KR930007309Y1 - Device for producing decoration ribbon tapes - Google Patents

Abstract

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Description

Decorative Ribbon Tape Manufacturing Equipment

1 is a side view of the present article.

2 is a plan view of the present invention.

3 is a perspective view of main parts of the present invention.

4 is a block diagram of the shaft of Ginchuril in this paper.

5 is a representation of the action of FIG.

6 is a second embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1: expectation 2: molding roller

3: tape supply reel 3a: tape

4,4a: lace feed reel 4b: lace

5: winding the finished product 6: motor

6a: reducer 7: shaft

8,8a: guide roller 9: handle lever

9a: Casing 10: Handle

11: heat transfer plate 12: thermal compression roller

13 axis shaft 14: the horizontal axis

15: spring 16: shaft

17: fixed plate 18: electric drive

19: spring 20: nut

21,22: Chain

The present invention relates to an apparatus for producing a decorative ribbon tape for heat-sealing decorative lace made in various patterns on both edges of various fiber tapes.

Decorative lace tapes are commonly used for decorative ribbons and flower ribbons in flower shops. The composition of the lace tapes is made by continuously heat-bonding laces woven in various patterns to the edges of synthetic fiber tapes. However, in the conventional tape heat welding apparatus, as described in Korean Utility Model No. 91-5122, two upper and lower rollers are laid down, and a supporting roller is arranged on the lower side and a serrated heating roller is pressed on the upper side to press the ribbon tape between these upper and lower rollers. In this configuration, the toothed heating roller is able to continuously bond the overlapping tapes and ribbons. This structure is complicated in structure, and the manufacturing cost of the machine is high, and the upper side of the roller tape is inserted between the upper and lower rollers in terms of its construction. The rollers need to be lifted up, and especially the upper roller has a built-in toothed roller, which consumes a lot of electric heat and the pair of fusion rollers installed symmetrically makes it difficult to adjust the gap to the tape width. Difficulties in Efficiently Producing Standard Tapes There was this.

The present invention improves the heat fusion device of the ribbon tape in view of such a conventional problem, so that it is possible to easily detach the saw blade-type thermal adhesive roller to the tape and to easily adjust the left and right width of the fusion point according to the specifications of the tape. The constitution and the effects of the present paper will be described below.

1 is a side view of the device of the present invention, in the base 1, a forming roller 2 having a concave-convex surface at an intermediate point is constructed with a shaft 7 and a handle lever 9 at an upper side thereof. ) On the horizontal axis 14 as the lower side of the handle lever 9 Forming a casing (9a), the concave-convex thermo-compression roller 12 is formed in the pin shaft (12a) and the heat transfer plate 11 to the outer peripheral surface of the casing (9a) by joining the thermocompression roller (12) Allow to heat by electrothermal.

Then, below the forming roller 2, a tape feed reel 3 and a lace feed reel 4 and 4a, such as a satin, are provided, and a satin 3a sent from these feed reels 3, 4 and 4a. As the lace 4b passes over the forming roller 2, the heat-sealing is performed on the seam by the thermo-compression roller 12, and the tape on which the adhesion is completed is wound up through the front guide rollers 8 and 8a. 5) to be wound.

The power output from the speed reducer 6a of the electric motor 6 is connected to the shaft 16 of the forming roller 2 and the winding reel 5 by the chains 21 and 22 in common. 5) to the fixed plate 17 fixed to the shaft 16 by connecting the chain 22 to the power transmission panel 18 in idle state as shown in the fourth diagram without directly connecting the chain 22 to the shaft 16 of the shaft. The winding reel 5 is rotated by the frictional force of the lining 18a on the side of the power board 18 while being grounded by the elasticity of the spring 19 so that the finished product is wound to a constant tension.

This design composed of the above-described race (4b) is released from the race supply reel (4) (4a) in a pair of left and right on the upper surface of the forming roller (2) when the forming roller (2) is rotated by the drive of the motor (6) The fiber tape 3a, such as satin, which passes through maintaining a constant width and is released from the tape feed reel 3 on these laces 4b, passes slightly in a superimposed state.

At this time, if the heat transfer plate 11 of the saw blade-type thermo-compression roller 12 arranged on the lower end of the handle lever 9 of the upper side horizontal shaft 14 is heated to ground in the state of (b) in the state of FIG. As the forming roller (2) rotates along the pressing roller (12) together while rotating, the pressing roller (12) continuously heats up and down the tape (3a) and the lace (4b) stacked on the seam as a third tile by heat transfer. It is sticking out. In this way, the completed ribbon tape product is wound by the rotation of the shaft rod 16 of the take-up reel 5 to form a final product. At this time, the take-up reel 5 is idling without receiving winding power directly from the motor 6. Since it is indirectly rotated by the friction driving force of the power transmission panel 18 and the fixed panel 17, the tension is constant in response to the thermal bonding speed of the ribbon tape product supplied from the forming roller 5 when the winding reel 5 is wound. The product is wound up.

In this configuration of the above configuration, since the thermal compression roller 12 is separately installed on the horizontal axis 14 and is easily attached to the molding roller 2, the tape and the race can be exchanged to ensure efficiency and the tape ( In the production of the lace ribbon tape in the production of lace ribbon tapes, since the width of the two compression rollers 12 is adjusted according to the width W of 3a), the width adjustment can be easily performed by moving the shaft fitting 13 to the left and right on the horizontal axis 14. Ease and mass production of the product can be guaranteed.

The present invention further widens the installation width of the forming roller 2 and the transverse shaft 14 as shown in the sixth diagram, and if the thermo-compression roller 12 is installed in a plurality of sets, one gas can be operated to produce several ribbon tape products. It has an effect.

Claims (2)

In constructing a device for thermally bonding the lace on both sides of the tape, a pair of left and right thermocompression rollers 12 in which the heat transfer plate 11 is placed on the unevenly shaped molding roller 2 is laid on the handle lever 9. The molding roller (2) and the sliding lever, the handle lever (9) is to adjust the left and right intervals on the horizontal axis (14) and the shaft bar (16) of the take-up reel (5) of the idle state connected to the chain 22 An apparatus for producing a decorative ribbon tape, characterized in that it is rotated by sliding friction between the companion (18) and the fixed plate (17) adhered to the shaft (16). The method according to claim 1, wherein the length of the forming roller (2) is lengthened and two sets of two sets of thermal compression rollers (12) are arranged on the horizontal axis (14) to form a plurality of ribbon tapes at the same time. The decorative ribbon tape manufacturing apparatus characterized by the above-mentioned.