mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a towed-array marine seismic survey, comprising: towing an array on a generally advancing curving path; and acquiring seismic data while towing the array on the generally advancing curving path; the method comprising controlling the shape and position of the array during the acquisition, by: monitoring the actual positions of a plurality of steerable positioning elements (306,312) in a towed-array of a marine seismic survey spread while the marine seismic survey spread sails along the generally advancing curved path; determining the respective desired position of the steerable positioning elements (306,312) to obtain a desired geophysical outcome; determining the steering residuals between the actual positions and the respective desired positions of the steerable positioning elements; and steering the steerable positioning elements (306,312) as indicated by the determined steering residuals to their desired position. towing an array on a generally advancing curving path; and acquiring seismic data while towing the array on the generally advancing curving path; the method comprising controlling the shape and position of the array during the acquisition, by: monitoring the actual positions of a plurality of steerable positioning elements (306,312) in a towed-array of a marine seismic survey spread while the marine seismic survey spread sails along the generally advancing curved path; determining the respective desired position of the steerable positioning elements (306,312) to obtain a desired geophysical outcome; determining the steering residuals between the actual positions and the respective desired positions of the steerable positioning elements; and steering the steerable positioning elements (306,312) as indicated by the determined steering residuals to their desired position. monitoring the actual positions of a plurality of steerable positioning elements (306,312) in a towed-array of a marine seismic survey spread while the marine seismic survey spread sails along the generally advancing curved path; determining the respective desired position of the steerable positioning elements (306,312) to obtain a desired geophysical outcome; determining the steering residuals between the actual positions and the respective desired positions of the steerable positioning elements; and steering the steerable positioning elements (306,312) as indicated by the determined steering residuals to their desired position.
An arrangement for reducing the effect of interference at radio frequencies in an electronic price label system, the arrangement comprising an electronic price label system, which comprises a base station equipped with at least a radio transmitter and a radio receiver as well as a set of electronic price labels (100, 300) that receive and reflect back radio signals from the base station, characterized in that the electronic price label system is connected to an electronic article surveillance system which comprises detection means which are able to detect electronic article surveillance tags, and which electronic article surveillance system further comprises activation means for changing a state of detection means between an activated state and a deactivated state, and wherein the electronic article surveillance system is configured to send status information of the detection means to the electronic price label system and/or to means controlling the electronic price label system, the electronic price label system is configured to receive status information of the detection means, and wherein the electronic price label system is configured to start transmitting transmissions from base stations and/or electronic price labels (100, 300) only when the detection means of the electronic article surveillance system are in the deactivated state.
A method for continuously manufacturing containers (1, 10) made of a flexible material, from a single continuous laminar band made of plastic material heat-weldable on one of the faces thereof, the container being of the type in which there are distinguished, in the normal open position, two facing side walls (7, 8) and at least one upper base, the method being characterized in that in a production phase, the single initial continuous laminar band is folded over itself along longitudinal fold lines according to a first double zigzag fold, towards its heat-weldable face, over a first and a second longitudinal fold lines, with alternate 180° angles, a second double zigzag fold also towards its heat-weldable face and with alternate 180° angles, over a third and a fourth longitudinal fold lines, and further folded over itself towards its heat-weldable face according to a third 180° fold until its cross-section forms a planar figure comprising the first side wall, along one of the edges of which the upper base of the container is collapsed; and the second side wall, the upper end portion of which is folded over itself downwardly and abuts the back of the collapsed upper base of the container, before the mentioned single continuous laminar band is transversely cut.
An alternating pressure melt impregnation device, including a fiber pre-dispersion area for heating and dispersing a continuous fiber bundle, and a melt injection area for impregnating the continuous fiber bundle, characterized in that, a plurality of throttle plates are alternately provided at a filament-input end and a filament-output end of the melt injection area respectively, the adjacent throttle plates enclose one decompression chamber, at least one decompression chamber exists, and each throttle plate is provided with a filament-moving hole for the continuous fiber bundle going through; and the melt injection area comprises an upper die and a lower die, an interval exists between the upper die and the lower die, the interval forms an impregnation chamber for a resin melt flowing in, and the upper die and the lower die are each provided with a plurality of resin melt runners connected with the impregnation chamber.
Intermediate piece for a spliced wire cable, whereby the intermediate piece is elongated formed and pre-formed such that it has a recess running in its longitudinal direction and additionally grooves (22, 23, 24) distributed all round, into which strands (15, 15') of the wire cable can be placed in, characterised in that the intermediate piece is formed correspondingly thicker towards the centre than at the ends with thin walls, thus with a continuous change in thicknesses from the outside to the inside.
A method of balancing load of an individual network element operating in a pool in a core network comprising at least one pool of at least two network elements and a plurality of Radio Access Network nodes controlled by said network elements, wherein a user equipment is assigned to a network element from said pool of network elements based on relative weighting values associated with said network elements and the method comprises: periodically determining load of said network element (204, 306); reducing the relative weighting value if said network element is overloaded for a number of periods exceeding a limit of allowed consecutive overloads.
An organic light-emitting device substrate for an organic light-emitting device comprising: a base substrate; a patterned structure formed on the base substrate, and a planarization layer disposed on the patterned structure, the planarization layer being formed from a two-dimensional material and to planarize a surface of the patterned structure, wherein the planarization layer comprises a multilayer formed from a plurality of single layers, and a thickness of the multilayer is 5 nm or less, characterised in that the patterned structure serves as a light scattering layer to scatter light that exits the organic light-emitting device to improve a light extraction efficiency of the organic light-emitting device. a base substrate; a patterned structure formed on the base substrate, and a planarization layer disposed on the patterned structure, the planarization layer being formed from a two-dimensional material and to planarize a surface of the patterned structure, wherein the planarization layer comprises a multilayer formed from a plurality of single layers, and a thickness of the multilayer is 5 nm or less, characterised in that the patterned structure serves as a light scattering layer to scatter light that exits the organic light-emitting device to improve a light extraction efficiency of the organic light-emitting device.
A wind turbine, comprising a container, a fluid which is arranged inside the container, and a damping body which is arranged inside the container, which is immersed in the fluid, and which is configured to move inside the container, the fluid and the damping body are configured to damp oscillations of the wind turbine, characterized in that the container and the damping body are configured such that a full rotation of the damping body inside the container is prevented.
A detection device for detecting a number of revolutions of a position sensorless motor for an electronic parking brake, the device comprising: an actuator driving motor used to set and release a parking brake of an EPB system; an electronic control module for controlling the motor; a vehicle battery for supplying power to the motor and the electronic control module; and a main processing unit for receiving an output signal of the electronic control module and estimating the number of revolutions of the motor, wherein the electronic control module further comprises a ripple measuring unit for receiving an output signal of the motor and measuring a ripple of the motor, and wherein the output signal of the motor corresponds to either a current or a voltage, characterized in that the ripple measuring unit further comprises a ripple signal selector for selecting only a ripple signal from the output signal of the motor; a first level translator for receiving a ripple signal selected by the ripple signal selector and a direct current signal of the battery and translating an electric potential thereof; and a second level translator for receiving the direct current signal of the battery and translating an electric potential thereof. an actuator driving motor used to set and release a parking brake of an EPB system; an electronic control module for controlling the motor; a vehicle battery for supplying power to the motor and the electronic control module; and a main processing unit for receiving an output signal of the electronic control module and estimating the number of revolutions of the motor, wherein the electronic control module further comprises a ripple measuring unit for receiving an output signal of the motor and measuring a ripple of the motor, and wherein the output signal of the motor corresponds to either a current or a voltage, characterized in that the ripple measuring unit further comprises a ripple signal selector for selecting only a ripple signal from the output signal of the motor; a first level translator for receiving a ripple signal selected by the ripple signal selector and a direct current signal of the battery and translating an electric potential thereof; and a second level translator for receiving the direct current signal of the battery and translating an electric potential thereof.
A fusion protein, comprising on the N-terminal a Shiga toxin type-II A subunit mutant protein and on the C-terminal a Shiga toxin type-I B subunit protein, the Shiga toxin type-II A subunit mutant protein is an inactivated protein obtained by mutating amino acid residues at active sites of Shiga toxin type-II A subunit, wherein the amino acid sequence is represented by SEQ ID NO. 4 in the Sequence List.
A support for a containment system, said support adapted for cooperating with others of said supports to support barriers vertically, said support comprising: a first tube telescopically received in a second tube whereby both of said tubes are substantially cylindrical about a first axis; a nut secured to one of said first and second tubes, said nut including a threaded interior opening substantially cylindrical about a second axis, wherein said second axis is parallel to said first axis and spaced a selected distance from said first axis; a bracket secured to the other of said first and second tubes; a bar substantially cylindrical about the second axis and having outer threads rotatably received in said nut, said bar being secured against axial movement relative to said bracket and rotatable relative to said bracket; a handle portion cylindrical about said second axis and secured to said one of said first and second tubes, said bar being received in said handle portion; and a holder secured to the tubes adjacent the holder top and bottom, said holder being adapted for securing to a vertical side of a barrier. a first tube telescopically received in a second tube whereby both of said tubes are substantially cylindrical about a first axis; a nut secured to one of said first and second tubes, said nut including a threaded interior opening substantially cylindrical about a second axis, wherein said second axis is parallel to said first axis and spaced a selected distance from said first axis; a bracket secured to the other of said first and second tubes; a bar substantially cylindrical about the second axis and having outer threads rotatably received in said nut, said bar being secured against axial movement relative to said bracket and rotatable relative to said bracket; a handle portion cylindrical about said second axis and secured to said one of said first and second tubes, said bar being received in said handle portion; and a holder secured to the tubes adjacent the holder top and bottom, said holder being adapted for securing to a vertical side of a barrier.
A solid support for collecting a biological sample wherein said solid support comprises: (a) a dye selected from the group comprising Alizarin Red, Methylene blue, Reactive blue 4, Alcian blue and Indigo carmine; and (b) one or more nucleic acid stabilisation chemicals; wherein at least one of the nucleic acid stabilization chemicals is Tris HCl. (a) a dye selected from the group comprising Alizarin Red, Methylene blue, Reactive blue 4, Alcian blue and Indigo carmine; and (b) one or more nucleic acid stabilisation chemicals; wherein at least one of the nucleic acid stabilization chemicals is Tris HCl.
Capacitive sensor comprising: - a support comprising a first outer surface on which a first electrode extends and a second outer surface on which a second electrode extends; - a part, movable relative to the support, the part comprising a first conductive surface and a second conductive surface in electrical contact with the first conductive surface, the first conductive surface extending facing the first electrode and the second conductive surface extending facing the second electrode so as to create a coupling capacitance between the first electrode and the second electrode; - a measuring circuit designed for measuring the coupling capacitance, said sensor being characterized in that the second outer surface is inclined with respect to the first outer surface. - a support comprising a first outer surface on which a first electrode extends and a second outer surface on which a second electrode extends; - a part, movable relative to the support, the part comprising a first conductive surface and a second conductive surface in electrical contact with the first conductive surface, the first conductive surface extending facing the first electrode and the second conductive surface extending facing the second electrode so as to create a coupling capacitance between the first electrode and the second electrode; - a measuring circuit designed for measuring the coupling capacitance, said sensor being characterized in that the second outer surface is inclined with respect to the first outer surface.
A culture vessel for forming an aggregated cell mass which has at least two wells, wherein the wells are made from a light-shielding member containing a colored resin, an inner surface including a bottom inner surface of the wells is subjected to treatment to impart cellular non-adhesiveness, and the culture vessel is made from a transparent resin and a pigment.
A time-temperature integrating indicator label comprising an initiator reservoir and a target reservoir, said initiator reservoir containing a photoinitiated pH modification system and said target reservoir comprising a pH responsive indicator, wherein the label further comprises a third reservoir comprising a temperature-dependent timing mechanism comprising at least one of a diol, a polyol, a water-soluble polymer, and a gel, wherein the third reservoir is interposed between the initiator reservoir and the target reservoir, and wherein the temperature dependent timing mechanism is configured to regulate the rate at which the pH modification system travels from the initiator reservoir to the target reservoir comprising the pH responsive indicator.
Method for starting up a door communication system that has multiple door communication components, such as a door station and apartment stations (1C, 1D, 1E), or operator control elements of a door station or apartment station, such as call or door-opener keys, that are connected to one other via a network/bus system, characterized in that a particular door communication component or a particular operator control element is identified by virtue of this component or this operator control element being assigned a particular audio file and/or video file and/or audio/video file in the programing mode, and in that this particular audio file and/or video file and/or audio/video file is stored, wherein the door communication components of the door communication system are identified audibly and/or visually after recording of the audio file and/or video file and/or audio/video file and audible and/or visual assignment of an operator control element by means of the audio files and/or video files and/or audio/video files is performed on the basis of the door communication components already identified audibly and/or visually.
A method, comprising: receiving a packet at a network interface card from a data communication network; classifying, within the network interface card, the packet to select one of a plurality of protocol-based flow tables to which the packet should be assigned to obtain a selected flow table, the classifying being based, at least, on a logical interface with which the packet is associated; processing the packet based on information stored in the selected flow table; and passing the packet to one of a plurality of virtual machines operating on a computer to which the network interface card is communicatively connected, the one of the virtual machines being associated with the logical interface and having within the network interface card a dedicated virtual interface controller (200a-200c) from among a plurality of virtual network interface controllers (200a-200c). receiving a packet at a network interface card from a data communication network; classifying, within the network interface card, the packet to select one of a plurality of protocol-based flow tables to which the packet should be assigned to obtain a selected flow table, the classifying being based, at least, on a logical interface with which the packet is associated; processing the packet based on information stored in the selected flow table; and passing the packet to one of a plurality of virtual machines operating on a computer to which the network interface card is communicatively connected, the one of the virtual machines being associated with the logical interface and having within the network interface card a dedicated virtual interface controller (200a-200c) from among a plurality of virtual network interface controllers (200a-200c).
An apparatus comprising: an optical column (906, 920, 924, 930) configured to create a pattern on a target portion of a substrate, the optical column comprising: a programmable patterning device configured to provide a plurality of radiation beams, and a projection system configured to project the plurality of beams onto the substrate, the projection system comprising a plurality of lenses (924, 930); an actuator configured to move the optical column or part thereof to scan the plurality of beams over the target portion of the substrate, wherein the optical column is configured to project at a time at least two of the plurality of beams onto the target portion of the substrate via a same lens (924, 930) of the plurality of lenses of the projection system wherein the optical column comprises a moveable part and a stationary part and wherein the programmable patterning device configured to provide the beams is provided to the stationary part and the projection system configured to project the beams is provided to the moveable part, and wherein the same lens is mounted on the moveable part, and wherein the actuator is a rotary motor and the movement of the moveable part is a rotational movement. an optical column (906, 920, 924, 930) configured to create a pattern on a target portion of a substrate, the optical column comprising: a programmable patterning device configured to provide a plurality of radiation beams, and a projection system configured to project the plurality of beams onto the substrate, the projection system comprising a plurality of lenses (924, 930); an actuator configured to move the optical column or part thereof to scan the plurality of beams over the target portion of the substrate, wherein the optical column is configured to project at a time at least two of the plurality of beams onto the target portion of the substrate via a same lens (924, 930) of the plurality of lenses of the projection system wherein the optical column comprises a moveable part and a stationary part and wherein the programmable patterning device configured to provide the beams is provided to the stationary part and the projection system configured to project the beams is provided to the moveable part, and wherein the same lens is mounted on the moveable part, and wherein the actuator is a rotary motor and the movement of the moveable part is a rotational movement. a programmable patterning device configured to provide a plurality of radiation beams, and a projection system configured to project the plurality of beams onto the substrate, the projection system comprising a plurality of lenses (924, 930);