mhurhangee/ep-ind-claims huggingface dataset:
A vibration damper formed from a polymer composition, the polymer composition comprising: (a) 100 parts by weight of a block copolymer including a polymer segment mainly derived from a vinyl aromatic compound and a polymer segment mainly derived from a conjugated diene compound, or a hydrogenated product of the copolymer, (b) 30 to 200 parts by weight of an ethylene·α-olefin copolymer having a kinematic viscosity at 100°C of 300 to 5000 mm 2 /s and an ethylene structural unit content of 30 to 80 mol%, and (c) 0 to 100 parts by weight of a polyolefin resin having a MFR of 0.1 to 500 g/10 min, wherein the MFR of ethylene-based polymers and copolymers is measured at 190°C under 2.16 kg load in accordance with JIS K7210 and of polyolefin resins other than ethylene-based polymers and copolymers is measured at 230°C under 2.16 kg load in accordance with JIS K7210; and wherein the loss tangent tanδ of the dynamic viscoelasticity of the polymer composition measured at 0°C and a frequency of 1 Hz is not less than 0.10. (a) 100 parts by weight of a block copolymer including a polymer segment mainly derived from a vinyl aromatic compound and a polymer segment mainly derived from a conjugated diene compound, or a hydrogenated product of the copolymer, (b) 30 to 200 parts by weight of an ethylene·α-olefin copolymer having a kinematic viscosity at 100°C of 300 to 5000 mm 2 /s and an ethylene structural unit content of 30 to 80 mol%, and (c) 0 to 100 parts by weight of a polyolefin resin having a MFR of 0.1 to 500 g/10 min,
A method of braking a direct-injection, two-stroke, opposed-piston engine including at least one cylinder with piston-controlled exhaust and intake ports (54, 56) and an opening through a side of the cylinder to accommodate a fuel injector nozzle, a charge air channel to provide charge air to at least one intake port of the at least one cylinder of the engine, an exhaust channel including a turbocharger to remove exhaust gas from at least one exhaust port of the at least one cylinder of the engine, and a decompression port (140, 180) in the at least one cylinder in fluid communication with the interior of a cylinder which includes an output coupled to the exhaust channel either between a turbine input of the turbocharger and the exhaust port or in common with an output of the turbocharger for releasing compressed air from the cylinder when opposed pistons (60, 62) near respective top dead center positions, in which: charge air is compressed in the cylinder between the opposed pistons (60, 62) during an intake/compression stroke; the decompression port (140, 180) is located near the longitudinal center of the cylinder and is opened to release compressed air from the cylinder as the pistons (60, 62) near top dead center locations during the intake/compression stroke; fuel injection through a fuel injection nozzle into the compressed air in a combustion chamber of the at least one cylinder is prevented; and the decompression port (140, 180) is closed as the pistons move toward bottom dead center locations following initiation of a power/exhaust stroke after the intake/compression stroke. charge air is compressed in the cylinder between the opposed pistons (60, 62) during an intake/compression stroke; the decompression port (140, 180) is located near the longitudinal center of the cylinder and is opened to release compressed air from the cylinder as the pistons (60, 62) near top dead center locations during the intake/compression stroke; fuel injection through a fuel injection nozzle into the compressed air in a combustion chamber of the at least one cylinder is prevented; and the decompression port (140, 180) is closed as the pistons move toward bottom dead center locations following initiation of a power/exhaust stroke after the intake/compression stroke.
A method for handling collision in an identification system, the identification system comprising a reader device, a first transponder and a second transponder, the method comprising the following steps: - the reader device transmits an initialization command (INIT) to the first transponder and to the second transponder; - upon receiving the initialization command (INIT), the first transponder and the second transponder enter into a muted state, and in the muted state the first transponder and the second transponder do not respond to commands from the reader device; - in a randomly determined first start time slot the first transponder enters into an un-muted state and the first transponder remains in the un-muted state until the reader device sends a mute command (M_T1) to the first transponder; - in a randomly determined second start time slot the second transponder enters into an un-muted state and the second transponder remains in the un-muted state until the reader device sends a mute command (M_T2) to the second transponder. - the reader device transmits an initialization command (INIT) to the first transponder and to the second transponder; - upon receiving the initialization command (INIT), the first transponder and the second transponder enter into a muted state, and in the muted state the first transponder and the second transponder do not respond to commands from the reader device; - in a randomly determined first start time slot the first transponder enters into an un-muted state and the first transponder remains in the un-muted state until the reader device sends a mute command (M_T1) to the first transponder; - in a randomly determined second start time slot the second transponder enters into an un-muted state and the second transponder remains in the un-muted state until the reader device sends a mute command (M_T2) to the second transponder.
Method for texturing a synthetic thread, in which method the thread is drawn off from a supply bobbin and drafted, wherein a thread end of the supply bobbin is connected to a thread start of a reserve bobbin by a thread knot, and in which method a thread tension of the thread is measured and analysed continuously in a measuring station in order to monitor the texturing, characterized in that in order to identify the thread knot at the measuring station, the measured signals of the thread tension are analysed by a machine learning program.
Method for the continuous casting of a product, chosen from billets or blooms, along a curved casting line, said method providing to cast a liquid metal in a crystallizer that is provided with a tubular cavity having a polygonal cross section defined by a determinate number of sides (n), characterized in that said product exiting from said crystallizer is curved along said casting line by support and curving rollers and without the aid of lateral containing sectors of the cross section of said product, in that said method comprises setting a productivity (P r) of said casting line chosen inside a work field delimited by a first achievable maximum productivity (P rmaxb), and by a second achievable maximum productivity (P rmaxt), said first achievable maximum productivity (P rmaxb) being defined by the expression: P rmaxb = 0,9 ∗ ρ ∗ K 2 ∗ n tan π n wherein: ρ: is the density of the solid metal, K: is a constant comprised between 0.04 and 0.05; and n: is the number of sides of said polygon of the tubular cavity; and said second achievable maximum productivity (P rmaxt) being defined by the expression: P rmaxt = 0,9 ∗ ρ ∗ D 2 ∗ K s t min 2 ∗ n ∗ tan π n wherein ρ: is the density of the solid metal; D: is a size of the cross section of said product; K s: is a solidification constant determined as a function of the material of said liquid metal; t min: is a preset minimum thickness of said product; n: is the number of sides of said polygon of the tubular cavity; in that said productivity (P r) is set so that it is less than or equal to the minimum value between said first maximum productivity (P rmaxb) and said second maximum productivity (P rmaxt), and in that said method comprises supplying said crystallizer having a number of sides (n) determined so as to obtain said set productivity (P r). ρ: is the density of the solid metal, K: is a constant comprised between 0.04 and 0.05; and n: is the number of sides of said polygon of the tubular cavity; and said second achievable maximum productivity (P rmaxt) being defined by the expression: P rmaxt = 0,9 ∗ ρ ∗ D 2 ∗ K s t min 2 ∗ n ∗ tan π n ρ: is the density of the solid metal; D: is a size of the cross section of said product; K s: is a solidification constant determined as a function of the material of said liquid metal; t min: is a preset minimum thickness of said product; n: is the number of sides of said polygon of the tubular cavity; in that said productivity (P r) is set so that it is less than or equal to the minimum value between said first maximum productivity (P rmaxb) and said second maximum productivity (P rmaxt), and in that said method comprises supplying said crystallizer having a number of sides (n) determined so as to obtain said set productivity (P r).
A tilting saddle-riding motorcycle comprising: a frame; a steering column integral with a handlebar and rotatably accommodated in a steering tube integral with the frame; a left front steered wheel and a right front steered wheel connected to the frame with the interposition of at least one tilting four-bar linkage (23; 23A, 23B); wherein the left front steered wheel and the right front steered wheel are adapted to perform a tilting movement; and wherein said at least one tilting four-bar linkage (23; 23A, 23B) comprises a plurality of components pivoted to one another around pivot axes parallel to one another, the deformation of said at least one tilting four-bar linkage (23; 23A, 23B) allowing the frame, the left front steered wheel and the right front steered wheel to take a tilted position during travel; a left rear driving wheel and a right rear driving wheel; supported by a non-tilting rear carriage, on which a propulsion unit of the tilting saddle-riding motorcycle is arranged; a tilting joint, which connects the non-tilting rear carriage to the frame; wherein the tilting joint defines a roll axis around which the frame rotates relative to the rear carriage; characterized in that the tilting saddle-riding motorcycle further comprises a rear suspension, adapted to allow a springing movement of the frame relative to the rear carriage, and a suspension hinge defining a suspension axis extending in a transverse direction relative to the direction of travel of the vehicle, the frame and the rear carriage being adapted to perform springing movements around the suspension axis. a frame; a steering column integral with a handlebar and rotatably accommodated in a steering tube integral with the frame; a left front steered wheel and a right front steered wheel connected to the frame with the interposition of at least one tilting four-bar linkage (23; 23A, 23B); wherein the left front steered wheel and the right front steered wheel are adapted to perform a tilting movement; and wherein said at least one tilting four-bar linkage (23; 23A, 23B) comprises a plurality of components pivoted to one another around pivot axes parallel to one another, the deformation of said at least one tilting four-bar linkage (23; 23A, 23B) allowing the frame, the left front steered wheel and the right front steered wheel to take a tilted position during travel; a left rear driving wheel and a right rear driving wheel; supported by a non-tilting rear carriage, on which a propulsion unit of the tilting saddle-riding motorcycle is arranged; a tilting joint, which connects the non-tilting rear carriage to the frame; wherein the tilting joint defines a roll axis around which the frame rotates relative to the rear carriage;
A belt for suspending and/or driving an elevator car, comprising: a plurality of tension elements extending along a length of the belt, wherein the tension elements are formed from a metallic material; a plurality of belt fibers transverse to the plurality of tension elements and interlaced therewith, wherein the belt fibers are formed from a non-metallic material; characterized by: the belt fibers defining at least one traction surface of the belt; and an edge fiber disposed at a lateral end of the belt transverse and secured to the plurality of belt fibers to secure the belt fibers in a selected position; the edge fiber including a thermally-activated material to secure the edge fiber to the plurality of belt fibers; and the edge fiber disposed parallel to the plurality of tension elements. a plurality of tension elements extending along a length of the belt, wherein the tension elements are formed from a metallic material; a plurality of belt fibers transverse to the plurality of tension elements and interlaced therewith, wherein the belt fibers are formed from a non-metallic material; characterized by: the belt fibers defining at least one traction surface of the belt; and an edge fiber disposed at a lateral end of the belt transverse and secured to the plurality of belt fibers to secure the belt fibers in a selected position; the edge fiber including a thermally-activated material to secure the edge fiber to the plurality of belt fibers; and the edge fiber disposed parallel to the plurality of tension elements. the belt fibers defining at least one traction surface of the belt; and an edge fiber disposed at a lateral end of the belt transverse and secured to the plurality of belt fibers to secure the belt fibers in a selected position; the edge fiber including a thermally-activated material to secure the edge fiber to the plurality of belt fibers; and the edge fiber disposed parallel to the plurality of tension elements.
Production line for layerwise manufacturing of tangible products comprising - a first carrier comprising a first building platform for supporting a first tangible product, - a second carrier comprising a second building platform for supporting a second tangible product, - a deposition head for depositing construction material onto the building platforms, - a solidification device for solidifying at least a part of the deposited construction material, - a platform conveyor for conveying the carriers towards and away from the deposition head repeatedly, which deposition head is suitable for depositing construction material directly on the first building platform and the second building platform - characterized by - a material remover for removing a surplus of the deposited construction material from the building platforms, - wherein the material remover comprises a rotatable conical roller for removing material from the building platform that is rotatable about an axis inclined at an angle relative to the direction in which the platforms move during the manufacturing of the products in order to remove the surplus of material sideways from the platform. - a first carrier comprising a first building platform for supporting a first tangible product, - a second carrier comprising a second building platform for supporting a second tangible product, - a deposition head for depositing construction material onto the building platforms, - a solidification device for solidifying at least a part of the deposited construction material, - a platform conveyor for conveying the carriers towards and away from the deposition head repeatedly, which deposition head is suitable for depositing construction material directly on the first building platform and the second building platform - characterized by - a material remover for removing a surplus of the deposited construction material from the building platforms, - wherein the material remover comprises a rotatable conical roller for removing material from the building platform that is rotatable about an axis
Device for stripping a workpiece from a sheet of material through an opening of a die by means of a stripping tool, wherein the die has a slot, a stripping module (9.1 - 9.4) being inserted into the slot, wherein the stripping module (9.1 - 9.4) consists of an insert and a module lug directed towards the opening, characterised in that the insert has an upper surface and a shearing edge, wherein the shearing edge forms a drop length to a support surface of the module lug, the drop length having a dimension (h) of 0.8 mm to 1.8 mm and preferably of 1.5 mm; and wherein the module lug has a bevelled and/or rounded glide surface.
A sensor device for detecting properties of fluid media in a container, wherein the sensor device is at least partially exposed to the medium to be detected, comprising - base plate made of an insulating material and having at least one first surface exposed to the medium, and - at least one sensor element embodied as a cylindrical capacitor and comprising at least one outer electrode (61 a) and one inner electrode (61 b) partially surrounded by said outer electrode (61 a), wherein the at least one outer and the inner electrode (61 a, 61 b) extend from the first surface of the base plate, and the medium comes between the outer and the inner electrode (61 a, 61b). characterized in that the at least one outer electrode (61 a) and the inner electrode (61 b) are subdivided in the direction of extension into a plurality of electrode sections (611 to 613, 621 to 623, 641 to 644, 651 to 654) insulated from one another and the outer and the inner electrode (61 a, 61 b) are subdivided in the same manner, and the electrode sections (611 to 613, 621 to 623, 641 to 644, 651 to 654) of the outer and inner electrodes (61 a, 61b) are each connected to connection lines and can be driven individually and independently of each other. - base plate made of an insulating material and having at least one first surface exposed to the medium, and - at least one sensor element embodied as a cylindrical capacitor and comprising at least one outer electrode (61 a) and one inner electrode (61 b) partially surrounded by said outer electrode (61 a), wherein the at least one outer and the inner electrode (61 a, 61 b) extend from the first surface of the base plate, and the medium comes between the outer and the inner electrode (61 a, 61b).
Curcumin for use in a method of diagnosing or prognosing Alzheimer's disease in a mammal, said method comprising: systemically administering curcumin to the mammal; imaging the mammal's retina with an optical imaging system; examining the images for stained Aβ peptides; and either (i) diagnosing the mammal as having Alzheimer's disease if stained Aβ peptides are present; or (ii) quantitating the increase/decrease of stained Aβ peptides in the subject's retina, as compared to a prior diagnosis; and rendering a prognosis based upon the level of stained Aβ peptides in the subject's retina. systemically administering curcumin to the mammal; imaging the mammal's retina with an optical imaging system; examining the images for stained Aβ peptides; and either (i) diagnosing the mammal as having Alzheimer's disease if stained Aβ peptides are present; or (ii) quantitating the increase/decrease of stained Aβ peptides in the subject's retina, as compared to a prior diagnosis; and rendering a prognosis based upon the level of stained Aβ peptides in the subject's retina. (i) diagnosing the mammal as having Alzheimer's disease if stained Aβ peptides are present; or (ii) quantitating the increase/decrease of stained Aβ peptides in the subject's retina, as compared to a prior diagnosis; and rendering a prognosis based upon the level of stained Aβ peptides in the subject's retina.
A process for removing arsenic from a petroleum fraction comprising contacting the fraction with an arsenic removal catalyst, in the presence of hydrogen; the catalyst comprising: a porous support comprising alumina; between 8 and 14 wt. % of molybdenum and an amount of nickel sufficient to result in an atomic ratio of nickel metal to molybdenum metal of between 1.5 and 2.5. a porous support comprising alumina; between 8 and 14 wt. % of molybdenum and an amount of nickel sufficient to result in an atomic ratio of nickel metal to molybdenum metal of between 1.5 and 2.5.
A method for temporarily formatting and charting data using a spin control, comprising: receiving a selection of data; determining values within the selected data; displaying a chart representing the values from the selected data, wherein the chart is automatically created and displayed upon receiving the selection of data; and displaying a spin control graphical user interface (29, 516, 812, 820, 830, 844, 846) adjacent to the chart that rotates around a center point, wherein the spin control comprises options arranged in pie regions around the center point of the spin control that when the options are applied to the chart, the display of the chart is affected, wherein the spin control rotates clockwise and counterclockwise, wherein movement of the spin control exposes different options to apply to the chart, and wherein a rotation of the spin control automatically selects another option and applies the another option to the displayed chart. receiving a selection of data; determining values within the selected data; displaying a chart representing the values from the selected data, wherein the chart is automatically created and displayed upon receiving the selection of data; and displaying a spin control graphical user interface (29, 516, 812, 820, 830, 844, 846) adjacent to the chart that rotates around a center point, wherein the spin control comprises options arranged in pie regions around the center point of the spin control that when the options are applied to the chart, the display of the chart is affected, wherein the spin control rotates clockwise and counterclockwise, wherein movement of the spin control exposes different options to apply to the chart, and wherein a rotation of the spin control automatically selects another option and applies the another option to the displayed chart.
A composition, which comprises a) At least one water-soluble phthalocyanine compound; b) At least one cross-linked polyvinylpyrrolidone component; c) At least one hydrophilic binding agent; and, optionally, d) Further additives suitable for the preparation of solid agglomerates. a) At least one water-soluble phthalocyanine compound; b) At least one cross-linked polyvinylpyrrolidone component; c) At least one hydrophilic binding agent; and, optionally, d) Further additives suitable for the preparation of solid agglomerates.