Video camera housing for football helmet
View Patent ↗Football helmet with video system has a rigid shell with front and back portions. An impact absorbing pad assembly and underlying comfort liner assembly are removably attached in the shell. A face guard of connected bars has a center bar connected to the front portion of the shell by one or more connectors with a nose bumper between the center bar and the shell. The nose bumper has a concave inner surface engaged flat against a convex outer surface of the front portion and a video optics housing extending forwardly of the nose bumper and containing an imager. A battery housing is connected in the shell for a battery, a circuitry housing is connected to the shell for video camera circuitry and wiring connects the imager and the battery housing to the video circuitry.
1. A football helmet for integrated video system comprising:
a rigid shell adapted to cover the head of a wearer, the rigid shell having an outer surface and an inner surface, the shell having a front portion with a convex outer surface, a crown portion, a pair of opposite side portions, and a back portion with a convex outer surface;
an impact absorbing pad assembly removably attached to the inner surface of the rigid shell;
a comfort liner assembly removably attached to an inner surface of at least part of the impact absorbing pad assembly;
a face guard comprising a cage of connected together bars having a pair of side parts connected to respective side portions of the shell, and an upper part having a center bar connected to the front portion of the shell;
a nose bumper connected to the front portion of the shell, the nose bumper having a base portion with a concave inner surface engaged flat against the convex outer surface of the front portion of the shell, a video optics housing connected to and extending forwardly of the base portion of the nose bumper, the video optics housing containing an imager;
at least one face guard connector for connecting the center bar to the face guard over the nose bumper and to the front portion of the shell;
a battery housing connected to the inner surface of the shell for supporting a battery;
a circuitry housing connected to the shell, the circuitry housing containing video camera circuitry; and
wiring connecting the imager and battery housing and to the video circuitry.
2. The football helmet with integrated video system according to claim 1 , wherein the nose bumper includes an imager cover connected to the video optics housing for covering the imager, the video optics housing having rounded outer contours and defining a recess around the imager and cover for at least partly surrounding the imager and cover for protection from impacts.
3. The football helmet with integrated video system according to claim 1 , wherein the battery housing has a convex outer surface that is connected to an inside concave surface of the helmet.
4. The football helmet with integrated video system according to claim 1 , wherein the video circuitry housing has a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell.
5. The football helmet with integrated video system according to claim 1 , wherein the video circuitry housing has a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell, the helmet including a rear liner attachment inside the shell, a rear gasket between flange and the shell and a resilient pad pressed into the void in the central portion of the housing for engaging a circuit board in the void, the flange, gasket and attachment being connected to each other.
6. The football helmet with integrated video system according to claim 1 , wherein the nose bumper and video circuitry housing are one of white, transparent and translucent.
7. The football helmet with integrated video system according to claim 1 , wherein the video circuitry housing has a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell, and including at least one port defined in a bottom or a top of the central portion of the housing for connecting power or data cables.
8. The football helmet with integrated video system according to claim 1 , wherein the nose bumper includes an imager cover connected to the video optics housing for covering the imager, the video optics housing having rounded outer contours and defining a recess around the imager and cover for at least partly surrounding the imager and cover for protection from impacts, the video circuitry housing having a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell.
9. A football helmet for video system comprising:
a rigid shell with front and back portions;
an impact absorbing pad assembly and underlying comfort liner assembly removably attached in the shell;
a face guard of connected bars having a center bar connected to the front portion of the shell by at least one connectors;
a nose bumper between the center bar and the shell, the nose bumper having a concave inner surface engaged flat against a convex outer surface of the front portion, the nose bumper having a video optics housing extending forwardly of a remainder of the nose bumper, the video optics housing containing an imager;
a battery housing connected in the shell for a battery;
a circuitry housing connected to the shell for video camera circuitry; and
wiring connecting the imager and the battery housing to the video circuitry.
10. The football helmet with video system according to claim 9 , wherein the nose bumper includes an imager cover connected to the video optics housing for covering the imager, the video optics housing having rounded outer contours and defining a recess around the imager and cover for at least partly surrounding the imager and cover for protection from impacts.
11. The football helmet with video system according to claim 9 , wherein the battery housing has a convex outer surface that is connected to an inside concave surface of the helmet.
12. The football helmet with video system according to claim 9 , wherein the video circuitry housing has a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell.
13. The football helmet with video system according to claim 9 , wherein the video circuitry housing has a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell, the helmet including a rear liner attachment inside the shell, a rear gasket between flange and the shell and a resilient pad pressed into the void in the central portion of the housing for engaging a circuit board in the void, the flange, gasket and attachment being connected to each other.
14. The football helmet with video system according to claim 9 , wherein the video circuitry housing is transparent or translucent for viewing one or more LEDs on the video circuitry, the circuitry having a color to match a color of the outer surface of the helmet shell.
15. The football helmet with video system according to claim 9 , wherein the video circuitry housing has a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell, and ports for wiring, memory card, and control buttons.
16. The football helmet with video system according to claim 9 , wherein the nose bumper includes an imager cover connected to the video optics housing for covering the imager, the video optics housing having rounded outer contours and defining a recess around the imager and cover for at least partly surrounding the imager and cover for protection from impacts, the video circuitry housing having a central portion defining a hollow void for receiving a video circuit board, and a curved flange portion with a concave inner surface connected to an outer convex surface of the back portion of the shell.