mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, comprising: obtaining (S302, S502, S602) X data blocks, wherein each of the first X-1 data blocks in the X data blocks comprises K bits, the last data block in the X data blocks comprises Y bits, X≥1, K≥Y≥1, and the X data blocks are obtained after to-be-transmitted data is grouped in a transmission sequence based on K; processing (S303, S503, S603) each of the X data blocks into N first symbols in a first processing manner to obtain NX first symbols, and sending (S304, S504, S605) the NX first symbols to a receive end device (11, 900); and wherein N and K meets a preset condition that ⌊ log 2 m N ⌋ > N ⋅ ⌊ log 2 m ⌋, K = ⌊ log 2 m N ⌋, where m is a modulation order, m≥2, N≥2, and K≥3. obtaining (S302, S502, S602) X data blocks, wherein each of the first X-1 data blocks in the X data blocks comprises K bits, the last data block in the X data blocks comprises Y bits, X≥1, K≥Y≥1, and the X data blocks are obtained after to-be-transmitted data is grouped in a transmission sequence based on K; processing (S303, S503, S603) each of the X data blocks into N first symbols in a first processing manner to obtain NX first symbols, and sending (S304, S504, S605) the NX first symbols to a receive end device (11, 900); and wherein N and K meets a preset condition that ⌊ log 2 m N ⌋ > N ⋅ ⌊ log 2 m ⌋, K = ⌊ log 2 m N ⌋, where m is a modulation order, m≥2, N≥2, and K≥3.
A user wearable apparatus; comprising: an optical sensor structure configured to optically monitor an area of a body of a user wearing the apparatus to monitor a physiological property of the user, and a processor configured to cause movement of at least one part of the optical sensor structure to change the monitored area of the body of the user and to determine a desired monitoring area, wherein the movement of the at least one part of the optical sensor structure causes changes in optical path of light rays used in the optical sensor structure, wherein the desired monitoring area is an area where a measured signal is strongest or where the measured signal exceeds a threshold value, and to maintain the monitoring of the physiological property of the user at the determined desired monitoring area. an optical sensor structure configured to optically monitor an area of a body of a user wearing the apparatus to monitor a physiological property of the user, and a processor configured to cause movement of at least one part of the optical sensor structure to change the monitored area of the body of the user and to determine a desired monitoring area, wherein the movement of the at least one part of the optical sensor structure causes changes in optical path of light rays used in the optical sensor structure, wherein the desired monitoring area is an area where a measured signal is strongest or where the measured signal exceeds a threshold value, and to maintain the monitoring of the physiological property of the user at the determined desired monitoring area. to cause movement of at least one part of the optical sensor structure to change the monitored area of the body of the user and to determine a desired monitoring area, wherein the movement of the at least one part of the optical sensor structure causes changes in optical path of light rays used in the optical sensor structure, wherein the desired monitoring area is an area where a measured signal is strongest or where the measured signal exceeds a threshold value, and to maintain the monitoring of the physiological property of the user at the determined desired monitoring area.
A turbine/compressor comprising: at least one magneto-electric device; a drive train coupled to said magneto-electric device; and a plurality of rotor blades coupled to said drive train, each rotor blade having a shaped leading edge extending generally the length of said rotor blade, said leading edge shaped to define a series of spaced, forwardly extending tubercles, said tubercles being dimensioned and proportioned to enhance lift, provide improved stall characteristics, reduce drag and reduce span-wise pumping. at least one magneto-electric device; a drive train coupled to said magneto-electric device; and a plurality of rotor blades coupled to said drive train, each rotor blade having a shaped leading edge extending generally the length of said rotor blade, said leading edge shaped to define a series of spaced, forwardly extending tubercles, said tubercles being dimensioned and proportioned to enhance lift, provide improved stall characteristics, reduce drag and reduce span-wise pumping.
A method, performed on a processor, for detecting edge cracks of an element of a sheet metal product, comprising: calculating a first stress associated with a forming process employing a first die; calculating a second stress associated with a finishing process employing a second die; calculating a total stress by combining the calculated first stress and the calculated second stress; simulating the sheet metal product to produce a benchmark stress; and comparing the total stress and the benchmark stress to determine if the element predictively contains edge cracks. calculating a first stress associated with a forming process employing a first die; calculating a second stress associated with a finishing process employing a second die; calculating a total stress by combining the calculated first stress and the calculated second stress; simulating the sheet metal product to produce a benchmark stress; and comparing the total stress and the benchmark stress to determine if the element predictively contains edge cracks.
A method of transferring a pattern to a thin film of radiation-sensitive material on a substrate using photolithography comprising: exposing said thin film to a radiation source in a liquid immersion lithography system (20; 120; 220); baking said substrate following said exposing in order to promote acid diffusion in said thin film; and following said exposure in said liquid immersion lithography system and prior to said baking, drying said substrate by rotating said substrate until the immersion fluid is removed from said substrate by centrifugal forces to a dryness which ensures that baking promotes acid diffusion uniformly across the substrate. exposing said thin film to a radiation source in a liquid immersion lithography system (20; 120; 220); baking said substrate following said exposing in order to promote acid diffusion in said thin film; and following said exposure in said liquid immersion lithography system and prior to said baking, drying said substrate by rotating said substrate until the immersion fluid is removed from said substrate by centrifugal forces to a dryness which ensures that baking promotes acid diffusion uniformly across the substrate.
A composite electromagnetic-wave-absorbing sheet comprising (a) a fourth electromagnetic-wave-absorbing film (10 c) obtained by forming a thin Ni film on at least one surface of a biaxially stretched plastic film of polyethylene terephthalate by a vapor deposition method; and (b) a second electromagnetic-wave-absorbing film composed of a resin or a rubber in which magnetic particles or non-magnetic, conductive particles are dispersed; characterized in that the fourth electromagnetic-wave-absorbing film (10 c) is heat-treated at a temperature in a range of 110 - 180 °C for a time of 10 minutes to 1 hour, said thin Ni film having light transmittance of 3 - 50 % to a laser ray having a wavelength of 660 nm, and said thin Ni film having a surface resistance of 10 - 200 Ω/square when measured on a square test piece of 10 cm x 10 cm cut out of said fourth electromagnetic-wave-absorbing film under a load of 3.85 kg applied via a flat pressure plate, with a pair of electrodes each having a length completely covering a side of said test piece disposed on opposing side portions of the thin Ni film of said test piece. (a) a fourth electromagnetic-wave-absorbing film (10 c) obtained by forming a thin Ni film on at least one surface of a biaxially stretched plastic film of polyethylene terephthalate by a vapor deposition method; and (b) a second electromagnetic-wave-absorbing film composed of a resin or a rubber in which magnetic particles or non-magnetic, conductive particles are dispersed;
A helicopter comprising a fuselage, an external load device that is connected to the fuselage via a component (240, 540), and a power transmission system (250, 550) that is adapted to transmit forces from a motor that generates a first rotational movement to the component, characterised in that the power transmission system (250, 550) comprises: an externally threaded shaft that is configured to be rotatably attached to the motor and performs a second rotational movement; an internally threaded fastener that is movably attached to the externally threaded shaft and performs a movement along the externally threaded shaft in response to the second rotational movement; a first element that comprises: a first end that is movably attached to the internally threaded fastener at a first joint, and a second end; and a second element that comprises: a plateau having a first end (456, 554a) and a second end, wherein the first end is movably attached to the second end of the first element at a second joint, wherein the first element transmits the forces from the first joint to the second joint, and the second end is adapted to be rigidly attached to the component at a third joint, wherein the plateau transmits the forces from the second joint to the third joint by transforming a rotational movement of the second joint (456, 556) into a rotation of the component. an externally threaded shaft that is configured to be rotatably attached to the motor and performs a second rotational movement; an internally threaded fastener that is movably attached to the externally threaded shaft and performs a movement along the externally threaded shaft in response to the second rotational movement; a first element that comprises: a first end that is movably attached to the internally threaded fastener at a first joint, and a second end; and a first end that is movably attached to the internally threaded fastener at a first joint, and a second end; and a second element that comprises: a plateau having a first end (456, 554a) and a second end, wherein the first end is movably attached to the second end of the first element at a second joint, wherein the first element transmits the forces from the first joint to the second joint, and a plateau having a first end (456, 554a) and a second end, wherein the first end is movably attached to the second end of the first element at a second joint, wherein the first element transmits the forces from the first joint to the second joint, and the second end is adapted to be rigidly attached to the component at a third joint, wherein the plateau transmits the forces from the second joint to the third joint by transforming a rotational movement of the second joint (456, 556) into a rotation of the component.
System for detecting moving conditions of a closing leaf of a barrier, comprising • a leaf adapted to obstruct a delimited opening or gap moved by a motor, said motor having a rotational shaft associated with a mechanism for transmitting motion to such leaf, • a first device on the rotational shaft of such motor for measuring the rotation of such shaft and • a second measuring device associated with a second rotational shaft of the system, such second rotational shaft being connected to the first shaft by a reduction gear, which causes a predetermined reduction ratio thereof, • both such measuring devices comprise a magnet (M1, M2) associated with the respective rotational shaft and a relative sensor (S1, S2) adapted to intercept the variations in the magnetic field thereof, • both magnets (M1 and M2) and the reduction gear are arranged inside a specific container of the system, characterized in that the detection is carried out from the outside placing the sensors (S1, S2) outside such container. • a leaf adapted to obstruct a delimited opening or gap moved by a motor, said motor having a rotational shaft associated with a mechanism for transmitting motion to such leaf, • a first device on the rotational shaft of such motor for measuring the rotation of such shaft and • a second measuring device associated with a second rotational shaft of the system, such second rotational shaft being connected to the first shaft by a reduction gear, which causes a predetermined reduction ratio thereof, • both such measuring devices comprise a magnet (M1, M2) associated with the respective rotational shaft and a relative sensor (S1, S2) adapted to intercept the variations in the magnetic field thereof, • both magnets (M1 and M2) and the reduction gear are arranged inside a specific container of the system, characterized in that the detection is carried out from the outside placing the sensors (S1, S2) outside such container.
A rotary bolt lock, particularly with socket wrench, pivoting lever or T-handle actuation, comprising a housing with an actuating shaft (14, 114, 214) which is mounted therein in a rotatable but axially fixed manner and which has a circumferential thread and at least one axially oriented flattened area on its free end (30, 230, 330, 430), and a rotary bolt (28, 128, 228, 328, 428) which is able to be placed in a torque-proof manner onto the free end (30, 230, 330, 430) of the shaft (14, 114, 214) with at least one rotational position and which is axially supported on a nut which can be screwed onto the circumferential thread, characterised in that the nut which, regarding a first alternative (4, 5), consists of one part (132, 232, 332, 432), and, according to a second alternative, comprises an annular arrangement which extends from a knurled nut, regarding the first alternative the entire nut, or regarding the second alternative the annular arrangement of the knurled nut, is enclosed by a retainer which forms a laterally accessible space, which, according to the first alternative, is delimited by two walls (142, 144), which each have a prismatic opening, wherein the opening allows the shaft to be pushed through in a torsionally stiff manner, or, in the case of the formation of the knurled nut according to the second alternative, one wall has a prismatic opening and the other wall has a U-shaped indentation or hollow for rotatably receiving the annular arrangement.
A portable exercise device comprising: a base disc; two pulley assemblies each including: a rope wheel, a belt wheel, and a wheel shaft, wherein the rope wheel is disposed on the wheel shaft through a one-way bearing, and the belt wheel is fixed on the wheel shaft; a fan wheel assembly including: a fan wheel shaft inserted through a mounting seat and fixed on the base disc, and a fan wheel fixed to the fan wheel shaft; a belt drivingly connected to the wheel shafts of the two pulley assemblies and the fan wheel shaft of the fan wheel assembly; and two pulley seats each including: a rod, a rope, and a handle, wherein the rods are fixed to the base disc, the ropes each have one end fixed to a corresponding one of the rope wheels and another end connected to a corresponding one of the handles, a pull rope spring box is mounted on the wheel shaft by a one-way bearing and is provided with a spiral spring; the portable exercise device is characterized in that it further comprises a support plate having a support frame provided on the base disc, and the mounting seat is provided on the support frame; the two pulley assemblies are disposed on the base disc, and the fan wheel assembly is disposed on the mounting seat. a base disc; two pulley assemblies each including: a rope wheel, a belt wheel, and a wheel shaft, wherein the rope wheel is disposed on the wheel shaft through a one-way bearing, and the belt wheel is fixed on the wheel shaft; a fan wheel assembly including: a fan wheel shaft inserted through a mounting seat and fixed on the base disc, and a fan wheel fixed to the fan wheel shaft; a belt drivingly connected to the wheel shafts of the two pulley assemblies and the fan wheel shaft of the fan wheel assembly; and two pulley seats each including: a rod, a rope, and a handle, wherein the rods are fixed to the base disc, the ropes each have one end fixed to a corresponding one of the rope wheels and another end connected to a corresponding one of the handles, a pull rope spring box is mounted on the wheel shaft by a one-way bearing and is provided with a spiral spring; the portable exercise device is characterized in that it further comprises a support plate having a support frame provided on the base disc, and the mounting seat is provided on the support frame; the two pulley assemblies are disposed on the base disc, and the fan wheel assembly is disposed on the mounting seat.
A safety arrangement for a liquefied gas fuel tank of a vehicle, adapted to release an excessive pressure from the fuel tank, comprising a spring-loaded pressure release valve adapted to open at a predefined pressure level, whereby the safety arrangement further comprises a housing mounted on the fuel tank and having an outer opening closed by a lid, where the pressure release valve is arranged in the housing and where the housing is provided with an outlet pipe having an outlet opening, and where the lid is adapted to melt at a predefined temperature, thereby allowing gas to exit the pressure release valve through the outer opening of the housing when the pressure release valve is open and the lid has melted.
Movable facility for washing and recycling washing waters, characterized in that it comprises: - a washing track positioned on the ground and including: - a run-off surface; and - a water recovery tank, the upper part of which is positioned level with the run-off surface; - a first pump configured in order to suck up water from the bottom of the tank that is laden with rubble and concrete laitance; - a movable rubble filtration station, including: - a support for fastening a filter bag, said first pump being configured in order to discharge the water into a bag fastened to the support; - a recovery chamber placed in a vertical line with the support in order to collect the water originating from a filter bag; - a movable water filtration station, configured to recover the water collected in the recovery chamber, and comprising a water circuit that includes, in series, a filter, and a filtered water receiving reservoir; - a second pump for pressurizing the water from the filtered water receiving reservoir; - an outlet interface receiving pressurized water originating from the receiving reservoir; - the washing track, the rubble filtration station and the water filtration station being independent and movable. - a washing track positioned on the ground and including: - a run-off surface; and - a water recovery tank, the upper part of which is positioned level with the run-off surface; - a first pump configured in order to suck up water from the bottom of the tank that is laden with rubble and concrete laitance; - a run-off surface; and - a water recovery tank, the upper part of which is positioned level with the run-off surface; - a first pump configured in order to suck up water from the bottom of the tank that is laden with rubble and concrete laitance; - a movable rubble filtration station, including: - a support for fastening a filter bag, said first pump being configured in order to discharge the water into a bag fastened to the support; - a recovery chamber placed in a vertical line with the support in order to collect the water originating from a filter bag; - a support for fastening a filter bag, said first pump being configured in order to discharge the water into a bag fastened to the support; - a recovery chamber placed in a vertical line with the support in order to collect the water originating from a filter bag; - a movable water filtration station, configured to recover the water collected in the recovery chamber, and comprising a water circuit that includes, in series, a filter, and a filtered water receiving reservoir; - a second pump for pressurizing the water from the filtered water receiving reservoir; - an outlet interface receiving pressurized water originating from the receiving reservoir; - the washing track, the rubble filtration station and the water filtration station being independent and movable.
An interconnect (200, 300) comprising: a substrate; a liquid conductive pathway supported by the substrate; and a conductively anisotropic, magnetic particle-embedded encapsulant (214, 216, 402) that interfaces with the liquid conductive pathway for connecting to another circuit element. a substrate; a liquid conductive pathway supported by the substrate; and a conductively anisotropic, magnetic particle-embedded encapsulant (214, 216, 402) that interfaces with the liquid conductive pathway for connecting to another circuit element.
Sheet flipping device, comprising a receiving member for receiving a sheet, a flipping volume being the volume which in operation is defined by the flipping movement of the sheet, a flipping element for flipping the sheet around an axis of rotation within the flipping volume onto the receiving member, characterised in that the sheet flipping device further comprises an air vortex ring generator having an air vortex ring exit nozzle defining a translational direction of a generated air vortex ring when said generated vortex ring is in operation generated from the air vortex ring exit nozzle, the air vortex ring generator is mounted such that in operation the sheet is urged onto the receiving member by the air vortex ring during the flipping motion of the sheet through the flipping volume.
Multi-contact connection arrangement for electrically connecting an electrical component part to an electrical connection, wherein a first socket and a second socket are aligned with respect to one another along a longitudinal axis, wherein the sockets (9, 11) are electrically connectable to one another by means of a flexible connector (5a, 5b, 5c), wherein a first plug-in bolt is insertable into the first socket and a second plug-in bolt is insertable into the second socket, and the first plug-in bolt is electrically connectable to the first electrical connection, wherein holding elements (14, 15) are provided which are intended for positioning and axially moving the sockets (9, 11) with respect to one another, characterized in that the radial distance of the sockets (9, 11) relative to one another is adjustable by means of spacer elements, wherein the spacer elements and the flexible connector (5a, 5b, 5c) are connectable to a first flange of the first socket and a second flange of the second socket.