mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling lateral tilt of a header carried on an agricultural harvesting machine, comprising: a lateral tilt control in connection with the header, configured and operable in a tilt control mode to automatically hold the header at varying lateral tilt angles relative to the harvesting machine, and in a free float mode wherein the control is bypassed to allow substantially free lateral tilting of the header relative to the harvesting machine; and gauge wheels or skids connected to opposite lateral ends (54, 56) of the header, respectively, configured and operable to contact and follow contours of a ground surface below the lateral ends (54, 56) as the header travels thereover and to allow limited resilient upward and downward relative movements of the gauge wheels or skids and the lateral ends (54, 56), respectively; characterized in that the system further comprises a controller connected in operative control of the lateral tilt control, configured and operable when the harvesting machine is moving over the ground surface with the gauge wheels or skids in contact therewith and the lateral tilt control bypassed in the free float mode, to automatically monitor at least one predetermined condition for operation in the tilt control mode, and: i. if the at least one condition is absent, then to continue operation in the free float mode; and ii. if the at least one condition is present, then to activate the control to operate in the tilt control mode. a lateral tilt control in connection with the header, configured and operable in a tilt control mode to automatically hold the header at varying lateral tilt angles relative to the harvesting machine, and in a free float mode wherein the control is bypassed to allow substantially free lateral tilting of the header relative to the harvesting machine; and gauge wheels or skids connected to opposite lateral ends (54, 56) of the header, respectively, configured and operable to contact and follow contours of a ground surface below the lateral ends (54, 56) as the header travels thereover and to allow limited resilient upward and downward relative movements of the gauge wheels or skids and the lateral ends (54, 56), respectively; characterized in that the system further comprises a controller connected in operative control of the lateral tilt control, configured and operable when the harvesting machine is moving over the ground surface with the gauge wheels or skids in contact therewith and the lateral tilt control bypassed in the free float mode, to automatically monitor at least one predetermined condition for operation in the tilt control mode, and: i. if the at least one condition is absent, then to continue operation in the free float mode; and ii. if the at least one condition is present, then to activate the control to operate in the tilt control mode. i. if the at least one condition is absent, then to continue operation in the free float mode; and ii. if the at least one condition is present, then to activate the control to operate in the tilt control mode.
A centrifugal pump comprising: - a pump housing enclosing a pump chamber, wherein the pump chamber comprises a suction inlet and a pressure outlet, - an impeller rotatably arranged within the pump chamber for being driven to rotate about a rotor axis, wherein the suction inlet is located coaxial with the rotor axis, and - at least one stationary scraper, wherein the impeller comprises an impeller base and one or more vanes extending from the impeller base towards the suction inlet, wherein each of the impeller vanes comprises a radially innermost vane path describing during impeller rotation a central volume that is wider towards the suction inlet than towards the impeller base and that is configured to receive the at least one scraper projecting from the suction inlet into the central volume, wherein each of the impeller vanes comprises a leading edge extending from a leading edge base point at the impeller base to a leading edge ridge point at a vane ridge surface, characterized in that the leading edge is backwardly swept from the leading edge base point to the leading edge ridge point, and in that the leading edge has a distance in radial and/or circumferential direction from the radially innermost vane path. - a pump housing enclosing a pump chamber, wherein the pump chamber comprises a suction inlet and a pressure outlet, - an impeller rotatably arranged within the pump chamber for being driven to rotate about a rotor axis, wherein the suction inlet is located coaxial with the rotor axis, and - at least one stationary scraper,
Monitoring system for at least one wind turbine blade of a wind turbine, wherein the wind turbine blade comprises at least one electrically conducting or semi-conducting structural component, in particular at least one structural component comprising a carbon fiber reinforced polymer, and a lightning protection system having a down conductor electrically connected to at least one lightning receptor, wherein the down conductor is electrically connected to the at least one structural component by at least one equipotential connector (37, 37a, 37b), such that, in the wind turbine blade, a network of electrical impedances comprising the at least one structural component, the at least one equipotential connector (37, 37a, 37b) and the down conductor is formed, characterized in that the hybrid monitoring system comprises, for remotely monitoring both the lightning protection system and the structural health of the at least one structural component, - a sensing device for the network, comprising at least one transmitter for emitting an electrical pulse into the network via at least one first terminal and at least one receiver for receiving at least one reception pattern of the electrical pulse from the network via at least one second terminal, and - an evaluation device for evaluating the at least one reception pattern, in particular regarding travelling time and/or pulse shape of received pulses in the reception pattern and/or by comparison to at least one reference pattern, to determine a first health information regarding the lightning protection system, in particular the at least one equipotential connector (37, 37a, 37b), and a second health information regarding the at least one structural component. - a sensing device for the network, comprising at least one transmitter for emitting an electrical pulse into the network via at least one first terminal and at least one receiver for receiving at least one reception pattern of the electrical pulse from the network via at least one second terminal, and - an evaluation device for evaluating the at least one reception pattern, in particular regarding travelling time and/or pulse shape of received pulses in the reception pattern and/or by comparison to at least one reference pattern, to determine a first health information regarding the lightning protection system, in particular the at least one equipotential connector (37, 37a, 37b), and a second health information regarding the at least one structural component.
Convertible roof construction comprising: a peripheral structure with an opening, a roof element with a foldable membrane and with an edge element that can be moved in a direction of travel with respect to the peripheral structure; a guiding device, which is designed to guide the edge element when transferring the roof element between a parking position and a covering position, wherein the edge element is guided in the peripheral structure, wherein the portion of the membrane, which extends over the opening, is larger in the covering position than in the parking position, wherein the roof element comprises a foldable cable net system with an edge, wherein the edge of the cable net system is partially formed by the edge element, wherein the cable net system is tensioned against the peripheral structure in a direction parallel with respect to the edge element, wherein the membrane is double-layered, wherein the cable net system and the membrane are mounted to each other, and wherein the membrane comprises a plurality of chambers. a peripheral structure with an opening, a roof element with a foldable membrane and with an edge element that can be moved in a direction of travel with respect to the peripheral structure; a guiding device, which is designed to guide the edge element when transferring the roof element between a parking position and a covering position, wherein the edge element is guided in the peripheral structure, wherein the portion of the membrane, which extends over the opening, is larger in the covering position than in the parking position, wherein the roof element comprises a foldable cable net system with an edge, wherein the edge of the cable net system is partially formed by the edge element, wherein the cable net system is tensioned against the peripheral structure in a direction parallel with respect to the edge element, wherein the membrane is double-layered, wherein the cable net system and the membrane are mounted to each other, and wherein the membrane comprises a plurality of chambers.
An actinic ray curable inkjet ink containing a polymerizable compound and a gelling agent, having a viscosity of from 60 to 200 mPa·second at 25 °C and at a shear rate of 1000/second and having a phase transition temperature of not lower than 25 °C, wherein the actinic ray curable inkjet ink contains a bifunctional polymerizable compound with a molecular weight of not lower than 400 and with a viscosity at 25 °C of not more than 100 mPasecond in an amount of not less than 75% by mass of the total amount of the polymerizable compound.
A reference voltage generating circuit including a constant current circuit, the reference voltage generating circuit comprising: a first resistive element and a bipolar transistor connected in series between a supply voltage terminal and a constant potential point; a first MOS transistor having a gate connected to a first node connecting the first resistive element with the bipolar transistor; a second resistive element connected in series between a source of the first MOS transistor and the constant potential point; a second MOS transistor connected between a drain of the first MOS transistor and the supply voltage terminal; and a third MOS transistor forming a current mirror in conjunction with the second MOS transistor, wherein a constant current generated by the constant current circuit or a current proportional to the generated constant current is converted to a voltage as a reference voltage (Vref), and wherein a third resistive element is connected between an emitter of the bipolar transistor and the constant potential point, wherein a base of the bipolar transistor is connected to a second node between the first MOS transistor and the second resistive element. a first resistive element and a bipolar transistor connected in series between a supply voltage terminal and a constant potential point; a first MOS transistor having a gate connected to a first node connecting the first resistive element with the bipolar transistor; a second resistive element connected in series between a source of the first MOS transistor and the constant potential point; a second MOS transistor connected between a drain of the first MOS transistor and the supply voltage terminal; and a third MOS transistor forming a current mirror in conjunction with the second MOS transistor, wherein a constant current generated by the constant current circuit or a current proportional to the generated constant current is converted to a voltage as a reference voltage (Vref), and wherein a third resistive element is connected between an emitter of the bipolar transistor and the constant potential point, wherein a base of the bipolar transistor is connected to a second node between the first MOS transistor and the second resistive element.
A method for manufacturing a metallic body having a core and metallic cladding, comprising the following steps: - providing at least one a hollow body that comprises a bottom wall, a core that extends from the bottom wall and a lateral wall that extends from said bottom wall and encloses the core so that an inner space is formed around the core; - filling the inner space with a metallic cladding material; - closing the inner space by arranging a top wall on the lateral wall; - positioning the filled hollow body in a capsule and evacuating air from the capsule and sealing the capsule; - subjecting the capsule to Hot Isostatic Pressing at a predetermined temperature, a predetermined pressure and for a predetermined time so that the cladding material is bonded to the hollow body and a solid body is formed. - machining the solid body in a metal machining apparatus wherein at least a portion of the lateral wall is removed and the exposed cladding material is machined to a cladding of a predetermined thickness; characterized in that - the bottom wall and the top wall of the hollow body, prior to the step of Hot Isostatic Pressing, each are provided with at least one centering means (11, 12) for centering the final body obtained in the step of Hot Isostatic Pressing in the metal machining apparatus - the final body is centered in the metal machining apparatus by engagement between the centering means (11, 12) in the final body and corresponding centers (34, 37) in the metal machining apparatus. - providing at least one a hollow body that comprises a bottom wall, a core that extends from the bottom wall and a lateral wall that extends from said bottom wall and encloses the core so that an inner space is formed around the core; - filling the inner space with a metallic cladding material; - closing the inner space by arranging a top wall on the lateral wall; - positioning the filled hollow body in a capsule and evacuating air from the capsule and sealing the capsule; - subjecting the capsule to Hot Isostatic Pressing at a predetermined temperature, a predetermined pressure and for a predetermined time so that the cladding material is bonded to the hollow body and a solid body is formed. - machining the solid body in a metal machining apparatus wherein at least a portion of the lateral wall is removed and the exposed cladding material is machined to a cladding of a predetermined thickness; characterized in that - the bottom wall and the top wall of the hollow body, prior to the step of Hot Isostatic Pressing, each are provided with at least one centering means (11, 12) for centering the final body obtained in the step of Hot Isostatic Pressing in the metal machining apparatus - the final body is centered in the metal machining apparatus by engagement between the centering means (11, 12) in the final body and corresponding centers (34, 37) in the metal machining apparatus.
A device for transmitting a shift movement of a gearshift lever with or without a gearshift mass on a gearshift shaft, the gearshift lever being connected to the gearshift shaft via a bush (8.1, 8.2, 8.3) and the connection between the gearshift lever and the bush (8.1, 8.2, 8.3) being formed entirely or partially by plastics injection moulding or vulcanisation, characterised in that the bush (8.1, 8.2) comprises grooves (13, 22) which are suitable for forming a horizontal groove (19, 23) with grooves present in the gearshift lever.
Device for laminating plate-shaped articles, in particular glass panes, having two laminating rollers (2, 9), of which at least one laminating roller is driven and between which the plate-shaped articles are guided through for lamination, wherein a laminating roller is preferably fixedly mounted in a machine frame and the other laminating roller is adjustably mounted in the machine frame, characterized in that the roller, which is adjustably mounted in the machine frame, is mounted in the region of the ends thereof in bearings connected to parallel links (25, 26), that the parallel links (25, 26) are mounted in the machine frame and connected to one another by means of a coupling rod, that the coupling rod is a tie rod and that one of the two parallel links is connected to a drive.
An electrolyte solution comprising lithium ethyl sulfate and ethyl sulfate, the lithium ethyl sulfate being present in an amount of 0.1-2.0 mass-% relative to the electrolyte solution, and the mass ratio of lithium ethyl sulfate to ethyl sulfate being 80-1,500.
A method performed by a processor of a first mobile device, the method comprising: receiving a first sensor signal from a first sensor of the first mobile device, the first sensor signal associated with a movement of the first mobile device as a whole in a predefined pattern; receiving a second sensor signal from a touch-sensitive interface of the first mobile device, the second sensor signal associated with a user interaction with the touch-sensitive interface; determining a change in a display of the first mobile device based at least in part on the second sensor signal; and transmitting a first data signal to a second mobile device, the first data signal comprising data associated with the user interaction with the touch-sensitive interface and the movement of the first mobile device as a whole in the predefined pattern. receiving a first sensor signal from a first sensor of the first mobile device, the first sensor signal associated with a movement of the first mobile device as a whole in a predefined pattern; receiving a second sensor signal from a touch-sensitive interface of the first mobile device, the second sensor signal associated with a user interaction with the touch-sensitive interface; determining a change in a display of the first mobile device based at least in part on the second sensor signal; and transmitting a first data signal to a second mobile device, the first data signal comprising data associated with the user interaction with the touch-sensitive interface and the movement of the first mobile device as a whole in the predefined pattern.
A liquid ejecting apparatus comprising: a liquid ejecting section with an aperture surface having ejection outlets that eject liquid droplets; and a protective member having passage openings that enable the liquid droplets to pass, the protective member being disposed spaced from the aperture surface between a medium and the aperture surface when the liquid ejecting section ejects liquid droplets onto the medium; characterized in that: the protective member is more liquid-repellent on a portion facing the medium than on a portion facing the liquid ejecting section. a liquid ejecting section with an aperture surface having ejection outlets that eject liquid droplets; and a protective member having passage openings that enable the liquid droplets to pass, the protective member being disposed spaced from the aperture surface between a medium and the aperture surface when the liquid ejecting section ejects liquid droplets onto the medium; characterized in that: the protective member is more liquid-repellent on a portion facing the medium than on a portion facing the liquid ejecting section.
A mobile terminal shell, the mobile terminal shell comprising: a body, formed of metal; a reinforcing portion, provided on at least a part of the surface on an inner side of the body and formed of a first material; and an antenna slot, provided on the body and filled with a second material, characterized in that a mechanical strength of the first material is higher than a mechanical strength of the second material, wherein the first material comprises a first substrate and a first reinforcing agent; and the second material comprises a second substrate and a second reinforcing agent, the content of the second reinforcing agent in the second material is less than the content of the first reinforcing agent in the first material. a body, formed of metal; a reinforcing portion, provided on at least a part of the surface on an inner side of the body and formed of a first material; and an antenna slot, provided on the body and filled with a second material, characterized in that a mechanical strength of the first material is higher than a mechanical strength of the second material, wherein the first material comprises a first substrate and a first reinforcing agent; and the second material comprises a second substrate and a second reinforcing agent, the content of the second reinforcing agent in the second material is less than the content of the first reinforcing agent in the first material.
A positive active material which comprises a composite oxide represented by the composite formula Li w Mn x' Ni y' Co z' O 2, wherein x', y', and z' are values within such a range that in a ternary phase diagram, a point at the coordinates x', y', z' is present on the perimeter of or inside the quadrilateral ABCD defined by point A at the coordinates 0.51, 0.49, 0, point B at the coordinates 0.45, 0.55, 0, point C at the coordinates 0.25, 0.35, 0.4, and point D at the coordinates 0.31, 0.29, 0.4 as vertexes, 0≦w/(x'+y'+z')≦1.30, and z'>0; wherein the composite oxide has a total pore volume of from 0.001 ml/g to 0.006 ml/g and, in X-ray powder diffractometry with CuK α ray, gives a diffraction pattern in which the ratio of the relative intensity of the diffraction peak at a 2θ of 44.1±1° to the relative intensity of the diffraction peak at a 2θ of 18.6±1° is from 0.65 to 1.05; and the composite oxide has a specific surface area of from 0.3 m 2 /g to 1.6 m 2 /g; with the proviso that the compounds LiMn 0.45 Ni 0.45 Co 0.1 O 2 in the form of a powder having a specific surface area as measured by the BET method of 0.3 or 0.9 m 2 /g and LiMn 0.4 Ni 0.4 Co 0.2 O 2 in the form of a powder having a specific surface area as measured by the BET method of 0.9 m 2 /g, both powders having a D 50 of 20 μm and a value of 1.0 for said ratio, are excluded; the compound LiMn 0.45 Ni 0.45 Co 0.1 O 2 in the form of a powder having a specific surface area as measured by the BET method of 1.5 m 2 /g, a D 50 of 5 μm and a value of 1.0 for said ratio is excluded; and the compound LiMn 0.475 Ni 0.475 Co 0.05 O 2 in the form of a powder having a specific surface area as measured by the BET method of 0.9 m 2 /g, a D 50 of 9 μm and a value of 1.0 for said ratio is also excluded.
A shiftable memory supporting an atomic operation comprising: a memory to store data, the memory having built-in shifting capability to shift a contiguous subset of the data from a first location to a second location within the memory, the contiguous subset of data having a size that is smaller than a total size of the memory; wherein the memory having built-in shifting capability is to shift only data of the contiguous subset when the contiguous subset is shifted, characterized in that the shiftable memory comprises an atomic primitive defined on the memory to perform the atomic operation on the contiguous subset, the atomic primitive being configured to operate on the contiguous subset of data within the memory a memory to store data, the memory having built-in shifting capability to shift a contiguous subset of the data from a first location to a second location within the memory, the contiguous subset of data having a size that is smaller than a total size of the memory; wherein the memory having built-in shifting capability is to shift only data of the contiguous subset when the contiguous subset is shifted, characterized in that the shiftable memory comprises an atomic primitive defined on the memory to perform the atomic operation on the contiguous subset, the atomic primitive being configured to operate on the contiguous subset of data within the memory