mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: - loading an initial active flight plan for an aircraft comprising a first approach procedure to a runway up to a missed approach point, and a missed approach procedure between said missed approach point and a final point; - loading a secondary flight plan comprising a second approach procedure to the runway between the missed approach point and the runway, said second approach procedure following the first approach procedure and a second missed approach procedure at the end of said second approach procedure, and ending at a second final point; - receiving an instruction from an operator of the aircraft to link the initial active flight plan and the secondary flight plan, said link consisting of an association between the active flight plan and the secondary flight plan, allowing automatic selection of one or the other; - in the event of a go-around by the operator at the latest at said missed approach point, activating said missed approach procedure of the initial active flight plan; - in the event that no go-around is performed at the latest at said missed approach point, automatically selecting the secondary flight plan as active flight plan. - loading an initial active flight plan for an aircraft comprising a first approach procedure to a runway up to a missed approach point, and a missed approach procedure between said missed approach point and a final point; - loading a secondary flight plan comprising a second approach procedure to the runway between the missed approach point and the runway, said second approach procedure following the first approach procedure and a second missed approach procedure at the end of said second approach procedure, and ending at a second final point; - receiving an instruction from an operator of the aircraft to link the initial active flight plan and the secondary flight plan, said link consisting of an association between the active flight plan and the secondary flight plan, allowing automatic selection of one or the other; - in the event of a go-around by the operator at the latest at said missed approach point, activating said missed approach procedure of the initial active flight plan; - in the event that no go-around is performed at the latest at said missed approach point, automatically selecting the secondary flight plan as active flight plan.
A floating object provided with a permanent mooring system for securing said floating object to at least one anchor on a seabed, wherein said mooring system comprises at least one mooring line and at least one guidance member arranged to guide the mooring line from the exterior of said floating object to the interior of said floating object such that the upper end of said mooring line can be secured to said floating object at a location other than the exterior contact location between said mooring line and said floating object; characterized in that said mooring line comprises: a relatively long main mooring line section of a material having a relatively low axial stiffness; and a relatively short upper mooring line section of synthetic material having a relatively high axial stiffness; wherein in use the lower end of said main mooring line section is secured to said anchor, the upper end of said main mooring line section is secured to the lower end of said upper mooring line section, said upper mooring line section extends through said guidance member and the upper end of said upper mooring line section is secured to said floating object. a relatively long main mooring line section of a material having a relatively low axial stiffness; and a relatively short upper mooring line section of synthetic material having a relatively high axial stiffness; wherein in use the lower end of said main mooring line section is secured to said anchor, the upper end of said main mooring line section is secured to the lower end of said upper mooring line section, said upper mooring line section extends through said guidance member and the upper end of said upper mooring line section is secured to said floating object.
Suction appliance for cleaning purposes, which comprises a suction unit, a suction container with a suction material inlet and a suction material outlet, which suction container is able to be applied with underpressure by said suction unit, a closing device arranged at the suction material outlet that closes the suction material outlet in a closing position with a covering element and, when underpressure is not being applied, is transferable into an open position by the weight of suction material, in which open position the covering element unblocks the suction material outlet and suction material passes through the suction material outlet into a dirt bag, characterized in that the suction appliance (10; 120) has an actuating device for a user, which is mechanically coupled to the closing device for transferring the latter from the closing position into the open position.
An optical transmitter comprising: an optical modulator including a first modulation unit and a second modulation unit respectively configured to modulate input light in response to a first drive signal and a second drive signal to generate a first optical signal and a second optical signal; a signal generator configured to generate the first drive signal and the second drive signal that are respectively supplied to the first modulation unit and the second modulation unit; a phase controller configured to adjust a phase difference between the first optical signal and the second optical signal in the optical modulator; and a phase difference detector configured to detect the phase difference between the first optical signal and the second optical signal controlled by the phase controller, wherein the signal generator is configured to generate the first drive signal and the second drive signal based on the phase difference detected by the phase difference detector, characterized in that the optical transmitter is further comprising: a multiplier circuit (21, 32) configured to multiply the first drive signal, the second drive signal, and an electrical signal representing an output signal of the optical modulator, wherein the phase difference detector is configured to detect the phase difference based on an output signal of the multiplier circuit. an optical modulator including a first modulation unit and a second modulation unit respectively configured to modulate input light in response to a first drive signal and a second drive signal to generate a first optical signal and a second optical signal; a signal generator configured to generate the first drive signal and the second drive signal that are respectively supplied to the first modulation unit and the second modulation unit; a phase controller configured to adjust a phase difference between the first optical signal and the second optical signal in the optical modulator; and a phase difference detector configured to detect the phase difference between the first optical signal and the second optical signal controlled by the phase controller, wherein the signal generator is configured to generate the first drive signal and the second drive signal based on the phase difference detected by the phase difference detector, characterized in that the optical transmitter is further comprising: a multiplier circuit (21, 32) configured to multiply the first drive signal, the second drive signal, and an electrical signal representing an output signal of the optical modulator, wherein the phase difference detector is configured to detect the phase difference based on an output signal of the multiplier circuit. a multiplier circuit (21, 32) configured to multiply the first drive signal, the second drive signal, and an electrical signal representing an output signal of the optical modulator, wherein the phase difference detector is configured to detect the phase difference based on an output signal of the multiplier circuit.
Spud-handling device for manoeuvring a spud between a substantially vertical position and a substantially horizontal position, the spud-handling device comprising: - a lifting device which is fixedly connected to a lifting frame in order to move the spud in its vertical position substantially vertically between a highest and a lowest position, - a tilting frame which is connected to the lifting frame in order to determine a tilting axle about which the spud can be tilted, - a tilting device which is connected to the tilting frame in order to tilt the spud about the tilting axle, in which the tilting device is designed so as, in use, to engage with the lifting device for tilting the spud, and in which the lifting device comprises a lifting clamp, and in which the lifting device comprises a holding clamp connected to the lifting frame in order to hold the spud in an intermediate position between the highest and the lowest positions, and in which the tilting device for tilting the spud only engages with the lifting clamp and the holding clamp of the lifting device, in use, in order to tilt the spud. - a lifting device which is fixedly connected to a lifting frame in order to move the spud in its vertical position substantially vertically between a highest and a lowest position, - a tilting frame which is connected to the lifting frame in order to determine a tilting axle about which the spud can be tilted, - a tilting device which is connected to the tilting frame in order to tilt the spud about the tilting axle, in which the tilting device is designed so as, in use, to engage with the lifting device for tilting the spud, and in which the lifting device comprises a lifting clamp, and in which the lifting device comprises a holding clamp connected to the lifting frame in order to hold the spud in an intermediate position between the highest and the lowest positions, and in which the tilting device for tilting the spud only engages with the lifting clamp and the holding clamp of the lifting device, in use, in order to tilt the spud.
A container, in particular for storing and/or displaying objects, comprising a base, a cover and at least one hinge assembly which rotatably connects said cover to said base, said hinge assembly comprising a first member fixed to said cover at an edge of said cover; a second member fixed to said base at an edge of said base, said first member and said second member each having an elongated shape and extending along a longitudinal direction, in an assembly configuration, said first member being mounted inside said second member, said first member being rotatable with respect to said second member so that said container alternatively takes a closed configuration, wherein said base is against said cover, and an open configuration, wherein said cover is spaced from said base, said first member being rotatable about an axis of rotation substantially parallel to said longitudinal direction, said hinge assembly comprising a third member, associated with said second member through locking means such as screw, said third member developing longitudinally, said third member comprising an adjustment element extending longitudinally which is in sliding contact with said first member during the rotation of said first member, to slow down the closing of said container, said third member comprising a prismatic-shaped casing which forms a seat being made from a blind groove that develops along a longitudinal direction, in a central area of the casing, suitable for housing said adjustment element, said casing also comprising elastic means interposed between an internal wall of said seat and said adjustment element, said second member comprising a wall which shapes an opening having a longitudinal shape, said adjusting element being passing, at least in part, through said opening to be in contact with said first member.
A spark plug comprising: an insulator having an axial bore extending in a direction of an axis; a center electrode provided at a front side of the axial bore; a metallic shell provided on an outer periphery of the insulator; and a ground electrode fixed to a front end of the metallic shell, wherein the insulator is made of an alumina sintered body containing Al 2 O 3 as a principal component and further containing additional components including an Si component, a Ba component, an Mg component, a Ca component, an Sr component, and a rare earth element component, and when the additional components are expressed as oxides including R SiO2, R BaO, R MgO, Rcao and Rsro, the contents in mass % of the additional components satisfy expressions 1) to 5) as follows: 1.0 ≤ R SiO 2 ≤ 5.0 0.5 ≤ R BaO ≤ 5.0 0 < R MgO ≤ 0.18 0 < R MgO / R BaO ≤ 0.36 0.3 ≤ R MgO + R CaO + R SrO ≤ 1.8 characterized in that the content in mass % of the rare earth element component expressed as oxide R RE2O3 satisfies expression 6) as follows: 0 < R RE 2 ⁢ O 3 ≤ 0.1. an insulator having an axial bore extending in a direction of an axis; a center electrode provided at a front side of the axial bore; a metallic shell provided on an outer periphery of the insulator; and a ground electrode fixed to a front end of the metallic shell, wherein the insulator is made of an alumina sintered body containing Al 2 O 3 as a principal component and further containing additional components including an Si component, a Ba component, an Mg component, a Ca component, an Sr component, and a rare earth element component, and when the additional components are expressed as oxides including R SiO2, R BaO, R MgO, Rcao and Rsro, the contents in mass % of the additional components satisfy expressions 1) to 5) as follows: 1.0 ≤ R SiO 2 ≤ 5.0 0.5 ≤ R BaO ≤ 5.0 0 < R MgO ≤ 0.18 0 < R MgO / R BaO ≤ 0.36 0.3 ≤ R MgO + R CaO + R SrO ≤ 1.8 characterized in that the content in mass % of the rare earth element component expressed as oxide R RE2O3 satisfies expression 6) as follows: 0 < R RE 2 ⁢ O 3 ≤ 0.1.
A voltage supply system comprising: a first power supply branch that includes: a first voltage supply (V_1); a serially connected first diode and first switch connected between the first voltage supply (V_1) and an output of the voltage supply system; and a first gate driver connected to the first switch to control operation of the first switch; a second power supply branch that includes: a second voltage supply (V_2); a serially connected second diode and second switch connected between the second voltage supply (V-2) and the output of the voltage supply system; and a second gate driver connected to the second switch to control operation of the first switch; and a voltage monitor/controller configured to perform a built-in test of the system by controlling the state of the first and second switches (S1/S2) by controlling enable signals (EN1/EN2) provided to the first and second gate drivers (210/216); wherein the first gate driver is connected to and powered by the first voltage supply (V_1) and the second gate driver is connected to and powered by the second voltage supply (V_2). a first voltage supply (V_1); a serially connected first diode and first switch connected between the first voltage supply (V_1) and an output of the voltage supply system; and a first gate driver connected to the first switch to control operation of the first switch; a second power supply branch that includes: a second voltage supply (V_2); a serially connected second diode and second switch connected between the second voltage supply (V-2) and the output of the voltage supply system; and a second gate driver connected to the second switch to control operation of the first switch; and a voltage monitor/controller configured to perform a built-in test of the system by controlling the state of the first and second switches (S1/S2) by controlling enable signals (EN1/EN2) provided to the first and second gate drivers (210/216); wherein the first gate driver is connected to and powered by the first voltage supply (V_1) and the second gate driver is connected to and powered by the second voltage supply (V_2). a second voltage supply (V_2); a serially connected second diode and second switch connected between the second voltage supply (V-2) and the output of the voltage supply system; and a second gate driver connected to the second switch to control operation of the first switch; and a voltage monitor/controller configured to perform a built-in test of the system by controlling the state of the first and second switches (S1/S2) by controlling enable signals (EN1/EN2) provided to the first and second gate drivers (210/216); wherein the first gate driver is connected to and powered by the first voltage supply (V_1) and the second gate driver is connected to and powered by the second voltage supply (V_2).
Injector of an injection system of an internal combustion engine, having an injector housing, having a piezo-actuator control unit, having a connecting plug on the head of the injector housing, and having an electrical connection between the control unit and the connecting plug within the injector housing, wherein the electrical connection comprises a contact element which has conductor tracks integrated into an insulating body, which conductor tracks are connected to the terminals (13, 14) of the control unit and of the connecting plug, wherein one end of the insulating body abuts against the control unit or against the connecting plug and the other end is arranged with a spacing to the connecting plug or to the control unit, and wherein the contact element has an elastic device by means of which the insulating body, which abuts against the control unit or against the connecting plug, is braced against the control unit or the connecting plug, wherein the elastic device for bracing the abutting insulating body has a spring element which is fixed to the insulating body and to the control unit or the connecting plug, wherein the spring element is locked by engagement thereof into a recess or behind an undercut of the control unit or of the connecting plug.
An infrared panel radiator (100, 200, 300, 500, 600, 700, 800) having a carrier comprising a heating surface and comprising a conductor track (102, 202, 302, 502, 601) applied to a conductor track covering surface of the carrier of an electroconductive resistive material, which generates heat when current flows through, wherein the conductor track (102, 202, 302, 502, 601) comprises a first conductor track section (105, 205) for generating a first surface coverage and a second conductor track section (106, 206) for generating a second surface coverage, which differs from the first surface coverage, wherein the first conductor track section (105, 205) and the second conductor track section (106, 206) are connected in series and differ from one another in their covering density and/or their conductor cross section, characterised in that the carrier contains a composite material, which comprises an amorphous matrix component as well as an additional component in the form of a semiconductor material incorporated in the amorphous matrix component.
Drilling machine, particularly suited to carry out drilling and/or roof bolting operations in underground excavation sites, tunnels or mines, comprising a self-propelled motor vehicle, at least one front drilling member mounted on the front part of the vehicle with respect to the advance direction and at least one rear drilling member mounted on the rear part of the vehicle with respect to the advance direction, characterized in that each of said drilling members, the front one and the rear one, comprises at least one drilling head (21, 31) suited to be oriented in any direction with respect to the advance direction of the machine, and wherein said rear drilling member in turn comprises: • at least one drilling head translating on a corresponding guide between at least two positions, a start position and an end-of-stroke position; • said guide, directly or indirectly constrained to at least one arm; • said arm, directly or indirectly constrained to said vehicle through constraining means (36, 37, 38) suited to vary the inclination of said arm both horizontally and vertically with respect to the machine, in such a way as to translate said guide on both the horizontal and the vertical plane, and wherein in the rest position and in the operating position said guide of the drilling head of the rear member is maintained in a substantially vertical position, said rear drilling member comprising integrated sliding means suited to stabilize the member (2, 3) on the ground, wherein said sliding means are mounted on said guide of said rear member and comprise a movable portion or foot, and an actuator or means suited to translate said foot in a direction parallel to said guide, between a rest position and a position of downward extraction from said guide, meaning towards the ground, wherein said foot rests on the ground for the purpose of stabilizing the rear drilling member during the perforation of the ceiling of the tunnel or excavation site in general, and wherein said drilling head of said rear member is slidingly and directly or indirectly constrained to said guide through at least one driving belt or chain that is kept tensioned and wound on one or more pulleys mounted on said foot, one or more pulleys mounted on said guide, and at least one pulley that translates integrally with said actuator of said foot. • at least one drilling head translating on a corresponding guide between at least two positions, a start position and an end-of-stroke position; • said guide, directly or indirectly constrained to at least one arm; • said arm, directly or indirectly constrained to said vehicle through constraining means (36, 37, 38) suited to vary the inclination of said arm both horizontally and vertically with respect to the machine, in such a way as to translate said guide on both the horizontal and the vertical plane,
A construction machine, particularly a slipform paving machine, comprising: a machine frame having a front, a back, a left side and a right side, the machine frame being laterally extendible to adjust a width of the machine frame; at least one left side ground engaging unit (34A, 34C) steerably connected to the left side of the machine frame; at least one right side ground engaging unit (34B, 34D) steerably connected to the right side of the machine frame; each of the ground engaging units including a drive motor configured such that each ground engaging unit is driven across a ground surface by its respective drive motor; characterized in that a frame lock configured to selectively lock and unlock the machine frame, such that when the frame lock is locked the machine frame cannot laterally extend, and when the frame lock is unlocked the machine frame can laterally extend; and a controller including a frame extension mode, the frame extension mode being configured to provide steering of at least one of the ground engaging units to provide a lateral force to adjust the width of the machine frame as the machine is driven across the ground surface by the ground engaging units with the frame lock unlocked. a machine frame having a front, a back, a left side and a right side, the machine frame being laterally extendible to adjust a width of the machine frame; at least one left side ground engaging unit (34A, 34C) steerably connected to the left side of the machine frame; at least one right side ground engaging unit (34B, 34D) steerably connected to the right side of the machine frame; each of the ground engaging units including a drive motor configured such that each ground engaging unit is driven across a ground surface by its respective drive motor;