Vehicle wireless charger safety system
A vehicular charging system is provided that includes a battery and a charger region. The system also includes a wireless charger for generating an electric charging signal in the charger region to charge the battery, and a plurality of sensors located to sense foreign objects and living beings in proximity to the charger region. The system further includes a controller for controlling the charger to at least reduce the charging signal when a foreign object or a living being is in proximity to the charger region. The controller may be configured to terminate the charging signal and/or activate an alarm element when a foreign object or a living being is in proximity to the charger region.
1. A charging system for a battery-powered vehicle, comprising:
an on-board battery;
a charger region;
a wireless charger for generating an electric charging signal in the charger region to charge the battery;
a plurality of sensors located to sense living beings in proximity to the charger region; and
a controller for differentiating between transient conditions and living beings near the charger region, and only terminating the charging signal when a being is near the charger region.
2. The charging system of claim 1 , wherein the controller is further configured to activate an alarm component when a living being is in proximity to the charger region.
3. The charging system of claim 1 , wherein the plurality of sensors generate capacitance data to sense living beings in proximity to the charger region.
4. The charging system of claim 1 , wherein the plurality of sensors is coupled to the controller, and further wherein the controller evaluates the presence of living beings in proximity to the charger region based at least in part on input data from the sensors.
5. The charging system of claim 4 , wherein the plurality of sensors includes a reference sensor.
6. A vehicular charging system, comprising:
a battery;
a charger region;
a wireless charger for generating an electric charging signal in the charger region to charge the battery;
a plurality of sensors located to sense foreign objects and living beings in proximity to the charger region, the plurality of sensors includes a reference sensor; and
a controller for controlling the charger to at least reduce the charging signal when a foreign object or a living being is in proximity to the charger region, the controller is further configured to filter transient conditions unrelated to the presence of foreign objects and living beings in proximity to the charger region based at least in part on input data from the sensors.
7. The charging system of claim 6 , wherein the transient conditions include vehicular motion.
8. A charging system for a battery-powered vehicle, comprising:
an on-board battery;
a wireless charger that generates an electric charging signal in a charger region to charge the battery;
a plurality of capacitive sensors located to sense living beings near the charger region; and
a controller coupled to the sensors for differentiating between transient conditions and living beings near the charger region, and only terminating the charging signal when a being is near the charger region.
9. The charging system of claim 8 , wherein the controller is further configured to activate an alarm component when a living being is in proximity to the charger region.
10. The charging system of claim 8 , wherein the controller evaluates the presence of living beings in proximity to the charger region based at least in part on input data from the sensors.
11. The charging system of claim 10 , wherein the plurality of sensors includes a reference sensor.
12. A vehicular charging system, comprising:
a battery;
a charger region;
a wireless charger that generates an electric charging signal in the charger region to charge the battery;
a plurality of capacitive sensors located to sense foreign objects and living beings in proximity to the charger region; and
a controller that is coupled to the sensors for evaluating the presence of foreign objects and living beings in proximity to the charger region, the controller is further configured to filter transient conditions unrelated to the presence of foreign objects and living beings in proximity to the charger region based at least in part on input data from the sensors.
13. The charging systems of claim 12 , wherein the transient conditions include vehicular motion.