A hospital medicine distribution method and system

Abstract

The invention belongs to the technical field of article distribution, and discloses a hospital medicine distribution method and system, and the method comprises the steps: the server selects an idle unmanned aerial vehicle as a distribution unmanned aerial vehicle when a server receives a distribution request sent by a delivery station, and issuing a goods taking flight task to the distribution unmanned aerial vehicle according to the distribution request; The distribution unmanned aerial vehicle flies to a delivery station according to the goods taking flight task to grab a target medicine box, and applies for a distribution route to a server; When the server receives a distribution route application request of the distribution unmanned aerial vehicle, a delivery flight task of the distribution unmanned aerial vehicle is generated according to the distribution request, and the delivery flight task is sent to the distribution unmanned aerial vehicle; And the delivery unmanned aerial vehicle delivers the target medicine box to a receiving station according to the delivery flight task. According to the invention, the unmanned aerial vehicle is adopted to distribute the hospital drugs, the external space of the hospital can be utilized to transport the drugs, the building area of the hospital is not occupied, and the unmanned aerial vehicle does not depend on vertical channels inthe hospital and is not influenced by the flow of people in the hospital, so that the distribution speed is high and the efficiency is high.

Description

technical field [0001] The invention belongs to the technical field of article distribution, and in particular relates to a method and system for distributing medicines in a hospital. Background technique [0002] At present, the most common delivery methods for drug delivery in hospitals are: 1. Manual delivery; 2. Pneumatic logistics, rail cars, and box logistics; 3. Hospital logistics robots. Manual delivery is to transport the required medicines to the inpatient department through carts by the staff. The manual delivery method has problems such as difficult supervision, non-standardized operation, high labor cost, and difficult management. [0003] Logistics methods such as pneumatic logistics, trolley rail cars, and box logistics all require dedicated transportation tracks to be established in the hospital, which not only occupies a large building area of ​​the hospital, but also requires high maintenance costs. [0004] Hospital logistics robot is a recently emerging ...

AI Technical Summary

Problems solved by technology

Manual delivery is by the staff to transport the required medicines to the inpatient department through carts. The manual delivery method has problems such as difficult supervision, non-standardized operation, high labor cost, and difficult management.

[0003] Pneumatic logistics, rail trolleys, and box logistics all need to establish dedicated transportation tracks in the hospital, which will not only occupy a large building area of ​​the hospital, but also require high maintenance costs

[0004] Hospital logistics robot is a recently emerging logistics transportation method. Although it does not need to build a dedicated transportation channel, due to its high dependence on vertical channels (vertical elevators), many hospitals do not have much reserved vertical channel resources, and hospitals The flow of people in the hospital is very large, and the vertical elevators in the hospital often need to queue up, which limits the efficiency of robot transportation, especially some urgently needed medicines, which cannot be delivered by hospital logistics robots

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