mhurhangee/ep-ind-claims huggingface dataset:
An adhesive composition comprising an acid-modified polypropylene, an unfunctionalized polypropylene, and a polyethylene, and having a melting point of 70 to 140°C, wherein a melting point of the acid-modified polypropylene is 65°C or higher and 130°C or lower, a melting point of the unfunctionalized polypropylene is 70°C or higher and 135°C or lower, and a melting point of the polyethylene is 90°C or higher and 130°C or lower, and wherein the adhesive composition comprises the unfunctionalized polypropylene in an amount of 140 to 1500 parts by mass, and the polyethylene in an amount of 10 to 600 parts by mass, per 100 parts by mass of the acid-modified polypropylene. a melting point of the acid-modified polypropylene is 65°C or higher and 130°C or lower, a melting point of the unfunctionalized polypropylene is 70°C or higher and 135°C or lower, and a melting point of the polyethylene is 90°C or higher and 130°C or lower, and wherein the adhesive composition comprises the unfunctionalized polypropylene in an amount of 140 to 1500 parts by mass, and the polyethylene in an amount of 10 to 600 parts by mass, per 100 parts by mass of the acid-modified polypropylene.
A utility pole comprising an elongated member having an outer layer, wherein the outer layer comprises a synthetic material, characterised in that the outer layer is provided with a plurality of recesses on an external surface of the outer layer, the recesses being configured for receiving spikes of a crampon.
An artificial disc comprising: - a superior endplate having a bi-convex superior surface and a concave inferior surface, wherein the superior endplate includes a first groove disposed within a side surface of the superior endplate; - an inferior endplate having a bi-convex inferior surface, wherein the inferior endplate includes a second groove disposed within a side surface of the inferior endplate; - a core assembly (120, 130) disposed between the superior endplate and the inferior endplate; and - a support assembly disposed on outer surfaces of both the superior endplate and the inferior endplate, the support assembly configured to couple the superior endplate to the inferior endplate, wherein support assembly comprises a sheath that is disposed within the first and second grooves (302, 304). - a superior endplate having a bi-convex superior surface and a concave inferior surface, wherein the superior endplate includes a first groove disposed within a side surface of the superior endplate; - an inferior endplate having a bi-convex inferior surface, wherein the inferior endplate includes a second groove disposed within a side surface of the inferior endplate; - a core assembly (120, 130) disposed between the superior endplate and the inferior endplate; and - a support assembly disposed on outer surfaces of both the superior endplate and the inferior endplate, the support assembly configured to couple the superior endplate to the inferior endplate, wherein support assembly comprises a sheath that is disposed within the first and second grooves (302, 304).
A method for forming an upper leather, comprising: - Providing a tube shaped integrally formed upper leather as a section of a leg portion of a bovine skin, - Pretanning the upper leather using fat and fatliquor, - Retanning the upper leather at an increasing concentration of a tanning agent mixture, wherein the concentration is in the range of 3 - 6 degree Beaume, and wherein the tanning agent mixture comprises about 49 parts of a vegetable tanning agent and about 51 parts of a synthetic tanning agent, - fatliquoring of the upper leather with a fatliquor mixture that comprises water, an anionic emulsifier and a fatliquor, wherein the water has a temperature of about 45 °C, - Introducing a bootleg widener into a leg of the upper leather, - Widening of the leg with the bootleg widener by at least 100%. - Providing a tube shaped integrally formed upper leather as a section of a leg portion of a bovine skin, - Pretanning the upper leather using fat and fatliquor, - Retanning the upper leather at an increasing concentration of a tanning agent mixture, wherein the concentration is in the range of 3 - 6 degree Beaume, and wherein the tanning agent mixture comprises about 49 parts of a vegetable tanning agent and about 51 parts of a synthetic tanning agent, - fatliquoring of the upper leather with a fatliquor mixture that comprises water, an anionic emulsifier and a fatliquor, wherein the water has a temperature of about 45 °C, - Introducing a bootleg widener into a leg of the upper leather, - Widening of the leg with the bootleg widener by at least 100%.
A tire having an inner liner composed of a rubber composition for an inner liner which comprises a rubber component and additives, wherein a dynamic elastic modulus E* (MPa) and a loss tangent tanδ measured at a temperature of 70°C, an initial strain of 10% and a dynamic strain of 2% satisfy the following formulas to, an air permeation coefficient is not more than 12.00×10 -14 cm 3 • cm/(cm 2 •s•Pa), and a tensile strength at break TB (MPa) and an elongation at break EB (%) as measured in accordance with JIS K6251 satisfy the following formulas and. E * / tanδ > 17 2.5 < E * < 5 tanδ < 0.15 EB > 450 TB × EB > 10, 000
A formed lyocell cellulose article for binding heavy metal ions and radioactive isotopes thereof, wherein one or more hexacyanoferrates are incorporated in a cellulosic matrix, and, fully enclosed by said matrix, distributed homogeneously throughout the entire cross section of the cellulosic matrix, where the hexacyanoferrates comprise from 0.1 to 80 wt% of the overall weight of the formed cellulose article.
A modular vehicle frame for a material handling vehicle, the modular vehicle frame comprising: a battery compartment; a handle configured to control a speed and direction of a traction wheel; and a mounting assembly configured to selectively quick-connect to a material handling attachment, the mounting assembly including a mounting plate having a first side and a second side; the modular vehicle frame characterised in that the mounting assembly further includes: at least one pivot block extending from the first side of the mounting plate and configured to provide a pivotal interface with the material handling attachment; and at least one locking latch attached to the second side of the mounting plate and configured to provide a selective locking interface with the material handling attachment. a battery compartment; a handle configured to control a speed and direction of a traction wheel; and a mounting assembly configured to selectively quick-connect to a material handling attachment, the mounting assembly including a mounting plate having a first side and a second side; the modular vehicle frame characterised in that the mounting assembly further includes: at least one pivot block extending from the first side of the mounting plate and configured to provide a pivotal interface with the material handling attachment; and at least one locking latch attached to the second side of the mounting plate and configured to provide a selective locking interface with the material handling attachment.
An element of an apron of a shading device including, on the one hand, at least one slat having at least one side end (60; 60') and provided with at least one cavity ending at such a side end (60; 60') and, on the other hand, an end-piece (7; 7') at least partly inserted into the cavity of said slat, the slat including, on the one hand, at least one hooking means brought about by at least one deformation of this slat, wherein - the slat includes, on the other hand, at least one recess resulting from at least one deformation of this slat having permitted to bring about at least one hooking means; - the end-piece comprises, on the one hand, at least one complementary hooking means cooperating with a hooking means the slat includes and, on the other hand, at least one organ for filling such a recess the slat includes. - the slat includes, on the other hand, at least one recess resulting from at least one deformation of this slat having permitted to bring about at least one hooking means; - the end-piece comprises, on the one hand, at least one complementary hooking means cooperating with a hooking means the slat includes and, on the other hand, at least one organ for filling such a recess the slat includes.
Rotor for an electrical machine with a rotor body, a plurality of winding elements and a winding head arranged axially next to the rotor body, wherein the winding elements are arranged in axially extending grooves of the rotor body, and wherein the winding head comprises a winding head carrier and a plurality of retaining elements, and wherein each retaining element comprises a tension bolt and a supporting body, and wherein the supporting bodies are arranged at least partially in the radial direction outside the winding elements, and wherein the tension bolts each penetrate the associated supporting body and are screwed into the winding head carrier by means of a thread, characterised in that the retaining elements each comprise a stop surface which is designed in such a way that it can come to bear against the winding head carrier when the tension bolts are screwed in, so as to set the radial length with which the tension bolts protrude from the winding head carrier to a predefined dimension, the predefined dimension being dimensioned such that the supporting bodies are not pressed against the winding elements when the rotor is at rest.
A folding device (100, 200) for folding a paper web (102, 202) in the longitudinal direction, comprising - a first rolling device (104, 204) adapted to receiving the paper web from a supplying device, - a fold-creating means (106, 206) adapted to creating at least one fold along the paper web, - a fold-pressing means (108, 209) adapted to pressing together portions of the paper web which are separated by said fold, - a second rolling device (109, 209) adapted to receiving and guiding the folded paper web out from the folding device to a receiving device, and - at least a first and a second motor (114, 214, 116, 216) which are connected to a control unit and adapted to driving the paper web through the folding device and to maintaining through the control unit, by detecting in conjunction with the control unit the electrical characteristics of the motors when they are driving the paper web, a predetermined tension in the paper web independent of its speed through the folding device as well as when the paper web is stationary. - a first rolling device (104, 204) adapted to receiving the paper web from a supplying device, - a fold-creating means (106, 206) adapted to creating at least one fold along the paper web, - a fold-pressing means (108, 209) adapted to pressing together portions of the paper web which are separated by said fold, - a second rolling device (109, 209) adapted to receiving and guiding the folded paper web out from the folding device to a receiving device, and - at least a first and a second motor (114, 214, 116, 216) which are connected to a control unit and adapted to driving the paper web through the folding device and to maintaining through the control unit, by detecting in conjunction with the control unit the electrical characteristics of the motors when they are driving the paper web, a predetermined tension in the paper web independent of its speed through the folding device as well as when the paper web is stationary.
A pesticide formulation comprising: a solvent comprising an ether ester of Formula 1: wherein R 1 and R 2 are each independently one of an alkyl group having 1 to 4 carbon atoms or an aryl group, wherein R 3 is hydrogen, methyl, or ethyl, and wherein n is 1 to 6; and a pesticide; wherein the pesticide comprises one or more of chlopyrifos, tebuconazole, difenoconazole, triazolone, quizalofop-p-ethyl, myclobutanil, pyraclostrobin, bifenthrin, buprofezin, and beta-cypermethrin. a solvent comprising an ether ester of Formula 1: wherein R 1 and R 2 are each independently one of an alkyl group having 1 to 4 carbon atoms or an aryl group, wherein R 3 is hydrogen, methyl, or ethyl, and wherein n is 1 to 6; and a pesticide; wherein the pesticide comprises one or more of chlopyrifos, tebuconazole, difenoconazole, triazolone, quizalofop-p-ethyl, myclobutanil, pyraclostrobin, bifenthrin, buprofezin, and beta-cypermethrin.
A device comprising: at least a laser source; an optical fiber with an optical radiation entrance end (1.2) and an optical radiation output end (1.1); a coupling system for coupling the laser source and the optical fiber, adapted to inject an optical radiation emitted by the laser source into the entrance end (1.2) of the optical fiber; wherein: the optical fiber is a multi-mode optical fiber; the coupling system is adapted to inject the optical radiation into the optical fiber with such an inclination (α) as to reduce or eliminate the fundamental transmission mode and to promote the transmission according to at least one higher-order transmission mode, so that the optical radiation at the output end (1.1) of the optical fiber has a cone-shaped distribution wherein the intensity is maximal in the peripheral volume of an emission cone and is minimal inside the emission cone; characterized in that the coupling system comprises a focusing lens having an optical axis (B-B) that is inclined, with respect to the optical axis (A-A) of the optical fiber, by an angle greater than zero and smaller than the acceptance angle of the optical fiber.
A terminal apparatus for use with an orthogonal frequency division-multiplexing, OFDM, system that uses a multiple input multiple output, MIMO, structure, the terminal apparatus comprising: a controller that responds to receipt of an OFDM signal by making a determination as to whether subsequent MIMO OFDM signals should be transmitted independently of each other or corresponding to each other and causing a feedback signal to be transmitted indicative of that determination, characterized in that the controller makes the determination based on a channel condition. a controller that responds to receipt of an OFDM signal by making a determination as to whether subsequent MIMO OFDM signals should be transmitted independently of each other or corresponding to each other and causing a feedback signal to be transmitted indicative of that determination, characterized in that the controller makes the determination based on a channel condition.
Device for generating mist, comprising at least: - a chamber comprising two vertical longitudinal faces, two vertical lateral faces, a bottom and an upper cover, - an air intake, the axis XX' of which is substantially horizontal, comprising an orifice arranged on one of the lateral faces, - an air outlet comprising an orifice arranged on the other lateral face substantially coaxially to the axis XX' of said air intake, - means for circulating air, suitable for creating a flow of air between said air intake and air outlet (3,4), - a tank positioned inside said chamber containing a product in liquid form and means for generating mist suitable for generating, in the area of the surface of said liquid, droplets of said product, and - calibration means positioned inside the chamber between the air intake and air outlet (3,4) and suitable for channelling the flow of air in order to calibrate said droplets exiting the chamber with said flow of air, said device for generating mist being characterised in that the calibration means comprise a first plate positioned inside the chamber facing the orifice of the air intake and a second plate positioned inside the chamber between the surface of the product and the orifice of the air outlet, said first plate being substantially perpendicular to said axis XX' of the air intake and extends between the vertical longitudinal faces and between the bottom and the upper cover of the chamber in such a way as to practically totally block the inner transverse cross-section of said chamber, said second plate extending between the vertical longitudinal faces from the lateral face comprising the air outlet while being inclined towards the upper cover of the chamber and forming an acute angle α with said lateral face. - a chamber comprising two vertical longitudinal faces, two vertical lateral faces, a bottom and an upper cover, - an air intake, the axis XX' of which is substantially horizontal, comprising an orifice arranged on one of the lateral faces, - an air outlet comprising an orifice arranged on the other lateral face substantially coaxially to the axis XX' of said air intake, - means for circulating air, suitable for creating a flow of air between said air intake and air outlet (3,4), - a tank positioned inside said chamber containing a product in liquid form and means for generating mist suitable for generating, in the area of the surface of said liquid, droplets of said product, and - calibration means positioned inside the chamber between the air intake and air outlet (3,4) and suitable for channelling the flow of air in order to calibrate said droplets exiting the chamber with said flow of air,
A process for the production of a composite polymer material, wherein the process comprises the steps of: (a) providing a mineral filler material; (b) providing a polymer material; (c) conveying the mineral filler material of step (a) and the polymer material of step (b) to a compounder; (d) forming a composite polymer material in said compounder; wherein the mineral filler material of step (a) is added to the polymer material of step (b) in an amount so that the mineral filler content of the resulting composite polymer material is in the range from 150 to 900 phr, the mineral filler material of step (a) is added to the polymer material of step (b) by use of direct addition technology, said technology comprising the addition and mixing of said mineral filler material to said polymer material in a direct addition device upstream from a compounding section of the compounder, wherein the direct addition device is in direct connection to the compounding section of the compounder so that no pneumatic conveying of the resulting mixture to the compounding section is involved, said compounder is an extruder, and wherein the polymer material comprises polyvinyl chloride. (a) providing a mineral filler material; (b) providing a polymer material; (c) conveying the mineral filler material of step (a) and the polymer material of step (b) to a compounder; (d) forming a composite polymer material in said compounder;
An image detection method of a hand, comprising: determining a first starting point in a connected domain in a hand image to be detected; determining n farthest extremum points that are different from the first starting point and are in the connected domain in the hand image to be detected, wherein an Nth farthest extremum point among the n farthest extremum points is a pixel point which is in the connected domain and which has a maximum geodesic distance from an Nth starting point, an (N+1)th starting point is the Nth farthest extremum point, both n and N are positive integers, and N≤n; performing region growing by respectively taking the n farthest extremum points as initial points, so as to acquire n regions in the connected domain; and determining an available region that satisfies a selection condition by determining whether a relationship between a preset feature of each region among the n regions and a preset feature of the connected domain satisfy the selection condition, wherein the selection condition of the available region comprises at least one of A, B or C: A: a first ratio of a length of each region to a maximum width of the connected domain is not smaller than 1/3 and not greater than 1.5; B: a second ratio of a width of each region to a maximum width of the connected domain is not greater than 1/5; and C: a third ratio of an area of each region to an area of the connected domain is not greater than 1/5. determining a first starting point in a connected domain in a hand image to be detected; determining n farthest extremum points that are different from the first starting point and are in the connected domain in the hand image to be detected, wherein an Nth farthest extremum point among the n farthest extremum points is a pixel point which is in the connected domain and which has a maximum geodesic distance from an Nth starting point, an (N+1)th starting point is the Nth farthest extremum point, both n and N are positive integers, and N≤n; performing region growing by respectively taking the n farthest extremum points as initial points, so as to acquire n regions in the connected domain; and determining an available region that satisfies a selection condition by determining whether a relationship between a preset feature of each region among the n regions and a preset feature of the connected domain satisfy the selection condition, wherein the selection condition of the available region comprises at least one of A, B or C: A: a first ratio of a length of each region to a maximum width of the connected domain is not smaller than 1/3 and not greater than 1.5; B: a second ratio of a width of each region to a maximum width of the connected domain is not greater than 1/5; and C: a third ratio of an area of each region to an area of the connected domain is not greater than 1/5. A: a first ratio of a length of each region to a maximum width of the connected domain is not smaller than 1/3 and not greater than 1.5; B: a second ratio of a width of each region to a maximum width of the connected domain is not greater than 1/5; and C: a third ratio of an area of each region to an area of the connected domain is not greater than 1/5.
A map generation device which assigns, to map data which is divided into multiple regions, a weight value for consideration of a possibility of an occlusion of a stationary construction object by a moving object within a measurable range during measurement of data by a measurement vehicle, wherein the weight value is increased for a region with decreasing probability of occlusion, the map generation device comprising: an acquisition unit configured to acquire a travelling route during measurement of data that is needed for generation or update of the map data; and a determination unit configured to determine, on a basis of a position of a lane on the travelling route, the weight value for each of the multiple regions, wherein in a case where the lane on the travelling route is a lane on a left side of a road on the travelling route, the determination unit increases the weight value corresponding to a region located to a left side of the lane, and wherein in a case where the lane on the travelling route is a lane on a right side of a road on the travelling route, the determination unit increases the weight value corresponding to a region located to a right side of the lane. an acquisition unit configured to acquire a travelling route during measurement of data that is needed for generation or update of the map data; and a determination unit configured to determine, on a basis of a position of a lane on the travelling route, the weight value for each of the multiple regions, wherein in a case where the lane on the travelling route is a lane on a left side of a road on the travelling route, the determination unit increases the weight value corresponding to a region located to a left side of the lane, and wherein in a case where the lane on the travelling route is a lane on a right side of a road on the travelling route, the determination unit increases the weight value corresponding to a region located to a right side of the lane.