mhurhangee/ep-ind-claims huggingface dataset:
A driving apparatus, comprising: a lead screw which is rotatable about a rotary axis line; and a follower section configured to hold a driven member (L, 5) and to rectilinearly move based on rotation of the lead screw, the follower section including the driven member (L, 5), an arm section and a coupling section for coupling the driven member (L, 5) with the arm section, the arm section being provided with: • first teeth facing a first side portion of the lead screw, • second teeth adapted to engage the lead screw, the second teeth facing a second side portion of the lead screw which is opposite to the first side portion with respect to the rotary axis line of the lead screw, and • third teeth adapted to engage the lead screw, the third teeth facing a third side portion of the lead screw, the third side portion being offset at about 90 degrees about the rotary axis line of the lead screw from the first side portion, wherein the coupling section is provided with a coupling shaft and a biasing spring, the biasing spring being wound around the coupling shaft, the biasing spring pressing the arm section so that the first teeth are into engagement with the lead screw, and when the follower section rectilinearly moves based on the rotation of the lead screw, power is transferred with the lead screw, and the lead screw is in a non-contact state with the second teeth and the third teeth, and a shock applied to the follower section in a direction of the rotary axis line causes the first teeth to be disengaged from the lead screw and the third teeth to be brought into engagement with the lead screw. a lead screw which is rotatable about a rotary axis line; and a follower section configured to hold a driven member (L, 5) and to rectilinearly move based on rotation of the lead screw, the follower section including the driven member (L, 5), an arm section and a coupling section for coupling the driven member (L, 5) with the arm section, the arm section being provided with: • first teeth facing a first side portion of the lead screw, • second teeth adapted to engage the lead screw, the second teeth facing a second side portion of the lead screw which is opposite to the first side portion with respect to the rotary axis line of the lead screw, and • third teeth adapted to engage the lead screw, the third teeth facing a third side portion of the lead screw, the third side portion being offset at about 90 degrees about the rotary axis line of the lead screw from the first side portion, • first teeth facing a first side portion of the lead screw, • second teeth adapted to engage the lead screw, the second teeth facing a second side portion of the lead screw which is opposite to the first side portion with respect to the rotary axis line of the lead screw, and • third teeth adapted to engage the lead screw, the third teeth facing a third side portion of the lead screw, the third side portion being offset at about 90 degrees about the rotary axis line of the lead screw from the first side portion,
Method for supplying voltage to connection units (A, B) of a connection device (16, 204) having a plurality of connection units (A, B), which each contain at least one connection (AA, AB) to which a respective line (206, 210) leading to at least one subscriber (TlnA, TlnB) is connected or can be connected, wherein the connections each contain an operating potential input (PE1, PE2) to which an operating potential for generating an operating voltage of the respective connection unit (A, B) and/or at least part of the connection device is applied or can be applied, characterized in that the respective line (206, 210) leading to the at least one subscriber (TlnA, TlnB) serves for supplying energy to the connection unit (A, B) present for the respective subscriber (TlnA, TlnB), the supply of voltage to the connection units (A, B) is activated when a broadband transmission via the respective line (206, 210) is intended to be realized, in which an output of a request unit acts on a first connection in order to prompt the application or the disconnection of a first operating potential, wherein feeding of network components of the subscriber connection region is realized by terminals placed at the subscriber side.
A magnetically responsive scrim comprising: a scrim comprising a plurality of yarns (110, 111, 113); a magnetically responsive coating covering at least a portion of the yarns (110, 111, 113) of the scrim, wherein the magnetically responsive coating comprises magnetically responsive particulate material and a binder, wherein the magnetically responsive coating is at least about 40% by weight magnetically responsive particulate material, and wherein the magnetically responsive coating has an areal density of at least twice the areal density of the scrim. a scrim comprising a plurality of yarns (110, 111, 113); a magnetically responsive coating covering at least a portion of the yarns (110, 111, 113) of the scrim, wherein the magnetically responsive coating comprises magnetically responsive particulate material and a binder, wherein the magnetically responsive coating is at least about 40% by weight magnetically responsive particulate material, and wherein the magnetically responsive coating has an areal density of at least twice the areal density of the scrim.
Aircraft propulsion assembly having an engine, a nacelle positioned around the engine, an annular duct delimited by the engine and the nacelle in which flows a bypass flow of cold air, at least one bifurcation connecting the engine and the nacelle and having a leading edge (76.1) and a primary structure of a pylon housed in the bifurcation and configured to connect the engine to an aircraft wing, the propulsion assembly having at least one heat exchange device which comprises: - a heat exchanger which has a first hot air circuit connecting a first inlet and a first outlet, and a second cold air circuit connecting a second inlet and a second outlet, - a hot air supply duct connected to the first inlet and configured to take hot air from the engine, - a hot air outlet duct connected to the first outlet and configured to convey hot air towards at least one item of aircraft equipment, - a cold air supply duct connected to the second inlet and configured to take cold air from the bypass flow, - an exhaust duct connected to the second outlet and configured to expel the air out of the aircraft, and characterized in that the heat exchanger is a plate heat exchanger, having a hexagonal longitudinal section and positioned in the bifurcation. - a heat exchanger which has a first hot air circuit connecting a first inlet and a first outlet, and a second cold air circuit connecting a second inlet and a second outlet, - a hot air supply duct connected to the first inlet and configured to take hot air from the engine, - a hot air outlet duct connected to the first outlet and configured to convey hot air towards at least one item of aircraft equipment, - a cold air supply duct connected to the second inlet and configured to take cold air from the bypass flow, - an exhaust duct connected to the second outlet and configured to expel the air out of the aircraft, and
A method for improving performance in a communication network, comprising: receiving, at a first user device, a first plurality of received information symbols intended for said first user device, including a first set of data symbols and a first plurality of pilot sequences; receiving, at said first user device, a second plurality of received information symbols intended for a second user device, including a second set of data symbols and a second plurality of pilot sequences; characterized in that at least one of the first plurality of pilot sequences and the second plurality of pilot sequences is based on one of Walsh-Hadamard sequences and Zadoff-Chu sequences; determining, at said first user device, a first channel estimate based on a first sequence of said second plurality of pilot sequences; determining, at said first user device, a second channel estimate based on a second sequence of said second plurality of pilot sequences; transmitting, from said first user device, said first and second channel estimates; receiving, at said first user device, one or more composite symbols, including one or more composite pilot sequences based on said first and second plurality of pilot sequences; and determining, at said first user device, an estimated effective signal value based on at least one of said received composite symbols. receiving, at a first user device, a first plurality of received information symbols intended for said first user device, including a first set of data symbols and a first plurality of pilot sequences; receiving, at said first user device, a second plurality of received information symbols intended for a second user device, including a second set of data symbols and a second plurality of pilot sequences; characterized in that at least one of the first plurality of pilot sequences and the second plurality of pilot sequences is based on one of Walsh-Hadamard sequences and Zadoff-Chu sequences; determining, at said first user device, a first channel estimate based on a first sequence of said second plurality of pilot sequences; determining, at said first user device, a second channel estimate based on a second sequence of said second plurality of pilot sequences; transmitting, from said first user device, said first and second channel estimates; receiving, at said first user device, one or more composite symbols, including one or more composite pilot sequences based on said first and second plurality of pilot sequences; and determining, at said first user device, an estimated effective signal value based on at least one of said received composite symbols.
A balloon catheter comprising: a shaft including: a tubular proximal shaft section; a tubular mid-shaft section extending distally of the proximal shaft section; a core wire extending from the proximal shaft section and into the mid-shaft section; and a multi-lumen tubular distal shaft section extending from the mid-shaft section, a junction between the distal shaft section and the mid-shaft section forming a guidewire port, the distal shaft section including a balloon positioned thereon, wherein the junction between the mid-shaft section and the distal shaft section is configured to burst at a pressure that is lower than a burst pressure of the balloon. a shaft including: a tubular proximal shaft section; a tubular mid-shaft section extending distally of the proximal shaft section; a core wire extending from the proximal shaft section and into the mid-shaft section; and a multi-lumen tubular distal shaft section extending from the mid-shaft section, a junction between the distal shaft section and the mid-shaft section forming a guidewire port, the distal shaft section including a balloon positioned thereon, a tubular proximal shaft section; a tubular mid-shaft section extending distally of the proximal shaft section; a core wire extending from the proximal shaft section and into the mid-shaft section; and a multi-lumen tubular distal shaft section extending from the mid-shaft section, a junction between the distal shaft section and the mid-shaft section forming a guidewire port, the distal shaft section including a balloon positioned thereon, wherein the junction between the mid-shaft section and the distal shaft section is configured to burst at a pressure that is lower than a burst pressure of the balloon.
A light-emitting material, containing a compound represented by a molecular formula, xA 2 O 3 ·yIn 2 O 3 ·bR 2 O 3; the element R is one or two of Cr, Yb, Nd or Er and necessarily comprises Cr; and 0.001≤x≤1,0.001≤y≤1, 0.001≤b≤0.2, and 0.001≤b/(x+y)≤0.2; characterized in that, the compound has a crystal structure which is the same as β-Ga 2 O 3; the element A is Sc and Ga, a molar ratio of Ga to Sc in the element A is M, where 1≤M≤3. the compound has a crystal structure which is the same as β-Ga 2 O 3; the element A is Sc and Ga, a molar ratio of Ga to Sc in the element A is M, where 1≤M≤3.
A node for transmission mode switching for downlink transmission in a downlink channel, comprising: a configuring unit adapted to configure an initial transmission mode for the downlink transmission as a default transmission mode; a deriving unit adapted to derive channel quality metric of the downlink channel; a first determining unit adapted to determine a first predefined threshold on the basis of link level simulation of a first transmission mode and a second transmission mode; and a first switching unit adapted to switch the transmission mode from the initial transmission mode to the first transmission mode or the second transmission mode on the basis of the CQM and the first predefined threshold, wherein the first transmission mode is transmission mode 3 of open-loop spatial multiplexing including a mode of transmit diversity with rank 1 and a mode of large delay cyclic delay diversity precoding with rank 2, and wherein the first determining unit comprises: a first simulation unit adapted to perform a first link level simulation for the mode of large delay CDD precoding with rank 2 with different stream isolation levels and a second simulation unit adapted to perform the second link level simulation for the second transmission mode, and a fourth determining unit adapted to determine, on the basis of results of the first link level simulation and the second link level simulation, a CQM of a cross point where the mode of large delay CDD precoding and the second transmission mode have same CQM and spectrum efficiency, as the first predefined threshold. a configuring unit adapted to configure an initial transmission mode for the downlink transmission as a default transmission mode; a deriving unit adapted to derive channel quality metric of the downlink channel; a first determining unit adapted to determine a first predefined threshold on the basis of link level simulation of a first transmission mode and a second transmission mode; and a first switching unit adapted to switch the transmission mode from the initial transmission mode to the first transmission mode or the second transmission mode on the basis of the CQM and the first predefined threshold, wherein the first transmission mode is transmission mode 3 of open-loop spatial multiplexing including a mode of transmit diversity with rank 1 and a mode of large delay cyclic delay diversity precoding with rank 2, and wherein the first determining unit comprises: a first simulation unit adapted to perform a first link level simulation for the mode of large delay CDD precoding with rank 2 with different stream isolation levels and a second simulation unit adapted to perform the second link level simulation for the second transmission mode, and a fourth determining unit adapted to determine, on the basis of results of the first link level simulation and the second link level simulation, a CQM of a cross point where the mode of large delay CDD precoding and the second transmission mode have same CQM and spectrum efficiency, as the first predefined threshold.
A positive electrode active material for a lithium ion secondary battery, the positive electrode active material comprising a lithium-nickel-manganese composite oxide having a hexagonal layered structure and containing secondary particles with a plurality of aggregated primary particles, wherein metal elements constituting the lithium-nickel-manganese composite oxide include lithium (Li), nickel (Ni), manganese (Mn), cobalt (Co), titanium (Ti), niobium (Nb), and optionally zirconium (Zr), an amount of substance ratio of the metal elements is represented as Li: Ni: Mn: Co: Zr: Ti: Nb = a: b: c: d: e: f: g (provided that, 0.97 ≤ a ≤ 1.10, 0.80 ≤ b ≤ 0.88, 0.04 ≤ c<_ 0.12, 0.04 ≤ d ≤ 0.10, 0 ≤ e ≤ 0.004, 0.003 < f ≤ 0.030, 0.001 < g ≤ 0.006, and b + c + d + e + f + g = 1), in the amount of substance ratio, (f + g) ≤ 0.030 and f > g are satisfied, niobium is segregated at a grain boundary between primary particles of the lithium-nickel-manganese composite oxide, and a volume resistivity, as determined by powder resistivity measurement, when compressed to 4.0 g/cm 3 is 5.0×10 2 Ω·cm or more and 1.0×10 5 Ω·cm or less. wherein metal elements constituting the lithium-nickel-manganese composite oxide include lithium (Li), nickel (Ni), manganese (Mn), cobalt (Co), titanium (Ti), niobium (Nb), and optionally zirconium (Zr), an amount of substance ratio of the metal elements is represented as Li: Ni: Mn: Co: Zr: Ti: Nb = a: b: c: d: e: f: g (provided that, 0.97 ≤ a ≤ 1.10, 0.80 ≤ b ≤ 0.88, 0.04 ≤ c<_ 0.12, 0.04 ≤ d ≤ 0.10, 0 ≤ e ≤ 0.004, 0.003 < f ≤ 0.030, 0.001 < g ≤ 0.006, and b + c + d + e + f + g = 1), in the amount of substance ratio, (f + g) ≤ 0.030 and f > g are satisfied, niobium is segregated at a grain boundary between primary particles of the lithium-nickel-manganese composite oxide, and a volume resistivity, as determined by powder resistivity measurement, when compressed to 4.0 g/cm 3 is 5.0×10 2 Ω·cm or more and 1.0×10 5 Ω·cm or less.
A user equipment, UE, comprising: a user application (202, 204; 306; 404) configured to communicate with a service provider to access a service; a plurality of network-assisted authentication modules, each network-assisted authentication module corresponding to a different network-assisted authentication protocol, and wherein one or more of the plurality of network-assisted authentication modules are configured to perform network-assisted authentication with the service provider to access the service; characterised by a single sign-on, SSO, subsystem (206; 308) configured to authenticate a user of the UE based on user-assisted authentication information and to select a network-assisted authentication module of the plurality of network-assisted authentication modules for performing the network-assisted authentication with the service provider, and wherein the SSO subsystem is further configured to perform the user-assisted authentication and select the network-assisted authentication module based on one or more policies that indicate at least one of a user-assisted authentication strength associated with the user-assisted authentication or a network-assisted authentication strength associated with the network-assisted authentication. a user application (202, 204; 306; 404) configured to communicate with a service provider to access a service; a plurality of network-assisted authentication modules, each network-assisted authentication module corresponding to a different network-assisted authentication protocol, and wherein one or more of the plurality of network-assisted authentication modules are configured to perform network-assisted authentication with the service provider to access the service; characterised by a single sign-on, SSO, subsystem (206; 308) configured to authenticate a user of the UE based on user-assisted authentication information and to select a network-assisted authentication module of the plurality of network-assisted authentication modules for performing the network-assisted authentication with the service provider, and wherein the SSO subsystem is further configured to perform the user-assisted authentication and select the network-assisted authentication module based on one or more policies that indicate at least one of a user-assisted authentication strength associated with the user-assisted authentication or a network-assisted authentication strength associated with the network-assisted authentication.
A wind turbine blade comprising a lightning protection system, the wind turbine blade extending in a longitudinal direction parallel to a longitudinal axis and having a tip end and a root end, the wind turbine blade further comprising a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length extending there between, the profiled contour, when being impacted by an incident airflow, generating a lift, the wind turbine blade further comprising at least one externally-mounted antenna, said at least one antenna projecting from the surface of the wind turbine blade at a height H above the surface of the blade, wherein the lightning protection system comprises a lightning receptor to be positioned above said at least one antenna at a height greater than said height H above the surface of the blade, said lightning receptor arranged for connection to a ground plane.
A tire comprising: a plurality of land portions formed on a tread portion to form two rows on the tread portion, wherein the plurality of land portions is segmented by a circumferential direction groove extending in a tire circumferential direction, width direction grooves extending in a tire width direction, and end portions of the tread portion in the tire width direction, a length of each width direction groove in the tire width direction is not less than 30% of a length of the tread portion in the tire width direction, each of the width direction grooves has a single angled portion (50A, 50B) configured to be bent so that both ends of the angled portion (50A, 50B) are directed toward an opposite direction to a tire rotational direction, the circumferential direction groove is a central circumferential direction groove extending on the tire equator line along the tire circumferential direction, and each of the width direction grooves having the angled portion (50A, 50B) extends from any one of the end portions of the tread portion in the tire width direction to the central circumferential direction groove. a plurality of land portions formed on a tread portion to form two rows on the tread portion, wherein the plurality of land portions is segmented by a circumferential direction groove extending in a tire circumferential direction, width direction grooves extending in a tire width direction, and end portions of the tread portion in the tire width direction, a length of each width direction groove in the tire width direction is not less than 30% of a length of the tread portion in the tire width direction, each of the width direction grooves has a single angled portion (50A, 50B) configured to be bent so that both ends of the angled portion (50A, 50B) are directed toward an opposite direction to a tire rotational direction, the circumferential direction groove is a central circumferential direction groove extending on the tire equator line along the tire circumferential direction, and each of the width direction grooves having the angled portion (50A, 50B) extends from any one of the end portions of the tread portion in the tire width direction to the central circumferential direction groove.
Motor vehicle door comprising a frame exhibiting an internal rebate defining a bearing strip and comprising a frame lining element exhibiting a free edge intended to be pressed against said bearing strip, said door further comprising a seal exhibiting, on the one hand, a sole applied flat against the bearing strip and a bulge surmounting said sole and, on the other hand, a lip extending laterally as a projection from a junction between the sole and the bulge, said lip exhibiting a free end which comes to press on said free edge of the lining element; characterized in that said free edge of the lining element has an extension extending in return toward said junction between the sole and the bulge in such a way that said free edge is sandwiched between the sole and the lip, and in that said sole exhibits a lateral rim, said extension exhibiting a flat edge face extending substantially parallel facing said lateral rim.