Indoor locating technology-based shift arrangement management system

Abstract

The invention relates to an indoor locating technology-based shift arrangement management system. The system is formed by combining an intelligent terminal device, a GIS electronic map, a mobile device, a remote server and a storage apparatus; and a Bluetooth communication module and a fingerprint identification module are arranged in the intelligent terminal device. According to the indoor locating technology-based shift arrangement management system, multi-shift custom setting is supported; night shift and cross-day setting is supported; calculation schemes for different attendance check ofdifferent shifts are realized; attendance check shift arrangement of all departments of an enterprise can be set separately or in batches; personal shift change is flexibly set; a flexible attendancecheck mode is realized; the phenomenon of rescue delay or failure caused by difference of staff shift arrangement and event conditions is eliminated; the working efficiency of staffs is improved; position information and on-duty in-place information of the staffs are viewed in real time, so that the management difficulty of a management party is lowered; and meanwhile, the accuracy of staff scheduling and event control of the management party in facing with an emergency event is improved, so that the rescue time is saved.

Description

technical field [0001] The invention belongs to the field of information technology, and in particular relates to a shift management system based on indoor positioning technology. Background technique [0002] At present, most Bluetooth indoor positioning technologies on the market mainly use the function of Bluetooth beacon (location beacon) broadcasting. First, deploy beacon base stations indoors (or in scenic spots), and these Bluetooth beacon base stations continuously send beacon broadcast messages (the messages contain transmission power, that is, signal strength); after receiving the beacon broadcast messages, terminal devices equipped with Bluetooth modules measure The receiving power is calculated, and then the distance to the beacon base station is calculated; the indoor (or scenic spot) positioning function can be realized by calculating the distance of multiple beacon base stations. [0003] At the same time, the scheduling management system on the market only t...

AI Technical Summary

Problems solved by technology

[0003] At the same time, the scheduling management system on the market only traditionally arranges personnel for work, but for personnel scheduling in scenic spots or in a large area (such as scenic spot inspection tasks), manual sign-in is required for registration. At the same time of emergencies, it is impossible to notify and check the information of rescuers on duty and in place in time, which leads to the lag of command dispatch and rescue tasks, and misses the best time for rescue.

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