mhurhangee/ep-ind-claims huggingface dataset:
Module for detecting the presence of an electronic payment terminal on a receiving dock comprising a connector intended to co-operate with a complementary connector of the electronic payment terminal, said connector of said receiving dock comprising at least one series transmission pin intended for a transmission of signals from said electronic payment terminal to said receiving dock, said module for detecting presence comprising means for driving at least one module for signaling a presence of said electronic payment terminal on said receiving dock as a function of the voltage on said series transmission pin, said driving means being connected at input with said series transmission pin and controlling the voltage and/or the current at output from said driving means so as to: • activate said at least one presence-signaling module when the level of voltage at input of said driving means is lower than or equal to a first pre-determined threshold, and • deactivate said at least one presence-signaling module when the level of voltage at input of said driving means is greater than the first pre-determined threshold and lower than or equal to a second pre-determined threshold, and further comprising means for filtering said electronic signal at output from said driving means so as to keep said at least one presence-signaling module deactivated when the level of voltage at input of said driving means is greater than said second pre-determined threshold. • activate said at least one presence-signaling module when the level of voltage at input of said driving means is lower than or equal to a first pre-determined threshold, and • deactivate said at least one presence-signaling module when the level of voltage at input of said driving means is greater than the first pre-determined threshold and lower than or equal to a second pre-determined threshold,
A non-metallic medical device comprising: a non-metallic substrate; and an anesthetic in contact with the non-metallic substrate, the anesthetic having a proton binding site with a non-ionic form and an ionic form, the anesthetic being less soluble in water when the proton binding site is in the non-ionic form than when the proton binding site is in the ionic form, wherein at least 5% w/w of the anesthetic is present with the proton binding site in the non-ionic form and the remainder of the anesthetic is present with the proton binding site in the ionic form. a non-metallic substrate; and an anesthetic in contact with the non-metallic substrate, the anesthetic having a proton binding site with a non-ionic form and an ionic form, the anesthetic being less soluble in water when the proton binding site is in the non-ionic form than when the proton binding site is in the ionic form, wherein at least 5% w/w of the anesthetic is present with the proton binding site in the non-ionic form and the remainder of the anesthetic is present with the proton binding site in the ionic form.
A portable auxiliary armrest ( 31, 41) designed to be supported between a right armrest and a left armrest (11, 12) of a seat in a seat row of an aircraft, the aircraft auxiliary armrest comprising: an inflatable elongated body having a right side and a left side (32, 33), and having an inflated state and an uninflated state; an opening at the right side (32, 42) designed to allow an end of the right armrest of the seat to be threaded within the opening, and an opening at the left side (33, 43) designed to allow an end of the left armrest of the seat to be threaded within the opening, for detachably connecting to the left and right armrests of the seat of an aircraft while the elongated body is between them; and wherein the aircraft auxiliary armrest is configured to be stored in a purse or a hand bag while in the uninflated state. an inflatable elongated body having a right side and a left side (32, 33), and having an inflated state and an uninflated state; an opening at the right side (32, 42) designed to allow an end of the right armrest of the seat to be threaded within the opening, and an opening at the left side (33, 43) designed to allow an end of the left armrest of the seat to be threaded within the opening, for detachably connecting to the left and right armrests of the seat of an aircraft while the elongated body is between them; and wherein the aircraft auxiliary armrest is configured to be stored in a purse or a hand bag while in the uninflated state.
A method for producing a sintered R-T-B based magnet, the method comprising the steps of: providing a sintered R-T-B based magnet body; providing an RH diffusion source including a heavy rare-earth element RH which is at least one of Dy and Tb and 30 mass% to 80 mass% of Fe; loading the sintered magnet body and the RH diffusion source into a processing chamber so that the magnet body and the diffusion source are movable relative to each other and are readily brought close to, or in contact with, each other; and performing an RH diffusion process in which the sintered magnet body and the RH diffusion source are heated to a processing temperature while being moved either continuously or discontinuously in the processing chamber, characterized in that the processing temperature is 870°C to 1000 °C. providing a sintered R-T-B based magnet body; providing an RH diffusion source including a heavy rare-earth element RH which is at least one of Dy and Tb and 30 mass% to 80 mass% of Fe; loading the sintered magnet body and the RH diffusion source into a processing chamber so that the magnet body and the diffusion source are movable relative to each other and are readily brought close to, or in contact with, each other; and performing an RH diffusion process in which the sintered magnet body and the RH diffusion source are heated to a processing temperature while being moved either continuously or discontinuously in the processing chamber, characterized in that the processing temperature is 870°C to 1000 °C.
A ballast tamper for railroad maintenance comprising: a cylinder arrangement, comprising a cylinder and a shaft arranged co-axially along a first axis, wherein the shaft is movably arranged at least partly in the cylinder to allow axial displacement relative the cylinder, at least a first and a second tamping tine unit (3, 4), wherein the cylinder arrangement has a first end and a second end, wherein each of the first and the second tamping tine unit is associated with said first and second end respectively in a first and second rotational connection point (25, 26) respectively, wherein the rotational connection point (25, 26) provides rotation around a second axis running radially relative to the cylinder arrangement such that axial displacement of the cylinder arrangement provides an inwardly or outwardly movement of the tamping tines units (3, 4), wherein the first and second rotational connection points are provided with a first and second bearing arrangements (5, 6) respectively, characterised in that each bearing arrangement (5, 6) comprises at least a first spherical plain bearing (51, 61) and a second spherical plain bearing (52, 62) arranged in abutment to said first spherical plain bearing. a cylinder arrangement, comprising a cylinder and a shaft arranged co-axially along a first axis, wherein the shaft is movably arranged at least partly in the cylinder to allow axial displacement relative the cylinder, at least a first and a second tamping tine unit (3, 4), wherein the cylinder arrangement has a first end and a second end, wherein each of the first and the second tamping tine unit is associated with said first and second end respectively in a first and second rotational connection point (25, 26) respectively, wherein the rotational connection point (25, 26) provides rotation around a second axis running radially relative to the cylinder arrangement such that axial displacement of the cylinder arrangement provides an inwardly or outwardly movement of the tamping tines units (3, 4), wherein the first and second rotational connection points are provided with a first and second bearing arrangements (5, 6) respectively, characterised in that each bearing arrangement (5, 6) comprises at least a first spherical plain bearing (51, 61) and a second spherical plain bearing (52, 62) arranged in abutment to said first spherical plain bearing.
A method of manufacturing a semiconductor device, comprising: - providing a semiconductor substrate comprising an insulation film formed on a top surface of the semiconductor substrate and a pad electrode disposed on the insulation film; - bonding a supporting member to the top surface of a semiconductor substrate so as to cover the pad electrode; characterised in - performing a first etching from a back surface of the semiconductor substrate to form an opening in the semiconductor substrate using an etching gas comprising SF 6 and O 2 so that part of the semiconductor substrate remains at a bottom portion of the opening; and - performing a second etching to remove the part of the semiconductor substrate remaining at the bottom portion of the opening using an etching gas comprising SF 6 and a fluorocarbon-based gas so that the insulation film is exposed. - providing a semiconductor substrate comprising an insulation film formed on a top surface of the semiconductor substrate and a pad electrode disposed on the insulation film; - bonding a supporting member to the top surface of a semiconductor substrate so as to cover the pad electrode; characterised in - performing a first etching from a back surface of the semiconductor substrate to form an opening in the semiconductor substrate using an etching gas comprising SF 6 and O 2 so that part of the semiconductor substrate remains at a bottom portion of the opening; and - performing a second etching to remove the part of the semiconductor substrate remaining at the bottom portion of the opening using an etching gas comprising SF 6 and a fluorocarbon-based gas so that the insulation film is exposed.
A swing-type power unit for a saddle riding vehicle, the power unit comprising: an internal combustion engine, a transmission device, a transmission case of the transmission device being combined to a crankcase of the internal combustion engine, a final gear mounted on a drive shaft of a rear wheel in the transmission case so as to rotate integrally with the drive shaft; and a speed detecting sensor being mounted on the transmission case, and having a coupling end coupled to a harness outside the transmission case, and configured to detect a rotation speed of the drive shaft, the coupling end projects outside the transmission case by standing upright from an outer surface of the transmission case, and the transmission case has a protection wall integrally formed at a position displaced from the coupling end in an axial direction of the drive shaft, wherein the protection wall projects from an outer surface of the transmission case, characterized in that the speed detecting sensor having a detection tip end that faces the final gear, and with the detection tip end entering a gear chamber, the transmission case has a fastening hole formed at a position displaced from the coupling end in the axial direction of the drive shaft, and the fastening hole, the speed detecting sensor and the protection wall are collocated in this order from a side of a hub of the rear wheel in the axial direction of the drive shaft. an internal combustion engine, a transmission device, a transmission case of the transmission device being combined to a crankcase of the internal combustion engine, a final gear mounted on a drive shaft of a rear wheel in the transmission case so as to rotate integrally with the drive shaft; and a speed detecting sensor being mounted on the transmission case, and having a coupling end coupled to a harness outside the transmission case, and configured to detect a rotation speed of the drive shaft, the coupling end projects outside the transmission case by standing upright from an outer surface of the transmission case, and the transmission case has a protection wall integrally formed at a position displaced from the coupling end in an axial direction of the drive shaft, wherein the protection wall projects from an outer surface of the transmission case, characterized in that the speed detecting sensor having a detection tip end that faces the final gear, and with the detection tip end entering a gear chamber, the transmission case has a fastening hole formed at a position displaced from the coupling end in the axial direction of the drive shaft, and the fastening hole, the speed detecting sensor and the protection wall are collocated in this order from a side of a hub of the rear wheel in the axial direction of the drive shaft.
A mixing structure with an injector arranged immediately after a bend of an exhaust pipe, urea water being injected by said injector into said exhaust pipe for mixing, wherein a pipe diameter (D p) of the exhaust pipe downstream of said bend is large relative to a pipe diameter (D e) of the exhaust pipe upstream, characterized in that an outward portion of the bend in a bending direction is formed with a depression depressed inward of the exhaust pipe to suppress any flow of the exhaust gas toward outward of the bending direction to remedy any biased flow velocity distribution, and a mixer constituted by thin grate plates with planar surfaces in a direction of the flow of the exhaust gas is arranged in the exhaust pipe downstream of the injector so that urea water from the injector can be sprayed to the mixer.
Use of a colloidal precipitated calcium carbonate (cPCC) for adsorbing and/or reducing the amount of at least one organic material in an aqueous medium, wherein the cPCC has a specific surface area of at least 5.0 m 2 /g, measured using nitrogen and the BET method, wherein the cPCC is in the form of aggregates of individual PCC particles and the cPCC comprises aggregates having a weight median particle diameter d 50 value from 0.1 to 50.0 μm and the cPCC aggregates consist of single crystals having a weight median particle diameter d 50 value from 0.01 to 5.0 μm, measured according to the sedimentation method.
A method for communicating digital files from a removable memory element to a digital media presentation device (12, 60), wherein the removable memory element comprises media storage, a file mapping module and a network interface to a file share device having digital media files stored therein, the method comprising: receiving, by the removable memory element from the file share device metadata relating to properties of a subset of the digital media files stored in the file share device, wherein the subset is variable and configurable by a user, and storing the metadata in the media storage; providing, by the removable memory element to the digital media presentation device (12, 60), during initialization of communication between the digital media presentation device (12, 60) and the removable memory element, a dummy file index; receiving, by the removable memory element a request from the media presentation digital device (12, 60) for a selected digital file selected from the dummy file index; replacing, the requested digital file by a replacement digital media file, based on a one to one mapping between the digital files referenced in the dummy file index and the subset file metadata stored in the media storage device, the replacement digital media file being downloaded over a network from the file share device; and communicating the replacement digital media file to the digital media presentation device (12, 60) in place of the requested digital file to satisfy the request. receiving, by the removable memory element from the file share device metadata relating to properties of a subset of the digital media files stored in the file share device, wherein the subset is variable and configurable by a user, and storing the metadata in the media storage; providing, by the removable memory element to the digital media presentation device (12, 60), during initialization of communication between the digital media presentation device (12, 60) and the removable memory element, a dummy file index; receiving, by the removable memory element a request from the media presentation digital device (12, 60) for a selected digital file selected from the dummy file index; replacing, the requested digital file by a replacement digital media file, based on a one to one mapping between the digital files referenced in the dummy file index and the subset file metadata stored in the media storage device, the replacement digital media file being downloaded over a network from the file share device; and communicating the replacement digital media file to the digital media presentation device (12, 60) in place of the requested digital file to satisfy the request.
A two-piece fastener for attachment to a panel, comprising: a retainer adapted to be received within a hole in a panel, said retainer having a shank with peripheral gripping means for engaging a wall of the panel hole, the retainer further having a central through-hole and a retainer head of enlarged diameter; and wherein an insert having multiple self-clinching features (16 and 18) of successively increasing diameter adapted for attachment to the retainer by insertion into the retainer through-hole causing deformation of a retainer through-hole wall by one or more of the self-clinching features (16 and 18), said insert having a flange at one end configured to contact an opposite side of the panel being clamped between the retainer head and the flange. a retainer adapted to be received within a hole in a panel, said retainer having a shank with peripheral gripping means for engaging a wall of the panel hole, the retainer further having a central through-hole and a retainer head of enlarged diameter; and wherein an insert having multiple self-clinching features (16 and 18) of successively increasing diameter adapted for attachment to the retainer by insertion into the retainer through-hole causing deformation of a retainer through-hole wall by one or more of the self-clinching features (16 and 18), said insert having a flange at one end configured to contact an opposite side of the panel being clamped between the retainer head and the flange.
A load-carrying vehicle part of a wheeled vehicle comprising, - a first wheel pair and a second wheel pair, wherein the wheels are tyred wheels and in each pair located in sequence and suspended in a respective bogie element on each side of a longitudinal frame member, which extends along a centre line between said first and second wheel pairs, - a suspension, which is arranged between each bogie element and the frame member on each side of the vehicle part to enable manipulation of the frame member state relative to the respective wheel pairs (10, 11) or to carry the frame member between them in a springing manner, characterized in that each suspension comprises - a first rocker arm and a second rocker arm, wherein the first rocker arm is located in front of the second rocker arm viewed in the vehicle part's normal forward direction of driving, - each rocker arm (26A, 26B) with its one end is pivotably fastened to a joint (27, 27) in the frame member and with its other end pivotably fastened in a joint (28, 28) in the bogie element. - a first spring leg and a second spring leg, wherein each spring leg with its one end is articulately fastened to the frame member and with its other end is articulately fastened to a rocker arm (26A, 26B). - a motion conversion arrangement capable of converting a rotary motion in a joint (27, 28) for one of the rocker arms (26A, 26B) to a forward and backward translation motion to accommodate changes in distance between the rocker arms' joints. - a first wheel pair and a second wheel pair, wherein the wheels are tyred wheels and in each pair located in sequence and suspended in a respective bogie element on each side of a longitudinal frame member, which extends along a centre line between said first and second wheel pairs, - a suspension, which is arranged between each bogie element and the frame member on each side of the vehicle part to enable manipulation of the frame member state relative to the respective wheel pairs (10, 11) or to carry the frame member between them in a springing manner, characterized in that each suspension comprises - a first rocker arm and a second rocker arm, wherein the first rocker arm is located in front of the second rocker arm viewed in the vehicle part's normal forward direction of driving, - each rocker arm (26A, 26B) with its one end is pivotably fastened to a joint (27, 27) in the frame member and with its other end pivotably fastened in a joint (28, 28) in the bogie element. - a first spring leg and a second spring leg, wherein each spring leg with its one end is articulately fastened to the frame member and with its other end is articulately fastened to a rocker arm (26A, 26B). - a motion conversion arrangement capable of converting a rotary motion in a joint (27, 28) for one of the rocker arms (26A, 26B) to a forward and backward translation motion to accommodate changes in distance between the rocker arms' joints.
A method comprising: commanding, by a system management unit, a first power device having output terminals to change an output electrical parameter, receiving operating points reported by a plurality of power devices, each comprising output terminals, wherein the output terminals of at least one power device of the plurality of power devices are serially coupled to the output terminals of the first power device, wherein the operating points each comprise at least one of an operating voltage and an operating current of the respective one of the plurality of power devices; and determining, based on the received operating points, power devices of the plurality of power devices that are serially coupled to the first power device by detecting a change in an operating point of the power devices, wherein the change is responsive to the changed output electrical parameter. commanding, by a system management unit, a first power device having output terminals to change an output electrical parameter, receiving operating points reported by a plurality of power devices, each comprising output terminals, wherein the output terminals of at least one power device of the plurality of power devices are serially coupled to the output terminals of the first power device, wherein the operating points each comprise at least one of an operating voltage and an operating current of the respective one of the plurality of power devices; and determining, based on the received operating points, power devices of the plurality of power devices that are serially coupled to the first power device by detecting a change in an operating point of the power devices, wherein the change is responsive to the changed output electrical parameter.