mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a telemetry system , the method comprising: automatically populating a base field of a schema in an event definition using a logging library of the telemetry system for an event of an instrumented software application ; and automatically populating a conditional field of the schema in the event definition using the logging library in response to a selected condition for the event, the conditional field being one of: statically determined and automatically populated for all application events for a given environmental subset of the instrumented software application , wherein the given environmental subset includes an application platform, an operating system, or a cloud environment; and dynamically determined and automatically populated for all events of a given use subset for the instrumented software application , wherein the given use subset includes the instrumented software application being connected to a specific network. automatically populating a base field of a schema in an event definition using a logging library of the telemetry system for an event of an instrumented software application ; and automatically populating a conditional field of the schema in the event definition using the logging library in response to a selected condition for the event, the conditional field being one of: statically determined and automatically populated for all application events for a given environmental subset of the instrumented software application , wherein the given environmental subset includes an application platform, an operating system, or a cloud environment; and dynamically determined and automatically populated for all events of a given use subset for the instrumented software application , wherein the given use subset includes the instrumented software application being connected to a specific network. statically determined and automatically populated for all application events for a given environmental subset of the instrumented software application , wherein the given environmental subset includes an application platform, an operating system, or a cloud environment; and dynamically determined and automatically populated for all events of a given use subset for the instrumented software application , wherein the given use subset includes the instrumented software application being connected to a specific network.
A filter element (18; 118; 318), in particular a flat filter element, in particular of an air filter (10; 110; 310), in particular of an internal combustion engine, in particular of a motor vehicle, having a filter bellows (52; 152; 352) which has the shape of a polyhedron, wherein at least one support element (42; 142, 143; 342) is disposed on the filter bellows (52; 152; 352) for supporting the filter element (18; 118; 318) against a filter housing (12; 112; 312) in which the filter element (18; 118; 318) can be disposed, and having a seal (34; 134; 334) extending circumferentially with respect to an element axis (48; 148; 348) for sealing against the filter housing (12; 112; 312), wherein the at least one support element (42; 142, 143; 342) is designed separately from the seal (34; 134; 334), and wherein the at least one support element (42; 142, 143; 342) is disposed on at least one edge (70, 72, 74; 170, 172, 174; 370) of the filter bellows (52; 152; 352) and projects beyond the exterior of the filter bellows (52; 152; 352), characterized in that the at least one support element (42; 142, 143; 342) projects beyond the filter bellows (52; 152; 352) in an axial and radial direction with respect to the element axis (48; 148; 348) and is disposed on a side (62; 162; 362) of the filter bellows (52; 152; 352) axially opposing the seal (34; 134; 334) with respect to the element axis (48; 148; 348) at a corner of the filter bellows, so that the at least one support element (42; 142, 143; 342) protects a plurality of edges of the filter bellows (52; 152; 352) that meet in the corner.
Multilayer film with 50-95 % content of linear low-density polyethylene (LLDPE) of specific density ranging from 0.912 to 0.935 g/cm 3 and the mass flow rate ranging from 0.5 to 10 g/10 min (190 °C, 2.16 kg) consisting of at least 7 layers, where at least one of the layers contains 50-99 % of copolymer of propylene with ethylene with the ethylene content of 1-10 % mixed with 1-50 % of other copolymer of propylene with ethylene with the ethylene content ranging from 3 to 20 % or with elastomer characterised in that at least one of the layers located between the central layer (the film core) and the outer layer contains the linear low-density polyethylene with specific density ranging from 0.912 to 0.935 g/cm 3 and mass flow rate ranging from 0.5 to 10 g/10 min (190 °C, 2.16 kg) and copolymer of polypropylene or elastomer in the amount of 1-10%, and between the central layer and surface layers there are at least 2 intermediate layers of each side of the central layer and such intermediate layers represent 50-80% overall volume of the entire film, and 2 of intermediate layers are blocks of at least 10 microlayers with the thickness of less than 0.5 μm each.
Device for detecting and/or examining an abrasion on a surface of a cylindrical component , in particular of a rod-shaped component of a nuclear power plant, in particular a fuel rod, a control rod, a neutron source rod, an absorber rod and/or a lance, comprising _ a light source for projecting light onto a surface region of the cylindrical component , wherein the light source is a split lamp, which emits light on a light emission plane (E), and the light source can be arranged relative to the cylindrical component such that the light emission plane (E) is oriented perpendicular to a longitudinal axis (L) of the cylindrical component , and _ an image capturing unit , in particular a camera for capturing an image of the surface region onto which light is projected, and/or for examining the surface region of the cylindrical component , wherein the optical axis (A) of the image capturing unit is oriented at an angle (a) relative to the light emission plane (E) of the light source , characterised in that the device comprises an analysis unit for determining the extent of an abrasion by means of a deviation of the actual surface of the surface region captured in the image from an ideal cylindrical surface of the cylindrical component , wherein the analysis unit is configured to determine an imaging function for the surface of the cylindrical component in a target condition, by means of an abrasion-free section captured in the image. _ a light source for projecting light onto a surface region of the cylindrical component , wherein the light source is a split lamp, which emits light on a light emission plane (E), and the light source can be arranged relative to the cylindrical component such that the light emission plane (E) is oriented perpendicular to a longitudinal axis (L) of the cylindrical component , and _ an image capturing unit , in particular a camera for capturing an image of the surface region onto which light is projected, and/or for examining the surface region of the cylindrical component , wherein the optical axis (A) of the image capturing unit is oriented at an angle (a) relative to the light emission plane (E) of the light source , characterised in that the device comprises an analysis unit for determining the extent of an abrasion by means of a deviation of the actual surface of the surface region captured in the image from an ideal cylindrical surface of the cylindrical component , wherein the analysis unit is configured to determine an imaging function for the surface of the cylindrical component in a target condition, by means of an abrasion-free section captured in the image.
A balloon catheter comprising: an outer shaft including a hypotube and a monolithic single-layer distal outer member , the outer shaft having an inflation lumen defined therethrough, wherein the monolithic single-layer distal outer member is necked to a reduced diameter along an entire length thereof, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube , and wherein a distal section of the hypotube comprises a skive defined by a first angled cut , an axial cut , and a second angled cut ; a balloon in fluid communication with the inflation lumen , the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member ; and an inner tubular member having a guidewire lumen defined therethrough, the inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through at least a portion of the balloon . an outer shaft including a hypotube and a monolithic single-layer distal outer member , the outer shaft having an inflation lumen defined therethrough, wherein the monolithic single-layer distal outer member is necked to a reduced diameter along an entire length thereof, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube , and wherein a distal section of the hypotube comprises a skive defined by a first angled cut , an axial cut , and a second angled cut ; a balloon in fluid communication with the inflation lumen , the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member ; and an inner tubular member having a guidewire lumen defined therethrough, the inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through at least a portion of the balloon .
Anchor apparatus for a concrete wall formwork having two opposite formwork elements which are connectable to each other by means of an anchor rod of the anchor apparatus, wherein the anchor apparatus has two functional units which are connectable to the anchor rod in order to stabilize the formwork elements , wherein each formwork element has receiving openings in which the functional units are selectively insertable, wherein the functional units are each securable in the receiving openings of the formwork elements by means of a closure device of the anchor apparatus , characterized in that each of the closure devices has a blocking pin having a non-circular cross section at a free end by which the blocking pin is introducible into a longitudinal groove on the functional unit , the longitudinal groove being open at one end and having an expanded groove width at another end, wherein the blocking pin is mountable rotatably about its longitudinal axis on the formwork element and is adjustable between a release position, in which the free end of the blocking pin is introducible axially into the longitudinal groove , and a blocking position, in which the free end of the blocking pin is too wide to be introducible axially into the longitudinal groove .
Assembly for material extrusion for an additive manufacturing of a three-dimensional printing object with a printing assembly , extrusion material and filling material , wherein the printing assembly can be moved translationally in three axes (X, Y, Z) and comprises at least one nozzle as well as at least one conveyor , wherein the at least one nozzle is configured to extrude the extrusion material , wherein the at least one conveyor is configured to supply the filling material for the extrusion material in particular simultaneously, wherein the filling material has in particular profiled fibres , wherein the fibres are processed to form a fabric tape , characterised in that the fibres of the fabric tape have connecting means for establishing a form-fit connection with an adjacent fabric tape . wherein the printing assembly can be moved translationally in three axes (X, Y, Z) and comprises at least one nozzle as well as at least one conveyor , wherein the at least one nozzle is configured to extrude the extrusion material , wherein the at least one conveyor is configured to supply the filling material for the extrusion material in particular simultaneously, wherein the filling material has in particular profiled fibres , wherein the fibres are processed to form a fabric tape , characterised in that the fibres of the fabric tape have connecting means for establishing a form-fit connection with an adjacent fabric tape .
A method for manufacturing a dental hand piece , the dental hand piece having a hand piece head provided in a front end section thereof, a connection section provided in a rear end section thereof, and a plurality of metallic pipes through which the hand piece head and the connection section communicate with each other, the method comprising: molding an elastic resin member by winding a resin member in a tape or sheet shape around the metallic pipes from the rear end section of the hand piece head to the front end section of the connection section and placing the wound resin member in a mold heated to a high temperature, and then melting and molding the wound resin member into a the grip section such that the metallic pipes are embedded in close contact with the elastic resin member .
A METHOD of verifying swelling of a swellable material in a well, the method comprising: connecting a transmitter to a sensor which senses a parameter indicative of degree of swelling of the swellable material ; and conveying a receiver into an interior of a tubular string , whereby the transmitter transmits to the receiver an indication of the degree of swelling of the swellable material , wherein the swellable material comprises multiple oppositely charged layers of at least a first and a second material held together by electrostatic charges.
An encoder that encodes a first current block and a second current block in a picture, the encoder comprising: circuitry ; and memory ; wherein using the memory, the circuitry is configured to: - determine a first transform basis used for a first transform; the encoder is characterized by: - (i) performing the first transform on a first residual signal of the first current block using the first transform basis to generate first transform coefficients; performing a second transform on the first transform coefficients using a second transform basis to generate second transform coefficients and quantizing the second transform coefficients, when the first transform basis determined is same as a predetermined transform basis; - (ii) performing the first transform on a second residual signal of the second current block using the first transform basis to generate first transform coefficients; and quantizing the first transform coefficients without performing a second transform, when the first transform basis determined is different from the predetermined transform basis; and - the first residual signal and the second residual signal are luma signals. circuitry ; and memory ; wherein using the memory, the circuitry is configured to: - determine a first transform basis used for a first transform; - determine a first transform basis used for a first transform; the encoder is characterized by: - (i) performing the first transform on a first residual signal of the first current block using the first transform basis to generate first transform coefficients; performing a second transform on the first transform coefficients using a second transform basis to generate second transform coefficients and quantizing the second transform coefficients, when the first transform basis determined is same as a predetermined transform basis; - (ii) performing the first transform on a second residual signal of the second current block using the first transform basis to generate first transform coefficients; and quantizing the first transform coefficients without performing a second transform, when the first transform basis determined is different from the predetermined transform basis; and - the first residual signal and the second residual signal are luma signals. - (i) performing the first transform on a first residual signal of the first current block using the first transform basis to generate first transform coefficients; performing a second transform on the first transform coefficients using a second transform basis to generate second transform coefficients and quantizing the second transform coefficients, when the first transform basis determined is same as a predetermined transform basis; - (ii) performing the first transform on a second residual signal of the second current block using the first transform basis to generate first transform coefficients; and quantizing the first transform coefficients without performing a second transform, when the first transform basis determined is different from the predetermined transform basis; and - the first residual signal and the second residual signal are luma signals.
Household appliance having a display operating panel with an operating panel which is at least partially light-permeable, a plurality of light sources and at least one detector , wherein - the operating panel has an operating interface , - the at least one detector detects the light emitted by the light sources when the operating interface is touched, - the light sources emit modulated light in a manner which is not immediately perceivable to the human eye, wherein the light sources each emit light which is individualised by means of a coding in such a way that even when the light is overlaid, adjacent light sources and/or different light sources allow the emitting light sources to be determined, characterised in that at least one part of the light sources have at least one diode , which can be operated as a detector , wherein the at least one detector is arranged so that it receives light which propagates in the plane of the operating panel . - the operating panel has an operating interface , - the at least one detector detects the light emitted by the light sources when the operating interface is touched, - the light sources emit modulated light in a manner which is not immediately perceivable to the human eye, wherein the light sources each emit light which is individualised by means of a coding in such a way that even when the light is overlaid, adjacent light sources and/or different light sources allow the emitting light sources to be determined, characterised in that at least one part of the light sources have at least one diode , which can be operated as a detector , wherein the at least one detector is arranged so that it receives light which propagates in the plane of the operating panel .
An aerosol-generating article comprising: an aerosol-forming substrate comprising one or more aerosol formers; and a wrapper , wherein the wrapper is wrapped around the aerosol-forming substrate, wherein the wrapper comprises a metal layer, wherein the aerosol-forming substrate has an aerosol former content of greater than or equal to 40 percent by weight, wherein the metal layer has a thickness of greater than or equal to 2 nanometres, and wherein the metal layer has a thickness of less than 2000 nanometres. an aerosol-forming substrate comprising one or more aerosol formers; and a wrapper , wherein the wrapper is wrapped around the aerosol-forming substrate, wherein the wrapper comprises a metal layer, wherein the aerosol-forming substrate has an aerosol former content of greater than or equal to 40 percent by weight, wherein the metal layer has a thickness of greater than or equal to 2 nanometres, and wherein the metal layer has a thickness of less than 2000 nanometres.
A method for preparing an organic rare-earth solid micelle, comprising: taking a small organic conjugated ligand as a first ligand and an amphiphilic diblock polymer as a second ligand, mixing and doping the first ligand and the second ligand with a rare-earth chloride solution, and self-assembling to form an organic rare-earth solid micelle; wherein the small organic conjugated ligand is 2-thenoyltrifluoroacetone, acetylacetone, salicylic acid, or dibenzoyl methane, wherein the amphiphilic diblock polymer is polymethyl methacrylate-b-polyacrylic acid (PMMA-b-PAA); wherein the molar ratio of the small organic conjugated ligand:rare-earth chloride:amphiphilic diblock polymer is 3:1:1; and wherein the small organic conjugated ligand:rare-earth chloride:amphiphilic diblock polymer are subjected to complexation reaction for 5-10 hrs in an oil bath at 50-70°C, to obtain a solution of an organic rare-earth solid micelle that is a complex having a size of 10-20 nm.
A core substrate comprising: a glass plate ; and a first conductor pattern that is provided on a first main surface of the glass plate , wherein the first conductor pattern includes: a first nickel plating layer that is provided on the first main surface of the glass plate and has a phosphorus content of 5 mass% or less, and a first copper plating layer that is provided on the first nickel plating layer; characterised in that the first conductor pattern further includes: a titanium layer that is disposed between the first nickel plating layer and the glass plate ; and a copper layer that is disposed between the titanium layer and the first nickel plating layer. a glass plate ; and a first conductor pattern that is provided on a first main surface of the glass plate , wherein the first conductor pattern includes: a first nickel plating layer that is provided on the first main surface of the glass plate and has a phosphorus content of 5 mass% or less, and a first copper plating layer that is provided on the first nickel plating layer; characterised in that the first conductor pattern further includes: a titanium layer that is disposed between the first nickel plating layer and the glass plate ; and a copper layer that is disposed between the titanium layer and the first nickel plating layer. a first nickel plating layer that is provided on the first main surface of the glass plate and has a phosphorus content of 5 mass% or less, and a first copper plating layer that is provided on the first nickel plating layer; characterised in that the first conductor pattern further includes: a titanium layer that is disposed between the first nickel plating layer and the glass plate ; and a copper layer that is disposed between the titanium layer and the first nickel plating layer.
A yarn feeding device for feeding yarn to a textile machine , the yarn feeding device comprising: - a moveable yarn carrier adapted to transport yarn in a first, forward direction, - a loop former adapted to draw yarn from a yarn storage , - moveable loop keeping members arranged at opposite lateral sides of an input section of the moveable yarn carrier, wherein the loop former is adapted to position yarn on the moving loop keeping members by moving the yarn from side to side, wherein the moveable loop keeping members are adapted to hold yarn positioned thereon and to release yarn onto the moveable yarn carrier in a meandering pattern at an input area of the moveable yarn carrier; wherein the moveable yarn carrier comprises an output section, from which output section yarn lying on the moveable carrier is adapted to leave the moveable yarn carrier; characterized in that it further comprises at least one endless belt distanced from the moveable carrier and moving in parallel with the moveable yarn carrier. - a moveable yarn carrier adapted to transport yarn in a first, forward direction, - a loop former adapted to draw yarn from a yarn storage , - moveable loop keeping members arranged at opposite lateral sides of an input section of the moveable yarn carrier, wherein the loop former is adapted to position yarn on the moving loop keeping members by moving the yarn from side to side, wherein the moveable loop keeping members are adapted to hold yarn positioned thereon and to release yarn onto the moveable yarn carrier in a meandering pattern at an input area of the moveable yarn carrier; wherein the moveable yarn carrier comprises an output section, from which output section yarn lying on the moveable carrier is adapted to leave the moveable yarn carrier; characterized in that it further comprises at least one endless belt distanced from the moveable carrier and moving in parallel with the moveable yarn carrier.