KR850002061Y1 - Pvc tag extending machine - Google Patents

Abstract

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Description

Tag String Tensioner for Synthetic Resin

1 is a perspective view of the present invention without a part.

2 is a longitudinal cross-sectional view of the subject innovation in use.

* Explanation of symbols for main parts of the drawings

1: Combay 2: Guide

2 ': protrusion 2 ": groove

3, 3 ': Roller 4, 5: Gear

6: front and rear guide rail 7: heating plate

8: cam 9: axis

10: operating port 10 ': tension piece

11 support sphere 12 adjustment bolt

13: Between operation 13 ': Long hole

The present invention is a mold that is injected as small as possible, but since the material is wasted unnecessarily as a tag string that does not require much tensile force, the I-type tag string injected with the smallest thickness as an injection is placed in the comb. In the guide conveying process, only the part to be tensioned is changed softly when passing between the heating plates, and when it passes completely between the heating plates, the gear is joined to the gear joined in the direction after the comb to transfer the power. The present invention relates to a tag string tensioning device for a synthetic resin material, wherein an operating tool bonded to one end of an operation operated by a chem bonded to a tension is elongated thin and long.

In the related art, since the tensioning is performed by hand at the same time as heating, it is not only inefficient but also the tensioning length by tensioning by hand is irregular and the tensioning by hand is excessively stretched. There was an economic burden and many other discontinuations.

This economic closure of the present invention as a complement to the correction described in detail based on the accompanying drawings as follows. The rearward direction of the rollers (3) among the rollers (3) and (3 ') of the guide (2) in which protrusions (2') and grooves (2 ") formed at left and right sides protrude at regular intervals. The gears 4 joined to each other are engaged with the gears 5 receiving the power of the motor (not shown), and the front and rear rails to which the heating plate 7 is fixed to a predetermined length in the vertical line downward direction of the conveyor 1 6) is installed and the upper tension piece 10 'of the actuating tool 10 which is operated up and down is positioned on the bottom of the bottom of the bottom of the rail 6 where the heating plate 7 ends. The operation period 13 which is brought into contact with the long hole 13 'addition operation tool 10 is operated up and down by the chem 8 joined to the gear 5 and the same shaft 9.

In the figure, reference numeral 12 denotes an adjusting bolt, and 14 denotes a tension spring. The present invention as described in the first guide as shown in Figure 1, the guide and the guide formed on the comb (1) formed in the tag (15) of the I-type tag string formed to be connected to the bottom surface as many as possible with the smallest possible thickness The tag string 15 at the left and right ends is inserted into the groove 2 "in the insertion and transport between the spheres 2, and the wings 16 protruding from the left and right of the bottom part are supported on the bottom of the protruding piece 2 '. As shown in FIG. 2, a continuous insertion is carried out, and a method of transmitting power to the conveyor 1 is to receive power of a motor not shown by a gear 4 joined in the rear direction of the roller 3. Since the gear 5 is engaged, the power is transmitted to the comb 1 so that the tag string 15 is transferred. During this process, the tag string 15 is passed between the heating plates 7 fixed to the front and rear guide rails 6. 15) the portion between the upper and lower wings 16, 17 is heated to change to soft 2, the chem 8 joined to the gear 5 and the same shaft 9 has a far point, i.e. Since it is in an upward state in the dotted line of FIG. 13, the surface supported by the chamfer 8 with the support 11 as a base is raised upward and is adhered to the other long hole 13 ′ because it is operated by the lever principle. The actuating tool 10 is operated downward so that the wing 17 surface is supported by the upper tension piece 10 'integrally therewith to tension the tag string 15 by the length of the actuating device 10 downward actuating. As shown in FIG. 1, when the chem 8 is rotated such that the distance between the surface on which the operation 13 is supported and the starting point of the shaft 9 are close to each other as shown in FIG. As upward, it is operated continuously.

And since the bolt 12 is adjusted by the up and down operating distance of the operating tool 10 in the vertical adjustment of the operating tool 10, that is, the tensioning operation is efficient and economical, there is a very practical effect.

Claims (1)

As shown in the drawing, the guides 2 having the protrusions 2 'and the grooves 2 " formed on the comb 1 protrude at regular intervals, and the gears 4 joined to the rear direction of the rollers 3 are gears. (5) and the front and rear rails (6) in which the heating plate (7) is fixed in the vertical direction under the comb (1), and the operation section (13) adhered to the support (11) to the upper end at one end. The other side is supported by the surface of the chem (8) bonded to the gear (5) and the same shaft (9) by the tension force of the spring (14) to the operating port 10 formed a tension piece (10 ') to operate Tag strap tensioner for plastics.