Wireless control system initiated by power generation
There is provided a wireless control system which has a node apparatus including a power generating device, a capacitor and a voltage conversion circuit device connected to the power generating device, and a wireless device having a transmitter function, and connected to the voltage conversion circuit device; a gateway device having a transceiver function of transmitting and receiving a wireless signal transmitted from the node apparatus; and a server device connected to the gateway device, and further has a receiving device which receives a signal transmitted from the gateway device having the transceiver function, and an actuator operated by a signal sent from the receiving device, and in which power with which the node apparatus operates is supplied from the power generating device, and the power generated in the power generating device is increased and decreased by the actuator.
1. A wireless control system comprising:
a node apparatus comprising:
a power generating device,
a capacitor and a voltage conversion circuit device connected to the power generating device, and
a wireless device configured to transmit a first wireless signal, and connected to the voltage conversion circuit device;
a gateway device configured to receive the first wireless signal transmitted from the node apparatus and transmit a second wireless signal;
a server device connected to the gateway device;
a receiving device configured to receive the second wireless signal transmitted from the gateway device; and
an actuator configured to operate by a signal sent from the receiving device,
the power generating device generating and supplying power with which the node apparatus operates, and
the actuator increasing or decreasing the power generated in the power generating device.
2. The wireless control system according to claim 1 , wherein the power generating device is a power generating device which generates power by an oxidation-reduction reaction caused by water leakage, and
wherein the actuator stops the water leakage to reduce the power generated in the power generating device.
3. The wireless control system according to claim 1 , wherein the power generating device is a power generating device which generates power by current generating bacteria, and
wherein the actuator controls an activity of the current generating bacteria to increase and decrease the power generated in the power generating device.
4. The wireless control system according to claim 1 , wherein the power generating device is a power generating device which generates power by a photoelectric conversion element, and
wherein the actuator controls a state of the photoelectric conversion element to increase the power generated in the power generating device.
5. The wireless control system according to claim 1 , wherein the power per time generated in the power generating device is smaller than power per time consumed by the node apparatus.
6. The wireless control system according to claim 1 , wherein a transmission cycle of the first wireless signal transmitted from the node apparatus is controlled by an amount of the power generated in the power generating device.