Novel safe power utilization real-time online monitoring device based on industrial Internet of Things

Abstract

The invention discloses a novel safe power utilization real-time online monitoring device based on the industrial Internet of Things, and the device comprises: a collector, wherein one side of the collector is electrically connected with a monitor, one side of the monitor is provided with a standby power supply, and the standby power supply is electrically connected with the collector; a positionadjusting assembly which is connected to the bottom of the collector and used for adjusting the collector to adjust different position signals; and a signal receiving assembly which is located at thetop of the position adjusting assembly and used for enhancing wireless signal receiving of the collector. According to the novel safe power utilization real-time online monitoring device based on theindustrial Internet of Things, the position of the installed collector is changed by adjusting the arranged position adjusting assembly; and meanwhile, the signal receiving strength of the collector is improved by utilizing the signal receiving assembly, so that the signal receiving strength of the collector is enhanced by adjusting the position of the collector and enhancing the signal receivingstrength of the collector in an area with poor signals.

Description

technical field [0001] The invention relates to the technical field of electricity consumption detection, in particular to a novel real-time online monitoring device for safe electricity consumption based on the Industrial Internet of Things. Background technique [0002] The real-time online monitoring system for distribution network lines in the market is mainly composed of a platform, a collector and several monitoring points. All the monitoring data required for real-time monitoring of distribution network lines at several monitoring points are transmitted to the corresponding collector responsible for centralized management and control for data packaging after the monitoring is completed, and finally all the monitoring data is operated by the collector through the SIM card The data is transmitted to the background server of the system for data calculation and then presented to the platform. [0003] However, when the actual monitoring data is transmitted to the collect...

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Problems solved by technology

[0003] However, when the actual monitoring data is transmitted to the collector, the relevant parameters monitored by the monitoring device will not be sent normally because the location of the monitoring device is in a no-signal or closed environment, while the existing solutions in the market will The monitoring device in this area is changed to a wired transmission method, but the traditional wired transmission method has complicated construction and installation, and signal attenuation problems will occur when the line is far away, and there will be external factors in the cable that will cause the line to be damaged, resulting in the failure to send the data monitored by the monitoring device normally. Related parameters

And when the collector transmits data to the platform, 98% of the products in the market now use the SIM card to rely on the operator for transmission. In this way, the collector must be placed in an area with the operator's 2G / 3G / 4G / 5G signal and the signal quality Only high quality can meet the normal and stable transmission, so it will cause users to be unable to use all application environments, and the limitations are relatively large. For example, in environments such as factories in mountainous areas, operators will not deploy base stations due to the low number of users. Collection After the installation, the collector is usually fixed at a specific position. In areas where the signal is not good, it is inconvenient for the collector to adjust the receiving signal position of the main body in time, so that it is not convenient for the collector to transmit the detection data. Therefore, we propose a A new type of real-time online monitoring device for safe electricity consumption based on the Industrial Internet of Things

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