High-safety electric capstan
The present disclosure provides a high-safety electric capstan including a hoisting mechanism, an electric motor configured to drive the hoisting mechanism to rotate, a user controller and an engagement assembly, and further including a control section electrically connected to a signal receiving actuator. The electric motor and the signal receiving actuator are electrically connected to the engagement assembly, respectively. The control section is configured for a user to send a trigger signal to the signal receiving actuator, the signal receiving actuator is configured to control an operation of the electric motor responsive to instructions from the user controller for a period of time when receiving the trigger signal, after the period of time, the signal receiving actuator is not responsive to instructions from the user controller. The solution of the present disclosure is advantageous for improving safety in use of an electric capstan.
1. A high-safety electric capstan comprising a hoisting mechanism, an electric motor configured to drive the hoisting mechanism to rotate, a user controller and an engagement assembly, wherein the high-safety electric capstan further comprises a control section electrically connected to a signal receiving actuator, the electric motor and the signal receiving actuator are electrically connected to the engagement assembly respectively, the control section is configured for a user to send a trigger signal to the signal receiving actuator, the signal receiving actuator is configured to control an operation of the electric motor responsive to instructions from the user controller for a period of time when receiving the trigger signal, after the period of time, the signal receiving actuator is not responsive to instructions from the user controller.
2. The high-safety electric capstan according to claim 1 , wherein the signal receiving actuator comprises a control chip, the control section comprises a switch electrically connected to at least one pin of the control chip, the switch evokes the trigger signal and the trigger signal is input into the control chip through the pin.
3. The high-safety electric capstan according to claim 1 , wherein the signal receiving actuator is electrically connected to a circuit including a vehicle starting switch, the signal receiving actuator is powered when a vehicle is started or powered.
4. The high-safety electric capstan according to claim 3 , wherein the high-safety electric capstan further comprises a control switch electrically connected to the circuit including a vehicle starting switch, the signal receiving actuator is powered when a vehicle is started or powered as well as the control switch is switched off.
5. The high-safety electric capstan according to claim 4 , wherein the control switch is disposed on a center console within the vehicle.
6. The high-safety electric capstan according to claim 1 , the high-safety electric capstan further comprises a first pre-control assembly, the signal receiving actuator is electrically connected to the first pre-control assembly, the first pre-control assembly is connected in series to the electric motor and a conduction circuit of a vehicle battery, the signal receiving actuator is configured to control the first pre-control assembly to close or open the conduction circuit.