mhurhangee/ep-ind-claims huggingface dataset:
A device connector in which a plurality of metal conductors to be connected to device-side terminals provided in a device are made integral by a molded resin portion made of synthetic resin, comprising: a plurality of cores (65; 90) in which the conductors are made integral to a primary molded portion, the primary molded portion having a front end surface extending substantially straight in a lateral direction; a metal plate to be attached and fixed to the device; and a secondary molded portion integrally forming the plurality of cores (65; 90) held in contact substantially side by side and the metal plate; wherein: the molded resin portion comprises the primary molded portion and the secondary molded portion; and a contact portion (66; 91; 94; 97; 100) is provided between a pair of adjacent cores (65; 90) and the pair of adjacent cores (65; 90) are held in contact via the contact portion (66; 91; 94; 97; 100) in two or more directions including an injection direction of molding resin, wherein the contact portion (66; 91; 94; 97; 100) is formed between the pair of adjacent cores (65; 90) while a resin entering space into which the molding resin for forming the secondary molded portion can at least partly enter is formed therebetween to extend in a forward and backward direction crossing an arrangement direction of the conductors, the contact portion (66; 91; 94; 97; 100) being formed at a back end of the resin entering space such that a straight part of the front end surface of the primary molded portion is divided by the resin entering space. a plurality of cores (65; 90) in which the conductors are made integral to a primary molded portion, the primary molded portion having a front end surface extending substantially straight in a lateral direction; a metal plate to be attached and fixed to the device; and a secondary molded portion integrally forming the plurality of cores (65; 90) held in contact substantially side by side and the metal plate; the molded resin portion comprises the primary molded portion and the secondary molded portion; and a contact portion (66; 91; 94; 97; 100) is provided between a pair of adjacent cores (65; 90) and the pair of adjacent cores (65; 90) are held in contact via the contact portion (66; 91; 94; 97; 100) in two or more directions including an injection direction of molding resin, wherein the contact portion (66; 91; 94; 97; 100) is formed between the pair of adjacent cores (65; 90) while a resin entering space into which the molding resin for forming the secondary molded portion can at least partly enter is formed therebetween to extend in a forward and backward direction crossing an arrangement direction of the conductors, the contact portion (66; 91; 94; 97; 100) being formed at a back end of the resin entering space such that a straight part of the front end surface of the primary molded portion is divided by the resin entering space.
A system, comprising: a frame member (20; 54) having wheels coupled thereto; a toolbar (38; 56) coupled to the frame member (20; 54) via a hinged joint, the toolbar (38; 56) oriented parallel to the frame member (20; 54); a row unit (33; 64) coupled to the toolbar (38; 56); and an actuator (32; 62) coupled between the frame member (20; 54) and the toolbar (38; 56), the actuator (32; 62) configured to rotate the toolbar (38; 56) relative to the frame member (20; 54), characterized in that the system further comprises a first sensor (50; 70) coupled to the toolbar (38; 56), the first sensor (50; 70) configured to sense a position of the toolbar (38; 56) relative to ground, wherein the toolbar (38; 56) is rotated based on the sensed position of the toolbar (38; 56). a frame member (20; 54) having wheels coupled thereto; a toolbar (38; 56) coupled to the frame member (20; 54) via a hinged joint, the toolbar (38; 56) oriented parallel to the frame member (20; 54); a row unit (33; 64) coupled to the toolbar (38; 56); and
An elevator control system (100; 200; 300; 400), comprising: a control power supply; a computing core in communication with the control power supply; a communication power supply (101; 201) in communication with the computing core; and a sleep monitor in communication with the control power supply, the computing core, and the communication power supply; characterized in that the sleep monitor is disposed to selectively turn on/off the control power supply and the computing core, and the sleep monitor is disposed to selectively change an operating state of the communication power supply to a low voltage state. a control power supply; a computing core in communication with the control power supply; a communication power supply (101; 201) in communication with the computing core; and a sleep monitor in communication with the control power supply, the computing core, and the communication power supply; characterized in that the sleep monitor is disposed to selectively turn on/off the control power supply and the computing core, and the sleep monitor is disposed to selectively change an operating state of the communication power supply to a low voltage state.
Optoelectronic semiconductor body, comprising - a substrate, which comprises on a first main area in a first region an epitaxial semiconductor layer sequence suitable for generating electromagnetic radiation, and a first trench in a second region adjacent to the first region; and - at least one second trench arranged outside the first region in the second region, wherein - the second trench at least partly severs the epitaxial layer sequence from a main area of the epitaxial layer sequence that faces away from the substrate, - the epitaxial semiconductor layer sequence has a disturbed zone in the region of the sidewalls of the first trench, attributable to undefined layer thicknesses or irregular crystal growth of the epitaxial semiconductor layer sequence, - the second trench is arranged next to the first trench and directly adjacent to the first region, - the second trench extends from the main area that faces away from the substrate into the substrate arranged below, and - the second trench is formed in the second region in such a way that the sidewalls of the second trench are not covered by the epitaxially applied layers in the region of the substrate. - a substrate, which comprises on a first main area in a first region an epitaxial semiconductor layer sequence suitable for generating electromagnetic radiation, and a first trench in a second region adjacent to the first region; and - at least one second trench arranged outside the first region in the second region, wherein - the second trench at least partly severs the epitaxial layer sequence from a main area of the epitaxial layer sequence that faces away from the substrate, - the epitaxial semiconductor layer sequence has a disturbed zone in the region of the sidewalls of the first trench, attributable to undefined layer thicknesses or irregular crystal growth of the epitaxial semiconductor layer sequence, - the second trench is arranged next to the first trench and directly adjacent to the first region, - the second trench extends from the main area that faces away from the substrate into the substrate arranged below, and - the second trench is formed in the second region in such a way that the sidewalls of the second trench are not covered by the epitaxially applied layers in the region of the substrate.
Sill for a vehicle body, having an elongate reinforcement component from metal, preferably from steel, and/or from plastics, preferably from fiber-reinforced plastics, which is configured as a hollow profile, wherein the reinforcement component is constructed from a group of at least two, preferably at least three individual profiles (7.1, 7.2, 7.3, 7.4, 7.5), characterized in that the individual profiles (7.1, 7.2, 7.3, 7.4, 7.5) in each case have a closed cross-sectional profile and are joined together so as to form a substantially rectangular hollow profile.
Device for spraying crops, comprising: a frame provided with at least one inflatable air chamber (7, 8, 9) which is provided with a number of outlet openings (16,17) that extend substantially parallel to the longitudinal direction of the air chamber, and with at least one source of air connected to the air chamber for creating an over pressure in the air chamber in comparison with the surroundings; and with at least one spray nozzle positioned outside the air chamber and in the vicinity of the outlet opening(s) for spraying a spraying agent in the stream of air that comes out of the air chamber, whereby a section of the air chamber extends freely and in a substantially vertical direction, characterized in that the whole air chamber extends freely and in a substantially vertical direction and the air chamber (7, 8, 9) is provided with a roll-up mechanism.
A process of preparing a composition-of-matter according to any one of claims 5-13 and suitable for use as an active material of an anode, the process comprising: i) providing particles comprising said alloy of an alkali metal with said compound, wherein said alloy is saturated with said alkali metal; and ii) coating said particles with a conductor of cations of said alkali metal, thereby forming said shell or matrix. i) providing particles comprising said alloy of an alkali metal with said compound, wherein said alloy is saturated with said alkali metal; and ii) coating said particles with a conductor of cations of said alkali metal, thereby forming said shell or matrix.
A method for transmitting a Paging Indicator Channel PICH frame, comprising: a base station, according to values of various Paging Indicators PIs in the PICH frame, deciding to transmit the PICH frame or a BitsGroup corresponding to the PIs in the PICH frame at a first power or a second power; wherein when all values of PIs in the PICH frame of the base station are 1, the PICH frame is transmitted at the first power; and when all values of PIs in the PICH frame of the base station are 0, the PICH frame is transmitted at the second power; and when a part of values of various PIs in the PICH frame of the base station are 1, a BitsGroup corresponding to a PIs of which the value is 1 in the PICH frame is transmitted at the first power, and a BitsGroup corresponding to a PIs of which the values are 0 in the PICH frame is transmitted at the second power; and wherein the second power is less than the first power but is not 0. a base station, according to values of various Paging Indicators PIs in the PICH frame, deciding to transmit the PICH frame or a BitsGroup corresponding to the PIs in the PICH frame at a first power or a second power; wherein when all values of PIs in the PICH frame of the base station are 1, the PICH frame is transmitted at the first power; and when all values of PIs in the PICH frame of the base station are 0, the PICH frame is transmitted at the second power; and when a part of values of various PIs in the PICH frame of the base station are 1, a BitsGroup corresponding to a PIs of which the value is 1 in the PICH frame is transmitted at the first power, and a BitsGroup corresponding to a PIs of which the values are 0 in the PICH frame is transmitted at the second power; and wherein the second power is less than the first power but is not 0.
Device (60; 60'; 60") for assembling items for shipment, comprising - a bottom panel, - two side panels (70, 72; 86, 88; 86', 88'), - a first and a second end panel (64, 66; 64, 66'), - wherein the bottom panel is substantially orthogonal to the side panels and the end panels, and - wherein the side panels (70, 72; 86, 88; 86', 88') are substantially parallel to each other and orthogonal to the end panels (64, 66; 64, 66'), characterized in that - the first end panel is arranged on the device to be movable with respect to the bottom panel, the first end panel being movable in a direction substantially orthogonal to the bottom panel and - wherein the second end panel (66; 66') is arranged on the device to be movable towards and away from the first end panel in a direction substantially parallel to the bottom panel. - a bottom panel, - two side panels (70, 72; 86, 88; 86', 88'), - a first and a second end panel (64, 66; 64, 66'), - wherein the bottom panel is substantially orthogonal to the side panels and the end panels, and - wherein the side panels (70, 72; 86, 88; 86', 88') are substantially parallel to each other and orthogonal to the end panels (64, 66; 64, 66'), - the first end panel is arranged on the device to be movable with respect to the bottom panel, the first end panel being movable in a direction substantially orthogonal to the bottom panel and - wherein the second end panel (66; 66') is arranged on the device to be movable towards and away from the first end panel in a direction substantially parallel to the bottom panel.
Body, in particular a box body, for a commercial vehicle, comprising at least one side wall component (5, 6) and a base which is rigidly connected to the side wall component (5, 6), characterised in that the lateral face of the side wall component (5, 6), which face is assigned to the interior of the body, bears laterally against a contact surface which is assigned thereto of a side profile of the base, and in that the side wall component (5, 6) and the base are rigidly interconnected by means of at least one fastener (30, 31), which is guided from the side assigned to the base through the side profile and engages in each side wall component (5, 6), in such a way that the fastener (30, 31) is shielded from an observer standing in the surroundings of the body by the side wall component (5, 6) itself.
A method for enhancing lower-dynamic range, referred to as LDR, image data representing an image, the method comprising: identifying at least one enhancement region within the image; and applying a brightness enhancement function to the LDR image data to generate higher-dynamic range, referred to as HDR, image data, wherein compared to the LDR image data, the HDR image data comprises increased luminance values of enhancement-region pixels in the enhancement region and increased luminance values of one or more boundary-region pixels outside of the enhancement region, the luminance value increase of the boundary-region pixels decreasing with distance from the enhancement region, characterized by determining driving signals (131, 135) for at least one modulator of a dual- modulator display based at least in part on intermediate data obtained in the course of application of the brightness enhancement function to the LDR image data. identifying at least one enhancement region within the image; and applying a brightness enhancement function to the LDR image data to generate higher-dynamic range, referred to as HDR, image data, wherein compared to the LDR image data, the HDR image data comprises increased luminance values of enhancement-region pixels in the enhancement region and increased luminance values of one or more boundary-region pixels outside of the enhancement region, the luminance value increase of the boundary-region pixels decreasing with distance from the enhancement region, characterized by determining driving signals (131, 135) for at least one modulator of a dual- modulator display based at least in part on intermediate data obtained in the course of application of the brightness enhancement function to the LDR image data.
A method for forming a multilayer coating film including the steps of; applying a first water-based base coating composition on a surface of a coating material to form an uncured first water-based base coating film, applying a second water-based base coating composition on the uncured first water-based base coating film to form an uncured second water-based base coating film, applying a clear coating composition on the uncured second water-based base coating film to form an uncured clear coating film, and simultaneously heating and curing the uncured first water-based base coating film, the uncured second water-based base coating film and the uncured clear coating film formed in the steps, and to form a multilayer coating film, wherein the first water-based base coating composition comprises a hydrophilic associated type viscosity agent, and the second water-based base coating composition comprises a film forming resin, and the film forming resin is substantially composed of an acrylic emulsion resin, a water soluble acrylic resin and a water soluble polyester resin, wherein a ratio represented by the following formula: A / A + B + C wherein is a resin solid content by mass of the acrylic emulsion resin, and (A+B+C) is a total resin solid content by mass of the acrylic emulsion resin, the water soluble acrylic resin and the water soluble polyester resin, is from 40% to 60% expressed in percentage. applying a first water-based base coating composition on a surface of a coating material to form an uncured first water-based base coating film, applying a second water-based base coating composition on the uncured first water-based base coating film to form an uncured second water-based base coating film, applying a clear coating composition on the uncured second water-based base coating film to form an uncured clear coating film, and simultaneously heating and curing the uncured first water-based base coating film, the uncured second water-based base coating film and the uncured clear coating film formed in the steps, and to form a multilayer coating film, wherein
Conveyor system for delivering and/or removing containers from container processing machines, comprising a conveyor element which is rotatingly driveable about a vertical machine axis and has a plurality of container holders (3.1) which are circumferentially arranged on the conveyor element and by means of which the containers are conveyed at least from a first position (P1, ÜP) into a second position (ÜP, P2), wherein the conveyor element is held suspended on a securing arrangement standing on an installation surface, and wherein the securing arrangement comprises at least one structural element (5.1) forming the vertical machine axis, circulating about the conveyor element, wherein the structural element (5.1) projects on the underside over the conveyor element and, on the underside projecting section of the structural element (5.1), further guiding or transfer devices (9, 12) interacting with the conveyor element are held, characterised in that a drive is arranged between a first drive element (7.1), held stationary at the securing arrangement, and a second drive element (7.2) circumferentially surrounding the structural element (5.1), and the second drive element (7.2) is configured as a hollow shaft and extends with a first end into the drive and at a second end is connected to the conveyor element.
A conveyor belt comprising: - a cover layer defining a load carrying surface; - a pulley engaging layer disposed parallel to the cover layer; and, - a carcass comprising one or more reinforcement layers, the carcass disposed between the cover layer and the pulley engaging layer; characterized in that, the cover layer is formed by curing an admixture comprising a cross-linkable oxidized high density polyethylene or a cross-linkable maleated high density polyethylene and a polyethylene polyolefin, and wherein the cured admixture is effectively maintained within the cover layer during use of the conveyor belt, and, wherein the load carrying surface has a wet clay cleanability value of greater than 3. - a cover layer defining a load carrying surface; - a pulley engaging layer disposed parallel to the cover layer; and, - a carcass comprising one or more reinforcement layers, the carcass disposed between the cover layer and the pulley engaging layer; characterized in that, the cover layer is formed by curing an admixture comprising a cross-linkable oxidized high density polyethylene or a cross-linkable maleated high density polyethylene and a polyethylene polyolefin, and wherein the cured admixture is effectively maintained within the cover layer during use of the conveyor belt, and, wherein the load carrying surface has a wet clay cleanability value of greater than 3.
An embolic device (100, 806) for embolizing a target vascular site, the embolic device comprising: a biodegradable shape memory polymer or copolymer strand (102, 802) having an original shape and a deformed shape; and a water-responsive element which surrounds at least part of the biodegradable shape memory polymer or copolymer strand (102, 802), wherein the biodegradable shape memory polymer or copolymer strand (102, 802) is stretched to form the deformed shape such that a diameter in the deformed shape is of a smaller size than the diameter of the biodegradable shape memory polymer or copolymer strand (102, 802) in the original shape, wherein the biodegradable shape memory polymer or copolymer strand (102, 802) is provided in the deformed shape and configured to resume the original shape in response to exposure to a fluid medium in its deformed shape, and wherein the water-responsive element is configured to swell upon exposure to the fluid medium. a biodegradable shape memory polymer or copolymer strand (102, 802) having an original shape and a deformed shape; and a water-responsive element which surrounds at least part of the biodegradable shape memory polymer or copolymer strand (102, 802), wherein the biodegradable shape memory polymer or copolymer strand (102, 802) is stretched to form the deformed shape such that a diameter in the deformed shape is of a smaller size than the diameter of the biodegradable shape memory polymer or copolymer strand (102, 802) in the original shape, wherein the biodegradable shape memory polymer or copolymer strand (102, 802) is provided in the deformed shape and configured to resume the original shape in response to exposure to a fluid medium in its deformed shape, and wherein the water-responsive element is configured to swell upon exposure to the fluid medium.