mhurhangee/patent-ind-claim-en huggingface dataset:
Commercial vehicle , in particular trailer , having - a chassis which comprises - at least one axle , and - a loading floor which can be displaced in height relative to the wheels (5a, b) of the at least one axle by means of a lifting device and - a plurality of locking devices for locking said at least one lifting device in a raised position, - wherein the plurality of locking devices comprise a single actuating element which is operatively connected to all locking devices so that all locking devices can be unlocked together by actuation thereof, and wherein - the locking devices comprise a locking bolt which is fastened to the chassis in a displaceable manner between a locking position and an unlocked position and can be brought into the unlocked position by means of an adjusting element which is operatively connected to the actuating element characterized in that - the several locking devices are provided for several existing lifting devices , and - the adjusting element is a connecting member which is displaceable relative to the chassis and against which the locking bolt bears in such a way that it can be brought from the locked position into the unlocked position by displacement of the connecting member . - a chassis which comprises - at least one axle , and - a loading floor which can be displaced in height relative to the wheels (5a, b) of the at least one axle by means of a lifting device and - at least one axle , and - a loading floor which can be displaced in height relative to the wheels (5a, b) of the at least one axle by means of a lifting device and - a plurality of locking devices for locking said at least one lifting device in a raised position, - wherein the plurality of locking devices comprise a single actuating element which is operatively connected to all locking devices so that all locking devices can be unlocked together by actuation thereof, and wherein - the locking devices comprise a locking bolt which is fastened to the chassis in a displaceable manner between a locking position and an unlocked position and can be brought into the unlocked position by means of an adjusting element which is operatively connected to the actuating element - the several locking devices are provided for several existing lifting devices , and - the adjusting element is a connecting member which is displaceable relative to the chassis and against which the locking bolt bears in such a way that it can be brought from the locked position into the unlocked position by displacement of the connecting member .
A noise-cancellation system , comprising: a noise sensor for providing a noise signal indicative of undesired noise; a controller arranged and configured to generate a noise-cancellation signal and transmit the noise-cancellation signal to a speaker , which transduces the noise-cancellation signal to acoustic energy; a speed sensor within or mounted to a vehicle, which is arranged and configured to transmit a speed signal to the controller, wherein a speed of the vehicle is determined based on the speed signal; a reference sensor arranged and configured to detect residual noise resulting from the combination of the acoustic energy of the noise-cancellation signal and the undesired noise, and to generate a reference sensor signal based on the detection of residual noise; an adaptive processing module configured to receive the reference sensor signal and the noise signal, and to generate a filter update signal ; and an adaptive filter having one or more filter coefficients, the adaptive filter configured to receive the filter update signal, wherein the controller is configured to prevent transmission of the noise-cancellation signal to the speaker when the speed signal is within the first condition, wherein in the first condition, the speed signal indicates a speed below a minimum threshold, the system characterized in that the adaptive filter is further configured to prevent adjustment of the one or more filter coefficients based on the filter update signal if the speed signal is within the first condition. a noise sensor for providing a noise signal indicative of undesired noise; a controller arranged and configured to generate a noise-cancellation signal and transmit the noise-cancellation signal to a speaker , which transduces the noise-cancellation signal to acoustic energy; a speed sensor within or mounted to a vehicle, which is arranged and configured to transmit a speed signal to the controller, wherein a speed of the vehicle is determined based on the speed signal; a reference sensor arranged and configured to detect residual noise resulting from the combination of the acoustic energy of the noise-cancellation signal and the undesired noise, and to generate a reference sensor signal based on the detection of residual noise; an adaptive processing module configured to receive the reference sensor signal and the noise signal, and to generate a filter update signal ; and an adaptive filter having one or more filter coefficients, the adaptive filter configured to receive the filter update signal, wherein the controller is configured to prevent transmission of the noise-cancellation signal to the speaker when the speed signal is within the first condition, wherein in the first condition, the speed signal indicates a speed below a minimum threshold, the system characterized in that the adaptive filter is further configured to prevent adjustment of the one or more filter coefficients based on the filter update signal if the speed signal is within the first condition.
An aqueous hard surface substrate marking composition comprising: (a) at least one binder; (b) at least one pigment; (c) at least one polymer - obtained further to at least one polymerization reaction of at least one monomer selected from acrylic acid, methacrylic acid, itaconic acid and their salts, and - partially or totally neutralized • by at least one divalent cation or • by at least one divalent cation and at least one monovalent cation or • by at least one divalent cation and at least one amino compound. (a) at least one binder; (b) at least one pigment; (c) at least one polymer - obtained further to at least one polymerization reaction of at least one monomer selected from acrylic acid, methacrylic acid, itaconic acid and their salts, and - partially or totally neutralized • by at least one divalent cation or • by at least one divalent cation and at least one monovalent cation or • by at least one divalent cation and at least one amino compound. - obtained further to at least one polymerization reaction of at least one monomer selected from acrylic acid, methacrylic acid, itaconic acid and their salts, and - partially or totally neutralized • by at least one divalent cation or • by at least one divalent cation and at least one monovalent cation or • by at least one divalent cation and at least one amino compound. • by at least one divalent cation or • by at least one divalent cation and at least one monovalent cation or • by at least one divalent cation and at least one amino compound.
Endothermic catalytic propane dehydrogenation process conducted in gas phase in at least one reactor system comprising at least two reactors (R1, R2) that are connected in series and comprise at least one catalyst bed (CB1, CB2) comprising at least one inorganic catalytic material and at least one first inert material, respectively, comprising the steps of: - feeding at least one first stream S1 comprising propane into the first reactor (R1) as front feed, and - feeding at least one second stream S2 comprising ethylene into the gas stream leaving the first reactor (R1) at at least one location between the first reactor (R1) and the second reactor (R2), wherein the gas stream leaving the first reactor (R1) and the at least one second stream S2 comprising ethylene are mixed in / or before entering at least one heater (H) arranged between first reactor (R1) and second reactor (R2) and heated in the heater (H) before entering the second reactor (R2). - feeding at least one first stream S1 comprising propane into the first reactor (R1) as front feed, and - feeding at least one second stream S2 comprising ethylene into the gas stream leaving the first reactor (R1) at at least one location between the first reactor (R1) and the second reactor (R2),
A sealed and thermally insulating tank for the storage of a liquefied gas, the tank comprising a tank wall fixed to a supporting wall , the tank wall comprising a structure with multiple layers superposed in a thicknesswise direction including at least one sealing membrane and at least one thermally insulating barrier arranged between the supporting wall and the sealing member , the sealing membrane comprising a plurality of corrugated metal sheets tightly welded to one another, the thermally insulating barrier comprising a plurality of juxtaposed insulating panels each having an inner face which forms a support surface for the sealing membrane , the sealing membrane and the thermally insulating barrier being interrupted in a singular zone by a window , metal anchoring plates being fixed onto the inner faces of the insulating panels and the corrugated metal sheets having edges welded to the anchoring plates to retain the sealing membrane against the support surface , the tank comprising a hollow structure inserted into the window , the hollow structure being arranged through the thickness of the tank wall , the hollow structure comprising a rigid container or a rigid jacket, the rigid container or the rigid jacket comprising a lateral wall and a rim protruding outward from the container all around the lateral wall , the tank being characterized in that the tank comprises a metal closure plate , the metal closure plate comprising an inner edge welded to the rim all around the lateral wall , the metal closure plate comprising an outer edge placed under the sealing membrane so as to form an overlap zone, the metal closure plate being tightly welded with the sealing membrane in the overlap zone, and the metal closure plate being left free with respect to the thermally insulating barrier . the thermally insulating barrier comprising a plurality of juxtaposed insulating panels each having an inner face which forms a support surface for the sealing membrane , the sealing membrane and the thermally insulating barrier being interrupted in a singular zone by a window , metal anchoring plates being fixed onto the inner faces of the insulating panels and the corrugated metal sheets having edges welded to the anchoring plates to retain the sealing membrane against the support surface , the tank comprising a hollow structure inserted into the window , the hollow structure being arranged through the thickness of the tank wall , the hollow structure comprising a rigid container or a rigid jacket, the rigid container or the rigid jacket comprising a lateral wall and a rim protruding outward from the container all around the lateral wall , the tank being characterized in that the tank comprises a metal closure plate , the metal closure plate comprising an inner edge welded to the rim all around the lateral wall , the metal closure plate comprising an outer edge placed under the sealing membrane so as to form an overlap zone, the metal closure plate being tightly welded with the sealing membrane in the overlap zone, and the metal closure plate being left free with respect to the thermally insulating barrier .
: Peptide, consisting of 7-17 amino acids and including the hexamer TX 1 EX 2 X 3 E, wherein X 1 , X 2 and X 3 can be any natural or non natural amino acid, wherein the peptide does not exhibit TNF-receptor-binding activity and is cyclic, for use in the treatment or prevention of vascular complications in diabetes patients; wherein the route of administration is parenteral administration, preferably through inhalation or intravenous administration or as an intraperitoneal bolus dosage.
A method for discovering a Device to Device, D2D, device, characterized in that , the method comprises: determining, by a source D2D device, whether there is network coverage ; when there is the network coverage, sending, by the source D2D device, to a D2D gateway a request to discover one or more proximity D2D devices, wherein the request comprises a source D2D device identifier and a target D2D device identifier, the source D2D device identifier being used in indicating the source D2D device that sends the request, the target D2D device identifier being used in indicating a target D2D device expected to be discovered; receiving, by the source D2D device, wireless resource information sent by an Evolved Node B, eNB , sending, by the source D2D device, announcement information according to the wireless resource information and monitoring response information ; receiving, by the source D2D device, rejection indication information and rejection reason sent by D2D gateway; and when there is no network coverage, sending, by the source D2D device, announcement information according to wireless resource information preconfigured in the source D2D device and monitoring response information . determining, by a source D2D device, whether there is network coverage ; when there is the network coverage, sending, by the source D2D device, to a D2D gateway a request to discover one or more proximity D2D devices, wherein the request comprises a source D2D device identifier and a target D2D device identifier, the source D2D device identifier being used in indicating the source D2D device that sends the request, the target D2D device identifier being used in indicating a target D2D device expected to be discovered; receiving, by the source D2D device, wireless resource information sent by an Evolved Node B, eNB , sending, by the source D2D device, announcement information according to the wireless resource information and monitoring response information ; receiving, by the source D2D device, rejection indication information and rejection reason sent by D2D gateway; and when there is no network coverage, sending, by the source D2D device, announcement information according to wireless resource information preconfigured in the source D2D device and monitoring response information .
A computing device for secure key management, the computing device comprising: a keystore interface to receive a keystore command related to an encryption key; a keystore manager to (i) convert the keystore command into an encrypted database command, (ii) unlock an encrypted database stored by the computing device with an obfuscated passphrase stored by the computing device, wherein the encrypted database includes a key table to store binary copies of encryption keys and a metadata table to store metadata related to the encryption keys, and (iii) execute the encrypted database command against the encrypted database; and a passphrase constructor to: load each encoded passphrase segment of a plurality of encoded passphrase segments from a corresponding predetermined file system location of the computing device; decode the plurality of encoded passphrase segments to generate a plurality of passphrase segments; and compound the plurality of passphrase segments to generate the passphrase, wherein the keystore interface is further to return a response to the keystore command in response to execution of the encrypted database command; and wherein to unlock the encrypted database comprises to unlock the encrypted database with the passphrase. a keystore interface to receive a keystore command related to an encryption key; a keystore manager to (i) convert the keystore command into an encrypted database command, (ii) unlock an encrypted database stored by the computing device with an obfuscated passphrase stored by the computing device, wherein the encrypted database includes a key table to store binary copies of encryption keys and a metadata table to store metadata related to the encryption keys, and (iii) execute the encrypted database command against the encrypted database; and a passphrase constructor to: load each encoded passphrase segment of a plurality of encoded passphrase segments from a corresponding predetermined file system location of the computing device; decode the plurality of encoded passphrase segments to generate a plurality of passphrase segments; and compound the plurality of passphrase segments to generate the passphrase, wherein the keystore interface is further to return a response to the keystore command in response to execution of the encrypted database command; and wherein to unlock the encrypted database comprises to unlock the encrypted database with the passphrase.
A vehicle glazing comprising: a glass substrate having an electrically conductive coating deposited on at least a portion of at least one surface thereof, wherein the electrically conductive coating comprises a pyrolytically deposited transparent conductive oxide layer, characterised by : a peripheral obscuration band comprising an electrically conductive peripheral obscuration band or a peripheral obscuration band which is not electrically conductive , wherein the peripheral obscuration band is printed on at least a portion of the electrically conductive coating , a cured electrically conductive ink printed on the peripheral obscuration band, and an electrically conductive element in electrical contact with both the electrically conductive coating and the cured electrically conductive ink . a glass substrate having an electrically conductive coating deposited on at least a portion of at least one surface thereof, wherein the electrically conductive coating comprises a pyrolytically deposited transparent conductive oxide layer, characterised by : a peripheral obscuration band comprising an electrically conductive peripheral obscuration band or a peripheral obscuration band which is not electrically conductive , wherein the peripheral obscuration band is printed on at least a portion of the electrically conductive coating , a cured electrically conductive ink printed on the peripheral obscuration band, and an electrically conductive element in electrical contact with both the electrically conductive coating and the cured electrically conductive ink . a peripheral obscuration band comprising an electrically conductive peripheral obscuration band or a peripheral obscuration band which is not electrically conductive , wherein the peripheral obscuration band is printed on at least a portion of the electrically conductive coating , a cured electrically conductive ink printed on the peripheral obscuration band, and an electrically conductive element in electrical contact with both the electrically conductive coating and the cured electrically conductive ink .
A method for measuring polarisation of electromagnetic illumination, comprising: passing the illumination through an infinity corrected optical element before modulating a polarisation state of illumination received from a target object to generate modulated intensity illumination; selectively measuring an intensity of the modulated intensity illumination by periodically gating an exposure of an imaging device to the modulated intensity illumination at a first gating frequency; determining calibration data associated with polarising effects of different optical paths taken by the received illumination after being received and before being selectively measured; responsive to the measured intensity, determining polarisation parameters of the received illumination in accordance with the determined calibration data; and generating image data corresponding to the target object with a plurality of the polarisation parameters, wherein the illumination from the target object is modulated in accordance with a first frequency and the first gating frequency is associated with and synchronised with at least the first frequency; and wherein determining the calibration data comprises passing illumination from a patterned target object of known optical properties through a calibration optical element of known optical properties after being passed through the infinity corrected lens and before being modulated. passing the illumination through an infinity corrected optical element before modulating a polarisation state of illumination received from a target object to generate modulated intensity illumination; selectively measuring an intensity of the modulated intensity illumination by periodically gating an exposure of an imaging device to the modulated intensity illumination at a first gating frequency; determining calibration data associated with polarising effects of different optical paths taken by the received illumination after being received and before being selectively measured; responsive to the measured intensity, determining polarisation parameters of the received illumination in accordance with the determined calibration data; and generating image data corresponding to the target object with a plurality of the polarisation parameters, wherein the illumination from the target object is modulated in accordance with a first frequency and the first gating frequency is associated with and synchronised with at least the first frequency; and wherein determining the calibration data comprises passing illumination from a patterned target object of known optical properties through a calibration optical element of known optical properties after being passed through the infinity corrected lens and before being modulated.
A method for automatically creating one or more lighting scenes, for a lighting system comprising a plurality of luminaires for illuminating an environment, based on images, the method comprising: detecting (S402, S404) a trigger event associated with source images captured by a user and stored in a virtual image gallery; selecting (S406, S408), in response to said trigger event, one or more target images from said source images, based on said detected trigger event and based on one or more image parameters of the source images; determining (S410) one or more lighting scenes for the lighting system based on said one or more image parameters of said selected one or more target images; and outputting (S414) said determined one or more lighting scenes. detecting (S402, S404) a trigger event associated with source images captured by a user and stored in a virtual image gallery; selecting (S406, S408), in response to said trigger event, one or more target images from said source images, based on said detected trigger event and based on one or more image parameters of the source images; determining (S410) one or more lighting scenes for the lighting system based on said one or more image parameters of said selected one or more target images; and outputting (S414) said determined one or more lighting scenes.