mhurhangee/patent-ind-claim-en huggingface dataset:
Spark plug electrode material consisting of nickel, silicon and copper and optionally yttrium and unavoidable metallic and nonmetallic impurities such as iron, chromium, titanium, manganese, sulfur, sulfur compound, carbon, carbon compound and oxygen, characterized in that the electrode material, when used as intended, forms a nickel oxide layer composed of nickel oxide grains in at least part of its surface area, where the grain boundary phase of the nickel oxide grains comprises silicon and/or silicon oxide, where, prior to use of the spark plug electrode material as intended, the silicon content is 0.7% to 1.3% by weight, the copper content is 0.5% to 1.0% by weight and the nickel content is 97.5% to 98.5% by weight, and optionally 0.07% to 0.13% by weight of yttrium, and the proportion of metallic impurities is less than 0.2% by weight in total, where the iron and/or chromium and/or titanium content is less than 0.05% by weight, and the content of sulfur and/or sulfur compounds and/or carbon and/or carbon compounds is less than 0.01% by weight, and the oxygen content is less than 0.003% by weight.
A tire comprising: a carcass extending on and between a pair of bead cores ; a pair of reinforcing layers extending along the carcass , and a pair of bead apex rubbers extending outwardly from the bead cores , respectively, in the tire radial direction, wherein the carcass comprises at least one carcass ply having a body portion extending on and between the pair of bead cores , and turned-up portions connected to the body portion 6a and turned up around the bead cores , wherein each of the reinforcing layers comprises at least one anisotropic sheet in which viscoelasticity in a tire circumferential direction and viscoelasticity in a tire radial direction are different from each other, wherein an inner end of the anisotropic sheet in the tire radial direction is disposed between the body portion and a corresponding one of the bead apex rubbers , and wherein an outer end of the anisotropic sheet in the tire radial direction is disposed between the body portion and a corresponding one of the turned-up portions , characterized in that the outer end of the anisotropic sheet is disposed outwardly of a tire-radially outer end of a corresponding one of the bead apex rubbers in the tire radial direction. a carcass extending on and between a pair of bead cores ; a pair of reinforcing layers extending along the carcass , and a pair of bead apex rubbers extending outwardly from the bead cores , respectively, in the tire radial direction, wherein the carcass comprises at least one carcass ply having a body portion extending on and between the pair of bead cores , and turned-up portions connected to the body portion 6a and turned up around the bead cores , wherein each of the reinforcing layers comprises at least one anisotropic sheet in which viscoelasticity in a tire circumferential direction and viscoelasticity in a tire radial direction are different from each other, wherein an inner end of the anisotropic sheet in the tire radial direction is disposed between the body portion and a corresponding one of the bead apex rubbers , and wherein an outer end of the anisotropic sheet in the tire radial direction is disposed between the body portion and a corresponding one of the turned-up portions , characterized in that the outer end of the anisotropic sheet is disposed outwardly of a tire-radially outer end of a corresponding one of the bead apex rubbers in the tire radial direction.
A cubic boron nitride sintered material comprising: more than or equal to 85 volume% and less than 100 volume% of cubic boron nitride grains; and a remainder of a binder, wherein the binder includes WC, Co and an Al compound, and when a TEM-EDX is used to analyze an interface region including an interface at which the cubic boron nitride grains are adjacent to each other, oxygen exists on a whole or part of the interface, and a width D of a region in which the oxygen exists is more than or equal to 0.1 nm and less than or equal to 10 nm. the binder includes WC, Co and an Al compound, and when a TEM-EDX is used to analyze an interface region including an interface at which the cubic boron nitride grains are adjacent to each other, oxygen exists on a whole or part of the interface, and a width D of a region in which the oxygen exists is more than or equal to 0.1 nm and less than or equal to 10 nm. oxygen exists on a whole or part of the interface, and a width D of a region in which the oxygen exists is more than or equal to 0.1 nm and less than or equal to 10 nm.
A gas sampler device comprising: a top plate having a top surface and the top plate having a plurality of holes ; a bottom plate having a top surface , a receiving portion at the top surface for receiving a dish , and an air hole ; a center well formed in the top surface of said bottom plate ; and, a plurality of elongated slots formed in the top surface of said bottom plate , said plurality of elongated slots extending outward from said center well beyond the receiving portion , a vacuum air port configured to draw gas into said sampler device through said plurality of holes to impinge the dish, wherein said air hole extends through said bottom plate from said air port to said center well , a ridge projecting upward from the top surface of said bottom plate at a distance from an outer edge of said bottom plate , said ridge defining the receiving portion , wherein the plurality of elongated slots extend into said ridge characterized in that the top plate comprises a vent plate , the vent plate having a plurality of at least 100 holes , the area in which the holes are located comprises less than about 1% of the surface area of the vent plate , and each of said plurality of holes having a diameter between 0.1778 mm and 0.2286 mm. a top plate having a top surface and the top plate having a plurality of holes ; a bottom plate having a top surface , a receiving portion at the top surface for receiving a dish , and an air hole ; a center well formed in the top surface of said bottom plate ; and, a plurality of elongated slots formed in the top surface of said bottom plate , said plurality of elongated slots extending outward from said center well beyond the receiving portion , a vacuum air port configured to draw gas into said sampler device through said plurality of holes to impinge the dish, wherein said air hole extends through said bottom plate from said air port to said center well , a ridge projecting upward from the top surface of said bottom plate at a distance from an outer edge of said bottom plate , said ridge defining the receiving portion , wherein the plurality of elongated slots extend into said ridge characterized in that the top plate comprises a vent plate , the vent plate having a plurality of at least 100 holes , the area in which the holes are located comprises less than about 1% of the surface area of the vent plate , and each of said plurality of holes having a diameter between 0.1778 mm and 0.2286 mm.
A computer-implemented method for transforming seismic data into noise-attenuated data, comprising: predicting multiple traces in seismic data representative of subsurface formations by the following: calculating dips for a series of sets of adjacent multiple contribution traces, from seismic data acquired by deploying a plurality of seismic sensors proximate an area of the earth's subsurface to be evaluated, the seismic sensors generating at least one of an electrical and optical signal in response to seismic energy, in the vicinity of a boundary of an aperture of a multiple contribution gather ; the method characterized by : recursively extending the boundary of the aperture of the multiple contribution gather , based on the calculated dips ; and stacking multiple contribution traces in the multiple contribution gather with the extended aperture boundary to generate predicted multiple traces; and subtracting the predicted multiple traces from the seismic data to generate surface-related multiple attenuated data useful for imaging the subsurface formations. predicting multiple traces in seismic data representative of subsurface formations by the following: calculating dips for a series of sets of adjacent multiple contribution traces, from seismic data acquired by deploying a plurality of seismic sensors proximate an area of the earth's subsurface to be evaluated, the seismic sensors generating at least one of an electrical and optical signal in response to seismic energy, in the vicinity of a boundary of an aperture of a multiple contribution gather ; the method characterized by : recursively extending the boundary of the aperture of the multiple contribution gather , based on the calculated dips ; and stacking multiple contribution traces in the multiple contribution gather with the extended aperture boundary to generate predicted multiple traces; and calculating dips for a series of sets of adjacent multiple contribution traces, from seismic data acquired by deploying a plurality of seismic sensors proximate an area of the earth's subsurface to be evaluated, the seismic sensors generating at least one of an electrical and optical signal in response to seismic energy, in the vicinity of a boundary of an aperture of a multiple contribution gather ; the method characterized by : recursively extending the boundary of the aperture of the multiple contribution gather , based on the calculated dips ; and stacking multiple contribution traces in the multiple contribution gather with the extended aperture boundary to generate predicted multiple traces; and subtracting the predicted multiple traces from the seismic data to generate surface-related multiple attenuated data useful for imaging the subsurface formations.
A multi-stage stop device for a robotic arm , the device comprising: a frame member configured to mount to one of a first link and a base of a robotic arm , wherein the first link and the base are connected by a rotational joint such that the first link rotates relative to the base , the frame member comprising a first sidewall defining a first opening therethrough; a compressible member positioned within the frame member ; and a first pin comprising a first shaft extending from a first head to a first distal end , wherein the first shaft is slidably received within the first opening of the first sidewall and the first head is positioned between the first sidewall and the compressible member , wherein the frame member further comprises a second sidewall defining a second opening therethrough; and the device further comprises a second pin comprising a second shaft extending from a second head to a second distal end , wherein the second shaft is slidably received within the second opening of the second sidewall , characterized in that the second head is positioned between the second sidewall and the compressible member . a frame member configured to mount to one of a first link and a base of a robotic arm , wherein the first link and the base are connected by a rotational joint such that the first link rotates relative to the base , the frame member comprising a first sidewall defining a first opening therethrough; a compressible member positioned within the frame member ; and a first pin comprising a first shaft extending from a first head to a first distal end , wherein the first shaft is slidably received within the first opening of the first sidewall and the first head is positioned between the first sidewall and the compressible member , wherein the frame member further comprises a second sidewall defining a second opening therethrough; and the device further comprises a second pin comprising a second shaft extending from a second head to a second distal end , wherein the second shaft is slidably received within the second opening of the second sidewall , characterized in that the second head is positioned between the second sidewall and the compressible member .
A wireless communication station, STA, comprising physical layer, PHY, circuitry and processing elements to: receive a transmission on a channel that includes at least a primary channel and secondary channel; determine, in response to receipt of the transmission, whether a network allocation vector, NAV, timer has expired; receive an indication of the primary channel and a bandwidth of the primary channel, and, if the NAV timer has expired and the STA determines that the STA has just exited a power save mode such that the STA has not been awake a sufficient time to receive a start of packet, SOP, determine whether a data portion of a physical layer protocol data unit, PPDU, compatible with a standard of an Institute for Electrical and Electronics Engineers 802.11ah family of standards, has been detected in the primary channel or in the secondary channel; and defer transmissions on the primary channel in response to detection of the data portion in the primary channel and defer transmissions on the secondary channel in response to detection of the data portion in the secondary channel, wherein the STA is capable to operate within a 2 MHz basic service set, BSS, and the primary channel includes the lower 1 MHz of the 2 MHz BSS operating channel bandwidth. receive a transmission on a channel that includes at least a primary channel and secondary channel; determine, in response to receipt of the transmission, whether a network allocation vector, NAV, timer has expired; receive an indication of the primary channel and a bandwidth of the primary channel, and, if the NAV timer has expired and the STA determines that the STA has just exited a power save mode such that the STA has not been awake a sufficient time to receive a start of packet, SOP, determine whether a data portion of a physical layer protocol data unit, PPDU, compatible with a standard of an Institute for Electrical and Electronics Engineers 802.11ah family of standards, has been detected in the primary channel or in the secondary channel; and defer transmissions on the primary channel in response to detection of the data portion in the primary channel and defer transmissions on the secondary channel in response to detection of the data portion in the secondary channel, wherein the STA is capable to operate within a 2 MHz basic service set, BSS, and the primary channel includes the lower 1 MHz of the 2 MHz BSS operating channel bandwidth.
A balloon catheter comprising: an inner shaft ; an outer shaft covering a part of the inner shaft ; and a balloon fixed to the inner shaft and the outer shaft (1 10), wherein the outer shaft has an outer distal shaft having a lumen , and an outer proximal shaft fixed to a proximal side of the outer distal shaft and having a lumen communicating with the lumen of the outer distal shaft , a distal side of the inner shaft is disposed in the lumen of the outer distal shaft , a proximal side of the inner shaft is disposed on an outer surface of the outer proximal shaft , and the inner shaft forms a proximal opening portion which opens on an outer surface side of the outer proximal shaft , the inner shaft has a first region and a second region disposed on a proximal side of the first region , in a range from a proximal end of the outer distal shaft disposed on the outer surface of the outer proximal shaft to the proximal opening portion , the first region is fixed to the outer surface of the outer proximal shaft , and the second region is not fixed to the outer surface of the outer proximal shaft , characterized in that the outer diameter of the outer proximal shaft is smaller than the outer diameter of the outer distal shaft . an inner shaft ; an outer shaft covering a part of the inner shaft ; and a balloon fixed to the inner shaft and the outer shaft (1 10), wherein the outer shaft has an outer distal shaft having a lumen , and an outer proximal shaft fixed to a proximal side of the outer distal shaft and having a lumen communicating with the lumen of the outer distal shaft , a distal side of the inner shaft is disposed in the lumen of the outer distal shaft , a proximal side of the inner shaft is disposed on an outer surface of the outer proximal shaft , and the inner shaft forms a proximal opening portion which opens on an outer surface side of the outer proximal shaft , the inner shaft has a first region and a second region disposed on a proximal side of the first region , in a range from a proximal end of the outer distal shaft disposed on the outer surface of the outer proximal shaft to the proximal opening portion , the first region is fixed to the outer surface of the outer proximal shaft , and the second region is not fixed to the outer surface of the outer proximal shaft ,
Elevator installation comprising at least one elevator cage movable in an elevator shaft along a guide rail , and comprising at least one first roller , via which the car is electrically conductively connected to the guide rail ,wherein the first roller is designed as an earthing roller, and the first roller comprises a first running body having a running surface , characterized in that the first running body comprising an end face with a coating for increasing the electrical conductivity. at least one elevator cage movable in an elevator shaft along a guide rail , and comprising at least one first roller , via which the car is electrically conductively connected to the guide rail ,wherein the first roller is designed as an earthing roller, and the first roller comprises a first running body having a running surface , characterized in that the first running body comprising an end face with a coating for increasing the electrical conductivity.
A method performed by a remote unit , the method comprising: receiving narrowband system information on a time-frequency resource, wherein the time-frequency resource on which the narrowband system information is received is determined by a system parameter, wherein the system parameter, by which the time-frequency resource on which the narrowband system information is received is determined, comprises: a system operation mode which is selected from a group comprising in-band, guard band, and standalone operation, and a cell identification, a number of a system frame, and a system duplex mode which is selected from frequency division duplex and time division duplex. receiving narrowband system information on a time-frequency resource, wherein the time-frequency resource on which the narrowband system information is received is determined by a system parameter, wherein the system parameter, by which the time-frequency resource on which the narrowband system information is received is determined, comprises: a system operation mode which is selected from a group comprising in-band, guard band, and standalone operation, and a cell identification, a number of a system frame, and a system duplex mode which is selected from frequency division duplex and time division duplex. a system operation mode which is selected from a group comprising in-band, guard band, and standalone operation, and a cell identification, a number of a system frame, and a system duplex mode which is selected from frequency division duplex and time division duplex.
A laminated glass comprising a first glass plate to be arranged on an inner side of a vehicle; a second glass plate to be arranged on an outer side of the vehicle; an interlayer located between the first glass plate and the second glass plate and bonded to the first glass plate and the second glass plate; and a display area configured to be used for a head up display, wherein the display area includes a region having a wedge shape in a cross section, a thickness at an upper end of the region in a vertical direction being greater than a thickness at a lower end of the region, when the laminated glass is installed on the vehicle, wherein a difference in thickness, Δt [mm], between a thickness of the laminated glass at a thickest portion in the display area and a thickness of the laminated glass at a thinnest portion in the display area, and a difference in visible light transmittance, ΔTv [%], between a visible light transmittance of the laminated glass at the thickest portion in the display area and a visible light transmittance of the laminated glass at the thinnest portion in the display area, satisfy a relation of ΔTv ≥ 2.2 Δt, and wherein a member with a lowest visible light transmittance per unit thickness from among the first glass plate, the second glass plate and the interlayer has a wedge shape in a cross section.
A method comprising the steps of: parking (S1) a trailer by means of a towing vehicle , which trailer is coupled to the towing vehicle via a coupling element of the trailer ; and automatically uncoupling (S5) the trailer from the towing vehicle , so that the towing vehicle can drive away from the parked trailer , characterized by the towing vehicle estimating (S2) position and heading of the coupling element of the parked trailer ; and transmitting (S3) the estimated position and heading of the coupling element of the parked trailer to a data storage device . parking (S1) a trailer by means of a towing vehicle , which trailer is coupled to the towing vehicle via a coupling element of the trailer ; and automatically uncoupling (S5) the trailer from the towing vehicle , so that the towing vehicle can drive away from the parked trailer , characterized by the towing vehicle estimating (S2) position and heading of the coupling element of the parked trailer ; and transmitting (S3) the estimated position and heading of the coupling element of the parked trailer to a data storage device . the towing vehicle estimating (S2) position and heading of the coupling element of the parked trailer ; and transmitting (S3) the estimated position and heading of the coupling element of the parked trailer to a data storage device .
Method for conveying conveyable materials the material to be conveyed being moved within a cavity between a feed opening (3.1) and an outlet opening (3.2) both by means of a pressureless mechanical conveyor and by the action of a pressure pump , the pressure pump acting directly on the material to be conveyed, wherein a screw conveyor is used as the pressureless mechanical conveyor, characterized in that , if one of the two parts of the pressure pump or screw conveyor detects too high a resistance and the other part is subjected to higher drive power.