mhurhangee/ep-ind-claims huggingface dataset:
Method for operating multiple cranes (1, 2), the movements of which are monitored for imminent collisions by anti-collision devices (17, 18) of the cranes (1, 2), wherein in the event of an imminent collision between a first crane being operated and a second crane which is not being operated - the first crane is stopped, - a remote control connection is established from the first crane to the second crane, characterised in that for establishing the remote control connection, a control unit of the second crane is woken up and set in a remote control mode by a wake-up command transmitted from the first crane to the second crane via a communication link between the anti-collision devices (17, 18), - the second crane is moved out of the collision region, which is interfering with an intended movement of the first crane, by means of control commands, which are provided at the first stopped crane and transmitted to the second crane by the remote control connection, and - the second crane is stopped after being moved out of the collision region by remote control and the first crane is started up again and moved. - the first crane is stopped, - a remote control connection is established from the first crane to the second crane, characterised in that for establishing the remote control connection, a control unit of the second crane is woken up and set in a remote control mode by a wake-up command transmitted from the first crane to the second crane via a communication link between the anti-collision devices (17, 18), - the second crane is moved out of the collision region, which is interfering with an intended movement of the first crane, by means of control commands, which are provided at the first stopped crane and transmitted to the second crane by the remote control connection, and - the second crane is stopped after being moved out of the collision region by remote control and the first crane is started up again and moved.
A method of magnifying spatial coherent light through an optical diffuser comprises: providing a coherent light beam through a transmission hole of a mirror, the mirror having a mirror surface at its rear; the coherent light beam impacting the optical diffuser, a first side of the optical diffuser being in contact with the mirror surface, wherein magnified light is outputted from a second side of the optical diffuser which opposes the first side of the optical diffuser, characterised in that the outputted magnified light is magnified spatial coherent light. providing a coherent light beam through a transmission hole of a mirror, the mirror having a mirror surface at its rear; the coherent light beam impacting the optical diffuser, a first side of the optical diffuser being in contact with the mirror surface, wherein magnified light is outputted from a second side of the optical diffuser which opposes the first side of the optical diffuser, characterised in that the outputted magnified light is magnified spatial coherent light.
A fluid barrier comprising a plurality of hollow units that can become filled with a fluid flowing towards the barrier via openings provided near the base of said units, the flow of which is contained by the barrier, said units placed end-to-end such that one end of a first unit is adjacent one end of a second unit; characterized in that said first unit and said second unit are connected at said ends by downwardly tapering interconnection keys inserted into downwardly tapering sockets (26,28) provided within end walls of the adjacent ends of the units, wherein said keys incorporate ballast for negative buoyancy.
An apparatus for controlling running of multiple security software applications, wherein the apparatus comprises a secure element and at least one central processing unit coupled to the secure element; the secure element comprises: a processor and a first random access memory; the at least one central processing unit is configured to: run general-purpose operating system software, and communicate with the secure element to control running of the secure element under an action of the general-purpose operating system software; the processor is configured to run secure operating system software and at least one security software application based on the secure operating system software; the first random access memory is configured to temporarily store secure temporary data generated during running of the secure operating system software and the at least one security software application; and the processor is further configured to: when it is required to run a second security software application, suspend running of a first security software application in the at least one security software application, control migrating first temporary data generated during running of the first security software application from the first random access memory to a storage device disposed outside the secure element, and based on the secure operating system software, run the second security software application, wherein second temporary data generated during running of the second security software application is temporarily stored in the first random access memory; wherein the secure element and the at least one central processing unit are located in a first semiconductor chip in the apparatus; and security isolation exists between the general-purpose operating system software run by the at least one central processing unit and the secure element, the security isolation being used to prevent the general-purpose operating system software or a common software application based on the general-purpose operating system software from accessing the secure element or the first random access memory.
An immunoglobulin variable domain that binds TNFα comprising four framework regions (FR1 to FR4) and three complementarity determining regions (CDR1 to CDR3), wherein: a) CDR1 comprises amino acid sequence TADMG (SEQ ID NO: 193); b) CDR2 comprises amino acid sequence RISGIDGTTYYDEPVKG (SEQ ID NO: 261); and c) CDR3 comprises amino acid sequence PRYADQWSAYDY (SEQ ID NO: 329). a) CDR1 comprises amino acid sequence TADMG (SEQ ID NO: 193); b) CDR2 comprises amino acid sequence RISGIDGTTYYDEPVKG (SEQ ID NO: 261); and c) CDR3 comprises amino acid sequence PRYADQWSAYDY (SEQ ID NO: 329).
A kit of parts for a plurality of wind turbine blades, comprising a plurality of wind turbine blades or a plurality of wind turbine blade portions (22, 24) each having: a plurality of composite plies (202, 204, 206), each ply having a position within the respective wind turbine blade or the respective wind turbine blade portion and a fibre orientation angle (α1, α2, β1, γ1, γ2) relative to a pitch axis of the respective wind turbine blade or the respective wind turbine blade portion, wherein each of the wind turbine blades or each of the wind turbine blade portions have substantially the same size and outer geometrical shape and corresponding pitch axes, and wherein at least one ply of each of the respective wind turbine blades or the respective wind turbine blade portions corresponds, which corresponding plies have the same position within the respective wind turbine blades or wind turbine blade portions and have different fibre orientation angles such that the wind turbine blades or wind turbine blade portions have different bend-to-twist couplings. a plurality of composite plies (202, 204, 206), each ply having a position within the respective wind turbine blade or the respective wind turbine blade portion and a fibre orientation angle (α1, α2, β1, γ1, γ2) relative to a pitch axis of the respective wind turbine blade or the respective wind turbine blade portion, wherein each of the wind turbine blades or each of the wind turbine blade portions have substantially the same size and outer geometrical shape and corresponding pitch axes, and wherein at least one ply of each of the respective wind turbine blades or the respective wind turbine blade portions corresponds, which corresponding plies have the same position within the respective wind turbine blades or wind turbine blade portions and have different fibre orientation angles such that the wind turbine blades or wind turbine blade portions have different bend-to-twist couplings.
A method for selecting an electronic content to be displayed on a display of an electronic device controlled by means of a user interface, a first electronic content already being displayed on the display of the electronic device and comprising a plurality of hyperlinks pointing towards other electronic contents, said method comprising the steps of: - Detecting a first input on a first hyperlink of the first electronic content on the user interface, to select a second electronic content, - Downloading the selected second electronic content, and then - Displaying a portion of the second electronic content on the display of the electronic device, said portion of the second electronic content overlapping the first electronic content, a measurement of the portion of the second electronic content to be displayed being proportional to the length of a second input on the user interface of the electronic device, the second input being a sliding gesture or a pinch gesture, - Triggering the display of the second electronic content instead of the first electronic content on the display of the electronic device when the ending position of the second input on the user interface is determined to be beyond a threshold. - Detecting a first input on a first hyperlink of the first electronic content on the user interface, to select a second electronic content, - Downloading the selected second electronic content, and then - Displaying a portion of the second electronic content on the display of the electronic device, said portion of the second electronic content overlapping the first electronic content, a measurement of the portion of the second electronic content to be displayed being proportional to the length of a second input on the user interface of the electronic device, the second input being a sliding gesture or a pinch gesture, - Triggering the display of the second electronic content instead of the first electronic content on the display of the electronic device when the ending position of the second input on the user interface is determined to be beyond a threshold.
Method for monitoring at least two aircraft wheel electromechanical braking actuators, each electromechanical actuator being powered by means of a power supply current (Ia) to selectively apply a braking force to friction members, the monitoring method comprising the step of activating the electromechanical actuators, and, for each electromechanical actuator, the steps of: - determining a current value (Ivr) representative of the power supply current of the electromechanical actuator; - determining a reference current value (Ir) estimated from the power supply currents of at least one other electromechanical actuator; - comparing the representative current value and the reference current value; - detecting an abnormal operation of the electromechanical actuator when the difference between the representative current value and the reference current value is above a predetermined threshold (Is). - determining a current value (Ivr) representative of the power supply current of the electromechanical actuator; - determining a reference current value (Ir) estimated from the power supply currents of at least one other electromechanical actuator; - comparing the representative current value and the reference current value; - detecting an abnormal operation of the electromechanical actuator when the difference between the representative current value and the reference current value is above a predetermined threshold (Is).
Transport vehicle for an elongated object with excess length, in particular for a rotor blade of a wind turbine or a tower segment, with a transport device arranged on a loading platform of the transport vehicle for holding the object during transport, with a first rotary device for changing the angle of installation of the object held on the transport device and with a second rotary device for pivoting the transport device about a vertical axis, wherein at least one adjustable ballast weight and an adjusting device for adjusting the position of the ballast weight are provided and wherein the adjusting device is arranged on the transport device and can be rotated together with the transport device, characterised in that the geometry of the ballast weight is adapted to the geometry of a fixed structure of the transport device in such a way that the ballast weight comes to bear against the structure when a minimum distance from the vertical axis of rotation of the transport device is reached.
A table saw assembly (100, 200, 300, 400), comprising: a base portion (102, 202, 302, 402) including a base work piece support surface defining a support plane; a saw blade opening defined in the base work piece support surface; a saw assembly including a saw blade positionable to extend upwardly through the saw blade opening; a first extension including a first extension work piece support surface pivotable with respect to the base portion between a first position whereat the first extension work piece support surface is coplanar with the base work piece support surface and a second position whereat the first extension work piece support surface is located above the support plane; characterized by a first sliding support assembly coupled to the base portion, movable along the support plane and configured to support the first extension in the first position. a base portion (102, 202, 302, 402) including a base work piece support surface defining a support plane; a saw blade opening defined in the base work piece support surface; a saw assembly including a saw blade positionable to extend upwardly through the saw blade opening; a first extension including a first extension work piece support surface pivotable with respect to the base portion between a first position whereat the first extension work piece support surface is coplanar with the base work piece support surface and a second position whereat the first extension work piece support surface is located above the support plane; characterized by a first sliding support assembly coupled to the base portion, movable along the support plane and configured to support the first extension in the first position.
Electrohydraulic brake of a vehicle, which has at least the following: a) an electronic control unit with an implemented control, which is performed during a braking process, as required, in at least one control cycle, wherein at least one brake pressure reduction and at least one brake pressure build-up takes place in at least one hydraulic brake actuator during the control cycle, b) the at least one hydraulic brake actuator, which generates a braking force depending on the braking pressure applied, c) a hydraulic fluid reservoir for the unpressurized storage of hydraulic fluid, d) a pump and a prime mover for the pump, e) at least one pressure accumulator for the pressure accumulation of hydraulic fluid which originates from the hydraulic fluid reservoir, f) flow connections(13, 15, 17; 24, 26, 28) between the at least one brake actuator, the hydraulic fluid reservoir, the pump and the pressure accumulator, wherein g) in at least one flow connection (13, 15, 17; 24, 26, 28) a valve apparatus (10; 23, 25, 27) is arranged which can be controlled at least partly by the electronic control unit and which controls a flow of hydraulic fluid in the at least one flow connection (13, 15, 17; 24, 26, 28), characterized in that h) the electronic control unit controls at least the prime mover for the pump and/or the valve apparatus (10; 23, 25, 27) such that during the at least one control cycle hydraulic fluid flows back and forth or is conveyed between the at least one brake actuator and the pressure accumulator. a) an electronic control unit with an implemented control, which is performed during a braking process, as required, in at least one control cycle, wherein at least one brake pressure reduction and at least one brake pressure build-up takes place in at least one hydraulic brake actuator during the control cycle, b) the at least one hydraulic brake actuator, which generates a braking force depending on the braking pressure applied, c) a hydraulic fluid reservoir for the unpressurized storage of hydraulic fluid, d) a pump and a prime mover for the pump, e) at least one pressure accumulator for the pressure accumulation of hydraulic fluid which originates from the hydraulic fluid reservoir, f) flow connections(13, 15, 17; 24, 26, 28) between the at least one brake actuator, the hydraulic fluid reservoir, the pump and the pressure accumulator, wherein g) in at least one flow connection (13, 15, 17; 24, 26, 28) a valve apparatus (10; 23, 25, 27) is arranged which can be controlled at least partly by the electronic control unit and which controls a flow of hydraulic fluid in the at least one flow connection (13, 15, 17; 24, 26, 28), characterized in that h) the electronic control unit controls at least the prime mover for the pump and/or the valve apparatus (10; 23, 25, 27) such that during the at least one control cycle hydraulic fluid flows back and forth or is conveyed between the at least one brake actuator and the pressure accumulator.
A composite connector assembly comprising: first and second tubular members (4, 6), each constructed from fibre-reinforced polymer and each comprising: at least one layer of axial or helical fibre and each comprising an end portion with a clamping surface; and an overclamp, which is arranged to at least partially enclose the end portions of the first and second tubular members (4, 6) and to apply a clamping force to the clamping surfaces so as to connect and hold the first and second tubular members (4, 6) together; wherein, in each end portion, the at least one layer of axial or helical fibre is diverted radially outwards; and characterised by an elastomer O-ring positioned between the first and second tubular members (4, 6) in a circumferential groove cut into a facing surface of one or both end portions. at least one layer of axial or helical fibre and each comprising an end portion with a clamping surface; and an overclamp, which is arranged to at least partially enclose the end portions of the first and second tubular members (4, 6) and to apply a clamping force to the clamping surfaces so as to connect and hold the first and second tubular members (4, 6) together; wherein, in each end portion, the at least one layer of axial or helical fibre is diverted radially outwards; and characterised by an elastomer O-ring positioned between the first and second tubular members (4, 6) in a circumferential groove cut into a facing surface of one or both end portions.
Device for fixing an element to a railway vehicle, more particularly to an underframe of the railway vehicle, comprising: - a rail which is to be secured to the railway vehicle, comprising a longitudinal central groove delimited by two inner flanges which are arranged facing one another, and - means for screwing the element into the longitudinal central groove, characterised in that: - the rail comprises two outer flanges, each extending opposite a respective inner flange, and - the fixing device comprises at least one generally C-shaped fixing member, comprising: • a lower central wall which is to extend parallel to the rail, delimiting with the rail a space for housing at least a portion of the element, • two side walls extending vertically on either side of the central wall, each side wall comprising a fixing flange which is to cooperate with one of the outer flanges of the rail. - a rail which is to be secured to the railway vehicle, comprising a longitudinal central groove delimited by two inner flanges which are arranged facing one another, and - means for screwing the element into the longitudinal central groove, - the rail comprises two outer flanges, each extending opposite a respective inner flange, and - the fixing device comprises at least one generally C-shaped fixing member, comprising: • a lower central wall which is to extend parallel to the rail, delimiting with the rail a space for housing at least a portion of the element, • two side walls extending vertically on either side of the central wall, each side wall comprising a fixing flange which is to cooperate with one of the outer flanges of the rail. • a lower central wall which is to extend parallel to the rail, delimiting with the rail a space for housing at least a portion of the element, • two side walls extending vertically on either side of the central wall, each side wall comprising a fixing flange which is to cooperate with one of the outer flanges of the rail.
Calixarene compound according to formula: wherein: - R 1 represents a linear or branched C alkyl group; - R 2 represents an hydrogen atom or a methyl group; - R 3 is identical to R 1 or R 2 group; - R 4 represents a saccharide residue, in which hydroxyl groups are not protected; - R 5 is identical to R 4, or is absent; - L is a linker, which is selected from the group consisting of 1,2,3-triazole function, amide function, thiourea function, or is absent; - Z is identical to L or absent; - 0 ≤ x 1 ≤ 3, wherein x 1 is an integer; - 0 ≤ y 1 ≤ 3, wherein y 1 is an integer; - x 2 is identical to x 1 or equal to 0; - y 2 is identical to y 1 or equal to 0; - X = O, S or is absent; - Y is identical to X or is absent. - R 1 represents a linear or branched C alkyl group; - R 2 represents an hydrogen atom or a methyl group; - R 3 is identical to R 1 or R 2 group; - R 4 represents a saccharide residue, in which hydroxyl groups are not protected; - R 5 is identical to R 4, or is absent; - L is a linker, which is selected from the group consisting of 1,2,3-triazole function, amide function, thiourea function, or is absent; - Z is identical to L or absent; - 0 ≤ x 1 ≤ 3, wherein x 1 is an integer; - 0 ≤ y 1 ≤ 3, wherein y 1 is an integer; - x 2 is identical to x 1 or equal to 0; - y 2 is identical to y 1 or equal to 0; - X = O, S or is absent; - Y is identical to X or is absent.
A compound for use in a method of treating multiple myeloma, wherein the method comprises administering to a patient in need thereof a therapeutically effective amount of the compound in combination with a second active agent, wherein the compound is Compound 1 of formula or an enantiomer, mixture of enantiomers, tautomer, isotopolog, or pharmaceutically acceptable salt thereof; and wherein the second active agent is one or more of a BTK inhibitor, an mTOR inhibitor, a PIM inhibitor, an IGF-1R inhibitor, an MEK inhibitor, an XPO1 inhibitor, a DOT1L inhibitor, an EZH2 inhibitor, or a JAK2 inhibitor.
An aircraft turbomachine fan comprising a turbomachine inlet cone that has an exterior surface intended to be closely followed by a flow section of the turbomachine, a fan disk and fan blades which are mounted on said disk with which they rotate about an axis of rotation of the fan, said fan comprising an annular balancing flange that rotates as one with the fan disk about said axis of rotation and is equipped with a plurality of weight-fixing holes spaced circumferentially apart, said fan also comprising one or more balancing weights mounted fixedly on said annular balancing flange by means of one or several of said weight-fixing holes, said annular balancing flange being positioned inside said inlet cone in such a way that its weight-fixing holes are isolated from said flow section of the turbomachine, which fan further comprises a fan blade retaining ring for axially retaining these blades with respect to said fan disk, said retaining ring and said annular balancing flange being produced as a single piece.
An oligonucleotide which targets a Frataxin natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of Frataxin.