mhurhangee/ep-ind-claims huggingface dataset:
A method of transferring implement weight, comprising: drawing an implement across a field, the implement comprising a center section having a hitch actuator, a left wing section having a left wing flex actuator, a right wing section having a right wing flex actuator; and determining an estimated load (Fc) on a wheel (450,460,550) of said implement based on a sum of estimated actuator forces; comparing said estimated load (Fc) to a desired center section wheel load (F C,D); and modifying a valve pressure to bring said estimated load (F C) closer to said desired center section wheel load (F C,D); wherein said sum of estimated actuator forces is determined by a process comprising: determining a sum of applied row unit downforce (F R) applied to each row unit in a center section of said implement; determining a left wing vertical force (F W1) applied to said center section by a left wing flex actuator; determining a right wing vertical force (F W2) applied to said center section by a right wing flex actuator; and determining a hitch vertical force (F H) applied to said center section by a hitch actuator. drawing an implement across a field, the implement comprising a center section having a hitch actuator, a left wing section having a left wing flex actuator, a right wing section having a right wing flex actuator; and determining an estimated load (Fc) on a wheel (450,460,550) of said implement based on a sum of estimated actuator forces; comparing said estimated load (Fc) to a desired center section wheel load (F C,D); and modifying a valve pressure to bring said estimated load (F C) closer to said desired center section wheel load (F C,D); wherein said sum of estimated actuator forces is determined by a process comprising: determining a sum of applied row unit downforce (F R) applied to each row unit in a center section of said implement; determining a left wing vertical force (F W1) applied to said center section by a left wing flex actuator; determining a right wing vertical force (F W2) applied to said center section by a right wing flex actuator; and determining a hitch vertical force (F H) applied to said center section by a hitch actuator. determining a sum of applied row unit downforce (F R) applied to each row unit in a center section of said implement; determining a left wing vertical force (F W1) applied to said center section by a left wing flex actuator; determining a right wing vertical force (F W2) applied to said center section by a right wing flex actuator; and determining a hitch vertical force (F H) applied to said center section by a hitch actuator.
An endoscope having a lighting optical device adapted to apply illumination light from a distal portion of an insert section to a target in a subject, the illumination light being transmitted from a light source to the distal portion through a light guide, the lighting optical device comprising: a lens mounting hole (55, 56) formed in a distal portion body, the distal portion body constituting the distal portion, the lens mounting hole having a small diameter portion, a large diameter portion, and a shoulder portion formed between the small and large diameter portions; an optical element fitted into the small diameter portion, the optical element having an incident surface facing the light guide, an outer circumferential portion having light reflection function, and a convex exit surface; a first lens fitted into the large diameter portion and contacting the shoulder portion, an outer diameter of the first lens being greater than an outer diameter of the optical element, the first lens being disposed in front of and at a predetermined distance away from the optical element; and a space between the optical element and the first lens, a diameter of the space being greater than or equal to the outer diameter of the optical element. a lens mounting hole (55, 56) formed in a distal portion body, the distal portion body constituting the distal portion, the lens mounting hole having a small diameter portion, a large diameter portion, and a shoulder portion formed between the small and large diameter portions; an optical element fitted into the small diameter portion, the optical element having an incident surface facing the light guide, an outer circumferential portion having light reflection function, and a convex exit surface; a first lens fitted into the large diameter portion and contacting the shoulder portion, an outer diameter of the first lens being greater than an outer diameter of the optical element, the first lens being disposed in front of and at a predetermined distance away from the optical element; and a space between the optical element and the first lens, a diameter of the space being greater than or equal to the outer diameter of the optical element.
An apparatus for stabilized positioning of collaborative robotics, comprising: a base platform; a work platform positioned relative to the base platform for supporting one or more humans; and a plurality of robots supported on the base platform independently of the work platform; the work platform being isolated from the robots for stabilized positioning of the robots, so that the base platform and work platform together provide a collaborative workspace for the robots and the humans, wherein the base platform and work platform are configured to be positioned within a fuselage assembly of an aircraft. a base platform; a work platform positioned relative to the base platform for supporting one or more humans; and a plurality of robots supported on the base platform independently of the work platform; the work platform being isolated from the robots for stabilized positioning of the robots, so that the base platform and work platform together provide a collaborative workspace for the robots and the humans, wherein the base platform and work platform are configured to be positioned within a fuselage assembly of an aircraft.
Method for manufacturing a green tyre by winding a carcass reinforcement ply onto a cylindrical rotary tyre-building drum having a circular section of which the generatrix is rectilinear and defines a first laying surface on which a number of profiled elements that are axially spaced apart one from one another and have a given thickness of which the meridian line has a curved profile and defines a second laying surface are laid, wherein: - the front edge (Nav) of the carcass reinforcement ply is grasped with the aid of a transport device having a chassis that supports a transverse row of gripping pads disposed in a line, in a manner parallel to said front edge, - the carcass reinforcement ply is transferred, with the aid of said transport device, between a supply station and said drum, - the front edge (Nav) of said ply is laid on the tyre-building drum, - said transport device is withdrawn, - an applicator roller having a deformable profile is applied to the front edge (Nav) of said ply and a pressure is exerted in the radial direction across the width of said ply corresponding to the points at which the carcass reinforcement ply is brought into contact with said meridian line, and said drum is made to rotate, characterized in that at least one of the gripping pads is mounted in a movable manner with respect to the adjacent pads between a position in which all of the pads are located in a single plane and a second position in which at least said pad is vertically offset with respect to the adjacent pads so as to adapt the profile of said transverse row of pads to the curved profile of the meridian line of said second laying surface. - the front edge (Nav) of the carcass reinforcement ply is grasped with the aid of a transport device having a chassis that supports a transverse row of gripping pads disposed in a line, in a manner parallel to said front edge, - the carcass reinforcement ply is transferred, with the aid of said transport device, between a supply station and said drum, - the front edge (Nav) of said ply is laid on the tyre-building drum, - said transport device is withdrawn, - an applicator roller having a deformable profile is applied to the front edge (Nav) of said ply and a pressure is exerted in the radial direction across the width of said ply corresponding to the points at which the carcass reinforcement ply is brought into contact with said meridian line, and said drum is made to rotate, characterized in that at least one of the gripping pads is mounted in a movable manner with respect to the adjacent pads between a position in which all of the pads are located in a single plane and a second position in which at least said pad is vertically offset with respect to the adjacent pads so as to adapt the profile of said transverse row of pads to the curved profile of the meridian line of said second laying surface.
A burner unit comprising: a first combustion portion extending in a lengthwise direction and including a plurality of first fire holes arranged along a widthwise direction perpendicular to the lengthwise direction for providing one of fuel-rich flames and fuel-lean flames; a second combustion portion extending in the lengthwise direction and including a plurality of second fire holes disposed on both sides of the first fire holes in the widthwise direction for providing the other of the fuel-rich flames and the fuel-lean flames; wherein a first interval width is defined between said plurality of first fire holes in the widthwise direction; characterized in that the first combustion portion includes a first burning head having a pair of vertical plates (21, 23) extending in a vertical direction and a flat plate connected between said pair of vertical plates, and the first fire holes are longitudinally disposed in the flat plate.. a first combustion portion extending in a lengthwise direction and including a plurality of first fire holes arranged along a widthwise direction perpendicular to the lengthwise direction for providing one of fuel-rich flames and fuel-lean flames; a second combustion portion extending in the lengthwise direction and including a plurality of second fire holes disposed on both sides of the first fire holes in the widthwise direction for providing the other of the fuel-rich flames and the fuel-lean flames; wherein a first interval width is defined between said plurality of first fire holes in the widthwise direction; characterized in that the first combustion portion includes a first burning head having a pair of vertical plates (21, 23) extending in a vertical direction and a flat plate connected between said pair of vertical plates, and the first fire holes are longitudinally disposed in the flat plate..
A system comprising an external component for a bone conduction hearing implant and an implant magnet arrangement within an implanted bone conduction hearing transducer, the external component comprising: an external housing for fixed attachment on the skin of a hearing implant patient over the implanted bone conduction hearing transducer; an electromagnetic drive coil arrangement fixed within the external housing for conducting electrical current to develop electromagnetic drive signals; and an attachment magnet arrangement suspended with the external housing by a flexible spring arrangement and magnetically coupled to the drive coil arrangement and to the implant magnet arrangement within the implanted bone conduction transducer, wherein the implant magnet arrangement comprises an inner center magnet having a first magnetic field direction, and an outer ring magnet surrounding the inner center magnet and having a second magnet field direction opposite to the first magnetic field direction; the net magnetic field of the implanted transducer being minimized by the second magnet field direction; wherein the electromagnetic drive signals magnetically interact with the attachment magnet arrangement which reacts by vibrating on the spring arrangement and magnetically interacting with the inner center magnet but not significantly with outer ring magnet of the implant magnet arrangement to generate a bone conduction vibration signal by the implanted bone conduction hearing transducer for perception by the patient as sound. an external housing for fixed attachment on the skin of a hearing implant patient over the implanted bone conduction hearing transducer; an electromagnetic drive coil arrangement fixed within the external housing for conducting electrical current to develop electromagnetic drive signals; and an attachment magnet arrangement suspended with the external housing by a flexible spring arrangement and magnetically coupled to the drive coil arrangement and to the implant magnet arrangement within the implanted bone conduction transducer, wherein the implant magnet arrangement comprises an inner center magnet having a first magnetic field direction, and an outer ring magnet surrounding the inner center magnet and having a second magnet field direction opposite to the first magnetic field direction; the net magnetic field of the implanted transducer being minimized by the second magnet field direction; wherein the electromagnetic drive signals magnetically interact with the attachment magnet arrangement which reacts by vibrating on the spring arrangement and magnetically interacting with the inner center magnet but not significantly with outer ring magnet of the implant magnet arrangement to generate a bone conduction vibration signal by the implanted bone conduction hearing transducer for perception by the patient as sound.
Method for operating a multicore processor system, wherein different threads (26, 28, 30) of a program are executed at the same time by another respective processor core (12, 14, 16) of the multicore processor system and in the method - a breakpoint is inserted as a debug instruction into a first of the threads which is executed by a first of the processor cores, wherein, during execution of the debug instruction by the first processor core, the latter interrupts the execution of the first thread and instead executes an exception handling routine, wherein - an assignment matrix is provided, which assignment matrix stipulates which other processor core (14, 16) is intended to be additionally interrupted if the first processor core interrupts the execution of the first thread according to the debug instruction, and - at least one processor core (14, 16) to be additionally interrupted is determined by the exception handling routine of the first processor core using the assignment matrix and an inter-processor interrupt for interrupting this processor core (14, 16) is transmitted to the at least one determined processor core (14, 16) by the exception handling routine, characterized in that the actual state of the processor cores (14, 16) at the time at which the breakpoint is reached is determined by determining a slowing-down of the processor cores (14, 16) between the reaching of the breakpoint and the stopping of the processor core (14, 16) by analysing the program code and reversing the last change steps. - a breakpoint is inserted as a debug instruction into a first of the threads which is executed by a first of the processor cores, wherein, during execution of the debug instruction by the first processor core, the latter interrupts the execution of the first thread and instead executes an exception handling routine, wherein - an assignment matrix is provided, which assignment matrix stipulates which other processor core (14, 16) is intended to be additionally interrupted if the first processor core interrupts the execution of the first thread according to the debug instruction, and - at least one processor core (14, 16) to be additionally interrupted is determined by the exception handling routine of the first processor core using the assignment matrix and an inter-processor interrupt for interrupting this processor core (14, 16) is transmitted to the at least one determined processor core (14, 16) by the exception handling routine,
An electrical stimulation device for providing sequential bipolar pulse stimulation to an area of a living body via one or more electrode leads applied to the area, comprising a current pulse generating circuit comprising output nodes for operative coupling to the one or more electrode leads, and configured for operative coupling to a substantially constant voltage supply (402, 502), said current pulse generating circuit comprising positive and negative stimulation paths drawing from said substantially constant voltage supply (402, 502) to respectively apply positive and negative currents through the area via the one or more electrode leads, said stimulation paths comprising respective capacitive elements (410, 510), wherein periodic alternative activation of said stimulation paths provides the sequential bipolar pulse stimulation, said stimulation paths comprising a positive stimulation loop and a negative stimulation loop, each one of which serially encompassing said output nodes, drawing from said substantially constant voltage supply (402, 502), and comprising respective loop activation switches and said respective capacitive elements (410, 510), wherein a capacitance ratio of said capacitive elements (410, 510) dictates, at least in part, an amplitude ratio of said positive and negative currents, the device further comprising a controller (412,512) configured for alternatively activating said loop activation switches to provide the sequential bipolar pulse stimulation, the controller being further configured for alternately activating said loop activation switches to provide negative and positive current pulses, a duration ratio of which being inversely proportional to said capacitance ratio.
A tape measure, comprising: a casing having a slot through a front wall of the casing; a reel rotatably mounted in the casing such that the reel has an axis of rotation (R R) that is perpendicular to a bottom wall of the casing; a measuring tape blade comprising: a first portion coiled around the reel such that an upper face of the measuring tape blade faces the axis of rotation for the reel; and a second portion that extends from the reel and through the slot such that the upper face of the measuring tape blade associated with the slot is directed upwardly and opposite an outer surface of the bottom wall; and a plurality of guide members (70, 90, 100) configured to guide and twist the measuring tape blade as the measuring tape blade travels between the reel and the slot, wherein the plurality of guide members comprises a bottom roller positioned between the reel and the bottom wall of the casing; and wherein the bottom roller comprises a groove configured to receive an edge of the measuring tape blade. a casing having a slot through a front wall of the casing; a reel rotatably mounted in the casing such that the reel has an axis of rotation (R R) that is perpendicular to a bottom wall of the casing; a measuring tape blade comprising: a first portion coiled around the reel such that an upper face of the measuring tape blade faces the axis of rotation for the reel; and a second portion that extends from the reel and through the slot such that the upper face of the measuring tape blade associated with the slot is directed upwardly and opposite an outer surface of the bottom wall; and a first portion coiled around the reel such that an upper face of the measuring tape blade faces the axis of rotation for the reel; and a second portion that extends from the reel and through the slot such that the upper face of the measuring tape blade associated with the slot is directed upwardly and opposite an outer surface of the bottom wall; and a plurality of guide members (70, 90, 100) configured to guide and twist the measuring tape blade as the measuring tape blade travels between the reel and the slot, wherein the plurality of guide members comprises a bottom roller positioned between the reel and the bottom wall of the casing; and wherein the bottom roller comprises a groove configured to receive an edge of the measuring tape blade.
A method of determining the health status of a hydraulic circuit arrangement, the hydraulic circuit arrangement comprising at least one hydraulic fluid working machine (2,3) and at least one temperature sensor, wherein the health status is determined using at least in part an actual temperature information of the hydraulic circuit arrangement that is based on a measurement by said temperature sensor of the hydraulic fluid temperature and compared to an expected temperature information of the hydraulic circuit arrangement, characterised in that the health status comprises at least one health status level that is taken from the following group of health status levels: indication of remaining hours of full operability of the hydraulic circuit arrangement; remaining operating hours before preventive maintenance; remaining hours before maintenance; indication of suggested preventive maintenance; indication of required preventive maintenance; indication of suggested maintenance; indication of recommended maintenance; indication of highly recommended maintenance. the hydraulic circuit arrangement comprising at least one hydraulic fluid working machine (2,3) and at least one temperature sensor, wherein the health status is determined using at least in part an actual temperature information of the hydraulic circuit arrangement that is based on a measurement by said temperature sensor of the hydraulic fluid temperature and compared to an expected temperature information of the hydraulic circuit arrangement, characterised in that the health status comprises at least one health status level that is taken from the following group of health status levels: indication of remaining hours of full operability of the hydraulic circuit arrangement; remaining operating hours before preventive maintenance; remaining hours before maintenance; indication of suggested preventive maintenance; indication of required preventive maintenance; indication of suggested maintenance; indication of recommended maintenance; indication of highly recommended maintenance.
A reactive UV absorber having the general formula: wherein Y 1 and Y 2 are each independently a substituent group of the general formula: wherein * stands for a bonding site, r is 0 or 1, R 1, R 2 and R 3 are each independently selected from hydrogen, hydroxyl, C 1 -C 20 alkyl, C 4 -C 12 cycloalkyl, C 2 -C 20 alkenyl, C 1 -C 20 alkoxy, C 4 -C 12 cycloalkoxy, C 2 -C 20 alkenyloxy, C 7 -C 20 aralkyl, halogen, -C=N, C 1 -C 5 haloalkyl, -SO 2 R', -SO 3 H, -SO 3 M (M = alkali metal),-COOR', -CONHR', -CONR'R", -OCOOR', -OCOR', -OCONHR', (meth)acrylamino, (meth)acryloxy, optionally substituted C 6 -C 12 aryl and optionally substituted C 3 -C 12 heteroaryl, wherein R' and R" are each independently hydrogen, C 1 -C 20 alkyl, C 4 -C 12 cycloalkyl, optionally substituted C 6 -C 12 aryl or optionally substituted C 3 -C 12 heteroaryl, X is a di-, tri- or tetravalent, linear or branched, saturated hydrocarbon residue which may be interrupted by one or more element of oxygen, nitrogen, sulfur, and phosphorus, T is a urethane group -O-(C=O)-NH-, Q is a di- or trivalent, linear or branched, saturated hydrocarbon residue which may be interrupted by one or more element of oxygen, nitrogen, sulfur, and phosphorus, P is (meth)acryloxy, m is 1 or 2, and n is an integer of 1 to 3, with the proviso that m and n are not both equal to 1. X is a di-, tri- or tetravalent, linear or branched, saturated hydrocarbon residue which may be interrupted by one or more element of oxygen, nitrogen, sulfur, and phosphorus, T is a urethane group -O-(C=O)-NH-, Q is a di- or trivalent, linear or branched, saturated hydrocarbon residue which may be interrupted by one or more element of oxygen, nitrogen, sulfur, and phosphorus, P is (meth)acryloxy, m is 1 or 2, and n is an integer of 1 to 3, with the proviso that m and n are not both equal to 1.