Container assembly systems and methods and combination of container assembly and weight material assembly for stabilizing objects

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

a weight material assembly comprising weight material and a weight material bag adapted to contain the weight material, the weight material assembly having predetermined dimensions;

a container assembly comprising

a panel assembly defining an interior chamber, an access opening, and an access flap configured to move between

an open position in which the interior chamber may be accessed through the access opening, and

a closed position in which the interior chamber through the access opening is substantially prevented, and

a closure system operable in

an open configuration in which the access flap may be displaced between the closed and open positions, and

a closed configuration in which the access flap is secured in the closed position; wherein

the interior chamber is sized and dimensioned to accommodate the predetermined dimensions of the weight material assembly;

the access opening is sized and dimensioned to allow the weight material assembly to be displaced through the access opening and into the interior chamber;

the weight material assembly is arranged within the interior chamber;

with the weight material assembly arranged within the interior chamber, the panel assembly is configured in the closed position and the closure system is operated in the closed configuration;

the panel assembly comprises at least one panel defining the access opening, where the access flap is formed at least in part by the at least one panel defining the access opening; and

the closure system comprises at least one of at least one zipper and a hook and loop fastener configured to secure the access flap relative to the at least one panel defining the access opening.

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

the weight material is at least one of sand and gravel; and

the material bag comprises at least one layer configured to contain the weight material.

3. A weight system as recited in claim 2 , in which the material bag comprises at least one of a paper layer and a plastic layer.

4. A weight system as recited in claim 1 , in which the closure system comprises first and second zippers and a hook and loop fastener.

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

the panel assembly comprises first and second panels;

the first panel defines the access opening;

the first and second zippers are configured to secure the access flap to the first panel; and

the hook and loop fastener is configured to secure the access flap to the second panel.

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

the panel assembly further comprises a seal flap; and

the seal flap is arranged within the interior chamber along at least a portion of the access opening adjacent to a juncture between the first and second panels to inhibit movement of weight material out of the interior chamber through the access opening.

7. A weight system as recited in claim 1 , further comprising a carrying member, in which:

the panel assembly defines at least one bottom panel; and

the carrying member is secured to the bottom panel and defines at least one handle portion to facilitate carrying of the weight system.

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

providing a weight material assembly comprising weight material and a weight material bag adapted to contain the weight material, the weight material assembly having predetermined dimensions;

providing a container assembly comprising

a panel assembly defining an interior chamber, an access opening, and an access flap configured to move between

an open position in which the interior chamber may be accessed through the access opening, and

a closed position in which the interior chamber through the access opening is substantially prevented, and

a closure system operable in

an open configuration in which the access flap may be displaced between the closed and open positions, and

a closed configuration in which the access flap is secured in the closed position;

sizing and dimensioning the interior chamber to accommodate the predetermined dimensions of the weight material assembly;

sizing and dimensioning the access opening to allow the weight material assembly to be displaced through the access opening and into the interior chamber;

arranging the weight material assembly within the interior chamber;

with the weight material assembly arranged within the interior chamber, configuring the panel assembly in the closed position; and

operating the closure system in the closed configuration; wherein

the step of providing the panel assembly comprises the steps of providing

at least one panel defining the access opening, where the access flap is formed at least in part by the at least one panel defining the access opening; and

the closure system by configuring at least one of at least one zipper and a hook and loop fastener to secure the access flap relative to the at least one panel defining the access opening.

9. A method as recited in claim 8 , in which:

the weight material is at least one of sand and gravel; and

the material bag comprises at least one layer configured to contain the weight material.

10. A method as recited in claim 9 , in which the material bag comprises at least one of a paper layer and a plastic layer.

11. A method as recited in claim 8 , in which the closure system comprises first and second zippers and a hook and loop fastener.

12. A method as recited in claim 11 , in which:

the panel assembly comprises first and second panels;

the first panel defines the access opening;

the first and second zippers are configured to secure the access flap to the first panel; and

the hook and loop fastener is configured to secure the access flap to the second panel.

13. A method as recited in claim 12 , in which:

the panel assembly further comprises a seal flap; and

the seal flap is arranged within the interior chamber along at least a portion of the access opening adjacent to a juncture between the first and second panels to inhibit movement of weight material out of the interior chamber through the access opening.

14. A method as recited in claim 8 , further comprising a carrying member, in which:

the panel assembly defines at least one bottom panel; and

the carrying member is secured to the bottom panel and defines at least one handle portion to facilitate carrying of the weight system.

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

a weight material assembly comprising weight material and a weight material bag adapted to contain the weight material, the weight material assembly having predetermined dimensions;

a container assembly comprising

a panel assembly comprising first, second, third, fourth, fifth, and sixth panels configured to define an interior chamber, where the first panel is configured to define an access opening and an access flap configured to move between

an open position in which the interior chamber may be accessed through the access opening, and

a closed position in which the interior chamber through the access opening is substantially prevented, and

a closure system comprising at least one of at least one zipper and a hook and loop fastener configured to secure the access flap relative to the first panel in

an open configuration in which the access flap may be displaced between the closed and open positions, and

a closed configuration in which the access flap is secured in the closed position; wherein

the interior chamber is sized and dimensioned to accommodate the predetermined dimensions of the weight material assembly;

the access opening is sized and dimensioned to allow the weight material assembly to be displaced through the access opening and into the interior chamber;

the weight material assembly is arranged within the interior chamber; and

with the weight material assembly arranged within the interior chamber, the panel assembly is configured in the closed position and the closure system is operated in the closed configuration.

16. A weight system as recited in claim 15 , in which:

the weight material is at least one of sand and gravel; and

the material bag comprises at least one layer configured to contain the weight material.

17. A weight system as recited in claim 15 , in which:

the panel assembly further comprises a seal flap; and

the seal flap is arranged within the interior chamber along at least a portion of the access opening adjacent to a juncture between the first and second panels to inhibit movement of weight material out of the interior chamber through the access opening.

18. A weight system as recited in claim 1 , further comprising a carrying member secured to the third panel and defines at least one handle portion to facilitate carrying of the weight system.

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

a weight material assembly comprising weight material and a weight material bag adapted to contain the weight material, the weight material assembly having predetermined dimensions;

a container assembly comprising

a panel assembly defining an interior chamber, an access opening, and an access flap configured to move between

an open position in which the interior chamber may be accessed through the access opening, and

a closed position in which the interior chamber through the access opening is substantially prevented, and

a closure system operable in

an open configuration in which the access flap may be displaced between the closed and open positions, and

a closed configuration in which the access flap is secured in the closed position; wherein

the interior chamber is sized and dimensioned to accommodate the predetermined dimensions of the weight material assembly;

the access opening is sized and dimensioned to allow the weight material assembly to be displaced through the access opening and into the interior chamber;

the weight material assembly is arranged within the interior chamber;

with the weight material assembly arranged within the interior chamber, the panel assembly is configured in the closed position and the closure system is operated in the closed configuration;

the panel assembly comprises first and second panels and a seal flap;

the first panel defines the access opening; and

the seal flap is arranged within the interior chamber along at least a portion of the access opening to inhibit movement of weight material out of the interior chamber through the access opening.

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

providing a weight material assembly comprising weight material and a weight material bag adapted to contain the weight material, the weight material assembly having predetermined dimensions;

providing a container assembly comprising

a panel assembly defining an interior chamber, an access opening, and an access flap configured to move between

an open position in which the interior chamber may be accessed through the access opening, and

a closed position in which the interior chamber through the access opening is substantially prevented, and

a closure system operable in

an open configuration in which the access flap may be displaced between the closed and open positions, and

a closed configuration in which the access flap is secured in the closed position;

sizing and dimensioning the interior chamber to accommodate the predetermined dimensions of the weight material assembly;

sizing and dimensioning the access opening to allow the weight material assembly to be displaced through the access opening and into the interior chamber;

arranging the weight material assembly within the interior chamber;

with the weight material assembly arranged within the interior chamber, configuring the panel assembly in the closed position; and

operating the closure system in the closed configuration; wherein

the step of providing the container assembly comprises the steps of providing a panel assembly comprising first and second panels and a seal flap, where the first panel defines the access opening; and

the seal flap is arranged within the interior chamber along at least a portion of the access opening to inhibit movement of weight material out of the interior chamber through the access opening.