Regional first-aid monitoring method, system and device based on vehicle scheduling

Abstract

The invention discloses a regional first-aid monitoring method, system and device based on vehicle scheduling. The method comprises the steps of: generating a pre-arranged first-aid plan according toa first-aid call, wherein the pre-arranged first-aid plan comprises the disease of a patient, a preliminary diagnostic result, a disease place and a first-aid place; according to the first-aid place in the pre-arranged first-aid plan, determining a first-aid medical site based on a proximity principle; according to the pre-arranged first-aid plan, determining a first-aid vehicle through a pre-setvehicle scheduling algorithm; and monitoring the first-aid vehicle and the first-aid medical site in real time through an IOT technology. The system comprises a pre-arranged plan generation module, afirst-aid medical site determining module, a first-aid vehicle determining module and a monitoring module. The device comprises a storage and a processor. The regional first-aid monitoring method, system and device based on vehicle scheduling in the invention have the advantages of being balanced in first-aid resource utilization rate, rapid in rescue speed and high in emergency capability, and can be widely used in the technical field of first-aid systems.

Description

technical field [0001] The invention relates to the technical field of emergency systems, in particular to a vehicle dispatch-based regional emergency monitoring method, system and device. Background technique [0002] The existing emergency management methods are relatively fragmented, and the information between different regions or different hospitals has not been interconnected. After the hospital receives an emergency call, it will directly send a car to the hospital for rescue without unified scheduling and allocation. Therefore, most of the emergency calls are answered by large hospitals. This phenomenon leads to a high occupancy rate of emergency resources in large hospitals, while the occupancy rate of emergency resources in lower-level township hospitals is low, which in turn leads to emergency services in various regions or hospitals. The utilization rate of resources is unbalanced; moreover, the existing method of dispatching emergency vehicles does not properly ...

AI Technical Summary

Problems solved by technology

[0002] The existing emergency management methods are relatively fragmented, and the information between different regions or different hospitals has not been interconnected. After the hospital receives an emergency call, it will directly send a car to the hospital for rescue without unified scheduling and allocation. Therefore, most of the emergency calls are answered by large hospitals. This phenomenon leads to a high occupancy rate of emergency resources in large hospitals, while the occupancy rate of emergency resources in lower-level township hospitals is low, which in turn leads to emergency services in various regions or hospitals. The utilization rate of resources is unbalanced; moreover, the existing method of dispatching emergency vehicles does not properly dispatch emergency vehicles, which cannot guarantee the most timely rescue of patients; in addition, the existing emergency system cannot monitor emergency vehicles and emergency hospitals in real time , the background management personnel need to grasp the emergency status by answering the phone, and the emergency response ability is poor

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