mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid sequence which is a codon optimized UGT1A1 coding sequence, wherein the optimized coding sequence has an increased GC content and has a decreased number of alternative open reading frames as compared to the wild-type coding sequence as shown in SEQ ID NO:1, wherein said nucleic acid sequence comprises: - a nucleotide sequence at least 97% identical to the sequence shown in SEQ ID NO:2, or - the nucleotide sequence shown in SEQ ID NO:2. - a nucleotide sequence at least 97% identical to the sequence shown in SEQ ID NO:2, or - the nucleotide sequence shown in SEQ ID NO:2.
Motor vehicle comprising an occupant protection device provided for the side region of the motor vehicle, having a sensor (4, 5) arranged in the side region for detecting an air pressure signal and a control device which is configured to evaluate the air pressure signal and to trigger the occupant protection device on the basis of the evaluated air pressure signal, characterised in that the control device is configured to detect a pressure wave occurring before a collision on the basis of the air pressure signal and to trigger the occupant protection device when a pressure wave is detected.
A fluid dispenser device including a main body, said device comprising: ▪ at least one individual reservoir containing a single dose of fluid, such as powder, ▪ opening means for opening an individual reservoir each time the device is actuated, ▪ a mouthpiece defining a dispenser orifice, ▪ movable support means that are adapted to displace an individual reservoir against said opening means on each actuation, said movable support means being displaceable between a non-dispensing position and a dispensing position, said movable support means being urged towards their dispensing position by resilient means, such as a spring or a spring blade, and being held in their non-dispensing position by blocking means, ▪ an inhalation trigger system that comprises a deformable air chamber that co-operates with said dispenser orifice, and a trigger element that co-operates firstly with said air chamber and secondly with said blocking means, so that during inhalation through said dispenser orifice, said air chamber is deformed and said trigger element releases said blocking means, so that during inhalation, a reservoir is displaced against said opening means and is opened by said opening means, said fluid dispenser device being characterized in that it further comprises an electronic dose counter or indicator device including a sensor that is adapted to detect the displacement of said movable support means while the user is inhaling or after the user has inhaled. ▪ at least one individual reservoir containing a single dose of fluid, such as powder, ▪ opening means for opening an individual reservoir each time the device is actuated, ▪ a mouthpiece defining a dispenser orifice, ▪ movable support means that are adapted to displace an individual reservoir against said opening means on each actuation, said movable support means being displaceable between a non-dispensing position and a dispensing position, said movable support means being urged towards their dispensing position by resilient means, such as a spring or a spring blade, and being held in their non-dispensing position by blocking means, ▪ an inhalation trigger system that comprises a deformable air chamber that co-operates with said dispenser orifice, and a trigger element that co-operates firstly with said air chamber and secondly with said blocking means, so that during inhalation through said dispenser orifice, said air chamber is deformed and said trigger element releases said blocking means, so that during inhalation, a reservoir is displaced against said opening means and is opened by said opening means,
A method, comprising: receiving, at a first set of latches and as part of a wear-leveling operation, a first set of data from a first section of a memory array, the first set of data associated with a logical address, wherein: the first set of latches is associated with the first section of the memory array; and the memory array comprises a plurality of sections of ferroelectric memory cells; sending the first set of data to a second set of latches through an error correction circuit (430, 530) on a chip with a memory array, the error correction circuit (430, 530) located in a periphery outside of the memory array, wherein the second set of latches is associated with a second section of the memory array; and storing the first set of data in the second section of the memory array without changing the logical address associated with the first set of data, wherein the first section of the memory array becomes a spare section of the memory array to be used as a destination section for copying data from another section of the memory array. the first set of latches is associated with the first section of the memory array; and the memory array comprises a plurality of sections of ferroelectric memory cells; sending the first set of data to a second set of latches through an error correction circuit (430, 530) on a chip with a memory array, the error correction circuit (430, 530) located in a periphery outside of the memory array, wherein the second set of latches is associated with a second section of the memory array; and storing the first set of data in the second section of the memory array without changing the logical address associated with the first set of data, wherein the first section of the memory array becomes a spare section of the memory array to be used as a destination section for copying data from another section of the memory array.
An electric forklift comprising: a traveling motor which is arranged to operate a wheel; a working machine motor which is arranged to operate a working machine; a control unit which is arranged to control the operations of the traveling motor and the working machine motor based on an output control signal inputted from the outside; a battery which is arranged to supply electric power to the traveling motor, the working machine motor, and the control unit; a temperature detecting unit which is arranged to detect a temperature of the battery; and wherein when a detected temperature from the temperature detecting unit is higher than a predetermined reference temperature, the control unit is arranged to operate at least one of the traveling motor and the working machine motor with a corrected output smaller than a normal output set based on the output control signal, characterized by comprising an alarm unit, wherein the alarm unit is arranged to output alarm sound when at least one of the traveling motor and the working machine motor operates with the corrected output. a traveling motor which is arranged to operate a wheel; a working machine motor which is arranged to operate a working machine; a control unit which is arranged to control the operations of the traveling motor and the working machine motor based on an output control signal inputted from the outside; a battery which is arranged to supply electric power to the traveling motor, the working machine motor, and the control unit; a temperature detecting unit which is arranged to detect a temperature of the battery; and wherein when a detected temperature from the temperature detecting unit is higher than a predetermined reference temperature, the control unit is arranged to operate at least one of the traveling motor and the working machine motor with a corrected output smaller than a normal output set based on the output control signal, characterized by comprising an alarm unit, wherein the alarm unit is arranged to output alarm sound when at least one of the traveling motor and the working machine motor operates with the corrected output.
A waterproof rotor drive unit structure, comprising: a driveshaft having a front end configured to be fixed to a rotor for winding a fishing line onto a spool of a spinning reel, the driveshaft configured to rotate the rotor; a housing unit supporting the driveshaft so as to be rotatable around a rotational axis of the driveshaft, having an opening into which the driveshaft is inserted, and housing a rear end of the driveshaft and a one-way clutch configured to transmit rotational torque of the driveshaft only in one direction; a labyrinth structure formed by a first annular projection, a second annular projection (121, 122) and an axial gap; the first annular projection disposed on an outer periphery of a rotor-facing surface of the housing unit, the first annular projection being configured to be faced to the rotor in an axial direction parallel to the rotational axis and protrude toward the rotor in the axial direction entirely around the rotational axis; and the second annular projection (121, 122) configured to rotate together with the driveshaft, the second annular projection (121, 122) on an inner peripheral wall of the rotor that faces the housing unit in the axial direction at a first distance from the first annular projection in a radial direction, and protruding toward the housing unit in the axial direction entirely around the rotational axis, the axial gap between a distal end of the first annular projection and the inner peripheral wall being less than or equal to an axial direction dimension (H1, H2) of the second annular projection (121, 122). a driveshaft having a front end configured to be fixed to a rotor for winding a fishing line onto a spool of a spinning reel, the driveshaft configured to rotate the rotor; a housing unit supporting the driveshaft so as to be rotatable around a rotational axis of the driveshaft, having an opening into which the driveshaft is inserted, and housing a rear end of the driveshaft and a one-way clutch configured to transmit rotational torque of the driveshaft only in one direction; a labyrinth structure formed by a first annular projection, a second annular projection (121, 122) and an axial gap; the first annular projection disposed on an outer periphery of a rotor-facing surface of the housing unit, the first annular projection being configured to be faced to the rotor in an axial direction parallel to the rotational axis and protrude toward the rotor in the axial direction entirely around the rotational axis; and the second annular projection (121, 122) configured to rotate together with the driveshaft, the second annular projection (121, 122) on an inner peripheral wall of the rotor that faces the housing unit in the axial direction at a first distance from the first annular projection in a radial direction, and protruding toward the housing unit in the axial direction entirely around the rotational axis, the axial gap between a distal end of the first annular projection and the inner peripheral wall being less than or equal to an axial direction dimension (H1, H2) of the second annular projection (121, 122).
A foam assembly (14, 74, 95) connectable to a liquid container (12, 72, 92) comprising: a main pump body having an exit nozzle; an air chamber; a liquid chamber and having a liquid inlet valve and a liquid outlet valve; a mixing zone in flow communication with the air chamber and in flow communication with the liquid chamber; and a porous member in the exit nozzle downstream of the mixing zone; characterized in that the assembly further comprises a piston dome attached to the main pump body, wherein the piston dome comprises a resiliently deformable dome and a liquid piston portion, and has an at rest position and a depressed position, the air chamber being defined by the piston dome and the main pump body, and the liquid chamber being defined by the liquid piston portion and the main pump body, whereby the volume of the air chamber is dependent on the position of the piston dome and volume of the liquid chamber is dependent on the position of the liquid piston portion of the piston dome and during an activation stroke the piston dome moves from the at rest position to the depressed position and responsively the volume of the air chamber and the volume of the liquid chamber are reduced. a main pump body having an exit nozzle; an air chamber; a liquid chamber and having a liquid inlet valve and a liquid outlet valve; a mixing zone in flow communication with the air chamber and in flow communication with the liquid chamber; and a porous member in the exit nozzle downstream of the mixing zone; characterized in that the assembly further comprises a piston dome attached to the main pump body, wherein the piston dome comprises a resiliently deformable dome and a liquid piston portion, and has an at rest position and a depressed position, the air chamber being defined by the piston dome and the main pump body, and the liquid chamber being defined by the liquid piston portion and the main pump body, whereby the volume of the air chamber is dependent on the position of the piston dome and volume of the liquid chamber is dependent on the position of the liquid piston portion of the piston dome and during an activation stroke the piston dome moves from the at rest position to the depressed position and responsively the volume of the air chamber and the volume of the liquid chamber are reduced.
Use of a lubricant to improve control stability of an automobile as measured by a method comprising the measurement of automobile yaw angle acceleration, the lubricant comprising: a base oil; and an additive containing a carbon black. a base oil; and an additive containing a carbon black.
A fuel injection device, comprising: a housing having a fuel supply path formed in an interior of the housing, and fuel injection holes formed on a tip of the housing; a needle valve that is disposed within the housing, and opens or closes the fuel supply path in accordance with a fuel oil pressure; a spool valve that is provided on a tip of the needle valve, and slides with an external peripheral face of the spool valve in contact with an internal peripheral face of the housing; and a groove that is formed on the internal peripheral face of the housing in a position different from the fuel injection holes, and is in communication with the fuel supply path; a fuel oil introduction space through which fuel oil flows being formed in the spool valve; upon the fuel supply path being opened, the fuel oil introduction space being in communication with the groove, and, the fuel oil introduction space moving to a position at which the fuel oil introduction space is in communication with the fuel injection holes; and upon the fuel supply path being closed, the external peripheral face of the spool valve facing the fuel injection holes, and the fuel oil introduction space moving to a position at which the fuel oil introduction space is not in communication with the fuel injection holes. a housing having a fuel supply path formed in an interior of the housing, and fuel injection holes formed on a tip of the housing; a needle valve that is disposed within the housing, and opens or closes the fuel supply path in accordance with a fuel oil pressure; a spool valve that is provided on a tip of the needle valve, and slides with an external peripheral face of the spool valve in contact with an internal peripheral face of the housing; and a groove that is formed on the internal peripheral face of the housing in a position different from the fuel injection holes, and is in communication with the fuel supply path; a fuel oil introduction space through which fuel oil flows being formed in the spool valve; upon the fuel supply path being opened, the fuel oil introduction space being in communication with the groove, and, the fuel oil introduction space moving to a position at which the fuel oil introduction space is in communication with the fuel injection holes; and upon the fuel supply path being closed, the external peripheral face of the spool valve facing the fuel injection holes, and the fuel oil introduction space moving to a position at which the fuel oil introduction space is not in communication with the fuel injection holes.
A ready-to-use agent for dyeing blond and/or bleaching keratin fibers, in particular human hair, which agent is produced by mixing two separately packaged preparations, wherein the first preparation (preparation A) is a liquid, gelatinous or creamy component containing hydrogen peroxide, which component is weakly acidic to acidic for stability reasons, and the second preparation (preparation B) is a solid, pasty or powdered preparation which contains the persulfates and also alkalizing agents, wherein the ready-to-use agent has an alkaline pH and contains, in a cosmetic carrier, (a) at least one fatty alcohol selected from the group consisting of behenyl alcohol (docosan-1-ol), erucyl alcohol ( -docos-13-en-1-ol) and brassidyl alcohol ( -docosen-1-ol), (b) ammonium persulfate as well as optionally a further persulfate salt, (c) at least one glyceryl fatty acid ester of general formula, where R1, R2 and R3, independently of one another, represent a hydrogen atom or a grouping of formula, where R4 represents an unbranched or branched, saturated or unsaturated C 11 -C 27 alkyl group, with the proviso that at least one and no more than two of the functional groups selected from R1, R2 and R3 represent a grouping of formula. (a) at least one fatty alcohol selected from the group consisting of behenyl alcohol (docosan-1-ol), erucyl alcohol ( -docos-13-en-1-ol) and brassidyl alcohol ( -docosen-1-ol), (b) ammonium persulfate as well as optionally a further persulfate salt, (c) at least one glyceryl fatty acid ester of general formula, where R1, R2 and R3, independently of one another, represent a hydrogen atom or a grouping of formula, where R4 represents an unbranched or branched, saturated or unsaturated C 11 -C 27 alkyl group, with the proviso that at least one and no more than two of the functional groups selected from R1, R2 and R3 represent a grouping of formula.
A computer-implemented method for manufacturing a file system update package, comprising: acquiring file information of each source file in a file system to be updated; determining an operation type of a target file corresponding to the each source file according to the file information of the each source file, the operation type including one of a dynamic type, a static type and a recently-added type; when the operation type of the target file is the dynamic type or the recently-added type, compressing the target file to form a compressed file package, and when the operation type of the target file is the static type, executing a differential operation according to a difference between the target file and its corresponding source file to form a differential file package.; and packaging all the compressed file packages and all the differential file packages to form a file system update package.); wherein the dynamic type represents that the source file corresponding to the target file can be modified by the user; and the static type represents that the source file corresponding to the target file cannot be modified by the user. acquiring file information of each source file in a file system to be updated; determining an operation type of a target file corresponding to the each source file according to the file information of the each source file, the operation type including one of a dynamic type, a static type and a recently-added type; when the operation type of the target file is the dynamic type or the recently-added type, compressing the target file to form a compressed file package, and when the operation type of the target file is the static type, executing a differential operation according to a difference between the target file and its corresponding source file to form a differential file package.; and packaging all the compressed file packages and all the differential file packages to form a file system update package.); wherein the dynamic type represents that the source file corresponding to the target file can be modified by the user; and the static type represents that the source file corresponding to the target file cannot be modified by the user.
Vehicle wheel, which can be connected to a brake system, wherein the wheel rim and/or wheel disc thereof has a supporting structure made of fibre-reinforced plastic, wherein the wheel rim and/or the wheel disc has at least on a side of the supporting structure that is facing the brake system a thermal functional structure, which is formed as thermally more conductive than the supporting structure and is arranged so as to extend in such a manner that thermal energy generated by the brake system is substantially removed from a region of the wheel rim and/or of the wheel disc that is thereby subjected to great thermal loading into at least one region of the wheel rim and/or of the wheel disc that is subjected to less thermal loading, characterized in that the thermal functional structure is formed as highly thermally conductive and has a thermal conductivity with a coefficient of thermal conduction in the range of approximately 100 to 1100 W/mK.
A method of quantifying, detecting and localizing one or more leaks or a flow of liquid or gasses in an oil or gas producing well, wherein said method employs a logging tool forming part of a logging string deployed in operation in a borehole of the well, said logging tool comprises a sensor housing with a single broadband passive acoustic transducer, an amplifier, a processing unit and a telemetry unit, wherein said method comprises the steps of: (a) detecting high frequency signals in an ultrasonic frequency range using the single acoustic transducer, wherein the signals are generated by acoustic noise from leaks or flow of liquid or gasses in a region surrounding the acoustic transducer in the borehole; (b) amplifying the signals in the amplifier to generate corresponding amplified signals for inputting into the processing unit local to the acoustic transducer; (c) band-pass frequency filtering said amplified signals for generating corresponding filtered data, wherein filtering of the amplified signals over several frequency ranges is performed in real time during data logging by utilizing dynamic signal filtering for optimally improving signal-to-noise ratio by filtering away background noise in the amplified signals, thereby generating said corresponding filtered data; and (d) processing the filtered data in said processing unit for transmitting the filtered data, using said telemetry unit, to a unit including a computer in a surface region remote from the logging tool for storage and/or viewing of said filtered data, which involves said computer being adapted to perform simultaneous resolution of said filtered data to identify occurrence of said one or more leaks or a flow of liquid or gasses in the oil or gas producing well. (a) detecting high frequency signals in an ultrasonic frequency range using the single acoustic transducer, wherein the signals are generated by acoustic noise from leaks or flow of liquid or gasses in a region surrounding the acoustic transducer in the borehole; (b) amplifying the signals in the amplifier to generate corresponding amplified signals for inputting into the processing unit local to the acoustic transducer; (c) band-pass frequency filtering said amplified signals for generating corresponding filtered data, wherein filtering of the amplified signals over several frequency ranges is performed in real time during data logging by utilizing dynamic signal filtering for optimally improving signal-to-noise ratio by filtering away background noise in the amplified signals, thereby generating said corresponding filtered data; and (d) processing the filtered data in said processing unit for transmitting the filtered data, using said telemetry unit, to a unit including a computer in a surface region remote from the logging tool for storage and/or viewing of said filtered data, which involves said computer being adapted to perform simultaneous resolution of said filtered data to identify occurrence of said one or more leaks or a flow of liquid or gasses in the oil or gas producing well.