mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of a recombinant parvoviral virion, which method comprises the steps of: (a) providing an insect cell comprising one or more nucleic acid constructs comprising: (i) a nucleotide sequence comprising a transgene that is flanked by at least one parvoviral inverted terminal repeat nucleotide sequence; (ii) a first expression cassette comprising a nucleotide sequence encoding a parvoviral Rep protein which is operably linked to a first promoter that is capable of driving expression of the Rep protein in the insect cell; (iii) a second expression cassette comprising a nucleotide sequence encoding a parvoviral capsid protein which is operably linked to a second promoter that is capable of driving expression of the capsid protein in the insect cell; (b) culturing the cell defined in (a) under a condition conducive to the expression of the Rep and the capsid protein; and, (c) optionally recovering of the recombinant parvoviral virion; wherein the first and second expression cassettes are present on a single nucleic acid construct, wherein the first and second expression cassettes are present in equimolar amount in the insect cell, wherein the first promoter is selected from the group consisting of a PolH promoter, p10 promoter or basic promoter and wherein the second promoter is a deltaE1 promoter or an E1 promoter. (a) providing an insect cell comprising one or more nucleic acid constructs comprising: (i) a nucleotide sequence comprising a transgene that is flanked by at least one parvoviral inverted terminal repeat nucleotide sequence; (ii) a first expression cassette comprising a nucleotide sequence encoding a parvoviral Rep protein which is operably linked to a first promoter that is capable of driving expression of the Rep protein in the insect cell; (iii) a second expression cassette comprising a nucleotide sequence encoding a parvoviral capsid protein which is operably linked to a second promoter that is capable of driving expression of the capsid protein in the insect cell; (i) a nucleotide sequence comprising a transgene that is flanked by at least one parvoviral inverted terminal repeat nucleotide sequence; (ii) a first expression cassette comprising a nucleotide sequence encoding a parvoviral Rep protein which is operably linked to a first promoter that is capable of driving expression of the Rep protein in the insect cell; (iii) a second expression cassette comprising a nucleotide sequence encoding a parvoviral capsid protein which is operably linked to a second promoter that is capable of driving expression of the capsid protein in the insect cell; (b) culturing the cell defined in (a) under a condition conducive to the expression of the Rep and the capsid protein; and, (c) optionally recovering of the recombinant parvoviral virion;
A data transmission method, wherein the method comprises: sending, by a base station, a grouping instruction to a target terminal, wherein the grouping instruction is used to group, in a preset grouping manner, terminals in a cell in which the target terminal is located into N groups, totally or partially different resources are allocated to terminals in different groups of the N groups, a resource corresponding to an i th group of the N groups is used by a terminal in the i th group in uplink non-scheduled transmission, N is an integer greater than 1, and i is a positive integer less than or equal to N; and receiving, by the base station, data that is sent by the target terminal by using a target resource, wherein the target resource is a resource corresponding to a target group to which the target terminal belongs; wherein the preset grouping manner comprises a beam-based grouping manner, and the method further comprises: transmitting, by the base station, a plurality of beams in the cell in which the target terminal is located, wherein the base station uses the plurality of beams to transmit multiple discovery signals, in order to allow the target terminal to determine, based on a reception status of the discovery signals, the target group to which the target terminal belongs, wherein different beams transmit different discovery signals. sending, by a base station, a grouping instruction to a target terminal, wherein the grouping instruction is used to group, in a preset grouping manner, terminals in a cell in which the target terminal is located into N groups, totally or partially different resources are allocated to terminals in different groups of the N groups, a resource corresponding to an i th group of the N groups is used by a terminal in the i th group in uplink non-scheduled transmission, N is an integer greater than 1, and i is a positive integer less than or equal to N; and receiving, by the base station, data that is sent by the target terminal by using a target resource, wherein the target resource is a resource corresponding to a target group to which the target terminal belongs; wherein the preset grouping manner comprises a beam-based grouping manner, and the method further comprises: transmitting, by the base station, a plurality of beams in the cell in which the target terminal is located, wherein the base station uses the plurality of beams to transmit multiple discovery signals, in order to allow the target terminal to determine, based on a reception status of the discovery signals, the target group to which the target terminal belongs, wherein different beams transmit different discovery signals.
A hydrophone comprising: a first piezoelectric cable comprising alternating sections of positive polarity and negative polarity; and a second piezoelectric cable comprising alternating sections of negative polarity and positive polarity, where at least a portion of each section of positive polarity of the first piezoelectric cable is bonded to at least a portion of a section of negative polarity of the second piezoelectric cable; wherein the first piezoelectric cable comprises an inner conductor and a continuous layer of piezoelectric copolymer coating and the second piezoelectric cable comprises an inner conductor and a continuous layer of piezoelectric copolymer coating. a first piezoelectric cable comprising alternating sections of positive polarity and negative polarity; and a second piezoelectric cable comprising alternating sections of negative polarity and positive polarity, where at least a portion of each section of positive polarity of the first piezoelectric cable is bonded to at least a portion of a section of negative polarity of the second piezoelectric cable; wherein the first piezoelectric cable comprises an inner conductor and a continuous layer of piezoelectric copolymer coating and the second piezoelectric cable comprises an inner conductor and a continuous layer of piezoelectric copolymer coating.
(Currently Amended) An own-position estimation device comprising: a map information storage configured to store map information including positions of landmarks; a landmark position detector mounted in a vehicle and configured to detect positions of landmarks present around the vehicle relative to the vehicle; a movement amount detector configured to detect a movement amount of the vehicle; a landmark position accumulator configured to accumulate the positions of the landmarks relative to the vehicle detected by the landmark position detector as landmark position data by coordinates based on the movement amount detected by the movement amount detector; characterised by: a straight line extractor configured to extract straight lines from the landmark position data accumulated at a plurality of times in the landmark position accumulator; a landmark position selector configured to select pieces of the landmark position data based on angles formed by intersecting ones of the straight lines extracted by the straight line extractor; and an own-position estimator configured to estimate a position of the vehicle by matching the pieces of the landmark position data selected by the landmark position selector and the positions of the landmarks in the map information. a map information storage configured to store map information including positions of landmarks; a landmark position detector mounted in a vehicle and configured to detect positions of landmarks present around the vehicle relative to the vehicle; a movement amount detector configured to detect a movement amount of the vehicle; a landmark position accumulator configured to accumulate the positions of the landmarks relative to the vehicle detected by the landmark position detector as landmark position data by coordinates based on the movement amount detected by the movement amount detector; characterised by: a straight line extractor configured to extract straight lines from the landmark position data accumulated at a plurality of times in the landmark position accumulator; a landmark position selector configured to select pieces of the landmark position data based on angles formed by intersecting ones of the straight lines extracted by the straight line extractor; and an own-position estimator configured to estimate a position of the vehicle by matching the pieces of the landmark position data selected by the landmark position selector and the positions of the landmarks in the map information. a straight line extractor configured to extract straight lines from the landmark position data accumulated at a plurality of times in the landmark position accumulator; a landmark position selector configured to select pieces of the landmark position data based on angles formed by intersecting ones of the straight lines extracted by the straight line extractor; and an own-position estimator configured to estimate a position of the vehicle by matching the pieces of the landmark position data selected by the landmark position selector and the positions of the landmarks in the map information.
Method for avoiding personal injury or material damage in relation to transport or handling devices, characterized in that a weighing is performed by a first sensor in the form of a force measuring device (d) when picking up a part and a second motion sensor (f) records all room movements of a tool, on the transport device of which the motion sensor (f) is adapted as an inertial measurement sensor, wherein the data of the force measuring device (d) and the motion sensor (f) are compared in a comparison unit (j) for plausibility and a collision is determined by checking the plausibility and thus a suitable safety function can be triggered.
Circuit for interruption-free installation and removal of a monitoring unit in an electrical circuit for the fail-safe control of points of a railway system, characterised by - a series circuit comprising the monitoring unit and first switches (2 and 3) disposed on either side of the monitoring unit, - a switching bridge that has a second switch and bridges the series circuit, and - a control knob that prevents the removal of the monitoring unit in the event that the first switches (2 and 3) are in a closed position, - wherein the first switches (2 and 3) and the second switch can be actuated by means of a selector switch connected to the control knob such that, starting from open first switches (2 and 3) and a closed second switch, firstly the first switches (2 and 3) are closed and then the second switch is opened, and starting from closed first switches (2 and 3) and an open second switch, firstly the second switch is closed and then the first switches (2 and 3) are opened. - a series circuit comprising the monitoring unit and first switches (2 and 3) disposed on either side of the monitoring unit, - a switching bridge that has a second switch and bridges the series circuit, and - a control knob that prevents the removal of the monitoring unit in the event that the first switches (2 and 3) are in a closed position, - wherein the first switches (2 and 3) and the second switch can be actuated by means of a selector switch connected to the control knob such that, starting from open first switches (2 and 3) and a closed second switch, firstly the first switches (2 and 3) are closed and then the second switch is opened, and starting from closed first switches (2 and 3) and an open second switch, firstly the second switch is closed and then the first switches (2 and 3) are opened.
Coal nozzle assembly for a steam generation apparatus comprising an elongated nozzle body having a nozzle tip at one end thereof; said nozzle tip comprising two channels (14.1, 14.2) each channel (14.1, 14.2) having a curved or buckled flow path, the nozzle tip further comprising parting means separating the channels (14.1, 14.2) from each other and splitting a stream of coal particles and primary air exiting the nozzle body into two partial streams inside the nozzle tip, wherein the directions of the flow paths of the channels (14.1, 14,1) at their ends distal from the nozzle body enclose an angle (α) greater than 0° and equal to or less than 90°, characterized in that the partial streams are redirected inside the nozzle tip through the curved or buckled flow paths such that they intersect and shear against each other upon exit of the nozzle tip before they are combusted.
An adjustable seal system for providing an interface between a residual limb and a prosthetic socket, comprising: a liner having a liner body forming an axis (A-A) and an outer surface; a seal component having open upper and lower ends (314, 316) defining an opening therethrough and an internal surface having an axis (B-B) arranged concentric with the axis (A-A) of the liner body; characterized in that the outer surface includes a plurality of seal bands located along the height of the liner body, and the internal surface of said seal component is arranged to frictionally engage at least one of the plurality of seal bands and secure on the outer surface of the liner body. a liner having a liner body forming an axis (A-A) and an outer surface; a seal component having open upper and lower ends (314, 316) defining an opening therethrough and an internal surface having an axis (B-B) arranged concentric with the axis (A-A) of the liner body; characterized in that the outer surface includes a plurality of seal bands located along the height of the liner body, and the internal surface of said seal component is arranged to frictionally engage at least one of the plurality of seal bands and secure on the outer surface of the liner body.
Method for producing a multi-layer large-diameter pipe comprising a pipe unit consisting of an outer pipe that forms a carrier layer and at least one inner pipe that forms a cladding layer, comprising the following method steps: - inserting the inner pipe into the outer pipe, - introducing a pressure unit having at least one pressure roller which has a diameter smaller than the inner diameter of the inner pipe and is rotatably mounted with its rotary axle radially spaced apart from the longitudinal axis of the inner pipe, - applying contact pressure, which is directed radially outward against the inner surface of the inner pipe, to the pressure roller, - rotating the pressure unit relative to the pipe unit, the pressure roller thus rolling against the inner surface of the inner pipe and pressing the outer surface of the inner pipe against the inner surface of the outer pipe, causing local plastic deformation of the inner pipe wall, wherein, when the pressure roller is rolling, the pressure unit is supported against the inner surface of the inner pipe so as to act diametrically counter to said roller by means of a support unit having at least one support roller, and, while the pressure roller is rolling, the pressure unit is simultaneously pushed forward axially relative to the pipe unit. - inserting the inner pipe into the outer pipe, - introducing a pressure unit having at least one pressure roller which has a diameter smaller than the inner diameter of the inner pipe and is rotatably mounted with its rotary axle radially spaced apart from the longitudinal axis of the inner pipe, - applying contact pressure, which is directed radially outward against the inner surface of the inner pipe, to the pressure roller, - rotating the pressure unit relative to the pipe unit, the pressure roller thus rolling against the inner surface of the inner pipe and pressing the outer surface of the inner pipe against the inner surface of the outer pipe, causing local plastic deformation of the inner pipe wall, wherein, when the pressure roller is rolling, the pressure unit is supported against the inner surface of the inner pipe so as to act diametrically counter to said roller by means of a support unit having at least one support roller, and, while the pressure roller is rolling, the pressure unit is simultaneously pushed forward axially relative to the pipe unit.
A control device (100, 300) for providing an indication of suitability of at least one physical environment for an activity, based on at least one tangible and at least one intangible aspect of the at least one physical environment and the activity, wherein the at least one tangible aspect relates to infrastructure elements and the at least one intangible aspect relates to an atmosphere, which control device is arranged to receive user input relating to an activity, the activity represented by settings pertaining to at least one tangible and at least one intangible aspect thereof; access historical sensor data related to the at least one physical environment, the historical sensor data comprising historical sensor data related to at least one intangible aspect from at least one sensor associated with the at least one physical environment and historical presence and/or status data related to at least one tangible aspect associated with the at least one physical environment, to create a time line of sensor measurements for the at least one physical environment; receive current sensor data related to the at least one physical environment, the current sensor data comprising current sensor data related to at least one intangible aspect from the at least one sensor associated with the at least one physical environment and current presence and/or status data related to at least one tangible aspect associated with the at least one physical environment, to create a snapshot of sensor measurements for the at least one physical environment; predict, by combining the time line of sensor measurements with the snapshot of sensor measurements and extrapolating the combined historical sensor data and the snapshot of sensor measurements to the future, future environmental conditions for the at least one physical environment; correlate the predicted future environmental conditions with data pertaining to the at least one tangible and the at least one intangible aspect of the activity; and provide a result of the correlation to a user interface so as to provide the indication of suitability of the at least one physical environment for the activity.
A method of operating a window shade comprising an operating mechanism and a plurality of collapsible shade rows, the operating mechanism including two cords or strips (112, 114), each of the shade rows having two transverse regions (104, 106) that are connected with each other and are respectively coupled with the two cords or strips (112, 114), the two transverse regions including a stiff first transverse region having a first distal portion positioned distally of the cord or strip to which the first transverse region is coupled, and an opposed second transverse region having a second distal portion positioned distally of the other cord or strip to which the second transverse region is coupled; the window shade having a closed state, a semi-opened state and an opened state, the method comprising: actuating a first one of the two cords or strips to adjust the plurality of shade rows from the closed state to the semi-opened state by displacing the second transverse region toward the first transverse region and collapsing the plurality of shade rows, such that the first distal portion and the second distal portion of the collapsed shade rows are positioned in proximity of each other; characterized in that: the method comprises further actuating the first cord or strip thereafter to further move the second transverse region and the first transverse region from the semi-opened state to the opened state by rotating each of the plurality of collapsed shade rows. actuating a first one of the two cords or strips to adjust the plurality of shade rows from the closed state to the semi-opened state by displacing the second transverse region toward the first transverse region and collapsing the plurality of shade rows, such that the first distal portion and the second distal portion of the collapsed shade rows are positioned in proximity of each other; the method comprises further actuating the first cord or strip thereafter to further move the second transverse region and the first transverse region from the semi-opened state to the opened state by rotating each of the plurality of collapsed shade rows.
A switch device structure comprising a main body and an operation button assembled with the main body, the main body being defined with an axial reference axis, the main body defining a base section and a chamber in which the base seat is mounted, wherein an operation body and a wire connection module are disposed on the base seat, the operation body being reciprocally movable along the axial reference axis, the wire connection module including multiple contact arms classified into first contact arm and second contact arm, the first contact arm having a first contact, the second contact arm having a second contact, the base seat having a wall and at least one cavity in which an elastic unit is mounted, wherein the operation body includes a head section and a belly section connected with the head section, the head section being confined in a shaft room of the main body and permitted to reciprocally move within the shaft room, the belly section substantially being a plate body structure and the operation body having a protruding arm protruding from the belly section and extending to a lower side, characterized by the elastic unit including a base section, a fixed section and a free section respectively extending from two ends of the base section, the fixed section of the elastic unit being fixed on the base seat, whereby in response to the move of the operation body and with the fixed section serving as a fulcrum, the free section of the elastic unit can push the second contact of the second contact arm into contact with the first contact of the first contact arm to close the circuit or separate from the second contact arm to open the circuit, the belly section having a rest section and a stake transversely protruding from the belly section for arranging the elastic unit thereon, a raised section being disposed on the belly section and connected with the rest section and the stake, the base section of the elastic unit being formed with an arched structure or multiple loop structures wound on the stake of the operation body.