mhurhangee/ep-ind-claims huggingface dataset:
A tire reinforcing member (100, 200), comprising a rubber-cord composite formed by arranging one or plural reinforcing cords in parallel and coating the reinforcing cords with a rubber, wherein the reinforcing cords comprise hybrid cords in each of which a sheath portion is formed by spirally winding plural non-metallic fiber cords composed of non-metallic fibers other than carbon fiber around a core portion composed of a carbon fiber cord, and the non-metallic fiber cords have a tensile elastic modulus of not less than 0.1 GPa at 25°C, characterized in that the carbon fiber cord has a double-twist structure constituted by final-twist cords formed by further twisting plural primary-twist cords each obtained by twisting plural carbon fiber filaments, or a single-twist structure constituted by final-twist cords formed by twisting plural carbon fiber filaments, and when a final twist number and a primary twist number of the carbon fiber cord are defined as "a" and "b", respectively, a total fineness of the carbon fiber cord is defined as "c", a total fineness of the primary-twist cords is defined as "d" and a cord specific gravity is defined as "C", the carbon fiber cord has a final twist coefficient Z 1, which is represented by Z 1 = tanθ 1 = a × √(0.125 × c/C)/1,000, in a range of 0.01 to 1.0, and a primary twist coefficient Z 2, which is represented by Z 2 = tanθ 2 = b × √(0.125 × d/C)/1,000, in a range of 0.01 to 1.0. the reinforcing cords comprise hybrid cords in each of which a sheath portion is formed by spirally winding plural non-metallic fiber cords composed of non-metallic fibers other than carbon fiber around a core portion composed of a carbon fiber cord, and the non-metallic fiber cords have a tensile elastic modulus of not less than 0.1 GPa at 25°C, characterized in that the carbon fiber cord has a double-twist structure constituted by final-twist cords formed by further twisting plural primary-twist cords each obtained by twisting plural carbon fiber filaments, or a single-twist structure constituted by final-twist cords formed by twisting plural carbon fiber filaments, and when a final twist number and a primary twist number of the carbon fiber cord are defined as "a" and "b", respectively, a total fineness of the carbon fiber cord is defined as "c", a total fineness of the primary-twist cords is defined as "d" and a cord specific gravity is defined as "C", the carbon fiber cord has a final twist coefficient Z 1, which is represented by Z 1 = tanθ 1 = a × √(0.125 × c/C)/1,000, in a range of 0.01 to 1.0, and a primary twist coefficient Z 2, which is represented by Z 2 = tanθ 2 = b × √(0.125 × d/C)/1,000, in a range of 0.01 to 1.0.
An apparatus for preloading a bearing assembly on a shaft, the apparatus comprising: a first annular threaded member positioned about the shaft; a second annular threaded member positioned about the shaft; the first and second threaded members (56, 68) having intermeshing threads (66, 70) such that rotation of the second threaded member causes axial translation of the first threaded member to apply a first axial force to the bearing assembly to preload the bearing assembly; a first actuator operable to rotate the second threaded member relative to the first threaded member to apply the first axial force to the bearing assembly; characterized in that the apparatus further comprises a plurality of additional linear actuators providing a second axial force to the first threaded member in a direction to reduce friction between the intermeshing threads (66, 70). a first annular threaded member positioned about the shaft; a second annular threaded member positioned about the shaft; the first and second threaded members (56, 68) having intermeshing threads (66, 70) such that rotation of the second threaded member causes axial translation of the first threaded member to apply a first axial force to the bearing assembly to preload the bearing assembly; a first actuator operable to rotate the second threaded member relative to the first threaded member to apply the first axial force to the bearing assembly; characterized in that the apparatus further comprises a plurality of additional linear actuators providing a second axial force to the first threaded member in a direction to reduce friction between the intermeshing threads (66, 70).
A packaged integrated device, comprising: a cavity; a package body comprising a base and at least one side wall extending non-parallel from the base, the base and the at least one side wall being disposed at least partially around the cavity; an integrated device die mounted to the base within the cavity of the package body; a radiating element disposed along one side wall of the at least one side wall of the package body, wherein the radiating element comprises a portion parallel with the one side wall and a curved portion extending outwardly from the portion parallel to the one side wall; and a grounded element disposed along the one side wall of the package body, wherein the grounded element is positioned between the radiating element and the integrated device die. a cavity; a package body comprising a base and at least one side wall extending non-parallel from the base, the base and the at least one side wall being disposed at least partially around the cavity; an integrated device die mounted to the base within the cavity of the package body; a radiating element disposed along one side wall of the at least one side wall of the package body, wherein the radiating element comprises a portion parallel with the one side wall and a curved portion extending outwardly from the portion parallel to the one side wall; and a grounded element disposed along the one side wall of the package body, wherein the grounded element is positioned between the radiating element and the integrated device die.
A pressure transmitter system for measuring a pressure of a process fluid in an industrial process, comprising: a pressure transmitter having a pressure sensor; a process fluid passageway having a circular opening configured to couple pressure of the process fluid to the pressure sensor; a concentric seal support structure which extends around the circular opening comprising: an annular recess; characterised by an annular stress riser positioned radially inward from the annular recess; and a seal material which fills the annular recess and contacts at least a portion of the annular stress riser. a pressure transmitter having a pressure sensor; a process fluid passageway having a circular opening configured to couple pressure of the process fluid to the pressure sensor; a concentric seal support structure which extends around the circular opening comprising: an annular recess; characterised by an annular stress riser positioned radially inward from the annular recess; and a seal material which fills the annular recess and contacts at least a portion of the annular stress riser. an annular recess; characterised by an annular stress riser positioned radially inward from the annular recess; and a seal material which fills the annular recess and contacts at least a portion of the annular stress riser.
A method of performing an authorization mechanism between a service terminal system and a helpdesk system comprising the steps of: Step 113: Sending from the service terminal system or a user thereof a request message to the helpdesk system or an operator thereof, the request message comprising a one-time code, an identifier for the service terminal system and a set of access right data about rights for using said service terminal system by said user; Step 121: Creating at the helpdesk system a response message by using the one-time code, the access right data and an ident key derived from an operation on the identifier and a base key, the base key being a common secret of both, the helpdesk system and the service terminal system; Step 122: Sending from the helpdesk system or the operator thereof said response message to the service terminal system or to the user thereof; Step 132: Creating at the service terminal system a reference response message (RS*) by using the one-time code, the access right data and the ident key; Step 133: Comparing at the service terminal system the response message with the reference response message (RS*) to authorize the user to use the service terminal system according to the rights being represented by said access right data. Step 113: Sending from the service terminal system or a user thereof a request message to the helpdesk system or an operator thereof, the request message comprising a one-time code, an identifier for the service terminal system and a set of access right data about rights for using said service terminal system by said user; Step 121: Creating at the helpdesk system a response message by using the one-time code, the access right data and an ident key derived from an operation on the identifier and a base key, the base key being a common secret of both, the helpdesk system and the service terminal system; Step 122: Sending from the helpdesk system or the operator thereof said response message to the service terminal system or to the user thereof; Step 132: Creating at the service terminal system a reference response message (RS*) by using the one-time code, the access right data and the ident key; Step 133: Comparing at the service terminal system the response message with the reference response message (RS*) to authorize the user to use the service terminal system according to the rights being represented by said access right data.
An image processing apparatus comprising: conversion means configured to convert density values in colors, wherein the density values form a pixel of image data into color material amount values in respective colors (703, 1303); comparison means configured to compare a sum of the color material amount values (703, 1303) with a limit value; and control means configured to decrease, in a case where it is determined as a result of comparison by the comparison means that the sum of the color material amount values (703, 1303) is larger than the limit value, at least one of the density values so that a sum of decreased color material amount values (705, 1106) becomes not more than the limit value characterized by further comprising acquisition means for acquiring color material information; in the conversion means, a maximum value of a density value in each color of the density values, which corresponds to a density of 100% for a respective color component, is converted to a respective color material amount value, wherein the respective color material amount value is different from each other in at least two of the colors. conversion means configured to convert density values in colors, wherein the density values form a pixel of image data into color material amount values in respective colors (703, 1303); comparison means configured to compare a sum of the color material amount values (703, 1303) with a limit value; and control means configured to decrease, in a case where it is determined as a result of comparison by the comparison means that the sum of the color material amount values (703, 1303) is larger than the limit value, at least one of the density values so that a sum of decreased color material amount values (705, 1106) becomes not more than the limit value characterized by further comprising acquisition means for acquiring color material information; in the conversion means, a maximum value of a density value in each color of the density values, which corresponds to a density of 100% for a respective color component, is converted to a respective color material amount value, wherein the respective color material amount value is different from each other in at least two of the colors.
An isolated fully human or chimeric antibody or a fragment thereof that specifically binds IL-18, but does not bind the IL-18/IL-18 binding protein complex, wherein the isolated antibody or fragment thereof comprises a heavy chain variable domain comprising SEQ ID NO: 14 and a light chain variable domain comprising SEQ ID NO: 16.
An imaging device including an image sensor (400, 400d) having a plurality of photodiodes and a controller which is adapted to control the image sensor (400, 400d), wherein each of the plurality of photodiodes includes: a first semiconductor region of a first conductive-type formed in common to the plurality of photodiodes; a second semiconductor region of a second conductive-type contrary to the first conductive-type, which is formed over the first semiconductor region and is separated from an adjacent photodiode by a channel stopper of the first conductive-type formed in common to the plurality of photodiodes; a third semiconductor region of the first conductive-type formed over the second semiconductor region; a first potential setting region (111, 112, 155) which sets a potential in the first semiconductor region; and a second potential setting region (115, 117) which sets a potential in the third semiconductor region, and the controller is adapted to supply mutually different voltages to the first potential setting region (111, 112, 155) and the second potential setting region (115, 117) to generate an accelerating electric field so as to acceleratedly move, into the second semiconductor region, either one of positive and negative electric charges generated in the first semiconductor region. each of the plurality of photodiodes includes: a first semiconductor region of a first conductive-type formed in common to the plurality of photodiodes; a second semiconductor region of a second conductive-type contrary to the first conductive-type, which is formed over the first semiconductor region and is separated from an adjacent photodiode by a channel stopper of the first conductive-type formed in common to the plurality of photodiodes; a third semiconductor region of the first conductive-type formed over the second semiconductor region; a first potential setting region (111, 112, 155) which sets a potential in the first semiconductor region; and a second potential setting region (115, 117) which sets a potential in the third semiconductor region, and a first semiconductor region of a first conductive-type formed in common to the plurality of photodiodes; a second semiconductor region of a second conductive-type contrary to the first conductive-type, which is formed over the first semiconductor region and is separated from an adjacent photodiode by a channel stopper of the first conductive-type formed in common to the plurality of photodiodes; a third semiconductor region of the first conductive-type formed over the second semiconductor region; a first potential setting region (111, 112, 155) which sets a potential in the first semiconductor region; and a second potential setting region (115, 117) which sets a potential in the third semiconductor region, and the controller is adapted to supply mutually different voltages to the first potential setting region (111, 112, 155) and the second potential setting region (115, 117) to generate an accelerating electric field so as to acceleratedly move, into the second semiconductor region, either one of positive and negative electric charges generated in the first semiconductor region.
A process for depositing a metal layer on a substrate by a) contacting the substrate with a metal plating bath comprising a metal ion source and a suppressor, and b) applying a current density to the substrate, where the suppressor is a polycarboxylate ether obtainable by polymerizing a mixture of monomers comprising at least one ethylenically unsaturated monomer which comprises at least one radical from the series carboxylic acid, carboxylic salt, carboxylic ester, carboxylic amide, carboxylic anhydride, and carboxylic imide; and at least one ethylenically unsaturated monomer having a polyalkylene oxide radical. a) contacting the substrate with a metal plating bath comprising a metal ion source and a suppressor, and b) applying a current density to the substrate, at least one ethylenically unsaturated monomer which comprises at least one radical from the series carboxylic acid, carboxylic salt, carboxylic ester, carboxylic amide, carboxylic anhydride, and carboxylic imide; and at least one ethylenically unsaturated monomer having a polyalkylene oxide radical.
A cleaning liquid composition for producing a semiconductor device comprising: 0.05 to 25 % by weight of a quaternary ammonium hydroxide, 0.001 to 1.0 % by weight of potassium hydroxide, 5 to 85 % by weight of a water-soluble organic solvent, and 0.0005 to 10 % by weight of pyrazoles. 0.05 to 25 % by weight of a quaternary ammonium hydroxide, 0.001 to 1.0 % by weight of potassium hydroxide, 5 to 85 % by weight of a water-soluble organic solvent, and 0.0005 to 10 % by weight of pyrazoles.
A method of producing a thermoplastic material based on a polyolefin, a polyester or a polyamide from mixed plastic waste, wherein the plastic material is suitable for manufacturing a plastic foil for a data carrier, comprising (a) providing a polyolefin material, a polyester material or a polyamide material, which was separated as pure in type as possible from mixed plastic waste, (b) compounding the polyolefin material, the polyester material or the polyamide material with additives for improving the chemical and/or mechanical and/or optical properties in order to obtain a polyolefin regenerate, a polyester regenerate or a polyamide regenerate which is suitable for manufacturing a plastic foil; and (c) Modifying the polyolefin material with a thermoplastic olefin elastomer and/or a thermoplastic rubber vulcanizate, or the polyester material with a thermoplastic copolyester elastomer and/or a thermoplastic urethane elastomer, or the polyamide material with a thermoplastic polyamide elastomer and/or a thermoplastic copolyester elastomer and/or a thermoplastic urethane elastomer, in order to obtain a data carrier recyclate based on a polyolefin, on a polyester or on a polyamide, wherein the data carrier recyclate is suitable for manufacturing a plastic foil for a data carrier. (a) providing a polyolefin material, a polyester material or a polyamide material, which was separated as pure in type as possible from mixed plastic waste, (b) compounding the polyolefin material, the polyester material or the polyamide material with additives for improving the chemical and/or mechanical and/or optical properties in order to obtain a polyolefin regenerate, a polyester regenerate or a polyamide regenerate which is suitable for manufacturing a plastic foil; and (c) Modifying the polyolefin material with a thermoplastic olefin elastomer and/or a thermoplastic rubber vulcanizate, or the polyester material with a thermoplastic copolyester elastomer and/or a thermoplastic urethane elastomer, or the polyamide material with a thermoplastic polyamide elastomer and/or a thermoplastic copolyester elastomer and/or a thermoplastic urethane elastomer, in order to obtain a data carrier recyclate based on a polyolefin, on a polyester or on a polyamide, wherein the data carrier recyclate is suitable for manufacturing a plastic foil for a data carrier.
A method for displaying pages on an electronic mobile device, comprising: displaying on the device at least one page of a plurality of pages of an e-book; detecting with the device the presence of an event; in response to detecting the event, changing a form of the displayed at least on page to a form corresponding to the detected event; and displaying on the device a difference between the form before the change and the form after the change; wherein the displaying the difference comprises: displaying, if a part of a content in the displayed at least one page is moved to another page according to the change of the form, a preview including the moved content on the displayed at least one page according to the change of the form, wherein the preview overlaps the displayed at least one page; and wherein content moved to and displayed on the preview is different to content in the displayed at least one page according to the change of the form. displaying on the device at least one page of a plurality of pages of an e-book; detecting with the device the presence of an event; in response to detecting the event, changing a form of the displayed at least on page to a form corresponding to the detected event; and displaying on the device a difference between the form before the change and the form after the change; wherein the displaying the difference comprises: displaying, if a part of a content in the displayed at least one page is moved to another page according to the change of the form, a preview including the moved content on the displayed at least one page according to the change of the form, wherein the preview overlaps the displayed at least one page; and wherein content moved to and displayed on the preview is different to content in the displayed at least one page according to the change of the form. displaying, if a part of a content in the displayed at least one page is moved to another page according to the change of the form, a preview including the moved content on the displayed at least one page according to the change of the form, wherein the preview overlaps the displayed at least one page; and wherein content moved to and displayed on the preview is different to content in the displayed at least one page according to the change of the form.
A hearing device comprising a microphone wherein the microphone comprises a first opening, a second opening and four compartments (2; 3; 4; 29), a first membrane being arranged between the first and the second compartment (2; 3) and a second membrane at least partly covering the second opening located at the third compartment, wherein the second and the third compartments (3, 4) are connected in communicative manner via a canal, characterized in that the hearing device comprises a further canal and a third membrane, wherein the further canal connects the fourth compartment and the first compartment, and wherein the third membrane at least partly covers the first opening located at the fourth compartment.
An orthodontic fixing apparatus comprising: a linear fixing body, bisymmetrically defined, having a plurality of connection grooves placed at predetermined intervals at left and right sides of the fixing body, wherein said connection grooves are such that an elastic or a spring can be removably connected to them, and a plurality of cylindrical fixing rings, arranged on upper and lower sides of a central portion of said linear fixing body with a connection member being placed between the upper and lower sides, wherein a screw is insertable into each of said fixing rings to fix the fixing body to a palate, wherein said fixing rings protrude by a width of 0.1 mm to 4 mm in a direction of contact with the palate, to minimize contact of said linear fixing body with the palate, and wherein each of said fixing rings comprises a taper having a diameter that gradually decreases from an inlet to an outlet along an insertion direction of said screw, wherein an internal thread is arranged in each of said fixing rings and said screw insertable into each of said fixing rings is firmly fixable. a linear fixing body, bisymmetrically defined, having a plurality of connection grooves placed at predetermined intervals at left and right sides of the fixing body, wherein said connection grooves are such that an elastic or a spring can be removably connected to them, and a plurality of cylindrical fixing rings, arranged on upper and lower sides of a central portion of said linear fixing body with a connection member being placed between the upper and lower sides, wherein a screw is insertable into each of said fixing rings to fix the fixing body to a palate, wherein said fixing rings protrude by a width of 0.1 mm to 4 mm in a direction of contact with the palate, to minimize contact of said linear fixing body with the palate, and wherein each of said fixing rings comprises a taper having a diameter that gradually decreases from an inlet to an outlet along an insertion direction of said screw, wherein an internal thread is arranged in each of said fixing rings and said screw insertable into each of said fixing rings is firmly fixable.