Abstract: Width adjustment device (1), for being used in connection with adjusting the width of conveyor belts of the type made up from a large number of substantially identical belt modules (2,2?), where each module along leading and trailing edges in the intended travelling direction is provided with eye parts separated by openings (17), such that an eye part on one module may be fitted in an opening (17) on an adjacent module, and where the eye parts are provided with an aperture laterally, such that when a conveyor belt is assembled from a plurality of belt modules (2,2?), a connection pin (16) may be inserted laterally through the openings in overlapping eye parts, thereby hingely connecting adjacent belt modules, where the width adjustment device (1) is detachably arranged on each belt module (2,2?) along one or both sides of the conveyor belt, and where a device on one module (2) at least partly overlaps with the device arranged on the upstream and/or downstream module (2?).

Abstract: Conveyor belts are made from modular links having offset forward and rearward projecting eye parts to intercalate eye parts from one belt link between eye parts with oval lateral apertures. Connecting rods inserted through aligned apertures hingedly connect adjacent links. Clips restrict lateral turning of the belt links. Clips have general U-shapes with two legs, a bridge portion end, and opposite free ends. Projecting members at the free ends have lengths parallel to the legs and smaller than the lengths of the apertures in the belt links in which the clip is to be installed, and have heights equivalent to or smaller than the heights of the aperture in the belt link in which the clip is to be installed. The lateral distance between the two legs of the U, is larger than the lateral extent of an eye part in the belt link in which the clip is installed.

Abstract: Modular belt link module consisting of a main body element and an insert, where the modular belt link module is of the type which when assembled with a plurality of substantially identical modular belt link modules constitutes a conveyor belt, where each main body element has a central part, from which central part eye parts project in a forward and rearward direction with respect to the intended travelling direction, such that eye parts along a front part of one modular belt link may be interleafed between eye parts on a rear part of an adjacent modular belt link module, and where the eye parts each are provided with an aperture arranged laterally to the intended travelling direction, such that when the eye parts are interleafed, the apertures of adjacent eye parts overlap, and a connection pin may be inserted laterally at least through some of the apertures, hingely connecting adjacent modular belt link modules, wherein the central part and a plurality of the eye parts are provided with a continuous cavity,

Abstract: Modular belt link for use in endless conveyor belts where each modular belt link has a top surface, a bottom surface having a material thickness between said top and bottom surfaces, a leading and trailing edge, and side edges arranged connecting said leading and trailing edge and said top and bottom surfaces, and where means are arranged along said leading and trailing edge for hingely connecting adjacent modular belt links characterized in that an endless belt is arranged for rotation around at least a portion of the modular belt link.

Abstract: Modular belt module of the type having a width, and a length, where the width and length defines a plane, and a thickness orthogonal to said plane, such that the basic module is limited by two longitudinal sides, and a front and rear side, where the module along front and rear sides is provided with eye parts, spaced by openings, such that an eye part on one edge fits inside an opening between two eye parts on an adjacent module, whereby apertures provided in the eye parts parallel to the front and rear sides overlap and may accommodate a hinge pin, characterized in that adjacent and parallel to the two longitudinal sides, upstanding flanges are provided, where each flange is provided with means for accommodating an axle, arranged parallel to the front and rear sides.

Abstract: A modular belt conveyor (12), in particular curving or helical conveyor, including a number of mutually interconnected modular belt conveyor links (14) that together form a common curving or helical conveyor with an inner and outer belt edge, respectively, of which at least one belt edge, preferably the inner belt edge, interacts by inter-spaced, preferably vertical curve guides, wherein at the belt edge or edges interacting with the curve guide, each of the belt conveyor links (14) are either provided with an edge reinforcement or are fitted with an edge element (20), the edge reinforcement or edge element (20), respectively, together with the corresponding adjacent belt conveyor link (14) forming a substantially closed guide surface (34) at the belt edge in question. In a simple way and by means of simple technical means are hereby achieved the possibility of counteracting the said problems of lateral incisions or apertures at the inner or outer belt edge.

Abstract: Modular belt link of the type having a leading and trailing edge and a top surface there between, and two side surfaces at right angles to the leading and trailing edges, and a lower carrying surface and furthermore provided with a plurality of eye parts for hingedly connecting to adjacent modular belt links, characterised in that the modular belt link is made from a polymer material, and that at least in a side surface a conductive material insert is embedded, such that the conductive material is exposed on the top surface and the side surface, and is part of said top and side surface.

Abstract: A conveyer belt, of the type used in endless conveyors, has a plurality of belt links. Each belt link is substantially identical, and has a front edge, a rear edge, two side edges, an upper surface, and an under surface between the edges. The front and rear edges relate to the direction of travel in use. The front edge of each belt link is provided with an indentation and the rear edge is provided with a mirror image of the indentation in the form of a recess. The front edge of one belt link snugly fits in the rear edge of an adjacent belt link.

Abstract: Multi drive unit for propelling a modular conveyor belt, where the conveyor belt is made from a plurality of substantially identical belt links, where each link has a top and bottom surface, two side faces and a front and rear edge, where eye parts project from the front and rear edges, where the eye parts are separated by openings, such that the eye parts along the front edge of one belt link may intermesh in the openings provided between the eye parts along the rear edge of an adjacent belt link, and that apertures provided in the eye parts perpendicular to the intended travelling direction are superposed and a hinge pin may be inserted in order to hingely connect the overlapping eye parts and thereby adjacent belt links, wherein the unit comprises a plurality of parallely arranged axles, where each axle is provided with a plurality of sprocket wheels, each sprocket wheel having a number of projecting teeth distributed along its circumference, where the sprocket wheels on the same axle are spaced along the

Abstract: Conveyor belt, of the type used in endless conveyors, where said conveyor belt is made from a plurality of belt links, where each belt link is substantially identical, where each belt link is defined by a front edge, a rear edge, two side edges, and an upper surface and an under surface between said edges, where front and rear relate to the direction of travel in use characterised in that the front edge of each belt link is provided with an indentation and the rear edge is provided with a mirror image of said indentation, such that the front edge of one belt link may snugly fit in the rear edge of an adjacent belt link.

Abstract: Modular belt link of the type having a leading and trailing edge and a top surface there between, and two side surfaces at right angles to the leading and trailing edges, and a lower carrying surface and furthermore provided with means for hingely connecting to adjacent modular belt links, characterised in that the modular belt link is made from a polymer material, and that at least in a side surface a conductive material insert is embedded, such that the conductive material is exposed on the top surface and the side surface, and is part of said top and side surface.