KR200354948Y1 - Accessories setting machine - Google Patents

Abstract

A decorative device attaching device for attaching a decorative device to an object such as a fabric is disclosed. Attachment of the present invention, and a table for supporting the object; A supply device for supplying a continuous strip of synthetic resin sheet to a standby position on the upper surface of the table; A turret carriage rotatably mounted on the table, the turret carriage having a plurality of die blocks each having a die hole having a different shape while supporting a synthetic resin sheet in a standby position; It is installed on the upper side of the turret carriage so as to correspond to the die hole of each die block, and moves between the upper preparation position and the lower punching position, and cooperates with the die hole at the punching position to blank the synthetic resin sheet at the standby position. A plurality of punches for pressing the blanked ornament onto the upper surface of the object; Pressing means for pressing the punch to a lower punching position; Rotating means for rotating the turret carriage to align the selected one of the punch and the die block to the standby position.

Description

ACCESSORIES SETTING MACHINE {ACCESSORIES SETTING MACHINE}

The present invention relates to a decorative apparatus, and more particularly, to a decorative apparatus for cutting and attaching a tape-shaped decorative sheet in various shapes and shapes to various objects such as fabrics of clothes, bags and belts. .

In order to decorate clothes, bags, belts, etc., spangles (hereinafter referred to as " decorators ") made of synthetic resin are various objects such as fabrics of clothes, bags, and belts (hereinafter referred to as " objects "). Is attached to.

On the other hand, the decorative material of the synthetic resin material is generally attached to the object by the method of thermal fusion, as a device for realizing this, a decorative tape applying apparatus of Korea Patent Utility Model Publication No. 20-267764 has been proposed.

This technique supplies a tape-type synthetic resin sheet coated with an adhesive on the back side from one side, a die having a specific shape hole in the lower portion thereof, a punch corresponding to the hole of the die in the upper portion thereof, and then a punch As a result, the synthetic resin sheet is blanked and pressed to the object disposed below, and finally, the decorative tool is thermally fused to the object by heating with a heater at the bottom of the object.

On the other hand, such a conventional decorative tape attaching device, after supplying one synthetic resin sheet, it is attached to the object has a disadvantage that can only be attached to the object having only one color to the object. This drawback is a hassle of having to replace the synthetic resin sheets of different colors every time in order to attach the ornament having a different color to the object.

In addition, the conventional attachment device, the shape and shape of the blanking apparatus blanked by the die and the punch is limited to one, there is a disadvantage that only one of the shape and shape can be attached to the object. Such a disadvantage is that in order to attach a tool having a different shape and shape to an object, a die and a punch having a different shape and shape must be replaced every time.

Accordingly, the present invention has been made to solve the various problems of the prior art as described above, the object of which is to provide a decorative apparatus for attaching the ornaments of various colors and shapes and shapes to the object There is.

1 is a perspective view showing the configuration of the decorative device applicator according to the present invention,

2 is an enlarged perspective view of a main part of the present invention;

3 is a cross-sectional view taken along line III-III of FIG. 2;

4 is a cross-sectional view taken along the line IV-IV of FIG. 2.

♣ Explanation of symbols for the main parts of the drawing ♣

1: object 3: synthetic resin sheet

3 ′: Ornament 10: Table

20: feeder 22: feed roll

24: winding roll 26: support frame

28: step motor 30: guider

32: screw feed shaft 34: step motor

40: cutting pressure device 42: support post

42a: support bracket 44: turret carriage

46: Punch 46a: Bag portion

46b: punch portion 46c: spring

48: die block 48a: die hole

49: support plate 49a: mounting hole

50: step motor 60: air cylinder

62: cylinder rod 64: holder

66: coupling means 66a: coupling projection

66b: coupling groove 68: adsorption means

68a: adsorption flow path 68b: communication flow path

68c: vacuum pump 70: heater

A feature of the present invention for achieving this object is a table for supporting the object; A supply device for supplying a continuous strip of synthetic resin sheet to a standby position on the upper surface of the table; A turret carriage rotatably mounted to the table, the turret carriage having a plurality of die blocks each having a die hole having a different shape while supporting the synthetic resin sheet in the standby position; It is installed on the upper side of the turret carriage to correspond to the die hole of each die block, and moves between the upper preparation position and the lower punching position, and cooperate with the die hole in the punching position to move the synthetic resin sheet of the standby position A plurality of punches for pressing the blanking tool onto the upper surface of the object while blanking; Pressing means for pressing the punch to a lower punching position; And a rotating means for rotating the turret carriage to align the selected one of the punch and the die block to the standby position.

Preferably, the rotating means is characterized in that the step motor for each movement of the turret carriage at a predetermined angle.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the decorative apparatus according to the present invention will be described in detail.

1 is a perspective view showing the configuration of the decorative device according to the present invention, Figure 2 is an enlarged perspective view showing the main part of the present invention. First, the decorative device attachment device of the present invention is provided with a table 10 on which the object 1, for example, clothing fabric, etc. can be placed, as shown in FIGS. 1 and 2, and the lower side of the table 10. There is a controller 12 for controlling the device. The controller 12 is provided with a control board (not shown) and operation buttons 14 to adjust the control board.

On the other hand, the upper surface of the table 10 is provided with a supply device 20 for supplying a synthetic strip (3) in the form of a continuous strip (Strip), the synthetic resin sheet (3) supplied to the upper side of the supply device 20 Cutting pressure device 40 for cutting in a specific shape and shape to compress the upper surface of the object (1) is installed.

Looking at this in detail as follows. First, the supply device 20 includes a supply roll 22 and a winding roll 24, a support frame 26 for rotatably supporting the supply roll 22 and the winding roll 24, and a winding roll 24. It has a step motor 28 to rotate.

The feed roll 22 is configured to be slowly released in a state in which the synthetic sheet 3 in the form of a continuous strip is wound in a roll form. And winding roll 24 is configured to wind the synthetic resin sheet (3) in the form of a strip. The step motor 28 is configured to intermittently rotate the take-up roll 24 at a predetermined angle. In particular, the step motor 28 intermittently rotates the take-up roll 24 at a predetermined angle, and the strip-shaped synthetic resin sheet 3 wound around the feed roll 22 is intermittently released to any particular position of the table 10. To be supplied to the standby position ("A").

Here, the feed roll 22, the take-up roll 24 and the step motor 28 is a pair is installed side by side, wherein each pair of feed roll 22 and the take-up roll 24, a synthetic resin sheet having a different color (3) is configured to be wound up. Hereinafter, the synthetic resin sheet 3 of different colors wound on each pair of feed rolls 22 and take-up rolls 24 will be referred to as a first sheet 3a and a second sheet 3b.

Meanwhile, the supply apparatus 20 of the present invention moves the supply apparatus 20 to align any one selected from the first sheet 3a and the second sheet 3b to the standby position (“A”). It is provided with an exercise means. The movement means rotates the guider 30 fixed to the table 10, the screw feed shaft 32 screwed to the support frame 26, and the screw feed shaft 32 to movably support the support frame 26. It consists of a step motor 34 fixed to the upper surface of the table 10 so as to.

According to this configuration, as shown in FIG. 3, when the step motor 34 is operated to rotate the screw feed shaft 32, the support frame 26 screwed to the screw feed shaft 32 is connected to the screw feed shaft 32. When the support frame 26 is moved along the screw feed shaft 32, the feed roll 22 and the take-up roll 24 installed thereon are also moved in the width direction. As a result, as the feed roll 22 and the take-up roll 24 move, the first sheet 3a and the second sheet 3b wound thereon are also selectively placed in the standby position "A" while moving in the width direction. Therefore, any one of the first sheet 3a and the second sheet 3b can be aligned at the standby position ("A").

This movement means causes the upper cutting pressure device 40 to selectively align either one of the first sheet 3a and the second sheet 3b to the standby position (A). It is possible to selectively cut the first sheet 3a and the second sheet 3b having different colors.

Again, referring to FIG. 2, the cutting and pressing device 40 is installed above the supply device 20. The cutting and pressing device 40 has a support post 42 which is installed on the upper surface of the table 10. The support post 42 has a turret carriage 44 and a plurality of turret carriages 44 arranged around the turret carriage 44. Punch 46 and a plurality of die block 48 is provided in the lower portion of the turret carriage 44 to correspond to each punch 46, and pressing means for pressing the punch 46 from the top.

In detail, the turret carriage 44 is rotatably installed on the support bracket 42a extending from the support post 42, and a plurality of support plates 49 are formed at equal intervals along the circumferential direction thereof. Is installed. Each of the supporting plates 49 is provided with mounting holes 49a as shown in Fig. 4, and in each of these mounting holes 49a, a punch 46 is provided at an upper preparation position ("X") and a lower part. It can be installed to move between punching positions ("Y").

The punch 46 is composed of the upper bag portion 46a and the lower punch portion 46b. The punch 46 cooperates with the lower die block 48 at the punching position (“Y”) to form the synthetic resin sheet 3. It cuts into a predetermined shape and simultaneously presses the cut synthetic resin sheet 3 'onto the upper surface of the object 1 (hereinafter, the synthetic resin sheet cut by the punch 46 and the die block 48 ( 3 ') will be referred to as decoration (3'). Here, the plurality of punches 46 may be disposed in a state perpendicular to the upper portion of the standby position "A" as the turret carriage 44 rotates. Of course, at this time, only one is disposed perpendicular to the standby position ("A").

On the other hand, such a punch 46 is always in a state of being held by the spring 46c to the upper ready position ("X"), and therefore, when the pressing force of the pressing means is released, it is always the home position, that is, the ready position ("X"). Return to. In addition, the punch part 46b of each punch 46 is comprised in various shapes, such as a different cross section, for example, circular shape, a star shape, a square shape, a pentagon shape. In addition, the punch 46 is comprised so that separation from the installation hole 49a as needed and replaceable with the punch 46 which has another cross-sectional shape is carried out.

On the other hand, the die block 48 is provided in the lower portion of the turret carriage 44 so as to correspond to each punch 46 at intervals, each die hole 48a to which the punch portion 46b of the punch 46 is coupled. It is provided. It goes without saying that the die hole 48a has a shape corresponding to each punch portion 46b.

The die block 48 is in the standby position ("A") together with the punch 46 while supporting and supporting the first sheet 3a or the second sheet 3b disposed in the standby position "A". It serves to blank and cut the first sheet 3a or the second sheet 3b disposed on the sheet. Here, the die block 48 is firmly fixed to the turret carriage 44 by fastening bolts (not shown). In addition, the die block 48 fixed to the turret carriage 44 by the fastening bolt is configured to be replaceable as necessary, so that when the punch 46 is replaced, the die block 48 can be exchanged with the punch 46 as a set. .

On the other hand, according to the present invention, one of the plurality of punch 46 and the die block 48, the selected one of the punch 46 and the die block 48 can be aligned to the upper and lower portions of the standby position ("A") Rotating means for rotating the turret carriage 44 at a predetermined angle so as to be able to.

The rotating means is composed of a step motor 50 installed on the support bracket 42a to angularly move the turret carriage 44 at a predetermined angle. The step motor 50 aligns the selected among the plurality of punch 46 and the die block 48 installed in the turret carriage 44 by the angular movement of the turret carriage 44 at a predetermined angle to the standby position ("A"). To make it possible.

Again, referring to FIG. 2, the cutting pressurizing device 40 is provided with pressurizing means for pressing the punch 46 disposed at the standby position "A". The pressurizing means is composed of an air cylinder 60. The air cylinder 60 is disposed in a state perpendicular to the standby position "A", and expands the punch 46 at the ready position "X" while stretching by the supplied compressed air ("Y"). Pressurized by).

On the other hand, the cylinder rod 62 of the air cylinder 60 is provided with a holder 64 for supporting the punch 46. In particular, the holder 64 is configured to support the bag 46a of the punch 46. At this time, the coupling means for coupling the holder 64 and the bag portion 46a to the bag portion 46a of the holder 64 and the punch 46 so as to increase the bearing force of the bag portion 46a with respect to the holder 64 ( 66).

Coupling means 66 is a "tt" shaped coupling protrusion 66a formed on the upper end of the bag portion 46a, and the coupling groove formed at the lower end of the holder 64 so that the coupling protrusion 66a can be fitted and coupled. And 66b. Here, the coupling protrusion 66a and the coupling groove 66b may be formed to have a predetermined curvature so that the punch 46 may be circularly moved by the turret carriage 44, so that the punch 46 may be naturally coupled to each other.

And, referring to Figure 4, the attachment of the subject innovation, the ornament (3 ') cut by the punch 46, the ornament (so as to prevent from being separated from the punch portion 46b of the punch 46) Adsorption means 68 which adsorb | sucks 3 'by the punch part 46b is provided.

The adsorption means 68 includes an adsorption flow path 68a formed in the punch 46, a communication flow path 68b formed in the holder 64 of the air cylinder 60 so as to communicate with the adsorption flow path 68a, and a communication flow path. It is connected with 68b, and consists of the vacuum pump 68c which sucks the air of the adsorption flow path 68a and the communication flow path 68b.

The suction means 68 sucks the air in the suction flow passage 68a and the communication flow passage 68b with the vacuum pump 68c, thereby allowing the pressurized tool 3 'to be sucked to the punch portion 46b. Thus, it is possible to press the object (1) in a state of being adsorbed by the end of the punch portion (46b).

Again, referring to Figure 4, the attachment of the subject innovation is provided with fixing means for fixing the ornament (3 ') pressed on the object (1) to the object (1). The fixing means consists of the heater 70. The heater 70 serves to melt the adhesive by applying a high temperature heat to the adhesive applied to the bottom surface of the decoration (3 '), thereby allowing the molten adhesive to be fused to the object (1). Here, the ultrasonic generator may be configured instead of the heater 70. The ultrasonic generator generates ultrasonic waves and serves to melt the adhesive applied to the ornament 3 '.

Next, the operation of the present invention having such a configuration will be described with reference to FIGS. 2, 3, and 4. First, the present invention is operated using the button 14 of the controller 12. Then, the step motor 28 of the feeder 20 is operated to rotate the take-up roll 24, and as the take-up roll 24 is rotated, the first sheet 3a of the feed roll 22 is slowly loosened. It is fed to the standby position ("A") on one side.

On the other hand, according to the operation of the present invention, the air cylinder 60 is also operated, wherein the air cylinder 60 is operated to press the lower punch 46 to the punching position ("Y"), and the pressurized punch ( 46 punches the first sheet 3a disposed at the standby position " A ". And the punched first sheet (3a) is pressed into the lower object (1) while being blanked in a particular shape and shape of the ornament (3 '), the compressed ornament (3') to the lower heater 70 It is fused to the object (1) while being heated by.

As a result, in this state, the first sheet 3a is fused to the object 1 while being cut into a specific shape and shape, and thus can be firmly attached to the object 1.

Meanwhile, a case in which the second sheet 3b having a different color is attached to the object 1 will be described. First, the movement means of the supply device 20 is operated. Then, the step motor 34 of the movement means is operated, the screw feed shaft 32 rotates as the step motor 34 is operated, and the support frame 26 screwed thereto as the screw feed shaft 32 rotates. ) Also exercise.

As a result, as the support frame 26 moves, the feed roll 22 and the take-up roll 24 mounted thereon are also moved to move the wound second sheet 3b to the standby position "A". The second sheet 3b having a different color from the first sheet 3a is aligned in the standby position "A".

The subsequent operation is the same as above, so that the second sheet 3b aligned at the standby position "A" can be firmly attached to the object 1.

Next, look at the case to be attached to the decorative object (3 ') having a different shape and form to the object (1). First, the step motor 50 of the cutting and pressing device 40 is operated. Then, as the step motor 50 is operated, the turret carriage 44 is rotated. As the turret carriage 44 is rotated, the periphery punch 46 and the die block 48 are also moved while being in the standby position ("A"). Is sorted on. As a result, the punch 46 and the die block 48 having a different shape and shape than the previously disposed punch 46 and the die block 48 are aligned to the standby position ("A").

The subsequent operation is the same as described above, so that the punch 46 and the die block 48 disposed at the standby position ("A") have a different shape than the punch 46 and the die block 48 previously arranged. It is to attach firmly to the object 1, blanking the ornament 3 'which has a shape.

The above-described embodiments are merely illustrative of one embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and may be appropriately changed within the scope of the claims. For example, the shape and structure of each component specifically shown in the embodiment of the present invention can be modified.

As described above, according to the decorative device applicator of the present invention, after having a plurality of synthetic resin sheet, by selectively aligning it in the standby position has the effect that can be attached to the object of various colors on the object. In addition, after having a punch and a die block capable of cutting different shapes and shapes of ornaments, the ornaments having various shapes and shapes can be attached to the object by selectively aligning them to the standby position.

Claims (6)

A table for supporting an object; A supply device for supplying a continuous strip of synthetic resin sheet to a standby position on the upper surface of the table; A turret carriage rotatably mounted to the table, the turret carriage having a plurality of die blocks each having a die hole having a different shape while supporting the synthetic resin sheet in the standby position; It is installed on the upper side of the turret carriage to correspond to the die hole of each die block, and moves between the upper preparation position and the lower punching position, and cooperate with the die hole in the punching position to move the synthetic resin sheet of the standby position A plurality of punches for pressing the blanking tool onto the upper surface of the object while blanking; Pressing means for pressing the punch to a lower punching position; And rotating means for rotating the turret carriage to align the selected one of the punch and the die block to the standby position. The method of claim 1, And the rotating means is a step motor for each movement of the turret carriage at a predetermined angle. The method of claim 1, The feeding device includes a supply roll wound around a continuous strip-shaped synthetic resin sheet, a winding roll for winding an end of the synthetic resin sheet, and the synthetic resin sheet to be supplied to a standby position on the table while being released from the supply roll. And a step motor for intermittently rotating the take-up roll at a predetermined angle. The method of claim 3, The feed roll, the take-up roll and the step motor are provided in pairs side by side, and each pair of feed rolls and take-up rolls are wound with the first and second sheets having different colors, And an exercise means for moving the feeder to align the selected one of the first sheet and the second sheet to the standby position. The method of claim 4, wherein The exercise means, A support frame rotatably supporting the pair of feed rolls and the take-up rolls; A guider fixed to the table to movably support the support frame; A screw feed shaft screwed to the support frame; And a step motor fixed to the table to rotate the screw feed shaft. The method according to claim 1 or 2, And the punch and die block are configured to be replaced as necessary.