mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: an instruction unit to receive a first instruction and a second instruction, wherein the first instruction is to be issued by a software installer application to finalize a build of a secure enclave in which to run a user software application, the first instruction is also to initialize the secure enclave, the second instruction is from the user software application running within the secure enclave after the secure enclave has been initialized by execution of the first instruction, and the second instruction is to use a requested platform feature provided by a component outside of the processor; and an execution unit to execute the first instruction, wherein execution of the first instruction includes determining whether the requested platform feature is licensed for use in the secure enclave, the execution unit to execute the second instruction only if execution of the first instruction determines that the requested platform feature is licensed for use in the secure enclave. an instruction unit to receive a first instruction and a second instruction, wherein the first instruction is to be issued by a software installer application to finalize a build of a secure enclave in which to run a user software application, the first instruction is also to initialize the secure enclave, the second instruction is from the user software application running within the secure enclave after the secure enclave has been initialized by execution of the first instruction, and the second instruction is to use a requested platform feature provided by a component outside of the processor; and an execution unit to execute the first instruction, wherein execution of the first instruction includes determining whether the requested platform feature is licensed for use in the secure enclave, the execution unit to execute the second instruction only if execution of the first instruction determines that the requested platform feature is licensed for use in the secure enclave.
A motorised conveyor for moving a flow of harvest coming from a fruit harvesting machine, said conveyor comprising a plurality of rollers spaced in the conveying direction, said rollers being driven in rotation to move the flow of harvest on said rollers in a longitudinal direction between upstream and downstream transverse axes, the conveyor being characterized in that each roller has a surface of revolution comprising grooves that extend transversely to the conveying direction and continuously over the entire length of the roller, so as to enable transverse migration of said flow of harvest while the harvest is being conveyed.
An auxiliary device for a circuit breaker, which auxiliary device comprises an external operating handle device and an undervoltage tripping device, the undervoltage tripping device is divided into two modules, which are a tripping unit comprising a tripping mechanism and an early closing contact unit comprising an early closing contact, characterized in that; the tripping unit is adapted to be internally provided in a case of the circuit breaker, the early closing contact unit is externally provided on the external operating handle device such that the early closing contact is linked to an internal mechanism of the external operating handle device, and the early closing contact is closed midway during ON operation of the external operating handle device and before a main circuit contact of the circuit breaker closes.
Air treatment device including a housing having an enclosed fan, wherein the housing is arranged for releasable receiving inlet filter means connected to a suction side of the fan and outlet filter means connected to a pressure side of the fan, characterized in - that the housing includes first connecting means including on the one hand elements for co-operation with a pre-filter in the form of at least a first particle filter, on the other hand elements for co-operation with at least one tubular first carbon filter (6',6"), for the coupling thereof with its inside to the suctions side of the fan and in a flow direction downstream of the pre-filter, and - that the housing includes second coupling means including on the one hand elements for the co-operation with at least one tubular second carbon filter (9',9") for coupling thereof with its inside to the pressure side of the fan, on the other hand elements for the co-operation with an after filter in the form of at least one second particle filter such that it, seen in the flow direction, is downstream of the said second carbon filter. - that the housing includes first connecting means including on the one hand elements for co-operation with a pre-filter in the form of at least a first particle filter, on the other hand elements for co-operation with at least one tubular first carbon filter (6',6"), for the coupling thereof with its inside to the suctions side of the fan and in a flow direction downstream of the pre-filter, and - that the housing includes second coupling means including on the one hand elements for the co-operation with at least one tubular second carbon filter (9',9") for coupling thereof with its inside to the pressure side of the fan, on the other hand elements for the co-operation with an after filter in the form of at least one second particle filter such that it, seen in the flow direction, is downstream of the said second carbon filter.
Compounds of formula: as well as their stereoisomers and their pharmaceutically acceptable salts, wherein: G 1 represents a group wherein n is an integer comprised between 1 and 4, R1 represents an alkoxy group, such as methoxy, R2 represents a halogen atom, such as bromine, R3 represents: - a group: or wherein: • W represents an oxygen atom or NH, • m is an integer comprised between 0 and 2, and • R4 and R5 represent independently of each other a hydrogen atom, a linear or branched alkyl group, such as a methyl or tertiobutyl, or an alkoxy group, such as a methoxy, - or the group: wherein R7 represents an alkyl group, such as methyl, and m is an integer comprised between 0 and 2, A represents an aryl group, such as phenyl, substituted with an alkoxy or acyl group, and B represents an aryl group, preferably a phenyl: • substituted in the ortho position with a heterocycle, and/or • substituted in the ortho' position with an alkyl group. G 1 represents a group wherein n is an integer comprised between 1 and 4, R1 represents an alkoxy group, such as methoxy, R2 represents a halogen atom, such as bromine, R3 represents: - a group: or wherein: • W represents an oxygen atom or NH, • m is an integer comprised between 0 and 2, and • R4 and R5 represent independently of each other a hydrogen atom, a linear or branched alkyl group, such as a methyl or tertiobutyl, or an alkoxy group, such as a methoxy, - or the group: wherein R7 represents an alkyl group, such as methyl, and m is an integer comprised between 0 and 2, - a group: or wherein: • W represents an oxygen atom or NH, • m is an integer comprised between 0 and 2, and • R4 and R5 represent independently of each other a hydrogen atom, a linear or branched alkyl group, such as a methyl or tertiobutyl, or an alkoxy group, such as a methoxy, • W represents an oxygen atom or NH, • m is an integer comprised between 0 and 2, and • R4 and R5 represent independently of each other a hydrogen atom, a linear or branched alkyl group, such as a methyl or tertiobutyl, or an alkoxy group, such as a methoxy, - or the group: wherein R7 represents an alkyl group, such as methyl, and m is an integer comprised between 0 and 2, A represents an aryl group, such as phenyl, substituted with an alkoxy or acyl group, and B represents an aryl group, preferably a phenyl: • substituted in the ortho position with a heterocycle, and/or • substituted in the ortho' position with an alkyl group. • substituted in the ortho position with a heterocycle, and/or • substituted in the ortho' position with an alkyl group.
A method of wireless positioning performed by a user equipment, UE, comprising: receiving, from a network entity, a configuration of one or more positioning reference signal, PRS, resources to measure during a positioning session, the one or more PRS resources having a PRS periodicity T PRS and a PRS occasion length L PRS; and measuring the one or more PRS resources during a measurement period, wherein the measurement period is based on a number of measurement instances of the one or more PRS resources the UE is expected to process multiplied by a periodicity parameter, wherein the periodicity parameter is based on a PRS processing window of 'T' milliseconds, the PRS periodicity T PRS, and a measurement gap periodicity of at least one measurement gap. receiving, from a network entity, a configuration of one or more positioning reference signal, PRS, resources to measure during a positioning session, the one or more PRS resources having a PRS periodicity T PRS and a PRS occasion length L PRS; and measuring the one or more PRS resources during a measurement period, wherein the measurement period is based on a number of measurement instances of the one or more PRS resources the UE is expected to process multiplied by a periodicity parameter, wherein the periodicity parameter is based on a PRS processing window of 'T' milliseconds, the PRS periodicity T PRS, and a measurement gap periodicity of at least one measurement gap.
A method for rolling an external pipe thread directly on hollowed cylindrical blanks, comprising: carrying out a thread rolling with a rolling wheel, wherein the thread rolling starts from a thread tail of the external pipe thread and moves towards a thread head of the external pipe thread, thereby completing the thread rolling; and the rolling wheel is provided with a pipe thread forming part which has a thread length less than an effective thread length of the external pipe thread to be rolled, wherein the external pipe thread is a conical pipe thread, and the rolling wheel regulates its radial position in real-time by way of synchronous radial feeding during axial movement during a whole process of dynamic rolling through a radial position regulating device so as to form a taper as required by a rolling process. carrying out a thread rolling with a rolling wheel, wherein the thread rolling starts from a thread tail of the external pipe thread and moves towards a thread head of the external pipe thread, thereby completing the thread rolling; and the rolling wheel is provided with a pipe thread forming part which has a thread length less than an effective thread length of the external pipe thread to be rolled, wherein the external pipe thread is a conical pipe thread, and the rolling wheel regulates its radial position in real-time by way of synchronous radial feeding during axial movement during a whole process of dynamic rolling through a radial position regulating device so as to form a taper as required by a rolling process.
Helicopter gas turbine engine comprising a silencing device, the engine having a compressor and a compressor air supply passage opening at an upstream end through an outer opening delimited by a metallic casing of the engine, the silencing device comprising air intake lips (30, 32) which define an air intake for the compressor air supply passage, which have inner ends (30b, 32b) for connection to the metallic casing along the passage outer opening and which are at least partially formed by a sound attenuator (40, 42) calculated to attenuate sound frequencies produced by the compressor rotation.
A reelable connection between facing ends of opposed pipe sections, each pipe section being of pipe-in-pipe construction comprising an inner pipe disposed within, and extending longitudinally along, an outer pipe that defines an outer pipe diameter; wherein: an end wall that is integral with the outer pipe connects the inner and outer pipes (14, 16) of each pipe section to seal an end of an annular space defined between those pipes (14, 16); the inner pipe of each pipe section protrudes longitudinally beyond the end wall and the outer pipe of that pipe section and is joined to an inner pipe of the opposed pipe section, leaving opposed ends of the outer pipes of the pipe sections spaced longitudinally from each other; and a substantially flush insert disposed between the opposed ends of the outer pipes maintains the outer pipe diameter from one pipe section to the other pipe section across the connection. an end wall that is integral with the outer pipe connects the inner and outer pipes (14, 16) of each pipe section to seal an end of an annular space defined between those pipes (14, 16); the inner pipe of each pipe section protrudes longitudinally beyond the end wall and the outer pipe of that pipe section and is joined to an inner pipe of the opposed pipe section, leaving opposed ends of the outer pipes of the pipe sections spaced longitudinally from each other; and a substantially flush insert disposed between the opposed ends of the outer pipes maintains the outer pipe diameter from one pipe section to the other pipe section across the connection.
A method performed by a server data processing system connected to communicate with a file server cache - in the following denoted by FSC - data processing system (100, 510), comprising: - receiving a first pre-caching rule from a policy database; - receiving first data corresponding to the first pre-caching rule; and - transmitting the first data to the FSC to be pre-cached on the FSC; - receiving a request for second data from the FSC, wherein the second data is product lifecycle management data; - receiving a second pre-caching rule from the policy database, the second pre-caching rule specifying third data to be pre-cached on the FSC when the second data is requested, wherein the third data is PLM data; - receiving the second data and the third data, wherein the second data corresponds to a bill-of-materials subassembly, and the third data corresponds to a related BOM subassembly; and - transmitting the second data and the third data to the FSC. - receiving a first pre-caching rule from a policy database; - receiving first data corresponding to the first pre-caching rule; and - transmitting the first data to the FSC to be pre-cached on the FSC; - receiving a request for second data from the FSC, wherein the second data is product lifecycle management data; - receiving a second pre-caching rule from the policy database, the second pre-caching rule specifying third data to be pre-cached on the FSC when the second data is requested, wherein the third data is PLM data; - receiving the second data and the third data, wherein the second data corresponds to a bill-of-materials subassembly, and the third data corresponds to a related BOM subassembly; and - transmitting the second data and the third data to the FSC.
A method of fabricating an electrode, the method including the steps of: (i) providing an electrode substrate and an active material; wherein the electrode substrate is a current collector substrate selected from the group consisting of aluminium, copper, silver and gold; and the active material is a first and/or second active material, wherein the first and second active material is independently selected from the group consisting of: metals, metal oxides, ceramics, intermetallic compounds, metalloids, carbon, silicon, including its oxides, alloys, and composites, and mixed metal oxides; (ii) contacting one or both of the current collector substrate and the active material with a metal-coordination complex; wherein the metal ion of the metal-coordination complex is selected from the group consisting of chromium, ruthenium, iron, cobalt, aluminium, zirconium, and rhodium ions; and (iii) coating the current collector substrate with the active material, to thereby form the electrode; wherein the metal-coordination complex is in contact, through dative bonds, with the active material and the current collector substrate; wherein the active material further comprises a binder and wherein, when the active material additionally comprises both silicon nanopowder and a conductive carbon black and the current collector substrate is a copper foil, then the binder is not Poly(acrylic acid). (i) providing an electrode substrate and an active material; wherein the electrode substrate is a current collector substrate selected from the group consisting of aluminium, copper, silver and gold; and the active material is a first and/or second active material, wherein the first and second active material is independently selected from the group consisting of: metals, metal oxides, ceramics, intermetallic compounds, metalloids, carbon, silicon, including its oxides, alloys, and composites, and mixed metal oxides; wherein the electrode substrate is a current collector substrate selected from the group consisting of aluminium, copper, silver and gold; and the active material is a first and/or second active material, wherein the first and second active material is independently selected from the group consisting of: metals, metal oxides, ceramics, intermetallic compounds, metalloids, carbon, silicon, including its oxides, alloys, and composites, and mixed metal oxides; (ii) contacting one or both of the current collector substrate and the active material with a metal-coordination complex; wherein the metal ion of the metal-coordination complex is selected from the group consisting of chromium, ruthenium, iron, cobalt, aluminium, zirconium, and rhodium ions; and (iii) coating the current collector substrate with the active material, to thereby form the electrode; wherein the metal-coordination complex is in contact, through dative bonds, with the active material and the current collector substrate; wherein the active material further comprises a binder and wherein, when the active material additionally comprises both silicon nanopowder and a conductive carbon black and the current collector substrate is a copper foil, then the binder is not Poly(acrylic acid).
A pneumatic tire comprising a pair of axially spaced apart annular bead cores (28a, 28b); a carcass ply; a tread for engaging a contact surface, the tread being disposed radially outward of the carcass ply, the tread having at least one circumferential groove extending radially inward from a radially outer surface of the tread; and a belt structure disposed radially between the carcass ply and the tread, the belt structure comprising at least one belt layer (16, 18, 20) and an overlay comprising at least one overlay layer, the overlay layer being disposed radially between the at least one belt layer (16, 18, 20) and the radially innermost surface of the circumferential groove, the overlay layer being disposed under the circumferential groove and having an axial width between 70% and 200% of an axial width of the circumferential groove, wherein the overlay layer is a reinforced ply layer or a layer comprising a fabric, characterized in that (i) the overlay layer comprises a dipped fabric, a woven fabric or an unwoven fabric; and/or in that (ii) the tread comprises a plurality of circumferential grooves, each extending radially inward from a radially outer surface of the tread, wherein the tire comprises a plurality of said overlay layers, wherein said overlay layers are axially spaced, wherein the at least two, three or all of the plurality of axially spaced overlay layers are disposed under a respective circumferential groove, wherein each of said overlay layers has an axial width corresponding to between 70% and 200% of an axial width of the respective circumferential groove, and wherein the number of axially spaced overlay layers is less or higher than the number of circumferential grooves.
A neurostimulation system (100, 400) for neurostimulation and controlling the neurostimulation by a user, comprising: a storage device (318, 618) storing a stimulation waveform (842, 942, 1042) representing a pattern of neurostimulation pulses during a stimulation period; a programming control circuit (316, 616) configured to generate a plurality of stimulation parameters controlling delivery of the neurostimulation pulses according to the stimulation waveform; and a graphical user interface (110, 210, 610) coupled to the storage device and the control circuit and configured to define the stimulation waveform as a function of one or more adjustable parameter curves (843, 844, 845, 943, 944, 945) each being a function of time during the stimulation period, the one or more adjustable parameter curves each representing a user-programmable parameter, the GUI including a waveform definition module (320, 620) configured to: present the stimulation waveform; present each parameter curve of the one or more adjustable parameter curves as a graphically adjustable curve; allow for adjustment of the each parameter curve using a graphical method performed by the user; and update the stimulation waveform in response to the adjustment of the each parameter curve. a storage device (318, 618) storing a stimulation waveform (842, 942, 1042) representing a pattern of neurostimulation pulses during a stimulation period; a programming control circuit (316, 616) configured to generate a plurality of stimulation parameters controlling delivery of the neurostimulation pulses according to the stimulation waveform; and a graphical user interface (110, 210, 610) coupled to the storage device and the control circuit and configured to define the stimulation waveform as a function of one or more adjustable parameter curves (843, 844, 845, 943, 944, 945) each being a function of time during the stimulation period, the one or more adjustable parameter curves each representing a user-programmable parameter, the GUI including a waveform definition module (320, 620) configured to: present the stimulation waveform; present each parameter curve of the one or more adjustable parameter curves as a graphically adjustable curve; allow for adjustment of the each parameter curve using a graphical method performed by the user; and update the stimulation waveform in response to the adjustment of the each parameter curve. present the stimulation waveform; present each parameter curve of the one or more adjustable parameter curves as a graphically adjustable curve; allow for adjustment of the each parameter curve using a graphical method performed by the user; and update the stimulation waveform in response to the adjustment of the each parameter curve.
An antimicrobial composition for use in delaying the onset of an infection or preventing an infection caused by a microbial organism in an internal cavity of a subject, wherein the antimicrobial composition is to be administered by contacting at least a portion of the interior surface of an opening leading to the internal cavity with an antimicrobial composition; and subsequently at least partially inserting an instrument into the opening, wherein the antimicrobial composition comprises: (i) an effective amount of an antimicrobial component comprising a cationic antiseptic; and (ii) one or more surfactant components distinct from the antimicrobial component, wherein the surfactant components are present in a total amount of at least 0.1 wt-%, based on the total weight of the antimicrobial composition, and the surfactant component comprises an anionic surfactant, zwitterionic surfactant, poloxamer surfactant, amine oxide surfactant, or combinations thereof; with the proviso that when the internal cavity comprises a nasal passage, vagina, or oral cavity, the antimicrobial component does not include iodine or chlorhexidine. (i) an effective amount of an antimicrobial component comprising a cationic antiseptic; and (ii) one or more surfactant components distinct from the antimicrobial component, wherein the surfactant components are present in a total amount of at least 0.1 wt-%, based on the total weight of the antimicrobial composition, and the surfactant component comprises an anionic surfactant, zwitterionic surfactant, poloxamer surfactant, amine oxide surfactant, or combinations thereof;