mhurhangee/ep-ind-claims huggingface dataset:
A method for confirming that a peripheral device is positioned within a predetermined distance of a wireless communications device, the method performed at the wireless communications device, comprising: transmitting a control signal to a peripheral device worn by a user responsive to receiving user input at the user's wireless communications device, wherein the control signal controls the peripheral device to enter a low-power transmission mode; receiving security data from the peripheral device that was transmitted in the low-power transmission mode; and determining that the peripheral device is positioned within a predetermined distance of the user's wireless communications device responsive to receiving the security data, wherein receiving security data transmitted by the peripheral device in the low-power transmission mode comprises receiving surface waves carrying the security data that have propagated across the user's skin. transmitting a control signal to a peripheral device worn by a user responsive to receiving user input at the user's wireless communications device, wherein the control signal controls the peripheral device to enter a low-power transmission mode; receiving security data from the peripheral device that was transmitted in the low-power transmission mode; and determining that the peripheral device is positioned within a predetermined distance of the user's wireless communications device responsive to receiving the security data,
A lighting device comprising at least one light source, the lighting device comprising driver circuitry to: conduct a first predefined current (Ic1, Ic2) within at least one predefined classification current range (Ic) upon receiving a classification voltage (Vc1, Vc2) within a classification voltage range (Vc), as defined in IEEE802.3af, and conduct a second predefined current (Io1, Io2) upon receiving an operation voltage (Vo), wherein a power consumed at the operation voltage is within at least one predefined power consumption class, the classification current range being associated with the power consumption class, characterized in that the first predefined current and the second predefined current are defined by forward voltage characteristics of the light source, a property of a voltage dropping device connected to the lighting device, a property of a current drawing device connected to the lighting device and characteristics of a power converter configured to deliver an output voltage, which differs from the input voltage, to the light source. conduct a first predefined current (Ic1, Ic2) within at least one predefined classification current range (Ic) upon receiving a classification voltage (Vc1, Vc2) within a classification voltage range (Vc), as defined in IEEE802.3af, and conduct a second predefined current (Io1, Io2) upon receiving an operation voltage (Vo), wherein a power consumed at the operation voltage is within at least one predefined power consumption class, the classification current range being associated with the power consumption class, characterized in that the first predefined current and the second predefined current are defined by forward voltage characteristics of the light source, a property of a voltage dropping device connected to the lighting device, a property of a current drawing device connected to the lighting device and characteristics of a power converter configured to deliver an output voltage, which differs from the input voltage, to the light source.
A method of reducing NO x the method comprising: - burning a gas generating agent to produce a combustion gas including NO x inside an inflator for an airbag, wherein said inflator comprises an ignition means, a gas generating agent, a reducing material placed inside said inflator and a coolant/filter; and - contacting the NO x with the reducing material, wherein said reducing material is at least one member selected from the group consisting of azodicarbonamide, dicyandiamide, bitetrazole derivatives, hydrazine derivatives, triazine derivatives, hydroxylamine salts, triazole compounds and salts thereof, 5-aminotetrazole, cyanates, dicyanamide salts, amine complexes and carbodihdyrazide complexes, wherein the amount of the reducing material is from 0.1 to 20 parts by weight on the basis of 100 parts by weight of the nonazide gas generating agent, wherein said reducing material is placed inside a combustion chamber including said gas generating agent, wherein the inflator further includes means for preventing the change or variance of the NO x reducing effect by said reducing material, wherein said prevention means separates said gas generating agent and said reducing material from each other. - burning a gas generating agent to produce a combustion gas including NO x inside an inflator for an airbag, wherein said inflator comprises an ignition means, a gas generating agent, a reducing material placed inside said inflator and a coolant/filter; and - contacting the NO x with the reducing material, wherein said reducing material is at least one member selected from the group consisting of azodicarbonamide, dicyandiamide, bitetrazole derivatives, hydrazine derivatives, triazine derivatives, hydroxylamine salts, triazole compounds and salts thereof, 5-aminotetrazole, cyanates, dicyanamide salts, amine complexes and carbodihdyrazide complexes,
Tyre chain for a vehicle tyre of a vehicle, comprising an elastically extensible inner tension ring which is arranged on an inner side of the tyre facing the vehicle when the tyre chain is mounted, the inner tension ring being provided, at at least one point, with a mounting bracket of which the bending stiffness is increased relative to the inner tension ring, and the mounting bracket having a passage for the inner tension ring, characterised in that the passage is interrupted at at least one point and exposes at least one attachment point for anti-slip means.
An apparatus, comprising: a Near Field Communication, NFC, transceiver configured to receive provisioning data from a device via a NFC communication link designed to facilitate communication between the device and the NFC transceiver with the device and the NFC transceiver disposed at up to 5cm (2 inches) or less from each other, wherein the provisioning data is configured to facilitate the apparatus to receive a service associated with the provisioning data; and a communication interface operatively coupled to the near field communication transceiver and configured to transmit, over a network, a request for the service to a service provider indicated in the provisioning data, and to receive service application installation data configured to enable the apparatus to receive the service, wherein the network is designed to facilitate communication independent of the NFC communication link between the apparatus and the service provider. a Near Field Communication, NFC, transceiver configured to receive provisioning data from a device via a NFC communication link designed to facilitate communication between the device and the NFC transceiver with the device and the NFC transceiver disposed at up to 5cm (2 inches) or less from each other, wherein the provisioning data is configured to facilitate the apparatus to receive a service associated with the provisioning data; and a communication interface operatively coupled to the near field communication transceiver and configured to transmit, over a network, a request for the service to a service provider indicated in the provisioning data, and to receive service application installation data configured to enable the apparatus to receive the service, wherein the network is designed to facilitate communication independent of the NFC communication link between the apparatus and the service provider.
A method for photographing, performed by a mobile terminal, the method comprising: acquiring ambient brightness of the mobile terminal; responsive to detecting a photographing instruction, continuously acquiring a target number of frames of images meeting a preset photographing parameter, wherein the target number is N and is determined by the mobile terminal based on a present photographing scenario and N is a positive integer; and determining a target image according to image quality of the N frames of images and outputting the target image; wherein the image quality is determined by measuring the resolution of an image, wherein the photographing scenario comprises the ambient brightness of the mobile terminal, and characterized by, further comprising: responsive to that the ambient brightness is greater than a first brightness threshold, determining that a determination manner for the image quality is gradient calculation to evaluate the resolution of the image based on a grayscale value difference between adjacent pixels of the image; and responsive to that the ambient brightness is less than or equal to the first brightness threshold, determining that the determination manner for the image quality is a deep learning network, which outputs an image resolution value, wherein the greater the value, the sharper the image is. acquiring ambient brightness of the mobile terminal; responsive to detecting a photographing instruction, continuously acquiring a target number of frames of images meeting a preset photographing parameter, wherein the target number is N and is determined by the mobile terminal based on a present photographing scenario and N is a positive integer; and determining a target image according to image quality of the N frames of images and outputting the target image; wherein the image quality is determined by measuring the resolution of an image, wherein the photographing scenario comprises the ambient brightness of the mobile terminal, and characterized by, further comprising: responsive to that the ambient brightness is greater than a first brightness threshold, determining that a determination manner for the image quality is gradient calculation to evaluate the resolution of the image based on a grayscale value difference between adjacent pixels of the image; and responsive to that the ambient brightness is less than or equal to the first brightness threshold, determining that the determination manner for the image quality is a deep learning network, which outputs an image resolution value, wherein the greater the value, the sharper the image is. responsive to that the ambient brightness is greater than a first brightness threshold, determining that a determination manner for the image quality is gradient calculation to evaluate the resolution of the image based on a grayscale value difference between adjacent pixels of the image; and responsive to that the ambient brightness is less than or equal to the first brightness threshold, determining that the determination manner for the image quality is a deep learning network, which outputs an image resolution value, wherein the greater the value, the sharper the image is.
A deceleration control device for a vehicle, comprising: a deceleration control unit that gives the vehicle deceleration in a state in which the power force of the vehicle is driven from the driven side; a first increase control unit that increases the deceleration by the deceleration control unit at a first increase rate when the driver holds a brake operation; a second increase control unit that increases the deceleration, when the driver holds the brake operation and the first increase control unit has increased the deceleration by the deceleration control unit for a predetermined time, at a second increase rate that is less than the first increase rate; and an increase rate setting unit that sets the first increase rate and the second increase rate in accordance with brake operation of the driver, wherein the increase rate setting unit increases the first increase rate while decreasing the second increase rate as the brake operation of the driver increases. a deceleration control unit that gives the vehicle deceleration in a state in which the power force of the vehicle is driven from the driven side; a first increase control unit that increases the deceleration by the deceleration control unit at a first increase rate when the driver holds a brake operation; a second increase control unit that increases the deceleration, when the driver holds the brake operation and the first increase control unit has increased the deceleration by the deceleration control unit for a predetermined time, at a second increase rate that is less than the first increase rate; and an increase rate setting unit that sets the first increase rate and the second increase rate in accordance with brake operation of the driver, wherein the increase rate setting unit increases the first increase rate while decreasing the second increase rate as the brake operation of the driver increases.
A motor comprising: a power section stator having a first end, a second end, and an internal cavity passing therethrough; a rotor assembly comprising a bearing set, a drivetrain, and a power section rotor, the rotor assembly being retained in a loadable cartridge; wherein the power section rotor has rotor lobes to cooperate with one or more stator lobes of the power section stator; the drivetrain is operably coupled to the power section rotor, and the power section rotor positioned at the first end within the internal cavity of the power section stator; and wherein the loadable cartridge is fully encased in the internal cavity of the power section stator. a power section stator having a first end, a second end, and an internal cavity passing therethrough; a rotor assembly comprising a bearing set, a drivetrain, and a power section rotor, the rotor assembly being retained in a loadable cartridge; wherein the power section rotor has rotor lobes to cooperate with one or more stator lobes of the power section stator; the drivetrain is operably coupled to the power section rotor, and the power section rotor positioned at the first end within the internal cavity of the power section stator; and wherein the loadable cartridge is fully encased in the internal cavity of the power section stator.
An in vitro method of screening for pro-tubulogenic agents and anti-tubulogenic agents, the method comprising: preparing a hydrogel composition, wherein the hydrogel composition comprises an 8-arm, 20 kDa polyethylene glycol functionalized with norbornene, a crosslinking peptide, a cell adhesion peptide and a soluble factor binder selected from a peptide having an amino acid sequence selected from GGGKLTWQELYQLKYKGI (SEQ ID NO: 22), KLTWQELYQLKYKGI (SEQ ID NO: 23), KIPKASSVPTEL (SEQ ID NO: 24), KIPKASSVPTELSAISTLYL (SEQ ID NO: 25), KRTGQYKL (SEQ ID NO: 26), and CE{Fd} {Ad} {Yd} {Ld}IDFNWEYPASK (SEQ ID NO: 35); providing an agent suspected of promoting or reducing tubulogenesis; contacting a cell with the hydrogel composition and agent; and analyzing the cell. preparing a hydrogel composition, wherein the hydrogel composition comprises an 8-arm, 20 kDa polyethylene glycol functionalized with norbornene, a crosslinking peptide, a cell adhesion peptide and a soluble factor binder selected from a peptide having an amino acid sequence selected from GGGKLTWQELYQLKYKGI (SEQ ID NO: 22), KLTWQELYQLKYKGI (SEQ ID NO: 23), KIPKASSVPTEL (SEQ ID NO: 24), KIPKASSVPTELSAISTLYL (SEQ ID NO: 25), KRTGQYKL (SEQ ID NO: 26), and CE{Fd} {Ad} {Yd} {Ld}IDFNWEYPASK (SEQ ID NO: 35); providing an agent suspected of promoting or reducing tubulogenesis; contacting a cell with the hydrogel composition and agent; and analyzing the cell.
A crystalline form W of 1-(β-D-glucopyranosyl)-4-methyl-3-[5-(4-fluorophenyl)-2-thienylmethyl]benzene, wherein an X-ray powder diffraction pattern of the crystalline form W comprises 3 or more 2θ values selected from the group consisting of: 8.3±0.2°, 12.0±0.2°, 15.2±0.2°, 17.4±0.2°, 17.9±0.2°, and 22.8±0.2°.
A complex for detecting a target nucleic acid, the complex comprising: 1) a target nucleic acid comprising a first region adjacent to a second region; 2) a detectably labeled capture probe hybridized to the first region; 3) a query probe labeled with a quencher or fluorescent acceptor compatible with the label of the capture probe, wherein the query probe hybridizes repeatedly to the second region with a kinetic rate constant k off that is greater than 0.1 min -1 and/or a kinetic rate constant k on that is greater than 0.1 min -1. 1) a target nucleic acid comprising a first region adjacent to a second region; 2) a detectably labeled capture probe hybridized to the first region; 3) a query probe labeled with a quencher or fluorescent acceptor compatible with the label of the capture probe, wherein the query probe hybridizes repeatedly to the second region with a kinetic rate constant k off that is greater than 0.1 min -1 and/or a kinetic rate constant k on that is greater than 0.1 min -1.
A ground support equipment unit, comprising: a GSE thermal loop to be coupled to one or more channels of a battery pack onboard an aircraft, wherein the GSE thermal loop is configured to allow fluid from the one or more channels to circulate therein; a GSE thermal system coupled to the GSE thermal loop; and a computing system (240, 706, 1106) having a processor configured to: regulate a battery temperature of the battery pack; regulate the battery temperature prior to a flight of the aircraft; regulate the battery temperature prior to the aircraft using a cabin thermal management system to regulate a cabin temperature; and regulate the battery temperature based a predetermined cabin temperature. a GSE thermal loop to be coupled to one or more channels of a battery pack onboard an aircraft, wherein the GSE thermal loop is configured to allow fluid from the one or more channels to circulate therein; a GSE thermal system coupled to the GSE thermal loop; and a computing system (240, 706, 1106) having a processor configured to: regulate a battery temperature of the battery pack; regulate the battery temperature prior to a flight of the aircraft; regulate the battery temperature prior to the aircraft using a cabin thermal management system to regulate a cabin temperature; and regulate the battery temperature based a predetermined cabin temperature. regulate a battery temperature of the battery pack; regulate the battery temperature prior to a flight of the aircraft; regulate the battery temperature prior to the aircraft using a cabin thermal management system to regulate a cabin temperature; and regulate the battery temperature based a predetermined cabin temperature.
A composition having oxidative stability, consisting of: a refined oil or fat containing a polyunsaturated fatty acid having four or more double bonds, or its salt or ester; sesamol; ascorbic acid or an ascorbyl fatty acid ester; optionally an antioxidative sesame component; optionally tocopherol; and optionally a further antioxidant. a refined oil or fat containing a polyunsaturated fatty acid having four or more double bonds, or its salt or ester; sesamol; ascorbic acid or an ascorbyl fatty acid ester; optionally an antioxidative sesame component; optionally tocopherol; and optionally a further antioxidant.
Process for the production of taxifolin comprising the following steps: stacking wood particles in a percolator, extracting the wood particles in the percolator with ethanol in order to dissolve at least resins, oils and taxifolin, removing the ethanolic extract from the percolator, and purifying the ethanolic extract in order to produce taxifolin, with the following steps in the given sequence: - producing a mixture of water and the ethanolic extract, - thorough mixing of the mixture at 70 oC to 99 oC, so that taxifolin dissolves in the aqueous phase of the mixture, - cooling the mixture to below 65 oC in order to separate out and remove the resin phase and the oily phase from the aqueous phase, - adding taxifolin seed crystals to the aqueous phase, - controlling the temperature of the aqueous phase at 0 oC to 30 oC in order to crystallise out the taxifolin, and - separating the crystallised-out taxifolin from the mother liquor. stacking wood particles in a percolator, extracting the wood particles in the percolator with ethanol in order to dissolve at least resins, oils and taxifolin, removing the ethanolic extract from the percolator, and purifying the ethanolic extract in order to produce taxifolin, with the following steps in the given sequence: - producing a mixture of water and the ethanolic extract, - thorough mixing of the mixture at 70 oC to 99 oC, so that taxifolin dissolves in the aqueous phase of the mixture, - cooling the mixture to below 65 oC in order to separate out and remove the resin phase and the oily phase from the aqueous phase, - adding taxifolin seed crystals to the aqueous phase, - controlling the temperature of the aqueous phase at 0 oC to 30 oC in order to crystallise out the taxifolin, and - separating the crystallised-out taxifolin from the mother liquor. - producing a mixture of water and the ethanolic extract, - thorough mixing of the mixture at 70 oC to 99 oC, so that taxifolin dissolves in the aqueous phase of the mixture, - cooling the mixture to below 65 oC in order to separate out and remove the resin phase and the oily phase from the aqueous phase, - adding taxifolin seed crystals to the aqueous phase, - controlling the temperature of the aqueous phase at 0 oC to 30 oC in order to crystallise out the taxifolin, and - separating the crystallised-out taxifolin from the mother liquor.
A capacitive sensing system for sensing a person or an animal, the capacitive sensing system (1; 11) comprising: - an electrical charge providing unit (4; 8, 9) adapted to provide a permanent electrical charge at a sensing site of the person or animal, - a capacitive sensor comprising a sensing electrode adapted to generate a sensing signal by capacitively sensing the person or animal at the sensing site of the person or animal, - wherein the capacitive sensor is for integration into a bed or car and adapted to perform a contact less measurement of mechanical movements of the person or animal through movement of the permanent electrical charge at the sensing site with respect to the sensing electrode, characterized in that the electrical charge providing unit (4, 8, 9) is provided with an attachment means for being attached to the body of the person or animal. - an electrical charge providing unit (4; 8, 9) adapted to provide a permanent electrical charge at a sensing site of the person or animal, - a capacitive sensor comprising a sensing electrode adapted to generate a sensing signal by capacitively sensing the person or animal at the sensing site of the person or animal, - wherein the capacitive sensor is for integration into a bed or car and adapted to perform a contact less measurement of mechanical movements of the person or animal through movement of the permanent electrical charge at the sensing site with respect to the sensing electrode, characterized in that the electrical charge providing unit (4, 8, 9) is provided with an attachment means for being attached to the body of the person or animal.