mhurhangee/ep-ind-claims huggingface dataset:
An insulation fault location system for an ungrounded DC power supply system, which is redundantly fed from a first diode-coupled direct voltage supply source and a second diode-coupled direct voltage supply source and to which a load is redundantly coupled via a first supply line consisting of two active conductors and a second supply line consisting of two active conductors, the insulation fault location system comprising a setting device for increasing a supply voltage of the first or the second direct voltage supply source (4a, 4b), a test current generator for supplying a test current and an insulation fault location apparatus, to which a first measuring current transformer for capturing a first test current portion flowing in the first supply line and a second measuring current transformer for capturing a second test current portion flowing in the second supply line are coupled, characterized in that a first resistance path is arranged between the active conductors of the first supply line and a second resistance path is arranged between the active conductors of the second supply line, the electric resistance (24a, 24b) of each resistance path (22a, 22b) being dimensioned such that a compensating current (Idccomp,a, Idccomp,b) flows in the respective resistance path (22a, 22b), said compensating current (Idccomp,a, Idccomp,b) being equal to an interfering DC differential current (Idcdiff,a, Idcdiff,b) in the respective supply line (8a, 8b) caused by increasing the supply voltage and being captured on the primary side in the opposite direction of the DC differential current (Idcdiff,a, Idcdiff,b) by the respective measuring current transformer (14a, 14b).
An optical semiconductor element mounting board, comprising at least one recessed portion that forms an optical semiconductor element mounting region, wherein at least an inner circumference side of the recessed portion is made from a thermosetting light-reflecting resin composition, comprising an epoxy resin, a curing agent, a curing catalyst, an inorganic filler, a white pigment, an additive, and a release agent, wherein: the additive comprises a compound comprising structural units represented by formula: wherein R 1 is selected from the group consisting of an alkylene group having 1 to 10 carbon atoms, and formula: wherein R 2 and R 3 are independently selected from the group consisting of: a monovalent organic group having 1 to 10 carbon atoms including at least one of an alkyl group, an aryl group, an alkoxy group, and an epoxy group; a monovalent organic group having 1 to 10 carbon atoms including a carboxyl group; and a polyalkylene ether group having 3 to 500 carbon atoms; wherein said resin composition has, after curing, a diffuse reflectance of at least 80% at a light wavelength of 400 nm; and the resin composition is suitable to perform transfer molding at least 100 times continuously. the additive comprises a compound comprising structural units represented by formula: wherein R 1 is selected from the group consisting of an alkylene group having 1 to 10 carbon atoms, and formula: wherein R 2 and R 3 are independently selected from the group consisting of: a monovalent organic group having 1 to 10 carbon atoms including at least one of an alkyl group, an aryl group, an alkoxy group, and an epoxy group; a monovalent organic group having 1 to 10 carbon atoms including a carboxyl group; and a polyalkylene ether group having 3 to 500 carbon atoms; wherein said resin composition has, after curing, a diffuse reflectance of at least 80% at a light wavelength of 400 nm; and the resin composition is suitable to perform transfer molding at least 100 times continuously.
A chassis control arm for a wheel suspension, comprising a control arm body, a spring abutment and an actuator which is arranged between the control arm body and the spring abutment and by means of which the position of the spring abutment relative to the control arm body can be adjusted, wherein the actuator comprises a lifting gear which is configured as a movement thread and which includes a lifting spindle on which the spring abutment is arranged or on which the spring abutment is mounted for axial movement, wherein the actuator includes a housing on which at least one fastening means is mounted for the positive and/or non-positive attachment of the housing with the control arm body, characterized in that the lifting spindle is at least partly received in the actuator housing and/or is axially shiftably or rotatably mounted in the actuator housing.
A genetically modified fungal cell capable of producing a very long chain fatty acid (VLCFA) or VLCFA derivative, wherein said genetically modified fungal cell comprises at least one gene encoding a Mycobacterium vaccae fatty acid synthase according to WP_003928293, wherein said VLCFA or VLCFA derivative having an acyl chain length of greater than 18 carbons.
A golf club head comprising a body and a face having a ball-contacting region, wherein the ball-contacting region comprises an inset containing an elastically deformable material having a surface, and at least one rigid element connected to the body within the inset and extending through the elastically deformable material such that an edge portion of the at least one rigid element extends beyond the surface of the elastically deformable material.
A synchronization control apparatus for executing synchronization control of a main shaft and a driven shaft in each control period, comprising: a storage means for storing a first cam curve and a second cam curve; and a controller for calculating a position command value of the driven shaft and controlling the driven shaft with the calculated position command value, wherein the synchronization control apparatus is arranged such that, before switch-over of the cam curves, the controller determines the position command value for the driven shaft based on a value on the first cam curve at each control timing, after the switch-over of the cam curves, the controller determines the position command value based on a value on the second cam curve at each control timing, characterized in that in a switch-over period of the cam curves, the controller determines the position command value for the driven shaft based on a value of a switch-over curve, the value of the switch-over curve at each control timing being the value obtained by subjecting a first value on the first cam curve or a position of the driven shaft, and a second value on the second cam curve to weighted averaging at each control timing, wherein in the weighted averaging, a weight depends on a main shaft position, and at a start timing of the switch-over period, a weight of the first value is set to be larger than a weight of the second value, and at an end timing of the switch-over period, the weight of the first value is set to be smaller than the weight of the second value. a storage means for storing a first cam curve and a second cam curve; and a controller for calculating a position command value of the driven shaft and controlling the driven shaft with the calculated position command value, wherein the synchronization control apparatus is arranged such that, before switch-over of the cam curves, the controller determines the position command value for the driven shaft based on a value on the first cam curve at each control timing, after the switch-over of the cam curves, the controller determines the position command value based on a value on the second cam curve at each control timing, characterized in that in a switch-over period of the cam curves, the controller determines the position command value for the driven shaft based on a value of a switch-over curve, the value of the switch-over curve at each control timing being the value obtained by subjecting a first value on the first cam curve or a position of the driven shaft, and a second value on the second cam curve to weighted averaging at each control timing, wherein in the weighted averaging, a weight depends on a main shaft position, and at a start timing of the switch-over period, a weight of the first value is set to be larger than a weight of the second value, and at an end timing of the switch-over period, the weight of the first value is set to be smaller than the weight of the second value.
An image capture apparatus arranged to receive interchangeable imaging lenses, the image capture apparatus comprising: detection means arranged to detect a focus state of an attached imaging lens; setting means arranged to enable a user to set correction information for correcting the focus state detected by said detection means; acquisition means arranged to acquire, from the attached imaging lens, first lens identification information for identifying the imaging lens; input means arranged to enable the user to input second lens identification information for identifying the attached imaging lens; storage means arranged to store, for each of a plurality of interchangeable imaging lenses, the correction information set via said setting means, the first lens identification information, and the second lens identification information in association with each other; and focus adjustment means arranged to adjust the focus of the attached imaging lens based on the focus state detected by said detection means and the correction information stored in said storage means, wherein the acquisition means is arranged to further acquire, from the imaging lens, information related to a model name of imaging lens. detection means arranged to detect a focus state of an attached imaging lens; setting means arranged to enable a user to set correction information for correcting the focus state detected by said detection means; acquisition means arranged to acquire, from the attached imaging lens, first lens identification information for identifying the imaging lens; input means arranged to enable the user to input second lens identification information for identifying the attached imaging lens; storage means arranged to store, for each of a plurality of interchangeable imaging lenses, the correction information set via said setting means, the first lens identification information, and the second lens identification information in association with each other; and focus adjustment means arranged to adjust the focus of the attached imaging lens based on the focus state detected by said detection means and the correction information stored in said storage means, wherein the acquisition means is arranged to further acquire, from the imaging lens, information related to a model name of imaging lens.
A fishing reel comprising: a spool support system pivotally supporting a spool assembly; and a spring loaded locking device engaged with said spool assembly for locking and unlocking the spool assembly from the spool support system; wherein said spool assembly can be locked and unlocked from said spool support system using said spring loaded locking device and said spool assembly can be rotated 90 degrees in either direction thereby allowing the spool assembly to be cast in a 0 degree in-line position, a 90 degree right cast position or a 90 degree left cast position, characterised in that said spool support system comprises a brace, said brace comprising a pair of brace arm members (16, 17), said brace arm members (16, 17) being coupled or integral to one another, said spring loaded locking device comprising a pair of spring loaded spool support bands (61, 62), a pair of spool sleds (51, 52) and a sled locking device, each of said brace arm members (16, 17) including a pivot point aperture (20, 21) for receiving respective pivot prongs of said spring loaded spool support bands (61, 62) that can be rotated 90 degrees by disengaging said spool sleds (51, 52) from said spring loaded spool support bands (61, 62) and locking said spool sleds (51, 52) with said sled locking device. a spool support system pivotally supporting a spool assembly; and a spring loaded locking device engaged with said spool assembly for locking and unlocking the spool assembly from the spool support system; wherein said spool assembly can be locked and unlocked from said spool support system using said spring loaded locking device and said spool assembly can be rotated 90 degrees in either direction thereby allowing the spool assembly to be cast in a 0 degree in-line position, a 90 degree right cast position or a 90 degree left cast position,
A method for wireless communication at a base station (105-d), the method comprising: receiving a first transmission from a first wireless device (210-c), the first transmission being a transmission of a listen-before-talk, LBT, procedure between the first wireless device (210-c) and a second wireless device (115-h); identifying a direction of the second wireless device (115-h) based at least in part on a signal transmitted by the second wireless device (115-h) in response to the first transmission; estimating an interference level that would be imposed by a second transmission at the second wireless device (115-h) based on the identified direction of the second wireless device (115-h); determining whether to transmit the second transmission based at least in part on the estimated interference level, the first transmission, and the direction of the second wireless device; selecting a transmission power for transmitting the second transmission based on a direction of the second transmission and the direction of the second wireless device; and transmitting the second transmission based on the determination. receiving a first transmission from a first wireless device (210-c), the first transmission being a transmission of a listen-before-talk, LBT, procedure between the first wireless device (210-c) and a second wireless device (115-h); identifying a direction of the second wireless device (115-h) based at least in part on a signal transmitted by the second wireless device (115-h) in response to the first transmission; estimating an interference level that would be imposed by a second transmission at the second wireless device (115-h) based on the identified direction of the second wireless device (115-h); determining whether to transmit the second transmission based at least in part on the estimated interference level, the first transmission, and the direction of the second wireless device; selecting a transmission power for transmitting the second transmission based on a direction of the second transmission and the direction of the second wireless device; and transmitting the second transmission based on the determination.
A multirotor aircraft that includes a chassis, three or more vertical rotors (300, 3000), one or more free wings and one or more fixed horizontal rotor; wherein a) said three or more vertical rotors are attached to the chassis of the aircraft by a fixed connection, so that the angle between the rotors (300, 3000) and the chassis is fixed; and b) wherein the one or more free wings are attached to the chassis by an axial connection and the one or more free wings rotate freely around their horizontal axis so that the angle and lift of the one or more free wings is changed relative to the chassis according the flow of air over the one or more free wings and wherein said one or more free wings attains its optimal state relative to air movement automatically, without intervention; and c) whereby the fixed horizontal rotor, the one or more vertical rotors and the one or more free wings enable the multirotor aircraft to descend and climb while flying forward at a fixed horizontal pitch of the chassis. a) said three or more vertical rotors are attached to the chassis of the aircraft by a fixed connection, so that the angle between the rotors (300, 3000) and the chassis is fixed; and b) wherein the one or more free wings are attached to the chassis by an axial connection and the one or more free wings rotate freely around their horizontal axis so that the angle and lift of the one or more free wings is changed relative to the chassis according the flow of air over the one or more free wings and wherein said one or more free wings attains its optimal state relative to air movement automatically, without intervention; and c) whereby the fixed horizontal rotor, the one or more vertical rotors and the one or more free wings enable the multirotor aircraft to descend and climb while flying forward at a fixed horizontal pitch of the chassis.
Premix burner of the multi-cone type for a gas turbine, comprising a plurality of shells (12a-d), which are arranged around a central burner axis and are parts of a virtual, axially extending common cone, which opens in a downstream direction, whereby said parts are displaced perpendicular to said burner axis such that a tangential slot is defined between each pair of adjacent shells (12a-d), characterized in that the downstream ends of the shells (12a-d) are bordered by intersecting planes, which are defined by intersecting said shells (12a-d) with a virtual coaxial cylinder of a predetermined radius.
An electromagnetic relay characterized by comprising: a base; a pair of fixed terminals each including a fixed contact (22a, 22b) and a first fulcrum fixed to the base; a movable spring including a pair of movable pieces (18a, 18b), each of the movable pieces (18a, 18b) including a movable contact (36a, 36b) contacting and separating from the fixed contact (22a, 22b); an armature that is coupled with the movable spring, and moves the movable spring by a rotary motion around a second fulcrum; an electromagnetic device that drives the armature; and a permanent magnet that is arranged between the pair of fixed terminals and between the pair of movable pieces (18a, 18b), and generates a magnetic field; wherein the first fulcrum and the second fulcrum are arranged on opposite sides of the movable contact (36a, 36b) or the fixed contact (22a, 22b), characterised in that an N-pole of the permanent magnet is directed to a side of one of the pair of fixed terminals so that a first arc generated between the fixed contact (22a, 22b) of the one of the pair of fixed terminals and the movable contact (36a, 36b) of one of the pair of movable pieces (18a, 18b) extends in a direction, and an S-pole of the permanent magnet is directed to a side of another of the pair of the fixed terminals so that a second arc generated between the fixed contact (22a, 22b) of the another of the pair of fixed terminals and the movable contact (36a, 36b) of another of the pair of movable pieces (18a, 18b) extends in an opposite direction to the direction. a base; a pair of fixed terminals each including a fixed contact (22a, 22b) and a first fulcrum fixed to the base; a movable spring including a pair of movable pieces (18a, 18b), each of the movable pieces (18a, 18b) including a movable contact (36a, 36b) contacting and separating from the fixed contact (22a, 22b); an armature that is coupled with the movable spring, and moves the movable spring by a rotary motion around a second fulcrum; an electromagnetic device that drives the armature; and a permanent magnet that is arranged between the pair of fixed terminals and between the pair of movable pieces (18a, 18b), and generates a magnetic field; wherein the first fulcrum and the second fulcrum are arranged on opposite sides of the movable contact (36a, 36b) or the fixed contact (22a, 22b), characterised in that an N-pole of the permanent magnet is directed to a side of one of the pair of fixed terminals so that a first arc generated between the fixed contact (22a, 22b) of the one of the pair of fixed terminals and the movable contact (36a, 36b) of one of the pair of movable pieces (18a, 18b) extends in a direction, and an S-pole of the permanent magnet is directed to a side of another of the pair of the fixed terminals so that a second arc generated between the fixed contact (22a, 22b) of the another of the pair of fixed terminals and the movable contact (36a, 36b) of another of the pair of movable pieces (18a, 18b) extends in an opposite direction to the direction.
Light grid with - a plurality of light emitting units for emitting transmitted light beams, - a plurality of light-receiving units which supply reception signals in accordance with the incidence of light and which, in order to form the light grid, are capable of receiving the transmitted light beams when the beam path is free, - at least one receiving optics, - an evaluation unit for evaluating the intensity of the light incident on the light-receiving units, characterized in that - in that the receiving optics comprise a substrate having a microlens array, - wherein each microlens is associated with an aperture - and the apertures each lie in the focal point of the associated microlens for limiting a field of view of the light receiving units - and in that a group of microlenses of the microlens array is assigned to each light-receiving unit. - a plurality of light emitting units for emitting transmitted light beams, - a plurality of light-receiving units which supply reception signals in accordance with the incidence of light and which, in order to form the light grid, are capable of receiving the transmitted light beams when the beam path is free, - at least one receiving optics, - an evaluation unit for evaluating the intensity of the light incident on the light-receiving units, - in that the receiving optics comprise a substrate having a microlens array, - wherein each microlens is associated with an aperture - and the apertures each lie in the focal point of the associated microlens for limiting a field of view of the light receiving units - and in that a group of microlenses of the microlens array is assigned to each light-receiving unit.