mhurhangee/patent-ind-claim-en huggingface dataset:
An actuating arm , comprising: a mechanical joint ; a hub having a cable routing passage configured to receive a cable passing through the hub from the actuating arm to a moving arm ; a linear actuator connected to a flexible mechanical drive system wherein the flexible mechanical drive system is configured to rotate the hub about its central axis resulting in a change of position between the actuating arm and the moving arm from a first position to a second position; a linear actuator sensor located on or proximate to the linear actuator configured to determine the positions of the linear actuator , characterized in that the cable routing passage includes an opening extending around an outside perimeter of the hub over 180 degrees to enable the moving arm to move in a 180 degree range perpendicular to a central axis of the actuating arm. a mechanical joint ; a hub having a cable routing passage configured to receive a cable passing through the hub from the actuating arm to a moving arm ; a linear actuator connected to a flexible mechanical drive system wherein the flexible mechanical drive system is configured to rotate the hub about its central axis resulting in a change of position between the actuating arm and the moving arm from a first position to a second position; a linear actuator sensor located on or proximate to the linear actuator configured to determine the positions of the linear actuator , characterized in that the cable routing passage includes an opening extending around an outside perimeter of the hub over 180 degrees to enable the moving arm to move in a 180 degree range perpendicular to a central axis of the actuating arm.
A system for automatic consistent takeoff noise reduction of an aircraft, the system comprising: a pitch guidance subsystem ; a pitch control subsystem ; at least one sensor ; and at least one processor operatively coupled to the at least one sensor , the at least one processor and subsystems being configured to perform the following: (a) the pitch control subsystem determines when the aircraft reaches rotation velocity VR and automatically control the aircraft to rotate exactly at the rotation velocity VR; (b) the pitch control subsystem monitors the attitude of the aircraft and automatically controls the aircraft to attain and maintain a takeoff pitch angle θ and pitch rate q optimized for noise abatement; (c) the pitch control subsystem monitors the altitude of the aircraft and automatically controls the aircraft to cutback on thrust during climb at a predetermined optimal thrust cutback height (H cut ) to abate noise; (d) automatically restore thrust once an optimal thrust restoration height (HR) is attained; and wherein in response to pilot inputs the pitch guidance subsystem generates pitch angle θ, pitch target and rotation trigger information, the pitch control subsystem being structured to receive the pitch angle θ, pitch target and rotation trigger information from the pitch guidance subsystem and perform noise-abatement takeoff calculations, so the aircraft follows noise-abatement takeoff pitch guidance as a function of an actual takeoff radiant constrained by any applicable aircraft geometric limitation. a pitch guidance subsystem ; a pitch control subsystem ; at least one sensor ; and at least one processor operatively coupled to the at least one sensor , the at least one processor and subsystems being configured to perform the following: (a) the pitch control subsystem determines when the aircraft reaches rotation velocity VR and automatically control the aircraft to rotate exactly at the rotation velocity VR; (b) the pitch control subsystem monitors the attitude of the aircraft and automatically controls the aircraft to attain and maintain a takeoff pitch angle θ and pitch rate q optimized for noise abatement; (c) the pitch control subsystem monitors the altitude of the aircraft and automatically controls the aircraft to cutback on thrust during climb at a predetermined optimal thrust cutback height (H cut ) to abate noise; (d) automatically restore thrust once an optimal thrust restoration height (HR) is attained; and (a) the pitch control subsystem determines when the aircraft reaches rotation velocity VR and automatically control the aircraft to rotate exactly at the rotation velocity VR; (b) the pitch control subsystem monitors the attitude of the aircraft and automatically controls the aircraft to attain and maintain a takeoff pitch angle θ and pitch rate q optimized for noise abatement; (c) the pitch control subsystem monitors the altitude of the aircraft and automatically controls the aircraft to cutback on thrust during climb at a predetermined optimal thrust cutback height (H cut ) to abate noise; (d) automatically restore thrust once an optimal thrust restoration height (HR) is attained; and
Operating method performed by a decentralized power generation plant DG , equipped with a residual current monitor, the operating method comprising the steps: - before connecting the DG to a grid , determining a leakage capacitance of a generator of the DG , - comparing the determined leakage capacitance with a predetermined first limit value, - connecting the DG to the grid only if the determined leakage capacitance is smaller than the predetermined first limit value. - before connecting the DG to a grid , determining a leakage capacitance of a generator of the DG , - comparing the determined leakage capacitance with a predetermined first limit value, - connecting the DG to the grid only if the determined leakage capacitance is smaller than the predetermined first limit value.
An agricultural machine including a frame which is configured to connect an agricultural implement and a gearbox which is supported in the frame and having at least one movement input axis and at least one movement output axis , characterized in that there is interposed between the gearbox and the frame a torque meter which is arranged so as to measure the counter-torque between the gearbox and the frame which supports it with reference to the movement input axis or the movement output axis at least in a working condition of the agricultural machine .
A system for controlling movement of a wiper blade assembly, the system comprising: at least one wiper blade assembly (110A; 110B) for clearing a surface of a dome , the wiper blade assembly including a wiper blade (112A; 112B); a rotating assembly coupled to the wiper blade assembly, wherein the rotating assembly is positioned so as to extend around the dome; one or more processors configured to: receive a signal indicating that optical deterrents are present on a surface of a dome; in response to receiving the signal, cause the wiper blade assembly to move in a first direction around the dome by causing the rotating assembly to rotate in the first direction around the dome and thereby move the wiper blade from a stowed position to an actuated position; and cause the wiper blade assembly to move in a second direction around the dome by causing the rotating assembly to rotate in the second direction and thereby move the wiper blade from the actuated position to the stowed position, and wherein the second direction is opposite of the first direction. at least one wiper blade assembly (110A; 110B) for clearing a surface of a dome , the wiper blade assembly including a wiper blade (112A; 112B); a rotating assembly coupled to the wiper blade assembly, wherein the rotating assembly is positioned so as to extend around the dome; one or more processors configured to: receive a signal indicating that optical deterrents are present on a surface of a dome; in response to receiving the signal, cause the wiper blade assembly to move in a first direction around the dome by causing the rotating assembly to rotate in the first direction around the dome and thereby move the wiper blade from a stowed position to an actuated position; and cause the wiper blade assembly to move in a second direction around the dome by causing the rotating assembly to rotate in the second direction and thereby move the wiper blade from the actuated position to the stowed position, and wherein the second direction is opposite of the first direction. receive a signal indicating that optical deterrents are present on a surface of a dome; in response to receiving the signal, cause the wiper blade assembly to move in a first direction around the dome by causing the rotating assembly to rotate in the first direction around the dome and thereby move the wiper blade from a stowed position to an actuated position; and cause the wiper blade assembly to move in a second direction around the dome by causing the rotating assembly to rotate in the second direction and thereby move the wiper blade from the actuated position to the stowed position, and wherein the second direction is opposite of the first direction.
A method of customizing an elution profile of a stent after manufacture of the stent has been completed, the method comprising the steps of: providing the stent after manufacture of the stent has been completed, wherein the stent includes a plurality of side ports for eluting a drug formulation within a lumenal space of a hollow strut that forms the stent ; and modifying an effective diameter (D E ) of at least one side port of the plurality of side ports of the stent in order to customize an elution profile of the stent . providing the stent after manufacture of the stent has been completed, wherein the stent includes a plurality of side ports for eluting a drug formulation within a lumenal space of a hollow strut that forms the stent ; and modifying an effective diameter (D E ) of at least one side port of the plurality of side ports of the stent in order to customize an elution profile of the stent .
A routing table building method for a network topology system comprising N nodes for data exchange, wherein the number of connections between the N nodes of the network topology system is less than N(N-1)/2, the N nodes are sequentially connected to form a ring communication configuration, an i-th node of the N nodes is further connected to [(i+m) mod N]th and [(i+p) mod N]th nodes of the N nodes according to a connection rule, an j-th node of the N nodes is further connected to [(j-m) mod N]th and [(j+p) mod N]th nodes of the N nodes according to the connection rule, N is a positive even integer, i and j are less than N, m and p are not larger than N, i and m are positive odd numbers, j is a non-negative even number, and p is a positive even number, and the routing table building method comprising: for an x-th node of the N nodes in the network, obtaining a plurality of shortest routes, wherein each of the shortest routes is obtained from the x-th node of the N nodes to an y-th node of the N nodes, x and y are less than N, and x is not equal to y; for the x-th node of the N nodes in the network, obtaining a plurality of secondary shortest routes, wherein each of the secondary shortest routes is obtained from the x-th node to the y-th node, and the shortest route is defined to be a route passing through a minimum number of nodes, the secondary shortest route is defined to be another route passing through a secondary minimum number of nodes and the secondary minimum number of nodes is larger than the minimum number of nodes; for a u-th-node of the N nodes, generating a first routing table according to the plurality of the shortest routes and the plurality of secondary shortest routes; and for a v-th node of the N nodes, generating a second routing table according to the plurality of the shortest routes and the plurality of secondary shortest routes, wherein u is a positive odd number and is less than N, v is a non-negative even number and is less than N. for an x-th node of the N nodes in the network, obtaining a plurality of shortest routes, wherein each of the shortest routes is obtained from the x-th node of the N nodes to an y-th node of the N nodes, x and y are less than N, and x is not equal to y; for the x-th node of the N nodes in the network, obtaining a plurality of secondary shortest routes, wherein each of the secondary shortest routes is obtained from the x-th node to the y-th node, and the shortest route is defined to be a route passing through a minimum number of nodes, the secondary shortest route is defined to be another route passing through a secondary minimum number of nodes and the secondary minimum number of nodes is larger than the minimum number of nodes; for a u-th-node of the N nodes, generating a first routing table according to the plurality of the shortest routes and the plurality of secondary shortest routes; and for a v-th node of the N nodes, generating a second routing table according to the plurality of the shortest routes and the plurality of secondary shortest routes, wherein u is a positive odd number and is less than N, v is a non-negative even number and is less than N.
A low cost, high formability, substantially Zr-free, Al-Li alloy comprising: from 3.2 to 4.1 wt. % Cu, from 1.0 to 1.8 wt. % Li, from 0.8 to 1.2 wt.% Mg, from 0.10 to 0.50 wt.% Zn, from 0.1 to 1.0 wt.% Mn, less than 0.1 wt.% Ag, less than 0.05 wt.% Zr, up to 0.15 wt. % Ti, up to 0.12 wt.% Si, up to 0.15 wt.% Fe, up to 0.15 wt. % each incidental elements, with the total of these incidental elements not exceeding 0.35 wt. %, with the balance being aluminum, and wherein Mg content is at least equal to or higher than two times of Zn in weight percent. up to 0.15 wt. % each incidental elements, with the total of these incidental elements not exceeding 0.35 wt. %, with the balance being aluminum, and wherein Mg content is at least equal to or higher than two times of Zn in weight percent.
A positive electrode for an all-solid secondary battery, the positive electrode comprising a positive active material and a sulfide-based solid electrolyte , wherein: the positive active material has a structure containing a core and a shell , the shell comprises a first nickel-based active material containing cobalt (Co), a coating layer , on a surface of the positive active material, comprising at least one lithium ion conductor selected from a lanthanum oxide and a lithium lanthanum oxide, and an amount of the lithium ion conductor is in a range of about 0.1 parts to about 10 parts by weight based on 100 parts by weight of the total weight of the positive active material and the lithium ion conductor. the positive electrode comprising a positive active material and a sulfide-based solid electrolyte , wherein: the positive active material has a structure containing a core and a shell , the shell comprises a first nickel-based active material containing cobalt (Co), a coating layer , on a surface of the positive active material, comprising at least one lithium ion conductor selected from a lanthanum oxide and a lithium lanthanum oxide, and an amount of the lithium ion conductor is in a range of about 0.1 parts to about 10 parts by weight based on 100 parts by weight of the total weight of the positive active material and the lithium ion conductor. the positive active material has a structure containing a core and a shell , the shell comprises a first nickel-based active material containing cobalt (Co), a coating layer , on a surface of the positive active material, comprising at least one lithium ion conductor selected from a lanthanum oxide and a lithium lanthanum oxide, and an amount of the lithium ion conductor is in a range of about 0.1 parts to about 10 parts by weight based on 100 parts by weight of the total weight of the positive active material and the lithium ion conductor.
A beehive entrance tunnel comprising: an elongate tubular tunnel adapted for fitment to the base of a beehive, the tunnel comprising an interior defined by at least an upper tunnel surface portion , wherein the tunnel comprises a first opening located at one end to thereby define a hive entrance ; wherein the tunnel has a height providing for no more vertical space than is required by one bee; and wherein the tunnel further comprises a second opening located in the upper tunnel surface portion to thereby define a tunnel exit . an elongate tubular tunnel adapted for fitment to the base of a beehive, the tunnel comprising an interior defined by at least an upper tunnel surface portion , wherein the tunnel comprises a first opening located at one end to thereby define a hive entrance ; wherein the tunnel has a height providing for no more vertical space than is required by one bee; and wherein the tunnel further comprises a second opening located in the upper tunnel surface portion to thereby define a tunnel exit .
A composition comprising 0.5 μM of SH-11037 having the formula and from 50 μg/ml to 800 μg/ml of aflibercept.
Method for introducing at least one cutout and/or aperture into a sheetlike workpiece having a thickness of less than 3 millimetres, wherein the cutout and/or the aperture is formed as a result of a successively progressing etching open of a plurality of defects arranged following one another in the form of a linear chain of blisters and/or chemical modifications, wherein the defects are produced by the interaction with a laser radiation , wherein the laser radiation has a wavelength at which the material of the workpiece is transparent, and the laser radiation interacts with the workpiece material in the form of a pulse, characterized in that, as a result of a spatial beam shaping, the focus of the laser radiation interacts over the entire thickness of the workpiece material along the beam axis and the defects are created as modifications within the workpiece by each individual pulse of a train of pulses or by an individual pulse.
A gas turbine engine comprising: a compressor section ; a rotor assembly having a plurality of blades circumferentially spaced from each other; a casing structure surrounding the rotor assembly ; wherein the casing structure includes a plurality of rings located in a housing , the plurality of rings being spaced radially outward from the plurality of blades ; and wherein at least one actuator is in mechanical communication with a plurality of rings for moving the plurality of rings in an axial direction to create an axial gap adjacent at least one of the plurality of rings ; characterised in that the housing includes a radially inward facing opening that allows a radially inner facing surface of the rings to be located adjacent radially outer tips (T) of the blades such that a small clearance gap exists between the tips (T) and the radially inner surface of the rings, in that the plurality of rings engage at least one cam to move at least one of the plurality of rings in the axial direction, and in that the cam includes a plurality of grooves , each one of the plurality of grooves engaging a corresponding tab on each one of the plurality of rings . a compressor section ; a rotor assembly having a plurality of blades circumferentially spaced from each other; a casing structure surrounding the rotor assembly ; wherein the casing structure includes a plurality of rings located in a housing , the plurality of rings being spaced radially outward from the plurality of blades ; and wherein at least one actuator is in mechanical communication with a plurality of rings for moving the plurality of rings in an axial direction to create an axial gap adjacent at least one of the plurality of rings ; characterised in that the housing includes a radially inward facing opening that allows a radially inner facing surface of the rings to be located adjacent radially outer tips (T) of the blades such that a small clearance gap exists between the tips (T) and the radially inner surface of the rings, in that the plurality of rings engage at least one cam to move at least one of the plurality of rings in the axial direction, and in that the cam includes a plurality of grooves , each one of the plurality of grooves engaging a corresponding tab on each one of the plurality of rings .
A ski binding , in particular a ski binding for a cross-country or touring ski, being displaceable on a surface of a ski, the ski binding comprising: a first unit and a second unit , the first unit comprising a binding portion for interacting with the pivot axis of a ski boot, and being slidably mountable on a mounting plate attached to the upper surface of the ski and being free to slide along the mounting plate and the second unit being fixable relative to the ski, characterized in that the second unit comprises a movable actuator (43; 63) coupled to the first unit and being configured to shift the first unit backwards and forwards relative to the mounting plate and relative to the second unit such that the pivot axis of a ski boot will be held in different positions in the ski binding and with respect to the mounting plate . a first unit and a second unit , the first unit comprising a binding portion for interacting with the pivot axis of a ski boot, and being slidably mountable on a mounting plate attached to the upper surface of the ski and being free to slide along the mounting plate and the second unit being fixable relative to the ski, characterized in that the second unit comprises a movable actuator (43; 63) coupled to the first unit and being configured to shift the first unit backwards and forwards relative to the mounting plate and relative to the second unit such that the pivot axis of a ski boot will be held in different positions in the ski binding and with respect to the mounting plate .
Membrane pump device for conveying fluids, in particular medical liquids for blood treatment, with a pump chamber body in which a recess which is closed by an elastic membrane to form a pump chamber is constructed, an inward flow path which connects an entry connection to an inlet opening of the pump chamber , an outward flow path which connects an outlet opening of the pump chamber to an exit connection , an inlet valve provided in the inward flow path for influencing the flow of liquid in the inward flow path and an outlet valve provided in the outward flow path for influencing the flow of liquid in the outward flow path, the outlet valve being a membrane valve which has an outlet valve body in which a recess is constructed which is closed by an elastic membrane to form an outlet valve chamber in which an outlet valve seat is arranged, the front face of which faces the membrane and in the open position of the outlet valve is arranged at a distance from the membrane, an outlet valve channel passing through the outlet valve seat , and the outward flow path comprising a first outward flow channel which directly connects the outlet opening of the pump chamber to the outlet valve chamber , and comprising a second outward flow channel which connects the outlet valve channel , which is closable by the elastic membrane , to the exit connection , and characterized in that the cross-section area of the outlet valve seat is smaller than the cross-section area of the region of the outlet valve chamber surrounding the outlet valve seat.
A multimeric coding nucleic acid (MCNA) comprising two or more encoding polynucleotides linked at their 3' ends via an oligonucleotide bridge comprising a 3'-3' inverted phosphodiester linkage such that the multimeric coding nucleic acid compound comprises two or more 5' ends; wherein each of the two or more encoding polynucleotides is a synthetic polyribonucleotide encoding a protein of interest.