mhurhangee/patent-ind-claim-en huggingface dataset:
A high-strength cold-rolled steel sheet, having a chemical composition consisting of, by mass%, C: 0.050 to 0.40%, Si: 0.01 to 3.0%, Mn: 1.0 to 5.0%, sol. Al: 0.001 to 1.0%, Ti: 0.005 to 0.20%, B: 0.0005 to 0.010%, P: 0.1% or less, S: 0.01% or less, O: 0.1% or less, N: 0.01% or less, Cr: 0 to 1.0%, Mo: 0 to 1.0%, Ni: 0 to 1.0%, Cu: 0 to 1.0%, Sn: 0 to 0.50%, Nb: 0 to 0.20%, V: 0 to 0.50%, W: 0 to 0.50%, Ca: 0 to 0.01%, Mg: 0 to 0.01%, Bi: 0 to 0.01%, Sb: 0 to 0.10%, Zr: 0 to 0.01%, REM: 0 to 0.01%, and the balance: Fe and impurities, and satisfying formula (i) and formula (ii) below: sol . Bs / B ≤ 0.50 sol . Bq / B > 0.50 where, the meaning of each symbol in the above formulas is as follows: B: B content, in mass%, contained in steel sheet; sol. Bs: B content, in mass%, present as a solid solution from a surface down to a depth of 30 μm of the steel sheet wherein the value of sol. Bs is determined by calculating the B amount consumed as a precipitate by measuring the mass of boride by an electrolytic extraction residue method to a depth of 30 μm without grinding the steel sheet surface, and thereafter deducting the calculated B amount from the B content contained in the steel; and sol. Bq: B content, in mass%, present as a solid solution at a position of 1/4 thickness of the steel sheet wherein the value of sol. Bq is determined by calculating the B amount consumed as a precipitate by measuring the mass of boride by an electrolytic extraction residue method by mechanically grinding the steel sheet to the position of 1/4 thickness, and thereafter performing electrolytic extraction to a depth of 30 μm, and thereafter deducting the calculated B amount from the B content contained in the steel. B: B content, in mass%, contained in steel sheet; sol. Bs: B content, in mass%, present as a solid solution from a surface down to a depth of 30 μm of the steel sheet wherein the value of sol. Bs is determined by calculating the B amount consumed as a precipitate by measuring the mass of boride by an electrolytic extraction residue method to a depth of 30 μm without grinding the steel sheet surface, and thereafter deducting the calculated B amount from the B content contained in the steel; and sol. Bq: B content, in mass%, present as a solid solution at a position of 1/4 thickness of the steel sheet wherein the value of sol. Bq is determined by calculating the B amount consumed as a precipitate by measuring the mass of boride by an electrolytic extraction residue method by mechanically grinding the steel sheet to the position of 1/4 thickness, and thereafter performing electrolytic extraction to a depth of 30 μm, and thereafter deducting the calculated B amount from the B content contained in the steel.
A method for Serial Peripheral Interface (SPI) operating-mode synchronization between an SPI host and an SPI device that communicate over an SPI bus, the method comprising: predefining, in the SPI device , one or more values on the SPI bus as indicative of an error caused by the SPI host and the SPI device operating in different SPI modes; and in response to receiving any of the predefined values in the SPI device , initiating a re-synchronization process that causes the SPI device to operate in the same SPI operating mode, wherein the one or more predefined values comprise one or more SPI instruction operating codes or SPI address operating codes in which a predefined group of bits is at a defined logic state, wherein one or more wires of the SPI bus are connected to pull-up or pull-down devices that force the one or more wires to a defined logic state, and wherein the one or more values indicative of the error comprise the one or more values in which the one or more wires are at the defined logic state, wherein the pull-up or pull-down devices is pull-up or pull-down resistor. predefining, in the SPI device , one or more values on the SPI bus as indicative of an error caused by the SPI host and the SPI device operating in different SPI modes; and in response to receiving any of the predefined values in the SPI device , initiating a re-synchronization process that causes the SPI device to operate in the same SPI operating mode, wherein the one or more predefined values comprise one or more SPI instruction operating codes or SPI address operating codes in which a predefined group of bits is at a defined logic state, wherein one or more wires of the SPI bus are connected to pull-up or pull-down devices that force the one or more wires to a defined logic state, and wherein the one or more values indicative of the error comprise the one or more values in which the one or more wires are at the defined logic state, wherein the pull-up or pull-down devices is pull-up or pull-down resistor.
A modular computing system comprising: a peripheral device including: a module interface to receive power and data communication from a computing device ; an attachment tab (108a-d) to affix the peripheral device to a lower side of the computing device; an upper side including a raised region and a recessed region defined by the raised region , a latch to control an engagement of the attachment tab with the computing device, the latch being movable between a locked position and an unlocked position and wherein, in the unlocked position, the attachment tab (108-d) is retracted into the raised region and wherein, in the locked position, the attachment tab (108a-d) extends from the raised region into the recessed region ; a sensing circuit to detect a change in position of the latch, wherein the change in position of the latch creates an open circuit, and wherein the sensing circuit is configured to detect the open circuit and is configured to indicate to a controller that an open circuit is present; and the controller configured to, in response to detecting the open circuit via the sensing circuit, indicate a hot unplug prediction to the computing device via the module interface. a module interface to receive power and data communication from a computing device ; an attachment tab (108a-d) to affix the peripheral device to a lower side of the computing device; an upper side including a raised region and a recessed region defined by the raised region , a latch to control an engagement of the attachment tab with the computing device, the latch being movable between a locked position and an unlocked position and wherein, in the unlocked position, the attachment tab (108-d) is retracted into the raised region and wherein, in the locked position, the attachment tab (108a-d) extends from the raised region into the recessed region ; a sensing circuit to detect a change in position of the latch, wherein the change in position of the latch creates an open circuit, and wherein the sensing circuit is configured to detect the open circuit and is configured to indicate to a controller that an open circuit is present; and the controller configured to, in response to detecting the open circuit via the sensing circuit, indicate a hot unplug prediction to the computing device via the module interface.
Workpiece for a hydraulic device , comprising at least in part a coating layer , characterized in that the coating layer contains Mo with a weight fraction between 75% and 90%, Ni with a weight fraction between 2% and 5%, Cr with a weight fraction between 2% and 5%, B with a weight fraction between 2% and 5%, Si with a weight fraction between 2% and 5% and Fe with a weight fraction between 2% and 5%, and essentially no Pb, the constituents adding up to 100%.
An adhesive composition comprising: a latex of a highly saturated nitrile rubber (A), which comprises 10 to 55 wt% of an α,β-ethylenically unsaturated nitrile monomer unit, 25 to 89 wt% of a conjugated diene monomer unit and 1 to 20 wt% of an α,β-ethytenically unsaturated dicarboxylic acid monoester monomer unit and has an iodine value measured in accordance with JIS K6235 of 120 or less, and a crosslinking aid (B) which has 2 or more ethylenically unsaturated groups in a molecule and is at least one maleimide selected from the group consisting of N,N-m-phenylenedimaleimide, 4,4'-diphenylmethane bismaleimide, bisphenol A diphenylether bismaleimide, 3,3'-dimethyl-5,5'-diethyl-4,4'-diphenylmethane bismaleimide, and N,N-(4-methyl-1,3-phenylene )bis(maleimide). a latex of a highly saturated nitrile rubber (A), which comprises 10 to 55 wt% of an α,β-ethylenically unsaturated nitrile monomer unit, 25 to 89 wt% of a conjugated diene monomer unit and 1 to 20 wt% of an α,β-ethytenically unsaturated dicarboxylic acid monoester monomer unit and has an iodine value measured in accordance with JIS K6235 of 120 or less, and a crosslinking aid (B) which has 2 or more ethylenically unsaturated groups in a molecule and is at least one maleimide selected from the group consisting of N,N-m-phenylenedimaleimide, 4,4'-diphenylmethane bismaleimide, bisphenol A diphenylether bismaleimide, 3,3'-dimethyl-5,5'-diethyl-4,4'-diphenylmethane bismaleimide, and N,N-(4-methyl-1,3-phenylene )bis(maleimide).
A sensor comprising: an elongated and hollow housing having a first opening (110P1) formed in a longitudinal direction of the housing , and a second opening (110P2) formed at one end thereof; a cap disposed in the second opening (110P2); an elongated cover covering the first opening (110P1) and having one end coupled to the cap ; a first receiving groove formed on the housing at a position adjacent to the first opening (110P1) and facing the cover ; a second receiving groove formed on the cap at a position facing the cover ; a front sealing member inserted into the first receiving groove and the second receiving groove , and coming into contact with the cover ; a groove formed on the cap at a position adjacent to the second opening (110P2) and facing one end of the housing ; and a side sealing member inserted into the groove and coming into contact with the one end of the housing , wherein the front sealing member has: a vertical portion (170L1V, 170L2V) coming into contact with a side surface of the cover ; and a horizontal portion (170L1H, 170L2H) extending from the vertical portion (170L1V, 170L2V) and coming into contact with an inner surface of the cover . an elongated and hollow housing having a first opening (110P1) formed in a longitudinal direction of the housing , and a second opening (110P2) formed at one end thereof; a cap disposed in the second opening (110P2); an elongated cover covering the first opening (110P1) and having one end coupled to the cap ; a first receiving groove formed on the housing at a position adjacent to the first opening (110P1) and facing the cover ; a second receiving groove formed on the cap at a position facing the cover ; a front sealing member inserted into the first receiving groove and the second receiving groove , and coming into contact with the cover ; a groove formed on the cap at a position adjacent to the second opening (110P2) and facing one end of the housing ; and a side sealing member inserted into the groove and coming into contact with the one end of the housing , wherein the front sealing member has: a vertical portion (170L1V, 170L2V) coming into contact with a side surface of the cover ; and a horizontal portion (170L1H, 170L2H) extending from the vertical portion (170L1V, 170L2V) and coming into contact with an inner surface of the cover . a vertical portion (170L1V, 170L2V) coming into contact with a side surface of the cover ; and a horizontal portion (170L1H, 170L2H) extending from the vertical portion (170L1V, 170L2V) and coming into contact with an inner surface of the cover .
A laundry treating apparatus comprising: a cabinet ; an outer tub disposed within the cabinet ; an inner tub rotatably disposed within the outer tub ; a circulation conduit for guiding at least part of air in the outer tub to come out from the outer tub and be then supplied back to the outer tub ; a fan disposed in the circulation conduit to move air; a filter net disposed in the circulation conduit to filter foreign substances included in moving air; a filter frame for supporting the filter net ; and nozzles for spraying water to remove foreign substances filtered by the filter net , wherein the filter frame comprises an extractable frame extending in the longitudinal direction and that is extractable from an outside of the cabinet , and a fixed frame fixed not to be extractable in the longitudinal direction forming a rest part of the filter frame and being disposed above the extractable frame . a cabinet ; an outer tub disposed within the cabinet ; an inner tub rotatably disposed within the outer tub ; a circulation conduit for guiding at least part of air in the outer tub to come out from the outer tub and be then supplied back to the outer tub ; a fan disposed in the circulation conduit to move air; a filter net disposed in the circulation conduit to filter foreign substances included in moving air; a filter frame for supporting the filter net ; and nozzles for spraying water to remove foreign substances filtered by the filter net , wherein the filter frame comprises an extractable frame extending in the longitudinal direction and that is extractable from an outside of the cabinet , and a fixed frame fixed not to be extractable in the longitudinal direction forming a rest part of the filter frame and being disposed above the extractable frame .
A fuel injector comprising a pilot fuel injector , a main fuel injector and a plurality of air swirlers , wherein a shroud is arranged around the pilot fuel injector , the main fuel injector and the plurality of air swirlers , the fuel injector has an axis (Y), the shroud has a radially inner surface , a central member arranged on the axis (Y) of the fuel injector , a first member arranged coaxially around the central member , a first air swirler arranged radially between the central member and the first member , the pilot fuel injector arranged within the first member to supply fuel into a passage at least defined by the first member , a second member arranged coaxially between a downstream portion of the first member and a downstream portion of the shroud , a second air swirler arranged radially between an upstream portion (56A of the first member and an upstream portion of the shroud and radially between a downstream portion of the first member and the second member , the second air swirler comprising a plurality of circumferentially spaced vanes , each of the vanes of the second air swirler extending radially from the upstream portion of the first member to the upstream portion of the shroud and from the downstream portion of the first member to the second member 64), a third air swirler arranged radially between the downstream portion of the shroud and the second member , the main fuel injector arranged to supply fuel into an annular passage between the first member and the second member and a fourth air swirler extending through the first member .
An electronic communication or notification method, the method comprising: submitting a first transaction to a blockchain, wherein the first transaction comprises an unspent output which includes a redeem script that requires the provision of a notification address within the metadata of an unlocking script in order to spend the unspent output; embedding a notification address within the metadata of an unlocking script of an input of a second transaction on the blockchain, wherein the unlocking script is provided to spend the unspent output of the first transaction; and sending an off-blockchain electronic notification to the notification address. submitting a first transaction to a blockchain, wherein the first transaction comprises an unspent output which includes a redeem script that requires the provision of a notification address within the metadata of an unlocking script in order to spend the unspent output; embedding a notification address within the metadata of an unlocking script of an input of a second transaction on the blockchain, wherein the unlocking script is provided to spend the unspent output of the first transaction; and sending an off-blockchain electronic notification to the notification address.
Adapter for a motor vehicle, with a holding plate , wherein two latching devices are arranged on the holding plate for latching the adapter to a holder attached to the motor vehicle, and wherein at least one fastening device is arranged on the holding plate for fastening an object to the adapter , wherein the holding plate preferably has a spacer for keeping a distance between a vehicle seat and the holding plate , wherein said two latching devices are each arranged at one end of a latch arm and the latch arms are guided on the spacer or on the holding plate and interact with a locking device in such a way that the latch arms can be moved relative to the spacers or relative to the holding plate in and against a displacement direction (P) as long as the locking device is not activated, and that they are fixed on the spacers or on the holding plate , when the locking device is activated, characterized in that the locking device is a ratchet mechanism which is designed in such a way that, when it is activated, it allows the latch arms to be displaced relative to the spacer assigned to them or relative to the holding plate so that the end face of the holding plate directly opposite a rear seat back of the vehicle approaches the rear seat back or even compresses its padding locally, and that it allows the latch arm in question to be fixed automatically in this position on the spacer assigned to it or the holding plate assigned to it.
A method comprising: at a wearable electronic device with: a first electro-acoustic input transducer and a second electro-acoustic input transducer arranged to pick up a first acoustic signal and convert the first acoustic signal to a first microphone signal (x1) and a second microphone signal (x2); and a third electro-acoustic input transducer arranged to pick up a second acoustic signal and convert the second acoustic signal to a third microphone signal (x3); and a processor : generating a beamformed signal (b1) based on the first microphone signal (x1) and the second microphone signal (x2); estimating a first frequency value (f1) representing a fundamental frequency in one or more of: the first microphone signal (x1), the second microphone signal (x2) and the third microphone signal (x3); configuring a first filter with one or more first passbands including an upper first passband , at one or more integer multiples of the first frequency value (f1); and one or more first stop bands adjacent the one or more passbands; wherein the first filter has a second passband above the upper passband ; filtering, using the first filter , one or more of: the first microphone signal (x1), the second microphone signal (x2) and the beamformed signal (b1). generating a beamformed signal (b1) based on the first microphone signal (x1) and the second microphone signal (x2); estimating a first frequency value (f1) representing a fundamental frequency in one or more of: the first microphone signal (x1), the second microphone signal (x2) and the third microphone signal (x3); configuring a first filter with one or more first passbands including an upper first passband , at one or more integer multiples of the first frequency value (f1); and one or more first stop bands adjacent the one or more passbands; wherein the first filter has a second passband above the upper passband ; filtering, using the first filter , one or more of: the first microphone signal (x1), the second microphone signal (x2) and the beamformed signal (b1).
Supply system for supplying a coating material to a feed device for feeding the coating material to a processing machine , wherein the supply system has: a storage device which is designed to store at least one coating material , and a manipulator which is designed to transfer coating material between the feed device and the storage device , characterised in that the manipulator is a mobile driveable robot, in particular an autonomous mobile robot, which is designed to pick up the coating materials at the storage device , transport them to the feed device and unload them at the feed device and/or to pick up the coating materials at the feed device , transport them to the storage device and unload them at the storage device , and wherein the manipulator is designed to perform a threading operation on the coating material when this has been moved to the feed device . a storage device which is designed to store at least one coating material , and a manipulator which is designed to transfer coating material between the feed device and the storage device , characterised in that the manipulator is a mobile driveable robot, in particular an autonomous mobile robot, which is designed to pick up the coating materials at the storage device , transport them to the feed device and unload them at the feed device and/or to pick up the coating materials at the feed device , transport them to the storage device and unload them at the storage device , and wherein the manipulator is designed to perform a threading operation on the coating material when this has been moved to the feed device .
An apparatus for measuring material properties of an object of ferromagnetic material, the material properties comprising stress, the apparatus comprising: - a probe , the probe comprising an electromagnet core defining two spaced-apart poles for inducing a magnetic field in the object, so the faces of the poles define four corners of the probe, and a drive coil wound around the electromagnet core ; - an alternating current supply to supply an alternating electric current to the drive coil to generate an alternating magnetic field in the electromagnet core and consequently in the object; and - the probe also comprising at least four sensing coils , at least two sensing coils being arranged in the vicinity of each of the poles , for sensing the magnetic flux density that links the core and the object, wherein there are two sensing coils arranged on the face of each pole , so that in use each sensing coil is between the face of the pole and the surface of the object, attached at opposite ends of the pole face so one sensing coil is at each corner of the probe ;wherein the object of ferromagnetic material is a steel wire embedded within a non-magnetic covering material, in a flexible oilfield riser, and the sensor coils on the face of each pole are sufficiently small that if the probe is suitably oriented each one is sensitive to a different steel wire within the riser. - a probe , the probe comprising an electromagnet core defining two spaced-apart poles for inducing a magnetic field in the object, so the faces of the poles define four corners of the probe, and a drive coil wound around the electromagnet core ; - an alternating current supply to supply an alternating electric current to the drive coil to generate an alternating magnetic field in the electromagnet core and consequently in the object; and - the probe also comprising at least four sensing coils , at least two sensing coils being arranged in the vicinity of each of the poles , for sensing the magnetic flux density that links the core and the object,
A device for automatically locking and/or unlocking at least one door leaf of a motor vehicle comprising a remote opening system comprising a central unit intended to be installed inside the vehicle, a portable identification member , said central unit being adapted to authenticate by radiofrequency the identification member , said device further comprising remote means for optically recognizing a predetermined gesture of a limb of the body to lock and/or unlock said at least one door leaf in front of which the gesture has been executed in the case of positive recognition of the gesture , the central unit comprising activation means enabling said remote optical recognition means to be activated when a radiofrequency signal emitted by the portable identification member is received by the central unit , characterized in that the central unit is configured so as to inhibit the radiofrequency signals emitted by the portable identification member after activation of said remote optical recognition means until the opening of another door leaf of the motor vehicle .