mhurhangee/patent-ind-claim-en huggingface dataset:
Compressed air device for an air suspension of a motor vehicle , preferably for an air suspension of a bus, comprising - a compressed air generating device , preferably a piston compressor, - a first reservoir for storing compressed air, - at least one air suspension bellow , preferably for levelling the motor vehicle , which is supplied with compressed air from the first reservoir and/or from the compressed air generation device , - a second reservoir for storing compressed air, - at least one compressed air-actuated consumer ; and - an electro-pneumatic control device , which is connected via pneumatic supply lines to the first and second reservoirs , the at least one air suspension bellow , and the at least one compressed air-actuated consumer , and is configured to distribute compressed air between these components by electrically controllable pneumatic valves, wherein the compressed air device is configured to supply at least a portion of waste air produced when the at least one air suspension bellow is emptied to the second reservoir for filling the latter; and wherein the compressed air device is configured to supply compressed air from the second reservoir - which was preferably previously used for filling the air suspension bellow - to the at least one compressed air-actuated consumer . - a compressed air generating device , preferably a piston compressor, - a first reservoir for storing compressed air, - at least one air suspension bellow , preferably for levelling the motor vehicle , which is supplied with compressed air from the first reservoir and/or from the compressed air generation device , - a second reservoir for storing compressed air, - at least one compressed air-actuated consumer ; and - an electro-pneumatic control device , which is connected via pneumatic supply lines to the first and second reservoirs , the at least one air suspension bellow , and the at least one compressed air-actuated consumer , and is configured to distribute compressed air between these components by electrically controllable pneumatic valves, wherein the compressed air device is configured to supply at least a portion of waste air produced when the at least one air suspension bellow is emptied to the second reservoir for filling the latter; and wherein the compressed air device is configured to supply compressed air from the second reservoir - which was preferably previously used for filling the air suspension bellow - to the at least one compressed air-actuated consumer . wherein the compressed air device is configured to supply at least a portion of waste air produced when the at least one air suspension bellow is emptied to the second reservoir for filling the latter; and wherein the compressed air device is configured to supply compressed air from the second reservoir - which was preferably previously used for filling the air suspension bellow - to the at least one compressed air-actuated consumer .
A piezoelectric laminate, comprising: a substrate ; and a piezoelectric film formed on the substrate, wherein the piezoelectric film contains an alkali niobium oxide represented by a composition formula of (K 1-x Na x )NbO 3 (O<x<1), having a perovskite structure, and contains a metallic element selected from a group consisting of Cu and Mn at a concentration of more than 1.0 at% and 2.0 at% or less, and wherein the piezoelectric film is configured to have a leakage current density of 250 μA/cm 2 or less, when an electric field of 300 kV/cm is applied in a thickness direction, and a relative permittivity of 1500 or less, when being measured under a condition of a frequency of 1 kHz. a substrate ; and a piezoelectric film formed on the substrate, wherein the piezoelectric film contains an alkali niobium oxide represented by a composition formula of (K 1-x Na x )NbO 3 (O<x<1), having a perovskite structure, and contains a metallic element selected from a group consisting of Cu and Mn at a concentration of more than 1.0 at% and 2.0 at% or less, and wherein the piezoelectric film is configured to have a leakage current density of 250 μA/cm 2 or less, when an electric field of 300 kV/cm is applied in a thickness direction, and a relative permittivity of 1500 or less, when being measured under a condition of a frequency of 1 kHz.
A belt buckle adaptable to at least two different widths of a belt band , including a first connecting branch , a second branch forming a bridge, the buckle being characterised in that the second branch is mounted movable in rotation around the first connecting branch, a third branch forming a brace and mounted movable in rotation around the first connecting branch, with the first connecting branch which is mechanically trapped on each of the second branch forming a bridge and the third branch forming a brace, and an actuation device provided with a first mechanism configured to enable pivoting of the second branch forming a bridge between a first stable position and a second stable position, and a second mechanism configured to enable pivoting of the third branch forming a brace between a first stable position and a second stable position, with the belt buckle which has a first configuration corresponding to a first belt band width when the second branch forming a bridge and the third branch forming a brace are in their respective first stable position, and a second configuration corresponding to a second belt band width when the second branch forming a bridge and the third branch forming a brace are in their respective second stable position.
A speech sound response device comprising : a microphone configured to acquire sound; a speaker ; and a processor configured to: detect a voice in the sound; generate a response to the voice; determine a response volume for outputting the response based on (i) a voice volume of the voice in the sound and (ii) an environmental volume of an environmental sound other than the voice; and control the speaker to output the response at the response volume, the speech sound response device being characterized in that it further comprises a storage device configured to store a plurality of volume functions, wherein each of the plurality of volume functions (i) corresponds to a loudness of the environmental volume of the environmental sound and (ii) relates the response volume to a loudness of the voice volume, and wherein the processor is configured to select one of the plurality of volume functions based on the environmental volume and determine the response volume of the response using the one of the plurality of volume functions based on the voice volume. a microphone configured to acquire sound; a speaker ; and a processor configured to: detect a voice in the sound; generate a response to the voice; determine a response volume for outputting the response based on (i) a voice volume of the voice in the sound and (ii) an environmental volume of an environmental sound other than the voice; and control the speaker to output the response at the response volume, the speech sound response device being characterized in that it further comprises a storage device configured to store a plurality of volume functions, wherein each of the plurality of volume functions (i) corresponds to a loudness of the environmental volume of the environmental sound and (ii) relates the response volume to a loudness of the voice volume, and wherein the processor is configured to select one of the plurality of volume functions based on the environmental volume and determine the response volume of the response using the one of the plurality of volume functions based on the voice volume. detect a voice in the sound; generate a response to the voice; determine a response volume for outputting the response based on (i) a voice volume of the voice in the sound and (ii) an environmental volume of an environmental sound other than the voice; and control the speaker to output the response at the response volume, the speech sound response device being characterized in that it further comprises a storage device configured to store a plurality of volume functions, wherein each of the plurality of volume functions (i) corresponds to a loudness of the environmental volume of the environmental sound and (ii) relates the response volume to a loudness of the voice volume, and wherein the processor is configured to select one of the plurality of volume functions based on the environmental volume and determine the response volume of the response using the one of the plurality of volume functions based on the voice volume.
A method for operating a device that is operable to connect to a network, the device operable to run a Light Weight Machine to Machine, LWM2M, client and being provisioned with a security credential comprising a secret that is shared with an LWM2M server entity reachable via the network, the method, performed in the device, comprising: • computing a derivative of the secret ; • generating a temporary bootstrap Uniform Resource Identifier, URI, by combining at least a part of the computed derivative with a static bootstrap URI for the network ; and • sending a bootstrap request to the temporary bootstrap URI . • computing a derivative of the secret ; • generating a temporary bootstrap Uniform Resource Identifier, URI, by combining at least a part of the computed derivative with a static bootstrap URI for the network ; and • sending a bootstrap request to the temporary bootstrap URI .
A pyrotechnic current disconnector including a housing having an igniter which, for disconnecting a conductor , applies pressure to a disconnecting piston displaceable in the housing, wherein upon triggering a signal line is interrupted, too, wherein the signal line is formed as a loop, characterised in that a pin of the disconnecting piston engages the loop.
A spray nozzle assembly , comprising: a squeeze bottle ; a spray nozzle ; a cap attached to the squeeze bottle, and a barrel extending from the cap and into the spray nozzle , wherein the spray nozzle is rotatable about the cap and the barrel , and includes a first operational state and a second operational state for the emission of fluid, and the cap comprises a channel defining a single fluid pathway between the squeeze bottle and the spray nozzle characterized in that the cap has an aperture that receives the spray nozzle. a squeeze bottle ; a spray nozzle ; a cap attached to the squeeze bottle, and a barrel extending from the cap and into the spray nozzle , wherein the spray nozzle is rotatable about the cap and the barrel , and includes a first operational state and a second operational state for the emission of fluid, and the cap comprises a channel defining a single fluid pathway between the squeeze bottle and the spray nozzle characterized in that the cap has an aperture that receives the spray nozzle.
A first wireless communication device comprising: a processor , a memory , and a wireless communication unit configured to establish a beamformed communication link with a second wireless communication device ; wherein the wireless communication unit is configured to receive a field containing a first portion indicating a beamlink maintenance unit index, the first portion followed by a second portion indicating a beamlink maintenance value, the second portion followed by a third portion indicating which of the first and second wireless communication devices is to act as a master in a communication over the beamformed communication link; and wherein the wireless communication unit is further configured to determine a beamlink maintenance time period for the beamformed communication link by multiplying a quantity indicated by the beamlink maintenance unit index times a quantity indicated by the beamlink maintenance value. a processor , a memory , and a wireless communication unit configured to establish a beamformed communication link with a second wireless communication device ; wherein the wireless communication unit is configured to receive a field containing a first portion indicating a beamlink maintenance unit index, the first portion followed by a second portion indicating a beamlink maintenance value, the second portion followed by a third portion indicating which of the first and second wireless communication devices is to act as a master in a communication over the beamformed communication link; and wherein the wireless communication unit is further configured to determine a beamlink maintenance time period for the beamformed communication link by multiplying a quantity indicated by the beamlink maintenance unit index times a quantity indicated by the beamlink maintenance value.
A method for manufacturing a shaped container with a curl adapted to receive an aerosol valve or a crown closure from a slug in an impact extrusion process using recycled scrap materials, comprising: providing scrap material of a 3XXX series aluminum alloy selected from the group consisting of a 3104, a 3003, a 3013, a 3103, and a 3105 aluminum alloy; providing an aluminum comprising one of an 1050 aluminum alloy or an 1070 aluminum alloy; melting said aluminum comprising the 1050 aluminum alloy or the 1070 aluminum alloy with said 3XXX series aluminum alloy in a furnace to form a new recycled aluminum alloy; casting said new recycled aluminum alloy in a casting machine to form an aluminum alloy slab with a pre-determined thickness of between 19.05 mm and 38.10 mm; hot rolling said aluminum alloy slab to reduce the pre-determined thickness and create a hot rolled strip; quenching said hot rolled strip in an aqueous solution to reduce the temperature of said hot rolled strip and form an alloy strip; cold rolling said alloy strip to further reduce the pre-determined thickness to between 3 mm and 14 mm; punching said alloy strip to form recycled aluminum alloy slugs, wherein the thick-ness of the recycled aluminum alloy slugs is between 3 mm and 14 mm; annealing said recycled aluminum alloy slugs by heating said recycled aluminum alloy slugs to a predetermined temperature and subsequently cooling; finishing said recycled aluminum alloy slugs by roughening an outer surface to form a finished slug with a high surface area; and forming the shaped container adapted to receive the aerosol valve or the crown closure from the finished slug using the impact extrusion process. providing scrap material of a 3XXX series aluminum alloy selected from the group consisting of a 3104, a 3003, a 3013, a 3103, and a 3105 aluminum alloy; providing an aluminum comprising one of an 1050 aluminum alloy or an 1070 aluminum alloy; melting said aluminum comprising the 1050 aluminum alloy or the 1070 aluminum alloy with said 3XXX series aluminum alloy in a furnace to form a new recycled aluminum alloy; casting said new recycled aluminum alloy in a casting machine to form an aluminum alloy slab with a pre-determined thickness of between 19.05 mm and 38.10 mm; hot rolling said aluminum alloy slab to reduce the pre-determined thickness and create a hot rolled strip; quenching said hot rolled strip in an aqueous solution to reduce the temperature of said hot rolled strip and form an alloy strip; cold rolling said alloy strip to further reduce the pre-determined thickness to between 3 mm and 14 mm; punching said alloy strip to form recycled aluminum alloy slugs, wherein the thick-ness of the recycled aluminum alloy slugs is between 3 mm and 14 mm; annealing said recycled aluminum alloy slugs by heating said recycled aluminum alloy slugs to a predetermined temperature and subsequently cooling; finishing said recycled aluminum alloy slugs by roughening an outer surface to form a finished slug with a high surface area; and forming the shaped container adapted to receive the aerosol valve or the crown closure from the finished slug using the impact extrusion process.
An adjustable carry bag for accommodating and carrying at least one sport board, the adjustable carry bag comprising: a pair of end sections configured for releasable connection together at connecting ends thereof to form an interior space of the adjustable carry bag for accommodating therein at least one sport board, each of the end sections having a first access opening providing access into the interior space and a closed perimeter portion at the connecting end thereof defining a second access opening providing access into the interior space different from the access provided by the first access opening, the first access opening being configured in an open state thereof to provide access into the interior space for accommodating therein the least one sport board and being configured in a closed state thereof so that the bag completely encloses and securely holds therein the at least one sport board when the end sections are releasably connected together; and a coupling structure (A, B) extending from the closed perimeter portion of each of the end sections for releasably coupling the end sections together so that the second access openings are generally aligned with one another and the closed perimeter portions and the coupling structures (A, B) of the end sections encircle a preselected region of the interior space of the adjustable carry bag in both the open and closed states of the first access opening . a pair of end sections configured for releasable connection together at connecting ends thereof to form an interior space of the adjustable carry bag for accommodating therein at least one sport board, each of the end sections having a first access opening providing access into the interior space and a closed perimeter portion at the connecting end thereof defining a second access opening providing access into the interior space different from the access provided by the first access opening, the first access opening being configured in an open state thereof to provide access into the interior space for accommodating therein the least one sport board and being configured in a closed state thereof so that the bag completely encloses and securely holds therein the at least one sport board when the end sections are releasably connected together; and a coupling structure (A, B) extending from the closed perimeter portion of each of the end sections for releasably coupling the end sections together so that the second access openings are generally aligned with one another and the closed perimeter portions and the coupling structures (A, B) of the end sections encircle a preselected region of the interior space of the adjustable carry bag in both the open and closed states of the first access opening .
A motor-vehicle light projector including a luminous device including a pixelized light source and an optical system arranged to project a pixelized light beam emitted by the pixelized light source, characterized in that the optical system comprises: - a first mirror (M11) arranged to collect and reflect rays of the pixelized light beam emitted by the pixelized light source, - a second mirror (M12) arranged to reflect the rays reflected by the first mirror, and - a third mirror (M13) arranged to reflect the rays reflected by the second mirror so as to correct field aberrations. - a first mirror (M11) arranged to collect and reflect rays of the pixelized light beam emitted by the pixelized light source, - a second mirror (M12) arranged to reflect the rays reflected by the first mirror, and - a third mirror (M13) arranged to reflect the rays reflected by the second mirror so as to correct field aberrations.
A hoof block configured to join with a livestock hoof via an adhesive, the hoof block comprising: a body having an upper surface and a lower surface , the body bounded by a perimeter (P) having an interior edge (LE) that transitions to an exterior edge (FE, RE) that approximates an outer hoof edge of a livestock hoof ; and characterized in that : a first plurality of shearing apertures extend through the body , each of the first shearing apertures having a first pointed end and an opposing second pointed end, the first plurality of shearing apertures laying along a first reference line (R1) that is at a third angle (A3) between 30 degrees and 60 degrees inclusive relative to the interior edge (LE), wherein the first plurality of shearing apertures are joined by a plurality of bridges (31B1, 31B2, 31B3, 31B4) adjacent at least one of the first pointed end and the second pointed end, the bridges (31B1, 31B2, 31B3, 31B4) configured to shear through the body when the hoof block encounters a pump impeller, and so that the hoof block breaks into a plurality of pieces that do not substantially impair continued operation of the pump impeller. a body having an upper surface and a lower surface , the body bounded by a perimeter (P) having an interior edge (LE) that transitions to an exterior edge (FE, RE) that approximates an outer hoof edge of a livestock hoof ; and characterized in that : a first plurality of shearing apertures extend through the body , each of the first shearing apertures having a first pointed end and an opposing second pointed end, the first plurality of shearing apertures laying along a first reference line (R1) that is at a third angle (A3) between 30 degrees and 60 degrees inclusive relative to the interior edge (LE), wherein the first plurality of shearing apertures are joined by a plurality of bridges (31B1, 31B2, 31B3, 31B4) adjacent at least one of the first pointed end and the second pointed end, the bridges (31B1, 31B2, 31B3, 31B4) configured to shear through the body when the hoof block encounters a pump impeller, and so that the hoof block breaks into a plurality of pieces that do not substantially impair continued operation of the pump impeller. a first plurality of shearing apertures extend through the body , each of the first shearing apertures having a first pointed end and an opposing second pointed end, the first plurality of shearing apertures laying along a first reference line (R1) that is at a third angle (A3) between 30 degrees and 60 degrees inclusive relative to the interior edge (LE), wherein the first plurality of shearing apertures are joined by a plurality of bridges (31B1, 31B2, 31B3, 31B4) adjacent at least one of the first pointed end and the second pointed end, the bridges (31B1, 31B2, 31B3, 31B4) configured to shear through the body when the hoof block encounters a pump impeller, and so that the hoof block breaks into a plurality of pieces that do not substantially impair continued operation of the pump impeller.