mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a powertrain of a vehicle, the powertrain comprising: - an engine comprising mutually independently operable valves, the engine being configured to be operated in a four-stroke operation mode, and - a drivetrain comprising a transmission, the method comprising: - while operating the engine in the four-stroke operation mode, identifying that a critical situation applies or is expected to apply, in which a fast downshift of the transmission is required, - initiating a downshift process in response to the identification of the critical situation, - during at least a part of the downshift process, increasing an engine speed (n) by controlling at least the mutually independently operable valves of the engine such that the engine is temporarily operated in a two-stoke operation mode. - an engine comprising mutually independently operable valves, the engine being configured to be operated in a four-stroke operation mode, and - a drivetrain comprising a transmission, - while operating the engine in the four-stroke operation mode, identifying that a critical situation applies or is expected to apply, in which a fast downshift of the transmission is required, - initiating a downshift process in response to the identification of the critical situation, - during at least a part of the downshift process, increasing an engine speed (n) by controlling at least the mutually independently operable valves of the engine such that the engine is temporarily operated in a two-stoke operation mode.
A brake control device for electric vehicle, wherein the brake control device for electric vehicle is to be mounted on a vehicle driven by an electric motor, the brake control device for electric vehicle comprising: a required braking force calculator to calculate a required braking force based on a deceleration of the vehicle included in a braking instruction and a weight of the vehicle, the required braking force being a braking force required for obtaining the deceleration; an electric braking force calculator to calculate electric braking force generated by operation of the electric motor; characterized by an adjuster to, when the speed of the electric motor is equal to or smaller than a threshold, adjust the electric braking force calculated by the electric braking force calculator to a smaller value at a first time, the first time preceding a second time at which the electric braking force starts to become ineffective, and output the adjusted electric braking force, wherein the electric braking force outputted by the adjuster is constant from the first time to the second time. a required braking force calculator to calculate a required braking force based on a deceleration of the vehicle included in a braking instruction and a weight of the vehicle, the required braking force being a braking force required for obtaining the deceleration; an electric braking force calculator to calculate electric braking force generated by operation of the electric motor; characterized by an adjuster to, when the speed of the electric motor is equal to or smaller than a threshold, adjust the electric braking force calculated by the electric braking force calculator to a smaller value at a first time, the first time preceding a second time at which the electric braking force starts to become ineffective, and output the adjusted electric braking force, wherein the electric braking force outputted by the adjuster is constant from the first time to the second time.
A connector (100, 100A), comprising: a terminal-equipped electrical wire that includes an electrical wire and a terminal (21, 21A) which is attached to an end portion of the electrical wire, the terminal (21, 21A) having a box-shaped portion configured to fit with a mating terminal in a fitting direction intersecting with an extending direction of the electrical wire; an inner housing that includes a terminal accommodating chamber communicating with a terminal fitting opening and an electrical wire leading-out opening and configured to accommodate the terminal-equipped electrical wire; an outer housing that includes an electrical wire leading-out opening configured to receive the inner housing in the extending direction of the electrical wire and a housing fitting opening configured to be fitted to a mating connector; a front holder (9, 9A) configured to be attached to the housing fitting opening; and one or more pressing protrusions (97, 97A, 30) provided on at least one of the terminal and the front holder (9, 9A), characterized in that the connector (100, 100A) is configured to when the outer housing is fitted to the mating connector, the one or more pressing protrusions (97, 97A, 30) can be elastically deformed by a fitting pressing force acting on the front holder (9, 9A) to press and urge the box-shaped portion toward inside of the terminal accommodating chamber. a terminal-equipped electrical wire that includes an electrical wire and a terminal (21, 21A) which is attached to an end portion of the electrical wire, the terminal (21, 21A) having a box-shaped portion configured to fit with a mating terminal in a fitting direction intersecting with an extending direction of the electrical wire; an inner housing that includes a terminal accommodating chamber communicating with a terminal fitting opening and an electrical wire leading-out opening and configured to accommodate the terminal-equipped electrical wire; an outer housing that includes an electrical wire leading-out opening configured to receive the inner housing in the extending direction of the electrical wire and a housing fitting opening configured to be fitted to a mating connector; a front holder (9, 9A) configured to be attached to the housing fitting opening; and one or more pressing protrusions (97, 97A, 30) provided on at least one of the terminal and the front holder (9, 9A), characterized in that the connector (100, 100A) is configured to when the outer housing is fitted to the mating connector, the one or more pressing protrusions (97, 97A, 30) can be elastically deformed by a fitting pressing force acting on the front holder (9, 9A) to press and urge the box-shaped portion toward inside of the terminal accommodating chamber.
A process of producing a polymeric dispersion by free radical emulsion polymerization of a monomer composition comprising ethylenically unsaturated monomers in the presence of a block copolymer, whereas the block copolymer has a first block comprising at least 80 wt.-% units of alkyl acrylate and a second block comprising units of an ethylenically unsaturated monomer with sulfonic acid groups whereas either the first or the second block is connected with a nitroxyl radical.
Oil well drilling fluids characterized in that the oil well drilling fluid comprises a weighting agent consisting of microfine, particulate ilmenite having a FeTiO 3 content of at least 85% by weight, a specific surface area between 1 and 5 m 2 /g, where 90% by volume of the particles have a size of less than 12.5μm and a D50 between 3μm and 6μm by volume measured by laser diffraction using Malvern laser diffraction particle size analyzer, where the particles have an average circularity of at least 0.85 determined by image analysis, where average circularity is defined by the equation 4ΠA/P 2, where A is the particle area and P is the particle perimeter.
A liferaft system comprising a container containing an inflatable liferaft and means for inflating the liferaft by means of an inflating gas preferably carbon dioxide or a mixture of gases, the container being openable to allow deployment of the liferaft, said openable container consists of at least two container parts, wherein the container contains means for heating the system, characterised in that the means for heating comprises one or more electrically heated mats, the mat(s) wholly or partly encircle(s) the liferaft.
A chewing gum comprising a chewing gum core with at least one sub-layer, wherein a particulate material for controlled release of active ingredients is added to said at least one sub-layer or both the sub-layer and the core of the chewing gum, the particulate material comprising a combination of one or more active ingredients, excluding nicotine, and an inorganic mineral filler comprising natural calcium carbonate and/or precipitated calcium carbonate, where the inorganic mineral filler is obtainable by pre-treatment with one or more medium-strong to strong sources of H 3 O + ions and/or pre-treatment with an inorganic salt, and pre-treatment with gaseous CO 2, wherein the active ingredient is reversibly absorbed into and/or adsorbed onto the inorganic mineral filler, wherein the BET specific surface area of the inorganic mineral filler is above 15 m 2 /g, the BET specific surface area measured in accordance with ISO 9277 and wherein the at least one sub-layer is between the chewing gum core and an outer coating
An apparatus comprising: a first register having a lane storing first input data elements; a second register having a lane storing second input data elements, wherein a width N of the lane of the second register is equal to a width N of the lane of the first register and characterised in that the first input data elements include N data elements of an input data stream and the second input data elements include a next N data elements of the input data stream, such that the second input data elements are shifted by N relative to the first input data elements; and a single-instruction-multiple-data, SIMD, lane having a lane width N equal to the width of the lane of the first register, wherein the SIMD lane is configured to perform a plurality of sliding window operations on the first input data elements in the lane of the first register and the second input data elements in the lane of the second register, wherein performing each sliding window operation includes determining a result based on a first position input data element selected from a first input data element stored in a first position of the first register and a second input data element stored in a first position of the second register, and a second position input data element selected from a first input data element stored in a second position of the first register and a second input data element stored in a second position of the second register, the second position different from the first position. a first register having a lane storing first input data elements; a second register having a lane storing second input data elements, wherein a width N of the lane of the second register is equal to a width N of the lane of the first register and characterised in that the first input data elements include N data elements of an input data stream and the second input data elements include a next N data elements of the input data stream, such that the second input data elements are shifted by N relative to the first input data elements; and a single-instruction-multiple-data, SIMD, lane having a lane width N equal to the width of the lane of the first register, wherein the SIMD lane is configured to perform a plurality of sliding window operations on the first input data elements in the lane of the first register and the second input data elements in the lane of the second register, wherein performing each sliding window operation includes determining a result based on a first position input data element selected from a first input data element stored in a first position of the first register and a second input data element stored in a first position of the second register, and a second position input data element selected from a first input data element stored in a second position of the first register and a second input data element stored in a second position of the second register, the second position different from the first position.
An oral care composition comprising a zinc-amino acid-halide complex, wherein the amino acid is selected from lysine and arginine, and further comprising linear polyvinylpyrrolidone (I-PVP).
Finger guard for a door, wherein the finger guard has a roller shutter with a roller-shutter web and a spring-loaded retraction mechanism for rolling up the roller-shutter web, wherein, when the finger guard is being used as intended, the roller-shutter web covers over a gap between a door leaf and a door frame of the door and rolls up when the door leaf is being closed, wherein the finger guard has a mechanical arresting unit (5, 6, 7, 9), which arrests a rolling-up movement and/or an unrolling movement of the roller-shutter web, characterized in that the arresting unit (5, 6, 7, 9) has means by which the arresting effect of the arresting unit on the rolling-up movement and/or on the unrolling movement can be adjusted manually on site when the finger guard has already been installed.
A fiber body forming apparatus comprising: an accumulating unit that has a release unit that releases a material containing a fiber and an accumulating member on which the material released from the release unit accumulates; a sheet substrate supply unit that supplies a sheet substrate to a position vertically below the release unit; and a control unit that controls operation of the accumulating unit and the sheet substrate supply unit, wherein the control unit controls operation of the accumulating unit and the sheet substrate supply unit to selectively execute a first mode for causing the material to accumulate on the accumulating member and a second mode for supplying the sheet substrate to the position vertically below the release unit and causing the material to accumulate on the sheet substrate. an accumulating unit that has a release unit that releases a material containing a fiber and an accumulating member on which the material released from the release unit accumulates; a release unit that releases a material containing a fiber and an accumulating member on which the material released from the release unit accumulates; a sheet substrate supply unit that supplies a sheet substrate to a position vertically below the release unit; and a control unit that controls operation of the accumulating unit and the sheet substrate supply unit, wherein the control unit controls operation of the accumulating unit and the sheet substrate supply unit to selectively execute a first mode for causing the material to accumulate on the accumulating member and a second mode for supplying the sheet substrate to the position vertically below the release unit and causing the material to accumulate on the sheet substrate.
An installation for the ultrasonic immersion testing of a tubular part having a cylindrical wall terminated by transverse end flanges (3, 4), of the type comprising controllable transducers in contact with a coupling liquid for emitting and for receiving ultrasounds and which are designed to be arranged such that they are aligned respectively on either side of the flange to be tested, and a structure in the form of a U shaped or C shaped stirrup, wherein the opposing branches (26, 27) bear, at their ends, respectively the emitter transducer and the receiver transducer aligned with respect to each other, creating between them a space through which the flange to be tested (3, 4) can pass, and wherein the base is mounted in an articulated manner at the end of a moveable control arm, characterized in that it comprises an immersion container inside which is arranged the stirrup shaped structure bearing the transducers (21, 22) and which contains a liquid for coupling the transducers to one another, wherein said container is shaped to be arranged over the flange to be tested (3, 4) and comprises two portions (37, 38) adapted to engage and straddle, with sealing, the transverse flange and the adjoining cylindrical wall of the tubular part.
A portable loudspeaker, comprising: a first electro-acoustic driver which creates sound waves when operated; a housing having a first side to which the driver is secured, and a second side opposite the first side; a first passive radiator secured to the first side of the housing and a second passive radiator secured to the second side of the housing; and a unitary battery module removably secured to the housing in a region substantially between the first and second passive radiators, the battery providing electrical power to the driver, the sound waves from the driver being capable of acoustically energizing the first and second passive radiators. a first electro-acoustic driver which creates sound waves when operated; a housing having a first side to which the driver is secured, and a second side opposite the first side; a first passive radiator secured to the first side of the housing and a second passive radiator secured to the second side of the housing; and a unitary battery module removably secured to the housing in a region substantially between the first and second passive radiators, the battery providing electrical power to the driver, the sound waves from the driver being capable of acoustically energizing the first and second passive radiators.
A two-component paint system comprising: a medium pressure canister comprising: a paint; at least one solvent; and at least one propellant at 20 to 50 weight% of the content of said medium pressure canister; a high pressure canister comprising: a hardener; at least one solvent; at least one propellant at 30 to 70 weight% of the content of said high pressure canister; and an inert gas or inert gas mixture; and an adapter configured to transfer said content of said high pressure canister into said content of said medium pressure canister, wherein said high pressure canister has an internal pressure that is at least 2 bars higher than an internal pressure of said medium pressure canister. a medium pressure canister comprising: a paint; at least one solvent; and at least one propellant at 20 to 50 weight% of the content of said medium pressure canister; a paint; at least one solvent; and at least one propellant at 20 to 50 weight% of the content of said medium pressure canister; a high pressure canister comprising: a hardener; at least one solvent; at least one propellant at 30 to 70 weight% of the content of said high pressure canister; and an inert gas or inert gas mixture; and a hardener; at least one solvent; at least one propellant at 30 to 70 weight% of the content of said high pressure canister; and an inert gas or inert gas mixture; and an adapter configured to transfer said content of said high pressure canister into said content of said medium pressure canister, wherein said high pressure canister has an internal pressure that is at least 2 bars higher than an internal pressure of said medium pressure canister.
A method of measuring time of arrival of a signal transmitted from a transmitter to a receiver over a channel, said method comprising: modulating a plurality of narrowband signal portions onto different carrier frequencies; transmitting, by said transmitter, each said modulated narrowband signal portion to said receiver, each of said modulated narrowband signal portions being transmitted separately over time and over a respective one of said different carrier frequencies; receiving, by said receiver, the narrowband signal portions over said different carrier frequencies; estimating an impulse response of the channel by combining the received narrowband signal portions; and measuring the time of arrival using the estimated channel impulse response. modulating a plurality of narrowband signal portions onto different carrier frequencies; transmitting, by said transmitter, each said modulated narrowband signal portion to said receiver, each of said modulated narrowband signal portions being transmitted separately over time and over a respective one of said different carrier frequencies; receiving, by said receiver, the narrowband signal portions over said different carrier frequencies; estimating an impulse response of the channel by combining the received narrowband signal portions; and measuring the time of arrival using the estimated channel impulse response.
A method for assembling a fiber optic connector, the fiber optic connector including a ferrule subassembly including a ferrule, a ferrule hub that attaches to the ferrule, a spring holder and a connector spring, the fiber optic connector including a plug body in which the ferrule subassembly mounts, the plug body having a plug end through which the ferrule extends when the ferrule subassembly is mounted within the plug body, the plug body defining a central longitudinal axis, the method comprising: pre-assembling the ferrule subassembly such that the connector spring is pre-compressed in an initial compressed state between the ferrule hub and the spring holder; coupling the spring holder to the ferrule hub by a connection that allows the ferrule and the ferrule hub to slide axially relative to the spring holder along a limited range of movement defined between first and second axial positions; loading the pre-assembled ferrule subassembly into the plug body and applying a secondary compression force to the connector spring as the pre-assembled ferrule assembly is loaded into the plug body to move the connector spring to a final compressed state; and securing the ferrule subassembly in axial position relative to the plug body to retain the connector spring in the final compressed state. pre-assembling the ferrule subassembly such that the connector spring is pre-compressed in an initial compressed state between the ferrule hub and the spring holder; coupling the spring holder to the ferrule hub by a connection that allows the ferrule and the ferrule hub to slide axially relative to the spring holder along a limited range of movement defined between first and second axial positions; loading the pre-assembled ferrule subassembly into the plug body and applying a secondary compression force to the connector spring as the pre-assembled ferrule assembly is loaded into the plug body to move the connector spring to a final compressed state; and securing the ferrule subassembly in axial position relative to the plug body to retain the connector spring in the final compressed state.