Conveyor belt road support concrete module, set of conveyor belt road support concrete modules and conveyor belt road

Claims

1. Conveyor belt system (55) comprising a plurality of identical or different conveyor belt system standing concrete modules (1) standing loosely on the ground (58) and / or standing on each other, characterised in that at least one conveyor belt system standing concrete module (1) comprises a base body (26) having an U-shape or H-shape with a base leg (2) and two side legs (3, 4), the side legs (3, 4) comprising a mounting region (8) in the region of inner sides facing towards each other for mounting a belt conveyor strut (46, 47) extending parallel to the conveyor belt and holding conveying rollers, wherein preferably the base leg (2) and / or at least one side leg also comprise a belt conveyor strut contact region (9).

2. Conveyor belt system (55) of claim 1, characterised in that conveyor belt system standing concrete modules (1) provide supporting pillars (57) which are connected to each other by belt conveyor struts (46, 47) mounted to the conveyor belt system standing concrete modules (1).

3. Conveyor belt system (55) of claim 2, characterised in that a) one supporting pillar (74) supports a first conveyor belt (72) in a first height, b) one supporting pillar (80) supports a second conveyor belt (73) in a second height, the second height being smaller than the first height, c) the first conveyor belt (72) is redirected in a transition region (71) by a driving roller (76) and / or a redirecting roller (82) and d) the second conveyor belt (73) is arranged below the driving roller (76) or redirecting roller (82).

4. Conveyor belt system (55) of one of the preceding claims, characterised in that the base leg (2) a) provides a contact area and / or b) comprises at least one positive engagement element (16) and / or c) comprises two recesses (6, 7) having a distance and cross-sections dimensioned for prongs of a fork truck and / or d) comprises an upper side having a slanted surface (31) being inclined relative to the horizontal plane or contact area (5) and / or e) comprises an upper surface with two gabled slanted surfaces (68, 69) being inclined in opposite directions relative to the horizontal plane or contact area (5).

5. Conveyor belt system (55) of one of the preceding claims, characterised in that the mounting region (8) comprises a) a mounting element which is cast into the concrete of the base body or accommodated in a bore or recess similar to a dowel and / or b) an insert (10) comprising an inner thread which is cast into the concrete of the base body or accommodated in a bore or recess similar to a dowel and / or c) an insert comprising an outer thread being cast into the concrete of the base body or being accommodated in a bore or a recess similar to a dowel.

6. Conveyor belt system (55) of one of claims 1 to 4, characterised in that a) the mounting region (8) of the side legs (3, 4) allows a mounting of a belt conveyor strut (46, 47) under an inclination angle (23) relative to the horizontal plane or contact area (5) and / or b) the mounting region (8) of the side leg (3, 4) allows a mounting of a conveyor belt strut (46, 47) for different inclination angles relative to the horizontal plane or contact area (5) and / or c) the belt conveyor strut contact region (9) is at least partially inclined.

7. Conveyor belt system (55) of one of the preceding claims, characterised in that the conveyor belt system standing concrete module (1) is modular comprising a) the base body (26) and b) at least one mounting and / or contact module part (48) mounted to the base body (26) or resting on the same.

8. Conveyor belt system (55) of claim 7, characterised in that one belt conveyor strut (46, 47) is supported or mounted via the mounting and / or contact module part (48) to the base body (26), wherein preferably the mounting and / or supporting module part (48) comprises a wedge surface (51) having a wedge angle (50) which defines an inclination angle (23) of a belt conveyor strut (46, 47) mounted to the conveyor belt system standing concrete module (1).

9. Conveyor belt system (55) of one of the preceding claims comprising a set of conveyor belt system standing concrete modules (1) with a) at least one of conveyor belt system standing concrete module (1) embodied as a horizontal module (14), wherein belt conveyor struts (46, 47) can be mounted to the horizontal module (14) in an orientation parallel to the horizontal plane or to the contact area (5) and / or b) at least one conveyor belt system standing concrete module (24) embodied as a transition module (24), wherein a belt conveyor strut (46) can be mounted to the transition module (24) in an orientation parallel to the horizontal plane and to the contact area (5) and a belt conveyor strut (47) can be mounted to the transition module (24) under an inclination angle (23) relative to the horizontal plane and the contact area (5) and / or c) at least one conveyor belt system standing concrete module (1) embodied as an inclination module (25), wherein belt conveyor struts (46) can be mounted to the inclination module (25) with the same inclination angles (23) relative to the horizontal plane and to the contact area (5) and / or d) at least one conveyor belt system standing concrete module (1) embodied as a driving module (41), wherein a driving motor (77) for driving the conveyor belt (56) can be mounted to the driving module (41) and / or e) at least one conveyor belt system standing concrete module (1) iembodied as a redirecting roller module (30), wherein a redirecting roller (78) can be mounted to the redirecting roller module (30) and / or f) at least one bridge module (32) and / or g) at least one modular conveyor belt system standing concrete module (45) and / or h) at least one conveyor belt system standing concrete module (1) embodied as a solar module (84).