Mts Modulare Transport Systeme Gmbh

Rsl Logistik Gmbh & Co.

Rsl Logistik

Robby Enderlein

Johann Robu

Hansjorg Geiger

Rolf Schonenberger

Walter Kunze

Hansj&ouml;rg Geiger

The invention relates to a sorting method for sorting objects, characterised by at least the following sorting steps: a) first sort run, in which objects are input onto parking sections of a first block of parking sections; b) second sort run, in which objects are transferred from the first block of parking sections to a second block of parking sections; and c) third sort run, in which objects are transferred from the second block of parking sections back to the first block of parking sections. The invention also relates to two alternative types of sorting installations which are suitable for carrying out the above sorting method, and to a sorting system which combines a plurality of these sorting installations.

Sorting method, sorting installation and sorting system

Suspension conveyor installation

Installation for the sorting of individually conveyed objects

Suspension conveyor system

Sorting installation for sorting individually conveyed objects

A suspension conveyor system (1) comprising a conveyor device (3) rolling along a track rail (2) with straight track sections, curves and/or switches. The conveyor device includes a bearing member (11), which is provided with a support member (17) for the articles to be conveyed, and at least two casters (12a, 12b) arranged on the bearing member (11) symmetrically with respect to each other with regard to a plane of symmetry (13). The track rail (2) has at least one running track (7) along which one of the casters (12a, 12b) rolls. In order to simplify the structural design of such a suspension conveyor system and in order to make it more universally applicable, the conveyor device has a bearing member (11) extending in the plane of symmetry (13) as well as casters (12a, 12b) projecting outwards from both sides of the bearing member (11), and the conveyor device (3) and the track rail (2) are constructed for use in a lateral suspension mode for movement over straight track sections, curves and/or switches, the plane of symmetry (13) being maintained essentially perpendicularly by a support, which is provided between the conveyor device (3) and the track rail (2). The conveyor device rolls always along only one running track (7) at the time, the caster running along the running track (7) being selectively the caster (12a, 12b) arranged on one side of the plane of symmetry (13) or on the other side thereof, whereas the free caster (12b, 12a) arranged on the respective opposite side of the plane of symmetry (13) is not in engagement with a running track (7).

There is described a method of sorting a plurality of individually conveyed articles in a suspension-type conveyor apparatus, wherein the articles circulate along a first conveyor circuit in unsorted fashion and are transferred from there individually and automatically to at least a second conveyor path and arranged in groups. To make such a method more simple and less troublesome, it is suggested that the second conveyor path be designed as a second conveyor circuit along which the articles circulate and that an automatically switchable shunt be provided between the first and second conveyor circuits. Both, the first conveyor circuit and the second conveyor circuit, are closed loop and reversibly driven.

Sorting method

A conveyor for a suspension conveyor system comprising a carrier bar suspended from two yokes for receiving objects to be transported. Each of the yokes is suspended from a rail by a pair of rollers and is connected to the carrier bar via at least one joint having an axis of rotation which extends horizontally to the rail and an axis of rotation which extends transverse to the rail. To make the conveyor more universally usable without any negative impact on its conveying properties, the end of the carrier bar is connected to its yoke via a pivot pin extending at right angles to the horizontal axis of rotation, the pivot pin being received in a bearing shell on the end of the bar that permits the carrier bar to be pivoted relative to the pivot pin over a predetermined angular range in a vertical plane about a horizontal axis extending perpendicular to the pivot pin.

Conveyor for a suspension conveyor system with bearing arrangement for

A suspension conveyor system includes a conveyor adapted to be moved along a conveying path predetermined by a rail. The conveyor is driven by an elongated flexible conveyor element having arranged thereon at least one driver, which projects into the conveying path and which pushes the conveyor in response to a driving movement of the conveyor element. In order to improve the pushing function in a structurally simple manner, the driver is constructed as a plastic component comprising a holding member, which is to be connected to the conveyor element in an essentially rigid manner, and a driving finger arranged on the holding member, so that it is elastic in the direction of transport and adapted to be moved in the conveying path by the conveyor element.

A mechanical coupling for coupling together two spaced conveyor rods adapted to be moved on rollers on a suspension conveyor system, the rods extending in their direction of transport and being aligned with respect to each other, the coupling comprising two coupling members and each of the coupling members being arranged on one of the conveyor rods. Each coupling member includes a coupling face, the coupling face of each being adapted to be moved relative to the coupling face of the other coupling member. In the coupled condition, the coupling faces of the two coupling members engage one behind the other in a direction transverse to the longitudinal center line. In order to permit the use of a mechanical coupling of this type in an automated sequence of operations, a rigid coupling connection is provided so that the distance between the conveyor rods remains essentially constant even under the influence of transporting forces. For this purpose, one coupling member includes at least one stop face, which extends transverse to the direction of transport and which is associated with the coupling face, the stop face abutting on a corresponding stop face on the other coupling member in the engaged condition of the coupling.

Growing community of inventors

Landsberg a. Lech, Germany

Robby Enderlein