Method, system and mobile phone client for double transmission and reverse control of alarm signal

Abstract

The invention provides an alarm signal dual-transmission and reverse control method, system and mobile phone client side. According to the method, a phone alarm mainframe sends signals, a network control unit analyzes the signals and sends the signals to a cloud platform, the cloud platform sends the signals to the mobile phone client side after receiving the signals, and the mobile phone client side receives the signals; meanwhile, the method further comprises the step of utilizing the mobile phone client side for organizing or withdrawing a defense remotely for the phone alarm mainframe. Some alarm signals sent by the phone alarm mainframe are transmitted through a phone line, and some alarm signals are transmitted to the network control unit through a signal line, and therefore dual-transmission of the alarm signals is achieved. According to the alarm signal dual-transmission and reverse control method, the dual-transmission of the alarm signals of the phone alarm mainframe is achieved, the safety of the signals sent by the phone alarm mainframe is ensured, and the current situation that a traditional phone alarm mainframe can not send the alarm signals when communication is not smooth is avoided; meanwhile, the characteristic of real-time two-way transmission of a network channel is utilized, the defense can be remotely organized or withdrawn for the mobile phone client side, and therefore a terminal client can use the mobile phone client side conveniently.

Description

technical field [0001] The invention belongs to the field of security alarm video, and in particular relates to a method, a system and a mobile phone client for dual transmission and reverse control of alarm signals. Background technique [0002] The alarm host plays an important role in safety protection. At present, the alarm host mainly has the following forms: [0003] 1. The traditional telephone dial-up alarm panel, the alarm panel has the following two methods in the process of arming and disarming operations, the first is the keyboard password arming and disarming; the second is the remote control arming and disarming. There are many safety hazards and inconvenient problems in these two methods. For example, when using the keyboard password to arm and disarm, the problem of personnel flow password leakage. These two methods of arming and disarming require on-site operation by the customer, and remote control cannot be realized. At the same time, each alarm host mus...

AI Technical Summary

Problems solved by technology

There are many safety hazards and inconvenient problems in these two methods. For example, when using the keyboard password to arm and disarm, the problem of personnel flow password leakage. These two methods of arming and disarming require on-site operation by the customer, and remote control cannot be realized

At the same time, each alarm host must be equipped with a keyboard and multiple remote controls, which not only increases the cost of the alarm system, but also reduces its safety and convenience.

At the same time, the control information on the alarm host can only be uploaded to the alarm center platform, and cannot be automatically fed back to the customer. In case of loss, the customer lacks the necessary information basis, which will bring certain losses to the customer.

The alarm signal is only transmitted through the telephone line. When there is a communication failure, there will be a problem that the alarm signal cannot be transmitted to the alarm center platform, resulting in alarm failure

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