Power wide carrier collector and adapting method thereof

Abstract

The invention discloses a power wide carrier collector which comprises a collector body. A mounting groove for packaging a chip is arranged in the collector body. A connecting port in adaptive connection to a carrier module and a golden finger electrically connected to a power supply module are arranged in the mounting groove; a cable connected to an adaptor in the power supply module is arranged in the bottom of the collector body, a sensor mounting node is fixed on a housing of the collector body, and a sensor is mounted on the sensor mounting node. The chip of the collector is convenient to mount and replace without replacing a circuit main board. When the collector disclosed by the invention is mounted on the spot, the adapting method of an electric meter can operate automatically without manual debugging, and can finish adaptation and establish connection, so that the operating efficiency is increased.

Description

technical field [0001] The invention relates to the field of carrier wave, in particular to a power wide carrier wave collector and an adaptation method thereof. Background technique [0002] A carrier wave is an electric wave generated by an oscillator and transmitted on a communication channel, which is modulated to transmit voice or other information. The carrier frequency is usually higher than that of the incoming signal, which is modulated onto a high-frequency carrier before being transmitted and received. The carrier is the physical basis and carrying tool for transmitting information (voice and data). There is no difference in principle between the power carrier communication and the wired carrier communication of the telecommunication system, except that the overhead open wire is replaced by the power line. [0003] The current carrier acquisition equipment is mostly based on network transmission methods such as Gprs, ZigBee and wifi. The disadvantage of these m...

AI Technical Summary

Problems solved by technology

The disadvantage of these methods is that network layout is required, and these wireless transmission methods are sent to the air, which is easy to leak, and there are problems such as high cost, short distance, and easy interference, and the collector chip is usually fixed and integrated on the circuit board. To replace the chip, you need to replace the entire circuit board, which not only causes fearless waste, but also brings great trouble to the replacement process.

[0004] In addition, the single acquisition method of the narrowband carrier is greatly disturbed and has poor environmental adaptability. It is not easy to adapt the meter acquisition equipment during on-site installation, which causes troubles to the installation work and requires continuous debugging.

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