mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus configured to be employed in a Base Station, BS, comprising: processing circuitry configured to: generate , or detect, a high-speed-railway, HSR, dedicated long term evolution network, HSDN, cell for a high speed train; and determine to provide one or more user equipments, UEs, with an indication that identifies the HSDN cell apart from one or more other network cells; configure a weighting for the HSDN cell for performing a mobility state estimation, MSE, by the one or more UEs, wherein the weighting of the HSDN cell causes the HSDN cell to be weighted higher than other network cells in the MSE; and a radio frequency, RF, circuitry , configured to transmit the indication and weighting to the one or more UEs. generate , or detect, a high-speed-railway, HSR, dedicated long term evolution network, HSDN, cell for a high speed train; and determine to provide one or more user equipments, UEs, with an indication that identifies the HSDN cell apart from one or more other network cells; configure a weighting for the HSDN cell for performing a mobility state estimation, MSE, by the one or more UEs, wherein the weighting of the HSDN cell causes the HSDN cell to be weighted higher than other network cells in the MSE; and a radio frequency, RF, circuitry , configured to transmit the indication and weighting to the one or more UEs.
A coil , configured to be arranged close to a surface of an object , for causing an induced electrical field to be generated inside the object , wherein the coil has 1st to Nth turns (311-31N) and a core member , the 1st to Nth turns are respectively provided with an actuation part for flow of electrical current in one direction and a connection part for flow of electrical current in a direction opposite to the one direction, the actuation parts of the 1st to Nth turns are arranged parallel to each other, and are configured to be arranged along a surface of the object or along a surface that is close to the surface of the object , the connection parts are configured to be arranged within a space in which the connection parts do not face the surface of the object over the actuation parts of the 1st to Nth turns (311-31N), and the connection parts are positioned at the sides with respect to the extension direction of the actuation parts , characterized in that the core member is configured to reduce magnetic resistance of a magnetic circuit that is formed by the 1st to Nth turns (311-31N), and the core member is configured to be arranged at an opposite side to the object , over the actuation parts , and wherein the core member is provided with a first part that is arranged at a position that faces the actuation parts and a second part that is arranged at a position facing the connection parts , the first part is provided with a plurality of elongated first core bodies that extend in a direction that is not parallel to the extension direction of the actuation parts , the second part is provided with a plurality of elongated second core bodies that extend in a direction that is substantially parallel to the extension direction of the actuation parts , and N is an integer of 2 or greater. the first part is provided with a plurality of elongated first core bodies that extend in a direction that is not parallel to the extension direction of the actuation parts , the second part is provided with a plurality of elongated second core bodies that extend in a direction that is substantially parallel to the extension direction of the actuation parts , and N is an integer of 2 or greater.
A protective device for a membrane of a sensor for use in a pressure chamber of an internal combustion engine; wherein said sensor detects a physical parameter, said physical parameter being transmitted through a medium, wherein said medium acts upon said membrane ; which protective device can be attached to said sensor ; which protective device has a longitudinal axis (Z); wherein said protective device when attached to the sensor protects the membrane from electromagnetic radiation from at least one source of radiation ; which protective device comprises at least one passage , through which passage the medium is able to reach the membrane when the protective device is attached to the sensor ; and in which passage the electromagnetic radiation is able to propagate when the protective device is attached to the sensor ; wherein said protective device in the attached condition comprises a surface facing the membrane , briefly designated as the membrane side ; wherein said protective device in the attached condition comprises a surface opposite of the membrane , briefly designated as the medium side ; characterized in that an electromagnetic radiation propagating within the passage reaches the membrane only after at least one reflection on a wall of the passage, briefly referred to as passage wall ; and in that there is no direct connection through the passage between a position on the membrane side and a position on the medium side .
A tool gripper of a transport crane for pressing tools, on which a pressing tool can be fixed in a stationary manner in relation to the tool gripper and by means of which the pressing tool can be set down on a sliding table of a press and picked up from the sliding table of the press, wherein a set down and pick-up position of the tool gripper in relation to the sliding table is stored in a control device of the transport crane, and wherein centring members are formed on the pressing tool , which, together with centring members formed on the sliding table , secure a defined spatial end positioning of the pressing tool on a receiving surface of the sliding table , characterized in that a sensor device is arranged on the tool gripper of the transport crane in a stationary manner in relation to the tool gripper , which sensor device cooperates with sensor elements fixed on the sliding table of the press in an arrangement that is stationary in relation to the sliding table , and by means of which it can be determined whether the tool gripper of the transport crane is in a position in which the pressing tool arranged on the tool gripper , when lowered onto the receiving surface of the sliding table of the press, engages its centring members with the centring members on the sliding table side, and in that a pressing tool position and pressing tool orientation control associated with the tool gripper is connected to the sensor device , by means of which the tool gripper and with it the pressing tool can be moved into a position in which, when the tool gripper or pressing tool are lowered, the centring members on the pressing tool side enter into centring engagement with the centring members on the sliding table side if the sensor device on the tool gripper side detects that the position of the pressing tool deviates from a range in which centring or end positioning of the pressing tool on the sliding table is ensured by means of the centring members on the pressing tool side and the centring members on the sliding table side.
A translucent material, comprising: a base including a glass-based material; and an oxide layer layered on a surface of the base, the oxide layer including yttrium oxide as a base material thereof and further including nitrogen and a Group 4A element; and wherein the oxide layer has low adherability for at least one of animal oil, vegetable oil, and mineral oil. a base including a glass-based material; and an oxide layer layered on a surface of the base, the oxide layer including yttrium oxide as a base material thereof and further including nitrogen and a Group 4A element; and wherein the oxide layer has low adherability for at least one of animal oil, vegetable oil, and mineral oil.
A surgical instrument manipulation system comprising: a surgical arm configured to secure to a base ; a surgical tool holder assembly comprising: a surgical tool holder having a passage , and an attachment interface on a first end of the surgical tool holder , comprising a plurality of torque couplers that protrudes outward from the attachment interface , wherein each of the plurality of torque couplers is coupled to one of a corresponding plurality of actuators , and the plurality of actuators are arranged in a ring formation around the passage ; and a surgical tool comprising: a reciprocal attachment interface on a first face of the surgical tool , an attachment mechanism configured to releasably attach the reciprocal attachment interface to the attachment interface of the surgical tool holder , and an elongated body extending from the first face of the surgical tool , the elongated body capable of passing through the passage of the surgical tool holder . a surgical arm configured to secure to a base ; a surgical tool holder assembly comprising: a surgical tool holder having a passage , and an attachment interface on a first end of the surgical tool holder , comprising a plurality of torque couplers that protrudes outward from the attachment interface , wherein each of the plurality of torque couplers is coupled to one of a corresponding plurality of actuators , and the plurality of actuators are arranged in a ring formation around the passage ; and a surgical tool holder having a passage , and an attachment interface on a first end of the surgical tool holder , comprising a plurality of torque couplers that protrudes outward from the attachment interface , wherein each of the plurality of torque couplers is coupled to one of a corresponding plurality of actuators , and the plurality of actuators are arranged in a ring formation around the passage ; and a surgical tool comprising: a reciprocal attachment interface on a first face of the surgical tool , an attachment mechanism configured to releasably attach the reciprocal attachment interface to the attachment interface of the surgical tool holder , and an elongated body extending from the first face of the surgical tool , the elongated body capable of passing through the passage of the surgical tool holder . a reciprocal attachment interface on a first face of the surgical tool , an attachment mechanism configured to releasably attach the reciprocal attachment interface to the attachment interface of the surgical tool holder , and an elongated body extending from the first face of the surgical tool , the elongated body capable of passing through the passage of the surgical tool holder .
Mechanical timepiece oscillator comprising, between a first rigid support element and a second solid inertial element , a flexure bearing including more than two first flexible strips (31; 32) which support said second solid inertial element and are arranged to return said second solid inertial element to a rest position, wherein said second solid inertial element is arranged to oscillate angularly in an oscillation plane about said rest position, said first flexible strips (31; 32) do not touch each other and their projections onto said oscillation plane cross, in the rest position, at a crossing point, in proximity to which or through which passes the axis of rotation of said second solid inertial element perpendicularly to said oscillation plane, and the embedding points of said first flexible strips (31; 32) in said first rigid support element and said second solid inertial element define two strip directions (DL1, DL2) parallel to said oscillation plane, each said strip (31; 32) has an aspect ratio RA = H/E, where H is the height of said strip (31; 32) perpendicularly both to the oscillation plane and to the elongation of said strip (31; 32) along said length L, and wherein E is the thickness of said strip (31; 32) in the oscillation plane and perpendicularly to the elongation of said strip (31; 32) along said length L, wherein said aspect ratio RA = H/E is less than 10 for each said strip (31; 32).
Double wet clutch for a torque transmission system, comprising: a first clutch (E1) and a second clutch (E2) respectively of multidisc type, which are controlled to selectively couple a combustion engine and a rotating electric machine to a first driven shaft and to a second driven shaft, the first and second clutches (E1, E2) being arranged radially one above the other about an axis of rotation (X), the two clutches (E1, E2) comprising a torque-input disc carrier coupled kinematically to the combustion engine, and a central oil supply hub for the first clutch (E1) and the second clutch (E2), said central hub comprising: - a cylindrical portion , - a flange extending radially from the cylindrical portion , - at least one oil supply duct traversing the cylindrical portion and the flange , and opening out within one of the first and second clutches, characterized in that the double wet clutch comprises a drive cover coupled kinematically to the rotating electric machine, the drive cover being attached to the periphery of the flange of the central hub so as to plug the radial end of the at least one oil supply duct, and in that the drive cover is force-fitted onto the flange of the central hub . a first clutch (E1) and a second clutch (E2) respectively of multidisc type, which are controlled to selectively couple a combustion engine and a rotating electric machine to a first driven shaft and to a second driven shaft, the first and second clutches (E1, E2) being arranged radially one above the other about an axis of rotation (X), the two clutches (E1, E2) comprising a torque-input disc carrier coupled kinematically to the combustion engine, and a central oil supply hub for the first clutch (E1) and the second clutch (E2), said central hub comprising: - a cylindrical portion , - a flange extending radially from the cylindrical portion , - at least one oil supply duct traversing the cylindrical portion and the flange , and opening out within one of the first and second clutches, characterized in that the double wet clutch comprises a drive cover coupled kinematically to the rotating electric machine, the drive cover being attached to the periphery of the flange of the central hub so as to plug the radial end of the at least one oil supply duct, - a cylindrical portion , - a flange extending radially from the cylindrical portion , - at least one oil supply duct traversing the cylindrical portion and the flange , and opening out within one of the first and second clutches, characterized in that the double wet clutch comprises a drive cover coupled kinematically to the rotating electric machine, the drive cover being attached to the periphery of the flange of the central hub so as to plug the radial end of the at least one oil supply duct, and in that the drive cover is force-fitted onto the flange of the central hub .
Method for locating a brain activity, comprising the steps consisting of: a) acquiring data indicative of sensory stimuli addressed to, or deliberate actions performed or imagined by, a subject; b) by means of a plurality of sensors, acquiring signals representative of an activity, associated with said stimuli or deliberate actions, of respective regions of the brain of said subject; and c) for each said sensor, quantifying a correlation that exists between said data indicative of sensory stimuli or of deliberate actions and the signals acquired; each said sensor acquiring N≥2 signals that are representative of N distinct physical quantities, measured for the same region of the brain, and in that said correlation is established between a variable (y) indicative of a said sensory stimulus or of a said deliberate action and a variable (xf, x) of at least N dimensions representative of said signals, characterised in that said correlation is established between said variable indicative of a said sensory stimulus or of a said deliberate action and at the instant t (y(t)) and said variable of at least N dimensions (x f (t+ τ ), x(t+ τ )), representative of said measured signals for the same region of the brain, said signals being offset in time relative to said instant t. a) acquiring data indicative of sensory stimuli addressed to, or deliberate actions performed or imagined by, a subject; b) by means of a plurality of sensors, acquiring signals representative of an activity, associated with said stimuli or deliberate actions, of respective regions of the brain of said subject; and c) for each said sensor, quantifying a correlation that exists between said data indicative of sensory stimuli or of deliberate actions and the signals acquired;
A compressor case to blade tip clearance system comprising: a rotor having blades with tips ; a case including an inner case comprising at least one surface feature ; a cooling air passageway; a distribution manifold disposed in the cooling air passageway, wherein the surface feature is fluidly coupled to the distribution manifold , said at least one surface feature configured to interact with cooling air in the cooling air passageway; a tip clearance located between the tips and the inner case , wherein said tip clearance is maintained responsive to a flow of the cooling air over said at least one surface feature ; a collection manifold fluidly coupled to the distribution manifold ; a valve fluidly coupled between said collection manifold and said distribution manifold , said valve configured to control said flow of cooling air over said at least one surface feature ; and a controller coupled to said valve , said controller configured to actuate said valve to control the air flow rate to change the tip clearance by changing the temperature of the case , characterised in that the system further comprises: instrumentation and controls coupled to the controller , said instrumentation and controls configured to activate said controller responsive to gas turbine engine real time operational condition information , wherein said instrumentation comprises sensors selected from the group consisting of temperature sensor, pressure sensor, flow rate sensor and altitude sensor . a rotor having blades with tips ; a case including an inner case comprising at least one surface feature ; a cooling air passageway; a distribution manifold disposed in the cooling air passageway, wherein the surface feature is fluidly coupled to the distribution manifold , said at least one surface feature configured to interact with cooling air in the cooling air passageway; a tip clearance located between the tips and the inner case , wherein said tip clearance is maintained responsive to a flow of the cooling air over said at least one surface feature ; a collection manifold fluidly coupled to the distribution manifold ; a valve fluidly coupled between said collection manifold and said distribution manifold , said valve configured to control said flow of cooling air over said at least one surface feature ; and a controller coupled to said valve , said controller configured to actuate said valve to control the air flow rate to change the tip clearance by changing the temperature of the case , characterised in that the system further comprises: instrumentation and controls coupled to the controller , said instrumentation and controls configured to activate said controller responsive to gas turbine engine real time operational condition information , wherein said instrumentation comprises sensors selected from the group consisting of temperature sensor, pressure sensor, flow rate sensor and altitude sensor .
A method of transmitting communications traffic in an optical communication network comprising a plurality of nodes, the method comprising, at a source node: receiving communications traffic to be transmitted across the optical communication network to a target node; obtaining a path sequence defining an order in which a plurality of optical paths from the source node to the target node across the optical communication network are to be used, at least part of each optical path being spatially separate from each other optical path; and transmitting the communications traffic as a series of traffic portions, each traffic portion being transmitted for a respective preselected transmission period on a respective optical path according to the path sequence, wherein the path sequence is a preselected sequence. receiving communications traffic to be transmitted across the optical communication network to a target node; obtaining a path sequence defining an order in which a plurality of optical paths from the source node to the target node across the optical communication network are to be used, at least part of each optical path being spatially separate from each other optical path; and transmitting the communications traffic as a series of traffic portions, each traffic portion being transmitted for a respective preselected transmission period on a respective optical path according to the path sequence, wherein the path sequence is a preselected sequence.
A divalent imidic acid compound, which is represented by the following general formula or : wherein in formulae and , R 1 to R 3 each independently represent a fluorine atom or an organic group selected from a linear or branched C1-10 alkoxy group, a C2-10 alkenyloxy group, a C2-10 alkynyloxy group, a C3-10 cycloalkoxy group, a C3-10 cycloalkenyloxy group and a C6-10 aryloxy group, wherein a fluorine atom, an oxygen atom or an unsaturated bond may also be present in the organic group; and wherein M 1 and M 2 each independently represent a proton, a metal cation or an onium cation.