mhurhangee/ep-ind-claims huggingface dataset:
A reel leg fixing apparatus comprising: a movable hood having a tubular shape and including a protrusion protruding so as to have an opening for receiving a reel leg of a fishing reel; and an operation nut configured to be operated to move the movable hood in an axial direction, wherein the movable hood and the operation nut are coupled together when a locking portion (15f, 15f", 15f") bent and provided at an end of the movable hood is engaged with a recess (18g, 18g', 18g") at an end of the operation nut, and wherein the movable hood is formed of a fiber-reinforced resin member including reinforcement fibers impregnated with a synthetic resin, characterized in that the reinforcement fibers oriented at least in the axial direction extend continuously at least in a coupling between the movable hood and the operation nut, wherein the reinforcement fibers oriented at least in the axial direction extend continuously from an end of the locking portion (15f, 15f, 15f") through a bending portion of the locking portion (15f, 15f, 15f") toward the protrusion, wherein a reinforcement member (60, 62, 64, 66, 69) for restricting radially outward deformation of the movable hood at the coupling is provided around or inside the fiber-reinforced resin member placed in the coupling or in the vicinity thereof. a movable hood having a tubular shape and including a protrusion protruding so as to have an opening for receiving a reel leg of a fishing reel; and an operation nut configured to be operated to move the movable hood in an axial direction, wherein the movable hood and the operation nut are coupled together when a locking portion (15f, 15f", 15f") bent and provided at an end of the movable hood is engaged with a recess (18g, 18g', 18g") at an end of the operation nut, and wherein the movable hood is formed of a fiber-reinforced resin member including reinforcement fibers impregnated with a synthetic resin, characterized in that the reinforcement fibers oriented at least in the axial direction extend continuously at least in a coupling between the movable hood and the operation nut, wherein the reinforcement fibers oriented at least in the axial direction extend continuously from an end of the locking portion (15f, 15f, 15f") through a bending portion of the locking portion (15f, 15f, 15f") toward the protrusion, wherein a reinforcement member (60, 62, 64, 66, 69) for restricting radially outward deformation of the movable hood at the coupling is provided around or inside the fiber-reinforced resin member placed in the coupling or in the vicinity thereof.
A motorcycle tire for running on rough terrain comprising: a tread portion provided with crown blocks each having a ground contacting top surface (21, 22, 23) whose centroid is positioned in a crown region which is defined as being centered on the tire equator and having a developed axial width of 1/3 of the developed tread width (TWe) of the tread portion, wherein the crown blocks include first crown blocks disposed on the tire equator, plural pairs of second crown blocks disposed one on each side of the tire equator at different circumferential positions from circumferential positions of the first crown blocks, and plural pairs of third crown blocks disposed one on each side of the tire equator at different circumferential positions from the circumferential positions of the first crown blocks and the second crown blocks, wherein in each pair of the second crown blocks, the minimum axial distance L2 between the ground contacting top surfaces thereof is smaller than the maximum axial width L1 of each first crown block, and wherein in each pair of the third crown blocks, the minimum axial distance L3 between the ground contacting top surfaces thereof is larger than the maximum axial width L1 of each first crown block, characterized in that said maximum axial width L1 is in a range from 9% to 13% of the developed tread width (TWe). a tread portion provided with crown blocks each having a ground contacting top surface (21, 22, 23) whose centroid is positioned in a crown region which is defined as being centered on the tire equator and having a developed axial width of 1/3 of the developed tread width (TWe) of the tread portion, wherein the crown blocks include first crown blocks disposed on the tire equator, plural pairs of second crown blocks disposed one on each side of the tire equator at different circumferential positions from circumferential positions of the first crown blocks, and plural pairs of third crown blocks disposed one on each side of the tire equator at different circumferential positions from the circumferential positions of the first crown blocks and the second crown blocks, first crown blocks disposed on the tire equator, plural pairs of second crown blocks disposed one on each side of the tire equator at different circumferential positions from circumferential positions of the first crown blocks, and plural pairs of third crown blocks disposed one on each side of the tire equator at different circumferential positions from the circumferential positions of the first crown blocks and the second crown blocks, wherein in each pair of the second crown blocks, the minimum axial distance L2 between the ground contacting top surfaces thereof is smaller than the maximum axial width L1 of each first crown block, and wherein in each pair of the third crown blocks, the minimum axial distance L3 between the ground contacting top surfaces thereof is larger than the maximum axial width L1 of each first crown block, characterized in that said maximum axial width L1 is in a range from 9% to 13% of the developed tread width (TWe).
A method comprising: receiving a first share value and a second share value, wherein a combination of the first share value and the second share value corresponds to an exponent value; updating a value of a first register using a first equation that is based on the first and second share values; updating a value of a second register using a second equation that is based on the second share value; and selecting, by a processing device, one of the value of the first register or the value of the second register to be used in a cryptographic operation based on a bit value of the second share value, wherein the value of the first register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a first value and the value of the second register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a second value that is different than the first value. receiving a first share value and a second share value, wherein a combination of the first share value and the second share value corresponds to an exponent value; updating a value of a first register using a first equation that is based on the first and second share values; updating a value of a second register using a second equation that is based on the second share value; and selecting, by a processing device, one of the value of the first register or the value of the second register to be used in a cryptographic operation based on a bit value of the second share value, wherein the value of the first register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a first value and the value of the second register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a second value that is different than the first value.
Rotor of a gas turbine, having a first rotor disk which has, distributed on the outer circumference, a plurality of first blade retention grooves penetrating the rotor disk axially and has an encircling, axially extending first fastening projection arranged, on the side pointing toward the rotor axis, below the first blade retention grooves, and having a second rotor disk which is fixedly connected to the first rotor disk and has, distributed on the outer circumference, a plurality of second blade retention grooves penetrating the rotor disk axially and has an encircling, axially extending second fastening projection arranged, on the side pointing toward the rotor axis, below the second blade retention grooves, and having a ring-shaped encircling rotor component which has, on one side, an encircling, axially opening first annular groove and, on the opposite side, an encircling, axially opening second annular groove, wherein the first fastening projection engages into the first annular groove and the second fastening projection engages into the second annular groove, characterized in that, in a standstill state, - a first groove outer flank of the first annular groove bears under contact pressure against a first projection outer flank of the first fastening projection, and - a clearance is present between a first groove inner flank of the first annular groove and a first projection inner flank of the first fastening projection. having a first rotor disk which has, distributed on the outer circumference, a plurality of first blade retention grooves penetrating the rotor disk axially and has an encircling, axially extending first fastening projection arranged, on the side pointing toward the rotor axis, below the first blade retention grooves, and having a second rotor disk which is fixedly connected to the first rotor disk and has, distributed on the outer circumference, a plurality of second blade retention grooves penetrating the rotor disk axially and has an encircling, axially extending second fastening projection arranged, on the side pointing toward the rotor axis, below the second blade retention grooves, and having a ring-shaped encircling rotor component which has, on one side, an encircling, axially opening first annular groove and, on the opposite side, an encircling, axially opening second annular groove, wherein the first fastening projection engages into the first annular groove and the second fastening projection engages into the second annular groove, characterized in that, in a standstill state, - a first groove outer flank of the first annular groove bears under contact pressure against a first projection outer flank of the first fastening projection, and - a clearance is present between a first groove inner flank of the first annular groove and a first projection inner flank of the first fastening projection. - a first groove outer flank of the first annular groove bears under contact pressure against a first projection outer flank of the first fastening projection, and - a clearance is present between a first groove inner flank of the first annular groove and a first projection inner flank of the first fastening projection.
An apparatus for debulking and curing a repair laminate attached to a damaged laminate, the apparatus comprising: a heater positioned above a surface of the repair laminate; and a vacuum bag attached to a surface of the damaged laminate, the vacuum bag forming an airtight cavity, the airtight cavity adapted to receive the heater; and a vacuum valve in gaseous communication with the airtight cavity, the valve being configured to produce access to a gas trapped within the airtight cavity during the excavation process; a porous material positioned on the repair laminate; a non-compressible fiberglass material disposed between the heater and the porous material; a porous release film placed between the fiberglass material and the porous material; and a release film placed between the heater and the fiberglass material; wherein the heater is adjusted to provide sufficient heat to fully cure the repair laminate and the vacuum bag is adjusted to create a negative pressure on the repair laminate, during debulking and curing of the repair laminate. a heater positioned above a surface of the repair laminate; and a vacuum bag attached to a surface of the damaged laminate, the vacuum bag forming an airtight cavity, the airtight cavity adapted to receive the heater; and a vacuum valve in gaseous communication with the airtight cavity, the valve being configured to produce access to a gas trapped within the airtight cavity during the excavation process; a porous material positioned on the repair laminate; a non-compressible fiberglass material disposed between the heater and the porous material; a porous release film placed between the fiberglass material and the porous material; and a release film placed between the heater and the fiberglass material; wherein the heater is adjusted to provide sufficient heat to fully cure the repair laminate and the vacuum bag is adjusted to create a negative pressure on the repair laminate, during debulking and curing of the repair laminate.
A computer-implemented method of establishing privacy in a conference call, the method comprising: determining a context shared between at least two parties in a conference call and determining each party as trusted or untrusted; identifying privacy groupings as either trusted or untrusted for said at least two parties associated with said context, wherein identifying said privacy groupings is based on the context and the determination of each party as trusted or untrusted; determining information privacy measures of said privacy groupings; and actuating said information privacy measures for said privacy groupings in said conference call, wherein actuating said information privacy measures comprises providing an auditory or visual announcement directed towards at least one privacy grouping that is trusted. determining a context shared between at least two parties in a conference call and determining each party as trusted or untrusted; identifying privacy groupings as either trusted or untrusted for said at least two parties associated with said context, wherein identifying said privacy groupings is based on the context and the determination of each party as trusted or untrusted; determining information privacy measures of said privacy groupings; and actuating said information privacy measures for said privacy groupings in said conference call, wherein actuating said information privacy measures comprises providing an auditory or visual announcement directed towards at least one privacy grouping that is trusted.
A method for limiting a spurious emission, the method performed by a User equipment, UE, and comprising: configuring a transceiver of the UE to use evolved universal terrestrial radio access, E-UTRA, bands 1 and 5 for an inter-band carrier aggregation; determining at least one protected band for protecting any other UE using the at least one protected band; when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 26 is determined as the at least one protected band, configuring the transceiver to set a maximum level of the spurious emission of the UE into band 26 to -27dBm; and when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 42 is determined as the at least one protected band, configuring the transceiver to set the maximum level of the spurious emission of the UE into band 42 to -50dBm. configuring a transceiver of the UE to use evolved universal terrestrial radio access, E-UTRA, bands 1 and 5 for an inter-band carrier aggregation; determining at least one protected band for protecting any other UE using the at least one protected band; when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 26 is determined as the at least one protected band, configuring the transceiver to set a maximum level of the spurious emission of the UE into band 26 to -27dBm; and when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 42 is determined as the at least one protected band, configuring the transceiver to set the maximum level of the spurious emission of the UE into band 42 to -50dBm.
An access node for providing broadband communication services to subscribers, and comprising a first transceiver unit configured to initialize a first communication channel over a first communication line and a second transceiver unit configured to subsequently initialize a second communication channel over a second communication line, said first and second transceiver units being configured, during the initialization of said first and second communication channels, to perform respective first and second handshake phases (HS1, HS2), and further to exchange capabilities and to select a common mode of operation with peer transceiver units, next to perform respective first and second crosstalk channel acquisition phases (XT_ACQ1, XT_ACQ2) for acquisition of crosstalk channels from said first and second communication lines into further active communication lines (Lx), and next to perform respective further first and second generic initialization phases, wherein said access node further comprises a line initialization controller configured to stretch the execution of said first handshake phase with respect to the execution of said second handshake phase so as to shorten a time difference (Δt12) between respective entries into said first and second crosstalk channel acquisition phases.
A process for manufacturing gelatin fibers comprising the steps of: (a) preparing a composition comprising ▪ 5 - 35 wt % of gelatin ▪ 20 - 60 wt % of water ▪ 20 - 75 wt % of a first solvent selected from the group of aliphatic C 1-4 alcohols ▪ 0 - 20 wt % of a second solvent selected from the group of cyclic ethers having 5 - 7 ring members ▪ 0 - 10 wt % additives; (b) spinning the lower phase of said composition; (c) stretching (drawing) said composition by a factor of 1.25 - 5; (d) optionally further treatment; whereby at least steps (b) and (c) are continuously performed, and whereby steps, (b) and (c) are performed at ambient temperature, and whereby the composition of step (a) comprises two phases and wherein the lower one of said phases is gelatin-rich and opaque. (a) preparing a composition comprising ▪ 5 - 35 wt % of gelatin ▪ 20 - 60 wt % of water ▪ 20 - 75 wt % of a first solvent selected from the group of aliphatic C 1-4 alcohols ▪ 0 - 20 wt % of a second solvent selected from the group of cyclic ethers having 5 - 7 ring members ▪ 0 - 10 wt % additives; ▪ 5 - 35 wt % of gelatin ▪ 20 - 60 wt % of water ▪ 20 - 75 wt % of a first solvent selected from the group of aliphatic C 1-4 alcohols ▪ 0 - 20 wt % of a second solvent selected from the group of cyclic ethers having 5 - 7 ring members ▪ 0 - 10 wt % additives; (b) spinning the lower phase of said composition; (c) stretching (drawing) said composition by a factor of 1.25 - 5; (d) optionally further treatment;
A control method for a communication device including a communication interface for communicating with a wireless terminal (20A, 20B, 20C), the control method comprising: in a first period, successively selecting one transmission scheme included in a plurality of transmission schemes according to schedule information and using the selected one transmission scheme to try communications with the wireless terminal (20A, 20B, 20C) via the communication interface; determining which transmission scheme of the plurality of transmission schemes has succeeded in communicating with the wireless terminal (20A, 20B, 20C) in the first period; and adjusting the schedule information to start a trial of communications using a transmission scheme determined as having succeeded in communicating with the wireless terminal (20A, 20B, 20C) earlier in a second period subsequent to the first period than in case of the first period, wherein the schedule information includes an order of trials of communications for each of the plurality of transmission schemes, and in the adjusting, the schedule information is adjusted by advancing a trial of communications using a transmission scheme determined as having succeeded in communications, in the order in the schedule information. in a first period, successively selecting one transmission scheme included in a plurality of transmission schemes according to schedule information and using the selected one transmission scheme to try communications with the wireless terminal (20A, 20B, 20C) via the communication interface; determining which transmission scheme of the plurality of transmission schemes has succeeded in communicating with the wireless terminal (20A, 20B, 20C) in the first period; and adjusting the schedule information to start a trial of communications using a transmission scheme determined as having succeeded in communicating with the wireless terminal (20A, 20B, 20C) earlier in a second period subsequent to the first period than in case of the first period, wherein the schedule information includes an order of trials of communications for each of the plurality of transmission schemes, and in the adjusting, the schedule information is adjusted by advancing a trial of communications using a transmission scheme determined as having succeeded in communications, in the order in the schedule information.
Mechatronic lock-key system, comprising a key with shaft and key bow, in which a 13.56 MHz RFID chip is read out contactlessly, and a lock, the lock having a lock cylinder housing, in which a cylinder core is mounted rotatably and is provided with a key channel, into which the shaft of the key can be inserted in order to implement a locking process, and an electronics unit which evaluates an electronic coding of the key being disposed in the lock, characterised in that the shaft of the key consists of a ceramic material, and in that an RFID antenna made of tungsten wire is embedded in the latter and is connected conductively to the RFID chip disposed in the key bow, in that a voltage supply for the electronics unit disposed in the cylinder core for reading out the RFID chip disposed in the key is present in the cylinder housing, in that a testing element which is pivotable in the key channel is provided in the cylinder core, which testing element consists of a pivotable hardened plate with a starting bevel and a sharp edge which can be pressed against the shaft of the key, which is partially inserted into the key channel, during insertion of the key shaft, the sharp edge scratching over the ceramic surface thereof and hence testing the hardness and smoothness of the shaft material, the starting bevel being able to be pressed back out of the key channel into the cylinder core respectively according to the surface property and the hardness of the shaft, and in that the plate is in engagement on the side orientated away from the key channel with a locking pin which is provided in the wall of the lock cylinder housing, is springloaded and can be pressed over the separating plane between cylinder core and lock cylinder housing, the dimensions of the plate, the starting bevel thereof, the sharp edge thereof, and of the locking pin being coordinated to each other such that when a tested key with key shaft made of a ceramic material has been inserted fully in the key channel, the locking pin is pressed into the wall of the lock cylinder housing, so that the separating plane is released and rotation of the cylinder core and hence a locking process can be implemented.