mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing an inter-virtual processor interrupt, comprising: when a source virtual processor needs to trigger an interrupt to a target virtual processor, writing register data that comprises information about the target virtual processor and indication data used to indicate that the source virtual processor triggers the interrupt to the target virtual processor into a virtual register of a virtual advanced programmable interrupt controller, vAPIC, of the source virtual processor, a virtual machine monitor obtaining the information about the target virtual processor and the indication data from the virtual register by parsing the register data in the virtual register, and the virtual machine monitor injecting an inter-virtual processor interrupt into the target virtual processor according to the information about the target virtual processor and the indication data. when a source virtual processor needs to trigger an interrupt to a target virtual processor, writing register data that comprises information about the target virtual processor and indication data used to indicate that the source virtual processor triggers the interrupt to the target virtual processor into a virtual register of a virtual advanced programmable interrupt controller, vAPIC, of the source virtual processor, a virtual machine monitor obtaining the information about the target virtual processor and the indication data from the virtual register by parsing the register data in the virtual register, and the virtual machine monitor injecting an inter-virtual processor interrupt into the target virtual processor according to the information about the target virtual processor and the indication data.
A point-to-multipoint communications system comprising; an electromagnetic wave antenna system (32/82) for generating at least a pair of independently steerable lobes (33a/33b) from a single beam, said lobes being used to communicate independently with a plurality of remotely located terminals (36a/36b), wherein a first lobe of the pair of independently steerable lobes is configured to communicate with a first of the remotely located terminals and a second lobe of the pair of independently steerable lobes is configured to communicate with a second of the remotely located terminals, wherein the system is configured to implement a soft handoff procedure comprising fading out the first lobe to leave only the second lobe.
Non-therapeutic use of a lignin fraction as an anti-phytopathogenic agent, wherein said lignin fraction comprises fragments having a weight average molecular weight up to 5,500 Dalton, as measured by Size-Exclusion Chromatography, and having a number average molecular weight up to 2,000 Dalton, as measured by Size-Exclusion Chromatography.
A process for the treatment of wastewater, comprising: (a) contacting the wastewater with fast settling sludge originating from step (c) in an anaerobic zone, to obtain a mixture of wastewater and sludge; (b) subjecting the mixture originating from step (a) and slow settling sludge originating from step (c) to an aerobic zone to obtain a mixture of water and sludge; (c) subjecting a first part of the mixture originating from step (b) to a sludge selection step, wherein sludge is selected based on settling velocity and a first portion containing slow settling sludge and a second portion containing fast settling sludge are collected, wherein the average settling velocity of the fast settling sludge is above 1 m/h while the average settling velocity of the slow settling sludge is at most 1 m/h, and wherein the first portion is returned to step (b) and the second portion is returned to step (a); and (d) separating sludge from a second part of the mixture originating from step (b), to obtain treated wastewater. (a) contacting the wastewater with fast settling sludge originating from step (c) in an anaerobic zone, to obtain a mixture of wastewater and sludge; (b) subjecting the mixture originating from step (a) and slow settling sludge originating from step (c) to an aerobic zone to obtain a mixture of water and sludge; (c) subjecting a first part of the mixture originating from step (b) to a sludge selection step, wherein sludge is selected based on settling velocity and a first portion containing slow settling sludge and a second portion containing fast settling sludge are collected, wherein the average settling velocity of the fast settling sludge is above 1 m/h while the average settling velocity of the slow settling sludge is at most 1 m/h, and wherein the first portion is returned to step (b) and the second portion is returned to step (a); and (d) separating sludge from a second part of the mixture originating from step (b), to obtain treated wastewater.
A power tool comprising: a tool housing; at least one battery receptacle accommodated on the tool housing, the battery receptacle being adapted to receive a battery pack having a maximum voltage of at least 60 volts; a brushless DC (BLDC) motor disposed within the tool housing, the motor including a stator assembly and a rotor assembly rotatably disposed within the stator assembly; a motor control and power module disposed in close proximity to the motor, the motor control and power module comprising a power switch circuit electrically coupled to the motor and a first controller configured to control a switching operation of the power switch circuit for supply of power from the battery pack to the motor; and a battery management control module to manage an operation of the battery pack; characterized in that the battery management control module is disposed in close proximity to the battery receptacle, the battery management control module including a second controller distinct from the first controller, the second controller configured to manage an operation of the battery pack. a tool housing; at least one battery receptacle accommodated on the tool housing, the battery receptacle being adapted to receive a battery pack having a maximum voltage of at least 60 volts; a brushless DC (BLDC) motor disposed within the tool housing, the motor including a stator assembly and a rotor assembly rotatably disposed within the stator assembly; a motor control and power module disposed in close proximity to the motor, the motor control and power module comprising a power switch circuit electrically coupled to the motor and a first controller configured to control a switching operation of the power switch circuit for supply of power from the battery pack to the motor; and a battery management control module to manage an operation of the battery pack; characterized in that the battery management control module is disposed in close proximity to the battery receptacle, the battery management control module including a second controller distinct from the first controller, the second controller configured to manage an operation of the battery pack.
A current splitting device comprising: a first circuit, comprising a first winding wound about a core; and a second circuit comprising a second winding wound about the core, wherein a first current conveyed through the first winding flows in first direction and a second current conveyed through the second winding flows in a second direction opposite to the first direction, the first circuit and second circuit being magnetically coupled during a steady state operation and magnetically decoupled during a condition in which a fault current occurs to limit an amount of current delivered to a load, wherein the first current and the second current are part of a current split by the current splitting device; a fault current limiter electrically coupled to the first circuit and the second circuit, wherein the fault current limiter is electrically coupled in series with the second circuit to form a series connection, wherein the series connection is electrically coupled in parallel with the first circuit, the current splitting device being characterized in that the first and second windings (604, 606) are wound in a crisscrossed arrangement with an equal number of turns; and a tuning winding electrically connected in series with the first circuit for facilitating fine tuning of an impedance and current distribution of the current splitting device, the tuning winding further electrically connected in parallel with the fault current limiter. a first circuit, comprising a first winding wound about a core; and a second circuit comprising a second winding wound about the core, wherein a first current conveyed through the first winding flows in first direction and a second current conveyed through the second winding flows in a second direction opposite to the first direction, the first circuit and second circuit being magnetically coupled during a steady state operation and magnetically decoupled during a condition in which a fault current occurs to limit an amount of current delivered to a load, wherein the first current and the second current are part of a current split by the current splitting device; a fault current limiter electrically coupled to the first circuit and the second circuit, wherein the fault current limiter is electrically coupled in series with the second circuit to form a series connection, wherein the series connection is electrically coupled in parallel with the first circuit, the current splitting device being characterized in that the first and second windings (604, 606) are wound in a crisscrossed arrangement with an equal number of turns; and a tuning winding electrically connected in series with the first circuit for facilitating fine tuning of an impedance and current distribution of the current splitting device, the tuning winding further electrically connected in parallel with the fault current limiter.
An electronic apparatus comprising: a touch screen; and a controller configured to: display a plurality of objects on the touch screen, in response to detection of a gesture to select a first object among the plurality of objects, display a related objects list comprising at least one related object, and control a particular function to be performed based on a relationship between a first function of the first object and a second function of a second object among the related objects in the related objects list if a link gesture to connect the first object and the second object is made, characterised in that the first function of the first object is a phone call function and the second function of the second object is a voice recording function, and wherein when controlling the particular function to be performed, the controller is configured to: responsive to the link gesture from the first object to the second object: display a contacts list; and responsive to a selection of a contact in the contacts list, perform a call to the selected contact and record voice data associated with the call. a touch screen; and a controller configured to: display a plurality of objects on the touch screen, in response to detection of a gesture to select a first object among the plurality of objects, display a related objects list comprising at least one related object, and display a plurality of objects on the touch screen, in response to detection of a gesture to select a first object among the plurality of objects, display a related objects list comprising at least one related object, and control a particular function to be performed based on a relationship between a first function of the first object and a second function of a second object among the related objects in the related objects list if a link gesture to connect the first object and the second object is made, characterised in that the first function of the first object is a phone call function and the second function of the second object is a voice recording function, and wherein when controlling the particular function to be performed, the controller is configured to: responsive to the link gesture from the first object to the second object: display a contacts list; and responsive to a selection of a contact in the contacts list, perform a call to the selected contact and record voice data associated with the call. display a contacts list; and responsive to a selection of a contact in the contacts list, perform a call to the selected contact and record voice data associated with the call.
A nucleic acid-lipid particle for use in in vivo delivery of an siRNA in a method for treatment of a mammalian subject by therapy, said method comprising administering said nucleic acid-lipid particle to said mammalian subject, said nucleic acid-lipid particle comprising: an siRNA; a cationic lipid; a non-cationic lipid; and a polyethyleneglycol -lipid conjugate; wherein said siRNA is fully encapsulated in said nucleic acid-lipid particle. an siRNA; a cationic lipid; a non-cationic lipid; and a polyethyleneglycol -lipid conjugate; wherein said siRNA is fully encapsulated in said nucleic acid-lipid particle.
A method of producing a compound represented by the formula wherein R 1 is an optionally substituted hydrocarbon group or an optionally substituted heterocyclic group, and R 2 is a hydrogen atom, an optionally substituted alkyl group, an acyl group, an optionally substituted hydroxy group, an optionally substituted amino group, a chlorine atom or a fluorine atom, or a salt thereof, comprising reducing a compound represented by the formula wherein each symbol is as defined above, or a salt thereof, and hydrolysing the reduced product.
A resin composition comprising: a bisphenol A epoxy resin; an encapsulated curing agent including a core that contains a curing agent and a shell that covers the core; a filler; and a color material, the color material being a pigment different from carbon black, the filler being one or more fillers selected from the group consisting of fused silica, crystalline silica, and glass beads, the resin composition containing the filler in an amount of not less than 10 parts by weight and not more than 70 parts by weight relative to 100 parts by weight of the bisphenol A epoxy resin, the resin composition containing the color material in an amount of not less than 5 parts by weight and not more than 20 parts by weight relative to 100 parts by weight of the bisphenol A epoxy resin. a bisphenol A epoxy resin; an encapsulated curing agent including a core that contains a curing agent and a shell that covers the core; a filler; and a color material, the color material being a pigment different from carbon black, the filler being one or more fillers selected from the group consisting of fused silica, crystalline silica, and glass beads, the resin composition containing the filler in an amount of not less than 10 parts by weight and not more than 70 parts by weight relative to 100 parts by weight of the bisphenol A epoxy resin, the resin composition containing the color material in an amount of not less than 5 parts by weight and not more than 20 parts by weight relative to 100 parts by weight of the bisphenol A epoxy resin.
A waveguide polarizing optical device (50, 60) characterized in that the waveguide polarizing optical device (50, 60) comprises: - a first polarizer, the first polarizer being a waveguide polarizer on an integrated optical circuit, and - a section of a second optical waveguide, - a second polarizer, the second polarizer being a thin-plate polarizer having a physical thickness T and a refractive index n, and - the second thin-plate polarizer being interposed on the optical path between, on the one hand, a waveguide end of the first polarizer, and on the other hand, an end of the second optical waveguide, the physical distance d between said waveguide end of the first polarizer and said end of the second optical waveguide being lower than or equal to twice the Rayleigh length, i.e. d ≤ 2 × π w 0 2 λ m, where λ m = λ 0 n represents the wavelength of a beam in the second polarizer and 2 w 0 represents the diameter of a single-mode beam at 1/e in amplitude in the waveguide of the first polarizer, and - the physical thickness T of the second polarizer being lower than or equal to the physical distance d. - a first polarizer, the first polarizer being a waveguide polarizer on an integrated optical circuit, and - a section of a second optical waveguide, - a second polarizer, the second polarizer being a thin-plate polarizer having a physical thickness T and a refractive index n, and - the second thin-plate polarizer being interposed on the optical path between, on the one hand, a waveguide end of the first polarizer, and on the other hand, an end of the second optical waveguide, the physical distance d between said waveguide end of the first polarizer and said end of the second optical waveguide being lower than or equal to twice the Rayleigh length, i.e. d ≤ 2 × π w 0 2 λ m, where λ m = λ 0 n represents the wavelength of a beam in the second polarizer and 2 w 0 represents the diameter of a single-mode beam at 1/e in amplitude in the waveguide of the first polarizer, and - the physical thickness T of the second polarizer being lower than or equal to the physical distance d.
An antenna array, comprising: at least two antenna sub-arrays, wherein the at least two antenna sub-arrays are arranged in a vertical direction, each of the antenna sub-arrays comprises multiple radiating elements; and wherein in at least two adjacent antenna sub-arrays in the vertical direction, radiating elements at corresponding positions in the respective antenna sub-arrays are arranged in a staggered manner in a horizontal direction; characterized in that in a top-down direction, a vertical distance between extension lines of a radiating element in a first row and a first column in a second antenna sub-array and a radiating element in a first row and a first column in a first antenna sub-array is equal to half of a spacing between the radiating element in the first row and the first column in the first antenna sub-array and a radiating element in the first row and a second column in the first antenna sub-array.
A rotor blade support structure in which a rotor blade is embedded in a rotor blade groove provided in a rotor disc, wherein the rotor blade groove includes: a circumferential groove portion in a bottom portion of the rotor blade groove, the circumferential groove portion extending in a rotor disc circumferential direction beyond a portion above the bottom portion; characterised by a relief groove portion which has an arc-shaped end and which is provided in a center portion of the bottom portion in the rotor disc circumferential direction and in an end surface portion (1a,1b) of the rotor disc and which extends in a rotor disc radial and axial direction such that a flow of stress in the rotor disc circumferential direction is distributed to the circumferential groove portion and the relief groove portion and is alleviated. a circumferential groove portion in a bottom portion of the rotor blade groove, the circumferential groove portion extending in a rotor disc circumferential direction beyond a portion above the bottom portion; characterised by a relief groove portion which has an arc-shaped end and which is provided in a center portion of the bottom portion in the rotor disc circumferential direction and in an end surface portion (1a,1b) of the rotor disc and which extends in a rotor disc radial and axial direction such that a flow of stress in the rotor disc circumferential direction is distributed to the circumferential groove portion and the relief groove portion and is alleviated.
Coupler head in automatic couplers for rail vehicles, which comprises a coupler house (13, 14) formed to contain components (6, 7, 8) included in a mechanical coupling and, in a front end, to support a front plate, whereby the coupler house consists of two separate elongate shell-shaped house parts (13, 14), which in mutually opposite and open long sides are individually joined to the outside of a beam that runs centrally in the coupler head and in a rear end is adapted to be coupled to a drawbar and in a front end adapted for bearing a main shaft included in the mechanical coupling, the parts of the coupler house being joined to the outside of the beam by means of welding seams that mainly run in the longitudinal direction of the beam, whereby tractive forces are transferred from the coupling to the drawbar via the centrally running beam without loading said house parts and welding seams, characterized in that thrust forces are transferred from the front plate to the beam and the drawbar via said house parts and welding seams without loading the coupling, the main shaft thereof and the bearing of the main shaft in the beam.
At a client computer in a federated computerized system having the client, one or more identity providers, and one or more relying parties, a method of the client independently resolving the location of an identity provider pursuant to obtaining security tokens that can be used by the client to access one or more services at a relying party, comprising the acts of: contacting a relying party to access one or more services at the relying party; receiving one or more policy files from the relying party, wherein the one or more policy files comprise information that identifies a generalized name corresponding to a set of one or more trusted identity providers; automatically resolving the identified generalized name to obtain one or more network endpoints for one of the trusted identity providers; upon authenticating the one or more network endpoints, contacting the resolved identity provider to obtain one or more digital identity representations for use in obtaining one or more security tokens; and receiving, from the resolved identity provider, one or more messages comprising information about at least one digital identity representation provisioning service used with the resolved identity provider. contacting a relying party to access one or more services at the relying party; receiving one or more policy files from the relying party, wherein the one or more policy files comprise information that identifies a generalized name corresponding to a set of one or more trusted identity providers; automatically resolving the identified generalized name to obtain one or more network endpoints for one of the trusted identity providers; upon authenticating the one or more network endpoints, contacting the resolved identity provider to obtain one or more digital identity representations for use in obtaining one or more security tokens; and receiving, from the resolved identity provider, one or more messages comprising information about at least one digital identity representation provisioning service used with the resolved identity provider.