mhurhangee/patent-ind-claim-en huggingface dataset:
An ionic compound comprising an anion group represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, Arl to Ar4 are the same as or different from each other, at least one of Arl to Ar4 is represented by the following Chemical Formula 2, and the remaining Arl to Ar4 if present are represented by the following Chemical Formula 3, in Chemical Formula 2, at least one of R1 to R5 is F, a cyano group, or a fluoroalkyl group; at least one of the remaining R1 to R5 is a curing group; the remaining R1 to R5 if present are the same as or different from each other, and each independently hydrogen; deuterium; a nitro group; -C(O)R 100 ; -OR 101 ; -SR 102 ; -SO 3 R 103 ; -COOR 104 ; -OC(O)R 105 ; -C(O)NR 106 R 107 ; an alkyl group; an alkenyl group; an alkynyl group; an amine group; an aryl group; or a heterocyclic group; R 100 to R 107 are the same as or different from each other, and each independently hydrogen; deuterium; or an alkyl group, in Chemical Formula 3, at least one of R6 to R10 is a curing group; the remaining R6 to R10 if present are the same as or different from each other, and each independently hydrogen; deuterium; a nitro group; -C(O)R 100 ; -OR 101 ; -SR 102 ; -SO 3 R 103 ; -COOR 104 ; -OC(O)R 105 ; -C(O)NR 106 R 107 ; an alkyl group; an fluoroalkyl group; an alkenyl group; an alkynyl group; an amine group; an aryl group; or a heterocyclic group; and R 100 to R 107 are the same as or different from each other, and each independently hydrogen; deuterium; or an alkyl group; wherein the curing group is selected from the group consisting of the following curing groups: [group of curing groups] in the group of the curing groups, L is a direct bond; O; S; an alkylene group; an arylene group; or a divalent heterocyclic group, k is an integer of 1 or 2, and when k is 2, the Ls are the same as or different from each other; and R21 is an alkyl group.
A rotatable joint for a suspension arm (B) having ends (E) adapted to be rotatably secured to a machine (M) and/or a control panel (C) of such machine (M), comprising: - an outer cylindrical element defining a first longitudinal axis (X); - an inner cylindrical element defining a second longitudinal axis (X'); wherein said inner and outer cylindrical elements are mutually and rotatably coupled to rotate about a common longitudinal axis (R), with at least one first and one second axially offset ball bearings with substantially equal diameters interposed therebetween; wherein said inner cylindrical element and said outer cylindrical element have mutually facing surfaces, which are adapted to define a first raceway for a ball row of said first ball bearing ; wherein said outer cylindrical element and said inner cylindrical element comprise respective tubular portions with mutually facing cylindrical surfaces , said outer cylindrical element having an expanded bottom edge with an inner circular opening , there being provided an annular end element different from said inner and outer cylindrical elements, said annular element being accommodated within said circular opening and coupled to one end of said inner cylindrical element , said outer cylindrical element and said annular end element having mutually facing surfaces which are adapted to define a second raceway for a ball row of said ball bearing ; characterized in that said annular end element is coupled to said inner cylindrical element via first screw connection means which are fitted into first series of angularly equispaced longitudinal holes formed in said inner cylindrical element and in said annular element . - an outer cylindrical element defining a first longitudinal axis (X); - an inner cylindrical element defining a second longitudinal axis (X');
A liquid droplet discharging unit for ejecting a liquid containing cells comprising: a liquid droplet discharging port ; a liquid retaining section that comprises the liquid droplet discharging port ; two tubes disposed in communication with the liquid retaining section ; and first and second liquid sucking/ejecting members coupled to the two tubes respectively, wherein while the first liquid sucking/ejecting member is in a sucking or ejecting state, the second liquid sucking/ejecting member is in a non-sucking or non-ejecting state correspondingly, characterised by a nozzle plate in which the liquid droplet discharging port is provided; a vibration member configured to vibrate the nozzle plate to discharge a liquid droplet through the liquid droplet discharging port , and wherein a surface of the liquid retaining section facing the nozzle plate is atmospherically exposed. a liquid droplet discharging port ; a liquid retaining section that comprises the liquid droplet discharging port ; two tubes disposed in communication with the liquid retaining section ; and first and second liquid sucking/ejecting members coupled to the two tubes respectively, wherein while the first liquid sucking/ejecting member is in a sucking or ejecting state, the second liquid sucking/ejecting member is in a non-sucking or non-ejecting state correspondingly, characterised by a nozzle plate in which the liquid droplet discharging port is provided; a vibration member configured to vibrate the nozzle plate to discharge a liquid droplet through the liquid droplet discharging port , and wherein a surface of the liquid retaining section facing the nozzle plate is atmospherically exposed.
Nordic ski shoe comprising a sole (R) and a device connecting with a ski binding (F), where the said connecting device has, firstly, a transverse rod (X) installed on the front portion of the said shoe, and intended to cooperate with a securing element (P) supported by the binding (F), allowing the shoe to pivot and, secondly, at least one elastically deformable element causing the vertical return of the said shoe, characterised by the fact that the said elastically deformable element is installed in a removable manner under the said sole (R) and is supported by a support element which is securely coupled with the sole (R).
A method for transmitting data by a user equipment, UE, in a wireless communication system, the method comprising: transmitting to a network node a first preamble and a first request message for requesting random access, wherein the first request message includes purpose information indicating a purpose of transmitting the first request message and count information indicating the number of times of trying the random access, wherein the first request message further includes at least one of size information of first data or a first identifier for contention resolution; as a response to the first request message, receiving a first response message including a second identifier for indicating whether the first request message is decoded and contention resolution, and an index of a second preamble successfully received by the network node; and while the connection with the network node is not established, transmitting the first data to the network node based on (i) whether an index of the first preamble and the index of the second preamble are same as each other, and (ii) the second identifier, wherein the first data is transmitted through a resource allocated based on the purpose information, the count information and the size information. transmitting to a network node a first preamble and a first request message for requesting random access, wherein the first request message includes purpose information indicating a purpose of transmitting the first request message and count information indicating the number of times of trying the random access, wherein the first request message further includes at least one of size information of first data or a first identifier for contention resolution; as a response to the first request message, receiving a first response message including a second identifier for indicating whether the first request message is decoded and contention resolution, and an index of a second preamble successfully received by the network node; and while the connection with the network node is not established, transmitting the first data to the network node based on (i) whether an index of the first preamble and the index of the second preamble are same as each other, and (ii) the second identifier, wherein the first data is transmitted through a resource allocated based on the purpose information, the count information and the size information.
An antenna assembly, comprising: a base portion , adapted to be coupled to an outer surface of a vehicle ; a blade portion , having a first end coupled to the base portion and a second end, said blade portion having a cross section elongated about an axis substantially co-linear with a velocity vector of the vehicle , said blade portion comprising a blade antenna; a top portion coupled to the second end of the blade portion distal from the first end of the blade portion , the top portion comprising: a first surface facing away from the base portion , the first surface having a first antenna array including a plurality of first antenna elements ; a second surface facing the base portion ; and a peripheral surface on a periphery of the top portion and disposed between the first surface and the second surface , the peripheral surface comprising one or more further antenna arrays having a plurality of further antenna elements . a base portion , adapted to be coupled to an outer surface of a vehicle ; a blade portion , having a first end coupled to the base portion and a second end, said blade portion having a cross section elongated about an axis substantially co-linear with a velocity vector of the vehicle , said blade portion comprising a blade antenna; a top portion coupled to the second end of the blade portion distal from the first end of the blade portion , the top portion comprising: a first surface facing away from the base portion , the first surface having a first antenna array including a plurality of first antenna elements ; a second surface facing the base portion ; and a peripheral surface on a periphery of the top portion and disposed between the first surface and the second surface , the peripheral surface comprising one or more further antenna arrays having a plurality of further antenna elements . a first surface facing away from the base portion , the first surface having a first antenna array including a plurality of first antenna elements ; a second surface facing the base portion ; and a peripheral surface on a periphery of the top portion and disposed between the first surface and the second surface , the peripheral surface comprising one or more further antenna arrays having a plurality of further antenna elements .
A method of landing an unmanned aerial vehicle on another vehicle , wherein the unmanned aerial vehicle has a crash cage, wherein the vehicle has a base station configured to receive the crash cage of the unmanned aerial vehicle , and wherein the crash cage is a resilient structure, the method comprising: determining a velocity of the unmanned aerial vehicle ; determining a velocity of the other vehicle ; adjusting the velocity of at least one of the unmanned aerial vehicle and the other vehicle to ensure that a difference between the velocity of the unmanned aerial vehicle and the velocity of the other vehicle is greater than a predetermined amount as the unmanned aerial vehicle physically engages on the other vehicle ; adjusting the velocity of at least one of the unmanned aerial vehicle and the vehicle to ensure that the difference between the velocity of the unmanned aerial vehicle and the velocity of the vehicle is above a predetermined value as the crash cage engages the base station ; determining the spring rate of the crash cage ; determining the force at which the crash cage engages the base station ; determining the maximum deformation of the crash cage as the crash cage engages the base station ; and deploying a deployable restraint before the crash cage reaches its maximum deformation. determining a velocity of the unmanned aerial vehicle ; determining a velocity of the other vehicle ; adjusting the velocity of at least one of the unmanned aerial vehicle and the other vehicle to ensure that a difference between the velocity of the unmanned aerial vehicle and the velocity of the other vehicle is greater than a predetermined amount as the unmanned aerial vehicle physically engages on the other vehicle ; adjusting the velocity of at least one of the unmanned aerial vehicle and the vehicle to ensure that the difference between the velocity of the unmanned aerial vehicle and the velocity of the vehicle is above a predetermined value as the crash cage engages the base station ; determining the spring rate of the crash cage ; determining the force at which the crash cage engages the base station ; determining the maximum deformation of the crash cage as the crash cage engages the base station ; and deploying a deployable restraint before the crash cage reaches its maximum deformation.
A composition for use as an adsorbent, the composition comprising: a first zinc carbonate; a second zinc carbonate different than the first zinc carbonate; sodium carbonate; zinc oxide; and an alumina material, wherein the alumina material comprises less than 10 wt% of the composition, wherein the first zinc carbonate comprises hydrozincite, wherein the composition has been cured at a temperature between 149 to 316°C; wherein the molar ratio of sodium to zinc is between 0.95 to 1.10. a first zinc carbonate; a second zinc carbonate different than the first zinc carbonate; sodium carbonate; zinc oxide; and an alumina material, wherein the alumina material comprises less than 10 wt% of the composition, wherein the first zinc carbonate comprises hydrozincite, wherein the composition has been cured at a temperature between 149 to 316°C; wherein the molar ratio of sodium to zinc is between 0.95 to 1.10.
Compacting screw for processing waste and/or residue, comprising a screw head which is produced by means of a hardening process, wherein a first end of the compacting screw is formed by the screw head, and a second end by a screw mounting , wherein a screw body is arranged in between, characterized in that the hardening process is carried out on a cast screw head to introduce irregularities into the crystal lattice of the metal alloy from which the screw head is made, and that a layer produced by means of the hardening process is at least 0.8 mm thick.
A method of making graphene, comprising: providing a seed gas in the presence of a metallic or silicon substrate; providing a pulsed, ultraviolet laser beam; and moving the substrate or the laser beam relative to the other, thereby advancing a graphene crystallization front and forming an ordered graphene structure, characterized in that the ultraviolet laser beam has a pulse duration of 10 nanoseconds to 100 nanoseconds, and that single crystaline graphene is grown on the surface of H-terminated germanium or silicon. providing a seed gas in the presence of a metallic or silicon substrate; providing a pulsed, ultraviolet laser beam; and moving the substrate or the laser beam relative to the other, thereby advancing a graphene crystallization front and forming an ordered graphene structure, characterized in that the ultraviolet laser beam has a pulse duration of 10 nanoseconds to 100 nanoseconds, and that single crystaline graphene is grown on the surface of H-terminated germanium or silicon.
A method for selecting a network slice to serve a user equipment, UE, in a network that comprises a plurality of network slices, the method comprising: receiving (S-805, S-905), at an access and mobility management function, AMF, of a network slice, an attach request originated from a UE; forwarding (S-810, S-815, S-910, S-915), from the AMF toward a slice user data repository, SDR, a request for slice selection data; determining (S-820, S-920), at the SDR, if subscription information is available at the SDR for the UE being served in this network slice; if subscription information is available, forwarding (S-825, S-830), from the SDR toward the AMF, the subscription information with the slice selection data for the UE, and transmitting (S-835), from the AMF toward the UE, allowance of the attach request of the UE to this network slice, the allowance based on the received subscription information; and if subscription information is not available, receiving (S-1040, S-1140, S-1240) the slice selection data for the UE, at the AMF, wherein the slice selection data are obtained (S-1035, S-1130, S-1240) from a slice selection repository, SSR, which is external to the network slice and shared by the plurality of network slices, and redirecting (S-1045, S-1145, S1245), from the AMF, the attach request of the UE toward a different network slice based on the received slice selection data for the UE. receiving (S-805, S-905), at an access and mobility management function, AMF, of a network slice, an attach request originated from a UE; forwarding (S-810, S-815, S-910, S-915), from the AMF toward a slice user data repository, SDR, a request for slice selection data; determining (S-820, S-920), at the SDR, if subscription information is available at the SDR for the UE being served in this network slice; if subscription information is available, forwarding (S-825, S-830), from the SDR toward the AMF, the subscription information with the slice selection data for the UE, and transmitting (S-835), from the AMF toward the UE, allowance of the attach request of the UE to this network slice, the allowance based on the received subscription information; and if subscription information is not available, receiving (S-1040, S-1140, S-1240) the slice selection data for the UE, at the AMF, wherein the slice selection data are obtained (S-1035, S-1130, S-1240) from a slice selection repository, SSR, which is external to the network slice and shared by the plurality of network slices, and redirecting (S-1045, S-1145, S1245), from the AMF, the attach request of the UE toward a different network slice based on the received slice selection data for the UE.
A formliner for use in creating a pattern in curable material, the formliner comprising: a plurality of cells each comprising a base configured to face curable material in use, the base configured to create a pattern on the curable material; a rib system comprising a plurality of ribs extending along the plurality of cells and forming at least parts of boundaries of the plurality of cells , the plurality of ribs comprising: a first section connected with a cell of the plurality of cells and comprising a first rib end , the first section configured to face the curable material in use; and a second section connected with the cell and comprising a second rib end , at least a portion of the first section configured to overlap onto at least a portion of the second section ; and a groove connecting at least a part of the cell to at least one rib of the plurality of ribs , the groove configured to accept the first rib end in the groove , wherein at least a portion of the first rib end is in the groove when the at least a portion of the first section overlaps onto the at least a portion of the second section , characterized in that the groove extends at substantially a same level through the at least one rib of the plurality of ribs between the cell and at least one other cell of the plurality of cells . a plurality of cells each comprising a base configured to face curable material in use, the base configured to create a pattern on the curable material; a rib system comprising a plurality of ribs extending along the plurality of cells and forming at least parts of boundaries of the plurality of cells , the plurality of ribs comprising: a first section connected with a cell of the plurality of cells and comprising a first rib end , the first section configured to face the curable material in use; and a second section connected with the cell and comprising a second rib end , at least a portion of the first section configured to overlap onto at least a portion of the second section ; and a first section connected with a cell of the plurality of cells and comprising a first rib end , the first section configured to face the curable material in use; and a second section connected with the cell and comprising a second rib end , at least a portion of the first section configured to overlap onto at least a portion of the second section ; and a groove connecting at least a part of the cell to at least one rib of the plurality of ribs , the groove configured to accept the first rib end in the groove , wherein at least a portion of the first rib end is in the groove when the at least a portion of the first section overlaps onto the at least a portion of the second section , characterized in that the groove extends at substantially a same level through the at least one rib of the plurality of ribs between the cell and at least one other cell of the plurality of cells .
A method performed by a processing system , the method comprising: transmitting an input including an item selection to a server ; receiving from the server generation information for generating a placeholder based on the transmitted input, the placeholder having unique markings associated with the selected item; generating the placeholder with the unique markings; capturing visual data as an image of the placeholder in a context environment; transmitting the visual data to the server ; receiving modified visual data from the server , the modified visual data comprising the visual data including image data associated with an image of the item retrieved from item images stored in a database at the server based on the unique markings of the placeholder , the image data placed into the visual data with reference to the placement information; and displaying the modified visual data on a visual output . transmitting an input including an item selection to a server ; receiving from the server generation information for generating a placeholder based on the transmitted input, the placeholder having unique markings associated with the selected item; generating the placeholder with the unique markings; capturing visual data as an image of the placeholder in a context environment; transmitting the visual data to the server ; receiving modified visual data from the server , the modified visual data comprising the visual data including image data associated with an image of the item retrieved from item images stored in a database at the server based on the unique markings of the placeholder , the image data placed into the visual data with reference to the placement information; and displaying the modified visual data on a visual output .
A sustained release composition comprising a plurality of sustained release beads comprising coated drug-resin complexes comprising: a. drug-resin complex; and b. release modifier coating; wherein the coated drug-resin complexes are present in the form of at least two populations of variably coated drug-resin complexes comprising at least one population of drug-resin complexes coated with at least one release modifier from 1% to 15% by weight of the drug-resin complex; and at least one population of drug-resin complexes coated with at least one release modifier from 15% to 75% by weight of the drug-resin complex and wherein at least two populations of variably coated drug-resin complexes are present in a ratio from 1:9 to 9:1 in the total amount of the coated drug-resin complexes. a. drug-resin complex; and b. release modifier coating;