KR200320930Y1 - Accessories setting machine - Google Patents

Abstract

The present invention provides a decorative device attachment. The applicator of the present invention includes a supply device for supplying a decorative device to the standby position, a transport device for absorbing the decorative device supplied to the standby position and transporting the fabric onto the fabric, and a fixing device for attaching the transported tool to the fabric. In the decorative apparatus attached to the apparatus, the supply apparatus, and a hopper having a receiving space for accommodating a plurality of ornaments, and an open-out portion for discharging the ornament contained in the receiving space; It includes a belt formed with a plurality of receiving grooves for accommodating the ornament one by one, and includes a belt conveyor for receiving the ornaments of the open outlet one by one to supply to the standby position. This invention uses a supply device having a small installation area, so that the device can be miniaturized. In addition, by supplying ornaments of various sizes and shapes, and selecting and attaching ornaments of the required size and shape among the various sizes and shapes of the supplied ornaments, ornaments of various sizes and shapes are effectively applied to the object. Can be attached.

Description

ACCESSORIES SETTING MACHINE {ACCESSORIES SETTING MACHINE}

The present invention relates to a decorative apparatus, and more particularly, to a decorative apparatus that can efficiently attach various sizes of ornaments to various objects such as fabric, wood, metal, rubber and the like.

Spangles, beads, hot-fixes and nails made of materials such as hot melt plastic, metal, glass and artificial diamonds for the decoration of clothing, bags and belts. Decorative tools such as nails are attached to the object.

In general, sequins, beads, and the like of a synthetic resin are melted and attached to the sequins, beads, etc. by applying ultrasonic waves with an ultrasonic generator or heating with a heater while pressurized to an object. The glass, metal, and artificial diamond hotfixes melt and attach the adhesive by applying an ultrasonic wave to an ultrasonic generator while applying the adhesive on the back surface and pressing the object.

As an example of the prior art, the applicant has proposed the ornament fittings of Korean Utility Model Publication Nos. 248640 and 196468. The ornament attaching device is a table on which the fabric can be placed, a supply portion for supplying the ornament to the standby position, a conveyance portion for adsorbing the ornaments supplied to the standby position one by one and transported onto the fabric, and the conveyed ornament on the fabric. It consists of a fusion | melting part to fuse. In particular, the supply unit is a cylindrical ornament hopper installed at an inclined angle of 45 °, rotatably installed on the bottom surface of the ornament hopper, and a rotating plate having a plurality of grooves to receive the ornaments in the hopper one by one to convey upward It consists of a chute (Chute) for guiding the decoration carried to the upper side to the standby position, and a drive motor for rotating the rotating plate.

This conventional ornament attachment device transfers the ornaments stored in the hopper one by one to the rotating plate, and then conveys the conveyed ornaments to the standby position in the chute. Then, after adsorbing the ornament transported to the standby position by the transport unit, the adsorbed ornament is transported onto the fabric. And finally, the ornament conveyed on the fabric is melt-bonded by the fusion.

However, this conventional ornament attachment device has the advantage of being able to attach the ornaments one by one accurately and quickly to the desired position, but the disadvantage that the large installation area is required because the size of the supply for supplying the ornaments is large It is pointed out.

That is, the supply unit for supplying the ornament is composed of a cylindrical ornament hopper having a large diameter and a large diameter rotating plate installed therein, and is installed with a relatively large area on the table. This disadvantage causes the work space of the table to be narrow and causes a decrease in work efficiency. On the other hand, although the size of the table can be increased, in this case, another problem is that the size of the decoration apparatus itself increases and becomes larger.

In addition, the conventional ornament attachment device has a disadvantage that is configured to supply only one size of the ornament in the process of supplying the ornament.

That is, the rotary plate of the supply unit for supplying the decorative tool, the size of the groove for accommodating the decorative tool is configured to be constant, it is configured to receive and transport only one size of the decorative tool. Therefore, only the fittings that are suitable for the size of the grooves of the rotating plate are supplied, resulting in the attachment of only one size of the fittings. On the other hand, it is also possible to supply a different size of ornament by replacing the rotating plate having grooves of different sizes, but in such a case, after removing the rotating plate from the drive motor, the rotating plate to be replaced is again connected to the driving motor as a bolt and a nut. There is a hassle to combine.

Accordingly, the present invention has been made to solve various problems of the related art as described above, and an object thereof is to provide a decoration apparatus that can realize miniaturization of an apparatus by providing a supply portion occupying a small installation area.

Another object of the present invention is to provide a decorative apparatus that can be efficiently attached to the ornaments of various sizes and ornaments of various shapes by supplying and attaching ornaments of various sizes and various shapes.

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

2 is a cross-sectional view taken along the line II-II of FIG. 1;

Figure 3 is a side cross-sectional view showing a modification of the ornament extraction means constituting the ornament attachment device of the present invention,

Figure 4 is a front view showing another embodiment of the ornament fixture according to the present invention.

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

10: Table 20: Feeder

24: Hopper 30: Belt Conveyor

32: driven roller 34: driven roller

36: belt 36a: receiving groove

38: step motor 40: rotary roller

40a: receiving groove 42: step motor

50: feeder 54: adsorption nozzle

60: fixed device 70: linear motion actuator

72: rail 74: carriage

Features of the present invention for achieving this object, a supply device for supplying a decorative tool to the standby position, a transporting device for adsorbing the decorative tool supplied to the standby position and transported to the fabric, and the transported decorative tool to the fabric In the ornament apparatus having a fixing device to be attached to the apparatus, the supply apparatus, and a hopper having a receiving space for accommodating a plurality of ornaments, and an open outlet for discharging the ornament contained in the receiving space; ; It has a belt formed with a plurality of receiving grooves for accommodating the ornament one by one, and the ornament fittings including a belt conveyor for receiving the ornaments of the open outlet one by one to supply to the standby position.

Other features of the present invention, a supply device for supplying a decorative tool to the standby position, a transporting device for absorbing the decorative tool supplied to the standby position and transported to the fabric, and a fixing device for attaching the transported ornament to the fabric A decorative device attachment device comprising: a hopper having an accommodation space for accommodating a plurality of decorations, and an open discharge portion for discharging the decorations contained in the accommodation space; A rotary roller which is aligned with the open outlet of the hopper and has a plurality of receiving grooves formed around the open outlet for accommodating the decorative outlet of the open outlet one by one; And a stepper attachment device including a step motor for angularly moving the rotary roller so as to supply the decorative tool housed in the receiving groove of the rotary roller to a standby position.

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 a decorative device attachment device according to the present invention, Figure 2 is a cross-sectional view taken along the line II-II of FIG. The decorative tool 1 used in the present invention is generally hemispherical as shown in Fig. 2, and an adhesive 1a is applied to the bottom thereof.

First, as shown in FIG. 1, the decorative device attaching device of the present invention has a table 10 on which an object, for example, a garment fabric (hereinafter, referred to as "fabric 3") and the like, and a table ( It is provided on the upper surface of the 10 and is provided with a supply device 20 for supplying the decorative tool (1).

The supply device 20 includes a support frame 22 installed perpendicular to the table 10, a hopper 24 installed on the support frame 22 to accommodate a plurality of decorations 1, and It consists of a drawing means which draws out the ornament 1 accommodated in the hopper 24 one by one to the standby position "D".

As shown in FIG. 2, the hopper 24 is provided with a receiving space 24a for accommodating the decorative tool 1, and the receiving space 24a allows the accommodated decorative device 1 to be discharged. The discharge part 24b which has an open side is provided. The hopper 24 discharges the decorative tool 1 accommodated therein while being accommodated in the plurality of decorative tools 1 to the extraction means described later.

The drawing means is composed of a belt conveyor 30. The belt conveyor 30 is rotatably installed on the support frame 22 so that the drive roller 32 rotatably installed on the support frame 22 and the drive roller 32 can be triangulated on both sides of the drive roller 32. A pair of driven rollers 34, the drive rollers 32 and a pair of driven rollers 34 are wound and connected, and a plurality of receiving grooves 36a on which a tool 1 can be accommodated are provided. A belt 36 formed at equal intervals and a step motor 38 for angularly moving the driving roller 32 at a predetermined angle. In particular, the belt 36 is triangulated by the drive rollers 32 and the driven rollers 34 arranged in a triangular manner to have a first inclined surface 36b and a second inclined surface 36c, the first of which is the first. The inclined surface 36b is configured to align with the open outlet 24b of the hopper 24.

Such a drawing means receives the ornament 1 of the hopper 24 in the accommodating groove 36a of the belt 36, and then runs the belt 36 to thereby decorate the ornament 1 accommodated in the accommodating groove 36a. ) Is withdrawn from the hopper 24. In particular, the drawn tool 1 is transferred to the standby position "D" of the edge of the belt 36. Here, the belt 36 is periodically driven by the step motor 38 step by step to thereby fix the position of the ornament 1 arranged in the standby position "D" for a predetermined time.

On the other hand, the take-out means is a removal mechanism 39 for removing the decorative tool (1) accommodated upside down in the receiving groove (36a) of the belt 36, that is, the decorative tool (1) in which the adhesive (1a) is received toward the upper side to remove in advance It is further provided. The removal mechanism 39 is preferably composed of, for example, a brush.

3 shows a modification of the drawing means. The extraction means of the modification is a rotating roller 40 having a plurality of receiving grooves 40a in which the ornament 1 can be accommodated at equal intervals, and the step of angularly moving the rotating roller 40 at a constant angle. It consists of a motor 42.

Withdrawal means of this modification is to receive the ornament (1) of the hopper 24 in the receiving groove (40a) of the rotary roller 40, and then by angular movement, the ornament (1) accommodated in the receiving groove (40a) Is taken out from the hopper 24. In particular, the pulled out ornament 1 is placed in the standby position "D".

Again, referring to Figure 1, the decoration device attachment device of the present invention is provided with a transport device 50 for holding the decoration device (1) disposed in the standby position ("D") to transfer to the attachment position ("E"). As shown in FIG. 2, the transfer device 50 includes an arm 52 installed on the table 10, an adsorption nozzle 54 for adsorbing the decorative tool 1 by the operation of the vacuum pump 53, and An air motor 55 for rotating the suction nozzle 54 between the initial position ("F") and the suction position ("G"), and the suction nozzle 54 at the initial position ("F") and the attachment position ( And an air cylinder 56 for raising and lowering between " E ". And a laser pointer 57 provided on the arm 52 to scan and display the attachment position "E" of the ornament 1 with light.

And, referring to Figure 1, the decorative device attachment device of the present invention is provided with a fixing device 60 for fixing the decorative device 1 disposed at the attachment position ("E") to the fabric (3). The fixing device 60 is composed of an ultrasonic generator 62 as shown in FIG. The ultrasonic generator 62 includes an ultrasonic oscillator 64 for generating a high frequency electric signal and a horn 66 for generating ultrasonic waves in accordance with the generated electrical signal. In particular, the horn 66 is configured to be exposed to the top surface of the table 10. Since the technology related to the transfer device 50 and the fixing device 60 in this embodiment is described in the Korean Utility Model Publication No. 248640 and 196468, the detailed description thereof will be omitted.

Next, look at the operation of the present invention having such a configuration with reference to FIG. First, a large amount of ornaments 1 are introduced into the hopper 24 of the supply device 20. Then, the injected ornament 1 is collected at the lower side of the receiving space 24a, and the ornament 1 collected at the lower side is the receiving groove of the belt 36 through the open part 24b of the receiving space 24a. It is accommodated at 36a.

And when the input of the ornament 1 is completed, operate the ornament attachment device of the present invention. Then, the step motor 38 is driven to drive the belt 36, and the running belt 36 pulls out the decorative tool 1 of the accommodation groove 36a from the hopper 24, and the standby position ("D"). Transfer to). At this time, the ornament (1) accommodated upside down in the receiving groove (36a) is removed from the receiving groove (36a) by the removal mechanism (39).

On the other hand, when the ornament 1 is transferred to the standby position ("D"), the air motor 55 of the transfer device 50 is driven while the suction nozzle 54 is moved from the initial position ("F") to the suction position ( "G"). The suction nozzle 54 rotated at the suction position "G" sucks the ornament 1 in the standby position "D".

When the adsorption of the ornament 1 is completed, the air motor 55 is driven again to rotate the adsorption nozzle 54 from the adsorption position ("G") to the initial position ("F"). Then, as soon as the air cylinder 56 is driven, the suction nozzle 54 is lowered from the initial position ("F") to the lower attachment position ("E"). At this time, the air cylinder 56 presses the adhering ornament 1 on the upper surface of the original fabric 3 by further lowering the adsorption nozzle 54 downward.

On the other hand, if the adsorbed ornament (1) is in close contact with the upper surface of the fabric 3, the ultrasonic generator 62 of the fixing device 60 is activated, the ultrasonic wave in the horn 66 of the ultrasonic generator 62 is operated Is generated. The generated ultrasonic waves are transferred to the adhesive 1a of the ornament 1 to melt the adhesive 1a, and the melted adhesive 1a fixedly attaches the ornament 1 to the fabric 3. .

Then, when the operation of the ultrasonic generator 62 is stopped, the air cylinder 56 of the transfer device 50 is driven and the suction nozzle 54 is returned from the attachment position ("E") to the initial position ("F"). Thus, the attachment of the ornament 1 is completed. Then, as the above-described operation is repeatedly performed, a plurality of ornaments 1 are attached to the fabric 3.

The present invention of such a configuration can realize miniaturization of the ornament fitting by providing the supply device 20 which occupies a relatively small installation area. In addition, after preparing a plurality of belts 36 having different receiving grooves 36a of different sizes, and using them interchangeably depending on the size of the decorative tool (1) to be attached to the decoration of several sizes in a simpler way The sphere 1 can be attached to the fabric 3.

Next, Fig. 4 shows another embodiment of the decorative device applicator according to the present invention. The ornament attachment device of another embodiment is provided with a plurality of supply devices 20 for supplying the ornament 1, install the plurality of prepared supply devices 20 in the transverse direction, to each of the supply device 20 installed A linear motion actuator 70 which moves the suction nozzle 54 of the transfer apparatus 50 is provided.

The plurality of supply devices 20 are for supplying different sizes of ornaments 1 or different shapes of ornaments 1 and are arranged at regular intervals along the transverse direction. Meanwhile, in FIG. 4 of the present invention, although each supply device 20 is shown to be operated simultaneously through one step motor 38, for example, the step motor 38 is individually provided for each supply device 20. It is also possible to operate each supply device 20 independently by installing it.

The linear motion actuator 70 supports the rail 72 fixed to the table 10 in a state in which both ends are supported by a pair of support pillars 70a, and the transfer device 50 on which the suction nozzle 54 is mounted. It consists of a carriage 74 which linearly reciprocates along the rail 72. In particular, the carriage 74 is configured to stop at the position in which the suction nozzle 54 and the respective feeders 20 are aligned with each other during movement, thereby causing the suction nozzle 54 to feed the feeder 20 aligned therewith. It is possible to adsorb the ornament (1). In addition, the carriage 74 always returns to its original position so that the adsorption nozzle 54, which has adsorbed the ornament 1, can be returned to its initial position ("F"), so that the adsorbed ornament 1 is fixed. It is arrange | positioned at the vertical upper part of 60.

The ornament attachment device of this other embodiment supplies the ornament 1 of various sizes or the ornament 1 of various shapes, and then among the supplied ornaments 1 of various sizes or shapes, the required size By selecting and transporting only the decorative tool 1 in the shape of and can effectively attach the decorative tool 1 of various sizes or shapes to the fabric 3 as necessary. In particular, it is possible to supply and attach the ornament 1 of various shapes and various sizes without replacing the belt 36 as in the above-described embodiment.

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 for attaching the present invention, since the supply device having a small installation area is used, the device can be miniaturized. In addition, by supplying ornaments of various sizes and shapes, and selecting and attaching ornaments of the required size and shape among the various sizes and shapes of the supplied ornaments, ornaments of various sizes and shapes are effectively applied to the object. Can be attached.

Claims (4)

A device for supplying a tool to a standby position, a device for adsorbing the tool supplied to the standby position and transporting it onto the fabric, and a fastener for attaching the transported tool to the fabric In The supply device, A hopper having an accommodating space capable of accommodating a plurality of ornaments and an open outlet portion capable of discharging the ornaments accommodated in the accommodating space; And a belt conveyor having a plurality of receiving grooves for accommodating the ornaments one by one, and a belt conveyor configured to receive the ornaments of the open outlet one by one and supply them to a standby position. The apparatus of claim 1, wherein the hopper and the belt conveyor of the feeder are arranged in plural, and further comprising a linear motion actuator capable of moving the transfer device in response to each of the belt conveyors. . A device for supplying a tool to a standby position, a device for adsorbing the tool supplied to the standby position and transporting it onto the fabric, and a fastener for attaching the transported tool to the fabric In The supply device, A hopper having an accommodating space capable of accommodating a plurality of ornaments and an open outlet portion capable of discharging the ornaments accommodated in the accommodating space; A rotary roller which is aligned with the open outlet of the hopper and has a plurality of receiving grooves formed around the open outlet for accommodating the decorative outlet of the open outlet one by one; And a step motor for angularly moving the rotary roller to supply the decorative tool accommodated in the receiving groove of the rotary roller to a standby position. The apparatus of claim 3, wherein the hopper and the rotary roller of the supply apparatus are arranged in plural, and further comprising a linear motion actuator capable of moving the transfer apparatus in response to the respective rotary rollers. .