Marine pump with nozzle interface and detachable strainer base
A marine pump may have a nozzle interface and a detachable strainer base. The nozzle interface may have an aperture for removably receiving a nozzle, and a detent channel defined therein. The detent channel may be configured to receive portion of a detent, which may be configured to contact the nozzle and hold the nozzle in place when inserted into the nozzle interface. The detachable strainer base may have a plurality of slots and a plurality of holes configured to interact with and stop particulates in a fluid passing through the strainer base.
1. A marine pump, comprising:
a nozzle interface comprising a nozzle aperture, a detent channel, and a detent locking arm; and
a detent configured to be selectively received by the detent channel of the nozzle interface, the detent having an actuation surface configured to selectively receive the detent locking arm of the nozzle interface.
2. A marine pump, comprising:
a nozzle interface comprising a nozzle aperture and a detent channel; and
a detent configured to be selectively received by the detent channel of the nozzle interface, the detent movable between an engaged position and a disengaged position, wherein the detent is biased toward the engaged position, wherein a portion of the detent being positioned in a surface area of the nozzle aperture when in the engaged position.
3. The marine pump of claim 2 , wherein:
the nozzle aperture defines a cylindrical volume; and
the detent channel opens into the nozzle aperture.
4. The marine pump of claim 3 , wherein:
the detent channel is a portion of a circumference of the nozzle aperture; and
a portion of the detent extends below an underside of the nozzle aperture.
5. The marine pump of claim 2 , wherein:
the detent has a circular aperture; and
a circumference of the circular aperture is at least as great as a circumference of the nozzle aperture.
6. The marine pump of claim 2 , wherein:
the detent has a catch; and
the catch is in contact with an outer surface of the nozzle aperture when the detent is in an engaged position.
7. The marine pump of claim 2 , wherein:
the detent includes an actuation surface;
the detent channel is configured to allow a circular aperture of the detent to move out of the surface area of the nozzle aperture when a release pressure is applied to the actuation surface associated with the disengaged position; and
the detent channel is configured to allow a portion of the detent to move into the surface area of the nozzle aperture when the release pressure is removed associated with the engaged position.
8. The marine pump of claim 7 , wherein:
the detent further comprises a spring tab positioned below the actuation surface and configured to engage a protrusion of the nozzle interface for biasing the detent towards the engaged position.
9. The marine pump of claim 2 , wherein:
the nozzle interface includes a detent locking arm extending outwardly therefrom;
and the detent includes an actuation surface configured to selectively receive the detent locking arm.
10. The marine pump of claim 9 , wherein:
the detent locking arm is configured to engage both an upper surface and a lower surface of the actuation surface when in a locked position.
11. The marine pump of claim 10 , wherein:
the detent locking arm is biased towards the locked position.
12. The marine pump of claim 2 , further comprising:
a detachable strainer base including an arm having an arm release surface configured contact an interior portion of a release aperture of a pump housing of the marine pump when the detachable strainer base is attached to the marine pump,
wherein the detachable strainer base has a plurality of openings configured to interact with and stop particulates in a fluid passing through the detachable strainer base.
13. The marine pump of claim 12 , wherein:
the arm release surface is configured to move with respect to the release aperture of the pump housing when a pressure is applied to the arm release surface.
14. The marine pump of claim 12 , wherein:
a plurality of holes of the plurality of openings are positioned on a bottom surface of the detachable strainer base.
15. The marine pump of claim 12 , wherein:
a plurality of slots of the plurality of openings are positioned on a side surface of the detachable strainer base.
16. The marine pump of claim 15 , wherein:
a bottom surface of the detachable strainer base is offset below the plurality of slots.
17. The marine pump of claim 2 , wherein:
the nozzle aperture includes a circumferential channel configured to receive a gasket.
18. The marine pump of claim 17 , wherein:
the circumferential channel is positioned between a distal opening of the nozzle aperture and the detent channel.
19. The marine pump of claim 2 , wherein:
the nozzle aperture includes a first cylindrical portion and a second cylindrical portion; and
the first cylindrical portion has a circumference larger than that of the second cylindrical portion.
20. The marine pump of claim 19 , wherein:
the detent channel intersects the second cylindrical portion.