TH28619B - Aligning and feeding devices for parts feeders - Google Patents

Abstract

DC60 (13/09/47) The purpose of this invention is Determination of the alignment properties of part P, even when part P has a bulging part, P3 at its center. to make an object Such a purpose can be achieved. this invention A probe path PH3 is provided for checking the orientation of part P upward. Component P is conveyed in a probe path PH3 in a direction perpendicular to its longitudinal axis Lo. There are guideways (guides 31a and 32a, guide grooves 31b and 32b ) to guide opposite ends of part P concurrently, with opposite ends of part P being guided in such a way that that the part P is in the right direction. Thus, the long diameter section P3 at the center It has no effect on this function. The selected figure shows Figure 8. The objectives of this invention are: Determination of the alignment properties of P-parts even in the case of P-parts There is a bulging part, P3 in the center of it. In making such objectives attainable, this invention An inspection path PH3 is provided for checking the orientation of part P upward. Component P is conveyed in a probe path PH3 in a direction perpendicular to its longitudinal axis Lo. PH3 will have a way to navigate. (Guide lines 31a and 32 a, Guiding grooves 31 b and 32 b ) to simultaneously guide opposite ends of part P, where opposite ends of part P are guided in such a way that the Section P is in the right direction. Thus, the long-diameter P3 at its center has no effect on this function. The selected image is shown in Figure 8.

Claims (3)

1. Aligning and feeding devices for empty part feeders along the conveyor path of the part feeders for conveying parts with alignment properties by forming a cylindrical shape. Where one long end is shorter than the other. Containing Path defining alignment direction for determining the alignment direction of parts. Reversible trajectory for turning the alignment direction of parts reversing and a control path for controlling the direction of the reverse trajectory in accordance with the orientation of parts. As already known, the alignment and feeder are optimized to feed the part that is fed from the path. To the destination conveyor while part alignment direction is aligned Path that determines the direction of the arrangement, including The audit trail arranged between the source transport routes. And destination conveyor routes and capable of conveying parts which Its long axis is aligned with the carrier path. In the direction perpendicular to the longitudinal axis direction, the transmission path for delivering parts from the source carrier path To the destination transport route through inspection path Along with the longitudinal axial direction of the actuated part aligned with the conveyor path, a pair of guides were placed in the conveyor line. In a way that is opposite to each other for guiding the long-diameter portion of the part in such a way that The axes along the longitudinal axis of the part being transported by the cross-sectional path. That are aligned with the neighboring paths established in the inspection path, the guide groove formed in both guides. For navigating the short-diameter part of the part simultaneously in conjunction with the guide that guides the long-diameter part of the moving part along the inspection path, part sensor. For detecting presence or absence of parts in the inspection path and alignment sensors for detecting the presence of at least one short-diameter part of the part being introduced into the guide groove. When a piece is in the inspection path or not Alignment and feeding devices are optimized to determine the alignment direction of parts in accordance with the combination of sensing results obtained by the part detection sensor and the alignment direction sensor. body 2. Aligning and feeding device for parts feeder. As stated in claim 1, where the rotational path Will reverse the transmission path 180 / around an axis perpendicular to the longitudinal axis of the part. Captured by means of transport 3. Aligning and feeding device As set out in Clause 1 or Clause 2, which is additionally equipped with a stopper for closing the source carrier. While the trajectory sends the parts to the inspection path.