METHOD OF LAYERING GREEN SHEET AND METHOD OF PRODUCING LAMINATED CERAMIC ELECTRONIC COMPONENT
A method of layering a green sheet, where, in rolling up a support sheet on which a laminated unit including a green sheet and/or a electrode layer is formed, the laminated unit can be easily unrolled without adhering to the back face of the support sheet, and in layering the laminated unit, the sup...
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Main Authors | , |
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Format | Patent |
Language | English French Japanese |
Published |
14.04.2005
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Edition | 7 |
Subjects | |
Online Access | Get full text |
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Abstract | A method of layering a green sheet, where, in rolling up a support sheet on which a laminated unit including a green sheet and/or a electrode layer is formed, the laminated unit can be easily unrolled without adhering to the back face of the support sheet, and in layering the laminated unit, the support sheet can be easily separated from the laminated unit. On the surface (20a) of the support sheet (20) is layered a laminated unit (U1) composed of an electrode layer (12a) and/or a green sheet (10a) to form the support sheet with the laminated unit. Then the support sheet (20) with the laminated unit is rolled up to form a rolled body (R). The rolled body (R) is unrolled, the support sheet (20) with the laminated unit is placed on a layer on which the support sheet is to be placed, the support sheet (20) is separated from the laminated unit (U1), and the laminated unit (U1) is layered. On the back face (20b) of the support sheet (20) is applied separation-facilitating surface treatment with a width equal to or greater than the width of the laminated unit (U1), and an adhereable portion (23) where the separation-facilitating surface treatment is not applied is also formed on the back face (20b).
L'invention concerne un procédé de superposition d'une feuille verte selon lequel on enroule une feuille support sur laquelle on forme une unité laminée comportant une feuille verte et/ou une couche électrode. L'unité laminée se déroule facilement sans adhérer à la face arrière de la feuille support, et grâce à la superposition de l'unité laminée, la feuille support se sépare facilement de l'unité laminée. Sur la surface (20a) de la feuille support (20), on superpose une unité laminée superposée (U1) composée d'une couche électrode (12a) et/ou d'une feuille verte (10a) pour obtenir la feuille support pourvue de l'unité laminée. Puis la feuille support (20) et l'unité laminée sont enroulées pour former un corps enroulé ( R ). Le corps enroulé ( R ) est déroulé, la feuille support (20) et l'unité laminée sont placées sur une couche sur laquelle la feuille support doit être placée, la feuille support (20) est séparée de l'unité laminée (U1), et l'unité laminée (U1) est superposée. Sur la face arrière (20b) de la feuille support (20), on applique un traitement de surface facilitant la séparation sur une largeur égale ou supérieure à la largeur de l'unité laminée (U1), et une partie adhérable (23) est également formée sur la face arrière (20b), le traitement de surface facilitant la séparation n'étant pas appliqué. |
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AbstractList | A method of layering a green sheet, where, in rolling up a support sheet on which a laminated unit including a green sheet and/or a electrode layer is formed, the laminated unit can be easily unrolled without adhering to the back face of the support sheet, and in layering the laminated unit, the support sheet can be easily separated from the laminated unit. On the surface (20a) of the support sheet (20) is layered a laminated unit (U1) composed of an electrode layer (12a) and/or a green sheet (10a) to form the support sheet with the laminated unit. Then the support sheet (20) with the laminated unit is rolled up to form a rolled body (R). The rolled body (R) is unrolled, the support sheet (20) with the laminated unit is placed on a layer on which the support sheet is to be placed, the support sheet (20) is separated from the laminated unit (U1), and the laminated unit (U1) is layered. On the back face (20b) of the support sheet (20) is applied separation-facilitating surface treatment with a width equal to or greater than the width of the laminated unit (U1), and an adhereable portion (23) where the separation-facilitating surface treatment is not applied is also formed on the back face (20b).
L'invention concerne un procédé de superposition d'une feuille verte selon lequel on enroule une feuille support sur laquelle on forme une unité laminée comportant une feuille verte et/ou une couche électrode. L'unité laminée se déroule facilement sans adhérer à la face arrière de la feuille support, et grâce à la superposition de l'unité laminée, la feuille support se sépare facilement de l'unité laminée. Sur la surface (20a) de la feuille support (20), on superpose une unité laminée superposée (U1) composée d'une couche électrode (12a) et/ou d'une feuille verte (10a) pour obtenir la feuille support pourvue de l'unité laminée. Puis la feuille support (20) et l'unité laminée sont enroulées pour former un corps enroulé ( R ). Le corps enroulé ( R ) est déroulé, la feuille support (20) et l'unité laminée sont placées sur une couche sur laquelle la feuille support doit être placée, la feuille support (20) est séparée de l'unité laminée (U1), et l'unité laminée (U1) est superposée. Sur la face arrière (20b) de la feuille support (20), on applique un traitement de surface facilitant la séparation sur une largeur égale ou supérieure à la largeur de l'unité laminée (U1), et une partie adhérable (23) est également formée sur la face arrière (20b), le traitement de surface facilitant la séparation n'étant pas appliqué. |
Author | SATOU, SHIGEKI MUROSAWA, SYOGO |
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DocumentTitleAlternate | PROCEDE DE SUPERPOSITION D'UNE FEUILLE VERTE ET PROCEDE DE PRODUCTION D'UN COMPOSANT ELECTRONIQUE CERAMIQUE LAMINE |
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RelatedCompanies | TDK CORPORATION SATOU, SHIGEKI MUROSAWA, SYOGO |
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Snippet | A method of layering a green sheet, where, in rolling up a support sheet on which a laminated unit including a green sheet and/or a electrode layer is formed,... |
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SubjectTerms | BASIC ELECTRIC ELEMENTS CAPACITORS CAPACITORS, RECTIFIERS, DETECTORS, SWITCHING DEVICES ORLIGHT-SENSITIVE DEVICES, OF THE ELECTROLYTIC TYPE CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR ELECTRICITY GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS PRINTED CIRCUITS TECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION TECHNICAL SUBJECTS COVERED BY FORMER USPC TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS |
Title | METHOD OF LAYERING GREEN SHEET AND METHOD OF PRODUCING LAMINATED CERAMIC ELECTRONIC COMPONENT |
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