mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine power generating apparatus, comprising: a nacelle supported on a tower; a rotor which includes a blade for receiving wind power, the rotor being configured to rotate upon receiving wind at the blade; a rotor shaft coupled to the rotor and supported rotatably on the nacelle; a generator configured to generate electric power from rotational force of the rotor shaft; the wind turbine power generating apparatus being characterized in that it comprises at least two rigidity-enhancing parts disposed on an inner circumferential surface or an outer circumferential surface of the rotor shaft, at an interval which is set so as to correspond to a frequency of oscillation caused during operation of the generator, or oscillation caused during operation of a drivetrain for transmitting the rotational force of the rotor shaft to the generator in a case where the drivetrain is provided, the at least two rigidity-enhancing parts being arranged in a propagating direction of the oscillation. a nacelle supported on a tower; a rotor which includes a blade for receiving wind power, the rotor being configured to rotate upon receiving wind at the blade; a rotor shaft coupled to the rotor and supported rotatably on the nacelle; a generator configured to generate electric power from rotational force of the rotor shaft; the wind turbine power generating apparatus being characterized in that it comprises at least two rigidity-enhancing parts disposed on an inner circumferential surface or an outer circumferential surface of the rotor shaft, at an interval which is set so as to correspond to a frequency of oscillation caused during operation of the generator, or oscillation caused during operation of a drivetrain for transmitting the rotational force of the rotor shaft to the generator in a case where the drivetrain is provided, the at least two rigidity-enhancing parts being arranged in a propagating direction of the oscillation.
Method for reacting one or more hydrocarbons by steam cracking, in which one or more input streams containing the one or more hydrocarbons are conducted, obtaining one or more product streams, through one or more radiation zones of one or more cracker furnaces, in which the one or more radiation zones are heated by firing heating gas with combustion air, in which at least a portion of the combustion air is subjected to combustion air preheating, in which steam (S, T) is produced from feed water, and in which the feed water is subjected to feed water preheating in one or more convection zones of the one or more cracker furnaces, characterized in that the combustion air preheating is carried out at least in part and/or at least temporarily using heat withdrawn from at least a portion of the feed water upstream of the feed water preheating.
A system for continuous adsorption of a given gas species from a flowing mixture of gas species, comprising: a) a housing having first and second end plates disposed at opposite ends thereof, wherein at least one of said first and second end plates includes a plurality of ports (128a-d) for entrance and exit of said flowing mixture of gas species and for entrance and exit of at least one flowing regenerative gas species; b) a reversibly adsorptive medium rotatably disposed within said housing between said first and second end plates; and c) a rotator (134, 135) for rotating said reversibly adsorptive medium into and out of selective communication with said entrance and exit ports for said at least one flowing regenerative gas species and said entrance and exit ports for said flowing mixture of gas species; characterized in that said plurality of ports (128a-d) for entrance and exit of said flowing mixture of gas species and for entrance and exit of said flowing regenerative gas species are all disposed in said first end plate and wherein said second end plate is formed to cause flows of said mixture of gas species and flows of said regenerative gas species to be returned to said first end plate through said medium. a) a housing having first and second end plates disposed at opposite ends thereof, wherein at least one of said first and second end plates includes a plurality of ports (128a-d) for entrance and exit of said flowing mixture of gas species and for entrance and exit of at least one flowing regenerative gas species; b) a reversibly adsorptive medium rotatably disposed within said housing between said first and second end plates; and c) a rotator (134, 135) for rotating said reversibly adsorptive medium into and out of selective communication with said entrance and exit ports for said at least one flowing regenerative gas species and said entrance and exit ports for said flowing mixture of gas species; characterized in that
A composition comprising a binder which consists at least partially of an inorganic phosphatic binder and active oxide, hydroxide or oxide hydroxide fillers from the group of aluminium, titanium, zirconium, zinc, tin, cerium or iron, wherein said fillers have a specific BET surface area from 120 m 2 /g to 250 m 2 /g and an oxidic, hydroxidic or oxyhydroxidic surface, wherein the composition contains from 5 to 40% by weight of inorganic phosphatic binder, from 15 to 30% by weight of water and from 30 to 80% by weight of active fillers.
Assemblable container, comprising a lower platform, an assembly frame, and a side cover, the underside of the platform having corner support legs and middle support legs (5,6), and the assembly frame having stiles that can be fitted and engaged into the corner support legs of the platform, wherein the support legs (4, 5, 6) of the platform are hollow and nestable into one another, enabling the platforms to be stacked, and are closed on their bottom base and open on their top base, characterized in that the assembly frame has cross beams that run between the stiles, said cross beams comprising two intermediate cross beams situated on two facing sides of the container and two upper cross beams facing and parallel to one another on the remaining two sides of the container, all of which are mounted by their ends between facing housings in consecutive stiles, wherein the housings of the upper cross beams are cut from the top end section of said stiles; and in that the support legs (4, 5, 6) of the platform have structures on their bottom base for support on top of the stiles and upper cross beams, so that two or more containers can be stacked, the outside of the bottom of each of the corner support legs of the platform having a step that fits onto the top end of the stiles of another container, and the outside of the bottom of the middle support legs situated on the sides of the container where the upper cross beams are located having a groove that can be coupled onto the edge of the upper cross beams of another container.
Pipe connector (1, 100) for connecting furniture pipes, comprising: - a node base (2, 102) which is to be arranged between the furniture pipes, - at least one connecting stub (3, 103) which is securely connected to the node base and which is designed for attachment of a pipe section (30, 130) of in each case one of the furniture pipes, wherein each of the connecting stubs (3, 103) - has at least one latching element (4, 104) for establishing a latched connection to a counter-element (31, 131) of the respective pipe section (30, 130), and - the latching element (4, 104) is elastically biased into a position for latching, wherein each pipe section (30, 130) has at least one inwardly extending counter-element (31, 131) for latching with the latching element (4, 104), characterized in that the latching element (4, 104) is arranged such as to be able to rotate about an axis of rotation and/or at least one spring element (5, 105) is provided for biasing the latching element (4, 104). - a node base (2, 102) which is to be arranged between the furniture pipes, - at least one connecting stub (3, 103) which is securely connected to the node base and which is designed for attachment of a pipe section (30, 130) of in each case one of the furniture pipes, wherein each of the connecting stubs (3, 103) - has at least one latching element (4, 104) for establishing a latched connection to a counter-element (31, 131) of the respective pipe section (30, 130), and - the latching element (4, 104) is elastically biased into a position for latching,
A micro-electro-mechanical switch device, comprising: a substrate having a plurality of gate connections, a plurality of source connections and a plurality of drain connections, and a plurality of switch structures (820, 820A, 820B, 820C) coupled to the substrate, comprising: a plurality of beam members (826, 826A), each having a length sufficient to overhang a respective gate connection and a respective drain connection; an anchor coupling the switch structure to the substrate, the anchor having a width, and a plurality of hinges (823, 823A) coupling a respective one of the plurality of beam members to the anchor at a respective position along the anchor's length, each of the hinges flexing in response to a charge differential established between a respective one of the gate and the beam member, characterised in that each individual beam of the plurality of beams is connected to an adjacent beam by a cross connection member (824, 824A) that forms an open slotted region that separates the adjacent beams from one another. a substrate having a plurality of gate connections, a plurality of source connections and a plurality of drain connections, and a plurality of switch structures (820, 820A, 820B, 820C) coupled to the substrate, comprising: a plurality of beam members (826, 826A), each having a length sufficient to overhang a respective gate connection and a respective drain connection; an anchor coupling the switch structure to the substrate, the anchor having a width, and a plurality of hinges (823, 823A) coupling a respective one of the plurality of beam members to the anchor at a respective position along the anchor's length, each of the hinges flexing in response to a charge differential established between a respective one of the gate and the beam member, characterised in that each individual beam of the plurality of beams is connected to an adjacent beam by a cross connection member (824, 824A) that forms an open slotted region that separates the adjacent beams from one another.
A method for operating a device powered by a battery comprising the following steps of, performed by a processing unit of the device: determining (a) that a notification is to be outputted through a user interface of the device during an unavailability time period, comprising estimating a remaining battery lifetime and a remaining duration of said unavailability time period; if the remaining battery lifetime is greater than the remaining duration of said unavailability time period, postponing (b) outputting said notification until after the occurrence of an event indicative of the availability of a user of the device. determining (a) that a notification is to be outputted through a user interface of the device during an unavailability time period, comprising estimating a remaining battery lifetime and a remaining duration of said unavailability time period; if the remaining battery lifetime is greater than the remaining duration of said unavailability time period, postponing (b) outputting said notification until after the occurrence of an event indicative of the availability of a user of the device.
An infotainment assembly for a vehicle, comprising - a vehicle communication controller (11;31), the vehicle communication controller (11; 31) comprising - a bus connection for connecting a serial bus of the vehicle, - a message processing unit, - a remote messaging interface for sending out messages using a one-way protocol, - a multimedia controller (12; 32) that is connected to the vehicle communication controller (11; 31) via an interchip communication bus, the multimedia controller comprising - a display connection for connecting a display device of the vehicle, - a message receiver for receiving messages according to the one-way protocol, - a computer readable memory with an operating system, the operating system providing multiple boot phases for the multimedia controller, wherein graphics drivers of the operating system for controlling the display device are loaded in a later boot phase of the operating system, - a message handler unit for activating a backlight of the display device in response to a power state message received from the message receiver, the power state message indicating a powered on state of a vehicle electronics, the message handler unit being operative during an earlier boot phase of the operating system, the earlier boot phase preceding the later boot phase, and for ensuring that the graphics driver is called after the back light of a display screen that has a back light is turned on. - a vehicle communication controller (11;31), the vehicle communication controller (11; 31) comprising - a bus connection for connecting a serial bus of the vehicle, - a message processing unit, - a remote messaging interface for sending out messages using a one-way protocol, - a multimedia controller (12; 32) that is connected to the vehicle communication controller (11; 31) via an interchip communication bus, the multimedia controller comprising - a display connection for connecting a display device of the vehicle, - a message receiver for receiving messages according to the one-way protocol, - a computer readable memory with an operating system, the operating system providing multiple boot phases for the multimedia controller, wherein graphics drivers of the operating system for controlling the display device are loaded in a later boot phase of the operating system, - a message handler unit for activating a backlight of the display device in response to a power state message received from the message receiver, the power state message indicating a powered on state of a vehicle electronics, the message handler unit being operative during an earlier boot phase of the operating system, the earlier boot phase preceding the later boot phase, and for ensuring that the graphics driver is called after the back light of a display screen that has a back light is turned on.
A dual broadband antenna system for vehicles, the antenna system comprising: first and second radiating elements (1,2) and a common ground plane for the first and second radiating elements (1,2), the ground plane comprising at least three planes, wherein a first and a second planes (4,5) are substantially parallel to each other, and wherein a third plane is connected with the first and second planes (4,5) and it is transversally arranged with respect to the first and second planes (4,5), and wherein the first and second planes (4,5) extend from the third plane in opposite directions, wherein the first and second radiating elements (1,2) are co-planar respectively with the first and second planes (4,5) of the ground plane, and wherein the antenna system further comprises first and second feeding points (9,10), respectively connected with the first and second radiating elements (1,2), characterized in that the first and second radiating elements (1,2) are partially surrounded respectively by the ground plane on the first plane and the ground plane on the second plane. first and second radiating elements (1,2) and a common ground plane for the first and second radiating elements (1,2), the ground plane comprising at least three planes, wherein a first and a second planes (4,5) are substantially parallel to each other, and wherein a third plane is connected with the first and second planes (4,5) and it is transversally arranged with respect to the first and second planes (4,5), and wherein the first and second planes (4,5) extend from the third plane in opposite directions, wherein the first and second radiating elements (1,2) are co-planar respectively with the first and second planes (4,5) of the ground plane, and wherein the antenna system further comprises first and second feeding points (9,10), respectively connected with the first and second radiating elements (1,2), characterized in that the first and second radiating elements (1,2) are partially surrounded respectively by the ground plane on the first plane and the ground plane on the second plane.
An adhesive composition comprising a block copolymer composition, the block copolymer composition comprising: a block copolymer (a) formed from at least two polymer blocks composed mainly of a monoalkenyl aromatic compound and at least one polymer block composed mainly of a conjugated diene compound and a block copolymer (b) formed from at least one polymer block composed mainly of a monoalkenyl aromatic compound and at least one polymer block composed mainly of a conjugated diene compound, wherein the block copolymer (a) has a peak molecular weight of 60,000 to 110,000 in terms of standard polystyrene as measured by GPC, the polymer block composed mainly of a monoalkenyl aromatic compound, which constitutes the block copolymer composition, has a peak molecular weight of 10,000 to 30,000 and a molecular weight distribution Mw/Mn of 1.0 to 1.2, the peak molecular weight and Mw/Mn being measured by GPC according to the description, the block copolymer composition has a total monoalkenyl aromatic compound content within the range of more than 40% by weight to less than 50% by weight, the block copolymer composition has a content of the block copolymer (b) of 50 to 90% by weight, the conjugated diene unit in the block copolymer composition has a vinyl bond content of less than 20%, and the block copolymer composition has a viscosity in a 15% toluene solution of 10 to 40 mPa s (cP) at 25°C. a block copolymer (a) formed from at least two polymer blocks composed mainly of a monoalkenyl aromatic compound and at least one polymer block composed mainly of a conjugated diene compound and a block copolymer (b) formed from at least one polymer block composed mainly of a monoalkenyl aromatic compound and at least one polymer block composed mainly of a conjugated diene compound, wherein the block copolymer (a) has a peak molecular weight of 60,000 to 110,000 in terms of standard polystyrene as measured by GPC, the polymer block composed mainly of a monoalkenyl aromatic compound, which constitutes the block copolymer composition, has a peak molecular weight of 10,000 to 30,000 and a molecular weight distribution Mw/Mn of 1.0 to 1.2, the peak molecular weight and Mw/Mn being measured by GPC according to the description, the block copolymer composition has a total monoalkenyl aromatic compound content within the range of more than 40% by weight to less than 50% by weight, the block copolymer composition has a content of the block copolymer (b) of 50 to 90% by weight, the conjugated diene unit in the block copolymer composition has a vinyl bond content of less than 20%, and the block copolymer composition has a viscosity in a 15% toluene solution of 10 to 40 mPa s (cP) at 25°C.
A catheter comprising a proximal end, a distal end and a pair of electrodes (12a, 12b) spaced apart between said proximal and distal ends; and a catheter guide, characterised in that the catheter guide comprises: i) a first positioning indicator, configured to be visible by direct oral examination at the posterior wall of the oropharynx and distal to the pair of electrodes to indicate if the catheter position needs adjusting in the patient; and ii) a second positioning indicator configured to be visible by direct oral examination at the posterior wall of the oropharynx and proximate the first positioning indicator to confirm the electrodes of the catheter are positioned correctly at C3:C4 junction of the vertebrae. i) a first positioning indicator, configured to be visible by direct oral examination at the posterior wall of the oropharynx and distal to the pair of electrodes to indicate if the catheter position needs adjusting in the patient; and ii) a second positioning indicator configured to be visible by direct oral examination at the posterior wall of the oropharynx and proximate the first positioning indicator to confirm the electrodes of the catheter are positioned correctly at C3:C4 junction of the vertebrae.
Rotor flight vehicle comprising a first rotor, a power unit, a transmission from the power unit to the first rotor, wherein said transmission comprises at least one belt, a group of rotational axes (Y-Y, X-X, Z-Z) that defines axes that axles are rotating around, at least one power output axle connected to the power unit and at least one rotor axle connected to said first rotor, the belt being an endless belt having a length and a width, the belt is applied to both the power output axle and the rotor axle the power output axle is concentric with a rotational axis (X-X) being part of the group of rotational axes, and transmits power from the power output axle to the rotor axle, the rotor axle is concentric with a rotational axis (Y-Y) being part of the group of rotational axes, characterised in that the at least one power output axle and at least one rotor axle relate to each other such that the angle between them is in the range of 80-100 degrees, preferably essentially 90 degrees, wherein the belt as applied in the transmission has a torsion of 80 -100 degrees, preferably essentially 90 degrees, in the belt's transition between the at least one power output axle and at least one rotor axle, wherein the power output axle comprises two transmission pulleys (9aa, 9bb, 60a, 60b), further are comprised two transmission pulleys (8aa, 8bb, 80a, 80b) to the at least one rotor axle, wherein the belt extend from the power output axle around the first transmission pulley (8aa, 80a) and runs back around the power output axle and back to the second transmission pulley (8bb, 80b), before returning back to the power output axle, such that the first transmission pulley (8aa, 80a) and the second transmission pulley (8bb, 80b) rotates in the opposite direction and only the first transmission pulley (8aa, 80a) powers the rotation of the rotor axle, preferably the first of the transmission pulleys (8aa, 80a) of the rotor axle has a one-way bearing attachment, such as a sprag clutch, and the second transmission pulley (8bb, 80b) has a two way rotational bearing attachment to the rotor axle.
Loading system comprising a tilting station and comprising a stacking frame, in particular for loading structural elements of a scaffold, wherein the stacking frame comprises a first placement surface for loading parts and a first laying surface for loading parts that is arranged at least approximately at a right-angle to said first placement surface, and wherein the tilting station comprises a second placement surface for the stacking frame and a second laying surface for the stacking frame that is arranged at least approximately at a right-angle to said second placement surface, wherein the stacking frame can be inserted in the tilting station such that the placement surfaces (31, 11) and laying surfaces (32, 12) are oriented at least approximately in parallel to one another in pairs, and wherein the tilting station further comprises a fixed base frame and an L-shaped tilting element, wherein the tilting element is fastened to the base frame so as to be rotatable about an axis by means of an actuator such that the tilting element can be rotated by approximately 90° from a loading position into an unloading position, wherein the placement surfaces are approximately horizontal in the loading position and the laying surfaces are approximately horizontal in the unloading position, and, for this purpose, the base frame comprises struts which act substantially in the vertical direction.