mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying an asymmetrical extreme load which is caused by a gust of wind and acts on a wind power installation , wherein the wind power installation - has a rotor having at least three rotor blades ; - the rotor blades are adjustable in terms of the blade angle thereof; and - the rotor by way of the rotor blades thereof sweeps a rotor field ; and the method comprises - continuous detecting of a blade load for each rotor blade ; - ascertaining for at least one sector of the rotor field at least one temporal sector load profile from blade loads detected of different rotor blades with the same azimuth position, said sector load profile describing a temporal profile of a load on the rotor blades in the sector and containing a profile extrapolated for a future temporal period, wherein - the blade loads are detected or taken into account at successive detection time points which are spaced apart by a partial period in which the rotor rotates further by one rotor blade, so that successive blade loads are detected or taken into account for the respective sector; and - checking in terms of expecting an extreme load as a function of the at least one sector load profile , characterized in that - an extreme load time point at which an extreme load is expected to arise is determined, in particular wherein - the extreme load time point is determined from the at least one sector load profile . - has a rotor having at least three rotor blades ; - the rotor blades are adjustable in terms of the blade angle thereof; and - the rotor by way of the rotor blades thereof sweeps a rotor field ; and the method comprises - continuous detecting of a blade load for each rotor blade ; - ascertaining for at least one sector of the rotor field at least one temporal sector load profile from blade loads detected of different rotor blades with the same azimuth position, said sector load profile describing a temporal profile of a load on the rotor blades in the sector and containing a profile extrapolated for a future temporal period, wherein - the blade loads are detected or taken into account at successive detection time points which are spaced apart by a partial period in which the rotor rotates further by one rotor blade, so that successive blade loads are detected or taken into account for the respective sector; and - the blade loads are detected or taken into account at successive detection time points which are spaced apart by a partial period in which the rotor rotates further by one rotor blade, so that successive blade loads are detected or taken into account for the respective sector; and - checking in terms of expecting an extreme load as a function of the at least one sector load profile , characterized in that - an extreme load time point at which an extreme load is expected to arise is determined, in particular wherein - the extreme load time point is determined from the at least one sector load profile .
A rotation apparatus for a boom of a mining vehicle, the apparatus comprising a rotation device having an axial central axis , characterized in that the rotation device comprises - a housing , - an inner manifold having a tube-like structure with a space within, wherein the inner manifold is arranged concentrically inside the housing , wherein -- the housing is arranged to rotate around the axial central axis , -- the housing comprises a housing channel , -- the inner manifold comprises a fluid channel having a fluid inlet for receiving fluid from the boom, and -- the fluid channel is connected to the housing channel for forming a fluid conduit through the rotation device, and the rotation apparatus further comprises electric cables routed through the rotation device , whereby the electric cables are routed through the rotation device at the axial central axis . - a housing , - an inner manifold having a tube-like structure with a space within, wherein the inner manifold is arranged concentrically inside the housing , wherein -- the housing is arranged to rotate around the axial central axis , -- the housing comprises a housing channel , -- the inner manifold comprises a fluid channel having a fluid inlet for receiving fluid from the boom, and -- the fluid channel is connected to the housing channel for forming a fluid conduit through the rotation device, and the rotation apparatus further comprises electric cables routed through the rotation device , whereby the electric cables are routed through the rotation device at the axial central axis . -- the housing is arranged to rotate around the axial central axis , -- the housing comprises a housing channel , -- the inner manifold comprises a fluid channel having a fluid inlet for receiving fluid from the boom, and -- the fluid channel is connected to the housing channel for forming a fluid conduit through the rotation device, and
An adhesive composition comprising: a butyl-based rubber; and a tackifier having a softening point of 90 °C or more, wherein the butyl-based rubber is Isobutylene-Isoprene rubber, and wherein the butyl-based rubber is formed by polymerizing a mixture including 1 mol% to 5 mol% of isoprene relative to 100 mol% of the total monomer. a butyl-based rubber; and a tackifier having a softening point of 90 °C or more, wherein the butyl-based rubber is Isobutylene-Isoprene rubber, and wherein the butyl-based rubber is formed by polymerizing a mixture including 1 mol% to 5 mol% of isoprene relative to 100 mol% of the total monomer.
A communication control method, comprising: generating, by a first radio access network device , a first message; and sending, by the first radio access network device , the first message to a second radio access network device , wherein the first message comprises identifier of a radio access network device accessed by a terminal device and downlink status information corresponding to the identifier of the radio access network device accessed by the terminal device, wherein the first radio access network device is a relay node in a wireless relay communications system for the terminal device, and the second radio access network device is a parent node of the first radio access network device or a donor base station of the first radio access network device in the wireless relay communications system, wherein the method further comprises: receiving, by the first radio access network device , a second message from the second radio access network device , wherein the second message comprises a reporting manner and/or at least one reporting granularity. generating, by a first radio access network device , a first message; and sending, by the first radio access network device , the first message to a second radio access network device , wherein the first message comprises identifier of a radio access network device accessed by a terminal device and downlink status information corresponding to the identifier of the radio access network device accessed by the terminal device, wherein the first radio access network device is a relay node in a wireless relay communications system for the terminal device, and the second radio access network device is a parent node of the first radio access network device or a donor base station of the first radio access network device in the wireless relay communications system, wherein the method further comprises: receiving, by the first radio access network device , a second message from the second radio access network device , wherein the second message comprises a reporting manner and/or at least one reporting granularity.
A display device comprising: a rollable display panel that includes: a display area (DA) arranged to display an image; a non-display area (NDA); and a base layer (BSL) including at least one hole (HOL) defined in the non-display area (NDA); and a housing connected to the rollable display panel and configured to accommodate the rollable display panel , wherein the rollable display panel includes: pixels (PXL) disposed on the display area (DA) of the base layer (BSL); and a conductive pattern (CP) disposed on the base layer (BSL) between the pixels (PXL) in the display area (DA) and overlapping the at least one hole (HOL) in a plan view, and wherein the conductive pattern (CP) is electrically connected to the housing through the at least one hole (HOL). a rollable display panel that includes: a display area (DA) arranged to display an image; a non-display area (NDA); and a base layer (BSL) including at least one hole (HOL) defined in the non-display area (NDA); and a display area (DA) arranged to display an image; a non-display area (NDA); and a base layer (BSL) including at least one hole (HOL) defined in the non-display area (NDA); and a housing connected to the rollable display panel and configured to accommodate the rollable display panel , wherein the rollable display panel includes: pixels (PXL) disposed on the display area (DA) of the base layer (BSL); and a conductive pattern (CP) disposed on the base layer (BSL) between the pixels (PXL) in the display area (DA) and overlapping the at least one hole (HOL) in a plan view, and pixels (PXL) disposed on the display area (DA) of the base layer (BSL); and a conductive pattern (CP) disposed on the base layer (BSL) between the pixels (PXL) in the display area (DA) and overlapping the at least one hole (HOL) in a plan view, and wherein the conductive pattern (CP) is electrically connected to the housing through the at least one hole (HOL).
A system comprising a switch logic module and I/O modules to which the switch logic module is mechanically and electrically detachably connected, the I/O modules being arranged next to each other on a DIN rail and spanned by the switch logic module , the I/O modules each comprising at least one electrical contact, and the mechanical connection being establishable using the electrical contacts, the switch logic module comprising a multiplex logic that can be used to cyclically connect the electrical contacts of the I/O modules for a predefined switch time to an output of the switch module , the housing of the switch logic module being designed so as to complement the housing shapes of the I/O modules so as to be attached thereto in a form-locked manner and thereby providing a natural mechanical secure fit thereon, fitting electrical terminals or electrical bushings of the I/O modules , the switch logic module comprising connectors, which are inserted into the terminals or bushings of the I/O modules with precise fit and not only ensure mechanical fixation but also an electrical connection, and the number of I/O modules connected by the switch logic module being configurable using DIP switches . the I/O modules being arranged next to each other on a DIN rail and spanned by the switch logic module , the I/O modules each comprising at least one electrical contact, and the mechanical connection being establishable using the electrical contacts, the switch logic module comprising a multiplex logic that can be used to cyclically connect the electrical contacts of the I/O modules for a predefined switch time to an output of the switch module , the housing of the switch logic module being designed so as to complement the housing shapes of the I/O modules so as to be attached thereto in a form-locked manner and thereby providing a natural mechanical secure fit thereon, fitting electrical terminals or electrical bushings of the I/O modules , the switch logic module comprising connectors, which are inserted into the terminals or bushings of the I/O modules with precise fit and not only ensure mechanical fixation but also an electrical connection, and the number of I/O modules connected by the switch logic module being configurable using DIP switches .
A nosepiece for delivering substance to a nasal cavity of a subject, the nosepiece comprising a body part which comprises a base portion which defines a flow passage therethrough, and a projection at a distal end of the base portion which at least in part provides a tip of the nosepiece and confers a rigidity in the sagittal direction, which enables the tip to open fleshy tissue at an upper region of the nasal valve and thereby expand an open area of the nasal valve, and a flexibility in a lateral direction, orthogonal to the sagittal plane, which facilitates insertion of the tip into the nasal valve, characterized in that the projection has the form of a blade and a length (d1) in the sagittal direction which is greater than a length (d2) in the lateral direction.
Magnetic centre-finding device comprising: • a moving body, called rotor (R'), including a steel crown, comprising a mechanical structure and at least two magnetic yokes (CR11, CR12), and comprising no magnet, • a reference body, called stator (S'), comprising a mechanical structure and at least two magnetic yokes (CS11, CS12), arranged between the two yokes of the rotor, - two crowns of magnets (A11, A12), and two sets of windings (B11, B11', B12, B12') that can be powered by a winding current being assembled on the stator (S), the two sets of windings being arranged on the two magnetic yokes of the stator between the two crowns of magnets, - at least four air gaps separating said magnetic yokes (CR11, CR12) of the rotor (R') and said magnetic yokes (CS11, CS12) of the stator (S'), - magnetic fluxes (FB11, FB12) created by said windings and magnetic fluxes (FA11, FA12, FA11', FA12') created by said magnets, passing through the air gaps separating said magnetic yokes (CR11, CR12) of the rotor (R') and said magnetic said magnetic yokes (CS11, CS12) of the stator (S'). • a moving body, called rotor (R'), including a steel crown, comprising a mechanical structure and at least two magnetic yokes (CR11, CR12), and comprising no magnet, • a reference body, called stator (S'), comprising a mechanical structure and at least two magnetic yokes (CS11, CS12), arranged between the two yokes of the rotor, - two crowns of magnets (A11, A12), and two sets of windings (B11, B11', B12, B12') that can be powered by a winding current being assembled on the stator (S), the two sets of windings being arranged on the two magnetic yokes of the stator between the two crowns of magnets, - at least four air gaps separating said magnetic yokes (CR11, CR12) of the rotor (R') and said magnetic yokes (CS11, CS12) of the stator (S'), - magnetic fluxes (FB11, FB12) created by said windings and magnetic fluxes (FA11, FA12, FA11', FA12') created by said magnets, passing through the air gaps separating said magnetic yokes (CR11, CR12) of the rotor (R') and said magnetic said magnetic yokes (CS11, CS12) of the stator (S'). - two crowns of magnets (A11, A12), and two sets of windings (B11, B11', B12, B12') that can be powered by a winding current being assembled on the stator (S), the two sets of windings being arranged on the two magnetic yokes of the stator between the two crowns of magnets, - at least four air gaps separating said magnetic yokes (CR11, CR12) of the rotor (R') and said magnetic yokes (CS11, CS12) of the stator (S'), - magnetic fluxes (FB11, FB12) created by said windings and magnetic fluxes (FA11, FA12, FA11', FA12') created by said magnets, passing through the air gaps separating said magnetic yokes (CR11, CR12) of the rotor (R') and said magnetic said magnetic yokes (CS11, CS12) of the stator (S').
Method for concealing data in an image or a video stream inside a compression chain, this method being implemented by computer and comprising the following steps: - a phase of structuring and processing during which at least one image is structured in blocks containing coefficients, - a phase of transformation and quantization of the blocks so as to generate transformed and quantized coefficients, - an entropy encoding intended to encode the transformed and quantized coefficients, characterized in that it also comprises a data concealment step during which bits from said data are concealed by modifying transformed and quantized coefficients, situated in a zone of high frequencies of at least a part of said blocks which are relative to the luminance component of the video stream and which are intra-coded, in that this modification is carried out after the quantization but before the entropy encoding; and in that for a predefined concealment level k, k being comprised between 1 and N-1 for a block of size N x N, the modification applies only to the coefficients aligned on a row parallel to the diagonal, this row being the k th row from this diagonal. - a phase of structuring and processing during which at least one image is structured in blocks containing coefficients, - a phase of transformation and quantization of the blocks so as to generate transformed and quantized coefficients, - an entropy encoding intended to encode the transformed and quantized coefficients, characterized in that it also comprises a data concealment step during which bits from said data are concealed by modifying transformed and quantized coefficients, situated in a zone of high frequencies of at least a part of said blocks which are relative to the luminance component of the video stream and which are intra-coded, in that this modification is carried out after the quantization but before the entropy encoding; and in that for a predefined concealment level k, k being comprised between 1 and N-1 for a block of size N x N, the modification applies only to the coefficients aligned on a row parallel to the diagonal, this row being the k th row from this diagonal. characterized in that it also comprises a data concealment step during which bits from said data are concealed by modifying transformed and quantized coefficients, situated in a zone of high frequencies of at least a part of said blocks which are relative to the luminance component of the video stream and which are intra-coded, in that this modification is carried out after the quantization but before the entropy encoding; and in that for a predefined concealment level k, k being comprised between 1 and N-1 for a block of size N x N, the modification applies only to the coefficients aligned on a row parallel to the diagonal, this row being the k th row from this diagonal.
An asymmetric thermal print head for printing images to a substrate by heating and transferring portions of a print ribbon to the substrate, the thermal print head comprising a print head body ; a plurality of print elements supported on the print head body and aligned along a first axis, each print element including a pair of electrodes that are spaced apart from one another and a discrete heater portion between and coupled to the pair of electrodes, the discrete heater portion having a burn width measured along the first axis and a burn length measured along a second axis that is perpendicular to the first axis, the burn length defined by a spacing between the pair of electrodes wherein the burn length is shorter than the burn width, such that the print elements are configured to produce a first print resolution corresponding to the first axis that is lower than a second print resolution corresponding to the second axis; and one or more control circuits configured to individually activate the print elements and to produce the first print resolution along an axis of the substrate parallel to the first axis and the second print resolution along an axis of the substrate parallel to the second axis.
An aircraft door comprising: - a leaf ; - a surround comprising a door frame intended to be fixed to the fuselage of the aircraft; - a door locking/unlocking mechanism adapted to move the leaf relative to the door frame ; - a first handling arm and a first forearm interconnected by a pivot connection , the first handling arm being connected to the door frame by a pivot connection and the first forearm being connected to the leaf by a pivot connection ; - a second handling arm and a second forearm interconnected by a pivot connection , the second handling arm being connected to the door frame by a pivot connection and the second forearm being connected to the leaf by a pivot connection ; this aircraft door being characterized in that it comprises: - a holding device, movable between: a locking position in which the first forearm and the second forearm are immobilized relative to the leaf ; and an unlocking position in which the first forearm and the second forearm are free to pivot relative to the leaf in at least one direction of rotation. - a leaf ; - a surround comprising a door frame intended to be fixed to the fuselage of the aircraft; - a door locking/unlocking mechanism adapted to move the leaf relative to the door frame ; - a first handling arm and a first forearm interconnected by a pivot connection , the first handling arm being connected to the door frame by a pivot connection and the first forearm being connected to the leaf by a pivot connection ; - a second handling arm and a second forearm interconnected by a pivot connection , the second handling arm being connected to the door frame by a pivot connection and the second forearm being connected to the leaf by a pivot connection ; this aircraft door being characterized in that it comprises: - a holding device, movable between: a locking position in which the first forearm and the second forearm are immobilized relative to the leaf ; and an unlocking position in which the first forearm and the second forearm are free to pivot relative to the leaf in at least one direction of rotation. - a holding device, movable between: a locking position in which the first forearm and the second forearm are immobilized relative to the leaf ; and an unlocking position in which the first forearm and the second forearm are free to pivot relative to the leaf in at least one direction of rotation.
A terminal device for use in a wireless telecommunications system comprising a plurality of terminal devices operable to communicate with one another in a device-to-device manner, wherein the terminal device comprises a controller unit and a transceiver unit configured to operate together to cause the terminal device to determine a transmission power level to use for device-to-device transmissions from the terminal device to restrict the number of the other terminal devices able to receive the device-to-device transmissions to a restricted subset of the other terminal devices, wherein the restricted subset of the other terminal devices comprises a predetermined number of the other terminal devices, and to transmit device-to-device communications using the determined transmission power level.
A method for producing a cooling plate from a material with very good thermal conductivity, such as copper, aluminium, or an alloy thereof, with pins (4, 4', 4", 4"') protruding approximately perpendicular over a base area on an effective surface swept by coolant, wherein the pins (4, 4', 4", 4"') are surrounded by a substantially radially extending, flat peripheral edge (U) which is functionally necessary, and the cooling plate is produced in a tool (W) by means of deformation of a workpiece (WS), wherein the workpiece (WS) is inserted in the tool (W) in the form of a flat material blank with uniform material thickness, which tool comprises at least one outer punch for producing the substantially flat peripheral edge and an inner punch cooperating with pin forming openings in the tool (W) to produce the pins (4, 4', 4", 4"'), characterised in that, in a first stage, by means of the inner punch , the pins (4, 4', 4", 4"') are deformed in collaboration with the pin forming openings of the tool (W) by pressing, in the workpiece (WS) held down by the outer punch , and that, in a second stage, by means of the outer punch , the peripheral edge (U) is moulded with a material thickness which Is reduced vis-à-vis the uniform material thickness of the flat material blank (WS) inserted into the tool (W), by pressing, in the workpiece (WS) held down by the inner punch of the tool (W), with the formed pins (4, 4', 4", 4"'), with the result that a substantially flat, functionally necessary peripheral edge is obtained, which edge transitions, substantially flush, into the material depression region after the pins are formed.