KR100463109B1 - push rod converter of spangle-attaching machine for forming multi-colored repefitive pattern - Google Patents

Abstract

The present invention is a sequin attachment device for attaching a decorative spangle (Spangle) to the surface of the fabric that can be used for a variety of fabrics or multi-purpose clothing, the successive formation of the push rod corresponding to each sequin guide groove, the supply of one side of the straw By placing a switch bar having grooves of different angles under the rod, the switch bar is intermittently rotated by a separate drive motor,

By controlling the operation of each pusher by grooves formed at different angles at regular intervals, only some pushers can supply sequins at a certain interval. When converting, the sequin pusher of the corresponding color is operated, so that the sequin color can be changed more quickly and the multi-color repeat pattern molding pusher of the sequin attacher can significantly extend the production speed and service life of the sequin fabric. It is about.

Description

Push rod converter of spangle-attaching machine for forming multi-colored repefitive pattern}

The present invention is a sequin applicator for attaching a decorative spangle (spangle) to the surface of the fabric that can be used for a variety of fabrics or multi-purpose clothing, to quickly correspond to the push rod according to the color to form a sequin fabric by a multi-colored repeating pattern The present invention relates to a pusher switching device for forming a multicolored repeating pattern of a sequin attaching machine by a switch bar that enables cost reduction and mass production by producing a sequin fabric using a multicolored repeating pattern more quickly and quickly.

Sequins are formed to form a film using a light reflection action to a certain shape and attached to a variety of clothes and accessories, such as to enhance the decorativeness of clothes and accessories and to have a more colorful to the decorative plants.

Most of these sequins are cut to a certain shape using a cutting mold to attach them to clothing or accessories, and the sequins of a continuous shape are wound on a separate winding roll and applied to an automated device. It is possible to produce sequin fabrics at very high speeds.

Such a sequin fabric production apparatus can be easily and continuously attached to the coating and the fabric by using an adhesive sequin formed with an adhesive layer on the bottom, such as Utility Model Registration No. 69149 devised and registered by the present applicant, There has been proposed a continuous attachment device of an adhesive sequin capable of attaching a plurality of sequins continuously and at the same time varying the attachment pattern.

However, the sequin attacher as described above, the pattern of the sequins formed on the fabric formed a pattern as a change in the sequin attachment position according to the upper sequins supply and the left and right movement of the guide, the attachment by the sequin supply and the movement of the guide Because the formation of the pattern is limited in its movement width, it is not easy to form a pattern with a large change in left and right, so the size is limited in forming the pattern, and the fabric for attaching the sequins is always supplied only in a certain direction. Due to the nature of the sequins pattern to be attached to the coordinates, the sequins attached pattern is completed only through a very fast and complicated left and right movement at the top of the moving fabric is a problem that the work time is very delayed.

Therefore, in order to eliminate the above-mentioned problems, the entire supply and discharge rollers of the fabric can be moved in the left and right directions or the front and rear directions so that the fabric is variously transferred in the left and right directions, thereby forming more various sequin attachment patterns. Of course, since the sequin feeder and the fabric feeder is moved at the same time, even when changing the color by the difficult coordinates, a fabric feeder that can perform a quick and simple sequins attaching operation has been devised.

However, in the conventional sequin attachment device as described above, in the case of forming a sequin fabric, in the case of a narrow fabric can be applied to the sequins of various colors according to the desired attachment pattern to form a fabric, the use range of the fabric is wide As the purpose of use is also diversified, the width of the fabric is very wide, about 2 ~ 5m, and the sequin patterns of uniform patterns are formed on the surface of the fabric at regular intervals to produce them for cutting. will be.

Therefore, in the case of using a large-scale fabric as described above, according to various color changes and pattern changes, the front and rear and left and right movement of the fabric, as well as the control of the push rod supplying the sequins is to be made quickly, the conventional sequin attachment device is repeated If the sequin supply means for a number of colors are very sluggish and the width of the fabric becomes wider, the production speed will be significantly lowered, which will increase the cost and hinder the mass production.

In particular, apart from the fabric, the push rod itself moves frequently from side to side according to the sequin color of the sequin guide, thereby supplying sequins of the corresponding color, thereby causing problems such as time consuming and mechanical shortening.

The present invention has been made to eliminate the problems as described above, and form a push rod corresponding to each sequin guide groove in succession, the lower side of the supply rod on one side of the rod different angle at the position where the supply rod of each rod is placed By positioning a switching rod having a plurality of grooves, the switching rod is intermittently rotated by a separate drive motor,

By controlling the operation of each pusher by grooves formed at different angles at regular intervals, only some pushers can supply sequins at a certain interval. It is possible to change the color of the sequins more quickly by operating only the sequins of the corresponding color during the conversion, and to change the production speed and the service life of the sequin fabric. It is an object of the present invention to provide.

1 is an overall perspective view of a sequin attachment according to the present invention

2 is a cross-sectional view of main parts of the sequin attachment device according to the present invention.

Figure 3 is an enlarged perspective view of the present invention tack changer

Figure 4 is an enlarged perspective view of the conversion rod according to the present invention

5 is a push rod lifting operation according to the present invention push rod switching device

Explanation of symbols on the main parts of the drawings

1: Main body 2: Fabric feed roll

3: fabric winding roll 4,4 ': fabric feed roller

5: rod 5 ': supply rod

6: operating rod 7: sequin guide plate

8: support block 9: pressing hole

10: cutter 11: guide block

12: Bracket 13: drive motor

14,14 ': Groove 15: Conversion bar

16: incision groove 17: the rotating plate

18: inductive sensor 19: fabric

20: sequins

Hereinafter, preferred embodiments of the present invention will be described.

1 is an overall perspective view of the sequin attachment device of the present invention, Figure 2 is a side cross-sectional view of the main portion of the sequin attachment device of the present invention.

The fabric feed roll 2 is located at one side of the main body 1, the fabric winding roll 3 is located at the other side, and the front and rear fabric feed rollers 4 and 4 'are interlocked at the upper part of the main body 1. In the spaced space portion of the fabric feed roller (4) (4 '), the operating rod (6) coupled with a plurality of push rods (5), sequin guide plate (7) and sequins located at the bottom of the push rod (5) In the well-known sequin attachment device which consists of the support block 8, the press hole 9, and the cutter 10 formed in one side of the guide plate 7,

The driving motor 13 by the bracket 12 is mounted on the upper side of the guide block 11 on which the operating rod 6 is coupled, and a plurality of rods between the push rod 5 and the sequin guide plate 7 are provided. To be rotatably coupled to the conversion bar (15) having grooves (14, 14 ') of,

One end of the switching rod 15 is connected to the drive motor 13, the belt is connected to each other, and the grooves 14 and 14 'of the switching rod 15 are spaced at regular intervals to correspond to the spacing of the push rod 5. In this way, the supply rod 5 'of the push rod 5 is placed in the grooves 14 and 14'.

In addition, the other end of the switching rod 15 is coupled to the rotary plate 17 having the incision groove 16, and correspondingly coupled to the separate sensitive sensor 18, the rotary plate 17 by the sensitive sensor 18 Recognizing the incision groove (16) of the) may be configured to automatically control the reference point of the switching rod (15),

The grooves 14 and 14 'of the switch bar 15 allow each of the neighboring grooves 14 and 14' to be formed at different positions, but the sequins color number and the grooves 14 ( 14 ') to make the angle divisions coincide.

In the figure, 19 is a fabric and 20 is a sequin.

Referring to the operation of the present invention by the above configuration in more detail by the accompanying drawings as follows.

First, when the schematic operation relationship of the sequin attachment device is described, when the fabric is supplied from the fabric feed roll 2 on one side of the main body 1, the fabric is moved to the front fabric feed roller 4 in the main body 1, The fabric passing through the front fabric feed roller 4 is moved to the other fabric feed roller 4 'and the fabric is maintained and conveyed by the respective rollers, and the fabric feed roller 4 and 4' is transported. The sequin guide plate 7 and the push rod 5 and the support block 9, the pressing hole 9 and the cutter 10, etc., are continuously attached to the surface of the fabric with sequins having a constant shape with an adhesive layer between will be.

The fabric with the sequins attached is continuously wound by the rotation of the fabric feed rollers (4) (4 ') and rewound by the fabric winding rolls (3) on the other side of the main body (1) to be used as fabrics of various fabrics. will be.

Through the sequin attachment process, the sequin is attached to the fabric is produced on one side, the consumer's taste is diverse, and as the range of use is gradually expanded, the variety of the sequins attachment pattern was required.

In addition, the fabric having such various attachment patterns is very extensive in the range of use and purpose of use, so that a certain shape of the attachment pattern is continuously attached to the upper surface of the fabric having a width of about 1 to 1.5m, which is why According to the appropriate cut will be used.

Therefore, in order to attach the same pattern sequins of several colors to a certain width of fabric, a certain number of pushpins are used in one pattern, for example, to form a sequin fabric formed by continuously forming circular uneven patterns of four colors. If it is, four sets of straws are set to one pattern group to control the operation of each of the straws in the state that the different colors of sequins are supplied to each of the straws to complete the sequins of the pattern having the desired color.

That is, when the sequins of different colors are supplied by the push rod 5 continuously inserted into the operating rod 6 and the sequin guide plate 7 positioned below the push rod 5 as shown in FIG. By operating the driving motor 13 coupled to the guide block 11 coupled to the operating rod (6) coupled to the operating rod (13) by rotating the conversion bar (15) in the lower part corresponding to each pattern group Only the push rod 5 of the same order is to be in close contact with the supply bar 5 'sequin guide plate 7 to be able to supply the sequins to the fabric.

For example, in order to continuously form a pattern having four colors, the switching rod 15 as shown in FIG. 4 is required, but is spaced apart from each other by a distance of a different angle, that is, the push rod 5. It can be seen that the grooves 14 and 14 'formed by being rotated by ° are formed continuously by forming four in one group.

Therefore, it is clear that only one of the four push rods descends each time the aforementioned turning bar 15 rotates by 90 °, and the corresponding push rods are all at the same position in each group.

Therefore, if yellow sequins are supplied at the position of the first push rod, and red, third blue, and fourth black sequins are supplied at the second push rod, all the working push rods supply only the yellow sequins when working the yellow sequins. According to the rotation angle of 15), another color is selected and supplied.

When changing the color, the fabric of the lower part is moved back and forth or left and right to match the reference point with the sequins so that the intended sequin attachment pattern is completed.

In more detail,

When the sequins 20 and the fabric 19 are respectively supplied from the upper and lower portions as shown in FIG. 4, the sequins 20 are supplied to one side of the straw 5 by the rotation of the push rod 5 along the sequin guide plate 7. The rod 5 'pushes the sequins up and onto the top of the fabric, and at the same time, the cutter 10 and the presser 9 are lowered and pressed and attached to the cut and the fabric.

At this time, the act of pushing the sequins by the supply rod 5 'of the rod 5 is that the rod 5' of the rod is placed in the grooves 14 and 14 'of the switching rod 15. Only the state in which it is in a state where it is possible is not placed in the grooves 14 and 14 'and the push rod 5 mounted on the outer circumferential surface of the switching rod 15 is not sufficiently lowered so that contact with the sequins 20 is prevented. It does not happen and it becomes a state that cannot supply sequins.

In addition, when the switching rod 15 is rotated at a predetermined angle by the drive motor 13, the supply rod 5 'of the push rod 5 rises to the outer surface of the switch rod 15, and the other push rod ( The supply rod 5 'of 5) is settled in the grooves 14 and 14' so that the sequins can be pushed out.

At this time, the attachment position of the newly converted color sequins is different from each other in the sequin guide plate by the position of the sequins of the color immediately attached, so that the sequin guide plate, guide block, push rod, etc. And it is moved by the corresponding position by the screw shaft connected thereto.

Therefore, the simultaneous selection of the same color as well as the control of the corresponding pushpin is possible only by the section rotation of the switching rod 15, so that the color of the sequins is not only easy to change and the mechanical configuration for the switching key is very simple and efficient. .

In addition, the other end of the switching rod 15 is coupled to the rotating plate 17 having a cutting groove 16 to be rotated together with the switching rod 15, the cutting groove 16 of the rotating plate 17 By placing a separate induction sensor 18 to thereby recognize the incision groove 16 of the rotated (17), the induction sensor 18 before the start of work or at the time of rotation return of the switching rod 15 By compensating for the correct initial position of the switch bar 15 according to whether the cutting groove 16 of the rotary plate 17 by.

Therefore, it is possible to implement precise and detailed sequin patterns by the control operation of the push rod, while enabling accurate control of each push rod with a simpler configuration and device.

As described above, the multi-color repeating pattern forming pusher switching device of the sequin attachment device controls the operation of each pusher by grooves formed at different angles at a predetermined interval so that only some pushers can supply sequins at a constant interval. By changing the color, only the sequins of the corresponding color is operated when converting the color, and only the sequins of the corresponding color are operated when converting another color, so that the sequin color can be changed more quickly, as well as the production speed and service life of the sequin fabric. There is an effect that can be significantly extended.

Claims (3)

The fabric feed roll 2 is located at one side of the main body 1, the fabric winding roll 3 is located at the other side, and the front and rear fabric feed rollers 4 and 4 'are interlocked at the upper part of the main body 1. In the spaced space portion of the fabric feed roller (4) (4 '), the operating rod (6) coupled with a plurality of push rods (5), sequin guide plate (7) and sequins located at the bottom of the push rod (5) In the well-known sequin attachment device which consists of the support block 8, the press hole 9, and the cutter 10 formed in one side of the guide plate 7, The driving motor 13 by the bracket 12 is mounted on the upper side of the guide block 11 on which the operating rod 6 is coupled, and a plurality of rods between the push rod 5 and the sequin guide plate 7 are provided. To be rotatably coupled to the conversion bar (15) having grooves (14, 14 ') of, One end of the switching rod 15 is connected to the drive motor 13, the belt is connected to each other, and the grooves 14 and 14 'of the switching rod 15 are spaced at regular intervals to correspond to the spacing of the push rod 5. The multi-stage repeating pattern forming apparatus for converting a multi-stage repeating pattern of the sequins, characterized in that the grooves (14) (14 ') of the rod (5') of the rod (5) is settled. The grooves (14, 14 ') of the conversion rod (15) allow each of the adjacent grooves (14, 14') to be formed at different locations, but the sequins color number and the grooves used. (14) (14 ') The pusher device for forming a multi-colored repeating pattern of the sequins, characterized in that the angle division of the coin. According to claim 1, the other end of the switching rod (15) is coupled to the rotary plate 17 having a cutting groove 16, the corresponding sensitive sensor 18 is correspondingly coupled to the rotary plate by the sensitive sensor 18 A pusher switch for forming a multi-colored repeating pattern of a sequin attachment, characterized in that the cutout 16 of the 17 can be automatically controlled to control the reference point of the switch bar 15.