Remote Control Mechanism

Abstract

The invention relates to a remote control mechanism that enables the switching on and off of electrical circuits by remote control via a mobile phone network. The invention can be used for remote control of various electrical systems, primarily lighting systems, electrical appliances, and electrical circuits in motor vehicles. The remote control mechanism consists of two mobile phones configured to receive calls only from predefined numbers, and a mechanical switching system connected to them. The vibration motors of the phones have been removed and replaced with DC motors that provide higher torque. The actuator connected to the shaft of the DC motor used for opening activates the electrical circuit by moving the spring arm of a spring-loaded switch from the closed to the open position. The actuator connected to the shaft of the other DC motor used for closing removes the spring arm from the open position, returning the switch to its initial position and interrupting the electrical circuit. The spring element used in the closing mechanism is designed to ensure that the actuator returns to its initial position after each operation. Thanks to this design, electrical circuits can be switched on and off securely and cost-effectively from any distance within the coverage area of ​​the mobile phone network, only through calls made by authorized users. The invention provides remote control capability using the principle of mechanical switching without the need for electronic control circuits.