Remote sensing device, system, and method utilizing smartphone hardware components
View Patent ↗A remote sensing device, system and method is described. The remote sensing device includes an enclosure, a smartphone, and a microcontroller. The smartphone is fixedly coupled to the enclosure. The microcontroller is communicatively coupled to the smartphone. The microcontroller includes a power management module, a controller, and a wireless sensor network. The power management module is electrically coupled to an auxiliary battery that powers the smartphone. The controller is communicatively coupled to smartphone and the controller controls the power management module. The wireless sensor network includes a wireless communication interface that is different from the smartphone wireless communication interface. The remote sensing system includes a remote sensing component, a network module such as a web application server, and a database. The network module is communicatively coupled to the wide area network and receives sensor signal output and a timestamp from the smartphone. The database logs the sensor signal output communicated by the smartphone.
1. A remote sensing device comprising,
an enclosure;
a smartphone disposed within the enclosure, wherein the smartphone is fixedly coupled to the enclosure, the smartphone including:
a smartphone processor,
a smartphone memory communicatively coupled to the processor,
a smartphone camera communicatively coupled to the smartphone processor and the smartphone memory,
a first smartphone wireless communication interface that communicates with a wide area network,
a smartphone battery electrically coupled to the smartphone processor the smartphone memory, the smartphone camera, the first smartphone communication interface; and
a separate microcontroller disposed within the enclosure, the microcontroller communicatively coupled to the smartphone, the separate microcontroller including:
a power management module electrically coupled to an auxiliary battery that powers the smartphone, and
a microcontroller processor communicatively coupled to the smartphone, the microcontroller processor controls the power management module.
2. The remote sensing device of claim 1 wherein the power management module manages a high power condition and a low power condition.
3. The remote sensing device of claim 1 further comprising at least one sensor communicatively coupled to the smartphone processor that communicates a sensor signal output and a corresponding timestamp to the wide area network.
4. The remote sensing device of claim 3 wherein the at least one sensor includes,
a motion detection sensor, and
an illumination node that signals when motion is detected and then triggers the camera to capture at least one image.
5. The remote sensing device of claim 3 further comprising a separate camera communicatively coupled to the smartphone.
6. The remote sensing device of claim 3 further comprising,
a temperature sensor within the enclosure;
a cooling component within the enclosure for cooling the smartphone housed by the enclosure, when the temperature rises above a first threshold temperature that is measured by the temperature sensor; and
a heating component within the enclosure for heating the smartphone housed by the enclosure, when the temperature falls below a second threshold temperature that is measured by the temperature sensor.
7. The remote sensing device of claim 1 wherein the separate microcontroller further comprises a wireless sensor network module; and
a sensor that further includes a sensor wireless communication module that is communicatively coupled to the wireless sensor network module.
8. The remote sensing device of claim 1 wherein the auxiliary battery charges the smartphone.
9. The remote sensing device of claim 1 further comprising a smartphone software module operating on the smartphone processor and smartphone memory, wherein the smartphone software module includes a data component that further includes a database with sensor data collected by the remote sensing device.
10. The remote sensing device of claim 1 further comprising a smartphone software module operating on the smartphone processor and smartphone memory, wherein the smartphone software module includes an event and data manager that generates an alarm and notification according to a configuration data component.
11. A remote sensing system comprising,
an enclosure;
a smartphone disposed within the enclosure, wherein the smartphone is fixedly coupled to the enclosure, the smartphone including:
a smartphone processor,
a smartphone memory communicatively coupled to the processor,
a smartphone camera communicatively coupled to the smartphone processor and the smartphone memory,
a first smartphone wireless communication interface that communicates with a wide area network,
a smartphone battery electrically coupled to the smartphone processor the smartphone memory, the smartphone camera, the first smartphone communication interface; and
a separate microcontroller disposed within the enclosure, the microcontroller communicatively coupled to the smartphone, the separate microcontroller including:
a power management module electrically coupled to an auxiliary battery that powers the smartphone, and
a microcontroller processor communicatively coupled to the smartphone, the microcontroller processor controls the power management module;
a web application server communicatively coupled to the wide area network, the web application server receives a sensor signal output and corresponding timestamp from the smartphone; and
a database communicatively coupled to the web application server, wherein the database logs the sensor signal output and timestamp communicated by the smartphone.
12. The remote sensing system of claim 11 wherein the power management module manages a high power condition and a low power condition.
13. The remote sensing system of claim 11 further comprising at least one sensor communicatively coupled to the smartphone processor that communicates a sensor signal output and a corresponding timestamp to the wide area network.
14. The remote sensing device of claim 13 wherein the separate microcontroller further comprises a wireless sensor network module; and
the sensor includes a sensor wireless communication module that is communicatively coupled to the wireless sensor network module.
15. The remote sensing system of claim 13 wherein the sensor includes,
a motion detection sensor, and
an illumination node that signals when motion is detected and then triggers the camera to capture at least one image.
16. The remote sensing system of claim 13 further comprising a separate camera communicatively coupled to the smartphone.
17. The remote sensing system of claim 13 further comprising,
a temperature sensor within the enclosure;
a cooling component within the enclosure for cooling the smartphone housed by the enclosure, when the temperature rises above a first threshold temperature that is measured by the temperature sensor; and
a heating component within the enclosure for heating the smartphone housed by the enclosure, when the temperature falls below a second threshold temperature that is measured by the temperature sensor.
18. The remote sensing system of claim 11 wherein the auxiliary battery charges the smartphone.
19. The remote sensing system of claim 11 further comprising a smartphone software module operating on the smartphone processor and smartphone memory, wherein the smartphone software module includes a data component that includes the database with sensor data collected by the remote sensing device.
20. The remote sensing system of claim 11 further comprising a smartphone software module operating on the smartphone processor and smartphone memory, wherein the smartphone software module includes an event and data manager that generates an alarm and notification according to a configuration data component.