Intelligent Dog Training Apparatus and Control Method Thereof

An intelligent dog training apparatus, comprising a transmitter and at least one receiver matched with the transmitter, wherein the transmitter and the at least one receiver are in communication connection through wireless signals;

• the receiver comprises a receiver shell, a receiving unit, a vibration motor, a sounding component, and a plurality of electric shock heads;
• the receiving unit, the vibration motor and the sounding component are mounted in the receiver shell, and the receiving unit is connected to the electric shock heads, the vibration motor, and the sounding component;
• the transmitter comprises a transmitter shell, and a transmitting unit and a control unit both arranged in the transmitter shell and electrically connected to each other, wherein the control unit is connected to a pairing selection button, a vibration button, a sound button, an electric shock button, and an electric shock strengthening button;
• in a pairing state, the pairing selection button searches for one or multiple receivers, matched with the transmitter, within an effective control range of the transmitter, and establishes a connection with the one or multiple receivers;
• in a selecting state, the pairing selection button selects to lock any one of the receivers that establish a connection with the transmitter to enable the receiving unit on the receiver that is selected to be locked to receive a control signal sent by the transmitting unit on the transmitter, and transmits the control signal to the electric shock heads or the vibration motor or the sounding component;
• the vibration button is configured to generate a vibration control signal, and the vibration control signal is sent to the receiver through the transmitting unit, so as to drive the vibration motor on the receiver to work;
• the sound button is configured to generate a sound control signal for controlling the receiver to make a sound;
• the electric shock button is configured to generate an electric shock control signal, and the shock control signal is sent to the receiver through the transmitting unit, so as to drive the electric shock heads on the receiver to work;
• the electric shock strengthening button is configured to generate a strength increasing signal according to a first preset proportion, and the strength increasing signal is sent to the receiver through the transmitting unit, so that an electric shock strength of each of the electric shock heads in a working state currently is increased according to the first preset proportion.