mhurhangee/ep-ind-claims huggingface dataset:
A transportable structure comprising a supporting structure, the supporting structure comprising supporting bars lying on a first level, arranged in parallel to each other, and supporting bars lying on a second level, arranged in parallel to each other, wherein the first level and the second level are parallel to each other and the supporting bars of the first level intersect the supporting bars of the second level and the supporting bars of the first level are uniaxially articulated to the supporting bars of the second level at intersection points, the supporting bars ending at two opposite side edges of the supporting structure, characterized in that the two side edges have an essentially concave course in the flat-lying state of the supporting structure, wherein the supporting bars of the first level form essentially uniform quadrangles with the supporting bars of the second level and the supporting structure comprises at least one longitudinal connecting element extending roughly in parallel with or obliquely to the side edges and connected to at least two intersection points and/or at least two supporting bars of one of the two levels (4, 5), wherein the supporting structure in the erected state of the transportable structure comprises a curvature, wherein the supporting bars are under tension.
A method of assembling a transducer for a surgical instrument, wherein said transducer is configured to produce a standing wave of vibrations having a node and an anti-node arranged along a longitudinal axis, said method comprising the steps of: selecting a first piezoelectric element having a first value of a material property, wherein said first piezoelectric element is configured to draw a first current when a voltage potential is applied thereto; selecting a second piezoelectric element having a second value of said material property, wherein said second value of said material property is different to said first value of said material property, wherein said second piezoelectric element is configured to draw a second current when said voltage potential is applied thereto; characterised in that the method further comprises the step of: arranging said first piezoelectric element and said second piezoelectric element relative to said node such that the difference between the magnitude of said first current and the magnitude of said second current is minimized. selecting a first piezoelectric element having a first value of a material property, wherein said first piezoelectric element is configured to draw a first current when a voltage potential is applied thereto; selecting a second piezoelectric element having a second value of said material property, wherein said second value of said material property is different to said first value of said material property, wherein said second piezoelectric element is configured to draw a second current when said voltage potential is applied thereto; characterised in that the method further comprises the step of: arranging said first piezoelectric element and said second piezoelectric element relative to said node such that the difference between the magnitude of said first current and the magnitude of said second current is minimized.
A digital filter for a digital weigher, comprising: a FIR filter for performing a wave filtering process with respect to a digital weighing signal containing an oscillating component; a determination device, wherein the determination device is configured to determine whether or not an amplitude of an oscillating component contained in a digital weighing signal derived by performing the wave filtering process by the FIR filter falls within a predetermined allowable damping range, in every predetermined sampling of the digital weighing signal within one weighing cycle; and a control device; characterised in that the FIR filter includes a fixation section for removing an oscillating component in a predetermined frequency range, and an adaptive section for removing an oscillating component in a changeable frequency range; the control device is configured to change the frequency range of the oscillating component which is to be removed by the adaptive section by changing a filter coefficient of the adaptive section based on a result of the determination performed by the determination device; and the control device is configured to change the filter coefficient of the adaptive section based on the digital weighing signal in a previous weighing cycle. a FIR filter for performing a wave filtering process with respect to a digital weighing signal containing an oscillating component; a determination device, wherein the determination device is configured to determine whether or not an amplitude of an oscillating component contained in a digital weighing signal derived by performing the wave filtering process by the FIR filter falls within a predetermined allowable damping range, in every predetermined sampling of the digital weighing signal within one weighing cycle; and a control device; characterised in that the FIR filter includes a fixation section for removing an oscillating component in a predetermined frequency range, and an adaptive section for removing an oscillating component in a changeable frequency range; the control device is configured to change the frequency range of the oscillating component which is to be removed by the adaptive section by changing a filter coefficient of the adaptive section based on a result of the determination performed by the determination device; and the control device is configured to change the filter coefficient of the adaptive section based on the digital weighing signal in a previous weighing cycle.
Assembly comprising a first cable (200; 400), a first connector (600; 650; 700; 750; 790) that engages onto the first cable and a separate second connector for engagement onto the first cable, wherein the first cable comprises an outer jacket (201; 401) and adjacent to each other a first, a second and a third conductor (10, 20, 30) and several control current conductors, which within the outer jacket extend substantially parallel to each other and at substantially fixed mutual distances in a notional common straight plane, wherein the first, second and third conductor are each built up with an insulating sheath (12, 22, 32) of electrically insulating material in which only one singular solid core (11, 21, 31) of electrically conductive material is accommodated, and the control current conductors extend at the side of the first conductor situated opposite the second and third conductor, wherein the first connector comprises a first housing having first electrical contacts that cut through the jacket, wherein the first cable extends in its longitudinal direction between two opposite head sides of the first housing, wherein the first electrical contacts each cut through the outer jacket and the insulating sheaths of the first, second or third conductor and then are in electrically conductive contact with its core, wherein the first housing at at least one of the longitudinal sides extending between the head sides is provided with a recess-bounding insertion framework (628, 629) within which the first cable at the location of the control current conductors extends freely, wherein the second connector comprises a second housing and second electrical contacts that cut through the jacket, wherein the second connector is adapted for placement within the insertion framework (628, 629) and by means of the second electrical contacts cutting through the outer jacket of the first cable to come into electrically conductive contact with the control current conductors and to bring the control current conductors in electrically conductive contact with branch cables via the second electrical contacts.
A method for improving a lift to drag ratio of a rotor blade (106, 70, 78), comprising: providing a blade member having a top surface (118, 148), a bottom surface (120, 149), a leading edge and a trailing edge; providing a leading edge extension member, the leading edge extension member comprising a top side, a bottom side, an inner surface defining a hollow interior portion and including side surfaces of the top and bottom sides (130a, 130b) and a curved portion disposed between the top side and the bottom side, the leading edge extension member comprised of a composite material having plies of at least one of a fabric and a tape; and adhesively connecting the side surfaces of the top side and bottom side of the leading edge extension member to the top surface and bottom surface, respectively, of the blade member such that the curved portion of the leading edge extension member and the leading edge of the blade member define a hollow interior portion therebetween to form the rotor blade (106, 70, 78); wherein the leading edge extension member is configured to extend a chord length of at least a portion of the rotor blade. providing a blade member having a top surface (118, 148), a bottom surface (120, 149), a leading edge and a trailing edge; providing a leading edge extension member, the leading edge extension member comprising a top side, a bottom side, an inner surface defining a hollow interior portion and including side surfaces of the top and bottom sides (130a, 130b) and a curved portion disposed between the top side and the bottom side, the leading edge extension member comprised of a composite material having plies of at least one of a fabric and a tape; and adhesively connecting the side surfaces of the top side and bottom side of the leading edge extension member to the top surface and bottom surface, respectively, of the blade member such that the curved portion of the leading edge extension member and the leading edge of the blade member define a hollow interior portion therebetween to form the rotor blade (106, 70, 78); wherein the leading edge extension member is configured to extend a chord length of at least a portion of the rotor blade.
A system for geo-tagging streamed music received by a hybrid digital radio frequency receiver configured to recover data from a radio signal and to output recovered data from a data output port, the receiver being additionally configured to recover audio signals from the radio signal and to output audio signals to an audio port, the system characterized by: a received data stream analyzer coupled to the data output port of the receiver and configured to detect information in a data stream that is representative of a title of a song output from the audio port, the received data stream analyzer being additionally configured to generate a trigger signal responsive to detection of a song title in data received by the receiver, the trigger signal indicating the detection of a song title in the data; a received song title database coupled to the received data stream analyzer and configured to store a list of titles of songs received by the receiver; a global position system coupled to the received data stream analyzer, the GPS configured to determine a geographic location of the receiver responsive to receipt by the GPS of the trigger signal from the received data stream analyzer; a received song location database containing locations where a particular song was received by the receiver and listened to by a user; and an information correlator coupled to the received song location database and the received song title list database and configured to correlate song title information to a geographic location where the song was received. a received data stream analyzer coupled to the data output port of the receiver and configured to detect information in a data stream that is representative of a title of a song output from the audio port, the received data stream analyzer being additionally configured to generate a trigger signal responsive to detection of a song title in data received by the receiver, the trigger signal indicating the detection of a song title in the data; a received song title database coupled to the received data stream analyzer and configured to store a list of titles of songs received by the receiver; a global position system coupled to the received data stream analyzer, the GPS configured to determine a geographic location of the receiver responsive to receipt by the GPS of the trigger signal from the received data stream analyzer; a received song location database containing locations where a particular song was received by the receiver and listened to by a user; and an information correlator coupled to the received song location database and the received song title list database and configured to correlate song title information to a geographic location where the song was received.
A composite material comprising reinforcement fibers and a curable matrix resin, wherein the curable matrix resin comprises a, meta -substituted trifunctional benzoxazine monomer represented by the following structure: and having a molecular weight of about 699 as determined by Liquid Chromatography Mass Spectrometry (LCMS).
A feeding device for feeding wrapping material into a pressing chamber of a round baler, comprising - at least one roll holder for receiving at least one wrap roll, - at least one elongated infeed roller which can be driven about a rotational axis, - at least one elongated pressure roller orientated parallel to the infeed roller and associated with the infeed roller, and - at least one cutting device, wherein, by driving the infeed roller in a drive direction, wrapping material can be gradually drawn from the wrap roll, wherein the pressure roller can be clamped against the infeed roller so that wrapping material which is guided in a guide gap formed between the pressure roller and the infeed roller can be pressed against the infeed roller, wherein, starting from a passive position in which it is ineffective, the cutting device can be moved into an active position in which it is suitable for engaging with wrapping material in order to cut it through, wherein the infeed roller cooperates with a locking device which, when in a locked position, prevents a rotation of the infeed roller in a rotational direction opposite to the drive direction, wherein the locking device can be moved into a maintenance position which allows rotation of the infeed roller in both rotational directions relative to its rotational axis, the locking device can be fixed in the maintenance position so that a self-actuated return of the locking device from the maintenance position into the locked position is prohibited, characterized in that the infeed roller cooperates with a ratchet disk which is connected to the infeed roller in a torque-resisting manner and is therefore capable of interlockingly engaging with the locking device, wherein the circumference of the ratchet disk has a plurality of ratchet teeth. - at least one roll holder for receiving at least one wrap roll, - at least one elongated infeed roller which can be driven about a rotational axis, - at least one elongated pressure roller orientated parallel to the infeed roller and associated with the infeed roller, and - at least one cutting device,
An electronic component comprising a semiconductor element (12, 12') and at least one contact element attached to a side of the semiconductor element (12, 12'), wherein the contact element includes a flexible conductor foil (14, 14') with at least one conductive path, and wherein the conductor foil (14, 14'), at constant conductor foil thickness, has at least one bump forming a local elevation with respect to a conductor foil plane and which is positioned and dimensioned such that at least a section of the conductive path of the conductor foil (14, 14') extends on the bump, wherein the conductive path section is in electrical contact with at least one contact point of the semiconductor element (12, 12'), characterized in that the conductor foil (14, 14') comprises a plurality of bumps having different cross-sections and/or different dimensions, and the conductive path section extending on the bump includes a contact area which is wider than the conductive path in the conductor foil plane in a longitudinal direction of the conductive path and which is connectable to the contact point of the semiconductor element (12, 12').
A computer-implemented method for analyzing a hydrocarbon trap having a top surface, for hydrocarbon production, the method comprising: - providing one or more geological meshes each representing the top surface, each geological mesh having cells each representing a location on the top surface, each geological mesh comprising depth values each at a cell and each representing a depth of the location represented by the cell; and - for each geological mesh, determining one or more cells on the geological mesh, each determined cell corresponding to a respective saddle of the trap, each determined cell corresponding to a local maximum of the depth values, the determining of the one or more cells comprising: ∘ providing two or more top cells on the geological mesh, each top cell representing a top of a respective culmination of the trap; and ∘ performing multiple propagations on the geological mesh, each propagation starting at a respective top cell and being performed according to a propagation criterion that rewards depth value smallness, wherein each determined cell corresponds to an encounter between at least two propagations, and wherein the method further comprises using the results to implement a strategy for well implantation. - providing one or more geological meshes each representing the top surface, each geological mesh having cells each representing a location on the top surface, each geological mesh comprising depth values each at a cell and each representing a depth of the location represented by the cell; and - for each geological mesh, determining one or more cells on the geological mesh, each determined cell corresponding to a respective saddle of the trap, each determined cell corresponding to a local maximum of the depth values, the determining of the one or more cells comprising: ∘ providing two or more top cells on the geological mesh, each top cell representing a top of a respective culmination of the trap; and ∘ performing multiple propagations on the geological mesh, each propagation starting at a respective top cell and being performed according to a propagation criterion that rewards depth value smallness, wherein each determined cell corresponds to an encounter between at least two propagations, and wherein the method further comprises using the results to implement a strategy for well implantation. ∘ providing two or more top cells on the geological mesh, each top cell representing a top of a respective culmination of the trap; and ∘ performing multiple propagations on the geological mesh, each propagation starting at a respective top cell and being performed according to a propagation criterion that rewards depth value smallness,
Aircraft wing comprising a central casing and at least one item of equipment in the internal space of said wing, comprising a protection device for a front spar structure of said central casing and for said at least one item of equipment, said protection device comprising a shielding surface (22; 222) extending in front of said front spar of the central casing, from the surface of intersection between the wing and the fuselage delimited by the wing root, transversely to said surface, to a first rib of the central casing partially surrounding said at least one item of equipment, characterised in that said protection device further comprising means for fixing the shielding surface (22; 222) to the central casing producing an isostatic link.
A method by a communications controller for transmitting a packet to a wireless device in a wideband Long Term Evolution, LTE, system, comprising: signaling, by the communications controller, an uplink/downlink, UL/DL, configuration to the wireless device, wherein the UL/DL configuration indicates a quantity of uplink microframes in a group of microframes (102, 302, 304, 704), wherein each subframe (101, 702) comprises a plurality of microframes (102, 302, 304, 704), and wherein the group of microframes (102, 302, 304, 704) comprises a consecutive sequence of downlink microframes (302, 704) and a consecutive sequence of uplink microframes, and wherein each micro frame (102, 302, 304, 704) contains one or more orthogonal frequency division multiplex, OFDM, symbols; transmitting, by the communications controller, the packet to the wireless device in one downlink microframe of the consecutive sequence of downlink microframes; and receiving, by the communications controller, an acknowledgement of the packet in an uplink microframe, wherein the uplink microframe is determined in accordance with the one downlink microframe and the UL/DL configuration, and wherein the acknowledgement is received in a same subframe (101, 702) as a subframe (101, 702) utilized for transmitting the packet to the wireless device. signaling, by the communications controller, an uplink/downlink, UL/DL, configuration to the wireless device, wherein the UL/DL configuration indicates a quantity of uplink microframes in a group of microframes (102, 302, 304, 704), wherein each subframe (101, 702) comprises a plurality of microframes (102, 302, 304, 704), and wherein the group of microframes (102, 302, 304, 704) comprises a consecutive sequence of downlink microframes (302, 704) and a consecutive sequence of uplink microframes, and wherein each micro frame (102, 302, 304, 704) contains one or more orthogonal frequency division multiplex, OFDM, symbols; transmitting, by the communications controller, the packet to the wireless device in one downlink microframe of the consecutive sequence of downlink microframes; and receiving, by the communications controller, an acknowledgement of the packet in an uplink microframe, wherein the uplink microframe is determined in accordance with the one downlink microframe and the UL/DL configuration, and wherein the acknowledgement is received in a same subframe (101, 702) as a subframe (101, 702) utilized for transmitting the packet to the wireless device.
A target vehicle speed generation device configured to set a target vehicle speed of a vehicle that is travelling on a target pathway set in advance, the target vehicle speed generation device comprising: a determination unit that determines whether or not a sudden change point at which acceleration changes in excess of a predetermined condition is present in a target vehicle speed; a correction unit that corrects the target vehicle speed so as to eliminate the sudden change point, if it is determined that the sudden change point is present by the determination unit; and characterized in that the correction unit corrects the target vehicle speed so as to eliminate the sudden change point by ending acceleration or deceleration at a second timing, which precedes a first timing corresponding to the sudden change point, if it is determined that a sudden change point is present by the determination unit. a determination unit that determines whether or not a sudden change point at which acceleration changes in excess of a predetermined condition is present in a target vehicle speed; a correction unit that corrects the target vehicle speed so as to eliminate the sudden change point, if it is determined that the sudden change point is present by the determination unit; and characterized in that the correction unit corrects the target vehicle speed so as to eliminate the sudden change point by ending acceleration or deceleration at a second timing, which precedes a first timing corresponding to the sudden change point, if it is determined that a sudden change point is present by the determination unit.