Abstract: Device for the storage and feed of small parts including a storage container (10, 10a), an ascending conveying track (38) and an oscillating drive (14) for the storage container (10, 10a). The base (24, 24a) of the storage container (10, 10a) is inclined in the oscillating direction and the conveying track (38) extends parallel to the base (24, 24a) and ascends in the oscillating direction in the same direction as the latter. The base (24, 24a) is provided with shoulders (34, 34a) arranged transversely relative to the oscillating direction, which shoulders (34, 34a) ensure that the stored small parts arrive in the input area (32) of the ascending conveying track (38) in an orderly manner.

Abstract: Device for storing small articles and conveying them in an orientated manner, includes a storage container (10), a slope conveyor (12), and an orientation conveyor (20) which is arranged parallel to the slope conveyor and is provided with a defined segment (68) for returning excessive small articles or those which are not orientated to the feed area (32) of the slope conveyor (12). The slope conveyor is provided with the actual conveying segment (50), a deflecting segment (52) for receiving small articles which are forced out of the conveying segment (50) laterally, the small articles arriving back in the feed area (32) of the slope conveyor (12) on the deflecting segment (52). A pile-up of small articles arrives in the output area (40) of the slope conveyor (12) and a localized circulation is formed in this location which prevents the small articles from entering the orientation segment (64).

Abstract: A vibrating conveyor has a working mass drivable in vibrations, a counter mass which is also driven via the working mass in vibrations which are transferred to a support or a mounting base, and a device for dampening or reducing this transmission which includes a plurality of roller bearing elements provided between the vibrating conveyor and a mounting base and each formed as a unit including two bearing shells with running tracks and at least one roller part between the running tracks, wherein the running tracks before and after the roller part is inclined in opposite direction in form of a predetermined curve, and when the counter mass is driven in rotation the counter mass and the mounting base are pressed from one another by the roller bearing element which results in damping relative to the mounting base.

Abstract: In many branches of industry large quantities of small items (e.g., wire components) or assembly components are frequently required, which have a strong tendency towards entangling and which conglomerate in a pile. These components, termed entangled components, can be isolated only with great difficulty when required for processing. This invention provides a device for isolating such entangled components with relative ease. For this purpose, a horizontal disentangling plate (1) is provided on which the entangled components (7) are placed. A vibrating device (2) shakes the disentangling plate (1) in a reciprocal motion in vertical direction, thus enabling the entangled components (7) to become isolated.