mhurhangee/patent-ind-claim-en huggingface dataset:
A polynucleotide cassette for the regulation of the expression of a target gene comprising a. a riboswitch b. an alternatively-spliced exon, flanked by a 5' intron and a 3' intron, wherein the riboswitch comprises (i) an effector region comprising a stem having 7 to 20 base pairs that includes the 5' splice site sequence of the 3' intron, and (ii) an aptamer, wherein: the 5' splice site sequence of the 3' intron comprises the sequence GTAATG or GTRAGT, wherein R is A or G; and the alternatively-spliced exon comprises a stop codon that is in-frame with the target gene when the alternatively-spliced exon is spliced into the target gene mRNA. a. a riboswitch b. an alternatively-spliced exon, flanked by a 5' intron and a 3' intron,
Apparatus for mounting and supporting at least one shaft of a roller shutter device in a roller shutter box of the roller shutter device provided on site, the apparatus comprising at least two mounting and supporting units , each of which is intended to be arranged at one end of the shaft in each case, and each mounting and supporting unit being part of a premounted assembly comprising the shaft , and the two mounting and supporting units being able to be inserted into the roller shutter box through an opening of the roller shutter box , characterised in that each mounting and supporting unit comprises means so that, when the shaft is inside the roller shutter box , said unit can be transferred from a mounting state, in which, due to its narrow geometry, it can be inserted into the roller shutter box through the opening of the roller shutter box , into a support state, in which, due to its wide geometry, it no longer fits through the opening in the roller shutter box and a roller shutter curtain of the roller shutter device can be wound onto the shaft and unwound off the shaft .
Electric single-seater vehicle comprising a chassis , a passenger compartment with a bucket seat intended to accommodate a driver, a battery disposed in an element of the chassis and situated beneath the passenger compartment, a motor and a bodywork , characterized by the fact that the battery is positioned in a central structural beam of the chassis, situated beneath the part of the passenger compartment in which the legs of the driver are disposed when the driver is in the driving position, said bucket seat and said battery being positioned as low as possible, said battery being in the central beam and also placed in front of the bucket seat so as to be located in front of the pelvis and beneath the legs and feet of the driver once he or she is installed in the bucket seat in the driving position.
A vehicle radar system comprising at least one transceiver arrangement that in turn comprises a transmitter arrangement that is arranged to generate and transmit at least two radar signals in radar cycles, where each radar cycle comprises a first plurality of sum signals , where the radar signals are transmitted in phase, and a second plurality of delta signals , where first radar signals are arranged to be transmitted from at least a first transmitting antenna arrangement out of phase with second radar signals arranged to be transmitted from at least a second transmitting antenna arrangement , characterized in that the vehicle radar system further comprises a receiver arrangement that is arranged to receive reflected signals by means of at least two receiver antenna arrangements by means of beamforming where each plurality of sum signals and delta signals comprises a corresponding number of repetitive successive frequency ramps (r 1 , r 2 ... r N ; r' 1 , r' 2 ... r' N ).
A clip for holding a stack of packing rings having a first stack end , a second stack end , and a central bore through both the first stack end and the second stack end , on a longitudinal axis, the clip comprising: a spine having a first end and a second end ; a first bracket extending from the first end of the spine partially around the axis, the first bracket configured to hold the first stack end ; and a second bracket extending from the second end of the spine partially around the axis, the second bracket configured to hold the second stack end ; wherein the first bracket and the second bracket define a side opening oriented to allow the packing stack to slide laterally relative to the axis and out from between the first bracket and the second bracket . a spine having a first end and a second end ; a first bracket extending from the first end of the spine partially around the axis, the first bracket configured to hold the first stack end ; and a second bracket extending from the second end of the spine partially around the axis, the second bracket configured to hold the second stack end ; wherein the first bracket and the second bracket define a side opening oriented to allow the packing stack to slide laterally relative to the axis and out from between the first bracket and the second bracket .
A dimmer switch , comprising: a dimmer circuit configured to output a dimming control signal to control one or more dimmable light sources of a lighting fixture ; a power metering circuit configured to monitor power consumption of the one or more dimmable light sources ; and one or more control devices configured to perform operations, the operations comprising: adjusting the dimming control signal to sweep a dimming range of the one or more dimmable light sources ; and obtaining data associated with power consumption from the power metering circuit while adjusting the dimming control signal , wherein the data is indicative of a power signal associated with powering the one or more dimmable light sources ; characterized by : obtaining one or more derivatives of the power signal ; determining a low-end trim setpoint for the dimming control signal based, at least in part, on a phase angle of the power signal , the data associated with power consumption, and the one or more derivatives of the power signal ; and adjusting a range of the dimming control signal based, at least in part, on the low-end trim setpoint. a dimmer circuit configured to output a dimming control signal to control one or more dimmable light sources of a lighting fixture ; a power metering circuit configured to monitor power consumption of the one or more dimmable light sources ; and one or more control devices configured to perform operations, the operations comprising: adjusting the dimming control signal to sweep a dimming range of the one or more dimmable light sources ; and obtaining data associated with power consumption from the power metering circuit while adjusting the dimming control signal , wherein the data is indicative of a power signal associated with powering the one or more dimmable light sources ; characterized by : obtaining one or more derivatives of the power signal ; determining a low-end trim setpoint for the dimming control signal based, at least in part, on a phase angle of the power signal , the data associated with power consumption, and the one or more derivatives of the power signal ; and adjusting a range of the dimming control signal based, at least in part, on the low-end trim setpoint. adjusting the dimming control signal to sweep a dimming range of the one or more dimmable light sources ; and obtaining data associated with power consumption from the power metering circuit while adjusting the dimming control signal , wherein the data is indicative of a power signal associated with powering the one or more dimmable light sources ; characterized by : obtaining one or more derivatives of the power signal ; determining a low-end trim setpoint for the dimming control signal based, at least in part, on a phase angle of the power signal , the data associated with power consumption, and the one or more derivatives of the power signal ; and adjusting a range of the dimming control signal based, at least in part, on the low-end trim setpoint.
A touch sensor panel including: a first substrate ; and a second substrate; a first layer of a first conductive material supported on the first substrate to form a plurality of rows ; a second layer of the first conductive material supported on the second substrate to form a plurality of columns; wherein the plurality of rows and the plurality of columns form a plurality of capacitive sensing nodes; and characterized by a second conductive material different from the first conductive material supported on the first substrate and overlapping a portion of the plurality of rows in one or more border areas of the touch sensor panel to form a stack of a plurality of first conductive traces for off-panel connections. a first substrate ; and a second substrate; a first layer of a first conductive material supported on the first substrate to form a plurality of rows ; a second layer of the first conductive material supported on the second substrate to form a plurality of columns; wherein the plurality of rows and the plurality of columns form a plurality of capacitive sensing nodes; and characterized by a second conductive material different from the first conductive material supported on the first substrate and overlapping a portion of the plurality of rows in one or more border areas of the touch sensor panel to form a stack of a plurality of first conductive traces for off-panel connections.
A system for performing a secure blockchain transaction, the system comprising: a terminal for generating the blockchain transaction, the terminal configured to operate in a first mode and a second mode; and a switch connector configured to prevent the terminal from operating in the first mode and the second mode simultaneously; wherein, when the terminal is in the first mode, the terminal is connected via a network to a system provider server , the system provider server in communication with a plurality of blockchain devices ; wherein, when the terminal is in the second mode, the terminal is in communication with a cold storage device ; wherein the cold storage device is configured to store a private key and to sign the blockchain transaction using the private key ; and wherein the terminal is configured to transmit to the cold storage device the blockchain transaction to be signed on the cold storage device using the private key. a terminal for generating the blockchain transaction, the terminal configured to operate in a first mode and a second mode; and a switch connector configured to prevent the terminal from operating in the first mode and the second mode simultaneously; wherein, when the terminal is in the first mode, the terminal is connected via a network to a system provider server , the system provider server in communication with a plurality of blockchain devices ; wherein, when the terminal is in the second mode, the terminal is in communication with a cold storage device ; wherein the cold storage device is configured to store a private key and to sign the blockchain transaction using the private key ; and wherein the terminal is configured to transmit to the cold storage device the blockchain transaction to be signed on the cold storage device using the private key.
A device for heating a fluid, the device comprising: a first burner performing first combustion between a limiting propellant (L1) and an excess propellant (E); a first heat exchange unit in which first burnt gas (B1) from said first combustion transfers heat to the fluid (F); and at least one second burner into which both the first burnt gas (B1) and some limiting propellant (L2) are injected in order to perform second combustion between the limiting propellant (L2) and at least a portion of the unburnt excess propellant present in the first burnt gas (B1); in which the second burnt gas (B2) from said second combustion flows through a second heat exchange unit in order to transfer heat to the fluid (F); and the device being characterized in that the burnt gas (B1, B2) from each of the combustions flows in respective burnt gas tubes within a common overall heat exchanger made up of said heat exchange units and in which the gas transfers heat to the fluid (F), the fluid flowing between the burnt gas tubes . a first burner performing first combustion between a limiting propellant (L1) and an excess propellant (E); a first heat exchange unit in which first burnt gas (B1) from said first combustion transfers heat to the fluid (F); and at least one second burner into which both the first burnt gas (B1) and some limiting propellant (L2) are injected in order to perform second combustion between the limiting propellant (L2) and at least a portion of the unburnt excess propellant present in the first burnt gas (B1); in which the second burnt gas (B2) from said second combustion flows through a second heat exchange unit in order to transfer heat to the fluid (F); and the device being characterized in that the burnt gas (B1, B2) from each of the combustions flows in respective burnt gas tubes within a common overall heat exchanger made up of said heat exchange units and in which the gas transfers heat to the fluid (F), the fluid flowing between the burnt gas tubes .
Device for detecting when a tool approaches a workpiece in a machine tool in which the tool and the workpiece are movable relative to one another and the tool or the workpiece is connected non-rotatably to a shaft , wherein the tool comprises a coolant channel through which a coolant is suppliable to a machining area in which the machining of the workpiece by the tool takes place, encompassing a measuring arrangement , having a measuring scale that is arranged non-rotatably on the shaft , and at least one position sensor that is arranged statically in relation to the shaft , and also a computer , wherein • the at least one position sensor is suitably configured to scan the measuring scale and to generate therefrom position values (P1, P2, P3, P4, P5, P6) that indicate a position of the shaft , and • the position values (P1, P2, P3, P4, P5, P6) can be supplied to the computer , which comprises means that, as a result of evaluation of a trend in the position values (P1, P2, P3, P4, P5, P6) when the tool is approaching the workpiece , are able to detect that the tool is in an approach area (II), with reference to the workpiece , in which a displacement of the shaft occurs that results from the backpressure of the coolant stream impinging on the workpiece , and are able to use an approach signal (AS) to signal when the tool reaches an approach position (ZA), with reference to the workpiece , in which the tool is close to the workpiece without touching said workpiece. • the at least one position sensor is suitably configured to scan the measuring scale and to generate therefrom position values (P1, P2, P3, P4, P5, P6) that indicate a position of the shaft , and • the position values (P1, P2, P3, P4, P5, P6) can be supplied to the computer , which comprises means that, as a result of evaluation of a trend in the position values (P1, P2, P3, P4, P5, P6) when the tool is approaching the workpiece , are able to detect that the tool is in an approach area (II), with reference to the workpiece , in which a displacement of the shaft occurs that results from the backpressure of the coolant stream impinging on the workpiece , and are able to use an approach signal (AS) to signal when the tool reaches an approach position (ZA), with reference to the workpiece , in which the tool is close to the workpiece without touching said workpiece.
Rotor for an electrical machine with winding elements , which are arranged in axially extending grooves of a rotor body , a winding head, which is arranged axially adjacent to the rotor body , wherein in the region of the winding head the winding elements emerge from the grooves in the axial direction and extend in the axial direction in the region of their axial ends, each winding element having a first and a second curvature in the region of the winding head, in each case the first curvature being arranged on a first plane perpendicular to the axial direction and in each case the second curvature being arranged on a second plane perpendicular to the axial direction, the first plane being closer to the rotor body than the second plane, and the rotor comprising a plurality of tension bolts and a winding head support , wherein the tension bolts connect the winding head to the winding head support , wherein the tension bolts radially penetrate the winding head, and wherein some of the tension bolts are arranged such that the bolt axis thereof is located in the axial direction of the rotor between the second plane and the ends of the winding elements , characterized in that each winding element has a third and a fourth curvature in the region of the winding head, in each case the third curvature being arranged on a third plane perpendicular to the axial direction, and in each case the fourth curvature being arranged on a fourth plane perpendicular to the axial direction, and wherein the third and the fourth planes are located between the first and the second planes in the axial direction, and wherein the third plane is located closer to the first plane than the fourth plane, and wherein some of the tension bolts are so arranged that the pin axis thereof is arranged in the axial direction of the rotor between the third plane and the fourth plane, and wherein the winding elements extend between the first and the third plane at an angle to the axial direction, and wherein the winding elements extend between the fourth and the second plane at an angle to the axial direction, and wherein the winding elements extend between the third and the fourth plane at an angle to the axial direction, the latter angle being smaller in each case than the angle at which the winding elements extend between the first and the third and between the fourth and the second plane.
A lubricating oil composition comprising a base oil, a molybdenum dithiocarbamate, a calcium detergent, a magnesium detergent, and a boron-free succinimide, wherein the content of the molybdenum dithiocarbamate as converted into a molybdenum atom is 60 to 1,200 ppm by mass on a basis of the whole amount of the composition, the content of the boron-free succinimide as converted into a nitrogen atom is less than 1,200 ppm by mass on a basis of the whole amount of the composition, the content of the calcium detergent as converted into a calcium atom is 1,000 to 2,000 ppm by mass on a basis of the whole amount of the composition, the calcium detergent is calcium salicylate, the base oil is a mixed oil of a mineral oil and a synthetic oil, and a mass ratio of the molybdenum atom (Mo) to a magnesium atom (Mg) of the magnesium detergent [Mo/Mg] is 0.1 or more. the content of the molybdenum dithiocarbamate as converted into a molybdenum atom is 60 to 1,200 ppm by mass on a basis of the whole amount of the composition, the content of the boron-free succinimide as converted into a nitrogen atom is less than 1,200 ppm by mass on a basis of the whole amount of the composition, the content of the calcium detergent as converted into a calcium atom is 1,000 to 2,000 ppm by mass on a basis of the whole amount of the composition, the calcium detergent is calcium salicylate, the base oil is a mixed oil of a mineral oil and a synthetic oil, and a mass ratio of the molybdenum atom (Mo) to a magnesium atom (Mg) of the magnesium detergent [Mo/Mg] is 0.1 or more.
A method for in vitro diagnosis of an allergic disease comprising the following steps: - contacting an allergen containing solution with a support provided with electrodes, consisting of a pad coated by a noble metal forming a couple of said electrodes; - measuring impedance of said allergen containing solution, obtaining a first impedance value; - adding a patient's serum to said allergen containing solution onto said support provided with electrodes; - measuring impedance of said serum added to said allergen containing solution, obtaining a second impedance value; - evaluating the allergic reactivity of said patient in response to said allergen by evaluating the difference between said second and said first impedance values, this difference being correlated to the concentration of IgE specific to said allergen in said serum and to the grade of the response to allergen, while no response to said allergen is detected for healthy subjects. - contacting an allergen containing solution with a support provided with electrodes, consisting of a pad coated by a noble metal forming a couple of said electrodes; - measuring impedance of said allergen containing solution, obtaining a first impedance value; - adding a patient's serum to said allergen containing solution onto said support provided with electrodes; - measuring impedance of said serum added to said allergen containing solution, obtaining a second impedance value; - evaluating the allergic reactivity of said patient in response to said allergen by evaluating the difference between said second and said first impedance values, this difference being correlated to the concentration of IgE specific to said allergen in said serum and to the grade of the response to allergen, while no response to said allergen is detected for healthy subjects.
A generating circuit for the zero flag bit of a multiplier, characterized in that the generating circuit is used for application of the multiplier which requires the number of bits of the to-be-solved multiplication operation result to be the same as that of the multiplicator and that of the multiplicand and comprises a low-bit zero detecting module, a bitwise-AND module, and a result determining module, wherein the low-bit zero detecting module is used for discovering the bit in which the value of 1 appears first in the first input value from low bit to high bit, and replacing all bits from the bit to the highest bit with 1; the bitwise-AND module is used for reversing the order of the first input value bit by bit after replacement, and then carrying out a bitwise-AND logical operation on the first input value after order reversing and a second input value; and the result determining module is used for determining whether all the results of the logical AND operation are zero, if yes, the zero flag bit outputs 1, otherwise it outputs 0.
A garment (100; 800) comprising: a first zone (136, 146; 740; 840, 860) comprising a first material formed from yarns having a first denier per filament (DPF); and a second zone (134, 144; 730; 830, 850) adjacent the first zone (136, 146; 740; 840, 860), the second zone (134, 144; 730; 830, 850) comprising a second material formed from yarns making up a wipe zone (134, 144; 730; 830, 850) and the yarns having a second DPF, wherein the second DPF is within a range of 0.025 to 0.0025; and wherein the second material is hydrophobic. a first zone (136, 146; 740; 840, 860) comprising a first material formed from yarns having a first denier per filament (DPF); and a second zone (134, 144; 730; 830, 850) adjacent the first zone (136, 146; 740; 840, 860), the second zone (134, 144; 730; 830, 850) comprising a second material formed from yarns making up a wipe zone (134, 144; 730; 830, 850) and the yarns having a second DPF, wherein the second DPF is within a range of 0.025 to 0.0025; and wherein the second material is hydrophobic.