Weight systems and methods stabilizing objects

1. A weight system for supporting a free-standing object, comprising:

first and second upper panels;

a least one side panel;

a lower panel;

at least one upper seam that joins the first and second upper panels to the at least one side panel such that

the first and second upper panels define an upper wall,

the first and second upper panels overlap to define an overlap region that intersects the at least one upper seam at two locations,

the at least one side panel defines at least one side wall, and

the first and second upper panels define a fill opening in the upper wall;

at least one lower seam that joins the lower panel to the at least one side panel to form a lower wall; and

a closure system comprising a first closure panel and a second closure panel, where the first and second closure panels are secured to the first and second upper panels, respectively, within the overlap region; wherein

the first and second upper panels, the at least one side panel, the lower panel, the at least one upper seam, and the at least one lower seam form a container defining an interior chamber;

the closure system is arranged to allow the container to be configured in

a closed configuration in which access to the interior chamber through the fill opening is substantially prevented, and

an open configuration in which access to the interior chamber through the fill opening is allowed;

when the container is in the closed configuration, the first closure panel engages the second closure panel to detachably attach the first and second upper panels within the overlap region; and

when the container is in the open configuration, at least a portion of the first closure panel is detachably attached from at least a portion of the second closure panel such that the fill opening is defined between the first and second upper panels within the overlap region.

2. A weight system as recited in claim 1 , in which the closure system comprises:

one of the first and second closure panels is a hook panel; and

one of the first and second closure panels is a loop panel.

3. A weight system as recited in claim 1 , further comprising:

a first lateral stitch extending between first and second intersecting points; and

a second lateral stitch extending between third and fourth intersecting points; wherein

the overlap region lies between the first and second lateral stitches.

4. A weight system as recited in claim 3 , further comprising:

a first end stitch extending between the first and second lateral stitches; and

a second end stitch extending between first and second lateral stitches; wherein

the overlap region lies between the first and second end stitches.

5. A weight system as recited in claim 4 , in which:

the first and second lateral stitches join the first and second panels together within end portions of the overlap region; and

the first and second lateral stitches do not join the first and second panels together within a central portion of the overlap region such that the fill opening is formed between the first and second panels within the central portion of the overlap region.

6. A weight system as recited in claim 4 , in which the first and second end stitches join the first and second panels together.

7. A weight system as recited in claim 1 , in which:

the at least one side panel comprises outer and inner side panels;

the at least one upper seam comprises first and second upper seams that join the first and second upper panels to the outer and inner side panels, respectively;

the at least one lower seam comprises first and second lower seams that join the lower panel to the outer and inner side panels, respectively; whereby

the outer side panel defines an outer wall;

the inner side panel defines an inner wall; and

the inner wall defines a through hole of the container.

8. A weight system as recited in claim 1 , in which:

the at least one side panel comprises a side panel;

the at least one upper seam comprises an upper seam that joins the first and second upper panels to the side panel;

the at least one lower seam comprises a lower seam that join the lower panel to the side panel; whereby

the side panel defines a side wall of the container; and

the upper wall, lower wall, and side wall are configured to define a notch of the container.

9. A weight system as recited in claim 1 , further comprising a joining system configured to allow at least a portion of the container to be secured relative to the free-standing object.

10. A weight system as recited in claim 9 , in which container and the joining system are configured to be arranged at least partly around the free-standing object.

11. A weight system as recited in claim 1 , further comprising fill material, in which:

the fill material is arranged within the interior chamber through the fill opening with the container in the open configuration; and

with the fill material within the interior chamber and the container in the closed configuration, the container may be arranged to apply a force to at least a portion of the free-standing object.

12. A weight system for supporting a free-standing object, comprising:

a plurality of containers, where each container comprises:

first and second upper panels;

a least one side panel;

a lower panel;

at least one upper seam that joins the first and second upper panels to the at least one side panel such that

the first and second upper panels define an upper wall,

the first and second upper panels overlap to define an overlap region that intersects the at least one upper seam at two locations,

the at least one side panel defines at least one side wall, and

the first and second upper panels define a fill opening in the upper wall;

at least one lower seam that joins the lower panel to the at least one side panel to form a lower wall; wherein

the first and second upper panels, the at least one side panel, the lower panel, the at least one upper seam, and the at least one lower seam form a container defining an interior chamber; and

a closure system comprising a first closure panel and a second closure panel, where the first and second closure panels are secured to the first and second upper panels, respectively, within the overlap region; wherein

the closure systems are arranged to allow the containers to be configured in

a closed configuration in which access to the interior chambers through the fill openings is substantially prevented, and

an open configuration in which access to the interior chambers through the fill openings is allowed; and

when the container is in the closed configuration, the first closure panel engages the second closure panel to detachably attach the first and second upper panels within the overlap region; and

when the container is in the open configuration, at least a portion of the first closure panel is detachably attached from at least a portion of the second closure panel such that the fill opening is defined between the first and second upper panels within the overlap region.

13. A weight system as recited in claim 12 , in which at least one of the plurality of containers further comprises a joining system for joining at least two of the plurality of containers together.

14. A weight system as recited in claim 12 , in which at least a portion of each of the plurality of containers is arranged to exert a force directly on at least a portion of the free-standing object.

15. A weight system as recited in claim 12 , further comprising fill material, in which:

the fill material is arranged within the interior chambers through the fill openings with the containers in the open configuration; and

with the fill material within the interior chambers and each of the plurality of containers in the closed configuration, the plurality of containers is arranged to apply a force to at least a portion of the free-standing object.

16. A weight container assembly for supporting a free-standing object, comprising:

first and second upper panels;

outer and inner side panels;

a lower panel;

at least one upper seam that joins the first and second upper panels to the outer and inner side panels such that

the first and second upper panels define an upper wall and a fill opening in the upper wall,

the first and second upper panels are sized and dimensioned to overlap to define an overlap region that intersects the at least one upper seam at two locations, where the fill opening is accessed through the overlap region,

the outer side panel defines an outer side wall, and

the inner side panel defines an inner side wall;

a lower seam that joins the lower panel to the outer and inner side panels to form a lower wall; and

a closure system comprising a first closure panel and a second closure panel, where the first and second closure panels are secured to the first and second upper panels, respectively, within the overlap region; wherein

the first and second upper panels, the outer and inner side panels, the lower panel, the at least one upper seam, and the at least one lower seam form a container defining an interior chamber;

the upper wall, lower wall, and inner side wall are configured to define a through hole of the container;

the closure system is arranged to allow the container to be configured in

a closed configuration in which access to the interior chamber through the fill opening is substantially prevented, and

an open configuration in which access to the interior chamber through the fill opening is allowed;

when the container is in the closed configuration, the first closure panel engages the second closure panel to detachably attach the first and second upper panels within the overlap region; and

when the container is in the open configuration, at least a portion of the first closure panel is detachably attached from at least a portion of the second closure panel such that the fill opening is defined between the first and second upper panels within the overlap region.

17. A weight container assembly as recited in claim 16 , in which the closure system comprises:

one of the first and second closure panels is a hook panel; and

one of the first and second closure panels is a loop panel.

18. A weight container assembly as recited in claim 16 , further comprising:

a first lateral stitch extending between first and second intersecting points; and

a second lateral stitch extending between third and fourth intersecting points; wherein

the overlap region lies between the first and second lateral stitches.

19. A weight container assembly as recited in claim 18 , further comprising:

a first end stitch extending between the first and second lateral stitches; and

a second end stitch extending between first and second lateral stitches; wherein

the overlap region lies between the first and second end stitches.

20. A weight container assembly as recited in claim 19 , in which:

the first and second lateral stitches join the first and second panels together within end portions of the overlap region; and

the first and second lateral stitches do not join the first and second panels together within a central portion of the overlap region such that the fill opening is formed between the first and second panels within the central portion of the overlap region.

21. A weight container assembly as recited in claim 19 , in which the first and second end stitches join the first and second panels together.

22. A weight container assembly for supporting a free-standing object, comprising:

first and second upper panels;

a side panel;

a lower panel;

at least one upper seam that joins the first and second upper panels to the side panel such that

the first and second upper panels define an upper wall and a fill opening in the upper wall,

the first and second upper panels are sized and dimensioned to overlap to define an overlap region that intersects the at least one upper seam at two locations, where the fill opening is accessed through the overlap region, and

the side panel defines a side wall;

a lower seam that joins the lower panel to the side panel to form a lower wall; and

a closure system comprising a first closure panel and a second closure panel, where the first and second closure panels are secured to the first and second upper panels, respectively, within the overlap region; wherein

the first and second upper panels, the side panel, the lower panel, the at least one upper seam, and the at least one lower seam form a container defining an interior chamber;

the side panel defines a side wall of the container;

the upper wall, lower wall, and side wall are configured to define a notch of the container;

the closure system is arranged to allow the container to be configured in

a closed configuration in which access to the interior chamber through the fill opening is substantially prevented, and

an open configuration in which access to the interior chamber through the fill opening is allowed;

when the container is in the closed configuration, the first closure panel engages the second closure panel to detachably attach the first and second upper panels within the overlap region; and

when the container is in the open configuration, at least a portion of the first closure panel is detachably attached from at least a portion of the second closure panel such that the fill opening is defined between the first and second upper panels within the overlap region.

23. A weight container assembly as recited in claim 22 , in which the closure system comprises:

one of the first and second closure panels is a hook panel; and

one of the first and second closure panels is a loop panel.

24. A weight container assembly as recited in claim 22 , further comprising:

a first lateral stitch extending between first and second intersecting points; and

a second lateral stitch extending between third and fourth intersecting points; wherein

the overlap region lies between the first and second lateral stitches.

25. A weight container assembly as recited in claim 24 , further comprising:

a first end stitch extending between the first and second lateral stitches; and

a second end stitch extending between first and second lateral stitches; wherein

the overlap region lies between the first and second end stitches.

26. A weight container assembly as recited in claim 24 , in which:

the first and second lateral stitches join the first and second panels together within end portions of the overlap region; and

the first and second lateral stitches do not join the first and second panels together within a central portion of the overlap region such that the fill opening is formed between the first and second panels within the central portion of the overlap region.

27. A weight container assembly as recited in claim 24 , in which the first and second end stitches join the first and second panels together.

28. A weight container assembly as recited in claim 22 , further comprising a securing system configure to allow at least a portion of the container to be secured relative to the free-standing object.

29. A weight container assembly as recited in claim 28 , in which the securing system is configured to at least partly surround the free-standing object.

30. A method of supporting a free-standing object comprising the steps of:

providing first and second upper panels;

providing a least one side panel;

providing a lower panel;

forming a container defining an interior chamber by

forming at least one upper seam to join the first and second upper panels to the at least one side panel such that

the first and second upper panels define an upper wall,

the first and second upper panels are sized and dimensioned to overlap to define an overlap region that intersects the at least one upper seam at two locations,

the at least one side panel defines at least one side wall, and

the first and second upper panels define a fill opening in the upper wall;

forming at least one lower seam to join the lower panel to the at least one side panel to form a lower wall;

securing a first closure panel to the first upper panel within the overlap region;

securing a second closure panel to the second upper panel within the overlap region;

engaging the first closure panel with the second closure panel to detachably attach the first and second upper panels within the overlap region to arrange the container in a closed configuration in which access to the interior chamber through the fill opening is substantially prevented and

disengaging the first closure panel from the second closure panel to detach the first and second upper panels within the overlap region to arrange the container in an open configuration in which access to the interior chamber through the fill opening is allowed.