mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-resonant hollow-core optical fiber comprising a first tubular cladding element which defines an internal cladding surface , a plurality of second tubular elements which are attached to the internal cladding surface and together define a core with an effective radius (R), a plurality of third tubular elements , each nested within a respective one of the second tubular elements , and a plurality of fourth tubular elements , each nested within a respective one of the third tubular elements , to provide nested tubular arrangements (11a-f); characterized in that : the second tubular elements are arranged in spaced, non-touching relation and adjacent ones of the second tubular elements have a spacing (d) therebetween.
A memory device comprising: a memory array including memory cells to store memory data; error correcting code, ECC, circuitry configured to generate ECC data and use the ECC data to detect errors in the memory data; and an ECC circuitry checker configured to: in response to a memory operation, translate a memory address of the memory operation to a memory address mapped portion of the memory array and retrieve check ECC data from the memory address mapped portion of the memory array according to the translated memory address; substitute the ECC data generated for the memory data of the memory operation with the check ECC data from the memory address mapped portion of the memory array; compare an output of the ECC circuitry to an expected output when the substituted check ECC data is applied to the ECC circuitry; and generate an alert when the comparing indicates an error in the ECC circuitry. a memory array including memory cells to store memory data; error correcting code, ECC, circuitry configured to generate ECC data and use the ECC data to detect errors in the memory data; and an ECC circuitry checker configured to: in response to a memory operation, translate a memory address of the memory operation to a memory address mapped portion of the memory array and retrieve check ECC data from the memory address mapped portion of the memory array according to the translated memory address; substitute the ECC data generated for the memory data of the memory operation with the check ECC data from the memory address mapped portion of the memory array; compare an output of the ECC circuitry to an expected output when the substituted check ECC data is applied to the ECC circuitry; and generate an alert when the comparing indicates an error in the ECC circuitry. in response to a memory operation, translate a memory address of the memory operation to a memory address mapped portion of the memory array and retrieve check ECC data from the memory address mapped portion of the memory array according to the translated memory address; substitute the ECC data generated for the memory data of the memory operation with the check ECC data from the memory address mapped portion of the memory array; compare an output of the ECC circuitry to an expected output when the substituted check ECC data is applied to the ECC circuitry; and generate an alert when the comparing indicates an error in the ECC circuitry.
A resin system for an aqueous pulp slurry, wherein the resin system comprises - an aldehyde-functionalized polymer resin, which is a cationic glyoxylated polyacrylamide and which has the ratio of the number of substituted glyoxal groups to the number of glyoxal-reactive amide groups in excess of 0.03:1, and - a polyamidoamine epichlorohydrin resin, having an azetidinium content of 80% or less, wherein the azetidinium content r a refers to the mole ratio of azetidinium groups relative to the secondary amine groups on the base polymer r a = 2 ⋅ A ƒ A c + A c ′ where A f is the integration of chemical shift f , A c is the integration of chemical shift c, and A c' is the chemical shift of c', calculated by using 13C NMR method as described herein, wherein the ratio of aldehyde-functionalized polymer resin to polyamidoamine epichlorohydrin resin is 1:1 to 100:1, and wherein the aldehyde-functionalized polymer resin is 0.01 to 2.5 wt. % of the aqueous pulp slurry and the polyamidoamine epichlorohydrin resin is 0.01 to 2.5 wt. % of the aqueous pulp slurry. - an aldehyde-functionalized polymer resin, which is a cationic glyoxylated polyacrylamide and which has the ratio of the number of substituted glyoxal groups to the number of glyoxal-reactive amide groups in excess of 0.03:1, and - a polyamidoamine epichlorohydrin resin, having an azetidinium content of 80% or less, wherein the azetidinium content r a refers to the mole ratio of azetidinium groups relative to the secondary amine groups on the base polymer r a = 2 ⋅ A ƒ A c + A c ′ where A f is the integration of chemical shift f , A c is the integration of chemical shift c, and A c' is the chemical shift of c', calculated by using 13C NMR method as described herein, wherein the ratio of aldehyde-functionalized polymer resin to polyamidoamine epichlorohydrin resin is 1:1 to 100:1, and wherein the aldehyde-functionalized polymer resin is 0.01 to 2.5 wt. % of the aqueous pulp slurry and the polyamidoamine epichlorohydrin resin is 0.01 to 2.5 wt. % of the aqueous pulp slurry. where A f is the integration of chemical shift f , A c is the integration of chemical shift c, and A c' is the chemical shift of c', calculated by using 13C NMR method as described herein, wherein the ratio of aldehyde-functionalized polymer resin to polyamidoamine epichlorohydrin resin is 1:1 to 100:1, and wherein the aldehyde-functionalized polymer resin is 0.01 to 2.5 wt. % of the aqueous pulp slurry and the polyamidoamine epichlorohydrin resin is 0.01 to 2.5 wt. % of the aqueous pulp slurry.
A method of wireless communications, comprising: identifying , by a user equipment, UE, , at least two states in connected mode; determining , by the UE , one or more triggers for transitioning between the at least two states; and transitioning , by the UE , from a first state of the at least two states to a second state of the at least two states in response to a determination of the one or more triggers, wherein the transitioning comprises transitioning between cross-slot scheduling operable at a first bandwidth and same-slot scheduling operable at a second bandwidth, wherein the second bandwidth is wider than the first bandwidth. identifying , by a user equipment, UE, , at least two states in connected mode; determining , by the UE , one or more triggers for transitioning between the at least two states; and transitioning , by the UE , from a first state of the at least two states to a second state of the at least two states in response to a determination of the one or more triggers, wherein the transitioning comprises transitioning between cross-slot scheduling operable at a first bandwidth and same-slot scheduling operable at a second bandwidth, wherein the second bandwidth is wider than the first bandwidth.
A method for treating a track by means of a track maintenance machine movable on the track , with ballast being placed in the track in front of a first tamping unit by means of a first ballast filling device in relation to a working direction , with the track being lifted and lined by means of a first lifting and lining unit and tamped by means of the first tamping unit in a treatment section limited by two rail running gears , characterized in that the following further work steps are carried out in succession in the same treatment section : - Stabilizing the ballast bed by means of a first stabilizing unit , - placing ballast in the ballast bed by means of a second ballast filling device , - lifting, lining, and tamping the track by means of a second lifting and lining unit and a second tamping unit , and - stabilizing the ballast bed by means of a second stabilizing unit . - Stabilizing the ballast bed by means of a first stabilizing unit , - placing ballast in the ballast bed by means of a second ballast filling device , - lifting, lining, and tamping the track by means of a second lifting and lining unit and a second tamping unit , and - stabilizing the ballast bed by means of a second stabilizing unit .
A surgical stapling assembly comprising: a firing member movable between an unfired location and a fired location; a first jaw ; a second jaw , wherein one of said first jaw and said second jaw is movable relative to the other of said first jaw and said second jaw ; a staple cartridge ; a cartridge channel in said first jaw configured to receive said staple cartridge therein; a lockout movable between an unlocked configuration (FIG. 157) and a locked configuration (FIG. 158), wherein said lockout is configured to prevent said firing member from advancing distally from said unfired location when an unspent staple cartridge is not positioned within said cartridge channel ; and said surgical stapling assembly being characterized in that it further comprises an exterior access aperture defined in said cartridge channel , wherein said lockout is accessible through said exterior access aperture such that said lockout can be manually defeated to move said lockout into said unlocked configuration. a firing member movable between an unfired location and a fired location; a first jaw ; a second jaw , wherein one of said first jaw and said second jaw is movable relative to the other of said first jaw and said second jaw ; a staple cartridge ; a cartridge channel in said first jaw configured to receive said staple cartridge therein; a lockout movable between an unlocked configuration (FIG. 157) and a locked configuration (FIG. 158), wherein said lockout is configured to prevent said firing member from advancing distally from said unfired location when an unspent staple cartridge is not positioned within said cartridge channel ; and said surgical stapling assembly being characterized in that it further comprises an exterior access aperture defined in said cartridge channel , wherein said lockout is accessible through said exterior access aperture such that said lockout can be manually defeated to move said lockout into said unlocked configuration.
A method for use in a user equipment accessing a communication network, the user equipment using extended discontinuous reception (DRX) when the user equipment is in connected mode with the communication network, wherein the extended DRX comprises extended DRX cycles and offsets, which are based on a value of a specific DRX cycle, the method comprising: receiving signaling from the communication network, the signaling comprising an extended DRX cycle indication and offset value; calculating an extended DRX cycle from the extended DRX cycle indication using the value of the specific DRX cycle; calculating an offset from the offset value using the value of the specific DRX cycle; and executing the DRX when the user equipment is in the connected mode with the extended DRX cycle calculated and the offset calculated. receiving signaling from the communication network, the signaling comprising an extended DRX cycle indication and offset value; calculating an extended DRX cycle from the extended DRX cycle indication using the value of the specific DRX cycle; calculating an offset from the offset value using the value of the specific DRX cycle; and executing the DRX when the user equipment is in the connected mode with the extended DRX cycle calculated and the offset calculated.
Tool slide, having at least one slide bed and one slide body , wherein the slide part is axially moveable on the on the slide bed in a limited way, and wherein a groove is formed on the slide part and a guide body is mounted in the grooves of the slide part and the slide bed to axially moveably slide on the slide bed as a corresponding means, wherein the guide body is of a rail- or batten-like design and is arranged with one part width in the slide body or in the slide bed , inserted in a groove , wherein the guide body is fixed against axial displacement in the area of an axial opening of the groove in which it is fixed with a locking means .
A terminal device , comprising a middle frame , a vibration motor , and a screen , wherein the middle frame comprises a middle plate and a bezel , wherein the bezel encircles an outer edge of the middle plate , the screen is fixed to the bezel , and the vibration motor is fixed to a surface of a side of the middle plate farther away from the screen , wherein the middle frame is provided with a first avoiding hole , and the vibration motor comprises: a housing , wherein the housing comprises a first wall plate , a second wall plate , and a side frame , wherein the first wall plate and the second wall plate are disposed at two ends of the side frame and opposite each other, and an accommodating space is formed between the first wall plate , the second wall plate and the side frame , wherein the first wall plate is provided with a first protruding portion that protrudes outwards in a direction leaving the accommodating space , wherein the first protruding portion is hollow inside so that a first accommodating compartment is formed, wherein the first accommodating compartment communicates with the accommodating space , and when the vibration motor is mounted on the middle frame , an outer surface of the first wall plate faces the middle frame and the first protruding portion is accommodated in the first avoiding hole .
A fuel pressure regulation system for a combustion engine, the fuel pressure regulation system comprising: a supply arrangement for supplying an outlet flow; a primary metering circuit , an inlet of which receives a first portion of the outlet flow of the supply arrangement, the primary metering circuit comprising a fuel metering valve and a primary pressure regulator , the primary pressure regulator connected to an outlet of the fuel metering valve; a bypass regulator connected in parallel with the primary metering circuit such that an inlet of the bypass regulator receives a second portion of the outlet flow of the supply arrangement, wherein the bypass regulator is operably connected on an outlet side of the fuel metering valve to sense a pressure in the primary metering circuit downstream from the fuel metering valve; at least one secondary metering circuit , an inlet of which receives a third portion of the outlet flow of the supply arrangement, the at least one secondary metering circuit connected in parallel with the primary metering circuit and the bypass regulator; and wherein the primary pressure regulator senses a downstream pressure (Pn-P) of the primary metering circuit and a downstream pressure (Pn-1, Pn-2) of the at least one secondary metering circuit and is operable to adjust an inlet side pressure (PP-P) of the primary pressure regulator to be at least as high as the highest of the downstream pressure of the primary metering circuit or the downstream pressure of the at least one secondary metering circuit plus a regulated pressure value of the primary pressure regulator. a supply arrangement for supplying an outlet flow; a primary metering circuit , an inlet of which receives a first portion of the outlet flow of the supply arrangement, the primary metering circuit comprising a fuel metering valve and a primary pressure regulator , the primary pressure regulator connected to an outlet of the fuel metering valve; a bypass regulator connected in parallel with the primary metering circuit such that an inlet of the bypass regulator receives a second portion of the outlet flow of the supply arrangement, wherein the bypass regulator is operably connected on an outlet side of the fuel metering valve to sense a pressure in the primary metering circuit downstream from the fuel metering valve; at least one secondary metering circuit , an inlet of which receives a third portion of the outlet flow of the supply arrangement, the at least one secondary metering circuit connected in parallel with the primary metering circuit and the bypass regulator; and wherein the primary pressure regulator senses a downstream pressure (Pn-P) of the primary metering circuit and a downstream pressure (Pn-1, Pn-2) of the at least one secondary metering circuit and is operable to adjust an inlet side pressure (PP-P) of the primary pressure regulator to be at least as high as the highest of the downstream pressure of the primary metering circuit or the downstream pressure of the at least one secondary metering circuit plus a regulated pressure value of the primary pressure regulator.
A method in a user equipment , comprising: receiving a grant , the grant scheduling one or more dynamically-delayed transmissions (310A-C, 410A-C, 510A-C) for the user equipment to transmit at a later time in the future; and in response to receiving the grant, starting an inactivity timer associated with the scheduled one or more dynamically-delayed transmissions, wherein at least one of a start time of the inactivity timer and a duration of the inactivity timer is configured, by a network node, such that the user equipment is active to receive, from the network node, an expected acknowledgement in response to transmission, by the user equipment, of the scheduled one or more dynamically-delayed transmissions. receiving a grant , the grant scheduling one or more dynamically-delayed transmissions (310A-C, 410A-C, 510A-C) for the user equipment to transmit at a later time in the future; and in response to receiving the grant, starting an inactivity timer associated with the scheduled one or more dynamically-delayed transmissions, wherein at least one of a start time of the inactivity timer and a duration of the inactivity timer is configured, by a network node, such that the user equipment is active to receive, from the network node, an expected acknowledgement in response to transmission, by the user equipment, of the scheduled one or more dynamically-delayed transmissions.
Cosmetic treatment method for adding fibers to a fringe (F1) of natural eyelashes, comprising: a) providing fibers having a first end portion releasably borne by a support comprising at least one substrate (11; 11a, 11b), b) applying an adhesive composition (A) to at least part of the fringe (F 1 ) of eyelashes, c) bringing a second end portion of the fibers , opposite the first end portion, into contact with said adhesive composition (A) present on said fringe (F 1 ) of eyelashes, d) moving the support away so as to release the fibers which adhere to said fringe (F 1 ) of eyelashes. a) providing fibers having a first end portion releasably borne by a support comprising at least one substrate (11; 11a, 11b), b) applying an adhesive composition (A) to at least part of the fringe (F 1 ) of eyelashes, c) bringing a second end portion of the fibers , opposite the first end portion, into contact with said adhesive composition (A) present on said fringe (F 1 ) of eyelashes, d) moving the support away so as to release the fibers which adhere to said fringe (F 1 ) of eyelashes.
A communication device for communicating data via a first communication network with a second communication network , the communication device comprising: a processor configured to process data comprising a payload section and a first header section ; a memory configured to store the data ; and a radio transmitter configured to transmit the processed data via the first communication network to neighboring communication devices of the second communication network and/or a base station of the second communication network ; wherein the processor is configured to append a second header section to the data in accordance with a tunneling protocol for tunneling the data through the first communication network to the second communication network and to append a cryptographic token to the data with a known offset from the end of the data to the beginning of the cryptographic token to authenticate the payload section of the data, wherein the cryptographic token is independent from the second header section . a processor configured to process data comprising a payload section and a first header section ; a memory configured to store the data ; and a radio transmitter configured to transmit the processed data via the first communication network to neighboring communication devices of the second communication network and/or a base station of the second communication network ; wherein the processor is configured to append a second header section to the data in accordance with a tunneling protocol for tunneling the data through the first communication network to the second communication network and to append a cryptographic token to the data with a known offset from the end of the data to the beginning of the cryptographic token to authenticate the payload section of the data, wherein the cryptographic token is independent from the second header section .
An ablutionary fitting comprising a tap wherein the fitting comprises a body and a control lever , the body including a base having a base aperture and having an outlet and a supply inlet , the outlet being mounted within a spout, a control valve cartridge received in the body for controlling the flow of fluid from the supply inlet to the outlet , characterised in that the body comprises a single-piece body having an unbroken top surface , and further includes a body aperture at the rear of the fitting so as to face substantially rearwardly with respect to the orientation of the fitting when installed to provide access through the body at the rear of the fitting , wherein the control lever is spaced above the top surface and is connected to the control valve cartridge through the body aperture at the rear of the fitting .
A method for synchronizing communication devices in a communications system, the method comprising receiving , in a communication device , a first synchronization signal periodically transmitted from a network apparatus ; based on the first synchronization signal, performing a coarse synchronization process in the communications device ; obtaining, in the communication device, a minimum synchronization required to send a scheduling request and to receive a scheduling grant and transmitting a scheduling request message from the communication device to the network apparatus , based on the coarse synchronization process performed in the communications device ; receiving , in the communication device from the network apparatus or a further communication device, a second synchronization signal for providing accurate downlink synchronization for the communication device , wherein the second synchronization signal is received together with a scheduling grant; obtaining accurate downlink synchronization based on the second synchronization signal and transmitting data from the communication device to the network apparatus , based on the scheduling grant.