mhurhangee/ep-ind-claims huggingface dataset:
An open roof construction for a vehicle having an opening in its fixed roof, comprising a stationary part to be attached to the vehicle roof and at least one closure element which is movably supported by said stationary part and which can be adjusted by means of a driving unit including a driving slide, wherein said closure element is movable between a closed position for closing the roof opening, and an open, rearward position for being at least partially above the roof area behind the roof opening, in which the roof opening is at least partially released, wherein said stationary part is preferably fitted with at least one front guide track extending at least along a part of the roof opening, whereas a fixed rear guide track is mounted at least substantially rearward of the roof opening, the closure element being supported near its front side by a front support which is movably guided by said front guide track, and which is supported rearwards thereof by a rear support including a lifting device and a guiding device for engagement in said rear guide track upon rearward movement of the closure element, the lifting device includes a height-adjustable, in particular rotatable, movable element (16; 23) which has a forcing mechanism determining the position of the lifting device, characterized in that the lifting device is movably connected to the stationary part and includes a guide track for the guiding device that is connected to the closure element, which guide track of the lifting device aligns with and connects to the rear guide track during at least a part of the rearward movement of the closure element to allow the guiding device thereof to move from the guide track of the lifting device to the rear guide track and vice versa.
Drive belt having an elastic main body based on at least one thermoplastic elastomer or based on a vulcanizate comprising an outer layer as the belt backing and a substructure having a force transmission zone, wherein the force transmission zone is provided with a fabric, wherein the fabric has a closed surface structure, characterized in that the fabric contains warp threads and/or weft threads, wherein the warp threads and/or weft threads are textured via at least one false-twist process in order to thus provide the closed surface structure.
Electrostatic filter for purifying a gas flow, such electrostatic filter comprising: - at least one capture stage provided with at least one plate-like repulsion electrode and with at least one plate-like collection electrode, parallel to each other and arranged for intercepting a gas flow susceptible of proceeding in an advancement direction parallel to said electrodes (5, 6); - power supply means adapted to charge said plate-like repulsion electrode to a positive potential with respect to said plate-like collection electrode, determining an electric field between said electrodes (5, 6); wherein said plate-like repulsion electrode is provided with a plurality of holes distributed on its surface, whose edges of connection with its two faces have radii of curvature with localized concentrations of said electric field, with consequent emission of positive electric charges in said gas flow; said plate-like repulsion electrode being arranged for repelling impurity particles in suspension in said gas flow and positively charged with said positive electric charges emitted by the edges of said plurality of holes towards said plate-like collection electrode; characterized in that said plate-like repulsion electrode has a solid over void ratio, due to the plurality of said holes, comprised between 2 and 5; wherein said plate-like repulsion electrodes and said plate-like collection electrodes have flat form; said plate-like repulsion electrodes delimiting, with said plate-like collection electrodes, passage channels which are extended along an extension direction thereof with constant thickness, and through such passage channels said gas flow is susceptible of passing with said advancement direction parallel to said extension direction of said passage channels. - at least one capture stage provided with at least one plate-like repulsion electrode and with at least one plate-like collection electrode, parallel to each other and arranged for intercepting a gas flow susceptible of proceeding in an advancement direction parallel to said electrodes (5, 6); - power supply means adapted to charge said plate-like repulsion electrode to a positive potential with respect to said plate-like collection electrode, determining an electric field between said electrodes (5, 6);
A process for producing silicon dioxide containing mixed oxide thin film on a growth substrate, characterized in that the mixed oxide thin film is grown by using the ALD method - by bonding from gas phase a vaporised silicon compound onto the growth substrate, - by converting the bonded silicon compound to silicon dioxide, - by bonding from gas phase a vaporised metal compound or a compound of another semimetal on the growth substrate, and - by converting the bonded metal compound or semimetal compound to the corresponding oxide, the silicon compound and the compound of the other semimetal and/or metal being bonded to the growth medium in desired order. - by bonding from gas phase a vaporised silicon compound onto the growth substrate, - by converting the bonded silicon compound to silicon dioxide, - by bonding from gas phase a vaporised metal compound or a compound of another semimetal on the growth substrate, and - by converting the bonded metal compound or semimetal compound to the corresponding oxide,
A method for controlling operation of an engine of an aircraft, comprising: obtaining a first engine power limit associated with a thrust limit for a propeller coupled to the engine, wherein the first engine power limit associated with a thrust limit is a maximum amount of power supplied by the engine to the propeller which, when converted by the propeller into thrust, sets a maximum amount of thrust which the propeller can withstand; comparing the first engine power limit to a second engine power limit associated with a mechanical limit for the engine and to a third engine power limit associated with a thermal limit for the engine; and setting a maximum engine power limit at a lowest value of the first, second, and third engine power limits. obtaining a first engine power limit associated with a thrust limit for a propeller coupled to the engine, wherein the first engine power limit associated with a thrust limit is a maximum amount of power supplied by the engine to the propeller which, when converted by the propeller into thrust, sets a maximum amount of thrust which the propeller can withstand; comparing the first engine power limit to a second engine power limit associated with a mechanical limit for the engine and to a third engine power limit associated with a thermal limit for the engine; and setting a maximum engine power limit at a lowest value of the first, second, and third engine power limits.
A motor vehicle latch, in particular a motor vehicle door latch, preferably a motor vehicle tailgate latch, comprising a locking mechanism (1, 2) substantially consisting of a catch and a pawl, and comprising a motorized opening drive (7, 8, 9, 10, 11) for the pawl, the motorized opening drive (7, 8, 9, 10, 11) having an output worm for rotationally acting on a drive disc (9, 10, 11), the drive disc (9, 10, 11) working indirectly or directly on the pawl, and the output disc (9, 10, 11) comprising a blocking contour which additionally interacts with the pawl and which prevents the pawl from falling into the catch at least during the opening process of the locking mechanism (1, 2), characterized in that the output disc (9, 10, 11) has a spring (9a, 9b) which interacts with at least one ramp stop (20, 21) for securing the end position.
A diagnostic test kit to identify food sensitivity in humans, wherein the kit comprises: a diagnostic test to identify the presence of a first set of food sensitivities in a human, wherein the diagnostic test comprises: a substrate, an absorbent region and a test region; the absorbent region being configured to contact a fecal sample obtained from a human and absorb fluid therefrom, and the test region comprising one or more IgA food antibody binding agents coupled to the substrate, wherein at least one of the IgA food antibody binding agents comprises an IgA conjugate associated with an IgA food antibody associated with one or more food sensitivities in the set of food sensitivities, and the IgA conjugate binds to the IgA food antibody when the IgA food antibody is proximate the IgA conjugate; wherein the diagnostic test is adapted to allow fluid comprising at least a portion of the one or more IgA antibodies present in the fecal sample to be transferred between the absorbent region and the test region of the diagnostic test to allow identification of the presence of the first set of food sensitivities; wherein the diagnostic test is integrated with a specimen container, the specimen container adapted to allow a testing portion of the fecal sample to be disposed in the specimen container to allow identification of the first set of food sensitivities, and wherein the diagnostic test is positioned in the specimen container to allow contact with the testing portion of the fecal sample; and wherein the kit further comprises a fecal sample collection tool and the diagnostic test is integrated with the fecal sample collection tool. a substrate, an absorbent region and a test region; the absorbent region being configured to contact a fecal sample obtained from a human and absorb fluid therefrom, and the test region comprising one or more IgA food antibody binding agents coupled to the substrate, wherein at least one of the IgA food antibody binding agents comprises an IgA conjugate associated with an IgA food antibody associated with one or more food sensitivities in the set of food sensitivities, and the IgA conjugate binds to the IgA food antibody when the IgA food antibody is proximate the IgA conjugate; wherein the diagnostic test is adapted to allow fluid comprising at least a portion of the one or more IgA antibodies present in the fecal sample to be transferred between the absorbent region and the test region of the diagnostic test to allow identification of the presence of the first set of food sensitivities; wherein the diagnostic test is integrated with a specimen container, the specimen container adapted to allow a testing portion of the fecal sample to be disposed in the specimen container to allow identification of the first set of food sensitivities, and wherein the diagnostic test is positioned in the specimen container to allow contact with the testing portion of the fecal sample; and wherein the kit further comprises a fecal sample collection tool and the diagnostic test is integrated with the fecal sample collection tool.
A combination compound containing at least the substances vitamin C, E vitamins, zinc, selenium, acetyl cysteine, L-carnitine, glutathione, ubiquinone-10 components, lycopene and citrulline, wherein citrulline is administered in a daily dose of 200 mg to 400 mg, and/or omega-3-fatty acids, for use in a method for the treatment of oligozoospermia, asthenozoospermia and/or teratozoospermia.
A process for lowering a subsea equipment package to the seafloor, the process comprising: attaching a plurality of vessels via cables to corresponding landing points of the subsea equipment package; paying out a predetermined amount of cable from the plurality of vessels; characterized in that the process further comprises: tensioning the cables; adjusting buoyancy of the subsea equipment package to sink the subsea equipment package while maintaining tension on the cables to support the submerged weight of the subsea equipment package; controlling a position of the subsea equipment package by paying out additional cable as the subsea equipment package sinks toward the seafloor; and landing the subsea equipment package on the seafloor. attaching a plurality of vessels via cables to corresponding landing points of the subsea equipment package; paying out a predetermined amount of cable from the plurality of vessels; tensioning the cables; adjusting buoyancy of the subsea equipment package to sink the subsea equipment package while maintaining tension on the cables to support the submerged weight of the subsea equipment package; controlling a position of the subsea equipment package by paying out additional cable as the subsea equipment package sinks toward the seafloor; and landing the subsea equipment package on the seafloor.
An acoustic wave imaging apparatus, comprising: a plurality of acoustic wave receiving elements each adapted to receive an acoustic wave emitted from an object, and to convert the acoustic wave into a received signal; a phase aligning unit adapted to align phases of a plurality of received signals obtained from the plurality of acoustic wave receiving elements; a complex signal acquiring unit adapted to generate complex signals out of the phase-aligned received signals obtained by the phase aligning unit and to acquire a plurality of complex signals; a correlation matrix calculating unit adapted to calculate a correlation matrix of the plurality of complex signals; and an electric power calculating unit adapted to calculate constrained minimum power of the received signals, using the correlation matrix and a predetermined constraint vector, characterized in that the correlation matrix calculating unit is adapted to calculate the correlation matrix at a predetermined cycle, and to sequentially output the calculated correlation matrix to the electric power calculating unit, and the electric power calculating unit is adapted to calculate a plurality of constrained minimum powers in parallel by use of the output correlation matrices, the plurality of constrained minimum powers are corresponding to the output correlation matrices respectively. a plurality of acoustic wave receiving elements each adapted to receive an acoustic wave emitted from an object, and to convert the acoustic wave into a received signal; a phase aligning unit adapted to align phases of a plurality of received signals obtained from the plurality of acoustic wave receiving elements; a complex signal acquiring unit adapted to generate complex signals out of the phase-aligned received signals obtained by the phase aligning unit and to acquire a plurality of complex signals; a correlation matrix calculating unit adapted to calculate a correlation matrix of the plurality of complex signals; and an electric power calculating unit adapted to calculate constrained minimum power of the received signals, using the correlation matrix and a predetermined constraint vector, characterized in that the correlation matrix calculating unit is adapted to calculate the correlation matrix at a predetermined cycle, and to sequentially output the calculated correlation matrix to the electric power calculating unit, and the electric power calculating unit is adapted to calculate a plurality of constrained minimum powers in parallel by use of the output correlation matrices, the plurality of constrained minimum powers are corresponding to the output correlation matrices respectively.
A method of providing route guidance information to a mobile terminal, the method comprising: generating, by a first mobile terminal, at least one of location information of the first mobile terminal and direction information of the first mobile terminal; transmitting information from the first mobile terminal to a remote device, the information including the at least one of location information and direction information; capturing, by a camera of the first mobile terminal, an image data; receiving, by the first mobile terminal, augmented reality information from the remote device, the augmented reality information being based on the at least one of location information and direction information of the first mobile terminal; transmitting, by the first mobile terminal to a second mobile terminal, the image data and the augmented reality information; receiving, by the second mobile terminal, a user input for generating route guide information; synthesizing, by the second mobile terminal, the route guide information on the image data; and receiving, by the first mobile terminal, the synthesized route guidance information and image data from the second mobile terminal; wherein the step of receiving the synthesized route guidance information and image data from the second mobile terminal comprises: selecting, by the second mobile terminal, an intermediate destination; transmitting, by the second mobile terminal, location information of the intermediate destination to the first mobile terminal; and transmitting, by the first mobile terminal to the second mobile terminal, a notice indicating that the first mobile terminal is in proximity to the intermediate destination. generating, by a first mobile terminal, at least one of location information of the first mobile terminal and direction information of the first mobile terminal; transmitting information from the first mobile terminal to a remote device, the information including the at least one of location information and direction information; capturing, by a camera of the first mobile terminal, an image data; receiving, by the first mobile terminal, augmented reality information from the remote device, the augmented reality information being based on the at least one of location information and direction information of the first mobile terminal; transmitting, by the first mobile terminal to a second mobile terminal, the image data and the augmented reality information; receiving, by the second mobile terminal, a user input for generating route guide information; synthesizing, by the second mobile terminal, the route guide information on the image data; and receiving, by the first mobile terminal, the synthesized route guidance information and image data from the second mobile terminal; wherein selecting, by the second mobile terminal, an intermediate destination; transmitting, by the second mobile terminal, location information of the intermediate destination to the first mobile terminal; and transmitting, by the first mobile terminal to the second mobile terminal, a notice indicating that the first mobile terminal is in proximity to the intermediate destination.
A method of wireless communication, the method comprising: transmitting a gap size request; receiving a downlink, DL, reception indication during an active duration of a discontinuous reception, DRX, configuration; identifying a gap between an ON duration of the DRX configuration and a reception opportunity based at least in part on the DL reception indication, wherein a duration of the gap is based at least in part on the gap size request; identifying the reception opportunity of the active duration of the DRX configuration, following the gap, based at least in part on the DL reception indication, wherein the identified reception opportunity is different from an ON duration of the DRX configuration; and listening for a subsequent DL reception indication during the reception opportunity. transmitting a gap size request; receiving a downlink, DL, reception indication during an active duration of a discontinuous reception, DRX, configuration; identifying a gap between an ON duration of the DRX configuration and a reception opportunity based at least in part on the DL reception indication, wherein a duration of the gap is based at least in part on the gap size request; identifying the reception opportunity of the active duration of the DRX configuration, following the gap, based at least in part on the DL reception indication, wherein the identified reception opportunity is different from an ON duration of the DRX configuration; and listening for a subsequent DL reception indication during the reception opportunity.
A steel cord for reinforcing rubber comprising three core strands being twisted together and at least six sheath strands being twisted together around the core strands, wherein the core strands and the sheath strands are twisted in the same direction, wherein the sheath strands have a layer twist structure having two or more layers, wherein the cord has a twist structure selected from the group consisting of: a 3x(3+9)+9x(3+9) twist structure; a 3x(3+9)+8x(3+9+15) twist structure; a 3x(3+9)+6x(3+9+15) twist structure; and a 3x(3+9)+9x(3+9+15) twist structure, wherein the helical radius r and the helical pitch p of the core strands and the helical radius R and the helical pitch P of the sheath strands satisfy the following relationship: 86 ° ≥ tan − 1 p / 2 πr ≥ tan − 1 P / 2 πR ≥ 74 °. a 3x(3+9)+9x(3+9) twist structure; a 3x(3+9)+8x(3+9+15) twist structure; a 3x(3+9)+6x(3+9+15) twist structure; and a 3x(3+9)+9x(3+9+15) twist structure, wherein the helical radius r and the helical pitch p of the core strands and the helical radius R and the helical pitch P of the sheath strands satisfy the following relationship: 86 ° ≥ tan − 1 p / 2 πr ≥ tan − 1 P / 2 πR ≥ 74 °.
An ice making apparatus comprising an ice making tray in which ice is made and an ejector for discharging the ice made in the ice making tray into an ice bank, a cam assembly cooperatively coupled to the ejector and an ice full detecting arm that is rotated by the cam assembly to detect if the ice bank is fully filled with the ice, the cam assembly comprising a driving cam rotating together with the ejector, characterized by a lever that is rotated by the driving cam and a gear unit that is rotated by the lever to rotate the ice full detecting arm, and by the ice making apparatus further comprising: a first ice full detecting member comprising a first magnet disposed on the lever and a first ice full detecting sensor that is disposed on a moving track of the lever to detect the first magnet when the lever moves and, therefore, to detect a rotating position of the lever, in order to detect if the ice bank is fully filled with the ice; and a second ice full detecting member comprising a second magnet disposed on the ice full detecting arm and a second ice full detecting sensor that is disposed on the gear unit to detect the second magnet when the ice full detecting arm rotates, in order to detect if the ice full detecting arm is not returned to an initial position by being caught on the ice. a first ice full detecting member comprising a first magnet disposed on the lever and a first ice full detecting sensor that is disposed on a moving track of the lever to detect the first magnet when the lever moves and, therefore, to detect a rotating position of the lever, in order to detect if the ice bank is fully filled with the ice; and a second ice full detecting member comprising a second magnet disposed on the ice full detecting arm and a second ice full detecting sensor that is disposed on the gear unit to detect the second magnet when the ice full detecting arm rotates, in order to detect if the ice full detecting arm is not returned to an initial position by being caught on the ice.
A connector, which is a plug or a jack, for use in terminating communications cables including electrical contacts arranged to receive wires of a communications cable, and at least one cover (12, 22) pivotally associated with the connector and having wire-receiving spaces (14, 24) for guiding the wires, wherein the cover (12, 22) is arranged to move pivotally to bring wires received in the said spaces (14, 24) into lateral engagement with the electrical contacts, wherein the electrical contacts are provided on a removable contact carrier (41, 140) and wherein the carrier (41, 140) includes at least one recess that aligns with the at least one cover (12, 22) to position the carrier (41, 140) in the connector, characterized in that the recess receives a cam portion (53, 54) of the at least one cover (12, 22) to position the carrier (41, 140).