Poultry and livestock feeding and drinking monitoring system

A poultry and livestock feeding and monitoring system comprising:

• at least one feeding management unit which includes a water supply source, a water supply tank connected with the water supply source by a pipeline, a recovery tank, and a control module;
• an inlet valve is disposed on the pipeline between the water supply source and the water supply tank while the water supply tank is provided with a second level sensor mounted therein and connected with an outlet module by a pipeline;
• a recycle container is arranged under the outlet module of the water supply tank and connected with the recovery tank by a pipeline;
• the recovery tank is provided with a fourth level sensor mounted therein and a discharge valve is disposed on the recovery tank;
• the control module is composed of a microcontroller (MCU), a human-machine interface, and a first wireless communication device while the MCU is connected with the human-machine interface, the first wireless communication device, the inlet valve, the second level sensor and the outlet module of the water supply tank, and the fourth level sensor and the discharge valve of the recovery tank for signal transmission;
• at least one mobile monitoring unit which includes a micro processing unit (MPU), an operation and display module, a data storage module, and a second wireless communication device;
• the MPU is connected with the operation and display module, the data storage module, and the second wireless communication device for transmitting signals;
• a monitoring application (APP) is installed in the data storage module while the second wireless communication device of the mobile monitoring unit and the first wireless communication device of the feeding management unit are connected for communication;
• and
• a remote monitoring unit which includes a central processing unit (CPU), a database, an operation module, a display module, and a third wireless communication device while the CPU is connected with the database, the operation module, the display module, and the third wireless communication device for signal transmission;
• the third wireless communication device is connected with the first wireless communication device of the feeding management unit and the second wireless communication device of the mobile monitoring unit for communication;
• wherein a water consumption computing program of poultry and livestock is built in the MCU of the control module of the feeding management unit for monitoring during a fixed duration and an equation of function built in the water consumption computing program is:
• W
• =
• p
• *
• N
• +
• (
• p
• -
• L
• )
• ;
• R
• =
• q
• *
• M
• +
• K
• ;
• D
• =
• W
• -
• R
• wherein W is amount of water supplied;
• R is amount of water recovered;
• D is amount of water consumed;
• p is full water volume of the water supply tank;
• N represents how many times the water supply tank is full of water;
• L is residual amount of water in the water supply tank;
• q is full water volume of the recovery tank;
• M represents how many times the recovery tank is full of water;
• K is residual amount of water in the recovery tank.