Hose deployment and retrieval device

1 . A hose deployment and retrieval system, comprising:

a frame assembly with a plurality of vertical arms positioned at both front and rear sides of the hose deployment and retrieval system, with a front vertical arms angled with respect to a rear vertical arms and wherein each of the angled vertical arms is positioned at an angle between 15-30 degrees with respect to a perpendicular axis;

a plurality of horizontal arms attached to pairs of vertical arms, each pair comprising a rear perpendicular vertical arm and a front angled vertical arm;

an attachment plate positioned at a rear side of the system and coupled to each of the rear vertical arms, the attachment plate being configured for attachment to a transport vehicle;

a drive wheel assembly and a dynamic fluid component coupled to the frame assembly, the drive wheel assembly comprising a circular object configured to contact a hose reel and facilitate hose deployment and retrieval, the drive wheel assembly being driven by a motor.

2 . The hose deployment and retrieval system of claim 1 , wherein each horizontal arm spans between the vertical arms of a corresponding pair of vertical arms and is slightly longer than a maximum separation between the respective vertical arms.

3 . The hose deployment and retrieval system of claim 1 , wherein the attachment plate is at least as wide as a separation between the rear vertical arms.

4 . The hose deployment and retrieval system of claim 1 , further comprising two horizontal arms positioned at a bottom side of the frame assembly, each distal horizontal arm positioned between the vertical arms of a corresponding pair of vertical arms, and each proximal horizontal arm being longer than the distal horizontal arms.

5 . The hose deployment and retrieval system of claim 4 , wherein the frame assembly further comprises:

two claw assemblies, wherein each claw assembly positioned on one of the proximal horizontal arms, the two claw assemblies configured to facilitate secure attachment of spool adapter attachments; and

two pneumatic assemblies, wherein each pneumatic assembly is coupled to the proximal horizontal arms and the claw assemblies, enabling adjustment for securing spool adapter attachments of different sizes.

6 . The hose deployment and retrieval system of claim 1 , further comprising roller guide wheels positioned on proximal horizontal arms.

7 . The hose deployment and retrieval system of claim 1 , wherein the attachment plate is configured for use with a telehandler, the attachment plate comprising a solid metal plate affixed to the frame assembly, and further comprising two elongated and generally rectangular side plates extending outward from a back side of the frame assembly, wherein the side plates are coupled together by one or more beams spanning horizontally between the side plates.

8 . The hose deployment and retrieval system of claim 1 , further comprising:

a hose spool having a radius; and

a cross beam positioned to allow a portion of the radius of the hose spool to extend behind the rear perpendicular vertical arms when the hose spool is attached to the frame assembly;

wherein the radius of the hose spool being supported by the hose deployment and retrieval system based at least in part on a length of the longer pair of horizontal arms.

9 . The hose deployment and retrieval system of claim 8 , wherein the angle of the front angled vertical arms with respect to the horizontal arms is selected based on the radius of the hose spool.

10 . A frame assembly for a hose deployment/retrieval system, comprising:

a first distal vertical arm and a second distal vertical arm;

a first proximal vertical arm and a second proximal vertical arm;

a first horizontal arm connecting the first distal vertical arm and the first proximal vertical arm at a top portion of the first distal vertical arm and the first proximal vertical arm;

a second horizontal arm connecting the first distal vertical arm and the first proximal vertical arm at a bottom portion of the first distal vertical arm and the first proximal vertical arm;

a third horizontal arm connecting the second distal vertical arm and the second proximal vertical arm at a top portion of the second distal vertical arm and the second proximal vertical arm;

a fourth horizontal arm connecting the second distal vertical arm and the second proximal vertical arm at a bottom portion of the second distal vertical arm and the second proximal vertical arm;

a first cross beam fixedly coupled to the first proximal vertical arm and the second proximal vertical arm, wherein the first cross beam is arranged adjacent to an attachment plate of the frame assembly;

wherein the attachment plate is coupled to a back side of the first proximal vertical arm and a back side of the second proximal vertical arm; and

a second cross beam coupled to a different portion of the first proximal vertical arm and the second proximal vertical arm, wherein the second cross beam is coupled at a height along the first proximal vertical arm and the second proximal vertical arm adjacent a height of a top of the attachment plate.

11 . The frame assembly of claim 10 , further comprising a reinforcement plate arranged adjacent to and along a top of the attachment plate, wherein the reinforcement plate is fixedly coupled to a back side of the attachment plate at or near a height of the second cross beam.

12 . The frame assembly of claim 10 , further comprising:

a hose spool having a radius; and

the first cross beam positioned to allow a portion of the radius of the hose spool to extend behind the proximal vertical arms when the hose spool is attached to the frame assembly;

wherein the radius of the hose spool being supported by the frame assembly based at least in part on a length of the first horizontal arm and a length of the third horizontal arm.

13 . The frame assembly of claim 12 , wherein the radius of the hose spool is substantially equal to a length of the first horizontal arm and a length of the third horizontal arm.