KR20170040728A - a feeding device of work table of rhinestone mounting device - Google Patents

Abstract

Disclosed is an automatic rhinestone attaching apparatus including a work table moving device, which automates a process of adsorbing rhinestones from an arranging box and a process of attaching the adsorbed rhinestones to transfer paper; and which automatically moves a work table where the transfer paper is attached to a preset position. The disclosed automatic rhinestone attaching apparatus including a work table moving device comprises: a main body; the work table; a first working device; a second working device; and a moving means moving the work table to a preset position, and clamping the work table to the present position for attaching the rhinestones to the transfer paper.

Description

Technical Field [0001] The present invention relates to a feeding device of a working table of a rhinestone mounting device,

The present invention relates to an artificial gem attachment apparatus, and more particularly, to an artificial gem attachment apparatus which automates a work process of adsorbing artificial gems from an alignment and a work process of attaching adsorbed artificial gems to a transfer sheet, And a work table transfer device for automatically moving the work table to the setting position.

The array box randomly accommodates a large number of decorative balls in a non-arrayed state, and when the disc plate rotates, a plurality of recesses are formed in the seating groove formed in the circumference of the disc plate, Means a casing which is opened at an upper portion and sloped at a predetermined angle so as to be able to be pulled out from the alignment by adsorbing the decorative orifice of the seating recess by the suction nozzle as the adhesive surface of the decorative orifice is seated and aligned.

BACKGROUND ART [0002] Generally, when a decorative sphere such as a rhinestone or the like attached to a garment for decorative purposes is attached to a fabric, the decorative surface of the decorative sphere is attracted by the suction nozzle, In addition,

The decorative surface of the decorative ball placed in the seating groove formed in the disc plate of the sorting compartment is sucked by the pick up nozzle of the conveying apparatus and then delivered to the setting nozzle of the other conveying apparatus, A motive system (automatic system) is used in which a decorative surface of a decorative ball is attached to a transfer sheet, and a transfer sheet is put on the fabric so that the adhesive surface of the decorative ball is placed on the fabric and pressed by a press.

Although not shown in the drawing, when artificial jewels are attached to a transfer sheet by the motive method in the related art, the sizes of artificial jewels accommodated in the adjacent pair of jewels are different, or colors become different, An artificial jewel automatic attaching device for attaching by partial operation,

A first sorting box, a first suction nozzle for individually picking up the artificial gemstones accommodated in the first sorting box, a second suction nozzle for picking up the artificial gem from the first suction nozzle and attaching to a transfer sheet fixed on a work table A first working device comprising one setting nozzle,

A second sorting box formed adjacent to the first sorting box, a second suction nozzle for individually picking up the artificial gemstones accommodated in the second sorting box, a second suction nozzle for picking up the artificial gem from the second suction nozzle, And a second setting nozzle for attaching the second setting nozzle to the second setting nozzle.

When the artificial jewels are attached to the transfer paper by the artificial jewelery automatic attaching device as a partial operation, a separate jig or clamping means such as a jig or a clamping means for fixing the work table used commonly to the first and second working apparatuses to the setting position A fixing device is required.

In addition, according to the work process of attaching the artificial gems having different sizes or different colors to the transfer sheets by adsorbing the artificial gems from the first and second heat conduits, There is a problem that the operator has to repeatedly transfer the setting position manually.

Japanese Patent Application Laid-Open No. 10-0987321 discloses an apparatus for automatically attaching artificial jewelery.

In the disclosed contents, when artificial jewels of different sizes or colors are adsorbed by a plurality of working apparatuses from respective arranging boxes for accommodating them and are attached to a transfer paper sheet by a partial operation or the same operation, And a work table transfer device for automatically moving the work table to the setting position of the work device in accordance with the operation of the work table.

Further, there is provided an artificial jewel automatic attaching device having a work table transfer device in which it is not necessary to use a fixing device such as a separate clamping device for fixing a work table on which a transfer sheet to which artificial jewelry is attached is fixed at a set position of a work device .

According to the automatic apparatus for attaching artificial jewels equipped with the work table transfer device according to the embodiment of the present disclosure,

A disk plate accommodating artificial jewels of different sizes or colors in a non-aligned state and having a seating groove formed at an edge thereof at an equal interval in a circumferential direction is rotatably mounted in the interior of the disk plate, A main body having first and second alignment chambers and a control unit,

A work table movably mounted to the body in a lateral direction, the work table being detachably fixed to a transfer sheet to which the artificial jewels are attached;

First and second workbenches mounted to the body so as to be movable in forward and backward directions and left and right directions;

A first suction nozzle which is rotatably mounted on the first work table and which is capable of being lifted and lowered and which adsorbs the artificial gemstones individually received in the first sorting box; A first setting nozzle attached to the transfer sheet of the work table and attached to a transfer sheet of the work table; and a second setting nozzle which is attached to the transfer sheet of the work table when the first setting nozzle sucks the decoration hole of the seating groove by the first suction nozzle, A first working device comprising a first suction nozzle and a first elastic member for moving the first setting nozzle to an initial position;

A second suction nozzle which is mounted on the second work table so as to be rotatable and liftable and that adsorbs the artificial gemstone individually contained in the second sorting case, and a second suction nozzle which sweeps the artificial gem from the second suction nozzle, A second setting nozzle attached to a transfer sheet of the work table in such a manner that the second setting nozzle adheres to the transfer sheet of the work table when the second setting nozzle sucks the decoration hole of the seating groove by the second suction nozzle, A second working device comprising a second suction nozzle and a second elastic member for moving the second setting nozzle to an initial position;

And moving means for moving the work table moved in the lateral direction by a roller seated on the guide rail to a setting position and clamping the work table to a setting position for attaching the artificial jewel to the transfer sheet The present invention also provides an apparatus for automatically attaching artificial jewelery equipped with a work table transfer device.

The disclosed contents constituted as described above have the following advantages.

Artificial jewels of different sizes or colors are adsorbed by a plurality of working apparatuses from the respective juxtaposition boxes accommodating the same, thereby performing a partial operation on the transfer sheet (the same operation for adsorbing from the juxtaposition housing the artificial jewels having the same size or color, , It is possible to reduce the work cost by reducing the work time for attaching the artificial gems by automatically moving the work table used for common use to the setting position of the work device according to the work process, can do.

Further, since it is unnecessary to use a fixing device such as a separate clamping means for fixing the work table on which the transfer sheet to which the artificial gem is attached is fixed at the set position of the working device, convenience for the operator is provided, It is unnecessary to perform a preliminary preparation work process for fixing the workpiece to the work table, so that the work efficiency can be greatly improved.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view of an automatic artificial jewelery attachment with a work table transfer device according to one embodiment of the disclosure,
2 (a), 2 (b) and 2 (c) are views showing the state of use of the artificial gem attachment device shown in Fig.
Fig. 3 is an enlarged view of the main part of the second working device shown in Fig. 1,
Fig. 4 is a rear view of the work table to which the first working device shown in Fig. 1 is attached,
Figs. 5 (a), (b) and (c) are enlarged views of the work table shown in Fig. 1 and the main part of the guide rail for moving the work table,
FIG. 6 is a view showing a use state of a guide rail for moving the work table shown in FIG. 1;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an automatic apparatus for attaching artificial jewelery provided with a work table transfer apparatus according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The automatic apparatus for attaching artificial jewelery equipped with the work table transfer device according to the embodiment shown in Figs. 1 to 6,

A disc plate 12 (or disc) 12, in which artificial jewels 10 (or decorative ornaments) of different sizes or colors are accommodated in a non-aligned state and in which equidistant intervals in the circumferential direction are maintained, the first and second sorting boxes 13 and 14 are rotatably mounted on the inner circumferential surface of the disc plate 12 and are rotatably mounted on the inner circumferential surface of the disc plate 12, And a body 15 (body or base) provided with a control unit (not shown).

The artificial gemstone 10 is mounted on the upper surface of the main body 15 so as to be movable along the guide rail 30 in the left and right direction and the artificial gemstone 10 is attached to a predetermined position A work table 17 to which a transfer sheet 16 adhered to the work table 17 is detachably fixed;

The first and second work benches 18 and 19 are mounted on the main body 15 so as to be movable in the forward and backward directions and the left and right direction by the driving means The driving means for moving along the rails are the technical contents used in the related art, so that a detailed description of the construction thereof is omitted);

A first adsorption step of adsorbing the artificial gemstones 10 individually mounted on the first worktable 18 by driving means so as to be rotatable and liftable and seated in the seat 11 of the first sorting tray 13, A first setting nozzle for swinging the artificial gemstone 10 from the first suction nozzle 20 and swinging at an arbitrary angle and then lowering it to be attached to the transfer paper 16 of the work table 17 And a first set nozzle 21 for sucking the decorating hole 10 of the seating groove 11 by means of the first suction nozzle 20 or a decorative hole 10 for the transfer sheet 16 by the first setting nozzle 21. [ And a first elastic member (23) for lifting the first suction nozzle (20) and the first setting nozzle (21) to an initial position when the first suction nozzle (20) is attached.

A second suction nozzle 25 mounted to the second work table 19 so as to be rotatable and liftable by a driving means and adapted to individually adsorb the artificial gemstones 10 received in the second sort box 14, A second setting nozzle 26 for swinging the artificial gemstone 10 from the second suction nozzle 25 and swinging at an arbitrary angle and then moving down to be attached to the transfer paper 16 of the work table 17, When the decorative ball 10 of the seating groove 11 is sucked by the suction nozzle 25 or the decorative ball 10 is attached to the transfer sheet 16 by the second setting nozzle 26, A second working device (29) comprising a second elastic member (28) for raising the second adsorption nozzle (25) and the second setting nozzle (26) to an initial position;

The work table 17 moved in the lateral direction is moved to the set position by the roller 31 mounted on the bottom surface of the work table 17 so as to be seated on the guide rail 30, And a moving means for clamping the work table 17 to a set position so as to attach the work table 17 to the transfer paper 16.

The driving means for rotating and lifting the first and second adsorption nozzles 20, 25 and the first and second setting nozzles 21,

First and second step motors (32, 33) mounted at predetermined positions on the rear surface of the first and second work benches (18, 19);

The cam plate 44 (fixed to the rotating shaft of the first stepping motor 32) is rotatably mounted on the upper surface of the first and second worktables 18 and 19 when the first stepping motor 32 is driven, The first and second adsorption nozzles 20 and 25 are interlocked with each other by the rotation of the first and second adsorption nozzles 20 and 25 so as to press the first and second adsorption nozzles 20 and 25 to attract the orifice 10 of the seating groove 11, A first link (34) that is axially urged by a portion;

And is rotatably mounted on one side of the first and second workbenches 18 and 19 to the upper side of the first link 34. When the first step motor 32 is driven, The first and second suction nozzles (20, 25) are connected to the first and second setting nozzles (21, 26) A second link (35) for pressing in the axial direction by the pressure of the pressing portion;

The first link 35 is rotatably mounted on one side of the first and second workbenches 18 and 19 below the first link 35. When the second stepping motor 33 is driven, The first and second setting nozzles 21 and 26 are coupled to each other by a rotation of the first and second setting nozzles 21 and 26 to be fixed to the rotation shaft of the motor 33. In order to attach the decorating hole 10 of the first and second setting nozzles 21 and 26 to the transfer sheet 11, And a third link (36) for pressing the first and second links (21, 26) in the axial direction by the pressurization of the pressing portion.

The moving means

The drive pulley 38 and the driven pulley 39 connected to the drive motor 37 (which may be a step motor) mounted on the main body 15 via the timing belt 45 are connected to the guide rail 30, A timing belt (40) for orbiting in the lateral direction;

The timing belt 40 is mounted on the upper surface of the timing belt 40 at a predetermined interval and is mounted on the guide rail 30 by the drive motor 37 in an orbital motion of the timing belt 40, A pusher 42 which is in close contact with the protruding piece 41 formed on the bottom surface and moves the work table 17 to a set position;

And the magnetic substance 43 is attached to the pusher 42 by moving the work table 17 to the set position and attaching the artificial gemstone 10 to the transfer paper 16 The work table 17 may be attached to the pusher 42 to support the work table 17 so that the work table 17 does not move in the left and right direction.

According to the above-described configuration, the decorating hole 10 is formed in the seating groove 11 formed circumferentially at the edge of the disc plate 12 of the first and second sorting boxes 13 and 14, (20, 25), and then the decorative tool (10), which is received from the first and second suction nozzles (20, 25) by the first and second setting nozzles (21, 26) And can be attached to the transfer paper 16 fixed on the work table 17.

At this time, even if the size or hue of the artificial gemstones 10 accommodated in the first and second sorting boxes 13 and 14 is different, the work table 17 is moved to the first and second working apparatuses 24 and 29 ), And can be commonly used.

Thus, the artificial jewel 10, which is different in size or color from the first sort box 13 and the second sort box 14, is partially attached to a predetermined position of the transfer paper 16 .

That is, in order to improve the work efficiency of attaching the decorator 10 accommodated in the first and second sorting boxes 13 and 14 to the transfer paper 16, the first and second sort boxes 13 and 14, The first and second adsorption nozzles 20 and 25 for adsorbing the artificial gemstones 10 from the first and second adsorption nozzles 20 and 25 and the artificial gemstones 10 transferred from the first and second adsorption nozzles 20 and 25 to the work table 17 The first and second workbenches 18 and 19 on which the first and second setting nozzles 21 and 26 to be attached to the transfer paper 16 are mounted are mounted movably in the left and right direction and the back and forth direction independently of the main body 15 do.

At this time, after the decoration tool 10 is sucked by the second suction nozzle 25 from the seating groove 11 of the second sorting box 14, the fourth step motor 46 rotates The configuration of the second setting nozzle 26 for attaching the artificial gemstone 10 to the transfer paper 16 is the same as that of the first setting box 13 except that the decorative sphere 10 is first attracted The configuration and operation of the first setting nozzle 21 for attracting the artificial gemstone 10 to the transfer paper 16 after being attracted by the nozzle 20 and rotating at an arbitrary angle by the third stepping motor 27 The detailed description thereof will be omitted, and the same reference numerals will be used for the same components.

The arrangement of the first and second sorting boxes 13 and 14 in the forward and backward directions and the arrangement of the first and second sorting boxes 13 and 14, The configuration for rotating the disc plate 12 by a stepping motor (not shown) for adsorbing the disc 10 is the technical content used in the related art, and thus detailed description of the configuration thereof is omitted.

As shown in Figs. 1, 2C and 3, the transfer paper 16, on which the adhesive is applied on the top surface, is fixed on the work table 17. [ At this time, the shape of the animal, the insect (for example, a butterfly pattern is formed) or the like is formed by the combination of the decorative balls 10 attached on the transfer paper 16.

The attachment position of the decoration tool 10 with respect to the transfer paper 16 to form the butterfly pattern as described above may be set by an algorithm or a program stored in advance in the computer and displayed on the screen display unit of the control unit.

(Ornamental gemstones) 10 different in size, color, or type from the first and second heat-collecting gates 13 and 14 mounted on the left and right sides of the main body 15 are accommodated in a non- .

A disk plate 12 rotatably installed in the first and second heat-transferring compartments 13 and 14 by a rotational force transmitted through a coupling (not shown) according to the driving of a stepping motor (not shown) And is repeatedly rotated by the set angle.

As a result, one ornamental apertures 10 among the ornamental apertures irregularly arranged in the first and second columnar compartments 13 and 14 are formed at equal intervals on the circumference of the disc plate 12 And are aligned and aligned in the grooves 11, respectively.

The decorative orifice 10 seated in the seating groove 11 of the disc plate 12 of the first arrangement box 13 can be sucked by the first suction nozzle 20 of the first working device 24 have.

The first suction nozzle 20 mounted on the upper side of the front surface of the first work table 18 is provided with a seating groove 18 formed at the edge of the disk plate 12 of the first array box 13, So that it is possible to suck the individual decorative ornaments 10 seated on the decorative sheet 11.

2A and 2C, when the first step motor 32 is driven, the first link 34 interlocked by the rotation of the cam plate 44 is engaged with the slot (not shown) of the cam plate 44 45).

The first suction nozzle 20 is lowered in the direction of the upper surface of the disk plate 12 by the pressing of the pressing portion of the first link 34 so that the decorative member 10 of the mounting groove 11 is sucked (At this time, the elastic member 32 of the first suction nozzle 20 is subjected to compressive force).

2B, the first suction nozzle 20 to which the decorating tool 10 is sucked is rotated by a predetermined angle in the clockwise direction in accordance with the driving of the third stepping motor 27 provided on the back surface of the first work table 18, Swing. At this time, the first suction nozzle 20 is returned to the initial position by the elastic restoring force of the first elastic member 23.

The first setting nozzle 21 swings by a set angle in the counterclockwise direction by driving the fourth step motor 46 mounted on the back surface of the first work table 18, And the first setting nozzle 21 are in contact with each other (the first adsorption nozzle 20 and the first adsorption nozzle 21 are located on the same line).

That is, when the first stepping motor 32 is driven, the second link 35 interlocked by the rotation of the cam-type plate 44 is rotated along the slot 47 of the cam-type plate 44. The decorating hole 10 adsorbed to the first suction nozzle 20 can be brought into contact with the first setting nozzle 21 by the pressing of the pressing portion of the second link 35.

Therefore, the ornamental port 10 can be passed from the first suction nozzle 20 by the suction of the first setting nozzle 21. [

1 and 2C, the first setting nozzle 21 to which the decorative tool 10 is sucked is swung by a predetermined angle in the clockwise direction by the driving of the fourth stepping motor 46, The first setting nozzle 21 is lowered in the vertical direction so that the decorative surface of the decoration tool 10 can be fixed at a predetermined position on the transfer paper 16.

2C, when the second stepping motor 33 is driven, the third link 36 interlocked by the rotation of the cam-type plate 47 rotates along the slot 48 in the cam-shaped plate 47, . The first setting nozzle 21 is lowered vertically toward the transfer paper 16 by pressing the third link 36 in the vertical direction so that the decorative tool 10 is pressed against the transfer paper 16 Can be fixed.

Accordingly, when the adhesive applied to the adhesive surface of the decorative tool 10 is melted by heat, the adhesive surface of the decorative tool 10 can be attached to clothes or the like.

Since the work table 17 can be moved toward the first work table 18 or the second work table 19, the first and second alignment tables 13 and 14 can be moved to the first work table 18 or the second work table 19, (10) can be partially attached to the transfer paper (16) of the work table (17).

In detail, the work table 17 to which the transfer paper 16 is attached can be moved repeatedly along the guide rails 30 by a predetermined distance. The timing belt 40 can be orbited by the drive pulley 38 and the driven pulley 39 as the drive motor 37 (a step motor can be used) is driven.

A pusher 42 attached to the upper surface of the timing belt 40 while keeping a predetermined distance from the upper surface of the timing belt 40 is supported by a projecting piece 41 As shown in Fig. That is, the pusher 42 is attached to the projecting piece 41 by the magnetic force of the magnetic body 43 mounted on the projecting piece 41.

The work table 17 which is seated at a predetermined position of the guide rail 30 during the orbital motion of the timing belt 40 is pressed by the pusher 42 to the projecting piece 41 are moved in the orbital motion direction of the timing belt 40 by moving them.

The work table 17 can be moved toward the first work table 18 or the second work table 19 in accordance with the driving direction of the drive motor 37. [

The moving section of the work table 17 can be arbitrarily set by causing the timing belt 40 to move by the drive motor 37 (referred to as a step motor). At this time, the structure for setting the moving section of the work table 17 by the timing belt 40 orbiting the driving motor 37 is a technical content used in the related art, and thus a detailed description thereof will be omitted.

When the artificial gemstone 10 adsorbed by the first setting nozzle 21 is vertically pressed and attached to the transfer paper 16 of the work table 17, It can be prevented from flowing in the left-right direction.

5b, the pusher 42 and the protruding piece 41 are attached by the magnetic force of the magnetic body 43 mounted on the protruding piece 41 of the work table 17, Can be prevented from flowing in the work table (17) when attached to the transfer paper (16).

When the artificial gemstone 10 is attached to the transfer sheet 16 of the work table 17 as described above, the timing belt 40, which is orbital motion by the drive motor 37, 17 can be moved along the guide rail 30 by a predetermined distance.

A work table 17 for holding a state of being seated on the guide rails 30 when the artificial gemstones 10 are attached to the transfer paper 16 is supported by a magnetic force of the magnetic body 43, The pusher 42 and the protruding piece 41 of the work table 17 can be attached and clamped.

It is not necessary to use a separate clamp to prevent the work table 17 from flowing when the artificial gemstone 10 is attached to the transfer paper 16.

It will be apparent to those skilled in the art that various modifications may be made to the present invention without departing from the spirit and scope of the invention as defined in the following claims And changes may be made without departing from the spirit and scope of the invention.

10; Rhinestone
12; Disc plate
14; 2nd sorting
16; Transfer paper
18; The first workbench
20; The first adsorption nozzle
24; The first working device
26; The second setting nozzle
28; The second elastic member
30; A guide rail
32; The first step motor
34; The first link
36; Third link
38; Drive pulley
40; Timing belt
42; Pusher
44; Cam plate
45, 47, 48; Slot

Claims (3)

A disk plate accommodating artificial jewels of different sizes or colors in a non-aligned state and having a seating groove formed at an edge thereof at an equal interval in a circumferential direction is rotatably mounted in the interior of the disk plate, A main body having first and second alignment chambers and a control unit,
A work table movably mounted to the body in a lateral direction, the work table being detachably fixed to a transfer sheet to which the artificial jewels are attached;
First and second workbenches mounted to the body so as to be movable in forward and backward directions and left and right directions;
A first suction nozzle which is rotatably mounted on the first work table and which is capable of being lifted and lowered and which adsorbs the artificial gemstones individually received in the first sorting box; A first setting nozzle attached to the transfer sheet of the work table and attached to a transfer sheet of the work table; and a second setting nozzle which is attached to the transfer sheet of the work table when the first setting nozzle sucks the decoration hole of the seating groove by the first suction nozzle, A first working device comprising a first suction nozzle and a first elastic member for moving the first setting nozzle to an initial position;
A second suction nozzle which is mounted on the second work table so as to be rotatable and liftable and that adsorbs the artificial gemstone individually contained in the second sorting case, and a second suction nozzle which sweeps the artificial gem from the second suction nozzle, A second setting nozzle attached to a transfer sheet of the work table in such a manner that the second setting nozzle adheres to the transfer sheet of the work table when the second setting nozzle sucks the decoration hole of the seating groove by the second suction nozzle, A second working device comprising a second suction nozzle and a second elastic member for moving the second setting nozzle to an initial position;
And moving means for moving the work table moved in the left and right direction by a roller seated on the guide rail to a set position and clamping the work table to a set position for attaching the artificial jewel to the transfer sheet Characterized in that it comprises a work table transfer device. The apparatus according to claim 1, wherein the driving means for rotating and lifting the first and second adsorption nozzles and the first and second setting nozzles
First and second step motors mounted at predetermined positions on the rear surface of the first and second work benches;
The first step motor is rotatably mounted on the front surface of the first and second work benches, and the first and second step motors are interlocked with each other by the rotation of the cam-type plate to suction the decorative balls of the seating grooves by the first and second suction nozzles A first link for axially urging the first and second adsorption nozzles;
Wherein the first step motor is rotatably mounted on the first and second workbenchs, and the ornamental tool is interlocked with the first and second workbenches by rotation of the cam plate when the first stepping motor is driven, A second link for axially urging the first and second adsorption nozzles to pass through the first and second setting nozzles;
Wherein the first link is rotatably mounted on a front side of the first and second workbenches, and when the second stepping motor is driven, the decorating holes of the first and second setting nozzles are interlocked by rotation of the cam- And a third link for axially pressing the first and second setting nozzles to attach the transfer sheet to the transfer sheet. 2. The apparatus according to claim 1,
A timing belt orbiting in a lateral direction between the guide rails by a drive pulley and a driven pulley connected to a drive motor mounted on the main body;
The work table is mounted on the upper surface of the timing belt at a predetermined interval and closely contacted with the projecting pieces formed on the bottom surface of the work table that is placed on the guide rails by the motion of the timing belt by the drive motor, ;
And a magnetic body attached to the pusher, wherein the magnetic body is attached to the pusher when the work table is moved to a set position and the artificial gem is attached to the transfer sheet, so that the work table is not moved in the left- And a work table transfer device characterized by:

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