Mobile type on-site clinical fast inspection system

Abstract

The invention discloses a mobile type on-site clinical fast inspection system which comprises at least one inspection device capable of moving, and a management end connected with the inspection device in a communication manner, wherein the inspection device comprises a plurality of inspection modules, a data processing module, an input / output module, a communication module for realizing data communication between the inspection device and the management end and data communication between the data processing module and the input / output module, and a power supply module which is used for supplying power to the whole device under a condition of no external power supply and comprises an interface connected with the external power supply for charging. According to the mobile type on-site clinical fast inspection system disclosed by the invention, an operator can do various inspections for wounded personnel on the site by only carrying the inspection device 100, put forward diagnosis suggestions and take emergency measures, so that the defects of massive inspection equipment, messy consumables, high requirements for the environment and difficulty in site development in the prior art areovercome, and the on-site clinical fast inspection work can be effectively carried out.

Description

technical field [0001] The invention relates to a medical system, in particular to an on-site clinical rapid inspection system. Background technique [0002] Earthquakes, tsunamis, volcanic eruptions and other natural disasters, terrorist attacks, military conflicts and other emergencies will cause a large number of injuries and sudden outbreaks of illness. To understand the physiological and pathological state of the body, in this case, clinical testing equipment for measuring various parameters such as blood and urine of the wounded and sick is indispensable. [0003] The existing clinical testing equipment mostly adopts the principle of wet chemistry. The disadvantages of these equipment are large volume, heavy weight, high environmental requirements, long deployment and withdrawal time, reagents generally need to be kept in a refrigerator at a constant temperature, and the amount is relatively large. Sudden, small amount of injury will cause a lot of waste of reagents. ...

AI Technical Summary

Problems solved by technology

[0003] The existing clinical testing equipment mostly adopts the principle of wet chemistry. The disadvantages of these equipment are large volume, heavy weight, high environmental requirements, long deployment and withdrawal time, reagents generally need to be kept in a refrigerator at a constant temperature, and the amount is relatively large. Sudden and small amount of injury will cause a lot of waste of reagents

Taking the four main pieces of equipment required to complete the daily inspection items of the laboratory department of the hospital, the blood cell counter, biochemical analyzer, electrolyte analyzer, and urine analyzer as an example, the conventional clinical inspection equipment using wet chemical methods requires the expense of professionals. It takes a long time to deploy and withdraw, and because the field environment is very complicated, conventional clinical testing equipment is often unable to be put into normal use due to water, electricity, temperature and humidity and other conditions that cannot meet the needs of the laboratory.

[0004] In addition, there are also clinical testing equipment based on the principle of dry chemistry in the prior art. The consumables required by these equipment are dry test strips, and the sample to be tested needs to be manually or automatically dropped on the reaction reagent strip of the test strip during use. , and then the instrument performs automatic interpretation) to obtain accurate test results. However, the above-mentioned equipment needs the support of additional conditions such as power supply and operating table when working. However, clinical testing work under various field conditions often lacks relatively basic Conditional support, which puts forward higher requirements for the self-sustaining ability of the equipment

In addition, due to sudden injuries and illnesses at various sites are often concentrated, if there is no effective information integration, relying on various existing discrete clinical testing equipment is not only inconvenient for long-distance transportation and rapid deployment, but also It is also difficult to comprehensively, comprehensively, quickly and accurately grasp the condition information of a large number of wounded and sick

[0005] Moreover, in an emergency situation, it is necessary to understand the patient's condition as soon as possible, and then quickly and accurately make a diagnosis or emergency measures. However, there is often a lack of medical personnel on the scene, and it is impossible to quickly and accurately make judgments and take emergency measures. Functional clinical testing equipment cannot play a role in saving lives and helping the wounded

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