KR100403828B1 - The method and apparatus for auto-array of electronic parts case using LED - Google Patents

Abstract

The present invention is provided in the control box (A), the supply unit (1) formed in the lower portion of the control box (A), the rear of the supply unit (1) and in the supply box (11) of the supply unit (1) The first clamp 2 which draws out the aluminum plate 12 and transfers it to the first transfer part, and the aluminum plate 12 which is formed on the upper part of the first clamp 2 and supplied from the first clamp 2. The first conveying unit (3) and the first conveying unit (3) which transfer only the case to the first conveyor line by line with the first conveying jig (31), and remove the aluminum plate (12) from which the case is completely removed. Is installed at the end of the first conveyor (4) for transferring the case forward, and is installed on one side of the first conveyor (4), the case supplied by the first conveyor (4) constant The discharger supplied by the glass box supply conveyor 84 from the sorter 5 and the glass plate supply part 8 'which separate at intervals. After the glass plate 82 'having the glass plate 81 embedded therein and the discharge glass plate 81 of the glass plate 82' are placed on the upper portion of the second conveyor 7 by the second clamp 9, The glass plate 82 'from which the glass plate is removed is lowered by the lower elevation 83' and discharged by the glass box discharge conveyor 85, and the case separated from the sorter 5 is discharged from the glass plate 81. ) The second supply jig 61 of the second transfer unit 6 arranged at a predetermined interval and the discharge glass plate 81 in which the case is placed is discharged of the discharge unit 8 by the second conveyor (7). The discharge bin 82 is fed to the discharge bin 82 supplied by the supply conveyor 86, the discharge bin 82 is lowered by the lower elevation 83 to transfer to the discharge port by the discharge bin discharge conveyor 87. The present invention relates to an electronic component case automatic alignment device for an LED and a method thereof.

Description

LED electronic component case automatic alignment device and method thereof {The method and apparatus for auto-array of electronic parts case using LED}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic component case automatic alignment apparatus for LEDs and a method thereof, and more particularly, to an electronic component case automatic alignment apparatus for LEDs for automatically aligning a case which is an electronic component for LEDs.

Conventionally, in order to align the case, which is an electronic component for LEDs, the worker must prepare the work by manually adjusting the heat and heat by hand, which requires a lot of manpower and time, and because it cannot be accurately aligned, the defect rate is high and productivity is high. There has been a problem of deterioration.

Korean Utility Model Registration Publication No. 20-161504 is a code that connects a probe to a probe with a variable fixing means that contacts the PCB to a measuring point so that various types of PCBs can be inspected interchangeably with a single inspection device. Equipped with up-down bracket that can selectively move up and down with guide and guide rollers with weights and guide rollers so that it can always be aligned with a constant tension with minimum space occupancy, and code alignment device with guide roller for guide guide guides on the up-down bracket It is related to the code alignment device for the PCB inspection device to eliminate the obstacles in the operation of the device according to the PCB inspection, and to ensure smoothness of the device operation by aligning clearly in the device despite the random flow of the code,

Korean Registered Patent Publication No. 242725 is screwed on an outer frame of a conveying conveyor, a fastening hole for screwing with a horizontal hole is drilled, and a pair of vertical holes formed with shaft holes, and both ends to prevent flow of the shaft between the vertical holes. An alignment shaft provided with a fixing piece in the center and an alignment guide having a lower end chamfered at an interval corresponding to the width of the alignment point of the component to the shaft with screws, and the alignment shaft coupled to the shaft hole between the vertical holes. And, relates to a transfer part automatic alignment device of the component transfer line, characterized in that the horizontal coupling to both ends of the vertical,

Korean Patent Publication No. 163500 discloses a first moving means for moving a tray between an electronic parts assembly system and an automatic component sorting device, a tray storage table for storing a tray supplied from a parts assembly system, and vibration of the tray. And a second moving means for moving the tray from the tray storage table to the vibrating device, a parts box storage part for storing and storing a plurality of parts boxes, and a part from the parts box storage part. It relates to a component automatic alignment device composed of a third moving means for supplying the parts to the tray seated on the vibrator by moving the box,

The prior art as described above has the same purpose as an apparatus for aligning electronic components, but there are problems in that objects to be aligned are different and their structure is different.

The present invention is to solve the above problems, the glass plate supply tray filled with the empty glass plate to be placed the case, the glass plate supply to the rear portion, the discharge tray without the glass plate to the front discharge portion, the supply tray made of aluminum placed the case respectively When the start button is pressed after the first position, the first clamp moves the aluminum plate on which the upper case is placed to the first transfer unit. The first transfer unit transfers the case line by line to the first conveyor using the first supply jig. , The first conveyor is moved to the aligner, separated by a predetermined interval from the aligner, the device for automatically aligning the case on the glass plate coated with the adhesive liquid on the second conveyor by the second supply jig of the second transfer unit, Operation and monitoring of all the above process through the control box electronic component case automatic alignment device for LEDs and the method It is the object of the present invention to provide.

1 is a plan view of the automatic alignment device of the present invention

Figure 2 is a front view of the automatic alignment device of the present invention

Figure 3 is a side view of the automatic alignment device of the present invention

Figure 4 is a detailed view of the automatic alignment device supply unit of the present invention

Figure 5 is a detailed view of the first alignment of the automatic alignment device of the present invention

Figure 6 is a detailed view of the automatic alignment device first transfer unit of the present invention

Figure 7 is a detailed view of the automatic alignment device first conveyor of the present invention

8 is a detailed view of the alignment device of the present invention.

9 is a detailed view of a second transfer unit of the automatic alignment device of the present invention.

10 is a detailed view of a second conveyor and second clamp of the automatic alignment device of the present invention.

Figure 11 is a detailed view of the automatic alignment device lowering device of the present invention

Figure 12 is a detailed view of the automatic sorting device discharge portion of the present invention

Figure 13 is a detail view of the automatic alignment device glass plate supply of the present invention

<Description of the Drawings>

Supply part 1, 1st clamp 2, 1st conveying part 3, 1st conveyor 4, aligner 5, 2nd conveying part 6, 2nd conveyor 7, discharge part 8 ), Glass plate supply unit 8 ', second clamp 9, supply box 11, holder 12, aluminum plate 13, lift elevation 14, first transfer jig 31, belt 41 ), Base plate 51, spring 52, discharge glass plate 81, discharge box 82, glass box 82 ', lower elevation (83, 83'), glass box supply conveyor 84, Glass Box Discharge Conveyor (85), Discharge Box Supply Conveyor (86), Discharge Box Discharge Conveyor (87), Control Box (A)

In order to achieve the above object, the present invention stores a control box (A) formed on one side and an aluminum plate (12) formed at the lower portion of the control box (A) and in which a plurality of cases of electronic components for LEDs are placed. The supply unit 1 for supplying the supplied supply box 11 and the aluminum plate 12 is drawn out from the supply box 11 provided at the rear of the supply unit 1 and supplied to the supply unit 1 and transported to the first transport unit. The first clamp 2 and the aluminum plate 12 formed on the upper portion of the first clamp 2 and supplied from the first clamp 2 are lined by the first transfer jig 31 only in a case. The aluminum plate 12, which is transferred to the first conveyor and the case is completely removed, is installed at the end of the first transfer part 3 and the first transfer part 3, which is manually removed, and moves the case forward. It is provided on one side of the 1st conveyor 4 and the said 1st conveyor 4, The sorter 5 for separating the case supplied by the first conveyor 4 at a predetermined interval, and the discharge glass plate 81 supplied by the glass box supply conveyor 84 from the glass plate supply unit 8` is built Glass box 82 'and the discharge glass plate 81 of the glass box 82' are placed on the upper part of the second conveyor 7 by the second clamp 9, and then the glass plate is removed. 82 'is lowered by the lower elevation 83' and discharged by the glass box discharge conveyor 85, and the case separated from the aligner 5 is disposed on the discharge glass plate 81 at a predetermined interval. The second supply jig 61 of the second conveying part 6 and the discharge glass plate 81 in which the case is placed are connected to the discharge box supply conveyor 86 of the discharge part 8 by the second conveyor 7. Is transported to the discharge bin 82 is supplied, the discharge bin 82 is lowered by the lower elevation 83 to the discharge port (not shown) by the discharge bin discharge conveyor 87 Key relates to the case of electronic components LED automatic alignment apparatus and method for, characterized in that the structure.

The present invention is a device for supplying and aligning the case, which is an electronic component for the LED, the case is placed on the aluminum plate 13, the aluminum plate is embedded in the supply box 11, the supply box 11 is an aluminum plate ( 13) is composed of a protrusion-shaped holder 12 formed on the side portion to be laminated at a predetermined interval,

Discharge box 82 is the discharge glass plate 81 is built or empty, the discharge glass plate 81 is configured to align the case.

When described in detail with reference to the drawings as follows.

1 is a detailed plan view of the automatic alignment device of the present invention, Figure 2 is a detailed front view of the automatic alignment device of the present invention, Figure 3 is a detailed side view of the automatic alignment device of the present invention, Figure 4 is a detail of the automatic alignment device supply unit of the present invention Fig. 5 is a detailed view of the automatic alignment device first clamp of the present invention, Fig. 6 is a detailed view of the automatic alignment device first conveying unit of the present invention, Fig. 7 is a detailed view of the automatic alignment device first conveyor of the present invention. 9 is a detailed view of the alignment device of the automatic alignment device of the present invention, FIG. 9 is a detailed view of the second transfer unit of the automatic alignment device of the present invention, FIG. 10 is a detailed view of the second conveyor and the second clamp of the automatic alignment device of the present invention, and FIG. 12 is a detailed view of the automatic sorting device lowering device of the present invention, FIG. 12 is a detailed view of the automatic sorting device discharge part of the present invention, and FIG. 13 is a detailed view of the automatic sorting device glass plate supplying part of the present invention. 1 clamp (2), first transfer section (3), first conveyor (4), aligner (5), second transfer section (6), second Bare 7, outlet 8, glass plate supply 8 ', second clamp 9, feed box 11, holder 12, aluminum plate 13, lift elevation 14, first Transfer jig 31, belt 41, base plate 51, spring 52, discharge glass plate 81, discharge box 82, glass box 82 ', lower elevation (83, 83') It can be seen that the glass box supply conveyor 84, the glass box discharge conveyor 85, the discharge box supply conveyor 86, the discharge box discharge conveyor 87, the control box (A).

Looking at the structure as shown in Figures 1 to 3, the control box (A) formed on the upper side of one side, and the aluminum plate 12 is formed in the lower portion of the control box (A) and the electronic case for the LED is placed 12 The supply unit 1 for supplying the supplied supply box 11 and the aluminum plate 12 is drawn out from the supply box 11 provided at the rear of the supply unit 1 and supplied to the supply unit 1 and transported to the first transport unit. Only the case is formed in the first clamp 2 and the aluminum plate 12 provided on the first clamp 2 and supplied from the first clamp 2 by the first transfer jig 31. The aluminum plate 12, which is transferred to the first conveyor and the case is completely removed, is installed at the end of the first transfer part 3 and the first transfer part 3, which is manually removed, and moves the case forward. It is provided on the 1st conveyor 4 and the one side surface of the said 1st conveyor 4, A sorter 5 for separating the case supplied by the first conveyor 4 at a predetermined interval and a discharge glass plate 81 supplied by the glass box supply conveyor 84 from the glass plate supply unit 8 ′ are installed. The glass box 82 'and the discharge glass plate 81 of the glass box 82' are placed on the upper portion of the second conveyor 7 by the second clamp 9, and then the glass plate is removed. 82 ') is lowered by the lower elevation 83' to be discharged to the discharge port (not shown) by the glass plate discharge discharge conveyor 85, and the case separated from the aligner 5 is discharged from the glass plate 81. The second supply jig 61 of the second transfer unit 6 arranged at regular intervals in the and the discharge glass plate 81 in which the case is placed is supplied to the discharge tray of the discharge unit 8 by the second conveyor (7). The discharge bin 82 is transported to the discharge bin 82 supplied by the conveyor 86, and the discharge bin 82 is lowered by the lower elevation 83 to discharge the discharge port by the discharge bin discharge conveyor 87. Relates to the case of electronic components LED automatic alignment device for mitgeu method characterized in that the structure for transfer to the city).

4 is a plan view and a side view of the supply part in detail, and the supply part 1 has an open front surface in a quadrangular shape to be mounted to the supply part 1, and an aluminum plate 13 having a case placed on both inner ends thereof is laminated. A feed box 11 in which a holder 12 is formed,

It is installed in the lower part of the supply box 11 when the first clamp (2) transfers the aluminum plate 13 of the upper end of the supply box 11 to the lower portion of the rear first feeder (3) step by step the supply (11) It is a structure composed of a rising elevator 14 device to raise the,

FIG. 5 is a plan view and a front view of the first clamp in which the first clamp 2 transfers the aluminum plate 13 at the upper end of the feed box 11 to the lower portion of the rear first feeder 3. Device to make

FIG. 6 shows a detailed plan and front view of the first carriage, wherein the first carriage 3 carries a case placed on the aluminum plate 13 transferred by the first clamp 2 to the first conveyor 4. ) Is a device for transferring to the upper portion of the first conveyor (4) by lifting the line by the first transfer jig (31) line by line,

FIG. 7 is a detailed and plan view of the first conveyor, in which the first conveyor 4 is formed with a belt 41 for conveying the case conveyed from the first conveyer 3 forward. ego,

8 is a plan view and a front view of a detail of the aligner, wherein the aligner 5 is a device that separates the case transferred from the first conveyor 4 at a predetermined interval. And, the device is composed of a spring 52 embedded in the lower portion of the base plate 51,

FIG. 9 is a plan view and a front view of a detail of a second conveying part, wherein the second conveying part 6 carries the case aligned in the aligner 5 to the discharge glass plate 81 by the second conveying jig 61. It is a device to arrange and transfer line by line at regular intervals,

FIG. 10 is a plan view and a front view of the second conveyor in detail, and the second conveyor 7 discharges the discharge glass plate 81 in which the case is aligned, and discharges the discharge unit 8 installed at the front ( 82),

FIG. 11 is a detailed view of the lowering device of the discharge bin, wherein the discharge bin 82 is lowered so that the discharge glass plate 81 is stacked from the bottom of the discharge bin 82, and the lower elevation 83 is mounted.

Fig. 12 is a detailed view of the discharge unit, wherein the discharge unit 8 is provided with a discharge bin 82 supplied by the discharge bin supply conveyor 86, and a case lowered by the lower elevator 83. Discharging the discharge bin 82, the glass plate is laminated to the discharge port (not shown) by the discharge bin discharge conveyor 87,

Fig. 13 is a detailed view of the glass plate supply unit, in which the glass plate supply unit 8 'inserts a glass plate box 82' in which an empty discharge glass plate 81 coated with an adhesive liquid is stacked by a glass box supply conveyor 84. The discharge glass plate 81 of the glass box 82 'is placed on the upper portion of the second conveyor 7 by the second clamp 9, and the glass plate 82' from which the glass plate is removed is lowered in elevation 83 It is a structure which is discharged by the glass box discharged discharge conveyor 85 descending by the `).

The working method is a device capable of controlling and monitoring all operations in the control box A formed at one upper side. When the start button is pressed, the first clamp 2 is provided at the lower part of the control box A. The upper plate of the upper case of the supply box 11 loaded in the transfer to the lower portion of the first conveying unit 3, wherein the supply box 1 is raised by the rising elevator (14), The transferred case is transferred to the first conveyor 4 line by line by the first transfer jig 31 of the first transfer unit 3, and the first conveyor 4 transfers a single case to the aligner 5. Forward to transfer, the case forwarded is transferred to the upper portion of the base plate 51 of the aligner 5, the transferred case is separated by a certain interval by the elasticity of the spring 52 is automatically aligned,

The glass tray 82 'in which the empty discharge glass plate 81 coated with the adhesive liquid is laminated by the glass tray supply conveyor 84 of the glass plate supply unit 8` is introduced, and the discharge glass plate of the glass plate 82' 81 is placed on the upper part of the second conveyor 7 by the second clamp 9, and then the case separated from the aligner 5 is attached to the second conveying jig 61 to the second conveying part 6; It is conveyed while aligning to the upper discharge glass plate 81 of the second conveyor (7) at regular intervals, the supply box from which the discharge glass plate 81 is removed is lowered by the lower elevator (83 ') to discharge the glass tray (conveyor) ( 85) to the discharge port (not shown),

When the loading of the case is completed on the discharge glass plate 81, the second conveyor (7) is operated,

The front discharge part 8 supplies the discharge container 82 by the discharge container supply conveyor 86, loads the discharge glass plate 81 conveyed from the 2nd conveyor 7, in the discharge container 82, and The discharge bin 82 is lowered by the lower elevation 83, and the discharge bin 82 is stacked by the discharge glass plate 81 in which the case is aligned and discharged by the discharge conveyor 87. (Not shown),

The discharge unit 8 and the glass plate supply unit 8 'are the same operation at the same time, and when the discharge is completed, the supply (11), the glass plate 82' and the discharge box 82 by repeating the above operation All operations, including the supply and discharge of), are performed automatically by the control box.

The motors, sub-motors and peripheral cylinder parts required for the operation of the above process are using conventional devices and are not included in the detailed description because they are not the core of the present invention.

As described above, the present invention can automatically align the case of the LED electronic components to prevent the enormous loss of manpower, thereby reducing labor costs, increase the competitiveness of the product, and automatically perform, thereby increasing productivity It is effective to minimize the defective rate.

Claims (7)

In the electronic parts case automatic alignment device for LED, Supply unit for supplying the control box (A) formed on the upper side, and the supply box 11 is formed in the lower portion of the control box (A) and the aluminum plate 12 is stored in a plurality of cases, which are electronic components for LEDs (1) and a first clamp (2) which is installed at the rear of the supply unit (1) and draws out the aluminum plate (12) from the supply box (11) supplied to the supply unit (1) and transfers it to the first transfer unit; The case is formed on the upper part of the first clamp (2) and only the case is transferred from the aluminum plate 12 supplied from the first clamp (2) to the first conveyor line by line by the first transfer jig 31, the case is The removed aluminum plate 12 is installed at the end of the first transfer unit 3, the first transfer unit 3 to remove manually, the first conveyor (4) for transferring the case forward, and It is installed on one side of the first conveyor (4), the case supplied by the first conveyor (4) A glass tray (82 ') having a sorter (5) separating the at regular intervals, a discharge glass plate (81) supplied by the glass tray supply conveyor (84) from the glass plate supply unit (8`), and the glass tray The discharge glass plate 81 of 82 'is placed on the upper part of the second conveyor 7 by the second clamp 9, and then the glass plate 82' from which the glass plate is removed is lowered to the lower elevation 83 '. The second supply jig of the second conveying part 6 is lowered by the discharged glass plate discharge conveyor 85, the case separated from the aligner 5 is disposed on the discharge glass plate 81 at regular intervals. 61 and the discharge glass plate 81 in which the case is placed is transferred to the discharge bin 82 supplied by the discharge bin supply conveyor 86 of the discharge unit 8 by the second conveyor 7, The discharge bin 82 is lowered by the lower elevation 83, the discharge bin discharge conveyor (87) characterized in that the structure for transferring to the discharge port (not shown) Case parts automatic sorting devices. According to claim 1, The supply unit 1 is provided with a holder 12 is formed so that the front surface is open in a rectangular shape to be mounted to the supply unit 1, both sides of the inner plate is laminated so that the aluminum plate 13 is placed 11, It is installed in the lower part of the supply box 11 when the first clamp (2) to transfer the aluminum plate 13 of the upper end of the supply box 11 to the lower portion of the rear first feeder (3) step by step the supply box (11) The electronic component case automatic sorting device for an LED, characterized in that consisting of a rising elevator (14) device to raise the. The method of claim 1, wherein the first clamp (2) is a device for transferring the aluminum plate 13 of the upper end of the supply box 11 to the lower portion of the rear first carrier 3, The first transfer table 3 is a device for transferring the case placed on the aluminum plate 13 transferred by the first clamp 2 to the first conveyor 4, and the case is moved by the first transfer jig 31. Automatic sorting device for an electronic component case for an LED, characterized in that configured to lift by one line to convey to the upper portion of the first conveyor (4). The apparatus of claim 1, wherein the aligner 5 is a device for separating the case transferred from the first conveyor 4 at a predetermined interval, and includes a plurality of base plates 51 and a lower portion of the base plate 51. Electronic component case automatic sorting device for LEDs, characterized in that consisting of a built-in spring (52). 2. The apparatus of claim 1, wherein the second transfer part 6 arranges and transfers the case aligned in the aligner 5 to the discharge glass plate 81 at a predetermined interval by a second transfer jig 61. ego, The second conveyor 7 automatically arranges the electronic component case for LEDs, which is configured to transfer the discharge glass plate 81 of which the alignment of the case is completed to the discharge bin 82 of the discharge unit 8 installed at the front. Device. According to claim 1, wherein the discharge portion 8 is divided into front and rear, the discharge portion 8 in front of the discharge box 82 is supplied by the discharge tray supply conveyor 86, and the lower elevation ( The discharge glass plate 81 having the case lowered by the lower case 83 is discharged to the discharge port by the discharge bin discharge conveyor (82), The glass plate supply unit 8 'inputs a glass box 82' in which an empty discharge glass plate 81 coated with an adhesive liquid is stacked by a glass box supply conveyor 84, and discharges the glass box 82 '. The glass plate 81 is placed on the upper part of the second conveyor 7 by the second clamp 9, and the glass box 82 'from which the glass plate is removed is lowered by the lower elevation 83' to discharge the glass plate box discharge cone. Electronic component case automatic sorting device for LEDs, characterized in that the structure is characterized in that the discharged by the (85). In the automatic sorting method of electronic component case for LED, When the start button is pressed, the first clamp 2 carries the aluminum plate 13 on which the upper case of the supply box 11 loaded on the supply unit 1 formed under the control box A is loaded. At this time, the supply box (1) is raised by the elevator (14), the conveyed case by the first conveying jig 31 of the first conveying unit 3 by a first conveyor (line 1) 4), the first conveyor (4) is moved forward to transfer a single case of the case to the aligner 5, the case forwarded to the upper portion of the base plate 51 of the aligner (5) Conveyed to the case, the conveyed case is separated at regular intervals by the elasticity of the spring 52 is automatically aligned, The glass tray 82 'in which the empty discharge glass plate 81 coated with the adhesive liquid is laminated by the glass tray supply conveyor 84 of the glass plate supply unit 8` is introduced, and the discharge glass plate of the glass plate 82' 81 is placed on the upper part of the second conveyor 7 by the second clamp 9, and then the case separated from the aligner 5 is attached to the second conveying jig 61 to the second conveying part 6; It is conveyed while aligning to the upper discharge glass plate 81 of the second conveyor (7) at regular intervals, the supply box from which the discharge glass plate 81 is removed is lowered by the lower elevator (83 ') to discharge the glass tray (conveyor) ( 85), When the loading of the case is completed on the discharge glass plate 81, the second conveyor (7) is operated, The front discharge part 8 supplies the discharge container 82 by the discharge container supply conveyor 86, loads the discharge glass plate 81 conveyed from the 2nd conveyor 7, in the discharge container 82, and The discharge bin 82, which has been stacked, is lowered by the lower elevation 83, and the discharge bin 82 in which the discharge glass plates 81 are stacked is placed in the discharge bin 82. Electronic component case automatic sorting method for the LED, characterized in that discharged to the outlet by.