mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a compound of the formula: wherein R1 is an alkyl chain having a carbon number in the range of greater than 40 to 200; R2 is a dendrimeric multiester group comprising 8 to 50 ester groups; R3 is hydrogen, an ion, or an alkyl chain having a carbon number of 1 to 200; each of m and n is an integer from 0 to 4; and the sum of m and n is 1 or greater.
A system for determining a side of an electrical circuit exposed to a high temperature, the system including: a printed circuit board having at least two outer edges (320,322,324,326); and characterized by: a first board stiffener disposed along a first of the two outer edges, the first board stiffener having a first end and a second end; a second board stiffener disposed along a second of the two outer edges, the second board stiffener having a first end and a second end, wherein the first and second board stiffeners are formed of a first material having a first Seebeck coefficient; a control unit; a plurality of traces formed of a second material that is different than the first material and has a second Seebeck coefficient, the traces connecting the first end of the first and second board stiffeners to the control unit and connecting the second end of the first and second board stiffeners to one another; wherein the control unit is configured to determine whether the first edge or second edge is closer to the high temperature based on a voltage differential between a trace connecting it to the first end of the first board stiffener and a trace connecting to the first end of the second board stiffener. a first board stiffener disposed along a first of the two outer edges, the first board stiffener having a first end and a second end; a second board stiffener disposed along a second of the two outer edges, the second board stiffener having a first end and a second end, wherein the first and second board stiffeners are formed of a first material having a first Seebeck coefficient; a control unit; a plurality of traces formed of a second material that is different than the first material and has a second Seebeck coefficient, the traces connecting the first end of the first and second board stiffeners to the control unit and connecting the second end of the first and second board stiffeners to one another; wherein the control unit is configured to determine whether the first edge or second edge is closer to the high temperature based on a voltage differential between a trace connecting it to the first end of the first board stiffener and a trace connecting to the first end of the second board stiffener.
A thermal barrier coating disposed on a substrate of a gas turbine engine, the thermal barrier coating comprising: a plurality of surface features formed on said substrate proximate an inner side of said substrate, each of said plurality of surface features comprising a metallic column having a top with rounded edges; a dense ceramic layer disposed in a valley located between each of said plurality of surface features, and said dense ceramic layer disposed on said top and covering said rounded edges, wherein said dense ceramic layer comprises a porosity of from 0-15%; and a thermally insulating topcoat disposed over the plurality of surface features, characterised in that: a thickness of said dense ceramic layer tapers to zero over said rounded edges. a plurality of surface features formed on said substrate proximate an inner side of said substrate, each of said plurality of surface features comprising a metallic column having a top with rounded edges; a dense ceramic layer disposed in a valley located between each of said plurality of surface features, and said dense ceramic layer disposed on said top and covering said rounded edges, wherein said dense ceramic layer comprises a porosity of from 0-15%; and a thermally insulating topcoat disposed over the plurality of surface features,
A rear view device for a motor vehicle, comprising: • a base assembly (61, 77, 502, 602, 1000) for arrangement on the motor vehicle; • a moveable head assembly (2, 510, 603, 700, 6000) attached to the base assembly (61, 77, 502, 602, 1000); and • an actuation mechanism (704, 705), the actuation mechanism comprising a fixed part attached to the base assembly (61, 77, 502, 602, 1000) and a moveable part attached to the head assembly (2, 510, 603, 700, 6000), wherein the actuation mechanism (70, 90, 701, 704, 705, 3000) allows movement of the moveable part with respect to the fixed part in one or more axes, wherein the actuation mechanism (70, 90, 701, 704, 705, 3000) is configured to adjust the rear view device inwardly or outwardly and upwardly or downwardly so that movement inwardly or outwardly is capable of changing the field of view and placing the mirror in the park position using the same actuator, characterized in that the actuation mechanism (70, 90, 701, 704, 705, 3000) allows a range of angular motion of the rear view device which is greater in the inwardly or outwardly direction than in the upwardly or downwardly direction, wherein the actuation mechanism comprises motor jacks (900A, 900B) of different lengths to allow for increased horizontal axis movement and decreased vertical movement within the same packaging space. • a base assembly (61, 77, 502, 602, 1000) for arrangement on the motor vehicle; • a moveable head assembly (2, 510, 603, 700, 6000) attached to the base assembly (61, 77, 502, 602, 1000); and • an actuation mechanism (704, 705), the actuation mechanism comprising a fixed part attached to the base assembly (61, 77, 502, 602, 1000) and a moveable part attached to the head assembly (2, 510, 603, 700, 6000),
A storage system comprising an article support device and a plurality of types of articles (20, 30) adapted to be supported thereon, the article support device comprising: a placing surface adapted to support both a first article having holes in the bottom portion and a second article having a larger bottom portion than a bottom portion of said first article thereon and having positioning grooves provided radially in the bottom portion; a first positioning member comprising at least a pair of pins protruding from said placing surface, and configured to be engaged with said holes in the bottom portion of said first article, to position the bottom portion of said first article, to enter said positioning grooves of said second article, when said second article is positioned on the placing surface, and not to interfere with said second article, and a second positioning member protruding from said placing surface adapted for positioning said second article, wherein said second positioning member is arranged at a position where interference with said first article is prevented when said first article is positioned on the placing surface by said first positioning member, and said second positioning member comprises at least a pair of guiding members protruding from the placing surface, and adapted to guide an outer perimeter of the bottom portion of said second article, and wherein each of the pair of guiding members includes a pair of tapered surfaces different in inclination direction, and the pairs of tapered surfaces are adapted to guide corners of the outer perimeter of the bottom portion of a second article. a placing surface adapted to support both a first article having holes in the bottom portion and a second article having a larger bottom portion than a bottom portion of said first article thereon and having positioning grooves provided radially in the bottom portion; a first positioning member comprising at least a pair of pins protruding from said placing surface, and configured to be engaged with said holes in the bottom portion of said first article, to position the bottom portion of said first article, to enter said positioning grooves of said second article, when said second article is positioned on the placing surface, and not to interfere with said second article, and a second positioning member protruding from said placing surface adapted for positioning said second article, wherein said second positioning member is arranged at a position where interference with said first article is prevented when said first article is positioned on the placing surface by said first positioning member, and said second positioning member comprises at least a pair of guiding members protruding from the placing surface, and adapted to guide an outer perimeter of the bottom portion of said second article, and wherein each of the pair of guiding members includes a pair of tapered surfaces different in inclination direction, and the pairs of tapered surfaces are adapted to guide corners of the outer perimeter of the bottom portion of a second article.
A length of tubing comprising: an inner corrugated tubing layer; an internal jacket surrounding the outside of the inner corrugated tubing layer; a conductive layer adjacent to the outside of the internal jacket, wherein the conductive layer is at least electrically conductive; an external jacket surrounding the conductive layer and the internal jacket; and a sealing device comprising: a body member defining a sleeve portion; and a bushing received in the sleeve portion, characterized by the bushing comprising: a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer, wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer. an inner corrugated tubing layer; an internal jacket surrounding the outside of the inner corrugated tubing layer; a conductive layer adjacent to the outside of the internal jacket, wherein the conductive layer is at least electrically conductive; an external jacket surrounding the conductive layer and the internal jacket; and a sealing device comprising: a body member defining a sleeve portion; and a bushing received in the sleeve portion, characterized by the bushing comprising: a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer, wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer. a body member defining a sleeve portion; and a bushing received in the sleeve portion, characterized by the bushing comprising: a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer, wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer. a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer, wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer.
A straddled vehicle comprising: a vehicle-body frame; a seat supported by the vehicle-body frame; a resin cover provided forward of the seat as determined along a front-rear direction of the vehicle-body frame, the resin cover being located above the vehicle-body frame and forming an outer surface of a left portion and an outer surface of a right portion of the vehicle as determined along a left-right direction of the vehicle-body frame, the resin cover being made from a resin; and a knee-grip cover, at least a part of an upper edge of the knee-grip cover as determined along a top-bottom direction of the vehicle-body frame being connected to at least a part of a bottom edge of the resin cover as viewed from a side, the knee-grip cover having a rearmost point located forward of a forwardmost point of the seat as viewed from the side, characterised in that the upper edge of the knee-grip cover and the lower edge of the resin cover are connected with each other along a line, which is a portion of a borderline (K1/K2) between the resin cover and knee-grip cover, and at least one of the resin cover and the knee-grip cover includes a stepped portion located in portions where the one connects with the other along the line, and wherein the line extends upward and forward from the rearmost point of the knee-grip cover. a vehicle-body frame; a seat supported by the vehicle-body frame; a resin cover provided forward of the seat as determined along a front-rear direction of the vehicle-body frame, the resin cover being located above the vehicle-body frame and forming an outer surface of a left portion and an outer surface of a right portion of the vehicle as determined along a left-right direction of the vehicle-body frame, the resin cover being made from a resin; and a knee-grip cover, at least a part of an upper edge of the knee-grip cover as determined along a top-bottom direction of the vehicle-body frame being connected to at least a part of a bottom edge of the resin cover as viewed from a side, the knee-grip cover having a rearmost point located forward of a forwardmost point of the seat as viewed from the side, characterised in that the upper edge of the knee-grip cover and the lower edge of the resin cover are connected with each other along a line, which is a portion of a borderline (K1/K2) between the resin cover and knee-grip cover, and at least one of the resin cover and the knee-grip cover includes a stepped portion located in portions where the one connects with the other along the line, and wherein the line extends upward and forward from the rearmost point of the knee-grip cover.
A belt driven linear actuator comprising a base with a first assembling portion and a second assembling portion which are connected to each other; a linearly movable unit fixed between the first and second assembling portions, and including a guide member and a linearly movable member linearly movable along the guide member; a belt drive unit driving the linearly movable member to move linearly; a first cover being a flat plate removably disposed on the base; a second cover being an L-shaped flat plate, wherein the first cover and the second cover are disposed on the base the second cover including a cover portion and an assistant portion which are connected to each other, wherein the cover portion being connected to the base; a drive source serving to rotate the belt drive unit; and a slide block being inserted in a gap and moved along with the linearly movable member; the belt driven linear actuator is characterized in that when the second cover is connected to the base, the assistant portion defines the gap with respect to the first cover; a direction connected between the two ends of the base is defined as a length direction, the first assembling portion extends at least in the length direction and a width direction, the second assembling portion extends at least in the length direction and a height direction, the width direction is perpendicular to the length direction, the length direction is perpendicular to the width direction and the height direction, the base has a width in the width direction and a height in the height direction, the width is equal to the height, an end surface of the first assembling portion which is not connected to the second assembling portion is defined as a first connecting end surface, and an end surface of the second assembling portion which is not connected to the first assembling portion is defined as a second connecting end surface; and the first cover and the second cover are removably disposed on the first and second connecting end surfaces,, respectively, the cover portion has a height which is measured from one end of the cover portion connected to the assistant portion to another opposite end of the cover portion, the height of the cover portion is equal to the width and height of the base.
A device for the additive manufacture of a three-dimensional object by successive, selective layered irradiation and associated solidification of built material layers formed in a construction plane of a built material that can be solidified by means of at least one energy beam, comprising an irradiation device which comprises at least one irradiation element to generate an energy beam directed to the construction plane for the selective irradiation of a built material layer that is to be solidified, characterized in that at least one irradiation element is displaceably supported by means of a magnetic displacement and mounting device in at least one degree of freedom relative to the construction plane, wherein the magnetic moving and mounting device comprises at least one magnetic stator element arranged or formed on a housing structure of the device, and at least one magnetic rotor element arranged or formed on an irradiation element, wherein the magnetic moving and mounting device is built as or comprises a planar drive.
A crystal of -1 -(4-(dimethylamino)piperidin-1-yl)-3-hydroxy-3-(1-methyl-1H-imidazol-2-yl)propan-1-one, which has peaks at diffraction angles 2θ (°) of 15.3 ± 0.2, 16.0 ± 0.2, 19.0 ± 0.2, 21.8 ± 0.2, and 23.0 ± 0.2 in powder X-ray diffraction.
An in situ method for preparing a resin solution comprising: (a) providing a solution comprising polyvinyl alcohol polymer (PVOH) or an ethylene vinyl alcohol copolymer (EVOH), alcohol and a C1-C3 aldehyde in order to achieve an acetalization of under 25 mol %; and (b) adjusting the liquid content of the resin solution in order to have from 20 to 35 wt. % solids content, wherein, said method does not comprise any step selected from the group consisting of: isolation step, a washing step and a precipitation step. (a) providing a solution comprising polyvinyl alcohol polymer (PVOH) or an ethylene vinyl alcohol copolymer (EVOH), alcohol and a C1-C3 aldehyde in order to achieve an acetalization of under 25 mol %; and (b) adjusting the liquid content of the resin solution in order to have from 20 to 35 wt. % solids content, wherein, said method does not comprise any step selected from the group consisting of: isolation step, a washing step and a precipitation step.
Method for synchronizing frame counters in order to protect data transmissions between a first end-device, in particular an end point, in particular a sensor, in particular a smart meter, in particular a consumption meter, and a second end-device, in particular a base station, in particular a data collector, in particular a mobile readout system, wherein data frames are transferred between first end-device and second end-device, wherein the data frames are provided with frame counters to protect the data transfer between first end-device and second end-device, and wherein the second end-device sends a first data frame, in particular a wake-up data frame, to the first end-device, wherein the first data frame comprises a marker, in particular in the payload data, the first end-device sends back a second data frame as an answer to the second end-device, wherein the second data frame comprises a frame counter in the header data, and the second data frame comprises the frame counter and the marker in the, in particular encrypted, payload data. a first end-device, in particular an end point, in particular a sensor, in particular a smart meter, in particular a consumption meter, and a second end-device, in particular a base station, in particular a data collector, in particular a mobile readout system, wherein data frames are transferred between first end-device and second end-device, wherein the data frames are provided with frame counters to protect the data transfer between first end-device and second end-device, and wherein the second end-device sends a first data frame, in particular a wake-up data frame, to the first end-device, wherein the first data frame comprises a marker, in particular in the payload data, the first end-device sends back a second data frame as an answer to the second end-device, wherein the second data frame comprises a frame counter in the header data, and the second data frame comprises the frame counter and the marker in the, in particular encrypted, payload data.
A process of MICR and non-MICR electrostatic magnetic imaging of two independent electrostatic latent images comprising: (a) forming a first electrostatic latent image in a MICR printing apparatus; (b) developing the first electrostatic latent image by contacting the first electrostatic latent image with a magnetic ink character recognition (MICR) toner to produce a developed MICR toner image; (c) transferring the developed MICR toner image onto a check; (d) forming a second electrostatic latent image in a non-MICR printing apparatus; (e) developing the second electrostatic latent image by contacting the second electrostatic latent image with a non-MICR toner to produce a developed non-MICR image; (f) transferring said non-MICR toner image to said check; (g) fusing said MICR toner image and said non-MICR toner image to the check, wherein a fuser oil is supplied to the check during fusing; (h) coating the check having fused developed MICR toner image and non-MICR toner image with an aqueous coating comprising an acrylic polymer blend and a surfactant, wherein said surfactant comprises fluorosurfactants, butanedioic acid, and a sodium salt of 1,4-bis(2-ethylhexyl) ester; wherein the coating is subsequently dried; and (i) forming a secondary MICR encoding image over the dried coating. (a) forming a first electrostatic latent image in a MICR printing apparatus; (b) developing the first electrostatic latent image by contacting the first electrostatic latent image with a magnetic ink character recognition (MICR) toner to produce a developed MICR toner image; (c) transferring the developed MICR toner image onto a check; (d) forming a second electrostatic latent image in a non-MICR printing apparatus; (e) developing the second electrostatic latent image by contacting the second electrostatic latent image with a non-MICR toner to produce a developed non-MICR image; (f) transferring said non-MICR toner image to said check; (g) fusing said MICR toner image and said non-MICR toner image to the check, wherein a fuser oil is supplied to the check during fusing; (h) coating the check having fused developed MICR toner image and non-MICR toner image with an aqueous coating comprising an acrylic polymer blend and a surfactant, wherein said surfactant comprises fluorosurfactants, butanedioic acid, and a sodium salt of 1,4-bis(2-ethylhexyl) ester; wherein the coating is subsequently dried; and (i) forming a secondary MICR encoding image over the dried coating.