mhurhangee/ep-ind-claims huggingface dataset:
Wiper blade adapter device having an adapter base member which is provided to be securely connected to a wiper blade component and having an adapter unit which is provided for releasable coupling to a wiper arm adapter, and wherein the adapter unit is provided to be connected to the adapter base member by means of a locking connection, characterized in that the adapter unit comprises at least one locking means for engagement with the adapter base member, which is provided, during assembly with the adapter base member, to be deflected at least partially in the direction of a longitudinal centre plane of the adapter unit.
A co-assembly method, comprising the step of allowing, in an aqueous polyelectrolyte composition comprising (a) a first polyelectrolyte dispersed in the composition and having a net electric charge of a first polarity, (b) a second polyelectrolyte dispersed in the composition and having a net electric charge of a second polarity, wherein the second polarity is opposite the first polarity, and (c) an electrolyte dissolved in the composition in a concentration effective to prevent co-assembly of the polyelectrolytes, co-assembly of the polyelectrolytes by: decreasing the concentration of the electrolyte, or forming an interface between the aqueous polyelectrolyte composition and a surface of a solid substrate or of a second liquid phase, wherein the surface has an affinity for at least one of the polyelectrolytes, or and, wherein the first and second polyelectrolytes each comprise respective nanoscale polyelectrolytic inorganic particles, or wherein one polyelectrolyte comprises nanoscale polyelectrolytic inorganic particles and the other polyelectrolyte comprises polyelectrolytic organic macromolecules. (a) a first polyelectrolyte dispersed in the composition and having a net electric charge of a first polarity, (b) a second polyelectrolyte dispersed in the composition and having a net electric charge of a second polarity, wherein the second polarity is opposite the first polarity, and (c) an electrolyte dissolved in the composition in a concentration effective to prevent co-assembly of the polyelectrolytes, decreasing the concentration of the electrolyte, or forming an interface between the aqueous polyelectrolyte composition and a surface of a solid substrate or of a second liquid phase, wherein the surface has an affinity for at least one of the polyelectrolytes, or and,
A host processor comprising: a physical layer, PHY, interface configured to be coupled to a plurality of data lanes of a memory bus; a read register; and a memory controller coupled to the PHY interface, the memory controller comprising a data pattern checker logic circuit, wherein the memory controller is configured to: use the data pattern checker logic circuit to determine if patterns of repeatable data exist in data to be written to a memory element over the memory bus; and consolidate the data into fewer lanes and send the data across only certain ones of the plurality of data lanes of the memory bus using a write command modified by a column address select, CAS, command; receive data through the PHY interface from the memory element; and cause data within the read register to be duplicated based on information received from the memory element. a physical layer, PHY, interface configured to be coupled to a plurality of data lanes of a memory bus; a read register; and a memory controller coupled to the PHY interface, the memory controller comprising a data pattern checker logic circuit, wherein the memory controller is configured to: use the data pattern checker logic circuit to determine if patterns of repeatable data exist in data to be written to a memory element over the memory bus; and consolidate the data into fewer lanes and send the data across only certain ones of the plurality of data lanes of the memory bus using a write command modified by a column address select, CAS, command; receive data through the PHY interface from the memory element; and cause data within the read register to be duplicated based on information received from the memory element. use the data pattern checker logic circuit to determine if patterns of repeatable data exist in data to be written to a memory element over the memory bus; and consolidate the data into fewer lanes and send the data across only certain ones of the plurality of data lanes of the memory bus using a write command modified by a column address select, CAS, command; receive data through the PHY interface from the memory element; and cause data within the read register to be duplicated based on information received from the memory element.
A method for displaying information on a flight deck display element of an aircraft, the method comprising: receiving terrain avoidance and warning system (TAWS) data for the aircraft; receiving terrain data corresponding to a flight deck viewpoint; and in response to the received TAWS data and terrain data, displaying a primary flight display on the flight deck display element, the primary flight display comprising a conformal view of terrain corresponding to the terrain data, a flight path symbol that represents a current flight path of the aircraft, rendered in conformal manner relative to the terrain and moving within the display area such that it indicates the direction in which the aircraft is currently moving, and a conformal terrain avoidance guidance element that visually indicates aircraft control parameters that when executed will cause the aircraft to clear conflicting terrain that obstructs the current flight path of the aircraft wherein the TAG element is rendered with an outer boundary and a flight path clearance target indicator, the flight path clearance target indicator, graphically indicating a flight path target for the flight path symbol that will provide safe passage over the terrain, wherein the TAG element and the flight path symbol are rendered in a cooperative manner such that the TAG element follows the movement of the flight path symbol so that the movement of the flight path symbol is constrained by the outer boundary of the TAG element. receiving terrain avoidance and warning system (TAWS) data for the aircraft; receiving terrain data corresponding to a flight deck viewpoint; and in response to the received TAWS data and terrain data, displaying a primary flight display on the flight deck display element, the primary flight display comprising a conformal view of terrain corresponding to the terrain data, a flight path symbol that represents a current flight path of the aircraft, rendered in conformal manner relative to the terrain and moving within the display area such that it indicates the direction in which the aircraft is currently moving, and a conformal terrain avoidance guidance element that visually indicates aircraft control parameters that when executed will cause the aircraft to clear conflicting terrain that obstructs the current flight path of the aircraft wherein the TAG element is rendered with an outer boundary and a flight path clearance target indicator, the flight path clearance target indicator, graphically indicating a flight path target for the flight path symbol that will provide safe passage over the terrain, wherein the TAG element and the flight path symbol are rendered in a cooperative manner such that the TAG element follows the movement of the flight path symbol so that the movement of the flight path symbol is constrained by the outer boundary of the TAG element.
An actuation mechanism for a disc brake, the actuation mechanism comprising: a non-rotatable yoke to transmit an actuating force from an operating shaft; a piston configured to be driven by the yoke to transmit the actuating force to a brake pad, the piston comprising a portion rotatable with respect to the yoke to cause the piston to extend; and a wear adjustment mechanism for adjusting extension of the piston to account for wear of the brake pad; wherein a friction element is located between the yoke and the portion of the piston, for providing a predetermined level of resistance to relative rotation of the yoke and portion of the piston. a non-rotatable yoke to transmit an actuating force from an operating shaft; a piston configured to be driven by the yoke to transmit the actuating force to a brake pad, the piston comprising a portion rotatable with respect to the yoke to cause the piston to extend; and a wear adjustment mechanism for adjusting extension of the piston to account for wear of the brake pad; wherein a friction element is located between the yoke and the portion of the piston, for providing a predetermined level of resistance to relative rotation of the yoke and portion of the piston.
A floor cleaning apparatus for cleaning a floor, the apparatus adapted to traverse a path of travel, comprising: a housing; a plurality of wheels (20, 22, 24, 26) by which the floor cleaning apparatus is adapted to move across the floor in a direction of travel, the direction of travel at least partially defining a front end, a back end, and first and second lateral sides of the floor cleaning apparatus; a motive device for moving the apparatus across the floor; a steering mechanism; and a cleaning assembly comprising: a cleaning unit, and a swing mechanism linking the cleaning unit to the steering mechanism and configured such that, when the floor cleaning apparatus is in an operative mode, the cleaning unit reorients its position in synchronization with the path of travel of the floor cleaning apparatus, characterized in that the cleaning assembly further comprises an offset mechanism adapted to move the cleaning unit to or from an offset position. a housing; a plurality of wheels (20, 22, 24, 26) by which the floor cleaning apparatus is adapted to move across the floor in a direction of travel, the direction of travel at least partially defining a front end, a back end, and first and second lateral sides of the floor cleaning apparatus; a motive device for moving the apparatus across the floor; a steering mechanism; and a cleaning assembly comprising: a cleaning unit, and a swing mechanism linking the cleaning unit to the steering mechanism and configured such that, when the floor cleaning apparatus is in an operative mode, the cleaning unit reorients its position in synchronization with the path of travel of the floor cleaning apparatus, characterized in that the cleaning assembly further comprises an offset mechanism adapted to move the cleaning unit to or from an offset position. a cleaning unit, and a swing mechanism linking the cleaning unit to the steering mechanism and configured such that, when the floor cleaning apparatus is in an operative mode, the cleaning unit reorients its position in synchronization with the path of travel of the floor cleaning apparatus, characterized in that the cleaning assembly further comprises an offset mechanism adapted to move the cleaning unit to or from an offset position.
A method of preventing instability in a vehicle-trailer combination, the method comprising; monitoring relative movement between the vehicle and the trailer using optical sensing means, wherein the optical sensing means comprises a camera; determining a trailer yaw condition in dependence on a signal output from the optical sensing means; comparing the determined trailer yaw condition to a predetermined threshold yaw condition; and when the determined trailer yaw condition is equal to or greater than the predetermined threshold yaw condition, outputting an alert signal indicative of the onset of instability in the vehicle-trailer combination directly to a driver of the vehicle before the forces exerted on the towing vehicle by the trailer are sufficient to trigger operation of an Electronic Stability Program of the vehicle, in order to allow the driver to take corrective measures, wherein the method comprises capturing a reference image of the trailer using the camera, monitoring the trailer during towing using the camera, and determining the trailer yaw condition based on differences between a monitored image of the trailer and the reference image. monitoring relative movement between the vehicle and the trailer using optical sensing means, wherein the optical sensing means comprises a camera; determining a trailer yaw condition in dependence on a signal output from the optical sensing means; comparing the determined trailer yaw condition to a predetermined threshold yaw condition; and when the determined trailer yaw condition is equal to or greater than the predetermined threshold yaw condition, outputting an alert signal indicative of the onset of instability in the vehicle-trailer combination directly to a driver of the vehicle before the forces exerted on the towing vehicle by the trailer are sufficient to trigger operation of an Electronic Stability Program of the vehicle, in order to allow the driver to take corrective measures, wherein the method comprises capturing a reference image of the trailer using the camera, monitoring the trailer during towing using the camera, and determining the trailer yaw condition based on differences between a monitored image of the trailer and the reference image.
A method of evaluating an irrigation system at a turf site, the turf site including turf, the method comprising: segmenting, using at least one computing device, the turf site into a plurality of irrigation management units by: determining locations of sprinkler heads; and defining boundaries of the irrigation management units around the sprinkler heads based on the locations of the sprinkler heads, wherein each irrigation management unit (502;504;506;508) of the turf site includes at least one of the sprinkler heads; and for each irrigation management unit (502;504;506;508), computing with a computing device a value (WC1;WC2;WC11;WC12) representing a characteristic of the turf within the irrigation management unit (502;504;506;508). segmenting, using at least one computing device, the turf site into a plurality of irrigation management units by: determining locations of sprinkler heads; and defining boundaries of the irrigation management units around the sprinkler heads based on the locations of the sprinkler heads, wherein each irrigation management unit (502;504;506;508) of the turf site includes at least one of the sprinkler heads; and determining locations of sprinkler heads; and defining boundaries of the irrigation management units around the sprinkler heads based on the locations of the sprinkler heads, wherein each irrigation management unit (502;504;506;508) of the turf site includes at least one of the sprinkler heads; and for each irrigation management unit (502;504;506;508), computing with a computing device a value (WC1;WC2;WC11;WC12) representing a characteristic of the turf within the irrigation management unit (502;504;506;508).
A set of molding elements (4, 5) adapted to be attached in a mold for molding tires, each molding element (4, 5) being able to mold a cut in a tire tread, comprising: a circumferential molding element and a transverse molding element that have complex shapes, the circumferential molding element being able to connect to the transverse molding element from the set of molding elements (4, 5) along a generally straight interface defined between the circumferential molding element and the transverse molding element, wherein the set of molding elements (4, 5) has molding elements (4, 5) that comprise undulated blades having generally straight blade edges for connection to other ones of the molding elements (4, 5). a circumferential molding element and a transverse molding element that have complex shapes, the circumferential molding element being able to connect to the transverse molding element from the set of molding elements (4, 5) along a generally straight interface defined between the circumferential molding element and the transverse molding element, wherein the set of molding elements (4, 5) has molding elements (4, 5) that comprise undulated blades having generally straight blade edges for connection to other ones of the molding elements (4, 5).
An inductor device comprising: a core comprising two core sections (310, 320); at least one gap (352, 362, 372) defined between said two core sections; and at least one cast coil and fringe shield assembly comprising a conductor winding and a fringe shield sealed within an insulator, said at least one cast coil and fringe shield assembly at least partially surrounding portions of said two core sections; characterised in that: said cast coil and fringe shield assembly comprises an insulating section filling said at least one gap (352, 362, 372). a core comprising two core sections (310, 320); at least one gap (352, 362, 372) defined between said two core sections; and at least one cast coil and fringe shield assembly comprising a conductor winding and a fringe shield sealed within an insulator, said at least one cast coil and fringe shield assembly at least partially surrounding portions of said two core sections; characterised in that: said cast coil and fringe shield assembly comprises an insulating section filling said at least one gap (352, 362, 372). said cast coil and fringe shield assembly comprises an insulating section filling said at least one gap (352, 362, 372).
A battery system, in particular for a hybrid drive, with a housing and a plurality of battery cells arranged inside the housing, wherein said battery cells are combined into a cell block, wherein a pressure bag having an adjustable interior volume is arranged between the cell block and least one housing wall, by means of which pressure bag the cell block can be braced against the housing, and wherein the pressure bag is filled with a curable or cured medium, characterized in that the housing wall is outwardly deformed, in particular is curved, and exerts a clamping force directed into the interior of the housing onto the cell block via the pressure bag.
A device related to radio communication equipment, the device being adapted to be connected to a controller located remote from the device, the controller being associated with at least a first particular sector of a radio communication cell, wherein the device is assigned to a first identity, and wherein the device comprises a sector indicating hardware and the device is associated with the first particular sector, wherein the sector indicating hardware comprises - a visual sector information relating to the first particular sector such that the visual sector information is visible to a human, and - an electronically readable sector information relating to the first particular sector, wherein the device comprises a reading arrangement for reading the electronically readable sector information relating to the first particular sector from the sector indicating hardware, wherein the device comprises a connector socket or connector plug and wherein the sector indicating hardware comprises a setting element for setting the sector indicating hardware to relate to the first particular sector and the setting element comprises a connecting element adapted for interconnecting at least two conductors of the connector socket or connector plug - a visual sector information relating to the first particular sector such that the visual sector information is visible to a human, and - an electronically readable sector information relating to the first particular sector,
A printing system for cut sheets, the printing system comprising a control unit for controlling the printing of image data on a plurality of sheets and scheduling the plurality of sheets in a printing order, a paper path comprising a duplex printing loop and a rotational functional component arranged in the duplex printing loop for guiding and processing a printed sheet for two passes along or on a surface of the rotational functional component, a print engine arranged in the duplex printing loop and configured to dispose marking material on the sheets according to the image data, in two passes, one side per pass, wherein the control unit is configured to schedule one-sided printed sheets for a first pass guided along or on the surface of the rotational functional component and two-sided printed sheets for a second pass guided along or on the surface of the rotational functional component by using the duplex printing loop, characterised in that the control unit is further configured to determine a distance between subsequent sheets guided along or on the surface of the rotational functional component such that a location on the surface of the rotational functional component is covered by printed sides of two-sided printed sheets at most a maximum number of times before the location on the surface of the rotational functional component is covered by an unprinted side of a one-sided printed sheet.
A continuous alkylation process wherein an alkylatable compound is reacted with an alkylation agent in the presence of a solid acid alkylation catalyst to form an alkylate and wherein the catalyst is regenerated, said process being performed in an apparatus comprising a series of at least two catalyst-containing reactors in a zone A and a series of at least two catalyst-containing reactors in a zone B, in which process (a) the zone A reactors and the zone B reactors cycle back and forth per zone between alkylation mode and mild regeneration mode, (b) the alkylation mode comprises introducing an alkylation agent into a first reactor of the zone through which the alkylatable compound passes, reacting a portion of the alkylatable compound with at least a portion of the alkylation agent to produce an alkylate-containing product stream, and performing this operation at least once more in a downstream reactor in the same zone employing, instead of said alkylatable compound, a stream comprising said alkylate-containing product stream which may or may not have been subjected to a prior intermittent separation during which a portion of the alkylate has been removed, to produce an alkylation mode alkylate-containing effluent, (c) the mild regeneration mode comprises contacting the solid acid alkylation catalyst with hydrogen in each of the at least two reactors of the zone, (d) alkylate is recovered. (a) the zone A reactors and the zone B reactors cycle back and forth per zone between alkylation mode and mild regeneration mode, (b) the alkylation mode comprises introducing an alkylation agent into a first reactor of the zone through which the alkylatable compound passes, reacting a portion of the alkylatable compound with at least a portion of the alkylation agent to produce an alkylate-containing product stream, and performing this operation at least once more in a downstream reactor in the same zone employing, instead of said alkylatable compound, a stream comprising said alkylate-containing product stream which may or may not have been subjected to a prior intermittent separation during which a portion of the alkylate has been removed, to produce an alkylation mode alkylate-containing effluent, (c) the mild regeneration mode comprises contacting the solid acid alkylation catalyst with hydrogen in each of the at least two reactors of the zone, (d) alkylate is recovered.
A method of continuously producing a lattice girder by welding a lower chord arrangement which includes at least one lower chord, in particular two lower chords, and an upper chord which is arranged at a specific height in relation to the lower chord arrangement to at least one diagonal member which extends back and forth between the at least one lower chord and the upper chord, in particular in a zig-zag form, wherein welding of the at least one lower chord and the upper chord to the at least one diagonal member is effected by means of a lower chord welding device and an upper chord welding device, characterised in that the height of the upper chord relative to the lower chord arrangement is changed during the continuous production of the lattice girder, wherein the upper chord is cut prior to a change in its height relative to the lower chord arrangement.