Chain link, plate-link chain and chain conveyor
A chain link for a plate-link chain of a chain conveyor having two substantially flat side walls, which are spaced apart from, and parallel to, each other in a transverse direction (x-direction) of the chain link and securely fastened together, and two force introduction components. Every force introduction component protrudes outwards in the transverse direction (x-direction) from its associated side wall for the purpose of fastening it to a conveyor belt of the chain conveyor and is a component that is separate from the side walls. The force introduction components are substantially flat and every force introduction component is interlockingly connected to its associated side wall. A plate-link chain having multiple chain links and a chain conveyor comprising a plate-link chain are also provided.
1. A chain link for a plate-link chain of a plate belt conveyor, the chain link comprising:
two substantially flat side walls that are spaced apart from, and parallel to, each other in a transverse direction of the chain link and securely fastened together; and
two force introduction components that are fastened to the associated side wall of the plate belt conveyer and protrude outwards in the transverse direction from the associated side wall, wherein each force introduction component of the two force introduction components is separate from the side walls, and wherein each force introduction component of the two force introduction components is interlockingly connected to its associated side wall in a longitudinal direction of the chain link.
2. The chain link according to claim 1 , wherein the force introduction component has a main body and a peg protruding from the main body, wherein the peg of the force introduction component is inserted into an opening in the associated side wall in the transverse direction.
3. The chain link according to claim 2 , wherein the two force introduction components are plugged into the associated side wall in opposite directions, and wherein the two force introduction components are each inserted from the outside into the associated side wall.
4. The chain link according to claim 2 , wherein an extension of the opening in a longitudinal direction of the chain link is substantially equal to the width of the peg and/or the extension of the opening in a vertical direction of the chain link is substantially equal to the thickness of the pin, and wherein the peg and the opening are matched to each other in such a way that the peg is inserted into the opening and pulled out of the opening without tools.
5. The chain link according to claim 2 , wherein, in the peg, a first transport lock opening is formed, into which a first locking element for temporary attachment of the force introduction component to the associated side wall is plugged in such a way that the first locking element engages behind material of the associated side wall against the insertion direction of the peg.
6. The chain link according to claim 1 , wherein the chain link has a spacer for every force introduction component, which rests on the force introduction component and is flush with an upper edge of the associated side wall in a vertical direction of the chain link and/or forms an outermost edge in a vertical direction of the chain link.
7. The chain link according to claim 6 , wherein the spacer and the force introduction component have second transport lock openings aligned with each other, into which a second locking element for temporary attachment of the spacer to the force introduction component is inserted.
8. The chain link according to claim 1 , wherein the side walls and/or the force introduction components are formed of a steel having a material strength of 700 N/mm 2 to 1600 N/mm 2 .
9. A plate-link chain for a chain conveyor, comprising a plurality of chain links according to claim 1 , wherein a first number of the chain links are designed as inner plates, a second number of chain links are designed as outer plates, wherein the inner plates and the outer plates are arranged alternately in a chain circulation direction, wherein adjacent inner plates and outer plates are hinged to each other in the direction of chain circulation, and wherein the side walls of the inner plates are arranged in the transverse direction between the side walls of the outer plates.
10. A chain conveyors or a plate belt conveyer comprising a plate-link chain according to claim 9 and a plurality of conveyor plates that are driveable by the plate-link chain in the chain circulation direction, wherein the conveyor plates are fastened to the chain links via the force introduction components.
11. A chain link for a plate-link chain of a plate belt conveyor, the chain link comprising:
two substantially flat side walls that are spaced apart from, and parallel to, each other in a transverse direction of the chain link and securely fastened together; and
two force introduction components that are fastened to the associated side wall of the plate belt conveyer and protrude outwards in the transverse direction from the associated side wall,
wherein each force introduction component of the two force introduction components is separate from the side walls,
wherein each force introduction component of the two force introduction components is interlockingly connected to its associated side wall in a longitudinal direction of the chain link,
wherein the force introduction component has a main body and a peg protruding from the main body, wherein the peg of the force introduction component is inserted into an opening in the associated side wall in the transverse direction, and
wherein, in the peg, a first transport lock opening is formed, into which a first locking element for temporary attachment of the force introduction component to the associated side wall is plugged in such a way that the first locking element engages behind material of the associated side wall against the insertion direction of the peg.
12. A chain link for a plate-link chain of a plate belt conveyor, the chain link comprising:
two substantially flat side walls that are spaced apart from, and parallel to, each other in a transverse direction of the chain link and securely fastened together; and
two force introduction components that are fastened to the associated side wall of the plate belt conveyer and protrude outwards in the transverse direction from the associated side wall,
wherein each force introduction component of the two force introduction components is separate from the side walls,
wherein each force introduction component of the two force introduction components is interlockingly connected to its associated side wall in a longitudinal direction of the chain link,
wherein the chain link has a spacer for every force introduction component, which rests on the force introduction component and is flush with an upper edge of the associated side wall in a vertical direction of the chain link and/or forms an outermost edge in a vertical direction of the chain link, and wherein the spacer and the force introduction component have second transport lock openings aligned with each other, into which a second locking element for temporary attachment of the spacer to the force introduction component is inserted.