mhurhangee/patent-ind-claim-en huggingface dataset:
A system for non-destructive testing of an energized electrical component which is supported in an overhead position in an electrical power line system, the system comprising: an elongate base having a first end and a second end and a length therebetween; an X-ray source adapted to be mounted on the base at about its first end ; an X-ray digital imager adapted to be mounted on the base at about its second end , wherein the X-ray source and the X-ray digital imager , when so located, are in an operative opposed facing spatial relationship; an imager controller adapted to be mounted to the base ; and a removable electrically conductive flexible shield adapted to be operatively coupled to, and to encapsulate, at least the base , the X-ray source , the X-ray digital imager and the imager controller to form a shrouded system, the shrouded system, in use, being further adapted to be releasably coupled to a live-line tool , and wherein in use, when the shrouded system is releasably coupled to the live-line tool , the shrouded system is positionable adjacent the energized electrical component so as to non-destructively test the energized electrical component while shielding at least the base , the X-ray source , the X-ray digital imager and the imager controller from electric fields around the energized electrical component and allowing at least one signal communication between the shrouded system and an external component. an elongate base having a first end and a second end and a length therebetween; an X-ray source adapted to be mounted on the base at about its first end ; an X-ray digital imager adapted to be mounted on the base at about its second end , wherein the X-ray source and the X-ray digital imager , when so located, are in an operative opposed facing spatial relationship; an imager controller adapted to be mounted to the base ; and a removable electrically conductive flexible shield adapted to be operatively coupled to, and to encapsulate, at least the base , the X-ray source , the X-ray digital imager and the imager controller to form a shrouded system, the shrouded system, in use, being further adapted to be releasably coupled to a live-line tool , and wherein in use, when the shrouded system is releasably coupled to the live-line tool , the shrouded system is positionable adjacent the energized electrical component so as to non-destructively test the energized electrical component while shielding at least the base , the X-ray source , the X-ray digital imager and the imager controller from electric fields around the energized electrical component and allowing at least one signal communication between the shrouded system and an external component.
An orthopedic aid with (a) a reference element , (b) a movement element that is movably fixed to the reference element , and (c) a position sensor for determining a position of the movement element relative to the reference element which comprises - at least one permanent magnet and - at least three Hall sensors , (d) the at least one permanent magnet being fixed to the movement element , characterised in that (e) the Hall sensors are arranged on the reference element and are arranged to move along a trajectory (T) when the movement element moves relative to the reference element and (f) the Hall sensors and the permanent magnet are arranged in such a way that a movement of the movement element relative to the reference element effects a change in the Hall voltage (U Hall ) for at least one Hall sensor , said voltage being linearly dependent on the position along the trajectory. (a) a reference element , (b) a movement element that is movably fixed to the reference element , and (c) a position sensor for determining a position of the movement element relative to the reference element which comprises - at least one permanent magnet and - at least three Hall sensors , - at least one permanent magnet and - at least three Hall sensors , (d) the at least one permanent magnet being fixed to the movement element , (e) the Hall sensors are arranged on the reference element and are arranged to move along a trajectory (T) when the movement element moves relative to the reference element and (f) the Hall sensors and the permanent magnet are arranged in such a way that a movement of the movement element relative to the reference element effects a change in the Hall voltage (U Hall ) for at least one Hall sensor , said voltage being linearly dependent on the position along the trajectory.
A compound selected from 2-(4-(2-hydroxyethoxy)-3,5-dimethylphenyl)-5,7-dimethoxyquinazolin-4 -one (RVX-208 or RVX000222) and stereoisomers, tautomers, pharmaceutically acceptable salts, or hydrates thereof, for use in a method for treating and/or preventing major adverse cardiovascular events (MACE) in a subject, the method comprising administering said compound, stereoisomer, tautomer, pharmaceutically acceptable salt, or hydrate thereof, to the subject in combination with a sodium-glucose transport protein 2 (SGLT2) inhibitor; wherein the subject is on statin therapy.
A nanoimprint lithography method comprising: disposing a liquid pretreatment composition on a substrate to form a pretreatment coating on the substrate, wherein the pretreatment composition comprises a polymerizable component; disposing discrete portions of a liquid imprint resist on the pretreatment coating, each discrete portion of the imprint resist covering a target area of the substrate, wherein the imprint resist is a polymerizable composition; forming a liquid composite polymerizable coating on the substrate as each discrete portion of the imprint resist spreads beyond its target area, wherein the composite polymerizable coating is a mixture of the liquid pretreatment composition and the liquid imprint resist; contacting the composite polymerizable coating with a nanoimprint lithography template; and polymerizing the composite polymerizable coating to yield a composite polymeric layer on the substrate, wherein the interfacial surface energy between the pretreatment composition and air exceeds the interfacial surface energy between the imprint resist and air or between at least a component of the imprint resist and air. disposing a liquid pretreatment composition on a substrate to form a pretreatment coating on the substrate, wherein the pretreatment composition comprises a polymerizable component; disposing discrete portions of a liquid imprint resist on the pretreatment coating, each discrete portion of the imprint resist covering a target area of the substrate, wherein the imprint resist is a polymerizable composition; forming a liquid composite polymerizable coating on the substrate as each discrete portion of the imprint resist spreads beyond its target area, wherein the composite polymerizable coating is a mixture of the liquid pretreatment composition and the liquid imprint resist; contacting the composite polymerizable coating with a nanoimprint lithography template; and polymerizing the composite polymerizable coating to yield a composite polymeric layer on the substrate, wherein the interfacial surface energy between the pretreatment composition and air exceeds the interfacial surface energy between the imprint resist and air or between at least a component of the imprint resist and air.
A polypeptide with glucose isomerase activity comprising an amino acid sequence that is at least 90% identical to the amino acid sequence according to SEQ ID NO: 1 or SEQ ID NO: 2, wherein the polypeptide comprises a Glycine, Serine, Alanine or Cysteine residue at a position corresponding to position 104 in SEQ ID NO: 1 or SEQ ID NO: 2.
Item of furniture, in particular for kitchens, comprising a body that has two opposing lateral walls , whereby horizontal and vertical profiles are connected to each other on each lateral wall an inner and outer cover layer is provided on each lateral wall , characterized in that the inside of the body can be closed via at least one closing element, whereby the necessary fitting elements are integrated into the lateral wall .
An electrode for an energy storage device comprising a conductive substrate, an intermediate layer, and an active material layer in this order, wherein the intermediate layer includes a conductive agent, polyolefin, and a binder, and a content of the polyolefin with respect to a content of the conductive agent in the intermediate layer is 2 times or more and 20 times or less by mass ratio, characterized in that both said conductive agent and said polyolefin have a particulate shape, and the particle size of the polyolefin is larger than the particle size of the conductive agent, wherein the particle size means a value D50 at which a volume-based cumulative distribution calculated in accordance with JIS-Z-8819-2 is 50% and wherein the content of the binder in the intermediate layer is 5% by mass or more and 30% by mass or less. wherein the intermediate layer includes a conductive agent, polyolefin, and a binder, and a content of the polyolefin with respect to a content of the conductive agent in the intermediate layer is 2 times or more and 20 times or less by mass ratio, characterized in that both said conductive agent and said polyolefin have a particulate shape, and the particle size of the polyolefin is larger than the particle size of the conductive agent, wherein the particle size means a value D50 at which a volume-based cumulative distribution calculated in accordance with JIS-Z-8819-2 is 50% and wherein the content of the binder in the intermediate layer is 5% by mass or more and 30% by mass or less.
A method performed by an, Access and Mobility Management function, AMF for message handling comprising: receiving , via an access node over an Next Generation 2, NG2, reference point, a Non-Access Stratum, NAS, Service Request message transmitted by a user equipment, UE, , wherein the NAS Service Request comprises information identifying one or more Packet Data Unit, PDU, sessions for which User Plane, UP is to be established; identifying one or more Session Management Functions, SMFs associated with the one or more PDU sessions; transmitting , to each of the one or more SMFs, a Next Generation 11, NG11, request message to establish the UP for the associated PDU session; upon receiving a first NG11 response message to one of the NG11 request messages from one SMF of the one or more SMFs, wherein the first NG11 response message comprises a first NG2 Session Management, SM, container, transmitting to the access node information comprising i) NG2 mobility management, MM, information and ii) the first NG2 SM container to an access node serving the UE without further waiting for other NG11 response messages from other SMFs of the one or more SMFs. receiving , via an access node over an Next Generation 2, NG2, reference point, a Non-Access Stratum, NAS, Service Request message transmitted by a user equipment, UE, , wherein the NAS Service Request comprises information identifying one or more Packet Data Unit, PDU, sessions for which User Plane, UP is to be established; identifying one or more Session Management Functions, SMFs associated with the one or more PDU sessions; transmitting , to each of the one or more SMFs, a Next Generation 11, NG11, request message to establish the UP for the associated PDU session; upon receiving a first NG11 response message to one of the NG11 request messages from one SMF of the one or more SMFs, wherein the first NG11 response message comprises a first NG2 Session Management, SM, container, transmitting to the access node information comprising i) NG2 mobility management, MM, information and ii) the first NG2 SM container to an access node serving the UE without further waiting for other NG11 response messages from other SMFs of the one or more SMFs.
An inspection apparatus comprising: a colorimetric value acquisition unit (U1) configured to acquire a colorimetric value of a patch (PA1) positioned on a color chart; a decision unit (U2) configured to decide an approval status of the colorimetric value of the patch, on a basis of the colorimetric value of the patch and a reference value prepared for the patch; and a display processing unit (U3) configured to display, on a display unit , a chart image (CH2) simulating the color chart, and in which a color representing a patch image (PA2) positioned in the chart image is displayed in a shape representing a decision result made by the decision unit, wherein the display processing unit is configured to display, in a display region (RR0,RW1) of the patch image, a first device color corresponding to the reference value in a display unit-dependent color space that depends on the display unit, and a second device color corresponding to the colorimetric value in the display unit-dependent color space. a colorimetric value acquisition unit (U1) configured to acquire a colorimetric value of a patch (PA1) positioned on a color chart; a decision unit (U2) configured to decide an approval status of the colorimetric value of the patch, on a basis of the colorimetric value of the patch and a reference value prepared for the patch; and a display processing unit (U3) configured to display, on a display unit , a chart image (CH2) simulating the color chart, and in which a color representing a patch image (PA2) positioned in the chart image is displayed in a shape representing a decision result made by the decision unit, wherein the display processing unit is configured to display, in a display region (RR0,RW1) of the patch image, a first device color corresponding to the reference value in a display unit-dependent color space that depends on the display unit, and a second device color corresponding to the colorimetric value in the display unit-dependent color space.
A method for label database synchronization performed by a stateful path computation element, PCE, in a packet switched communication network comprising: establishing a communication path between the PCE and a path computation client, PCC; modifying at least one bit in path computation element central controller, PCECC, capability type-length-value, TLV, at the PCE and the PCC in a path computation element protocol, PCEP, session; synchronizing label databases of the PCE and the PCC based on value of label database version being advertised by the PCE and the PCC in a PCEP session, wherein modifying at least one bit in PCECC capability TLV comprises adding a label database version flag in PCECC capability TLV and advertising the label database version being used at the PCE and the PCC in a Open message. establishing a communication path between the PCE and a path computation client, PCC; modifying at least one bit in path computation element central controller, PCECC, capability type-length-value, TLV, at the PCE and the PCC in a path computation element protocol, PCEP, session; synchronizing label databases of the PCE and the PCC based on value of label database version being advertised by the PCE and the PCC in a PCEP session, wherein modifying at least one bit in PCECC capability TLV comprises adding a label database version flag in PCECC capability TLV and advertising the label database version being used at the PCE and the PCC in a Open message.
A fusion protein comprising a) human Factor IX (FIX), and b) human albumin for use in a method of preventing bleeding in a human patient in a prophylactic dosing regimen, wherein the human FIX is connected to the N-terminus of human albumin via a peptide linker cleavable by proteases involved in coagulation or activated by coagulation enzymes, and wherein the fusion protein is to be administered subcutaneously to the subject at a dose of about 10-50 IU/kg, using a dosing interval of about once a day to about once per week. a) human Factor IX (FIX), and b) human albumin
A method of controlling a hybrid propulsion system of a vehicle, wherein the hybrid propulsion system includes an in-series arrangement including an internal combustion engine (E), a first clutch (K0), an electric motor (M), a second clutch (K1) and a gearbox (G) having an input shaft and an output shaft connected to the drive wheels of the vehicle, said first clutch (K0) being arranged between the internal combustion engine (E) and the electric motor (M), and said second clutch (K1) being arranged between the electric motor (M) and said input shaft of the gearbox (G), wherein said hybrid propulsion system is in an initial operating state wherein the internal combustion engine (E) is turned off, the electric motor (M) is active and said first clutch (K0) is in an open condition, whereby connection between the internal combustion engine (E) and the electric motor (M) is interrupted, wherein the method includes: - a first operating mode of starting the internal combustion engine (E) by means of the electric motor (M), wherein said first clutch (K0) is progressively closed, so that the internal combustion engine (E) is driven in rotation by the electric motor (M), while the second clutch (K1) is set in a slip condition, so that the electric motor (M) provides a torque higher than the torque transmitted to said input shaft, - a second operating mode of actuating a gear shift, wherein said gearbox (G) actuates a variation of the transmission ratio between said input shaft and said output shaft, wherein said first operating mode includes starting the internal combustion engine (E) excluding actuation of the gearbox (G) until start of the internal combustion engine (E) is completed, wherein said second operating mode includes actuating a gear shift excluding start of the internal combustion engine (E) until actuation of the gear shift is completed, - a third operating mode which actuates in parallel a start of the internal combustion engine (E) and a gear shift, wherein the method includes passing from the first operating mode to the third operating mode even if the start of the internal combustion engine (E) has not been yet completed, or passing from the second operating mode to the third operating mode even if the actuation of the gear shift has not been yet completed, so that the transition from one operating mode to another can be freely actuated at any time, depending upon the operating conditions of the hybrid propulsion system. - a first operating mode of starting the internal combustion engine (E) by means of the electric motor (M), wherein said first clutch (K0) is progressively closed, so that the internal combustion engine (E) is driven in rotation by the electric motor (M), while the second clutch (K1) is set in a slip condition, so that the electric motor (M) provides a torque higher than the torque transmitted to said input shaft, - a second operating mode of actuating a gear shift, wherein said gearbox (G) actuates a variation of the transmission ratio between said input shaft and said output shaft, - a third operating mode which actuates in parallel a start of the internal combustion engine (E) and a gear shift,
A steering arm assembly, comprising a steering arm body , a first rotary connecting part and a second rotary connecting part, wherein a first end and a second end of the steering arm body are fixedly connected with a first rocker arm (S1) and a second rocker arm (S2) respectively; the first rotary connecting part and the second rotary connecting part are respectively connected with the first end and the second end of the steering arm body , and the steering arm body is rotatable relative to the first rotary connecting part and the second rotary connecting part; the steering arm body is detachably supported on a mounting bracket through the first rotary connecting part and the second rotary connecting part; and characterized in that : the steering arm assembly comprises a first shaft housing , and a second shaft housing , whereby the first shaft housing and the second shaft housing are detachably connected to the mounting bracket ; the mounting bracket comprises a first mounting plate and a second mounting plate corresponding to the first shaft housing and the second shaft housing respectively; and the first shaft housing and the second shaft housing are respectively engaged with the first mounting plate and the second mounting plate to rotatably support the steering arm body on the mounting bracket ; a groove engaged with the corresponding rotary connecting part being formed in each mounting plate . the steering arm assembly comprises a first shaft housing , and a second shaft housing , whereby the first shaft housing and the second shaft housing are detachably connected to the mounting bracket ; the mounting bracket comprises a first mounting plate and a second mounting plate corresponding to the first shaft housing and the second shaft housing respectively; and the first shaft housing and the second shaft housing are respectively engaged with the first mounting plate and the second mounting plate to rotatably support the steering arm body on the mounting bracket ; a groove engaged with the corresponding rotary connecting part being formed in each mounting plate .
A watering device, comprising a spray unit which comprises a sheath and a housing , and both of them mutually define a chamber having a rotor connected to a water outlet , characterized by a distributor possessing a central rod and an axis, along which the central rod protrudes toward the water outlet , the distributor having an aperture penetrating in an eccentric manner compared to the axis, the central rod of the distributor defines a circular track, the central rod having a side wall indented in exchange for a part of the aperture , an adjusting element being located in partition to the housing and the sheath and having an insertion penetrating through the aperture being bigger than the insertion which enables the adjusting element to swing around an axis so that the adjusting element being adapted to either be deployed on a water inlet of the rotor in a circular track in the chamber , or to form an inner rampart of the circular track. a distributor possessing a central rod and an axis, along which the central rod protrudes toward the water outlet , the distributor having an aperture penetrating in an eccentric manner compared to the axis, the central rod of the distributor defines a circular track, the central rod having a side wall indented in exchange for a part of the aperture , an adjusting element being located in partition to the housing and the sheath and having an insertion penetrating through the aperture being bigger than the insertion which enables the adjusting element to swing around an axis so that the adjusting element being adapted to either be deployed on a water inlet of the rotor in a circular track in the chamber , or to form an inner rampart of the circular track.
A fluid-filled quality assurance device for an imaging modality, comprising a housing made of a rigid material containing one or more sealed reservoirs containing a fluid material, wherein each of the one or more sealed reservoirs has a first fixed volume portion and a second variable volume portion in fluid communication therewith, and wherein for any given sealed reservoir of the one or more sealed reservoirs its second variable volume portion varies in response to changes in volume of the fluid material contained in said given sealed reservoir .