Hose holding fixture

Hose holding fixtures for supporting all or part of a water or garden hose connected to a faucet. The fixtures are usually connected to the hose adjacent to the faucet and provide supports for releasably holding the free end of the hose and/or hose accessories such as nozzles or sprinklers. Some illustrated embodiments provide elongated strap portions which extend through a coiled hose and releasably hook over the faucet to support a coiled hose from the faucet.

BACKGROUND OF THE INVENTION 
This invention relates generally to fixtures for supporting hose and the 
like, and more particularly to a novel and improved holding fixture 
particularly suited for the support of all or part of a garden or water 
hose. 
PRIOR ART 
It is known to provide hose caddies on which garden or water hoses can be 
coiled and stored. However, such hose caddies are large and relatively 
expensive. 
U.S. Pat. No. 3,119,587 also describes a hose holding fixture which 
removably supports the end of the hose not connected to a faucet. Such 
fixture is relatively complex, being assembled of a number of separate 
elements. Consequently, its manufacturing costs are relatively high. 
U.S. Pat. No. 3,667,712 also describes a nozzle storage fixture which is 
mounted on a hose intermediate its ends and which provides a threaded 
projection for holding and storing a typical hose nozzle. The 
above-mentioned letters patent are incorporated herein by reference to 
illustrate two two different prior art hose fixtures. 
SUMMARY OF THE INVENTION 
The present invention provides a simple and versatile hose holding fixture 
which can be produced economically and is easily used. Several embodiments 
of this invention are illustrated herein. 
All of the illustrated embodiments provide a hose holding fixture that is 
connected to a hose while the hose remains connected to a faucet. The 
fixtures are easily mounted on the hose and provide a releasable support 
for all or part of the hose. 
In some illustrated embodiments, the hose holding fixture is mounted on the 
hose and provides a support for the free end of the hose not connected to 
the faucet or for a conventional hose nozzle. In such embodiments, the 
fixture is normally mounted on the hose adjacent to the end connected to 
the faucet. 
Although the water hose remains attached to the faucet, the faucet can 
still be used as a faucet merely by turning on the water just as if there 
had been no connected hose. This makes it possible for the user to leave 
the water hose connected to the faucet after use thereof. With such 
fixtures, the user does not have to stoop or bend to pick up a free or 
nozzle end of the hose. Such fixtures eliminate any search for the end of 
the water hose. Without the fixture, the end of the hose is normally in a 
tangle of hose and is often not easy to locate. 
Further, the user does not have to reach into places where vision is 
limited by plants or shrubs or to search for the hose end when vision is 
limited at night. 
With this fixture, the female connector which connects with the faucet and 
the free end or male connector are both supported and do not rest on the 
ground where sand or dirt can collect in the threads or inside the hose. 
Since the ends of the hose are maintained free of contaminants, it is 
easier to connect the hose ends to the various accessories and dirt or 
other contaminants do not enter into the sprinkler outlet holes and cause 
plugging. 
In some illustrated embodiments, provisions are made for supporting and 
holding other accessories, such as nozzles, sprinklers, or other devices. 
Since the fixture is mounted on the hose per se, and not on the faucet, 
the water hose can be moved from one faucet to another without removing 
the fixture. Further, the fixture can be easily moved along the length of 
the hose when another location may be more convenient. In instances in 
which the user does not remove the nozzle from the hose, the fixture can 
support the nozzle end of the hose along with the attached nozzle. 
In other embodiments, a hose holding fixture is provided which releasably 
supports an entire coiled hose. Such embodiments are connected at one end 
to the hose adjacent to the faucet, and provide an elongated straplike 
extension having a hook at its free end. In use, the hose is coiled, the 
strap is postioned through the coil, and the hooked end is hooked onto the 
faucet. With such embodiments, the entire hose is neatly and easily stored 
in place at the faucet and is ready for use without reconnecting the hose 
to the faucet. 
The various embodiments of this invention provide a generally planar body 
which may be formed of molded plastic or other materials such as metal and 
nonplastic, nonmetal materials. In some embodiments, the body provides 
spaced mounting portions which at least encircle a portion of the hose at 
two spaced locations along the length of the hose. At least one mounting 
portion is provided with a hook shape, so that the fixture can be easily 
mounted on the hose at locations spaced from the end of the hose. 
Most illustrated embodiments provide laterally extending support portions 
which releasably connect and support the free end of the hose and/or a 
hose accessory, such as a hose nozzle or sprinkler. 
Preferably, each embodiment is a one-piece molded fixture formed of strong 
plastic material which is somewhat flexible. However, it is within the 
broader scope of this invention to provide fixtures formed of metal or 
other nonmetals or fixtures which can be fabricated from separate but 
connected parts. 
These and other aspects of this invention are illustrated in the 
accompanying drawings, and are more fully described in the following 
specification.

DETAILED DESCRIPTION OF THE DRAWINGS 
FIGS. 1 through 4 illustrate a first embodiment of a hose holding fixture 
in accordance with the present invention. This embodiment is particularly 
adapted to support the free end of a water or garden hose which remains 
attached to a faucet. 
Referring to the drawings, the female end 10 of a water hose 11 is attached 
to a faucet or still cock 12 typically provided on the exterior of a 
building. A hose supporting fixture 13 is mounted on the hose, normally 
adjacent to the female end 10. However, the fixture can, if desired, be 
mounted in any location along the length of the hose. The fixture 13 
includes a mounting portion 14 which is normally formed of uniform 
thickness and a laterally extending support loop 16 cooperating with the 
mounting portion 14 to define an opening 17. 
The mounting portion 14 provides hose connecting portions at each end which 
connect with the hose at spaced locations. One connecting portion 18 is 
provided with an opening 19 and the other connecting portion 21 is in the 
form of a hook extending to a free end 22 spaced from the adjacent edge 23 
of the mounting portion 14 by a distance at least substantially equal to 
the diameter of the hose 11. The hook-shaped connecting portion 21, except 
for the open zone between the end 22 and the adjacent edge 23, cooperates 
to define an opening 24 sized to receive the hose 11 with clearance. 
As best illustrated in FIGS. 3 and 4, the mounting portion 14 is generally 
planar and flat in its unstressed condition. However, the mounting portion 
of the fixture is formed of a material which is sufficiently flexible to 
allow it to assume the position best illustrated in FIG. 2 when installed 
on the hose 11. The installation is accomplished by passing one or the 
other of the ends of the hose through the opening 19. Normally, if the 
fixture is to be mounted on the hose substantially adjacent to the female 
end 10 of the hose 11, such end is inserted through the opening 19 from 
the side of the mounting portion providing the support loop 16. The 
fixture is then positioned along the length of the hose where it is 
desired to mount the fixture, and the hose is bent forward and positioned 
within the hook-shaped connecting portion, as illustrated in FIGS. 1 and 
2. The mounting portion should be sufficiently stiff so that the hose 
between the two connecting portions 18 and 21 is bent or deflected from a 
straight condition, as best illustrated in FIG. 2. In such position, the 
hook-shaped connecting portion 21 is also deflected substantially from its 
unstressed position so that excessive bending of the hose does not occur. 
By arranging the fixture so that the hose is bent to some extent between 
the connecting portions 18 and 21 and so that the hook-shaped connecting 
portion 21 is deflected substantially from its unstressed condition, a 
structure is provided which secures the fixture in its mounted position 
and the fixture does not tend to move along the length of the hose. If it 
is desired to change the position of the fixture, it is merely necessary 
to release the hook-shaped connecting portion 21 and move the fixture to 
any other desired location along the length of the hose and, once properly 
located, to reconnect the hook-shaped connecting portion as illustrated. 
The opening 19 is sized to freely pass the female end connector 10 so that 
such end can be freely passed through the opening 19. 
After the fixture is installed, the free or male end 26 can be inserted 
through the opening 17 provided by the support loop 16, as best 
illustrated in FIG. 1. Preferably, the support loop is angulated with 
respect to the portion of the hose on which the mounting portion is 
installed and is sized to receive the male end of the hose with 
substantial clearance. Therefore, the end can be easily passed through the 
opening 17. During insertion and/or removal of the male end of the hose 
through the opening 17, the male end is normally positioned substantially 
perpendicular to the support loop, as illustrated in phantom in FIG. 1. 
However, when it is released, it assumes a substantially horizontal 
position perpendicular to the portion of the hose on which the mounting 
portion 14 is mounted. 
Preferably, the fixture is molded as a one-piece element with the shape 
illustrated, and is formed of a plastic moldable material such as various 
polymers and copolymers to minimize the cost of the manufacture. For 
example, the fixture may be molded from olefin polymers such as 
polyethylene or polypropylene, or from vinyl polymers such as vinyl 
acetate or vinyl chloride. Such material is noncorrosive, and therefore 
unaffected by exposure to dampness and the like. It is, however, within 
the broader aspects of this invention to form the fixture 13 of other 
materials and to even assemble the fixture from a separate mounting 
portion 14 and support loop 16, which are connected with suitable 
fasteners or adhesive. 
In use, the fixture supports the free end of the hose in a convenient 
position, permitting the hose to be used as a faucet without being 
disconnected from the faucet 12. For example, the hose can be used to fill 
pails, sprinkling cans, and the like while the free end is supported in a 
convenient location adjacent to the faucet. Further, the free end is held 
up off the ground and does not become contaminated with dirt, sand, or 
other debris, and can be conveniently reached even in confined locations. 
Therefore, the user does not have to look for the end of the hose on the 
ground. Preferably, the size of the opening 17 is selected so that, if 
desired, a nozzle attached to the male end 26 of the hose can also be 
inserted through the opening 17 and supported without removing the nozzle 
from the free end of the hose. 
With this embodiment of the invention, a very simple, low-cost, durable 
fixture is provided which can be mounted anywhere along the length of the 
hose, and which provides a support for the free end of the hose. 
FIG. 5 illustrates a second embodiment of this invention which provides a 
mounting portion 14a substantially identical to the mounting portion 14 of 
the first embodiment of FIGS. 1 through 4. Reference numerals referring to 
this embodiment include an (a). In this second embodiment, the support 
loop 16 is replaced by a pair of oppositely facing, spaced hook-shaped 
projections 27a and 28a. The fixture 13a of this embodiment is mounted on 
a hose in exactly the same manner as the fixture 13 of the first 
embodiment. When it is desired to support the free end of the hose, it is 
merely necessary to angle such free end so that it passes between the two 
hook-shaped support portions 27a and 28a, and then allow the hose to 
rotate relative to the hook-shaped support portions 27a and 28a until it 
assumes the position illustrated in phantom in FIG. 5, in which the hose 
end is firmly supported and held in position. One of the features of this 
embodiment is that it is not necessary to pass the male end of the hose 
through a closed opening and the fixture can be conveniently used to 
support the end of a hose even when a bulky sprinkler remains attached to 
the free end of the hose. 
FIGS. 6a and 6b illustrate a third embodiment of this invention. In this 
embodiment, the mounting portion 14b of the fixture 13b is identical to 
the embodiment of FIGS. 1 through 4 and is mounted in the same manner. 
Here again, the mounting portion provides a connecting portion 18b having 
an opening 19b therein sized to permit the insertion of the end of the 
hose. The mounting portion 21b is formed as a hook which is installed and 
removed on the hose in the same manner as the first embodiment. Further, 
the embodiment of FIGS. 6a and 6b provides the support loop 16b similar to 
the support loop 16 of the first embodiment. Such support loop extends 
from the front face of the mounting body and may be used to support the 
free end of the hose in the same manner discussed above. In this 
embodiment, however, a second support loop 31b is provided on the back 
side of the mounting portion 14b, as best illustrated in FIG. 6b, and may 
be used to support a nozzle or other hose accessory. 
When installed on a hose, the hose extends along the back side of the 
mounting portion 14b from the opening 19b to the connecting portion 21b. 
Therefore, the support loop 31b extends from the rearward face of the 
mounting portion at an offset location so that it does not provide any 
significant interference with the hose portion on which the fixture is 
mounted and which extends along the back side of the fixture between the 
opening 19b and the hook-shaped connecting portion 21b. The support loop 
31b may be used to receive and support a nozzle and the like which is not 
mounted on the male end of the hose. Here again, the fixture 13b is 
preferably molded from plastic similar to the plastic of the first 
embodiment. However, within the broader aspects of this invention, the 
fixture 13b may be assembled from separate components secured together in 
a suitable manner. 
FIG. 7 illustrates a fourth embodiment of this invention. Here again, the 
fixture 13c of the fourth embodiment is provided with a mounting portion 
14c having an opening 19c at one end and a hook-shaped connecting portion 
21c at the other end. In this embodiment, however, the mounting portion 
14c is somewhat longer than in the prior embodiments discussed, and the 
fixture provides two vertically spaced support loops 16c and 32c. In this 
embodiment, the male end of the hose can be inserted through either one of 
the support loops 16c or 32c, and the other support loop can be used to 
support any suitable hose accessory which the user wishes to store on the 
fixture. 
In this embodiment, both of the support loops are on the front face of the 
mounting portion 14c so that the hose on which the fixture is mounted and 
which extends along the rearward face of the mounting portion between the 
two ends thereof does not interfere with the support loops. Again, the 
fixture 13c can be molded as a unitary element from a plastic or other 
suitable material, or can be assembled from suitably interconnected 
elements. 
It should be understood that it is within the broader aspects of this 
invention to provide any of these embodiments with two hook-shaped 
connecting portions which connect with and grip the hose at spaced 
locations. For example, the connecting portion 18 can be in the form of a 
hook-shaped connecting portion similar to the connecting portion 21. In 
such instance, the fixture need not be initially installed by passing over 
one of the ends of the hose, but can be directly mounted at any location 
along the length of the hose. 
FIGS. 8 and 9 illustrate still another embodiment of this invention. In 
this embodiment, the fixture can be used to support the entire hose as a 
coil and also separately support the free end of the hose, as best 
illustrated in FIG. 9. In this embodiment, one end of the fixture 13d is 
provided with a mounting portion 14d similar to the first embodiment of 
FIGS. 1 through 4. Here again, one connecting portion 18d is provided with 
an opening 19d through which the hose extends, and the other connecting 
portion 21d is in the form of a hook. Mounted between the two connecting 
portions is a support loop 16d similar to the corresponding loop in the 
first embodiment. 
In this fifth embodiment, however, the fixture is provided with an 
elongated strap extension 36d extending from the connecting portion 18d to 
a hook-shaped end 37d. Such hook-shaped end 37d is provided with a 
gripping or finger opening 38d which permits the user to easily grip the 
end 37d. 
In use, the mounting portion 14d is secured to the hose in the same manner 
as in the first embodiment, as best illustrated in FIG. 9. Further, the 
male end 26d can be inserted through the support loop 16d in a manner 
similar to the first embodiment. However, in this embodiment, the hose can 
be coiled, as illustrated at 39d, and positioned behind the portion of the 
hose on which the fixture is mounted. The strap extension 36d is then 
passed through the coil and the hooked end 37d is hooked over the faucet 
12d to support the entire coil 39d, as well as separately supporting the 
male end of the hose. 
Preferably, the hooked end 37d is provided with a short, arcuate flange 41d 
in the front face thereof adjacent to the hook. Such flange automatically 
functions to space the hooked end 37d out away from any flange provided on 
the faucet or from the building, as the case may be, to space the gripping 
opening out where it can be easily grasped. Such flange is best 
illustrated in FIG. 8a. 
With this embodiment, the entire coil can be supported at the faucet and is 
held in a neat manner adjacent to the faucet. Further, with this 
embodiment, the free end of the hose is supported in a generally 
horizontal direction, allowing the hose to be used without being 
disconnected by merely opening the faucet for flow. 
FIGS. 10 and 11 show still another embodiment of this invention which 
functions to support a coiled hose adjacent to the faucet. In this 
embodiment, the fixture 46e provides a ring portion 47e at one end which 
defines a closed opening 48e sized to fit over either end of the hose 11e, 
as illustrated in FIG. 11. From the ring portion, the fixture provides an 
elongated strap portion 49e extending to a hooked end 51e. Here again, a 
gripping opening 52e is provided at the end of the hooked portion to 
facilitate gripping of such end by the user. Also, an arcuate lateral 
flange 53e is provided to space the hook from the wall or adjacent flange 
portion on the faucet to facilitate easy gripping of the opening 52e. 
In normal use, the female end 10e of the hose is passed through the opening 
48e before the female end 10e is fastened to the faucet 12e. When it is 
desired to store the hose, the hose 11e is coiled and the hooked end is 
passed through the coil and hooked onto the faucet 12e to support the coil 
from the faucet. 
Preferably, this embodiment, like the other embodiments, is formed as a 
unitary element of molded plastic. However, it is within the broader scope 
of this invention to provide a metal ring or the like as a separate 
element mounted on the end of the strap portion 49e to replace the ring 
portion 47e. 
In all of these embodiments of this invention, a simple, easily 
manufactured fixture is provided which facilitates the storage of a hose 
which remains connected to a faucet. The fixtures can be manufactured at 
low cost and can be distributed in simple, relatively small packages. 
Further, each of the fixtures can be easily installed and used to maintain 
an orderly and neat hose arrangement. 
Although the preferred embodiments of this invention have been shown and 
described, it should be understood that various modifications and 
rearrangements of the parts may be resorted to without departing from the 
scope of the invention as disclosed and claimed herein.