mhurhangee/ep-ind-claims huggingface dataset:
Holding and transporting device, in particular for producing a book-type identification, value, or security document, wherein the identification, value, or security document has a cover and a passport book block, comprising a data card, a plurality of double pages, an introductory page, and a spine tape, wherein the data card has a flexible tab connected to the data card along an edge, wherein the data card with the flexible tab, the double pages, the introductory page and the spine tape are sewn together by means of a stitching, and wherein an inner side of the cover is bonded flat to an outer side of the introductory page, wherein the holding and transporting arrangement has: - at least two guide units, - at least two holders, in each case for an identification, value or security document, a passport book blank, a passport book block, a cover, a data card or a book half of an identification, value or security document, and - a control unit, wherein the holders are each movable in a guide unit, wherein the guide units each form a closed path curve, along which the holder is movable, wherein the guide units and/or the holders are movable between a processing position and an avoidance position, wherein in a processing position of the guide units and/or of the holders, the holders are movable along the path curve within a processing region extending along a closed processing path, wherein in the avoidance position of the guide units and/or of the holders, the holders are movable outside the processing region along the path curve, wherein the control unit is configured to control the movement of the holders along the guide units and to control the movement of the guide units and/or of the holders between the processing position and the avoidance position, wherein the control unit is designed to determine a movement path of the first and the second holder and to check if a cross-over region of the movement paths is present along the movement paths, wherein the guide units and/or the holders are moved between the processing position and the avoidance position depending on the result of the check. - at least two guide units, - at least two holders, in each case for an identification, value or security document, a passport book blank, a passport book block, a cover, a data card or a book half of an identification, value or security document, and - a control unit,
A method of automatically verifying accurate operation of the Coriolis flowmeter of claim 9 during field operation comprising: flowing a non-calibration process fluid through the Coriolis flowmeter; performing by the meter electronics the steps of: detecting a model of the Coriolis flowmeter; retrieving a factory zero value from the storage system, wherein the factory zero value was determined during an initial factory calibration; retrieving a stored zero drift specification from the storage system based on the model of Coriolis flowmeter detected; measuring a zero value during field operation of the Coriolis flowmeter; comparing the field operation zero value with the factory zero value; calculating an error between the field operation zero value and the factory zero value; determining whether the error between the field operation zero value and the factory zero value is within the zero drift specification; and calibrating the Coriolis flowmeter if the error is outside the zero drift specification. detecting a model of the Coriolis flowmeter; retrieving a factory zero value from the storage system, wherein the factory zero value was determined during an initial factory calibration; retrieving a stored zero drift specification from the storage system based on the model of Coriolis flowmeter detected; measuring a zero value during field operation of the Coriolis flowmeter; comparing the field operation zero value with the factory zero value; calculating an error between the field operation zero value and the factory zero value; determining whether the error between the field operation zero value and the factory zero value is within the zero drift specification; and calibrating the Coriolis flowmeter if the error is outside the zero drift specification.
Domestic appliance, in particular cooking appliance, preferably gas-heated cooking appliance, having at least one supporting component made from sheet metal and at least one electrical cable as well as at least one cable clip for fixing the position of the electrical cable on the supporting component, wherein the cable clip is moulded in one piece and in the form of a tab from the supporting component, wherein by means of a deforming processing step the tab is formed, at least in regions, from the plane of the sheet metal, characterised in that a material-separating processing step for forming the tab is performed such that during the material-separating processing step the sheet metal is deformed such that at least one lateral edge of the tab and at least one edge of the supporting component facing this edge of the tab are bent away from the electrical cable in opposite directions with respect to one another.
A process for purifying raw cotton linters comprising a) cutting second-cut raw cotton linters to a particle size that passes through a 2,500 micrometer screen, and b) mechanically separating the cut second-cut raw cotton linters into clean and unclean fractions, whereby the clean fraction contains purified cut raw linters and the unclean fraction contains the impurities, using particle size-based separation techniques selected from: - a series of progressively finer sieves, or - an air classifier. a) cutting second-cut raw cotton linters to a particle size that passes through a 2,500 micrometer screen, and b) mechanically separating the cut second-cut raw cotton linters into clean and unclean fractions, - a series of progressively finer sieves, or - an air classifier.
An azo pigment represented by the following general formula, its tautomer, a salt or hydrate thereof: wherein R 21 represents an amino group which may have a substituent, an aliphatic oxy group, an aliphatic group, an aryl group, or a heterocyclic group, R 22 represents a substituent, R 55 represents a substituent, R 59 represents a hydrogen atom or a substituent, m represents an integer of from 0 to 5, n represents an integer of from 1 to 4, Z represents an electron-withdrawing group having a Hammett σp value of 0.2 or more and, when n=2, the formula represents a dimer formed through R 21, R 22, R 55, R 59, or Z and, when n=3, the formula represents a trimer formed through R 21, R 22, R 55, R 59, or Z and, when n=4, the formula represents a tetramer formed through R 21, R 22, R 55, R 59, or Z, and the general formula does not contain an ionic hydrophilic group selected from the group consisting of a carboxyl group, a sulfo group, a phosphono group and a quaternary ammonium group.
A method for detecting failure of a sensor in a control system for a gas turbine engine, comprising: receiving a filtered signal from the sensor; applying a high-pass filter to the filtered signal to produce a high-frequency component signal; determining a rate of occurrence of signal spikes in the high-frequency component signal; comparing the high-frequency component signal to a component signal threshold, characterised in that: the component signal threshold is based on at least one known healthy component signal and at least one faulty component signal, wherein the faulty component signal is based on a known faulty signal caused by intermittent open circuits; and detecting the presence of intermittent open circuits caused by the sensor based on the comparing and on the rate of occurrence of signal spikes. receiving a filtered signal from the sensor; applying a high-pass filter to the filtered signal to produce a high-frequency component signal; determining a rate of occurrence of signal spikes in the high-frequency component signal; comparing the high-frequency component signal to a component signal threshold, characterised in that: the component signal threshold is based on at least one known healthy component signal and at least one faulty component signal, wherein the faulty component signal is based on a known faulty signal caused by intermittent open circuits; and detecting the presence of intermittent open circuits caused by the sensor based on the comparing and on the rate of occurrence of signal spikes. the component signal threshold is based on at least one known healthy component signal and at least one faulty component signal, wherein the faulty component signal is based on a known faulty signal caused by intermittent open circuits; and detecting the presence of intermittent open circuits caused by the sensor based on the comparing and on the rate of occurrence of signal spikes.
A chisel holder for a coal cutting machine, road milling machine, surface miner, or the like with a chisel receptacle having an insertion opening and with a chisel support surface, wherein at least one wear protection element is arranged in a region assigned to the chisel support surface characterised in that the at least one wear protection element is designed as a weld and is arranged at least in regions in at least one recess formed as a groove, and that the recess is recessed in the chisel support surface, or that one or more grooves are formed as radial grooves and arranged offset from the chisel support surface.
A fitting assembly for coupling a first fluid section to a second fluid section, the fitting assembly comprising: a nut having a first end and a second end opposite from the first end; a visual indicator assembly positioned on the first end of the nut, the visual indicator assembly comprising a plurality of visual indicators (18, 19, 20) that provide a visual indication of a torque level being applied to the nut; a sleeve attached to the nut and including a window through which a portion of the plurality of visual indicators (18, 19, 20) is visible based on the torque level being applied to the nut; and a resilient member that couples the sleeve to the nut; wherein as the nut is rotated to apply torque to the nut, to thereby couple the first fluid section to the second fluid section, the resilient member biases the sleeve in a fixed position and the nut rotates relative to the sleeve, whereby the visual indicator assembly rotates relative to the sleeve to alter which portion of the visual indicator assembly is visible through the window to provide a visual indication of when the torque level being applied to the nut is a desired operational torque level. a nut having a first end and a second end opposite from the first end; a visual indicator assembly positioned on the first end of the nut, the visual indicator assembly comprising a plurality of visual indicators (18, 19, 20) that provide a visual indication of a torque level being applied to the nut; a sleeve attached to the nut and including a window through which a portion of the plurality of visual indicators (18, 19, 20) is visible based on the torque level being applied to the nut; and a resilient member that couples the sleeve to the nut; wherein as the nut is rotated to apply torque to the nut, to thereby couple the first fluid section to the second fluid section, the resilient member biases the sleeve in a fixed position and the nut rotates relative to the sleeve, whereby the visual indicator assembly rotates relative to the sleeve to alter which portion of the visual indicator assembly is visible through the window to provide a visual indication of when the torque level being applied to the nut is a desired operational torque level.
A method of joining at least two metal workpieces together using a friction rivet, said method comprising: 1) overlapping at least two metal workpieces; 2) providing a friction rivet joining tool 3) providing a friction rivet that is being held by the friction rivet joining tool, wherein the friction rivet includes a cutting feature; 4) rotating the friction rivet joining tool to enable the cutting feature to cut through the at least two metal workpieces; 5) providing a friction rivet cap disposed on a second side of the at least two metal workpieces; and 6) rotating the friction rivet joining tool at a speed to generate heat and enable diffusion bonding of the friction rivet and the friction rivet cap and diffusion bonding of the friction rivet and the metal workpieces; characterized in that the method further comprises: providing a threaded outer surface on the friction rivet; and providing a threaded inner surface on the friction rivet cap. 1) overlapping at least two metal workpieces; 2) providing a friction rivet joining tool 3) providing a friction rivet that is being held by the friction rivet joining tool, wherein the friction rivet includes a cutting feature; 4) rotating the friction rivet joining tool to enable the cutting feature to cut through the at least two metal workpieces; 5) providing a friction rivet cap disposed on a second side of the at least two metal workpieces; and 6) rotating the friction rivet joining tool at a speed to generate heat and enable diffusion bonding of the friction rivet and the friction rivet cap and diffusion bonding of the friction rivet and the metal workpieces; providing a threaded outer surface on the friction rivet; and providing a threaded inner surface on the friction rivet cap.
An optical-fiber ribbon, comprising: a plurality of optical fibers; and a cured ribbon-matrix material edge bonding the plurality of optical fibers in a side-by-side arrangement such that at least 70 percent of the cured ribbon-matrix material is positioned on one side of the optical-fiber ribbon, the cured ribbon-matrix material having ( i) elongation-to-break of at least 200 percent, preferably of at least 300 percent at 20°C, ( ii) Young's modulus of 1-20 MPa at 20°C, and ( iii) Young's modulus of 100 MPa or less, preferably of 75 PMa or less at -40 °C, wherein the elongation-to-break and the Young's modulus are determined via either ISO 527-3:1995 or ASTM D882 - 12. a plurality of optical fibers; and a cured ribbon-matrix material edge bonding the plurality of optical fibers in a side-by-side arrangement such that at least 70 percent of the cured ribbon-matrix material is positioned on one side of the optical-fiber ribbon, the cured ribbon-matrix material having ( i) elongation-to-break of at least 200 percent, preferably of at least 300 percent at 20°C, ( ii) Young's modulus of 1-20 MPa at 20°C, and ( iii) Young's modulus of 100 MPa or less, preferably of 75 PMa or less at -40 °C, wherein the elongation-to-break and the Young's modulus are determined via either ISO 527-3:1995 or ASTM D882 - 12.
A method of allocating resources in a Digital Subscriber Line network, the network comprising at least one lower-tier digital subscriber line carrying signals according to a first protocol between a transceiver device at a lower-tier network node and a subscriber transceiver device and further comprising at least one higher-tier digital subscriber line carrying signals according to a second protocol between a transceiver device at a higher-tier network node and a subscriber transceiver device, the at least one lower-tier digital subscriber line and the at least one higher-tier digital subscriber line being routed in close proximity to one another for at least a portion of a path between the lower-tier network node and the respective subscriber transceiver device, the first protocol permitting signals to be carried at frequencies in a range having a higher upper limit than the second protocol, the method comprising: obtaining, at a management unit associated with the lower-tier network node, a metric indicating one or more frequencies that are being used for carrying signals on the at least one higher-tier digital subscriber line, and estimating therefrom an upper limit of a frequency range that is being used for carrying signals on the at least one higher-tier digital subscriber line; determining, in dependence on the obtained metric, an updated power spectral density to be applied in respect of the at least one lower-tier digital subscriber line for signals to be carried between the transceiver device at the lower-tier network node and the subscriber transceiver device, the updated power spectral density having a minimum frequency that is above the upper limit of the frequency range that has been estimated as being used for carrying signals on the at least one higher-tier digital subscriber line; and then applying the updated power spectral density in respect of signals carried by the at least one lower-tier digital subscriber line. obtaining, at a management unit associated with the lower-tier network node, a metric indicating one or more frequencies that are being used for carrying signals on the at least one higher-tier digital subscriber line, and estimating therefrom an upper limit of a frequency range that is being used for carrying signals on the at least one higher-tier digital subscriber line; determining, in dependence on the obtained metric, an updated power spectral density to be applied in respect of the at least one lower-tier digital subscriber line for signals to be carried between the transceiver device at the lower-tier network node and the subscriber transceiver device, the updated power spectral density having a minimum frequency that is above the upper limit of the frequency range that has been estimated as being used for carrying signals on the at least one higher-tier digital subscriber line; and then applying the updated power spectral density in respect of signals carried by the at least one lower-tier digital subscriber line.
A self-ligating orthodontic bracket comprising: (a) a body having a pair of laterally spaced gingival tie wings and a pair of laterally spaced occlusal tie wings, the gingival and occlusal tie wings (1016q, 1018q) projecting from a labial surface of the body; (b) an arch wire slot extending mesially-distally across the body and between the gingival and occlusal tie wings to accommodate an arch wire; (c) a free-sliding, controlled-locking clip wherein the clip allows placement and removal of the arch wire when in the open position and prevents the displacement of the arch wire from the bracket member when in the closed position, wherein a pair of slots extending mesially-distally across the body and inside of the gingival tie wings; wherein the locking clip has two labial ends - the gingival labial end and the occlusal labial end, the profile of clip looks like a "C" from mesially-distally; wherein the locking clip has different distances between two labial ends to the gingival portion of the locking clip wherein the locking clip has a C-side shape and has two bent ends, which two ends of clip have two different clip-spans; wherein the locking clip moves the furthest gingival position, the occlusal labial end covers the labial opening of arch wire slot, wherein there is no contact between the occlusal labial end of the locking clip and the labial side of arch wire, and wherein the occlusal labial portion of the locking clip is in a stress-free state and this position of bracket is called the passive stage, wherein the locking clip moves the furthest occlusal position, the gingival labial end covers the labial opening of arch wire slot, wherein there is interference contact between the gingival labial end of the locking clip and the labial side of arch wire, and wherein the gingival labial portion of the locking clip is in a stressed-state and this position of bracket is called the active stage, wherein the locking clip moves to a middle position between the furthest gingival position and the furthest occlusal position, neither of labial ends of the locking clip covers the labial opening of arch wire slot, which position of bracket is called the open position. (a) a body having a pair of laterally spaced gingival tie wings and a pair of laterally spaced occlusal tie wings, the gingival and occlusal tie wings (1016q, 1018q) projecting from a labial surface of the body; (b) an arch wire slot extending mesially-distally across the body and between the gingival and occlusal tie wings to accommodate an arch wire; (c) a free-sliding, controlled-locking clip wherein the clip allows placement and removal of the arch wire when in the open position and prevents the displacement of the arch wire from the bracket member when in the closed position,
A one-step process for the preparation of aqueous solutions of hyperpolarized molecules that comprises para-hydrogenating a suitable insoluble or scarcely water soluble unsaturated substrate in an organic solvent immiscible with water and in the presence of a suitable catalyst soluble in an organic solvent but insoluble in water and aqueous solvents, diluting the crude reaction medium with an aqueous solution, and collecting the aqueous phase containing the water soluble hyperpolarized molecule, characterized in that said collected aqueous solution of the hyperpolarized molecule is impurity-free.
Composition comprising at least one matrix polymer, electrically conductive particles, at least one organic liquid salt and at least one thickener, wherein the weight ratio between the at least one matrix polymer and electrically conductive particles is between 4:1 and 1:5; and the weight ratio between matrix polymer and organic liquid salt is between 1000:1 and 1:1; and the sum of the weights of matrix polymer, electrically conductive particles and organic liquid salt is at least 65%, based on the total weight of the composition. the weight ratio between the at least one matrix polymer and electrically conductive particles is between 4:1 and 1:5; and the weight ratio between matrix polymer and organic liquid salt is between 1000:1 and 1:1; and the sum of the weights of matrix polymer, electrically conductive particles and organic liquid salt is at least 65%, based on the total weight of the composition.
A multilayer film comprising: (a) at least a first polymeric layer comprising a polyolefin-based polymer; and (b) a second polymeric layer comprising a blend of a polar polymer and a silicon (Si) containing material comprising a silane having at least one alkyl group having at least 6 carbon atoms. (a) at least a first polymeric layer comprising a polyolefin-based polymer; and (b) a second polymeric layer comprising a blend of a polar polymer and a silicon (Si) containing material comprising a silane having at least one alkyl group having at least 6 carbon atoms.
A non-passenger seating area for an aircraft cabin arrangement, the non-passenger seating area comprising: a fixed wall; and a temporary privacy module comprising: a support mounted on the fixed wall; and a privacy device supported on the support and movable relative to the support between a stowed position and a deployed position, wherein, in the deployed position, the privacy device encloses a portion of the non-passenger seating area between the privacy device and the fixed wall and defines a temporary privacy room, wherein the temporary privacy module is removably mounted to the fixed wall in the non-passenger seating area, such that a location of the portion of the non-passenger seating area selectively enclosed by the privacy device is adjustable within the non-passenger seating area, characterized in that the fixed wall includes a plurality of mounting locations to selectively engage the support so that the location of the temporary privacy room within the non-passenger seating area can be adjusted or changed as desired.