Hose end sprayers and methods of manufacturing the same
A dispensing system including a hose-end-sprayer having a sprayer body assembled with a selected valve having a lever to selectively operate the hose-end-sprayer and a shipping clip capable of retaining the valve in a closed position during shipping; methods for manufacturing and assembling the same using a single sprayer body with multiple valve configurations.
1. A hose-end-sprayer, comprising:
a sprayer body, comprising:
a central axis;
a product opening;
a carrier fluid opening; and
a clip rail;
a valve seated in the sprayer body, comprising:
a valve product opening; and
a valve carrier fluid opening;
a lever attached to the valve and configured to rotate the valve about the central axis of the sprayer body between a first “off” position and a second “on” position; and
a removeable shipping clip seated on the clip rail and attached to the sprayer body and the valve and preventing rotation of the valve.
2. The hose-end-sprayer of claim 1 , further comprising a seal pad comprising:
a seal pad product opening aligned with the product opening of the sprayer body; and
a seal pad carrier fluid opening aligned with the carrier fluid opening of the sprayer body.
3. The hose-end-sprayer of claim 1 , wherein the product opening is aligned with the valve product opening and the carrier fluid opening is aligned with the valve carrier fluid opening in the “on” position.
4. The hose-end-sprayer of claim 1 , wherein the product opening is not aligned with the valve product opening in the “off” position.
5. The hose-end-sprayer of claim 1 , wherein the valve further comprises a second valve carrier fluid opening and wherein the second valve carrier fluid opening is aligned with the carrier fluid opening allowing only carrier fluid to pass through the valve.
6. The hose-end-sprayer of claim 1 , further comprising:
a recess on an exterior surface of the sprayer body; and
a recess flange on the removeable shipping clip, wherein the recess flange is seated in the recess.
7. The hose-end-sprayer of claim 1 , further comprising:
a shipping clip orifice in the valve; and
a valve extension on the removable shipping clip, wherein the valve extension is seated in the shipping clip orifice.
8. The hose-end-sprayer of claim 1 , further comprising
a rail seat on the removeable shipping clip, wherein the rail seat is seated on the clip rail.
9. The hose-end-sprayer of claim 1 , wherein the sprayer body further comprises:
a lever opening;
a container connection opening;
a hose connection opening; and
a dispensing opening.
10. The hose-end-sprayer of claim 9 , further comprising:
a ramp on the container connection opening; and
a container nut attached to the ramp.
11. The hose-end-sprayer of claim 9 , further comprising:
a ramp on the hose connection opening; and
a hose nut attached to the ramp.
12. A dispensing system, comprising:
a container holding a product;
a sprayer body attached to the container, the sprayer body comprising:
a recess on an exterior surface of the sprayer body;
a clip rail in an interior space of the sprayer body;
at least one clip stop adjacent the clip rail; and
at least one valve detent on the clip rail;
a valve assembled in the sprayer body and retained therein by the at least one valve detent, the valve comprising a shipping clip orifice;
a shipping clip removeably attached to the sprayer body and the valve, the shipping clip comprising:
a recess flange seated in the recess;
a rail seat seated on the clip rail adjacent the at least one clip stop; and
a valve extension seated in the shipping clip orifice.
13. The dispensing system of claim 12 , further comprising a lever attached to the valve, wherein the lever is configured to move the valve between a first “off” position and a second “on” position.
14. A method for producing a hose-end-sprayer, comprising:
providing a sprayer body, a seal pad, a lever, a container connection system, a hose connection system, a valve, and a removeable shipping clip;
assembling the seal pad with the sprayer body;
assembling the lever and valve in the sprayer body;
assembling the container connection system to the sprayer body;
assembling the hose connection system to the sprayer body;
assembling the removable shipping clip to the sprayer body and the valve;
wherein the sprayer body comprises:
at least one recess;
a clip rail; and
a clip stop;
wherein the removable shipping clip comprises:
a recess flange engaging the at least one recess; and
a rail seat straddling the clip rail.
15. The method of claim 14 , wherein the valve comprising a shipping clip orifice.
16. The method of claim 14 , wherein
the valve comprising a shipping clip orifice; and
the removeable shipping clip comprising:
a valve extension; and
at least one shipping clip valve projection extending off the valve extension and seated in the shipping clip orifice.
17. The method of claim 16 , wherein assembling the removable shipping clip to the sprayer body and the valve further comprises sliding the removable shipping clip onto the sprayer body, wherein the recess flange engages the at least one recess, the rail seat engages the clip rail adjacent the clip stop, the valve extension is inserted into the shipping clip orifice, and the at least one shipping clip valve projection engages the valve.
18. The method of claim 14 , wherein providing the lever and the valve further comprises:
the lever comprising a lever flange; and
the valve comprising a lever guide.
19. The method of claim 18 , wherein assembling the lever and the valve in the sprayer body further comprises:
suspending the lever in a lever opening of the sprayer body;
inserting the valve into an interior of the sprayer body;
aligning the lever guide with the lever flange; and
snapping the lever flange in the lever guide.
20. The method of claim 19 , further comprising snapping the valve over at least one valve detent in the sprayer body.