mhurhangee/patent-ind-claim-en huggingface dataset:
A method of screening a subject for the presence of at least one genomic DNA (gDNA) variation biomarker of a panel of gDNA variation biomarkers for the diagnosis or prognosis of a movement disorder, the method comprising: assaying a nucleic acid sample obtained from the subject for the presence or absence of the gDNA variation biomarkers of the panel, wherein the panel comprises at least one low frequency gDNA variation biomarker for each of a plurality of genetic loci, said low frequency gDNA variation biomarkers being CNVs of Table 1, or is a variation that results in a nonsense or frameshift mutation in any of the genes in Table 4 in which the identified CNV region is indicated as exonic or as both exonic and intronic; and wherein the panel comprises at least 50 low frequency gDNA variation biomarkers.
A vehicle door control apparatus comprising: a sensor provided on a door of a vehicle; an interface for communicating with a power source drive unit for controlling a power source provided in the vehicle; and a processor for controlling at least one of opening and closing of the door based on information on an object sensed through the sensor, wherein the door is a tailgate , and if the object is located within an opening trajectory of the tailgate, the processor is configured to provide a signal for moving the vehicle forward to the power source drive unit. a sensor provided on a door of a vehicle; an interface for communicating with a power source drive unit for controlling a power source provided in the vehicle; and a processor for controlling at least one of opening and closing of the door based on information on an object sensed through the sensor, wherein the door is a tailgate , and if the object is located within an opening trajectory of the tailgate, the processor is configured to provide a signal for moving the vehicle forward to the power source drive unit.
A hybrid electric cable comprising, in a common outer sheath , at least two power cables (2, 3; 2' to 7') and at least two data transmission cables (4, 5; 8' to 11'), including a common layer of conductive material for electromagnetic protection, at least one common steel mechanical protection screen further being arranged on said outer sheath, characterized in that said common steel mechanical protection screen has a thickness of between 0.1 and 0.8 mm and in that below said common steel mechanical protection screen , it includes a layer of insulating material , a laminate of aluminum insulating material glued on the preceding layer and a layer of plastic maintaining material .
A method of wireless communication, comprising: identifying , by a first wireless communication device, a first block-spreading code from a set of block-spreading codes associated with user multiplexing; generating, by the first wireless communication device, a first communication signal by: block-spreading a first block of information symbols based on the first block-spreading code to generate a first block of spread information symbols; performing a discrete Fourier transform, DFT, on the first block of spread information symbols to generate a frequency signal; and mapping the frequency signal to a set of resource blocks, RBs, wherein non-zero values of the frequency signal are located at a first set of subcarriers; and communicating , by the first wireless communication device with a second wireless communication device using a frequency interlace in a frequency spectrum, wherein the frequency interlace includes a plurality of RBs evenly spaced over the frequency spectrum, wherein the first communication signal includes the first block of information symbols spread across the set of RBs within the frequency interlace based on the first block-spreading code, and wherein the first block of information symbols is carried by the first set of subcarriers interlaced with a second set of subcarriers in each RB of the set of RBs. identifying , by a first wireless communication device, a first block-spreading code from a set of block-spreading codes associated with user multiplexing; generating, by the first wireless communication device, a first communication signal by: block-spreading a first block of information symbols based on the first block-spreading code to generate a first block of spread information symbols; performing a discrete Fourier transform, DFT, on the first block of spread information symbols to generate a frequency signal; and mapping the frequency signal to a set of resource blocks, RBs, wherein non-zero values of the frequency signal are located at a first set of subcarriers; and block-spreading a first block of information symbols based on the first block-spreading code to generate a first block of spread information symbols; performing a discrete Fourier transform, DFT, on the first block of spread information symbols to generate a frequency signal; and mapping the frequency signal to a set of resource blocks, RBs, wherein non-zero values of the frequency signal are located at a first set of subcarriers; and communicating , by the first wireless communication device with a second wireless communication device using a frequency interlace in a frequency spectrum, wherein the frequency interlace includes a plurality of RBs evenly spaced over the frequency spectrum, wherein the first communication signal includes the first block of information symbols spread across the set of RBs within the frequency interlace based on the first block-spreading code, and wherein the first block of information symbols is carried by the first set of subcarriers interlaced with a second set of subcarriers in each RB of the set of RBs.
A method of forming a security document, comprising: (i) providing a security document substrate , the security document substrate comprising a security device comprising a colour shifting element and a light control layer covering at least a part of the colour shifting element, wherein the light control layer has a surface structure comprising one or more elevations and depressions that modifies the angle of light from the colour shifting element to generate a first optical effect, wherein the surface structure comprises a microprismatic structure, wherein the microprismatic structure comprises a plurality of microprisms and; (ii) selectively modifying a part of the light control layer so as to generate a second optical effect different from the first optical effect. (i) providing a security document substrate , the security document substrate comprising a security device comprising a colour shifting element and a light control layer covering at least a part of the colour shifting element, wherein the light control layer has a surface structure comprising one or more elevations and depressions that modifies the angle of light from the colour shifting element to generate a first optical effect, wherein the surface structure comprises a microprismatic structure, wherein the microprismatic structure comprises a plurality of microprisms and; (ii) selectively modifying a part of the light control layer so as to generate a second optical effect different from the first optical effect.
A product carrying-out apparatus comprising: a pallet having a support member (31a1) supporting a product (WP) cut out of a plate-like metal workpiece and a skeleton (WS) as a remainder; a suction part sucking the product (WP) supported on the support member (31a1) with suction pad parts and ascends; a touch plate moving between a separate position and a contact position with respect to the product (WP) sucked by the suction part ; a vibrator vibrating the touch plate ; and a controller configured to cause the suction part to suck the product supported on the support member (31a1) with the suction pad parts and lift the same by a predetermined distance, and thereafter, cause the touch plate to come into contact with the product (WP) sucked by the suction part and activate the vibrator for a predetermined time, characterized in that the touch plate is provided with openings to pass the suction pad parts that are at positions overlapping the touch plate . a pallet having a support member (31a1) supporting a product (WP) cut out of a plate-like metal workpiece and a skeleton (WS) as a remainder; a suction part sucking the product (WP) supported on the support member (31a1) with suction pad parts and ascends; a touch plate moving between a separate position and a contact position with respect to the product (WP) sucked by the suction part ; a vibrator vibrating the touch plate ; and a controller configured to cause the suction part to suck the product supported on the support member (31a1) with the suction pad parts and lift the same by a predetermined distance, and thereafter, cause the touch plate to come into contact with the product (WP) sucked by the suction part and activate the vibrator for a predetermined time, characterized in that the touch plate is provided with openings to pass the suction pad parts that are at positions overlapping the touch plate .
A method of controlling a system onboard an aircraft, the system comprising a controller, a component to be controlled, a plurality of sensors and a computer system external to the controller, the method comprising generating, by the computer system , a reduced order model based on a simulated parameter output of a high-fidelity physics-based model that receives inputs representative of data from the plurality of sensors onboard the aircraft, wherein the reduced order model is configured to generate an active parameter output based on sensor input from the plurality of sensors onboard the aircraft, and random perturbations are introduced into the inputs representative of data from a plurality of sensors to account for tolerances of the plurality of sensors , and the simulated parameter output of the high-fidelity physics-based model is curve fit to generate the reduced order model; loading the reduced order model into the controller of the system ; providing, from the plurality of sensors , sensor data to the reduced order model; generating, by the reduced order model, the active parameter output using the sensor data; and controlling, using the controller, a component of the system based on the active parameter output. generating, by the computer system , a reduced order model based on a simulated parameter output of a high-fidelity physics-based model that receives inputs representative of data from the plurality of sensors onboard the aircraft, wherein the reduced order model is configured to generate an active parameter output based on sensor input from the plurality of sensors onboard the aircraft, and random perturbations are introduced into the inputs representative of data from a plurality of sensors to account for tolerances of the plurality of sensors , and the simulated parameter output of the high-fidelity physics-based model is curve fit to generate the reduced order model; loading the reduced order model into the controller of the system ; providing, from the plurality of sensors , sensor data to the reduced order model; generating, by the reduced order model, the active parameter output using the sensor data; and controlling, using the controller, a component of the system based on the active parameter output.
A system , comprising: a first reservoir , the first reservoir containing an organic lipid stock solution; a first pump having a first pump inlet and a first pump outlet, the first pump inlet fluidically coupled to the first reservoir ; a second reservoir , the second reservoir containing an aqueous nucleic acid stock solution; a second pump having a second pump inlet and a second pump outlet, the second pump inlet fluidically coupled to the second reservoir ; a valve having a first valve inlet port fluidically coupled to the first pump outlet, a second valve inlet port fluidically coupled to the second pump outlet, a first valve outlet port, and a second valve outlet port; and a mixing assembly having a first mixing assembly inlet fluidically coupled to the first valve outlet port, a second mixing assembly inlet fluidically coupled to the second valve outlet port, and a mixing assembly outlet , wherein the first mixing assembly inlet is fluidically coupled to the mixing assembly outlet and the second mixing assembly inlet is fluidically coupled to the mixing assembly outlet; wherein the valve has a first operating position in which the first valve inlet port is fluidically coupled to the first valve outlet port and the second valve inlet port is fluidically coupled to the second valve outlet port and a second operating position in which the first valve inlet port is not fluidically coupled to the first valve outlet port and the second valve inlet port is not fluidically coupled to the second valve outlet port. a first reservoir , the first reservoir containing an organic lipid stock solution; a first pump having a first pump inlet and a first pump outlet, the first pump inlet fluidically coupled to the first reservoir ; a second reservoir , the second reservoir containing an aqueous nucleic acid stock solution; a second pump having a second pump inlet and a second pump outlet, the second pump inlet fluidically coupled to the second reservoir ; a valve having a first valve inlet port fluidically coupled to the first pump outlet, a second valve inlet port fluidically coupled to the second pump outlet, a first valve outlet port, and a second valve outlet port; and a mixing assembly having a first mixing assembly inlet fluidically coupled to the first valve outlet port, a second mixing assembly inlet fluidically coupled to the second valve outlet port, and a mixing assembly outlet , wherein the first mixing assembly inlet is fluidically coupled to the mixing assembly outlet and the second mixing assembly inlet is fluidically coupled to the mixing assembly outlet; wherein the valve has a first operating position in which the first valve inlet port is fluidically coupled to the first valve outlet port and the second valve inlet port is fluidically coupled to the second valve outlet port and a second operating position in which the first valve inlet port is not fluidically coupled to the first valve outlet port and the second valve inlet port is not fluidically coupled to the second valve outlet port.
The use of amino benzoates and/or amino benzamides as curing agents for epoxy resins to reduce the enthalpy of the curing reaction taking the enthalpy of reaction when using the same count of diamino diphenyl sulfone as curing agent as standard, wherein the amino benzoates and/or amino benzamides are selected from: and and/or counterparts thereof in which the amino group is in the ortho or meta position.
A positioning device for locating a planar light beam emitted by an optical triangulation sensor across a diameter of a hole formed in a surface of an object, the positioning device comprising: a platform that is securable to the optical triangulation sensor, the platform having a mounting portion for abutting the surface of the object and an aperture through which the planar light beam is transmittable; a guiding element mounted on the platform and movable with respect to the platform along an adjustment path that extends through the aperture, wherein the guiding element comprises a body which is insertable into the hole, the body having a pair of contact surfaces for contacting diametrically opposed portions of the hole, the pair of contact surfaces being opposed to each other in a direction orthogonal to the plane of the planar light beam. a platform that is securable to the optical triangulation sensor, the platform having a mounting portion for abutting the surface of the object and an aperture through which the planar light beam is transmittable; a guiding element mounted on the platform and movable with respect to the platform along an adjustment path that extends through the aperture, wherein the guiding element comprises a body which is insertable into the hole, the body having a pair of contact surfaces for contacting diametrically opposed portions of the hole, the pair of contact surfaces being opposed to each other in a direction orthogonal to the plane of the planar light beam.
An electrical connector for connecting a tractor-trailer electrical cable to a truck tractor or a trailer, comprising: a housing defining an interior space and having a mounting flange extending radially therefrom at a head end, at least one locking tab at the head end, and a wall dividing the interior space into a head end space and a foot end space , the wall having a plurality of holes in an array; a plurality of terminal pins secured against movement in the plurality of holes in the wall and extending from the foot end space into the head end space ; a connector body having an outer wall configured to slide into the head end space of the housing, the connector body defining an interior socket space configured to receive a plug of an electrical cable, the connector body having a terminal support wall at a foot end of the connector body , the terminal support wall having an equal plurality of holes in the array to receive the plurality of terminal pins , and having an external circumferential rib at a head end; wherein the connector body is insertable in the head end space of the housing to a position with the plurality of terminal pins extending through the plurality of holes in the terminal support wall into the interior socket space and the at least one locking tab engaging the external circumferential rib to secure the connector body in the housing . a housing defining an interior space and having a mounting flange extending radially therefrom at a head end, at least one locking tab at the head end, and a wall dividing the interior space into a head end space and a foot end space , the wall having a plurality of holes in an array; a plurality of terminal pins secured against movement in the plurality of holes in the wall and extending from the foot end space into the head end space ; a connector body having an outer wall configured to slide into the head end space of the housing, the connector body defining an interior socket space configured to receive a plug of an electrical cable, the connector body having a terminal support wall at a foot end of the connector body , the terminal support wall having an equal plurality of holes in the array to receive the plurality of terminal pins , and having an external circumferential rib at a head end; wherein the connector body is insertable in the head end space of the housing to a position with the plurality of terminal pins extending through the plurality of holes in the terminal support wall into the interior socket space and the at least one locking tab engaging the external circumferential rib to secure the connector body in the housing .
Valve device , in particular for a vehicle, comprising: a housing having a first valve , wherein the housing comprises a compressed air inlet , a compressed air outlet and a venting outlet , and the valve comprises a piston and a return spring , wherein for actuating the valve , the valve device comprises a mechanical control means having a manual operating element , an electrical control means and a pneumatic control means , comprising a second valve , wherein the valve device for actuating the second valve comprises a mechanical control means having a manual operating element , an electrical control means and a pneumatic control means , wherein the first valve is designed as a ventilation valve and the second valve is designed as a venting valve, characterized in that the second valve is internally connected to the first valve via two pneumatic connections , such that when the first valve is actuated, compressed air is passed from the compressed air inlet through the first and second valves to the compressed air outlet connection , and when the second valve is actuated, compressed air is passed from the compressed air outlet connection through the second and the first valve to the venting outlet . comprising a second valve , wherein the valve device for actuating the second valve comprises a mechanical control means having a manual operating element , an electrical control means and a pneumatic control means , wherein the first valve is designed as a ventilation valve and the second valve is designed as a venting valve, characterized in that the second valve is internally connected to the first valve via two pneumatic connections , such that when the first valve is actuated, compressed air is passed from the compressed air inlet through the first and second valves to the compressed air outlet connection , and when the second valve is actuated, compressed air is passed from the compressed air outlet connection through the second and the first valve to the venting outlet .
A multilayer film comprising: a core layer comprising 60 to 80 wt% of at least one polyalkylene carbonate and 20 to 40 wt% of at least one ethylene vinyl acetate copolymer; and an outer layer adjacent to the core layer and comprising 50 wt% or more of at least one polyolefin. a core layer comprising 60 to 80 wt% of at least one polyalkylene carbonate and 20 to 40 wt% of at least one ethylene vinyl acetate copolymer; and an outer layer adjacent to the core layer and comprising 50 wt% or more of at least one polyolefin.
Electric rotating-field machine comprising a stator , a rotor which is rotatable relative to the stator and on which an external excitation winding apparatus is arranged, a transmission apparatus for contactless transmission of electrical energy to the external excitation winding apparatus , with a primary coil apparatus which is arranged non-rotatably relative to the stator , and with a secondary coil apparatus which is arranged non-rotatably relative to the rotor, and a fan apparatus for air cooling the rotating-field machine, wherein the transmission apparatus is arranged on the fan apparatus , characterised in that the fan apparatus comprises a fan cowl on which the primary coil apparatus is arranged, in that the fan apparatus comprises a fan wheel on which the secondary coil apparatus is arranged, and in that the fan wheel has a central recess in which the secondary coil apparatus is arranged.