Rescue system

Abstract

The invention discloses a rescue system. The rescue system comprises an ambulance, a vehicle-mounted unmanned aerial vehicle cabin, an unmanned aerial vehicle and a take-off and landing intersection, wherein the vehicle-mounted unmanned aerial vehicle cabin comprises a vehicle roof connecting frame, a cabin shell, an unmanned aerial vehicle fixing clamp and a charging base; the cabin shell is mounted on the top of the ambulance through the vehicle roof connecting frame; the unmanned aerial vehicle fixing clamp and the charging base are mounted in the cabin shell; the unmanned aerial vehicle is stopped in the cabin shell in a full-power state; the unmanned aerial vehicle is used for sending relevant biochemical samples of a rescued patient to a destination hospital before the ambulance; and the take-off and landing intersection is used for suspending the ambulance so that the unmanned aerial vehicle can take off with the samples. According to the rescue system, the advantage that the unmanned aerial vehicle can avoid ground traffic congestion is utilized, the patient samples are sent to the hospital for testing in advance, after the ambulance sends the patient to the hospital through ground traffic, the test is carried out for a period of time or even completed, a doctor can immediately carry out targeted, rapid and effective rescue measures, and the probability of successful rescue is increased.

Description

technical field [0001] The invention relates to the rescue field, in particular to a rescue system. Background technique [0002] When a patient in need of rescue is sent to the hospital by ambulance, it is often impossible to start rescue immediately, but needs to pass a series of tests first, which is easy to miss the golden rescue time. [0003] Only rely on the ambulance single thread to carry out rescue in the prior art. However, ambulances cannot be equipped with complete laboratory equipment due to limitations in size and working conditions. Therefore, firstly, patients can only be transported to the hospital for laboratory tests before starting rescue. In the process of waiting for the test, doctors can only carry out limited rescue measures, and cannot carry out targeted, fast and effective rescue measures (such as blood transfusion, etc.), which easily delays the golden time for rescue. Contents of the invention [0004] The purpose of the present invention is ...

AI Technical Summary

Problems solved by technology

[0002] When a patient in need of rescue is sent to the hospital by ambulance, it is often impossible to start rescue immediately, but needs to pass a series of tests first, so it is easy to miss the golden rescue time

[0003] In the prior art, only rely on the ambulance single thread for rescue

Ambulances cannot be equipped with complete testing equipment due to limitations in size and working conditions. Therefore, firstly, the patient can only be transported to the hospital for testing before starting rescue.

In the process of waiting for the test, doctors can only carry out limited rescue measures, and cannot carry out targeted, fast and effective rescue measures (such as blood transfusion, etc.), which easily delays the golden time for rescue.

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