Disclosed herein is a flagpost to facilitate visibility and safety of an object. Accordingly, the flagpost may include a flagpole and a flag. Further, the flagpole may include a plurality of flagpole segments. Further, any two flagpole segments of the plurality of flagpole segments may be detachably coupled. Further, the flag stand may be configured to be affixed on at least one surface of an object using at least one adhesive. Further, the flag stand may be detachably coupled to the flagpole.

Disclosed herein is a flagpost to facilitate visibility and safety of an object. Accordingly, the flagpost may include a flagpole and a flag. Further, the flagpole may include a plurality of flagpole segments. Further, any two flagpole segments of the plurality of flagpole segments may be detachably coupled. Further, the flag stand may be configured to be affixed on at least one surface of an object using at least one adhesive. Further, the flag stand may be detachably coupled to the flagpole.

Provided is an outrigger flagpole assembly (10) which comprises a wall-mountable bracket (12), a flagstaff (14) for displaying a flag (20), and a security device or locking formation (14.2) for releasably locking a flag (20) to be displayed to the flagstaff (14) or to the wall-mountable bracket (12). In general, the flagstaff (14) is attached at one end (14.1) thereof to the wall-mountable bracket (12), with a free end (14.2) of the flagstaff (14) extending away from a wall (18) to which the bracket (12) is mounted.

Provided is an outrigger flagpole assembly (10) which comprises a wall-mountable bracket (12), a flagstaff (14) for displaying a flag (20), and a security device or locking formation (14.2) for releasably locking a flag (20) to be displayed to the flagstaff (14) or to the wall-mountable bracket (12). In general, the flagstaff (14) is attached at one end (14.1) thereof to the wall-mountable bracket (12), with a free end (14.2) of the flagstaff (14) extending away from a wall (18) to which the bracket (12) is mounted.

A flag pole support apparatus for effectively and efficiently supporting a flag pole to any types of objects. The flag pole support apparatus includes a bracket assembly adapted to removably fasten to an object; and a support assembly removably mounted to the bracket assembly and adapted to support a flag pole.

A flag displaying assembly for extending a limp flag includes a pole that is coupled to a surface so that the pole is substantially perpendicular to the surface. The pole is hollow. A plurality of holes is positioned in the pole. The plurality of holes extends linearly from proximate to a top of the pole toward a bottom of the pole. A flag is coupled to the pole proximate to the top. A forced air unit is coupled to the pole proximate to the bottom so that the forced air unit is in fluidic communication with the pole. The forced air unit is positioned to supply air through the pole to the holes. The air that exits the pole through the holes is positioned to extend the flag from the pole.

A flag displaying assembly for extending a limp flag includes a pole that is coupled to a surface so that the pole is substantially perpendicular to the surface. The pole is hollow. A plurality of holes is positioned in the pole. The plurality of holes extends linearly from proximate to a top of the pole toward a bottom of the pole. A flag is coupled to the pole proximate to the top. A forced air unit is coupled to the pole proximate to the bottom so that the forced air unit is in fluidic communication with the pole. The forced air unit is positioned to supply air through the pole to the holes. The air that exits the pole through the holes is positioned to extend the flag from the pole.

The present invention relates to a fag hoisting pole with key characteristics in that a rainwater adhesion suppressing rod is installed at a top end of a flag hanging steel bar provided with an upper fixed structure P and a lower rotating structure Q to execute a rotation method, so as to inhibit a surface adhesion phenomenon of a large flag wet in the rain while minimizing an adhesion area thereof, and at the same time, an adhesion part becomes a starting point for inducing ventilation into the adhesion part, whereby a speed of unfolding the large flag from the surface adhesion part thereof to the original state can be maximized.

The present invention relates to a fag hoisting pole with key characteristics in that a rainwater adhesion suppressing rod is installed at a top end of a flag hanging steel bar provided with an upper fixed structure P and a lower rotating structure Q to execute a rotation method, so as to inhibit a surface adhesion phenomenon of a large flag wet in the rain while minimizing an adhesion area thereof, and at the same time, an adhesion part becomes a starting point for inducing ventilation into the adhesion part, whereby a speed of unfolding the large flag from the surface adhesion part thereof to the original state can be maximized.

A method of manufacturing a flexible rod requires a flexible rod, a first endcap, a second endcap, a first tab, a second tab, and a folded binding. The method preferably includes a sheet. The method begins by terminally fixing both the first endcap and the second endcap onto the flexible rod. The first tab is affixed to the first endcap and a first exposed section of the flexible rod. The second tab is affixed to the second endcap and a second exposed section of the flexible rod. The flexible rod is positioned within the folded binding and along a middle fold-line of the folded binding. The first tab and the second tab are oriented away from the middle fold of the folded binding. A first seam is sewn through the folded binding along the flexible rod. A second seam is sewn through the sheet and the folded binding.