mhurhangee/ep-ind-claims huggingface dataset:
Method for generating earth-fault-related information using a device connected to an electrical line at a connection point, wherein - the presence of a time statement indicating the time of onset of an earth fault results in the active energy in the zero phase-sequence system being observed for a predefined period of time from this time of onset to form active energy values, characterized in that - the active energy values are normalized by ascertaining the largest active energy value, in absolute-value terms, from the active energy values generated from the time of onset to the end of the predefined period of time and normalizing the active energy values by dividing them by the absolute value of this largest active energy value, - the normalization energy values are compared with at least one pair of threshold values that comprises an upper threshold value and a lower threshold value, - an earth fault at a fault location that is in a predefined direction - as seen from the connection point - is inferred if the normalized active energy values have fallen short of the lower threshold value after the predefined period of time has elapsed, and - an earth fault at a fault location that is in an opposite direction from the predefined direction, as seen from the connection point, is inferred if the normalized active energy values have fallen short of the upper threshold value after the predefined period of time has elapsed. - the presence of a time statement indicating the time of onset of an earth fault results in the active energy in the zero phase-sequence system being observed for a predefined period of time from this time of onset to form active energy values, - the active energy values are normalized by ascertaining the largest active energy value, in absolute-value terms, from the active energy values generated from the time of onset to the end of the predefined period of time and normalizing the active energy values by dividing them by the absolute value of this largest active energy value, - the normalization energy values are compared with at least one pair of threshold values that comprises an upper threshold value and a lower threshold value, - an earth fault at a fault location that is in a predefined direction - as seen from the connection point - is inferred if the normalized active energy values have fallen short of the lower threshold value after the predefined period of time has elapsed, and - an earth fault at a fault location that is in an opposite direction from the predefined direction, as seen from the connection point, is inferred if the normalized active energy values have fallen short of the upper threshold value after the predefined period of time has elapsed.
Robot for renovating and/or inspecting a pipe, comprising a frame which itself comprises: - two moving sub-frames (3; 4) extending along a longitudinal axis (X; X') and each supporting three moving feet (31 to 33; 41 to 43) forming a tripod, each foot of the tripod extending along a longitudinal axis (Y1 to Y3; Y'1 to Y'3) and comprising: at its free end, a moving track (34; 44), intended to move the robot by bearing against the wall of a pipe, - a link sub-frame forming a cardan joint linking the two moving sub-frames and adapted to make it possible to pivot one moving sub-frame relative to the other according to two degrees of freedom; a robot in which at least one of the two moving sub-frames also supports: - a pivoting crown ring (35; 45) mounted to rotate about the longitudinal axis (X; X') of said moving sub-frame and linked by at least one link rod (36; 46) to each foot of the tripod which is itself mounted to rotate about its longitudinal axis (Y1 to Y3; Y'1 to Y'3); - at least one cylinder (37; 47), called orientation cylinder, of which one end is linked to the moving sub-frame and the other end is linked to the crown ring, so that its actuation provokes the rotation of the crown ring, and, thereby, via rods, the simultaneous pivoting of the feet of the tripod about their respective longitudinal axis (Y1 to Y3; Y'1 to Y'3). - two moving sub-frames (3; 4) extending along a longitudinal axis (X; X') and each supporting three moving feet (31 to 33; 41 to 43) forming a tripod, each foot of the tripod extending along a longitudinal axis (Y1 to Y3; Y'1 to Y'3) and comprising: at its free end, a moving track (34; 44), intended to move the robot by bearing against the wall of a pipe, - a link sub-frame forming a cardan joint linking the two moving sub-frames and adapted to make it possible to pivot one moving sub-frame relative to the other according to two degrees of freedom; - a pivoting crown ring (35; 45) mounted to rotate about the longitudinal axis (X; X') of said moving sub-frame and linked by at least one link rod (36; 46) to each foot of the tripod which is itself mounted to rotate about its longitudinal axis (Y1 to Y3; Y'1 to Y'3); - at least one cylinder (37; 47), called orientation cylinder, of which one end is linked to the moving sub-frame and the other end is linked to the crown ring, so that its actuation provokes the rotation of the crown ring, and, thereby, via rods, the simultaneous pivoting of the feet of the tripod about their respective longitudinal axis (Y1 to Y3; Y'1 to Y'3).
A method for uplink Multiple-Input Multiple-Output rank adaptation, comprising: estimating a maximum supportable data rate and reference signal channel information of a user equipment in uplink transmission; comparing the maximum supportable data rate with one or more predetermined thresholds, wherein the predetermined thresholds are associated with corresponding ranks, and selecting a rank corresponding to the predetermined threshold when the predetermined threshold is exceeded by the estimated maximum supportable data rate; estimating a rank of the reference signal channel information; and determining a rank used by the user equipment in the uplink transmission as the smaller of the rank selected in the comparing and the estimated rank. estimating a maximum supportable data rate and reference signal channel information of a user equipment in uplink transmission; comparing the maximum supportable data rate with one or more predetermined thresholds, wherein the predetermined thresholds are associated with corresponding ranks, and selecting a rank corresponding to the predetermined threshold when the predetermined threshold is exceeded by the estimated maximum supportable data rate; estimating a rank of the reference signal channel information; and determining a rank used by the user equipment in the uplink transmission as the smaller of the rank selected in the comparing and the estimated rank.
Method of depositing a metal M1 on a porous carbon layer comprising a step of depositing said metal M1 by electrochemical reduction of an electrolytic solution of a salt of the metal M1, characterised in that it includes, before said step of depositing the metal M1 by electrochemical reduction, a step of depositing a metal M2 by chemical reduction by a reducing gas of a salt of the metal M2, the thermodynamic equilibrium potential between the ionic form of the salt of M2 and M2, E ionic eq form of the salt of M2/M2 being greater than the thermodynamic equilibrium potential between the ionic form of the salt of M1 and M1, E ionic eq form of the salt of M ⁢ 1 / M ⁢ 1. form of the salt of M1/M1
Communication network according to the 3rd Generation Partnership Program Mission-Critical Services, 3GPP MCS, standard enabling a plurality of user devices (UE1, UE2, UE3) to access communication services once authenticated via a communication network server, the communication being a private communication or a communication within a multimedia group to which at least one user device of the plurality of user devices (UE1, UE2, UE3) is affiliated, the communication network being characterised in that it further comprises at least one dedicated signalling group (200, 201, 202) to which at least one user device of the plurality of user devices (UE1, UE2, UE3) is affiliated, said dedicated signalling group allowing only the transmission of signalling messages and making it possible to announce to each user device affiliated to said dedicated signalling group (200, 201, 202) the availability of at least one service.
Cavity resonator device comprising at least two adjacent cavity resonators (1010, 1020) for radio frequency, RF, signals separated by a common side wall having an opening, wherein said cavity resonator device comprises at least one coupling element configured for coupling said two adjacent cavity resonators (1010, 1020) of said cavity resonator device, wherein said coupling element has an electrically conductive surface and comprises a base section and a top section, wherein said top section is displaced vertically from said base section by a first distance along a longitudinal axis of said coupling element, and wherein said coupling element comprises at least a first coupling arm and a second coupling arm, each of said coupling arms (130, 140) connecting said base section with said top section, wherein said at least one coupling element is arranged rotatably around an axis of rotation with respect to said wall in said opening, wherein said axis of rotation is said longitudinal axis of said coupling element or an axis parallel thereto, and wherein said longitudinal axis projects through the base section and the top section of the coupling element, wherein said first coupling arm comprises a first end section connected to said base section, a second end section connected to said top section, and an intermediate section connecting said first end section with said second end section, wherein said second coupling arm comprises a first end section connected to said base section, a second end section connected to said top section, and an intermediate section connecting said first end section with said second end section, wherein the first end section of the second coupling arm is arranged in a first axial end section of said base section, wherein the first end section of the first coupling arm is arranged in a second axial end section of said base section opposing said first axial end section of the base section along a longitudinal axis of said base section, wherein the second end section of the first coupling arm is arranged in a first axial end section of said top section, wherein the second end section of the second coupling arm is arranged in a second axial end section of said top section opposing said first axial end section of the top section along a longitudinal axis of said top section, wherein the first axial end section of the base section is opposite the first axial end section of the top section along said longitudinal axis of said coupling element, and wherein the second axial end section of the base section is opposite the second axial end section of the top section along said longitudinal axis of said coupling element, wherein each of the base section and the top section comprises a plate shape with a height along the longitudinal axis which is smaller than any dimension of the plate shape in a plane substantially perpendicular to said longitudinal axis of said coupling element.
A moulding assembly for manufacturing a shell part of a wind turbine blade, the moulding assembly comprising a blade mould for moulding the shell part, the blade mould comprising a moulding cavity, a gripping device for releasably engaging a preform for the shell part, a lifting device, wherein the gripping device is connected to the lifting device, a tensionable member with a proximal end and an opposing distal end, the proximal end of the tensionable member being releasably attachable to the blade mould, and the distal end of the tensionable member being coupled to the gripping device, and a tensioning unit engaged to the tensionable member for creating and maintaining tension on the tensionable member. a blade mould for moulding the shell part, the blade mould comprising a moulding cavity, a gripping device for releasably engaging a preform for the shell part, a lifting device, wherein the gripping device is connected to the lifting device, a tensionable member with a proximal end and an opposing distal end, the proximal end of the tensionable member being releasably attachable to the blade mould, and the distal end of the tensionable member being coupled to the gripping device, and a tensioning unit engaged to the tensionable member for creating and maintaining tension on the tensionable member.
A method of performing a random access procedure in a mobile communication system, the method comprising: transmitting (S710, S762, S810, S910) a random access preamble to a base station; in response to the random access preamble, receiving (S720, S764, S830, S920) a random access response from the base station, wherein the random access response is indicated by a Physical Downlink Control Channel PDCCH, wherein the PDCCH is addressed by a random access-radio network temporary identifier RA-RNTI, wherein the random access response includes a Time Alignment TA value and a random access preamble identifier corresponding to the random access preamble; and in response to the random access response, transmitting (S730, S840, S930) a scheduled message with a Channel Quality Indicator CQI to the base station on a Physical Uplink Shared Channel PUSCH, wherein the CQI is transmitted in accordance with radio resource assignment included in the random access response, wherein the CQI is arranged with reference signals in the PUSCH based on time-first mapping. transmitting (S710, S762, S810, S910) a random access preamble to a base station; in response to the random access preamble, receiving (S720, S764, S830, S920) a random access response from the base station, wherein the random access response is indicated by a Physical Downlink Control Channel PDCCH, wherein the PDCCH is addressed by a random access-radio network temporary identifier RA-RNTI, wherein the random access response includes a Time Alignment TA value and a random access preamble identifier corresponding to the random access preamble; and in response to the random access response, transmitting (S730, S840, S930) a scheduled message with a Channel Quality Indicator CQI to the base station on a Physical Uplink Shared Channel PUSCH, wherein the CQI is transmitted in accordance with radio resource assignment included in the random access response, wherein the CQI is arranged with reference signals in the PUSCH based on time-first mapping.
A process for producing a ruthenium oxide-supported material, characterized in that a ruthenium compound is supported on a titania carrier in which silica is supported on titania, wherein titania is impregnated with a solution of a silicon compound in an alcohol such as methanol or ethanol and/or water, or otherwise, titania is immersed in the same solution, so as to adsorb the silicon compound onto the titania, and the obtained material is then calcined under an atmosphere of an oxidizing gas, to obtain the titania carrier in which silica is supported on titania, then, the carrier is impregnated with a solution of the ruthenium compound, or the carrier is immersed in a solution of the ruthenium compound, so that the ruthenium compound is adsorbed onto the carrier, and the obtained material is then calcined under an atmosphere of an oxidizing gas.
A device for applying a high voltage using a pulse voltage that is configured to apply a high voltage having a steep leading edge to a capacitive load, the device being equipped with a switching circuit the output therefrom is configured to apply a pulse wave having a steep leading edge to the capacitive load via a pulse transformer, wherein the switching circuit has a plurality of switching elements (SW1, SW2, SW3, SW4) that are configured to be turned ON/OFF by gate control, the device comprises an oscillator circuit that is configured to generate a signal having a predetermined duty ratio of α%, a duty ratio of 0%, and at least an intermediate duty ratio of β (α > β > 0) % that is between said duty ratio of α% and a duty ratio of 0%, a short pulse generation circuit that is configured to generate an ON voltage only during a predetermined period corresponding to a leading edge of a rectangular pulse output from said oscillator circuit, the switching elements (SW1, SW2, SW3, SW4) configured to be gate controlled based on said short pulse, characterized in that a value for a secondary side leakage inductance (L 1) of the pulse transformer and a value for a pulse width, τ 0, of the pulse width of an ON period when the switching element is turned ON/OFF are given a value such that half a cycle of oscillating voltage generated by the secondary side leakage inductance (L 1) of the pulse transformer and the capacitance (C 1) of a capacitive load is a value corresponding to the pulse width, τ 0, of an ON period when the switching element (SW1, SW2, SW3, SW4) is turned ON/ OFF, wherein the value of the secondary side leakage inductance (L 1) of the pulse transformer and the value of the pulse width, τ 0, are given so as to satisfy the equation L 1 = τ 0 / π 2 × 1 / C 1.
A power generation system (1B, 1C) for ships needing a maximum power for a bow thruster during entry and departure, comprising: a plurality of generators (11, 12, 13) that supply power to an interior of a ship; a secondary battery that stores power output from the plurality of generators (11, 12, 13) and supplies the stored power to the interior of the ship; a control device that, during normal sailing of the ship, causes a first generator among the plurality of generators (11, 12, 13) and the secondary battery to supply power to the interior of the ship, and causes the secondary battery to charge so as to enable output power equivalent to that of the first generator during entry and departure, and a shaft generator provided in a rotary shaft of propulsion equipment of the ship, wherein the propulsion equipment is a main engine of the ship, and the rotary shaft transmits power of the main engine to a propeller. a plurality of generators (11, 12, 13) that supply power to an interior of a ship; a secondary battery that stores power output from the plurality of generators (11, 12, 13) and supplies the stored power to the interior of the ship; a control device that, during normal sailing of the ship, causes a first generator among the plurality of generators (11, 12, 13) and the secondary battery to supply power to the interior of the ship, and causes the secondary battery to charge so as to enable output power equivalent to that of the first generator during entry and departure, and a shaft generator provided in a rotary shaft of propulsion equipment of the ship, wherein the propulsion equipment is a main engine of the ship, and the rotary shaft transmits power of the main engine to a propeller.
A solar cell, comprising: a single crystalline semiconductor substrate having a first conductive type; a tunnel layer on a back surface of the semiconductor substrate; a back surface field region on the tunnel layer, which is formed of a poly crystalline semiconductor layer having the first conductive type; an emitter region on a light incident surface opposite to the back surface of the semiconductor substrate and having a second conductive type opposite to the first conductive type; a first passivation film on the back surface field region; a first electrode formed on the first passivation film and connected to the back surface field region through an opening formed in the first passivation film; a second passivation film on the emitter region; a second electrode formed on the second passivation film and connected to the emitter region through an opening of the second passivation film, and an isolation portion for preventing a contact between the back surface field region and the emitter region, the isolation portion being formed in the entire edge of the back surface of the semiconductor substrate. a single crystalline semiconductor substrate having a first conductive type; a tunnel layer on a back surface of the semiconductor substrate; a back surface field region on the tunnel layer, which is formed of a poly crystalline semiconductor layer having the first conductive type; an emitter region on a light incident surface opposite to the back surface of the semiconductor substrate and having a second conductive type opposite to the first conductive type; a first passivation film on the back surface field region; a first electrode formed on the first passivation film and connected to the back surface field region through an opening formed in the first passivation film; a second passivation film on the emitter region; a second electrode formed on the second passivation film and connected to the emitter region through an opening of the second passivation film, and an isolation portion for preventing a contact between the back surface field region and the emitter region, the isolation portion being formed in the entire edge of the back surface of the semiconductor substrate.
Handle comprising a lever which can rotate in a frame to be fixed to the door of a vehicle and which is mechanically connected to a locking member comprising a pendulum which is provided with an inertial mass and is pivoted to the frame or to a body integral therewith, so that an oscillation of the pendulum can prevent the complete rotation of the lever, the pendulum being mechanically connected to a damper suitable for dampening oscillations of the pendulum, the handle comprising elastic means exerting on the pendulum a force opposing said oscillation, characterized in that said elastic means comprise a helical spring arranged between the pendulum and the frame, and in that a piston of the damper can slide along an axis substantially parallel to the longitudinal axis of the helical spring.
Shelf with a base area for holding objects, whereby the shelf can be fixed on at least two of its outer sides in a transverse joint (13, 14) or a groove running between wall tiles (10, 11) or a groove, whereby the shelf is anchorable solely in a transverse joint (13, 14) or a groove running between wall tiles (10, 11), whereby the shelf has at least one support flange used to anchor the shelf in a transverse joint (13, 14) or a groove, characterised in that the support flange extends essentially parallel to the plane of the shelf and not essentially in the plane of the shelf.