mhurhangee/ep-ind-claims huggingface dataset:
A combination of a plurality of source conductors and a shielding system for mitigation of the magnetic field produced by said plurality of source conductors traversed by currents, wherein the source conductors are electric power lines for carrying and distributing electrical energy, the system comprising: - a plurality of shielding conductors associated to said plurality of source conductors, wherein each of said shielding conductors is parallel to a respective stretch of source conductor; and - a plurality of magnetic cores concatenating said source conductors and said shielding conductors so as to provide a magnetic coupling between said source conductors and said shielding conductors, wherein the shielding conductors of said plurality are connected to one another so as to form a closed circuit, and are traversed by currents induced by said magnetic coupling wherein the current that traverses each of said shielding conductors is in phase opposition with respect to the current that traverses the respective source conductor, characterized in that each of said magnetic cores has a toroidal shape with an internal opening through which extends at least one of said source conductors and at least one of said shielding conductors, wherein each of said magnetic cores is configured to be openable for enabling its installation, such that the magnetic cores can be positioned around said power lines during installation and the system is applicable to stretches of power lines. - a plurality of shielding conductors associated to said plurality of source conductors, wherein each of said shielding conductors is parallel to a respective stretch of source conductor; and - a plurality of magnetic cores concatenating said source conductors and said shielding conductors so as to provide a magnetic coupling between said source conductors and said shielding conductors,
A display device (100, 800, 900), comprising: a display panel including an active area and a non-active area; and a polarization plate on the display panel, the polarization plate includes a polarization layer, wherein the polarization layer includes a first pattern (183a, 710a, 710b, 710c, 710d 710e) and a second pattern (183b, 720a, 721b+722b, 720c, 720d, 721e+722e), formed by patterning a layer of material forming the polarization layer; wherein the first pattern overlaps the active area and the second pattern is spaced apart from the first pattern by a hole; wherein: the second pattern overlaps the non-active area and is disposed to surround the first pattern; wherein the display device further includes protection layers (182, 184) including a first and a second protection layer (182, 184) respectively disposed on both surfaces of the polarization layer, and wherein the hole between the first and second pattern is filled by the first protection layer or the second protection layer. a display panel including an active area and a non-active area; and a polarization plate on the display panel, the polarization plate includes a polarization layer, wherein the polarization layer includes a first pattern (183a, 710a, 710b, 710c, 710d 710e) and a second pattern (183b, 720a, 721b+722b, 720c, 720d, 721e+722e), formed by patterning a layer of material forming the polarization layer; wherein the first pattern overlaps the active area and the second pattern is spaced apart from the first pattern by a hole; wherein: the second pattern overlaps the non-active area and is disposed to surround the first pattern; wherein the display device further includes protection layers (182, 184) including a first and a second protection layer (182, 184) respectively disposed on both surfaces of the polarization layer, and wherein the hole between the first and second pattern is filled by the first protection layer or the second protection layer. the second pattern overlaps the non-active area and is disposed to surround the first pattern; wherein the display device further includes protection layers (182, 184) including a first and a second protection layer (182, 184) respectively disposed on both surfaces of the polarization layer, and wherein the hole between the first and second pattern is filled by the first protection layer or the second protection layer.
Filter device for a suction device of a textile machine which produces cross-wound bobbins, comprising an intermediate chamber connected to a vacuum source and a filter chamber which is divided into a main filter chamber and a reserve filter chamber having a filter element, wherein the main filter chamber can be pneumatically decoupled from the intermediate chamber and then a cleaning of the main filter chamber is possible, characterized in that an air inlet device is arranged in the region of the reserve filter chamber, which air inlet device corresponds to the ambient air and can be actuated in a defined manner, and which, if necessary, allows the filter element of the reserve filter chamber to be cleaned.
Method for joining sheet-metal parts to form a sheet-metal stack, in which sheet-metal parts are separated from a sheet-metal strip, more particularly electrical strip, having a polymeric adhesive layer, more particularly baking lacquer, which can be cured at least in certain regions, with the aid of a separating device, wherein the separating device pre-separates parts from the sheet-metal strip and finally separates the sheet-metal part from the sheet-metal strip, which separated sheet-metal parts, provided one on top of the other in a stack brake, are joined at least in a materially bonded manner to form a plurality of sheet-metal stacks, in which method a separating agent is applied regionally to at least one adhesive layer of the sheet-metal strip in such a manner that after the separation of a sheet-metal part coated therewith, this sheet-metal part facilitates the separation of the sheet-metal stacks, characterized in that the separating agent is applied to the adhesive layer of the sheet-metal strip before the separating device.
A liquid crystal display comprising: a plurality of pixels including pixel electrodes and switching devices connected to the pixel electrodes and arrayed in a matrix; a plurality of pairs of first and second gate lines (GLa, GLb; 121a, 121b), each pair consisting of a first gate line (GLa; 121a) extending in a distance to an interrelated second gate line (GLb, 121b), the pairs of first and second gate lines (GLa, GLb; 121a, 121b) being connected to the switching devices and separated from each other; and a plurality of data lines (DL; 171) connected to the switching devices and intersecting the first and second gate lines (GLa, GLb; 121a, 121b), wherein the plurality of data lines (DL; 171) are connected so that end portions of two data lines (DR1, DG1, DB1; DR2, DG2, Db2) in each pair of data lines are connected to each other, wherein each of the pixels includes a first pixel (RP1; RP2), a second pixel (GP1; GP2) and a third pixel (BP1; BP2) representing three different colors, respectively, characterized in that a data line (DR1; DR2) connected to the first pixel (RP1; RP2) and a data line (DG1; DG2) connected to the second pixel (GP1; GP2) are connected to each other, and wherein two adjacent data lines (DB1, DB2) connected to the third pixels (BP1, BP2) are connected to each other. a plurality of pixels including pixel electrodes and switching devices connected to the pixel electrodes and arrayed in a matrix; a plurality of pairs of first and second gate lines (GLa, GLb; 121a, 121b), each pair consisting of a first gate line (GLa; 121a) extending in a distance to an interrelated second gate line (GLb, 121b), the pairs of first and second gate lines (GLa, GLb; 121a, 121b) being connected to the switching devices and separated from each other; and a plurality of data lines (DL; 171) connected to the switching devices and intersecting the first and second gate lines (GLa, GLb; 121a, 121b), wherein the plurality of data lines (DL; 171) are connected so that end portions of two data lines (DR1, DG1, DB1; DR2, DG2, Db2) in each pair of data lines are connected to each other, wherein each of the pixels includes a first pixel (RP1; RP2), a second pixel (GP1; GP2) and a third pixel (BP1; BP2) representing three different colors, respectively, characterized in that a data line (DR1; DR2) connected to the first pixel (RP1; RP2) and a data line (DG1; DG2) connected to the second pixel (GP1; GP2) are connected to each other, and wherein two adjacent data lines (DB1, DB2) connected to the third pixels (BP1, BP2) are connected to each other.
A system, comprising: a movable circuit; a plurality of extension modules coupled to the movable circuit, wherein each extension module of the plurality of extension modules comprises a respective walking segment, and wherein each extension module of the plurality of extension modules is configured to extend the respective walking segment away from the movable circuit; and a controller configured to activate a set of extension modules of the plurality of extension modules to adjust a position of corresponding walking segments based on a position of a vehicle, wherein the corresponding walking segments are configured to substantially abut a surface of the vehicle to facilitate loading and unloading of passengers from the vehicle. a movable circuit; a plurality of extension modules coupled to the movable circuit, wherein each extension module of the plurality of extension modules comprises a respective walking segment, and wherein each extension module of the plurality of extension modules is configured to extend the respective walking segment away from the movable circuit; and a controller configured to activate a set of extension modules of the plurality of extension modules to adjust a position of corresponding walking segments based on a position of a vehicle, wherein the corresponding walking segments are configured to substantially abut a surface of the vehicle to facilitate loading and unloading of passengers from the vehicle.
A method of fabricating a programmable and/or reprogrammable magnetic soft device having a Young's modulus of less than 500 MPa in one or more parts of the device, the method comprising the steps of: - forming a composite of base material and magnetic elements distributed within said base material; - shaping the composite to have a desired final shape; - heating the composite while applying or not applying a magnetic field at the composite; and - cooling the composite while applying a magnetic field at the composite, with the step of heating the composite to a temperature selected in the range of 25% below the Curie temperature to a temperature 25% above the Curie temperature measured in °C of said magnetic elements. - forming a composite of base material and magnetic elements distributed within said base material; - shaping the composite to have a desired final shape; - heating the composite while applying or not applying a magnetic field at the composite; and - cooling the composite while applying a magnetic field at the composite, with the step of heating the composite to a temperature selected in the range of 25% below the Curie temperature to a temperature 25% above the Curie temperature measured in °C of said magnetic elements.
Procedure designed to determine and/or monitor at least one physical process variable of a medium with an unit capable of oscillation, wherein the unit capable of oscillation is gradually excited to vibrate with consecutive discrete exciter frequencies (f k) via a sweep within a predefined frequency band in the operational range of the unit capable of oscillation in the form of transmission signals, wherein the corresponding vibrations of the unit capable of oscillation are received in the form of reception signals, the sweep determining the exciter frequency (f k) at which the unit capable of oscillation vibrates at a vibration frequency that has a predefined phase shift (Δφ) between the transmission signal and the reception signal, and wherein a transmitter/receiver unit excites the unit capable of oscillation to vibrate at the determined vibration frequency or wherein the subsequent sweep is performed, characterized in that the vibration frequency at the predefined phase shift (Δφ) is determined in that the reception signal is scanned in a discrete manner at selected times, the selected times depending on the predefined phase shift (Δφ) between the transmission signal and the reception signal and in that the voltage values U i of the reception signal that are scanned at the discrete exciter frequencies (f k) are evaluated with regard to their amplitude.
Device apt to guarantee the steady locking of a rotary or sliding door, with respect to a surface or a fixed frame, of the type consisting of a male element and of a female element, the latter being shaped so as to house said male element and retain it in an easily detachable manner, and provide a pair of parallel, elastic, mutually spaced-apart wings (3a, 3b; 17a, 17b), projecting from a support base (2; 15), and said male element consisting of a substantially spherical knob (9, 18), having a slightly larger diameter than the distance between said elastic wings (3a, 3b), apt to snap engage between said elastic wings, said device providing also that position adjustment means (6,7; 9; 21,21a; 22, 22a) and facilitated fastening means are furthermore associated with said base (2; 15) of the female element and/or with said knob of the male element, characterized in that on the engagement surface of each one of said elastic wings with said male element a trilobed hollow (8; 20a, 20b) housing said male element is provided.
A blood component collection cassette which includes a cassette main body, where a flow path is formed, and is configured to be mountable to a blood component separation device, characterized in that the cassette main body is formed of a soft material, and in that a filter member configured to trap a blood coagulated clot is arranged on the flow path in the cassette main body. the cassette main body is formed of a soft material, and in that a filter member configured to trap a blood coagulated clot is arranged on the flow path in the cassette main body.
A method of removing dimethyl ether from an olefin stream, comprising: providing an olefin stream which comprises water, propylene, propane and dimethyl ether; drying the olefin stream to contain not greater than 1000 wppm water; distilling the dried olefin stream so as to separate out the propane and dimethyl ether from the propylene.
An inflatable floatable liferaft for marine rescue which in its deflated state is capable of being stored in a container on board a ship, vessel or sea installation, and which is inflatable when deployed into the water, the inflated floatable liferaft extending in a longitudinal direction, wherein the floatable liferaft comprises a non-rigid bottom element having a water side facing water and an air side facing air, a plurality of non-rigid floatation tubes are arranged beneath and across the non-rigid bottom element, the non-rigid floatation tubes extending in the longitudinal direction and being arranged with an intermediate distance between neighbouring non-rigid floatation tubes, and a border element, and further comprises propulsion means, wherein the propulsion means comprises a propeller.
A system for collecting animal semen, in particular bovine semen, comprising a container configured to be mounted on an end of an artificial vagina distinct from said system for collecting and having an internal space configured to receive said semen, said container being furthermore configured to comprise, prior to receiving said semen, a first dilution extender of said semen and said system further comprising a collecting device distinct from said artificial vagina and said container configured to be at least partially inserted into said container to be fastened to said container, and to be fastened to said artificial vagina, said collecting device being interposed between said artificial vagina and said container, said collecting device comprising a flow channel for said semen extending within said internal space of said container and a discharge aperture for said semen open to said internal space of said container; and said system being configured to prevent, at least for the most part, said first dilution extender from passing in said flow channel of said collecting device and from coming out of said container.
A process for the production of a fiber cement sheet, at least comprising the steps of: (a) providing a fiber cementitious slurry at least comprising fibers, cement and water, (b) continuously discharging said fiber cementitious slurry on an endless water-permeable transport belt, (c) removing excess of water from said fiber cementitious slurry through said water-permeable transport belt by suction, so as to form a fiber cement sheet with a predetermined thickness wherein said suction takes place in at least three consecutive zones with different under-pressures, wherein the consecutive zones have increasing under-pressures, wherein the under-pressure of a first of said zones ranges between 15 and 65 mbar, in a second of said zones between 65 and 200 mbar, in a third of said zones between 200 to 550 mbar, and characterized in that said suction takes place in at least four consecutive with different under-pressures, wherein the consecutive zones have increasing under-pressures, wherein the under-pressure of a first of said zones ranges between 15 and 65 mbar, in a second of said zones between 65 and 200 mbar, in a third of said zones between 200 to 550 mbar, and in a fourth of said zones between 550 mbar and 850 mbar. (a) providing a fiber cementitious slurry at least comprising fibers, cement and water, (b) continuously discharging said fiber cementitious slurry on an endless water-permeable transport belt, (c) removing excess of water from said fiber cementitious slurry through said water-permeable transport belt by suction, so as to form a fiber cement sheet with a predetermined thickness wherein said suction takes place in at least three consecutive zones with different under-pressures, wherein the consecutive zones have increasing under-pressures, wherein the under-pressure of a first of said zones ranges between 15 and 65 mbar, in a second of said zones between 65 and 200 mbar, in a third of said zones between 200 to 550 mbar, and
An audio and video signal transmission interface apparatus, comprising a left sound channel interface, a right sound channel interface, a multimedia terminal interface, and a ground interface; wherein a voltage detection point is set in a circuit of the multimedia terminal interface, and a first power supply is connected to the voltage detection point through a first resistor; wherein, the apparatus further comprises a voltage detecting module, a determining module, a control module, and a second resistor of which one end is connected to the voltage detection point and of which the other end is connected to a power supply; wherein the voltage detecting module is configured to detect a voltage value at the voltage detection point when a multimedia terminal of an audio and video signal transmission line is inserted, wherein the multimedia terminal of the audio and video signal transmission line comprises an audio and video terminal or a microphone terminal, wherein a resistance value of the first resistor ranges from 1500 to 3000 ohms, and a resistance value of the second resistor ranges from 150 to 350 ohms; the determining module is configured to determine a type of the audio and video signal transmission line according to a detecting result of the voltage detecting module; and the control module is configured to perform processing according to a determination result of the determining module, wherein the first resistor and the second resistor may be switched on and switched off by the control module.
An implant device, of a metal or polymer nature comprising a coating of a substrate having amine groups, a layer of hyaluronic acid being chemically bound on the surface thereof, wherein hyaluronic acid is bound to said substrate by functionalization of hydroxyl groups of said hyaluronic acid for use in bone-contact applications, with a stimulating activity on the growth of bone tissue.
A method for producing images of the electrical properties of a specimen comprising: a. Generating via a static magnetic field generator a static magnetic field inside the specimen b. in the presence of the static magnetic field, applying an acoustic wave to the specimen, by exciting an ultrasonic transducer located on the surface of the specimen with a sinusoidal voltage of a specific excitation frequency c. detecting via a receiver coil encirling the specimen or placed near the specimen the Lorentz electrical field induced by the propagation of the acoustic wave inside de specimen d. generating images showing the conductivity and permittivity distributions of the specimen based on the detected Lorentz electrical field. a. Generating via a static magnetic field generator a static magnetic field inside the specimen b. in the presence of the static magnetic field, applying an acoustic wave to the specimen, by exciting an ultrasonic transducer located on the surface of the specimen with a sinusoidal voltage of a specific excitation frequency c. detecting via a receiver coil encirling the specimen or placed near the specimen the Lorentz electrical field induced by the propagation of the acoustic wave inside de specimen d. generating images showing the conductivity and permittivity distributions of the specimen based on the detected Lorentz electrical field.
A diphenylaminopyrimidine and triazine compound of Formula I, or a pharmaceutically acceptable salt, stereoisomer, hydrate or solvate thereof: wherein: A is C or N; X and Y are independently selected from the group consisting of hydrogen, halo, cyano, trifluoromethyl, alkoxy, alkyl, aryl, alkenyl, alkynyl, and nitro; or X and Y, together with the atoms to which they are attached, form a phenyl ring or an heteroaromatic ring, the heteroaromatic ring containing one or more of oxygen, sulfur and nitrogen heteroatoms; R 1 is R 2 is CD 3 or CD 2 CD 3; R 3 is selected from R 4 is selected from the group consisting of hydrogen, methyl, trifluoromethyl, cyano and halo; R 5 is selected from the group consisting of hydrogen, alkyl, substituted and unsubstituted phenyl, allyl and propargyl; and R 6 and R 7 are independently selected from the group consisting of hydrogen, alkyl, substituted and unsubstituted phenyl, allyl and propargyl; or R 6 and R 7, together with the N atom to which they are attached, form a substituted or unsubstituted heterocycloalkyl group, the heterocycloalkyl group containing one or more of oxygen, sulfur, nitrogen, sulfoxide and sulfone groups. A is C or N; X and Y are independently selected from the group consisting of hydrogen, halo, cyano, trifluoromethyl, alkoxy, alkyl, aryl, alkenyl, alkynyl, and nitro; or X and Y, together with the atoms to which they are attached, form a phenyl ring or an heteroaromatic ring, the heteroaromatic ring containing one or more of oxygen, sulfur and nitrogen heteroatoms; R 1 is R 2 is CD 3 or CD 2 CD 3; R 3 is selected from R 4 is selected from the group consisting of hydrogen, methyl, trifluoromethyl, cyano and halo; R 5 is selected from the group consisting of hydrogen, alkyl, substituted and unsubstituted phenyl, allyl and propargyl; and R 6 and R 7 are independently selected from the group consisting of hydrogen, alkyl, substituted and unsubstituted phenyl, allyl and propargyl; or R 6 and R 7, together with the N atom to which they are attached, form a substituted or unsubstituted heterocycloalkyl group, the heterocycloalkyl group containing one or more of oxygen, sulfur, nitrogen, sulfoxide and sulfone groups.