mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless communication device , the method comprising: obtaining one or more MsgA Physical Uplink Shared Channel, PUSCH, configurations for two-step random access, the one or more MsgA PUSCH configurations comprising a MsgA PUSCH configuration that comprises a PUSCH occasion, PO, for two-step random access that at least partially overlaps a guard band between two adjacent subbands; selecting the PO that at least partially overlaps the guard band between the two adjacent subbands for a MsgA transmission for a two-step random access procedure; determining (1006-1008) that the MsgA transmission using the selected PO that at least partially overlaps the guard band between the two adjacent subbands is allowable; and upon determining that the MsgA transmission using the selected PO is allowable, performing the MsgA transmission for the two-step random access procedure, the MsgA transmission comprising a MsgA PUSCH payload transmitted in the PO that at least partially overlaps the guard band. obtaining one or more MsgA Physical Uplink Shared Channel, PUSCH, configurations for two-step random access, the one or more MsgA PUSCH configurations comprising a MsgA PUSCH configuration that comprises a PUSCH occasion, PO, for two-step random access that at least partially overlaps a guard band between two adjacent subbands; selecting the PO that at least partially overlaps the guard band between the two adjacent subbands for a MsgA transmission for a two-step random access procedure; determining (1006-1008) that the MsgA transmission using the selected PO that at least partially overlaps the guard band between the two adjacent subbands is allowable; and upon determining that the MsgA transmission using the selected PO is allowable, performing the MsgA transmission for the two-step random access procedure, the MsgA transmission comprising a MsgA PUSCH payload transmitted in the PO that at least partially overlaps the guard band.
A packaging device for a windshield wiper having a curved blade and an integrated flexible structure , said packaging device having a shell delimiting a housing intended to receive the wiper and defining holding means for fixing said wiper inside said housing in a position that can be at least partially straightened compared with its rest position, the holding means having: - a first bearing surface that is able to cooperate by contact with a portion of the upper part of the wiper , - a second and a third bearing surface that are provided in the bottom of the housing and are able to cooperate by contact with the flexible structure of said wiper , the first bearing surface extending opposite a region located between the second bearing surface and the third bearing surface , at least one of the second and third bearing surfaces having an abutment, known as the second abutment, which is able to cooperate by contact with a lateral end of the flexible structure , said second abutment being designed such that, in the position of abutment, at least a part of a heel of the blade is kept spaced apart from the shell , the wiper having on its upper part a connecting element intended to allow it to be mounted on a drive mechanism, and in that the first bearing surface is able to cooperate by contact with said connecting element . - a first bearing surface that is able to cooperate by contact with a portion of the upper part of the wiper , - a second and a third bearing surface that are provided in the bottom of the housing and are able to cooperate by contact with the flexible structure of said wiper , the first bearing surface extending opposite a region located between the second bearing surface and the third bearing surface ,
A scheduling method, comprising: acquiring (S401), after receiving scheduling policy indication information, a scheduling policy from the scheduling policy indication information; rearranging (S402) rows and columns in a Far-End CrossTalk, FEXT, precoding matrix according to the acquired scheduling policy; performing (S403) matrix decomposition on the rearranged matrix by adopting a preset matrix decomposition algorithm; and assigning (S404) a rate to each line pair in a Data Subscriber Line, DSL, based on a matrix decomposition result; wherein acquiring, after receiving scheduling policy indication information, a scheduling policy from the scheduling policy indication information comprises: receiving a message field carrying the scheduling policy indication information sent by a Management Element, ME; and acquiring the scheduling policy based on the scheduling policy indication information in the message field. acquiring (S401), after receiving scheduling policy indication information, a scheduling policy from the scheduling policy indication information; rearranging (S402) rows and columns in a Far-End CrossTalk, FEXT, precoding matrix according to the acquired scheduling policy; performing (S403) matrix decomposition on the rearranged matrix by adopting a preset matrix decomposition algorithm; and assigning (S404) a rate to each line pair in a Data Subscriber Line, DSL, based on a matrix decomposition result; wherein acquiring, after receiving scheduling policy indication information, a scheduling policy from the scheduling policy indication information comprises: receiving a message field carrying the scheduling policy indication information sent by a Management Element, ME; and acquiring the scheduling policy based on the scheduling policy indication information in the message field.
A heat exchanger tube for use in a heat exchanger of a motor vehicle, the heat exchanger tube comprising a first plate and a second plate elongating along a longitudinal plane (P), joined to each other to form an inner volume dedicated to refrigerant fluid circulation, the inner volume communicating with at least one tank section created from one first opening arranged in the first plate to one second opening arranged in the second plate , wherein the tank section comprises at least one reinforcement element extending from the first plate to the second plate , characterised in that the reinforcement element comprises a first female reinforcement portion extending from a thick collar of the first opening towards said inner volume and a second male reinforcement portion extending from a thick collar of the second opening towards said inner volume .
A blade assembly for a laying machine for laying at least one flexible casing or tube, cable or wire and for working on a work surface/area/structure, the blade assembly including a first blade , a second blade , and a third blade , that are axially aligned, each blade having a working portion at the periphery of the blade and a central portion around an axial center of the blade for being operated on by a device for driving the blade assembly, at least one blade support structure extending between the working portion and the central portion characterized in that the blades are spaced apart by a spacer structure , said spacer structure forming at least one compartment , between the first blade and the second blade , that is in contact with the central portion and extending towards the working portion, and at least at one radius of the spacer structure covering a significant part of the periphery at that radius of the spacer structure, said at least one compartment having an inlet at the central portion, wherein the first blade of the blade assembly has at least one first bore , transversal to a plane of the first blade and starting at radius within the central portion of the first blade, said first bore connecting the outside of the first blade to the compartment between the first blade and the opposite located second blade , wherein the at least one compartment has two side walls that both extend radially from a predetermined distance from the centre of the blades and wherein the at least one compartment has a third side wall extending between the two side walls defining the outer edge of the compartment , said third side wall being at a distance closer to the periphery of the blades than to the center of the blades.
Lithium iron phosphate having an olivine crystal structure, wherein the lithium iron phosphate has a composition represented by the following Formula 1 or 2 in the form of secondary particles formed from aggregated primary particles, wherein 0.01 to 10% by weight, based on the total weight of the lithium iron phosphate, of carbon (C) is coated on the surface of the lithium iron phosphate primary particles, on the surface of the secondary particles and inside the same, and a sulfur compound with a sulfide bond, as an impurity, is contained on the surface of the secondary particles and inside the same, wherein the sulfur (S) constituting the sulfur compound is contained at an amount of 0.1 to 5 % by weight, based on the total weight of the lithium iron phosphate: Li 1+a Fe 1-x M x (PO 4-b )X b Formula wherein M is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Ga, Cu, V, Nb, Zr, Ce, In, Zn and Y, X is at least one selected from F, S and N, and -0.5≤a≤+0.5, 0≤x≤0.5, 0≤b≤0.1; Li (1-a-b) Fe a/2 M' b/2 Fe 1-c M" c PO 4-e S e Formula wherein M' is at least one selected from Mg, Ni, Co, Mn, Ti, Cr, Cu, V, Ce, Sn, Ba, Ca, Sr and Zn; M" is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Cr, Cu, V, Ce, Sn, Ba, Ca, Sr and Zn; and 0≤a≤0.6, 0≤b≤0.6, 0≤c≤1, 0≤e≤3.5. M is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Ga, Cu, V, Nb, Zr, Ce, In, Zn and Y, X is at least one selected from F, S and N, and -0.5≤a≤+0.5, 0≤x≤0.5, 0≤b≤0.1; wherein M' is at least one selected from Mg, Ni, Co, Mn, Ti, Cr, Cu, V, Ce, Sn, Ba, Ca, Sr and Zn; M" is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Cr, Cu, V, Ce, Sn, Ba, Ca, Sr and Zn; and 0≤a≤0.6, 0≤b≤0.6, 0≤c≤1, 0≤e≤3.5.
A container ship (CS), comprising: an engine room (ER) disposed under a stern main deck (D) to accommodate a propulsion engine fueled by LNG; a cargo hold (CHn) that is disposed under the stern main deck (D) and adjacent to the engine room (ER); an LNG storage tank disposed in the cargo hold (CHn) adjacent to the engine room to store LNG; a fuel supply unit that is disposed in the cargo hold (CHn) and directly above the LNG storage tank , wherein the fuel supply unit is provided with a vaporizer for regasifying LNG from the LNG storage tank and supplying regasified gas to the propulsion engine; and a void space defined between the LNG storage tank and the fuel supply unit in the cargo hold to isolate the LNG storage tank from the fuel supply unit; a cargo loading deck for loading containers (C), that is disposed on the main deck and above the fuel supply unit ; an accommodation space (A) that is disposed on the main deck (D) under which the engine room is disposed, a double bulkhead (BH) disposed such that the cargo hold (CHn) adjacent to the engine room is divided by the double bulkhead into a space for placing containers, and a space for placing the LNG storage tank , the void space and the fuel supply unit as the remaining space excluding the space for placing containers; and a gas detector for gas detecting leakage of LNG, the double bulkhead being provided with said gas detector. an engine room (ER) disposed under a stern main deck (D) to accommodate a propulsion engine fueled by LNG; a cargo hold (CHn) that is disposed under the stern main deck (D) and adjacent to the engine room (ER); an LNG storage tank disposed in the cargo hold (CHn) adjacent to the engine room to store LNG; a fuel supply unit that is disposed in the cargo hold (CHn) and directly above the LNG storage tank , wherein the fuel supply unit is provided with a vaporizer for regasifying LNG from the LNG storage tank and supplying regasified gas to the propulsion engine; and a void space defined between the LNG storage tank and the fuel supply unit in the cargo hold to isolate the LNG storage tank from the fuel supply unit; a cargo loading deck for loading containers (C), that is disposed on the main deck and above the fuel supply unit ; an accommodation space (A) that is disposed on the main deck (D) under which the engine room is disposed, a double bulkhead (BH) disposed such that the cargo hold (CHn) adjacent to the engine room is divided by the double bulkhead into a space for placing containers, and a space for placing the LNG storage tank , the void space and the fuel supply unit as the remaining space excluding the space for placing containers; and a gas detector for gas detecting leakage of LNG, the double bulkhead being provided with said gas detector.
Use of a fatty alcohol or a mixture of a fatty alcohol and a fatty acid as a rejuvenator for rejuvenating an aged bitumen-containing composition or for retarding the aging process of a bitumen-containing composition, wherein the number of carbon atoms is between 6 and 24, and wherein the amount of the rejuvenator, based on bitumen or on a bitumen-containing binder, is between 0.5 and 10%.
Method for producing a rotor disc for a turbomachine , which forms blade root receptacles in a plurality of circumferential positions (40.1, 40.2), for which purpose a profile groove which extends axially and is circumferentially delimited by inner wall surfaces of the rotordisc is introduced in each case in a relevant circumferential position (40.1, 40.2), in which production method - first profile grooves (21.1) are first introduced into a disc in first circumferential positions (40.1) and - a second profile groove (21.2) is then introduced circumferentially between the first profile grooves (21.1) in a second circumferential position (40.2), wherein at least one second circumferential position (40.2) is always arranged circumferentially between two first circumferential positions (40.1), and wherein a circumferentially adjacent first profile groove (21.1) is supported on the innerwall surfaces when a relevant second profile groove (21.2) is introduced. - first profile grooves (21.1) are first introduced into a disc in first circumferential positions (40.1) and - a second profile groove (21.2) is then introduced circumferentially between the first profile grooves (21.1) in a second circumferential position (40.2),
A heat transfer apparatus which includes a transmitter object which defines an external collection surface and an internal transmission surface, a receiver object displaced from the transmitter object, the receiver object defining an internal receiving surface and an external heat delivery surface, a thermal conduit which incorporates at least one side wall connected between the transmitter object and receiver object, said at least one side wall spanning the distance between the transmitter object and receiver object and enclosing a volume between the transmitter and receiver objects, said at least one side wall enclosing the internal transmission surface of the transmitter object and the internal receiving surface of the receiver object, wherein an interior surface of a thermal conduit side wall includes one or more thermal reflectors arranged to direct thermal radiation preferentially to the receiver object and the transmitter object, receiver object and thermal conduit are configured to promote heat transfer predominantly towards the receiver object. a transmitter object which defines an external collection surface and an internal transmission surface, a receiver object displaced from the transmitter object, the receiver object defining an internal receiving surface and an external heat delivery surface, a thermal conduit which incorporates at least one side wall connected between the transmitter object and receiver object, said at least one side wall spanning the distance between the transmitter object and receiver object and enclosing a volume between the transmitter and receiver objects, said at least one side wall enclosing the internal transmission surface of the transmitter object and the internal receiving surface of the receiver object, wherein an interior surface of a thermal conduit side wall includes one or more thermal reflectors arranged to direct thermal radiation preferentially to the receiver object and the transmitter object, receiver object and thermal conduit are configured to promote heat transfer predominantly towards the receiver object.
A radar system comprising: a substrate comprising a first side and a second side , the first side being opposite the second side , the first side is the front side and the second side is the back side of the radar system; a first receive antenna disposed at the first side , the first receive antenna being configured to receive a first reflected radio frequency (RF) signal ; a second receive antenna disposed at the second side , the second receive antenna being configured to receive a second reflected RF signal ; and RF circuitry operatively coupled to the first receive antenna and the second receive antenna , the RF circuitry being configured to detect a first object located on the first side of the substrate according to the first reflected RF signal , and detect biometric data from a second object located on the second side of the substrate according to the second reflected RF signal , wherein the biometric data comprises a vital Doppler signal. a substrate comprising a first side and a second side , the first side being opposite the second side , the first side is the front side and the second side is the back side of the radar system; a first receive antenna disposed at the first side , the first receive antenna being configured to receive a first reflected radio frequency (RF) signal ; a second receive antenna disposed at the second side , the second receive antenna being configured to receive a second reflected RF signal ; and RF circuitry operatively coupled to the first receive antenna and the second receive antenna , the RF circuitry being configured to detect a first object located on the first side of the substrate according to the first reflected RF signal , and detect biometric data from a second object located on the second side of the substrate according to the second reflected RF signal , wherein the biometric data comprises a vital Doppler signal. detect a first object located on the first side of the substrate according to the first reflected RF signal , and detect biometric data from a second object located on the second side of the substrate according to the second reflected RF signal , wherein the biometric data comprises a vital Doppler signal.
A method of wireless communications by a base station interfering or potentially interfering with a user equipment, UE, comprising: generating information for use by the UE in performing interference mitigation when processing a signal from a serving base station; and transmitting the information to the UE; wherein the information comprises network assisted interference cancelation, NAIC, information, and wherein the information is transmitted as NAIC downlink control information, N-DCI, whose payload indicates how long the N-DCI is valid. generating information for use by the UE in performing interference mitigation when processing a signal from a serving base station; and transmitting the information to the UE; wherein the information comprises network assisted interference cancelation, NAIC, information, and wherein the information is transmitted as NAIC downlink control information, N-DCI, whose payload indicates how long the N-DCI is valid.
An energy storage construction system being one or more of a vertical construction, a horizontal construction or a pipeline, the energy storage construction system comprising a compressed gas pressure vessel being a constructive element of the energy storage construction system, the compressed gas pressure vessel comprising - a first, inner, segment , wherein the inner segment comprises an inlet for filling or emptying the inner segment and wherein the inner segment is suitable for storing hydrogen gas , and - a second, outer, segment, the outer segment adapted for being filled with and for storing a gas, different from hydrogen gas , wherein the outer segment is substantially fully encompassing the inner segment, the outer segment of the constructive element thereby being able to carry mechanical loads of the energy storage construction system induced on the constructive element. the compressed gas pressure vessel comprising - a first, inner, segment , wherein the inner segment comprises an inlet for filling or emptying the inner segment and wherein the inner segment is suitable for storing hydrogen gas , and - a second, outer, segment, the outer segment adapted for being filled with and for storing a gas, different from hydrogen gas , - a first, inner, segment , wherein the inner segment comprises an inlet for filling or emptying the inner segment and wherein the inner segment is suitable for storing hydrogen gas , and - a second, outer, segment, the outer segment adapted for being filled with and for storing a gas, different from hydrogen gas , wherein the outer segment is substantially fully encompassing the inner segment, the outer segment of the constructive element thereby being able to carry mechanical loads of the energy storage construction system induced on the constructive element.
A method comprising: at a multi-touch capable device with a touch sensitive display : receiving , at the touch sensitive display , concurrent touch input signals associated with a respective region of a web page , wherein the respective region of the web page is associated with a plurality of event handlers or event listeners including an event handler or listener for a touch event and an event handler or listener for a gesture event; determining two or more touch events based on the concurrent touch input signals; determining a gesture event by combining the touch events; sending the gesture event to the web page; dynamically rotating an element associated with the respective region of the web page with the event handler or listener for the gesture event based on a rotation value associated with the gesture event; and sending the touch events to the web page for processing. at a multi-touch capable device with a touch sensitive display : receiving , at the touch sensitive display , concurrent touch input signals associated with a respective region of a web page , wherein the respective region of the web page is associated with a plurality of event handlers or event listeners including an event handler or listener for a touch event and an event handler or listener for a gesture event; determining two or more touch events based on the concurrent touch input signals; determining a gesture event by combining the touch events; sending the gesture event to the web page; dynamically rotating an element associated with the respective region of the web page with the event handler or listener for the gesture event based on a rotation value associated with the gesture event; and sending the touch events to the web page for processing. receiving , at the touch sensitive display , concurrent touch input signals associated with a respective region of a web page , wherein the respective region of the web page is associated with a plurality of event handlers or event listeners including an event handler or listener for a touch event and an event handler or listener for a gesture event; determining two or more touch events based on the concurrent touch input signals; determining a gesture event by combining the touch events; sending the gesture event to the web page; dynamically rotating an element associated with the respective region of the web page with the event handler or listener for the gesture event based on a rotation value associated with the gesture event; and sending the touch events to the web page for processing.