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    • 1. 发明专利
    • COATING METHOD
    • JPH11207248A
    • 1999-08-03
    • JP938598
    • 1998-01-21
    • MATSUSHITA ELECTRIC IND CO LTD
    • INAGAKI TOSHIYUKISUZAWA SHINICHIAOTO MINEYASUFUJIWARA TAKASHIICHIIE TOSHIFUMI
    • B05D1/28B05C1/08B05D1/32
    • PROBLEM TO BE SOLVED: To prevent thickness distribution in a width direction of a single striped coating film from becoming extremely thick on an edge part and prevent a trouble wherein a small amount of a coating liquid is transferred to a non- coating striped part and other troubles from occurring even if problems of thickness distribution are solved. SOLUTION: A coating object matter wherein thickness distribution in a width direction of a single striped coating film is prevented from becoming extremely thick on an edge part as compared with a center part and even a small amount of coating liquid is prevented from being transferred on a striped non-coating part is obtained by bringing a coating object matter 1 and a gravure roll 6 into contact with each other by interposing a required number of masks 8 having required dimensions between the coating object matter 1 and the gravure roll 6. When a continuous coating object matter is wound on a tubular cylindrical core, extreme partial rise due to coating thickness difference is avoided so that deterioration of dimensional accuracy and damage of the coating object matter due to elongation induced at a rising part can be eliminated.
    • 2. 发明专利
    • CHIP CAPACITOR
    • JPH03246914A
    • 1991-11-05
    • JP4487390
    • 1990-02-26
    • MATSUSHITA ELECTRIC IND CO LTD
    • KATO KENJISUGIURA NORIYUKIYAMAMURA SHIGENARIAOTO MINEYASU
    • H01G4/252C09D5/24H05K1/18
    • PURPOSE:To improve half contact state due to decrease of wettability and open state due to element floating, and realize high density mounting, by spreading conductive paint of less thickness than 150mum on the right and the left electrode parts which contact a mounting substrate. CONSTITUTION:On both end surfaces of a capacitor element having dielectrics and metal layers or metal foils for electrodes, metal material is sprayed, and electrode leading-out parts whose thickness is larger than or equal to 0.1mm are formed, thereby forming electrode parts 1. Solder-plated layers 4 are formed on the outermost layers of the parts 1, and conductive paint 3 is spread in thickness smaller than 150mum, at least on the lower surface part of the right and the left electrodes, thereby constituting a chip capacitor. By making the thickness of the paint 3 smaller than 150mum, the conductive material is diffused into the solder-plated layer 4 and cream solder of the capacitor electrodes, and mutual fusing is promoted. Hence half contact state due to decrease of wettability and open state due to element floating can be improved, sure soldering is enabled, and high density mounting is realized.
    • 6. 发明专利
    • CAPACITOR
    • JPS6477905A
    • 1989-03-23
    • JP23519887
    • 1987-09-18
    • MATSUSHITA ELECTRIC IND CO LTD
    • YAMAMURA SHIGENARIAOTO MINEYASUSUNANAGARE NOBUKIKOJIMA JUNJIOTA SATORUKUWATA KENJIISHIDA KENJI
    • H01G4/18H01G4/30
    • PURPOSE:To miniaturize a capacitor while improving heat-insulating properties by disposing a sheathing member onto the cut surface of a film capacitor element having protective layers to the upper and lower sections of a capacitance section and laminating films, in which polyphenylene oxide is formed onto one surfaces of polyphenylene sulfide PPS films, in the protective layers. CONSTITUTION:Protective layers 9, 10 are shaped to the upper and lower sections of a capacitance section in which double side evaporated and double- side coated films are laminated. The protective layers 9, 10 are constituted by laminating films in which resin films 12 composed of PPO are formed onto one surfaces of resin films 11 such as PPS films. Thermo-setting sheets called prepreg sheets in which epoxy resin layers 8b are shaped onto polyimide films 8a are stuck onto two surfaces as the cut surfaces of a discrete unit capacitor, and heated and cured and a sheathing member 8 is formed, thus acquiring a laminated film chip capacitor. The sheathing member 8 covers the whole end face of a capacitance section, and has width in an extent that it is arranged extending over the whole regions or partial regions of the end faces of the protective layers 9, 10.