Automatic obtaining device of time-sharing index picture of intelligent electricity meter

Abstract

The invention provides an automatic obtaining device of a time-sharing index picture of an intelligent electricity meter, which is characterized by being provided with an antenna device to receive an automatic shooting instruction from a far end and transmit the automatic shooting instruction to a GPRS / CDMA (General Packet Radio Service / Code Division Multiple Access) to form a shooting instruction electric signal; the shooting instruction electric signal is transmitted to a processor device to form an instruction sequence; the instruction sequence is used for brightening a display screen of the intelligent electricity meter or a specific power transformer metering terminal to simultaneously a property number and time information; the instruction sequence starts the shooting device to obtain an image sequence and nominates the image sequence according to the property number and the time information, and a pre-set rule; the processor device starts a remote transmission instruction to convert the image sequence to an electric transmission signal; and the electric transmission signal is transmitted to the GPRS / CDMA to start a remote communication function and the electric transmission signal obtained by converting the image sequence is transmitted back to a far-end server end through the antenna device. The automatic obtaining device disclosed by the invention can remotely and automatically obtain a clear picture with a time-sharing index in a scroll display period of the intelligent electricity meter or the specific power transformer metering terminal in a dark narrow and small electricity meter cabinet.

Description

technical field [0001] The invention relates to a device for automatically acquiring on-site pictures, in particular to a device for automatically acquiring time-segmented index photos within a wheel display cycle of a smart meter or a special variable metering terminal. Background technique [0002] At present, the remote photographing method is generally not suitable for the automatic acquisition of time-division index photos of smart meters or special variable metering terminals. These instruments are all general-purpose remote photographing systems, such as Shenzhen Jinbotong wireless GPRS photographing system, Shanghai Tuojia PX7000 The -760 type equipment cannot remotely interact with the on-site smart meter or the special variable metering terminal, and cannot light up the display screen, and thus cannot obtain clear time-lapse index photos. [0003] There are mainly the following problems in using the existing remote photographing method to obtain the time-segmented ...

AI Technical Summary

Problems solved by technology

[0004] 1. In the existing technology, remote photography or video recording requires manual operations on the server for many times to complete the shooting of time-segmented index photos, and it cannot be guaranteed to complete the shooting in one cycle of the meter display number, which is very inconvenient to use

[0005] 2. In the remote photographing or video recording method in the prior art, the naming rules of the remotely obtained picture groups have not been considered. When deploying many remote photographing devices in the same server, how to distinguish different smart meters among the large or even massive photographs obtained? Or taking pictures of specific variable metering terminals, taking pictures of the same terminal at different times, and taking pictures of the same terminal at the same time with time-segmented index, there is no suitable processing measure in the existing method

[0006] 3. The remote photographing or video recording methods in the prior art are not suitable for completing the photographing task in the dark and space-limited meter box where the smart meter or the special variable metering terminal is located.

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