mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic pressure-regulating valve for a brake control system of a rail vehicle, having: a first pressure chamber , to which a brake pressure (C) can be applied, and a second pressure chamber , to which a predetermined settable pressure (R1) can be applied, wherein the first pressure chamber and the second pressure chamber are sealed off with respect to one another by means of a pressure-equalizing piston , and wherein the pressure-equalizing piston is configured to open a fluidic connection from the first pressure chamber to a ventilation channel if the pressure action of the pressure on the pressure-equalizing piston in the first pressure chamber is greater than the pressure action of the pressure on the pressure-equalizing piston in the second pressure chamber . a first pressure chamber , to which a brake pressure (C) can be applied, and a second pressure chamber , to which a predetermined settable pressure (R1) can be applied, wherein the first pressure chamber and the second pressure chamber are sealed off with respect to one another by means of a pressure-equalizing piston , and wherein the pressure-equalizing piston is configured to open a fluidic connection from the first pressure chamber to a ventilation channel if the pressure action of the pressure on the pressure-equalizing piston in the first pressure chamber is greater than the pressure action of the pressure on the pressure-equalizing piston in the second pressure chamber .
A resource configuration method, comprising: obtaining, by a terminal , a slice attribute corresponding to a slice type of a first session, wherein the slice attribute corresponding to the slice type comprises a security requirement of the slice type; and performing, by the terminal , resource configuration for the first session based on the slice attribute, wherein the performing, by the terminal , resource configuration for the first session based on the slice attribute comprises: if the slice attribute comprises the security requirement of the slice type, determining, by the terminal based on the security requirement of the slice type, whether to provide an isolated resource for the first session. obtaining, by a terminal , a slice attribute corresponding to a slice type of a first session, wherein the slice attribute corresponding to the slice type comprises a security requirement of the slice type; and performing, by the terminal , resource configuration for the first session based on the slice attribute, wherein the performing, by the terminal , resource configuration for the first session based on the slice attribute comprises: if the slice attribute comprises the security requirement of the slice type, determining, by the terminal based on the security requirement of the slice type, whether to provide an isolated resource for the first session.
An improved locking nut and sealing washer for use with a threaded portion of a bolt, where: the locking nut has an external profile and a flange and the sealing washer has a washer body , a retainer wall and an elastomer , the retainer wall extends from the periphery of a first side of the washer body , the retainer wall also having retaining means provided in an interior surface thereof, the elastomer extends from an internal profile of the washer body in a direction away from the retainer wall and is thereby interposed between a surface and the washer body when in use, where, when the locking nut is seated on the sealing washer , a removable retaining insert may be manipulated to be received within the retaining means and where, when torque is applied to an appropriate portion of the external profile to move the locking nut in a first direction along the threaded portion of the bolt towards the surface, the flange pushes against the washer body to push the sealing washer in the same direction and, when torque is applied to the locking nut in an opposing direction along the threaded portion of the bolt, the flange pushes against the retaining insert to push the sealing washer in the same direction. the locking nut has an external profile and a flange and the sealing washer has a washer body , a retainer wall and an elastomer , the retainer wall extends from the periphery of a first side of the washer body , the retainer wall also having retaining means provided in an interior surface thereof, the elastomer extends from an internal profile of the washer body in a direction away from the retainer wall and is thereby interposed between a surface and the washer body when in use,
A method of receiving, by a base station, a user equipment, UE, identity, ID, in a wireless communication system, the method comprising: transmitting (S502), to a mobility management entity, MME, uplink data and release assistance information transmitted by a UE, wherein the release assistance information informs that transmission of a downlink data subsequent to the uplink data transmission is expected; and when the MME does not receive the downlink data from a serving gateway, S-GW: i) receiving (S604) the UE ID from the MME, based on the release assistance information; and ii) performing (S514) S1 release procedure; and when the MME receives the downlink data from the S-GW: i) receiving (S511) the downlink data from the MME; ii) transmitting (S512) the downlink data to the UE; and iii) performing (S514) the S1 release procedure. transmitting (S502), to a mobility management entity, MME, uplink data and release assistance information transmitted by a UE, wherein the release assistance information informs that transmission of a downlink data subsequent to the uplink data transmission is expected; and when the MME does not receive the downlink data from a serving gateway, S-GW: i) receiving (S604) the UE ID from the MME, based on the release assistance information; and ii) performing (S514) S1 release procedure; and when the MME receives the downlink data from the S-GW: i) receiving (S511) the downlink data from the MME; ii) transmitting (S512) the downlink data to the UE; and iii) performing (S514) the S1 release procedure.
An agricultural machine comprising an operating unit and a carrier assembly for the operating unit, the carrier assembly including a mounting structure configured for mounting the agricultural machine on a carrier vehicle, a carrier arm , a pivot mechanism configured to allow pivoting movement of the carrier arm relative to the mounting structure about a pivot axis (X) that extends substantially parallel to the working direction (D) of the agricultural machine between an upright position and a lowered position, and a suspension system by which the operating unit is suspended from the carrier arm; wherein the suspension system suspends the operating unit solely from its centre point and allows the operating unit to rotate about an axis (R) that extends substantially in the working direction (D), the suspension system includes a support mechanism that supports the weight of the operating unit and allows the height of the operating unit relative to the arm to change, and the support mechanism includes an actuator configured to act between the operating unit and the carrier arm to adjust the height of the operating unit relative to the carrier arm, characterised in that the actuator is located centrally on the axis (R) of the operating unit .
Compacting device of thin sheets of thermoplastic material that is characterised in that it includes an axial fan , which is found attached in the lower part of the essentially prismatic structure ; an inlet nozzle placed in the upper part of the prismatic structure ; a heated mould housed in the intermediate part of the prismatic structure and as a continuation from the inlet nozzle where this heated mould is provided with a plurality of slots that allow the passing of the suction air current; a guiding conduit between the inlet nozzle and the heated mould ; and a slot housed between the heated mould and the fan .
A method for validating an enhanced one-time password, OTP, the method comprising the steps of: performing , by a client device , a first risk analysis wherein performing said first risk analysis comprises making a risk assessment for each of one or more risk factors by determining a score represented by a numerical value, generating risk information data representing a result of said first risk analysis wherein generating the risk information data comprises combining the scores of all said risk assessments of said one or more risk factors and wherein the risk information data comprises no more than 12 bits, determining a first value of a dynamic variable, generating cryptographic OTP data by cryptographically combining said first value of said dynamic variable with a cryptographic secret, and obtaining said enhanced OTP by combining said cryptographic OTP data with said risk information data; the method further comprising the steps of: retrieving, by an application server , said cryptographic data from said enhanced OTP; retrieving said risk information data from said enhanced OTP; cryptographically verifying said retrieved cryptographic data; performing a second risk analysis using said retrieved risk information data; and determining an overall risk level for said enhanced OTP using the outcome of said cryptographic verification of said retrieved cryptographic data and said second risk analysis. performing , by a client device , a first risk analysis wherein performing said first risk analysis comprises making a risk assessment for each of one or more risk factors by determining a score represented by a numerical value, generating risk information data representing a result of said first risk analysis wherein generating the risk information data comprises combining the scores of all said risk assessments of said one or more risk factors and wherein the risk information data comprises no more than 12 bits, determining a first value of a dynamic variable, generating cryptographic OTP data by cryptographically combining said first value of said dynamic variable with a cryptographic secret, and obtaining said enhanced OTP by combining said cryptographic OTP data with said risk information data; retrieving, by an application server , said cryptographic data from said enhanced OTP; retrieving said risk information data from said enhanced OTP; cryptographically verifying said retrieved cryptographic data; performing a second risk analysis using said retrieved risk information data; and determining an overall risk level for said enhanced OTP using the outcome of said cryptographic verification of said retrieved cryptographic data and said second risk analysis.
A blood pump assembly comprising: a balloon defining an elongated inflatable chamber , the balloon having a distal end and a proximal end , wherein the distal end is rounded and the proximal end has an opening ; and an inflation tube coupled to the opening of the proximal end of the balloon , the tube defining a fluid channel in fluid communication with the inflatable chamber , wherein the balloon has a central region having an elongated cylindrical shape when in an inflated state and a substantially planate shape when in an uninflated state thereby when in use promoting laminar flow of fluid within a blood vessel in which the pump is implanted when the pump is in the uninflated state. a balloon defining an elongated inflatable chamber , the balloon having a distal end and a proximal end , wherein the distal end is rounded and the proximal end has an opening ; and an inflation tube coupled to the opening of the proximal end of the balloon , the tube defining a fluid channel in fluid communication with the inflatable chamber , wherein the balloon has a central region having an elongated cylindrical shape when in an inflated state and a substantially planate shape when in an uninflated state thereby when in use promoting laminar flow of fluid within a blood vessel in which the pump is implanted when the pump is in the uninflated state.
A lubricant supply system for a bearing damper in an engine bearing compartment of a gas turbine engine , the bearing compartment rotatably supporting an engine component and including a drain system for purging excess lubricant, comprising: a first interface ; a second interface ; a drain conduit fluidly coupled to the first interface and extending from the first interface to the second interface ; the drain conduit receiving fluid including excess lubricant and lubricant purging air from the first interface ; a supply conduit located within the drain conduit extending between the interfaces ; the supply conduit providing lubricant to the bearing damper ; and fluid in the drain conduit is capable of insulating fluid in the supply conduit from heat transferred through the interfaces; characterized by : a joint where the second interface connects with the drain conduit , the joint comprises a piloted O-ring ; the joint further includes an outlet conduit for the drain conduit and an inlet conduit for the supply conduit ; and the piloted O-ring enables slippage relative to the joint , including the outlet conduit and the inlet conduit . a first interface ; a second interface ; a drain conduit fluidly coupled to the first interface and extending from the first interface to the second interface ; the drain conduit receiving fluid including excess lubricant and lubricant purging air from the first interface ; a supply conduit located within the drain conduit extending between the interfaces ; the supply conduit providing lubricant to the bearing damper ; and fluid in the drain conduit is capable of insulating fluid in the supply conduit from heat transferred through the interfaces; characterized by : a joint where the second interface connects with the drain conduit , the joint comprises a piloted O-ring ; the joint further includes an outlet conduit for the drain conduit and an inlet conduit for the supply conduit ; and the piloted O-ring enables slippage relative to the joint , including the outlet conduit and the inlet conduit . a joint where the second interface connects with the drain conduit , the joint comprises a piloted O-ring ; the joint further includes an outlet conduit for the drain conduit and an inlet conduit for the supply conduit ; and the piloted O-ring enables slippage relative to the joint , including the outlet conduit and the inlet conduit .
A method of making limulus amebocyte lysate (LAL) substantially free of coagulogen, wherein the LAL substantially free of coagulogen comprises less than 5% (wt/wt) of coagulogen relative to total protein in the LAL as measured by SDS-PAGE with protein stain, the method comprising: subjecting a composition comprising LAL, wherein the LAL comprises coagulogen, to tangential flow filtration (TFF) using a 20 kDa to 50 kDa TFF filter, wherein the TFF produces a retentate and a filtrate; and collecting the retentate, thereby obtaining the LAL substantially free of coagulogen. subjecting a composition comprising LAL, wherein the LAL comprises coagulogen, to tangential flow filtration (TFF) using a 20 kDa to 50 kDa TFF filter, wherein the TFF produces a retentate and a filtrate; and collecting the retentate, thereby obtaining the LAL substantially free of coagulogen.
Polyalkyl(meth)acrylate-based polymers, consisting of the following monomers: (a) 6 wt.% to 12 wt.% of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; (b) 0 wt.% to 1 wt.% of methyl methacrylate; (c) 45 wt.% to 70 wt.% of n-butyl methacrylate; (d) 0 wt.% to 20 wt.% of C5-11 alkyl methacrylates; (e) 0.2 wt.% to 18 wt.% of C12-15 alkyl methacrylates, preferably LMA; (f) 2 wt.% to 19.8 wt.% of C16-20 alkyl methacrylates, preferably SMA; and (g) 0 wt.% to 1 wt.% of styrene monomers, wherein the sum of components (e) and (f) is equal to or less than 20 wt.%. (a) 6 wt.% to 12 wt.% of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; (b) 0 wt.% to 1 wt.% of methyl methacrylate; (c) 45 wt.% to 70 wt.% of n-butyl methacrylate; (d) 0 wt.% to 20 wt.% of C5-11 alkyl methacrylates; (e) 0.2 wt.% to 18 wt.% of C12-15 alkyl methacrylates, preferably LMA; (f) 2 wt.% to 19.8 wt.% of C16-20 alkyl methacrylates, preferably SMA; and (g) 0 wt.% to 1 wt.% of styrene monomers,
A method of controlling a 3n-phase electrical machine by means of n power converters each being controlled by a respective controller (C1,...Cn), wherein n is an integer equal to or greater than 2, and each power converter being configured to power a respective set of three phases of the electrical machine , wherein the method for each controller (C1,...Cn) comprises: a) obtaining measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) of the set of three phases of the electrical machine controlled by the respective controller (C1,...Cn), characterized in that the method for each controller further comprises: b) estimating all currents ( îdq, 2, îdq, 1) of all the other sets of three phases of the electrical machine , which are controlled by the other controllers (C1,...Cn), c) transforming the measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) and all the estimated currents ( îdq, 2, îdq, 1) using vector space decomposition, VSD, to obtain a set of VSD currents, and d) controlling the corresponding power converter based on the VSD currents. a) obtaining measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) of the set of three phases of the electrical machine controlled by the respective controller (C1,...Cn), b) estimating all currents ( îdq, 2, îdq, 1) of all the other sets of three phases of the electrical machine , which are controlled by the other controllers (C1,...Cn), c) transforming the measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) and all the estimated currents ( îdq, 2, îdq, 1) using vector space decomposition, VSD, to obtain a set of VSD currents, and d) controlling the corresponding power converter based on the VSD currents.
A method for coupling a hub to a main shaft of a wind turbine , the method comprising: inserting a plurality of fasteners into a corresponding plurality of through holes formed in the hub , the plurality of through holes being arranged in a circular array about a rotational axis of the hub , each of the plurality of fasteners comprising a head section and a shank section ; positioning at least one circumferential ridge segment radially adjacent to the head sections of the plurality of fasteners ; aligning a longitudinal axis of each of the plurality of fasteners with a longitudinal axis of the corresponding through holes ; limiting an axial translation of the plurality of fasteners in the plurality of through holes via a connection mechanism between the plurality of fasteners and the hub ; positioning the hub adjacent to the main shaft of the; wind turbine inserting each of the plurality of fasteners within the through holes through a corresponding plurality of receiving holes of the main shaft of the wind turbine ; and resisting, via a contact between the head section and the at least one circumferential ridge segment , a torque applied to a shaft section of at least one of the plurality of fasteners so as to secure the at least one fastener within the through holes and the corresponding plurality of receiving holes of the main shaft . inserting a plurality of fasteners into a corresponding plurality of through holes formed in the hub , the plurality of through holes being arranged in a circular array about a rotational axis of the hub , each of the plurality of fasteners comprising a head section and a shank section ; positioning at least one circumferential ridge segment radially adjacent to the head sections of the plurality of fasteners ; aligning a longitudinal axis of each of the plurality of fasteners with a longitudinal axis of the corresponding through holes ; limiting an axial translation of the plurality of fasteners in the plurality of through holes via a connection mechanism between the plurality of fasteners and the hub ; positioning the hub adjacent to the main shaft of the; wind turbine inserting each of the plurality of fasteners within the through holes through a corresponding plurality of receiving holes of the main shaft of the wind turbine ; and resisting, via a contact between the head section and the at least one circumferential ridge segment , a torque applied to a shaft section of at least one of the plurality of fasteners so as to secure the at least one fastener within the through holes and the corresponding plurality of receiving holes of the main shaft .
A method for creating a cargo carrying assembly, the method comprising: providing a mold having a base and a perimeter defining an internal volume; attaching a first coupling and a second coupling to the base; attaching standoffs to the base, wherein the standoffs are attached to the bottom of an insert structure ; pouring a liquid platform material into the mold; hardening the liquid platform material to form a recess around the standoffs and the insert structure to form a cargo carrying platform ; removing the cargo carrying platform from the mold and removing the insert structure from the cargo carrying platform; characterised by attaching a first automatic guided vehicle, AGV, having a first pair of wheels to the first coupling; and attaching a pair of wheels to the second coupling. providing a mold having a base and a perimeter defining an internal volume; attaching a first coupling and a second coupling to the base; attaching standoffs to the base, wherein the standoffs are attached to the bottom of an insert structure ; pouring a liquid platform material into the mold; hardening the liquid platform material to form a recess around the standoffs and the insert structure to form a cargo carrying platform ; removing the cargo carrying platform from the mold and removing the insert structure from the cargo carrying platform; characterised by attaching a first automatic guided vehicle, AGV, having a first pair of wheels to the first coupling; and attaching a pair of wheels to the second coupling.
Process for recovering a metal of interest from a mixture of conductive particles containing said metal of interest, as well as at least one less noble metal, which process comprises: a) feeding said mixture of conductive particles to a separation unit, wherein the less noble metal is separated by selective leaching, thus producing a concentrated stream comprising the less noble metal and producing a conductive stream comprising the metal of interest; b) followed by a step of separating the metal of interest from said conductive stream by electro-refining, thus producing a stream comprising the metal of interest and a stream of concentrated conductive materials. a) feeding said mixture of conductive particles to a separation unit, wherein the less noble metal is separated by selective leaching, thus producing a concentrated stream comprising the less noble metal and producing a conductive stream comprising the metal of interest; b) followed by a step of separating the metal of interest from said conductive stream by electro-refining, thus producing a stream comprising the metal of interest and a stream of concentrated conductive materials.