mhurhangee/ep-ind-claims huggingface dataset:
A brake caliper for a foundation brake of an automotive vehicle, such as a truck, adapted to be fixed on a carrier around a rotatable brake disc of a wheel of the vehicle, the caliper comprising: - at least one movable brake pad adapted to be pressed against the disc along an axis (X-X') perpendicular to a friction surface of the disc by at least one piston - a mounting surface for mounting a brake actuator, said actuator being adapted to move said piston, - a hole for passing an actuating member of the actuator, - three mounting holes extending perpendicularly to the mounting surface, and adapted to receive each a mounting stud of the actuator, the mounting holes being arranged in the shape of a triangle around the hole for passing the actuating member, characterized in that the edges (C1, C2, C3) of the triangle formed by the mounting holes are tangent to or outside of the inner contour of a tightness zone extending around the hole for passing the actuating member and defined as a continuous contact area of the mounting surface. - at least one movable brake pad adapted to be pressed against the disc along an axis (X-X') perpendicular to a friction surface of the disc by at least one piston - a mounting surface for mounting a brake actuator, said actuator being adapted to move said piston, - a hole for passing an actuating member of the actuator, - three mounting holes extending perpendicularly to the mounting surface, and adapted to receive each a mounting stud of the actuator, the mounting holes being arranged in the shape of a triangle around the hole for passing the actuating member,
An agent, comprising - fipronil as an active substance from the group of phenylpyrazoles, - deltamethrin as an active substance from the group of pyrethroids, and - vitamin E or a derivative thereof, which are selected from the group consisting of glycosides, esters, salts and complexes of vitamin E, as well as additionally - optionally further active and/or auxiliary substances, for the use in the control of parasites on animals. - fipronil as an active substance from the group of phenylpyrazoles, - deltamethrin as an active substance from the group of pyrethroids, and - vitamin E or a derivative thereof, which are selected from the group consisting of glycosides, esters, salts and complexes of vitamin E, as well as additionally - optionally further active and/or auxiliary substances,
A computer-implemented method comprising: modeling movement of hydrocarbons through kerogen-related porosity of a micro-scale model of kerogen-rich layers of a layered shale formation; estimating a first permeability of each kerogen-rich layer of the layered shale formation based on the micro-scale model; estimating a second permeability of each kerogen-poor layer of the layered shale formation based on physical log properties obtained from at least one wellbore in the layered shale formation; utilizing the first permeability for each kerogen-rich layer of a macro-scale model of the layered shale formation; and utilizing the second permeability for each kerogen-poor layer of the macro-scale model of the layered shale formation; determining a macro-scale permeability of the macro-scale model based on the first permeabilities of the kerogen-rich layers and on the second permeabilities of the kerogen-poor layers; predicting hydrocarbon production for drilling a wellbore within the layered shale formation based on the macro-scale permeability of the macro-scale model. modeling movement of hydrocarbons through kerogen-related porosity of a micro-scale model of kerogen-rich layers of a layered shale formation; estimating a first permeability of each kerogen-rich layer of the layered shale formation based on the micro-scale model; estimating a second permeability of each kerogen-poor layer of the layered shale formation based on physical log properties obtained from at least one wellbore in the layered shale formation; utilizing the first permeability for each kerogen-rich layer of a macro-scale model of the layered shale formation; and utilizing the second permeability for each kerogen-poor layer of the macro-scale model of the layered shale formation; determining a macro-scale permeability of the macro-scale model based on the first permeabilities of the kerogen-rich layers and on the second permeabilities of the kerogen-poor layers; predicting hydrocarbon production for drilling a wellbore within the layered shale formation based on the macro-scale permeability of the macro-scale model.
Torque device for guiding a first torque device member relative to a second torque device member, the torque device comprising the first and second torque device members (10, 68), each of the torque device members (10, 68) having an operational axis of rotation and three clamp bodies (22, 24, 26) spaced about the operational axis, wherein the clamp bodies (22, 24, 26) are movable between a retracted passive position and an extended active position, the torque device further comprising - a guide ring on one of the torque device members (10, 68), the guide ring comprising on or more guide ring sections (134, 136, 138); and - at least two guide elements (140, 142, 144) on the other of the torque device members (10, 68), each guide element (140, 142, 144) being movable with one of the clamp bodies (22, 24, 26) of the respective torque device member (10, 68), wherein when the clamp bodies (22, 24, 26) of the respective torque device member (10, 68) are in their retracted positions, the guide elements (140, 142, 144) abut or are close to the guide ring, characterized in that when the clamp bodies (22, 24, 26) of the respective torque device member (10, 68) are in their extended positions, the guide elements (140, 142, 144) are moved away from the guide ring. - a guide ring on one of the torque device members (10, 68), the guide ring comprising on or more guide ring sections (134, 136, 138); and - at least two guide elements (140, 142, 144) on the other of the torque device members (10, 68), each guide element (140, 142, 144) being movable with one of the clamp bodies (22, 24, 26) of the respective torque device member (10, 68), wherein when the clamp bodies (22, 24, 26) of the respective torque device member (10, 68) are in their retracted positions, the guide elements (140, 142, 144) abut or are close to the guide ring, characterized in that when the clamp bodies (22, 24, 26) of the respective torque device member (10, 68) are in their extended positions, the guide elements (140, 142, 144) are moved away from the guide ring.
A balloon, comprising: an envelope; a payload positioned beneath the envelope, wherein the envelope comprises a first portion and a second portion, wherein the first portion allows more solar energy to be transferred to gas within the envelope than the second portion; and a control system that is configured to cause the balloon to operate using a first mode in which altitudinal movement of the balloon is caused, at least in part, by rotating the envelope to change an amount of the first portion that faces the sun and an amount of the second portion that faces the sun; wherein the control system is further configured, responsive to not attaining a desired altitude or rate of descent using the first mode, to cause the balloon to switch from the first mode to operate using a second mode in which altitudinal movement of the balloon is caused, at least in part, by moving a lifting gas or air into or out of the envelope. an envelope; a payload positioned beneath the envelope, wherein the envelope comprises a first portion and a second portion, wherein the first portion allows more solar energy to be transferred to gas within the envelope than the second portion; and a control system that is configured to cause the balloon to operate using a first mode in which altitudinal movement of the balloon is caused, at least in part, by rotating the envelope to change an amount of the first portion that faces the sun and an amount of the second portion that faces the sun; wherein the control system is further configured, responsive to not attaining a desired altitude or rate of descent using the first mode, to cause the balloon to switch from the first mode to operate using a second mode in which altitudinal movement of the balloon is caused, at least in part, by moving a lifting gas or air into or out of the envelope.
A method comprising: determining a target area for computing a target air quality metric, the target area comprising a plurality of access points (50a - 50d); computing an interference severity level for a plurality of interference sources detected at an access point; aggregating two or more of the computed interference severity levels relative to the access point; computing an air quality metric for each access point in the target area, wherein the air quality metric is based on an aggregation of the computed interference severity levels; and aggregating the computed air quality metrics relative to each of the access points to calculate a target air quality metric for the target area comprising the plurality of access points (50a-50d), wherein the target air quality metric is based on an aggregation of the computed air quality metrics for each of the plurality of access points (50a-50d) in the target area. determining a target area for computing a target air quality metric, the target area comprising a plurality of access points (50a - 50d); computing an interference severity level for a plurality of interference sources detected at an access point; aggregating two or more of the computed interference severity levels relative to the access point; computing an air quality metric for each access point in the target area, wherein the air quality metric is based on an aggregation of the computed interference severity levels; and aggregating the computed air quality metrics relative to each of the access points to calculate a target air quality metric for the target area comprising the plurality of access points (50a-50d), wherein the target air quality metric is based on an aggregation of the computed air quality metrics for each of the plurality of access points (50a-50d) in the target area.
Nucleic acid molecule designated alpha-WOLF 25 which confers complete resistance to at least Peronospora farinosa f. sp. spinacea race Pfs:8, Pfs15 and Pfs:16 and does not confer resistance to Pfs:3, wherein the protein encoded by said nucleic acid molecule is a CC-NBS-LRR protein that comprises in its amino acid sequence: a) the motif "MAEIGYSVC" at its N-terminus; and b) the motif "KWMCLR"; and wherein the LRR domain of the protein has in order of increased preference at least 95%, 96%, 97%, 98%, 99%, 100% sequence similarity to SEQ ID No:5.
A card, removably insertable into a mobile device, the card comprising an antenna comprising: an antenna element comprising a first metal plane layer (6-5, 7-6) adapted to receive a signal from a satellite positioning system; a first layer of dielectric material (6-4, 6-15); and a second layer of dielectric material (6-4, 6-15), wherein the antenna element is at least partly between the first dielectric layer (6-4, 6-15) and the second dielectric layer (6-4, 6-15), characterised in that the antenna element is adapted to be coupled, in use, with the ground plane of the mobile device comprising a second metal plane layer, to form a resonator between the first and second metal plane layers when the card is installed in a mobile device. an antenna element comprising a first metal plane layer (6-5, 7-6) adapted to receive a signal from a satellite positioning system; a first layer of dielectric material (6-4, 6-15); and a second layer of dielectric material (6-4, 6-15), wherein the antenna element is at least partly between the first dielectric layer (6-4, 6-15) and the second dielectric layer (6-4, 6-15), characterised in that the antenna element is adapted to be coupled, in use, with the ground plane of the mobile device comprising a second metal plane layer, to form a resonator between the first and second metal plane layers when the card is installed in a mobile device.
A beacon illumination device for signaling, to aircraft, the presence of a wind turbine with a tower, a nacelle mounted on an upper part of the tower, a hub on which is mounted at least one blade, and an electrical machine connected to the hub and housed in the nacelle, which comprises an illuminator device that comprises at least one light-emitting diode capable of being arranged in an interior part of the wind turbine, at least one beacon light capable of being mounted at an end part of the wind turbine in a position at a distance from the illuminator device, at least one light conductor that comprises optical fibers for transmitting light from the illuminator device to the beacon light, the illuminator device facing light inlet ends of the optical fibers and each optical fiber comprising a light outlet end, characterized in that the optical fibers are grouped in at least one bundle of optical fibers, the illuminator device further comprises an optical collimator that comprises at least one collimator lens arranged between the light inlet of the optical fibers and the light-emitting diode, for converting scattered light emitted by the light-emitting diode into a parallel light beam and transmitting same toward the light inlet of the optical fibers, the optical collimator comprises a concave reflector that directs the scattered light emitted by the light-emitting diode toward the collimator optical lens. an illuminator device that comprises at least one light-emitting diode capable of being arranged in an interior part of the wind turbine, at least one beacon light capable of being mounted at an end part of the wind turbine in a position at a distance from the illuminator device, at least one light conductor that comprises optical fibers for transmitting light from the illuminator device to the beacon light, the illuminator device facing light inlet ends of the optical fibers and each optical fiber comprising a light outlet end, characterized in that the optical fibers are grouped in at least one bundle of optical fibers, the illuminator device further comprises an optical collimator that comprises at least one collimator lens arranged between the light inlet of the optical fibers and the light-emitting diode, for converting scattered light emitted by the light-emitting diode into a parallel light beam and transmitting same toward the light inlet of the optical fibers, the optical collimator comprises a concave reflector that directs the scattered light emitted by the light-emitting diode toward the collimator optical lens.
A method for processing an audio signal by an apparatus (700, 800, 1000, 1100, 1200B) comprising a downmix processing unit (720, 720a, 720b, 720c, 720d, 1020, 1120), an information generating unit (710, 810, 1010, 1110), and a multi-channel decoder (730, 830, 1030, 1130), the method comprising: receiving, by the downmix processing unit, a downmix signal comprising at least one object signal; receiving, by the information generating unit, object information determined when the downmix signal is generated; receiving, by the information generating unit, mix information from a user-interface for controlling at least one object signal comprised in the downmix signal; decomposing, by the downmix processing unit, the downmix signal into a subband signal; generating, by the information generating unit, a downmix processing parameter using the object information and the mix information; processing, by the downmix processing unit, the subband signal using the downmix processing parameter to generate a processed downmix signal; and, generating, by the downmix processing unit, an output signal using the processed downmix signal; generating, by the multi-channel decoder, a multi-channel decoded signal using the processed downmix signal; wherein a number of channels of the downmix signal is equal to a number of the channels of the output signal, and the output signal corresponds to a time domain signal; and the object information is at least one of object level information and object correlation information. receiving, by the downmix processing unit, a downmix signal comprising at least one object signal; receiving, by the information generating unit, object information determined when the downmix signal is generated; receiving, by the information generating unit, mix information from a user-interface for controlling at least one object signal comprised in the downmix signal; decomposing, by the downmix processing unit, the downmix signal into a subband signal; generating, by the information generating unit, a downmix processing parameter using the object information and the mix information; processing, by the downmix processing unit, the subband signal using the downmix processing parameter to generate a processed downmix signal; and, generating, by the downmix processing unit, an output signal using the processed downmix signal; generating, by the multi-channel decoder, a multi-channel decoded signal using the processed downmix signal; wherein a number of channels of the downmix signal is equal to a number of the channels of the output signal, and the output signal corresponds to a time domain signal; and the object information is at least one of object level information and object correlation information.
A wear member (11012, 11012') for separating tool bits (304, 604) attached to an adapter board and protecting bores of the adaptor board from wear, said wear member (11012, 11012') comprising: a shank portion (11018, 11018') defining a longitudinal axis, a free end and a perimeter (11020, 11020'), at least one flat surface (11022, 11022') on the perimeter (11020, 11020') extending to the free end and a cross-hole (11024, 11024') defining a cross-hole axis (A11024, A11024') along which the cross-hole (11024, 11024') extends through the at least one flat surface (11022, 11022') perpendicularly; and a wear portion (11014, 11014') extending downwardly axially from the shank portion (11018, 11018'); characterised in that the wear portion (11014, 11014') has a rectangular or square configuration; the shank portion (11018, 11018') includes a cylindrical portion and that the wear portion (11014, 11014') includes a straight surface (11028, 11028') which is parallel to the flat surfaces (11020, 11022'); and the wear portion (11014, 11014') includes a bottom portion and a plurality of inserts (11016, 11016') are attached to the bottom portion. a shank portion (11018, 11018') defining a longitudinal axis, a free end and a perimeter (11020, 11020'), at least one flat surface (11022, 11022') on the perimeter (11020, 11020') extending to the free end and a cross-hole (11024, 11024') defining a cross-hole axis (A11024, A11024') along which the cross-hole (11024, 11024') extends through the at least one flat surface (11022, 11022') perpendicularly; and a wear portion (11014, 11014') extending downwardly axially from the shank portion (11018, 11018'); characterised in that the wear portion (11014, 11014') has a rectangular or square configuration; the shank portion (11018, 11018') includes a cylindrical portion and that the wear portion (11014, 11014') includes a straight surface (11028, 11028') which is parallel to the flat surfaces (11020, 11022'); and the wear portion (11014, 11014') includes a bottom portion and a plurality of inserts (11016, 11016') are attached to the bottom portion.
Method for the production of chitin and/or chitosan from insect cuticles, comprising the following steps: (i) treating the insect cuticles with an oxidizing agent, then (ii) enzymatic hydrolysis of the insect cuticles with a proteolytic enzyme. (i) treating the insect cuticles with an oxidizing agent, then (ii) enzymatic hydrolysis of the insect cuticles with a proteolytic enzyme.
Trailer coupling for a motor vehicle, with a coupling arm for coupling-on a trailer or a rear load carrier, wherein the coupling arm is pivotably mounted around one first and at least one second swivel axis (S1, S2) on a vehicle mounting (20; 420; 220), attachable to the motor vehicle with the aid of a bearing provided on the vehicle mounting (20; 420; 220), between a position of use provided for the attachment of the trailer or the rear load carrier and an inoperative position shifted closer to the motor vehicle, wherein there is fixed immovably to a vehicle mounting part (21; 421; 221) of the vehicle mounting (20; 420; 220) provided for attachment to the motor vehicle a bearing base body of the bearing on which is pivotably mounted a first swivel bearing element (31; 431, 231), and wherein there is pivotably mounted on the first swivel bearing element (31; 431, 231) at least one second swivel bearing element (32; 432, 232), which carries the coupling arm, wherein the trailer coupling has a fixing device for immovable fixing of the coupling arm in the position of use and/or the inoperative position, wherein the fixing device has at least one fixing element, which may be moved between a fixing position provided for fixing of the coupling arm, and a release position, in which the coupling arm is movable, and a fixing drive for driving the fixing element or elements into the fixing position and into the release position, characterised in that fixing element or elements is or are located outside the bearing and may be driven by the fixing drive out of the interior of the bearing.
An RNA transcription vector comprising a transcribable nucleic acid sequence, a 5' translation enhancer sequence having at least 80% identity to any of SEQ ID N° 1-3 and a 3' nuclear retention sequence being an ENE fragment of the poly-adenylated non-translated RNA region of the Kaposi's sarcoma associated Herpes virus (KSHV).
A household appliance comprising a panel, at least one opening arranged on the panel, at least one knob disposed on the opening that provides the selection of various program parameters or operation settings by being moved and at least one circuit board disposed behind the panel, wherein - the knob has a screen disposed thereon for displaying the program parameters or the operation settings, - the knob comprises a cylindrical body whereon the screen is disposed and a circular outer sheath that surrounds the body, - the knob comprises a body that remains stationary during the movement of the outer sheath, characterised in that - the knob comprises an inner sheath that is mounted on the body, whereon the outer sheath is disposed and which transmits the change and selection of the program parameters with the movement of the outer sheath to the circuit board, and in that - the screen has at least two grids wherein the program parameter of at least one grid changes with the movement of the knob while the parameters shown by the other grids do not change. - the knob has a screen disposed thereon for displaying the program parameters or the operation settings, - the knob comprises a cylindrical body whereon the screen is disposed and a circular outer sheath that surrounds the body, - the knob comprises a body that remains stationary during the movement of the outer sheath, - the knob comprises an inner sheath that is mounted on the body, whereon the outer sheath is disposed and which transmits the change and selection of the program parameters with the movement of the outer sheath to the circuit board, and in that - the screen has at least two grids wherein the program parameter of at least one grid changes with the movement of the knob while the parameters shown by the other grids do not change.