KR200217581Y1 - Safty holder of ultra sonic hot-fix(crystal) setting machine - Google Patents

Abstract

The present invention relates to a safe adsorption cap having various shapes and adsorbing the ornament of the attachment device while automatically welding a small ornament such as metal, glass, etc. coated with an adhesive on the back surface of the garment, wherein the adsorption cap is The upper part is fixed to a cylinder which is operated up and down, and the vacuum hole is drilled in communication with the inner passage on one side, and a male thread is formed at the lower side, extending from the male screw to a smaller outer diameter downward to serve as an air passage around the periphery. A body having a hole formed at a proximal portion of the male screw so that the outer groove and the inner passage communicate with each other, and a pinhole is formed at the center of the bottom surface; A pin inserted into and fixed to the pinhole of the body; A cap having a hollow shape to be fitted into the bottom of the body, a flange formed at an upper end thereof, and a lower end thereof narrowed so that the decoration tool is attached by a vacuum force; A hole having a hole formed in the bottom surface of the cap so that the cap is located on the bottom surface of the body, and an upper portion of the nut having a female thread to be engaged with the male screw of the body; And a spring which is in contact with the bottom of the body and is operated for returning to the original state after compression of the cap.

The present invention is an automatic supply of ornaments, and the ultrasonic oscillation structure is applied, making it easy to join on thick fabrics. It is very economical to produce your products.

Description

Safe adsorption cap for ultrasonic attachment device {SAFTY HOLDER OF ULTRA SONIC HOT-FIX (CRYSTAL) SETTING MACHINE}

The present invention relates to a decorative device adsorption cap of the attachment device for automatically attaching small ornaments having a variety of shapes, such as metal, glass, etc. by applying ultrasonic (high frequency) to the fabric of the garment, in particular to be inclined to the adsorption port of the adsorption cap It relates to an adsorption cap that prevents the adhering ornament from being damaged when the ultrasonic oscillation is generated at the same time as the pressing to adhere.

In general, the ornaments having various shapes of small metals and molded glass are attached to the garments in the form of specific letters, figures, characters, etc., and the method of attaching the ornaments is coated with adhesive on the back side. The method of attaching the ornaments to the fabric while applying artificial heat one by one, and detaching the auxiliary frame by attaching the front surface of the decorative tool coated with adhesive on the back side one by one with the auxiliary tape and then attaching the back side of the ornament The method of attaching the ornament to the attached fabric by applying heat while attaching to the fabric.

However, the former method is difficult to work by inflicting heat while holding a small ornament with a finger, and there is a problem of injuring the finger due to carelessness, the latter method can be prevented from hurting the finger, but attached to the auxiliary tape The work process is added to reduce the productivity as well as the need for a subframe, there is a problem of increasing the cost of production by adding the cost of the auxiliary tape to use and discard the work. In addition, in terms of manufacturing cost, it is desirable to reduce the manufacturing cost by producing a higher quantity and a higher quantity of products with the same number of people. Although the attachment device for automatically thermally bonding by adsorbing one by one using high frequency or low frequency has been developed, the adsorption cap of the attachment device has a simple tubular shape, so that when the adsorbed crookedly is adsorbed when adsorbing the decorative device supplied automatically There is a problem in that the decoration of the glass or synthetic resin in the bonding process is damaged and the inlet is blocked.

The present invention was devised to solve the above problems, and an object of the present invention is to damage the surface by matching the adhesive surface at the moment of close contact with the attachment position even if the ornament is adsorbed crookedly by the action of vacuum force on the suction port of the suction port. It is possible to prevent the breakage of the suction port of the adsorption cap due to the prevention of damage to provide a safe adsorption cap of the apparatus for attaching the ornament to produce a high quality and a large amount of products.

1 is a perspective view of a decorative apparatus for mounting a suction cap according to the present invention,

Figure 2 is a side view showing a part of the initial operating state of the decorative apparatus attached to the suction cap according to the present invention,

Figure 3 is a side view showing a partially cut-off state in which the conveying unit of the ornament attachment device equipped with a suction cap according to the present invention is rotated to suck the ornaments from the supply portion,

Figure 4 is a side view showing a state in which the transport portion of the ornament attachment device equipped with a suction cap according to the present invention to attach the ornament to the fabric, Figure 5 is a cross-sectional view of the adsorption cap according to the present invention, Figure 6a 6 is a front view showing a body of the adsorption cap according to the present invention, Figure 6b is a cross-sectional view taken along line AA of Figure 6a, Figure 6c is a front view showing a cap of the adsorption cap according to the present invention, Figure 6d is an adsorption according to the present invention It is a front view which shows the nut of a cap.

Explanation of symbols on the main parts of the drawings

1: supply part 2: transfer part

4: welding part 5: ornament

6: sole 8: fabric

9: display lamp 12: disc

21 cylinder 22 suction cap

23: rotating member 57: nut 59: cap 62: spring 63: pin 64: body

The present invention is a decorative ball adsorption cap for achieving the above object, the upper part is fixed to the cylinder which is operated up and down and the perforated vacuum hole in one side is communicated with the passage of the inside and the male thread is formed at the bottom, from the male screw to the lower side A body formed with an outer groove which acts as an air passage at a periphery of the outer diameter and drills a hole in the proximal portion of the male screw so that the outer groove and the inner passage communicate with each other, and a pinhole is formed at the center of the bottom surface; A pin inserted into and fixed to the pinhole of the body; A cap having a hollow shape to be fitted into the bottom of the body, a flange formed at an upper end thereof, and a lower end thereof narrowed so that the decoration tool is attached by a vacuum force; A hole having a hole formed in the bottom surface of the cap so that the cap is located on the bottom surface of the body, and an upper portion of the nut having a female thread to be engaged with the male screw of the body; And a spring which is in contact with the bottom of the body and is operated for returning to the original state after compression of the cap.

Hereinafter, the adsorption cap of the decorative device attachment device of the present invention will be described in detail with reference to the accompanying drawings. First, the attachment device using the decorative device adsorption cap of the present invention will be described.

Attached Figure 1 is a perspective view of a decorative device for attaching the device of the present invention, a device for attaching a small decorative tool having a variety of shapes, such as metal, glass, etc. coated with an adhesive on the back while welding to the fabric of the garment, the decorative tool (5 ) Supply unit 1 for supplying one by one, and a conveying unit 2 for conveying the decorative tool 5 are installed on the upper part of the table 3, and a welded part 4 is installed on the bottom surface of the table 3, and these are controlled. It consists of a control unit (7).

The control unit 7 is a pneumatic control valve (not shown) for operating the supply unit 1, the transfer unit 2 and the welding unit 4, the motor 11 and the welding unit 4 of the supply unit 1 All of the electrical signals and power for the generation of ultrasonic waves, etc. are controlled. Since these control functions are generally used techniques, they will be omitted in the following description.

The supply part 1 includes a disc 12 formed with a plurality of grooves 121 into which the ornaments 5 are fitted in a circle at equal intervals, a motor 11 for rotating the disc 12, and It consists of a hopper 13 having one side open while enclosing the disc 12, and the inclined side of the disc 12 so as to be easily fitted into the groove 121 of the disc 12 that is rotated. It is provided in the upper part of the table 3 so that it may have. In addition, when the ornament (5) is inserted into the groove 121 of the disc 12 in the position where the adhesive is applied to place the brush 6 for removing it.

The transfer unit 2, the cylinder 21, which is coupled to the suction cap 22 for adsorbing the decorative tool (5) to move in the state inserted into the groove 121 of the disc 12 is operated up and down by high pressure , The vacuum cap is activated to the suction cap 22 to adsorb the ornament (5). In addition, the cylinder 21 is rotated to the position of the ornament (5) supplied by being inserted into the groove 121 of the disc 12, the rotary member 23 is operated by pneumatic to return to the position to weld Is coupled to. In addition, the rotating member 23 is attached to the support 24 extending from the rear of the table 3 to one side of the supply unit 1, the cylinder 21 to the opening of the hopper 13 of the supply unit 1 ) Is arranged to rotate.

The welding part 4 is installed in the lower part of the said table 3, and coincides with the back surface adhesive part of the decorative tool 5 supplied by the suction cap 22 of the said cylinder 21, It consists of an electrode rod 41 whose top is exposed to the hole 31 of the table 3 to melt the adhesive of the decorative tool 5 in contact.

In addition, the position of the fabric (8) to which the ornament (5) is attached can be intuitively sensed by the position of the suction cap (22) of the conveying unit (2) for conveying the ornament (5). The display lamp 9 is installed on the support 24 to indicate the high quality and the attachment position for mass production. The suction cap of the present invention is used by being attached to the cylinder 21 of the apparatus for attaching the ornament. The body 22 is composed of a body 64, a cap 59, a nut 57, a pin 63, and a spring 62, as shown in FIG. 5 attached thereto. Fixed to (21) and on one side vacuum hole 51 is drilled in communication with the internal passage (56) and a male screw 52 is formed at the lower side, while extending from the male screw 52 to the lower side to a smaller outer diameter around the The outer groove 53 serving as an air passage is formed and the hole 55 to communicate with the outer groove 53 and the inner passage 56 A hole is formed in the vicinity of the screw 52, and a pinhole 54 is formed at the center of the bottom surface. A pin 63 is fitted into the pinhole 54 of the body 64 to fix the pin 63. The lower end of) is positioned at the inlet 60 of the cap 59 when the cap 59 to be described later is raised. The cap 59 is hollow so as to fit into the bottom of the body 64 and has a flange at the top thereof. A 61 is formed and the lower portion thereof is narrowed so that the ornament 5 is operated up and down along the space of the nut 57 with the suction port 60 attached by the vacuum force. The hole 58 is drilled in the bottom so that the cap 59 is located on the bottom of the body 64, and the upper portion of the male screw 52 of the body 64 is drilled in the bottom. The female screw is formed so as to be fastened to the bottom surface. In addition, the spring 62 is in contact with the bottom surface of the body 64 to restore the original state after compression of the cap 59. It is interposed inside of the cap 59 to assist one operation.

The operation of the present invention having such a configuration will be described.

First, the control is started by the control unit 7, the ornament (5) in the hopper 13 of the supply unit 1 is decorated in the groove 121 of the disc 12 rotated by the motor 11 The spheres 5 are fitted one by one. The decorative tool 5 inserted into the groove 121 of the disc 12 is transferred while only the surface where the adhesive is applied by the brush 6 is inserted downward, and the adhesive surface is inserted upward by the groove 121. And the rotary member 23 of the conveying part 2 moves the cylinder 21 in the vertical state of FIG. 2 to pneumatic pressure before the passed decorative tool 5 reaches a predetermined position. When the decorative tool 5 is reached at a predetermined position by rotating by the air, the pneumatic pressure for sucking air is activated, and the decorative tool 5 is connected to the inlet 60 of the tip cap 59 of the suction cap 22. ) And then the rotating member 23 is returned to the original state by the pneumatic as shown in FIG.

During the operation time in this state, the operator matches the position of attachment of the fabric 8 placed on the table 3 with the position of the light of the display lamp 9, so that the pneumatic pressure flows into the cylinder 21 in the matched state. When activated, the adsorption cap 22 is lowered to bring the adhesive surface of the decorative tool 5 adsorbed on the tip to the fabric 8. At the same time the adhesive surface of the ornament (5) is in close contact with the fabric (8) at the same time a high frequency is generated in the electrode rod 41 of the welding portion 4 to melt and attach the adhesive, the adsorption gap (22) when the attachment process is completed In addition to removing the suction force applied to the suction cylinder 22 in the reverse operation of the suction cap 22 to the state of Fig. 2, the first state by attaching a single ornament (5) to the fabric, the ornament By repeating the supplied operation of (5), it is easy to attach the ornaments (5) to the desired position.

If the air is discharged to the vacuum hole 51 in a state in which the ornament 5 is located close to the inlet 60 of the cap 59 located at the lower end of the intake cap 22, the air is cap ( 59 is introduced into the inlet 60 of the body 64 is introduced into the outer groove 53, the hole 55 and the passage 56 of the body 64 is discharged into the vacuum hole 51 and the decoration ( When the suction force that can lift the weight of 5) occurs, the ornament (5) is attached to the suction port (60).

The decorative tool 5 attached to the suction port 60 is in a right or crooked state, and the adhesive surface of the decorative tool 5 adsorbed on the suction port 60 is directed downward to a position to be attached. The suction cap 22 is lowered by the cylinder 21 in order to move and crowd the fabric, and the decorative tool adsorbed to the cap 59 suction port 60 of the lowering suction cap 22 contacts the fabric. The lower surface of the cap 59 is raised, and the pin 63 is brought into close contact with the fabric while the cap 63 pushes the decorative tool due to the rise of the cap 59. At this time, the decorative tool pushed out of the suction port 60 is changed to a desired horizontal state so that it can be safely bonded to the fabric, there is no damage.

When the attachment work is completed, the cap 59 is raised and the cap 59 is returned to its original state by the elastic force of the sppping 62 interposed therein.

The present invention is simple in structure, supplying and joining of the decoration is made automatically, and since the worker can easily attach the decoration when the worker moves the fabric to the attachment position without any damage to the decoration, it is a good quality and a large amount of products. It is a very economical design that can produce.

Claims (1)

A disk 12 having a plurality of grooves 121 into which a small ornament 5 having various shapes such as metal, glass, etc. coated with an adhesive is inserted in a circle at equal intervals, and the disk 12 Supply unit including a motor (11) for rotating the circumference (11), the decorative material (5) surrounding the disc 12, and the hopper (13) and the sole (6) for sorting the decorative device (5) open on one side (1) is installed on the table 3; The conveying part 2 which the cylinder 21 which operates the adsorption cap 22 which adsorb | sucks the said decorative tool 5 up and down, and the rotating member 23 which rotates the cylinder 21 are attached to the support 24. ) Is installed in front of one side of the supply unit (1); It comprises a fusion portion (4) having an electrode rod 41 in contact with the suction cap 22 of the cylinder 21 and positioned below the table (3), and is automatically operated by pneumatic and high frequency In the adsorption cap of the ornament attachment device for welding the ornament 5 to 8), The adsorption cap 22, The upper part is fixed to the cylinder 21 and the vacuum hole 51 is drilled in communication with the passage 56 in one side, and a male screw 52 is formed in the lower part, and has a small outer diameter downward from the male screw 52. The outer groove 53 is formed around the outer groove 53 to serve as an air passage and the hole 55 is drilled in the vicinity of the male screw 52 so that the outer groove 53 and the inner passage 56 communicate with each other. The body 64 is formed in the center of the pinhole 54; A pin 63 inserted into and fixed to the pin hole 54 of the body 64; The cap 59 has a hollow shape so as to fit into the bottom surface of the body 64 and a flange 61 is formed at the upper end thereof, and a lower portion thereof is narrowed so that the ornament 5 is attached by a vacuum force. ; The hole 58 is drilled in the bottom surface so that the cap 59 is located on the bottom surface of the body 64, and the hole 58 is drilled in the bottom surface thereof, and the upper portion of the body 64 has a male screw ( A nut 57 formed with a female thread to be fastened to 52; And With the ultrasonic decorative member which is in contact with the bottom surface of the body 64 is interposed in the interior of the cap 59 for the operation to return to the original state after the compression of the cap 59 is attached Safe adsorption cap of the device.