Abstract: A chain link (10) of a curved conveyor chain has been proposed, which has a carrying device (12) for transport material. A head part (24) disposed under the carrying device (12) has a lateral bore (40) for a pin (48) of a first adjacent chain link (10). The head part (24) is adjoined by a fork-shaped section (26) with two legs (44), which encompass the head part (24) of a second adjacent chain link (10). The legs (44) and contain lateral bores (46). A pin (48) is also provided, which is contained in the lateral bores (46) of the legs (44) and in the head part (24) of the second adjacent chain link (10). Projections (52) protrude from the legs (44) and are designed to be guided in a guide profile and driven by means of a driving wheel. The object of the invention is to produce a chain link (10), which permits a favorable introduction of force.

Abstract: A chain link (10) of a curved conveyor chain has been proposed, which has a carrying device (12) for transport material. A head part (24) disposed under the carrying device (12) has a lateral bore (40) for a pin (48) of a first adjacent chain link (10). The head part (24) is adjoined by a fork-shaped section (26) with two legs (44), which encompass the head part (24) of a second adjacent chain link (10). The legs (44) and contain lateral bores (46). A pin (48) is also provided, which is contained in the lateral bores (46) of the legs (44) and in the head part (24) of the second adjacent chain link (10). Projections (52) protrude from the legs (44) and are designed to be guided in a guide profile and driven by means of a driving wheel. The object of the invention is to produce a chain link (10), which permits a favorable introduction of force.

Abstract: A conveyor track (10) and a load-bearing profile (14) for a conveyor track (10) are proposed. The conveyor track (10) has two load-bearing profiles (14) extending substantially parallel. Each load-bearing profile (14) has one longitudinal side (26), to which a guide profile (16) can be fastened. The invention is characterized in that a rod (18) for supporting rollers (20) is fixable on the load-bearing profile (14) by the guide profile (16). As a result, the rollers (20) can be installed especially simply. If no rollers (20) are used, then workpieces or workpiece holders (12) can be slid along slide faces (66) of the guide profile (16).

Abstract: A deviating device for deviating a transporting means in a deviating plane was a deviating unit, two track portions of a movement path of a transporting means adjoining the deviating device and clamping the deviating plane, and mountable on the deviating unit, the track portions being mountable on a separate component of the deviating device, the components being turnable relative to one another about a turning axis which is substantially orthogonal to the deviating plane and being fixable in a predetermined angular position.

Abstract: A deviating device for deviating a transporting means in a deviating plane was a deviating unit, two track portions of a movement path of a transporting means adjoining the deviating device and clamping the deviating plane, and mountable on the deviating unit, the track portions being mountable on a separate component of the deviating device, the components being turnable relative to one another about a turning axis which is substantially orthogonal to the deviating plane and being fixable in a predetermined angular position.

Abstract: A continuous conveyor for conveying material, has a supporting profile, a pulling element, a plate-shaped supporting element connected with the pulling element, at least one guiding rail for guiding the pulling element, the supporting profile being formed so that the pulling element extends in an inner region of the supporting profile, the guiding rail being arranged in the inner region of the supporting profile and guiding a lower region of the pulling element.

Abstract: A device (10, 10′, 50) for furnishing material (12) to work stations is proposed. The device (10, 10′, 50) has at least one reservoir, embodied as a chute (14, 14′, 54), for the material (12). A discharge point (16, 16′, 56) having a gripper tongue (18, 18′, 58) adjoins the chute (14, 14′, 54). The chute (14, 14′, 54) and the discharge point (16, 16′, 56) are embodied as parts separably connected to one another. The discharge point (16, 16′, 56) can be disposed on one of the two face ends (36, 40, 76, 110) of the at least one chute (14, 14′, 54). By means of this arrangement, it is possible with only a few different parts to achieve great versatility in terms of the storage volume of the device (10, 10′, 50).

Abstract: A section rod is a component of a protective fence and serves for fastening a protective screen. A U-shaped receptacle, where the protective screen can be secured, is provided in the section rod. For this purpose, the receptacle has an internal width that is at least in part somewhat less than a thickness of the protective screen. An increased securing action can be achieved through additional sawtooth-shaped elevations. The section rod allows the protective screen to be mounted in a simple and reliable manner without additional fastening or securing parts.

Abstract: An angle bracket for joining two section bars has a relatively great stability, especially for use for partitions and safety walls. This stability is achieved by supporting walls that join the two legs of an angle bracket to one another and have an outwardly rounded outside contour. This design is relatively simple and inexpensive to implement and allows these angle brackets to be compatible with known designs.

Abstract: A device (10) for fastening structural elements (20), in particular pneumatic elements, by fastening elements (22) is proposed. The device (10) consists of several, parallel arranged fastening plates (42, 44, 46), which are arranged by means of screws (18) between two profiled rods (14, 16). Sliding blocks (76, 86) are arranged between the individual fastening plates (42, 44, 46) of the device (10) in grooves (74) of the longitudinal sides (66, 68, 70, 72) of the fastening plates (42, 44, 46). The sliding blocks (76, 78) can be arbitrarily positioned in arbitrary numbers, are easy to mount, hide possible gaps and increase the rigidity of the device (10).

Abstract: A pulsation damper for hydraulic circuits has a housing including a bottom, a casing, and a cover, a damper chamber which is sealed from outside and provided with supply and discharge means for a pressure medium, the housing being composed of two parts so that the bottom and the cover are connected with one another to form a single central element, while the casing peripherally surrounds the central element, the central element, and means forming force-free connecting points between the central element and the cover.