mhurhangee/ep-ind-claims huggingface dataset:
A system for surveying and/or staking out object points with an auxiliary measuring instrument and a ground-based, in particular stationary, surveying device having range-and-direction measuring functionality, in particular a total station, wherein the auxiliary measuring instrument has • a handheld main body of a defined length, • a man-machine interface, whereby the auxiliary measuring instrument is designed as a measuring pen, in a pen-like form and size, wherein an object point to be surveyed or staked out can be aimed at in a one-handed manner with a first end of the auxiliary measuring instrument and a body, in particular a sphere, is attached at a second end of the auxiliary measuring instrument, wherein the body is designed for optical-image-based determination of the position of the auxiliary measuring instrument by the surveying device, whereby the body bears on its surface an optical, orientation-encoding 2D code, designed in such a way that an orientation and range of the body, and on the basis of this the location of the auxiliary measuring instrument, i.e., its position and orientation with regard to all six degrees of freedom, can be completely determined by image evaluation of a camera image of the 2D code, captured by the surveying device for the surveying and/or staking out of object points, and on the basis of stored decoding information, whereby the system for surveying and/or staking out object points is designed for determining the orientation and range of the body und based thereon the location of the auxiliary measuring instrument by means of the image evaluation and the stored decoding information. • a handheld main body of a defined length, • a man-machine interface, the auxiliary measuring instrument is designed as a measuring pen, in a pen-like form and size, wherein an object point to be surveyed or staked out can be aimed at in a one-handed manner with a first end of the auxiliary measuring instrument and a body, in particular a sphere, is attached at a second end of the auxiliary measuring instrument, wherein the body is designed for optical-image-based determination of the position of the auxiliary measuring instrument by the surveying device, whereby the body bears on its surface an optical, orientation-encoding 2D code, designed in such a way that an orientation and range of the body, and on the basis of this the location of the auxiliary measuring instrument, i.e., its position and orientation with regard to all six degrees of freedom, can be completely determined by image evaluation of a camera image of the 2D code, captured by the surveying device for the surveying and/or staking out of object points, and on the basis of stored decoding information, whereby the system for surveying and/or staking out object points is designed for determining the orientation and range of the body und based thereon the location of the auxiliary measuring instrument by means of the image evaluation and the stored decoding information.
Method for estimating the remaining useful life of a pressure compensator of a subsea arrangement of a system comprising the subsea arrangement and a control system, where the subsea arrangement comprises: - a main enclosure having a main enclosure volume; and - at least one pressure compensator having a variable compensation volume in fluid communication with the main enclosure volume and configured to compensate volume variations of an internal fluid in the main enclosure volume; the method comprising: - determining, by the control system, displacement data related to displacements of the pressure compensator during a time period; and - estimating, by the control system, the remaining useful life of the pressure compensator in relation to a failure mode of the pressure compensator based on the determined displacement data of the pressure compensator. - a main enclosure having a main enclosure volume; and - at least one pressure compensator having a variable compensation volume in fluid communication with the main enclosure volume and configured to compensate volume variations of an internal fluid in the main enclosure volume; - determining, by the control system, displacement data related to displacements of the pressure compensator during a time period; and - estimating, by the control system, the remaining useful life of the pressure compensator in relation to a failure mode of the pressure compensator based on the determined displacement data of the pressure compensator.
Modular gripper system for a vehicle bodywork part, of the type comprising: - at least one structural beam extending along a main direction; - an anchor means for anchoring to a handling robot, said anchor means being mounted fixedly on the beam or beams; - a plurality of gripping tools (41; 42; 43) designed to grip the bodywork part; and - a plurality of support means (5; 6) for supporting the gripping tools (41; 42; 43); the gripper system being such that at least one or each support means (5; 6) comprises: - a base (50; 60) mounted such that it can be adjusted by sliding on the beam; - a tool holder (58; 68) mounted such that it can be adjusted by rotation on the slide (55; 65) and which holds the relevant gripping tool (41; 42; 43), and characterised in that the base (50; 60) is also mounted such that it can be adjusted by rotation about the beam; and in that at least one or each support means (5; 6) further comprises: - a slide (55; 65) mounted such that it can be adjusted by sliding in relation to the base (50; 60). - at least one structural beam extending along a main direction; - an anchor means for anchoring to a handling robot, said anchor means being mounted fixedly on the beam or beams; - a plurality of gripping tools (41; 42; 43) designed to grip the bodywork part; and - a plurality of support means (5; 6) for supporting the gripping tools (41; 42; 43); - a base (50; 60) mounted such that it can be adjusted by sliding on the beam; - a tool holder (58; 68) mounted such that it can be adjusted by rotation on the slide (55; 65) and which holds the relevant gripping tool (41; 42; 43), and characterised in that the base (50; 60) is also mounted such that it can be adjusted by rotation about the beam; and in that at least one or each support means (5; 6) further comprises: - a slide (55; 65) mounted such that it can be adjusted by sliding in relation to the base (50; 60).
A window comprising: a window pane; a handle in the form of a bar, wherein the handle is spaced at a perpendicular distance from the window pane; and a lighting unit provided along the handle for providing illumination towards the window pane, characterised in that the window comprises an inner frame around the window pane, the inner frame having a first edge; an outer frame, wherein the inner frame is openable within the outer frame; wherein the handle in the form of a bar is extending along the first edge of the inner frame for use in opening the inner frame, wherein the lighting unit is arranged to emit an output beam having a principal output direction (41; 50), the principal output direction (41; 50) being at an angle with a plane parallel to the window pane, and wherein the angle has a maximum value of 20 degrees. a window pane; a handle in the form of a bar, wherein the handle is spaced at a perpendicular distance from the window pane; and a lighting unit provided along the handle for providing illumination towards the window pane, characterised in that the window comprises an inner frame around the window pane, the inner frame having a first edge; an outer frame, wherein the inner frame is openable within the outer frame; wherein the handle in the form of a bar is extending along the first edge of the inner frame for use in opening the inner frame, wherein the lighting unit is arranged to emit an output beam having a principal output direction (41; 50), the principal output direction (41; 50) being at an angle with a plane parallel to the window pane, and wherein the angle has a maximum value of 20 degrees.
Furniture fitting for pivoting a furniture part of a piece of furniture, for example for pivoting a furniture door of a kitchen cupboard, comprising a fastening arm of the furniture part that is pivotable about a pivot shaft of the furniture fitting, an energy store and at least one hinge lever that can be pivoted about the pivot shaft and is hingedly attached to the fastening arm, a force transmission element having a force transmission direction acting on the hinge lever and an adjustment device (17, 18, 19) being arranged on the hinge lever, by means of which device a torque that influences the pivot movement of the furniture part can be adjusted, the force transmission element being a traction transmission element, characterised in that the traction transmission element acts on the hinge lever by means of the adjustment device (18, 19) formed as a cam disc and/or as a pull lever, and in that the adjustment device can be adjusted relative to the pivot shaft of the furniture fitting such that the point (KA, 25) at which the traction of the traction transmission element is applied to the adjustment device (18, 19) can be moved from an operating position, which generates a positive or negative torque on the furniture part, through a zero point position (extended position) and into another operating position (plus-minus position paging) which generates an opposing torque, the active force lever arm being alterable between the pivot shaft and the force application point (KA, 25) and, by altering the force lever arm by means of the adjustment device (18, 19) and the hinge lever, during the opening or closing movement of the pivotable furniture part, it being possible to apply an active torque to said part that assists with the opening movement and/or the closing movement and/or holding of the furniture part.
A sensor device for determining the condition of a landing gear leg of a landing gear of an aircraft, in particular of an airplane, comprising: a push rod, a shock absorber housing in which the push rod is movably accommodated, a first signal generator, and a signal sensor, wherein the signal generator is arranged on or in the push rod, characterized in that the signal generator consists of a notch incorporated in the push rod and that the signal generator is provided at certain points, preferably in a region of the push rod stressed to a reduced extent. a push rod, a shock absorber housing in which the push rod is movably accommodated, a first signal generator, and a signal sensor, wherein the signal generator is arranged on or in the push rod,
A device for manufacturing metal clad strips continuously, comprising base material supplying equipment consisting of decoiler, pinch roll, shot blasting machine, welding equipment, welding pinch roll, induction heating apparatus, and guiding roll, wherein, base material strip are transported by the base material supplying equipment through decoiler, pinch roll, shot blasting machine, welding equipment adapted to weld shot-blasted base material strips head-to-tail, welding pinch roll, induction heating apparatus and guiding roll to the mold where the base material and molten steel are merged; the base material strip enters the mold along the middle inside from above, and pass through the mold from below, wherein the two inner walls of the mold being sealed with side seal plates; two tundishes for casting molten steel is provided above the mold; the molten steel flows from tundish into the mold and contact with the two sides of the base material strip in the mold, so that a preliminary melt merging takes place; upon preliminary melt merging, the base material strip forms a clad slab which passes through the mold from below, and cooled at a secondary cooling section by cooling-spray located at the outlet of the lower part of the mold; a leveling roll is provided after the secondary cooling section, and a rolling mill is provided after the leveling roll for rolling the clad slabs into clad strips into different size and specification; an on-line cooling equipment for the clad strips is provided after the rolling mill, a straightening machine is provided at the exit of the on-line cooling equipment; the straightened clad strip is then cut to fixed length by a dividing shear or is coiled by a coiler. base material strip are transported by the base material supplying equipment through decoiler, pinch roll, shot blasting machine, welding equipment adapted to weld shot-blasted base material strips head-to-tail, welding pinch roll, induction heating apparatus and guiding roll to the mold where the base material and molten steel are merged; the base material strip enters the mold along the middle inside from above, and pass through the mold from below, wherein the two inner walls of the mold being sealed with side seal plates; two tundishes for casting molten steel is provided above the mold; the molten steel flows from tundish into the mold and contact with the two sides of the base material strip in the mold, so that a preliminary melt merging takes place; upon preliminary melt merging, the base material strip forms a clad slab which passes through the mold from below, and cooled at a secondary cooling section by cooling-spray located at the outlet of the lower part of the mold; a leveling roll is provided after the secondary cooling section, and a rolling mill is provided after the leveling roll for rolling the clad slabs into clad strips into different size and specification; an on-line cooling equipment for the clad strips is provided after the rolling mill, a straightening machine is provided at the exit of the on-line cooling equipment; the straightened clad strip is then cut to fixed length by a dividing shear or is coiled by a coiler.
An aerosol-generating device comprising: a housing; a cavity for receiving an aerosol-generating article; an aperture at least partially defined by the housing, wherein the aperture is positioned at an end of the cavity for insertion of an aerosol-generating article into the cavity through the aperture; a cover element arranged for movement with respect to the aperture between a closed position and an open position; a sensor arranged to provide an electrical signal indicative of the position of the cover element with respect to the aperture; an electrical heater arranged to heat the aerosol-generating article when the aerosol-generating article is received within the cavity, wherein the electrical heater is arranged to extend around an outer surface of an aerosol-generating article received within the cavity; and an indicator element arranged for movement with respect to the sensor when the cover element is moved between the closed position and the open position, wherein the electrical signal provided by the sensor is determined by the position of the indicator element relative to the sensor, wherein the indicator element comprises a magnetic material, and wherein the sensor comprises a Hall effect sensor. a housing; a cavity for receiving an aerosol-generating article; an aperture at least partially defined by the housing, wherein the aperture is positioned at an end of the cavity for insertion of an aerosol-generating article into the cavity through the aperture; a cover element arranged for movement with respect to the aperture between a closed position and an open position; a sensor arranged to provide an electrical signal indicative of the position of the cover element with respect to the aperture; an electrical heater arranged to heat the aerosol-generating article when the aerosol-generating article is received within the cavity, wherein the electrical heater is arranged to extend around an outer surface of an aerosol-generating article received within the cavity; and an indicator element arranged for movement with respect to the sensor when the cover element is moved between the closed position and the open position, wherein the electrical signal provided by the sensor is determined by the position of the indicator element relative to the sensor, wherein the indicator element comprises a magnetic material, and wherein the sensor comprises a Hall effect sensor.
Strip guide segment of a strip guide of a continuous casting plant, wherein the strip guide segment comprises a support frame in which a plurality of strip guide rollers is mounted, wherein means for detecting the expansion and/or temperature of the support frame are arranged in the support frame, characterised in that the means for detecting the expansion and/or temperature of the support frame comprise several optical waveguides which are arranged in the support frame in the direction of the axis (a) of the strip guide rollers and are spaced, preferably equidistantly, from one another in strip conveying direction and several optical waveguides (7") which are arranged in the support frame in strip conveying direction and are spaced, preferably equidistantly, from one another in the direction of the axis (a) of the strip guide rollers, wherein the optical waveguides (7', 7") are arranged in matrix form in the support frame.
A method for positioning an access or loading assembly against the fuselage of an aircraft during the loading or unloading process, wherein the access or loading assembly comprises a positioning drive with a control system, wherein the access or loading assembly features at least two multichannel scanners oriented toward the aircraft fuselage and disposed above one another at a distance from each other, with several light emitting units and at least one detector, comprising the following method steps: determining a reference position of the access or loading assembly in the docked state of the access or loading assembly by means of the two multichannel scanners, wherein after obtaining the reference position, the current position of the aircraft fuselage relative to the access or loading assembly is determined at determined time intervals by the multichannel scanners, wherein this position is compared with the reference position by at least one computer unit, wherein if a deviation is discovered by the computer unit, a signal is transmitted to the control system of the positioning drive for realigning the access or loading assembly, wherein the light emitting units of the multichannel scanners whose light beams do not hit the aircraft fuselage are switched off for the current position determination process. determining a reference position of the access or loading assembly in the docked state of the access or loading assembly by means of the two multichannel scanners, wherein after obtaining the reference position, the current position of the aircraft fuselage relative to the access or loading assembly is determined at determined time intervals by the multichannel scanners, wherein this position is compared with the reference position by at least one computer unit, wherein if a deviation is discovered by the computer unit, a signal is transmitted to the control system of the positioning drive for realigning the access or loading assembly, wherein the light emitting units of the multichannel scanners whose light beams do not hit the aircraft fuselage are switched off for the current position determination process.
A fluorine-containing elastomer having a copolymer composition, which comprises: (a) vinylidene fluoride 50-85mol.% (b) tetrafluoroethylene 0-25mol.% (c) perfluoro(methyl vinyl ether) 7-20mol.% (d) CF 2 =CFO[CF 2 CF(CF 3)O]nCF 3 (where n isan integer of 2-6) 2.5-15mol.% (e) CF 2 =CFO[CF 2 CF(CF 3)O]mCF 2 CF 3 (where m isan integer of 2-6) 0.1-2mol.% (f) RfX (Rf is an unsaturated fluorohydrocarbon group having 2-8 carbon atoms, which can contain at least one ether bond, and X is bromine or iodine) 0.1-2mol.%
Work vehicle comprising a body and a cab, said body comprising a portion and said cab comprising a portion faced to a portion of said body, said vehicle comprising a suspension arrangement for connecting said portions (2, 3), said suspension arrangement comprising a primary elastic block, a second elastic block and an intermediate mass acting as a damper, thereby further decreasing noise transmission, especially at high frequencies and interposed in series along an axis between said first and second elastic blocks (5, 6), characterized in that said primary elastic block cooperates at contact with a portion of said body from one side and with said intermediate mass from the opposite side, said second elastic block cooperates at contact with a portion of said cab from one side and with said intermediate mass from the opposite side, said first and second elastic blocks (5, 6) and said intermediate mass being maintained in contact with the aforesaid elements in a preset preload along said axis thanks to compacting means.
A caliper casting device comprising: a mold and a core placed in the mold, the mold comprising: a body portion of the mold; and a gate portion that is made of a material having lower thermal conductivity than a material for the body portion of the mold, and through which molten metal is poured, wherein the gate portion is connected to an inside of a body of the mold so as to constitute a part of the body portion of the mold for forming the caliper after casting. a body portion of the mold; and a gate portion that is made of a material having lower thermal conductivity than a material for the body portion of the mold, and through which molten metal is poured, wherein the gate portion is connected to an inside of a body of the mold so as to constitute a part of the body portion of the mold for forming the caliper after casting.
A glass-based material comprising a glass phase and a crystalline ceramic phase dispersed within the glass phase, the glass-based material having a transmission of at least 88%/mm over a visible spectrum ranging from 400 nm to 700 nm, a fracture toughness of at least 0.9 MPa·m 1/2; wherein the volume fraction of the crystalline ceramic phase in the glass-based material is in a range from 10% to 98%; wherein the crystalline phase comprises crystallites having a major dimension of less than 100 nm, as determined from x-ray diffraction/Rietveld analysis; and wherein a difference in refractive index between the glass phase and the crystalline ceramic phase is less than or equal to 0.5. wherein the volume fraction of the crystalline ceramic phase in the glass-based material is in a range from 10% to 98%; wherein the crystalline phase comprises crystallites having a major dimension of less than 100 nm, as determined from x-ray diffraction/Rietveld analysis; and wherein a difference in refractive index between the glass phase and the crystalline ceramic phase is less than or equal to 0.5.