mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use in a first network node, the method comprising: - receiving capability information associated with a second network node, which has a first transceiver and a second transceiver, the capability information being related to an operation of the first transceiver at a first frequency and the second transceiver at a second frequency; - configuring one or more resources associated with the first transceiver of the second network node based on the received capability information; and - sending an indication of the configured resources to the second network node, wherein the second network node is an Integrated Access Backhaul (IAB) node, wherein the first transceiver is a distributed unit (DU), wherein the second transceiver is a Mobile Termination (MT), and wherein the capability information includes information on the IAB node's capability for simultaneous DU and MT operation over specific pairs of DU and MT frequencies. - receiving capability information associated with a second network node, which has a first transceiver and a second transceiver, the capability information being related to an operation of the first transceiver at a first frequency and the second transceiver at a second frequency; - configuring one or more resources associated with the first transceiver of the second network node based on the received capability information; and - sending an indication of the configured resources to the second network node, wherein the second network node is an Integrated Access Backhaul (IAB) node, wherein the first transceiver is a distributed unit (DU), wherein the second transceiver is a Mobile Termination (MT), and wherein the capability information includes information on the IAB node's capability for simultaneous DU and MT operation over specific pairs of DU and MT frequencies.
A measurement apparatus comprising a measuring tube (12; 112, 122) and a thermal sensor (20; 120) for measuring the flow rate of a fluid flowing through the measuring tube (12; 112), wherein the measuring tube (12; 112, 122) has an inlet (14; 114, 124) and an outlet (16; 116, 126) as well as a measuring section (18; 118, 128) in which the sensor (20; 120) is arranged, wherein the inlet (14; 114, 124) has an inlet inside diameter and the measurement section (18; 112, 122) has a measurement section inside diameter, the measuring section inside diameter being greater than the inlet inside diameter, characterized in that an inner tube is arranged in the measuring tube , the inner tube having an inner tube inlet , an inner tube outlet and an inner tube measurement section , wherein the inner tube measurement section has an inside diameter being greater than the inside diameter of the inner tube inlet , and the sensor is arranged at the inner tube , in that the inside diameter of the inner tube increases steadily from the inner tube inlet to the inner tube measurement section and tapers steadily from the inner tube measurement section towards the inner tube outlet , and in that the sensor is arranged at the inner wall of the inner tube in the region of the measuring section .
An absorption vacuum tube for use in a solar collector, the absorption vacuum tube being constituted by a double transparent vacuum tube, with vacuum between an inner tube and an external tube, with the inner tube covered with a layer of an absorber, the absorption vacuum tube having a heat pipe , a condenser of which is to be placed in a plugged stub pipe of a dry type heat exchanger of the solar collector, characterised by more than one heat pipe , and maximum ten heat pipes , preferably two to six.
Medical instrument with a hollow shaft , a handle arranged at the proximal end of the shaft , and a tool tip with a tool arranged at the distal end of the shaft , wherein the tool can be actuated via an actuation element which is mounted axially displaceably in the shaft and which is operatively connected at the proximal end to the handle , and the tool tip is pivotable relative to the longitudinal axis of the shaft via a joint mechanism , wherein the joint mechanism is composed of pivoting members which are arranged at the distal end of the shaft and which are connected to a proximal-side drive , via steering wires running in the longitudinal direction of the shaft , in such a way that a movement of the proximal-side drive causes a corresponding relative movement of the distal-side pivoting members and thus a pivoting of the tool tip , wherein in the interior of the hollow shaft , between the distal-side pivoting members and the proximal-side drive , at least one guide device is arranged for the steering wires connecting the pivoting members to the drive , wherein receptacles for at least some of the steering wires are formed in the at least one guide device , characterized in that the at least one guide device is arranged coaxially on the actuation element , and in that the at least one guide device is mounted on the actuation element in a manner secure against rotation.
A method for optimizing bandwidth in a mesh peer-to-peer system, the method being performed by a local mesh conferencing device and comprising the steps of: initiating , at a bandwidth optimization module of the local mesh conferencing device , a peer-to-peer conference with a plurality of remote conferencing devices ; generating a first quality list comprising a first conferencing device of the plurality of remote conferencing devices from which to receive a first data stream at a first quality level; transmitting a request to the first conferencing device to receive the first data stream at the first quality level; determining that a second conferencing device of the plurality of remote conferencing devices is not a member of the first quality list; in response to determining that the second conferencing device of the plurality of remote conferencing devices is not a member of the first quality list, transmitting a request to the second conferencing device to receive a second data stream at a second quality level; wherein the first quality list is associated with a maximum number of list members allowed based on a total available bandwidth of the local mesh conferencing device ; wherein the second quality level is lower than the first quality level; and wherein the first quality list is maintained at a list store of the local mesh conferencing device and varies from respective quality lists maintained by each of the plurality of remote conferencing devices . initiating , at a bandwidth optimization module of the local mesh conferencing device , a peer-to-peer conference with a plurality of remote conferencing devices ; generating a first quality list comprising a first conferencing device of the plurality of remote conferencing devices from which to receive a first data stream at a first quality level; transmitting a request to the first conferencing device to receive the first data stream at the first quality level; determining that a second conferencing device of the plurality of remote conferencing devices is not a member of the first quality list; in response to determining that the second conferencing device of the plurality of remote conferencing devices is not a member of the first quality list, transmitting a request to the second conferencing device to receive a second data stream at a second quality level; wherein the first quality list is associated with a maximum number of list members allowed based on a total available bandwidth of the local mesh conferencing device ; wherein the second quality level is lower than the first quality level; and wherein the first quality list is maintained at a list store of the local mesh conferencing device and varies from respective quality lists maintained by each of the plurality of remote conferencing devices .
Pyrotechnic ignition pill with - a housing , - an ignition charge housed in the housing , - at least two terminal contacts connected to the ignition charge , - wherein the terminal contacts are guided out of the housing through at least one glass bushing , - wherein the terminal contacts have a round cross-sectional profile in the region of the ignition charge characterized in - that the terminal contacts outside the housing have an angular cross-sectional profile such that the terminal contacts with angular cross-sectional profile are adapted for connector geometries which are designed for angular connection pins. - a housing , - an ignition charge housed in the housing , - at least two terminal contacts connected to the ignition charge , - wherein the terminal contacts are guided out of the housing through at least one glass bushing , - wherein the terminal contacts have a round cross-sectional profile in the region of the ignition charge characterized in - that the terminal contacts outside the housing have an angular cross-sectional profile such that the terminal contacts with angular cross-sectional profile are adapted for connector geometries which are designed for angular connection pins.
A synthetic yarn splicer that performs a splicing operation between one yarn (Y1) and the other yarn (Y2) formed of synthetic fibers, comprising: a yarn splicing portion that includes a passage through which one yarn (Y1) and the other yarn (Y2) are insertable and an injection hole which opens to the passage and injects a fluid; and a pair of clamping mechanisms that is located at a position interposing the passage of the yarn splicing portion and clamps each of one yarn (Y1) and the other yarn (Y2) inserted through the passage , wherein each of the pair of clamping mechanisms includes a clamping portion that clamps each of one yarn (Y1) and the other yarn (Y2) and a support portion that supports the clamping portion , wherein the support portion includes a first contact surface and a second contact surface which are disposed at a position interposing the clamping portion in the facing direction of the pair of clamping mechanisms , and wherein the second contact surface is disposed between the yarn splicing portion and the clamping portion , characterized in that the second contact surface is located above the first contact surface . a yarn splicing portion that includes a passage through which one yarn (Y1) and the other yarn (Y2) are insertable and an injection hole which opens to the passage and injects a fluid; and a pair of clamping mechanisms that is located at a position interposing the passage of the yarn splicing portion and clamps each of one yarn (Y1) and the other yarn (Y2) inserted through the passage , wherein each of the pair of clamping mechanisms includes a clamping portion that clamps each of one yarn (Y1) and the other yarn (Y2) and a support portion that supports the clamping portion , wherein the support portion includes a first contact surface and a second contact surface which are disposed at a position interposing the clamping portion in the facing direction of the pair of clamping mechanisms , and wherein the second contact surface is disposed between the yarn splicing portion and the clamping portion , characterized in that the second contact surface is located above the first contact surface .
A slurry composition for a secondary battery electrode comprising an electrode active material, a conductive material, and a binder, wherein the binder includes a copolymer in a proportion of 60 mass% or more, the copolymer includes an alkylene structural unit in a proportion of at least 40 mass% and not more than 80 mass% and a nitrile group-containing monomer unit in a proportion of at least 10 mass% and not more than 55 mass%, wherein the proportion constituted by a hydrophilic group-containing monomer unit in the copolymer is 0 mass% or more, but less than 0.05 mass%, and the copolymer has a Mooney viscosity ML 1+4 of at least 50 and not more than 200 as measured in accordance with JIS K 6300-1 at a temperature of 100°C.
An oxygen-deficient positive electrode active material, characterized by the following formula: Li 1+x Ni y Mn w Co z O 2-(x/2) , wherein: 0 < x ≤ 0.25 ; 0.5 ≤ y ≤ 0.8 ; 0.1 ≤ w ≤ 0.6 ; 0.05 ≤ z ≤ 0.45 ; and y + w + z = 1 .
A bone plate for treating a fracture in a bone of a subject, the bone plate comprising: a first section having a first longitudinal axis and a width ; a second section having a second longitudinal axis ; the first section being connected to the second section at a base of the second section, thereby defining a junction (5Ja, 5Jb, 5Jc, 5Jd, 13J1a, 13J1b, 14J1a, 14J1b, 15J1a, 15J1b, 16J1a, 16J1b) between the first section and the second section; the first longitudinal axis and the second longitudinal axis forming an oblique angle at the junction; and wherein the second section has a terminal end section having a width greater than the width of the first section; wherein the first section and the second section are configured to provide fixation to a region of the bone and providing a plurality of screw holes, wherein the junction corresponds to a transition from a first anatomical feature of the bone with the first section, to a second anatomical feature of the bone with the second section, wherein the first section has a length that is greater than a length of the second section, wherein the bone is the tibia, or the femur, or the fibula, wherein when the bone is the tibia, the junction is located at greater than 20 mm and less than 52 mm from the tibial plateau of the tibia, wherein when the bone is the femur, the junction is located at greater than 37 mm and less than 76 mm from the most distal end of the femur, wherein when the bone is the fibula, the junction is located at greater than 12 mm and less than 29 mm from the most distal end of the fibula. a first section having a first longitudinal axis and a width ; a second section having a second longitudinal axis ; the first section being connected to the second section at a base of the second section, thereby defining a junction (5Ja, 5Jb, 5Jc, 5Jd, 13J1a, 13J1b, 14J1a, 14J1b, 15J1a, 15J1b, 16J1a, 16J1b) between the first section and the second section; the first longitudinal axis and the second longitudinal axis forming an oblique angle at the junction; and wherein the second section has a terminal end section having a width greater than the width of the first section; wherein the first section and the second section are configured to provide fixation to a region of the bone and providing a plurality of screw holes, wherein the junction corresponds to a transition from a first anatomical feature of the bone with the first section, to a second anatomical feature of the bone with the second section, wherein the first section has a length that is greater than a length of the second section, wherein the bone is the tibia, or the femur, or the fibula, wherein when the bone is the tibia, the junction is located at greater than 20 mm and less than 52 mm from the tibial plateau of the tibia, wherein when the bone is the femur, the junction is located at greater than 37 mm and less than 76 mm from the most distal end of the femur, wherein when the bone is the fibula, the junction is located at greater than 12 mm and less than 29 mm from the most distal end of the fibula.
An electronic device comprising: a plurality of Near Field Communication (NFC) execution environments (205, 206 207); and an NFC controller in communication with the plurality of NFC execution environments via respective communication channels and configured to: maintain an NFC routing table that stores associations of the plurality of NFC execution environments with NFC applications hosted by the NFC execution environments ; receive, over an air interface , an external request for a particular NFC application; and communicate the external request, according to the NFC routing table, to a specific NFC execution environment hosting the particular NFC application, wherein the specific NFC execution environment is directly identified by the NFC controller , wherein the NFC routing table is maintained by registering a particular application mapping to a particular execution environment with the NFC controller . a plurality of Near Field Communication (NFC) execution environments (205, 206 207); and an NFC controller in communication with the plurality of NFC execution environments via respective communication channels and configured to: maintain an NFC routing table that stores associations of the plurality of NFC execution environments with NFC applications hosted by the NFC execution environments ; receive, over an air interface , an external request for a particular NFC application; and communicate the external request, according to the NFC routing table, to a specific NFC execution environment hosting the particular NFC application, wherein the specific NFC execution environment is directly identified by the NFC controller , wherein the NFC routing table is maintained by registering a particular application mapping to a particular execution environment with the NFC controller . maintain an NFC routing table that stores associations of the plurality of NFC execution environments with NFC applications hosted by the NFC execution environments ; receive, over an air interface , an external request for a particular NFC application; and communicate the external request, according to the NFC routing table, to a specific NFC execution environment hosting the particular NFC application, wherein the specific NFC execution environment is directly identified by the NFC controller , wherein the NFC routing table is maintained by registering a particular application mapping to a particular execution environment with the NFC controller .
A method for controlling a hydraulic system of construction machinery, comprising: 1.1 a maximum value setting step (S130), in which when a required torque value for a pump is generated, the required torque value is set to a maximum value; 1.2 a power conversion step (S140), in which a power value matched to a current load mode and the maximum value is output; 1.3 an inclination limit step (S150), in which a conversion speed of the power value per hour is limited; 1.4 an engine speed prediction step (S160), in which a virtual engine speed value is predicted based on a previously input engine speed; 1.5 a PID control step (S170) , in which proportional integral derivative control is performed so that the actual engine speed converges toward the virtual engine speed; and 1.6 a final power output step (S190) , in which the pump is controlled with a final power value obtained by adding a first power value determined by the current load mode, a second power value determined by the required torque value for the pump, and a third power value deduced by the PID control. 1.1 a maximum value setting step (S130), in which when a required torque value for a pump is generated, the required torque value is set to a maximum value; 1.2 a power conversion step (S140), in which a power value matched to a current load mode and the maximum value is output; 1.3 an inclination limit step (S150), in which a conversion speed of the power value per hour is limited; 1.4 an engine speed prediction step (S160), in which a virtual engine speed value is predicted based on a previously input engine speed; 1.5 a PID control step (S170) , in which proportional integral derivative control is performed so that the actual engine speed converges toward the virtual engine speed; and 1.6 a final power output step (S190) , in which the pump is controlled with a final power value obtained by adding a first power value determined by the current load mode, a second power value determined by the required torque value for the pump, and a third power value deduced by the PID control.
A compound selected in the group consisting of Nitazoxanide (NTZ), Tizoxanide (TZ) and Tizoxanide glucuronide (TZG), and a pharmaceutically acceptable salt of NTZ, TZ or TZG, for use in a method for the treatment of a fibrotic disorder in a mammal.
Device for treating adipose tissues (G) connectable to a suctioning means (M), characterised in that it consists of a mechanical and hermetically sealed treatment chamber (A), comprising a connection means to said suctioning means (M), an input means for said adipose tissues (G) before processing, a filtration means and at least one output means for said adipose tissues (G) after processing, the said filtration means comprising at least one conically shaped wall comprising a narrowed base fixed on an impeller and a screening means connected to the output means , wherein said impeller is subjected to the air vacuum created by the suctioning means (M) and forming a rotating mechanical activation means of said filtration means .
A method for reporting power headroom, comprising: calculating , by a terminal, power headroom, PH, of uplink signals in a plurality of bandwidth parts, BWPs, wherein the plurality of BWPs comprises at least one activated BWP in at least one configured BWP for the terminal; and sending , by the terminal to a network device, the PH of the uplink signal in at least one BWP among the plurality of BWPs, wherein calculating , by the terminal, the power headroom, PH, of the uplink signals in the plurality of bandwidth parts, BWPs, comprises: calculating, by the terminal, PH of an uplink signal in each BWP among the plurality of BWPs according to a transmission parameter and/or a power control parameter of the uplink signal in the each BWP among the plurality of BWPs, and wherein sending, by the terminal, the PH of the uplink signal on the at least one BWP among the plurality of BWPs to the network device comprises: sending, by the terminal, a BWP index of each BWP in the at least one BWP among the plurality of BWPs and the PH corresponding to the BWP to the network device. calculating , by a terminal, power headroom, PH, of uplink signals in a plurality of bandwidth parts, BWPs, wherein the plurality of BWPs comprises at least one activated BWP in at least one configured BWP for the terminal; and sending , by the terminal to a network device, the PH of the uplink signal in at least one BWP among the plurality of BWPs, wherein calculating , by the terminal, the power headroom, PH, of the uplink signals in the plurality of bandwidth parts, BWPs, comprises: calculating, by the terminal, PH of an uplink signal in each BWP among the plurality of BWPs according to a transmission parameter and/or a power control parameter of the uplink signal in the each BWP among the plurality of BWPs, and wherein sending, by the terminal, the PH of the uplink signal on the at least one BWP among the plurality of BWPs to the network device comprises: sending, by the terminal, a BWP index of each BWP in the at least one BWP among the plurality of BWPs and the PH corresponding to the BWP to the network device. calculating, by the terminal, PH of an uplink signal in each BWP among the plurality of BWPs according to a transmission parameter and/or a power control parameter of the uplink signal in the each BWP among the plurality of BWPs, and wherein sending, by the terminal, the PH of the uplink signal on the at least one BWP among the plurality of BWPs to the network device comprises: sending, by the terminal, a BWP index of each BWP in the at least one BWP among the plurality of BWPs and the PH corresponding to the BWP to the network device.