mhurhangee/ep-ind-claims huggingface dataset:
Uprooting system for uprooting shrubbery from a ground, comprising: - a mobile frame; - an essentially loop-shaped transporter supported by the frame and defining an upward oriented path for carrying upward uprooted shrubbery, such as detached bushes and/or plants; and - a reciprocally moveable conveyor arranged at least partially within the transporter along a length of at most the upward oriented path and having shrubbery engaging elements extending aside of and/or through the transporter along the length of at most the upward oriented path to engage the shrubbery moving there along, wherein the transporter and the conveyor are coupled along the length of at most the upward oriented path, and at least one of the transporter and the conveyor comprises a side belt with articulated recesses, CHARACTERISED IN THAT the transporter and the conveyor both comprise at least one side belt with articulated recesses and transverse bars attached to the side belt in the recesses, wherein one of the transporter and the conveyor is wider than the other, and the transverse bars thereof define coupling elements which are accommodated in the recesses of the other of the transporter and the conveyor along the length of at most the upward oriented path. - a mobile frame; - an essentially loop-shaped transporter supported by the frame and defining an upward oriented path for carrying upward uprooted shrubbery, such as detached bushes and/or plants; and - a reciprocally moveable conveyor arranged at least partially within the transporter along a length of at most the upward oriented path and having shrubbery engaging elements extending aside of and/or through the transporter along the length of at most the upward oriented path to engage the shrubbery moving there along,
Method of loading a loading space of a vessel with dredging materials, wherein the method comprises a) loading a slurry comprising dredging materials and water into the loading space, and b) generating at least one pressure wave through the slurry inside the loading space to enhance the formation of a settled bed of the dredging materials, wherein the at least one pressure wave is generated by actuating a member which is movably arranged in the loading space to perform a reciprocating motion, wherein movement in a first direction is performed at least five times faster than movement in a second direction, the second direction being opposite the first direction. a) loading a slurry comprising dredging materials and water into the loading space, and b) generating at least one pressure wave through the slurry inside the loading space to enhance the formation of a settled bed of the dredging materials, wherein the at least one pressure wave is generated by actuating a member which is movably arranged in the loading space to perform a reciprocating motion, wherein movement in a first direction is performed at least five times faster than movement in a second direction, the second direction being opposite the first direction.
A filter, comprising: a top panel, a bottom panel, and two first side panels located between the top panel and the bottom panel, wherein the two first side panels, and parts that are of the top panel and the bottom panel and are located between the two first side panels form a first rectangular waveguide; and at least one diaphragm that has a metal surface and at least one window, wherein said at least one diaphragm is connected to both the top panel and the bottom panel and separates a cavity of the first rectangular waveguide into several cavity chambers that extend along an input/output direction of the first rectangular waveguide; wherein both of the two first side panels are adjustable side panels whose positions relative to said at least one diaphragm are adjustable. a top panel, a bottom panel, and two first side panels located between the top panel and the bottom panel, wherein the two first side panels, and parts that are of the top panel and the bottom panel and are located between the two first side panels form a first rectangular waveguide; and at least one diaphragm that has a metal surface and at least one window, wherein said at least one diaphragm is connected to both the top panel and the bottom panel and separates a cavity of the first rectangular waveguide into several cavity chambers that extend along an input/output direction of the first rectangular waveguide; wherein both of the two first side panels are adjustable side panels whose positions relative to said at least one diaphragm are adjustable.
A thick steel plate having good multipass weld joint CTOD characteristics with a crack tip opening displacement (CTOD) of 0.35 mm or more at the notch positions Coarse Grain Heat Affected Zone (CGHAZ) (bond) and Subcritically Reheated Heat Affected Zone/Intercritically Reheated Heat Affected Zone (SC/ICHAZ), as determined at a test temperature of -10°C in a test method conforming to BS standard EN10225, wherein the chemical composition of the steel plate comprises, on a mass percent basis: C: 0.03% to 0.12%, Si: 0.5% or less, Mn: 1.0% to 2.0%, P: 0.015% or less, S: 0.0005% to 0.0050%, Al: 0.005% to 0.060%, Ni: 0.5% to 2.0%, Ti: 0.005% to 0.030%, N: 0.0015% to 0.0065%, O: 0.0010% to 0.0050%, Ca: 0.0005% to 0.0060%, and optionally one or two or more of Cu: 0.05% to 2.0%, Cr: 0.05% to 0.30%, Mo: 0.05% to 0.30%, Nb: 0.005% to 0.035%, V: 0.01% to 0.10%, W: 0.01% to 0.50%, B: 0.0005% to 0.0020%, REM: 0.0020% to 0.0200%, and Mg: 0.0002% to 0.0060% so as to satisfy the formulae to, the remainder being Fe and incidental impurities, a base metal of the plate has an effective grain size of 20 μm or less at half the thickness of the plate, wherein the effective grain size is the equivalent circular diameter of a crystal grain surrounded by a high-angle grain boundary having an orientation difference of 15 degrees or more with respect to adjacent crystal grains, and the plate contains 25 to 250 /mm 2 of complex inclusions at 1/4 and 1/2 of the thickness of the plate, the complex inclusions being composed of a sulfide containing Ca and Mn and an oxide containing Al and having an equivalent circular diameter of 0.1 μm or more: 1.5 ≤ Ti / N ≤ 5.0 0.43 ≤ Ceq = C + Mn / 6 + Cu + Ni / 15 + Cr + Mo + V / 5 ≤ 0.54 0.18 ≤ Pcm = C + Si / 30 + Mn + Cu + Cr / 20 + Ni / 60 + Mo / 15 + V / 10 + 5 B ≤ 0.24 and 0.2 ≤ Ca − 0.18 + 130 * Ca * O / 1.25 * S ≤ 1.4 wherein alloying elements in the formulae to denote the corresponding contents (mass%).
Biphasic creatine nutraceutic composition, comprising: - a creatine fast-release component, and - a creatine slow-release component comprising creatine supported on magnesium hydroxide. - a creatine fast-release component, and - a creatine slow-release component comprising creatine supported on magnesium hydroxide.
Process for producing end-grained wood veneer edge banding adapted to be applied on at least a head portion of a panel of a furniture piece to simulate a solid-wood effect, comprising the steps of: a) providing a plurality of end-grained slices; b) cutting each of said plurality of end-grained slices so as to form a plurality of essentially bi-dimensional modular elements; c) coupling said plurality of modular elements to a first support layer to obtain a first intermediate member; d) coupling one or more second support layers with said modular elements arranged according a linear succession, on a side opposite to the side where said first support layer is disposed; e) removing with a tool said first support layer together with a surface layer of the material forming said modular elements; characterized in that between said step c) and said step d), a step c') of smoothing said first intermediate member on the side of said modular elements which is not coupled with said first support layer is provided. a) providing a plurality of end-grained slices; b) cutting each of said plurality of end-grained slices so as to form a plurality of essentially bi-dimensional modular elements; c) coupling said plurality of modular elements to a first support layer to obtain a first intermediate member; d) coupling one or more second support layers with said modular elements arranged according a linear succession, on a side opposite to the side where said first support layer is disposed; e) removing with a tool said first support layer together with a surface layer of the material forming said modular elements;
A His-tag binding compound, represented by the structure of formula X: wherein R 1 is azide, amine, C 2 -C 6 alkynyl, thioester, disulfide, maleimide, biotin, carboxyl, thiol, triazole, alkylamide, carbamate, or R 1 is selected from: wherein R 2 is hydrogen, substituted or unsubstituted linear or branched C 1 -C 12 alkyl, substituted or unsubstituted linear or branched C 1 -C 12 arylalkyl or benzyl; each of L 4, L 4 ', and L 4 " is independently -(CH 2) n -NHCO-(CH 2) m -O-(CH 2) l -, and n, m and 1 are each independently an integer between 1 and 6; M is a metal ion; and NTA is nitrilotriacetic acid. R 2 is hydrogen, substituted or unsubstituted linear or branched C 1 -C 12 alkyl, substituted or unsubstituted linear or branched C 1 -C 12 arylalkyl or benzyl; each of L 4, L 4 ', and L 4 " is independently -(CH 2) n -NHCO-(CH 2) m -O-(CH 2) l -, and n, m and 1 are each independently an integer between 1 and 6; M is a metal ion; and NTA is nitrilotriacetic acid.
Cooking appliance having at least one heatable cooking chamber and at least one antenna device which has at least one antenna unit for transmitting high-frequency radiation into the cooking chamber and/or receiving high-frequency radiation from the cooking chamber, the antenna unit comprising at least one transmitting/receiving element and at least one conductor (13, 23) connected to the transmitting/receiving element, the conductor (13, 23) being connected to at least one device component in a thermally conductive manner by at least one heat-conducting element in order to increase a surface that effectively transfers heat, such that heat can be conducted from the conductor (13, 23) via the heat-conducting element to the device component, characterised in that the conductor (13, 23) is interrupted by at least one thermal insulation device, in that the interruption is capacitively bridged by means of a coupling device such that signals and/or power can be transmitted via the interrupted conductor (13, 23), in that, in the region of the insulation device, one end of the interrupted conductor (13, 23) is enclosed by an insulation layer, and in that the insulation layer is enclosed by an electrically conductive coupling sleeve, to which another end of the interrupted conductor (13, 23) is connected.
A blower comprising: a blade having an outer circumferential edge having a recessed warp in a rotational direction, and an annular bellmouth covering the circumference of the blade at an air outlet side, wherein a surface portion of the bellmouth facing a face composed of a rotational trajectory of the outer circumferential edge has a first upstream expanding portion formed in a shape of a convex, facing an upstream direction of a rotation shaft and extending upstream from a minimum inner diameter position and a second upstream expanding portion formed in a shape of a concave, facing the upstream direction of the rotation shaft, being continuous with and extending from the first upstream expanding portion, and characterized in that a transition portion between the first upstream expanding portion and the second upstream expanding portion is located downstream of a maximum warpage position on the outer circumferential edge of the blade. a blade having an outer circumferential edge having a recessed warp in a rotational direction, and an annular bellmouth covering the circumference of the blade at an air outlet side, wherein a surface portion of the bellmouth facing a face composed of a rotational trajectory of the outer circumferential edge has a first upstream expanding portion formed in a shape of a convex, facing an upstream direction of a rotation shaft and extending upstream from a minimum inner diameter position and a second upstream expanding portion formed in a shape of a concave, facing the upstream direction of the rotation shaft, being continuous with and extending from the first upstream expanding portion, and characterized in that a transition portion between the first upstream expanding portion and the second upstream expanding portion is located downstream of a maximum warpage position on the outer circumferential edge of the blade.
An apparatus for positioning, holding and moving a formed adhesive element for attachment to a bonding part, the apparatus comprising: a matrix plate having at least one aperture for receiving the formed adhesive element; a formed adhesive element hopper operatively associated with said matrix plate, one of said matrix plate and said hopper being movable with respect to the other; and an ejector system for ejecting the formed adhesive element from said at least one aperture, characterized by a support table, wherein said matrix plate is operatively associated with said support table, and wherein the ejector system includes an ejector body having a vacuum chamber formed therein and a movable lifting body associated with said ejector body having an air inlet associated with said vacuum chamber said lifting body having attached thereto an inlet shut off shaft at least partially positionable within said air inlet of said ejector body. a matrix plate having at least one aperture for receiving the formed adhesive element; a formed adhesive element hopper operatively associated with said matrix plate, one of said matrix plate and said hopper being movable with respect to the other; and an ejector system for ejecting the formed adhesive element from said at least one aperture,
A system of an aircraft, the system comprising: a compressed air source operable to supply compressed air; a first engine system comprising a first gas turbine engine, a first air turbine starter, a first starter air valve, and a first controller operable to command the first starter air valve to control delivery of the compressed air to the first air turbine starter during motoring of the first gas turbine engine; a second engine system comprising a second gas turbine engine, a second air turbine starter, a second starter air valve, and a second controller operable to command the second starter air valve to control delivery of the compressed air to the second air turbine starter during motoring of the second gas turbine engine; and at least one engine control interface (105A, 105B) operable to coordinate control of the first starter air valve through the first controller and the second starter air valve through the second controller to alternate use of the compressed air between the first air turbine starter and the second air turbine starter while maintaining a starting spool speed of the first gas turbine engine and the second gas turbine engine below a resonance speed during motoring, wherein the at least one engine control interface (105A, 105B) coordinates control by commanding intermittent acceleration and deceleration of the starting spool of the first gas turbine engine and the second gas turbine engine in an alternating sequence during motoring. a compressed air source operable to supply compressed air; a first engine system comprising a first gas turbine engine, a first air turbine starter, a first starter air valve, and a first controller operable to command the first starter air valve to control delivery of the compressed air to the first air turbine starter during motoring of the first gas turbine engine; a second engine system comprising a second gas turbine engine, a second air turbine starter, a second starter air valve, and a second controller operable to command the second starter air valve to control delivery of the compressed air to the second air turbine starter during motoring of the second gas turbine engine; and at least one engine control interface (105A, 105B) operable to coordinate control of the first starter air valve through the first controller and the second starter air valve through the second controller to alternate use of the compressed air between the first air turbine starter and the second air turbine starter while maintaining a starting spool speed of the first gas turbine engine and the second gas turbine engine below a resonance speed during motoring, wherein the at least one engine control interface (105A, 105B) coordinates control by commanding intermittent acceleration and deceleration of the starting spool of the first gas turbine engine and the second gas turbine engine in an alternating sequence during motoring.
Rosette fitting for a key or lock cylinder opening or for handles on doors or windows, comprising a substructure part that can be mounted against a door leaf or window sash and has an outer peripheral groove, and comprising a cover rosette that has an inner peripheral groove, and comprising a metal holding element that is not continuous in the peripheral direction, has a peripheral shape that deviates from the circular shape, and is accommodated between the substructure part and the cover rosette in the assembled state and in this case rests with its inner periphery against the substructure part in regions and with its outer periphery against the cover rosette in regions, the holding element being a snap ring, and it being possible to clip the snap ring into the outer peripheral groove of the substructure part with slight widening or spreading, and it being possible to push the cover rosette onto the substructure part orthogonally with respect to its mounting plane and the snap ring being displaceable radially inward and then snapping radially outward into the inner peripheral groove of the cover rosette with elastic widening, or it being possible to clip the snap ring into the inner peripheral groove of the cover rosette with slight compression, and it being possible to push the cover rosette onto the substructure part orthogonally with respect to its mounting plane, and the snap ring being displaceable radially outward with slight widening and then snapping radially inward into the outer peripheral groove of the substructure part with elastic contraction, characterized in that the snap ring is accommodated between the substructure part and the cover rosette without a free end of the snap ring hooking into the substructure part and/or without a free end of the snap ring hooking into the cover rosette.
A method of communication at a wireless device, comprising: identifying a first set of narrowband tones for wireless communications on a first wireless communications network; and identifying a first group of tones from the first set of narrowband tones that support higher power transmissions than a second group of tones of the first set of narrowband tones, the identification of the first group of tones based at least in part on an interference level indicating a degree to which the first group of tones causes interference on a set of wideband tones for wireless communications on a second wireless communications network; wherein the first set of narrowband tones comprises a first plurality of tones having a first frequency spacing between adjacent tones in a first available uplink/downlink bandwidth of the first wireless communications network, the set of wideband tones comprises a second plurality of tones having a second frequency spacing between adjacent tones in a second available uplink/downlink bandwidth of the second wireless communications network; characterised in that wherein the second frequency spacing is an integer multiple of the first frequency spacing; and wherein a spacing between frequency carriers of the first wireless communications network and the second wireless communications network is the integer multiple of the first frequency spacing. identifying a first set of narrowband tones for wireless communications on a first wireless communications network; and identifying a first group of tones from the first set of narrowband tones that support higher power transmissions than a second group of tones of the first set of narrowband tones, the identification of the first group of tones based at least in part on an interference level indicating a degree to which the first group of tones causes interference on a set of wideband tones for wireless communications on a second wireless communications network; wherein the first set of narrowband tones comprises a first plurality of tones having a first frequency spacing between adjacent tones in a first available uplink/downlink bandwidth of the first wireless communications network, the set of wideband tones comprises a second plurality of tones having a second frequency spacing between adjacent tones in a second available uplink/downlink bandwidth of the second wireless communications network; characterised in that wherein the second frequency spacing is an integer multiple of the first frequency spacing; and wherein a spacing between frequency carriers of the first wireless communications network and the second wireless communications network is the integer multiple of the first frequency spacing.
Energy storage device comprising an electrode assembly, a case configured to store the electrode assembly, at least one upper spacer and at least one inner gasket (120, 130), characterized in that the upper spacer comprises at least one breakthrough and the inner gasket (120, 130) comprises at least one protruding part whereat the at least one protruding part of the inner gasket (120, 130) is insertable into the at least one breakthrough of the upper spacer in a way that the inner gasket (120, 130) and the upper spacer are connected tight, or characterized in that the upper spacer and the inner gasket (120, 130) are formed as one single component.
A cooling device for an internal combustion engine, comprising: a cooling-water flow path (16, 17, 18) through which a cooling water of the internal combustion engine flows; a flow rate control valve regulating a flow rate of the cooling water in the cooling-water flow path (16, 17, 18); and a closed position learning device learning a flow-path closed position which is an operated position of the flow rate control valve when closing the cooling-water flow path (16, 17, 18), characterized in that the closed position learning device uses, as a determination parameter, at least one of a temperature of the cooling water, a pressure of the cooling water, a flow rate of the cooling water, and a rotation speed of a water pump circulating the cooling water; wherein the closed position learning device learns, as the flow-path closed position, an operated position of the flow rate control valve immediately before the determination parameter starts to vary during changing of the operated position of the flow rate control valve in an opening direction of the cooling-water flow path (16, 17, 18) from a state where the cooling-water flow path (16, 17, 18) is closed. a cooling-water flow path (16, 17, 18) through which a cooling water of the internal combustion engine flows; a flow rate control valve regulating a flow rate of the cooling water in the cooling-water flow path (16, 17, 18); and a closed position learning device learning a flow-path closed position which is an operated position of the flow rate control valve when closing the cooling-water flow path (16, 17, 18), characterized in that the closed position learning device uses, as a determination parameter, at least one of a temperature of the cooling water, a pressure of the cooling water, a flow rate of the cooling water, and a rotation speed of a water pump circulating the cooling water; wherein the closed position learning device learns, as the flow-path closed position, an operated position of the flow rate control valve immediately before the determination parameter starts to vary during changing of the operated position of the flow rate control valve in an opening direction of the cooling-water flow path (16, 17, 18) from a state where the cooling-water flow path (16, 17, 18) is closed.