mhurhangee/ep-ind-claims huggingface dataset:
A dsRNA molecule capable of inhibiting the expression of the CYP51A gene, the CYP51B gene and the CYP51C gene from a phytopathogen of the genus Fusarium, the dsRNA comprising: i) a sense sequence being at least 70% identical to at least 20 contiguous nucleotides of the coding sequence of the CYP51A gene; ii) a sense sequence being at least 70% identical to at least 20 contiguous nucleotides of the coding sequence of the CYP51B gene; iii) a sense sequence being at least 70% identical to at least 20 contiguous nucleotides of the coding sequence of the CYP51C gene; and iv) antisense sequences being substantially complementary to the sense sequences (i), (ii), and (iii); wherein the arrangement of the sequences within the dsRNA molecule allows hybridization of each sense sequence with its substantially complementary antisense sequence. i) a sense sequence being at least 70% identical to at least 20 contiguous nucleotides of the coding sequence of the CYP51A gene; ii) a sense sequence being at least 70% identical to at least 20 contiguous nucleotides of the coding sequence of the CYP51B gene; iii) a sense sequence being at least 70% identical to at least 20 contiguous nucleotides of the coding sequence of the CYP51C gene; and iv) antisense sequences being substantially complementary to the sense sequences (i), (ii), and (iii);
A radio-frequency, RF, catheter for septal reduction therapy, the RF catheter comprising: an intra-septal part in which a tapered tip which becomes thinner toward an end thereof is formed at an end of a distal part adapted to penetrate an interventricular septum and to be inserted thereinto and in which one or more electrodes are formed at positions on an outer circumferential surface that are adjacent to the tip; and a body part which is made of a soft material and has a guidewire lumen which passes through the intra-septal part from the center of the end of the tip adapted to allow a guidewire to be inserted, a coolant inlet lumen which is connected from a proximal part to an inner portion of the intra-septal part adapted to allow a coolant to be injected from the outside, and a coolant outlet lumen which communicates with the coolant inlet lumen and has an exit formed in a side surface, wherein the intra-septal part is adapted to penetrate the myocardium and to be inserted thereinto with guidance of the guidewire, characterized in that the coolant inlet lumen has an open end, wherein the coolant outlet lumen has a structure that surrounds the coolant inlet lumen and wherein the guidewire lumen and the coolant inlet lumen do not communicate with each other and are partitioned from each other. an intra-septal part in which a tapered tip which becomes thinner toward an end thereof is formed at an end of a distal part adapted to penetrate an interventricular septum and to be inserted thereinto and in which one or more electrodes are formed at positions on an outer circumferential surface that are adjacent to the tip; and a body part which is made of a soft material and has a guidewire lumen which passes through the intra-septal part from the center of the end of the tip adapted to allow a guidewire to be inserted, a coolant inlet lumen which is connected from a proximal part to an inner portion of the intra-septal part adapted to allow a coolant to be injected from the outside, and a coolant outlet lumen which communicates with the coolant inlet lumen and has an exit formed in a side surface, wherein the intra-septal part is adapted to penetrate the myocardium and to be inserted thereinto with guidance of the guidewire, characterized in that the coolant inlet lumen has an open end, wherein the coolant outlet lumen has a structure that surrounds the coolant inlet lumen and wherein the guidewire lumen and the coolant inlet lumen do not communicate with each other and are partitioned from each other.
A method for feeding a yarn or thread to a processing machine, such as a textile machine or a metal wire or similar thread processing machine, said method consisting of unwinding the yarn from a bobbin, bringing the yarn into cooperation with a rotary member and directing it from there to a sensor member arranged to verify the tension with which the yarn is fed to and/or withdrawn by the processing machine, with monitoring of the rotational velocity of the rotary member and hence of the feed to said machine, said member being driven by its own actuator, the measured tension and measured velocity data being fed to a control unit which controls the yarn feed to the machine, the method comprising: 1) continuous tension control by said unit in order to maintain the tension at least within a range of constant values; 2) if this tension condition is verified, then controlling the yarn feed velocity and hence the yarn quantity or length fed to the machine in order to maintain it constant and equal to a self-determined or predefined and programmable value; 3) while the velocity is maintained constant, the tension value is continuously checked to verify whether it remains within a range of constant values and, this control of the yarn feed to the processing machine at constant tension and constant velocity being effected either with or without synchronization with said machine, characterized in that whenever the tension assumes a value outside this range, the tension is subjected to to a new control procedure in order to return it to within the said range of constant values, said control procedure being again followed by controlling the velocity in order to maintain it constant.
An antimicrobial composition, comprising a cationic polymer having a poly-allylamine backbone, wherein 65% to 85% of the poly-allylamine backbone is functionalized with a guanidine functional group and optionally further functionalized with a biguanide functional group.
A drivetrain apparatus for an electric vehicle, the drivetrain apparatus comprising a first motor-gearbox unit; a second motor-gearbox unit; and a coupling apparatus, wherein each motor-gearbox unit comprises: a gearbox; a motor mounted to the gearbox; and a coupling region configured to receive the coupling apparatus; and wherein: the coupling apparatus is configured to couple the first motor-gearbox unit to the second motor-gearbox unit; the coupling apparatus provides a coupled orientation between the first and second motor-gearbox units; and the coupled orientation can be transitioned to another coupled orientation by a rotation of one of the motor-gearbox units with respect to the other motor-gearbox unit. a gearbox; a motor mounted to the gearbox; and a coupling region configured to receive the coupling apparatus; and wherein: the coupling apparatus is configured to couple the first motor-gearbox unit to the second motor-gearbox unit; the coupling apparatus provides a coupled orientation between the first and second motor-gearbox units; and the coupled orientation can be transitioned to another coupled orientation by a rotation of one of the motor-gearbox units with respect to the other motor-gearbox unit. the coupling apparatus is configured to couple the first motor-gearbox unit to the second motor-gearbox unit; the coupling apparatus provides a coupled orientation between the first and second motor-gearbox units; and the coupled orientation can be transitioned to another coupled orientation by a rotation of one of the motor-gearbox units with respect to the other motor-gearbox unit.
A process for growing a phototrophic biomass in a reaction zone 10, wherein the reaction zone 10 includes a reaction mixture that is operative for effecting photosynthesis upon exposure to photosynthetically active light radiation, wherein the reaction mixture includes phototrophic biomass that is operative for growth within the reaction zone 10, comprising: supplying at least a fraction of gaseous exhaust material 60, being discharged from an industrial process, to the reaction zone 10; exposing the reaction mixture to photosynthetically active light radiation and effecting growth of the phototrophic biomass in the reaction zone 10, wherein the effected growth includes growth effected by photosynthesis; discharging a gaseous exhaust 60 from the reaction zone 10; separating at least an oxygen-rich product 612 from the gaseous exhaust 60 that is discharged from the reaction zone; and contacting the oxygen-rich product 612 with a fuel to effect combustion, wherein the separating includes separating an oxygen-depleted product 614 from the gaseous exhaust that is discharged from the reaction zone; and further comprising supplying the oxygen-depleted product 614 to the reaction zone 10. supplying at least a fraction of gaseous exhaust material 60, being discharged from an industrial process, to the reaction zone 10; exposing the reaction mixture to photosynthetically active light radiation and effecting growth of the phototrophic biomass in the reaction zone 10, wherein the effected growth includes growth effected by photosynthesis; discharging a gaseous exhaust 60 from the reaction zone 10; separating at least an oxygen-rich product 612 from the gaseous exhaust 60 that is discharged from the reaction zone; and contacting the oxygen-rich product 612 with a fuel to effect combustion, wherein the separating includes separating an oxygen-depleted product 614 from the gaseous exhaust that is discharged from the reaction zone; and further comprising supplying the oxygen-depleted product 614 to the reaction zone 10.
A method for preparing a sequencing library from a test sample comprising RNA, the method comprising the steps: (a) purifying RNA sequences from a test sample; (b) synthesizing first complementary DNA (cDNA) strands based on the RNA sequences and C-tailing 3 '-end of cDNA strand; (c) annealing a complementary template switching oligonucleotide to the C-tail of the cDNA and ligating the complementary template switching oligonucleotide to the 5'-ends of the RNA sequences to produce RNA templates; and (d) synthesizing a plurality of cDNA strands from the RNA templates using a strand-displacement reverse transcriptase. (a) purifying RNA sequences from a test sample; (b) synthesizing first complementary DNA (cDNA) strands based on the RNA sequences and C-tailing 3 '-end of cDNA strand; (c) annealing a complementary template switching oligonucleotide to the C-tail of the cDNA and ligating the complementary template switching oligonucleotide to the 5'-ends of the RNA sequences to produce RNA templates; and (d) synthesizing a plurality of cDNA strands from the RNA templates using a strand-displacement reverse transcriptase.
A vehicle armrest for a forearm of an occupant of the vehicle, comprising a first surface facing generally towards the occupant and positioned to support said forearm, and a further surface facing in an opposite direction to the first surface generally away from the occupant and that the armrest has a handgrip configured to be grasped for support by the occupant of the vehicle characterised in the further surface is provided with a plurality of controls (40, 42, 44-48, 52) disposed at an end of the armrest away from the occupant, wherein each of the plurality of controls are arranged to be operable by a respective digit of the occupant whilst the occupant's forearm rests on the first surface.
Tyre, comprising a tread and a crown reinforcement arranged radially on the inside of the tread, the crown reinforcement comprising: - a protective reinforcement comprising at least one protective ply (42, 44) comprising reinforcing elements (50, 52) known as protective reinforcing elements, each protective reinforcing element exhibiting a force at break (Fr) greater than or equal to 3000 N; - a working reinforcement that is arranged radially on the inside of the protective reinforcement and comprises at least one working ply (46, 48) comprising reinforcing elements (54, 56) known as working reinforcing elements, characterised in that, the protective ply (42, 44) exhibits a force at break (Fm) greater than or equal to 1300 daN.cm -1 and in that each working reinforcing element (54, 56) comprises a working cord (82, 84) comprising at least one strand (88, 92) comprising at least one internal layer of threads and an external layer of threads wrapped helically around the internal layer, the external layer of threads being unsaturated. - a protective reinforcement comprising at least one protective ply (42, 44) comprising reinforcing elements (50, 52) known as protective reinforcing elements, each protective reinforcing element exhibiting a force at break (Fr) greater than or equal to 3000 N; - a working reinforcement that is arranged radially on the inside of the protective reinforcement and comprises at least one working ply (46, 48) comprising reinforcing elements (54, 56) known as working reinforcing elements,
Trailer coupling comprising a mounting unit mounted securely on the vehicle, a bearing unit held on the mounting unit, a first end area of a carrier structure of a ball neck being connected to said bearing unit, and a domed element, designed, in particular, as a coupling ball, arranged at a second end area of the carrier structure of the ball neck, wherein the carrier structure of the ball neck comprises a strut structure connecting the first end area to the second end area and supporting the second end area relative to the first end area, said strut structure extending on both sides of a geometrical central area running parallel to a central axis of the coupling element in the operative position of the ball neck and said strut structure having longitudinal struts (64, 66) each extending from one end area to the other end area, at least two connecting elements (82, 84, 86, 88, 212, 214) running transversely to the longitudinal struts (64, 66) extending between said longitudinal struts and wherein at least two free spaces (92, 94, 96, 98, 112, 114, 116) extending transversely to the geometrical central area are located between the longitudinal struts (64, 66), characterized in that the strut structure is provided with a casing, that the casing comprises at least one structure-rigid cover (122, 124), and that the at least one cover (122, 124) is held on the strut structure.
Device for isolating living cells on a filter, characterized in that it comprises: - a filter mount (108, 308) attached to a filter, the filter mount taking the form of a washer; - a compartment (102, 302) having an upper opening and a lower opening designed to hold said mount and said filter; and - a means (110, 310), mobile in relation to said compartment, for exerting a force on the mount and releasing said mount, said means being designed to move parallel to the axis of the compartment to release the mount from the lower extremity of the compartment. - a filter mount (108, 308) attached to a filter, the filter mount taking the form of a washer; - a compartment (102, 302) having an upper opening and a lower opening designed to hold said mount and said filter; and - a means (110, 310), mobile in relation to said compartment, for exerting a force on the mount and releasing said mount, said means being designed to move parallel to the axis of the compartment to release the mount from the lower extremity of the compartment.
Apparatus for increasing the safety of a roller coaster or carousel, having at least one safety device, wherein the safety device comprises at least one means for the long-term measurement of at least one stress, in the form of a tensile, compressive or shear stress, in a component during operation of the roller coaster and/or of the carousel, and a second means for detecting a change in the at least one stress measured during the long-term measurement and for triggering at least one safety reaction on the roller coaster or carousel, wherein the long-term measurement is a measurement which is carried out over at least one travelling time of a ride distance of the roller coaster or of the carousel and a stress profile is compiled, wherein the second means comprise a safety controller which is in permanent communication with a system controller of the roller coaster or of the carousel and wherein the safety reaction includes a warning and wherein, if one or more warnings are disregarded, a controlled shutdown of the roller coaster or of the carousel, or an emergency stop, is triggered, wherein the first means comprises one or more data acquisition systems for long-term measurement and the second means detects the changes based on the stress profile of the component. wherein the safety device comprises at least one means for the long-term measurement of at least one stress, in the form of a tensile, compressive or shear stress, in a component during operation of the roller coaster and/or of the carousel, and a second means for detecting a change in the at least one stress measured during the long-term measurement and for triggering at least one safety reaction on the roller coaster or carousel, wherein the long-term measurement is a measurement which is carried out over at least one travelling time of a ride distance of the roller coaster or of the carousel and a stress profile is compiled, wherein the second means comprise a safety controller which is in permanent communication with a system controller of the roller coaster or of the carousel and wherein the safety reaction includes a warning and wherein, if one or more warnings are disregarded, a controlled shutdown of the roller coaster or of the carousel, or an emergency stop, is triggered, wherein the first means comprises one or more data acquisition systems for long-term measurement and the second means detects the changes based on the stress profile of the component.
An electronic device, comprising: a plurality of components, wherein the plurality of components is a plurality of electromagnetic relay bodies, each of which is configured to drive a respective contact opening and closing mechanism by use of a respective electromagnetic unit, or a plurality of switch bodies, each of which is configured to drive a respective contact opening and closing mechanism, or a plurality of sensor bodies, each of which including a detection element capable of detecting an external environment; a plurality of housings each having one component of the plurality of the components incorporated therein; a first connector that connects facing outer surfaces of adjacent housings of the plurality of housings to each other; and a second connector that connects the facing outer surfaces of the adjacent housings to each other, wherein the first and second connectors are line-symmetric, characterized in that the first and second connectors are inclined in directions away from a symmetric axis of line-symmetry in which, with the symmetric axis of line-symmetry at a center, a distance increases from a first end to a second end of each connector. a plurality of components, wherein the plurality of components is a plurality of electromagnetic relay bodies, each of which is configured to drive a respective contact opening and closing mechanism by use of a respective electromagnetic unit, or a plurality of switch bodies, each of which is configured to drive a respective contact opening and closing mechanism, or a plurality of sensor bodies, each of which including a detection element capable of detecting an external environment; a plurality of housings each having one component of the plurality of the components incorporated therein; a first connector that connects facing outer surfaces of adjacent housings of the plurality of housings to each other; and a second connector that connects the facing outer surfaces of the adjacent housings to each other, wherein the first and second connectors are line-symmetric, characterized in that the first and second connectors are inclined in directions away from a symmetric axis of line-symmetry in which, with the symmetric axis of line-symmetry at a center, a distance increases from a first end to a second end of each connector.
A communication system comprising: one or more transceiver units of a first type; a data store accessible to the or each transceiver unit of the first type; two or more transceiver units of a second type, the transceiver units of a second type being capable of communicating with the transceiver units of the first type, and each transceiver unit of the second type comprising a local frequency reference unit on which the frequency of signals transmitted by it are dependent; wherein: at least one transceiver unit of the first type comprises a frequency comparison unit for comparing the frequency of a signal received from a transceiver unit of the second type with a reference frequency, and a feedback data storage unit for storing in the data store feedback data representative of the result of that comparison in respect of that transceiver unit of the second type; and the or each transceiver unit of the first type comprises a frequency adjustment unit for adjusting the transmit and/or receive frequency of the transceiver unit of the first type for communication with one of the transceiver units of the second type in accordance with feedback data stored in respect of that transceiver unit of the second type. one or more transceiver units of a first type; a data store accessible to the or each transceiver unit of the first type; two or more transceiver units of a second type, the transceiver units of a second type being capable of communicating with the transceiver units of the first type, and each transceiver unit of the second type comprising a local frequency reference unit on which the frequency of signals transmitted by it are dependent; wherein: at least one transceiver unit of the first type comprises a frequency comparison unit for comparing the frequency of a signal received from a transceiver unit of the second type with a reference frequency, and a feedback data storage unit for storing in the data store feedback data representative of the result of that comparison in respect of that transceiver unit of the second type; and the or each transceiver unit of the first type comprises a frequency adjustment unit for adjusting the transmit and/or receive frequency of the transceiver unit of the first type for communication with one of the transceiver units of the second type in accordance with feedback data stored in respect of that transceiver unit of the second type.
A method of editing data of an electronic device, comprising: displaying image data; detecting first and second touch inputs; detecting a change in a distance between first and second touch input points; and adjusting at least one image characteristic of the displayed image data according to the detected distance change (S240, S250, S260, S270); characterized in that the adjusted at least one image characteristic comprises at least one of temperature, exposure, brightness, contrast, gamma, hue, saturation, sharpness, focus, matte, edge blur, sepia, and straightness, and wherein the adjusting at least one image characteristic comprises increasing the at least one image characteristic upon detecting that a distance between the first and second touch inputs is increasing, wherein the at least one image characteristic is only increased for a reference area opened by the first and second touch input points. displaying image data; detecting first and second touch inputs; detecting a change in a distance between first and second touch input points; and adjusting at least one image characteristic of the displayed image data according to the detected distance change (S240, S250, S260, S270); characterized in that the adjusted at least one image characteristic comprises at least one of temperature, exposure, brightness, contrast, gamma, hue, saturation, sharpness, focus, matte, edge blur, sepia, and straightness, and wherein the adjusting at least one image characteristic comprises increasing the at least one image characteristic upon detecting that a distance between the first and second touch inputs is increasing, wherein the at least one image characteristic is only increased for a reference area opened by the first and second touch input points.