mhurhangee/ep-ind-claims huggingface dataset:
An aircraft control system comprising: a pilot operable interface to provide an input representative of a first flight regime for transmission totoa flight computer; and wherein the interface comprises a pilot operable switch, the switch including a lock permitting movement of the switch such that the switch selectively permits the interface to provide instead a second input for transmission to the flight computer representative of a second flight regime; wherein the first flight regime is a forward flight regime and the second flight regime is a vertical flight regime or the first flight regime is a vertical flight regime and the second flight regime is a forward flight regime; and wherein the aircraft control system further comprises a pilot operable vertical velocity control, the vertical velocity control being pilot accessible in the vertical flight regime and pilot inaccessible in the forward flight regime. a pilot operable interface to provide an input representative of a first flight regime for transmission totoa flight computer; and wherein the interface comprises a pilot operable switch, the switch including a lock permitting movement of the switch such that the switch selectively permits the interface to provide instead a second input for transmission to the flight computer representative of a second flight regime; wherein the first flight regime is a forward flight regime and the second flight regime is a vertical flight regime or the first flight regime is a vertical flight regime and the second flight regime is a forward flight regime; and wherein the aircraft control system further comprises a pilot operable vertical velocity control, the vertical velocity control being pilot accessible in the vertical flight regime and pilot inaccessible in the forward flight regime.
A computer-implemented method for point-based map-matching probe data using a machine learning classifier of a map matching platform, comprising: retrieving one or more probe points collected within a proximity to a map feature represented by a link of a geographic database, wherein the one or more probe points are collected from one or more sensors of a plurality of devices traveling within the proximity to the map feature; determining a probe feature set for each of the one or more probe points, wherein the probe feature set comprises respective values for one or more probe attributes of said each probe point; determining a link feature set for the link, wherein the link feature set comprises respective values for one or more link attributes of the link; classifying, using the machine learning classifier, said each probe point to determine a matching probability based on the probe feature set and the link feature, wherein the matching probability indicates a probability that said each probe point is classified as map-matched to the link; and wherein the machine learning classifier is trained using ground truth data comprising reference probe points with known map-matches to respective reference links, and comprising known values of the one or more probe attributes for the reference probe points and known values of the one or more link attributes for the reference links. retrieving one or more probe points collected within a proximity to a map feature represented by a link of a geographic database, wherein the one or more probe points are collected from one or more sensors of a plurality of devices traveling within the proximity to the map feature; determining a probe feature set for each of the one or more probe points, wherein the probe feature set comprises respective values for one or more probe attributes of said each probe point; determining a link feature set for the link, wherein the link feature set comprises respective values for one or more link attributes of the link; classifying, using the machine learning classifier, said each probe point to determine a matching probability based on the probe feature set and the link feature, wherein the matching probability indicates a probability that said each probe point is classified as map-matched to the link; and wherein the machine learning classifier is trained using ground truth data comprising reference probe points with known map-matches to respective reference links, and comprising known values of the one or more probe attributes for the reference probe points and known values of the one or more link attributes for the reference links.
A sliding support unit for supporting a pressure vessel, comprising: a fulcrum capture configured to attach to a support flange; a fulcrum support configured to engage to the fulcrum capture, the fulcrum support having a triangular cross-section with at least one rounded corner and a bottom surface; and a baseplate block configured to support the fulcrum support, the baseplate block including a first end portion, a second end portion, and a middle portion, wherein the fulcrum support is slideable on an upper surface of the middle portion of the baseplate block, and the length of the middle portion of the baseplate block is greater than that of the fulcrum support. a fulcrum capture configured to attach to a support flange; a fulcrum support configured to engage to the fulcrum capture, the fulcrum support having a triangular cross-section with at least one rounded corner and a bottom surface; and a baseplate block configured to support the fulcrum support, the baseplate block including a first end portion, a second end portion, and a middle portion, wherein the fulcrum support is slideable on an upper surface of the middle portion of the baseplate block, and the length of the middle portion of the baseplate block is greater than that of the fulcrum support.
A pressure detection unit comprising: a base formed in a lid shape and made of ceramic; a receiving member suitable for receiving a fluid inlet pipe being formed in a plate shape; a diaphragm interposed between the base and the receiving member; a semiconductor type pressure detection device installed on a side of a pressure receiving space formed between the base and the diaphragm in the base; and terminal pins (160, 162, 164, 166) electrically connected to the semiconductor type pressure detection device, the terminal pins (160, 162, 164, 166) penetrating the base, wherein a metal layer is provided in a region around the semiconductor type pressure detection device on a surface of the base on the side of the pressure receiving space, the pressure receiving space is filled with a liquid medium having an insulating property, a ring member is further interposed between the base and the diaphragm, the diaphragm is interposed between the receiving member and the ring member, an overlapping portion of the diaphragm, the receiving member and the ring member is continuously girth-welded, and a second brazing portion is formed between the base and the ring member. a base formed in a lid shape and made of ceramic; a receiving member suitable for receiving a fluid inlet pipe being formed in a plate shape; a diaphragm interposed between the base and the receiving member; a semiconductor type pressure detection device installed on a side of a pressure receiving space formed between the base and the diaphragm in the base; and terminal pins (160, 162, 164, 166) electrically connected to the semiconductor type pressure detection device, the terminal pins (160, 162, 164, 166) penetrating the base, wherein a metal layer is provided in a region around the semiconductor type pressure detection device on a surface of the base on the side of the pressure receiving space, the pressure receiving space is filled with a liquid medium having an insulating property, a ring member is further interposed between the base and the diaphragm, the diaphragm is interposed between the receiving member and the ring member, an overlapping portion of the diaphragm, the receiving member and the ring member is continuously girth-welded, and a second brazing portion is formed between the base and the ring member.
A membrane filter (1, 37, 53, 63, 77) for submerged operation for filtering a liquid through membrane elements (2, 46, 54, 68, 80) horizontally arranged adjacent to one another and respectively having the following features: - membranes (10, 73) arranged in a vertical longitudinal direction and configured to filter a liquid permeate from the liquid; - a header (12, 38, 60, 69, 78) arranged at a header level (4, 57, 84) and including a permeate collection cavity, wherein respective permeate sides of the membranes (10, 73) are connected to the permeate collection cavity, and a permeate outlet (14, 83) configured to drain the permeate in an outlet direction (15, 49) horizontally from the permeate collection cavity; and - a tube (11, 72, 81) that adjoins on top at a respective header of the headers (12, 38, 60, 69, 78) and laterally envelops the membranes (10, 73) of the respective membrane element (2, 46, 54, 68, 80), wherein the permeate outlets (14, 83) are connected at a horizontally extending common permeate collector (3, 48, 70, 85) that drains the permeate from the membrane filter (1, 37, 53, 63, 77), characterized in that the permeate collector (3, 48, 70, 85) is arranged at the header level (4, 57, 84) adjacent to the headers (12, 38, 60, 69, 78). - membranes (10, 73) arranged in a vertical longitudinal direction and configured to filter a liquid permeate from the liquid; - a header (12, 38, 60, 69, 78) arranged at a header level (4, 57, 84) and including a permeate collection cavity, wherein respective permeate sides of the membranes (10, 73) are connected to the permeate collection cavity, and a permeate outlet (14, 83) configured to drain the permeate in an outlet direction (15, 49) horizontally from the permeate collection cavity; and - a tube (11, 72, 81) that adjoins on top at a respective header of the headers (12, 38, 60, 69, 78) and laterally envelops the membranes (10, 73) of the respective membrane element (2, 46, 54, 68, 80), wherein the permeate outlets (14, 83) are connected at a horizontally extending common permeate collector (3, 48, 70, 85) that drains the permeate from the membrane filter (1, 37, 53, 63, 77), characterized in that the permeate collector (3, 48, 70, 85) is arranged at the header level (4, 57, 84) adjacent to the headers (12, 38, 60, 69, 78).
A personal respiratory protection comprising: an upper panel, a central panel, and a lower panel, the central panel being separated from each of the upper and lower panels (18, 20) by a first and second fold, seam, weld or bond (23, 25), respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond (23, 25) and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, wherein the upper panel has a nose conforming element for conforming at least part of the upper panel to the nose of a wearer when in use, characterized by the nose conforming element having a resiliently flexible central portion and first and second rigid outer portions extending outwardly from the central portion, the central portion deforming upon donning of the respirator so that the central and outer portions (80, 82) conform to the profile of the nose. an upper panel, a central panel, and a lower panel, the central panel being separated from each of the upper and lower panels (18, 20) by a first and second fold, seam, weld or bond (23, 25), respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond (23, 25) and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, wherein the upper panel has a nose conforming element for conforming at least part of the upper panel to the nose of a wearer when in use, characterized by the nose conforming element having a resiliently flexible central portion and first and second rigid outer portions extending outwardly from the central portion, the central portion deforming upon donning of the respirator so that the central and outer portions (80, 82) conform to the profile of the nose.
A method for coating a carbon-carbon composite structure, comprising: forming a first slurry by combining a first pre-slurry composition comprising a first phosphate glass composition, with a primary flow modifier and a first carrier fluid, wherein the first pre-slurry composition comprises a boron nitride additive and the primary flow modifier comprises cellulose; applying the first slurry on a surface of the composite structure to form a base layer; and heating the composite structure to a temperature sufficient to adhere the base layer to the composite structure. forming a first slurry by combining a first pre-slurry composition comprising a first phosphate glass composition, with a primary flow modifier and a first carrier fluid, wherein the first pre-slurry composition comprises a boron nitride additive and the primary flow modifier comprises cellulose; applying the first slurry on a surface of the composite structure to form a base layer; and heating the composite structure to a temperature sufficient to adhere the base layer to the composite structure.
A method for receiving device position determination, the method comprising: receiving, by a receiving device, beamformed position reference signals, BF-PRSs, on a plurality of communications beams from at least two transmitting devices in accordance with a BF-PRS configuration; selecting, by the receiving device, at least one communications beam of each transmitting device in accordance with a selection criterion; identifying, by the receiving device, at least one transmitting device beam pair from the communications beams of the at least two transmitting devices based on the selected at least one communications beam of each transmitting device, the at least one transmitting device beam pair consisting of one communications beam for each of two of the at least two transmitting devices; performing, by the receiving device, at least one observed time difference of arrival, OTDOA, measurement based on the BF-PRSs on the at least one transmitting device beam pair; and transmitting, by the receiving device, OTDOA feedback including the at least one OTDOA measurement and including identifiers of the selected communications beams of the at least one transmitting device beam pair. receiving, by a receiving device, beamformed position reference signals, BF-PRSs, on a plurality of communications beams from at least two transmitting devices in accordance with a BF-PRS configuration; selecting, by the receiving device, at least one communications beam of each transmitting device in accordance with a selection criterion; identifying, by the receiving device, at least one transmitting device beam pair from the communications beams of the at least two transmitting devices based on the selected at least one communications beam of each transmitting device, the at least one transmitting device beam pair consisting of one communications beam for each of two of the at least two transmitting devices; performing, by the receiving device, at least one observed time difference of arrival, OTDOA, measurement based on the BF-PRSs on the at least one transmitting device beam pair; and transmitting, by the receiving device, OTDOA feedback including the at least one OTDOA measurement and including identifiers of the selected communications beams of the at least one transmitting device beam pair.
A flapping measurement system, comprising: a rotor blade; a position sensor operable to provide position measurements identifying locations of the position sensor during operation of the rotor blade; and a controller operable to identify flapping of the rotor blade based on the position measurements; characterized in that the position sensor is disposed in the rotor blade. a rotor blade; a position sensor operable to provide position measurements identifying locations of the position sensor during operation of the rotor blade; and a controller operable to identify flapping of the rotor blade based on the position measurements; characterized in that the position sensor is disposed in the rotor blade.
A steer-by-wire steering system for a vehicle, comprising: an operation member operable by a driver of the vehicle; an urging device configured to generate an urging force to urge the operation member; a steering device configured to steer a wheel; and a controller configured to control the urging device and the steering device, wherein, in a normal operation, the controller enables the wheel to be steered in accordance with an operation of the operation member and causes the urging force to function as an operation reaction force against the operation of the operation member, and wherein, in an automatic steering operation in which the wheel is steered without depending on the operation of the operation member, the controller enables the operation member to be moved in accordance with steering of the wheel by the urging force and causes at least part of the urging force generated in the normal operation not to be generated, characterized in that said at least part of the urging force comprises a steering-load-dependent component as a component that is based on an axial force that acts on a steering rod or rack bar and that includes a force that acts on the wheel from the road surface, the steering-load-dependent component acting in the direction opposite to the operation direction of the operation member. wherein, in a normal operation, the controller enables the wheel to be steered in accordance with an operation of the operation member and causes the urging force to function as an operation reaction force against the operation of the operation member, and wherein, in an automatic steering operation in which the wheel is steered without depending on the operation of the operation member, the controller enables the operation member to be moved in accordance with steering of the wheel by the urging force and causes at least part of the urging force generated in the normal operation not to be generated, characterized in that said at least part of the urging force comprises a steering-load-dependent component as a component that is based on an axial force that acts on a steering rod or rack bar and that includes a force that acts on the wheel from the road surface, the steering-load-dependent component acting in the direction opposite to the operation direction of the operation member.
Edging stand with an adjustment cylinder quick-action adjusting means for lengthy, rapid stroke movements, the edging stand consisting at least of edging housing, adjustment system, equalising system and edging roll sets, the adjustment cylinder quick-action adjusting means comprising at least a piston, which acts by way of edging roll chocks (32, 33) of at least one edging roll on both sides for adjustment relative to the rolling material and wherein the adjustment of the edging roll is hydraulically actuable on each side by means of a fluid and the adjustment cylinder quick-action adjusting means is secured in the edging housing and exerts the force required for the edging process, wherein the adjustment cylinder quick-action adjusting means consists of at least one double-acting cylinder on each side of the edging housing, characterised in that the double-acting cylinder consists of two separately controllable cylinders coupled together and is constructed on the one hand for quick-action adjusting means and on the other hand for regulating adjusting means of the edging roll.
An ophthalmic apparatus comprising: a light source; an optical measurement system (24, 72, 48) configured to radiate light from the light source to an interior of an eye to be examined and guide reflected light from the eye; an optical reference system (24, 22) configured to guide the light from the light source as reference light; characterized by further comprising: an optical calibration system (24, 72, 74) configured to guide the light from the light source as calibration light; a light receiving element configured to receive interference light for measurement produced by both the reflected light guided by the optical measurement system (24, 72, 48) and the reference light guided by the optical reference system (24, 22), and also receive interference light for calibration produced by both the calibration light guided by the optical calibration system (24, 72, 74) and the reference light guided by the optical reference system (24, 22); and a processor determines a position of a measuring portion inside the eye by Fourier-analyzing the interference light for measurement and the interference light for calibration received by the light receiving element. a light source; an optical measurement system (24, 72, 48) configured to radiate light from the light source to an interior of an eye to be examined and guide reflected light from the eye; an optical reference system (24, 22) configured to guide the light from the light source as reference light; characterized by further comprising: an optical calibration system (24, 72, 74) configured to guide the light from the light source as calibration light; a light receiving element configured to receive interference light for measurement produced by both the reflected light guided by the optical measurement system (24, 72, 48) and the reference light guided by the optical reference system (24, 22), and also receive interference light for calibration produced by both the calibration light guided by the optical calibration system (24, 72, 74) and the reference light guided by the optical reference system (24, 22); and a processor determines a position of a measuring portion inside the eye by Fourier-analyzing the interference light for measurement and the interference light for calibration received by the light receiving element.
A drilling tool, in particular for drilling of fiber-reinforced material, wherein the drilling tool has at least one cutting edge, at least one chip groove extending backwards and, with regard to the feed direction of the drilling tool behind the cutting edge, one or more radial border surface which confines a transverse groove or constriction different from the chip groove and comprises a border edge and at least one border edge serves for cutting off fiber pieces of the fiber-reinforced material, characterized in that the inclination angle of the border edge of the radial edge surface, measured at the circumferential side relative to a tool back plane extending perpendicular to the tool axis, is positive and smaller than 60° and the complementary inclination angle of the border edge of the radial border surface is larger than the helix angle of the chip groove, the complementary inclination angle of the border edge being 90° minus the inclination angle of the border edge.
Pantograph rocker having at least two sliding contact strips, which are arranged in parallel, and two end horns, wherein a) the end horns are fitted between the sliding contact strips and project laterally beyond the said sliding contact strips, b) run-on horns are arranged on or can be fastened to the outer ends of the end horns, c) the end horns are fitted such that they can be displaced in relation to one another and parallel to the sliding contact strips by means of an actuating device, characterized in that d) the two end horns are each fastened to the rocker in an articulated manner by means of two pairs of levers (41, 42, 43, 44). a) the end horns are fitted between the sliding contact strips and project laterally beyond the said sliding contact strips, b) run-on horns are arranged on or can be fastened to the outer ends of the end horns, c) the end horns are fitted such that they can be displaced in relation to one another and parallel to the sliding contact strips by means of an actuating device, d) the two end horns are each fastened to the rocker in an articulated manner by means of two pairs of levers (41, 42, 43, 44).