KR101331399B1 - The auto jewel adhesion system have a jewel array equipment to the wide ambit jewel array - Google Patents

Abstract

The present invention relates to an automatic jewel-bonding system including a jewel-aligning device. The main purpose of the present invention is to provide a jewel-bonding system capable of aligning a jewel in a wide area. The jewel-bonding system including a jewel-aligning device and purpose according to the present invention comprises a jewel supply device including one or more supply modules in a symmetrical form so as to provide jewels with different colors and sizes; a jewel-bonding device included in the middle part of the jewel supply device in a vertical direction and rotating so as to sequentially bond to a jewel-bonding material jewels supplied by the supply module; and a jewel-aligning device placed at the bottom of the jewel-bonding device and shifting the jewel supply device and the jewel-bonding device in the X-axis or Y-axis direction so as to bond a jewel at specific coordinates according to the configuration. Accordingly, the production efficiency can be improved by providing the jewel-bonding system capable of aligning a jewel in a wider area and by maximizing the area where a jewel is aligned.

Description

Automatic jewelry attachment system with jewel aligning device {THE AUTO JEWEL ADHESION SYSTEM HAVE A JEWEL ARRAY EQUIPMENT TO THE WIDE AMBIT JEWEL ARRAY}

FIELD OF THE INVENTION The present invention relates to an automatic jewelry attachment system, and more particularly to aligning gemstones in a wider area and to cutting the finished film in the "X" axis or "Y" axis direction, thereby aligning the jewelry and The present invention relates to an automatic jewelry attachment system with a jewelry alignment device that completes the cutting cycle.

In general, a number of known jewelry attachment systems for imitation jewelry is known.

For example, as shown in Fig. 1, a "high speed automatic jewelry attachment system having a plurality of jewelry alignment portions" filed by the present applicant and registered as 10-0931822 on December 07, 2009 (hereinafter, "attachment system" It is representative), and the contents are as follows.

As shown in the drawing, the conventional attachment system SE is roughly divided into a jewelry supply device LN, a jewelry attachment device ST, a work table WK, and a control unit CN.

Jewelry supply device (LN) is provided on the upper side of the tower portion (TW) installed on one side of the frame (FM), at least one or more supply modules (SP) are provided symmetrically at both ends to supply each of the jewelry divided according to color and size do.

Thus, the jewelry attachment device ST is provided in the vertical direction between the supply modules SP provided symmetrically.

Jewelry attachment device (ST) is a configuration that attaches any one of the jewels adsorbed in the supply module (SP) to the jewelry attachment material (MT) in sequence, the jewelry attachment hole SM in the vertical direction to rotate a predetermined angle (SM) And jewelry suction (SC) is hinged side by side.

  While the jewelry attachment port SM adsorbs the jewelry from the supply module SP, the jewelry suction port SC is provided on the work table WK with the jewelry transferred from the jewelry attachment port SM. Align with MT.

The work table WK consists of a moving plate MP, a Z-axis rotation part (not shown), a Y-axis direction moving part YM, and an X-axis direction moving part XM.

The moving plate MP is formed in a substantially square plate, and is provided horizontally below the above-mentioned pumice attachment hole SM.

The Z-axis rotational part (not shown) is provided at the lower center so as to rotate the moving plate MP in the Z-axis direction, and the moving plate MP described above on the bottom of the Z-axis rotational part (not shown). The Y-axis direction moving part YM which moves to a Y axis is provided.

The X axis direction moving part XM is provided in the state orthogonal to the bottom face of the said Y axis direction moving part YM, and moves the said moving plate MP to an X axis.

Therefore, many gems can be aligned with the film provided in the movement plate MP by the movement of each structure of the said work bench WK.

 However, the above-described conventional jewelry attachment system SE has a problem that the area where the jewelry can be aligned is smaller than the size of the device as the moving plate MP rotates in the X and Y axes and rotates in the Z axis. there was.

In addition, since the area for aligning the jewelry is narrow, there is a problem in that the productivity is decreased in the process of frequently replacing the film to align the jewelry.

The present invention has been made to solve the conventional problems as described above, the object of the present invention is to provide a jewelry attachment system that can align the jewelry in a larger area.

Further, another object of the present invention is to improve productivity by making the area for aligning the gems as wide as possible.

Automatic jewelry attachment system according to the present invention made for this purpose;

A jewelry supply device in which at least one supply module is provided symmetrically to supply gems distinguished according to color and size, and a jewelry supplied from the supply module provided in the vertical direction in the middle of the jewelry supply device. A jewelry attachment device which is rotated to attach to the jewelry attachment material in sequence, and is provided on the lower side of the jewelry attachment device, and the jewelry supply device and the jewelry attachment device to attach the jewelry at the corresponding coordinates according to the setting. The present invention relates to an automatic jewel attachment system comprising a jewel aligning device that moves on a plane along the X or Y axis.

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The jewelry sorting device,

Working table;

A first moving device provided to move in an X-axis direction from the upper part of the work table;

A second moving device moving in an Y-axis direction from an upper portion of the first moving device;

It is provided on the upper portion of the second moving device, the jewelry supply device and the jewelry attachment device is made of a mounting frame provided in the symmetrical direction on both sides.

In addition, the work table,

First and second legs provided at both ends in a vertical direction, side frames provided side by side in the longitudinal direction to connect the upper portion of the first and second legs, and a plurality of provided at equal intervals in the longitudinal direction of the side frame It is provided in a state spaced apart from the side frame by a support member in a predetermined distance in the up and down direction, the upper frame is provided with a first guide rail in the longitudinal direction of the bottom, and the alignment plate provided on the upper frame.

In addition, the work table,

It further comprises a film support post provided in the upper vertical direction of the second leg.

In addition, the film support post,

It further comprises a long hole provided side by side at the top to facilitate insertion of both ends of the film coil support rod.

In addition, the work table,

The alignment plate provided at the top is a perforated plate formed with a plurality of holes,

A support frame provided in a rectangular shape on an inner side of a cross section of the upper frame provided side by side in the longitudinal direction at the lower side of the alignment plate;

The mounting flange is supported on the lower side of the four sides of the support frame in a vertical direction, provided in a horizontal direction at a right angle of 90 degrees in association with the mounting flange, and further comprises a vacuum means consisting of a vacuum tank having a vacuum pump in the center.

In addition, the jewelry aligning device,

It further comprises an attachment material inlet device provided on one side of the film support post.

In addition, the attachment material introduction device,

An inlet shaft support member provided on both sides of the work table, an inlet shaft axially coupled to the inlet shaft support retaining member, a friction member provided at a plurality of longitudinal equal intervals of the inlet shaft, and provided at an end of the inlet shaft It consists of a handle.

In addition, the first moving device;

A first drive motor provided in the work table, a motor shaft provided at one end of the first and second side frames in a horizontal direction so as to be interlocked by the first drive motor and a connecting member, and by the motor shaft and the connecting member. A first driving part including a first return pulley provided at the other ends of the first and second side frames so as to interlock with each other;

 The first guide rail and the first sliding block are coupled to the inside of the plane symmetrically formed on both sides of the work table, and the connection member fixing bracket is formed on the outside of the first sliding block. A support frame provided symmetrically;

It consists of a bridge frame coupled to both upper ends of the support frame provided symmetrically.

In addition, the connection member fixing bracket,

It is provided on the upper surface of the support frame in the longitudinal direction, the upper surface is composed of a first bracket formed with gears to be coupled to the gear formed on the connecting member, and a second bracket fixed to the upper side of the fixing bracket and the connecting member to prevent separation. .

In addition, the second mobile device is

A second driving motor provided in a horizontal direction at one end of the bridge frame of the first moving device in a horizontal direction, and a second driven pulley provided in a horizontal direction at an upper surface of the bridge frame so as to be interlocked by the second driving motor and a connecting member; A second driving part including a second return pulley provided at the other end of the bridge frame to be interlocked by the second driven pulley and a connection member;

It is connected to the connecting member of the second driving unit is composed of a moving part for reciprocating the upper portion of the bridge frame in the longitudinal direction.

In addition, the moving unit,

Second guide rails are provided on both sides of the bridge frame in the longitudinal direction, and at least one second sliding block is provided on both sides of the bottom surface so as to reciprocate along the second guide rails. The base plate is provided with at least one connection member fixing bracket to fix the connection member.

In addition, the connection member fixing bracket,

One surface having a rectangular plate shape has a gear coupling portion having an unevenness to be coupled to the connecting member, and at least one fixing portion formed at one side of the gear coupling portion to be fixed to the base plate.

In addition, the jewelry aligning device,

It further comprises a cutting device provided in the second moving device to cut the completed alignment of the film in the "X" axis or "Y" axis.

In addition, the cutting device,

A film is cut by a rotary knife which is provided in a direction perpendicular to the base of the second moving device and is moved downward by a slide cylinder;

The rotary knife is rotated in a direction perpendicular to the rotary motor, it characterized in that the cutting of the film is aligned in the "X" axis or "Y" axis direction.

As described above, according to the automatic jewelry attachment system equipped with a jewelry alignment device according to the present invention, there is an effect of widely supplying a jewelry attachment system capable of aligning jewelry with a larger area.

In addition, we have supplied a jewelry attachment system that can align gemstones in a wide range of areas in one cycle, and improve productivity by making the gemstone alignment area as wide as possible.

In addition, by aligning the jewelry on the top of the film, when the alignment is completed, by cutting the film aligned in the longitudinal direction or the width direction, jewelry alignment and film cutting can be completed in one cycle, thereby improving productivity It became.

1 is a perspective view showing a conventional automatic jewelry attachment system,
Figure 2 is a perspective view showing the overall configuration of the automatic jewelry attachment system according to the present invention,
Figure 3 is a perspective view showing the main configuration of the automatic jewelry attachment system according to the present invention,
4 is an enlarged view illustrating the line “A” of FIG. 3.
5 is a side cross-sectional view taken along the line “B”-“B” of FIG. 3,
Figure 6 is a bottom view of the automatic jewelry attachment system according to the present invention as viewed from the line "C" of FIG.
7 is a perspective view showing a support frame and a second moving device according to the present invention;
8 is a perspective view showing a cutting device according to the present invention,
FIG. 9 is an exploded perspective view of the line “D” of FIG. 8 illustrated to explain a configuration of a cutting device according to the present invention. FIG.

2, the automatic jewelry attachment system AJ (hereinafter referred to as "attachment system") equipped with a jewelry alignment device according to the present invention is a jewelry supply device (LN), jewelry attachment device (ST) and jewelry alignment device It is roughly classified as (LS).

The present invention is substantially the same as the technical configuration of Patent Registration No. 0931822 to which the applicant has a right, except for the configuration of the jewelry aligning device LS described above, detailed description of the same configuration is omitted.

Referring to FIGS. 3 to 7, the jewelry alignment device LS includes a work table 100, an attachment material retracting device 200, first and second moving devices 300, 500, and a mounting frame 700. It is rough.

The work table 100 includes first and second legs 110 and 130, a side frame 150, an upper frame 170, an alignment plate 180, and a vacuum means 190.

The first leg 110 is a frame provided in front of the direction shown, as shown, the vertical member 113 in the vertical direction on both ends of the horizontal member 111 provided in the up, down direction.

The second leg 130 is provided at the rear facing the first leg 110, and the length of the horizontal member 131 provided at the upper side than the lower side is shorter.

Side frame 150 is provided side by side in the longitudinal direction so as to connect the upper portion of the first, second leg 110, 130, a plurality of support members 151 at equal intervals in the longitudinal direction of the upper surface of the side frame 150 ) Is provided.

As illustrated, the reason why the angle “An” of the cross section of the letter “″” is applied to the supporting member 151 is to prevent interference with the first guide rail 175 described later.

The upper frame 170 is spaced a predetermined distance from the upper end of the support member 151.

The upper frame 170 has a rectangular frame configuration when viewed in a plan view, and the front and rear frames 171 are symmetrically provided in the front and rear directions, and the guide frame 173 is provided in both sides in the longitudinal direction. .

The first guide rail 175 is provided in the longitudinal direction of the bottom surface on the cross section of the guide frame 173, and the first guide rail 175 facilitates the movement of the first moving device 300 described later.

The alignment plate 180 is a perforated plate in which a plurality of holes 181 are formed on the front surface, and is provided on the upper frame 170 and further includes a vacuum means 190 provided on the lower side thereof. .

The vacuum means 190 is composed of a support frame 191, a vacuum tank 192 and a vacuum pump 193.

The support frame 191 is a substantially rectangular frame configuration, and is provided in a rectangle on the inside of the cross section of the upper frame 170 to reinforce the edge of the alignment plate 180.

As described above, the vacuum tank 192 is supported with a mounting flange 192a in the lower vertical direction of the four sides of the support frame 191 having a rectangular shape, and is connected to the mounting flange 192a in a horizontal direction at a right angle of 90 degrees. At the center thereof, a vacuum pump 193 is provided.

The work table 100 further includes a film support post 195 provided in an upper vertical direction of the second leg 130.

 The film support post 195 has an elongated hole 196 at an upper end of the second leg 130 to facilitate insertion of both ends of the film coil support rod RB as shown in FIG. 2. .

As such, the attachment material retracting device 200 is provided on one side of the film support post 195.

Referring to FIG. 4, the attachment material introduction device 200 serves to insert the end of the film FL, which is the attachment material to which the jewelry is attached, to be evenly disposed on the work table 100. It consists of a 210 and the inlet shaft 230, the friction member 250 and the handle 270.

The pulling shaft support member 210 is a bearing block provided at both ends to facilitate rotation of the pulling shaft 230 to be described later.

The pulling shaft 230 is a rod formed in an annular cross section, and a plurality of friction members 250 are provided at equal intervals in the longitudinal direction.

The friction member 250 is a synthetic resin material having elasticity, and is provided to be in close contact with the upper surface of the work table 100.

The handle 270 is provided at one end of the inlet shaft 230 and is provided to facilitate rotation by an operator. Knuring is preferable.

On the other hand, the first moving device 300 is provided to move in the longitudinal direction of the "X" axis from the top of the work table 100 having the configuration as described above.

The first moving device 300 is roughly divided into a first driving unit 310, a support frame 330, and a bridge frame 350.

3 and 4, the first driving unit 310 is configured to move the first moving device 300 in the "X" axis direction, and the first driving motor 311, the driving shaft 313, and the first driving unit 310 are moved. It consists of one return pulley 315.

The first drive motor 311 is installed in a horizontal state on the motor bracket 312 provided in the middle portion of the second leg 130, the first drive pulley 311b is coupled to the motor shaft 311a shaft It is.

The first driving pulley 311b is interlocked with the first driven pulley 313a provided at the middle of the driving shaft 313 by the connecting member 313b.

As such, both ends of the drive shaft 313 having the first driven pulley 313a in the middle portion thereof are hinged by the bearing block BR for smooth rotation in the operation described later, and both sides of the bearing block BR. The second driven pulley 313c is provided.

The second driven pulley 313c is connected in an endless track so as to be interlocked by the first return pulley 315 and the connecting member 321 provided at both ends of the upper horizontal member 111 of the first leg 110 described above. , The connection member 321 is coupled and fixed to the connection member fixing bracket 333 provided in the support frame 330 to be described later.

5 to 7, the support frame 330, as shown, is formed in the cross-section "⊥" shape, the first sliding block 331 and the connecting member fixing bracket 333 configuration.

The first sliding block 331 is a linear motion guide (also called "LM guide") block, and is provided with at least one in the horizontal direction in the longitudinal direction of the support frame 330 formed in a "⊥" shape in cross section, The first guide rail 175 provided in the longitudinal direction of the bottom surface of the upper frame 170 can be combined.

A connecting member fixing bracket 333 is provided on the outer side facing the first sliding block 331 in a symmetrical manner.

The connection member fixing bracket 333 is composed of first and second brackets 333a and 333b, and the first bracket 333a is provided in the longitudinal direction on the upper surface of the support frame 330, and the connecting member ( Gear-shaped unevenness 332aa is formed so as to correspond to the gear GR formed in 321.

The second bracket 332b is provided on the upper side of the first bracket 332a and the connection member 321, and the bolt BT is inserted into the bolt hole 332ba provided at the four corners, and the first bracket is described above. (332a) By screwing into the tabs (not shown) provided at the four corners, the connection member 321 is fixed.

As such, the bridge frame 350 is provided in an upper horizontal direction of the support frame 330.

Although the bridge frame 350 is formed in a rectangular plate shape, the bridge frame 350 may further include at least one reinforcing member (not shown) in the lower longitudinal direction to prevent the bridge frame from falling down.

The second moving device 500 is provided on the first moving device 300 having the above configuration.

The second moving device 500 is configured to be movable in the Y-axis direction, that is, in the longitudinal direction of the bridge frame 350, above the first moving device 300, and the second driving part ( 510 and the moving unit 530.

The second driving unit 510 includes a second driving motor 511, a second driving pulley 513, a third driven pulley 516, a second return pulley 517, and a connecting member 518.

The second driving motor 511 is provided in a horizontal state on one surface of the motor bracket 512 provided in one end of the bridge frame 350 of the first moving device 300 in a vertical direction, and has one end of the motor shaft 511a. The second driving pulley 513 is axially coupled to the shaft.

The third driven pulley 516 is hinged in pairs to the pulley bracket 515 provided on one end of the bridge frame 350, and the third driven pulley 516 protruding to one side is the second driving pulley ( 513 and the third driven pulley 516 connected to the link member 518 and provided in the pulley bracket 515 are connected to the second return pulley 517 provided at the other end of the bridge frame 350. 518 is connected.

The connection member 518 is coupled to the base plate 533 of the moving part 530 provided above the bridge frame 350.

The moving part 530 consists of the 2nd guide rail 531 and the base board 533.

The second guide rails 531 are provided side by side in the longitudinal direction of both edges of the bridge frame 350 described above.

A base plate 533 is provided above the second guide rail 531, and the base plate 533 is a square rectangular plate, which can be reciprocated in combination with the second guide rail 531 described above on both sides of the bottom. At least one second sliding block 534 is provided.

In addition, at least one connection member fixing bracket 535 is provided in the longitudinal direction of the middle portion between the second sliding blocks 534.

The connecting member fixing bracket 535, the gear coupling portion 536 is formed in the concave-convex to be geared with the connecting member 518 on one surface having an outer shape of a square plate shape, the gear coupling A fixing portion 537 is formed at one side of the portion 536 so as to be fixed to the bottom surface of the base plate 533.

As shown in FIG. 7, the fixing part 537 of the connecting member fixing bracket 535 is provided with a tab (not shown) to facilitate coupling with a bolt (not shown) passing through the counterbore hole 533a formed in the base plate 533. It is preferable to form a (Tap).

As such, the mounting frame 700 is provided on the upper side of the base plate 533 so that the jewelry supply device LN and the jewelry attachment device ST are provided in both directions in a symmetrical direction.

Mounting frame 700 is formed in a rectangular hexahedral box shape of the upper side, as shown in Figure 2 on both sides in the longitudinal direction, the frame provided with jewelry supply device (LN) and jewelry attachment device (ST) (FR ) Can be installed.

Meanwhile, the connection members 31b, 321, and 518 as described above have been described only with respect to the embodiment using a timing belt, but any one of the V belt and the chain may be used to achieve the object of the present invention. Of course you can.

In addition, the first and second drive motors 311 and 511 may selectively use any one of a stepping motor and a servo motor.

On the other hand, the attachment system (AJ) according to the present invention further includes a cutting device 800 is provided in the vertical symmetrical form at both ends of the edge of the base plate 533 of the second moving device 500.

As shown in FIGS. 8 and 9, the cutting device 800 includes a support bracket 810, a slide rail 820, a slide block 830, a motor bracket 840, a rotation motor 850, and a rotation shaft ( 860, cut 870, and slide cylinder 880.

The support bracket 810 is formed in a "-" shape when viewed from one side, and a plurality of bolt holes 811 are formed to facilitate bolting with the base plate 533 in the upper horizontal direction.

The slide rail 820 is provided in the vertical direction at the lower side of the support bracket 810 in a state coupled with the slide block 830, the slide rail 820 and the slide block 830 is the LM (LM) : Leaner Motion) It consists of guide and LM block.

The motor bracket 840 is provided at one side of the slide block 830.

When the motor bracket 840 is viewed from one side, the horizontal portion 841 is provided to be spaced apart by a predetermined distance in the up and down directions, and the vertical portion 843 is integrally formed at one end of the horizontal portion 841 at right angles. Leads to.

The horizontal portion 841 is provided with a bearing (not shown) to support both ends of the rotating shaft 860 to be described later.

In the vertical portion 843, a bolt hole 843a is formed to coincide with a center of the tab 831 formed in the slide block 830, so that the bolt is easily fastened to the slide block 830.

As such, the rotation motor 850 is provided on the upper side of the motor bracket 840, and this rotation motor 850 is a stepping motor, and in the operation described later, the "X" axis and the "Y" axis. The film FL is rotated in a 90 degree perpendicular direction to facilitate cutting.

The rotating shaft 860 is axially coupled to the output shaft 851 of the rotating motor 850, and the rotating shaft 860 is axially coupled to the upper side of the cutting portion 870, and the cutting portion 870 is a knife bracket 871. And a rotary knife 873.

The slide cylinder 880 has a cube shape, and includes a rod shaft 883 on a cylinder rod 881 provided in a lower vertical direction.

 A connecting bracket 885 is axially coupled to the lower end of the rod shaft 883 so as to be fixed by one side of the above-described motor bracket 840 and a bolt (not shown), between the rod shaft 883 and the connecting bracket 885. It is provided with a buffer member 887 to cut the film (FL) in the operation described later, to prevent the wear of the rotary knife (873) and at the same time easy to cut the film (FL).

 Subsequently, the operation and effects of the automatic jewelry attachment system AJ according to the present invention will be described with reference to the drawings.

First, one end of the film FL provided in the film support post 195 is provided under the friction member 250 of the attachment material introduction device 200.

Then, the handle 270 provided at one end is rotated in a clockwise direction, and the end of the film FL, which is an attachment material to which jewelry is attached, is evenly applied to the alignment plate 180 of the work table 100. Retract to be placed.

As such, when the work preparation is completed, the work is started by pressing the start button of the controller (not shown). First, the alignment plate 180 is formed by the vacuum pump 195 provided in the vacuum means 190 according to the present invention. Vacuum is formed between the vacuum tank 193 and the adhesion material film (FL) is in close contact with the alignment plate 180 to facilitate alignment of the jewelry.

When the preparation is completed in this way, the jewelry attachment port SM of the jewelry attachment device ST rotates to one side, and delivers the jewelry provided in the supply module SP of the jewelry supply device LN to the jewelry suction port SC. do.

As such, the jewelry suction port SC that receives the jewelry is rotated 180 degrees to align the jewelry with the film FL provided on the lower side thereof, and the jewelry attachment port SM adsorbs another jewelry from the supply module SP. The operation as described above is repeated.

At this time, the position where the jewelry is aligned is the jewelry supply device (by the first, second moving device 300, 500 according to the present invention, after the operation of the jewelry attachment port SM by the program input to the controller ( The gems can be aligned in a wide range by moving the LN) and the jewelry attachment device ST to the "X" or "Y" axis.

A process of moving the support frame 330 to the "X" axis in the longitudinal direction of the work table 100 by the first driving unit 310 of the first moving device 300 will be described.

When the first driving motor 311 of the first driving unit 310 rotates, as the first driving pulley 311b axially coupled to one end of the motor shaft 311a rotates, the first driving pulley 311b is connected. The first driven pulley 313a connected by the member 313b rotates.

Accordingly, as the drive shaft 313 axially coupled with the first driven pulley 313a rotates, the second driven pulley 313c axially coupled with the drive shaft 313 rotates.

Support frame 330 having a connecting member fixing bracket 333 to which the connecting member 321 is coupled as the connecting member 321 connected to the second driven pulley 313c and the first return pulley 315 moves. This moves in the "X" axis direction.

As the support frame 330 moves, the bridge frame 350 coupled with the support frame 330 and the second moving device 500 provided in the bridge frame 350 interlock with each other. The movement to the "X" axis of the attachment system AJ is completed.

Next, the movement in the "Y" axis direction by the second moving device 500 will be described.

First, as the second driving motor 511 provided at one side of the support frame 330 is driven, the third driven connected by the second driving pulley 513 and the connecting member 518 of the second driving motor 511. Pulley 516 rotates.

The second return pulley 517 connected by the third driven pulley 516 and the connecting member 518 rotates, and both ends of the connecting member 518 have a base plate having a connecting member fixing bracket 535 ( 533) moves.

Accordingly, the jewelry supply device LN and the jewelry attachment device ST, which are provided symmetrically on both sides of the mounting frame 370 provided on the upper side of the base plate 533, move, and the jewelry alignment operation as described above is performed. Repeat.

On the other hand, the movement operation to the "X" axis and "Y" axis as described above and the rotation speed of the first and second drive motors (311, 511) and the like automatically by the program input to the controller (not shown) It is easy to adjust the working speed as much as possible.

As such, when the jewelry alignment operation is completed, a process of cutting the film FL in which the jewelry alignment is completed by the cutting device 800 according to the present invention in the "X" axis or "Y" axis direction will be described.

8 and 9, first, the connection bracket 885 and the motor bracket 840 coupled to the slide cylinder 880 are simultaneously downward by the downward stroke of the slide cylinder 880.

At this time, the motor bracket 840 is stably lowered by the slide block 830 coupled with the slide rail 820 having a vertical direction on one side.

In this downward motion, the rotary knife 873 of the cutting portion 870 presses the film (not shown), and the pressing of the rotary knife 873 is applied to the buffer member 883 provided in the connecting bracket 883. Appropriate pressure is applied to prevent the wear of the rotary knife 873 which is easily cut by the cutting.

As such, when the cutting preparation is completed, the second moving device 500 is moved by the operation of the second driving motor 511, and the film FL is cut along the “Y” axis based on the direction shown.

In addition, the cut | disconnection of the "X" axis direction which is the opposite direction to the above-mentioned "Y" axis movement is demonstrated.

First, as the rotation motor 850 rotates, the rotation shaft 860 rotates, and accordingly, the rotary bracket 860 and the rotary knife 871 hinged thereto are rotated as well. Rotate at right angles.

As such, when the rotation is completed, the cutting preparation is completed according to the downward stroke of the slide cylinder 880 as described above, and the support frame (3) by the first driving motor 311 of the first moving device 300 described above. 330 moves in the " X " axial direction and a cut of the film FL in the longitudinal direction is made.

As a result, a wide range of jewelry attachment systems have been supplied in one cycle for jewels, and the productivity of jewels has been improved by making the jewelry aligning area as wide as possible.

In addition, by aligning the jewelry on the top of the film, when the alignment is completed, by cutting the film aligned in the longitudinal direction or the width direction, jewelry alignment and film cutting can be completed in one cycle, thereby improving productivity It became.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. Such modifications will fall within the scope of the claims of the present invention.

AJ: Jewelry Attachment System LN: Jewelry Supply Device
ST: Jewelry Attachment Device 100: Work Table
110,130: 1st, 2nd leg 150: side frame
170: upper frame 180: alignment plate
190: vacuum means 191: support frame
192: vacuum tank 193: vacuum pump
195: film support post 200: attachment material insertion device
210: pulling shaft support member 230: pulling shaft
250: friction member 270: handle
300, 500: first and second mobile devices 310, 510: first and second mobile devices
320, 517: second return pulley 330: support frame
350: bridge frame 530: moving part
700: mounting frame

Claims (15)

delete A jewelry supply device in which at least one supply module is provided symmetrically to supply gems distinguished according to color and size, and a jewelry supplied from the supply module provided in the vertical direction in the middle of the jewelry supply device. A jewelry attachment device which is rotated to attach to the jewelry attachment material in sequence, and is provided on the lower side of the jewelry attachment device, and the jewelry supply device and the jewelry attachment device to attach the jewelry at the corresponding coordinates according to the setting. In the automatic jewelry attachment system consisting of a jewelry aligning device which moves on the X axis or Y axis in the plane,
The jewelry sorting device,
Working table;
A first moving device provided to move in an X-axis direction from the upper part of the work table;
A second moving device moving in an Y-axis direction from an upper portion of the first moving device;
It is provided on top of the second moving device, the automatic jewelry attachment system with a jewelry alignment device, characterized in that the jewelry supply device and the jewelry attachment device comprises a mounting frame provided in both sides in a symmetrical direction. The method of claim 2,
The work table,
First and second legs provided at both ends in a vertical direction, side frames provided side by side in the longitudinal direction to connect the upper portion of the first and second legs, and a plurality of provided at equal intervals in the longitudinal direction of the side frame It is provided in a state spaced apart from the side frame by a support member in a predetermined distance in the up and down direction, the upper frame is provided with a first guide rail in the longitudinal direction of the bottom surface, characterized in that the alignment plate provided on the upper frame Automatic jewelry attachment system with jewel aligner. The method of claim 3, wherein
The work table,
And a film support post provided in an upper vertical direction of said second leg. 5. The method of claim 4,
The film support post,
Automatic jewelry attachment system with a jewelry aligning device, characterized in that it further comprises a long hole provided side by side at the top to facilitate insertion of both ends of the film coil support rod. The method of claim 3, wherein
The work table,
The alignment plate provided at the top is a perforated plate formed with a plurality of holes,
A support frame provided in a rectangular shape on an inner side of a cross section of the upper frame provided side by side in the longitudinal direction at the lower side of the alignment plate;
Mounting flange is supported in the vertical direction on the lower side of the four support frame, provided in a horizontal direction at a right angle of 90 degrees in connection with the mounting flange, further comprising a vacuum means consisting of a vacuum tank having a vacuum pump in the center Automatic jewelry attachment system with jewel aligner. 6. The method according to claim 2 or 5,
The jewelry sorting device,
Automatic jewelry attachment system with a jewel aligning device, characterized in that it further comprises an attachment material inlet device provided on one side of the film support post. 8. The method of claim 7,
The attachment material introduction device,
An inlet shaft support member provided on both sides of the work table, an inlet shaft axially coupled to the inlet shaft support retaining member, a friction member provided at a plurality of longitudinal equal intervals of the inlet shaft, and provided at an end of the inlet shaft Automatic jewelry attachment system with jewelry alignment device, characterized in that the handle. The method of claim 2,
The first moving device is;
A first drive motor provided in the work table, a motor shaft provided at one end of the first and second side frames in a horizontal direction so as to be interlocked by the first drive motor and a connecting member, and by the motor shaft and the connecting member. A first driving part including a first return pulley provided at the other ends of the first and second side frames so as to interlock with each other;
The first guide rail and the first sliding block are coupled to the inside of the plane symmetrically formed on both sides of the work table, and the connection member fixing bracket is formed on the outside of the first sliding block. A support frame provided symmetrically;
Automatic jewelry attachment system with a jewelry alignment device, characterized in that consisting of a bridge frame coupled to the upper end of the support frame provided symmetrically. The method of claim 9,
The connecting member fixing bracket,
It is provided on the upper surface of the support frame in the longitudinal direction, the upper surface is composed of a first bracket formed with gears to be coupled to the gear formed on the connecting member, and a second bracket fixed to the upper side of the fixing bracket and the connecting member to prevent separation Automatic jewelry attachment system with a jewelry aligning device. The method of claim 2,
The second moving device
A second driving motor provided in a horizontal direction at one end of the bridge frame of the first moving device in a horizontal direction, and a second driven pulley provided in a horizontal direction at an upper surface of the bridge frame so as to be interlocked by the second driving motor and a connecting member; A second driving part including a second return pulley provided at the other end of the bridge frame to be interlocked by the second driven pulley and a connection member;
And a moving part connected to the connection member of the second driving part and reciprocating the upper part of the bridge frame in a longitudinal direction. 12. The method of claim 11,
The moving unit includes:
Second guide rails are provided on both sides of the bridge frame in the longitudinal direction, and at least one second sliding block is provided on both sides of the bottom surface so as to reciprocate along the second guide rails. An automatic jewelry attachment system having a jewelry alignment device, characterized in that the base plate is provided with at least one connection member fixing bracket to fix the connection member. 13. The method of claim 12,
The connecting member fixing bracket,
One surface having a rectangular plate shape is characterized by consisting of a gear engaging portion formed with irregularities (결합) to gear engagement with the connecting member, and at least one fixed portion formed on one side of the gear coupling portion to be fixed to the base plate Automatic jewelry attachment system with jewelry alignment. The method of claim 2,
The jewelry sorting device,
And a cutting device provided in the second moving device so as to cut the film on which the alignment of the jewelry is completed on the "X" axis or the "Y" axis. The method of claim 14,
The cutting device,
A film is cut by a rotary knife which is provided in a direction perpendicular to the base of the second moving device and is moved downward by a slide cylinder;
The rotary knife is rotated in a direction perpendicular to the rotary motor, the automatic jewelry attachment system with a jewelry aligning device, characterized in that to cut the film is aligned in the "X" axis or "Y" axis direction.

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