion being joined to the vessel body, wherein the vessel body is made of sheet members (50,60) superposed on each other and joined to each other at peripheral margins thereof, wherein the tube protecting parts are constituted by the sheet members (50,60) forming the vessel body, and are extended from a peripheral margin of the vessel body, wherein the pair of tube protecting parts are not joined to each other, and wherein the cell introducing tube extends further than the pair of tube protecting parts in a direction away from the vessel body.
A method of operating a radio receiver device arranged to receive a plurality of data symbols transmitted on one or more frequencies from a predetermined set of frequencies, the method comprising: receiving a first set of data symbols at a first transmission frequency, wherein said first set of data symbols comprises a message indicating a first frequency sub-set comprising one or more frequencies selected from said predetermined set of frequencies; calibrating a synthesiser for the one or more frequencies in said first frequency sub-set; receiving a second set of data symbols transmitted on at least one of said one or more frequencies from the first sub-set; determining from the second set of data symbols whether a network quality metric exceeds a threshold; calibrating the synthesiser for one or more frequencies in a second frequency sub-set when the network quality metric exceeds the threshold, wherein the second frequency sub-set comprises frequencies of the predetermined set of frequencies that are not in the first frequency sub-set. receiving a first set of data symbols at a first transmission frequency, wherein said first set of data symbols comprises a message indicating a first frequency sub-set comprising one or more frequencies selected from said predetermined set of frequencies; calibrating a synthesiser for the one or more frequencies in said first frequency sub-set; receiving a second set of data symbols transmitted on at least one of said one or more frequencies from the first sub-set; determining from the second set of data symbols whether a network quality metric exceeds a threshold; calibrating the synthesiser for one or more frequencies in a second frequency sub-set when the network quality metric exceeds the threshold, wherein the second frequency sub-set comprises frequencies of the predetermined set of frequencies that are not in the first frequency sub-set.
A method, implemented by a wireless transmit/receive unit, WTRU,, for allocating resources in cell forward access channel, CELL_FACH, state or IDLE mode, the method comprising: transmitting a random access channel, RACH, preamble using a signature sequence; receiving an acquisition indicator in response to the RACH preamble; determining an E-DCH resource based on a signature sequence index associated with the signature sequence; and configuring the WTRU for E-DCH transmission using the E-DCH resource. transmitting a random access channel, RACH, preamble using a signature sequence; receiving an acquisition indicator in response to the RACH preamble; determining an E-DCH resource based on a signature sequence index associated with the signature sequence; and configuring the WTRU for E-DCH transmission using the E-DCH resource.