mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle security apparatus comprising a base member adapted to be fixedly secured to a substantially immoveable object; vehicle retaining means adapted to retain part of a vehicle in order to restrict movement of the vehicle relative to the retaining member , the retaining means being pivotally moveable between a vehicle- retaining position and a non-retaining position; and locking means for locking the retaining means in the retaining position, wherein the vehicle retaining means comprise a pivotally moveable securing element engageable about a wheel of a vehicle and the securing element and engaged wheel being moveable into a secure position which is not accessible, in which the vehicle retaining means comprises a fixed retainer and a wheel support bracket to pivot from a wheel receiving position through an intermediate position to a wheel secured position; characterised in that a second locking means is provided on side wall of the fixed retainer , the second locking means being engageable with the centre of the wheel retained in the vehicle security apparatus.
A pixel circuit comprising: - a photo-sensor stage comprising a photodiode and having an output , said photo-sensor stage configured for delivering a photoreceptor current (I ph ) dependent on a light intensity of an exposure of said photodiode, - a comparison stage configured for detecting a change in a signal voltage (V ph ) derived from said photoreceptor current (I ph ), characterised in that the pixel circuit comprises a sample-and-hold circuit having an input , an output , and a control terminal , the output of said sample-and-hold circuit connected to an input of the comparison stage , and the comparison stage is configured to output an input signal for the input of the sample-and-hold circuit , wherein the control terminal of the sample-and-hold circuit is connected to the comparison stage , said comparison stage configured for emitting a sampling signal to the control terminal of the sample-and-hold circuit when a change is detected in the signal voltage (V ph ). - a photo-sensor stage comprising a photodiode and having an output , said photo-sensor stage configured for delivering a photoreceptor current (I ph ) dependent on a light intensity of an exposure of said photodiode, - a comparison stage configured for detecting a change in a signal voltage (V ph ) derived from said photoreceptor current (I ph ), characterised in that the pixel circuit comprises a sample-and-hold circuit having an input , an output , and a control terminal , the output of said sample-and-hold circuit connected to an input of the comparison stage , and the comparison stage is configured to output an input signal for the input of the sample-and-hold circuit ,
A method of wireless communication performed by a base station, comprising: communicating , with a user equipment, UE, a first interlace configuration indicating a first set of interlaced frequency resources in a frequency band based on a power spectral density, PSD, parameter, wherein the first set of interlaced frequency resources includes a predetermined number of frequency resources based on a subcarrier spacing of the first set of interlaced frequency resources; communicating , with the UE, a first frequency resource exclusion configuration; communicating , with the UE, a first allocation including a plurality of frequency resources from the first set of interlaced frequency resources based on the first frequency resource exclusion configuration; excluding one or more interlaced frequency resources from the first allocation based on the first frequency resource exclusion configuration such that a number of remaining frequency resources in the first allocation is of a predetermined integer multiple based on the first frequency resource exclusion configuration; and communicating , with the UE, a first communication signal based on the first allocation using the remaining frequency resources in the first allocation. communicating , with a user equipment, UE, a first interlace configuration indicating a first set of interlaced frequency resources in a frequency band based on a power spectral density, PSD, parameter, wherein the first set of interlaced frequency resources includes a predetermined number of frequency resources based on a subcarrier spacing of the first set of interlaced frequency resources; communicating , with the UE, a first frequency resource exclusion configuration; communicating , with the UE, a first allocation including a plurality of frequency resources from the first set of interlaced frequency resources based on the first frequency resource exclusion configuration; excluding one or more interlaced frequency resources from the first allocation based on the first frequency resource exclusion configuration such that a number of remaining frequency resources in the first allocation is of a predetermined integer multiple based on the first frequency resource exclusion configuration; and communicating , with the UE, a first communication signal based on the first allocation using the remaining frequency resources in the first allocation.
A diagnostic Magnetic Resonance (MR) method performed on a subject who is affected or suspected to be affected by a tumor, said subject having been positioned in an MRI system, administered with hyperpolarized 1- 13 C-2-oxoglutarate, and submitted to a radiation having a frequency selected to excite nuclear spin transitions in 13 C nuclei; said method comprising: a. recording an MR signal from 13 C excited nuclei of hyperpolarized 1- 13 C-glutamate obtained from metabolic conversion of said hyperpolarized 1- 13 C-2-oxoglutarate; b. comparing a first MR signal deriving from a region of interest comprising said tumor or said suspected tumor with a second MR signal deriving from said subject. a. recording an MR signal from 13 C excited nuclei of hyperpolarized 1- 13 C-glutamate obtained from metabolic conversion of said hyperpolarized 1- 13 C-2-oxoglutarate; b. comparing a first MR signal deriving from a region of interest comprising said tumor or said suspected tumor with a second MR signal deriving from said subject.
An article that is not pneumatic tyre for a motor vehicle and that is suitable for use as at least a part of a pressurizable container or pipeline, the article comprising - rubber-based material • that is configured to restrict fluid permeability and • that comprises lignin that has been treated by hydrothermal carbonization, - a first side that is, in use, configured to be exposed to a first environment, and - a second side that is, in use, configured to be exposed to a second environment, such that - the rubber-based material or a coating of the rubber-based material forms at least a part of the first side, and - the first side is, in use, configured to be exposed to a higher pressure than the second side, wherein - the rubber-based material comprises at least one of natural rubber, styrene-butadiene rubber, nitrile-butadiene rubber, nitrile rubber, chloroprene rubber, and ethylene propylene diene rubber. - rubber-based material • that is configured to restrict fluid permeability and • that comprises lignin that has been treated by hydrothermal carbonization, • that is configured to restrict fluid permeability and • that comprises lignin that has been treated by hydrothermal carbonization, - a first side that is, in use, configured to be exposed to a first environment, and - a second side that is, in use, configured to be exposed to a second environment, such that - the rubber-based material or a coating of the rubber-based material forms at least a part of the first side, and - the first side is, in use, configured to be exposed to a higher pressure than the second side, wherein - the rubber-based material comprises at least one of natural rubber, styrene-butadiene rubber, nitrile-butadiene rubber, nitrile rubber, chloroprene rubber, and ethylene propylene diene rubber.
A process for the production of a capacitor, comprising the process steps: a) providing an electrode body of an electrode material , wherein a dielectric covers one surface of this electrode material at least partly under formation of an anode body ; b) introducing a dispersion comprising a dispersing agent, a foreign-doped conductive polymer and negative charged counter-ions which are not covalently bonded to the foreign-doped conductive polymer into at least a part of the anode body , wherein the foreign-doped conductive polymer has positive charges along the polymer chain which are at least partly compensated by the negative charged counter-ions; c) at least partially removing the dispersing agent under obtaining a solid electrolyte in a capacitor body; wherein a self-doped conductive polymer is additionally introduced into at least a part of the anode body , wherein the self-doped conductive polymer has positive charges along the polymer chain which are at least partly compensated by negative charged counter-ions which are covalently bonded to the conductive polymer. a) providing an electrode body of an electrode material , wherein a dielectric covers one surface of this electrode material at least partly under formation of an anode body ; b) introducing a dispersion comprising a dispersing agent, a foreign-doped conductive polymer and negative charged counter-ions which are not covalently bonded to the foreign-doped conductive polymer into at least a part of the anode body , wherein the foreign-doped conductive polymer has positive charges along the polymer chain which are at least partly compensated by the negative charged counter-ions; c) at least partially removing the dispersing agent under obtaining a solid electrolyte in a capacitor body;
A vapour provision system comprising: a first activation sensor ; a second activation sensor ; user programming circuitry configured, in response to user input, to store a first user-defined power setting for use in association with the first activation sensor and a second user-defined power setting for use in association with the second activation sensor; and power supply control circuitry configured to control a supply of power to a vaporiser to generate vapour from a vapour precursor material for user inhalation, wherein the power supply control circuitry is configured to control the supply of power to the vaporiser in accordance with the first user-defined power setting in response to detecting user activation of the first activation sensor and to control the supply of power to the vaporiser in accordance with the second user-defined power setting in response to detecting user activation of the second activation sensor. a first activation sensor ; a second activation sensor ; user programming circuitry configured, in response to user input, to store a first user-defined power setting for use in association with the first activation sensor and a second user-defined power setting for use in association with the second activation sensor; and power supply control circuitry configured to control a supply of power to a vaporiser to generate vapour from a vapour precursor material for user inhalation, wherein the power supply control circuitry is configured to control the supply of power to the vaporiser in accordance with the first user-defined power setting in response to detecting user activation of the first activation sensor and to control the supply of power to the vaporiser in accordance with the second user-defined power setting in response to detecting user activation of the second activation sensor.
Rubber composition based: - on an elastomeric matrix comprising at least 50 phr of butadiene elastomer; - on a crosslinking system; - on at most 60 phr of filler comprising: - from 5 to 30 phr of carbon black predominantly comprising a carbon black, termed black G, having a BET specific surface area, measured according to Standard D6556-10, at most equal to 40 m 2 /g and an oil absorption number of compressed sample (COAN), measured according to Standard ASTM D3493-16, at least equal to 60 ml/100 g; - from 2 to 30 phr of inorganic filler, said composition not comprising a coupling agent, or comprising less than 5% by weight thereof relative to the weight of inorganic filler. - on an elastomeric matrix comprising at least 50 phr of butadiene elastomer; - on a crosslinking system; - on at most 60 phr of filler comprising: - from 5 to 30 phr of carbon black predominantly comprising a carbon black, termed black G, having a BET specific surface area, measured according to Standard D6556-10, at most equal to 40 m 2 /g and an oil absorption number of compressed sample (COAN), measured according to Standard ASTM D3493-16, at least equal to 60 ml/100 g; - from 2 to 30 phr of inorganic filler,
A method for authenticating a user at a computing device, the method comprising: activating a fingerprint reader integrated into a power key of the computing device; activating a visual indicator at the power key to indicate a status of the fingerprint reader; based at least in part on activating the fingerprint reader , disabling a standby function of the power key; receiving , via the fingerprint reader , a fingerprint of the user; using the fingerprint to authenticate the user; after authenticating the user, deactivating the visual indicator; and re-enabling the standby function of the power key. activating a fingerprint reader integrated into a power key of the computing device; activating a visual indicator at the power key to indicate a status of the fingerprint reader; based at least in part on activating the fingerprint reader , disabling a standby function of the power key; receiving , via the fingerprint reader , a fingerprint of the user; using the fingerprint to authenticate the user; after authenticating the user, deactivating the visual indicator; and re-enabling the standby function of the power key. receiving , via the fingerprint reader , a fingerprint of the user; using the fingerprint to authenticate the user; after authenticating the user, deactivating the visual indicator; and re-enabling the standby function of the power key.
An absorbent article comprising a liquid pervious topsheet , a liquid impervious backsheet , absorbent material positioned between the liquid pervious topsheet and the liquid impervious backsheet, and a bottom distribution assembly between the absorbent material and the liquid impervious backsheet, wherein the absorbent material comprises superabsorbent particles and is arranged such that one or more channels are formed, wherein less absorbent material per surface area is present in the one or more channels compared to an area around the one or more channels, wherein preferably substantially no absorbent material is present in the one or more channels, wherein the bottom distribution assembly comprises a first layer and a second layer, wherein said first layer has a first density between 20 and 150 kg/m3 and said second layer has a second density between 100 and 400 kg/m3, said second density being higher than the first density, wherein said first layer is closer to the absorbent material than said second layer. wherein the absorbent material comprises superabsorbent particles and is arranged such that one or more channels are formed, wherein less absorbent material per surface area is present in the one or more channels compared to an area around the one or more channels, wherein preferably substantially no absorbent material is present in the one or more channels, wherein the bottom distribution assembly comprises a first layer and a second layer, wherein said first layer has a first density between 20 and 150 kg/m3 and said second layer has a second density between 100 and 400 kg/m3, said second density being higher than the first density, wherein said first layer is closer to the absorbent material than said second layer.
A link identifier indication method, comprising: generating (S301), by a first multi-link device, a radio frame, wherein the first multi-link device supports a plurality of links; and sending (S302), by the first multi-link device, the radio frame, wherein the radio frame comprises link information of at least one link in the plurality of links, and link information of one link is used to indicate the link and corresponds to a link identifier of the link, characterized in that the radio frame comprises at least one multi-band element, and one multi-band element comprises link information of one link and a multi-band control field, wherein the multi-band control field comprises a multi-link indexing present field, and the multi-link indexing present field is used to indicate whether a multi-link indexing field exists in the multi-band element; and if the multi-link indexing present field indicates that the multi-link indexing field exists in the multi-band element, the multi-link indexing field comprises a link identifier of the link corresponding to the link information generating (S301), by a first multi-link device, a radio frame, wherein the first multi-link device supports a plurality of links; and sending (S302), by the first multi-link device, the radio frame, wherein the radio frame comprises link information of at least one link in the plurality of links, and link information of one link is used to indicate the link and corresponds to a link identifier of the link, characterized in that the radio frame comprises at least one multi-band element, and one multi-band element comprises link information of one link and a multi-band control field, wherein the multi-band control field comprises a multi-link indexing present field, and the multi-link indexing present field is used to indicate whether a multi-link indexing field exists in the multi-band element; and if the multi-link indexing present field indicates that the multi-link indexing field exists in the multi-band element, the multi-link indexing field comprises a link identifier of the link corresponding to the link information
A controlled-separation connection device , comprising a thermally frangible layer , two thermal confinement layers between which the thermally frangible layer is arranged, and an electrically conductive element arranged between the two thermal confinement layers so as to heat the thermally frangible layer by Joule effect when the electrically conductive element carries an electric current, wherein the thermally frangible layer is made of a first material having a melting point lower than a melting point of a second material in which the electrically conductive element is provided, characterized in that the thermally frangible layer is a thin layer of a metal alloy constituting the first material.
A method for use in a photon counting radiology imaging modality, comprising: obtaining native projection data by means of a detector array; binning native projection data yielded from a photon counting detector into a first set of bins to create first binned data; generating a first image of an object using the first binned data; identifying a region-of-interest in the object from the first image ; rebinning at least a portion of the native projection data into a second set of bins based upon the region-of-interest to create second binned data; and generating a second image of the object using the second binned data, the first image different than the second image; characterized in that each respective bin of the second set of bins represents a smaller area of a detection surface of the photon counting detector than each respective bin of the first set of bins. obtaining native projection data by means of a detector array; binning native projection data yielded from a photon counting detector into a first set of bins to create first binned data; generating a first image of an object using the first binned data; identifying a region-of-interest in the object from the first image ; rebinning at least a portion of the native projection data into a second set of bins based upon the region-of-interest to create second binned data; and generating a second image of the object using the second binned data, the first image different than the second image; characterized in that each respective bin of the second set of bins represents a smaller area of a detection surface of the photon counting detector than each respective bin of the first set of bins.
An automotive vehicle in which a motor (30; 130) for traveling, a battery configured to supply electric power to the motor, and a charging system configured to charge the battery, are installed, wherein the charging system comprises a charger configured to charge the battery using electric power from an external power supply, an electronic control unit, ECU, and a connector for connecting to the external power supply , the connector comprising a connection switch mounted thereon, the automotive vehicle further comprising: a main control unit configured to: perform control for stopping traveling when the connector is connected to the external power supply; detect an abnormality in the charging system; determine whether the detected abnormality is a first abnormality or a second abnormality, wherein the first abnormality is one from the group comprising: a malfunction of the connector , a malfunction of the connection switch and an abnormality in communications with the ECU, and wherein the second abnormality is a malfunction of the charger; immediately inform occurrence of the abnormality, on a condition that the detected abnormality is the first abnormality by displaying a message on a display ; and inform occurrence of the abnormality when a next trip is started, on a condition that the abnormality is the second abnormality by displaying a message on the display. perform control for stopping traveling when the connector is connected to the external power supply; detect an abnormality in the charging system; determine whether the detected abnormality is a first abnormality or a second abnormality, wherein the first abnormality is one from the group comprising: a malfunction of the connector , a malfunction of the connection switch and an abnormality in communications with the ECU, and wherein the second abnormality is a malfunction of the charger; wherein the first abnormality is one from the group comprising: a malfunction of the connector , a malfunction of the connection switch and an abnormality in communications with the ECU, and wherein the second abnormality is a malfunction of the charger; immediately inform occurrence of the abnormality, on a condition that the detected abnormality is the first abnormality by displaying a message on a display ; and inform occurrence of the abnormality when a next trip is started, on a condition that the abnormality is the second abnormality by displaying a message on the display.
Centrifuge , in particular laboratory centrifuge, with a centrifuge container , in which a centrifuge rotor can be accommodated, a centrifuge motor for driving the centrifuge rotor , a housing with a base and side walls , wherein the centrifuge container , the centrifuge rotor and the centrifuge motor are accommodated in the housing , and a temperature control device for temperature control of the centrifuge rotor , wherein the temperature control device comprises air-guide members configured to draw air into the centrifuge container in a lower region , wherein the air-guide members are configured to draw incoming air through the base and/or at least one side wall of the centrifuge housing , characterized in that this incoming air is conveyed directly from the centrifuge housing to the centrifuge container without contacting heat-dissipating elements of the centrifuge.