mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising: - at least one ortho-diphenol comprising at least one aromatic ring and comprising at least two hydroxyl groups borne by two adjacent carbon atoms of the aromatic ring, the content of ortho-diphenol being between 5% and 10% by weight relative to the total weight of the composition, said ortho-diphenol being chosen from natural ortho-diphenol chosen from extracts of tree wood, - at least one alkali metal or alkaline-earth metal (bi)carbonate compound, the alkali metal or alkaline-earth metal (bi)carbonate compound(s) representing from 0.001% to 20% by weight relative to the total weight of the composition, - at least one water-soluble organic solvent, the water-soluble organic solvent(s) representing from 10% to 50% by weight relative to the total weight of the composition, said solvent being chosen from non-aromatic C 2 -C 6 alcohol and - at least one reducing agent, the reducing agent representing from 0.01% to 50% by weight relative to the total weight of the composition, the reducing agent being chosen from alkali metal or alkaline-earth metal sulfites or bisulfites. - at least one ortho-diphenol comprising at least one aromatic ring and comprising at least two hydroxyl groups borne by two adjacent carbon atoms of the aromatic ring, the content of ortho-diphenol being between 5% and 10% by weight relative to the total weight of the composition, said ortho-diphenol being chosen from natural ortho-diphenol chosen from extracts of tree wood, - at least one alkali metal or alkaline-earth metal (bi)carbonate compound, the alkali metal or alkaline-earth metal (bi)carbonate compound(s) representing from 0.001% to 20% by weight relative to the total weight of the composition, - at least one water-soluble organic solvent, the water-soluble organic solvent(s) representing from 10% to 50% by weight relative to the total weight of the composition, said solvent being chosen from non-aromatic C 2 -C 6 alcohol and - at least one reducing agent, the reducing agent representing from 0.01% to 50% by weight relative to the total weight of the composition, the reducing agent being chosen from alkali metal or alkaline-earth metal sulfites or bisulfites.
A near field RF powered electronic valve actuator, comprising: a housing; control electronics contained within the housing; a power input port; a communication port, transmitting of data by the control electronics over said communication port requiring application of power to the power input port; and a near field power receiver located within the housing in communication with the control electronics, said near field power receiver being distinct from said power input port and from said communication port, the near field power receiver including an antenna configured, when electrical power is not applied to the power input port of the valve actuator, to receive radio frequency energy from an external device located proximal to the near field power receiver but outside of the housing, said near field power receiver being configured to convey said received power to the control electronics, to receive the data from the control electronics, and to wirelessly transmit the data to the external device via near field communication, wherein the data that the near field power receiver is able to transmit to the external device includes at least one of a current valve position as indicated by a position sensor and a torque or linear displacement force currently applied by the valve actuator to a valve. a housing; control electronics contained within the housing; a power input port; a communication port, transmitting of data by the control electronics over said communication port requiring application of power to the power input port; and a near field power receiver located within the housing in communication with the control electronics, said near field power receiver being distinct from said power input port and from said communication port, the near field power receiver including an antenna configured, when electrical power is not applied to the power input port of the valve actuator, to receive radio frequency energy from an external device located proximal to the near field power receiver but outside of the housing, said near field power receiver being configured to convey said received power to the control electronics, to receive the data from the control electronics, and to wirelessly transmit the data to the external device via near field communication, wherein the data that the near field power receiver is able to transmit to the external device includes at least one of a current valve position as indicated by a position sensor and a torque or linear displacement force currently applied by the valve actuator to a valve.
A method of measuring a movement, the method comprising the steps of: ▪acquiring and digitizing both a first measurement voltage (V a) across the terminals of a first secondary winding and also a second measurement voltage (V b) across the terminals of a second secondary winding of an inductive movement sensor; ▪multiplying the first measurement voltage by itself in order to obtain a first component (V 1) of a crossed vector ( V c), multiplying the second measurement voltage by itself in order to obtain a second component (V 2) of the crossed vector ( V c), and multiplying together the first measurement voltage and the second measurement voltage in order to obtain a third component (V 3) of the crossed vector (V c); ▪applying the crossed vector as input to a lowpass filter in order to obtain a filtered vector (V f); and ▪estimating the movement from the components of the filtered vector (V f). ▪acquiring and digitizing both a first measurement voltage (V a) across the terminals of a first secondary winding and also a second measurement voltage (V b) across the terminals of a second secondary winding of an inductive movement sensor; ▪multiplying the first measurement voltage by itself in order to obtain a first component (V 1) of a crossed vector ( V c), multiplying the second measurement voltage by itself in order to obtain a second component (V 2) of the crossed vector ( V c), and multiplying together the first measurement voltage and the second measurement voltage in order to obtain a third component (V 3) of the crossed vector (V c); ▪applying the crossed vector as input to a lowpass filter in order to obtain a filtered vector (V f); and ▪estimating the movement from the components of the filtered vector (V f).
A photosensitive resin composition comprising: an epoxy resin; a compound having phenolic hydroxyl groups; and a cationic photopolymerization initiator, wherein the epoxy resin has a weighted average epoxy equivalent of 300 g/eq. or higher; and the epoxy resin comprises 20% by mass or more of an epoxy resin represented by the following formula: wherein m is an average value and denotes a real number in the range of 3 to 35, and having an epoxy equivalent of 500 to 4,500 g/eq.; and the compound having phenolic hydroxyl groups comprises at least one or more phenol compounds selected from the group consisting of phenol compounds represented by the following formulae,, and: wherein n is an average value and denotes a real number in the range of 1 to 10; and each R independently denotes a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, wherein q is an average value and denotes a real number in the range of 1 to 10, wherein z is an average value and denotes a real number in the range of 1 to 10, and wherein y is an average value and denotes a real number in the range of 1 to 10; and R 8 and R 9 each independently denote a hydrogen atom or an alkyl group having 1 to 4 carbon atoms.
An air filter cartridge comprising: (a) a media pack having an outer perimeter and opposite flow faces (516i, 516o); and, (b) a housing engagement member surrounding the media pack; the housing engagement member including a seal arrangement having: a pinch seal portion; and, a seal support portion the pinch seal portion having opposite downstream seal surface and upstream surface; (c) a member of an air cleaner security, housing closure, inhibition arrangement positioned in the housing engagement member; (i) the housing engagement member comprises a pocket arrangement including at least one receiving pocket therein; and, (d) the housing engagement member is configured to define a receiving trough between at least a portion of the housing engagement member and a remainder of the filter cartridge; and, (i) the at least one receiving pocket of the housing engagement member defines a deeper recess than portions of the receiving trough, (e) characterized in that the deeper recess extends beyond the upstream surface of the pinch seal surface. (a) a media pack having an outer perimeter and opposite flow faces (516i, 516o); and, (b) a housing engagement member surrounding the media pack; the housing engagement member including a seal arrangement having: a pinch seal portion; and, a seal support portion the pinch seal portion having opposite downstream seal surface and upstream surface; (c) a member of an air cleaner security, housing closure, inhibition arrangement positioned in the housing engagement member; (i) the housing engagement member comprises a pocket arrangement including at least one receiving pocket therein; and, (i) the housing engagement member comprises a pocket arrangement including at least one receiving pocket therein; and, (d) the housing engagement member is configured to define a receiving trough between at least a portion of the housing engagement member and a remainder of the filter cartridge; and, (i) the at least one receiving pocket of the housing engagement member defines a deeper recess than portions of the receiving trough, (i) the at least one receiving pocket of the housing engagement member defines a deeper recess than portions of the receiving trough, (e) characterized in that the deeper recess extends beyond the upstream surface of the pinch seal surface.
A contactor, comprising a) a coil through which current flows in an active state of the contactor, b) a control unit, which is provided for controlling the contactor, and c) a voltage converter, wherein d) the voltage converter is provided in the active state for converting an input voltage into a coil voltage which drops across the coil, and e) can be electrically switched from an inactive state to an active state and back by the control unit, wherein the contactor is switched on by activating the voltage converter from the inactive state to the active state and is switched off by deactivating the voltage converter from the active state to the inactive state, wherein the contactor comprises a current regulator for controlling a current intensity of a coil current, characterized in that the contactor comprises a voltage-limiting component which is short-circuited in the active state, wherein the voltage-limiting component is a suppressor diode, wherein a consumption voltage drops across the voltage-limiting component for high-speed disconnection of the contactor after its deactivation from the active state to the inactive state, wherein the contactor comprises an electrical switch for short-circuiting the voltage-limiting component, which is through-connected in the active state and opened in the inactive state, and wherein the electrical switch is a bipolar transistor or a bipolar transistor with an insulated gate. a) a coil through which current flows in an active state of the contactor, b) a control unit, which is provided for controlling the contactor, and c) a voltage converter, wherein d) the voltage converter is provided in the active state for converting an input voltage into a coil voltage which drops across the coil, and e) can be electrically switched from an inactive state to an active state and back by the control unit, wherein the contactor is switched on by activating the voltage converter from the inactive state to the active state and is switched off by deactivating the voltage converter from the active state to the inactive state, wherein the contactor comprises a current regulator for controlling a current intensity of a coil current, characterized in that the contactor comprises a voltage-limiting component which is short-circuited in the active state, wherein the voltage-limiting component is a suppressor diode, wherein a consumption voltage drops across the voltage-limiting component for high-speed disconnection of the contactor after its deactivation from the active state to the inactive state, wherein the contactor comprises an electrical switch for short-circuiting the voltage-limiting component, which is through-connected in the active state and opened in the inactive state, and wherein the electrical switch is a bipolar transistor or a bipolar transistor with an insulated gate.
Mounting assembly with a roof-frame structure of a vehicle and a roof module, the roof-module carrier of which, in the assembled state, is adhesively bonded to an adhesive flange of the roof-frame structure with an interposed adhesive, wherein the roof-module carrier is additionally connected to the adhesive flange of the roof-frame structure by a screw connection in which the roof-module carrier is firmly clamped to the adhesive flange of the roof-frame structure by means of at least one fastening screw, characterized in that to avoid contact corrosion and/or to reduce the component weight, the fastening screw is made from plastic.
A secondary battery comprising: an electrode (110, 120) comprising: a current collector (111, 121) comprising an edge part (111a, 121a); an active material-containing layer (112, 122) supported on at least one surface of the current collector (111, 121), comprising an end part (112a, 122a) which is supported on the edge part (111a, 121a) of the current collector (111, 121) and has a maximum thickness; and a current-collecting tab (113, 123) extended from the edge part (111a, 121a) of the current collector (111, 121) and comprising a first surface (113a, 123a) and a second surface (113b, 123b), the first surface (113a, 123a) comprising a part (113a-1, 123a-1) adjacent to the edge part (111a, 121a) of the current collector (111, 121); an organic-fiber layer (2, 2') comprising an organic fiber and bonded with the end part (112a, 122a) of the active material-containing layer (112, 122) and with the part (113a-1, 123a-1) of the first surface (113a, 123a) of the current-collecting tab (113, 123), wherein the organic-fiber layer (2, 2') is bonded with both a surface (112s, 122s) and an end surface (112e, 122e) of the end part (112a, 122a) of the active material-containing layer (112, 122), characterised in that: a peeling strength of the organic-fiber layer (2, 2') with respect to the electrode (110, 120) is 4 N or more, wherein the organic-fiber layer (2, 2') is formed in a state where it is bonded with the electrode by an electro-spinning method. a current collector (111, 121) comprising an edge part (111a, 121a); an active material-containing layer (112, 122) supported on at least one surface of the current collector (111, 121), comprising an end part (112a, 122a) which is supported on the edge part (111a, 121a) of the current collector (111, 121) and has a maximum thickness; and a current-collecting tab (113, 123) extended from the edge part (111a, 121a) of the current collector (111, 121) and comprising a first surface (113a, 123a) and a second surface (113b, 123b), the first surface (113a, 123a) comprising a part (113a-1, 123a-1) adjacent to the edge part (111a, 121a) of the current collector (111, 121); an organic-fiber layer (2, 2') comprising an organic fiber and bonded with the end part (112a, 122a) of the active material-containing layer (112, 122) and with the part (113a-1, 123a-1) of the first surface (113a, 123a) of the current-collecting tab (113, 123), wherein the organic-fiber layer (2, 2') is bonded with both a surface (112s, 122s) and an end surface (112e, 122e) of the end part (112a, 122a) of the active material-containing layer (112, 122), characterised in that: a peeling strength of the organic-fiber layer (2, 2') with respect to the electrode (110, 120) is 4 N or more, wherein the organic-fiber layer (2, 2') is formed in a state where it is bonded with the electrode by an electro-spinning method.
A vehicle-mounted device operation system, comprising: a sound collector located in a vehicle cabin, and configured to collect speech of an occupant; a speech determining unit configured to determine whether a command to a vehicle-mounted device is included in a content of the speech of the occupant collected by the sound collector; a vehicle-mounted device activating unit configured to activate the vehicle-mounted device according to the command, when the speech determining unit determines that the command to the vehicle-mounted device is included in the content of the speech of the occupant; an operating part located in the vehicle cabin, and configured to be subjected to operation for manually operating the vehicle-mounted device; and a highlighting unit configured to highlight the operating part for the vehicle-mounted device activated by the vehicle-mounted device activating unit, characterized in that a plurality of steering switches (24R, 24L) located on a steering wheel are provided as the operating part, and the highlighting unit is configured to highlight a part of the plurality of steering switches (24R, 24L). a sound collector located in a vehicle cabin, and configured to collect speech of an occupant; a speech determining unit configured to determine whether a command to a vehicle-mounted device is included in a content of the speech of the occupant collected by the sound collector; a vehicle-mounted device activating unit configured to activate the vehicle-mounted device according to the command, when the speech determining unit determines that the command to the vehicle-mounted device is included in the content of the speech of the occupant; an operating part located in the vehicle cabin, and configured to be subjected to operation for manually operating the vehicle-mounted device; and a highlighting unit configured to highlight the operating part for the vehicle-mounted device activated by the vehicle-mounted device activating unit, characterized in that a plurality of steering switches (24R, 24L) located on a steering wheel are provided as the operating part, and the highlighting unit is configured to highlight a part of the plurality of steering switches (24R, 24L).
A rotary steerable system (58, 104, 200, 400), comprising: a steering section (114, 410) connectable to a drill bit, the steering section defining a longitudinal axis and including steering pads which are each selectively extendable in a lateral direction from the longitudinal axis; a control section (110, 412) including a steering controller therein, the steering controller for generating instructions to selectively extend the steering pads; a flexible collar (102, 404) coupled between the steering section (114, 410) and the control section (110, 412), the flexible collar (102, 404) having a lower bending stiffness than the steering section (114, 410) and the control section (110, 412); a flow path for drilling fluid or mud, the flow path extending through the rotary steerable system (58, 104, 200, 400); and a flow control section comprising a valve assembly; wherein the rotary steerable system (58, 104, 200, 400) is configured so that the valve assembly diverts a portion of a fluid or mud passing along the flow path to selectively drive or extend the steering pads, and so that a remainder of said fluid or mud passing along the flow path continues to said drill bit for being expelled through said drill bit. a steering section (114, 410) connectable to a drill bit, the steering section defining a longitudinal axis and including steering pads which are each selectively extendable in a lateral direction from the longitudinal axis; a control section (110, 412) including a steering controller therein, the steering controller for generating instructions to selectively extend the steering pads; a flexible collar (102, 404) coupled between the steering section (114, 410) and the control section (110, 412), the flexible collar (102, 404) having a lower bending stiffness than the steering section (114, 410) and the control section (110, 412); a flow path for drilling fluid or mud, the flow path extending through the rotary steerable system (58, 104, 200, 400); and a flow control section comprising a valve assembly; wherein the rotary steerable system (58, 104, 200, 400) is configured so that the valve assembly diverts a portion of a fluid or mud passing along the flow path to selectively drive or extend the steering pads, and so that a remainder of said fluid or mud passing along the flow path continues to said drill bit for being expelled through said drill bit.
Method of operating a wind turbine, wherein for a reduction of a wind load impacting on the wind turbine the rotational speed of the rotor (4, 5) and/or the electrical power output of the wind turbine are reduced depending on at least a deviation of the wind speed from the average wind speed, comprising the further steps of measuring the wind speed and determining the average wind speed, and calculating the deviation of the wind speed from the average wind speed, characterised in that: the rotational speed of the rotor (4, 5) and/or the electrical power output of the wind turbine are reduced as a function of the deviation of the wind speed from the average wind speed, when the deviation of the wind speed from the average wind speed attains or exceeds a threshold value.
A tire in which a circumferential groove extending a tire circumferential direction is formed and a plurality of block-shaped land portions are provided in the tire circumferential direction, outside the circumferential groove in a tread width direction, wherein a first inclined groove and a second inclined groove are formed, the first inclined groove with a groove depth becoming larger and a groove width in the tire circumferential direction becoming smaller as the first inclined groove extends toward the inner side in the tread width direction, the second inclined groove with a groove depth becoming larger and a groove width in the tire circumferential direction becoming smaller as the second inclined groove extends toward the outer side in the tread width direction, each of the block-shaped land portions includes a first land portion and a second land portion which is adjacent to the first land portion and which is located inside the first land portion in the tread width direction, an outer end portion of the first inclined groove in the tread width direction is not divided from the first land portion and an inner end portion of the first inclined groove in the tread width direction extends toward the circumferential groove along an edge portion of the second land portion in the tire circumferential direction, and an inner end portion of the second inclined groove in the tread width direction is not divided from the second land portion and the second inclined groove extends along an inner edge portion of the first land portion in the tread width direction, characterized in that the first land portion, the second land portion, the first inclined groove and the second inclined groove are disposed in an area partitioned by an inter-block microgroove and a sipe in the tire circumferential direction and by circumferential grooves in the tread width direction.