Flag display device

A device which is fastened at or near the top of a flagpole includes an arm which extends perpendicularly to the flagpole and has a clip positioned at or near an end of the arm. The clip engages a flag along its upper edge when fully extended. The device is fastened to the flagpole using a mounting fixture which comprises a bolt which extends transversely through a bore provided in the flagpole. The arm is angled to form a short pivot section rotatably disposed in a bore transversely through the bolt.

This invention relates to an improved apparatus for displaying a flag in 
its extended position, and more particularly, to a device used in 
conjunction with a flagpole which prevents the flag from becoming fouled 
or entangled around the pole. 
BACKGROUND OF THE INVENTION 
While on display on a flagpole, shifting or brisk breezes frequently cause 
flags to become wrapped around the flagpole. When this occurs, if the flag 
is to be properly displayed, it must be unwrapped manually. In such 
conditions, a flag must be untangled frequently and it can become a 
tedious and burdensome task. 
Also, in many circumstances, flags are mounted on vertical or nearly 
vertical flagpoles. In such a configuration, a flag will be oriented for 
its best display only in the presence of a relatively brisk breeze, one 
that serves to fully extend the flag. In the absence of such a breeze, the 
flag will hang limp against the pole and consequently will not be 
presented for most favorable viewing. 
U.S. Pat. No. 4,864,962 discloses rotatable clips that mount in 
circumferential grooves on the flagpole and are intended to prevent the 
flag from becoming fouled around the flagpole by allowing the flag to 
rotate freely around the pole. These clips have a tendency to bind or 
catch so as not to rotate freely about the flagpole and thus fail to 
prevent the flag from becoming furled about the pole. Additionally, the 
flag may sometimes wrap around the pole in moderate wind conditions which 
lacks the force to cause the clips to rotate about the pole and thus 
prevents the flag from being wrapped thereabout. Moreover, such rotatable 
clips include no provision for holding the flag in its extended position 
on days of insufficient wind. 
U.S. Pat. No. 4,852,733 discloses clips similar to U.S. Pat. No. 4,864,962 
as discused above, except that the clips do not rotate in circumferential 
grooves in the flagpole, but instead are used in conjunction with a 
tapered flagpole having a lower diameter greater than that of an upper 
diameter. These clips have the same disadvantages as those disclosed in 
the '962 Patent with the additional disadvantage of being less able to 
rotate freely about the flagpole. 
It is an object of this invention to provide a light-weight, inexpensive 
and effective apparatus or device which prevents a flag from becoming 
tangled or furled around a flagpole on which it is being displayed. 
An additional object of the present invention is to provide a lightweight, 
inexpensive and highly effective device which holds a flag in its 
substantially extended condition for most favorable display of the flag on 
a flagpole even in situations of little or no wind. 
According to this invention, a pivotable arm is adapted to be fitted onto a 
flagpole near the top thereof and which extends radially from the 
longitudinal axis of the flagpole and includes a fastener engageable with 
an upper edge portion of a flag to retain the same in generally 
perpendicular orientation to the pole. 
The above and other objects and advantages of this invention will be more 
readily apparent from a reading of the following description taken in 
conjunction with the following drawing.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT 
Referring now to FIG. 1, a flag displaying device shown generally at 10 
comprises mounting means or a fixture 20 adapted to fasten an arm 24 at or 
near the top of a flagpole 22. Arm 24, as shown in FIG. 2, which may take 
the form of a rod of circular cross-section, extends perpendicularly from 
the flagpole 22 and has a fastener or clip 26 positioned at or near the 
outer or distal end 28 of arm 24. The clip 26 is prevented from sliding 
along the arm 24 by one-way washers or push-on retainers 30. A flag (not 
shown) would be mounted substantially at the top of the flagpole 22 in the 
usual manner and jaws 27 of the clip 26 secured to the flag at a point 
along its upper edge adjacent its free-end or when disposed in its fully 
extended position. A protective plug 32 of rubber or plastic may be 
disposed onto end 28 of arm 24. 
As shown in FIGS. 1 and 3, fixture 20 comprises a securing member 36 shown 
in this embodiment as a rod or bolt adapted to be fitted through a 
transverse hole or bore 33 which may be drilled through the flagpole 22. 
The bolt 36 has a shank portion 35 threaded at one end and a hexagonal 
head portion 38 disposed at its other end. The bolt may be secured by a 
lock-nut 39 which threads onto the bolt 36 in a conventional manner. 
Arm 24 has an upwardly angled pivot portion 42 at an end of the arm 
disposed at a right angle to the arm which extends transversely through a 
bore 43 in the bolt 36, as shown in FIGS. 3 and 4. The bore 43 extends 
vertically through the head portion 38 of the bolt as well as adjacent 
shank portion 35 of the bolt. Semi-cylindrical recesses 41 formed on 
diametrically opposite sides of a ring shaped spacer or nut 37 complete 
the bore 43. The pivot section 42 of the arm 24, when disposed in bore 43, 
is free to rotate through an angle of approximately 270 degrees about its 
longitudinal axis. 
As best shown in FIGS. 3 and 4, the ring shaped spacer or nut 37 is fitted 
onto the shank portion 35 and interposed between the flagpole 22 and the 
head portion 38 of the bolt 36. The spacer 37 has an inner diameter large 
enough to fit over the threaded end of shank portion 35 and an inner 
surface 48 which is positioned adjacent to and abuts an underside surface 
50 of head 38 and is provided with semi-cylindrical recesses 41 which form 
a portion of the bore 43. The bore 43 is thus defined by the portions 
through the head 38, shank 35 and recesses 41 in spacer 37. Pivot section 
42 is axially secured by one-way washers or similar mechanical retainers 
44 which may be similar to washers 30 and serve to restrict movement by 
pivot section 42 in its longitudinal direction. 
This arrangement of the bolt 36 and spacer 37 acts to provide an 
inexpensive bushing which secures the arm 24 on the flagpole while 
permitting the pivot section 42 to rotate freely and smoothly about its 
vertical axis in bore 43. The arm 24, however, can only rotate 
approximately 270 degrees before contacting the flagpole 22. Thus, the arm 
(and therefore the flag to which the arm is engaged) has a wide range of 
rotational motion relative to the flagpole to allow for a variety of wind 
directions. Being prevented, however, from rotating completely around the 
flagpole, the arm thereby prevents the flag from becoming fouled. The 
arrangement is inexpensive due to the ready availability of teh parts and 
the simplicity of the construction. Accordingly, the invention provides an 
extremely effective yet inexpensive solution to the problem of tangled or 
furled flags. 
Furthermore, the device embodying the present invention is simple to use. 
Once the device is mounted at the top of a flagpole, a flag is hoisted or 
positioned on the flagpole in a usual manner. Then, the upper edge of the 
flag is simply engaged by the jaws 27 of the clip 26 to secure the flag to 
the clip. 
Referring now to FIGS. 5 and 6, an alternative embodiment of the invention 
includes a ring or collar 50 disposed circumferentially about the flagpole 
22. The collar 50 has one or more threaded set-screws or other tightening 
devices 52 disposed within threaded bores 54 which are disposed radially 
through the collar 50. The set-screws 52 can be tightened to securely 
engage the flagpole 22. Collar 50 additionally has a vertical bore 56 
through which the pivot portion 42 of the arm 24 is pivotably engaged in 
the manner previously described. 
Referring to FIGS. 7 and 8, a still further embodiment comprises a hinged 
clamp 60 which is disposed about flagpole 22. Hinged clamp 60 has two 
opposite side or jaw portions 62 and 64 hingedly interconnected, as at 63, 
by the pivot section 42 of the arm 24 which section also serves as the 
hinge pin. The free-ends of the jaws 62 and 64, opposite from the pivot 
section 42, are secured by a threaded screw member 66 which engages side 
portions 62 and 64 in a conventional manner to secure the clamp portion 60 
to the flagpole 22. In this configuration, the pivot section 42, while 
also serving as the hinge-pin of the hinge 63, is adapted to rotate about 
its longitudinal axis pursuant to the above described invention. 
The foregoing description is intended primarily for purposes of 
illustration. Although the invention has been shown and described with 
respect to an exemplary embodiment thereof, it should be understood by 
those skilled in the art that the foregoing and various other changes, 
omissions, and additions in the form and detail thereof may be made 
therein without departing from the spirit and scope of the invention.