mhurhangee/ep-ind-claims huggingface dataset:
A gas path component (130, 330) for a gas turbine engine comprising: an element configured to be exposed to a gas path, the element including a plurality of internal cooling passages (134, 334); and a rib (210, 310) separating two of the plurality of internal passages (134; 334), wherein each of said internal cooling passages (134, 334) includes a cross section (410; 420; 436; 440; 450; 460; 470; 480; 490) having a plurality of asymmetrical filleted corners, said cross section (410... 490) is approximately normal to an expected fluid flow through the cooling passage (134, 334), and an axis of symmetry about which each asymmetrical filleted corner is asymmetrical is drawn from a ninety degree corner of a rectangular shape circumscribing an elliptical arc of the asymmetrical filleted corner; characterised by: the rib (210, 310) having a smallest cross section normal to an expected flow of coolant through the plurality of internal cooling passages (134, 334) at a center point in the cross section normal to the expected flow of coolant. an element configured to be exposed to a gas path, the element including a plurality of internal cooling passages (134, 334); and a rib (210, 310) separating two of the plurality of internal passages (134; 334), wherein each of said internal cooling passages (134, 334) includes a cross section (410; 420; 436; 440; 450; 460; 470; 480; 490) having a plurality of asymmetrical filleted corners, said cross section (410... 490) is approximately normal to an expected fluid flow through the cooling passage (134, 334), and an axis of symmetry about which each asymmetrical filleted corner is asymmetrical is drawn from a ninety degree corner of a rectangular shape circumscribing an elliptical arc of the asymmetrical filleted corner; characterised by: the rib (210, 310) having a smallest cross section normal to an expected flow of coolant through the plurality of internal cooling passages (134, 334) at a center point in the cross section normal to the expected flow of coolant.
Apparatus for dispensing vehicle balancing weights comprising - at least one first cartridge adapted to store at least one balancing weight (51 to 57), the first cartridge further comprising at least two first sections (41 to 44); - a first belt conveyor for transporting at least one balancing weight to a handling device; - at least one first transport unit, located below the at least one first cartridge, for transporting a balancing weight from a selected first section to the first belt conveyor, the at least one first transport unit comprises a feeder for moving the balancing weight from the selected first section and pushing it on the first belt conveyor, the feeder performs a linear movement into a direction to the first belt conveyor, characterized in that - at least one second cartridge adapted to store at least one further balancing weight (51 to 57), the second cartridge further comprising at least two second sections (41 to 45); - a second belt conveyor for transporting the at least one further balancing weight to the handling device; - at least one second transport unit, located below the at least one second cartridge, for transporting the at least one further balancing weight from a selected second section to the second belt conveyor, the at least one second transport unit comprises a feeder for moving the further balancing weight from the selected second section and pushing it on the second belt conveyor, the feeder performs a linear movement into a direction to the second belt conveyor. - at least one first cartridge adapted to store at least one balancing weight (51 to 57), the first cartridge further comprising at least two first sections (41 to 44); - a first belt conveyor for transporting at least one balancing weight to a handling device; - at least one first transport unit, located below the at least one first cartridge, for transporting a balancing weight from a selected first section to the first belt conveyor, the at least one first transport unit comprises a feeder for moving the balancing weight from the selected first section and pushing it on the first belt conveyor, the feeder performs a linear movement into a direction to the first belt conveyor, - at least one second cartridge adapted to store at least one further balancing weight (51 to 57), the second cartridge further comprising at least two second sections (41 to 45); - a second belt conveyor for transporting the at least one further balancing weight to the handling device; - at least one second transport unit, located below the at least one second cartridge, for transporting the at least one further balancing weight from a selected second section to the second belt conveyor, the at least one second transport unit comprises a feeder for moving the further balancing weight from the selected second section and pushing it on the second belt conveyor, the feeder performs a linear movement into a direction to the second belt conveyor.
A drilling machine comprising: a supporting structure comprising a guide tower provided with elements for guiding the sliding, upon which a rotating head for sequentially moving drill rods, to which are given both the movement of rotation and the movements of advancement in the ground and of successive return, slides, a loading device associated to said guide tower, wherein a plurality of drill rods in battery is positioned, a guide device adapted to maintain centered the drill rod present in battery and/or drawn from the loading device and associated to the rotating head in the desired direction of drilling, said guide device slides along said guide tower and comprise - blocking means of the device itself, in a predetermined working position along the guide tower, - means for coupling to the rotating head when it moves down during the operation of drilling with the rod and reaches the guide device in said predetermined position and - contrasting means that determine the release of the guide device from the rotating head and its repositioning in the working position during the ascent of the rotating head itself, characterized in that said blocking means, said means for coupling and said contrasting means are automatic mechanical means working in contrast to elastic means, which have been activated without commands and without requiring the manual intervention of an operator. a supporting structure comprising a guide tower provided with elements for guiding the sliding, upon which a rotating head for sequentially moving drill rods, to which are given both the movement of rotation and the movements of advancement in the ground and of successive return, slides, a loading device associated to said guide tower, wherein a plurality of drill rods in battery is positioned, a guide device adapted to maintain centered the drill rod present in battery and/or drawn from the loading device and associated to the rotating head in the desired direction of drilling, said guide device slides along said guide tower and comprise - blocking means of the device itself, in a predetermined working position along the guide tower, - means for coupling to the rotating head when it moves down during the operation of drilling with the rod and reaches the guide device in said predetermined position and - contrasting means that determine the release of the guide device from the rotating head and its repositioning in the working position during the ascent of the rotating head itself, - blocking means of the device itself, in a predetermined working position along the guide tower, - means for coupling to the rotating head when it moves down during the operation of drilling with the rod and reaches the guide device in said predetermined position and - contrasting means that determine the release of the guide device from the rotating head and its repositioning in the working position during the ascent of the rotating head itself, said blocking means, said means for coupling and said contrasting means are automatic mechanical means working in contrast to elastic means, which have been activated without commands and without requiring the manual intervention of an operator.
A slide adjuster comprising a belt and a buckle enabling forward movement but disenabling backward movement of the belt in the state where an engagement claw of the buckle is engaged in an engagement groove having a form like saw teeth formed on an external surface of the belt, wherein the buckle comprises a buckle body having a bottom plate and a ceiling frame opposite to each other and two side plates for connection between the bottom plate and the ceiling frame and also having an internal space for insertion of the belt; and an operating plate provided in the horizontal posture inside the ceiling frame, and having an engagement claw provided on a bottom surface of an end portion thereof and capable of being engaged in the engagement groove of the belt and also having a pressed section provided at another end portion thereof for releasing the engagement, and also wherein the operating plate is supported by a connecting shaft for connection between the two side plates at an intermediate point between the engagement claw and the pressed section and can swing around the intermediate point as a fulcrum, and a hooking projection is provided on an external surface of the belt characterized in that a second hooking projection is provided on the pressed section of the operating plate for making it possible for a user to pull the buckle and the belt closer to each other with finger tips of one hand, the buckle body furthermore having a restricting member for preventing a pressing force in the vertical direction from being directly added to portions other than the second hooking projection, namely a portion of the operating plate from the connecting shaft to the second hooking projection.
A coupling element for connecting an actuator to a valve by means of complementary threads (122, 172), in particular for connecting an electrical actuator to a valve for controlling the operation of a radiator, the coupling element comprising • a first interface, which is adapted to mechanically connect the coupling element to the actuator, • a second interface, which is adapted to mechanically connect the coupling element to the valve, - wherein the second interface comprises a thread, which is adapted to connect to a complementary thread being formed at the valve, characterised by • a deformable portion, which is shaped in such a manner, that, as a result of a compression along an axial direction of the coupling element, the deformable portion irreversibly bends such that a projection is formed, - wherein the projection upraises from a side wall of the coupling element and - wherein the projection is adapted to permanently engage with an annular groove being formed at the actuator such that the coupling element and the actuator are connected with each other in a non-detachable but rotatable manner. • a first interface, which is adapted to mechanically connect the coupling element to the actuator, • a second interface, which is adapted to mechanically connect the coupling element to the valve, - wherein the second interface comprises a thread, which is adapted to connect to a complementary thread being formed at the valve, characterised by - wherein the second interface comprises a thread, which is adapted to connect to a complementary thread being formed at the valve, characterised by • a deformable portion, which is shaped in such a manner, that, as a result of a compression along an axial direction of the coupling element, the deformable portion irreversibly bends such that a projection is formed, - wherein the projection upraises from a side wall of the coupling element and - wherein the projection is adapted to permanently engage with an annular groove being formed at the actuator such that the coupling element and the actuator are connected with each other in a non-detachable but rotatable manner. - wherein the projection upraises from a side wall of the coupling element and - wherein the projection is adapted to permanently engage with an annular groove being formed at the actuator such that the coupling element and the actuator are connected with each other in a non-detachable but rotatable manner.
Polymer compositions, characterized in that A) per 100 parts by mass of at least one polyester, B) 0.01 to 5 parts by mass of at least one pigment system based on an inorganic mixed oxide containing titanium dioxide, tin oxide and zinc oxide are used, with the proviso of a ΔE < 30 with respect to the L*a*b* coordinates of a colour number beginning with "2" in the RAL colour chart. A) per 100 parts by mass of at least one polyester, B) 0.01 to 5 parts by mass of at least one pigment system based on an inorganic mixed oxide containing titanium dioxide, tin oxide and zinc oxide are used,
A device for generating an aerosol, the device comprising a heating chamber for receiving an article for forming an aerosol comprising aerosol-forming substrate and a cooling chamber in fluid communication with the heating chamber and a mouthpiece end of the device, the heating chamber comprising an upstream end, a downstream end and first and second major boundary surfaces (5a, 5b), the first and second major boundary surfaces (5a, 5b) extending in facing parallel relations and defining a principal flow axis for fluid flowing through the heating chamber, where the device is configured such that fluid flow, in use, from the upstream end to the downstream end of the heating chamber is in a direction substantially parallel to the principal flow axis, the device further comprising one or more induction coils (4a, 14a) for inductively heating the article, wherein the one or more induction coils (4a, 14a) each surround the heating chamber, and wherein the cooling chamber has a relatively greater cross-sectional area perpendicular to a direction of flow into the cooling chamber than the cross-sectional area of the heating chamber perpendicular to the principal flow axis. the device further comprising one or more induction coils (4a, 14a) for inductively heating the article, wherein the one or more induction coils (4a, 14a) each surround the heating chamber, and wherein the cooling chamber has a relatively greater cross-sectional area perpendicular to a direction of flow into the cooling chamber than the cross-sectional area of the heating chamber perpendicular to the principal flow axis.
A method comprising: obtaining at least one measurement of blade bending associated with at least one blade of at least one rotor of an aircraft; processing, by a device comprising a processor, the at least one measurement to obtain moment data; obtaining data from an inertial measurement unit, IMU,; and processing, by the device, the moment data and the data from the IMU to generate a command configured to stabilize the aircraft. obtaining at least one measurement of blade bending associated with at least one blade of at least one rotor of an aircraft; processing, by a device comprising a processor, the at least one measurement to obtain moment data; obtaining data from an inertial measurement unit, IMU,; and processing, by the device, the moment data and the data from the IMU to generate a command configured to stabilize the aircraft.
Vehicle having a pedestrian protection system, wherein the vehicle comprises a crossmember and a bumper covering, with at least one sensor which detects an impact and with a deformation element which are arranged between the crossmember and the bumper covering of the vehicle, and with a control unit which evaluates the signals of the at least one sensor, wherein the deformation element is in the form of a deformable body having a hollow space, wherein the physical shape of the hollow space is also changed by the deformation of the deformation element and this leads to a change in an electromagnetic field in the hollow space, characterized in that the deformation element is in the form of a metal cage, wherein the at least one sensor is arranged in the hollow space and detects the change in the electromagnetic field in the hollow space.
A cleaning system comprising a cleaning roller for relatively moving by rotating while being in contact with a surface of an object to be cleaned, so as to remove foreign matter, such as dust and dirt, adhering to the surface of the object to be cleaned by means of electrostatic force, wherein the cleaning roller is provided with a transferring roller for rotating while being in contact with a surface of the cleaning roller, the cleaning roller is capable of being provided on the surface thereof with electric charge for adsorbing foreign matter adhering to the surface of the object to be cleaned by means of electrostatic force, the transferring roller is capable of being provided on a surface thereof with electric charge for adsorbing foreign matter adhering to the surface of the cleaning roller by means of electrostatic force, characterized in that, the cleaning roller is grounded via a voltage stabilizing circuit and the transferring roller is connected directly or indirectly with an external power source, and the voltage stabilizing circuit is capable of changing an electrification voltage of the cleaning roller for adsorbing the foreign matter by means of electrostatic force.
A printed sheet inspection system configured to inspect printed sheets being transported by a transport cylinder of a sheet-fed printing press, which printed sheet inspection system comprises an imaging unit located proximate to a circumferential surface of the transport cylinder, which imaging unit is configured to acquire an image of a printed surface of the printed sheet as the printed sheet moves past the imaging unit under the action of the transport cylinder, wherein the sheet inspection system further comprises a blowing unit coupled to an air diffuser (2; 2*; 2**; 2***), which air diffuser (2; 2*; 2**; 2***) is positioned proximate to the circumferential surface of the transport cylinder and extends along a portion of the circumferential surface of the transport cylinder, characterized in that the blowing unit and air diffuser (2; 2*; 2**; 2***) are configured to produce an air pressure zone and form an air cushion zone, which air cushion zone includes first and second lateral air cushion areas (Z6a, Z6b) laterally containing the air pressure zone, which air pressure zone and air cushion zone press the printed sheet against the circumferential surface of the transport cylinder, and in that a lower side of the air diffuser (2; 2*; 2**; 2***), which is positioned proximate to the circumferential surface of the transport cylinder, is provided with a diffuser opening (20; 20*; 20**; 20***) that extends both in the lateral and circumferential directions, which diffuser opening (20; 20*; 20**; 20***) faces the circumferential surface of the transport cylinder, wherein the air pressure zone and air cushion zone coincide with a shape and position of the diffuser opening (20; 20*; 20**; 20***). characterized in that the blowing unit and air diffuser (2; 2*; 2**; 2***) are configured to produce an air pressure zone and form an air cushion zone, which air cushion zone includes first and second lateral air cushion areas (Z6a, Z6b) laterally containing the air pressure zone, which air pressure zone and air cushion zone press the printed sheet against the circumferential surface of the transport cylinder, and in that a lower side of the air diffuser (2; 2*; 2**; 2***), which is positioned proximate to the circumferential surface of the transport cylinder, is provided with a diffuser opening (20; 20*; 20**; 20***) that extends both in the lateral and circumferential directions, which diffuser opening (20; 20*; 20**; 20***) faces the circumferential surface of the transport cylinder, wherein the air pressure zone and air cushion zone coincide with a shape and position of the diffuser opening (20; 20*; 20**; 20***).
An electric apparatus such as a junction block or a contactor, comprising an electrically insulating casing and two connection terminals mounted in the insulating casing, and a conductive strip mounted in the insulating casing, the two connection terminals permitting to establish an electric contact between the conductive strip and two electrical conductors, each connection terminal comprising a clamping element formed of a nonmagnetic material and being in the form of a cage capable of receiving the end of an electrical conductor inserted in the clamping element, and actuating elements allowing to vary the clamping element between a loosening configuration in which the end of the electrical conductor can be freely inserted in the clamping element or be removed from the clamping element and a clamping configuration in which the end of the electrical conductor previously inserted in the clamping element is held in place by clamping between the clamping element and a conductive strip of the electric apparatus in order to establish an electric contact between the conductive strip and the end of the electrical conductor, the clamping element being constituted by a single unitary integral piece, the insulating casing comprising two receiving ports of a first type, each of which being associated to one of the two connection terminals, the end of one of the two electrical conductors being able to be tapered into each of the two receiving ports of the first type until it is inserted in the clamping element of the associated connection terminal, the insulating casing comprising two receiving port of a second type, each of which allowing the insertion of another electrical conductor in the insulating casing, the electric apparatus comprising two bypass strips different from each other et different from the conductive strip, each of the two bypass strips being associated to one of the two receiving ports of the second type et being configured so as to electrically link the conductive strip and the electrical conductor inserted in the associated receiving port of the second type.
A silicon-oxygen compound, having a formula of SiO x, in which 0 <x <2, characterized in that, the silicon-oxygen compound contains both sulfur and aluminum element, and a content of the sulfur element is 20 ppm ~ 300 ppm; and a mass ratio of the sulfur element to the aluminum element is from 1.5 to 13.0.