mhurhangee/ep-ind-claims huggingface dataset:
An adjustment unit, in particular for adjusting a pitch angle of a wind turbine rotor blade, comprising a pivot bearing including at least two coaxial bearing rings (7, 8) that are rotatable with respect to one another, at least one adjustment actuator for rotating the two bearing rings with respect to one another, and a supply unit for supplying the adjustment actuator with energy, wherein the at least one adjustment actuator and the supply unit are disposed on oppositely disposed sides of an adjustment drive carrier part of preferably plate shape or saucer-shape which is directly or indirectly rotatably fixedly connected with one of the bearing rings (7, 8) and has a rotatable support bearing for rotatably supporting the adjustment actuator, and wherein the supply unit is connected with the adjustment actuator by at least one pressure media channel (22, 23) passing through the support bearing, characterized in that the support bearing has a pressure media rotary duct that comprises two bearing parts that are rotatable with respect to one another and over whose interface a pressure media channel (22, 23) runs.
Centrifugal force pendulum device having a pendulum mass carrier rotatable about an axis of rotation, having at least one pendulum mass which is mounted on the pendulum mass carrier in a manner movable along a track between two end stops (19,20) spaced from one another with respect to the axis of rotation in a circumferential direction, and having a spring device which is designed to force the pendulum mass about the axis of rotation against one of the end stops (19,20) in the case of a rotation rate of the pendulum mass carrier undershooting a threshold rotation rate, wherein the track is designed such that the pendulum mass when abutting on one of the end stops (19,20) with respect to the axis of rotation is present in a first radial position, and spaced from the end stops (19,20) is present in a second, larger radial position, wherein the spring device has a spring element having a contact region, wherein the spring element is designed such that the contact region is forced in the direction of a radial holding position when the rotation rate undershoots the threshold rotation rate, in order to apply a spring force, pointing in the direction of a first radial position, to the pendulum mass, and in the case of a rotation rate which is greater than or equal to the threshold rotation rate, is present in a radial release position by means of centrifugal force influence, characterised in that the spring element viewed in circumferential direction is supported on both sides of the contact region on the pendulum mass carrier.
A process for removing water from a gaseous feed stream, the process comprising performing a rapid cycle swing adsorption process by: a) performing an adsorption step, wherein the adsorption step comprises passing a gaseous feed stream through an adsorbent bed unit having a parallel channel contactor to separate water from the gaseous feed stream to form a product stream, wherein the parallel channel contactor comprises an adsorbent material being a zeolite 3A having (i) a K to Al atomic ratio is in a range between 0.3 and 1.0; and (ii) a Si to Al atomic ratio is in a range between 1.0 and 1.2; and wherein residence time for gas in the gaseous feed stream contacting the adsorbent material in the parallel channel contactor during the adsorption step is less than 2.5 seconds; b) interrupting the flow of the gaseous feed stream; c) performing a regeneration step, wherein the regeneration step comprises removing at least a portion of the water from the parallel channel contactor; and d) repeating the steps a) to c) for at least one additional cycle. a) performing an adsorption step, wherein the adsorption step comprises passing a gaseous feed stream through an adsorbent bed unit having a parallel channel contactor to separate water from the gaseous feed stream to form a product stream, wherein the parallel channel contactor comprises an adsorbent material being a zeolite 3A having (i) a K to Al atomic ratio is in a range between 0.3 and 1.0; and (ii) a Si to Al atomic ratio is in a range between 1.0 and 1.2; and wherein residence time for gas in the gaseous feed stream contacting the adsorbent material in the parallel channel contactor during the adsorption step is less than 2.5 seconds; b) interrupting the flow of the gaseous feed stream; c) performing a regeneration step, wherein the regeneration step comprises removing at least a portion of the water from the parallel channel contactor; and d) repeating the steps a) to c) for at least one additional cycle.
A wireless communication network comprising: a first access node; and a second access node, wherein the first access node and the second access node are configured to directly wirelessly communicate with user equipment; wherein the second access node, when directly wirelessly communicating with the user equipment, is configured to: receive one or more measurement reports; determine, based on a strength of a connection between the user equipment and the second access node, that the user equipment should communicate over a different connection; in response to the determination that the user equipment should communicate over the different connection and based on the one or more measurement reports, communicate, to the first access node, an assistance request to communicate one or more data packets to the user equipment; and wherein the first access node is configured to: buffer the one or more data packets of the plurality of data packets before receiving the assistance request from the second access node; and in response to receiving the assistance request, establish direct wireless communication with the user equipment and communicate the one or more data packets to the user equipment. a first access node; and a second access node, wherein the first access node and the second access node are configured to directly wirelessly communicate with user equipment; wherein the second access node, when directly wirelessly communicating with the user equipment, is configured to: receive one or more measurement reports; determine, based on a strength of a connection between the user equipment and the second access node, that the user equipment should communicate over a different connection; in response to the determination that the user equipment should communicate over the different connection and based on the one or more measurement reports, communicate, to the first access node, an assistance request to communicate one or more data packets to the user equipment; and receive one or more measurement reports; determine, based on a strength of a connection between the user equipment and the second access node, that the user equipment should communicate over a different connection; in response to the determination that the user equipment should communicate over the different connection and based on the one or more measurement reports, communicate, to the first access node, an assistance request to communicate one or more data packets to the user equipment; and wherein the first access node is configured to: buffer the one or more data packets of the plurality of data packets before receiving the assistance request from the second access node; and in response to receiving the assistance request, establish direct wireless communication with the user equipment and communicate the one or more data packets to the user equipment. buffer the one or more data packets of the plurality of data packets before receiving the assistance request from the second access node; and in response to receiving the assistance request, establish direct wireless communication with the user equipment and communicate the one or more data packets to the user equipment.
A seal, comprising a main body having first and second sides, wherein the first side is opposite to the second side; a first arm extending laterally from the main body and configured to engage a surface of a component; a second arm extending laterally from the main body and positioned generally parallel to the first arm and configured to engage the surface of the component; and a third arm extending laterally from the main body and positioned between the first and second arms (22, 24); characterized in that the seal is a turbine seal; in that the component is a turbine component; and in that the third arm includes a first end having a thickness and coupled to the main body and a second end having a thickness and positioned on the third arm opposite to the first end, wherein the thickness of the second end is less than the thickness of the first end.
A capsule for extracting a pressurized beverage, comprising a side wall extending along an axis (X-X), a fluid inflow wall closing a first axial end of the side wall, and a fluid outflow wall closing a second axial end of the side wall, such that: - the side wall, the inflow wall and the outflow wall delimit between them a chamber for receiving a substance for preparing a beverage, - the side wall is flared from his first end to its second end, the side wall comprising a first and second segments each having an axisymmetrical outer frusto-conical face (26, 28) around the axis (X-X) by flaring towards the second end of the side wall, characterized in that the generatrix of the outer face of the first segment forms a first angle (α1) with said axis (X-X) less than a second angle (α2) formed by the generatrix of the outer face of the second segment with this same axis (X-X), the first segment being closer to the first end of the side wall than the second segment, the first and second segments (22, 24) being adjacent to each other and adjoining out with each other along a junction line, and substantially at a half distance from the first and second ends of the side wall. - the side wall, the inflow wall and the outflow wall delimit between them a chamber for receiving a substance for preparing a beverage, - the side wall is flared from his first end to its second end,
A method for manufacturing a terminal member (11, 12, 21, 31, 41) for electrical conduction with a conductive member by working a workpiece, the conductive member being a winding, the workpiece having a plate shape that extends from one end (10a, 11a, 12a, 21a, 31a, 41a) toward the other end (10b, 11b, 12b, 21b, 31b, 41b) and has a first surface (10c, 11c, 21c, 31c, 41c) and a second surface (10d, 11d, 21d, 31d, 41d), the workpiece being formed with a recessed portion cutting out the one end from the first surface to the second surface, characterized by: supporting the recessed portion by abutting the recessed portion against a supporting member; fixing a portion of the workpiece that is spaced from the recessed portion toward the other end side; and pressing and bending, from the first surface toward the second surface, a pair of pressed regions which are portions of the workpiece that are on both sides with respect to the recessed portion along the one end, such that portions of the second surface that face each other with the supporting member interposed therebetween form a pair of conductive surfaces (10d1, 10d2, 11d1, 11d2, 12d1, 12d2, 21d1, 21d2, 31d1, 31d2, 41d1, 41d2) for conduction with the conductive member. the workpiece having a plate shape that extends from one end (10a, 11a, 12a, 21a, 31a, 41a) toward the other end (10b, 11b, 12b, 21b, 31b, 41b) and has a first surface (10c, 11c, 21c, 31c, 41c) and a second surface (10d, 11d, 21d, 31d, 41d), the workpiece being formed with a recessed portion cutting out the one end from the first surface to the second surface, supporting the recessed portion by abutting the recessed portion against a supporting member; fixing a portion of the workpiece that is spaced from the recessed portion toward the other end side; and pressing and bending, from the first surface toward the second surface, a pair of pressed regions which are portions of the workpiece that are on both sides with respect to the recessed portion along the one end, such that portions of the second surface that face each other with the supporting member interposed therebetween form a pair of conductive surfaces (10d1, 10d2, 11d1, 11d2, 12d1, 12d2, 21d1, 21d2, 31d1, 31d2, 41d1, 41d2) for conduction with the conductive member.
A computer-implemented method of performing a user interface action, comprising: receiving, by one or more computing devices, data indicative of a user input directed to causing a motion of a virtual camera associated with a user interface; identifying one or more virtual camera manipulation patterns associated with the virtual camera based, at least in part, on the user input, wherein identifying the one or more virtual camera manipulation patterns comprises determining the occurrence of a plurality of cycles associated with the motion of the virtual camera; detecting, by the one or more computing devices, a shake event associated with the user interface based at least in part on the virtual camera manipulation patterns and performing, by the one or more computing devices, an action associated with the user interface based at least in part on the detected shake event. receiving, by one or more computing devices, data indicative of a user input directed to causing a motion of a virtual camera associated with a user interface; identifying one or more virtual camera manipulation patterns associated with the virtual camera based, at least in part, on the user input, wherein identifying the one or more virtual camera manipulation patterns comprises determining the occurrence of a plurality of cycles associated with the motion of the virtual camera; detecting, by the one or more computing devices, a shake event associated with the user interface based at least in part on the virtual camera manipulation patterns and performing, by the one or more computing devices, an action associated with the user interface based at least in part on the detected shake event.
A wireless device for conveying external time domain information, the wireless device adapted to: receive a Precision Time Protocol, (g)PTP, message comprising external time domain information where the external time domain information comprises one of the group of information elements consisting of: a (g)PTP suffix; and a correction field value; determine information based on the one of the group of information elements where the determined information comprises a timestamp delta that indicates the difference between a timestamp provided by the one of the group of information elements and a timestamp provided by the wireless device; update the external time domain information to include the determined information; and convey the updated external time domain information to an end station. receive a Precision Time Protocol, (g)PTP, message comprising external time domain information where the external time domain information comprises one of the group of information elements consisting of: a (g)PTP suffix; and a correction field value; a (g)PTP suffix; and a correction field value; determine information based on the one of the group of information elements where the determined information comprises a timestamp delta that indicates the difference between a timestamp provided by the one of the group of information elements and a timestamp provided by the wireless device; update the external time domain information to include the determined information; and convey the updated external time domain information to an end station.
Method for operating a dishwasher, in particular a household dishwasher, wherein at least items to be washed supported in an interior are subjected at least periodically to the action of heated fluid, wherein to heat the fluid air is first conducted through a drying material suitable for exothermic drying and then the air together with the heated fluid driven out of the drying material is conducted through an outlet opening, through which air together with the fluid driven out of the drying material enters the interior, wherein the outlet opening is cooled, wherein the cooling agent is circulated by means of a circulation pump to apply fluid to items to be washed, characterised in that the circulation pump is operated at a lower speed when the outlet opening is cooled than when fluid is applied to the items to be washed.
A fan module, characterized by comprising: two brackets, each of the brackets comprising a first assembling portion which is a slot formed on an edge of the bracket; a holder comprising a U-shaped body having two latching portions and a connecting portion connected between the latching portions and an opening located between the latching portions and the connecting portion, and two second assembling portions which are protruding shafts respectively disposed at the latching portions of the U-shaped body, wherein the connecting portion is configured to be bent due to resilient force of the U-shaped body, such that the latching portions are relatively away from each other to increase a diameter of the opening; and a fan placed into the U-shaped body through the opening and fixed to the holder by the latching portions due to the resilient force of the U-shaped body, the holder being disposed between the brackets, wherein the first assembling portions of the brackets are assembled to the second assembling portions of the U-shape body correspondingly, and the second assembling portions of the U-shape body are respectively placed into the first assembling portions of the bracket from the edge of the bracket directly. two brackets, each of the brackets comprising a first assembling portion which is a slot formed on an edge of the bracket; a holder comprising a U-shaped body having two latching portions and a connecting portion connected between the latching portions and an opening located between the latching portions and the connecting portion, and two second assembling portions which are protruding shafts respectively disposed at the latching portions of the U-shaped body, wherein the connecting portion is configured to be bent due to resilient force of the U-shaped body, such that the latching portions are relatively away from each other to increase a diameter of the opening; and a fan placed into the U-shaped body through the opening and fixed to the holder by the latching portions due to the resilient force of the U-shaped body, the holder being disposed between the brackets, wherein the first assembling portions of the brackets are assembled to the second assembling portions of the U-shape body correspondingly, and the second assembling portions of the U-shape body are respectively placed into the first assembling portions of the bracket from the edge of the bracket directly.
Radiator grille of a motor vehicle with an integrated lighting device comprising at least one light source, wherein said lighting device is located in the radiator grille, wherein said radiator grille further comprises a frame and within the latter several horizontally extending sections and several vertically extending sections, and wherein at least part of the frame and/or at least one of the horizontally extending sections and/or at least one of the vertically extending sections of the frame is formed with at least one cavity in which the lighting device is located, characterised in that said lighting device comprises a thick-wall light guide with a front end and a rear end (9") opposite to the front end, wherein the front end of the light guide is provided with a lens, wherein the rear end (9") of the light guide is provided with at least one light source, wherein said cavity is connected by means of a through-hole with the surrounding and wherein said first, front end of the light guide extends into said through-hole, wherein said lens is provided at the place of passing through the through-hole.
An elevator car for an elevator system comprising: at least one side wall; at least one movable panel forming at least a portion of the at least one side wall; wherein the at least one movable panel is movable between a maintenance position, in which the movable panel allows access to components (28, 30, 32) of the elevator system, and an operational position, in which the movable panel prevents access to said components (28, 30, 32), characterized in that the at least one movable panel comprises at least one handrail element, the handrail element including a locking mechanism which is configured to selectively lock the movable panel in the operational position; and the at least one movable panel is linearly movable between the operational position and the maintenance position; and/or the elevator car comprises at least one roller or wheel which is configured for supporting the at least one movable panel. at least one side wall; at least one movable panel forming at least a portion of the at least one side wall; wherein the at least one movable panel is movable between a maintenance position, in which the movable panel allows access to components (28, 30, 32) of the elevator system, and an operational position, in which the movable panel prevents access to said components (28, 30, 32), characterized in that the at least one movable panel comprises at least one handrail element, the handrail element including a locking mechanism which is configured to selectively lock the movable panel in the operational position; and the at least one movable panel is linearly movable between the operational position and the maintenance position; and/or the elevator car comprises at least one roller or wheel which is configured for supporting the at least one movable panel.
Parking brake device for motor vehicles, having at least one bistable control valve device, at least one relay valve, at least one pneumatic brake apparatus and at least one trailer control module, wherein the relay valve is controllable by means of the control valve device, and wherein at least the pneumatic brake apparatus is actuable by means of the relay valve, wherein at least one select-high valve is arranged upstream of the trailer control module in a line branch leading to the trailer control module, characterised in that the trailer control module is arranged downstream of the relay valve and in that at least one select-high valve is arranged upstream of the trailer control module in the line branch leading to the trailer control module.
A product carrying-out apparatus comprising: a pallet having a support member (31a1) supporting a product cut out of a plate-like metal workpiece and a skeleton as a remainder; a suction part (51a, 5) sucking the product supported on the support member (31a1) with suction pad parts and ascends; a touch plate moving between a separate position and a contact position with respect to the product sucked by the suction part (51a, 5); a vibrator vibrating the touch plate; and a controller configured to cause the suction part (51a, 5) to suck the product supported on the support member (31a1) with the suction pad parts and lift the same by a predetermined distance, and thereafter, cause the touch plate to come into contact with the product sucked by the suction part (51a, 5) and activate the vibrator for a predetermined time, characterized in that the touch plate is provided with openings to pass the suction pad parts that are at positions overlapping the touch plate. a pallet having a support member (31a1) supporting a product cut out of a plate-like metal workpiece and a skeleton as a remainder; a suction part (51a, 5) sucking the product supported on the support member (31a1) with suction pad parts and ascends; a touch plate moving between a separate position and a contact position with respect to the product sucked by the suction part (51a, 5); a vibrator vibrating the touch plate; and a controller configured to cause the suction part (51a, 5) to suck the product supported on the support member (31a1) with the suction pad parts and lift the same by a predetermined distance, and thereafter, cause the touch plate to come into contact with the product sucked by the suction part (51a, 5) and activate the vibrator for a predetermined time, characterized in that the touch plate is provided with openings to pass the suction pad parts that are at positions overlapping the touch plate.