TH65358B - A set of assemblies for support - Google Patents

Abstract

DC60 (26/10/59) The support assembly system (100) is revealed herein. In the chosen form, the system (100) consists of long support assemblies (102, 103) with an effective length span, long support assembly overlaps (130, 135) arranged to overlap one end of the long support assemblies (102, 103) to extend over the effective length span of the assemblies, and a base (110) for overlapping the support structure (8, 9). The base (110) includes connecting pathways (114, 116) for selectively connecting the base (110) to the long support assembly overlaps (130, 135) or to the long support assemblies (102, 103) with release. Figure 1.

Claims (32)

Revised 05/10/2018 No claims ---------------------------------------------------------------------------------------------------- ------07/12/2017------(OCR) Page 1 of 6 pages Claims 1. A set of supporting elements (100) consisting of long supporting elements (102, 103) with an effective length range, and an overlap of long supporting elements (130, 135) arranged to overlap one end of the long supporting elements (102, 103) to extend over a length range. The longitudinal components (1 1 0) include the connecting pathways (1 1 4, 1 1 6, 1 1 4’, 1 1 6’) for connection to the longitudinal support components (102, 103) or the longitudinal component overlaps (1 30, 1 35), which are detachable. The longitudinal support components (102, 103) consist of inlets (120, 120’, 120”) on both opposite sides of the side walls (102a, 102b, 103a, 103b) of the longitudinal support components (102, 103). Each inlet (120, 120’, 120”) includes two recesses (122, 123), and the longitudinal component overlaps (130, 135) consist of The overlapping portion in the form of an inlet (131) on both opposite sides of The side walls (130a, 130b, 135a, 135b) of the longitudinal interlocking components (130, 135), each interlocking component in the form of an inlet (131) shall include two recesses (133, 134), where the connecting paths (114, 116, 114’, 116’) shall include protruding sections (114, 116, 114’, 116') arranged so that at least one recess (122, 123) of the inlet (120, 120’, 120”) is chosen to overlap, or at least one recess (133, 134) of the interlocking component in the form of an inlet (131). 2. The set of supporting components according to claim 1, where the longitudinal supporting components (102, 103) and the overlapping longitudinal components (130, 135), each part will be on page 2 of 6 pages with side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) that are adjusted to be correct. Positions adjacent to the ends of the walls (4, 5, 6) to be supported during operation. 3. A set of supporting assemblies according to claim 2, where each side wall (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal supporting assemblies (102, 103) and the longitudinal supporting assembly overlap (130, 135) shall include inlet slots (120, 120’, 120”) and inlet slot overlap (131), respectively, which allow the fastening assembly (7,7’) to be mounted on the side walls, where the fastening assembly (7,7') will have an overhang (23) extending from the side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) to overlap the walls (4, 5, 6) to be supported. 4. The set of supporting components according to claim 3 in which the intake openings (120, 120’, 120”) and the overlapping intake opening (131) shall be provided in a discontinuous position along the side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal component (102, 103) and the overlapping longitudinal component. (130,135) where the position of the fastening assembly (7, 7’) is adjustable. 5. A set of supporting assemblies according to claim 3 or 4 where the inlet (120, 120’, 120”) is provided on all four sides (102a, 102b, 103a, 103b) of the longitudinal supporting assembly (102, 103). 6. A set of supporting assemblies according to either claim 3, 4 and 5 where the overlapping part is in the form of an inlet. (131) shall be arranged on all four sides (130a, 130b) of the longitudinal interlocking element (130, 135). 7. A set of supporting elements under any of the claims 1 through 6, where the intake ports (120, 120’, 120”) and the intake port interlocking element (131) shall be made into 3 faces of 6 longitudinal faces and consist of openings (121, 121’, 132) extending in one direction sufficiently perpendicular to the longitudinal direction of the intake ports (120, 120’, 120"). 8. A set of supporting elements under claim 7, where the intake ports (120, 120’, 120") and the intake port interlocking element (131) shall be arranged along the axis. Sufficiently parallel to at least two axes along the longitudinal axes of the longitudinal support assembly (102, 103) and the overlapping part of the longitudinal support assembly (130, 135), respectively, with the openings (121, 121’, 132) of the inlet (120, 120’, 120”) and the overlapping part in the form of an inlet (131) along one of these axes facing in the opposite direction to the openings (121, 121’, 132) of the inlet (120, 120’, 120") and the overlapping part in the form of an inlet (131) along the other of these axes, where the direction of 9. The set of supporting elements under claim 8 where the said intake (120, 120’, 120”, 131) consists of two concave openings (122, 123, 122”, 123’, 133, 134) extending in the opposite direction to the opening (121, 121’, 132) of the said intake (120, 120’, 120”, 131). 10. The set of supporting elements under claim 8 or 9 where the said intake (120, 120’, 120”, 131) The aforementioned 120”, 131) along one axis shall be offset from the next inlet (120, 120’, 120", 131) along the other axis such that the openings (121, 121’, 132) of the inlet (120, 120’, 120”, 131) are not aligned. Page 4 of 6, page 11. Set of supporting components according to the claim. 10. Where the aforementioned indentation (122, 123, 133) of the aforementioned inlet (120, 131) is aligned with the indentation (123’, 122”, 134) of the next inlet (120’, 120”, 131). 12. The set of supporting elements according to claim 11 where the position of each inlet (120, 120’, 120”, 131) shall be used as a guiding mechanism for selecting and cutting the long supporting elements (102, 103) or the overlapping long supporting elements (130, 135) to the desired length. 13. The set of supporting elements according to claim 12 where, when the elements For longitudinal supports (102, 103) or overlapping longitudinal components (130, 135), they are cut along the guide cuts of the recessed openings (123, 122”, 122, 123’, 133, 134) that are aligned with the next intake opening (120, 120’, 120”, 131) to be connected to the connection paths (114, 116, 114’, 116’) of the base (110). 14. The set of supporting components according to the claim. 13. Where the projections (114, 116, 114’, 116’) of the connecting pathways are arranged to overlap each of the aligned recesses (123, 122”, 122, 123’, 133, 134). 15. The set of supporting elements according to claim 1 or 14 where the projections (114, 116, 114’, 116’) are angled to create an L-shaped projection. 16. The set of supporting elements according to claim 14 or 15 where the projections (114, 116, 114’, 116’) consist of two pairs of projections, one pair (116, 116’) being longer than the other pair (114, 114’). 17. A set of supporting elements under claim 16 where a pair of overhangs (116, 116’) are arranged to connect to one face (102b) of the long supporting element (102) or the overlap of the long supporting element (130, 135) and another pair of overhangs, face 5 of 6 faces (114, 114’) are arranged to connect to the two such faces (102a) of the long supporting element. 18. A set of supporting elements under claim 17 where the base (110) shall include the stops (118a, 118b, 119a, 119b) arranged to butt against the lateral surfaces (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal supporting elements (102, 103) or the longitudinal interlocking elements (130, 135) to limit movement in one direction. 19. A set of supporting elements under one of the preceding claims where the base (110) shall be arranged to interlock with the supporting structures (8, 9). 20. 21. A set of supporting components under any of the claims 1 through 18 where the base (110) is arranged to overlap the long supporting components (102, 103) or the overlapping long components (130, 135). 22. A set of supporting components under claim 21 where the base (110) has attachments (117, 165) for attachment to the side walls of the long supporting components (102, 103) or the overlapping long components (130, 135). 23. A set of supporting components under claim 22 where the attachments include The ear portion (117, 165) 24. A set of supporting components according to any of the preceding claims, where the overlapping portion of the supporting components (130, 135) shall overlap both ends of the long supporting components (102, 103). Page 6 of 6 pages 25. A set of supporting components according to claim 8, where the aforementioned inlet (120, 120’, 120”, 131) shall consist of two recessed openings. (122,123,122”, 123’, 133, 134) extending in the same direction as the opening (121,121’, 132) of the said inlet (120, 120’, 120”, 131) ------------ Edited 26/10/2016 1. A set of supporting elements (100) consisting of long supporting elements (102, 103) with an effective length span, and an overlapping long supporting elements (130, 135) arranged to overlap one end of the long supporting elements (102, 103) so that they extend in the length span. The longitudinal effect of the longitudinal support assembly (110) includes the connecting pathways (114, 116, 114’, 116’) for connection to the longitudinal support assembly (102, 103) or the longitudinal support assembly (130, 135), which are detachable. The longitudinal support assembly (102, 103) consists of inlet slots (120, 120’, 120”) on both opposite sides of the side walls (102a, 102b, 103a, 103b) of the longitudinal support assembly (102, 103). Each inlet slot (120, 120’, 120") includes a recess (122, 123), and the longitudinal support assembly (130, 135) consists of an inlet slot (131). On both opposite sides of The side walls (130a, 130b, 135a, 135b) of the longitudinal interlocking components (130, 135), each interlocking component in the form of an inlet (131), shall include two recesses (133, 134), whereby the connecting paths (114, 116, 114’, 116’) shall include protruding sections (114, 116, 114’, 116’) arranged to at least choose one recess (122, 123) of the inlet (120, 120’, 120”) or one recess (133, 134) of the interlocking component in the form of an inlet (131). 2. The set of supporting components according to Requisition 1, whereby the longitudinal supporting components (102, 103) and the overlapping longitudinal components (130, 135), each will have side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) that are properly adjusted. Positions adjacent to the ends of the walls (4, 5, 6) to be supported during operation 3. A set of supporting assemblies according to claim 2 where each side wall (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal supporting assemblies (102, 103) and the longitudinal supporting assembly overlap (130, 135) shall include inlet slots (120, 120’, 120”) and inlet slot overlap (131), respectively, which allows the fastening assembly (7,7') to be mounted on the side walls, where the fastening assembly (7,7’) shall have an overhang (23) extending from the side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) to overlap the walls (4, 5, 6) to be supported. 4. The set of supporting elements according to claim 3, where the intake openings (120, 120’, 120”) and the overlapping intake opening (131) shall be provided in a discontinuous position along the side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal element (102, 103) and the overlapping longitudinal element. (130,135) whereby the position of the fastening assembly (7, 7’) is adjustable. 5. A set of supporting assemblies according to claim 3 or 4 where the intake ports (120, 120’, 120”) are provided on all four sides (102a, 102b, 103a, 103b) of the longitudinal supporting assembly (102, 103). 6. A set of supporting assemblies according to either claim 3, 4 and 5 where the overlapping part in the form of an intake port (131) is provided on all four sides (130a, 130b) of the overlapping part of the longitudinal assembly (130, 135). 7. A set of supporting assemblies according to either claim 1 through 6 where the intake ports (120, 120’, 120”) and The overlapping portion in the form of an inlet (131) shall be made longitudinal and shall consist of openings (121, 121’, 132) extending in one direction perpendicular to the longitudinal direction of the inlet (120, 120’, 120”). 8. The set of supporting elements according to claim 7, where the inlet (120, 120’, 120”) and the overlapping portion in the form of an inlet (131) shall be arranged along the axis. Sufficiently parallel to at least two axes along the longitudinal axes of the longitudinal support assembly (102, 103) and the overlapping part of the longitudinal support assembly (130, 135), respectively, with the openings (121, 121’, 132) of the inlet (120, 120’, 120”) and the overlapping part in the form of an inlet (131) along one of these axes facing in the opposite direction to the openings (121, 121’, 132) of the inlet (120, 120’, 120”) and the overlapping part in the form of an inlet (131) along the other of these axes, where the direction of 9. The set of supporting elements under claim 8 where the said intake (120, 120’, 120”, 131) consists of two concave openings (122, 123, 122", 123’, 133, 134) extending in the opposite direction to the opening (121, 121’, 132) of the said intake (120, 120’, 120”, 131). 10. The set of supporting elements under claim 8 or 9 where the said intake (120, 120’, 120”, 131) The aforementioned 120”, 131) along one axis will be offset from the next inlet (120, 120’, 120”, 131) along the other axis. 11. A set of supporting components under claim 10 where the openings (121, 121’, 132) of the aforementioned intake slots (120, 120’, 120”, 131) are not aligned. 12. A set of supporting components under claim 11 where the position of each intake slot (120, 120’, 120”, 131) is used as a guide mechanism for selecting the cutting piece. 13. A set of supporting components according to claim 12 whereby when the long supporting components (102, 103) or the overlapping long components (130, 135) are cut along the aligned cutting guide sections (123, 122”, 122, 123’, 133, 134) 14. A set of supporting elements under claim 13 where the projections (114, 116, 114’, 116’) of the connecting pathways are arranged to overlap each aligned recess (123, 122”, 122, 123’, 133, 134). 15. A set of supporting elements under claim 1 or 14 where the projections (114, 116, 114’, 116’) are angled to create a typical L-shaped projection. 16. A set of supporting elements under claim 14 or 15. Where the projections (114, 116, 114’, 116’) shall consist of two pairs of projections, one pair (116, 116’) being longer than the other pair (114, 114’). 17. The set of supporting elements according to claim 16 where one pair of projections (116, 116’) shall be arranged to connect to one face (102b) of the long supporting element (102) or the overlapping part of the long supporting element (130, 135), and the other pair of projections (114, 114’) shall be arranged to connect to the other facing face (102a) of the long supporting element. 18. A set of supporting elements under claim 17 where the base (110) includes the stops (118a, 118b, 119a, 119b) arranged to butt against the lateral surfaces (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal supporting element (102, 103) or the longitudinal interlocking element (130, 135) to limit movement in one direction. 19. A set of supporting elements under one of the preceding claims where the base (110) is arranged to interlock with the supporting structure (8, 9). 20. A set of supporting elements under claim 19 where the base (110) includes the bent edge (157). 21. A set of supporting elements under any of claims 1 through 18 where the base (110) is arranged to overlap the long supporting elements (102, 103) or the overlapping long supporting elements (130, 135). 22. A set of supporting elements under claim 21 where the base (110) has attachments (117, 165) for attachment to the side walls of the long supporting elements (102, 103) or the overlapping long supporting elements (130, 135). 23. A set of supporting elements under claim 22 where the attachments include... The ear portion (117, 165) 24. A set of supporting components according to any of the preceding claims, where the overlapping portion of the supporting components (130, 135) can overlap both ends of the long supporting components (102, 103). 25. A set of supporting components according to claim 8, where the said inlet (120, 120’, 120", 131) consists of two concave openings (122,123,122”, 123’, 133, 134) that extend in the same direction as the opening (121, 121’, 132) of the said inlet (120, 120’, 120”, 131). -------------------------- Amended 19/08/2015 1. A set of supporting components (100) consisting of The longitudinal support components (102, 103) have an effective length span. The overlapping longitudinal components (130, 135) are arranged to overlap one end of the longitudinal support components (102, 103) so that they extend into the length gap. The longitudinal support assembly (110) includes the mechanical connecting parts (114, 116, 114’, 116’) for connecting to the longitudinal support assembly (102, 103) or the longitudinal support assembly (130, 135), which are detachable. The longitudinal support assembly (102, 103) consists of inlet slots (120, 120’, 120”) on both opposite sides of the side walls (102a, 120b, 103a, 103b) of the longitudinal support assembly (102, 103). Each inlet slot (120, 102’, 120”) includes a recess (122, 123), and the longitudinal support assembly (130, 135) consists of an inlet slot (131). On both opposite sides of the side walls (102a, 120b, 103a, 103b) of the longitudinal composite overlap section (130, 135), each longitudinal composite overlap section (130, 135) shall include two recessed openings (133, 134) where The connecting mechanism (114, 116, 114’, 116’) shall include the protruding parts (114, 116, 114’, 116’) arranged to at least overlap one of the recesses (122, 123) of the inlet (120, 120’, 120”) or one of the recesses (133, 134) of the overlap in the form of an inlet (131). 2. The set of supporting elements according to claim 1, whereby each longitudinal supporting element (102, 103) and longitudinal overlap element (130, 135) shall have side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) adjusted to be fixed. Positions adjacent to the ends of the walls (4, 5, 6) to be supported during operation. 3. A set of supporting assemblies according to claim 2, where each side wall (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal supporting assemblies (102, 103) and the longitudinal supporting assembly overlap (130, 135) shall include inlet slots (120, 120’, 120”) and inlet slot overlap (131), respectively, which allows the fastening assembly (7,7’) to be mounted on the side walls, where the fastening assembly (7,7’) shall have an overhang (23) extending from the side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) to overlap the walls (4, 5, 6) to be supported. 4. A set of supporting elements according to claim 3, where the receiving openings (120, 120’, 120”) shall be provided in a discontinuous position along the side walls (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal element (102, 103) and the overlapping longitudinal element (130, 135), whereby the position of the fastening element (7,7’) shall be adjustable. 5. A set of supporting elements according to claim 3 or 4. Where the intake slots (120, 120’, 120”) are provided on all four sides (102a, 102b, 103a, 103b) of the longitudinal support assembly (102, 103). 6. Any set of supporting assemblies under claims 3, 4 and 5 where the overlap in the form of intake slots (131) are provided on all four sides (130a, 130b) opposite the overlap of the longitudinal support assembly (130, 135). 7. Any set of supporting assemblies under claims 1 through 6 where the intake slots (120, 120’, 120”) and the overlap in the form of intake slots (131) are made into 8. A set of supporting elements according to claim 7, where the intake (120, 120’, 120”) and the intake-shaped overlap (131) are arranged along at least two axes that are sufficiently parallel to the longitudinal axis of the longitudinal supporting elements (102, 103) and the longitudinal supporting element overlap (130, 135), respectively, with the intake (121, 121’, 132) of the intake (120, 120’, 120”) and the intake-shaped overlap (131) along one of these axes facing Opposite direction to the openings (121, 121’, 132) of the other axial inlet, where the direction of both openings is perpendicular to the longitudinal axis of the assembly. 9. A set of supporting elements according to claim 8 where the said inlet (120, 120’, 120”, 131) shall consist of two recessed openings (122, 123, 122”, 123’, 133, 134) that extend in the opposite direction to the opening (121, 121’, 132) of the said inlet (120, 120’, 120”, 131). 10. A set of supporting elements according to claim 8 or 9 where the said inlet (120, 120’, 120”, 131) along one axis shall be offset from the said inlet (120, 120’, 120”, 131) located next to it along the other axis. 11. The set of supporting elements under claim 10 where the openings (121, 121’, 132) of the aforementioned intake slots (120, 120’, 120”, 131) are not aligned. 12. The set of supporting elements under claim 11 where the position of each intake slot (120, 120’, 120”, 131) is used as a guiding mechanism for selecting the cutting of the longitudinal component (102, 103) or the overlapping longitudinal component (130, 131). 135) to have the required length. 13. A set of supporting elements according to claim 12 such that when the longitudinal supporting elements (102, 103) or the overlapping longitudinal elements (130, 135) are cut along the guide section of the cut notches (123, 122”, 122, 123’, 133, 134) that are aligned with the next intake channel (120, 120’, 120”, 131) are arranged to be connected to. 14. A set of supporting assemblies according to claim 13, where the projections (114, 116, 114’, 116’) of the connecting mechanism are arranged to overlap each aligned recess (122, 123, 122”, 123’, 133, 134). 15. A set of supporting assemblies according to claim 1 or 14, where the projections (114, 116, 114’, 116’) are angled to create a typical L-shaped projection. 16. A set of supporting assemblies according to claim 14 or 15, where the projections (114, 116, 114’, 116’) consist of two pairs of projections, one pair (116, 116’) shall be longer than the other pair (114, 114’). 17. A set of supporting elements according to claim 16 where a pair of overhangs (116, 116’) shall be arranged to connect to one face (102b) of the long supporting element (102) or the overlap of the long supporting element (130, 135) and another pair of overhangs (114, 114’) shall be arranged to connect to the other face (102a) of the long supporting element. 18. A set of supporting elements under claim 17 where the base (110) shall include the stops (118a, 118b, 119a, 119b) arranged to butt against the lateral surfaces (102a, 102b, 103a, 103b, 130a, 130b, 135a, 135b) of the longitudinal supporting element (102, 103) or the longitudinal interlocking element (130, 135) to limit movement in one direction. 19. A set of supporting elements under one of the preceding claims where the base (110) shall be arranged to interlock with the supporting structure (8, 9). 20. 21. A set of supporting components under any of the claims 1 through 18 where the base (110) includes the curved edge (157). 22. A set of supporting components under any of the claims 1 through 18 where the base (110) is arranged to overlap the long supporting components (102, 103) or the overlapping long components (130, 135). 23. A set of supporting components under claim 21 where the base (110) has attachments (117, 165) for attachment to the side walls of the long supporting components (102, 103) or the overlapping long components (130, 135). 24. A set of supporting components under claim 22 where the attachments include 24. A set of supporting elements according to any of the preceding claims, where the overlapping portion of the supporting element (130, 135) can overlap both ends of the long supporting element (102, 103). 25. A set of supporting elements according to claim 8, where the said inlet (120, 120’, 120”, 131) shall consist of two concave openings (122,123,122”,123’,133, 134) extending in the same direction as the opening (121, 121’, 132) of the said inlet (120, 120’, 120”, 131). 1. A set of supporting components consisting of a longitudinal supporting component with an effective length, an overlapping section of the longitudinal supporting component arranged to overlap one end of the longitudinal supporting component to extend it over the effective length of the component, and a base which includes a connecting mechanism for attaching to the overlapping section of the longitudinal supporting component or the longitudinal supporting component and is detachable. 2. A set of supporting components as per claim 1, where the connecting mechanism is adjusted to connect only to the overlapping sections of the rubber-shaped components. 3. A set of supporting components as per claim 1 or 2, whereby each longitudinal component and its overlapping sections have side walls that are adjusted to be positioned adjacent to the ends of the walls to be supported during operation. 4. A set of supporting components as per claim 3, whereby each side wall includes several interlocking mechanisms that allow the fastening components to be mounted on the side wall, with the fastening components protruding from the side wall to interlock with the wall to be supported. 5. A set of supporting components as per claim 4, whereby several interlocking mechanisms shall be arranged in discontinuous positions along the side walls of the longitudinal component and the longitudinal component interlocking section, whereby the position of the fastening components shall be adjustable. 6. A set of supporting components as per claim 4 or 5, whereby the overlapping mechanism shall be provided on the opposite side of the longitudinal component. 7. A set of supporting components as per any of Reservies 4 through 6, whereby the overlapping mechanism is provided on the opposite side of the overlapping longitudinal component. 8. A set of supporting components as per claim 4 or 5, whereby the interlocking mechanism shall be provided on all four sides of the longitudinal component. 9. A set of supporting components as per any of Reserviences 4, 5, and 8, whereby the connecting mechanism shall be provided on all four sides of the longitudinal connecting component. 10. A set of supporting components as per any of claims 4 through 9, whereby the interlocking mechanism shall consist of inlet ports. 11. A set of supporting components as per claim 10, where the inlet is made longitudinal and contains an opening extending in one direction sufficiently perpendicular to the longitudinal direction of the inlet. 12. A set of supporting components as per claim 11, where the openings of each entryway allow the fastening components to be installed on the side walls, with the fastening components having a portion protruding from the side wall to interlock with the wall to be supported. 13. A set of supporting elements as provided in either Requisition 11 or 12, where the inlet slots are arranged along at least two sufficiently parallel axes along the longitudinal axis of the longitudinal supporting element and the overlapping part of the longitudinal supporting element, with one opening of the inlet slot along such axes facing in the opposite direction to the closing of the inlet slot along the other axes, with the direction of both openings sufficiently perpendicular to the longitudinal axis of the longitudinal supporting element and the overlapping part of the longitudinal supporting element. 14. A set of supporting components as per claim 13, where the receiving port shall consist of two recessed openings extending in opposite directions to the opening of the receiving port. 15. A set of supporting components as per claim 13 or 14, where such entry slots along one axis are offset from the adjacent entry slots along another axis, such that the openings of the entry slots are not aligned. 16. A set of supporting components as per claim 15, where the recessed opening of the said inlet is aligned with the recessed opening of the adjacent inlet, even if there is an overlap. 17. A set of supporting components as per claim 16, where the position of each intake slot is used as a guide mechanism for selecting and cutting longitudinal components or overlapping longitudinal components to the desired length. 18. A set of supporting components as per claim 17, whereby when a longitudinal component or an overlapping longitudinal component is cut along the cutting guide, the aligned recesses of the adjacent input slots are arranged to fit the base connection mechanism. 19. A set of supporting components as provided for under any of the claims 14 through 18, whereby the connecting mechanism shall include a protruding section arranged to intersect with at least one of the inlet recesses. 20. A set of supporting components as per claim 18, whereby the connecting mechanism shall include protruding parts arranged to overlap each aligned recess. 21. A set of supporting components as per claim 19 or 20, where the overhangs are angled to create an L-shaped overhang, generally. 22. A set of supporting components as per claim 20 or 21, whereby the projecting components shall consist of two pairs of projecting components, one pair longer than the other. 23. A set of supporting elements as per claim 22, where a pair of cantilevered sections are arranged to connect to one face of a longitudinal supporting element and another pair of cantilevered sections are arranged to connect to the two faces of the said longitudinal supporting element. 24. A set of supporting elements as per claim 23, where a pair of cantilevered sections are arranged to connect to one face of the longitudinal interlocking element and another pair of cantilevered sections are arranged to connect to the corresponding faces of the longitudinal interlocking element. 25. A set of supporting components as per claim 23 or 24, whereby the base shall include stops arranged to support and resist the lateral surfaces of the longitudinal supporting component or overlapping longitudinal components to limit movement in one direction. 26. A set of supporting components as per any prior claim, where the base is arranged to overlap the supporting structure. 27. A set of supporting components as per claim 26, whereby the base shall include the curved edges. 28. A set of supporting elements as described in any of Reputations 1 through 25, where the base is arranged to overlap with such longitudinal supporting elements. 29. A set of supporting components as per claim 28, where the base has attachments for securing to the side walls of one of the longitudinal components. 30. A set of supporting components as per claim 29, whereby the attachments shall include the ears. 31. A set of supporting components as per any of the preceding claims, whereby the overlap of the supporting components shall intersect both ends of a longitudinal component. 32. A set of supporting components as per claim 13, whereby the said inlet shall consist of two recessed openings aligned in the same direction, the opening of such inlet.