Abstract:
Conveyor arrangement comprising a conveyor track for conveying articles along said track, and a first rail and second rail which extend along both sides of said conveyor track so as to limit the freedom of movement of said articles across the conveyor track.
Abstract:
Method and blank for manufacturing a curved metal bend element for an endless chain conveying track which comprises a support flange intended to constitute a guide rail for a first side of chain elements forming part of the chain conveying track, and a web from which the said first flange extends, where the said web is intended to provide torsional rigidity in the bend element. The invention also relates to a bend element, bend unit and a conveying track manufactured from such a blank.
Abstract:
Conveyor for light goods, and connection piece for beam sides of a conveyor. The conveyor has a first supporting guide arrangement (10) for controlling the conveyor chain (11) in an operational direction, a second guide arrangement (17) for controlling the conveyor chain in the return direction, and a deflector wheel arrangement (20) (Fig. 3) at both ends of the first and second guide arrangements. The first guide arrangement (10) is made up of beam sides (10a, 10b) which between them form a space which narrows in the direction towards the second guide arrangement (17). A two-part connection piece (12) which has a wedge-shaped element (12a) fixes the position of the beam sides by means of a wedging effect between the wedge-shaped-element of the connection piece and a complementary recess in the second element (12b) of the connection piece. A tensioning bolt (13) inserted at right angles between the plane of the conveyor chain of the guide arrangements generates said wedging effect. Between the beam sides (10a, 10b) there is a drainage gap (15), and the underside of the conveyor chain is protected against contamination by the base part of the second guide arrangement (17) shaped as a U-beam.
Abstract:
Slide rail device for a conveyor in which a continuous conveyor chain is supported and guided on upper and lower flanges (11, 11'; 12, 12'), arranged from mutually opposing profile sides in towards the profiled centre and running parallel with the girder direction, on at least one profiled girder (10). The conveyor chain is conducted on a mutually opposing pair of slide rails (31; 27) on upper and lower flanges respectively on the profiled girder. Each slide rail has a longitudinal first section (A) of essentially U-shaped cross section and the one arm of the said U-shaped section has a longitudinal part (B) constructed in one piece with the said first section. A locking lug (34, 34a) is disposed between the said longitudinal section and part respectively and is placed such that it enters into locking engagement with a complementary part (34'; 34'), on a corresponding flange on the profiled element, when the slide rail is pressed onto the flange. In one embodiment, the slide rails (27), which are intended to be applied to mutually opposing pairs of upper flanges on the profiled element, each have an edging (26) constructed in one piece therewith and extending essentially perpendicularly to that surface of the rail which supports the chain links, around the outside of the said upper flanges.
Abstract:
Slide rail device for a conveyor in which a continuous conveyor chain is supported and guided on upper and lower flanges (11, 11'; 12, 12'), arranged from mutually opposing profile sides in towards the profiled centre and running parallel with the girder direction, on at least one profiled girder (10). The conveyor chain is conducted on a mutually opposing pair of slide rails (31; 27) on upper and lower flanges respectively on the profiled girder. Each slide rail has a longitudinal first section (A) of essentially U-shaped cross section and the one arm of the said U-shaped section has a longitudinal part (B) constructed in one piece with the said first section. A locking lug (34, 34a) is disposed between the said longitudinal section and part respectively and is placed such that it enters into locking engagement with a complementary part (34'; 34"), on a corresponding flange on the profiled element, when the slide rail is pressed onto the flange. In one embodiment, the slide rails (27), which are intended to be applied to mutually opposing pairs of upper flanges on the profiled element, each have an edging (26) constructed in one piece therewith and extending essentially perpendicularly to that surface of the rail which supports the chain links, around the outside of the said upper flanges.
Abstract:
Conveyor for light goods, and connection piece for beam sides of a conveyor. The conveyor has a first supporting guide arrangement (10) for controlling the conveyor chain (11) in an operational direction, a second guide arrangement (17) for controlling the conveyor chain in the return direction, and a deflector wheel arrangement (20) (Fig. 3) at both ends of the first and second guide arrangements. The first guide arrangement (10) is made up of beam sides (10a, 10b) which between them form a space which narrows in the direction towards the second guide arrangement (17). A two-part connection piece (12) which has a wedge-shaped element (12a) fixes the position of the beam sides by means of a wedging effect between the wedge-shaped-element of the connection piece and a complementary recess in the second element (12b) of the connection piece. A tensioning bolt (13) inserted at right angles between the plane of the conveyor chain of the guide arrangements generates said wedging effect. Between the beam sides (10a, 10b) there is a drainage gap (15), and the underside of the conveyor chain is protected against contamination by the base part of the second guide arrangement (17) shaped as a U-beam.
Abstract:
Deflecting device for a conveyor, comprising at least one profiled element (10) and deflecting devices (25) and in which a continuous conveyor chain is driven in the profiled element and the said deflecting devices. The profiled element comprises a first guide (11, 11') for the motion of the chain in the direction of a deflecting device and a second guide (12, 12') for the motion of the chain away from the deflecting device. The said at least one deflecting device has a third guide (26, 29, 40) on a pair of mutually opposing wall elements (25) actively connectable to the first and second guides and comprises a part (30', 30') which reverses the motional direction of the chain. Each wall element has a fixture device (30), configured in one piece therewith, for snapping-in of the guide/slide element on both sides of the conveyor.
Abstract:
Method and blank for manufacturing a curved metal bend element for an endless chain conveying track which comprises a support flange intended to constitute a guide rail for a first side of chain elements forming part of the chain conveying track, and a web from which the said first flange extends, where the said web is intended to provide torsional rigidity in the bend element. The invention also relates to a bend element, bend unit and a conveying track manufactured from such a blank.
Abstract:
Deflecting device for a conveyor, comprising at least one profiled element (10) and deflecting devices (25) and in which a continuous conveyor chain is driven in the profiled element and the said deflecting devices. The profiled element comprises a first guide (11, 11') for the motion of the chain in the direction of a deflecting device and a second guide (12, 12') for the motion of the chain away from the deflecting device. The said at least one deflecting device has a third guide (26, 29, 40) on a pair of mutually opposing wall elements (25) actively connectable to the first and second guides and comprises a part (30", 30") which reverses the motional direction of the chain. Each wall element has a fixture device (30), configured in one piece therewith, for snapping-in of the guide/slide element on both sides of the conveyor.
Abstract:
Method and blank for manufacturing a curved metal bend element for an endless chain conveying track which comprises a support flange intended to constitute a guide rail for a first side of chain elements forming part of the chain conveying track, and a web from which the said first flange extends, where the said web is intended to provide torsional rigidity in the bend element. The invention also relates to a bend element, bend unit and a conveying track manufactured from such a blank.