Modular, adaptable and foldable apparatus for a climbing crane

1. A crane-support apparatus for mounting a tower crane onto a side of a high-rise building under construction, enabling ascending of the tower crane according to the upwards progression of the building construction, the crane-support apparatus comprising:

a chassis configured to support a climbing frame of the tower crane mast;

at least one reinforcement element, wherein a distal end of said chassis is hingedly attached to a distal end of said reinforcement element, and

at least one lifting cable for pulling said chassis and said reinforcement element;

wherein said crane-support apparatus is operational in a deployed, support mode, in which said chassis is aligned in a horizontal position, and is removably attachable at its proximal end to a first predetermined location of said building, such that said chassis is configured to support the climbing frame of the tower crane mast, and in which said reinforcement element is aligned in a slanted position and is removably attachable at its proximal end to a second predetermined location of said building, such that said reinforcement element is configured to provide reinforcement to said chassis, thereby allowing securing of said tower crane mast to said building in said support mode, and

wherein said crane-support apparatus is operational in a folded, mobilization mode, in which said chassis and said reinforcement element are configured to be pulled by said lifting cable at the distal end of said chassis and the distal end of said reinforcement element with said chassis and said reinforcement element are hingedly folded and aligned in vertical positions when said chassis and said reinforcement element are unattached from said building, thereby allowing displacement, by said lifting cable, of said chassis and said reinforcement element when so folded in said mobilization mode.

2. The crane-support apparatus as claimed in claim 1 , further comprising jut-anchors detachably anchored to said building at said first predetermined location and said second predetermined location along the path of said ascent and configured to provide a jutting protrusions for said chassis and said reinforcement element when said crane-support apparatus is in said support mode.

3. The crane-support apparatus as claimed in claim 2 , further comprising implant elements embedded within said building at said first predetermined location and said second predetermined location along the path of said ascent for providing attachment means for attaching said jut-anchors.

4. The crane-support apparatus as claimed in claim 1 , wherein the connection between said chassis and said reinforcement element comprises a foldable joint for folding said crane-support apparatus when converting said crane-support apparatus from said support mode into said mobilization mode.

5. The crane-support apparatus as claimed in claim 1 , further comprising a fixed-sized cable connecting between the proximal end of said reinforcement element and the proximal end of said chassis for maintaining the distance between the proximal end of said reinforcement element and the proximal end of said chassis when in said support mode.

6. The crane-support apparatus as claimed in claim 1 , further comprising a lifting cable configured to pull the proximal end of said chassis when said crane-support apparatus is in said mobilization mode, for assisting horizontal alignment of said chassis required for conversion into said support mode.

7. The crane-support apparatus as claimed in claim 1 , further comprising a lifting cable configured to pull the proximal end of said reinforcement element when said crane-support apparatus is in said mobilization mode, for assisting in the assembly of said reinforcement element for conversion into said support mode.

8. The crane-support apparatus as claimed in claim 2 , further comprising an adapter mounted on the proximal end of said reinforcement element, to facilitate connection between said reinforcement element and said jut-anchors.

9. The crane-support apparatus as claimed in claim 8 , further comprising oval-shaped apertures in at least one of:

said jut-anchors;

said chassis; and

said adapter,

said oval-shaped apertures configured to facilitate adjustment during assembly of said crane-support apparatus.

10. The crane-support apparatus as claimed in claim 1 , further comprising a side reinforcement element attached between the distal end of said chassis and said building, said side reinforcement element configured to mitigate torsion forces of said tower crane.

11. The crane-support apparatus as claimed in claim 1 , wherein said reinforcement element comprises a pair of beams.

12. The crane-support apparatus as claimed in claim 1 , further comprising at least one aperture configured to attach a lifting mechanism for lifting said crane-support apparatus when said crane-support apparatus is in said mobilization mode.

13. A crane-support arrangement comprising a plurality of crane-support apparatuses as in claim 1 , mounted at predetermined positions along the path of ascent of the tower crane in a sequence—one above the other, wherein at least one of said crane-support apparatus remains in said support mode when another one of said crane-support apparatuses is in said mobilization mode.

14. A method of mounting a tower crane onto a side of a high-rise building under construction, enabling ascending of the tower crane according to the upwards progression of the building construction, using a crane-support apparatus comprising a chassis configured to support a climbing frame of the tower crane mast, further comprising at least one reinforcement element, wherein a distal end of the chassis is hingedly attached to a distal end of the reinforcement element, and further comprising at least one lifting cable for pulling said chassis and said reinforcement element, the method comprising the procedures of:

operating said crane-support apparatus in a deployed, support mode allowing securing of said tower crane mast to said building, comprising the sub-procedures of:

aligning said chassis in a horizontal position and removably attaching said chassis at its proximal end to a first predetermined location of said building to support the climbing frame of the tower crane mast, and

aligning said reinforcement element in a slanted position and removably attaching said reinforcement element at its proximal end to a second predetermined location of said building to provide reinforcement to said chassis; and

operating said crane-support apparatus in a vertically folded, mobilization mode allowing displacement of said crane-support apparatus, comprising the sub-procedures of:

detaching said chassis and said reinforcement element from said building, and

hanging and pulling, by said lifting cable, said chassis and said reinforcement element at the distal end of said chassis and the distal end of said reinforcement element while allowing said chassis and said reinforcement element to hingedly fold and align in vertical positions.

15. The method of mounting a tower crane as claimed in claim 14 wherein said procedure of operating said crane-support apparatus in a support mode further comprises the sub-procedure of attaching jut-anchors to said building at said first predetermined location and said second predetermined location along the path of said ascent to provide a jutting protrusion for said crane-support apparatus.

16. The method of mounting a tower crane as claimed in claim 15 wherein said procedure of operating said crane-support apparatus in a mobilization mode further comprises the sub-procedure of detaching said jut-anchors from said building.