mhurhangee/patent-ind-claim-en huggingface dataset:
A cryptographic integrated circuit adapted to manage operations on an information stream, comprising: a transform key generator configured to derive a transform key from a temporary copy of a user passphrase ; a one-time programmable memory configured to store the transform key in isolation using programming pulses from internal circuitry; a first one-way function, OWF, circuit block configured to generate a hash of an input message ; a programmable transformation function circuit block configured to be customized by the transform key and transform the hash into a transformed hash ; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result . a transform key generator configured to derive a transform key from a temporary copy of a user passphrase ; a one-time programmable memory configured to store the transform key in isolation using programming pulses from internal circuitry; a first one-way function, OWF, circuit block configured to generate a hash of an input message ; a programmable transformation function circuit block configured to be customized by the transform key and transform the hash into a transformed hash ; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result .
A microneedle array comprising microneedles containing noncrystalline polylactic acid, wherein the crystallinity of the polylactic acid is 38% or less and the microneedles are transparent or translucent.
A composition for sustained, targeted or sustained and targeted delivery of an active ingredient consisting of: • a complex formed between an uncrosslinked carboxyl substituted polymer chosen from a carboxyl substituted starch, a carboxyl substituted cellulose, a carboxyl substituted polyvinyl alcohol, a pectin, an alginate, or combinations thereof, and a lipid comprising a phospholipid chosen from phosphatidylcholine, phosphatidylethanolamine or combinations thereof. • a complex formed between an uncrosslinked carboxyl substituted polymer chosen from a carboxyl substituted starch, a carboxyl substituted cellulose, a carboxyl substituted polyvinyl alcohol, a pectin, an alginate, or combinations thereof, and a lipid comprising a phospholipid chosen from phosphatidylcholine, phosphatidylethanolamine or combinations thereof.
An arrangement for inductively supplying energy to electric and/or hybrid vehicles by transferring power from a static primary coil integrated in a drivable civil structure and providing a magnetic field to a secondary coil located in the vehicle to be supplied suitable for interaction with the provided magnetic field, characterized in that the primary coil is embedded in a prefabricated molded body made from a magnetizable concrete , having an initial permeability of at least 10 such that the magnetic field provided by the primary coil is bundled towards the intended charging position of the secondary coil .
An interchangeable lens apparatus provided with an imaging optical system and being detachably attachable to an image capturing apparatus , the image capturing apparatus being configured to be able to detect a defocus amount of the imaging optical system at plural different image heights by using a signal acquired by photoelectric conversion of an optical image formed by the imaging optical system at an image height for which a defocus amount is to be detected, the interchangeable lens apparatus comprising: a focus lens included in the imaging optical system; and a memory storing information enabling acquiring focus sensitivity different depending on image height and indicating a relation between a unit movement amount of the focus lens in an optical axis direction of the imaging optical system and a displacement amount of the optical image at the respective image height in the optical axis direction of the imaging optical system. a focus lens included in the imaging optical system; and a memory storing information enabling acquiring focus sensitivity different depending on image height and indicating a relation between a unit movement amount of the focus lens in an optical axis direction of the imaging optical system and a displacement amount of the optical image at the respective image height in the optical axis direction of the imaging optical system.
Motor vehicle having at least one headlight for illuminating the surroundings of the motor vehicle , and a control apparatus for controlling the headlight , wherein the headlight comprises a plurality of lighting segments which are arranged in the manner of a matrix and can be actuated separately by the control apparatus in order to provide a lighting brightness which can be predefined separately for the individual lighting segments , wherein the control parameter predefining the respective lighting brightness for each of the lighting segments can be calculated by the control apparatus in at least one computing step as a function of input parameters which can be provided by at least one vehicle apparatus , characterised in that the computing step or at least one of the computing steps can be executed in parallel by the control apparatus for a plurality of the lighting segments, wherein the input parameters or 2D vector data determined from the input parameters using the control apparatus , describe a 2D polygon list of 2D polygons of a light distribution, wherein different control parameters or control parameter profiles are associated with each of the 2D polygons, wherein the respective control parameter of the lighting segments may be calculated in parallel for a plurality of lighting segments from the 2D polygon list using the control apparatus .
A method of preparing reusable paper, comprising: providing a paper comprising ceramic or polymer fibers, which enhance the paper to withstand fluences applied by a light beam that can ablate images formed by ink or toner embedded on the enhanced paper without damaging the enhanced paper ; wherein the enhanced paper is substantially free from wood fibers or has less than 5% cellulose fibers; receiving at an erasing device the enhanced paper (110; illuminating images formed by ink or toner embedded on the enhanced paper with a light beam until ablating the images to form an erased paper, wherein the light beam illuminates the enhanced paper with a fluence that ablates the ink or toner but would damage standard printing paper that is made of cellulose fibers; and outputting the erased paper. providing a paper comprising ceramic or polymer fibers, which enhance the paper to withstand fluences applied by a light beam that can ablate images formed by ink or toner embedded on the enhanced paper without damaging the enhanced paper ; wherein the enhanced paper is substantially free from wood fibers or has less than 5% cellulose fibers; receiving at an erasing device the enhanced paper (110; illuminating images formed by ink or toner embedded on the enhanced paper with a light beam until ablating the images to form an erased paper, wherein the light beam illuminates the enhanced paper with a fluence that ablates the ink or toner but would damage standard printing paper that is made of cellulose fibers; and outputting the erased paper.
An electronic cigarette comprising: a controller; and a first air pressure sensor and a second air pressure sensor respectively coupled with the controller; wherein the first air pressure sensor is arranged within an air flow path of the electronic cigarette, and is configured for detecting a first air pressure in the air flow path and sending the first air pressure to the controller; wherein the second air pressure sensor is arranged at a position that is in communication with an ambient atmosphere, and is configured for detecting a second air pressure of the ambient atmosphere and sending the second air pressure to the controller; wherein the controller is configured for receiving the second air pressure and the first air pressure and controlling an atomizer to be on or off based on a pressure differential between the first air pressure and the second air pressure; wherein the electronic cigarette further comprises a power control circuit coupled with the controller; when the atomizer is initiated, the controller is configured for selecting a real-time output power corresponding to the detected pressure differential according to a corresponding relationship between pressure differentials and real-time output powers, and sending an instruction to the power control circuit, the power control circuit is configured for outputting the real-time output power to the atomizer in response to the instruction. a controller; and a first air pressure sensor and a second air pressure sensor respectively coupled with the controller; wherein the first air pressure sensor is arranged within an air flow path of the electronic cigarette, and is configured for detecting a first air pressure in the air flow path and sending the first air pressure to the controller; wherein the second air pressure sensor is arranged at a position that is in communication with an ambient atmosphere, and is configured for detecting a second air pressure of the ambient atmosphere and sending the second air pressure to the controller; wherein the controller is configured for receiving the second air pressure and the first air pressure and controlling an atomizer to be on or off based on a pressure differential between the first air pressure and the second air pressure; wherein the electronic cigarette further comprises a power control circuit coupled with the controller; when the atomizer is initiated, the controller is configured for selecting a real-time output power corresponding to the detected pressure differential according to a corresponding relationship between pressure differentials and real-time output powers, and sending an instruction to the power control circuit, the power control circuit is configured for outputting the real-time output power to the atomizer in response to the instruction.
An adjuvant concentrate, comprising: an alkylated sulfonated aromatic hydrocarbon acid; one or more oils, wherein the one or more oils is a pure oil, and wherein the one or more oils is at least one oil selected from the group consisting of a soybean methyl ester, a corn methyl ester, and a castor oil methyl ester, and wherein the adjuvant concentrate further comprises a citrus oil; and a pH adjuster, wherein the pH adjuster is a base, wherein the adjuvant concentrate is stable in a concentrated form and in a diluted form, and wherein the adjuvant concentrate yields, when diluted, a composition having a buffered pH value of from 4 to 8. an alkylated sulfonated aromatic hydrocarbon acid; one or more oils, wherein the one or more oils is a pure oil, and wherein the one or more oils is at least one oil selected from the group consisting of a soybean methyl ester, a corn methyl ester, and a castor oil methyl ester, and wherein the adjuvant concentrate further comprises a citrus oil; and a pH adjuster, wherein the pH adjuster is a base, wherein the adjuvant concentrate is stable in a concentrated form and in a diluted form, and wherein the adjuvant concentrate yields, when diluted, a composition having a buffered pH value of from 4 to 8.
A quick coupler comprising: an external body having an opening at a fore-end portion; an internal body elastically disposed to be rotated and moved in a straight line in the external body ; a cap coupled to a fore-end portion of the external body ; and a fixing lever elastically disposed between the internal body and the cap and configured to clamp a port (P) of a pressure container and to unclamp the port while the internal body is moved forward and backward, wherein the internal body is locked to the external body while being moved backward and is unlocked from the external body while the external body is rotated in one direction. an external body having an opening at a fore-end portion; an internal body elastically disposed to be rotated and moved in a straight line in the external body ; a cap coupled to a fore-end portion of the external body ; and a fixing lever elastically disposed between the internal body and the cap and configured to clamp a port (P) of a pressure container and to unclamp the port while the internal body is moved forward and backward, wherein the internal body is locked to the external body while being moved backward and is unlocked from the external body while the external body is rotated in one direction.
A method for piercing a metallic workpiece with a thickness of at least 10 mm by means of a laser beam, comprising: irradiating a pulsed laser beam onto a metallic workpiece with a thickness of at least 10 mm to form a piercing breakthrough , characterized in that a irradiated mean pulse power (P mittel ) of the pulsed laser beam is reduced during piercing. irradiating a pulsed laser beam onto a metallic workpiece with a thickness of at least 10 mm to form a piercing breakthrough , characterized in that a irradiated mean pulse power (P mittel ) of the pulsed laser beam is reduced during piercing.
A method of wireless communication comprising: receiving control region information comprising an indication of a bandwidth and associated frequency-time numerology of a common control region, and an indication of a user equipment, UE, specific subband of the common control region, the bandwidth of the common control region comprising at least a portion of a system bandwidth; receiving user data, wherein the user data is received using a different portion of the system bandwidth from the bandwidth of the common control region; and monitoring the common control region based at least in part on the control region information. receiving control region information comprising an indication of a bandwidth and associated frequency-time numerology of a common control region, and an indication of a user equipment, UE, specific subband of the common control region, the bandwidth of the common control region comprising at least a portion of a system bandwidth; receiving user data, wherein the user data is received using a different portion of the system bandwidth from the bandwidth of the common control region; and monitoring the common control region based at least in part on the control region information.
High-pressure roller press for comminuting brittle material for grinding (M), comprising - at least two grinding rollers , which are next to one another, rotate in opposite directions and form a roller gap (W) between them, wherein the first grinding roller is a fixed roller and a second grinding roller is a floating roller, and - a respective lateral wall at the two ends of the roller gap (W), characterized in that the respective lateral wall has a vibration device which makes the respective lateral wall mechanically oscillate. - at least two grinding rollers , which are next to one another, rotate in opposite directions and form a roller gap (W) between them, wherein the first grinding roller is a fixed roller and a second grinding roller is a floating roller, and - a respective lateral wall at the two ends of the roller gap (W),
A cooking fume extractor hood comprising - a main body configured to be fixed to a wall and having an intake opening configured to face a cooktop to draw in cooking fumes; - suction means in fluid communication with the intake opening ; - filter means located between the intake opening and the suction means ; - a vent opening located downstream of the suction means , the vent opening being configured to vent filtered fumes directly into the environment and away from the cooktop: - a pull-out portion slidable relative to the main body and has a bottom wall facing the cooktop and a top wall opposite to the bottom wall , the vent opening being placed on the top wall of the pull-out portion ; said suction means being housed in the main body , characterized in that all the filter means are not placed on the pull-out portion of the hood and are thus stationary with respect to the main body upon sliding of the pull-out portion . - a main body configured to be fixed to a wall and having an intake opening configured to face a cooktop to draw in cooking fumes; - suction means in fluid communication with the intake opening ; - filter means located between the intake opening and the suction means ; - a vent opening located downstream of the suction means , the vent opening being configured to vent filtered fumes directly into the environment and away from the cooktop: - a pull-out portion slidable relative to the main body and has a bottom wall facing the cooktop and a top wall opposite to the bottom wall , the vent opening being placed on the top wall of the pull-out portion ; said suction means being housed in the main body , characterized in that all the filter means are not placed on the pull-out portion of the hood and are thus stationary with respect to the main body upon sliding of the pull-out portion .
A vehicle transportation system , comprising: a plurality of vehicles each configured to at least partially autonomously drive along predetermined ground surface vehicle paths within a plurality of separated park areas ; a gondola station comprising an arrival zone and a departure zone , wherein the arrival zone and the departure zone are separate from one another, wherein a first vehicle of the plurality of vehicles is configured to aerially arrive at the arrival zone via a cable of the gondola station , disengage from the cable , and drive along a first path to exit the gondola station , and wherein a second vehicle of the plurality of vehicles is configured to drive along a second path to enter the gondola station , engage to the cable , and depart from the departure zone via the cable . a plurality of vehicles each configured to at least partially autonomously drive along predetermined ground surface vehicle paths within a plurality of separated park areas ; a gondola station comprising an arrival zone and a departure zone , wherein the arrival zone and the departure zone are separate from one another, wherein a first vehicle of the plurality of vehicles is configured to aerially arrive at the arrival zone via a cable of the gondola station , disengage from the cable , and drive along a first path to exit the gondola station , and wherein a second vehicle of the plurality of vehicles is configured to drive along a second path to enter the gondola station , engage to the cable , and depart from the departure zone via the cable .
Pneumatic vehicle tyre , in particular a utility vehicle tyre, having • a tread with a tread surface and a shoulder-side circumferential groove running in encircling fashion around the circumference of the tyre, • and having a carcass with a carcass ply having strength members, wherein the carcass ply has, in a cross section of the tyre, a carcass ply line running through the central points of the strength members of the carcass ply, wherein said cross section is the cross section perpendicular to the circumferential direction U that the tyre would have in the new state if it were mounted on a standard wheel rim conforming to E.T.R.T.O. without filling pressure, characterized • in that a point R of the carcass ply line defined by a projection of a centre of the circumferential groove perpendicularly onto the carcass ply line has a first spacing d of at least 0.7 mm to a straight line that connects two points A and B of the carcass ply line, ∘ wherein the centre of the circumferential groove is determined in a lateral surface applied to the tread surface radially from the outside, ∘ wherein the first spacing d is measured perpendicular to the straight line , and wherein the point R is arranged radially outside the straight line , and ∘ wherein the point R is arranged centrally between the points A and B as measured along the carcass ply line and has an equal second spacing D to each of the two points A and B, wherein the second spacing D is 1.0 to 2.0 times a width of the circumferential groove measured along the lateral surface . • a tread with a tread surface and a shoulder-side circumferential groove running in encircling fashion around the circumference of the tyre, • and having a carcass with a carcass ply having strength members, wherein the carcass ply has, in a cross section of the tyre, a carcass ply line running through the central points of the strength members of the carcass ply, wherein said cross section is the cross section perpendicular to the circumferential direction U that the tyre would have in the new state if it were mounted on a standard wheel rim conforming to E.T.R.T.O. without filling pressure, characterized • in that a point R of the carcass ply line defined by a projection of a centre of the circumferential groove perpendicularly onto the carcass ply line has a first spacing d of at least 0.7 mm to a straight line that connects two points A and B of the carcass ply line, ∘ wherein the centre of the circumferential groove is determined in a lateral surface applied to the tread surface radially from the outside, ∘ wherein the first spacing d is measured perpendicular to the straight line , and wherein the point R is arranged radially outside the straight line , and ∘ wherein the point R is arranged centrally between the points A and B as measured along the carcass ply line and has an equal second spacing D to each of the two points A and B, wherein the second spacing D is 1.0 to 2.0 times a width of the circumferential groove measured along the lateral surface .
A plate member for use with a bone anchor having a head and a shank , the plate member comprising: a plate member having a top side and a bottom side , the plate member defining at least one passage extending from the top side to the bottom side, wherein the at least one passage includes, a first bore with a first end and a second end, the first bore defining a first central axis (C1) between the first and second ends, the first end intersecting the top side at a first edge , a seat portion configured to receive, contact, and support the head of the bone anchor, the seat portion comprising a second central axis (C3), a second bore having a first end and a second end, the second end intersecting the bottom side at a second edge , wherein a majority of the first edge has a first radius centered about the first central axis (C1), and a minority of the first edge defines a first clearance outside the first radius for receiving at least one of the shank and the head at an angle relative to first and second central axes (C1, C3), and wherein a majority of the second edge has a second radius, and a minority of the second edge defines a second clearance outside the second radius for receiving the shank at an extreme shank angle extending along a shank axis (S) angled relative to the first and second central axes (C1, C3). a plate member having a top side and a bottom side , the plate member defining at least one passage extending from the top side to the bottom side, wherein the at least one passage includes, a first bore with a first end and a second end, the first bore defining a first central axis (C1) between the first and second ends, the first end intersecting the top side at a first edge , a seat portion configured to receive, contact, and support the head of the bone anchor, the seat portion comprising a second central axis (C3), a second bore having a first end and a second end, the second end intersecting the bottom side at a second edge , wherein a majority of the first edge has a first radius centered about the first central axis (C1), and a minority of the first edge defines a first clearance outside the first radius for receiving at least one of the shank and the head at an angle relative to first and second central axes (C1, C3), and wherein a majority of the second edge has a second radius, and a minority of the second edge defines a second clearance outside the second radius for receiving the shank at an extreme shank angle extending along a shank axis (S) angled relative to the first and second central axes (C1, C3).