Lighted jets for bathing installations
View Patent ↗A lighted jet assembly for through hole mounting to a panel in a bathing installation. In an exemplary embodiment, the assembly includes a jet body configured for mounting in a hole formed in the bathing installation panel. A light receptacle is formed with the jet body, the light receptacle configured to receive a light source element. A jet barrel assembly includes a hollow barrel structure configured for insertion into the jet body channel through the open second end of the jet body. A blind structure includes a hollow cylindrical portion having at a first end a flange portion extending over a limited angular extent, and a second end configured to be secured within the open interior region of the jet barrel structure. The blind structure is fabricated of an opaque material, and configured for rotation with the jet barrel assembly relative to the jet body.
1. A lighted jet assembly for through hole mounting to a panel in a bathing installation, comprising:
a jet body configured for mounting in a hole formed in the bathing installation panel, the jet body including a water inlet port formed at or adjacent a first end of the jet body and a flange portion formed at an open second end of the jet body, the jet body defining a jet body channel and a water flow path from the water inlet port to the second end of the jet body;
an air inlet nipple and a light receptacle formed integrally with the jet body outside of the water flow path, the air inlet nipple configured for attachment to an air source, the light receptacle sealed from the water flow path and configured to receive a light source element without interference with the water flow path within the jet body;
a jet barrel assembly including a hollow barrel structure configured for insertion into the jet body channel through said open second end of the jet body, the jet barrel structure fabricated of a transparent or translucent material and including an open interior region, the jet barrel assembly configured for rotation within the jet body and including a water inlet window and an air inlet window;
the jet body and the jet barrel assembly providing a light path between the light receptacle and at or adjacent the second end of the jet body;
a blind structure including a hollow cylindrical portion having at a first end a flange portion extending over a limited angular extent, and a second end configured to be secured within the open interior region of the jet barrel structure, the blind structure fabricated of an opaque material, and configured for rotation with the jet barrel assembly relative to the jet body, so that in a light-dimming rotational position, the flange portion of the blind structure is aligned over the light receptacle of the jet body so that the flange portion and cylindrical portion block a substantial amount of light passing through the jet barrel, and in a full illumination rotational position, the flange portion of the blind structure is positioned away from the light receptacle allowing light from the receptacle to pass through the jet barrel and be visible to observers to provide an illumination effect, and wherein the blind structure is a separate structure from the jet barrel assembly.
2. The jet assembly of claim 1 , wherein the jet body is fabricated from a translucent or transparent material, so that light from the light source element in the light receptacle passes through the jet body.
3. The jet assembly of claim 1 ,
wherein the water inlet window of the barrel structure is configured to align with the water inlet port of the jet body with the barrel structure in said illumination rotational position, and wherein said barrel structure blocks water from flowing into the interior region of the barrel structure with the barrel structure in the light-dimming rotational position, wherein rotation of the barrel structure controls the flow of water and air through the jet assembly, and also controls the amount of light transmitted into the interior region of the barrel structure.
4. The jet assembly of claim 1 , wherein the jet barrel assembly includes an escutcheon attached to an end of the barrel structure, and the jet barrel assembly is rotatable within the jet body by manual rotation of the escutcheon.
5. The jet assembly of claim 1 , further comprising:
the light source positioned within the light receptacle, the light source comprising one of an LED, an optical fiber and an incandescent bulb.
6. A lighted jet assembly for through hole mounting to a panel in a bathing installation, comprising:
a jet body having a longitudinal axis and configured for mounting in a hole formed in the bathing installation panel, the jet body fabricated of a transparent or translucent material and including a water inlet port formed at or adjacent a first end of the jet body and a flange portion formed at an open second end of the jet body, the jet body defining a jet body channel, a jet body wall between the first end and the second end, and a water flow path from the water inlet port to the second end of the jet body;
an air inlet formed integrally with the jet body, the air inlet configured for attachment to an air source;
a receptacle formed in the jet body wall outside of the water flow path and angularly offset from the jet body longitudinal axis, the receptacle sealed from the water flow path and configured to receive a light source structure without interference with the water flow path within the jet body;
a jet barrel structure including a hollow barrel structure configured for insertion into the jet body channel through said open second end of the jet body, the jet barrel structure including an open interior region;
wherein the jet barrel structure is configured for rotation within the jet body and includes a water inlet window and an air inlet window;
the jet body and the jet barrel assembly providing a light path between the receptacle and at or adjacent the second end of the jet body;
the jet assembly further comprising:
a blind structure including a hollow cylindrical portion having at a first end a flange portion extending over a limited angular extent, and a second end configured to be secured within the open interior region of the jet barrel structure, the blind structure fabricated of an opaque material, and configured for rotation with the jet barrel assembly relative to the jet body, so that in a light-dimming rotational position, the flange portion of the blind structure is aligned over the light receptacle of the jet body so that the flange portion and cylindrical portion block a substantial amount of light passing through the jet barrel, and in a full illumination rotational position, the flange portion of the blind structure is positioned away from the light receptacle allowing light from the receptacle to pass through the jet barrel and be visible to observers to provide an illumination effect; and
wherein the blind structure is a separate structure from the jet barrel assembly.
7. The jet assembly of claim 6 , wherein the receptacle is diposed downstream of the air inlet relative to the jet body longitudinal axis.
8. The jet assembly of claim 6 , further comprising:
the light source structure secured to the receptacle, and wherein the jet body is illuminated by the light source structure at all times the light source structure is activated.
9. The jet assembly of claim 8 , wherein the light source structure comprises a light source element consisting of one of an LED, an optical fiber and an incandescent bulb.
10. The jet assembly of claim 6 , wherein the receptacle includes a nipple extending from the jet wall and configured to receive a light source element.
11. The jet assembly of claim 10 , wherein the nipple is integrally formed with the jet body.
12. The jet assembly of claim 11 , wherein the nipple extends outwardly away from and perpendicular to the jet wall.
13. A lighted jet assembly for through hole mounting to a panel in a bathing installation, comprising:
a jet body having a longitudinal axis and configured for mounting in a hole formed in the bathing installation panel, the jet body fabricated of a transparent or translucent material and including a water inlet port formed at or adjacent a first end of the jet body and a flange portion formed at an open second end of the jet body, the jet body defining a jet body channel, a jet body wall between the first end and the second end, a threaded region, and a water flow path from the water inlet port to the second end of the jet body;
a threaded nut configured to be threaded onto the threaded region of the jet body to secure the flange portion tightly against the panel;
an air inlet formed integrally with the jet body, the air inlet configured for attachment to an air source;
a receptacle formed in the jet body wall outside of the water flow path and angularly offset from the jet body longitudinal axis, the receptacle sealed from the water flow path and configured to receive a light source structure without interference with the water flow path within the jet body;
a jet barrel structure including a hollow barrel structure configured for insertion into the jet body channel through said open second end of the jet body, the jet barrel structure including an open interior region;
wherein the jet barrel structure is configured for rotation within the jet body and includes a water inlet window and an air inlet window, and wherein the jet body and the jet barrel structure provide a light path between the light receptacle and at or adjacent the second end of the jet body, the jet assembly further comprising:
a blind structure including a hollow cylindrical portion having at a first end a flange portion extending over a limited angular extent, and a second end configured to be secured within the open interior region of the jet barrel structure, the blind structure fabricated of an opaque material, and configured for rotation with the jet barrel assembly relative to the jet body, so that in a light-dimming rotational position, the flange portion of the blind structure is aligned over the light receptacle of the jet body so that the flange portion and cylindrical portion block a substantial amount of light passing through the jet barrel, and in a full illumination rotational position, the flange portion of the blind structure is positioned away from the light receptacle allowing light from the receptacle to pass through the jet barrel and be visible to observers to provide an illumination effect; and
wherein the blind structure is a separate structure from the jet barrel assembly.
14. The jet assembly of claim 13 , further comprising:
the light source structure secured to the receptacle, and wherein the jet body is illuminated by the light source structure at all times the light source structure is activated.
15. The jet assembly of claim 13 , wherein the receptacle includes a nipple extending from the jet wall.
16. The jet assembly of claim 15 , wherein the nipple is integrally formed with the jet body.