MANUFACTURE OF LAMINATE MOLDED OBJECT MADE OF THERMOSETTING SYNTHETIC RESIN

PURPOSE:To obtain a high quality laminate molded object without position shift, while improving the mass production property of the laminate molded object by a method in which the compression molding of the first and second molded objects is achieved, and the curing of both molded objects and the po...

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Bibliographische Detailangaben
Hauptverfasser: YAMAMOTO SETSUJI, KURIHARA TSUNEO, KAMESHIMA TERUHIRO
Format: Patent
Sprache:eng
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Zusammenfassung:PURPOSE:To obtain a high quality laminate molded object without position shift, while improving the mass production property of the laminate molded object by a method in which the compression molding of the first and second molded objects is achieved, and the curing of both molded objects and the polymerizing connection of both molded objects by an adhesive under heating, are continuously carried out, and then both molded objects are polymerically connected in the state where both molded objects adhere to the first and second molds. CONSTITUTION:Cavities C1 are engraved on a top force 1, and an intermediate mold 13, and inside thereof molding material COM1 is heated and flows, whereby a molded object m1 is press-molded and cured under heating. Further a cavity C2 is engraved in between a bottom force 2 and the intermediate mold 13, and a molded object m2 is press-molded similarly, and then is cured under heating. Next, the intermediate mold 13 is separated from between the top force 11 and the bottom force 12. Consequently, the molded objects m1, m2 are placed opposite to each other with a holding frame 7 therebetween. A coating plate 64 is lowered and is brought in contact with the molded object m2. The top surface of each small protrusion a1-a3 is coated with an adhesive b. At mold closing, the molded object m1 adhering to the top force 11 and the molded object m2 adhering to the bottom force 12 are mutually polymerized and are connected with the adhesive intervening therebetween under heating and pressurizing. Thus, an laminate molded object excellent in quality may be obtained.