mhurhangee/ep-ind-claims huggingface dataset:
A dental cement set consisting of a plurality of dental cements having color tones including color tones of 3 to n colors for selecting and using a dental cement from the plurality of dental cements having the color tones including the color tones of the 3 to n colors after trial test with trial test materials for the dental cement to be used from the plurality of dental cements having the color tones including the color tones of the 3 to n colors, wherein: when color tone C(CL*,Ca*,Cb*) of each cement is expressed in L*a*b* space and, it is defined that C 1 (CL* 1, Ca* 1, Cb* 1) is a color tone having higher L* value in two color tones having the longest distance, and C 2 (CL* 2, Ca* 2, Cb* 2), C 3 (CL* 3, Ca* 3, Cb* 3), to C n-1, (CL* n-1, Ca* n-1, Cb* n-1), Cn (CL* n, Ca* n, Cb* n) are color tones in the order of closer distance from the C 1 (CL* 1, Ca* 1, Cb* 1), in the L*a*b* space, each color tone C (CL*, Ca*, Cb*) in the plurality of dental cements having the 3 to n colors satisfies that an amount of information loss P1 n in each color tone with regard to first principal component determined by principal component analysis of each of the color tones C 1 (CL* 1, Ca* 1, Cb* 1), C 2 (CL* 2, Ca* 2, Cb* 2), to C n-1, (CL* n-1, Ca* n-1, Cb* n-1), Cn (CL* n, Ca* n, Cb* n) is less than 2, and following Formula 1 2 ≤ CL * p − 1 − CL * p 2 + Ca * p − 1 − Ca * p 2 + Cb * p − 1 − Cb * p 2 1 / 2 < 8 wherein p is an arbitrary integer of 2 ≤ p ≤ n. when color tone C(CL*,Ca*,Cb*) of each cement is expressed in L*a*b* space and, it is defined that C 1 (CL* 1, Ca* 1, Cb* 1) is a color tone having higher L* value in two color tones having the longest distance, and C 2 (CL* 2, Ca* 2, Cb* 2), C 3 (CL* 3, Ca* 3, Cb* 3), to C n-1, (CL* n-1, Ca* n-1, Cb* n-1), Cn (CL* n, Ca* n, Cb* n) are color tones in the order of closer distance from the C 1 (CL* 1, Ca* 1, Cb* 1), in the L*a*b* space, each color tone C (CL*, Ca*, Cb*) in the plurality of dental cements having the 3 to n colors satisfies that an amount of information loss P1 n in each color tone with regard to first principal component determined by principal component analysis of each of the color tones C 1 (CL* 1, Ca* 1, Cb* 1), C 2 (CL* 2, Ca* 2, Cb* 2), to C n-1, (CL* n-1, Ca* n-1, Cb* n-1), Cn (CL* n, Ca* n, Cb* n) is less than 2, and following Formula 1 2 ≤ CL * p − 1 − CL * p 2 + Ca * p − 1 − Ca * p 2 + Cb * p − 1 − Cb * p 2 1 / 2 < 8 wherein p is an arbitrary integer of 2 ≤ p ≤ n.
Composition for producing a tribological composite material, comprising a) at least one platelet-shaped, solid-state lubricant; b) at least one type of inorganic, platelet-shaped pigment particles, wherein the pigment particles have a thickness of from 0.5 μm to 2 μm and an average aspect ratio of ≥ 10; c) at least one surface-active compound possessing at least one hydrophilic group and at least one hydrophobic group, wherein the surface-active compound is selected from the group encompassing ammonioalkyl compounds, phosphonioalkyl compounds, sulfonioalkyl compounds, imidazolinium compounds, pyridinium compounds, pyrrolidinium compounds, ionic liquids, functionalized, fluorine-containing polymers, polyethers, and functionalized polysiloxanes; d) a curable binder system comprising at least one organic polymer or oligomer having one or more functional groups, or a precursor thereof. a) at least one platelet-shaped, solid-state lubricant; b) at least one type of inorganic, platelet-shaped pigment particles, wherein the pigment particles have a thickness of from 0.5 μm to 2 μm and an average aspect ratio of ≥ 10; c) at least one surface-active compound possessing at least one hydrophilic group and at least one hydrophobic group, wherein the surface-active compound is selected from the group encompassing ammonioalkyl compounds, phosphonioalkyl compounds, sulfonioalkyl compounds, imidazolinium compounds, pyridinium compounds, pyrrolidinium compounds, ionic liquids, functionalized, fluorine-containing polymers, polyethers, and functionalized polysiloxanes; d) a curable binder system comprising at least one organic polymer or oligomer having one or more functional groups, or a precursor thereof.
Lubricant-conducting apparatus; the lubricant-conducting apparatus having a first element; the first element having a first side piece which configures a first sealing lip; the first element having a second side piece which configures a second sealing lip; the first element having an intermediate piece which is provided with at least one hole; the first side piece merging along a first sectional face into the intermediate piece; the second side piece merging along a second sectional face into the intermediate piece; the first side piece, the second side piece and the intermediate piece forming a first cavity with a first opening which is different from the hole; the first element having a third side piece which configures a third sealing lip; the first element having a fourth side piece which configures a fourth sealing lip; the third side piece merging along a third sectional face into the intermediate piece; the fourth side piece merging along a fourth sectional face into the intermediate piece; the third side piece, the fourth side piece and the intermediate piece forming a second cavity with a second opening which is different from the hole; and the hole connecting the first cavity and the second cavity to one another in a lubricant-conducting manner; characterized by a second element with a first groove; and by a third element with a second groove; at least one lubricant-conducting connection which leads through the second element opening into the first groove; at least one lubricant-conducting connection which leads through the third element opening into the second groove; the first side piece and the second side piece engaging into the first groove in such a way that the first sealing lip bears against the first groove along a first contact face, and the second sealing lip bears against the first groove along a second contact face; the third side piece and the fourth side piece engaging into the second groove in such a way that the third sealing lip bears against the second groove along a third contact face, and the fourth sealing lip bears against the second groove along a fourth contact face; the first side piece, the second side piece, the third side piece, the fourth side piece, the first sealing lip, the second sealing lip, the third sealing lip, the fourth sealing lip, the intermediate piece, the first sectional face, the second sectional face, the third sectional face, the fourth sectional face, the first cavity, the second cavity, the first opening, the second opening, the first groove, the second groove, the first contact face, the second contact face, the third contact face and the fourth contact face running in a rotationally symmetrical manner about a common axis of symmetry; it being possible for the second element to be attached to a first transmission part; and it being possible for the third element to be attached to a second transmission part.
A cable arrangement comprising a cable, which has an outer conductor, an electrical inner conductor, an insulator part and a support sleeve, an outer conductor contact element and a filling element, wherein the insulator part is arranged between the outer conductor and the electrical inner conductor, wherein the support sleeve is fixed on the outer conductor and the outer conductor is folded back around the support sleeve, wherein the outer conductor contact element is electrically connected to the folded-back outer conductor and has a diameter change, wherein the filling element concentrically surrounds the insulator part, wherein the filling element is arranged in a region between an axial end of the folded-back outer conductor and the diameter change of the outer conductor contact element within the outer conductor contact element, wherein the filling element is electrically conductive, characterized in that the filling element is elastic and is configured to reduce an air inclusion in the region between the axial end of the folded-back outer conductor and the diameter change of the outer conductor contact element within the outer conductor contact element. wherein the insulator part is arranged between the outer conductor and the electrical inner conductor, wherein the support sleeve is fixed on the outer conductor and the outer conductor is folded back around the support sleeve, wherein the outer conductor contact element is electrically connected to the folded-back outer conductor and has a diameter change, wherein the filling element concentrically surrounds the insulator part, wherein the filling element is arranged in a region between an axial end of the folded-back outer conductor and the diameter change of the outer conductor contact element within the outer conductor contact element, wherein the filling element is electrically conductive, characterized in that the filling element is elastic and is configured to reduce an air inclusion in the region between the axial end of the folded-back outer conductor and the diameter change of the outer conductor contact element within the outer conductor contact element.
An exoskeleton system arranged to be worn by an operator and assume a position corresponding to a joint of the operator, the exoskeleton system comprising: a compensation device operable to compensate resistive moments acting on the joint during an effort exerted by the operator, the compensation device comprising: a first rotatable member and a second rotatable member engaging the first rotatable member at an engagement portion and arranged to be brought into relative motion about a first axis of rotation as a result of movement of the joint of the operator, the second rotatable member rotatable about a second axis of rotation; an elastic mechanism defining a first end connecting to the second rotatable member to impart on the first axis of rotation a moment opposite to the resistive moments; and a regulation device connecting to a second end of the elastic mechanism for adjusting tension in the elastic mechanism by adjusting a length (L3, L4) of the elastic mechanism between the first and second ends thereof, characterized by a control system connected to the regulation device for adjusting tension in the elastic mechanism; wherein the regulation device includes a motor for linearly adjusting the length (L3, L4) of the elastic mechanism, the regulation device further including a linkage assembly having a first portion connected to the motor, a central portion pivotally connected to the elastic mechanism and a second portion slidably connected to a casing of the compensation device. a first rotatable member and a second rotatable member engaging the first rotatable member at an engagement portion and arranged to be brought into relative motion about a first axis of rotation as a result of movement of the joint of the operator, the second rotatable member rotatable about a second axis of rotation; an elastic mechanism defining a first end connecting to the second rotatable member to impart on the first axis of rotation a moment opposite to the resistive moments; and a regulation device connecting to a second end of the elastic mechanism for adjusting tension in the elastic mechanism by adjusting a length (L3, L4) of the elastic mechanism between the first and second ends thereof, characterized by a control system connected to the regulation device for adjusting tension in the elastic mechanism; wherein the regulation device includes a motor for linearly adjusting the length (L3, L4) of the elastic mechanism, the regulation device further including a linkage assembly having a first portion connected to the motor, a central portion pivotally connected to the elastic mechanism and a second portion slidably connected to a casing of the compensation device.
A heat-transfer imaging system (10; 50; 110), the heat-transfer imaging system (10; 50; 110) comprising: a heat-transfer sheet, the heat-transfer sheet comprising a support portion and an ink-receptive coating, the ink-receptive coating being releasably coupled to the support portion, the ink-receptive coating possessing a melting temperature greater than a heat-transfer temperature, the heat-transfer temperature being no less than 60°C (140°F) and no greater than 204°C (400°F); and an activating ink, the activating ink being printable on the ink-receptive coating and comprising an agent for lowering the melting temperature of the ink-receptive coating in an area contacted with the activating ink to no more than the heat-transfer temperature. a heat-transfer sheet, the heat-transfer sheet comprising a support portion and an ink-receptive coating, the ink-receptive coating being releasably coupled to the support portion, the ink-receptive coating possessing a melting temperature greater than a heat-transfer temperature, the heat-transfer temperature being no less than 60°C (140°F) and no greater than 204°C (400°F); and an activating ink, the activating ink being printable on the ink-receptive coating and comprising an agent for lowering the melting temperature of the ink-receptive coating in an area contacted with the activating ink to no more than the heat-transfer temperature. a support portion and an ink-receptive coating, the ink-receptive coating being releasably coupled to the support portion, the ink-receptive coating possessing a melting temperature greater than a heat-transfer temperature, the heat-transfer temperature being no less than 60°C (140°F) and no greater than 204°C (400°F); and an activating ink, the activating ink being printable on the ink-receptive coating and comprising an agent for lowering the melting temperature of the ink-receptive coating in an area contacted with the activating ink to no more than the heat-transfer temperature.
Mechanism for filtering torque fluctuations which is interposed between a crankshaft of an internal combustion engine rotating about an axis of revolution and a transmission box, comprising a member (14, 114, 214, 15) to be damped rotating about the axis of revolution, an oscillating flywheel (22, 122, 222) rotating about the axis of revolution with respect to the member (14, 114, 214) to be damped, and articulated modules (26, 126, 226) allowing an angular deflection of the oscillating flywheel (22, 122, 222) with respect to the member (14, 114, 214) to be damped on either side of an equilibrium position, the articulated modules (26, 126, 226) each comprising at least one oscillating arm (26.1, 226.1) pivoting radially with respect to the member to be damped and a kinematic connection member (26.4, 226.4, 26.40) between the oscillating arm (26.1, 226.1) and the oscillating flywheel (22, 122, 222), positioned so that when the mechanism rotates about the axis of revolution, the centrifugal forces on the oscillating arm (26.1, 226.1) produce on the member (14, 114, 214, 15) to be damped a counteracting torque which tends to return the oscillating flywheel (22, 122, 222) and the member (14, 114, 214) to be damped towards the equilibrium position, the counteracting torque increasing with the speed of rotation of the filtering mechanism and with the amplitude of the angular deflection, characterized in that the filtering mechanism additionally comprises a primary member (12, 112, 212) kinematically interposed between the crankshaft and the member (14, 114, 214) to be damped, the member to be damped constituting a secondary member rotating about the axis of revolution with respect to the primary member (12, 112, 212).
A method for hydrolyzing infant formula, said method comprising the steps of: - providing infant formula in a product pipe; - performing a pH measurement of the infant formula in the product pipe; - adjusting the pH of the infant formula in the product pipe, based on the measured pH in the product pipe, by inserting a caustic solution to the infant formula in the product pipe; - inserting enzymes to the infant formula in the product pipe; and - transferring and storing the infant formula in a holding tank. - providing infant formula in a product pipe; - performing a pH measurement of the infant formula in the product pipe; - adjusting the pH of the infant formula in the product pipe, based on the measured pH in the product pipe, by inserting a caustic solution to the infant formula in the product pipe; - inserting enzymes to the infant formula in the product pipe; and - transferring and storing the infant formula in a holding tank.
A fingerprint sensor device for fingerprint detection, comprising: a light source configured to emit light at a wavelength; and an array of sensor pixels configured to acquire an optical image representing a fingerprint, each sensor pixel including: a photodetector configured to detect the emitted light reflected off of a target finger and output a photodetector signal based on the detected reflected light; a collimator implemented using an optical fiber bundle or implemented with metal holes or openings, wherein the collimator is coupled to the photodetector and is structured to direct the reflected light in a substantially vertical direction from above the photodetector toward the photodetector and to block light from other directions including light emitted directly toward the photodetector from the light source in a horizontal direction, near the horizontal direction or directions that form large angles with the vertical direction; and sensor signal detection circuitry communicatively coupled to the photodetector, the sensor signal detection circuitry configured to acquire the outputted photodetector signal. a light source configured to emit light at a wavelength; and an array of sensor pixels configured to acquire an optical image representing a fingerprint, each sensor pixel including: a photodetector configured to detect the emitted light reflected off of a target finger and output a photodetector signal based on the detected reflected light; a collimator implemented using an optical fiber bundle or implemented with metal holes or openings, wherein the collimator is coupled to the photodetector and is structured to direct the reflected light in a substantially vertical direction from above the photodetector toward the photodetector and to block light from other directions including light emitted directly toward the photodetector from the light source in a horizontal direction, near the horizontal direction or directions that form large angles with the vertical direction; and sensor signal detection circuitry communicatively coupled to the photodetector, the sensor signal detection circuitry configured to acquire the outputted photodetector signal. a photodetector configured to detect the emitted light reflected off of a target finger and output a photodetector signal based on the detected reflected light; a collimator implemented using an optical fiber bundle or implemented with metal holes or openings, wherein the collimator is coupled to the photodetector and is structured to direct the reflected light in a substantially vertical direction from above the photodetector toward the photodetector and to block light from other directions including light emitted directly toward the photodetector from the light source in a horizontal direction, near the horizontal direction or directions that form large angles with the vertical direction; and sensor signal detection circuitry communicatively coupled to the photodetector, the sensor signal detection circuitry configured to acquire the outputted photodetector signal.
A method of processing ceramic fiber for the manufacture of a ceramic matrix composite article, comprising: providing at least one frame including a planar array of unidirectional ceramic fibers extending across a void thereof; and depositing a coating on the ceramic fibers of the at least one frame via a chemical vapor deposition process; and impregnating the coated ceramic fibers of the at least one frame with a slurry including a ceramic matrix precursor composition to form at least one CMC prepreg tape, wherein impregnating the coated ceramic fibers includes removing the coated ceramic fibers from at least a portion of the at least one frame and impregnating the removed coated ceramic fibers with the slurry. providing at least one frame including a planar array of unidirectional ceramic fibers extending across a void thereof; and depositing a coating on the ceramic fibers of the at least one frame via a chemical vapor deposition process; and impregnating the coated ceramic fibers of the at least one frame with a slurry including a ceramic matrix precursor composition to form at least one CMC prepreg tape, wherein impregnating the coated ceramic fibers includes removing the coated ceramic fibers from at least a portion of the at least one frame and impregnating the removed coated ceramic fibers with the slurry.
A method for performing a memory operation where direct memory access and logical address translation by means of an unmodified Block Translation Table, BTT, or a modified BTT are implemented, the method comprising: receiving a request for an I/O operation, the request including information indicative of whether a physical memory address may be changed and whether sector atomicity is desired; when the information indicates that physical memory address may be changed and sector atomicity is desired, performing the requested I/O operation using unmodified BTT wherein a physical memory address associated with the requested I/O operation is changed and sector atomicity is provided; and otherwise: performing modified BTT wherein the requested I/O operation is completed without changing the physical memory address associated with the requested I/O operation and atomicity is provided if the request indicates that sector atomicity is desired. receiving a request for an I/O operation, the request including information indicative of whether a physical memory address may be changed and whether sector atomicity is desired; when the information indicates that physical memory address may be changed and sector atomicity is desired, performing the requested I/O operation using unmodified BTT wherein a physical memory address associated with the requested I/O operation is changed and sector atomicity is provided; and otherwise: performing modified BTT wherein the requested I/O operation is completed without changing the physical memory address associated with the requested I/O operation and atomicity is provided if the request indicates that sector atomicity is desired.
A terminal device, comprising: a communication unit to communicate data with an object server, and to receive at least one image of at least one object and attribute information of the at least one object from the object server; a display unit to display the at least one object and the received attribute information of the at least one object; a touch sensor unit to sense an object selected from the at least one displayed object; an object image detector to detect an image of the selected object; and a control unit to store the detected image of the selected object and the received attribute information of the selected object in a user database, DB,. a communication unit to communicate data with an object server, and to receive at least one image of at least one object and attribute information of the at least one object from the object server; a display unit to display the at least one object and the received attribute information of the at least one object; a touch sensor unit to sense an object selected from the at least one displayed object; an object image detector to detect an image of the selected object; and a control unit to store the detected image of the selected object and the received attribute information of the selected object in a user database, DB,.