Equipment for accessing consumption amount of electricity, water, gas and heat to internet of things

Abstract

The invention discloses equipment for accessing the consumption amount of electricity, water, gas and heat to the internet of things. The equipment comprises a housing, a connection electrode, a control and communication circuit, and a power supply. The control and communication circuit comprises a main control chip. The main control chip is connected with a GSM communication module and the equipment is connected with a server via the GSM communication module. The main control chip is connected with an FM circuit and is in communication with a repeater device or a display terminal via the FM circuit. The connection electrode is connected with an output terminal of electricity / water / gas / heat consumption amount acquiring and sensing equipment. According to the technical scheme of the invention, based on the combination manner of the internet with meters, no measurement meter is adopted. The internet of things-based consumption amount sensing equipment is high in reliability, low in cost and small in size. In this way, the practical problems in the prior art of difficult meter reading, difficult charging, high operating cost and the like can be thoroughly solved. Meanwhile, the time-based pricing policy and the differential pricing policy can be effectively enabled. Moreover, the interactive operation of a user handset app with a server terminal / equipment terminal is realized. Therefore, the equipment is applied to the intelligent urban construction and the modernization construction of public utilities.

Description

technical field [0001] The invention relates to a universal device for connecting electricity, flow and heat sensing data to the Internet of Things, in particular to a device for connecting to the Internet of Things for electricity, water, gas, and heat. Background technique [0002] The current electricity meters, water meters, gas meters, and heat meters occupy a large installation space and are costly. They involve casting or die-casting processes and have high pollution and high energy consumption. This is contrary to the country's energy-saving and emission-reduction policies. Mechanical water meters and gas meters have low measurement accuracy, narrow measurement range, backward meter reading charging methods, and are not compatible with the current tiered price policy. Traditional meters have problems such as difficult meter reading, difficult charging, and high operating and management costs. [0003] Therefore, metering instruments need to be reformed in technology ...

AI Technical Summary

Problems solved by technology

[0002] The current electricity meters, water meters, gas meters, and heat meters occupy a large installation space and are costly. They involve casting or die-casting processes, and have high pollution and high energy consumption. This is contrary to the national energy-saving and emission-reduction policy.

Mechanical water meters and gas meters have low measurement accuracy, narrow measurement range, backward meter reading charging methods, and are not compatible with the current tiered price policy. Traditional meters have problems such as difficult meter reading, difficult charging, and high operating and management costs.

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