mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling an orbit of a satellite in earth orbit and for unloading an angular momentum storage device of said satellite, said satellite comprising an articulated arm comprising at least three degrees of freedom, said articulated arm comprising a first end connected to a body of the satellite and a second end carrying a propulsion unit, said articulated arm being adapted to move said second end in a displacement volume included in a half-space demarcated by an orbit plane of the satellite when said satellite is in a mission attitude, said method comprising a control mode referred to as single-arm in that it uses only the propulsion unit carried by the articulated arm to control the orbit of the satellite and to unload the storage device, characterized in that said single-arm control mode uses a maneuver plan comprising only thrust maneuvers to be performed when the satellite is situated within an angular range of at most 180° centered on a predetermined node among the ascending node and the descending node of the orbit of the satellite, referred to as target node, said maneuver plan comprising at least one thrust maneuver referred to as upstream to be performed upstream of said target node, and one thrust maneuver referred to as downstream to be performed downstream of said target node, the upstream thrust maneuver being performed at least partly when the satellite is situated within an angular range between 40° and 60° upstream of the target node, and the downstream thrust maneuver being performed at least partly when the satellite is situated within an angular range between 40° and 60° downstream of the target node.
An air spring system, in particular for a commercial vehicle, having an air spring device which can be arranged in an interface region on a link, the air spring system being designed in such a way that, in the case of locking of the air spring device, an engagement element can be introduced into a receiving region, and, by way of an offset movement along an offset direction, the engagement element can be transferred from the receiving region into a positively locking region, in which the engagement element interacts in a positively locking manner with a positively locking element along a positively locking direction which differs from the offset direction, characterized in that the air spring system has an additional container which, in the mounted state, is arranged on a lower side of the link, which lower side faces away from the chassis, the additional container having a recess, in which, in the mounted state of the air spring system, the engagement element is arranged at least partially.
A sealing device attachable to an outer race in a bearing portion of an axle suspension apparatus for a motor vehicle and slidably brought into close contact with a rotation shaft, comprising: a mounting ring fixable to said outer race in accordance with a metal fitting; a rubber-like elastic body attached to said mounting ring; and a side lip slidably brought into close contact with an end face portion of said rotation shaft and provided in said rubber-like elastic body, wherein the sealing device further comprises: a flange portion provided in said mounting ring toward an outer side in a diametrical direction; and an end face seal portion constituted by a rubber-like elastic body attached to said flange portion and able to be brought into close contact with an end face portion of said outer race; characterized in that said end face seal portion is provided with a labyrinth seal positioned at an outer periphery of the side lip and adapted to form a small gap with respect to the end face portion of the rotation shaft so as to achieve a seal operation; and said labyrinth seal is arranged at an outer peripheral end portion of an annular portion arranged at an end face of said end face seal portion in the axial direction of said flange portion. a mounting ring fixable to said outer race in accordance with a metal fitting; a rubber-like elastic body attached to said mounting ring; and a side lip slidably brought into close contact with an end face portion of said rotation shaft and provided in said rubber-like elastic body, wherein the sealing device further comprises: a flange portion provided in said mounting ring toward an outer side in a diametrical direction; and an end face seal portion constituted by a rubber-like elastic body attached to said flange portion and able to be brought into close contact with an end face portion of said outer race; characterized in that said end face seal portion is provided with a labyrinth seal positioned at an outer periphery of the side lip and adapted to form a small gap with respect to the end face portion of the rotation shaft so as to achieve a seal operation; and said labyrinth seal is arranged at an outer peripheral end portion of an annular portion arranged at an end face of said end face seal portion in the axial direction of said flange portion. a flange portion provided in said mounting ring toward an outer side in a diametrical direction; and an end face seal portion constituted by a rubber-like elastic body attached to said flange portion and able to be brought into close contact with an end face portion of said outer race; characterized in that said end face seal portion is provided with a labyrinth seal positioned at an outer periphery of the side lip and adapted to form a small gap with respect to the end face portion of the rotation shaft so as to achieve a seal operation; and said labyrinth seal is arranged at an outer peripheral end portion of an annular portion arranged at an end face of said end face seal portion in the axial direction of said flange portion.
A method for binding carbon dioxide to an old building material, the old building material being old concrete or a product of old concrete, the method comprising the following successive steps: a) Provision of the old building material, b) Moisturising the old building material to a moisture content of 5 to 25% by weight, whereby the moisture only comprises volatile water, i.e. no water of crystallisation or water otherwise incorporated in the crystal structure, c) Introduction of the used building material into a carbon dioxide-containing gas stream and transport of the used building material in the gas stream for at least 1 s in an entrained-flow reactor, d) Separation of the old building material from the gas flow. a) Provision of the old building material, b) Moisturising the old building material to a moisture content of 5 to 25% by weight, whereby the moisture only comprises volatile water, i.e. no water of crystallisation or water otherwise incorporated in the crystal structure, c) Introduction of the used building material into a carbon dioxide-containing gas stream and transport of the used building material in the gas stream for at least 1 s in an entrained-flow reactor, d) Separation of the old building material from the gas flow.
A wind turbine blade for a wind turbine rotor comprising a hub from which the wind turbine blade extends when mounted to the hub, the wind turbine blade including a shell structure of a fibre-reinforced composite material comprising fibres embedded in a polymer matrix, the wind turbine blade extending in longitudinal direction and having a profiled contour including a pressure side and a suction side as well as a leading edge and a trailing edge said edges defining a chord plane therebetween, when seen in the longitudinal direction the profiled contour comprising a root region with a root end face, an airfoil region and optionally a transition region between root region and the airfoil region, the root region having a ring-shaped cross section with an outer surface and an inner surface, the root region comprising a plurality of elongated fastening members provided with fastening means and embedded mutually spaced apart in the fibre-reiforced polymer so as to substantially follow a circumference of the root region and allow access from the outside to the fastening means used for mounting the blade to the hub, the fastening members comprising an outer surface a first end arranged at the root end face and a second end opposite the first end thereof, characterised in that at least a number, and preferably all, of the elongated fastening members are provided with at least one notch in the periphery thereof, said notch having a notch wall, a first notch end and an opposite second notch end and that a rod-shaped locking element passes through said notch so as to at least subsantially engage at least a portion of the notch wall and so that a first portion of the rod-shaped locking element extends beyond the first notch end and a second portion of the rod-shaped locking element extends beyond the second notch end, the rod-shaped locking element being fixedly arranged and preferably tightly fitting in a circular bore having an axis and extending at least partly through the shell structure of the root region from the inner or outer surface thereof.
A food and beverage processing device, utilizing alternating magnetic flux and a magnetic coupling for rotation of a blade assembly, comprising: a base, comprising an electric motor or its stator and a first component (12, 20) of the magnetic coupling, a blending, crushing or mixing container comprising an assembly of blades or shoulders, which is connected with a lid of the container and a second component of the magnetic coupling, characterized in that the said container is adapted for stationing it with the lid facing down for working by a principle of a flipper-up bottle, in that the second component of the magnetic coupling is integrated into the lid in a separate chamber, wherein the separate chamber is hermetically sealed with respect to the inside of the container, and where the lid and the base are not bounded by any physical fixation mechanism, with the base comprising an utterly even surface. a base, comprising an electric motor or its stator and a first component (12, 20) of the magnetic coupling, a blending, crushing or mixing container comprising an assembly of blades or shoulders, which is connected with a lid of the container and a second component of the magnetic coupling, characterized in that the said container is adapted for stationing it with the lid facing down for working by a principle of a flipper-up bottle, in that the second component of the magnetic coupling is integrated into the lid in a separate chamber, wherein the separate chamber is hermetically sealed with respect to the inside of the container, and where the lid and the base are not bounded by any physical fixation mechanism, with the base comprising an utterly even surface.
A lithium-containing garnet crystal body which has a chemical composition represented by Li 7-x-y La 3 Zr 2-x-y Ta x Nb y O 12 (0≤x≤0.8, 0.2≤y≤1, and 0.2≤x+y≤1), belongs to a cubic system, and has a garnet-related structure, characterized in that the lithium-containing garnet crystal body is a single crystal and has a relative density of 99% or greater, the relative density being obtained by dividing the apparent density calculated from the measured mass of the lithium-containing garnet crystal body by the density obtained from an X-ray structure analysis of the single crystal, and the lithium ion conductivity of the lithium-containing garnet crystal body is equal to or greater than 1.0 x 10 -3 S/cm as measured at 25°C by an AC impedance method in an atmosphere of nitrogen.
Coated electrode comprising a central metal core being surrounded at least in part by an outer coating containing rutile and at least one lithium-based compound, said outer coating being free of sodium feldspar and potassium feldspar, characterized in that the electrode further comprises at least one inner coating arranged between the outer coating and the central metal core, said inner coating containing rutile and at least one sodium-based compound and/or at least one potassium-based compound, wherein the total proportion of Na and K in the outer coating is less than or equal to 0,14% by weight, expressed as a percentage by total weight of said outer coating, and in that the inner coating contains 0,8 to 2,5 % Li 2 O, expressed as a percentage by total weight in said inner coating.
A remote steering system, comprising: a steering device configured to control a traveling direction of a ship by at least adjusting an angle of a rudder; and a remote control device configured to remotely control the steering device, wherein the remote control device includes: an azimuth sensor configured to detect an oriented azimuth of the remote control device; and a controller communication unit configured to transmit, to the steering device, a change amount of the oriented azimuth from a heading of the ship, and wherein the steering device receives the change amount from the remote control device, and controls the traveling direction of the ship based on the change amount, wherein the steering device has an autopilot function to keep a specified course, and determines a course for the autopilot based on the change amount received from the remote control device. a steering device configured to control a traveling direction of a ship by at least adjusting an angle of a rudder; and a remote control device configured to remotely control the steering device, wherein the remote control device includes: an azimuth sensor configured to detect an oriented azimuth of the remote control device; and a controller communication unit configured to transmit, to the steering device, a change amount of the oriented azimuth from a heading of the ship, and an azimuth sensor configured to detect an oriented azimuth of the remote control device; and a controller communication unit configured to transmit, to the steering device, a change amount of the oriented azimuth from a heading of the ship, and wherein the steering device receives the change amount from the remote control device, and controls the traveling direction of the ship based on the change amount, wherein the steering device has an autopilot function to keep a specified course, and determines a course for the autopilot based on the change amount received from the remote control device.
A door hinge, especially for hollow profile frames, with a hinge receiving element for fastening in a hollow profile and an articulation part, which has an articulation arm mounted pivotably on bearing inserts about a rotation axis, wherein the bearing inserts of the articulation part are arranged in the hinge receiving element and are fixed thereon and wherein the hinge receiving element has a receiving space which receives the articulation arm on a closing movement of the door hinge, wherein the articulation arm has two legs (11, 11') aligned in a V-shaped manner to one another, wherein one leg is connected to the bearing inserts in a pivotably movable manner and wherein the other leg has a connection end which is able to be fastened on the narrow side of a door wing, wherein the bearing inserts in the mounted state lie against a side wall of the hinge receiving element and have a section which projects over the outer contour of the hinge receiving element, wherein the rotation axis of the articulation part is arranged in the projecting section of the bearing inserts, characterized in that the hinge receiving element has at least one adjustment screw for a lateral adjustment of the door wing, wherein the adjustment screw engages into a threaded bore of the hinge receiving element and has a screw head, which is connected in a form-fitting manner with an associated bearing insert of the articulation part.
A polyorganosiloxane-containing graft copolymer prepared by polymerizing 0.5 to 10 parts by weight of a vinyl monomer comprising 100 to 50 percent by weight of a polyfunctional monomer containing at least two polymerizable unsaturated bonds and 0 to 50 percent by weight of another copolymerizable monomer in the presence of 30 to 95 parts by weight of a polyorganosiloxane in a latex form prepared by emulsion polymerization of a linear or branched siloxane having a terminal group selected from a hydroxyl group, an amino group, and a hydrolyzable group using a graft-linking agent; and further polymerizing 5 to 70 parts by weight of a vinyl monomer (the sum of,, and being 100 parts by weight), wherein a radical initiator having a solubility to water of 0.5 g/100 g (20°C) or more is used in polymerizing the and/or the.
Use of a composition comprising - an aqueous solution of a weak organic acid, - a surfactant, preferably a nonionic surfactant, - a divalent metal ion containing catalyst, and - optionally a glycol ether containing solvent, for cleaning wet strength resin contamination from papermaking equipment, wherein the contamination is formed from use of wet strength resins in a papermaking process, wherein the wet strength resin is polyamide epichlorohydrin resin, by contacting the papermaking equipment with the composition. - an aqueous solution of a weak organic acid, - a surfactant, preferably a nonionic surfactant, - a divalent metal ion containing catalyst, and - optionally a glycol ether containing solvent, for cleaning wet strength resin contamination from papermaking equipment, wherein the contamination is formed from use of wet strength resins in a papermaking process, wherein the wet strength resin is polyamide epichlorohydrin resin, by contacting the papermaking equipment with the composition.
An LED, comprising: two or more LED chips (52, 152) on a surface of a submount (54, 154); a conversion material layer (56, 156) comprising at least first (56a, 156a) and second (56b, 156b) layers of different conversion materials, said first and second conversion material layers covering said two or more LED chips and at least a portion of said submount around said two or more LED chips, said at least first and second conversion material layers being arranged such that said first conversion material layer is closest to said two or more LED chips and has an emission spectrum that does not overlap with the excitation spectrum of said second conversion material layer; and an encapsulant (58, 158) over said two or more LED chips and said submount; characterised in that said first conversion material layer conformally coats said two or more LED chips and said second conversion material layer blanket covers said two or more LED chips and the areas of said submount surrounding said two or more LED chips, and fills gaps between said two or more LED chips, said second conversion material layer covering said first conversion material layer; and wherein said first conversion material layer comprises a layer of red emitting phosphor and said second conversion material layer comprises a layer of yellow/green emitting phosphor. two or more LED chips (52, 152) on a surface of a submount (54, 154); a conversion material layer (56, 156) comprising at least first (56a, 156a) and second (56b, 156b) layers of different conversion materials, said first and second conversion material layers covering said two or more LED chips and at least a portion of said submount around said two or more LED chips, said at least first and second conversion material layers being arranged such that said first conversion material layer is closest to said two or more LED chips and has an emission spectrum that does not overlap with the excitation spectrum of said second conversion material layer; and an encapsulant (58, 158) over said two or more LED chips and said submount; characterised in that said first conversion material layer conformally coats said two or more LED chips and said second conversion material layer blanket covers said two or more LED chips and the areas of said submount surrounding said two or more LED chips, and fills gaps between said two or more LED chips, said second conversion material layer covering said first conversion material layer; and wherein said first conversion material layer comprises a layer of red emitting phosphor and said second conversion material layer comprises a layer of yellow/green emitting phosphor.
Steering wheel for a motor vehicle, comprising: - a first control with a first display for displaying a main function alternative from at least two main function alternatives, comprising a first actuating device for cycling through the main function alternatives which can be displayed on the first display, and - a second control with a second display for displaying a subfunction alternative from at least two subfunction alternatives, comprising a second actuating device for cycling through the subfunction alternatives which can be displayed on the second display, wherein the subfunction alternatives which can be selected by the second control and displayed by the second display are preset as a function of the main function alternative displayed on the first display and actuated, characterised in that the actuation of the first control switches the first display from a currently displayed main function alternative to displaying a next main function alternative and the displayed main function alternative is then deemed to be selected and actuated without any further user action. - a first control with a first display for displaying a main function alternative from at least two main function alternatives, comprising a first actuating device for cycling through the main function alternatives which can be displayed on the first display, and - a second control with a second display for displaying a subfunction alternative from at least two subfunction alternatives, comprising a second actuating device for cycling through the subfunction alternatives which can be displayed on the second display,
A pivot pin for a planetary gear sliding bearing, the pivot pin having: - a portion forming a central shank extending around an axial passage of the pivot pin having an axis, and - axially opposed circumferential grooves (25a,25b), which are open laterally and which radially separate two axially opposed lateral end portions (230a,230b) of the central shank from two axially opposite lateral cantilevered portions (27a,27b) of the pivot pin, characterised in that at least one of the cantilevered lateral portions is hollowed out by at least one recess (65a,65b). - a portion forming a central shank extending around an axial passage of the pivot pin having an axis, and - axially opposed circumferential grooves (25a,25b), which are open laterally and which radially separate two axially opposed lateral end portions (230a,230b) of the central shank from two axially opposite lateral cantilevered portions (27a,27b) of the pivot pin,
A damper for a gas turbine combustion chamber, comprising - a damper volume wall defining a damper volume inside the damper volume wall, and - a main neck, o the main neck comprising a main neck wall defining a main neck volume inside the main neck wall, and o the main neck being associated with the damper volume for fluid communication between the damper volume and the gas turbine combustion chamber, - the damper further comprising a gap between the main neck wall and the damper volume wall; characterized in that the main neck is mechanically disconnected from the rest of the damper structure by the gap. - a damper volume wall defining a damper volume inside the damper volume wall, and - a main neck, o the main neck comprising a main neck wall defining a main neck volume inside the main neck wall, and o the main neck being associated with the damper volume for fluid communication between the damper volume and the gas turbine combustion chamber, o the main neck comprising a main neck wall defining a main neck volume inside the main neck wall, and o the main neck being associated with the damper volume for fluid communication between the damper volume and the gas turbine combustion chamber, - the damper further comprising a gap between the main neck wall and the damper volume wall;