Deployable portable sign system
A separable and deployable portable sign and transportation system are disclosed having at least a sign frame which is independent of and separate from a transportation frame, a sign panel on an upright member affixed to the sign frame, and one or more lift-stabilizers affixed to the sign frame, having at least a first mode of operation in a stowed position for transportation, and at least a second mode of operation in a deployed position holding the sign frame above a surface according to a minimum mating height and clearance to receive a corresponding transportation subsystem, wherein a footprint area defined by the lift-stabilizers in the second mode of operation is greater than a footprint area defined by the lift-stabilizers in the first mode of operation.
1. A separable and deployable portable sign comprising:
a sign base which is independent of and separate from a transportation frame, the sign base having an uppermost edge and an lowermost edge;
a sign panel on an upright member affixed to the sign base and extending above the uppermost edge of the sign base; and
one or more stabilizers affixed to the sign base, each having a lower edge and an upper edge, having at least a first stowed configuration for transportation, and at least a deployed configuration holding the sign base above a surface according to a minimum mating height and clearance to receive a corresponding transportation subsystem, wherein a footprint area defined by the one or more stabilizers in the deployed configuration is at least eighty-percent greater than a footprint area defined by the sign base;
wherein the sign base has at least three corners in a horizontal plane, and wherein the one or more stabilizers are pivotally attached with each stabilizer lower edge above the uppermost edge of the sign base such that the one or more stabilizers may be pivoted into the deployed configuration and into the stowed configuration.
2. The separable and deployable portable sign as set forth in claim 1 further comprising a transportation subsystem having two or more wheels and a transportation frame, wherein the transportation frame is configured with a height compatible with the minimum mating height and clearance of the one or more stabilizers, or the sign base, or the one or more stabilizers and the sign base.
3. The separable and deployable portable sign as set forth in claim 1 further comprising one or more self-aligning devices configured to align the sign base with a transportation frame.
4. The separable and deployable portable sign as set forth in claim 1 wherein the one or more stabilizers are configured with one or more height adjusters.
5. The separable and deployable portable sign as set forth in claim 4 wherein the one or more height adjusters are configured to be operated hand tools.
6. The separable and deployable portable sign as set forth in claim 4 wherein the one or more height adjusters are configured to be operated a power tool.
7. The separable and deployable portable sign as set forth in claim 1 wherein the one or more lift-stabilizers are provided with one or more ground screws or augers.
8. The separable and deployable portable sign as set forth in claim 1 wherein the sign panel comprises an electronic message panel.
9. The separable and deployable portable sign as set forth in claim 1 wherein the sign panel comprises a fixed-message panel.
10. The separable and deployable portable sign as set forth in claim 1 wherein the sign base is essentially rectangular with a length of about 14 feet and a width of about 7 feet, and wherein each of the one or more stabilizers has a length of about 3 feet, and wherein the one or more stabilizers can be pivoted into the deployed configuration at an angle of about 135° from along the length of the trailer, thereby increasing a width of the footprint area by 2.1′ and a length of the footprint area by 2.1′ over the footprint area of the stowed configuration.
11. The separable and deployable portable sign as set forth in claim 1 wherein the sign base is essentially rectangular with a length of about 12 feet and a width of about 6 feet, and wherein each of the one or more stabilizers has a length of about 3 feet, and wherein the one or more stabilizers can be pivoted into the deployed configuration at an angle of about 135° from along the length of the trailer, thereby increasing a width of the footprint area by 2.1′ and a length of the footprint area by 2.1′ over the footprint area of the stowed configuration.
12. A method of use of a separable and deployable portable sign with a transportation subsystem, the method comprising:
transporting a portable sign affixed on a transportation subsystem from a first location to a second location;
at the second location, deploying one or more lift-stablizers affixed to a base of the portable sign system to stabilize and raise the portable sign to clear a height of the transportation subsystem, wherein the sign base has an uppermost edge and an lowermost edge, wherein each of the one or more lift-stabilizers has a lower edge and an upper edge, wherein a footprint area defined by the one or more lift-stabilizers in a deployed configuration is at least eighty-percent greater than a footprint area defined by the base of the portable sign, the portable sign has a sign base with at least three corners in a horizontal plane, and wherein the one or more lift-stabilizers are pivotally attached with each lower edge above the uppermost edge of the base such that the one or more lift-stabilizers may be pivoted into a deployed configuration from a stowed position; and
relocating the transportation subsystem away from the second location, thereby leaving the portable sign at the second location wherein the portable sign has no means of transportation remaining affixed to it.
13. The method as set forth in claim 12 wherein the sign base is essentially rectangular with a length of about 14 feet and a width of about 7 feet, and wherein each of the one or more stabilizers has a length of about 3 feet, and wherein the one or more stabilizers can be pivoted into the deployed configuration at an angle of about 135° from along the length of the trailer, thereby increasing a width of the footprint area by 2.1′ and a length of the footprint area by 2.1′ over the footprint area of the stowed configuration.
14. The method as set forth in claim 12 wherein the sign base is essentially rectangular with a length of about 12 feet and a width of about 6 feet, and wherein each of the one or more stabilizers has a length of about 3 feet, and wherein the one or more stabilizers can be pivoted into the deployed configuration at an angle of about 135° from along the length of the trailer, thereby increasing a width of the footprint area by 2.1′ and a length of the footprint area by 2.1′ over the footprint area of the stowed configuration.