Vertical guide channel
A guide channel for guiding an energy chain along a vertical line or along a line running with a vertical component, which guide channel has delimiting walls that are formed by separate guide plates and are arranged opposite each other. The two guide plates have smooth sliding surfaces on their sides facing the energy chain, which sliding surfaces are provided, in their lateral edge regions, with guide flanges protruding at a right angle. The guide plates are retained in brackets, which can be fastened, with a height offset at distances, to a supporting wall and which are U-shaped. The exterior side of the U web of the bracket lies against the supporting wall, and the guide plates can be fastened to the interior sides of the U legs of the bracket.
1. A guide channel-type device for guiding an energy chain, having links that are movably connected to one another, along a vertical line or a line extending with a vertical component, wherein flexible supply lines which connect a connector arranged at a fixed height to a vertically movable device or a machine are guided in the energy chain, and wherein the energy chain is guided between lateral delimiting walls, the guide channel-type device comprising:
two separate guide plates, which are arranged opposite one another;
the two guide plates each having a smooth sliding surface on a respective side facing the energy chain,
each of the sliding surfaces extending between a first guide flange at a first lateral edge region and a second guide flange at a second lateral edge region, respectively, the first guide flanges protruding at right angles towards each other and the second guide flanges protruding at right angles towards each other;
the first guide flanges and the second guide flanges
the guide plates retained in brackets, which are fastenable at intervals, with a height offset, to a supporting wall;
the brackets formed U-shaped, wherein an exterior side of a U web of the bracket is restable against the supporting wall; and
the guide plates fastenable to interior sides of U legs of the bracket; and
the guide plates, the first guide flanges and the second guide flanges are arranged along the vertical line or the line extending with the vertical component.
2. The guide channel-type device for guiding an energy chain according to claim 1 , wherein:
the guide channel is configured to receive two strands of the energy chain connected to one another by a deflection region; and
the first and second guide flanges delimit a space in which the two strands of the energy chain move.
3. The guide channel-type device for guiding an energy chain according to claim 1 , wherein, catch means, which are engageable in one another, are provided on rear sides of the guide plates facing the U legs of the brackets and on the interior sides of the U legs.
4. The guide channel-type device for guiding an energy chain according to claim 3 , wherein:
the catch means provided on the rear sides of the guide plates are protrusions, provided in pairs, with undercut lugs;
the lugs of a pair of protrusions point in opposing directions;
corresponding counter-protrusions, formed in pairs, with undercut lugs which likewise point in opposing directions, are formed on the U legs; and
when the guide plates are pressed against the interior sides of the U legs, the lugs formed on the protrusions and counter-protrusions snap in behind one another through elastic deformation of the protrusions and counter-protrusions.
5. The guide channel-type device for guiding an energy chain according to claim 4 , wherein two pairs of protrusions are arranged on the rear sides of the guide plates and two pairs of counter-protrusions are arranged on the interior sides of the U legs.
6. The guide channel-type device for guiding an energy chain according to claim 4 , wherein:
the protrusions and the counter-protrusions are formed as continuous ribs; and
the undercut lugs formed on the ribs are formed as continuous lugs.
7. The guide channel-type device for guiding an energy chain according to claim 6 , wherein the protrusions and the counter-protrusions formed as ribs extend in a vertical direction.
8. The guide channel-type device for guiding an energy chain according to claim 7 , wherein the protrusions formed as the ribs on the rear sides of the guide plates extend over an entire length of the guide plates.
9. The guide channel-type device for guiding an energy chain according to claim 7 , wherein nubs are formed on the sides of the rib-shaped counter-protrusions provided on the brackets which rest against the rib-shaped protrusions of the guide plates in an engaged state.
10. The guide channel-type device for guiding an energy chain according to claim 1 , wherein, for a positioning of the guide plates, at least one inner stop and at least one outer stop are provided on the brackets.
11. The guide channel-type device for guiding an energy chain according to claim 10 , wherein the inner stop is formed as a continuous stop bar on the interior side of the U web and the outer stop is formed as an inwardly bent tip of the respective U leg of the bracket.
12. The guide channel-type device for guiding an energy chain according to claim 1 , wherein the brackets are formed as one-piece plastic parts.
13. The guide channel-type device for guiding an energy chain according to claim 12 , wherein the brackets are formed of PVC or PE.
14. The guide channel-type device for guiding an energy chain according to claim 1 , wherein the guide plates are formed as one-piece plastic parts of PVC or PE.
15. The guide channel-type device for guiding an energy chain according to claim 1 , wherein the guide plates and the brackets are extruded or injection moulded.
16. The guide channel-type device for guiding an energy chain according to claim 1 , wherein the U web and the two U legs of the bracket in each case have two plates extending at a distance from one another, which are connected to one another by ribs arranged truss-like.
17. The guide channel-type device for guiding an energy chain according to claim 1 , wherein protruding fastening flanges, via which the respective bracket are connectable to the supporting wall with aid of fastening elements, are provided on both sides of the U web of the bracket.
18. The guide channel-type device for guiding an energy chain according to claim 1 , wherein retainers for lines to be laid in a fixed manner are arranged on an exterior side of the U legs of the brackets.
19. A guide channel-type device for guiding an energy chain, having links that are movably connected to one another, along a vertical line or a line extending with a vertical component, wherein flexible supply lines which connect a connector arranged at a fixed height to a vertically movable device or a machine are guided in the energy chain, and wherein the energy chain is guided between lateral delimiting walls, the guide channel-type device comprising:
two separate guide plates, which are arranged opposite one another;
the two guide plates each having a smooth sliding surface on a respective side facing the energy chain,
each of the sliding surfaces extending between a first guide flange at a first lateral edge region, and a second guide flange at a second lateral edge region, respectively, the first guide flanges protruding at right angles towards each other and the second guide flanges protruding at right angles towards each other;
the guide plates retained in brackets, which are fastenable at intervals, with a height offset, to a supporting wall;
the brackets formed U-shaped, wherein an exterior side of a U web of the bracket is restable against the supporting wall;
the guide plates fastenable to interior sides of U legs of the bracket;
wherein, catch means, which are engageable in one another, are provided on rear sides of the guide plates facing the U legs of the brackets and on the interior sides of the U legs;
wherein the catch means provided on the rear sides of the guide plates are protrusions, provided in pairs, with undercut lugs;
wherein the lugs of a pair of protrusions point in opposing directions;
wherein corresponding counter-protrusions, formed in pairs, with undercut lugs which likewise point in opposing directions, are formed on the U legs; and
wherein, when the guide plates are pressed against the interior sides of the U legs, the lugs formed on the protrusions and counter-protrusions snap in behind one another through elastic deformation of the protrusions and counter-protrusions.
20. The guide channel-type device for guiding an energy chain according to claim 19 , wherein two pairs of protrusions are arranged on the rear sides of the guide plates and two pairs of counter-protrusions are arranged on the interior sides of the U legs.
21. The guide channel-type device for guiding an energy chain according to claim 19 , wherein:
the protrusions and the counter-protrusions are formed as continuous ribs; and
the undercut lugs formed on the ribs are formed as continuous lugs.
22. The guide channel-type device for guiding an energy chain according to claim 21 , wherein the protrusions and the counter-protrusions formed as ribs extend in a vertical direction.
23. The guide channel-type device for guiding an energy chain according to claim 22 , wherein the protrusions formed as the ribs on the rear sides of the guide plates extend over an entire length of the guide plates.
24. The guide channel-type device for guiding an energy chain according to claim 22 , wherein nubs are formed on the sides of the rib-shaped counter-protrusions provided on the brackets which rest against the rib-shaped protrusions of the guide plates in an engaged state.