mhurhangee/patent-ind-claim-en huggingface dataset:
An adjusting arrangement, comprising: a position-sensitive component comprising a first aperture and a second aperture; a first sleeve comprising a first eccentric aperture, wherein the position-sensitive component is configured to receive the first sleeve in the first aperture; a second sleeve comprising a second eccentric aperture, wherein the first sleeve is configured to receive the second sleeve in the first eccentric aperture; a first rod configured to extend through the first aperture, the first rod comprising a first centerline axis; a second rod configured to extend through the second aperture, the second rod comprising a second centerline axis; wherein rotation of the first sleeve with respect to the position-sensitive component and the second sleeve is configured to drive rotation of the position-sensitive component about the second centerline axis; and a mounting structure , wherein the first rod and the second rod are coupled to the mounting structure. a position-sensitive component comprising a first aperture and a second aperture; a first sleeve comprising a first eccentric aperture, wherein the position-sensitive component is configured to receive the first sleeve in the first aperture; a second sleeve comprising a second eccentric aperture, wherein the first sleeve is configured to receive the second sleeve in the first eccentric aperture; a first rod configured to extend through the first aperture, the first rod comprising a first centerline axis; a second rod configured to extend through the second aperture, the second rod comprising a second centerline axis; wherein rotation of the first sleeve with respect to the position-sensitive component and the second sleeve is configured to drive rotation of the position-sensitive component about the second centerline axis; and a mounting structure , wherein the first rod and the second rod are coupled to the mounting structure.
An image capturing apparatus comprising: a plurality of pixels arranged on a substrate (SUB); a temperature signal output unit arranged on the substrate (SUB) and configured to output a temperature signal, the temperature signal output unit including a temperature signal generator configured to generate an analog temperature signal and a first A/D converter configured to generate the temperature signal by AD-converting the analog temperature signal which represents a temperature; and a reference signal output unit arranged on the substrate and (SUB) configured to output a reference signal, the reference signal output unit including a reference signal generator configured to generate an analog reference signal and a second A/D converter configured to generate the reference signal by AD-converting the analog reference signal, a calculator configured to obtain a corrected temperature based on a ratio of the temperature signal to the reference signal; wherein temperature dependency of the reference signal is lower than temperature dependency of the temperature signal, and the temperature signal output unit and the reference signal output unit are arranged in regions different from each other on the substrate. a plurality of pixels arranged on a substrate (SUB); a temperature signal output unit arranged on the substrate (SUB) and configured to output a temperature signal, the temperature signal output unit including a temperature signal generator configured to generate an analog temperature signal and a first A/D converter configured to generate the temperature signal by AD-converting the analog temperature signal which represents a temperature; and a reference signal output unit arranged on the substrate and (SUB) configured to output a reference signal, the reference signal output unit including a reference signal generator configured to generate an analog reference signal and a second A/D converter configured to generate the reference signal by AD-converting the analog reference signal, a calculator configured to obtain a corrected temperature based on a ratio of the temperature signal to the reference signal; wherein temperature dependency of the reference signal is lower than temperature dependency of the temperature signal, and the temperature signal output unit and the reference signal output unit are arranged in regions different from each other on the substrate.
Method for determining and outputting a driving speed of vehicles adapted to a driving situation, wherein an object located next to a roadway (F) of the vehicle and at least partially obscuring a curve (K) ahead of the vehicle is detected on the basis of detected signals from an environment sensor system of a vehicle , characterized in that - the detected speed behavior of further vehicles in the area of the curve (K), in which in each case a driving speed of the further vehicles falls below a predetermined locally permissible maximum speed for driving through the curve (K), is transmitted by the vehicle to a computing unit external to the vehicle , which is coupled to the vehicle by means of data technology, - a position of the obscuring object is transmitted to the computing unit, - by means of the computing unit, a causal relationship between the detected speed behavior of the further vehicles and the obscuring object is checked, wherein the check is based on the determination that the further vehicles drive at a significantly reduced driving speed than is required to drive through the curve (K) when their view of the curve is obscured, and - in the event that there is a causal relationship between the speed behavior of the further vehicles and the obscuring object , an average driving speed determined from the driving speeds of the further vehicles for driving through the curve (K) is stored as a speed recommendation in a digital map and made available to vehicles coupled at least to the computing unit by means of data technology. - the detected speed behavior of further vehicles in the area of the curve (K), in which in each case a driving speed of the further vehicles falls below a predetermined locally permissible maximum speed for driving through the curve (K), is transmitted by the vehicle to a computing unit external to the vehicle , which is coupled to the vehicle by means of data technology, - a position of the obscuring object is transmitted to the computing unit, - by means of the computing unit, a causal relationship between the detected speed behavior of the further vehicles and the obscuring object is checked, wherein the check is based on the determination that the further vehicles drive at a significantly reduced driving speed than is required to drive through the curve (K) when their view of the curve is obscured, and - in the event that there is a causal relationship between the speed behavior of the further vehicles and the obscuring object , an average driving speed determined from the driving speeds of the further vehicles for driving through the curve (K) is stored as a speed recommendation in a digital map and made available to vehicles coupled at least to the computing unit by means of data technology.
A lens driving device comprising: a cover member comprising an upper plate and a lateral plate extending from the upper plate ; a bobbin disposed in the cover member ; a housing disposed between the cover member and the bobbin ; a coil disposed on the bobbin ; a driving magnet disposed between the coil and the lateral plate of the cover member ; a sensing magnet disposed on the bobbin ; a substrate ; and a sensor disposed on the substrate and configured to sense the sensing magnet , wherein at least a portion of the substrate is disposed between the housing and the lateral plate of the cover member , wherein an upper surface of the sensor is fixed to the housing , characterized in that the substrate comprises a body part disposed outside the housing , and an extension part bent from the body part , and that the sensor is disposed on the extension part . a cover member comprising an upper plate and a lateral plate extending from the upper plate ; a bobbin disposed in the cover member ; a housing disposed between the cover member and the bobbin ; a coil disposed on the bobbin ; a driving magnet disposed between the coil and the lateral plate of the cover member ; a sensing magnet disposed on the bobbin ; a substrate ; and a sensor disposed on the substrate and configured to sense the sensing magnet , wherein at least a portion of the substrate is disposed between the housing and the lateral plate of the cover member , wherein an upper surface of the sensor is fixed to the housing , characterized in that the substrate comprises a body part disposed outside the housing , and an extension part bent from the body part , and that the sensor is disposed on the extension part .
An electric pump system , comprising: an oil pump that supplies hydraulic fluid to a hydraulically-actuated device through an oil passage ( Lb ) as a motor is driven; and a control unit that executes drive control on the motor , characterized in that the control unit executes the drive control on the motor based on a hydraulic pressure of the hydraulic fluid in the oil passage ( Lb ), wherein the control unit estimates a hydraulic pressure value of the hydraulic fluid based on a driving current for the motor and a rotation speed of the motor , and corrects the estimated hydraulic pressure value based on a power supply voltage of the motor . an oil pump that supplies hydraulic fluid to a hydraulically-actuated device through an oil passage ( Lb ) as a motor is driven; and a control unit that executes drive control on the motor , characterized in that the control unit executes the drive control on the motor based on a hydraulic pressure of the hydraulic fluid in the oil passage ( Lb ), wherein the control unit estimates a hydraulic pressure value of the hydraulic fluid based on a driving current for the motor and a rotation speed of the motor , and corrects the estimated hydraulic pressure value based on a power supply voltage of the motor .
A flow restriction device , comprising: a housing defining a first lumen , a second lumen , and a cavity disposed between the first lumen and the second lumen; and an insert body disposed within the cavity, the insert body comprising: a first end ; a second end ; a longitudinal axis extending through the first and second ends; an outer surface; and a channel defined on the outer surface, wherein the channel extends between the first and second ends, the channel comprising a first portion that extends in a first direction away from the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and a second portion that extends in a second direction toward the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and the channel and an inner surface of the cavity define a fluid passage in fluid communication with the first lumen and the second lumen, characterised in that the second portion is disposed at an angle between 45 degrees and 90 degrees relative to the first portion. a channel defined on the outer surface, wherein the channel extends between the first and second ends, the channel comprising a first portion that extends in a first direction away from the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and a second portion that extends in a second direction toward the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and the channel and an inner surface of the cavity define a fluid passage in fluid communication with the first lumen and the second lumen, characterised in that the second portion is disposed at an angle between 45 degrees and 90 degrees relative to the first portion.
Composition forming an insulation layer, which composition forms a solid microporous carbon foam in the event of fire, the composition comprising a constituent A containing a multifunctional Michael acceptor which has at least two electron-deficient carbon multiple bonds per molecule as functional Michael acceptor groups, comprising a constituent B containing a multifunctional Michael donor which has at least two C,H-acid groups per molecule as functional Michael donor groups, comprising a constituent C containing an additive which forms an insulation layer, and comprising a catalyst for the Michael addition reaction, the additive which forms an insulation layer comprising a mixture that comprises at least one dehydrogenation catalyst and at least one propellant and/or comprising at least one graphite intercalation compound, wherein the dehydrogenation catalyst comprises a salt or an ester of an inorganic, non-volatile acid selected from sulfuric acid, phosphoric acid or boric acid, and the propellant is selected from the group consisting of cyanuric acid, isocyanuric acid, melamine and the derivatives thereof, wherein the functional Michael donor groups are selected from the group consisting of β-ketoesters, β-ketoamides, 1,3-diketones, malonic esters and malonic ester derivatives, cyanoacetate esters, cyanoacetamides and α-nitroalkanes.
Compressor configured to compress and supply a gas comprising a control unit configured to manage the compressor , wherein the compressor further comprises a wireless coupling unit configured to manage the compressor wirelessly through a user device when the compressor is connected to a pneumatic network comprising one or more pneumatic consumers (300-302), characterized in that said control unit is configured to: - detect when one or more pneumatic consumers (300-302) are inactive for an inactive time period; and - record a compressor power consumption during the inactive time period; and wherein a leakage of the pneumatic network is identified on the basis of the energy consumption, and - reporting the leakage , if identified. wherein the compressor further comprises a wireless coupling unit configured to manage the compressor wirelessly through a user device when the compressor is connected to a pneumatic network comprising one or more pneumatic consumers (300-302), characterized in that said control unit is configured to: - detect when one or more pneumatic consumers (300-302) are inactive for an inactive time period; and - record a compressor power consumption during the inactive time period; and - detect when one or more pneumatic consumers (300-302) are inactive for an inactive time period; and - record a compressor power consumption during the inactive time period; and wherein a leakage of the pneumatic network is identified on the basis of the energy consumption, and - reporting the leakage , if identified. - reporting the leakage , if identified.
A system for providing access to a spine of a patient, the system comprising: a connecting element implantable in a first vertebra of the spine ; and a cannula comprising a distal end and a proximal end , the cannula being formed as a single piece with the connecting element via a frangible coupling connecting the distal end of the cannula with the connecting element, such that the distal end of the cannula is insertable into the patient proximate the spine along with the connecting element when the connecting element is implanted in the first vertebra of the spine the system being characterized in that the proximal end of the cannula is adapted to extend out of the body of the patient through an incision in the skin when the connecting element is implanted in the first vertebra of the spine. a connecting element implantable in a first vertebra of the spine ; and a cannula comprising a distal end and a proximal end , the cannula being formed as a single piece with the connecting element via a frangible coupling connecting the distal end of the cannula with the connecting element, such that the distal end of the cannula is insertable into the patient proximate the spine along with the connecting element when the connecting element is implanted in the first vertebra of the spine the system being characterized in that the proximal end of the cannula is adapted to extend out of the body of the patient through an incision in the skin when the connecting element is implanted in the first vertebra of the spine.
A broadband vibrational energy harvesting device adapted to simultaneously combine bistable and monostable quartic potential energy profiles, the device comprising first and second assemblies mounted at a distance one from the other; wherein the first assembly comprises vibrational means comprising a clamped guided cantilever adapted to stretch under a straining force, whereby the device exhibits quartic monostable nonlinearity; wherein the first and second assemblies comprise respective magnetised means in opposite polarity to one another, so that the second assembly exerts a repulsive magnetic force upon the vibrational means, whereby the device exhibits bistability; wherein the clamped guided cantilever comprises at least one fixedly supported extremity and at least one unsupported extremity longitudinally opposed to the supported extremity , the magnetised means of the first assembly comprises a first magnetised assembly mounted to the clamped guided cantilever proximate the unsupported extremity of the clamped guided cantilever , having at least one magnet with polarity along a longitudinal direction of the clamped guided cantilever ; and the magnetised means of the second assembly comprises a second magnetised assembly located adjacent the unsupported extremity of the first assembly , at the distance between the first and second assemblies, and in opposite polarity to the first magnetised assembly such that the repulsive magnetic forces between the first assembly and the second assembly causes multiple equilibrium states; the device being characterized in that the clamping point of the clamped guided cantilever is in the middle of the cantilever and is adjustable to vary the quartic monostable nonlinearity.
A sheet resistance calculation apparatus comprising: a detector onto which thermal radiation light from a semiconductor wafer that is an annealing target is incident, and which outputs a signal based on the intensity of the thermal radiation light; and a processing device to which an output value of the detector is input, and which calculates a sheet resistance of the semiconductor wafer on the basis of the output value of the detector and outputs a calculation value of the sheetresistance, characterised in that the detector is an infrared detector. a detector onto which thermal radiation light from a semiconductor wafer that is an annealing target is incident, and which outputs a signal based on the intensity of the thermal radiation light; and a processing device to which an output value of the detector is input, and which calculates a sheet resistance of the semiconductor wafer on the basis of the output value of the detector and outputs a calculation value of the sheetresistance, characterised in that the detector is an infrared detector.
A hydrophobically-modified polymer or composition thereof, wherein the modified polymer is chitosan having saturated hydrocarbon hydrophobic groups of from 2 to about 10 different sizes attached to the polymer backbone; wherein the hydrophobic groups comprise C8 hydrocarbon groups, which are present along with at least one of C14, C16, or C18 hydrocarbon groups at a ratio of from 5:1 to 20:1; or wherein the hydrophobic groups comprise C10 or C12 hydrocarbon groups, which are present along with at least one of C14, C16, or C18 hydrocarbon groups at a ratio of 2:1 to 10:1. wherein the hydrophobic groups comprise C8 hydrocarbon groups, which are present along with at least one of C14, C16, or C18 hydrocarbon groups at a ratio of from 5:1 to 20:1; or wherein the hydrophobic groups comprise C10 or C12 hydrocarbon groups, which are present along with at least one of C14, C16, or C18 hydrocarbon groups at a ratio of 2:1 to 10:1.
A method for inspecting a shape of a tire which has a region with a string of letters and where knurling is provided in the region where the letters are formed, the method comprising the steps of: sampling an image of a tire side surface having a knurled region ; Fourier-transforming the image of the tire side surface ; removing a Fourier component along the tire circumferential direction and a Fourier component along the tire axial direction in the Fourier-transformed image as those corresponding to the knurled region when the two Fourier components are on a single straight line and at the same time appear discretely as cross shaped peaks at predefined frequency intervals on the straight line; obtaining an image of a tire side surface with the knurled region removed by inverse-Fourier-transforming the image from which the Fourier components corresponding to the knurled region have been removed; and determining the acceptability of the shape of the tire by comparing the image with the knurled region removed against an inspection image of a tire side surface (G) which has no knurled region; wherein, in the step of removing the Fourier component, the cross-shaped peaks identified as attributable to the knurled region are removed. sampling an image of a tire side surface having a knurled region ; Fourier-transforming the image of the tire side surface ; removing a Fourier component along the tire circumferential direction and a Fourier component along the tire axial direction in the Fourier-transformed image as those corresponding to the knurled region when the two Fourier components are on a single straight line and at the same time appear discretely as cross shaped peaks at predefined frequency intervals on the straight line; obtaining an image of a tire side surface with the knurled region removed by inverse-Fourier-transforming the image from which the Fourier components corresponding to the knurled region have been removed; and determining the acceptability of the shape of the tire by comparing the image with the knurled region removed against an inspection image of a tire side surface (G) which has no knurled region; wherein, in the step of removing the Fourier component, the cross-shaped peaks identified as attributable to the knurled region are removed.
Shifting device for a transmission (G), the shifting device having a shaft (W), and a first and second idler gear (LR1, LR2) which are assigned to the shaft (W), - the shifting device being set up to establish a shiftable non-rotational connection between - the shaft (W) and the first idler gear (LR1), - and between the first idler gear (LR1) and the second idler gear (LR2) which is arranged coaxially with respect to the shaft (W), - the shifting device having a slider sleeve (S) which is arranged between the first and second idler gear (LR1, LR2), - it being possible for the non-rotational connection between the shaft (W) and the first idler gear (LR1) to be established by way of displacement of the slider sleeve (S) in the direction of the first idler gear (LR1), - it being possible for the non-rotational connection between the first idler gear (LR1) and the second idler gear (LR2) to be established by way of displacement of the slider sleeve (S) in the direction of the second idler gear (LR2), characterized in that the first idler gear (LR1) has a plurality of axially protruding projections (F) which reach through openings (A) which are configured in the slider sleeve (S). - the shifting device being set up to establish a shiftable non-rotational connection between - the shaft (W) and the first idler gear (LR1), - and between the first idler gear (LR1) and the second idler gear (LR2) which is arranged coaxially with respect to the shaft (W), - the shifting device having a slider sleeve (S) which is arranged between the first and second idler gear (LR1, LR2), - it being possible for the non-rotational connection between the shaft (W) and the first idler gear (LR1) to be established by way of displacement of the slider sleeve (S) in the direction of the first idler gear (LR1), - it being possible for the non-rotational connection between the first idler gear (LR1) and the second idler gear (LR2) to be established by way of displacement of the slider sleeve (S) in the direction of the second idler gear (LR2),