KR950009255B1 - Pleat forming device of curtain - Google Patents

Abstract

The curtain wrinkles forming device is characterized in that a curtain is placed between a rounded section wrinkle forming roll member and a line shape forming member of the upper and lower conveyors and then is drawn via a moisture processing hot air room, a curtain forming hot air room, a curtain drying hot air room and a curtain cooling cold air room.

Description

Curtain wrinkle forming machine

1 is an overall schematic view of the present invention curtain curtain forming apparatus.

2 is a plan view of a hot air chamber and a cold air chamber of the present invention.

3 is an enlarged view illustrating main parts of the present invention.

* Explanation of symbols for main parts of the drawings

10: upper conveyor 20: lower conveyor

12: circular molded roll member 22: straight shaped member

40: moisture treatment hot air chamber 50: curtain formation hot air chamber

60: curtain drying hot air chamber 70: curtain cooling cold wind room

The present invention relates to a curtain pleat forming apparatus, and in particular, the curtain is engaged with the workpiece curtain on the upper and lower conveyor devices capable of forming rounded and angled portions of the curtain. Curtain wrinkle forming apparatus that can make rounded and angled parts continuously formed on the processed curtain according to moisture treatment hot air chamber, curtain forming hot air chamber, curtain drying hot air chamber and curtain cooling cold air chamber It's about.

In conventional curtain pleating, a method of ironing by hand so that its cross section is formed into a wavy curve and the first molding paper and the first as disclosed in Japanese Patent Laid-Open No. 3-33265 2 After the molding paper has passed through a number of rollers, it is possible to press-fit the molded paper into these molding papers so that the pressed curtains are subjected to the first processing process and the second processing process of heat-forming in a heating furnace at a constant temperature. In the former case, there is a drawback in that the production efficiency cannot be increased by manual labor. In the latter case, the production efficiency cannot be increased due to the complicated drawback of the first and second steps, and both waveforms are round. It was just a curve of wrinkles.

Further, in the presently applied utility model No. 24047, when the workpiece curtain is supplied between a constant length heating round pipe through which a heating fluid is distributed and a triangular tension beam having a lateral inclined surface, There has been proposed a curtain crease forming apparatus which can be processed to be processed curtain creased by the heat of the heated round pipe to raise the triangular tension beam, but there are a lot of problems that can not be continuously creased curtain.

The present invention is to use a conveyor system in order to eliminate the above problems such that the circular roller member on the upper conveyor is formed at equal intervals, and also the lower conveyor to be formed at a uniform interval, the linear molded members, The circular roll member and the straight molding member of the cross-shaped member are moved together in the interlocking manner, so that the round curtain and the angular wrinkle are continuously formed on the workpiece curtain as the curtain curtain moves along the hot and cold wind rooms while driving. To provide a curtain wrinkle forming apparatus that can be.

Summary of the Invention The present invention consists of an upper end of an endless track formed with circular roll members at equal intervals on the upper side and a lower end of an endless track formed with a straight molding member at regular intervals under the upper conveyor. , The corden is fed between the circular forming roll member and the straight forming member of the upper and lower conveyors to be extracted through the water treatment hot air chamber, the curtain forming hot air chamber, the curtain drying hot air chamber, and the curtain cooling cold air chamber. It is characterized by being able to.

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, as shown in FIG. 1, the upper conveyor 10 is rotatably formed by the upper driving chains 11 and 11, and the lower conveyor 20 also includes both driving chains 21. As shown in FIG. By being able to rotate in the orbit by the (21), the upper and lower conveyors (10), (20) are to be rotated in the same direction and can also run at the same speed.

In addition, the upper conveyor 10 is formed with a plurality of circular molded roll member 12 that can give a round pleat to the processing curtain (30) at equal intervals, the lower conveyor (20) to the processing curtain ( A straight molded member 22 capable of forming an angled pleat 30 is formed at equal intervals.

Therefore, the workpiece curtain 30 is able to be supplied between the conveyor 10, 20 through the pressing roller 80 in the state of moisture. The workpiece curtain 30 is engaged between the circular roll forming member 12 and the straight forming member 22 as shown in FIG. 3 so that the conveyor can travel from the left to the right in the driving direction of the conveyor, that is, FIG. It is. In addition, the water treatment hot air chamber 40, the curtain hot air chamber 50, the curtain drying hot air chamber 60, and the curtain cooling are provided in the direction in which the conveyors 10 and 20 run, as shown in FIG. Cold air chambers 70 are formed so that the work curtain 30 may form round wrinkles and angled wrinkles in the curtain while passing through the hot air chambers and the cold air chambers.

The hot air chambers and the cold air chambers are formed with respective air conditioning ducts (D), (D '), (D "), and (D"') as shown in FIG. Water vent holes (H), (H '), (H ") are formed at (40), (50), and (60) for discharging water, and the moisture of the workpiece curtain (30) is subjected to hot air and ventilation. It is to be discharged out by.

Referring to the effects of the present invention configured as described above in detail.

In this case, when the workpiece curtain 30 is spread evenly through the pressing roller 80 in a state of water and coating as shown in FIG. 1, it is supplied to the upper and lower conveyors 10 and 20. The curtain 30 is engaged between the circular molding roll member 12 and the straight molding member 22 of the upper and lower conveyors 10 and 20. That is, the curtain 30 is engaged in the state shown in FIG. 3 to maintain the round wrinkles and the shaping of the angular wrinkles. 30) absorbs the moisture and discharges it to the water vent hole (H), and further, the curtain curtain 30 to be processed is rounded and wrinkled while passing through the curtain forming hot air chamber 50 and the curtain drying hot air chamber 60. The pleats are molded and cooled in the curtain cooling cold air chamber 70 to complete the pleat molding to the curtain 30 so that the curtain can be extracted from the conveyor system.

As described above, the present invention is a useful new invention having economic effects because the curtain can be mass produced in a large amount by continuously forming round wrinkles and angled wrinkles.

Claims (1)

At the top of the endless track formed with a circular molding roll member 12 at equal intervals under the conveyor 10 and the upper conveyor 10, the straight molding member 22 at equal intervals with the circular molding roll member 12. A curtain 30 constituted by a bottom conveyor 20 of a caterpillar is formed to be engaged between the circular molding roll member 12 and the straight molding member 22 of the upper and lower conveyors 10 and 20. Curtain wrinkle forming, characterized in that it can be extracted through the moisture treatment hot air chamber 40, the curtain forming hot air chamber 50, the curtain drying hot air chamber 60 and the curtain cooling cold air chamber (70) Device.