KR100689113B1 - Concurrent automatic adhesion method for assorted kinds of jewels - Google Patents

Abstract

A concurrent and automatic adhesion method for assorted kinds of jewels is provided to attach the jewels to a cloth moved by a worktable using ultrasonic waves or a heater by selecting two or more jewels from two or more jewel cases. The concurrent and automatic adhesion method comprises the steps of: arranging and fixing two or more jewel cases(15a,15b) to a support(19a) in series; moving a worktable(18) for fixing a cloth in x and y-axes; moving an ultrasonic welding pole(22a) or a heater welding pole(22b) to a welding point; selecting and transferring jewels from the jewel case to the cloth by a transfer machine(13); and attaching the jewels to the cloth by the ultrasonic wave or the heater.

Description

Concurrent automatic adhesion method for assorted kinds of jewels}

1 is an overall view of the present invention

2 is a detailed operation of the jewelry box

3 is a detailed view of a work bench

4 is an exploded view of a workbench

5 is a detailed view of a fusion rod

*** Description of the symbols for the main parts of the drawings ***

10 body 11 head

12: abdomen 13: conveyor

14: cylinders (a, b, c, d, e) 15: jewelry boxes (a, b)

16: frame 17: table

18: work bench 19: support (a, b, c, d)

21: guide (a, b, c, d) 22: fusion rod (a, b)

23: cloth 24: control box

25: gemstone 26: suction hole

27: opening 28: rotating shaft

The present invention is a method for attaching a variety of jewelry at the same time continuously in a cloth, in detail a guide on the abdomen and cross on the abdomen of the body and forms a support coupled to the guide to form a plurality of jewelry boxes on the support Is fixed in series and the cylinder is mounted on the support so that the jewelry box moves according to the operation of the cylinder, and the jewelry box can be selectively stopped at the jewelry adsorption position of the conveyor. Is arranged, the support is coupled to the guide, the support is configured to move in the operation of the cylinder, and above the support is formed another guide coupled with the support for supporting the work in the cross with the guide, the support is fixed to the cylinder and the fusion rod is a support The support is fixed to the guide and the support Is fixed to the cylinder, the jewelry box is left on the front of the body. The worktable is configured to move in the x- and y-axis by each guide, support, and cylinder, and the fusion rod The present invention relates to a method of attaching two or more gems in a planar state while moving backwards, and selectively attaching using ultrasonic waves and a heater.

In the conventional jewelry attaching method, the jewelry box is fixed to the body, the work table is fixed, and the welding rod is fixed to the ultrasonic wave or the heater. When attaching to the fabric, it is necessary to have more than one worker on one line by attaching it while moving the cloth by hand and attach it by hand. Therefore, the user cannot work unless there is a lot of work experience. Without the user there is a problem that can not be produced, there is a problem that can not increase the productivity.

The present invention is arranged to move two or more jewelry boxes, installed to move the worktable to the x, y axis, and installed so as to move the ultrasonic welding rods and heater welding rods, the conveyor is a two in two jewelry boxes The purpose of the present invention is to provide a method of selecting and transferring a kind of jewelry and attaching the ultrasonic or heater to the cloth moved by the workbench moving on the x and y axes, such as the design set in the control box.

The operation of the present invention is operated by the action of the air cylinder and the operation of each configuration is configured to control in the control box.

The jewelry is attached to the fabric and the design is made by the program of the control box.

The present invention is a control box for controlling the operation according to the program is built in the body 10 and the program is composed of a head 11 and the abdomen 12 in which the jewelry box (15a, 15b) is arranged A fusion rod for attaching the work table 18 configured to support the work 24 and the fabric 23, the table 17 for mounting the control box 24, and the jewels 25a and 25b to the fabric 23. And a frame 16 for supporting the body 22, the table 17, and the fusion rods 22a, 22b.

Figure 1 shows the whole of the present invention, Figure 2 shows the operation structure of the jewelry box, Figure 3 shows the working state of the workbench, Figure 4 is a structural diagram of the workbench, Figure 5 is a structural diagram of the fusion rod to be.

As shown in FIG. 1, the body 10 is mounted and fixed on the frame 16, and the feeder 13 is mounted on one side of the head 11 of the body 10 so as to reciprocate half-rotation, and an adsorption at the end thereof. A sphere 26 is mounted and the conveyor 13 is imaged by the operation of a cylinder 14a formed in the conveyor 13. The conveyor 13 fixed to the rotating shaft 28, which is formed to be stretchable downward and rotates half the rotation, sucks the gems 25a and 25b from the jewelry boxes 15a and 15b which are positioned at the rotation stop points while rotating halfway. It is formed so as to be transferred to the cloth 23 of the opposite rotation stop point and the adsorption of the jewels (25a, 25b) of the suction port 26 is made by the operation of a cylinder (not shown).

The abdomen 12 of the body 10 is fixed to the abdomen 12 and the guide (21a) in the cross, and the support (21a) is coupled to slide the guide (19a) in the guide (21a) and the support (19a) ), A cylinder 14b is mounted.

Two or more jewelry boxes 15a and 15b are fixed to the support 19a based on the length of the support 19a.

The table 17 including the body 10 is mounted on the frame 16, and the control box 24 is mounted on the rear table 17 of the body 10.

The body 10, the abdomen 12, the front table 17 is formed with an opening 27 through which the fusion rods 22a and 22b are exposed.

The welding rods 22a and 22b are formed by separating the ultrasonic welding rod 22a and the heater welding rod 22b, and are arranged in a line on the support 19b as shown in FIG. 5, and the support 19b is a guide. The guide 21b is fixed to the frame 16, and the cylinder 14c is mounted on the support 19b.

Two guides 21c are arranged on both sides of the guide 21b of the fusion rods 22a and 22b in the same direction as the guide 21b and are exposed and fixed higher than the surface of the table 17.

A support 19c is coupled to the guide 21c so as to slide, and a cylinder 14d is mounted to the support 19c.

On the support 19c, two guides 21d are arranged and fixed in cross with the guide 21c, the guide 21d is coupled to slide the support 19d, and the cylinder 19e is mounted on the support 19d. have.

The work table 18 is fixed to the support 19d.

The above configuration is moved to the work bench 18. Go back and left. It is configured to move right. In other words, the work table 18 is to move in the x, y axis.

Openings 27 are formed in the worktable 18 to expose the fusion rods 22a and 22b like the table 17. The upper ends of the welding rods 22a and 22b have the same level as the surface of the worktable 18. It is configured to have.

The operation and operation will be described by way of example.

Example-1

Clothes worn in everyday clothes or stage clothes are attached to various shapes of jewelry, and are configured to show different styles as clothes.

As a method of attaching jewelry to clothes as described above, a method of attaching each jewelry by sewing or applying an adhesive to the jewelry and attaching to the clothes was used. Such a method could be performed manually or semi-automatically. In this case, there is a problem that productivity cannot be achieved because the workability varies depending on the worker, and in the case of semi-automatic, the selected gems are transferred from the container containing the gems one by one to the clothes on the fusion rod using heat or ultrasonic waves. When pressure is applied, the adhesive applied to the jewelry melts by heat or ultrasonic melting of the welding rod, but the method of attaching to clothes is used. However, there is a problem that only the same jewelry can be used. Depending on the degree of completion of the design is not the same product is the same It does not have a bulk St. difficult to maintain production and products, especially if two or more types of jewelry you need, there is a problem often have to exchange the kind of jewelry.

The present invention solves the above problems.

In the present invention, when the ultrasonic wave is used in the fusion rods 22a and 22b, the cloth 23 is generally used for thick or cotton type, but may be used for the thin cloth 23 such as synthetic fibers.

In the embodiment of the present invention, the jewelry (25a, 25b) is made of glass and two jewelry boxes (15a, 15b), so using two types of star-shaped jewelry (25a) and diamond-shaped jewelry (25b) and ultrasonic wave The fusion rod 22a is used and the design is carried out in a flower shape.

The control box 24 is programmed with a design for attaching two kinds of jewels 25a and 25b to a flower shape.

The jewelry boxes 15a and 15b accommodate two kinds of jewelry 25a and 25b.

The work piece 18 is fixed with a portion to which the jewels 25a and 25b of the cloth 23 are attached.

The cylinder 14c is operated to move the ultrasonic welding rod 22a to the welding point.

When the power is turned on, the work table 18 is moved so that the first portion of the jewels 25a and 25b to be bonded to the cloth 23 is positioned on the fusion rod 22a.

When the star jewelry 25a is housed in the left jewelry box 15a and the diamond jewelry 25b is housed in the right jewelry box 15b, the star jewelry (a) when the first jewelry to be attached is the star jewelry 25a The jewelry box 15a in which 25a is housed is moved above the conveyor 13 to adsorb the jewelry 25a, 25b.

The rotating shaft 28 equipped with the conveyor 13 rotates forward, and the star jewelry 25a selected from the jewelry box 15a in which the star jewelry 25a to which the suction hole 26 of the conveyor 13 should be first attached is accommodated. ) Is adsorbed.

The transporter 13, which has absorbed the star jewelry 25a, is rotated in reverse to attach the jewelry 25a to the cloth 23 so that the suction port 26 is positioned directly above the fusion rod 22a. .

At this time, the cylinder 14a is operated, and the jewel 25a adsorbed as the conveyor 13 descends presses the cloth 23 on the fusion rod 22a, and at the same time, ultrasonic waves are activated on the fusion rod 22a. The jewelry 25a is attached to the jeans 23 while the adhesive applied to the 25a is melted.

As described above, when the star jewelry 25a is first attached and the second jewelry 25a is an asterisk, the jewelry box 15a will not move, but when the jewelry 2 is a diamond jewelry 25b, the jewelry box 15a, The support 19a supporting 15b is moved by the operation of the cylinder 14b so that the diamond jewelry box 15b moves to the left side to the suction position of the conveyor 13.

When the jewelry 25b to be attached to the fabric 23 is attached to the front of the jewelry 25a that is first attached, the cylinder 14d operates to support the support 19c with the first jewelry 25a and the second jewelry ( 25b) is pulled by the distance of the point where it will be seated, and the conveyor 13 which adsorbs the diamond jewel 25b is lowered and pressed and attached to the front of the first jewel 25a by the pulled distance.

In the same way, when the jewelry 25b to be attached to the cloth 23 secondly is attached to the rear of the jewelry 25a to which it is first attached, the cylinder 14d operates to support the support 19c with the first jewelry 25a and 2. Push the second jewel (25b) by the distance of the point to be seated to attach.

In the same manner, when the jewelry 25b to be attached to the cloth 23 second is attached to the left side of the jewelry 25a to which it is first attached, the cylinder 14e operates to support the support 19d with the first jewelry 25a. Push the second jewel (25b) by the distance of the point to be seated to attach.

In the same way, when the jewelry 25b to be attached to the cloth 23 second is attached to the right side of the jewelry 25a to which it is first attached, the cylinder 14e operates to support the support 19d with the first jewelry 25a and 2. Pull and press the first jewel 25b to the point where it will be seated.

As described above, the work table 18 moves in the x and y axes, and moves at the position of the first attached jewelry 25a. After, left. The star jewelry 25a or diamond jewelry 25b can be attached to the right side.

The operation of the cylinders 14a, 14b, 14c, 14d and 14e, the preheating of the fusion rods 22a and 22b and the design to which the jewels 25a and 25b of the cloth 23 are attached are programmed in the control box 24. The worktable 18 moves to the x and y axes, and the jewelry boxes 15a and 15b are left. Moving to the right and fusion rods 22a and 22b move forward. Moving backward and moving the conveyor 13 are configured to be controlled automatically.

Multi-jewelry simultaneous automatic attachment method according to the present invention The present invention is to arrange the jewelry box to move two or more, to install the worktable to move on the x, y axis, ultrasonic welding rod and heater welding rod can be moved The transfer machine selects two kinds of gems from two jewelry boxes and transfers them to the cloth that is moved by the workbench moving on the x and y axes, and automatically attaches them to the cloth moved by the design, which is set in the control box. It is possible to perform jewelry attaching work quickly and complete with the same design, so that the same product can be produced continuously and work without changing at least two gems.

Claims (4)

Body 10 including the head 11 to which the conveyor 13 is fixed and operated, jewelry boxes 15a and 15b in which the conveyor 13 is transported and operated, and by heat and ultrasonic waves. In the method of attaching the jewelry 25 to the cloth 23, the jewelry boxes 15a and 15b fixed to the abdomen 12 of the body 10 to receive the jewelry 25 and the head of the body 10 11) is formed to rotate and reciprocate, and the conveyor 13 for transporting the jewelry 25 and the cloth 23 for attaching the jewelry 25 in all directions are fixed and moved in the x and y axes. The welding rods 22a and 22b which provide the welding type according to the type of the cloth 23 to which the work table 18 and the jewelry 25 are attached, and a program that can automatically perform each of the above configurations are stored. Control box 24 is formed so as to control a multi-type jewelry simultaneously automatic attachment method, characterized in that formed. The guide 21a is fixed to the abdomen 12 of the body 10 by a cross, the guide 21a is coupled to slide the support 19a, and the support 19a has two or more gems. The boxes 15a and 15b are fixed and the support 19a is equipped with a cylinder 14b fixed to the abdomen 13 so that the support 19a reciprocates in the direction of the guide 21a by the operation of the cylinder 14b. And the cylinder (14b) is configured to operate by the control of the program input to the control box (24). According to claim 1, the workbench 18 is fixed to the support (19b), the support (19b) is coupled so as to be slidable to the guide 21b and the support (19b) is a cylinder (fixed to the support (19c) 14c is mounted so that the support 19b reciprocates in the direction of the guide 21b by the operation of the cylinder 14c, and the support 19c to which the guide 21b is fixed is slidably coupled to the other guide 21c. A cylinder 14d fixed to the frame 16 is mounted so that the support 19c moves in the longitudinal direction of the guide 21c by the operation of the cylinder 14d, and the cylinder 14d is input to the control box 24. A multi-type jewel simultaneous auto-attachment method, characterized in that it is configured to operate under the control of a program. 2. The fusion rods 22a and 22b of claim 1 are configured with ultrasonic ends, and two fusion rods 22a and 22b composed of heaters are fixed to the support 19d and the support 19d is guided. And the support 19d is mounted on the cylinder 14e fixed to the frame 16 so that the support 19d moves in the longitudinal direction of the guide 21d by the operation of the cylinder 14e. The cylinder (14e) is a multi-jewel jewelry simultaneous automatic attachment method, characterized in that configured to be operated by the control of the program input to the control box (24).

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