mhurhangee/ep-ind-claims huggingface dataset:
Unit for stacking slats on a support structure for the production of Venetian blinds, such structure being provided with two uprights (P1, P2) and a plurality of connection elements (T1, T2) to the slats, attached to the uprights and distributed along the longitudinal extension of the latter, the unit comprising: - at least one guide element for a slat, defining a working plane (m) on which the slat slides supported along a longitudinal axis of movement, at said plane (m) the slat being associated with connection elements (T1, T2) of a support structure positioned on a positioning plane (p) incident to the working plane (m), with the two uprights positioned on two opposite sides of the longitudinal axis; characterised in that it comprises means (30, 40) of moving the two uprights of the support structure independently of one another making them slide parallel to a sliding direction incident to the working plane (m), said moving means (30, 40) being controllable so as to progressively position the connection elements (T1, T2) of each upright exactly at the working plane (m). - at least one guide element for a slat, defining a working plane (m) on which the slat slides supported along a longitudinal axis of movement, at said plane (m) the slat being associated with connection elements (T1, T2) of a support structure positioned on a positioning plane (p) incident to the working plane (m), with the two uprights positioned on two opposite sides of the longitudinal axis;
Method for muting transmission from at least one network node in a wireless communication system, said wireless communication system comprising a plurality of network nodes ( n = 1,..., N) for providing access to user nodes, the method comprising, when transmission from a first network node ( n) of said wireless communication system is to be muted: - determining, for said first network node ( n), a first portion of time ( ρ n) for muting transmission from said first network node ( n) at least partly based on a first condition relating to at least one second network node ( j); and - based on said first portion of time ( ρ n), determining a first muting pattern for muting transmission from said first network node ( n); characterized in determining a maximum limit ( ρ n,max) of said first portion of time ( ρ n) as a function of a parameter representing service ( m n) requested from said first network node ( n). - determining, for said first network node ( n), a first portion of time ( ρ n) for muting transmission from said first network node ( n) at least partly based on a first condition relating to at least one second network node ( j); and - based on said first portion of time ( ρ n), determining a first muting pattern for muting transmission from said first network node ( n);
An airfoil comprising an airfoil body having a geometrically segmented coating section, the geometrically segmented coating section including: a wall (72;172;272;372;472;572;672) having an outer side, the outer side including an array of cells; and a coating disposed in the array of cells, wherein the cells include respective secondary mechanical bonding features (182;282;382;482;582;682) securing the coating to the wall (72...672); characterised in that: the secondary mechanical bonding features (182...682) include at least one of: ribs in the cells, wherein the ribs are on the bottoms of the cells; and holes (384;484) defined, at least in part, by cell sidewalls of the cells; and/or the cells are defined by cell sidewalls that include spaced-apart columns, and the secondary mechanical bonding features include gaps between the columns. a wall (72;172;272;372;472;572;672) having an outer side, the outer side including an array of cells; and a coating disposed in the array of cells, wherein the cells include respective secondary mechanical bonding features (182;282;382;482;582;682) securing the coating to the wall (72...672); characterised in that: the secondary mechanical bonding features (182...682) include at least one of: ribs in the cells, wherein the ribs are on the bottoms of the cells; and holes (384;484) defined, at least in part, by cell sidewalls of the cells; and/or the cells are defined by cell sidewalls that include spaced-apart columns, and the secondary mechanical bonding features include gaps between the columns. ribs in the cells, wherein the ribs are on the bottoms of the cells; and holes (384;484) defined, at least in part, by cell sidewalls of the cells; and/or the cells are defined by cell sidewalls that include spaced-apart columns, and the secondary mechanical bonding features include gaps between the columns.
An aptamer that binds to NGF and inhibits binding of NGF to an NGF receptor, comprising a sequence UGAAAAAAACC (SEQ ID NO: 91), UGAAAGAAACC (SEQ ID NO: 92), UGAAAGAAACU (SEQ ID NO: 93), UGAAACAAACC (SEQ ID NO: 94), UGAAAAGAACC (SEQ ID NO: 95), UGAAAAAACCC (SEQ ID NO: 96), UGAAAAAACCU (SEQ ID NO: 97), UGAAAACAACC (SEQ ID NO: 98), UGAAAUAAACC (SEQ ID NO: 99), UGAAAUAAACU (SEQ ID NO: 100), UGAAAAAAUCU (SEQ ID NO: 101), AGAAUGAAACU (SEQ ID NO: 102), CGAACAAAACU (SEQ ID NO: 103), CGAAAGAAACU (SEQ ID NO: 104), UGAAAGGAACC (SEQ ID NO: 105), UGAAAAAAACY (SEQ ID NO: 110), UGAAAGAAACY (SEQ ID NO: 111), CGAACAAAACY (SEQ ID NO: 112), or CGAAAGAAACY (SEQ ID NO: 113); wherein Y is a pyrimidine nucleotide, and at least one nucleotide is modified. UGAAAAAAACC (SEQ ID NO: 91), UGAAAGAAACC (SEQ ID NO: 92), UGAAAGAAACU (SEQ ID NO: 93), UGAAACAAACC (SEQ ID NO: 94), UGAAAAGAACC (SEQ ID NO: 95), UGAAAAAACCC (SEQ ID NO: 96), UGAAAAAACCU (SEQ ID NO: 97), UGAAAACAACC (SEQ ID NO: 98), UGAAAUAAACC (SEQ ID NO: 99), UGAAAUAAACU (SEQ ID NO: 100), UGAAAAAAUCU (SEQ ID NO: 101), AGAAUGAAACU (SEQ ID NO: 102), CGAACAAAACU (SEQ ID NO: 103), CGAAAGAAACU (SEQ ID NO: 104), UGAAAGGAACC (SEQ ID NO: 105), UGAAAAAAACY (SEQ ID NO: 110), UGAAAGAAACY (SEQ ID NO: 111), CGAACAAAACY (SEQ ID NO: 112), or CGAAAGAAACY (SEQ ID NO: 113);
A motor control device for a working vehicle, comprising: a travel drive device that transmits rotation of a motor to wheels through a torque converter; a first selection device to be operated so as to select one of a power mode and an economy mode; a speed restriction device that, when the economy mode is set, restricts a maximum rotational speed of the motor to a lower speed side than that when the power mode is set, characterized in comprising a second selection device that is different from the first selection device to be operated so as to select one of the power mode and the economy mode; a mode switching device that switches from the economy mode to the power mode if the second selection device is operated in a state where the economy mode has been selected by the first selection device; and a determination device for making a decision as to whether a mode switching condition is established in accordance with one of a vehicle state of the working vehicle and an operation on the second selection device, wherein: the mode switching device is adapted to switch from the power mode to the economy mode if the determination device makes a decision that a mode switching condition is established by one of said vehicle state of the working vehicle and said operation of the second selection device in a state where the power mode has been selected by an operation on the second selection device. a travel drive device that transmits rotation of a motor to wheels through a torque converter; a first selection device to be operated so as to select one of a power mode and an economy mode; a speed restriction device that, when the economy mode is set, restricts a maximum rotational speed of the motor to a lower speed side than that when the power mode is set, characterized in comprising a second selection device that is different from the first selection device to be operated so as to select one of the power mode and the economy mode; a mode switching device that switches from the economy mode to the power mode if the second selection device is operated in a state where the economy mode has been selected by the first selection device; and a determination device for making a decision as to whether a mode switching condition is established in accordance with one of a vehicle state of the working vehicle and an operation on the second selection device, wherein: the mode switching device is adapted to switch from the power mode to the economy mode if the determination device makes a decision that a mode switching condition is established by one of said vehicle state of the working vehicle and said operation of the second selection device in a state where the power mode has been selected by an operation on the second selection device. the mode switching device is adapted to switch from the power mode to the economy mode if the determination device makes a decision that a mode switching condition is established by one of said vehicle state of the working vehicle and said operation of the second selection device in a state where the power mode has been selected by an operation on the second selection device.
A method of fabricating a solar cell, the method comprising: forming a dielectric spacer on a region of a surface of a solar cell structure that is over an interface between adjacent P-type and N-type doped regions, wherein the solar cell structure comprises the N-type doped region adjacent to the P-type doped region; forming a metal layer on the dielectric spacer, the N-type doped region, and the P-type doped region, wherein the metal layer electrically connects the N-type doped region to the P-type doped region; placing a metal foil on the metal layer; and after placing the metal foil on the metal layer, patterning the metal foil, wherein patterning the metal foil includes removing portions of the metal foil and the metal layer that are over the dielectric spacer, characterized in that the metal foil is placed on the metal layer of the solar cell structure and another metal layer of another solar cell structure. forming a dielectric spacer on a region of a surface of a solar cell structure that is over an interface between adjacent P-type and N-type doped regions, wherein the solar cell structure comprises the N-type doped region adjacent to the P-type doped region; forming a metal layer on the dielectric spacer, the N-type doped region, and the P-type doped region, wherein the metal layer electrically connects the N-type doped region to the P-type doped region; placing a metal foil on the metal layer; and after placing the metal foil on the metal layer, patterning the metal foil, wherein patterning the metal foil includes removing portions of the metal foil and the metal layer that are over the dielectric spacer, characterized in that the metal foil is placed on the metal layer of the solar cell structure and another metal layer of another solar cell structure.
A portable jig and fixture, comprising; at least one base plate comprising a proximate side and a distal side, a column assembly comprising a proximate portion and a distal portion, the column assembly proximate portion removably coupled to the distal side of the at least one base plate, a slide assembly comprising a proximate end and a distal end, the slide assembly removably coupled to the column assembly, a power feed head removably couple to the distal end of the slide assembly, a spindle unit comprising an input portion and an output portion, the spindle unit removably coupled with the slide assembly, a motor removably engaged with the input portion of the spindle unit, at least one cutter assembly removably engaged with the output portion of the spindle unit, and at least one drill jig removably engaged with the output portion of the spindle unit. at least one base plate comprising a proximate side and a distal side, a column assembly comprising a proximate portion and a distal portion, the column assembly proximate portion removably coupled to the distal side of the at least one base plate, a slide assembly comprising a proximate end and a distal end, the slide assembly removably coupled to the column assembly, a power feed head removably couple to the distal end of the slide assembly, a spindle unit comprising an input portion and an output portion, the spindle unit removably coupled with the slide assembly, a motor removably engaged with the input portion of the spindle unit, at least one cutter assembly removably engaged with the output portion of the spindle unit, and at least one drill jig removably engaged with the output portion of the spindle unit.
A superconducting fault current limiter comprising a superconducting element and means to produce a local increase of temperature of the superconducting element to provide a local reduction in the critical current and quench current of the superconducting element, characterised in that the means to produce a local increase of temperature of the superconducting element comprises a first epoxy resin with a first predetermined thermal conductivity positioned at one or more positions in a groove on a former, a second epoxy resin with a second predetermined thermal conductivity positioned in the remainder of the groove and the first epoxy resin having a lower thermal conductivity than the second epoxy resin, the superconducting element being located in the groove in the former by the epoxy resin; or in that the means to produce a local increase of temperature of the superconducting element comprises at least one region with a local increase in the depth of a groove in a former, the at least one region being arranged at one or more positions in the groove of the former, the superconducting element being located in the groove in the former by an epoxy resin, the former having a greater thermal conductivity than the epoxy resin; or in that the means to produce a local increase of temperature of the superconducting element comprises an additional high magnetic permeability cylindrical sleeve around a portion of the superconducting element to increase the local magnetic field.
A twin-tube hydraulic damper for a motor vehicle suspension, comprising: a tube filled with a working liquid; a piston assembly disposed slidably inside said tube, dividing said tube into a rebound chamber and a compression chamber and attached to a piston rod which is led outside said damper through a sealed piston rod guide; a compensation chamber located outside of said tube; a base valve assembly located at one end of said compression chamber, wherein said base valve assembly comprises a rebound valve assembly and a compression valve assembly to control a flow of said working liquid between said compensation chamber and said compression chamber respectively during a rebound stroke and a compression stroke of said damper; and said rebound valve assembly provided with a plurality of rebound flow channels covered by a main deflective disc, said rebound valve assembly further provided with an additional deflective disc disposed over said main deflective disc, characterized in that said additional deflective disc is separated from said main deflective disc by an annular gap having a thickness that is less than or equal to a thickness of said main deflective disc, wherein said rebound valve assembly is provided with a spacer separating said main deflective disc from said additional deflective disc and defining said annular gap. a tube filled with a working liquid; a piston assembly disposed slidably inside said tube, dividing said tube into a rebound chamber and a compression chamber and attached to a piston rod which is led outside said damper through a sealed piston rod guide; a compensation chamber located outside of said tube; a base valve assembly located at one end of said compression chamber, wherein said base valve assembly comprises a rebound valve assembly and a compression valve assembly to control a flow of said working liquid between said compensation chamber and said compression chamber respectively during a rebound stroke and a compression stroke of said damper; and said rebound valve assembly provided with a plurality of rebound flow channels covered by a main deflective disc, said rebound valve assembly further provided with an additional deflective disc disposed over said main deflective disc, characterized in that said additional deflective disc is separated from said main deflective disc by an annular gap having a thickness that is less than or equal to a thickness of said main deflective disc, wherein said rebound valve assembly is provided with a spacer separating said main deflective disc from said additional deflective disc and defining said annular gap.
A cooking apparatus comprising: a coil (141, 142, 143, 144) on which a vessel is mounted, configured to form a magnetic field upon application of a current; a first switch and a second switch configured to change a direction of the current flowing through the coil; a first diode connected in parallel to the first switch or a second diode connected in parallel to the second switch; and a controller configured to: alternately control a turn-on operation of the first switch and the second switch, characterised in that the controller is further configured to, when a maximum value of the current flowing through the first diode or a maximum value of the current flowing through the second diode exceeds a predetermined value, increase an operating frequency of turning on the first switch and the second switch and limit the maximum value of the current flowing through the first diode or the second diode to less than or equal to the predetermined value. a coil (141, 142, 143, 144) on which a vessel is mounted, configured to form a magnetic field upon application of a current; a first switch and a second switch configured to change a direction of the current flowing through the coil; a first diode connected in parallel to the first switch or a second diode connected in parallel to the second switch; and a controller configured to: alternately control a turn-on operation of the first switch and the second switch, characterised in that the controller is further configured to, when a maximum value of the current flowing through the first diode or a maximum value of the current flowing through the second diode exceeds a predetermined value, increase an operating frequency of turning on the first switch and the second switch and limit the maximum value of the current flowing through the first diode or the second diode to less than or equal to the predetermined value.
A communication method for performing, in a system that includes a first stylus or a second stylus, the first stylus being compatible with a first mode in which bidirectional communication is performed, the second stylus being compatible with a second mode in which bidirectional communication or one-directional communication is performed, the system further includes a dual mode controller connected to a sensor that capacitively couples to the first stylus or the second stylus and is compatible with both the first stylus and the second stylus, wherein the communication method performing communication between the first stylus or the second stylus and the dual mode controller by changing an electric field between the first stylus or the second stylus and the sensor, the communication method comprising: a step wherein the dual mode controller executes a dual mode discovery, in which a first discovery and a second discovery are alternately repeated, wherein, in the first discovery, a search signal for detecting the first stylus is sent out and a response signal corresponding to the search signal is waited for, and, in the second discovery, a signal transmitted from the second stylus is detected; a step wherein the dual mode controller determines when the first stylus is detected by detecting the response signal issued from the first stylus to the search, an action mode of the dual mode controller to the first mode; a step wherein the dual mode controller determines when the second stylus is detected by detecting a signal transmitted from the second stylus within a period of the second discovery, the action mode of the dual mode controller to the second mode; and a step wherein the dual mode controller receives a signal transmitted from one of the first stylus and the second stylus based on the determined action mode of the dual mode controller. a step wherein the dual mode controller executes a dual mode discovery, in which a first discovery and a second discovery are alternately repeated, wherein, in the first discovery, a search signal for detecting the first stylus is sent out and a response signal corresponding to the search signal is waited for, and, in the second discovery, a signal transmitted from the second stylus is detected; a step wherein the dual mode controller determines when the first stylus is detected by detecting the response signal issued from the first stylus to the search, an action mode of the dual mode controller to the first mode; a step wherein the dual mode controller determines when the second stylus is detected by detecting a signal transmitted from the second stylus within a period of the second discovery, the action mode of the dual mode controller to the second mode; and a step wherein the dual mode controller receives a signal transmitted from one of the first stylus and the second stylus based on the determined action mode of the dual mode controller.
A cooling apparatus that cools a charger for charging a storage battery upon reception of a supply of power from a power supply, comprising: a compressor that compresses a refrigerant in the cooling apparatus in order to circulate the refrigerant; a first heat exchanger that performs heat exchange between the refrigerant and outside air; a second heat exchanger that performs heat exchange between the refrigerant and the outside air; a pressure reducer that reduces a pressure of the refrigerant; a third heat exchanger that performs heat exchange between the refrigerant and air-conditioning air; a first cooling unit provided on a path along which the refrigerant flows between the second heat exchanger and the pressure reducer in order to cool the charger using the refrigerant; a first passage (21, 22; 22, 29) through which the refrigerant flows between the compressor and the first heat exchanger; a second passage through which the refrigerant flows between the first cooling unit and the pressure reducer; and a connecting passage that connects the first passage (21, 22; 22, 29) and the second passage. a compressor that compresses a refrigerant in the cooling apparatus in order to circulate the refrigerant; a first heat exchanger that performs heat exchange between the refrigerant and outside air; a second heat exchanger that performs heat exchange between the refrigerant and the outside air; a pressure reducer that reduces a pressure of the refrigerant; a third heat exchanger that performs heat exchange between the refrigerant and air-conditioning air; a first cooling unit provided on a path along which the refrigerant flows between the second heat exchanger and the pressure reducer in order to cool the charger using the refrigerant; a first passage (21, 22; 22, 29) through which the refrigerant flows between the compressor and the first heat exchanger; a second passage through which the refrigerant flows between the first cooling unit and the pressure reducer; and a connecting passage that connects the first passage (21, 22; 22, 29) and the second passage.