KR20060128247A - Manufacture apparatus of clothes rack subsidiary bar for wrinkles prevention and the manufacture method - Google Patents

Abstract

A device and a method for manufacturing a hanger auxiliary bar for preventing wrinkles are provided to produce a great quantity of the hanger auxiliary bars within a short time by quickly transferring raw materials by a cam driving method. The device for manufacturing a hanger auxiliary bar for preventing wrinkles is composed of a bed(1) erectly fixed at both sides of a base(2); a cam shaft(6) installed at the lower side of the bed and rotated by a power transmitting unit(4) by using power of a reduction motor(3); a cam mounted at the side of the cam shaft; an operating rod driven about a pin shaft with coming into contact with a roller and elastically installed at the side of the cam by a spring; a slider(12) connected to the front end of the operating rod by a link(11); a conveyor(13) driven by a special power source and installed at the upper side of an entry part of the base; a supply part(14) equipped with a guide member(15) and a height adjusting member(16) in the front and rear sides; a placing part(17) formed in the front side of the supply part and equipped with an inclined guide plate(18) at the upper side; upper and lower molds(19,20) installed adjacently to the placing part, wherein the upper mold is moved up and down by a cam(22) installed at a cam shaft(23) interlocking with the lower cam shaft by a chain; an applying part(25) installed at the end of the base and provided with a tank(28) filled with anti-slip materials(29), an applying roller(26), and a guide roller(27); and a heating unit(21) with a heating condition of 200-300 deg.C installed at one or both of the upper and lower molds.

Description

Manufacture apparatus of clothes rack subsidiary bar for wrinkles prevention and the manufacture method}

1 is a side view of the manufacturing apparatus according to the present invention

2 is a side sectional view of a manufacturing apparatus according to the present invention;

Figure 3 is a manufacturing process according to the present invention

4 is an exploded view of a raw material according to the present invention

5 is a perspective view of the finished product according to the present invention

6 is a state of use of the finished product according to the present invention

   Explanation of symbols on the main parts of the drawings

1: Expectation 2: Base 3: Reduction Motor

4 power transmission means 5, 22 cam 6, 23 cam shaft

7: working rod 8: pin shaft 9: roller

10: spring 11: link 12: slider

13 conveyor 14 supply part 15 guide member

16: height adjustment member 17: seating portion 18: inclined guide plate

19: upper mold 20: lower mold 21: heating means

24: chain 25: coating portion 26: coating roller

27: guide roller 28: tank 29: anti-slip material

A: Raw material B: Unit object C: Connection part

The present invention relates to a manufacturing apparatus and a manufacturing method of the anti-wrinkle hanger support, and more particularly, to the mass production of the support by an automated manufacturing device for the entire process.

In general, hangers manufactured by bending wires are mainly used for display or transport of clothes for short periods of time at a place of business that sells clothes or provides services such as laundry, rather than hanging clothes at home. .

Since the whole hanger is made of wire having a diameter of only 3mm and around, the clothes hanger has to bear the wrinkles on the shoulders when storing and transporting it on the inclined hanger. In the case of walking and storage, the bottoms are folded in almost half, and when the user wears the bottoms in such a state, the wrinkles appear clearly in the lateral direction in the knee area. In order to solve the phenomenon, a paper material support that is additionally mounted as a means for preventing wrinkles has been proposed, and a manufacturing method of such support has been registered in Korean Patent No. 250602.

However, this patent No. 250602 is a manufacturing method by a series of roller forming apparatus in which a narrow width of a paper substrate wound in the form of a roll is carried out by a continuous transfer type, and is manufactured one by one upon completion of a series of processes. Not only did not meet the requirements of the cheapness of the characteristics of the support that is used in a single-use, of course, due to the manufacturing method by the roller transport method had a problem such that it is impossible to mass-produce the work efficiency.

The present invention is to provide a raw material by the pre-process and to be a rapid transfer by the cam drive method to be able to mass produce a large amount of support in a short time.

The present invention comprises a first step of preparing a raw material; A second step of supplying the prepared raw material to the supply portion; A third step of transferring the supplied raw material; A fourth step of molding the transferred raw material into a unit object; A fifth step of applying a non-slip material to the molded unit object; The finished product is manufactured by a sixth process of drying the applied non-slip material. Hereinafter, a manufacturing apparatus and a manufacturing method for performing such a manufacturing process will be described in detail.

First, in the manufacturing apparatus of the present invention, as shown in Figs. 1 and 2, the base 1 is fixed upright on both sides of the base 2, and the reduction motor 3 is used as the power source under the base 1. The cam shaft 6 rotated by the power transmission means 4 is installed, and the cam 5 is installed on one side of the cam shaft 6, and the pin shaft 8 is positioned on one side of the cam 5. The operating rod 7 is elastically installed by the spring 10 so as to be driven in contact with the slider, and the slider 12 is connected to the link 11 at the tip of the operating rod 7, and the upper side of the entry part of the base 2 is provided. Conveyor 13 driven by a separate power source is installed in the supply portion 14 is provided with a guide member 15 and the height adjustment member 16 is installed in the front and rear, the inclined guide plate ( A seating portion 17 having a 18 is formed, and the upper mold 19 and the lower mold 20 are installed in contact with the seating portion 17 so that the upper mold 19 has a lower camshaft 6. The tank 28 and the application roller 26 are formed to be raised and lowered by the cam 22 on the cam shaft 23 interlocked with the chain 24, and the anti-slip material 29 is filled in the distal end of the base 2. And a coating unit 25 having a guide roller 27, and heating means such as a heating wire having heating conditions of 200 to 300 ° C. on one or both sides of the upper and lower molds 19 and 20 ( 21) by installing.

Here, the non-slip material 29 may be any material that does not come off after drying, bar materials such as hot melt or silicon that is commonly distributed in the market is excellent in physical properties but expensive However, since it is not easy to handle, it is preferable that the paste is easy to handle and dry, and has a starch which is inexpensive.

The manufacturing method of this invention by such a manufacturing apparatus is demonstrated for every process.

<1st process>

-Raw Material Preparation Process-

Each unit object B is connected by a connection part C as shown in FIG. 4 using a separate die-cut machine (DIE-CUT MACHINE) (also known as Thomson or Domusong). The raw material (A) of the expanded state is prepared so that it may become one unit board.

<Second process>

-Raw Material Supply Process-

Several raw materials prepared in the first step are superimposed and supplied to the supply unit 14, and the front end of the raw material A is laminated so as to be in contact with the conveyor 13, and the rear side is lifted by the height adjusting member 16 for lamination. The tip of the raw materials (A) is maintained in the downward inclined state aligned by the guide member (15).

<Third process>

-Raw Material Transfer Process-

When the conveyor 13 is driven by a separate power, the raw material A, which is located at the bottom of the raw materials A stacked on the supply unit 14, comes out of the gap with the guide member 15, and the seating part 17 If the tip of the raw material (A) is lifted by the air flow, etc. around this time is guided by the inclined guide plate 18 and smoothly seated on the seating portion 17, the cam (5) is rotated while the spring (10) The operating rod 7 advances the slider 12 connected to the tip of the link 11 so that the slider 12 transfers the raw material A between the upper mold 19 and the lower mold 20. .

<4th process>

-Raw material forming process-

As the upper mold 19 is lowered by the rotation of the cam 22, the connection part C is cut at the moment when pressure is applied to the raw material A, and each unit B is upper and lower molds 19 and 20. Pressed on to form a 'U' shape, the upper and lower molds 19, 20 by the heating means 21 is heated to 200 ~ 300 ℃ to maintain the state of the unit object (B) molded Done.

<5th process>

-Slipper Coating Process-

As the upper mold 19 is raised by the rotation of the cam 22, the unit object B formed by the escape pin means (not shown) which is inevitably formed in the ordinary mold escapes from the lower mold 20. When it is raised, the front end of the raw material A in the developed state, which is newly transferred by the transfer process of the third process that is already being progressed by the continuous process, pushes the rear of the molded unit B to form the portion of the coating unit 25. The bottom surface of the unit object (B) in which the non-slip material 29 filled in the tank 28 by entering between the guide roller 27 and the application roller 26 is formed in a 'U' shape. It is applied to and discharged out of the applicator 25.

<Sixth process>

-Drying process-

The non-slip material 29 is applied to the unit object (B) is naturally dried at room temperature or dried in a drying chamber (not shown) equipped with a separate hot air device to produce a finished product as shown in FIG.

In the present invention, the finished product is continuously manufactured by a series of manufacturing apparatuses, and a plurality of finished products are mass-produced each time a series of manufacturing processes are completed. As shown in FIG. It is the same as the well-known that it is used by being inverted in the shape of a child and fitted to the usual hanger (D) horizontal hanger (E).

As described above, the present invention is to provide a very profound effect that can mass-produce high-quality products by rapid process progress by the manufacturing apparatus by the cam drive method.

Claims (2)

The base 1 is fixed upright on both sides of the base 2, and a cam shaft 6 which is rotated by the power transmission means 4 is installed at the lower portion of the base 1 by using the reduction motor 3 as a power source. Cam (5) is installed on one side of the (6), the operating rod (7) is elastically installed by the spring (10) so as to be driven in contact with the roller (9) to the pin shaft (8) to one side of the cam (5) The slider 12 is connected to the link 11 at the distal end of the operating rod 7, and a conveyor 13 driven by a separate power source is installed above the entrance of the base 2 to guide the front and rear members. Supply portion 14 is provided with the 15 and the height adjustment member 16 is installed, the seating portion 17 having the inclined guide plate 18 is formed upward in front of the supply portion 14, the seating portion 17 The upper mold 19 and the lower mold 20 are installed in contact with each other so that the upper mold 19 is lifted by the cam 22 on the cam shaft 23 interlocked with the lower cam shaft 6 and the chain 24. It is formed and consists of a tank 28 filled with an anti-slip material 29 at the distal end of the base 2, and the coating portion 25 having a coating roller 26 and a guide roller 27, the upper and lower parts Apparatus for producing anti-wrinkle hanger support provided by installing heating means 21, such as a heating wire, on one or both sides of the molds 19 and 20, each having a heating condition of 200 to 300 ° C. Using a separate die-cut machine (DIE-CUT MACHINE) (also known as Thomson or Domusong Machine), each unit B is connected by a connecting part C to form a unit board. A first step of preparing a raw material (A) in a developed state; Stacked several raw materials are supplied to the supply unit 14, the front end of the raw material (A) is laminated so as to be in contact with the conveyor (13) and the back is lifted by the height adjusting member (16) laminated raw material (A A second step of supplying the raw material such that the tip of the plurality of blades is aligned with the guide member 15 to maintain the downwardly inclined state; By driving the conveyor 13, the raw material A, which is located at the lowermost part among the raw materials A stacked on the supply unit 14, is pulled out into a gap with the guide member 15 and dropped onto the seating part 17. Rotation (5) advances the slider (12) connected by the actuation rod (7) to the tip of the link (11) by the spring (10) so that the slider (12) moves the raw material (A) to the upper mold (19) and the lower part. A third step of transferring between the molds 20; As the upper mold 19 is lowered by the rotation of the cam 22, the connection part C is cut at the moment the pressure is applied to the raw material A, and each unit B is 200 to 300 by the heat generating means 21. A fourth step of pressurizing the upper and lower molds 19 and 20 in a state of heating to ℃ to form a 'U' shape; As the upper mold 19 is raised by the rotation of the cam 22, the unit object B escaped from the lower mold 20 is raised between the guide roller 27 and the application roller 26 of the applicator 25. The non-slip material 29 filled into the tank 28 is applied to the coating roller 26 to apply to the bottom surface of the unit object B formed in a 'U' shape and discharged out of the coating portion 25. 5 processes; Manufacture of anti-wrinkle hanger support, characterized in that the sixth step of manufacturing the finished product by drying the unit object (B), the non-slip material 29 is applied at room temperature or in a drying room equipped with a separate hot air device Way.

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