mhurhangee/ep-ind-claims huggingface dataset:
A network performance reporting method, comprising: receiving, by a data analysis network element, a first subscription message from a first network element, wherein the first subscription message is used to request to subscribe to network performance parameter information of a first area; obtaining, by the data analysis network element, the network performance parameter information of the first area from an access network device corresponding to the first area, wherein the network performance parameter information of the first area is used to indicate network performance of the first area; and when determining that a first reporting condition is met, sending, by the data analysis network element, the network performance parameter information of the first area or a network performance level corresponding to the network performance parameter information of the first area to the first network element, wherein the network performance level is used to indicate quality of the network performance of the first area. receiving, by a data analysis network element, a first subscription message from a first network element, wherein the first subscription message is used to request to subscribe to network performance parameter information of a first area; obtaining, by the data analysis network element, the network performance parameter information of the first area from an access network device corresponding to the first area, wherein the network performance parameter information of the first area is used to indicate network performance of the first area; and when determining that a first reporting condition is met, sending, by the data analysis network element, the network performance parameter information of the first area or a network performance level corresponding to the network performance parameter information of the first area to the first network element, wherein the network performance level is used to indicate quality of the network performance of the first area.
A method of producing a glass product with a chromatically and/or visually differentiated part inside the product, mainly stemware, wherein a bowl and a parison of a stem are firstly shaped independently and then the parison is pushed and welded to the bowl during heat and the parison is stretched into a resulting shape of the stem during the heat, characterized in that a body with different chromatic and/or visual features is placed into a plane of a joint of the parison and the bowl, the body is, during the heat, surrounded by a glass melt from the parison and/or the bowl while the parison is pushed to the bowl, after welding the bowl to the parison, the body is connected with the bowl and the parison, and during subsequent stretching of the parison into a resulting form of the stem, the body is shaped into a resulting form of a stretched body, too.
A non-transitory computer storage medium storing computer-readable instructions, which when executed, cause a data processing system to: store, by the system, a set of files and a plurality of tags, the tags including a first tag, a second tag, a third tag; the plurality of tags being stored in a tag graph comprising a plurality of information nodes containing pointers to descendants, pointers to ancestors, and privileges fields identifying sets of rights provided by owners of the tags to users of the tags; apply the first tag to a first file of the set of files, an information node corresponding to the first tag having a pointer to the first file; provide first user access to the first file to a user via the first tag when the first tag has a first privileges field specifying access to the first file according to a first privilege; apply the second tag to the third tag, an information node corresponding to the third tag having a pointer to an ancestor identifying the second tag and an information node corresponding to the second tag having a pointer to a descendant identifying the third tag; apply the third tag to the first file an information node corresponding to the third tag having a pointer to the first file; and provide second user access to the first file to the user via the second tag when the second tag has a second privileges field specifying access to the first file according to a second privilege, wherein the first user access is different than the second user access and the first privilege and second privilege are different. store, by the system, a set of files and a plurality of tags, the tags including a first tag, a second tag, a third tag; the plurality of tags being stored in a tag graph comprising a plurality of information nodes containing pointers to descendants, pointers to ancestors, and privileges fields identifying sets of rights provided by owners of the tags to users of the tags; apply the first tag to a first file of the set of files, an information node corresponding to the first tag having a pointer to the first file; provide first user access to the first file to a user via the first tag when the first tag has a first privileges field specifying access to the first file according to a first privilege; apply the second tag to the third tag, an information node corresponding to the third tag having a pointer to an ancestor identifying the second tag and an information node corresponding to the second tag having a pointer to a descendant identifying the third tag; apply the third tag to the first file an information node corresponding to the third tag having a pointer to the first file; and provide second user access to the first file to the user via the second tag when the second tag has a second privileges field specifying access to the first file according to a second privilege, wherein the first user access is different than the second user access and the first privilege and second privilege are different.
An implantable autonomous capsule, comprising: - a tubular body housing a set of functional elements of the capsule, and - at a proximal end of the capsule, a front-end unit comprising an anchoring member for anchoring the capsule to a wall of a patient's organ, characterized in that the front-end unit is, along with the anchoring member, mobile in relative axial rotation with respect to the tubular body, and in that the capsule further comprises, between the front-end unit and the tubular body: - a disengageable coupling member adapted to: • enable said relative rotation when the tubular body receives an external rotational stress that is applied thereto with the anchoring member anchored into the wall of the patient's organ, the anchoring member then exerting a reaction torque higher than a predetermined threshold torque, and • prevent said relative rotation in the absence of external rotational stress applied to the tubular body. - a tubular body housing a set of functional elements of the capsule, and - at a proximal end of the capsule, a front-end unit comprising an anchoring member for anchoring the capsule to a wall of a patient's organ, - a disengageable coupling member adapted to: • enable said relative rotation when the tubular body receives an external rotational stress that is applied thereto with the anchoring member anchored into the wall of the patient's organ, the anchoring member then exerting a reaction torque higher than a predetermined threshold torque, and • prevent said relative rotation in the absence of external rotational stress applied to the tubular body. • enable said relative rotation when the tubular body receives an external rotational stress that is applied thereto with the anchoring member anchored into the wall of the patient's organ, the anchoring member then exerting a reaction torque higher than a predetermined threshold torque, and • prevent said relative rotation in the absence of external rotational stress applied to the tubular body.
A method for treating a textile material for use in a reinforced elastomeric article comprising: applying particles of a crosslinkable high density polyethylene based elastomer compound to a surface of a textile material having a plurality of interstices, the particles being of a size no greater than about 0,5 mm (35 mesh) and including a peroxide curing agent; melting the particles without crosslinking the compound so as to impregnate the interstices of the textile material with the compound; and crosslinking the compound in-situ via the peroxide curing agent. applying particles of a crosslinkable high density polyethylene based elastomer compound to a surface of a textile material having a plurality of interstices, the particles being of a size no greater than about 0,5 mm (35 mesh) and including a peroxide curing agent; melting the particles without crosslinking the compound so as to impregnate the interstices of the textile material with the compound; and crosslinking the compound in-situ via the peroxide curing agent.
Method for operating a vacuum pump associated with an internal combustion engine, in particular for supplying actuator elements of the internal combustion engine, wherein the vacuum pump can be driven directly or indirectly by the internal combustion engine, and when a first switch-on pressure (p 1) is reached it is switched on, and after a first switch-off pressure (p 2) is reached it is switched off, wherein the operating state of the internal combustion engine is detected, and when predetermined operating conditions of the internal combustion engine are reached the vacuum pump is operated or switched off as a function of at least one further switch-on pressure and/or one further switch-off pressure, characterized in that the supplied quantity of fuel is detected and when a predetermined minimum quantity of the supplied fuel is undershot the vacuum pump is switched on or off as a function of a second switch-on pressure (p 4) and/or of a second switch-off pressure (p 3).
A laminated nonwoven fabric comprising a nonwoven fabric layer and a nonwoven fabric layer, wherein the nonwoven fabric layer is formed from a fiber A having a single fiber diameter of 50 nm or more and 800 nm or less, the nonwoven fabric layer is formed from a fiber B having a single fiber diameter of 3 um or more and 30 μm or less, the nonwoven fabric layer includes 15 to 40% by mass of a fiber B1 based on all of the fibers constituting the nonwoven fabric layer, the fiber having tensile strength of 2.0 cN/dtex or less as measured based on JIS L 1015: 2010 8.7.2, the nonwoven fabric layer includes a fiber B2 having tensile strength exceeding 2.0 cN/dtex as measured based on JIS L 1015: 2010 8.7.2, and the nonwoven fabric layer is disposed as an outermost layer of at least one surface. the nonwoven fabric layer is formed from a fiber A having a single fiber diameter of 50 nm or more and 800 nm or less, the nonwoven fabric layer is formed from a fiber B having a single fiber diameter of 3 um or more and 30 μm or less, the nonwoven fabric layer includes 15 to 40% by mass of a fiber B1 based on all of the fibers constituting the nonwoven fabric layer, the fiber having tensile strength of 2.0 cN/dtex or less as measured based on JIS L 1015: 2010 8.7.2, the nonwoven fabric layer includes a fiber B2 having tensile strength exceeding 2.0 cN/dtex as measured based on JIS L 1015: 2010 8.7.2, and the nonwoven fabric layer is disposed as an outermost layer of at least one surface.
A spacer for a knee replacement prosthesis, comprising: a lower surface, the lower surface comprising a locking component adapted to interlock with a tibial tray; an upper surface, the upper surface comprising a pair of condyle support platforms, each of the condyle support platforms being disposed on opposite sides of the upper surface, each of the condyle support platforms being smooth, the surface of each of the condyle support platforms further having a shallow concavity; and a body, the body having a hollow outer portion surrounding an internal reservoir, the material of the body being impermeable to fluid; the body further having a port comprising a channel and a flow restrictor the channel extending through the hollow outer portion of the body, the flow restrictor restricting the flow of fluid in and out of the port in the absence of an external force, characterised in that the flow restrictor is formed of a flexible or fibrous material and is configured to permit the introduction of fluid through a patient's skin and into the port and the internal reservoir after the spacer is in place when an external force is applied. a lower surface, the lower surface comprising a locking component adapted to interlock with a tibial tray; an upper surface, the upper surface comprising a pair of condyle support platforms, each of the condyle support platforms being disposed on opposite sides of the upper surface, each of the condyle support platforms being smooth, the surface of each of the condyle support platforms further having a shallow concavity; and a body, the body having a hollow outer portion surrounding an internal reservoir, the material of the body being impermeable to fluid; the body further having a port comprising a channel and a flow restrictor the channel extending through the hollow outer portion of the body, the flow restrictor restricting the flow of fluid in and out of the port in the absence of an external force, characterised in that the flow restrictor is formed of a flexible or fibrous material and is configured to permit the introduction of fluid through a patient's skin and into the port and the internal reservoir after the spacer is in place when an external force is applied.
A MEMS sensing device (200, 200', 200", 200′′′; 300; 350; 400) for sensing microparticles in an environment external to the MEMS sensing device, the MEMS sensing device comprising: a semiconductor body integrating a sensor and a pump (205; 205, 205; 205 (a), 205 (b), 205 (a), 205 (b)); wherein the sensor includes a sensor cavity, a membrane suspended over the sensor cavity, and a piezoelectric element located over the membrane and configured to cause the membrane to oscillate about an equilibrium position and at a resonance frequency when sensing electric signals are applied to the piezoelectric element during a first operative phase of the MEMS sensing device, the resonance frequency depending on an amount of microparticles located on the membrane; wherein the membrane includes a plurality of through holes configured to establish a fluid communication between the sensor cavity and the environment; and wherein the pump (205; 205, 205; 205 (a), 205 (b), 205 (a), 205 (b)) is adjacent to the sensor, is connected to the sensor through a duct extending in the semiconductor body and is configured to cause air pressure in the sensor cavity to be reduced with respect to the air pressure of the environment during the first operative phase, such that microparticles are caused to adhere onto the membrane by a suction force through the plurality of through holes, and to cause air pressure in the sensor cavity to be increased with respect to the air pressure of the environment during a second operative phase, such that microparticles are caused to be blown away from the membrane by a blowing force through the plurality of through holes, thereby cleaning the membrane. a semiconductor body integrating a sensor and a pump (205; 205, 205; 205 (a), 205 (b), 205 (a), 205 (b)); wherein the sensor includes a sensor cavity, a membrane suspended over the sensor cavity, and a piezoelectric element located over the membrane and configured to cause the membrane to oscillate about an equilibrium position and at a resonance frequency when sensing electric signals are applied to the piezoelectric element during a first operative phase of the MEMS sensing device, the resonance frequency depending on an amount of microparticles located on the membrane; wherein the membrane includes a plurality of through holes configured to establish a fluid communication between the sensor cavity and the environment; and wherein the pump (205; 205, 205; 205 (a), 205 (b), 205 (a), 205 (b)) is adjacent to the sensor, is connected to the sensor through a duct extending in the semiconductor body and is configured to cause air pressure in the sensor cavity to be reduced with respect to the air pressure of the environment during the first operative phase, such that microparticles are caused to adhere onto the membrane by a suction force through the plurality of through holes, and to cause air pressure in the sensor cavity to be increased with respect to the air pressure of the environment during a second operative phase, such that microparticles are caused to be blown away from the membrane by a blowing force through the plurality of through holes, thereby cleaning the membrane.
A method of assembling a structure, comprising the steps of:-providing a mould comprising a main body containing a thermally-expandable unit arranged to function as a movable portion, wherein the thermally-expandable unit comprises a material having a coefficient of thermal expansion greater than that of the main body of the mould; forming an annular housing comprising composite material by laying-up the composite material on an outer peripheral surface of the main body of the mould including positioning a first portion (31, 32, 33) of the composite material over the thermally-expandable unit of the mould; fitting a sleeve onto the housing; and curing the housing; wherein, before or during the curing step, the first portion (31, 32, 33) of the composite material of the housing is forced into a recess of the sleeve by radially-outward thermal expansion of the thermally-expandable unit of the mould so as to fasten the sleeve to the housing.
A nacelle for a jet engine comprising an inner surface defining an opening for air to flow to an engine intake, an outer surface positioned external to the inner surface, a leading surface circumscribing the opening, the leading surface connecting the inner surface and the outer surface, the leading surface defining a line of stagnation, and at least one plasma actuator positioned to disrupt the air flow over the leading surface to reduce laminar separation of air flowing into the engine intake, characterised in that the at least one plasma actuator is positioned at the leading surface and centered on the line of stagnation.
Manually operated machine tool, in particular dowel milling cutter, comprising at least one cutting tool for drilling and/or milling a recess in a workpiece front side of a workpiece, further comprising a stop device having a front stop surface for bearing against the workpiece, and further comprising at least one adjustment stop which is located at a transverse distance from the tool and which is movably mounted between a stop position in which the adjustment stop projects in front of the front stop surface and a neutral position in which the at least one adjustment stop does not project in front of the front stop surface or is set back behind the front stop surface, wherein it is provided with a latching device for latching the at least one adjustment stop in at least one position of the at least one adjustment stop relative to the front stop surface, characterised in that the latching device, in respect to the neutral position, only comes into latching engagement with the at least one adjustment stop if a front end face of the at least one adjustment stop is set back behind the front stop surface, so that the at least one adjustment stop cannot be latched in a position in which its front end face is aligned with the front stop surface.
A method of producing a lube base oil mixture, the method comprising: providing a waste lubricant-derived refined oil fraction, wherein the waste lubricant-derived refined oil fraction is derived from a lubricant comprising a lube base oil of API Group I or II, and wherein the waste lubricant-derived refined oil fraction is selected from a vacuum ionic refined oil, a first regenerated base oil, or a combination thereof; and dewaxing the waste lubricant-derived refined oil fraction to produce a second regenerated base oil; and blending the second regenerated base oil with a separate lube base oil to produce a lube base oil mixture of Group III; wherein providing the vacuum ionic refined oil includes a sequence of centrifugation, atmospheric distillation, and vacuum distillation; wherein providing the first regenerated base oil includes a solvent extraction or a first hydrotreating step. providing a waste lubricant-derived refined oil fraction, wherein the waste lubricant-derived refined oil fraction is derived from a lubricant comprising a lube base oil of API Group I or II, and wherein the waste lubricant-derived refined oil fraction is selected from a vacuum ionic refined oil, a first regenerated base oil, or a combination thereof; and dewaxing the waste lubricant-derived refined oil fraction to produce a second regenerated base oil; and blending the second regenerated base oil with a separate lube base oil to produce a lube base oil mixture of Group III; wherein providing the vacuum ionic refined oil includes a sequence of centrifugation, atmospheric distillation, and vacuum distillation; wherein providing the first regenerated base oil includes a solvent extraction or a first hydrotreating step.
A method for reducing interference caused by an interfering base station at a user equipment, UE, with respect to transmissions from an interfered base station in a heterogeneous wireless communication environment, comprising: determining a transmit power for a transmission symbol from a puncturing pattern as a function of both a cell identifier, ID, of the interfering base station and a transmit time of the transmission symbol; and sending the transmission symbol at the transmit power. determining a transmit power for a transmission symbol from a puncturing pattern as a function of both a cell identifier, ID, of the interfering base station and a transmit time of the transmission symbol; and sending the transmission symbol at the transmit power.
A motor vehicle comprising a front wheel, two rear wheels arranged along a common rotation axis, a frame and a powertrain, wherein said powertrain comprises a thermal engine and a mechanical transmission for transmitting the torque generated by said thermal engine to at least one of said wheels (101, 102), where said thermal engine and said mechanical transmission are accommodated in a crankcase, and where said powertrain comprises a liquid cooling system including a radiator and a fan adapted to generate, by rotation, an airflow through said radiator, characterized in that said frame comprises a box delimited at the bottom by a floor, in that said powertrain is connected to said floor in a back part so as to be like a mass suspended from said floor, and in that said radiator and said fan are arranged on said powertrain so as to form part of said mass suspended from said frame.
Lubricant composition comprising: - at least one lubricant base oil, - at least one di-alkylaminopolyalkylamine responding to formula: wherein, • R1, R2 represent, independently, an alkyl moiety with 1 to 3 carbon atoms, which is linear or branched, • n and m are integers representing, independent of each other either 1, 2, or 3, and • the total number of carbon atoms in formula is from 4 to 10. - at least one lubricant base oil, - at least one di-alkylaminopolyalkylamine responding to formula: wherein, • R1, R2 represent, independently, an alkyl moiety with 1 to 3 carbon atoms, which is linear or branched, • n and m are integers representing, independent of each other either 1, 2, or 3, and • the total number of carbon atoms in formula is from 4 to 10. • R1, R2 represent, independently, an alkyl moiety with 1 to 3 carbon atoms, which is linear or branched, • n and m are integers representing, independent of each other either 1, 2, or 3, and • the total number of carbon atoms in formula is from 4 to 10.