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A bracket holds a limited field of view presence sensor module in a fixed, angled position for optimum sensing coverage area and enables the sensor module to be partially recessed in a surface orifice with respect to a mounting surface. The bracket can be installed from the outside to hold at least

A bracket holds a limited field of view presence sensor module in a fixed, angled position for optimum sensing coverage area and enables the sensor module to be partially recessed in a surface orifice with respect to a mounting surface. The bracket can be installed from the outside to hold at least one radar sensor on the side of a long vehicle such as a truck, bus, recreational vehicle or the like for blind spot monitoring.

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1. In a vehicle having a side surface substantially parallel to a direction of travel of the vehicle with at least one sensor module of a type of sensor module having a limited field of view, the improvement comprising: a mounting bracket configured to mount the sensor module to the side surface;whe

1. In a vehicle having a side surface substantially parallel to a direction of travel of the vehicle with at least one sensor module of a type of sensor module having a limited field of view, the improvement comprising: a mounting bracket configured to mount the sensor module to the side surface;wherein the side surface has an interior surface and an exterior surface and comprises a surface orifice therethrough;wherein the mounting bracket is configured to mount the sensor module to the side surface at the surface orifice; andwherein the mounting bracket is configured to mount at least a portion of the sensor module positioned beyond the exterior surface to an extent necessary to see in a direction on the side surface alongside a direction of travel of the vehicle without viewing the exterior surface itself. 2. In the vehicle according to claim 1, wherein the sensor module comprises a sensor element surface facing externally from the sensor module;wherein the sensor module comprises electrical components internal to the sensor module; andwherein the mounting bracket mounts the sensor module such that the sensor element surface of the sensor module extends beyond the exterior surface. 3. In the vehicle according to claim 1, wherein a middle of the field of view of the sensor module is in the direction alongside the side surface without viewing the side surface itself. 4. In the vehicle according to claim 1, wherein the side surface is a side of a road vehicle;wherein the mounting bracket comprises a cover protruding out from the side of the road vehicle and having an inner perimeter mounted flush against the side of the road vehicle;wherein the mounting bracket positions the sensor module such that the limited field of view sees a blind spot to the side of the vehicle; andwherein the limited field of view alongside a length of the side surface covers at least one adjacent lane on a road. 5. In the vehicle according to claim 1, wherein the mounting bracket is configured to install and attach to the exterior surface with at least a portion of the bracket extending into the surface orifice. 6. In the vehicle according to claim 1, wherein the mounting bracket is integral with the sensor module. 7. In the vehicle according to claim 1, wherein the sensor module comprises a radar sensor. 8. In the vehicle according to claim 1, wherein the mounting bracket comprises a bracket substrate having a top bracket surface and an opposing bottom bracket surface;wherein the bracket substrate comprises a hole in the bracket substrate of a size sufficiently large to accommodate the sensor module projecting through the hole; andwherein the bracket substrate comprises a mechanism to adjustably hold the sensor module within the surface orifice projecting through the hole at a variably selected angle to a plane of the bracket substrate. 9. An apparatus comprising: a sensor module with a mounting bracket;wherein the mounting bracket is configured to mount the sensor module to a surface;wherein the surface has an inside surface and an outside surface and comprises a surface orifice therethrough;wherein the mounting bracket is configured to mount the sensor module to the surface at the surface orifice;wherein the mounting bracket is configured to mount at least a portion of the sensor module positioned beyond the outside surface to an extent necessary to see alongside a length of the surface without viewing the outside surface itself;wherein the sensor module comprises a type of sensor module having a limited field of view: wherein the mounting bracket is configured to mount the sensor module at an angle sufficient for the limited field of view to extend beyond the outside surface and see alongside the length of the surface without viewing the outside surface itself; and wherein the mounting bracket mounts a plurality of sensor modules angled at different angles. 10. An apparatus comprising: a sensor module with a mounting bracket;wherein the mounting bracket is configured to mount the sensor module to a surface;wherein the surface has an inside surface and an outside surface and comprises a surface orifice therethrough;wherein the mounting bracket is configured to mount the sensor module to the surface at the surface orifice;wherein the mounting bracket is configured to mount at least a portion of the sensor module positioned beyond the outside surface to an extent necessary to see alongside a length of the surface without viewing the outside surface itself;wherein the sensor module comprises a type of sensor module having a limited field of view; wherein the mounting bracket is configured to mount the sensor module at an angle sufficient for the limited field of view to extend beyond the outside surface and see alongside the length of the surface without viewing the outside surface itself; and wherein the mounting bracket comprises a bracket substrate having a top bracket surface and an opposing bottom bracket surface; and wherein the sensor module with a mounting bracket further comprises a cover attached over the top surface of the bracket substrate and covering at least the sensor module. 11. An apparatus comprising the sensor module with the mounting bracket according to claim 10, further comprising snap-fit tabs on the top surface of the bracket substrate to attach the cover to the bracket substrate. 12. An apparatus comprising the sensor module with the mounting bracket according to claim 10, wherein the cover comprises first slide tracks; andwherein the bracket further comprises second slide tracks on the top surface of the bracket substrate compatible with the first slide tracks to attach the cover to the bracket substrate. 13. An apparatus comprising: a sensor module with a mounting bracket;wherein the mounting bracket is configured to mount the sensor module to a surface;wherein the surface has an inside surface and an outside surface and comprises a surface orifice therethrough;wherein the mounting bracket is configured to mount the sensor module to the surface at the surface orifice;wherein the mounting bracket is configured to mount at least a portion of the sensor module positioned beyond the outside surface to an extent necessary to see alongside a length of the surface without viewing the outside surface itself;wherein the sensor module comprises a type of sensor module having a limited field of view: wherein the mounting bracket is configured to mount the sensor module at an angle sufficient for the limited field of view to extend beyond the outside surface and see alongside the length of the surface without viewing the outside surface itself; wherein the mounting bracket comprises a bracket substrate having a top bracket surface and an opposing bottom bracket surface; and wherein the mounting bracket further comprises a lamp attached to the bracket substrate to project light at least away from the top surface. 14. An apparatus comprising the sensor module with the mounting bracket according to claim 13, wherein the cover comprises a translucent cover attached over the top surface of the bracket substrate and covering at least the sensor module and the lamp. 15. An apparatus comprising: a sensor module with a mounting bracket;wherein the mounting bracket is configured to mount the sensor module to a surface;wherein the surface has an inside surface and an outside surface and comprises a surface orifice therethrough;wherein the mounting bracket is configured to mount the sensor module to the surface at the surface orifice;wherein the mounting bracket is configured to mount at least a portion of the sensor module positioned beyond the outside surface to an extent necessary to see alongside a length of the surface without viewing the outside surface itself;wherein the sensor module comprises a type of sensor module having a limited field of view; and wherein the mounting bracket is configured to mount the sensor module at an angle sufficient for the limited field of view to extend beyond the outside surface and see alongside the length of the surface without viewing the outside surface itself; and wherein the mounting bracket comprises a bracket substrate having a top bracket surface and an opposing bottom bracket surface; wherein the bracket substrate comprises a hole in the bracket substrate of a size sufficiently large to accommodate the sensor module projecting through the hole; wherein the bracket substrate comprises at least one side arm angled off of the bracket substrate for holding the sensor module within the surface orifice projecting through the hole at an angle to a plane of the bracket substrate; and wherein the at least one side arm comprises a curved slot and the sensor module comprises a fastener fit into the curved slot to adjustably slide and fasten within the curved slot at a variably selected angle position. 16. A vehicle comprising: a side surface substantially parallel to a direction of travel of the vehicle, wherein a length of the side surface is at least 18 feet (5.5 meters), and wherein the side surface has an interior surface and an exterior surface and comprises a plurality of surface orifices therethrough; anda plurality of sensor modules with mounting brackets attached to the exterior surface of the side surface at respective ones of the surface orifices;wherein the sensor modules comprise types of sensor modules having a limited field of view; andwherein at least two of the mounting brackets mount at least a portion of respective sensor modules positioned beyond the exterior surface of the side surface at the respective ones of surface orifices for the limited field of view extending beyond the exterior surface to an extent necessary to see in a direction on the side surface alongside a direction of travel of the vehicle without viewing the exterior surface itself. 17. The vehicle according to claim 16, wherein a middle of the field of view of the sensor module is in the direction alongside the side surface without viewing the exterior surface itself. 18. A method of installing in a vehicle an apparatus comprising a sensor module with a mounting bracket on a side surface substantially parallel to a direction of travel of the vehicle, wherein the side surface has an interior surface and an exterior surface and comprises a surface orifice therethrough, comprising the steps of: (a) first, approaching the side surface from the exterior surface;(b) second, feeding at least a coupling associated with the sensor module through the surface orifice; and(c) third, mounting the sensor module with the mounting bracket to the exterior surface of the surface, wherein the mounting bracket mounts the sensor module to the side surface at the surface orifice;wherein the mounting bracket mounts at least a portion of the sensor module positioned beyond a plane of the side surface to an extent necessary to see alongside a length of the side surface;wherein the sensor module comprises a type of sensor module having a limited field of view; andwherein the mounting bracket mounts the sensor module at an angle sufficient for the limited field of view to extend beyond the exterior surface and see in a direction on the side surface alongside a direction of travel of the vehicle without viewing the exterior surface itself. 19. The method according to claim 18, wherein the sensor module is mounted in said step (c) with a middle of the field of view of the sensor module in the direction alongside the side surface without viewing the exterior surface itself. 20. An apparatus comprising: a sensor module with a mounting bracket;wherein the mounting bracket is configured to mount the sensor module to a surface;wherein the surface has an inside surface and an outside surface and comprises a surface orifice therethrough;wherein the mounting bracket is configured to mount the sensor module to the surface at the surface orifice;wherein the mounting bracket is configured to mount at least a portion of the sensor module positioned beyond the outside surface to an extent necessary to see alongside a length of the surface without viewing the outside surface itself;wherein the sensor module comprises a type of sensor module having a limited field of view; wherein the mounting bracket is configured to mount the sensor module at an angle; and wherein the mounting bracket mounts a plurality of sensor modules angled at different angles.