KR200141143Y1 - Apparatus for separating the part for the machine that supplies different shape of part automatically - Google Patents

Abstract

It is related to the parts separation device of the auto parts supplying device which can improve the operation efficiency of the machine by separating the parts that are kept in the adhesive state by the added adhesive so that they can be supplied smoothly. A main stopper 3, a fixing bracket 10 fixed to the stopper and having an inclined groove 11 at one end thereof, a separating piece 21 rotatably installed on the fixing bracket, and a rotating force on the separating piece. Consists of a retracting rod 30 is installed elastically to provide.

Description

Component Separation Device for Automatic Dispenser

The present invention relates to a device for automatically supplying a release part, and more particularly, by separating the release parts that are maintained in the adhesive state by the adhesive added in the manufacturing process to separate each other so that the smoothly supplied operation efficiency of the device It is about the parts separation device of the mold release auto feeder which can be increased.

In general, a release part supply device is a device for automatically supplying a small component such as a semiconductor chip individually, and FIG. 1 illustrates such a release part supply device.

That is, the above-mentioned automatic release parts supplying device changes the angle of the supply means 1 and the parts 4 which are individually supplied from the supply means after transferring the parts 4 to a predetermined position, and then aligning them to a predetermined position. It consists of the conveying means 5 which conveys.

The supply means is provided with a component alignment stage (2) inclined at a predetermined angle, in which the components (4) to be supplied are arranged in close contact with each other, and at the end, the component (4) is held or placed by a sensing signal. The stopper 3 is provided.

On the other hand, the conveying means (5) is a loading member (6) for changing the angle in the horizontal state while receiving and loading the parts (4) supplied obliquely from the component sorting table (2) to the guide plate (7) If you come in close contact with the tip of the parts sorter (2) in the state of rotating at a certain angle from the horizontal state, the control signal will slide down and drop the natural parts (4) held by the stopper (3). It is to be seated on the loading member (6).

When the uppermost part is released from the parts sorter (2), the next part behind it slides down to fill the place where the previous part is exited, and when the stopper (3) catches this part again, the transportation means which loaded the previous part 5 starts to move to the initial position.

The adhesives added in the manufacturing process adhere to each other in close contact with the component aligning table 2 so that the stopper 3 does not slip even when the stopper 3 releases the holding state of the components, or the adhesive state is maintained. There was a problem in that a malfunction occurred such as successively descending while the parts after it were attached to the parts 4 and the operation of the device was frequently stopped, thereby lowering the productivity.

In addition, the release part feeder was to reduce labor costs by using an unmanned automation system, and as a result, the parts supply was in poor condition, requiring a separate manpower to separate each glued part during the automatic supply of parts.

The present invention has been made in view of the above-described conventional problems, a stopper for holding a component according to a control signal, a fixing bracket fixed to a lower end of the stopper and having an inclined groove formed at one end thereof, and rotatable to the fixing bracket. It consists of a resilient piece that is elastically installed, and a tapping rod that is resiliently installed to provide rotational force to the part, and separates the parts that are glued when the part is loaded. It is to provide a component separation device of the feeder.

1 is a side view showing an automatic release part supplying device

Figure 2 is a partially cutaway side view showing a state in which the component separation device of the embodiment of the present invention is applied

3 is an enlarged view of a portion A of FIG.

4A to 4C are enlarged side views of main parts showing the operation state of FIG. 4;

* Explanation of symbols for main parts of the drawings

10: fixing bracket 11: inclined groove

20: separation piece 21: hinge axis

22: restoration spring 30: wandering rod

31: elastic spring

It demonstrates with reference to FIG. 2 and FIG.

That is, the stopper (3) for holding or releasing the component (4) while operating up and down according to the control signal, and the fixing bracket (10) fixed to the bottom of the stopper and having an inclined groove (11) formed on the outer surface thereof; A s-shaped separation piece 20 rotatably hinged to the inner surface of the inclined groove 11, a restoring spring 22 coupled to the hinge shaft 21 to provide a restoring force of the separation piece, It is composed of a lifting rod 30 which is elastically vertically moved by the compression spring 31 to provide a rotational force to the separating piece.

Therefore, in a state where the parts 4 aligned with the parts sorter 2 are stopped by the stopper 3, the conveying means 5 moves backward to receive the parts 4 so that When the loading member 6 is in close contact with the tip, the stopper 3 is moved up by the control signal sensing the same, and the fixing bracket 10 and the separating piece 20 coupled thereto are raised together (see FIG. 4A). )

Accordingly, the parts (4) arranged on the parts sorting table (2) are slipped down by their own weight and seated on the loading member (6). When the mounting is confirmed, the stopper (3), the fixing bracket (10), and the separation are removed. The piece 20 is lowered together to stop the parts in the next order and at the same time the upper part of the separating piece 20 presses the waffle bar 30 by the lowering force, and the lower part of the separating piece is located at the border between the parts. Done. (See Figure 4b)

When the above operation is completed, the transfer means 5 loaded with the component 4 starts to move forward. At this time, the elastic spring 31 installed in the lower portion of the mounting rod 30 pressed by the separating piece 20 is used. Two parts bonded by pushing the rear side of the loaded part 4 by pushing the separation piece 20 while being lifted by the elastic force by rotating the separation piece by the hinge shaft 21 by the inclination angle of the inclined groove 11. To separate. (See Figure 4c)

Meanwhile, the restoring spring 22 fixed to the hinge shaft 21 of the separating piece 20 serves to return the separating piece 20 to its original state in an inclined state by the completion force, and then again. In order to transfer the parts it is carried out by repeating the above operation process.

In order to prevent transportation defects due to the adhesiveness of parts, the parts are automatically isolated and smoothly transported to achieve unmanned automation system, thereby reducing labor costs and smoothly supplying parts. By maximizing, productivity is improved.

Claims (2)

A fixing bracket fixed to the stopper for holding the part according to the control signal and having an inclined groove formed at one end thereof, a separating piece pivotably installed in the inclined groove of the fixing bracket, and a wobbler installed elastically to provide rotational force to the separating piece Separation device of the automatic part feeder of the different parts, characterized in that consisting of a rod. The method of claim 1, And a restoring spring for restoring the original shape after the rotation of the separating piece is attached to the rotating shaft.