ADAPTER FOR CONNECTING A FLUID RESERVOIR CAN TO A FLUID APPLICATOR
An adapter for communicating a fluid from a fluid reservoir can to a fluid applicator is disclosed. The adapter includes an inlet port, an outlet port, and a tapering central section. The inlet port includes an internally-threaded hollow cylindrical structure. The outlet port includes an externally-threaded hollow cylindrical structure coupled to and in fluid communication with the inlet port. An internal diameter of the inlet port is larger than an internal diameter of the outlet port. The tapering central section fluidly couples the internal diameter of the inlet port to the internal diameter of the outlet port and creates a fluid flow path there between. The inlet port is adapted to be fluidly coupled to an externally-threaded cap of the fluid reservoir can and the outlet port is adapted to be fluidly coupled to an internally-threaded fluid intake port of the fluid applicator.
1 . An adapter for communicating a fluid from a fluid reservoir can to a fluid applicator, the adapter comprising:
an inlet port comprising an internally-threaded hollow cylindrical structure;
an outlet port comprising an externally-threaded hollow cylindrical structure coupled to and in fluid communication with the inlet port, wherein an internal diameter of the inlet port is larger than an internal diameter of the outlet port; and
a tapering central section fluidly coupling the internal diameter of the inlet port to the internal diameter of the outlet port and creating a fluid flow path there between; and
wherein the inlet port is adapted to be fluidly coupled to an externally-threaded cap of the fluid reservoir can and the outlet port is adapted to be fluidly coupled to an internally-threaded fluid intake port of the fluid applicator.
2 . The adapter of claim 1 , wherein the tapering central section comprises an annular sealing lip that is disposed concentrically within and coaxial with an inner bore of the inlet port, the annular sealing lip and the internally-threaded hollow cylindrical structure of the inlet port defining an annular space there between that is adapted to receive a top annular edge of the externally-threaded cap of the fluid reservoir can.
3 . The adapter of claim 2 , wherein the tapering central section defines an annular sealing shelf within the annular space defined between the annular sealing lip and the internally-threaded hollow cylindrical structure of the inlet port that is adapted to contact the top annular edge of the externally-threaded cap of the fluid reservoir can.
4 . The adapter of claim 1 , further comprising a fluid filter disposed therein.
5 . The adapter of claim 4 , wherein the tapering central section includes a counterbore that defines a seating shelf, wherein the fluid filter includes a hollow structure that include at least one filter element, and wherein a bottom of the hollow structure is disposed on the seating shelf.
6 . The adapter of claim 5 , wherein the fluid filter further includes a bulb extending from a top of the hollow structure, opposite the bottom of the hollow structure, the bulb adapted to be gripped for handling the fluid filter.
7 . The adapter of claim 1 , wherein an internal bore of the tapering central section has a relatively larger internal diameter adjacent to the inlet port and a relatively smaller internal diameter adjacent to the outlet port.
8 . A fluid applicator adapted to deliver a fluid to a surface of a substrate, the fluid applicator comprising:
an applicator gun defining an internally-threaded fluid intake port;
a fluid reservoir can comprising an externally-threaded cap;
an adapter disposed between the applicator gun and the fluid reservoir can, the adapter comprising:
an inlet port comprising an internally-threaded hollow cylindrical structure;
an outlet port comprising an externally-threaded hollow cylindrical structure coupled to and in fluid communication with the inlet port, wherein an internal diameter of the inlet port is larger than an internal diameter of the outlet port; and
a tapering central section fluidly coupling the internal diameter of the inlet port to the internal diameter of the outlet port and creating a fluid flow path there between; and
wherein the inlet port is adapted to be fluidly coupled to the externally-threaded cap of the fluid reservoir can and the outlet port is adapted to be fluidly coupled to the internally-threaded fluid intake port of the applicator gun.
9 . The fluid applicator of claim 8 , wherein the tapering central section of the adapter comprises an annular sealing lip that is disposed concentrically within and coaxial with an inner bore of the inlet port, the annular sealing lip and the internally-threaded hollow cylindrical structure of the inlet port defining an annular space there between that is adapted to receive a top annular edge of the externally-threaded cap of the fluid reservoir can.
10 . The fluid applicator of claim 9 , wherein the tapering central section of the adapter defines an annular sealing shelf within the annular space defined between the annular sealing lip and the internally-threaded hollow cylindrical structure of the inlet port that is adapted to contact the top annular edge of the externally-threaded cap of the fluid reservoir can.
11 . The fluid applicator of claim 8 , further comprising a fluid filter disposed and secured within the adapter.
12 . The fluid applicator of claim 11 , wherein the tapering central section includes a counterbore that defines a seating shelf, wherein the fluid filter includes a hollow structure that include at least one filter element, and wherein a bottom of the hollow structure is disposed on the seating shelf.
13 . The fluid applicator of claim 12 , wherein the fluid filter further includes a bulb extending from a top of the hollow structure, opposite the bottom of the hollow structure, the bulb adapted to be gripped for handling the fluid filter
14 . The fluid applicator of claim 8 , wherein an internal bore of the tapering central section of the adapter has a relatively larger internal diameter adjacent to the inlet port and a relatively smaller internal diameter adjacent to the outlet port.
15 . The fluid applicator of claim 8 , wherein the fluid reservoir can includes a vent hole formed in a bottom thereof opposite the externally-threaded cap.
16 . The fluid applicator of claim 15 , wherein the fluid reservoir can further includes a stopper inserted into the vent hole, the stopper adapted to plug the vent hole and block fluids from passing therethrough.
17 . The fluid applicator of claim 16 , wherein the stopper includes a base portion and a cap, wherein the base portion includes a vent opening formed therein and is adapted to be secured to the bottom of the fluid reservoir can at the vent hole, and wherein the cap includes a plug 196 that is adapted to be inserted into the vent opening to seal the vent opening.
18 . A fluid reservoir can comprising:
an externally-threaded cap;
a vent hole formed in a bottom of the fluid reservoir cap opposite the externally-threaded cap; and
a stopper adapted to be inserted into the vent hole, the stopper adapted to plug the vent hole and block fluids from passing therethrough.
19 . The fluid reservoir can of claim 18 , wherein the stopper includes a base portion and a cap, wherein the base portion includes a vent opening formed therein and is adapted to be secured to the bottom of the fluid reservoir can at the vent hole, and wherein the cap includes a plug 196 that is adapted to be inserted into the vent opening to seal the vent opening.
20 . The fluid reservoir can of claim 18 , further comprising a seal secured over the vent hole, wherein the seal is removable, and wherein the seal is adapted to be removed prior to the stopper being inserted into the vent hole.