JPS60165909A - Efficient production of surface decorative body of shaft - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention mainly relates to a method for manufacturing a mounting body used for a hanging scroll, a frame, etc. simply and efficiently.

Conventionally, this 4!11 mounting body is made by attaching a core to the surface of a very plain or patterned outer fabric by a mounting craftsman, and then attaching glue to the back side of the base paper to attach it to a base fabric, base paper, or other suitable base material. It was completed by pasting it on.

However, with such conventional means, not only is there a large amount of time lost in waiting for the adhesive material to dry sufficiently in each polymerization bonding step, but it is also necessary to maintain a uniform bonding condition throughout the entire bonding process. There was also the inconvenience of requiring a skilled name.

However, in recent years, true melt processing has been adopted as an adhesive means, but in this case, paper or nonwoven fabric is once adhered to the tatami surface of the outer fabric using resin emulsion or horizontally diagonal, and after drying, m- Since the paper is transferred to a hot melt processing factory and processed into real melt on the paper surface, not only is there a huge time loss and cost disadvantage in drying and transportation, but also in the previous process; It also had the disadvantage of impairing drying.

The present invention proposes the following simple, effective and efficient method as a result of research in order to eliminate all the disadvantages of the conventional slope.

That is, as an example of IF, as shown in the IF diagram, one side of a long strip of Japanese paper 1 is sequentially hot-melted at a predetermined temperature.
During the processing, the coated surface of a long belt-shaped patterned outer cloth 2 coated with a resin emulsion on the back side is mechanically polymerized and pressurized in a certain range of pressure to form these papers. After gluing the cloth together and cutting and arranging the laminated paper cloth to a length and width according to the vertical and horizontal directions of the calligraphy P on the hanging scroll W as shown in Fig. 2, the back surface containing the above calligraphy is placed. It is constructed by gluing base paper or base fabric 3 horizontally diagonally over the entire body.

Next, as a second example, in this case, as shown in FIG. Outer cloth 2' with a shaku band-like pattern? These paper cloths were sequentially polymerized mechanically and then heated and pressurized at a certain temperature and pressure range to adhere them one after another.As in the first embodiment of the hanging scroll shown in FIG. After cutting to length and width and arranging them, base paper or base cloth 3' is combed or heat-bonded to the entire back surface including the calligraphy and drawings.

As described above, the facing body of the present invention is prepared by hot melting paper or nonwoven fabric on one or both sides of the paper or nonwoven fabric, and then applying a hot-melt process to the processed or processed surface of the facing fabric, with or without a coating agent. It is obtained by fusing these paper fabrics together by sequential polymerization and pressurization or heating and pressurization, so the outer fabric and the cover fabric that are made today are transferred one by one to hot melt processing. Not only does it eliminate unnecessary labor and time loss, but it also eliminates the need for unnecessary heat during secondary processing, which impedes the adhesion of the fabric and paper in the previous process and causes wrinkles and peeling on the surface. This invention is extremely effective as an efficient method for producing coverings for shafts, etc., and it is possible to obtain effective coverings while reducing costs.

[Brief explanation of drawings]

The figure shows an example, and Fig. 1 shows the first example of this button-measuring method, in which one side of the surface of the outer cloth is coated with the processed surface of hot-melt processed paper, and the processed surface is heated and pressured as a base material. Figure 2 is a front view of a hanging scroll with this mounting, iit!
FIG. 3 is an enlarged cross-sectional view of a second embodiment of the present invention, in which the back side of the outer fabric is heat-pressed and bonded to a substrate through a pot-melt-processed wire on both sides. 1 is paper or nonwoven fabric, 2 is outer fabric, 3 is base paper, base fabric, or substrate, E is adhesive material, and g is hot melt processing. 2nd father-in-law

Claims (1)

[Claims] Various outer fabrics are superimposed on the surface of paper or nonwoven fabric that has been hot-melt-processed on one side at a temperature within a predetermined range through a glue such as a resin emulsion. Pressure bonding or heat-bonding at a predetermined temperature range by polymerizing paper or nonwoven fabric that has been hot-melted on both sides in advance at a predetermined temperature range and mechanically bonding the paper or nonwoven fabric at a predetermined temperature range. A mounting for a shaft material, characterized in that it is obtained by mechanically polymerizing and pressurizing or heat-adhering a base cloth, base paper, or base material to the paper surface of the polymerized paper cloth, with or without intermediation. Efficient manufacturing method for the body.