Retrofitted flood irrigation valve actuating apparatus
View Patent ↗A retrofitted flood irrigation valve apparatus, including a motor coupled to a stem of an existing flood irrigation valve, the motor to generate mechanical energy to rotate the stem of the existing flood irrigation valve and one or more rails coupled to a frame of the existing flood irrigation valve, wherein each of the one or more rails includes tracks along which the motor is configured to move as the stem of the existing flood irrigation valve opens and closes the valve.
1. A retrofitted flood irrigation valve apparatus, comprising:
a motor coupled to a stem of an existing flood irrigation valve that is previously installed, the motor to generate mechanical energy to rotate the stem of the existing flood irrigation valve; and
one or more rails coupled to a frame of the existing flood irrigation valve, wherein each of the one or more rails comprises tracks, arranged parallel to the stem of the existing flood irrigation valve, along which the motor is configured to move as the stem of the existing flood irrigation valve opens and closes the valve.
2. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
a stem top mount to couple a drive shaft of the motor to the top of the stem of the existing flood irrigation valve.
3. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
a bracket comprising a motor mount plate and one or more rail mounts to couple the motor to the one or more rails, wherein the motor is attached to the motor mount plate and the one or more rails mounts are inserted into the tracks of the one or more rails.
4. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
a switch operatively coupled to the motor, the switch to transmit one or more signals to the motor to cause the motor to generate the mechanical energy.
5. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
a processing device operatively coupled to the motor, the processing device to transmit one or more signals to the motor to cause the motor to generate the mechanical energy.
6. The retrofitted flood irrigation valve apparatus of claim 5 , wherein the processing device is to receive a command from a client device via a network to actuate the existing flood irrigation valve and transmit the one or more signals to the motor to generate the mechanical energy based on the command.
7. The retrofitted flood irrigation valve apparatus of claim 5 , wherein the processing device is to transmit, to a second processing device of a second retrofitted flood irrigation valve apparatus, a command to cause the second processing device to actuate a second exiting flood irrigation valve coupled to the second retrofitted flood irrigation valve apparatus.
8. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
an energy source coupled to the motor, wherein the energy source generates electrical energy that is provided to the motor, wherein the motor generates the mechanical energy using the electrical energy.
9. The retrofitted flood irrigation valve apparatus of claim 8 , wherein the energy source comprises a solar panel and a battery.
10. The retrofitted flood irrigation valve apparatus of claim 8 , wherein the energy source comprises a generator.
11. The retrofitted flood irrigation valve apparatus of claim 8 , wherein the energy source comprises a fuel cell.
12. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
a water sensor to monitor a water level of a field associated with the existing flood irrigation valve.
13. The retrofitted flood irrigation valve apparatus of claim 1 , wherein the one or more rails are mounted to a frame of the existing flood irrigation valve.
14. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
a stem top bracket attached to the motor, wherein a driveshaft of the motor extends through a motor mounting plate of the stem top bracket; and
a stem top mount attached to the driveshaft of the motor, wherein the stem top mount is attached on a side of the motor mounting plate opposite the motor.
15. The retrofitted flood irrigation valve apparatus of claim 1 , wherein the motor comprises an electric motor.
16. The retrofitted flood irrigation valve apparatus of claim 1 , further comprising:
an electrical control box to control the motor; and
a base plate to hold the electrical control box.
17. A method of utilizing a retrofitted flood irrigation valve apparatus, comprising:
coupling a motor of a retrofitted flood irrigation apparatus to a stem of an existing flood irrigation valve that is previously installed;
coupling the motor to a at least one rail comprising tracks, arranged parallel to the stem of the existing flood irrigation valve, to allow movement of the motor along the at least one rail; and
generating, by the motor, mechanical energy to open the existing flood irrigation valve by directly rotating the stem of the existing flood irrigation valve, wherein the motor moves along the rail as the existing flood irrigation valve opens and closes.
18. The method of utilizing the retrofitted flood irrigation valve apparatus of claim 17 , wherein the motor is coupled to the stem of the existing flood irrigation valve by a stem top mount comprising a motor shaft insert and a stem attachment slot.
19. The method of utilizing the retrofitted flood irrigation valve apparatus of claim 17 , further comprising:
transmitting, by a processing device of the retrofitted flood irrigation valve apparatus, one or more signals to actuate the motor, wherein the motor generates the mechanical energy upon receiving the one or more signals.
20. The method of utilizing the retrofitted flood irrigation valve apparatus of claim 19 , further comprising:
receiving, by the processing device, a command from a client device via a network to actuate the existing flood irrigation valve and transmit the one or more signals to actuate the motor based on the command.