mhurhangee/ep-ind-claims huggingface dataset:
Agricultural machine, in particular hay making machine, comprising a carrying frame having an undercarriage, at which carrying frame respective left and right side frame sections which are opposite to each other at the carrying frame and carry tools are adjustable by at least one hydraulic cylinder (ZL, ZR) between a lower working position toward each other into an upper transport position, in which transport position components moving with both side frame sections overlap each other, and a hydraulic circuit connected with at least one control valve, within which hydraulic circuit working lines (30L, 30R) extend to sides (31L, 31R) of the hydraulic cylinders (ZL, ZR) which sides are hydraulically actuable for folding the left and right side frame sections upwardly, characterised in that the hydraulic circuit contains a flow divider between the control valve and both working lines (30L, 30R), the flow divider dividing a volume flow with a ratio of 50:50 into the working lines (30L, 30R), the volume flow being supplied by the control valve to the actuable sides (31L, 31R), and that at least one pressure accumulator is connected with one working line (30L or 30R), the accumulation volume of the pressure accumulator being emptied prior to folding the side frame sections upwardly.
A computer-implemented method for computing a three-dimensional - 3D - model of an object, the method comprising: determining (506, 602, 704), based on data (112, 114) received from at least one motion sensor of a mobile device, a translation and rotation of the mobile device from a reference position to a second position; and computing (508, 604), by applying a bundle-adjustment technique, a 3D model of an object based on feature points of a first image of the object corresponding to a first view of the object from the reference position of the mobile device, based further on feature points of a second image of the object corresponding to a second view of the object from the second position of the mobile device, and based further on the determined translation and rotation of the mobile device, wherein the bundle adjustment technique includes constraining an estimated position and orientation of a camera of the mobile device for the capturing of the second image to be equal to an estimated position and orientation of the camera of the mobile device for the capture of the first image adjusted by the determined translation and rotation of the mobile device. determining (506, 602, 704), based on data (112, 114) received from at least one motion sensor of a mobile device, a translation and rotation of the mobile device from a reference position to a second position; and computing (508, 604), by applying a bundle-adjustment technique, a 3D model of an object based on feature points of a first image of the object corresponding to a first view of the object from the reference position of the mobile device, based further on feature points of a second image of the object corresponding to a second view of the object from the second position of the mobile device, and based further on the determined translation and rotation of the mobile device, wherein the bundle adjustment technique includes constraining an estimated position and orientation of a camera of the mobile device for the capturing of the second image to be equal to an estimated position and orientation of the camera of the mobile device for the capture of the first image adjusted by the determined translation and rotation of the mobile device.
An elongate, implantable electrical line having an end component at one longitudinal end of the electrical line, wherein the end component has at least one electrically conductive electrode surface electrically connected to the electrical line and in addition the end component is a composite component that has at least one thin metal layer with a layer thickness less than 1 μm, which is applied to electrically insulating material, is conductively connected to the electrical line, and is covered completely or practically completely on its outer face by at least one outer insulating, ceramic layer, wherein the metal layer or layers (22.1, 22.2) are thinner than the ceramic layer or layers (24.1, 24.2).
A chemical-mechanical polishing composition for polishing a low-k dielectric material, the composition comprising: (a) a particulate abrasive material; (b) at least one silicone-free nonionic surfactant comprising a hydrophilic portion and a lipophilic portion; wherein the hydrophilic portion comprises a polyol; (c) at least one silicone-containing nonionic surfactant comprising a hydrophilic portion and a lipophilic portion; and (d) an aqueous carrier therefor. (a) a particulate abrasive material; (b) at least one silicone-free nonionic surfactant comprising a hydrophilic portion and a lipophilic portion; wherein the hydrophilic portion comprises a polyol; (c) at least one silicone-containing nonionic surfactant comprising a hydrophilic portion and a lipophilic portion; and (d) an aqueous carrier therefor.
Device for utilizing the kinetic energy of flowing water with several pressure surfaces rotating around a common rotor axis, which pressure surfaces can be pivoted around axes arranged parallel to and spaced from the rotor axis, in particular for the production of energy from tidal currents of the sea, whereby the pressure surfaces are attached to the pivot axes in a pendulum-like manner and stop elements for the pressure surfaces are arranged in the radial planes between the pivot axes and the rotor axis, wherein the pivot axes of the pressure surfaces are attached by their ends to support discs radially directed towards the rotor axis, which support discs are located at the ends of the rotor axis, and that the support discs are embodied in at least a double-walled manner, characterized in that additional surfaces are arranged at the support discs, the additional surfaces being distributed asymmetrically over the rotational circle and positioned crosswise to the direction of flow on the support discs and serving as starting aid.
An adsorption dryer for the treatment of gases, in particular of compressed air, comprising 1. a control head with valves, pipe connections and means for accommodating cartridges, 2. at least two cartridges, which are connectable to the control head and are filled with adsorption agent, to which a fluid flow can be supplied via the control head as required and whose free ends are free of any connection and valve technology, wherein the cartridges each have a cover, a cartridge casing, a bottom and a central pipe which extends through the cover into an interior of the cartridge, wherein 3. the cover, the cartridge casing and the bottom of the cartridges can in each case be clamped together via the central pipe, 4. the central tube in each case projects from the cartridge and acts as a connection means for the control head, 5. a portion of the central pipe disposed outside the cover serves as a connection portion for connection to the control head, 6. the cartridge itself is configured in a pressure-tight manner, characterised in that 7. the connection portion of the central pipe and the means for accommodating the cartridges are configured as a quick connection. 1. a control head with valves, pipe connections and means for accommodating cartridges, 2. at least two cartridges, which are connectable to the control head and are filled with adsorption agent, to which a fluid flow can be supplied via the control head as required and whose free ends are free of any connection and valve technology, wherein the cartridges each have a cover, a cartridge casing, a bottom and a central pipe which extends through the cover into an interior of the cartridge, wherein 3. the cover, the cartridge casing and the bottom of the cartridges can in each case be clamped together via the central pipe, 4. the central tube in each case projects from the cartridge and acts as a connection means for the control head, 5. a portion of the central pipe disposed outside the cover serves as a connection portion for connection to the control head, 6. the cartridge itself is configured in a pressure-tight manner, characterised in that 7. the connection portion of the central pipe and the means for accommodating the cartridges are configured as a quick connection.
An apparatus comprising: a driver circuit to generate a clock signal at an output, wherein the clock signal comprises both a first component comprising a first frequency, and a second component comprising a second frequency, wherein the second frequency is a harmonic of the first frequency; and a resonator circuit coupled to the output via a node, the resonator circuit to receive the clock signal at the node while the resonator circuit and the driver circuit are to be coupled to a clock distribution network via the node, wherein, based on an impedance of the clock distribution network, the resonator circuit is to attenuate a difference between a first phase of the first component, and a second phase of the second component, wherein the resonator circuit comprises a first inductor, a second inductor to be magnetically coupled with the first inductor, and a first capacitor which is coupled between the first inductor and the second inductor, wherein the first capacitor is coupled to the first inductor via the node and coupled to the second inductor via a second node, and a second capacitor is coupled to the second inductor via the second node. a driver circuit to generate a clock signal at an output, wherein the clock signal comprises both a first component comprising a first frequency, and a second component comprising a second frequency, wherein the second frequency is a harmonic of the first frequency; and a resonator circuit coupled to the output via a node, the resonator circuit to receive the clock signal at the node while the resonator circuit and the driver circuit are to be coupled to a clock distribution network via the node, wherein, based on an impedance of the clock distribution network, the resonator circuit is to attenuate a difference between a first phase of the first component, and a second phase of the second component, wherein the resonator circuit comprises a first inductor, a second inductor to be magnetically coupled with the first inductor, and a first capacitor which is coupled between the first inductor and the second inductor, wherein the first capacitor is coupled to the first inductor via the node and coupled to the second inductor via a second node, and a second capacitor is coupled to the second inductor via the second node.
A heat exchanger comprising a front wall and a back wall to form a space for a flue gas such that a fluid flowing through a channel (60, 70) formed in the front and back wall (20, 30) can exchange heat with the flue gas, in use, the front wall including a lower portion which extends along the back wall, and an upper portion which extends upwardly from the upper end of the lower portion, and extending outwardly away from the back wall so as to form a combustion space of a flammable gas between the upper portion and the back wall, characterized in that the length of the upper portion along the longitudinal direction thereof is longer than the length of the lower portion along the longitudinal direction thereof.
Container comprising a single unit dose of a detergent composition containing at least two complexing agents dissolved in an aqueous medium that is liquid or gel-type at ambient temperature, said complexing agents being at least one alkali metal salt of methyl glycine diacetic acid (MGDA), and at least one alkali metal salt of glutamic acid diacetic acid (GLDA), the weight ratio of and being in the range of from 1:9 to 9:1, wherein said container is made from a polymer, and wherein such aqueous medium comprises at least 25% by weight of water, referring to the entire liquid phase without complexing agent and without complexing agent, wherein the total amount of optically inactive impurities selected from propionic acid, formic acid, glycolic acid, lactic acid, glutamate, alanine, and nitrilotriacetic acid and their respective alkali metal salts is in the range of from 0.1 to 5% by weight, referring to complexing agent, and wherein complexing agents and are partially neutralized with alkali. at least one alkali metal salt of methyl glycine diacetic acid (MGDA), and at least one alkali metal salt of glutamic acid diacetic acid (GLDA),
A glass holder suitable for use in a dishwasher, comprising - a body having two mutual pillars and a crosspiece extending between the pillars, - a plurality of holder members arranged on the crosspiece, suitable for grasping wine glasses at their stem portions, and - a base provided between the pillars, on which the bowl portions of the wine glasses are placed, - characterized by the base comprising a frame, and at least one support member movably mounted in the frame having a closed position in which it forms a planar floor being flush with the frame, and at least one open position in which it stands biased with respect to the frame by moving inside the frame. - a body having two mutual pillars and a crosspiece extending between the pillars, - a plurality of holder members arranged on the crosspiece, suitable for grasping wine glasses at their stem portions, and - a base provided between the pillars, on which the bowl portions of the wine glasses are placed, - characterized by the base comprising a frame, and at least one support member movably mounted in the frame having a closed position in which it forms a planar floor being flush with the frame, and at least one open position in which it stands biased with respect to the frame by moving inside the frame.
A motor vehicle having a lighting device which comprises: a chassis; an optical system comprising a frame and a lens integral with the frame, the lens having a front diopter and an opposite rear diopter connected by a flange, the frame being mounted so as to rotate relative to the chassis; a light block provided with a main light source; a mechanism for driving the optics in rotation, capable of placing the optics in a so-called road orientation in which the front diopter is turned towards a so-called forward direction; the optics being provided with a secondary light source capable of illuminating the edge of the lens and the drive mechanism being arranged to place the optics in a so-called signalling orientation in which the edge is turned forwards; - said vehicle further comprising a detection device and a control member capable of controlling the drive mechanism to authorize the movement of the optics around the signalling orientation as a function of parameters characterizing the road environment of the vehicle or as a function of the steering wheel angle information. a chassis; an optical system comprising a frame and a lens integral with the frame, the lens having a front diopter and an opposite rear diopter connected by a flange, the frame being mounted so as to rotate relative to the chassis; a light block provided with a main light source; a mechanism for driving the optics in rotation, capable of placing the optics in a so-called road orientation in which the front diopter is turned towards a so-called forward direction; the optics being provided with a secondary light source capable of illuminating the edge of the lens and the drive mechanism being arranged to place the optics in a so-called signalling orientation in which the edge is turned forwards; - said vehicle further comprising a detection device and a control member capable of controlling the drive mechanism to authorize the movement of the optics around the signalling orientation as a function of parameters characterizing the road environment of the vehicle or as a function of the steering wheel angle information. - said vehicle further comprising a detection device and a control member capable of controlling the drive mechanism to authorize the movement of the optics around the signalling orientation as a function of parameters characterizing the road environment of the vehicle or as a function of the steering wheel angle information.
Inspection device for monitoring containers, particularly bottles, comprising at least one transport path (10, 11, 12, 15) or a transport star for supplying and removing the containers in a conveying direction, a lighting unit, an optical measuring unit, and a control unit, characterised in that the lighting unit is surrounded by a transparent hollow body, mounted in a rotatable fashion about the central axis, that the hollow body may be driven by a motor, either directly or via appropriate operative connections, and that the axis of rotation of the hollow body is aligned in particular parallel or transverse to the conveying direction of the containers, that arranged between the hollow body and the upper side of the lighting unit are a diffusion element and/or a polarisation filter, that the hollow body is at least partially closed, and that at least one gas line is laid into the interior of the hollow body in order to produce an overpressure by means of an introduced gas.
Rotatable propulsion unit for propulsion and maneuvering of a maritime vessel including a nozzle wherein a propeller section (13, 13a) is arranged, which propeller section being electrically or hydraulically driven, which propulsion unit includes a fastening device arranged for arrangement a steering device arranged for steering and/or moving the propulsion unit, where that the fastening device is formed by two stems (17a-b) extending in parallel or laterally reversed about a vertical central axis from an upper surface of the nozzle of the propulsion unit, which stems (17a-b) end in a fixing flange, which stems (17a-b), upper surface of the nozzle and fixing flange provide an opening which provides the propulsion unit with improved hydrodynamic performance, characterized in that the stems (17a-b) are arranged with a distance from inlet of the nozzle being far back on the nozzle and extending with a curved profile in direction of inlet of the nozzle for moving center of gravity so that a central point through the fixing flange is positioned in front of the propeller section (13, 13a) of the propulsion unit for thereby to reduce steering moment which is needed for rotation of the propulsion unit.
A method comprising: conveying a downhole tool within a tubular, the tubular being secured within a wellbore extending into a subterranean formation, the downhole tool comprising a laser apparatus and having a sealing material disposed around a portion of the downhole tool; operating the laser apparatus to form a slot along the tubular; positioning the sealing material disposed on the downhole tool opposite the slot formed in the tubular; melting the sealing material (271, 272); and utilizing a spreader that protrudes radially from the downhole tool to guide the melted sealing material into the slot such that the sealing material seals the slot upon solidification. conveying a downhole tool within a tubular, the tubular being secured within a wellbore extending into a subterranean formation, the downhole tool comprising a laser apparatus and having a sealing material disposed around a portion of the downhole tool; operating the laser apparatus to form a slot along the tubular; positioning the sealing material disposed on the downhole tool opposite the slot formed in the tubular; melting the sealing material (271, 272); and utilizing a spreader that protrudes radially from the downhole tool to guide the melted sealing material into the slot such that the sealing material seals the slot upon solidification.
Arrangement, in particular fuel injection system for high-pressure injection in internal combustion engines, having a fuel distributor and having multiple fuel injection valves (3, 4), wherein each of the fuel injection valves (3, 4) is arranged on a cup (9, 10) of the fuel distributor, and wherein at least one of the fuel injection valves (3, 4) is fastened to the associated cup by way of at least one holding element, characterized in that a contact surface is provided on an outer side of the cup, in that a support surface is formed on an underside of the cup, in that the holding element is in the form of a holding clamp, in that a contact surface is provided on an outer side of the fuel injection valve, in that the holding clamp engages, at one side, behind the contact surface of the cup and, at the other side, behind the contact surface of the fuel injection valve and forces the fuel injection valve against the support surface, and in that at least one damping composite element (11, 13) is arranged between the fuel injection valve and the support surface of the cup and/or between the contact surface of the fuel injection valve and the holding clamp.
An orthopaedic surgical system for determining a joint force of a patient's joint, the orthopaedic surgical system comprising: a sensor module comprising a tibial paddle shaped to be positioned between a patient's proximal tibia and distal femur, an elongated handle secured to the tibial paddle, and a sensor array positioned in the tibial paddle and configured to generate sensor signals indicative of a joint force between the patient's tibia and femur, and a tibial trialing component, characterised in that the tibial paddle includes an inner sidewall defining a centrally-located aperture, and the system includes an adaptor attachable and detachable from the tibial paddle of the sensor module, the adaptor including a hub (510, a plurality of lower retainer clips extending downwardly from the hub and receivable in the centrally-located aperture to attach the adaptor to the tibial paddle, and a plurality of upper retainer clips extending upwardly from the hub and sized such that the plurality of upper retainer clips are not receivable in the centrally-located aperture, and in which the tibial trialing component can be positioned over the adaptor in a first orientation that limits rotation of the tibial trialing component to rotate relative to the tibial paddle and a second orientation that allows rotation of the tibial trialing component relative to the tibial paddle, a sensor module comprising a tibial paddle shaped to be positioned between a patient's proximal tibia and distal femur, an elongated handle secured to the tibial paddle, and a sensor array positioned in the tibial paddle and configured to generate sensor signals indicative of a joint force between the patient's tibia and femur, and a tibial trialing component, characterised in that the tibial paddle includes an inner sidewall defining a centrally-located aperture, and the system includes an adaptor attachable and detachable from the tibial paddle of the sensor module, the adaptor including a hub (510, a plurality of lower retainer clips extending downwardly from the hub and receivable in the centrally-located aperture to attach the adaptor to the tibial paddle, and a plurality of upper retainer clips extending upwardly from the hub and sized such that the plurality of upper retainer clips are not receivable in the centrally-located aperture, and in which the tibial trialing component can be positioned over the adaptor in a first orientation that limits rotation of the tibial trialing component to rotate relative to the tibial paddle and a second orientation that allows rotation of the tibial trialing component relative to the tibial paddle,
Method for successively loading a plurality of receiving positions, arranged on a movable receiving device, with liquid containers, wherein an empty receiving position is in each case positioned in a predetermined loading position by repeated movements of the receiving device and, in the loading position, a liquid container is then inserted in each case into the empty receiving position, characterized in that the order in which the empty receiving positions are positioned in the loading position is chosen such that the movement of the receiving device for positioning an empty receiving position in the loading position is always minimal.