System and method for inspecting and maintaining the exterior elevated elements of building structures
A method of inspecting a balcony identifies an area of the balcony where there is no access to pass a crawler robot from the outside of the balcony into the interior space of the balcony, drills a hole into the interior space of the balcony, passes the crawler robot that includes a humidity sensor through the hole into the interior space of the balcony. The method, by the processor of an electronic device, receives humidity measurements of the interior space of the balcony from the humidity sensor, compares the humidity measurements with a threshold value, determines that at least one of the humidity sensor measurements exceeds the humidity threshold value; and generates a notification indicating the humidity in the interior space of the balcony exceeds the humidity threshold value based on the determination. The method removes the crawler robot from the interior space of the balcony and seals the hole.
1. A crawler robot, comprising:
a frame;
a humidity sensor installed on the frame;
a plurality of wheels located on at least two sides of the frame;
a camera;
first and second sets of one or more motors; and
a processor;
wherein the frame is configured to pass through a hole into an interior space of a balcony;
wherein the processor of the crawler robot is configured to:
receive a first plurality of signals from a processor of an electronic device to rotate the plurality wheels of the crawler robot, or to move the plurality wheels of the crawler robot to left or right, to navigate the crawler robot inside the interior space of the balcony;
send a second plurality of signals to the first set of motors in response to receiving the first plurality of signals;
receive a third plurality of signals from the processor of the electronic device to move the camera; and
send a fourth plurality of signals to the second set of motors in response to receiving the third plurality of signals;
wherein the first set of motors are configured to receive the second plurality of signals from the processor of the crawler robot and rotate the plurality wheels of the crawler robot, or move the plurality wheels of the crawler robot to left or right, to navigate the crawler robot inside the interior space of the balcony;
wherein the second set of motors are configured to:
receive the fourth plurality of signals from the processor of the crawler robot; and
move the camera in response to receiving the fourth plurality of signals; and
wherein the humidity sensor is configured to:
make a plurality of humidity measurements from the inside of the interior space of the balcony; and
send the plurality of humidity measurements to the processor of the electronic device.
2. The crawler robot of claim 1 , wherein the processor of the crawler robot is connected to the processor of the electronic device through one or more wires.
3. The crawler robot of claim 1 , wherein the humidity sensor is connected to the processor of the electronic device through one or more wires.
4. The crawler robot of claim 1 further comprising:
a wireless transceiver,
wherein the processor of the crawler robot is configured to communicate with the processor of the electronic device through the wireless transceiver of the crawler robot and a wireless transceiver of the electronic device.
5. The crawler robot of claim 1 further comprising:
a wireless transceiver,
wherein the humidity sensor is wirelessly connected to the processor of the electronic device through the wireless transceiver of the crawler robot and a wireless transceiver of the electronic device.
6. The crawler robot of claim 1 , wherein the processor of the crawler robot is further configured to:
receive a plurality of images from the camera; and
send the plurality of images to the processor of the electronic device.
7. The crawler robot of claim 6 , wherein the plurality of images comprises one or more still images or one or more video images.