mhurhangee/ep-ind-claims huggingface dataset:
A single-groove blind fastener, comprising a rivet and a collar, wherein the rivet consists of a rivet head (1.1), a polished rod (1.2), a locking groove (1.3), a tail broached groove (1.4) and a tail tooth (1.5) in sequence, and the collar consists of a sleeve (2.1) and a cap head (2.2); and a tail of the rivet is a single-groove short tail structure, a ratio of length of the tail broached groove (1.4) to total length of the tail tooth (1.5) is 0.1 to 2, an included angle A between a generatrix at a bottom of the tail broached groove (1.4) and an axis of the rivet is -30° to 0°, two axial ends at the bottom of the tail broached groove (1.4) are fillet transition structures, a ratio of length of a flat portion of the tail tooth (1.5) to the total length of the tail tooth (1.5) is 0.1 to 1, and a tail of the tail tooth (1.5) is a fillet transition structure.
A method for preparing a carrier-nanoparticle complex in which core-shell nanoparticles are supported on a carrier, the method comprising: forming a first solution comprising an aqueous solvent, a precursor of a first metal, a precursor of a second metal, and the carrier; forming a core portion comprising the first metal and the second metal by adding a first reducing agent to the first solution; adjusting a pH of the first solution to 8 or more between the forming of the first solution and the forming of the core portion; forming a second solution by adding a Pt precursor to the first solution after the forming of the core portion; forming a shell portion comprising Pt on at least a portion of a surface of the core portion by adding a second reducing agent to the second solution; and adjusting a pH of the second solution to 8 or more between the forming of the second solution and the forming of the shell portion, wherein at least a portion of a surface of the carrier is coated with a polymer electrolyte which comprises one or more functional groups comprising nitrogen. forming a first solution comprising an aqueous solvent, a precursor of a first metal, a precursor of a second metal, and the carrier; forming a core portion comprising the first metal and the second metal by adding a first reducing agent to the first solution; adjusting a pH of the first solution to 8 or more between the forming of the first solution and the forming of the core portion; forming a second solution by adding a Pt precursor to the first solution after the forming of the core portion; forming a shell portion comprising Pt on at least a portion of a surface of the core portion by adding a second reducing agent to the second solution; and adjusting a pH of the second solution to 8 or more between the forming of the second solution and the forming of the shell portion, wherein at least a portion of a surface of the carrier is coated with a polymer electrolyte which comprises one or more functional groups comprising nitrogen.
A system for storing energy underwater, comprising: a base having a bottom side resting on an underwater floor and a top side comprising a plurality of recessed surfaces; a plurality of domed walls extending from the top side of the base to form respective fluid chambers, each of the fluid chambers comprising an interior volume that is at least partially defined by one of the recessed surfaces and an interior surface of one of the domed walls; a pump configured to pump water from the fluid chambers toward an exterior environment of the system; and a generator configured to generate electrical energy in response to water flowing from the exterior environment into the fluid chambers. a base having a bottom side resting on an underwater floor and a top side comprising a plurality of recessed surfaces; a plurality of domed walls extending from the top side of the base to form respective fluid chambers, each of the fluid chambers comprising an interior volume that is at least partially defined by one of the recessed surfaces and an interior surface of one of the domed walls; a pump configured to pump water from the fluid chambers toward an exterior environment of the system; and a generator configured to generate electrical energy in response to water flowing from the exterior environment into the fluid chambers.
A method for identifying a network intrusion comprising: creating a model of regular network activity by monitoring Internet Protocol headers of network transmissions; setting a threshold for irregular usage based on the model; comparing a value of a candidate inter-nodal transmission of the network to the threshold; identifying a potential intrusion when the value exceeds the threshold; once a potential intrusion has been identified, analyzing a transmission behavior of one or more nodes of the candidate inter-nodal transmission to identify the network intrusion, comprising gathering full packet information of the one or more nodes when the threshold is exceeded, performing a deep packet investigation by analyzing content of the transmission in the gathered full packet information; and when an actual intrusion has been identified, removing any signature associated with the actual intrusion from the model. creating a model of regular network activity by monitoring Internet Protocol headers of network transmissions; setting a threshold for irregular usage based on the model; comparing a value of a candidate inter-nodal transmission of the network to the threshold; identifying a potential intrusion when the value exceeds the threshold; once a potential intrusion has been identified, analyzing a transmission behavior of one or more nodes of the candidate inter-nodal transmission to identify the network intrusion, comprising gathering full packet information of the one or more nodes when the threshold is exceeded, performing a deep packet investigation by analyzing content of the transmission in the gathered full packet information; and when an actual intrusion has been identified, removing any signature associated with the actual intrusion from the model. gathering full packet information of the one or more nodes when the threshold is exceeded, performing a deep packet investigation by analyzing content of the transmission in the gathered full packet information; and when an actual intrusion has been identified, removing any signature associated with the actual intrusion from the model.
A verification tool for verification of a location for implantation of an extra-articular energy absorbing device (50, 60) at a joint, the tool comprising: a tool body; a first connection member on the tool body, the first connection member configured to be connected to a first reference marker located in a first bone, the first connection member allowing rotation of the tool with respect to the first bone; a second connection member on the tool body, the second connection member configured to be connected to a second reference marker located in a second bone, the second connection member allowing rotation of the tool with respect to the second bone, wherein at least one of the first and second connection members (104, 106) is movable with respect to the tool body; and a gauge configured to provide a user with information about the location of at least one of the first and second reference markers (130, 132) as the joint is articulated; characterized in that the tool body comprises a first end for attachment to reference markers and a second end which extends at an angle from the first end for monitoring relative motion of the reference markers (130, 132) and the bones. a tool body; a first connection member on the tool body, the first connection member configured to be connected to a first reference marker located in a first bone, the first connection member allowing rotation of the tool with respect to the first bone; a second connection member on the tool body, the second connection member configured to be connected to a second reference marker located in a second bone, the second connection member allowing rotation of the tool with respect to the second bone, wherein at least one of the first and second connection members (104, 106) is movable with respect to the tool body; and a gauge configured to provide a user with information about the location of at least one of the first and second reference markers (130, 132) as the joint is articulated; characterized in that the tool body comprises a first end for attachment to reference markers and a second end which extends at an angle from the first end for monitoring relative motion of the reference markers (130, 132) and the bones.
A route notifying method, being applied to a first autonomous system border router, ASBR, in a first autonomous system, AS, wherein the first ASBR and at least one other ASBR in the first AS are connected with a second AS, the first ASBR and the at least one other ASBR are members of a first Bit Forwarding Router, BFR, group, the first ASBR and the at least one other ASBR are configured with a first BFR group prefix in a specified sub-domain, SD, and the first BFR group prefix represents the first BFR group; the method comprises: collecting BFR identifiers, IDs, of respective BFRs in the first AS; and notifying a route UPDATE message to the second AS, wherein the UPDATE message carries network layer reachability information, NLRI, and a Bit Index Explicit Replication, BIER, Path Attribute; the NLRI at least comprises the first BFR group prefix; the BIER Path Attribute at least comprises the collected BFR IDs and a first BFR prefix representing the first ASBR such that at least one ASBR receiving the UPDATE message in the second AS adds a corresponding Bit Index Forwarding Table, BIFT, forwarding entry in a BIFT and notifies a BIER route corresponding to the first BFR group prefix in the second AS; the BIFT forwarding entry at least comprises: a BFR neighbor and a forwarding bit mask, F-BM, the BFR neighbor is indicated by the first BFR prefix, the F-BM at least represents BFR IDs corresponding to respective BFRs reachable via the BFR neighbor, and the BFR IDs represented by the F-BM at least comprise the BFR IDs collected by the first ASBR in the first AS. collecting BFR identifiers, IDs, of respective BFRs in the first AS; and notifying a route UPDATE message to the second AS, wherein the UPDATE message carries network layer reachability information, NLRI, and a Bit Index Explicit Replication, BIER, Path Attribute; the NLRI at least comprises the first BFR group prefix; the BIER Path Attribute at least comprises the collected BFR IDs and a first BFR prefix representing the first ASBR such that at least one ASBR receiving the UPDATE message in the second AS adds a corresponding Bit Index Forwarding Table, BIFT, forwarding entry in a BIFT and notifies a BIER route corresponding to the first BFR group prefix in the second AS; the BIFT forwarding entry at least comprises: a BFR neighbor and a forwarding bit mask, F-BM, the BFR neighbor is indicated by the first BFR prefix, the F-BM at least represents BFR IDs corresponding to respective BFRs reachable via the BFR neighbor, and the BFR IDs represented by the F-BM at least comprise the BFR IDs collected by the first ASBR in the first AS.
An actuator control system for a rotorcraft, the ACS comprising: a flight control computer; a first rotor system comprising a first swashplate; a second rotor system comprising a second swashplate; a first plurality of actuators; a second plurality of actuators; a third plurality of actuators; a fourth plurality of actuators; a first communications channel comprising a first set of wiring configured to communicate signals between the FCC, a first actuator of the first plurality of actuators, and a second actuator of the second plurality of actuators, wherein at least one of the first plurality of actuators is part of the first rotor system, and at least one of the second plurality of actuators is part of the second rotor system, the second rotor system different than the first rotor system; and wherein at least one of the third plurality of actuators is part of the first rotor system, and at least one of the fourth plurality of actuators is part of the second rotor system; wherein each of the first, second, third and fourth plurality of actuators are a plurality of swashplate actuators, characterized in that the ACS further comprises: a second communications channel comprising a second set of wiring configured to communicate signals between the FCC, a third actuator of the third plurality of actuators, and a fourth actuator of the fourth plurality of actuators. a flight control computer; a first rotor system comprising a first swashplate; a second rotor system comprising a second swashplate; a first plurality of actuators; a second plurality of actuators; a third plurality of actuators; a fourth plurality of actuators; a first communications channel comprising a first set of wiring configured to communicate signals between the FCC, a first actuator of the first plurality of actuators, and a second actuator of the second plurality of actuators, wherein at least one of the first plurality of actuators is part of the first rotor system, and at least one of the second plurality of actuators is part of the second rotor system, the second rotor system different than the first rotor system; and wherein at least one of the third plurality of actuators is part of the first rotor system, and at least one of the fourth plurality of actuators is part of the second rotor system; wherein each of the first, second, third and fourth plurality of actuators are a plurality of swashplate actuators, characterized in that the ACS further comprises: a second communications channel comprising a second set of wiring configured to communicate signals between the FCC, a third actuator of the third plurality of actuators, and a fourth actuator of the fourth plurality of actuators.
Plant for the production of nonwoven fabric, comprising: - a support structure provided with a main channel extended along a vertical axis from an upper inlet mouth for the introduction of filaments for forming a nonwoven fabric, to a lower outlet mouth for the expulsion of said filaments; - an adjustment station, which is extended along said vertical axis below said inlet mouth and comprises at least two stretch walls, which are extended opposite each other with respect to said vertical axis and are provided with two respective internal faces, which define between them a stretch section in said main channel, and with two opposite external faces (9") externally directed with respect to said main channel; said plant being characterized in that it comprises first deformation means mechanically constrained to the external faces (9") of the stretch walls of said adjustment station in order to deform the stretch section of said main channel and comprising: - at least one first deformable member mechanically fixed on the external face (9") of a first stretch wall of said stretch walls and extended at least along a first transverse axis (X') orthogonal to said vertical axis; - at least one second deformable member (11") mechanically fixed on the external face (9") of a second stretch wall of said stretch walls and extended at least along a second transverse axis (X") orthogonal to said vertical axis and parallel to said first transverse axis (X'); said first deformable member and said second deformable member (11") being actuatable at least between a rest configuration, in which they are extended substantially parallel to each other, and a deformation configuration, in which they define two corresponding curved profiles, in order to vary the shape of the stretch section of said main channel. - a support structure provided with a main channel extended along a vertical axis from an upper inlet mouth for the introduction of filaments for forming a nonwoven fabric, to a lower outlet mouth for the expulsion of said filaments; - an adjustment station, which is extended along said vertical axis below said inlet mouth and comprises at least two stretch walls, which are extended opposite each other with respect to said vertical axis and are provided with two respective internal faces, which define between them a stretch section in said main channel, and with two opposite external faces (9") externally directed with respect to said main channel; - at least one first deformable member mechanically fixed on the external face (9") of a first stretch wall of said stretch walls and extended at least along a first transverse axis (X') orthogonal to said vertical axis; - at least one second deformable member (11") mechanically fixed on the external face (9") of a second stretch wall of said stretch walls and extended at least along a second transverse axis (X") orthogonal to said vertical axis and parallel to said first transverse axis (X');
A system for dispensing crop or soil input products from multiple meters per crop row or in a soil area, comprising: a) a georeferencing module configured to receive and process georeferenced location information; b) a prescriptive control module configured to receive the processed georeferenced location information from the georeferencing module and utilize the georeferenced location information to generate specific prescriptive rate information for individual meters in a field; and, c) a meter controller module operatively connected to the prescriptive control module, configured to utilize said specific prescriptive rate information to individually control multiple meters per crop row or of a group of meters in a soil area, to simultaneously dispense crop or soil input products at specific prescriptive rates at georeferenced locations throughout the field, wherein said meter controller module is operatively connected to a plurality of RFID-tagged crop input product containers, characterized in that: the RFID tag informs the system of the net contents of each container and the system calculates and records on an on-going/constant basis, the quantity of product that has been removed from each container. a) a georeferencing module configured to receive and process georeferenced location information; b) a prescriptive control module configured to receive the processed georeferenced location information from the georeferencing module and utilize the georeferenced location information to generate specific prescriptive rate information for individual meters in a field; and, c) a meter controller module operatively connected to the prescriptive control module, configured to utilize said specific prescriptive rate information to individually control multiple meters per crop row or of a group of meters in a soil area, to simultaneously dispense crop or soil input products at specific prescriptive rates at georeferenced locations throughout the field,
A power steering system for a working machine, said power steering system comprising: - at least one steering cylinder, comprising two compartments separated by a piston, - a liquid tank, - a steering unit comprising a steering valve and a metering device, for supplying one compartment of the steering cylinder with a metered flow of liquid, - a hydraulic pump, for pumping liquid from the liquid tank to the steering unit through a supply line, - a return line through which the liquid can flow from the steering unit back to the liquid tank, - a recirculation line connecting the return line to the supply line, a check valve being arranged on said recirculation line to prevent liquid from flowing from the supply line to the return line, - two control lines (30, 32), respectively connecting the steering unit to the two compartments of the steering cylinder, characterized in that the power steering system further comprises a liquid accumulator connected through a branch to the return line and in that a relief valve is arranged on the return line between the liquid tank and a connection point of the accumulator. - at least one steering cylinder, comprising two compartments separated by a piston, - a liquid tank, - a steering unit comprising a steering valve and a metering device, for supplying one compartment of the steering cylinder with a metered flow of liquid, - a hydraulic pump, for pumping liquid from the liquid tank to the steering unit through a supply line, - a return line through which the liquid can flow from the steering unit back to the liquid tank, - a recirculation line connecting the return line to the supply line, a check valve being arranged on said recirculation line to prevent liquid from flowing from the supply line to the return line, - two control lines (30, 32), respectively connecting the steering unit to the two compartments of the steering cylinder,
A method for a hybrid vehicle for limiting the torque drawn by a first electric machine linked to a traction combustion engine which drives this vehicle by a transmission including different ratios, this first machine being provided to supply current to a low voltage battery of the on-board network of the vehicle and also an energy storage device which delivers said energy to a second traction electric machine, the vehicle comprising an automatic system for controlling its speed for regulating or limiting it, in the case where the combustion engine is not able, on a given ratio of the transmission, in response to a request from the automatic speed control system, to deliver a sufficient acceleration of the vehicle corresponding to a preferred level, the method thus sheds the load of the energy storage device, or of the low voltage battery of the on-board network, said method comprising a first function of estimation of the resisting forces, which receives information on the speed of the vehicle and on the torque supplied by the combustion engine and the second traction electric machine, so as to estimate the resisting forces applying on the vehicle during travel, this estimation being given to a subsequent calculation function of the maximum possible acceleration of the vehicle on the engaged ratio of the transmission, which receives in addition information on the maximum torque brought to the wheel which the different engines (2, 30) can deliver in their current operating state, so as to calculate this maximum possible vehicle acceleration, characterized in that the maximum possible vehicle acceleration is delivered to a subsequent function for calculation of the maximum setpoint acceleration, which receives in addition preferred vehicle acceleration information defined by mappings as a function of the speed of the vehicle, and of the gap between the speed setpoint given by the automatic speed control system, and the actual speed of this vehicle, this function calculating the setpoint maximum acceleration level available to meet the demands of the speed control system, taking the highest value between the maximum possible vehicle acceleration, and the preferred vehicle acceleration, this setpoint maximum acceleration being delivered to a subsequent function for calculation of the setpoint acceleration, which receives in addition information on the acceleration requested by the speed control system, to calculate a setpoint acceleration which is this acceleration value requested by this control system, limited by the setpoint maximum acceleration.
Textile fabric (12, 30, 40, 50, 60, 70) for mounting on a rear side, facing away from a passenger compartment of a motor vehicle, of a trim element having at least one acoustic insulating layer (13, 31, 41, 51, 61, 71), characterized in that the textile fabric (12, 30, 40, 50, 60, 70) is a flexible component and has at least one fragment protection layer (14, 32, 42, 43, 52, 53, 54, 65, 66, 68, 72) which reduces the spreading of fragments in the passenger compartment in the event of a sudden load on the trim element, and that the at least one acoustic insulating layer (13, 31, 41, 51, 61, 71) and the at least one fragment protection layer (14, 32, 42, 43, 52, 53, 54, 65, 66, 68, 72) form a composite.