Optical sensor housing
An optical sensor housing includes a sensor housing body including an enclosure wall upstanding from a bottom portion and a substantially open top portion defining a cavity in which the optical sensor assembly is located, one or more apertures, and one or more engaging parts projecting orthogonally from an outside surface of the sensor housing body, a sensor housing cover including an open central portion, one or more integrally molded compliant flanges configured to engage the sensor housing body engaging part and to secure the sensor housing cover to the sensor housing body, and longitudinal ridges extending outwardly and disposed substantially along the length of the sensor housing cover. The sensor housing engaging parts and flanges can provide a quick-lock mechanism operable to secure the sensor housing cover to the sensor housing body without the use of tools or fasteners.
1. A sensor housing ( 100 ) for an optical sensor assembly, comprising:
a sensor housing body ( 202 ) comprising
one or more support walls ( 203 ) upstanding from a bottom portion ( 204 ) and a substantially open top portion defining a cavity in which the optical sensor assembly is located;
an aperture ( 206 ); and
one or more engaging parts ( 212 , 214 ) projecting orthogonally from an outside surface of the sensor housing body ( 202 ); and
a sensor housing cover ( 402 ) comprising:
an open central portion ( 404 );
one or more integrally molded compliant flanges ( 406 , 408 ) configured to engage the one or more sensor housing body ( 202 ) engaging parts ( 212 , 214 ) and to removably secure the sensor housing cover ( 402 ) to the sensor housing body ( 202 ), wherein the one or more flanges ( 406 , 408 ) comprises a generally C-shaped member; and
a plurality of longitudinal ridges ( 414 ) extending outwardly and disposed substantially along a length of the sensor housing cover ( 402 ).
2. The sensor housing ( 100 ) for an optical sensor assembly of claim 1 , wherein the one or more engaging parts ( 212 , 214 ) comprises a pair of opposing engaging parts ( 212 , 214 ) located in proximity to the aperture ( 206 ).
3. The sensor housing ( 100 ) for an optical sensor assembly of claim 1 , wherein the one or more flanges ( 406 , 408 ) comprises a pair of opposing flanges ( 406 , 408 ) located at a periphery of a top portion of the sensor housing cover ( 402 ).
4. The sensor housing ( 100 ) for an optical sensor assembly of claim 1 , wherein
the one or more engaging parts ( 212 , 214 ) comprises a pair of opposing engaging parts ( 212 , 214 ) located in proximity to the aperture ( 206 ); and
the one or more flanges ( 406 , 408 ) comprises a pair of opposing flanges ( 406 , 408 ) located and configured to receive a portion of the engaging parts ( 212 , 214 ) when the sensor housing cover ( 402 ) is secured to the sensor housing body ( 202 ).
5. The sensor housing ( 100 ) for an optical sensor assembly of claim 4 , wherein the pair of opposing engaging parts ( 212 , 214 ) and the pair of opposing flanges ( 406 , 408 ) provide a quick-lock mechanism operable to secure the sensor housing cover ( 402 ) to the sensor housing body ( 202 ) without the use of a fastener.
6. The sensor housing ( 100 ) for an optical sensor assembly of claim 4 , wherein the pair of opposing engaging parts ( 212 , 214 ) and the pair of opposing flanges ( 406 , 408 ) provide a quick-lock mechanism operable to secure the sensor housing cover ( 402 ) to the sensor housing body ( 202 ) without the use of a tool.
7. The sensor housing ( 100 ) for an optical sensor assembly of claim 4 , wherein the pair of opposing engaging parts ( 212 , 214 ) and the pair of opposing flanges ( 406 , 408 ) provide a quick-lock mechanism operable to release the sensor housing cover ( 402 ) that has been secured to the sensor housing body without the use of a tool.
8. The sensor housing ( 100 ) for an optical sensor assembly of claim 1 , wherein the one or more engaging parts ( 212 , 214 ) includes a groove for engaging the one or more flanges ( 406 , 408 ).
9. The sensor housing ( 100 ) for an optical sensor assembly of claim 1 , wherein the plurality of ridges ( 414 ) comprise linear and parallel elevations forming channels therebetween.
10. The sensor housing ( 100 ) for an optical sensor assembly of claim 1 , wherein an inner portion of the sensor housing cover ( 402 ) comprises a plurality of ribs ( 416 ) configured to secure an optical window ( 302 ) within the aperture ( 206 ) of the sensor housing body ( 202 ), and wherein the ribs ( 416 ) are operable to collect moisture and to cause the moisture to move in a downward direction exiting the inner portion of the sensor housing cover ( 402 ) via the open central portion ( 404 ).
11. The sensor housing ( 100 ) for an optical sensor assembly of claim 10 , wherein the optical window ( 302 ) is secured to the sensor housing body ( 202 ) by the sensor housing cover ( 402 ), and the optical window ( 302 ) is configured to seal the sensor housing body aperture ( 206 ) in alignment with the optical sensor assembly.
12. The sensor housing ( 100 ) for an optical sensor assembly of claim 10 , wherein the optical window ( 302 ) and the sensor housing body ( 202 ) form a unitary part.
13. The sensor housing ( 100 ) for an optical sensor assembly of claim 10 , wherein a surface of the optical window ( 302 ) comprises a material, coating, film, or layer having hydrophobic properties.
14. The sensor housing ( 100 ) for an optical sensor assembly of claim 10 , wherein a surface of the optical window ( 302 ) comprises a material, coating, film, or layer having hydrophilic properties.
15. The sensor housing ( 100 ) for an optical sensor assembly of claim 10 , wherein
an inner convex surface of the optical window ( 302 ) comprises a material, coating, film, or layer having hydrophilic properties; and
an outer concave surface of the optical window ( 302 ) comprises a material, coating, film, or layer having hydrophobic properties.