KR0125382Y1 - Pearl button manufacturer - Google Patents

Abstract

The present invention relates to a mother-of-pearl button manufacturer, which combines the process of cutting a button from a material and a sealing hole forming process into one process, and simplifies the electric system of the cutting means and the drilling means to achieve high productivity and stability. 5) The hollow casing 6 is installed to raise and lower the hollow casing 6, and the hollow shaft 7 for cutting the material in which the hollow punch 23 is screwed is rotated in the hollow casing 6 It is installed to be free, so that the drilling guide shaft rod 8, through which the drill guide tip 29 through which the drill 9, 9 'penetrates is screwed, can be moved only in the longitudinal direction in the hollow shaft 7 for cutting the material. And support the drilling guide shaft (8) by the splice coupling at the top of the hollow casing (6) and the drill guide shaft (8) and the material cutting hollow shaft (7) to be rotated together with the drive motor (3) It is a material button maker connected to make it.

Description

Mother of pearl buttons

Figure 1 is an overall perspective view showing a mother button manufacturing machine according to the present invention.

2 is an exploded perspective view of main parts of the casing, the rotating shaft, and the fixed shaft shown in FIG.

Figure 3 is a longitudinal cross-sectional view of the mother button manufacturing machine according to the present invention.

4a, 4b, 4c of Figure 4 is an exemplary view showing the operating state of the mother-of-pearl button manufacturing machine according to the present invention.

* Explanation of symbols for main parts of the drawings

5: spindle head 6: hollow casing

7: Hollow shaft for cutting material 8: Drilling guide shaft

9,9 ': Drill 10: Die

23: hollow punch 29: drill guide tip

The present invention relates to a mother-of-pearl button manufacturing machine, and more particularly, to a mother-of-pearl button manufacturing machine which allows the process of cutting a button-shaped material from a shell material and a process of drilling a button sealing hole into one process.

In general, mother-of-pearl buttons are used for high-end apparel because they can enhance the decorativeness and elegance of clothing because they exhibit a soft luster similar to pearls.

Since the button of the conventional shellfish has been cut into the button shape from the material and the sealing hole is formed in the cut button again, the manufacturing process is very cumbersome and the production efficiency is very low, especially cutting and rotating. Workers hold and hold the material by hand in cutting means and drills, which are difficult to work with, and there has been a risk of injuring hands.

In other words, it was practically very difficult to transfer the button-cut primary work into a drill for drilling again. This is because the size is very small and flat, which makes it difficult for the worker to pick it up by hand. Mechanizing moving the primary work to correct these disadvantages can improve productivity and prevent the occurrence of safety accidents. There is an advantage, however, as the button manufacturing cost is greatly increased and the structure is very complicated and requires a sophisticated device, it is disadvantageous in the manufacture and maintenance of the device, and in particular, economical disadvantages are not preferable in consideration of economics. These devices are not practical.

The present invention is intended to solve these problems.

The present invention for achieving the object of the present invention improves productivity by reducing the button shape and at the same time to form a button sealing hole from the material, can reduce the button manufacturing cost and prevent the occurrence of safety accidents In addition, the present invention is to provide a button maker which allows the sealing hole in the center of the button to be formed accurately, uniformly and smoothly.

The produced button is intended to provide a mother-of-pearl button manufacturing machine which is characterized in that the manufacturing process is simple and a button having a high quality can be obtained, which can greatly reduce merchandise and manufacturing cost.

The present invention for realizing such an object is described in more detail by the accompanying drawings.

1 is an overall perspective view showing a mother button manufacturing machine according to the present invention, Figure 2 is an exploded perspective view of the main portion of the casing, the rotating shaft, the fixed shaft shown in Figure 1, Figure 3 is a longitudinal cross-sectional view of the mother button manufacturing machine according to the present invention and 4a, 4b, 4c of Figure 4 shows an exemplary view showing the operating state of the mother-of-pearl button manufacturing machine according to the present invention.

As shown in the drawing, the main head (5) is fixed to the table (2) at the top of the column (4) on which the base (1), the table (2) and the drive motor (3) are mounted. 5) the gas part is configured to be coupled to move the hollow casing 6 in the up and down, and the hollow shaft (7) for rotatably supporting the material cutting in the hollow casing (6), this material cutting In the hollow shaft (7), the drilling guide shaft rod (8) is installed elastically to move up and down in a stationary state that does not rotate with the hollow shaft (7), the drill guide shaft rod (8) 9) (9 ') is configured to connect the drill (9) (9') and the hollow shaft (7) for cutting the material with the drive motor (3) and the die (10) on the table (2) The hollow casing 6 is inserted into the spindle head 5 so as to move up and down and is formed at the lower end of the hollow casing 6. The flange 11 is constructed so as to be coalesced by the spindle head 5 and the spring 12 to be lowered by the elevating and lowering operation lever 13 and then returned upward by the elasticity of the spring 12.

The lifting and lowering operation lever 13 is pivoted with a pin 15 on a bracket 14, one end of which fixes the spindle head 5 to the column 4, and the other end of which is a handle ( A fixing bolt 18 is inserted into the slot 17 formed between the pin 16 and the pin 15. The fixing bolt 18 is provided with a slot 19 formed in the longitudinal direction in the spindle head 5. As shown in FIG. 2, the main shaft head 5 is lowered by the operation of the lift and lower operation lever 13 by being coupled with the screw hole 20 formed at one side of the hollow casing 6 as shown. All.

The hollow shaft 7 for cutting the material is a bearing 21 that is interfitted with the inner diameter of the hollow casing 6 as well represented in FIG. 2. The hollow shaft 6 is free to rotate in the hollow casing 6 and has a lower inner peripheral surface. The female screw 22 is formed to be coupled to the male screw 24 formed on the hollow punch 23.

The hollow punch 23 constitutes a punching blade coated with diamond ball or diamond powder, and the main surface is provided with holes 25 through which water is supplied to smooth the cutting edge and prevent the material from scattering. .

The drilling guide shaft rod 8 is a stationary shaft rod which does not rotate together with the hollow shaft 7 in the hollow shaft 7 for cutting the pulley 26, which is only up and down in the hollow shaft 7. It is supported by a bearing 27 so that the inner threaded surface of the lower end of the drilling guide shaft rod (8) is formed with a female screw (28), the female screw (28) on the upper portion of the drill guide tip 29 also serves as a pressing hole of the material It is coupled with the male screw 30 formed.

The lower end 31 of the drill guide tip 29 is formed with a hole for discharging raw material 32 generated during drilling, and the bottom wall 33 has drill guide holes 34 and 34 'formed thereon and the upper end spline A coil spring 36 is fitted to the drill guide shaft rod 8 in which the 35 is formed. The upper end of the coil spring 36 is supported by the collar 37 under the spline 35 and the lower end is drilled. It is supported by a ring 38 fitted to move to the guide shaft rod 8, which is caught by the counter boss 39 of the hollow shaft 7 for cutting the material as shown in FIG. It is configured to be able to have a cushion when the drilling guide shaft rod (8) is lowered.

The assembly guide plate 41 of the drilling guide shaft rod 8 having a boss 40 fitted to the spline 35 of the drilling guide shaft rod 8 is fixed to the upper part of the hollow casing 6, which is assembled. 41 has an extension portion 42 protruding on one side of the boss 40 as shown in FIG. 2, and the extension portion 42 has a slot 43 formed therein. The set screw 44 fitted in the) is coupled to the female screw hole 46 formed in the concave inlet portion 45 made by partially cutting one side of the upper end of the hollow casing 6.

The reason why the slot 43 is formed in the assembly guide plate 41 is that the drill guide tip 29 attached to the drilling guide shaft rod 8 is suitable for the size of the button to be manufactured. It is for carrying out.

The upper portions of the drills 9, 9 'fitted to the drilling guide shaft rods 8 as described above are fixed in the pulleys 47, 47', as shown in FIG. 2, and the pulleys 47 ( 47 ') is supported by bearings 49 and 49' so as to be free to rotate in the release block 48 and the release block 48 is in the form of a piston and is fixed to the upper end of the hollow casing 6. It is supported in the lower ring 50.

In the lower center of the unzipping block 48, a boss 51 into which a spline 35 fixed to an upper end of the drilling guide shaft bar 8 is fitted is formed, so that the drilling guide shaft rod 8 is a hollow shaft for cutting the material. 7) It can only move in the vertical direction.

The pulleys 47 and 47 'to which the drills 9 and 9' are fixed are connected to the first drive pulley 52 fixed to the rotation shaft of the drive motor 3, as shown in FIGS. The pulley 26 connected to the belt 53 and fixed to the upper portion of the hollow shaft 7 for cutting the material is fixed to the rotating shaft of the driving motor 3 as shown in FIGS. 1 and 3. It is connected to the two pulleys 54 and the belt 55.

The die 10 fixed on the table 2 is formed by forming an annular recess 57 around the hollow 56 as shown in FIG. 3, and the annular recess 57 is a hollow shaft 7 for cutting the material. When the hollow punch 23 is attached to the rotating blade descending serves as a stationary fixed blade.

In the present invention, the hollow punch 23 and the drill guide tip 29 can be screwed together, and the die 10 can be screwed as illustrated in FIG. This is to make it easy to change the size and use it.

In the drawings, reference numeral 60 denotes a surface-treated clam shell, 61 a mother-of-pearl button, 62 a sealing hole, and 63 a scrap.

Referring to the effect of the present invention configured as described above are as follows.

According to the present invention, when the driving motor 3 is operated, the material head 60 is placed on the die 10 as shown in FIGS. 1 and 3, and the main shaft head 5 is pulled up by pulling up and down the control lever 13. The hollow casing (6) fitted to the elasticity and installed is lowered. At this time, the hollow shaft (7) for cutting the material rotates while descending together with the hollow casing (6) and the drilling guide shaft rod (8) descends with the hollow casing (6), but is fixed to the hollow casing (6) Since the spool light is coupled to the guide plate 41 and the unzipping block 48, it is lowered in the stopped state, and the drills 9 and 9 'are rotated in the drilling guide shaft 8.

As a result, as illustrated in FIG. 4A, the drill guide tip 29 assembled at the lower end of the drilling guide shaft rod 8 dies before the hollow punch 23 assembled at the lower end of the hollow shaft 7 for cutting the material. (10) When pressing the material 60 is placed on the top and continue to pull up and down the operating lever 13, the drill guide tip 29 is a coil fitted to the drilling guide shaft rod 8 as illustrated in Figure 4a The hollow punch 23 and the drill 9, 9 ′ that rotate while being strongly pressed on the material 60 mounted on the die 10 by the elasticity obtained by compressing the spring 36 continue to descend. The mother-of-pearl button 61 is cut out from this, and the sealing hole 62 is processed.

At this time, if water is supplied through the holes 25 formed in the main surface of the hollow punch 23, it is possible to effectively prevent the scattering of the material powder generated during the cutting and drilling and the roughening of the cutting drilling surface.

When the lifting and lowering operation lever 13 that has been pulled out is released, the hollow casing 6 is lowered as illustrated in FIG. 4C while the hollow casing 6 is raised to the position before the lever operation by the restoring force of the spring 12. When the 29 and the hollow punch 23 rises and moves away from the die 10, the material 60 is moved and ready for the next operation.

The mother-button manufacturer according to the present invention can process the blanking of the mother-of-pearl button 61 from the material 60 and puncturing the sealing hole 62 at the same time, so that the productivity is high and the manufacturing process is unified to reduce the manufacturing cost. It is possible to reduce the cost and power consumption by not only achieving a uniform mother button but also driving the drill 9, 9 'and hollow punch 23 together with one driving motor. In addition, it is a very useful design that has the advantage of preventing the occurrence of safety accidents, such as reducing the size of the manufacturing machine to be less restricted in the installation place.

Claims (1)

It consists of a column (4) on which a base (1), a table (2) and a drive motor (3) are mounted, the head of which is fixed toward the table (2) and a hollow type fitted in the head of the spindle (5). The hollow casing 6 is constructed by arranging the casing 6 with the spring 12 so that the hollow casing 6 is moved up and down in the spindle head 5 by the lifting and lowering operation lever 13. The hollow punch 23 is screwed to the lower end and the hollow shaft (7) for cutting the material, which consists of a pulley (26) at the upper end is rotatably supported by the bearing (21), and the material cutting For cutting the material by screwing the drill guide tip 29 to the lower end of the hollow shaft 7 and supporting the coil spring 36 with a ring 38 on the drilling guide shaft rod 8 having the spline 35 formed thereon. It is supported by a bearing 27 so as to move only in the longitudinal direction in the hollow shaft (7), and the hollow casing (6) Housing 50 fitted with block 48 with spline boss 51 comprising assembly guide plate 41 with line boss 40 and pulleys 47 and 47 'to which drills 9 and 9' are fixed. ) Is fixed to the upper portion of the hollow casing (6), and on the table (2) to form a screw-type die (10) having a hollow (56) and annular groove (57) and hollow shaft for cutting material The pulley 26 and the drill pulley 47 and 47 'of the 7 are interlocked with the first and second drive pulleys 52 and 54 and the belts 53 and 55 of the rotating shaft of the drive motor 3, respectively. Mother-of-pearl button maker characterized in that the configuration.