mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, comprising: receiving, by a base station, via remaining minimum system information, one or more parameters associated with a target base station, of a plurality of possible target base stations, for initiating a backhaul connection, wherein the target base station is deployed within a wireless backhaul network, wherein the one or more parameters include a random access channel, RACH, configuration period for the wireless backhaul network, and wherein the RACH configuration period for the wireless backhaul network is different from a RACH configuration period for an access network; determining, by the base station, a transmission configuration for a first random access message based at least in part on the one or more parameters associated with the target base station; and transmitting, by the base station, the first random access message using the transmission configuration. receiving, by a base station, via remaining minimum system information, one or more parameters associated with a target base station, of a plurality of possible target base stations, for initiating a backhaul connection, wherein the target base station is deployed within a wireless backhaul network, wherein the one or more parameters include a random access channel, RACH, configuration period for the wireless backhaul network, and wherein the RACH configuration period for the wireless backhaul network is different from a RACH configuration period for an access network; determining, by the base station, a transmission configuration for a first random access message based at least in part on the one or more parameters associated with the target base station; and transmitting, by the base station, the first random access message using the transmission configuration.
Thermostat cartridge with a cold water inlet , a hot water inlet , a mixed water outlet and a mixed water space formed between the cold water inlet and hot water inlet on one side and the mixed water outlet on the other side, as well as with a spring-supported control sleeve on the housing side on which an expansion material element arranged in the mixed water space acts, which control sleeve in the closed position of the thermostat cartridge shuts off at least the hot water inlet and in a regulating position of the thermostat cartridge adjusts the mixing ratio of cold water and hot water, and with, connected to the expansion material element , an overtravel unit, comprising a displaceably arranged sleeve body , a pressure part arranged displaceably in the sleeve body and forming a stop for the expansion material element connected thereto, and a spring element supported between the sleeve body and pressures part as well as with an actuator unit which acts on the sleeve body of the overtravel unit and is operable by way of a temperature setting device, characterised in that the control sleeve is uncoupled from the expansion material element and is arranged in an initial position corresponding to the full closed position of the thermostat cartridge with a distance to the expansion material element in its regulating direction and in that arranged between the pressure part and the control sleeve is a closing adaptor which until the regulated opening of the hot water inlet by the control sleeve bridges the expansion material element and directly transmits the closing force originating from the pressure part to the control sleeve and presses this into the positon shutting off the hot water inlet , so that the expansion material part inserted with one end into the closing adapter is not subjected to the exertion of closing forces to be transmitted to the control sleeve , and in that the closing adapter is firmly connected with the pressure part and thereby follows movements predetermined by the actuator unit, wherein the sleeve body of the overtravel unit on which the actuator unit acts is itself designed as a shut-off sleeve for the mixed water outlet which in the closed position of the thermostat cartridge shuts off the mixed water outlet from the mixed water space .
An apparatus, comprising: a load including a processor having a plurality of cores; and a power management circuit configured to manage power supplied by a power source to the load and provide to the load one or more parameters relating to the power source ; wherein the load is dynamically configurable by the processor to operate within a current capability of the power source based on the one or more parameters and to apply one or more current limiting schemes to operate within the current capability of the power source , the processor being configured to apply the one or more current limiting schemes by hot-plugging at least one of the cores; wherein hot-plugging is an operation to power-collapse a core. a load including a processor having a plurality of cores; and a power management circuit configured to manage power supplied by a power source to the load and provide to the load one or more parameters relating to the power source ;
A device for treating obstructive sleep apnea in a patient, comprising: a lower jaw appliance configured to engage the patient's mandibular dental arcade; an upper jaw appliance configured to engage the patient's maxillary dental arcade; and a first connector comprising a first member and a second member , wherein the first member and second member are configured to move in a telescoping manner relative to each other to thereby modulate a length of the first connector, wherein the first member is attached to at least one of the lower jaw appliance or upper jaw appliance, wherein the second member is attached to at least one of the lower jaw appliance or upper jaw appliance and wherein the first member and second member are not both attached to a same one of the lower jaw appliance or the upper jaw appliance characterised in that a first magnet is positioned proximate a first end of the first connector and inside the first member, and wherein a second magnet is positioned proximate a second end of the first connector, opposing the first end, and inside the second member, and wherein the first magnet and second magnet are oriented such that like polarities face each other and thereby generate a repulsive force configured to push the first end away from the second end. a lower jaw appliance configured to engage the patient's mandibular dental arcade; an upper jaw appliance configured to engage the patient's maxillary dental arcade; and a first connector comprising a first member and a second member , wherein the first member and second member are configured to move in a telescoping manner relative to each other to thereby modulate a length of the first connector, wherein the first member is attached to at least one of the lower jaw appliance or upper jaw appliance, wherein the second member is attached to at least one of the lower jaw appliance or upper jaw appliance and wherein the first member and second member are not both attached to a same one of the lower jaw appliance or the upper jaw appliance characterised in that a first magnet is positioned proximate a first end of the first connector and inside the first member, and wherein a second magnet is positioned proximate a second end of the first connector, opposing the first end, and inside the second member, and wherein the first magnet and second magnet are oriented such that like polarities face each other and thereby generate a repulsive force configured to push the first end away from the second end.
A gripping device comprising: a body and a top plate , the top plate being attachable to the body , the body including at least one elongate channel for receiving an elongate element , the or each elongate channel having a longitudinal axis; a gripping element ; and biasing means for bringing the gripping element into engagement with an elongate element located in the said channel ; wherein the gripping element is mounted for translational movement in a slot formed in the body , the slot having a longitudinal axis, and the longitudinal axis of the slot is set at an acute angle to the longitudinal axis of the channel ; wherein a force component exerted on an elongate element located in the said channel causes the gripping element to move in the slot towards the elongate element ; characterised in that the body has first and second ends and includes two spaced apart solid end walls , one end wall located at the first end of the body and the other end wall located at the second end of the body, and the longitudinal axis of the or each channel extends between the two end walls ; and wherein each end wall includes at least one hole therethrough aligned with one of the elongate channels , a first hole for receipt of an elongate element into the said channel and a second hole for exit of said elongate element from said channel , and wherein each hole is defined by a continuous wall, the continuous wall comprising a part of the solid end wall. a body and a top plate , the top plate being attachable to the body , the body including at least one elongate channel for receiving an elongate element , the or each elongate channel having a longitudinal axis; a gripping element ; and biasing means for bringing the gripping element into engagement with an elongate element located in the said channel ; wherein the gripping element is mounted for translational movement in a slot formed in the body , the slot having a longitudinal axis, and the longitudinal axis of the slot is set at an acute angle to the longitudinal axis of the channel ; wherein a force component exerted on an elongate element located in the said channel causes the gripping element to move in the slot towards the elongate element ; characterised in that the body has first and second ends and includes two spaced apart solid end walls , one end wall located at the first end of the body and the other end wall located at the second end of the body, and the longitudinal axis of the or each channel extends between the two end walls ; and wherein each end wall includes at least one hole therethrough aligned with one of the elongate channels , a first hole for receipt of an elongate element into the said channel and a second hole for exit of said elongate element from said channel , and wherein each hole is defined by a continuous wall, the continuous wall comprising a part of the solid end wall.
A structured detergent particle comprising: (a) from 35 wt% to 50 wt% of an anionic surfactant that is a C 10 -C 20 linear alkyl benzene sulphonate; (b) from 0.5 wt% to 8 wt% of a hydrophilic silica comprising less than 10 wt% of residue salt; and (c) from 40 wt% to 60 wt% of a water-soluble alkaline metal carbonate, wherein the structured detergent particle is substantially free of phosphate builder, and wherein said structured detergent particle is characterized by : a particle size distribution Dw50 of from 100μm to 1000μm; a bulk density of from 400 to 1000 g/L; and a moisture content of from 0 wt% to 3 wt%, and wherein said structured detergent particle is substantially free of phosphate. (a) from 35 wt% to 50 wt% of an anionic surfactant that is a C 10 -C 20 linear alkyl benzene sulphonate; (b) from 0.5 wt% to 8 wt% of a hydrophilic silica comprising less than 10 wt% of residue salt; and (c) from 40 wt% to 60 wt% of a water-soluble alkaline metal carbonate,
A martensitic stainless Si deoxidized cold -rolled and annealed steel shee, derived from a hot rolled steel sheet, having a steel composition that comprises, in terms of mass%, 0.100 to 0.300% C, 0.20 to 2.50% Si, 0.75 to 4.00% Mn, 0.01 to 1.00% Ni, 11.00 to 15.00% Cr, 0.001 to 0.100% N, 0.0001 to 0.0350% Al, 0 to 0.50% V, 0 to 0.50% Nb, 0 to 0.50% Ti, 0 to 0.020% B, and a balance of Fe and inevitable impurities, having a martensite content of from 80 vol% or more to 100 vol% or less, having a sheet thickness of 0.05 mm to 0.5 mm; and having a sheet surface hardness of 400 HV 1 to 470 HV 1 and that has a value of ymax, which is equal to a maximum volume% of an austenitic phase formed at an increased temperature region of Ac 1 point or higher, and determined by a following equation , of 80.0 or greater, and in which an average composition of oxide based inclusions observed in a metallographic structure has 30 mass% or less Al 2 O 3 , 20 to 60 mass% SiO 2 and 15 to 70 mass% MnO in terms of mass ratio conversion of Al 2 O 3 , SiO 2 and MnO and maximum diameters of oxide based inclusions in the sheet thickness direction are 1.0% or less of the sheet thickness, measured according to the description, wherein in the steel composition, any one of following equations (A) and (B) is satisfied: γ max = 420 C − 11.5 Si + 7 Mn + 23 Ni − 11.5 Cr − 49 Ti + Nb + V − 52 Al + 470 N + 189 Si + Mn ≥ 1.30 and 0.25 ≤ Si / Mn ≤ 1.50 Si + Mn < 1.30 and 0.40 ≤ Si / Mn ≤ 1.50 herein, a place of the element symbol in the equation is assigned with a content of the corresponding element denoted in terms of mass%, and places of Si and Mn in the equations (A) and (B) are assigned with contents of Si and Mn denoted in terms of mass%.
A battery tester comprising two tester cables attached to a housing of said battery tester , said battery tester being configured to electrically connect by said two tester cables to terminals of a battery to be tested, said battery tester comprising a computing device and a screen, the computing device being configured to display on the screen a user interface for battery testing allowing for one-handed interaction with the user interface , wherein the user interface is vertically oriented, i.e. portrait orientation, and the battery tester is sized to be held one-handed; the user interface comprising a series of interfaces: - a first interface comprising a plurality of icons , each of the plurality of icons corresponding to a test condition or a tester functionality, wherein one of the plurality of icons corresponds to a test condition to begin a test; - a testing interface comprising a number of instructions , the testing interface configured to dynamically update based on the completion of one or more testing steps, and wherein selection of the one of the plurality of icons in the first interface corresponding to the test condition displays the testing interface ; and - a results interface , having a three-stage top navigation and health summary, the three-stage top navigation for reporting battery health metrics, wherein completion of one or more tests displays the results interface , and wherein the three-stage top navigation provides along a top of the results interface three icons for allowing a user to navigate between results options and obtain an overview of the battery health metrics. - a first interface comprising a plurality of icons , each of the plurality of icons corresponding to a test condition or a tester functionality, wherein one of the plurality of icons corresponds to a test condition to begin a test; - a testing interface comprising a number of instructions , the testing interface configured to dynamically update based on the completion of one or more testing steps, and wherein selection of the one of the plurality of icons in the first interface corresponding to the test condition displays the testing interface ; and - a results interface , having a three-stage top navigation and health summary, the three-stage top navigation for reporting battery health metrics, wherein completion of one or more tests displays the results interface , and wherein the three-stage top navigation provides along a top of the results interface three icons for allowing a user to navigate between results options and obtain an overview of the battery health metrics.
An apparatus for analyzing an exhaled breath, comprising: a sensor configured to measure a parameter of a first exhaled breath and a next exhaled breath ; a first processor configured to determine whether the measured parameter of the next exhaled breath meets a threshold criteria in a first subroutine ; a breath sampling system configured to capture the next exhaled breath when said parameter meets said threshold criteria, and configured to initiate capture of an alternative type of breath when said threshold criteria is not met and when subsequently an alternative type of breath has been detected according to a second subroutine ; a gas analyzer , wherein the gas analyzer comprises a second processor configured to apply a gas analysis algorithm to the captured next exhaled breath, and to apply a correction factor to the gas analysis algorithm for the captured alternative type of breath. a sensor configured to measure a parameter of a first exhaled breath and a next exhaled breath ; a first processor configured to determine whether the measured parameter of the next exhaled breath meets a threshold criteria in a first subroutine ; a breath sampling system configured to capture the next exhaled breath when said parameter meets said threshold criteria, and configured to initiate capture of an alternative type of breath when said threshold criteria is not met and when subsequently an alternative type of breath has been detected according to a second subroutine ; a gas analyzer , wherein the gas analyzer comprises a second processor configured to apply a gas analysis algorithm to the captured next exhaled breath, and to apply a correction factor to the gas analysis algorithm for the captured alternative type of breath.
A black fastening member for a vehicle, comprising: a zinc-plated metal substrate; a trivalent chromium black chemical conversion film on a surface of the metal substrate; and a black coating film on the trivalent chromium black chemical conversion film, wherein the trivalent chromium black chemical conversion film is formed by using a hexavalent chromium-free trivalent chromium black chemical conversion treatment liquid having a Zn ion concentration of 20 g/L or lower, and has a lightness L value of 33 or lower, and the black coating film comprises a blackening component, a modified organopolysiloxane, and a friction coefficient-modifying component with the amount of the blackening component being 2% by weight or more but less than 25% by weight relative to 100% by weight of the black coating film, and has a lightness L value of 28 or lower and wherein the friction coefficient-modifying component is a polyoxyethylene fatty acid ester. a zinc-plated metal substrate; a trivalent chromium black chemical conversion film on a surface of the metal substrate; and a black coating film on the trivalent chromium black chemical conversion film, wherein the trivalent chromium black chemical conversion film is formed by using a hexavalent chromium-free trivalent chromium black chemical conversion treatment liquid having a Zn ion concentration of 20 g/L or lower, and has a lightness L value of 33 or lower, and the black coating film comprises a blackening component, a modified organopolysiloxane, and a friction coefficient-modifying component with the amount of the blackening component being 2% by weight or more but less than 25% by weight relative to 100% by weight of the black coating film, and has a lightness L value of 28 or lower and wherein the friction coefficient-modifying component is a polyoxyethylene fatty acid ester.
A user equipment, comprising: means configured to detect inactivity of a master node; means configured to enter the user equipment into a power saving state, based on the detection of the inactivity of the master node, wherein a signaling radio bearer of a secondary node is pre-configured prior to the entering into the power saving state; and means configured to signal to the secondary node that the user equipment is entering into the power saving state and means configured to activate the signaling radio bearer of the secondary node, at the time of entering the power saving state, wherein the user equipment is in connected mode and has dual connectivity with the master node and the secondary node established. means configured to detect inactivity of a master node; means configured to enter the user equipment into a power saving state, based on the detection of the inactivity of the master node, wherein a signaling radio bearer of a secondary node is pre-configured prior to the entering into the power saving state; and means configured to signal to the secondary node that the user equipment is entering into the power saving state and means configured to activate the signaling radio bearer of the secondary node, at the time of entering the power saving state, wherein the user equipment is in connected mode and has dual connectivity with the master node and the secondary node established.
A de-aerator for a lubrication system of an aircraft engine , comprising: a housing defining an air-oil inlet , an oil outlet , and an air outlet of the de-aerator ; a rotor received within the housing and rotatable relative to the housing about a central axis (A), the rotor having blades circumferentially distributed about the central axis (A) and extending at least partially radially relative to the central axis (A), flow passages (P) extending between the blades , the rotor having a hub circumferentially extending around the central axis (A) and around the blades , the hub having a peripheral wall (32j2) oriented radially inwardly and defining a fore opening leading to the flow passages (P); and a gap (G) between the housing and the hub of the rotor , a portion of the housing received within the fore opening and axially overlapping the peripheral wall (32j3) of the hub , the gap (G) having a fore gap inlet (G1) between the portion of the housing and the peripheral wall (32j3) of the hub , wherein the housing defines an aft annular shoulder on an outlet side (O) of the de-aerator and oriented radially outwardly relative to the central axis (A), the aft annular shoulder axially overlapping and facing an aft shoulder of the hub . a housing defining an air-oil inlet , an oil outlet , and an air outlet of the de-aerator ; a rotor received within the housing and rotatable relative to the housing about a central axis (A), the rotor having blades circumferentially distributed about the central axis (A) and extending at least partially radially relative to the central axis (A), flow passages (P) extending between the blades , the rotor having a hub circumferentially extending around the central axis (A) and around the blades , the hub having a peripheral wall (32j2) oriented radially inwardly and defining a fore opening leading to the flow passages (P); and a gap (G) between the housing and the hub of the rotor , a portion of the housing received within the fore opening and axially overlapping the peripheral wall (32j3) of the hub , the gap (G) having a fore gap inlet (G1) between the portion of the housing and the peripheral wall (32j3) of the hub , wherein the housing defines an aft annular shoulder on an outlet side (O) of the de-aerator and oriented radially outwardly relative to the central axis (A), the aft annular shoulder axially overlapping and facing an aft shoulder of the hub .