A unique adjustable guttering anti-warping anti-sagging safety-truss gate comprises corner gutters to drain rain water, body gutters to drain rain water, extension tubes having multiple built-in tunnel systems to drain rain water, struts having multiple built-in tunnel systems to drain rain water, and vertical tubes having multiple built-in draining-hole systems to drain rain water down to the ground. Further, the unique gate comprises multiple ridge systems built into the extension tubes to strengthen the unique gate, and multiple spring systems built into the vertical tubes to strengthen the unique gate and to absorb impact forces, warping forces, twisting forces, and sagging forces exerted on the unique gate during its lifespan. The corner gutters, body gutters, and vertical tubes are welded to one another to create the frame of the unique gate. The extension tubes are inserted into the body gutters, and the struts are screwed in the corner gutters and on the extension tubes to define the width of the unique gate.

REFERENCE TO PREVIOUSLY FILED PROVISIONAL PATENT APPLICATION

FIELD OF THE INVENTION

The present invention relates to a unique adjustable guttering anti-warping anti-sagging safety-truss gate, which can discharge rain water trapped therein during its lifespan, can absorb impact forces exerted thereon during its lifespan, can absorb warping forces exerted thereon during its lifespan, can absorb sagging forces exerted thereon during its lifespan, can hide all screw heads therein to eliminate personal injuries, and can hide the clamp and cable ends of its truss inside its tube to further eliminate personal injuries. Particularly, the present invention relates to a unique adjustable guttering anti-warping anti-sagging safety-truss gate, having:multiple guttering systems,multiple impact-absorbing systems,multiple anti-warping systems,multiple anti-sagging systems,multiple personal-injury-eliminating systems, andself-centering angle-locking safety truss,

DESCRIPTION OF THE PRIOR ART

A number of gates have been introduced.

U.S. Pub. No. 20120324792, patented 2012 Dec. 27, to Michel Bertsch disclose a variety of inventions related to gates.

MULTIPLE DISADVANTAGES OF THE PRIOR ART

Referring toFIGS. 1(PRIOR ART) and2(PRIOR ART), the prior art has failed to solve many problems associated with such gates, as follows:1) No prior art offer or disclose any gates, having multiple upper and lower body-gutters.

Therefore, the prior art of gates:a) Cannot discharge rain water38aand38btrapped inside upper and lower tubes39aand39bwhen the prior-art gates sag in the direction of arrow40,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART); andb) Cannot discharge rain water38cand38dtrapped inside upper and lower tubes39cand39dwhen the prior-art gates sag in the direction of arrow41,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART).

Therefore, the prior-art of upper and lower tubes39a,39b,39c, and39d:a) Detrimentally rust caused by trapped water in upper and lower tubes39a,39b,39c, and39d;b) Detrimentally grow mold caused by trapped water in upper and lower tubes39a,39b,39c, and39d; andc) Detrimentally cause personal injuries and health issues for those, who clean, work on, and operate the prior-art gates.2) No prior art offer or disclose any gates, having multiple upper and lower drain-hole systems.

Therefore, the prior art of gates:a) Cannot discharge rain water38aand38btrapped inside upper and lower extension tubes42aand42bwhen the prior-art gates sag in the directions of arrow40,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART); andb) Cannot discharge rain water38cand38dtrapped inside upper and lower extension tubes42aand42bwhen the prior-art gates sag in the directions of arrow41,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART).

Therefore, upper and lower extension tubes42aand42bof the prior-art gates:a) Detrimentally rust caused by water38a,38b,38c, and38dtrapped in upper and lower tubes42a,42b,42c, and42d;b) Detrimentally grow mold caused by water38a,38b,38c, and38dtrapped in upper and lower tubes42a,42b,42c, and42d; andc) Detrimentally cause personal injuries and health issues for those, who clean, work on, and operate the prior-art gates.3) No prior art offer or disclose any gates, having multiple upper and lower corner-gutters.

Therefore, the prior art of gates:a) Cannot discharge rain water43aand43btrapped inside corner-brackets44aand44bof the prior-art gates,to prevent them from rusting and growing mold(FIG. 2(PRIOR ART); andb) Cannot discharge rain water43cand43dtrapped inside corner-brackets44cand44dof the prior-art gates,to prevent them from rusting and growing mold(FIG. 2(PRIOR ART).

Therefore, corner-brackets44a,44b,44c, and44dof the prior-art gates:a) Detrimentally rust caused by water43a,43b,43c, and43dtrapped in corner-brackets44a,44b,44c, and44d;b) Detrimentally grow mold caused by water43a,43b,43c, and43dtrapped in corner-brackets44a,44b,44c, and44d; andc) Detrimentally cause personal injuries and health issues for those, who clean, work on, and operate the prior-art gates.4) No prior art offer or disclose any gates, having multiple additional upper and lower drain-hole systems.

Therefore, the prior art of gates:a) Cannot discharge rain water43aand43btrapped between upper and lower horizontal struts45aand45band upper and lower tubes39aand39bof the prior-art gates,to prevent them from rotting, rusting, and growing mold(FIGS. 1(PRIOR ART) and2(PRIOR ART); andb) Cannot discharge rain water43aand43btrapped between upper and lower horizontal struts45aand45band upper and lower tubes39cand39dof the prior-art gates,to prevent them from rotting, rusting, and growing mold(FIGS. 1(PRIOR ART) and2(PRIOR ART).

Therefore, upper and lower horizontal struts45aand45bof the prior-art gates:a) Detrimentally rust from the damage of water43aand43bto upper and lower horizontal struts45aand45band upper and lower tubes39aand39bof the adjustable prior-art gates;b) Detrimentally grow mold from the damage of water43aand43bto upper and lower horizontal struts45aand45band upper and lower tubes39aand39bof the adjustable prior-art gates; andc) Detrimentally cause personal injuries and health issues for those, who clean, work on, and operate the prior-art gates.5) No prior art offer or disclose any gates, having multiple upper and lower impact-absorbing anti-warping systems.

Therefore, the prior art of gates:a) Cannot absorb the slamming forces exerted on the prior-art gates during its lifespan,to prevent the prior-art gates from twisting(FIG. 2(PRIOR ART); andb) Cannot absorb the warping forces exerted on the prior-art gates during its lifespan,to prevent the prior-art gates from warping(FIG. 2(PRIOR ART).

Therefore, the prior-art of gates:a) Detrimentally bend and warp, which shortens their lifespan;b) Detrimentally become out of alignment with the fence, which shortens their lifespan; andc) Detrimentally become unattractive.6) No prior art offer or disclose any gates, having multiple upper and lower anti-sagging systems.

Therefore, the prior art of gates:a) Cannot counteract gravitational forces46aand46bexerted on upper extension tube47aof the prior-art gates,to prevent the prior-art gates from bending and sagging(FIG. 2(PRIOR ART); andb) Cannot counteract gravitational forces46aand46bexerted on lower extension tube47bof the prior-art gates,to prevent the prior-art gates from bending and sagging(FIG. 2(PRIOR ART).

Therefore, the prior art of upper and lower extension tubes47aand47b:a) Detrimentally bend and sag, which shortens their lifespan;b) Detrimentally become out of alignment with the fence, which shortens their lifespan; andc) Detrimentally become unattractive.7) No prior art offer or disclose any gates, having multiple personal-injury-eliminating systems.

Therefore, the prior art of gates:a) Cannot hide all exposed, rusting, and hazardous screw heads48a,48b,48c, and48dof the prior-art gates,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the prior-art gates(FIG. 1(PRIOR ART); andb) Cannot hide all exposed, rusting, and hazardous screw heads48eand48fof the prior-art gates,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the prior-art gates(FIG. 1(PRIOR ART).

Therefore, all exposed, rusting, and hazardous screw heads48a,48b,48c,48d,48e, and48fof the prior-art gates:a) Detrimentally scratch;b) Detrimentally poke;c) Detrimentally cut; andd) Detrimentally cause personal injuries and health issues for those, who clean, work on, and operate the prior-art gates.8) No prior art offer or disclose any gates, having self-centering angle-locking safety truss.

Therefore, the prior art of gates:a) Cannot hide its self-centering angle-locking truss-cable-end clamp inside one of the vertical tubes of the prior-art gates,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the prior-art gates(FIGS. 11 and 15); andb) Cannot hide both of its rusting and hazardous cable ends inside one of the vertical tubes of the prior-art gates,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the prior-art gates(FIGS. 11 and 15).

Therefore, both of exposed, rusting, and hazardous cable ends49aand49bof the truss of the prior-art gates (FIG. 2(PRIOR ART):a) Detrimentally scratch;b) Detrimentally poke;c) Detrimentally cut; andd) Detrimentally cause personal injuries and health issues for those, who clean, work on, and operate the prior-art gates.9) No prior art offer or disclose any gates, having multiple upper- and lower-extension-tube ridges.

Therefore, the prior art of gates:a) Cannot absorb the slamming forces exerted on the prior-art gates during their lifespan,to prevent the prior-art gates from twisting and warping, which shortens their lifespan(FIGS. 3A, 8, and 9); andb) Cannot absorb the warping forces exerted on the prior-art gates during their lifespan,to prevent the prior-art gates from twisting and warping, which shortens their lifespan(FIGS. 3A, 8, and 9).

Therefore, the prior art of gates:a) Detrimentally, further, bend, sag, twist, and turn themselves out of their original shape;b) Detrimentally, further, bend, sag, twist, and turn themselves out of their alignment with the fence;c) Detrimentally, further, bend, sag, twist, and turn themselves out of their original attractive appearance;d) Detrimentally, further, bending, sagging, twisting and turning, thereby shortening their lifespan; ande) Are more expensive, due to their shorter lifespan.10) No prior art offer or disclose any gates, having multiple upper- and lower-extension-tube ridges.

Therefore, the prior art of gates:a) Cannot generate counteracting forces120a(FIG. 14), which counteract gravitational forces46aand46bexerted on the prior-art gates during their lifespan,to prevent the prior-art gates from bending and sagging, which shortens their lifespan(FIG. 2(PRIOR ART); andb) Cannot generate counteracting forces120b(FIG. 14), which counteract gravitational forces46aand46bexerted on the prior-art gates during their lifespan,to prevent the prior-art gates from bending and sagging, which shortens their lifespan(FIG. 2(PRIOR ART).

Therefore, the prior art of upper and lower extension tubes47aand47b:a) Detrimentally, further, bend, sag, twist, and turn themselves out of their original shape;b) Detrimentally, further, bend, sag, twist, and turn themselves out of their alignment with the fence;c) Detrimentally, further, bend, sag, twist, and turn themselves out of their original attractive appearance;d) Detrimentally, further, bending, sagging, twisting and turning, thereby shortening their lifespan; ande) Are more expensive, due to their shorter lifespan.11) No prior art offer or disclose any gates, having upper and lower impact-absorbing anti-warping springs.

Therefore, the prior art of gates:a) Cannot generate stabilizing spring forces, which counteract impacting and warping forces exerted on the vertical tubes of the prior-art gates,to prevent the vertical tubes of the prior-art gates from bending, sagging, twisting and turning, which shortens their lifespan; and(FIGS. 12, 13, and 14); andb) Cannot generate stabilizing spring forces, which counteract twisting and turning forces exerted on the vertical tubes of the prior-art gates,to prevent the vertical tubes from bending, sagging, twisting and turning, which shortens their lifespan(FIGS. 12, 13, and 14).

Therefore, the prior art of gates:a) Detrimentally, even further, bend, sag, twist, and turn themselves out of their original shape;b) Detrimentally, even further, bend, sag, twist, and turn themselves out of their alignment with the fence;c) Detrimentally, even further, bend, sag, twist, and turn themselves out of their original attractive appearance;d) Detrimentally, even further, bending, sagging, twisting and turning, thereby shortening their lifespan; ande) Are even more expensive, due to their shorter lifespan.12) No prior art offer or disclose any gates, having upper and lower impact-absorbing anti-warping springs.

Therefore, the prior art of gates:a) Cannot generate strengthening spring forces, which counteract impacting and warping forces exerted on the vertical tubes of the prior-art gates,to add more strength to the vertical tubes of the prior-art gates to prevent them from bending, sagging, twisting and turning, which shortens their lifespan(FIGS. 12, 13, and 14); andb) Cannot generate strengthening spring forces, which counteract twisting and turning forces exerted on the vertical tubes of the prior-art gates,to add more strength to the vertical tubes of the prior-art gates to prevent them from bending, sagging, twisting and turning, which shortens their lifespan(FIGS. 12, 13, and 14).

Therefore, the prior art of gates:a) Detrimentally, even further, bend, sag, twist, and turn themselves out of their original shape;b) Detrimentally, even further, bend, sag, twist, and turn themselves out of their alignment with the fence;c) Detrimentally, even further, bend, sag, twist, and turn themselves out of their original attractive appearance;d) Detrimentally, even further, bending, sagging, twisting and turning, thereby shortening their lifespan; ande) Are even more expensive, due to their shorter lifespan.

OBJECTS AND ADVANTAGES OF THE INVENTION

The present invention substantially departs from the conventional concepts and designs of the prior art. In doing so, the present invention provides a unique adjustable guttering anti-warping anti-sagging safety-truss gate, having many unique and significant features, functions, and advantages, which overcome all the disadvantages of the prior art, as follows:1) It is an object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper and lower body-gutters.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can discharge rain water38aand38btrapped inside upper and lower tubes39aand39bwhen they sag in the direction of arrow40,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART); andb) Can discharge rain water38cand38dtrapped inside upper and lower tubes39cand39dwhen they sag in the direction of arrow41,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can eliminate rust caused by water38a,38b,38c, and38dtrapped in upper and lower tubes39a,39b,39c, and39d;b) Can eliminate mold growth caused by water38a,38b,38c, and38dtrapped in upper and lower tubes39a,39b,39c, and39d; andc) Can eliminate personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates.2) It is another object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper and lower drain-hole systems.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can discharge rain water38aand38btrapped inside upper and lower extension tubes42aand42bwhen they sag in the directions of arrow40,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART); andb) Can discharge rain water38cand38dtrapped inside upper and lower extension tubes42aand42bwhen they sag in the directions of arrow41,to prevent them from rusting and growing mold(FIG. 1(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can eliminate rust caused by water38a,38b,38c, and38dtrapped in upper and lower tubes42a,42b,42c, and42d;b) Can eliminate mold growth caused by water38a,38b,38c, and38dtrapped in upper and lower tubes42a,42b,42c, and42d; andc) Can eliminate personal injuries and health issues for people, who clean, work on, and operate the adjustable prior-art gates.3) It is a further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper and lower corner-gutters.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can discharge rain water43aand43btrapped inside corner-brackets44aand44bof the adjustable prior-art gates,to prevent them from rusting and growing mold(FIG. 2(PRIOR ART); andb) Can discharge rain water43cand43dtrapped inside corner-brackets44cand44dof the adjustable prior-art gates,to prevent them from rusting and growing mold(FIG. 2(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can eliminate rust caused by water43a,43b,43c, and43dtrapped in corner-brackets44a,44b,44c, and44d;b) Can eliminate mold growth caused by water43a,43b,43c, and43dtrapped in corner-brackets44a,44b,44c, and44d; andc) Can eliminate personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates.4) It is an even further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple additional upper and lower drain-hole systems.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can discharge rain water43aand43btrapped between upper and lower horizontal struts45aand45band upper and lower tubes39aand39bof the adjustable prior-art gates,to prevent them from rotting, rusting, and growing mold(FIG. 2(PRIOR ART); andb) Can discharge rain water43aand43btrapped between upper and lower horizontal struts45aand45band upper and lower tubes39cand39dof the adjustable prior-art gates,to prevent them from rotting, rusting, and growing mold(FIG. 2(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can eliminate rot and rust from the damage of water43aand43bto upper and lower horizontal struts45aand45band upper and lower tubes39aand39bof the adjustable prior-art gates;b) Can eliminate mold growth from the damage of water43aand43bto upper and lower horizontal struts45aand45band upper and lower tubes39aand39bof the adjustable prior-art gates; andc) Can eliminate personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates.5) It is another object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper and lower impact-absorbing anti-warping systems.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can absorb the slamming forces exerted thereon during its lifespan,to prevent itself from twisting(FIG. 2(PRIOR ART); andb) Can absorb the warping forces exerted thereon during its lifespan,to prevent itself from warping(FIG. 2(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can resist twisting and warping, thereby retaining its original shape;b) Can resist twisting and warping, thereby retaining its alignment with the fence;c) Can resist twisting and warping, thereby retaining its original attractive appearance;d) Can resist twisting and warping, thereby extending its lifespan; ande) Can be cost-effective, due to its longer lifespan.6) It is yet another object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper and lower anti-sagging systems.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can counteract gravitational forces46aand46bexerted on upper extension tube47aof the adjustable prior-art gates,to prevent the adjustable prior-art gates from bending and sagging(FIG. 2(PRIOR ART); andb) Can counteract gravitational forces46aand46bexerted on lower extension tube47bof the adjustable prior-art gates,to prevent the adjustable prior-art gates from bending and sagging(FIG. 2(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can resist bending and sagging to upper and lower extension tubes47aand47b, thereby retaining its original shape;b) Can resist bending and sagging to upper and lower extension tubes47aand47b, thereby retaining its alignment with the fence;c) Can resist bending and sagging to upper and lower extension tubes47aand47b, thereby retaining its original attractive appearance;d) Can resist bending and sagging to upper and lower extension tubes47aand47b, thereby extending its lifespan; ande) Can be cost-effective due to its longer lifespan.7) It is still yet another object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple personal-injury-eliminating systems.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can hide all exposed, rusting, and hazardous screw heads48a,48b,48c, and48dof the adjustable prior-art gates,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates(FIG. 1(PRIOR ART); andb) Can hide all exposed, rusting, and hazardous screw heads48eand48fof the prior-art gates,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates(FIG. 1(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can eliminate scratches caused by exposed, rusting, and hazardous screw heads48a,48b,48c,48d,48e, and48f,b) Can eliminate pokes caused by exposed, rusting, and hazardous screw heads48a,48b,48c,48d,48e, and48f,c) Can eliminate cuts caused by exposed, rusting, and hazardous screw heads48a,48b,48c,48d,48e, and48f, andd) Can eliminate personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates.8) It is still yet an even further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having self-centering angle-locking safety truss.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can hide its self-centering angle-locking truss-cable-end clamp inside one of the vertical tubes,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates(FIGS. 11 and 15); andb) Can hide both of its rusting and hazardous cable ends inside one of the vertical tubes,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates(FIGS. 11 and 15).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can eliminate scratches caused by exposed, rusting, and hazardous truss-cable-end clamp and truss-cable ends,b) Can eliminate pokes caused by exposed, rusting, and hazardous truss-cable-end clamp and truss-cable endsc) Can eliminate cuts caused by exposed, rusting, and hazardous truss-cable-end clamp and truss-cable ends, andd) Can eliminate personal injuries and health issues for those, who clean, work on, and operate the adjustable prior-art gates.9) It is still yet an even further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper- and lower-extension-tube ridges.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can absorb the slamming forces exerted thereon during their lifespan,to prevent itself from twisting and warping, which shortens its lifespan(FIGS. 3A, 8, and 9); andb) Can absorb the warping forces exerted thereon during its lifespan,to prevent itself from twisting and warping, which extends its lifespan(FIGS. 3A, 8, and 9).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can, further, resist twisting and warping, thereby retaining its original shape;b) Can, further, resist twisting and warping, thereby retaining its alignment with the fence;c) Can, further, resist twisting and warping, thereby retaining its original attractive appearance;d) Can, further, resist twisting and warping, thereby extending its lifespan; ande) Can be more cost-effective, due to its longer lifespan.10) It is still yet an even further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having multiple upper- and lower-extension-tube ridges.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can generate counteracting forces120a(FIG. 14), which counteract gravitational forces46aand46bexerted thereon during its lifespan,to prevent itself from bending and sagging, which extends its lifespan(FIG. 2(PRIOR ART); andb) Can generate counteracting forces120b(FIG. 14), which counteract gravitational forces46aand46bexerted thereon during its lifespan,to prevent itself from bending and sagging, which extends its lifespan(FIG. 2(PRIOR ART).

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can, further, resist bending and sagging, thereby retaining its original shape;b) Can, further, resist bending and sagging, thereby retaining its alignment with the fence;c) Can, further, resist bending and sagging, thereby retaining its original attractive appearance;d) Can, further, resist bending and sagging, thereby extending its lifespan; ande) Can be more cost-effective, due to its longer lifespan.11) It is yet a further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having upper and lower impact-absorbing anti-warping springs.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can generate stabilizing spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract impacting and warping forces exerted on vertical tubes72and73,to prevent vertical tubes72and73from bending, sagging, twisting and turning, which shortens their lifespan; andb) Can generate stabilizing spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract twisting and turning forces exerted on vertical tubes72and73,to prevent vertical tubes72and73from bending, sagging, twisting and turning, which shortens their lifespan.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can, even further, resist bending, sagging, twisting, and turning, thereby retaining its original shape;b) Can, even further, resist bending, sagging, twisting, and turning, thereby retaining its alignment with the fence;c) Can, even further, resist bending, sagging, twisting, and turning, thereby retaining its original attractive appearance;d) Can, even further, resist bending, sagging, twisting, and turning, thereby extending its lifespan; ande) Can be even more cost-effective, due to its longer lifespan.12) It is still yet an even further object of the new invention to provide the unique adjustable guttering anti-warping anti-sagging safety-truss gate, having upper and lower impact-absorbing anti-warping springs.

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Can generate strengthening spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract impacting and warping forces exerted on vertical tubes72and73,to add more strength to vertical tubes72and73to prevent them from bending, sagging, twisting and turning, which shortens their lifespan; andb) Can generate strengthening spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract twisting and turning forces exerted on vertical tubes72and73,to add more strength to vertical tubes72and73to prevent them from bending, sagging, twisting and turning, which shortens their lifespan.

Other objects and advantages of the present invention will become apparent from a consideration of the accompanying drawings and ensuing description.

SUMMARY OF THE INVENTION

A unique adjustable guttering anti-warping anti-sagging safety-truss gate comprises corner gutters to drain rain water, body gutters to drain rain water, extension tubes having multiple built-in tunnel systems to drain rain water, struts having multiple built-in tunnel systems to drain rain water, and vertical tubes having multiple built-in draining-hole systems to drain rain water down to the ground. Further, the unique gate comprises multiple ridge systems built into the extension tubes to strengthen the unique gate, and multiple spring systems built into the vertical tubes to strengthen the unique gate and to absorb impact forces, warping forces, twisting forces, and sagging forces exerted on the unique gate during its lifespan. The corner gutters, body gutters, and vertical tubes are welded to one another to create the frame of the unique gate. The extension tubes are inserted into the body gutters, and the struts are screwed in the corner gutters and on the extension tubes to define the width of the unique gate.

DETAILED DESCRIPTION OF THE INVENTION

Component

Material

1) Upper left corner-gutter50is made of metallic material.

2) Lower left corner-gutter51is made of metallic material.

3) Upper right corner-gutter52is made of metallic material.

4) Lower right corner-gutter53is made of metallic material.

9) Upper tunneled horizontal strut58is made of wood.

10) Lower tunneled horizontal strut59is made of wood.

13) Upper left body-gutter62is made of metallic material.

14) Lower left body-gutter63is made of metallic material.

15) Upper right body-gutter64is made of metallic material.

16) Lower right body-gutter65is made of metallic material.

17) Upper ridged tunneled extension tube66is made of metallic material.

18) Lower ridged tunneled extension tube67is made of metallic material.

23) Left vertical tube72is made of metallic material.

24) Right vertical tube73is made of metallic material.

33) Upper truss hole82is made of empty space.

34) Lower truss hole83is made of empty space.

44) Safety truss93is made of metallic material.

47) Cable hook96is made of metallic material.

55) Multiple clamp screws100eis made of metallic material.

Shape

Referring toFIGS. 3A and 3B:1) Upper left corner-gutter50has a cup shape and a cross-section of a rectangular shape.2) Lower left corner-gutter51has a cup shape and a cross-section of a rectangular shape.3) Upper right corner-gutter52has a cup shape and a cross-section of a rectangular shape.4) Lower right corner-gutter53has a cup shape and a cross-section of a rectangular shape.5) Upper-left-corner-gutter drain hole54has a half-pie shape.6) Lower-left-corner-gutter drain hole55has a half-pie shape.7) Upper-right-corner-gutter drain hole56has a half-pie shape.8) Lower-right-corner-gutter drain hole57has a half-pie shape.9) Upper tunneled horizontal strut58has a cylindrical shape and a cross-section of a hand shape.10) Lower tunneled horizontal strut59has a cylindrical shape and a cross-section of a hand shape.11) Multiple upper-horizontal-strut tunnels60each have a cylindrical shape and a cross-section of a half-pie shape.12) Multiple lower-horizontal-strut tunnels61each have a cylindrical shape and a cross-section of a half-pie shape.13) Upper left body-gutter62has a cylindrical ring shape and a cross-section of a square shape.14) Lower left body-gutter63has a cylindrical ring shape and a cross-section of a square shape.15) Upper right body-gutter64has a cylindrical ring shape and a cross-section of a square shape.16) Lower right body-gutter65has a cylindrical ring shape and a cross-section of a square shape.17) Upper ridged tunneled extension tube66has a cylindrical shape and a cross-section of a hand shape.18) Lower ridged tunneled extension tube67has a cylindrical shape and a cross-section of a hand shape.19) Multiple upper-extension-tube ridges68each have a cylindrical shape and a cross-section of a half-pie shape.20) Multiple lower-extension-tube ridges69each have a cylindrical shape and a cross-section of a half-pie shape.21) Multiple upper-extension-tube tunnels70each have a cylindrical shape and a cross-section of a half-pie shape.22) Multiple lower-extension-tube tunnels71each have a cylindrical shape and a cross-section of a half-pie shape.23) Left vertical tube72has a cylindrical shape and a cross-section of a square shape.24) Right vertical tube73has a cylindrical shape and a cross-section of a square shape.25) First drain-hole system74has multiple holes of round shape.26) Second drain-hole system75has multiple holes of round shape.27) Third drain-hole system76has multiple holes of round shape.28) Fourth drain-hole system77has multiple holes of round shape.29) Fifth drain-hole system78has multiple holes of round shape.30) Sixth drain-hole system79has multiple holes of round shape.31) Seventh drain-hole system80has multiple holes of round shape.32) Eighth drain-hole system81has multiple holes of round shape.33) Upper truss hole82has a round shape.34) Lower truss hole83has a round shape.35) Upper left impact-absorbing anti-warping spring84has a wavy rectangular shape.36) Lower left impact-absorbing anti-warping spring85has a wavy rectangular shape.37) Upper right impact-absorbing anti-warping spring86has a wavy rectangular shape.38) Lower right impact-absorbing anti-warping spring87has a wavy rectangular shape.39) Corner-gutter contact edges88each have a straight-line shape.40) Body-gutter contact edges89each have a straight-line shape.41) Multiple screw-head-hiding dimples90each have a half-globe shape.42) Multiple corner-gutter screws91each have a screw shape.43) Multiple extension-tube screws92each have a screw shape.44) Safety truss93has an elongated shape.45) Turnbuckle hook94has a letter-S shape.46) Turnbuckle95has an oval shape.47) Cable hook96has a keyhole shape.48) Truss cable97has a loop shape.49) First truss-cable end98has a letter-I shape.50) Second truss-cable end99has a letter-I shape.51) Self-centering angle-locking truss-cable-end clamp100ahas an oval shape.52) Self-centering head100bhas a cylindrical-dome shape.53) Angle-locking long wing100chas a triangular shape.54) Angle-locking short wing100dhas a triangular shape.55) Multiple clamp screws100eeach have a screw shape.

Connection

Referring toFIGS. 3A and 3B:1) Upper left corner-gutter50is welded to upper left body-gutter62and left vertical tube72along corner-gutter contact edges88, respectively.2) Lower left corner-gutter51is welded to lower left body-gutter63and left vertical tube72along corner-gutter contact edges88, respectively.3) Upper right corner-gutter52is welded to upper right body-gutter64and right vertical tube73along corner-gutter contact edges88, respectively.4) Lower right corner-gutter53is welded to lower right body-gutter65and right vertical tube73along corner-gutter contact edges88, respectively.5) Upper-left-corner-gutter drain hole54is cut into the vertical-tube-facing side of upper left corner-gutter50.6) Lower-left-corner-gutter drain hole55is cut into the vertical-tube-facing side of lower left corner-gutter51.7) Upper-right-corner-gutter drain hole56is cut into the vertical-tube-facing side of upper right corner-gutter52.8) Lower-right-corner-gutter drain hole57is cut into the vertical-tube-facing side of upper right corner-gutter53.9) Upper tunneled horizontal strut58is inserted into upper left and upper right corner-gutters50and51, at its two opposite ends, respectively.10) Lower tunneled horizontal strut59is inserted into lower left and lower right corner-gutters52and53, at its two opposite ends, respectively.11) Multiple upper-horizontal-strut tunnels60are cut into and along the bottom of upper tunneled horizontal strut58.12) Multiple lower-horizontal-strut tunnels61are cut into and along the bottom of lower tunneled horizontal strut59.13) Upper left body-gutter62is welded to upper left corner-gutter50and left vertical tube72along body-gutter contact edges89, respectively.14) Lower left body-gutter63is welded to lower left corner-gutter51and left vertical tube72along body-gutter contact edges89, respectively.15) Upper right body-gutter64is welded to upper right corner-gutter52and right vertical tube73along body-gutter contact edges89, respectively.16) Lower right body-gutter65is welded to lower right corner-gutter53and right vertical tube73along body-gutter contact edges89, respectively.17) Upper ridged tunneled extension tube66is inserted into upper left and upper right body-gutters62and63, at its two opposite ends, respectively.18) Lower ridged tunneled extension tube67is inserted into lower left and lower right body-gutters64and65, at its two opposite ends, respectively.19) Multiple upper-extension-tube ridges68are formed into and along the bottom of upper ridged tunneled extension tube66.20) Multiple lower-extension-tube ridges69are formed into and along the bottom of lower ridged tunneled extension tube67.21) Multiple upper-extension-tube tunnels70are formed into and along the bottom of upper ridged tunneled extension tube66.22) Multiple lower-extension-tube tunnels71are formed into and along the bottom of lower ridged tunneled extension tube67.23) Left vertical tube72is welded to upper left and lower left corner-gutters50and52and to upper left and lower left body-gutters62and64.24) Right vertical tube73is welded to upper right and lower right corner-gutters51and53and to upper right and lower right body-gutters63and65.25) First drain-hole system74is drilled into the gutter-facing side of left vertical tube72.26) Second drain-hole system75is drilled into the gutter-facing side of right vertical tube73.27) Third drain-hole system76is drilled into the gutter-facing side of left vertical tube72.28) Fourth drain-hole system77is drilled into the gutter-facing side of right vertical tube73.29) Fifth drain-hole system78is drilled into the gutter-facing side of left vertical tube72.30) Sixth drain-hole system79is drilled into the gutter-facing side of right vertical tube73.31) Seventh drain-hole system80is drilled into the gutter-facing side of left vertical tube72.32) Eighth drain-hole system81is drilled into the gutter-facing side of right vertical tube73.33) Upper truss hole82is drilled into the gutter-facing side of left vertical tube73.34) Lower truss hole83is drilled into the gutter-facing side of right vertical tube73.35) Upper left impact-absorbing anti-warping spring84is diagonally welded, along its two opposite vertical edges, to the inner surface of left vertical tube72.36) Lower left impact-absorbing anti-warping spring85is diagonally welded, along its two opposite vertical edges, to the inner surface of left vertical tube72.37) Upper right impact-absorbing anti-warping spring86is diagonally welded, along its two opposite vertical edges, to the inner surface of right vertical tube73.38) Lower right impact-absorbing anti-warping spring87is diagonally welded, along its two opposite vertical edges, to the inner surface of right vertical tube73.39) Corner-gutter contact edges88are formed along the contact perimeter of corner-gutters50,51,52, and53.40) Body-gutter contact edges89are formed along the contact perimeter of body-gutters62,63,64, and65.41) Multiple screw-head-hiding dimples90are formed into the fence-board-facing side of corner-gutters50,51,52, and53.42) Multiple corner-gutter screws91are screwed through multiple screw-head-hiding dimples90, respectively.43) Multiple extension-tube screws92are screwed through upper and lower extension tubes66,67and upper and lower tunneled horizontal struts58and59.44) Safety truss93is attached to left and right vertical tubes72and73.45) Turnbuckle hook94is hooked in upper truss hole82.46) Turnbuckle95is screwed on turnbuckle hook94and cable hook96.47) Cable hook96is screwed in turnbuckle95.48) Truss cable97is threaded through cable hook96.49) First truss-cable end98is inserted in lower truss hole83.50) Second truss-cable end99is inserted in lower truss hole83.51) Self-centering angle-locking truss-cable-end clamp100ais screwed on first and second truss-cable ends96and97.52) Self-centering head100bis molded to the side of truss-cable-end clamp100a.53) Angle-locking long wing100cis molded to a corner of truss-cable-end clamp100a.54) Angle-locking short wing100dis molded to another corner of truss-cable-end clamp100a.55) Multiple clamp screws100eare screwed on truss-cable-end clamp100a.

Function

Referring toFIGS. 3A, 3B, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, and 15:1) Upper left corner-gutter50is for leading rain water trapped between upper left corner-gutter50and upper tunneled horizontal strut58to first drain-hole system74, in the direction of arrow101(FIG. 4).2) Lower left corner-gutter51is for leading rain water trapped between lower left corner-gutter51and lower tunneled horizontal strut59to second drain-hole system75, in the direction of arrow102(FIG. 5).3) Upper right corner-gutter52is for leading rain water trapped between upper right corner-gutter52and upper tunneled horizontal strut58to third drain-hole system76.4) Lower right corner-gutter53is for leading rain water trapped between lower right corner-gutter53and lower tunneled horizontal strut59to fourth drain-hole system77.5) Upper-left-corner-gutter drain hole54is for draining rain water into left vertical tube72.6) Lower-left-corner-gutter drain hole55is for draining rain water into left vertical tube72.7) Upper-right-corner-gutter drain hole56is for draining rain water into right vertical tube73.8) Lower-right-corner-gutter drain hole57is for draining rain water into right vertical tube73.9) Upper tunneled horizontal strut58is for fixing the unique-gate width (FIG. 6).10) Lower tunneled horizontal strut59is for fixing the unique-gate width.11) Multiple upper-horizontal-strut tunnels60are for leading trapped rain water to first and third drain-hole systems74and76, in the directions of arrows103and104(FIGS. 6 and 7).12) Multiple lower-horizontal-strut tunnels61are for leading trapped rain water to second and fourth drain-hole systems76and77.13) Upper left body-gutter62is for leading rain water trapped between upper left body-gutter62and upper ridged tunneled extension tube66to fifth drain-hole system78, in the direction of arrow105(FIG. 10).14) Lower left body-gutter63is for leading rain water trapped between lower left body-gutter63and lower ridged tunneled extension tube67to sixth drain-hole system79, in the direction of arrow106(FIG. 10)15) Upper right body-gutter64is for leading rain water trapped between upper right body-gutter64and upper ridged tunneled extension tube66to seventh drain-hole system80.16) Lower right body-gutter65is for leading rain water trapped between lower right body-gutter65and lower ridged tunneled extension tube67to eighth drain-hole system81.17) Upper ridged tunneled extension tube66is for adjusting the unique-gate width (FIG. 8).18) Lower ridged tunneled extension tube67is for adjusting the unique-gate width.19) Multiple upper-extension-tube ridges68are for strengthening upper ridged tunneled extension tube66(FIGS. 8 and 9).20) Multiple lower-extension-tube ridges69are for strengthening lower ridged tunneled extension tube67.21) Multiple upper-extension-tube tunnels70are for leading trapped rain water to fifth and seventh drain-hole systems78and80, in the directions of arrows107and108(FIGS. 8 and 9).22) Multiple lower-extension-tube tunnels71are for leading trapped rain water to sixth and eighth drain-hole systems80and81.23) Left vertical tube72is for leading trapped rain water down to the ground,(FIGS. 10 and 11).24) Right vertical tube73is for leading trapped rain water down to the ground.25) First drain-hole system74is for draining rain water into left vertical tube72, in the direction of arrow109(FIGS. 10 and 11).26) Second drain-hole system75is for draining rain water into left vertical tube72, in the direction of arrow110(FIGS. 10 and 11).27) Third drain-hole system76is for draining rain water into right vertical tube73, in the direction of arrow111(FIGS. 10 and 11).28) Fourth drain-hole system77is for draining rain water into right vertical tube73, in the direction of arrow112(FIGS. 10 and 11).29) Fifth drain-hole system78is for draining rain water into left vertical tube72, in the direction of arrow113(FIGS. 10 and 11).30) Sixth drain-hole system79is for draining rain water into left vertical tube72, in the direction of arrow114(FIGS. 10 and 11).31) Seventh drain-hole system80is for draining rain water into right vertical tube73, in the direction of arrow115(FIGS. 10 and 11).32) Eighth drain-hole system81is for draining rain water into right vertical tube73, in the direction of arrow116(FIGS. 10 and 11).33) Upper truss hole82is for truss hook94to hook into.34) Lower truss hole83is for first and second truss-cable ends96and97to be threaded through.35) Upper left impact-absorbing anti-warping spring84is for:a) Absorbing gravitational, impacting, and warping forces117awith its spring forces118aand118b(FIGS. 12 and 13), andb) Absorbing gravitational, impacting, and warping forces117bwith its spring forces119aand119b(FIGS. 12 and 13).36) Lower left impact-absorbing anti-warping spring85is for:a) Absorbing gravitational, impacting, and warping forces with its left spring forces (similarly to upper left impact-absorbing anti-warping spring84above), andb) Absorbing gravitational, impacting, and warping forces with its right spring forces (similarly to upper left impact-absorbing anti-warping spring84above).(FIGS. 12 and 13).37) Upper right impact-absorbing anti-warping spring86is for:a) Absorbing gravitational, impacting, and warping forces with its left spring forces (similarly to upper left impact-absorbing anti-warping spring84above), andb) Absorbing gravitational, impacting, and warping forces with its right spring forces (similarly to upper left impact-absorbing anti-warping spring84above).(FIGS. 12 and 13).38) Lower right impact-absorbing anti-warping spring87is for:a) Absorbing gravitational, impacting, and warping forces with its left spring forces (similarly to upper left impact-absorbing anti-warping spring84above), andb) Absorbing gravitational, impacting, and warping forces with its right spring forces (similarly to upper left impact-absorbing anti-warping spring84above).(FIGS. 12 and 13).39) Corner-gutter contact edges88are for being welded to body-gutters62,63,64, and65and to vertical tubes72and73, respectively (FIGS. 3B and 14).40) Body-gutter contact edges89are for being welded to corner-gutters50,51,52, and53and to vertical tubes72and73, respectively (FIGS. 3B and 14).41) Multiple screw-head-hiding dimples90are for hiding the heads of corner-gutter screws91(FIGS. 3A and 4).42) Multiple corner-gutter screws91are for securing upper and lower tunneled horizontal strut58and59to upper and lower corner-gutters50,51,52, and53(FIG. 3A).43) Multiple extension-tube screws92are for securing upper and lower extension tube66and67to upper and lower body-gutters62,63,64, and65(FIG. 3A).44) Safety truss93is for maintaining the original unique-gate shape (FIGS. 14 and 15).45) Turnbuckle hook94is for hooking into upper truss hole82.46) Turnbuckle95is for adjusting the truss tension.47) Cable hook96is for truss cable97to be hooked thereon.48) Truss cable97is for maintaining the tension of safety truss9349) First truss-cable end98is for being inserted in lower truss hole83(FIGS. 14 and 15).50) Second truss-cable end99is for being inserted in lower truss hole83(FIGS. 14 and 15).51) Self-centering angle-locking truss-cable-end clamp100ais for locking first and second truss-cable ends98and99in an angle inside right vertical tube73(FIGS. 14 and 15):52) Self-centering head100bis for centering truss-cable-end clamp100aat the center of lower truss hole83when the tension of truss cable97is adjusted.53) Angle-locking long wing100cis for locking truss-cable-end clamp100ain an angle inside right vertical tube73when the tension of truss cable97is adjusted.54) Angle-locking short wing100dis for locking truss-cable-end clamp100ain an angle inside right vertical tube73when the tension of truss cable97is adjusted.55) Multiple clamp screws100eare for screwing truss-cable-end clamp100aon first and second truss-cable ends98and99.

Operation

Variation

FIG. 17illustrates an equivalent of corner-gutter50,51,52, or53. An equivalent of corner-gutter drain hole54,55,56, or57can be disposed at the bottom or side of the equivalent. Any one of corner-gutter drain holes54,55,56, and57can have any shape and size. Any drain hole of drain-hole systems74,75,76,77,78,79,80, and81can have any shape and size. Any one of horizontal-strut tunnels60,61, and extension-tube tunnels70,71can have any shape and size. Any one of corner-gutters50,51,52, and53can be screwed to respective vertical tube72or73.FIG. 18illustrates a side view of an equivalent of upper ridged tunneled extension tube66. An equivalent of body-gutter62,63,64, or65can have a similar shape, as illustrated inFIG. 18.FIG. 19illustrates an equivalent121or122of impact-absorbing anti-warping spring84,85,86, or87. The equivalent can have a curved or straight, rectangular, or square shape, or any shape.FIG. 20illustrates an equivalent of the unique adjustable guttering-system anti-warping anti-sagging safety-truss gate (FIG. 16). The top and bottom ends of left and right vertical tubes of the equivalent are diagonally cut to convert them into corner gutters to lead trapped rain water down the left and right vertical tubes and to secure the upper and lower tunneled horizontal struts of the equivalent. In addition, the equivalent can comprise at least one letter-L-shaped corner plate.FIG. 21illustrates another equivalent of the unique adjustable guttering-system anti-warping anti-sagging safety-truss gate (FIG. 16). Any component of the unique adjustable guttering-system anti-warping anti-sagging safety-truss gate can have a cross-section of any shape and size. For example, vertical tube72or73can have a square, rectangular, or round cross-section.FIG. 22illustrates another equivalent of the unique adjustable guttering-system anti-warping anti-sagging safety-truss gate (FIG. 16). The equivalent can comprise multiple corner-gutters, multiple tunneled horizontal struts, multiple body-gutters, and multiple ridged tunneled extension tubes.

MAJOR UNIQUE ADVANTAGES OF THE INVENTION

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate provides the following unique benefits:1) Upper and lower corner-gutters50,51,52, and53are for:a) Discharging rain water43a,43b,43c, and43dtrapped inside upper and lower corner-gutters50,51,52, and53,to prevent them from rusting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 2(PRIOR ART),10, and11); andb) Discharging rain water43a,43b,43c, and43dtrapped under upper and lower horizontal struts58and59,to prevent them from rotting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 2(PRIOR ART),10, and11).2) First, second, third, fourth drain-hole systems74,75,76, and77are for:a) Discharging rain water43a,43b,43c, and43dtrapped inside upper and lower corner-gutters50,51,52, and53to the ground,to prevent them from rusting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 2(PRIOR ART),10, and11); andb) Discharging rain water43a,43b,43c, and43dtrapped under upper and lower horizontal struts58and59to the ground,to prevent them from rotting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 2(PRIOR ART),10, and11).3) Upper and lower body-gutters62,63,64, and65are for:a) Discharging rain water38a,38b,38c, and38dtrapped inside upper and lower body-gutters62,63,64, and65,to prevent them from rusting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 1(PRIOR ART),10, and11); andb) Discharging rain water38a,38b,38c, and38dtrapped inside upper and lower ridged tunneled extension tube66and67,to prevent them from rusting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 1(PRIOR ART),10, and11).4) Fifth, sixth, seventh, eighth drain-hole systems78,79,80, and81are for:a) Discharging rain water38a,38b,38c, and38dtrapped inside upper and lower body-gutters62,63,64, and65to the ground,to prevent them from rusting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 1(PRIOR ART),10, and11); andb) Discharging rain water38a,38b,38c, and38dtrapped inside upper and lower ridged tunneled extension tube66and67to the ground,to prevent them from rusting, growing mold, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 1(PRIOR ART),10, and11).5) Upper and lower impact-absorbing anti-warping springs84,85,86, and87are for:a) Absorbing the slamming forces exerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from twisting and warping, which extends its lifespan(FIGS. 3A, 12, and 13); andb) Absorbing the warping forces exerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from twisting and warping, which extends its lifespan(FIGS. 3A, 12, and 13).6) Upper and lower ridged tunneled extension tubes66and67are for:a) Generating counteracting forces120a(FIG. 14), which counteract gravitational forces46aand46bexerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from bending and sagging, which extends its lifespan(FIG. 2(PRIOR ART); andb) Generating counteracting forces120b(FIG. 14), which counteract gravitational forces46aand46bexerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from bending and sagging, which extends its lifespan(FIG. 2(PRIOR ART).7) Personal-injury-eliminating systems are for(hiding all of exposed, rusting, and hazardous screw heads,to make the unique gate smooth, attractive, and safe(free of exposed, rusting, and hazardous screw heads)(FIGS. 16, 21, and 22):a) Hiding all exposed, rusting, and hazardous corner-gutter screw heads91of upper and lower corner-gutters50,51,52, and53inside multiple screw-head-hiding dimples90in the back of upper and lower corner-gutters50,51,52, and53,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 16, 21, and 22); andb) Hiding all exposed, rusting, and hazardous extension-tube screw heads92of upper and lower ridged tunneled extension tubes66and67inside multiple lower-horizontal-strut tunnels61and multiple upper-extension-tube tunnels70,to prevent them from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 16, 21, and 22).8) Safety truss93are for(hiding both of its exposed, rusting, and hazardous truss-cable ends and clamp,to make the unique gate smooth, attractive, and safe(free of exposed, rusting, and hazardous truss-cable ends and clamp)(FIGS. 11, 14, 15, 16, 21, and 22):a) Hiding its self-centering angle-locking truss-cable-end clamp100einside right vertical tube73of the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent its self-centering angle-locking truss-cable-end clamp100efrom scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 11, 14, 15, 16, 21, and 22); andb) Hiding both of its rusting hazardous first and second truss-cable ends98and99inside right vertical tube73of the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent both of its rusting hazardous first and second truss-cable ends98and99from scratching, poking, cutting, and causing personal injuries and health issues for those, who clean, work on, and operate the unique gate(FIGS. 11, 14, 15, 16, 21, and 22).9) Multiple upper- and lower-extension-tube ridges68and69are for:a) Absorbing the slamming forces exerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from twisting and warping, which extends its lifespan(FIGS. 3A, 8, and 9);b) Absorbing the warping forces exerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from twisting and warping, which extends its lifespan(FIGS. 3A, 8, and 9);c) Further, resisting bending, sagging, twisting, and turning, thereby retaining their original shape;d) Further, resisting bending, sagging, twisting, and turning, thereby retaining their alignment with the fence;e) Further, resisting bending, sagging, twisting, and turning, thereby retaining their original attractive appearance;f) Further, resisting bending, sagging, twisting, and turning, thereby extending their lifespan; andBeing more cost-effective, due to their longer lifespan.10) Multiple upper- and lower-extension-tube ridges68and69are for:a) Generating counteracting forces120a(FIG. 14), which counteract gravitational forces46aand46bexerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from bending and sagging, which extends its lifespan(FIG. 2(PRIOR ART);b) Generating counteracting forces120b(FIG. 14), which counteract gravitational forces46aand46bexerted on the unique adjustable guttering anti-warping anti-sagging safety-truss gate during its lifespan,to prevent the unique gate from bending and sagging, which extends its lifespan(FIG. 2(PRIOR ART);c) Further, resisting bending, sagging, twisting, and turning, thereby retaining their original shape;d) Further, resisting bending, sagging, twisting, and turning, thereby retaining their alignment with the fence;e) Further, resisting bending, sagging, twisting, and turning, thereby retaining their original attractive appearance;f) Further, resisting bending, sagging, twisting, and turning, thereby extending their lifespan; and Being more cost-effective, due to their longer lifespan.11) Upper and lower impact-absorbing anti-warping springs84,85,86, and87are for:

Therefore, the unique adjustable guttering anti-warping anti-sagging safety-truss gate:a) Generating stabilizing spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract impacting and warping forces exerted on vertical tubes72and73,to prevent vertical tubes72and73from bending, sagging, twisting and turning, which shortens their lifespan;b) Generating stabilizing spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract twisting and turning forces exerted on vertical tubes72and73,to prevent vertical tubes72and73from bending, sagging, twisting and turning, which shortens their lifespan;c) Even further, resisting bending, sagging, twisting, and turning, thereby retaining their original shape;d) Even further, resisting bending, sagging, twisting, and turning, thereby retaining their alignment with the fence;e) Even further, resisting bending, sagging, twisting, and turning, thereby retaining their original attractive appearance;f) Even further, resisting bending, sagging, twisting, and turning, thereby extending their lifespan; andg) Being even more cost-effective, due to their longer lifespan.12) Upper and lower impact-absorbing anti-warping springs84,85,86, and87are for:a) Generating strengthening spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract impacting and warping forces exerted on vertical tubes72and73,to add more strength to vertical tubes72and73to prevent them from bending, sagging, twisting and turning, which shortens their lifespan;b) Generating strengthening spring forces117a,117b,118a,118b,119a, and119b(FIG. 13), which counteract twisting and turning forces exerted on vertical tubes72and73,to add more strength to vertical tubes72and73to prevent them from bending, sagging, twisting and turning, which shortens their lifespan;c) Even further, resisting bending, sagging, twisting, and turning, thereby retaining their original shape;d) Even further, resisting bending, sagging, twisting, and turning, thereby retaining their alignment with the fence;e) Even further, resisting bending, sagging, twisting, and turning, thereby retaining their original attractive appearance;f) Even further, resisting bending, sagging, twisting, and turning, thereby extending their lifespan; andg) Being even more cost-effective, due to their longer lifespan.