CS240468B1 - Device for orientation of components, especially coil bodies - Google Patents

Abstract

The invention relates to a device for orienting components, in particular coil bodies, before entering automatic devices. The device consists of a vibrating container bowl on which a primary track is formed. A scraper is mounted above the primary track, extending above the primary track, forming a wedge-shaped gap with respect to the primary track. At the end of the primary track, a shaped track is attached with an offset forming a support surface, mounted with feet to the vibrating container bowl.

Description

(54) Component orientation device, in particular coil bodies

The invention relates to a device for orienting components, in particular coil bodies, before entering the automatic devices. The apparatus consists of a vibrating container bowl on which a primary path is formed. Above the primary track is an overlaid squeegee extending above the primary track, forming a wedge-widening gap with respect to the primary track. At the end of the primary track, a shaped track with an offset forming an abutment surface is attached, fixed by the feet to the bowl of the vibrating container.

.240468

The invention relates to a device for orienting components, in particular coil bodies, before entering the automatic devices.

In the known devices, orientation was carried out by a system of cues which gradually sorted out individual inaccurately positioned components. Such components were also orientated by means of shaped tracks, into which the components were slid and inaccurately positioned by a squeegee system back into the bowl of the vibrating container. However, said devices showed a significant failure rate of parts supply due to their wedging and a relatively high percentage of incorrectly oriented parts. In addition, the removal of retainers from complex> paths directly increases the downtime of automatic assembly devices.

The above-mentioned disadvantages are alleviated and the technical problem is solved by a component orientation device, in particular coil bodies, which is based on the fact that above the primary track there is a squeegee extending above the primary track creating a clinically widening gap with respect to the primary track. At the end of the primary track, a shaped track with an offset forming an abutment surface is attached, fixed by the feet to the bowl of the vibrating container.

The advantage of the component orientation device, in particular the coil bodies, is that it greatly simplifies the orientation of the components, completely eliminates the critical points of the detent and allows trouble-free and reliable operation of the orientation device when the component removal is stopped. Another advantage of the device is that it is simple to design and manufacture and inexpensive to operate.

A device for orienting components, in particular coil bodies, is shown by way of example in the accompanying drawing, in which: FIG. 1 shows a part of the orientation device in a front view with the parts oriented, FIG. 2 is a plan view of the device; and FIG. 3 is a cross-sectional view taken along line A-A in FIG. 2;

The component orientation device, in particular the coil bodies, consists of a vibration container bowl 1 on which a helically rising primary track 2 terminated by an edge 5 is mounted. Above the primary track 2, a squeegee 3 extends above the end of the primary track 2.

The squeegee 3 forms a wedge-shaped gap 8 relative to the primary track 2. At the end of the primary track 2, a shaped track 7 is attached, fixed by feet 6 to the bowl 1 of the vibrating container. The shaped track 7 is offset relative to the primary track 2 and forms a support surface 9.

The function of the component orienting device, in particular the coil bodies, is as follows: Starting from the state of operation of the device and the coil bodies 10 disorganized proceeding along the primary path 2 in the direction of arrow 11. The coil bodies 10, are inserted into the gap 8. which are in a horizontal position. All the coil bodies 10 in any other position are directed by the squeegee 3 to sleep in the bowl 1 of the vibrating container. The coil bodies 10 from the gap 8 further advance to the edge 5 where they rest on the support surface 9 of the molded track 7 and are suspended from the center of gravity of the coil body 10 on the molded track 7. The squeegee 3 overlapping part allows the coil body 10 to be inserted at the point of suspension and prevents it from falling off when the center of gravity changes. With the withdrawal of the oriented coil bodies 10, due to the vibration, the pressure of other components and the center of gravity, they fall out of the shaped track 7 into the bowl 1 of the vibrating container.

Claims (1)

SUBJECT MATTER A device for orientation of components, in particular coil bodies, consisting of a bowl of a vibrating container on which a primary path is formed, characterized in that a squeegee (3) is mounted above the primary path (2) and extends over the end of the primary path (2) in the case of a trajectory (2), a clinically extending gap (8), wherein at the point of termination of the primary path (2), a shaped path (7j with an offset forming the support surface (9) is attached to the feet (6j to the shaker tray (1) .