mhurhangee/ep-ind-claims huggingface dataset:
A method for applying a water-absorbing polymer coating onto an optical fibre comprising a core, a cladding and at least a primary coating, the method comprising coating the optical fibre with an organic solvent-free radiation curable coating composition, and initiating polymerization, preferably with UV, wherein said coating composition in percentages by weight based on the total composition (wt.%) consists essentially of: a. 40-70 wt.% of neutralized or partly neutralized acrylic acid or acrylic acid mixture comprising at most 10 wt.% of a copolymerizable monofunctional monomer having a single unsaturated carbon-carbon bond (monofunctional); wherein at least 10 mol% of the acrylic acid groups are neutralized with an inorganic base; b. 0.1-1 wt.% of a copolymerizable multifunctional monomer with more than one unsaturated carbon-carbon bond, acting as crosslinker; c. water; d. 3-7 wt.% of thickening agent; e. optionally, one or more colouring agents; f. optionally, one or more additive(s), and g. 1-10 wt.% of free radical initiator. a. 40-70 wt.% of neutralized or partly neutralized acrylic acid or acrylic acid mixture comprising at most 10 wt.% of a copolymerizable monofunctional monomer having a single unsaturated carbon-carbon bond (monofunctional); wherein at least 10 mol% of the acrylic acid groups are neutralized with an inorganic base; b. 0.1-1 wt.% of a copolymerizable multifunctional monomer with more than one unsaturated carbon-carbon bond, acting as crosslinker; c. water; d. 3-7 wt.% of thickening agent; e. optionally, one or more colouring agents; f. optionally, one or more additive(s), and g. 1-10 wt.% of free radical initiator.
A method of reconfiguring an intraocular lens (3; 340) for delivery, comprising providing the intraocular lens (3; 340) having a leading haptic (4; 341; 441) and an optic portion (2; 343; 443), wherein the intraocular lens (3; 340) is provided in an intraocular lens receiving region of a base (12; 310; 410) of an intraocular lens carrier (10; 300; 400) such that the leading haptic (4; 341; 441) is in an at-rest configuration relative to the optic portion (2; 343; 443), wherein the at-rest configuration is a curved configuration closely following the curvature of a periphery of the optic portion (2; 343; 443); characterised in that the method comprises the step of distally advancing a splay member (20; 320) arranged within a channel (15; 311) located in the base (12; 310; 410); and the splay member (20; 320) engaging and pushing a free end of the leading haptic (4; 341; 441) distally and towards a delivery device (30; 360) away from the optic portion (2; 343; 443).
An electrode mixture comprising: a binder composition for binding an electrode active material to a current collector, an electrode active material, and a conductive additive, the binder composition comprising a vinylidene fluoride copolymer composition; and the vinylidene fluoride copolymer composition comprising a copolymer of vinylidene fluoride and a monomer having an acidic functional group; wherein the vinylidene fluoride copolymer composition has, in a case where the vinylidene fluoride copolymer composition is adsorbed onto alumina, a ratio (Mn2/Mn1) of less than 1, the ratio of a number average molecular weight of the vinylidene fluoride copolymer composition that is not adsorbed onto the alumina after the adsorption to a number average molecular weight of the vinylidene fluoride copolymer composition before the adsorption, wherein the number average molecular weight is measured according to the description. the binder composition comprising a vinylidene fluoride copolymer composition; and the vinylidene fluoride copolymer composition comprising a copolymer of vinylidene fluoride and a monomer having an acidic functional group; wherein the vinylidene fluoride copolymer composition has, in a case where the vinylidene fluoride copolymer composition is adsorbed onto alumina, a ratio (Mn2/Mn1) of less than 1, the ratio of a number average molecular weight of the vinylidene fluoride copolymer composition that is not adsorbed onto the alumina after the adsorption to a number average molecular weight of the vinylidene fluoride copolymer composition before the adsorption, wherein the number average molecular weight is measured according to the description.
A method of transmitting data from a user equipment, UE (120; 1001) in a 3GPP wireless communication network, comprising: receiving one or more precoding patterns from a network device of the 3GPP wireless communication network via radio resource control, RRC, signaling; determining a number of repetitions to transmit data in the 3GPP wireless communication network; determining a precoding pattern of the one or more precoding patterns that specifies at least one precoder to be applied to each repetition of the number of repetitions; and transmitting the data according to the number of repetitions and according to the precoding pattern. receiving one or more precoding patterns from a network device of the 3GPP wireless communication network via radio resource control, RRC, signaling; determining a number of repetitions to transmit data in the 3GPP wireless communication network; determining a precoding pattern of the one or more precoding patterns that specifies at least one precoder to be applied to each repetition of the number of repetitions; and transmitting the data according to the number of repetitions and according to the precoding pattern.
A polyester resin mainly comprising a diol constitutional unit and a dicarboxylic acid constitutional unit, wherein 20 to 100 mol% of the diol constitutional unit is a constitutional unit derived from a diol having a dinorbornane ring represented by the following formula (i); a glass transition temperature is 90°C or higher; an amount of heat of a crystallization exothermic peak in temperature drop is 5 J/g or less; the Tg and the heat of crystallisation are measured as detailed in the description; and a YI value as measured by a reflection method according to JIS K 7103 is 10 or less: wherein R is H, CH 3, or C 2 H 5.
An oxide superconducting bulk magnet comprising an oxide superconducting bulk laminate including a plurality of sheet-shaped oxide superconducting bulk members each made of a singlecrystal form RE 1 Ba 2 Cu 3 O y (RE is one or more elements selected from Y or rare earth elements, where 6.8≤y≤7.1) in which RE 2 BaCuO 5 is dispersed, and including one or more high strength reinforcing members arranged between the stacked oxide superconducting bulk members and one or more outer circumference reinforcing members provided at an outer circumference of the oxide superconducting bulk laminate, the oxide superconducting bulk members being joined or bonded with the high strength reinforcing members, wherein the high strength reinforcing member is joined or bonded with the outer circumference reinforcing member. an oxide superconducting bulk laminate including a plurality of sheet-shaped oxide superconducting bulk members each made of a singlecrystal form RE 1 Ba 2 Cu 3 O y (RE is one or more elements selected from Y or rare earth elements, where 6.8≤y≤7.1) in which RE 2 BaCuO 5 is dispersed, and including one or more high strength reinforcing members arranged between the stacked oxide superconducting bulk members and one or more outer circumference reinforcing members provided at an outer circumference of the oxide superconducting bulk laminate, the oxide superconducting bulk members being joined or bonded with the high strength reinforcing members, wherein the high strength reinforcing member is joined or bonded with the outer circumference reinforcing member.
An ejector system for ejecting bales from a bale-forming chamber of an agricultural baler independently of the movement of a reciprocating compacting plunger for compacting crop material into bales and serially and incrementally moving said bales along the bale-forming chamber in a forward direction towards a discharge outlet for ejection therefrom, the ejector system comprising a first shuttle assembly comprising at least one dog to engage only the last bale positioned closest to the discharge outlet and for advancing the last bale incrementally out of the discharge outlet in response to reciprocation of the first shuttle assembly, and a second shuttle assembly comprising at least one dog positioned to engage at least a previous bale different from the last bale positioned closest to the discharge outlet and for advancing said previous bale incrementally out of the discharge outlet in response to reciprocation of the second shuttle assembly, and a first actuator adapted for driving the motion of the first shuttle assembly, and a second actuator adapted for driving the motion of the second shuttle assembly, characterised in that the first shuttle assembly is adapted for establishing mechanical contact with the second shuttle assembly and for driving said second shuttle assembly during movements of the first shuttle assembly in a reverse direction (D') substantially opposite to the forward direction, so as to synchronize movement in the reverse direction (D') of both shuttle assemblies (2, 3).
A method in a data network edge switch comprising: designating at least one uplink port in the data network edge switch, wherein all remaining ports of the data network edge switch not designated as an uplink port are designated as a host port, and wherein an uplink port comprises a port that connects a sub-net to a greater network; monitoring data traffic along the uplink port and along at least a subset of a plurality of the host ports; determining whether the uplink port is oversubscribed based on the monitored data traffic; determining whether a given host port of the at least a subset of host ports is receiving excessive data traffic in response to determining that the uplink port is oversubscribed; flagging a host port that is determined to be receiving excessive data traffic; and rate limiting the flagged host port; wherein an amount that a flagged host port is rate limited is based on a number of dropped packets over a period of time, and wherein, if it is determined that the uplink port is dropping packets following rate limiting the flagged host port, further rate limiting the flagged host port, and, if it is determined that the uplink port is not dropping packets following rate limiting the flagged host port, reducing the rate limiting of the flagged host port. designating at least one uplink port in the data network edge switch, wherein all remaining ports of the data network edge switch not designated as an uplink port are designated as a host port, and wherein an uplink port comprises a port that connects a sub-net to a greater network; monitoring data traffic along the uplink port and along at least a subset of a plurality of the host ports; determining whether the uplink port is oversubscribed based on the monitored data traffic; determining whether a given host port of the at least a subset of host ports is receiving excessive data traffic in response to determining that the uplink port is oversubscribed; flagging a host port that is determined to be receiving excessive data traffic; and rate limiting the flagged host port; wherein an amount that a flagged host port is rate limited is based on a number of dropped packets over a period of time, and wherein, if it is determined that the uplink port is dropping packets following rate limiting the flagged host port, further rate limiting the flagged host port, and, if it is determined that the uplink port is not dropping packets following rate limiting the flagged host port, reducing the rate limiting of the flagged host port.
A pre-fabricated water control sluice gate system comprising: a. a frame comprising: i. two side panels; ii. a base panel interconnecting the two side panels; and iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; b. one or more gate members; and c. an actuator adapted for moving the one or more gate members; wherein the side and/or base panels are adapted for mounting the one or more gate members thereto; wherein a) a part of the base panel is configured as a lower gate member extending between the two side panels, characterized in that a) the lower gate member comprises one or more channels of a first type extending from one side of lower gate member to the other; and wherein the one or more channels of a first type are configured for being in a closed configuration and in an open configuration, and/or b) wherein the base panel comprises one or more channels of a second type extending from one side of the gate member to the other side of the gate member, and wherein one or more inlets and one or more outlets of a channel is positioned on each side of the lower gate member, and wherein the one or more channels of a second type are configured for being in a closed configuration and in an open configuration. a. a frame comprising: i. two side panels; ii. a base panel interconnecting the two side panels; and iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; i. two side panels; ii. a base panel interconnecting the two side panels; and iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; b. one or more gate members; and c. an actuator adapted for moving the one or more gate members;
A liquid ejection head comprising: a substrate having an ejection opening through which a liquid is ejected; a recessed member having a wall defining a recess in which the substrate is disposed away from the wall with a gap therebetween; and a sealing member filling the gap, wherein the sealing member includes a cured product of a composition containing a first polyol compound, an isocyanate compound having an isocyanate group, and a second polyol compound that is more reactive with the isocyanate group than the first polyol compound, characterized in that the sealing member has a sea-island structure at the surface thereof and the sea-island structure has a height difference between the sea-like portion and the island-like portions which exceeds 100 nm and is 1000 nm or less. a substrate having an ejection opening through which a liquid is ejected; a recessed member having a wall defining a recess in which the substrate is disposed away from the wall with a gap therebetween; and a sealing member filling the gap, wherein the sealing member includes a cured product of a composition containing a first polyol compound, an isocyanate compound having an isocyanate group, and a second polyol compound that is more reactive with the isocyanate group than the first polyol compound, characterized in that the sealing member has a sea-island structure at the surface thereof and the sea-island structure has a height difference between the sea-like portion and the island-like portions which exceeds 100 nm and is 1000 nm or less.
A fastening tab comprising: a substrate having at least one fastening region, the at least one fastening region comprising patches of a fastening material attached to the substrate, each of the patches comprising a plurality of fastening elements, the at least one fastening region further comprising one or more exposed areas between the patches of fastening material, the one or more exposed areas being free of fastening material; and a first adhesive provided on the substrate adjacent to the at least one fastening region; wherein the first adhesive has a first tackiness and the one or more exposed areas of the at least one fastening region have a second tackiness, said second tackiness being lower than the first tackiness, and wherein the second tackiness has a tack value less than 0.6 N/mm 2, in particular equal to or less than 0.5 N/mm 2, and more particularly equal to or less than 0.4 N/mm 2, as determined in accordance with ASTM D 2979, where probe has an diameter of 0.8mm, and where the following conditions were used: separation rate 1 mm/min; dwell time 1 second; contact pressure 1950 kPa; and temperature and relative humidity 23 °C and 50 %, respectively, wherein the patches of fastening material are attached to the substrate by a second adhesive and wherein the one or more exposed areas expose the second adhesive and wherein the second tackiness is the tackiness of the second adhesive after attachment of the patches of fastening material to the substrate.. a substrate having at least one fastening region, the at least one fastening region comprising patches of a fastening material attached to the substrate, each of the patches comprising a plurality of fastening elements, the at least one fastening region further comprising one or more exposed areas between the patches of fastening material, the one or more exposed areas being free of fastening material; and a first adhesive provided on the substrate adjacent to the at least one fastening region; wherein the first adhesive has a first tackiness and the one or more exposed areas of the at least one fastening region have a second tackiness, said second tackiness being lower than the first tackiness, and wherein the second tackiness has a tack value less than 0.6 N/mm 2, in particular equal to or less than 0.5 N/mm 2, and more particularly equal to or less than 0.4 N/mm 2, as determined in accordance with ASTM D 2979, where probe has an diameter of 0.8mm, and where the following conditions were used: separation rate 1 mm/min; dwell time 1 second; contact pressure 1950 kPa; and temperature and relative humidity 23 °C and 50 %, respectively, wherein the patches of fastening material are attached to the substrate by a second adhesive and wherein the one or more exposed areas expose the second adhesive and wherein the second tackiness is the tackiness of the second adhesive after attachment of the patches of fastening material to the substrate..
Securing device which is adapted for running along an elongate securing means on a person to be secured, said securing device comprising a base body having a guide element, a receiving body, which has a longitudinal axis, wherein the receiving body is disposed in such a manner on the base body that the securing means is guidable between the receiving body and the guide element, a housing, which is fastened movably on the base body, and a securing element having a first securing bolt, wherein the securing element is fastened rotatably about a first axis of rotation on the base body, wherein the first securing bolt is coupled to the housing in such a manner that during a movement of the housing relative to the base body the securing element is rotatable about the first axis of rotation so that as a result of a first rotation one end of the securing element is movable in the direction of the receiving body so that the securing means is clampable between the receiving body and the securing element. a base body having a guide element, a receiving body, which has a longitudinal axis, wherein the receiving body is disposed in such a manner on the base body that the securing means is guidable between the receiving body and the guide element, a housing, which is fastened movably on the base body, and a securing element having a first securing bolt, wherein the securing element is fastened rotatably about a first axis of rotation on the base body, wherein the first securing bolt is coupled to the housing in such a manner that during a movement of the housing relative to the base body the securing element is rotatable about the first axis of rotation so that as a result of a first rotation one end of the securing element is movable in the direction of the receiving body so that the securing means is clampable between the receiving body and the securing element.
A transmission method, comprising: generating a first transmission signal z 1 (t) and a second transmission signal z 2 (t) by calculating Equation: [MATH. 1] from a first modulated signal s 1 (t) and a second modulated signal s 2 (t) and transmitting the first transmission signal z 1 (t) and the second transmission signal z 2 (t) from a respective horizontal polarizing transmission antenna and vertical polarizing transmission antenna; and calculating θ, a, and b based on feedback information so as to satisfy: wherein h 11 (t) represents channel characteristics between the horizontal polarizing transmission antenna and a horizontal polarizing reception antenna at a receiver side, h 22 (t) represents channel characteristics between the vertical polarizing transmission antenna and a vertical polarizing reception antenna at the receiver side, and δ is an angle between the the pair of the horizontal polarizing transmission antenna and the vertical polarizing transmission antenna and the pair of the horizontal polarizing reception antenna and the vertical polarizing reception antenna when in a reception antenna state in which the horizontal polarizing reception antenna and the vertical polarizing reception antenna are actually installed or when the reception antenna state is changed. generating a first transmission signal z 1 (t) and a second transmission signal z 2 (t) by calculating Equation: [MATH. 1] from a first modulated signal s 1 (t) and a second modulated signal s 2 (t) and transmitting the first transmission signal z 1 (t) and the second transmission signal z 2 (t) from a respective horizontal polarizing transmission antenna and vertical polarizing transmission antenna; and calculating θ, a, and b based on feedback information so as to satisfy: wherein h 11 (t) represents channel characteristics between the horizontal polarizing transmission antenna and a horizontal polarizing reception antenna at a receiver side, h 22 (t) represents channel characteristics between the vertical polarizing transmission antenna and a vertical polarizing reception antenna at the receiver side, and δ is an angle between the the pair of the horizontal polarizing transmission antenna and the vertical polarizing transmission antenna and the pair of the horizontal polarizing reception antenna and the vertical polarizing reception antenna when in a reception antenna state in which the horizontal polarizing reception antenna and the vertical polarizing reception antenna are actually installed or when the reception antenna state is changed.
An accelerometer-based access disconnect detector, comprising: an accelerometer (21, 41) configured for mounting on a patient near an access site; signal processing circuitry (22, 23), the signal processing circuitry operably connected to the accelerometer for receiving a signal from the accelerometer that is - indicative of vibrations from the pulsed flow of a patient's blood; and a controller configured for receiving readings from the signal processing circuitry and for sending a signal upon a change in the readings, wherein the controller is In communication with or is part of a therapy machine for receiving blood and returning blood to a patient. an accelerometer (21, 41) configured for mounting on a patient near an access site; signal processing circuitry (22, 23), the signal processing circuitry operably connected to the accelerometer for receiving a signal from the accelerometer that is - indicative of vibrations from the pulsed flow of a patient's blood; and a controller configured for receiving readings from the signal processing circuitry and for sending a signal upon a change in the readings, wherein the controller is In communication with or is part of a therapy machine for receiving blood and returning blood to a patient.