mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting, by a user equipment, UE, a message in a wireless communication system, the method comprising: submitting a message to a packet data convergence protocol, PDCP, layer and a radio link control, RLC, layer; detecting a radio link failure, RLF, or a handover failure; checking whether the RLC layer receives acknowledgement, ACK, to the message from the network before reestablishing a connection with the network; and reestablishing the connection with the network, characterized in that the method comprises: retransmitting the message to the PDCP layer and the RLC layer upon reestablishing the connection with the network when the RLC layer does not receive the ACK to the message and the UE detects the RLF or the handover failure. submitting a message to a packet data convergence protocol, PDCP, layer and a radio link control, RLC, layer; detecting a radio link failure, RLF, or a handover failure; checking whether the RLC layer receives acknowledgement, ACK, to the message from the network before reestablishing a connection with the network; and reestablishing the connection with the network, characterized in that the method comprises: retransmitting the message to the PDCP layer and the RLC layer upon reestablishing the connection with the network when the RLC layer does not receive the ACK to the message and the UE detects the RLF or the handover failure.
A method, in an access terminal , for reducing a first rate at which the access terminal transmits route update messages to a radio access network over a wireless link , the access terminal comprising a processor and a memory for storing logic , the logic being executed by the processor to perform the method, the method comprising: transmitting to the radio access network a request to allow the access terminal to use a reduced reporting function that causes the access terminal to transmit route update messages at a reduced rate that is lower than the first rate; receiving from the radio access network a response that grants permission to use the reduced reporting function by the access terminal , when the radio access network determines, by evaluating the subscription profile for the access terminal , that the access terminal is allowed to utilize the reduced reporting function; and transmitting route update messages to the radio access network at the reduced rate in accordance with the reduced reporting function; and transmitting a route update message to the radio access network , when requested by the radio access network , even when a route update message is not required by the reduced reporting function. transmitting to the radio access network a request to allow the access terminal to use a reduced reporting function that causes the access terminal to transmit route update messages at a reduced rate that is lower than the first rate; receiving from the radio access network a response that grants permission to use the reduced reporting function by the access terminal , when the radio access network determines, by evaluating the subscription profile for the access terminal , that the access terminal is allowed to utilize the reduced reporting function; and transmitting route update messages to the radio access network at the reduced rate in accordance with the reduced reporting function; and transmitting a route update message to the radio access network , when requested by the radio access network , even when a route update message is not required by the reduced reporting function.
Nozzle assembly of a fuel injector , said nozzle assembly comprising a nozzle body having a peripheral wall defining an inner bore extending along a main axis (X), said bore forming at a first extremity a tapered fixed valve seat adapted to receive in sealing contact a complementary tapered needle seating face of a needle valve slidably arranged in the bore, and adapted to translate along the main axis (X) between a closed position (PC) where the needle seating face is in sealing contact with the fixed valve seat and, a fully open position (PO) where the needle seating face is lifted away from the fixed valve seat, characterized in that the nozzle assembly is further provided with a spring assembly radially compressed between the needle and the bore, said spring assembly radially biasing the needle away from the coaxially aligned position so that in use, when beginning a lift of the needle from the closed position (PC) toward the open position (PO), the tapered needle seating face slides and remains in contact against the fixed valve seat said opening sliding phase (OSP) being reproducible, easily determined and not changing over time, said sliding phase having a known sliding duration (T1) that can be taken into account in a close loop command method for controlling the fuel injector .
A process for recovering heat from a high pressure stream during hydroprocessing, the process comprising: using a hot separator to create a high pressure vapor stream ; generating both a medium pressure stream of steam and a low pressure stream [31', 31"] of steam from the high pressure vapor stream by extracting heat from the high pressure vapor stream; routing the medium pressure stream to a stripper, where the medium pressure stream is used as stripping steam; and routing the low pressure stream [31', 31"] to at least one of a product fractionator and a diesel side stripper, where the low pressure stream is used as stripping steam. using a hot separator to create a high pressure vapor stream ; generating both a medium pressure stream of steam and a low pressure stream [31', 31"] of steam from the high pressure vapor stream by extracting heat from the high pressure vapor stream; routing the medium pressure stream to a stripper, where the medium pressure stream is used as stripping steam; and routing the low pressure stream [31', 31"] to at least one of a product fractionator and a diesel side stripper, where the low pressure stream is used as stripping steam.
Hydraulically damping mount for supporting a motor vehicle assembly, in particular for supporting a motor vehicle engine on a motor vehicle body, with a suspension spring which supports a mounting core and encloses a working chamber , and a compensation chamber which is separated from the working chamber by a separation wall and bounded by a balancing diaphragm , wherein the balancing chamber and the working chamber are filled with a fluid and interconnected by a damping channel incorporated in the separation wall , wherein the separation wall has a diaphragm which is accommodated in a vibratory manner, and wherein the diaphragm is associated with a foam element , supporting the diaphragm at a deflection, characterised in that the foam element supports the diaphragm such that the foam element gets compressed by an oscillation of the diaphragm .
An optical modulation device comprising: a driving circuit substrate; a plurality of reflectors located on the driving circuit substrate; a plurality of nano-antennas respectively located on the plurality of reflectors; an active layer located between the plurality of reflectors and the plurality of nano-antennas, wherein the active layer is patterned so as to have a plurality of openings therein; a first insulating layer located between the plurality of reflectors and the active layer; a second insulating layer located between the active layer and the plurality of nano-antennas; a plurality of first connection members (C10) which electrically connect the driving circuit substrate to the plurality of reflectors; and a plurality of second connection members (C20) which electrically connect the driving circuit substrate to the plurality of nano-antennas, and characterised in that via holes are formed in the first and second insulating layers, and in that the plurality of second connection members are formed in the via holes formed in the first and second insulating layers to pass through the plurality of openings of the active layer and be connected to the plurality of nano-antennas . a driving circuit substrate; a plurality of reflectors located on the driving circuit substrate; a plurality of nano-antennas respectively located on the plurality of reflectors; an active layer located between the plurality of reflectors and the plurality of nano-antennas, wherein the active layer is patterned so as to have a plurality of openings therein; a first insulating layer located between the plurality of reflectors and the active layer; a second insulating layer located between the active layer and the plurality of nano-antennas; a plurality of first connection members (C10) which electrically connect the driving circuit substrate to the plurality of reflectors; and a plurality of second connection members (C20) which electrically connect the driving circuit substrate to the plurality of nano-antennas, and characterised in that via holes are formed in the first and second insulating layers, and in that the plurality of second connection members are formed in the via holes formed in the first and second insulating layers to pass through the plurality of openings of the active layer and be connected to the plurality of nano-antennas .
A textile reinforcement material for reinforcing in particular rubber products, having at least one multi-fibre, which has aramid fibres having docking sites in the form of carboxyl groups arranged on the surface thereof for coupling in particular a rubber material, characterized by an areal density of the docking sites of at least 0.2 nmol/mm 2 and a tensile strength of the multi-fibre of at least 600 MPa as defined in the description.
A process of making polymeric beads comprising (a) providing a suspension of monomer droplets in an aqueous medium at pH of 7 or less, wherein the monomer droplets comprise one or more monofunctional vinyl monomers, one or more multifunctional vinyl monomers, and one or more initiators, wherein the aqueous medium comprises one or more derivatives of a nitrite salt in an amount, by weight based on the weight of the aqueous medium, of 0.005% to 0.5%, and (b) initiating polymerization of the monomer, wherein no pH-raising substance is added after beginning step (b) until 60% or more by weight of all monofunctional monomer has been converted to polymer, and further comprising the step, after completion of the polymerization, of sulfonating the polymeric beads. (a) providing a suspension of monomer droplets in an aqueous medium at pH of 7 or less, wherein the monomer droplets comprise one or more monofunctional vinyl monomers, one or more multifunctional vinyl monomers, and one or more initiators, wherein the aqueous medium comprises one or more derivatives of a nitrite salt in an amount, by weight based on the weight of the aqueous medium, of 0.005% to 0.5%, and wherein the monomer droplets comprise one or more monofunctional vinyl monomers, one or more multifunctional vinyl monomers, and one or more initiators, wherein the aqueous medium comprises one or more derivatives of a nitrite salt in an amount, by weight based on the weight of the aqueous medium, of 0.005% to 0.5%, and (b) initiating polymerization of the monomer, wherein no pH-raising substance is added after beginning step (b) until 60% or more by weight of all monofunctional monomer has been converted to polymer, and further comprising the step, after completion of the polymerization, of sulfonating the polymeric beads. wherein no pH-raising substance is added after beginning step (b) until 60% or more by weight of all monofunctional monomer has been converted to polymer, and further comprising the step, after completion of the polymerization, of sulfonating the polymeric beads.
A method for generating solid particles of substantially identical size, the method characterised by : (a) determining the location of the surface and/or the orientation of the surface of a solution in a reservoir relative to the position of an ejector, wherein the reservoir contains a solution of a compound of interest dissolved in a solvent; (b) applying focused acoustic radiation to the solution in the reservoir in a manner effective to eject a droplet of the solution from the reservoir; (c) subjecting the droplet to a condition that allows the compound to precipitate out of solution within a precipitation region located immediately above the surface of the solution thereby forming a solid particle, wherein the condition is chosen from the group consisting of heating the droplet; cooling the droplet; allowing the compound of interest to chemically react with another compound in the droplet; and allowing the compound to polymerize; (d) after the solid particle is formed, collecting the solid particle with a collector positioned directly above the reservoir, with a substrate having a surface adapted to retain the particle, or with a reservoir of fluid; and (e) repeating steps (b) through (d) so as to form and collect solid particles of substantially identical size. (a) determining the location of the surface and/or the orientation of the surface of a solution in a reservoir relative to the position of an ejector, wherein the reservoir contains a solution of a compound of interest dissolved in a solvent; (b) applying focused acoustic radiation to the solution in the reservoir in a manner effective to eject a droplet of the solution from the reservoir; (c) subjecting the droplet to a condition that allows the compound to precipitate out of solution within a precipitation region located immediately above the surface of the solution thereby forming a solid particle, wherein the condition is chosen from the group consisting of heating the droplet; cooling the droplet; allowing the compound of interest to chemically react with another compound in the droplet; and allowing the compound to polymerize; (d) after the solid particle is formed, collecting the solid particle with a collector positioned directly above the reservoir, with a substrate having a surface adapted to retain the particle, or with a reservoir of fluid; and (e) repeating steps (b) through (d) so as to form and collect solid particles of substantially identical size.
A compound containing a phosphate group fixed by covalent bonding to a fibre, for use in a method of suppressing one or more symptoms of atopic dermatitis selected from the group consisting of: redness and/or bleeding; crust formation and/or dryness; edema; and scratch and/or tissue defect, said method comprising soaking said compound containing a phosphate group fixed to said fibre in distilled water and arranging said soaked compound containing a phosphate group fixed to said fibre to contact an area of the skin affected with atopic dermatitis, wherein: said compound containing a phosphate group is selected from the group consisting of sodium phosphate, potassium phosphate and lithium phosphate, and the ratio of the compound containing a phosphate group to the fibre is 0.01 to 3 mmol/g. said compound containing a phosphate group is selected from the group consisting of sodium phosphate, potassium phosphate and lithium phosphate, and the ratio of the compound containing a phosphate group to the fibre is 0.01 to 3 mmol/g.
A communication method performed by a terminal device configured to operate in a 3GPP system, the method comprising: • determining a first bandwidth part, BP, and a second BP, wherein the first BP and the second BP correspond to a same numerology, wherein the numerology refers to at least one of a subcarrier spacing and a cyclic prefix, CP (S 202); • receiving first information from a network device, wherein the first information is used to indicate a time-frequency location of first control information on only one of the first BP or the second BP; • monitoring the indicated time-frequency location on only one of the first BP or the second BP and receiving the first control information from the network device on the indicated time-frequency location, the first control information scheduling the first BP and the second BP for receiving a first transport block, TB; and • after receiving the first information and the first control information, receiving the first TB from the network device, the first TB is mapped onto the first BP and the second BP (S 204), wherein a physical resource block, PRB, index of the first BP and a PRB index of the second BP are consecutively numbered in a frequency domain resource occupied by the first BP and the second BP. • determining a first bandwidth part, BP, and a second BP, wherein the first BP and the second BP correspond to a same numerology, wherein the numerology refers to at least one of a subcarrier spacing and a cyclic prefix, CP (S 202); • receiving first information from a network device, wherein the first information is used to indicate a time-frequency location of first control information on only one of the first BP or the second BP; • monitoring the indicated time-frequency location on only one of the first BP or the second BP and receiving the first control information from the network device on the indicated time-frequency location, the first control information scheduling the first BP and the second BP for receiving a first transport block, TB; and • after receiving the first information and the first control information, receiving the first TB from the network device, the first TB is mapped onto the first BP and the second BP (S 204), wherein a physical resource block, PRB, index of the first BP and a PRB index of the second BP are consecutively numbered in a frequency domain resource occupied by the first BP and the second BP.
A method of synthesizing a MTW framework type zeolite, the method comprising: (a) preparing a reaction mixture comprising: a FAU framework type zeolite; polyethyleneimine (Q); fluoride ions; and water; (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the MTW framework type zeolite; and wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 30 to 500 Q/SiO 2 0.10 to 0.60 F/SiO 2 0.10 to 0.60 H 2 O/SiO 2 10 to 40. (a) preparing a reaction mixture comprising: a FAU framework type zeolite; polyethyleneimine (Q); fluoride ions; and water; a FAU framework type zeolite; polyethyleneimine (Q); fluoride ions; and water; (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the MTW framework type zeolite; and
A method of attaching nano-objects to a sample substrate at precise locations comprising: providing a deposition precursor at the surface of the substrate located within the vacuum chamber of a focused charged particle beam apparatus ; focusing a charged particle beam on the substrate, the beam decomposing the deposition precursor to form a pattern of deposits on the surface of the substrate at the precise locations impacted by the beam; and processing the sample to provide linker groups on the surface of the deposit; and processing the sample to chemically bond nano-objects to the linker groups at the precise locations impacted by the beam. providing a deposition precursor at the surface of the substrate located within the vacuum chamber of a focused charged particle beam apparatus ; focusing a charged particle beam on the substrate, the beam decomposing the deposition precursor to form a pattern of deposits on the surface of the substrate at the precise locations impacted by the beam; and processing the sample to provide linker groups on the surface of the deposit; and processing the sample to chemically bond nano-objects to the linker groups at the precise locations impacted by the beam.
A virtual image generation system for use by an end user , comprising: a display system configured for allowing the end user to visualize an object of interest in a three-dimensional scene; a control system configured for spatially associating a text region with a field of view of the end user , wherein the text region is spatially associated with the object of interest , and for generating a textual message that identifies at least one characteristic of the object of interest , and instructing the display system to stream the textual message within the text region ; and one or more sensors configured for sensing gestural commands from the end user , characterized in that the control system is further configured to: stream the textual message such that it appears within the text region only one word at a time; associate with the object of interest and display, an annular ring that completely encircles the object of interest , wherein the annular ring allows gestural commands from the end user to be sensed by detecting an angular position of an anatomical part of the end user relative to the annular ring ; and adjust the streaming of the textual message in response to the sensed gestural commands. a display system configured for allowing the end user to visualize an object of interest in a three-dimensional scene; a control system configured for spatially associating a text region with a field of view of the end user , wherein the text region is spatially associated with the object of interest , and for generating a textual message that identifies at least one characteristic of the object of interest , and instructing the display system to stream the textual message within the text region ; and spatially associating a text region with a field of view of the end user , wherein the text region is spatially associated with the object of interest , and for generating a textual message that identifies at least one characteristic of the object of interest , and instructing the display system to stream the textual message within the text region ; and one or more sensors configured for sensing gestural commands from the end user , characterized in that the control system is further configured to: stream the textual message such that it appears within the text region only one word at a time; associate with the object of interest and display, an annular ring that completely encircles the object of interest , wherein the annular ring allows gestural commands from the end user to be sensed by detecting an angular position of an anatomical part of the end user relative to the annular ring ; and stream the textual message such that it appears within the text region only one word at a time; associate with the object of interest and display, an annular ring that completely encircles the object of interest , wherein the annular ring allows gestural commands from the end user to be sensed by detecting an angular position of an anatomical part of the end user relative to the annular ring ; and adjust the streaming of the textual message in response to the sensed gestural commands.
An airfoil (60;160;260), comprising: an airfoil body defining a cavity (64,64A-C); and a baffle (72,72',72",72"';172;272) including a baffle body including sidewalls and defining an internal passage for conveying coolant (F), the baffle body situated in the cavity (64,64A-C) such that a majority of external surfaces of the sidewalls abut the cavity (64,64A-C); characterised in that : the baffle body includes a plurality of cooling features (80,80A-D;180;280) within the internal passage , and at least some of the plurality of cooling features (80...280) extend between opposed surfaces of the internal passage . an airfoil body defining a cavity (64,64A-C); and a baffle (72,72',72",72"';172;272) including a baffle body including sidewalls and defining an internal passage for conveying coolant (F), the baffle body situated in the cavity (64,64A-C) such that a majority of external surfaces of the sidewalls abut the cavity (64,64A-C); characterised in that : the baffle body includes a plurality of cooling features (80,80A-D;180;280) within the internal passage , and at least some of the plurality of cooling features (80...280) extend between opposed surfaces of the internal passage .