mhurhangee/patent-ind-claim-en huggingface dataset:
A method for selectively securing records in a Near Field Communication Data Exchange Format, NDEF, message in a Near Field Communication, NFC, device, the method comprising: setting a first URI_present field and a first signature_type field of a first signature record to '0', placing the first signature record after a first set of records (R1-R2) and before a second set of records (R3-R5) in the NDEF message, and placing a second signature record after the second set of records (R3-R5) in the NDEF message, the second signature record including a signature, characterised in that at least one record among the first set of records (R1-R2) is unsecured and the second set of records (R3-R5) are secured by the second signature record, wherein a second URI_present field included in the second signature record indicates whether the signature is present in the second signature record or the signature is present in a URI pointed to by a signature/URI field in the second signature record, and wherein a combination of the first URI_present field and the first signature_type field indicates that the first signature record is a place marker signature record. setting a first URI_present field and a first signature_type field of a first signature record to '0', placing the first signature record after a first set of records (R1-R2) and before a second set of records (R3-R5) in the NDEF message, and placing a second signature record after the second set of records (R3-R5) in the NDEF message, the second signature record including a signature, characterised in that at least one record among the first set of records (R1-R2) is unsecured and the second set of records (R3-R5) are secured by the second signature record, wherein a second URI_present field included in the second signature record indicates whether the signature is present in the second signature record or the signature is present in a URI pointed to by a signature/URI field in the second signature record, and wherein a combination of the first URI_present field and the first signature_type field indicates that the first signature record is a place marker signature record.
Method for winding a material web , in particular paper, cardboard or tissue paper, onto a reel , wherein the material web is fed to the reel via a carrying drum , and a winding gap is formed between the carrying drum and the reel or the winding roller to be formed thereon, and in this winding gap, a line force (LK) is generated using at least two pressing devices (F1, F2, F3, F4) in the cross direction, wherein the line force (LK) is generated by a temporal line force profile on a guide side (LK1) and a temporal line force profile on a drive side (LK2), characterized in that at least one pressing device of the at least two pressing devices (F1, F2, F3, F4) and the temporal line force profile (LK1, LK2) generated by this pressing device and the resulting line force (LK) is controlled/regulated in an oscillating manner around at least one set mean value (MW1, MW2), in particular a mean value of the guide side (MW1) and/or a mean value of the drive side (MW2).
A nipple for spoked wheels, particularly for motorcycling uses, including a head and a rod which are coaxial and through which a through-hole extends coaxially, a manoeuvring key in the head and an insert of plastics material which is inserted in the hole in order to engage in a screwing manner with friction with a threaded end of a spoke, wherein the hole comprises a threaded portion which extends in the rod and a portion with an increased diameter between the threaded portion and the manoeuvring key, the portion with increased diameter which constitutes the seat for receiving the insert , the insert being formed with a tubular sleeve inserted in the seat at the side of the head and being blocked there by means of interference or adhesive bonding, characterised in that the insert is arranged in a position under the manoeuvring key with respect to the head and in that the manoeuvring key defines a base which is intended to abut a tool which is configured to act with the manoeuvring key, the insert being arranged in a position which is axially more remote with respect to a top surface of the head than the base .
A method for transmitting data by a base station, BS , in a 3GPP LTE-A wireless access system, the method comprising: transmitting, to a user equipment, UE , a radio resource control, RRC, message including information related to Carrier Indication Field, CIF, wherein the CIF is three bits information, transmitting, to the UE , a physical downlink control channel, PDCCH, including a CIF value, via a specific carrier among a plurality of carriers configured for the UE , wherein the CIF value is one of a plurality of CIF values, and transmitting, to the UE , data in a physical downlink shared channel, PDSCH, related to the PDCCH based on the CIF value, wherein when the CIF value is equal to or smaller than 4, the data is transmitted via one of the plurality of carriers which is configured by the CIF value based on the information, and wherein when the CIF value is greater than 4, the data is transmitted via a subframe included in the specific carrier configured by the CIF value based on the information. transmitting, to a user equipment, UE , a radio resource control, RRC, message including information related to Carrier Indication Field, CIF, wherein the CIF is three bits information, transmitting, to the UE , a physical downlink control channel, PDCCH, including a CIF value, via a specific carrier among a plurality of carriers configured for the UE , wherein the CIF value is one of a plurality of CIF values, and transmitting, to the UE , data in a physical downlink shared channel, PDSCH, related to the PDCCH based on the CIF value, wherein when the CIF value is equal to or smaller than 4, the data is transmitted via one of the plurality of carriers which is configured by the CIF value based on the information, and wherein when the CIF value is greater than 4, the data is transmitted via a subframe included in the specific carrier configured by the CIF value based on the information.
An auto-stop start system for a vehicle , the auto-stop start system having a control unit with an auto-stop start function controlling stop and start of an engine of the vehicle , and a control device by which control device the auto-stop start function can be temporarily deactivated by an operator of the vehicle , the control unit being configured to automatically reactivate the auto-stop start function after a predetermined duration of a temporary deactivation, the predetermined duration of the temporary deactivation of the auto-stop start function being selectable by means of the control device providing one or more output signals to the control unit , characterized in that the control unit is configured to reactivate the auto-stop start function after a predetermined distance travelled by the vehicle which distance is selectable by means of the control device .
A curable composition comprising: a cycloaliphatic epoxide (A); a siloxane (B) selected from a siloxane (B1) comprising at least two epoxy groups per molecule wherein at least one of the epoxy groups is a cycloaliphatic epoxy group, and a cyclic siloxane (B2) comprising at least two epoxy groups per molecule; a curing agent (C); and a hydrogenated glycidyl ether epoxide; wherein the content of the hydrogenated glycidyl ether epoxide is 5 to 40 percent by weight based on the total amount (100 percent by weight) of curable compounds contained in the curable composition. a cycloaliphatic epoxide (A); a siloxane (B) selected from a siloxane (B1) comprising at least two epoxy groups per molecule wherein at least one of the epoxy groups is a cycloaliphatic epoxy group, and a cyclic siloxane (B2) comprising at least two epoxy groups per molecule; a siloxane (B1) comprising at least two epoxy groups per molecule wherein at least one of the epoxy groups is a cycloaliphatic epoxy group, and a cyclic siloxane (B2) comprising at least two epoxy groups per molecule; a curing agent (C); and a hydrogenated glycidyl ether epoxide; wherein the content of the hydrogenated glycidyl ether epoxide is 5 to 40 percent by weight based on the total amount (100 percent by weight) of curable compounds contained in the curable composition.
A microelectromechanical device comprising a device layer which defines a horizontal device plane, and - a mobile rotor which comprises a first rotor measurement region made of silicon and a rotor stopper region made of silicon, - a fixed stator which is adjacent to the rotor and comprises a first stator measurement region and a stator stopper region, wherein the rotor is suspended from a fixed structure with flexible springs, and the rotor stopper region is separated from the stator stopper region by a stopper gap, and the rotor also comprises a first rotor isolation region (119, 219, 319, 4191 - 4195, 519, 619) made of an insulating material which connects the first rotor measurement region mechanically to the rotor stopper region and isolates the first rotor measurement region electrically from the rotor stopper region , and the rotor is a mobile part in the device layer characterized in that the first rotor isolation region extends entirely through the rotor in a vertical direction which is perpendicular to the device plane, and the microelectromechanical device is an accelerometer or a gyroscope. - a mobile rotor which comprises a first rotor measurement region made of silicon and a rotor stopper region made of silicon, - a fixed stator which is adjacent to the rotor and comprises a first stator measurement region and a stator stopper region, wherein the rotor is suspended from a fixed structure with flexible springs, and the rotor stopper region is separated from the stator stopper region by a stopper gap, and the rotor also comprises a first rotor isolation region (119, 219, 319, 4191 - 4195, 519, 619) made of an insulating material which connects the first rotor measurement region mechanically to the rotor stopper region and isolates the first rotor measurement region electrically from the rotor stopper region , and the rotor is a mobile part in the device layer characterized in that the first rotor isolation region extends entirely through the rotor in a vertical direction which is perpendicular to the device plane, and the microelectromechanical device is an accelerometer or a gyroscope.
A device for cleaning a handle comprising at least one handle comprising a gripping surface to be cleaned forming part of a wall of tubular or partially tubular shape, an application member to apply a cleaning liquid on the gripping surface , and cleaning liquid supply means comprising at least one reservoir to receive and distribute cleaning liquid to the application member, the application member formed at least partly of an annular ring mounted around the gripping surface and comprising at least one buffer reserve arranged in contact with the gripping surface , the device further comprising a unit for actuating the application member comprising drive means configured to move the application member axially along said gripping surface between a distribution position, in which the application member is opposite the distribution manifold or in fluid communication therewith, for the transfer of cleaning liquid into the buffer reserve and an application configuration for the application of cleaning liquid on the gripping surface so as to apply cleaning liquid from the buffer reserve on the gripping surface during this displacement, the buffer reserve comprising an applicator pad in contact with the gripping surface having a structure for storing the liquid in a porous structure or a structure of gaps for retaining liquid, such that the cleaning device comprises a manifold for distributing cleaning liquid comprising at least one liquid inlet in communication with the liquid reservoir and a plurality of liquid outlets distributed facing the applicator pad .
A power subassembly for use with a portable spreader tool , the subassembly comprising: an electric motor having a motor output shaft with a first axis of rotation, an angle rotary gear box operably coupled to the electric motor and adapted to receive rotary motion from the electric motor and provide a low speed, high torque rotary output at an output shaft having a second axis of rotation oriented about 90 degrees from the first axis of rotation, and an electrically powered brake that acts directly on the motor output shaft and which is selectively movable between a braking position wherein rotation of the motor output shaft is restricted and a non-braking position wherein the motor output shaft is rotatable. an electric motor having a motor output shaft with a first axis of rotation, an angle rotary gear box operably coupled to the electric motor and adapted to receive rotary motion from the electric motor and provide a low speed, high torque rotary output at an output shaft having a second axis of rotation oriented about 90 degrees from the first axis of rotation, and an electrically powered brake that acts directly on the motor output shaft and which is selectively movable between a braking position wherein rotation of the motor output shaft is restricted and a non-braking position wherein the motor output shaft is rotatable.
A composition for topical application comprising as active ingredients a solid particulate matter of a peroxide and a solid particulate matter of a retinoid, wherein at least one of said active ingredients is in the form of first microparticles, and each microparticle of the first microparticles contains one or more solid cores consisting of either the solid particulate matter of the peroxide or the solid particulate matter of the retinoid, wherein said one or more solid cores are coated by a metal oxide layer. a solid particulate matter of a peroxide and a solid particulate matter of a retinoid, wherein at least one of said active ingredients is in the form of first microparticles, and each microparticle of the first microparticles contains one or more solid cores consisting of either the solid particulate matter of the peroxide or the solid particulate matter of the retinoid, wherein said one or more solid cores are coated by a metal oxide layer. at least one of said active ingredients is in the form of first microparticles, and each microparticle of the first microparticles contains one or more solid cores consisting of either the solid particulate matter of the peroxide or the solid particulate matter of the retinoid, wherein said one or more solid cores are coated by a metal oxide layer.
A computer-implemented B 0 -mapping method for determining the spatial distribution of a static magnetic field in a pre-selected imaging zone, the method comprising - computing a spatial distribution of spin-phase accruals between magnetic resonance echo signals acquired from the pre-selected imaging zone: - computing a phase-estimate magnetic susceptibility distribution that is consistent with the spatial distribution of spin-phase accruals; - estimating a proton density distribution in the pre-selected imaging zone from magnetic resonance signals acquired during a preparation phase; - segmenting the estimate of the proton density distribution in at least three components; computing a proton-estimate magnetic susceptibility distribution from the segmented proton density distribution; fitting a final magnetic susceptibility distribution so as to minimise the differences between the final magnetic susceptibility distribution and both the phase-estimate magnetic susceptibility distribution and proton-estimate magnetic susceptibility distribution; and computing the spatial distribution of the static magnetic field from the final magnetic susceptibility distribution. - computing a spatial distribution of spin-phase accruals between magnetic resonance echo signals acquired from the pre-selected imaging zone: - computing a phase-estimate magnetic susceptibility distribution that is consistent with the spatial distribution of spin-phase accruals; - estimating a proton density distribution in the pre-selected imaging zone from magnetic resonance signals acquired during a preparation phase; - segmenting the estimate of the proton density distribution in at least three components; computing a proton-estimate magnetic susceptibility distribution from the segmented proton density distribution; fitting a final magnetic susceptibility distribution so as to minimise the differences between the final magnetic susceptibility distribution and both the phase-estimate magnetic susceptibility distribution and proton-estimate magnetic susceptibility distribution; and computing the spatial distribution of the static magnetic field from the final magnetic susceptibility distribution.
A method operational on a receiver circuit, comprising: receiving a spread signal distributed over a plurality of line interfaces, the spread signal carrying symbols with guaranteed symbol-to-symbol state transitions between consecutive symbols, the spread signal defined by a plurality of state transition signals including a first signal over a first line interface and a second signal over a second line interface; obtaining a clock signal based on a comparison of transitions between a first instance of the first signal and a delayed second instance of the first signal, and a comparison of transitions between a first instance of the second signal and a delayed second instance of the second signal; and sampling the delayed second instance of the first signal based on the clock signal to provide a symbol output. receiving a spread signal distributed over a plurality of line interfaces, the spread signal carrying symbols with guaranteed symbol-to-symbol state transitions between consecutive symbols, the spread signal defined by a plurality of state transition signals including a first signal over a first line interface and a second signal over a second line interface; obtaining a clock signal based on a comparison of transitions between a first instance of the first signal and a delayed second instance of the first signal, and a comparison of transitions between a first instance of the second signal and a delayed second instance of the second signal; and sampling the delayed second instance of the first signal based on the clock signal to provide a symbol output.
Vibronic sensor designed to determine and/or monitor at least one process variable of a medium in a vessel , comprising at least: - a unit capable of vibrating mechanically , - a drive/reception unit , and - an electronics unit with at least an adaptive filter , wherein the electronics unit is designed to alternately execute a first and a second operating mode, wherein the drive/reception unit is designed to excite the unit capable of vibrating mechanically to perform mechanical vibrations during the first operating mode using an electrical excitation signal (U A ), wherein, during the second operating mode , the electronics unit is designed to: - interrupt the excitation of the unit capable of vibrating mechanically by means of the excitation signal (U A ), - receive the mechanical vibrations of the unit capable of vibrating mechanically and to convert it to an electrical reception signal (U E ), - to set at least one value of a filter characteristic of the adaptive filter in such a way that a predefinable phase shift (Φ sοll ) is present between the excitation signal (U A ) and the reception signal (U E ), - to evaluate the reception signal (U E ), - to determine the at least one process variable from the reception signal (U E ), and wherein the filter characteristic of the adaptive filter remains constant during the first operating mode . - a unit capable of vibrating mechanically , - a drive/reception unit , and - an electronics unit with at least an adaptive filter , - interrupt the excitation of the unit capable of vibrating mechanically by means of the excitation signal (U A ), - receive the mechanical vibrations of the unit capable of vibrating mechanically and to convert it to an electrical reception signal (U E ), - to set at least one value of a filter characteristic of the adaptive filter in such a way that a predefinable phase shift (Φ sοll ) is present between the excitation signal (U A ) and the reception signal (U E ), - to evaluate the reception signal (U E ), - to determine the at least one process variable from the reception signal (U E ), and wherein the filter characteristic of the adaptive filter remains constant during the first operating mode .
A lighting system controller for controlling a networked lighting system comprising one or more lighting units , the lighting system controller arranged for: enabling addition, by a user, of a sensor as a new network node to the networked lighting system, receiving sensor information from the sensor, and providing wireless control signals to the one or more lighting units in dependence upon the received sensor information, wherein the lighting system controller is further arranged for: in response to addition of the sensor, temporarily switch from a normal operation mode to a high sensitivity mode for assisting the user in testing the sensor function, characterized in that : in the high sensitivity mode the lighting system controller is arranged to control the networked lighting system so as to increase a frequency of polling of the sensor by the lighting system controller , such that there is an increased frequency of communications between the lighting system controller and the sensor compared to a frequency of communications in the normal operational mode. enabling addition, by a user, of a sensor as a new network node to the networked lighting system, receiving sensor information from the sensor, and providing wireless control signals to the one or more lighting units in dependence upon the received sensor information, in response to addition of the sensor, temporarily switch from a normal operation mode to a high sensitivity mode for assisting the user in testing the sensor function, characterized in that : in the high sensitivity mode the lighting system controller is arranged to control the networked lighting system so as to increase a frequency of polling of the sensor by the lighting system controller , such that there is an increased frequency of communications between the lighting system controller and the sensor compared to a frequency of communications in the normal operational mode.
A very-high-sensitivity spin-resonance spectroscopy device for detecting and characterizing electron spins in a given sample , comprising an electromagnetic microresonator having a resonant frequency ωr in the microwave domain and a quality factor Q and into which the sample is inserted, a device for creating a magnetic field B0 in the sample in order to bring into resonance with the resonant frequency ωr a transition frequency ωs of the spins, such that ωs=γB0, where γ is a gyromagnetic ratio of the spins, and a spin-detecting device receiving signals from the electromagnetic microresonator that is associated with the sample and comprising at least one low-noise amplifier operating at a temperature between 1 and 10 K, and a series of amplifiers and a demodulator operating at room temperature, characterized in that the electromagnetic microresonator is made of superconductive metal and is produced on the nanoscale in that it comprises an active zone consisting of an essentially parallelepipedal constriction with a thickness comprised between 8 and 30 nm, a width comprised between 10 and 500 nm and a length comprised between 100 and 5000 nm, said sample being placed on the constriction , the spins present in said active zone being coupled with a coupling constant from 1 to 10 kHz.