Internet of things all-wireless intelligent self study temperature control energy-saving device

Abstract

The invention relates to an Internet of things all-wireless intelligent self study temperature control energy-saving device, which is characterized by comprising a temperature control device control module and an execution device control module, wherein the temperature control device control module is respectively connected with an input module, a temperature detection module, a power supply circuit, a storage module and a display module, and is also connected with a wireless module, the execution device control module is connected with a wireless module for realizing the wireless communication with the temperature control device control module, and in addition, the execution device control module is also respectively connected with a power supply circuit and a motor driving module. When the scheme is adopted, the defects of the original energy-saving control system in the actual use process can be overcome, the effects for controlling one executing device by a plurality of temperature control devices and controlling a plurality of executing devices by one executing device are achieved, the problem of mutual identification number can also be solved, the control accuracy and the control reasonableness are ensured, and correspondingly, the installation and construction operation is more convenient.

Description

technical field [0001] The invention relates to a fully wireless intelligent self-learning temperature control energy-saving device for the Internet of Things. Background technique [0002] In recent years, digital thermostats have been widely used, such as heating systems in large shopping malls, office buildings, supermarkets, and homes. Existing digital thermostats mainly use single-chip microcomputers as the core to realize automatic temperature control. Existing intelligent temperature controllers usually include a single-chip microcomputer, a power supply circuit for the single-chip microcomputer, sensors installed on the corresponding equipment, and a display for displaying the temperature. The single-chip microcomputer compares the preset temperature value with the temperature value detected by the sensor, thereby outputting a control signal for control. [0003] However, the existing intelligent temperature controller has the following disadvantages: it is used in ...

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Problems solved by technology

[0003] However, the existing intelligent temperature controller has the following disadvantages: it is used in large places, such as large shopping malls with multiple and non-centralized temperature points, public buildings such as schools, and most of the pipes are standpipes. The existing temperature control devices can only be installed One temperature control device controls one actuator, and it is impossible to achieve individual floor control, so it is difficult to implement existing temperature control devices in slightly complicated places

In addition, there is a wired control transmission between the thermostat and the actuator, which brings great inconvenience to the construction

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