Component feed device

Abstract

The present invention prevents the twist that was applied to the cover tape when it intersected with the carrier tape on the downstream side of the intersection position, and then the cover tape that is wound up on the discharge rotator is prevented from bending due to the remaining twist. The component supply device winds the cover tape (C) peeled off from the main body of the carrier tape around the rotary member (41), and rotates the rotary member synchronously with the delivery of the carrier tape, so that the cover tape is discharged to the downstream side. The above-mentioned component supply The device has a guide path that changes the conveying direction of the peeled cover tape to a direction crossing the carrier tape on the upstream side of the above-mentioned peeling position, and applies twist to the cover tape to pass through the side end of the carrier tape, After recovering the twist on the downstream side of the intersection position, the covering tape is wound on the above-mentioned rotating member (41), and the rotating shaft of the guide roller (54) that guides the covering tape to the above-mentioned rotating member is absorbed and remains on the covering tape. The direction of the twist on the band (C) is inclined.

Description

technical field [0001] The present invention relates to a component supply device, and more particularly to a component supply device that continuously supplies the component to a predetermined position by sequentially feeding out a carrier tape containing a plurality of components. Background technique [0002] Conventionally, as a component supply device used in, for example, an electronic component mounting device, the components are respectively accommodated in a plurality of recesses provided at intervals on a long tape body, and the carrier tape is pre-wound on a reel. The carrier tape has a long cover tape attached to the upper side of the tape main body so as to cover the recess. In addition, there is a so-called tape feeder that sequentially feeds out the carrier tape from a reel and simultaneously transports it to a predetermined position, and after peeling off the cover tape from the tape main body, the exposed tape is taken out by a suction unit. Parts inside th...

AI Technical Summary

Problems solved by technology

[0009] In addition, in the case of the parts supplying device of this type, the cover tape is wound on the conveying roller and sent out in the discharge direction without intersecting the carrier tape on the upstream side of the peeling part, as described in the above-mentioned Patent Document 1. Like the disclosed component supply device, since the cover belt also protrudes to the outside of the conveying roller, it may also cause jamming, so further improvement is required.

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