Novel power microcomputer operation anti-error system and operation method thereof

Abstract

The invention discloses a novel power microcomputer operation anti-error system and an operation method thereof. The system comprises a background anti-error host, a field terminal, switch cabinet spacing anti-error covers, and a network system. The panels of the switch cabinet spacing anti-error covers are provided with operation holes. Each switch cabinet spacing anti-error cover is provided with a spacing anti-error control device consisting of an operation hole locking device and an spacing guide indicating lamp module, wherein the operation hole locking device is an operation hole locking panel, and the operation hole locking panel is arranged at the operation hole side of the switch cabinet spacing anti-error cover. The operation method comprises the following steps: the background anti-error host makes out a ticket and sends a short message to the mobile phone of a corresponding person; and the corresponding person carries out operation in order according to the operation content on the display screen of the field terminal. By combining the operation anti-error system and the operation method with the network system, real-time state alignment is realized, real-time operation result transmission is ensured, integrated anti-error intelligent management and collaborative operation in the whole process of power distribution operation are realized, and possible misoperations in all links of power supply and distribution are effectively eliminated.

Description

technical field [0001] The invention relates to an electric power error prevention system and an operation method thereof, in particular to a novel electric power microcomputer operation error prevention system and an operation method thereof. Background technique [0002] At present, the microcomputer anti-misoperation locking system is composed of computer host, computer key, electrical / mechanical coded lock and other devices. The interconnect wiring logic is implemented in software. However, the position of the padlock after unlocking is incorrect due to the need for manual installation of the electrical / mechanical coded lock; the alignment of the equipment status on site and the background equipment status is inconsistent after the operation is interrupted; the use of anti-mislocking unlocking keys is not standardized; there is no obvious guidance prompt for operation intervals on site; During the switching operation, if there is a misplacement of the equipment that cha...

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Problems solved by technology

However, the position of the padlock after unlocking is incorrect due to the need for manual installation of the electrical / mechanical coded lock; the alignment of the equipment status on site and the background equipment status is inconsistent after the operation is interrupted; the use of anti-mislocking unlocking keys is not standardized; there is no obvious guidance prompt for operation intervals on site; During the switching operation, if there is a misplacement of the equipment that changes the misjudgment result of the operated equipment, since the operation ticket stored in the computer key is issued according to the state before the misplacement, if the operation process cannot be terminated at this time, an error will occur. Misoperation; and for the operation without a ticket and the operation of the maintenance personnel, the anti-misoperation locking cannot be performed; when there are multiple operation tasks to be performed, due to the limitation of the unlocking method of the computer key, it is impossible to realize the simultaneous execution of multiple tasks, etc., the operation process There are still some security risks in the

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