KR930000610Y1 - Device for transferring ic package - Google Patents

Abstract

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Description

Package Feeder

1 is a partial plan view of the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is a partial perspective view showing a state in which a plurality of IC packages are fitted to the pin.

4 is a cross-sectional view taken along the line B-B in FIG.

* Explanation of symbols for main parts of the drawings

1: Feeder 1 ': Fixture

2: package mount 3: chute

4: tube mounting part 5: square ridge part

6: 1st rack 7: 2nd rack

8: compression spring 9: fixed plate

10: rear frame 10 ': bolt

11: tube 12: package

13: pin 14: laminated member

15 cover 16 side wall

The present invention relates to a package conveying apparatus, and more particularly, to a package conveying apparatus configured to accommodate a plurality of packages in a plurality of tubes through a chute consisting of a predetermined standard.

In the semiconductor assembly process, a plurality of packages are accommodated in a tube to transfer to the next process after the package plating process. (One tube usually contains 12-15 packages.) The operator accepts each package after the plating process, but the operator only inserts each package after the plating process. It causes a lot of trouble in improving work load by delay of working time and repeated simple labor of worker.

The object of the present invention is to provide a package conveying apparatus that can easily carry out the work of accepting the package into the tube, which was dependent on manual work, using a simple mechanism.

According to the present invention, a plurality of package mounts 2 for seating a plurality of packages 12 are formed at the front end of the member, and a plurality of well-known package receiving tubes 11 can be mounted at another end. The tube mounting portion 4 is configured, and a plurality of slides 3 having a predetermined width and height are formed between each package mounting portion 2 and each tube 11 mounted on the tube mounting portion 4. And a carriage (1) configured so that the IC package mounted on each package mount (2) can slide along the respective carriages (3) to be accommodated in the corresponding tube (11) mounted on the tube mount (4). And, it is installed in the lower portion of the conveying table (1) characterized in that consisting of a holding table (1 ') for solidifying the conveying table (1) in a predetermined angle inclined state.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings, FIG. 1 shows a partial plane of the present invention, and FIG. 2 shows a cross section taken along the line A-A of FIG.

The present invention is largely located in the lower portion of the conveying table (11) and the conveying table (1) performing the mounting, chute and tube receiving process of the package to support the conveying table (1) and at the same time maintaining the inclined state Separated by (1 ').

The front end portion of the transfer table 1 constitutes a plurality of package mounts 2 for mounting a plurality of plated packages, each of which has a predetermined height and a predetermined distance from the package mounts 2. The chute (3) formed in width is installed in the same number as the package mount (2).

On the other side of the transfer table 1, the tube mounting portion 4 for mounting the tube is configured over the entire width of the transfer table 1, but the tube mounting table 4 is a first fixing stand installed at the rear end of each slide table 3; (6), it is divided into a second fixing stand 7 and a plurality of fixing plates 9 installed at a position spaced apart from the first fixing stand 6 by a predetermined distance.

On the other hand, on the first fixing stand (6), one end with one end corresponding to each end of the carriage (3), the rectangular ridge (5) having a narrower width and lower height than each of the carriage (3) is the same as the carriage (3) It is composed. The fixing bar 20 having a predetermined width corresponding to the entire width of the transfer table 1 is fixed to both sides of the transfer table 1 so that the seated tube is not lifted on the raised portion 5 of the first fixing stand 6.

Further, the rear end of the tube mounting portion 4 is provided with a plurality of fixing plates 9, each of which is equipped with a compression spring 8, in line with the ridge 5 on the first fixing stand 6, as shown in FIG. As described above, a separate stack is placed on the carriage 1 on which each package mount 2 and each carriage 3 are mounted to match the height of the tube 11 located on each anchor 6 and 7. Position the member 14.

Referring to the function of the present invention having the configuration as described above, as shown in FIG. 3, a plurality of packages 12, each of which is plated in the state of being fitted to the pin 13, on the package mount 2 The bottom of the edge is placed in one-to-one contact with the bottom surface (the pin 13 is positioned in the space “between” the package mount 2 and the slide 3). When the pin 13 into which the package 12 is inserted is removed, the package 12 slides along each horasong 3 of the inclined conveyance 1. (The package is slid down with the bottom on the slide (3), which is possible because the transport (1) is inclined as a whole by the fixing (1 '))

Each package 12 which slides along the surface of each slide (3) is each tube that is in close contact with the upper line of the slide (3) by each holding plate (9) in the state of being seated on each holding (6, 7) ( 11) Accepted within. Since 13-15 packages are usually accommodated in one tube, the same operation is repeated 13-15 times, so that a predetermined number of packages are received in each tube sequentially. Each of the fixing plates 9 in close contact with the rear end of each tube 11 is attached with a compression spring 8 fixed as a bolt 10 'on the rear frame 10. It is possible to move and restore by this, so that each tube 11 containing a predetermined number of packages can be removed and a new tube can be installed.

Referring to Fig. 1, Fig. 2 and Fig. 4 for mounting the general tube to the tube mounting portion 4, Fig. 4 is a cross-sectional view taken along the line BB of Fig. 1, the tube 11 Is placed on the first fixing stand 6 and the second fixing stand 7 installed on the slide 3 counterpart, the bottom end of the tube 11 is placed on the ridge 5 formed on the first fixing stand 6. In the mounted state, the front end face is in close contact with the end of the carriage 3 (see FIGS. 1 and 4). The suspension is located on the second fixing table 7 and the rear end is in close contact with the fixing plate 9. The stationary plate 9, in which the rear end of the tube 11 is in close contact, has a restoring force acting inwardly by the compression spring 8 so that the front end of the tube 11 maintains a full contact with the end of the slide 3. Perform the function. (The method for mounting one tube is described above as an example.)

On the other hand, the reason for bending the middle portion of the slide 3 of the present invention as shown in FIG. 1 is the pitch between each package 12 that is fitted to the pin 13 shown in FIG. This is because the pitch (same as the pitch between the tubes 11) between the square ridges 5 on the phase 6 is different from each other.

In other words, the tube mounting portion 4 is larger than the pitch between the package mounts 2 (same as the pitch between the packages) between the tube 11 and the ridges 5 formed on the first fixing stand 6. The overall width of the package mounting stand 2 is smaller than the overall width, so that the square ridge 5 is supported by the pitch P1 between the slides 3 corresponding to the package mounting stand 2. Since the pitch P2 between the slides 3 becomes gradually wider, the places where the predetermined distances are separated from the leading portions and the leading portions of the slides 3 are.

If it is not bent, the front end of the carriage 3 is not much to enter the package because the slider 3 is formed obliquely, but the rear end of the slider 3 and the end of the tube 11 are twisted. As a result, smooth entry of the package 12 into the tube 11 becomes difficult.

On the other hand, as shown in FIG. 2, the package 1 prevents the detachment of the package 12, which slides onto the slide 3, on the carriage 1 on which the plurality of slides 3 are formed. In order to be able to observe the jam from the outside of the cover (1) of the transparent material that can cover the front side of the both sides of the fixing on both sides of the wall (16) on both sides of the carriage (1).

The present invention as described above has avoided the method of accommodating a large number of packaged packages in a tube by hand, so that a large number of packages with pins can be easily accommodated in a plurality of tubes in one operation. You can get

Claims (2)

At the tip of the member, a plurality of package mounts 2 for seating a plurality of packages 12 are formed, and at another end thereof, a tube mounting unit capable of mounting a plurality of known package receiving tubes 11 ( 4) is configured, and each of the packers (2) and each tube 11 mounted on the tube mounting portion (4) formed a plurality of slides (3) consisting of a predetermined width and height to form each pack An IC package mounted on the easy mounting unit 2 so that the IC package slides along the slides 3 and can be accommodated into the corresponding tube 11 mounted on the tube mounting unit 4; In the I, C package conveying device is provided in the lower portion of the conveying table 1 and made of a fixing table (1 ') for fixing the conveying table (1) in a predetermined angle inclined state, the tube mounting portion (4), It is formed at the rear end of each of the chute 3, the upper portion corresponding to each of the chute 3 A first fixing stand 6 having a plurality of rectangular containers 5 formed of a width and height smaller than the width and height of each slide 3, and the first fixing stand 6 over the entire width of the conveying stand 1; ) Is supported by a second fixing table (7) installed at a position spaced a predetermined distance and a compression spring (8) fixed to the rear frame (10), and correspond one-to-one in line with the corresponding square container (5) IC package conveying apparatus, characterized in that consisting of a plurality of fixed plates (9). 2. The conveyer 1 according to claim 1, wherein an upper end of each tube 11 corresponding to each slide 3 is seated on each rectangular ridge 5 on an upper portion of the first fixation stand 6 so as not to be lifted. Packager, characterized in that the fixed bar 20 of the predetermined width over the full width of the fixed to both side walls of the transfer table (1).