mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode assembly for receiving a nerve (N); the electrode assembly comprising: a cuff including a body having a first end , a second end , and defining a first channel configured to receive the nerve (N), the cuff further including first and second ears extending radially outwardly from the body ; wherein a second channel is formed in the first ear ; wherein the body further defines a gap and a width (W1) of the gap is variable and configured to support a degree fixation to the nerve (N) that is dissected less than 360 degrees; an electrode supported by and positioned within the second channel ; and a lead wire assembly interconnected to the electrode and extending within the second channel , wherein the cuff includes open and closed positions in which the width (W1) of the gap formed by the body and also a width (W2) of the channel of the body are varied via flexing of the cuff at a hinge segment , and the first channel in the closed position has an annular shape. a cuff including a body having a first end , a second end , and defining a first channel configured to receive the nerve (N), the cuff further including first and second ears extending radially outwardly from the body ; wherein a second channel is formed in the first ear ; wherein the body further defines a gap and a width (W1) of the gap is variable and configured to support a degree fixation to the nerve (N) that is dissected less than 360 degrees; an electrode supported by and positioned within the second channel ; and a lead wire assembly interconnected to the electrode and extending within the second channel , wherein the cuff includes open and closed positions in which the width (W1) of the gap formed by the body and also a width (W2) of the channel of the body are varied via flexing of the cuff at a hinge segment , and the first channel in the closed position has an annular shape.
Method for treating a porous piece of jewellery which is impregnated with a liquid solution, characterised in that biogenic material of a living being is dissolved in an acid bath and the solution is neutralised before the porous piece of jewellery is impregnated with the neutralised solution.
An asphalt composition comprising reclaimed asphalt and a rejuvenating agent, said reclaimed asphalt comprising aggregate and an aged asphalt binder, wherein the rejuvenating agent: (a) is present in an amount within the range of 0.1 to 20 wt.% based on the combined amounts of aged binder and rejuvenating agent; (b) has a cyclic content of at least 5 wt.%; and (c) comprises an ester or ester blend derived from an acid selected from the group consisting of aromatic acids, fatty acids, fatty acid monomers, fatty acid dimers, fatty acid trimers, rosin acid dimers, and mixtures thereof.
An ultrasound imaging probe , comprising: a housing comprising a handle configured for handheld use: a support structure different from the housing and disposed within the handle of the housing and comprising: a thermally-conductive material, a coupling surface disposed at a distal portion of the support structure, and an external surface different from the coupling surface; a continuous thermally-conductive material layer different from the thermally conductive material of the support structure and coupled to the support structure, such that the continuous thermally-conductive material layer is disposed on the coupling surface and on the external surface, the continuous thermally-conductive material layer thereby providing a heat transmission path between the coupling surface and the external surface; and an ultrasound sensor coupled to the support structure at the coupling surface and directly in contact with the continuous thermally-conductive material layer at the coupling surface, such that heat from the ultrasound sensor is transmitted away to the support structure via the heat transmission path of the continuous thermally-conductive material layer. a support structure different from the housing and disposed within the handle of the housing and comprising: a thermally-conductive material, a coupling surface disposed at a distal portion of the support structure, and an external surface different from the coupling surface; a thermally-conductive material, a coupling surface disposed at a distal portion of the support structure, and an external surface different from the coupling surface; a continuous thermally-conductive material layer different from the thermally conductive material of the support structure and coupled to the support structure, such that the continuous thermally-conductive material layer is disposed on the coupling surface and on the external surface, the continuous thermally-conductive material layer thereby providing a heat transmission path between the coupling surface and the external surface; and an ultrasound sensor coupled to the support structure at the coupling surface and directly in contact with the continuous thermally-conductive material layer at the coupling surface, such that heat from the ultrasound sensor is transmitted away to the support structure via the heat transmission path of the continuous thermally-conductive material layer.
A conotoxin polypeptide κ-CPTx-bt104, characterized in that the conotoxin polypeptide is comprised of 11 amino acids, and has a molecular weight of 1313.47 daltons and a complete amino acid sequence as shown in SEQ ID NO: 1.
A kit for amplifying a nucleic acid sample, said kit comprising a set of amplification primers to said nucleic acid sample, said set comprising a mixture of: a plurality of locus specific primers configured to amplify at least 100 predetermined regions of said nucleic acid sample, optionally wherein the at least 100 predetermined regions are evenly distributed across said nucleic acid sample and, a plurality of random primers, wherein said random primers are in greater abundance compared to said locus specific primers, and a plurality of blocked primers designed to hybridise to an overamplified region of said nucleic acid, optionally wherein said overamplified region is a highly repetitive region, a set of instructions for using said random primers and said locus specific primers in an amplification reaction, and a set of instructions for combining said set of amplification primers with a nucleic acid library and amplifying said nucleic acid library, wherein the combining provides for reduced amplification bias relative to random primer amplification. a plurality of locus specific primers configured to amplify at least 100 predetermined regions of said nucleic acid sample, optionally wherein the at least 100 predetermined regions are evenly distributed across said nucleic acid sample and, a plurality of random primers, wherein said random primers are in greater abundance compared to said locus specific primers, and a plurality of blocked primers designed to hybridise to an overamplified region of said nucleic acid, optionally wherein said overamplified region is a highly repetitive region, a set of instructions for using said random primers and said locus specific primers in an amplification reaction, and a set of instructions for combining said set of amplification primers with a nucleic acid library and amplifying said nucleic acid library, wherein the combining provides for reduced amplification bias relative to random primer amplification.
A gas detector comprising: one or more sensing elements configured to detect volatile organic compounds, VOC; and a probe configured to provide air flow into the gas detector , wherein the probe comprises: a housing configured to attach to a main body of the gas detector ; an insertable calibration tube configured to be held by the housing during calibration of the gas detector ; a cap configured to attach to the housing , and configured to fit over and cover the calibration tube during calibration; and one or more inlets , wherein when the calibration tube is inserted into the probe , the air flows through the calibration tube , characterized in that the calibration tube inserted into the probe comprises activated carbon fiber, ACF, filter material that has been pretreated with a sodium bromide, NaBr, solution, and the calibration tube inserted into the probe comprises broken glass ends , allowing the air flow into and out of the calibration tube , wherein ends of the calibration tube are configured to be broken to provide an entrance and an exit for the air flow to pass through the calibration tube . one or more sensing elements configured to detect volatile organic compounds, VOC; and a probe configured to provide air flow into the gas detector , wherein the probe comprises: a housing configured to attach to a main body of the gas detector ; an insertable calibration tube configured to be held by the housing during calibration of the gas detector ; a cap configured to attach to the housing , and configured to fit over and cover the calibration tube during calibration; and one or more inlets , wherein when the calibration tube is inserted into the probe , the air flows through the calibration tube , characterized in that the calibration tube inserted into the probe comprises activated carbon fiber, ACF, filter material that has been pretreated with a sodium bromide, NaBr, solution, and the calibration tube inserted into the probe comprises broken glass ends , allowing the air flow into and out of the calibration tube , a housing configured to attach to a main body of the gas detector ; an insertable calibration tube configured to be held by the housing during calibration of the gas detector ; a cap configured to attach to the housing , and configured to fit over and cover the calibration tube during calibration; and one or more inlets , wherein when the calibration tube is inserted into the probe , the air flows through the calibration tube , characterized in that the calibration tube inserted into the probe comprises activated carbon fiber, ACF, filter material that has been pretreated with a sodium bromide, NaBr, solution, and the calibration tube inserted into the probe comprises broken glass ends , allowing the air flow into and out of the calibration tube , wherein ends of the calibration tube are configured to be broken to provide an entrance and an exit for the air flow to pass through the calibration tube .
A fuel system component, comprising: a body arranged for use in storing or moving fuel within the fuel system; an indicator is either located on the body or located adjacent to the body and characterized by sensing an adverse condition, namely pressure, causing damage, failure or worse than intended operation and providing an indication that the body has been subjected to the adverse condition outside of a threshold for the adverse condition, wherein the indicator includes a diaphragm that defines a reference chamber , and a pin movable by the diaphragm into engagement with the indicating surface when the pressure outside of the reference chamber and acting on the diaphragm is greater than the threshold pressure. a body arranged for use in storing or moving fuel within the fuel system; an indicator is either located on the body or located adjacent to the body and characterized by sensing an adverse condition, namely pressure, causing damage, failure or worse than intended operation and providing an indication that the body has been subjected to the adverse condition outside of a threshold for the adverse condition,
Process for recovering lead from a lead pastel containing lead sulfate comprising the following steps: (a) leaching said pastel with an aqueous leaching solution containing chloride ions Cl - and ammonium ions NH 4 + to produce an insoluble residue comprising PbO 2 and a leachate comprising lead ions and sulfate ions; (b) separating said insoluble residue comprising PbO 2 from said leachate; (c) adding a precipitating agent selected from CaO, Ca(OH) 2 and mixtures thereof to said leachate to form a precipitate comprising calcium sulfate and a supernatant comprising lead ions; (d) separating said precipitate comprising calcium sulfate from said supernatant comprising lead ions; (e) applying an electrical potential to at least one cathode in contact with said supernatant comprising lead ions to electrolytically produce metal lead and a regenerated leaching solution containing chloride ions Cl - and ammonium ions NH4 + . (a) leaching said pastel with an aqueous leaching solution containing chloride ions Cl - and ammonium ions NH 4 + to produce an insoluble residue comprising PbO 2 and a leachate comprising lead ions and sulfate ions; (b) separating said insoluble residue comprising PbO 2 from said leachate; (c) adding a precipitating agent selected from CaO, Ca(OH) 2 and mixtures thereof to said leachate to form a precipitate comprising calcium sulfate and a supernatant comprising lead ions; (d) separating said precipitate comprising calcium sulfate from said supernatant comprising lead ions; (e) applying an electrical potential to at least one cathode in contact with said supernatant comprising lead ions to electrolytically produce metal lead and a regenerated leaching solution containing chloride ions Cl - and ammonium ions NH4 + .
A user equipment, UE,-initiated deregistration method by an access and mobility management function, AMF, in a wireless communication system, comprising: receiving a first message for requesting a deregistration from a user equipment, UE, , wherein the first message includes deregistration type information and first radio access type, RAT, information, wherein the deregistration type information informs whether the deregistration request is due to switch-off of the UE or not, wherein the first RAT information is related to a target RAT for the deregistration, and wherein the target RAT is a 3rd Generation Partnership Project, 3GPP, RAT, a non-3GPP RAT, or both the 3GPP and the non-3GPP RAT; transmitting a second message for requesting a release of a protocol data unit, PDU, session to a session management function, SMF, based on that the UE has the PDU session established based on the target RAT; and transmitting a deregistration accept message to the UE based on the deregistration type information. receiving a first message for requesting a deregistration from a user equipment, UE, , wherein the first message includes deregistration type information and first radio access type, RAT, information, wherein the deregistration type information informs whether the deregistration request is due to switch-off of the UE or not, wherein the first RAT information is related to a target RAT for the deregistration, and wherein the target RAT is a 3rd Generation Partnership Project, 3GPP, RAT, a non-3GPP RAT, or both the 3GPP and the non-3GPP RAT; transmitting a second message for requesting a release of a protocol data unit, PDU, session to a session management function, SMF, based on that the UE has the PDU session established based on the target RAT; and transmitting a deregistration accept message to the UE based on the deregistration type information.
A perforation tool system for perforating a screen, a sliding sleeve or a casing wall of a casing in a borehole having a top, comprising: - a first tool part having an axial extension and an anchoring section , - a second tool part adapted to rotate and move axially in relation to the first tool part, the second tool part comprising a machining bit which is movable in a direction radial to the axial extension, - an axial actuator comprised in the first tool part and comprising a shaft for axially moving the second tool part in relation to the first tool part, - a rotation unit for rotating the second tool part in relation to the first tool part, and - a first actuator comprising an electric motor for rotating the bit, characterised in that the rotation unit comprises a sleeve having a slot engaging a pin of the shaft, the slot comprising a first longitudinal slot part , a second longitudinal slot part and a first guiding slot part connecting the first and second longitudinal slot parts. - a first tool part having an axial extension and an anchoring section , - a second tool part adapted to rotate and move axially in relation to the first tool part, the second tool part comprising a machining bit which is movable in a direction radial to the axial extension, - an axial actuator comprised in the first tool part and comprising a shaft for axially moving the second tool part in relation to the first tool part, - a rotation unit for rotating the second tool part in relation to the first tool part, and - a first actuator comprising an electric motor for rotating the bit,
An adaptive level estimator (ALD) for providing a level estimate of an electric input signal (IN) representing sound, wherein the adaptive level estimator comprises • a first level estimator (LD1) configured to provide a first level estimate (LE1) of the electric input signal in a first number K1 of frequency bands; • a second level estimator (LD2) configured to provide a second level estimate (LE2) of the electric input signal in a second number K2 of frequency bands, wherein K2 is smaller than K1; characterised by • a level control unit (CONT) configured to provide a resulting level estimate (RLE) based on said first and said second level estimates. • a first level estimator (LD1) configured to provide a first level estimate (LE1) of the electric input signal in a first number K1 of frequency bands; • a second level estimator (LD2) configured to provide a second level estimate (LE2) of the electric input signal in a second number K2 of frequency bands, wherein K2 is smaller than K1; characterised by • a level control unit (CONT) configured to provide a resulting level estimate (RLE) based on said first and said second level estimates.
A drive system for an aircraft landing gear, the drive system comprising: a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; a flexible interface comprising a plurality of driven gear coupling members , each driven gear coupling member having a first connection portion attached to the driven gear , a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion , the joint permitting relative movement between the first connection portion and the second connection portion , characterised in that the joint is a kinematic joint which permits translation of the first connection portion relative to the second connection portion (a) along a first local axis substantially parallel to the wheel axis, the joint comprising a cylindrical joint or a sliding joint to provide the translation along the first local axis, and/or (b) along a second local axis at an angle to the wheel axis, the joint comprising a cylindrical joint or a spherical joint to provide the translation along the second local axis. a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; a flexible interface comprising a plurality of driven gear coupling members , each driven gear coupling member having a first connection portion attached to the driven gear , a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion , the joint permitting relative movement between the first connection portion and the second connection portion , characterised in that the joint is a kinematic joint which permits translation of the first connection portion relative to the second connection portion (a) along a first local axis substantially parallel to the wheel axis, the joint comprising a cylindrical joint or a sliding joint to provide the translation along the first local axis, and/or (b) along a second local axis at an angle to the wheel axis, the joint comprising a cylindrical joint or a spherical joint to provide the translation along the second local axis.
A method, comprising: retrieving, from one or more other systems, information about enforcements of Service Level Agreements for services provided to a plurality of tenants by a cloud provider , wherein the Service Level Agreements are related to performance of the services and security of the services; detecting a possible Service Level Agreement violation for a service provided to one tenant of the plurality of tenants, wherein the possible Service Level Agreement violation is caused by a confliction between performance requirements and security requirements; deciding which of a cloud manager and a security management system of the cloud provider to trigger to mitigate the possible Service Level Agreement violation; and automatically mitigating the possible Service Level Agreement violation with cooperation with at least one of the cloud manager and the security management system of the cloud provider. retrieving, from one or more other systems, information about enforcements of Service Level Agreements for services provided to a plurality of tenants by a cloud provider , wherein the Service Level Agreements are related to performance of the services and security of the services; detecting a possible Service Level Agreement violation for a service provided to one tenant of the plurality of tenants, wherein the possible Service Level Agreement violation is caused by a confliction between performance requirements and security requirements; deciding which of a cloud manager and a security management system of the cloud provider to trigger to mitigate the possible Service Level Agreement violation; and automatically mitigating the possible Service Level Agreement violation with cooperation with at least one of the cloud manager and the security management system of the cloud provider.