mhurhangee/ep-ind-claims huggingface dataset:
A method of ultrasonically testing a wheel, the method comprising: receiving a data set including values of a plurality of vertical steering angles and values of a plurality of predetermined horizontal steering angles corresponding to the plurality of vertical steering angles, wherein the data set is predetermined based on the geometry of a wheel; receiving data characterizing a surface profile associated with a wheel, the surface profile indicative of a plurality of defects on a wheel surface of the wheel; determining, based on the surface profile, a first correction angle associated with an ultrasonic probe configured to be positioned at a first location on the wheel surface, wherein the first correction angle is indicative of a first defect of the wheel surface at the first location; and transmitting, by the ultrasonic probe located at the first location, an ultrasonic beam along a first direction in the wheel, wherein the first direction is indicative of a first horizontal steering angle and a first vertical steering angle, wherein the first vertical steering angle is a vertical steering angle included in the plurality of vertical steering angles of the data set, and the first horizontal steering angle is based on: a first predetermined horizontal steering angle included in the plurality of predetermined horizontal steering angles of the data set that corresponds to the first vertical steering angle; and the first correction angle. receiving a data set including values of a plurality of vertical steering angles and values of a plurality of predetermined horizontal steering angles corresponding to the plurality of vertical steering angles, wherein the data set is predetermined based on the geometry of a wheel; receiving data characterizing a surface profile associated with a wheel, the surface profile indicative of a plurality of defects on a wheel surface of the wheel; determining, based on the surface profile, a first correction angle associated with an ultrasonic probe configured to be positioned at a first location on the wheel surface, wherein the first correction angle is indicative of a first defect of the wheel surface at the first location; and transmitting, by the ultrasonic probe located at the first location, an ultrasonic beam along a first direction in the wheel, wherein the first direction is indicative of a first horizontal steering angle and a first vertical steering angle, wherein the first vertical steering angle is a vertical steering angle included in the plurality of vertical steering angles of the data set, and the first horizontal steering angle is based on: a first predetermined horizontal steering angle included in the plurality of predetermined horizontal steering angles of the data set that corresponds to the first vertical steering angle; and the first correction angle. a first predetermined horizontal steering angle included in the plurality of predetermined horizontal steering angles of the data set that corresponds to the first vertical steering angle; and the first correction angle.
A method for characterizing a human subject's risk of having or developing cardiovascular disease, or for monitoring a human subject's response to intervention aimed at reducing risk of CVD, wherein said method comprises a step of determining a level of free citrulline in a bodily sample of urine, blood, serum, or plasma from the subject, wherein the subject's level of free citrulline provides a risk predictor that is independent of arginine bioavailability ratios.
Unit for machining an object, in particular an aircraft wing portion, the object defining a surface to be machined, for example the perimeter of a manhole, the unit comprising an articulated arm, and a machining apparatus supported by the articulated arm and comprising: - a housing defining at least one opening and intended to be placed by the articulated arm in a machining position in which the opening is located facing the surface to be machined, - at least three bearing points (44, 46, 48) rigidly connected to the housing and intended to bear against the surface to be machined in the machining position, - an attachment system for fastening the housing to the surface to be machined, - at least one support mounted so as to be movable relative to the housing, and a machine tool suitable for being mounted on the support, and - at least one position sensor, for example a camera, suitable for providing position parameters representative of a relative position of the surface to be machined with respect to the housing, the unit further comprising a control system suitable for actuating the support and moving the machine tool relative to the housing according to a movement instruction (C1, C2), the control system being suitable for calculating the movement instruction (C1, C2) using the position parameters. - a housing defining at least one opening and intended to be placed by the articulated arm in a machining position in which the opening is located facing the surface to be machined, - at least three bearing points (44, 46, 48) rigidly connected to the housing and intended to bear against the surface to be machined in the machining position, - an attachment system for fastening the housing to the surface to be machined, - at least one support mounted so as to be movable relative to the housing, and a machine tool suitable for being mounted on the support, and - at least one position sensor, for example a camera, suitable for providing position parameters representative of a relative position of the surface to be machined with respect to the housing,
Use of at least one compound of the formula wherein R 1 and R 2 are the same or different and denote a C 1 -C 10 -alkyl, as a hydrolysis stabilizer in polyester materials. R 1 and R 2 are the same or different and denote a C 1 -C 10 -alkyl, as a hydrolysis stabilizer in polyester materials.
Zip guide for guiding a zip provided on a lateral side of a screen cloth, the zip guide comprising: a support, a guide configured to guide the zip, a first resilient member and a second resilient member, arranged on either side of the guide, wherein each of the first and second resilient members comprises a first portion, a second portion and a third portion arranged sequentially from the support onwards, wherein each two adjacent portions of the first, the second and the third portions are hingedly attached to each other via a folding rib (184, 185), wherein the first portion and the second portion form two first adjacent portions and the second portion and the third portion form two second adjacent portions, wherein the first portion is adjacent to the support and the third portion is farther from the support than the first portion and than the second portion, characterised in that the first portion is clamped to the support so as to prevent pivoting action of the first portion relative to the support, and in that in an idle state, the first portion and the second portion are folded towards each other at a first angle (α), and the second portion and the third portion are folded towards each other at a second angle (β), wherein the second angle (β) is arranged farther from the support than the first angle (α), wherein in absolute values the second angle (β) is smaller than the first angle (α). a support, a guide configured to guide the zip, a first resilient member and a second resilient member, arranged on either side of the guide, wherein each of the first and second resilient members comprises a first portion, a second portion and a third portion arranged sequentially from the support onwards, wherein each two adjacent portions of the first, the second and the third portions are hingedly attached to each other via a folding rib (184, 185), wherein the first portion and the second portion form two first adjacent portions and the second portion and the third portion form two second adjacent portions, wherein the first portion is adjacent to the support and the third portion is farther from the support than the first portion and than the second portion,
A method for producing formic acid in a catalysed chemical reaction from hydrogen gas and carbon dioxide gas, said reaction being conducted: in an acidic medium comprising at least one polar solvent being DMSO; without any addition of a base and of at least a compound selected from formate (HCOO -), carbonate (CO 3 2-), hydrogen carbonate (HCO 3 -) or any salt thereof; at a temperature in the range of 15-140°C; at a total gas pressure of hydrogen gas and carbon dioxide gas being in the range of 30 to 250 bar; in the presence of a catalyst being selected from [RuCl 2 4], and [RhCl 3]. without any addition of a base and of at least a compound selected from formate (HCOO -), carbonate (CO 3 2-), hydrogen carbonate (HCO 3 -) or any salt thereof; at a temperature in the range of 15-140°C; at a total gas pressure of hydrogen gas and carbon dioxide gas being in the range of 30 to 250 bar; in the presence of a catalyst being selected from [RuCl 2 4], and [RhCl 3].
A refrigerant charge monitoring system, comprising: a first sensor that provides an output indicative of a sensed temperature of a liquid refrigerant line that is within or extending from an outlet of a condenser coil of an air conditioner or heat pump unit; a second sensor that provides an output indicative of a sensed pressure in the liquid refrigerant line, characterized by a controller configured to determine at least one target pressure value from the output indicative of the sensed temperature of the liquid refrigerant line by converting a sum of the sensed temperature of the liquid refrigerant line and a sub-cool temperature value into a corresponding pressure value based on a temperature-pressure relationship for the refrigerant whereby the sub-cool temperature is determined from sensed pressure and sensed temperature, the controller being configured to determine if the level of refrigerant charge is at, above, or below an acceptable level based on a comparison of the output indicative of sensed pressure to the at least one target pressure value. a first sensor that provides an output indicative of a sensed temperature of a liquid refrigerant line that is within or extending from an outlet of a condenser coil of an air conditioner or heat pump unit; a second sensor that provides an output indicative of a sensed pressure in the liquid refrigerant line, characterized by a controller configured to determine at least one target pressure value from the output indicative of the sensed temperature of the liquid refrigerant line by converting a sum of the sensed temperature of the liquid refrigerant line and a sub-cool temperature value into a corresponding pressure value based on a temperature-pressure relationship for the refrigerant whereby the sub-cool temperature is determined from sensed pressure and sensed temperature, the controller being configured to determine if the level of refrigerant charge is at, above, or below an acceptable level based on a comparison of the output indicative of sensed pressure to the at least one target pressure value.
A sensor equipped wheel support bearing assembly for rotatably supporting a vehicle wheel relative to a vehicle body structure, which assembly comprises: an outer member having an inner periphery formed with a plurality of rows of raceway surfaces, an inner member having raceway surfaces formed therein in face-to-face relation with the raceway surfaces in the outer member, and a plurality of rows of rolling elements interposed between those raceway surfaces (103, 104), respectively; and a sensor unit comprising a mounting member made of a magnetostrictive material and a detecting coil fitted to the mounting member, the sensor unit being fitted to a stationary member, which is one of the outer member and the inner member; and wherein the mounting member made of the magnetostrictive material includes at least two contact fixing portions (117a, 117b) relative to the stationary member and the detecting coil is arranged at at least one location between the contact fixing portions (117a, 117b), wherein the mounting member has at least one recess between the neighboring contact fixing portions (117a, 117b) and the detecting coil is arranged in this recess. an outer member having an inner periphery formed with a plurality of rows of raceway surfaces, an inner member having raceway surfaces formed therein in face-to-face relation with the raceway surfaces in the outer member, and a plurality of rows of rolling elements interposed between those raceway surfaces (103, 104), respectively; and a sensor unit comprising a mounting member made of a magnetostrictive material and a detecting coil fitted to the mounting member, the sensor unit being fitted to a stationary member, which is one of the outer member and the inner member; and wherein the mounting member made of the magnetostrictive material includes at least two contact fixing portions (117a, 117b) relative to the stationary member and the detecting coil is arranged at at least one location between the contact fixing portions (117a, 117b), wherein the mounting member has at least one recess between the neighboring contact fixing portions (117a, 117b) and the detecting coil is arranged in this recess.
A composition for oral administration with controlled release properties, comprising a complex of a compound of Chemical Formula 1 or a pharmaceutically acceptable salt thereof; and a clay mineral, wherein the clay material is a smectite-based mineral and is selected from the group consisting of montmorillonite, bentonite, smectite, vermiculite, beidellite, nontronite, saponite or hectorite:
An implant system capable of being used to stabilize a small bone fracture comprising a pre-contoured plate having an inferior surface which faces toward the bone in use which is a Y-shaped plate or an X-shaped plate, the Y-shaped plate consisting of a trunk defining a medial longitudinal axis with a first end and an opposing second end, and a first arm and a second arm extending from the first end of the trunk and the X-shaped plate consisting of a trunk defining a medial longitudinal axis with a first end and an opposing second end, and a first set of a first arm and a second arm extending from the first end of the trunk and a second set of a first arm and a second arm extending from the second end of the trunk, characterized in that the trunk (712,12) having a continuous radial curve about the longitudinal axis on the inferior surface and the first arm (720,23) and the second arm (720, 23) following the radial curve of the trunk (712,12) so as to spiral about the longitudinal axis toward each other, each first arm (720, 22) having an ear with at least one screw hole defining a first screw axis, the first ear being attached to the trunk by a linking section having a section having a decreased width so as to define a waist, a first angle and a first length being defined by a line from the center of the first arm screw hole to an intersection of the longitudinal axis of the trunk (712,12), and the linking section waist being configured to bend relative to the trunk section without deforming the screw hole, each second arm (720, 23) having a second ear with at least one second screw hole defining a second screw axis, the second ear being attached to the trunk by a linking section having a section having a decreased width so as to define a waist, a second angle and a second length being defined by a line from the center of the second arm screw hole to an intersection of the longitudinal axis of the trunk, the linking section waist being configured to bend relative to the trunk section without deforming the through hole, and the first angle α and the first length being different from the second angle β and the second length whereby the first screw axis and the second screw axis converge toward the inferior side of the plate but do not intersect.
A method of operation of a navigation device, comprising: determining a route of travel, based upon at least a received destination location and an identified location; determining whether travel along the determined route will at least one of meet and exceed a first threshold, and if such determination is positive, outputting information indicative of such determination to a user of the device, wherein the information output includes a prompt, issued substantially immediately after a positive determination that travel along a determined route will at least one of meet and exceed the first threshold, to the user to enable output of subsequent information in the form of a warning to break from driving a vehicle in which the navigation device is located, during travel along the determined route, the method further comprising outputting selectable options to aid in implementing the driving break, the selectable options including point of interest categories of points of interest along the determined route of travel. determining a route of travel, based upon at least a received destination location and an identified location; determining whether travel along the determined route will at least one of meet and exceed a first threshold, and if such determination is positive, outputting information indicative of such determination to a user of the device, wherein the information output includes a prompt, issued substantially immediately after a positive determination that travel along a determined route will at least one of meet and exceed the first threshold, to the user to enable output of subsequent information in the form of a warning to break from driving a vehicle in which the navigation device is located, during travel along the determined route, the method further comprising outputting selectable options to aid in implementing the driving break, the selectable options including point of interest categories of points of interest along the determined route of travel.
Fibre feeding device for feeding endless fibre material from a fibre-material store to a processing unit located spatially away from the fibre-material store, wherein the endless fibre material contains an at least partially electrically conductive material, having - a tubular fibre-line system, which has at least one fibre line which has an internal passage for receiving the endless fibre material, in order to convey the endless fibre material from the fibre-material store to the processing unit in a conveying direction, wherein - an electrical contact device is provided, which is configured to put the endless fibre material into contact with an electrical energy source such that a current flow in the endless fibre material is brought about substantially parallel to the conveying direction when the endless fibre material is conveyed in the internal passage of the fibre line, and - a magnet device is provided, which is configured to generate a magnetic field in the internal passage of the fibre line, wherein the endless fibre material through which current flows interacts with the magnetic field such that a force (K L) acts on the endless fibre material in the internal passage of the fibre line during conveying such that the endless fibre material located in the fibre line is pushed away from the internal walls of the fibre line. - a tubular fibre-line system, which has at least one fibre line which has an internal passage for receiving the endless fibre material, in order to convey the endless fibre material from the fibre-material store to the processing unit in a conveying direction, wherein - an electrical contact device is provided, which is configured to put the endless fibre material into contact with an electrical energy source such that a current flow in the endless fibre material is brought about substantially parallel to the conveying direction when the endless fibre material is conveyed in the internal passage of the fibre line, and - a magnet device is provided, which is configured to generate a magnetic field in the internal passage of the fibre line, wherein the endless fibre material through which current flows interacts with the magnetic field such that a force (K L) acts on the endless fibre material in the internal passage of the fibre line during conveying such that the endless fibre material located in the fibre line is pushed away from the internal walls of the fibre line.
A fuel cell unit, comprising: a fuel cell stack having a coolant channel inside where coolant flows in one direction, and having a first surface parallel to a direction in which the coolant channel extends; a boost converter disposed across a gap from the first surface without being partitioned by a heat shielding member, the boost converter including a current sensor and a capacitor disposed following the first surface; and a case that accommodates the fuel cell stack and the boost converter in a same space, wherein at least one of the current sensor and the capacitor is disposed on an upstream side from a middle of the coolant channel, in the direction in which the coolant channel extends. a fuel cell stack having a coolant channel inside where coolant flows in one direction, and having a first surface parallel to a direction in which the coolant channel extends; a boost converter disposed across a gap from the first surface without being partitioned by a heat shielding member, the boost converter including a current sensor and a capacitor disposed following the first surface; and a case that accommodates the fuel cell stack and the boost converter in a same space, wherein at least one of the current sensor and the capacitor is disposed on an upstream side from a middle of the coolant channel, in the direction in which the coolant channel extends.
A coating agent composition for forming a high-hardness film comprising: polysilazane having a repeating unit shown by the following formula and a repeating unit shown by the following formula, wherein a ratio of a number of the repeating unit shown by the formula to a total number of the repeating units shown by the formulae and is 0.2 to 0.5; an aliphatic hydrocarbon solvent having a flash point of 21°C to 55°C; and dibutyl ether; wherein a blended amount of the component is 0.1 to 20 mass% of a total blended amount of the component and the component, and wherein R represents a group selected from an aliphatic hydrocarbon group having 1 to 6 carbon atoms, an aromatic hydrocarbon group having 6 to 12 carbon atoms, and an alkoxy group having 1 to 6 carbon atoms, and each R is the same or different in one molecule of the polysilazane. polysilazane having a repeating unit shown by the following formula and a repeating unit shown by the following formula, wherein a ratio of a number of the repeating unit shown by the formula to a total number of the repeating units shown by the formulae and is 0.2 to 0.5; an aliphatic hydrocarbon solvent having a flash point of 21°C to 55°C; and dibutyl ether; wherein a blended amount of the component is 0.1 to 20 mass% of a total blended amount of the component and the component, and