"Cloud rescue" medical aid search and rescue equipment

HYAN

China · Other Industries

After the outbreak of war or earthquake, search and rescue operations pay attention to the golden time limit. In order to avoid the problem of insufficient search and rescue manpower, we have designed the "cloud rescue" medical assistance search and rescue equipment. The device has two functions. One is to have the function of infusing nutrient solution to ensure the recovery of physical functions of medium and light casualties. The other is to install a rising balloon as a location mark to remind the medical staff behind to rescue. "Cloud Rescue" aims at emergency rescue to ensure the safety of medium and light casualties, save more wounded and reflect humanitarian care.
After the outbreak of war or earthquake, search and rescue operations pay attention to golden time. In order to avoid the problem of insufficient search and rescue manpower, we designed the "cloud rescue" medical aid search and rescue equipment. The device has two functions, one is the function of infusion of nutrient solution to ensure the recovery of the body function of moderate and mild casualties, and the other is installed with a rising balloon as a position marker to remind the medical staff behind to rescue. "Cloud rescue" aims at emergency rescue to ensure the safety of the lives of moderate and mild casualties, save more casualties, and reflect humanitarian care.

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Zanx 阿寻 3天前

1. First of all, this design seems to be only suitable for the situation that only part of the body is pressed on the surface layer and there are not too many ruins beside it, and the injured are still awake. Without considering the trapped personnel buried in the deep layer, middle layer or even shallow layer, the balloon can't get out at all and will be blocked in the ruins when a lot of surrounding wastes are basically blocked. 2. Secondly, in the video, it should be that the product comes with an automatic inflator to inflate the balloon. Even if the balloon can really play a role, the balloon should at least fly high enough and be large enough to play a guiding role, because it should be considered that rescuers can see it from far away. In this case, the extensibility and strength of the material of the balloon itself should be considered to ensure that the balloon will not explode or be punctured by sharp objects around ruins when inflated, in addition, we should consider that the balloon is unimpeded all the way during the expansion process until it rises smoothly. Looking at the effect diagram, it is obvious that the balloon of this size is far from enough; 3. Then, it is very important that even the most superficial injured people are in a state of coma or confusion after being smashed and pressed, and they have no ability or extra strength to operate these steps manually, let alone take the initiative to inject nutrient solution. I think on the contrary, the buzzer mentioned in the comments below can play a better role. Honey does not need a large battery at all. The buzzer itself can also be made very small. For details, please refer to the lotus flower that sings birthday songs on birthday cakes. Inside is the buzzer. If the lotus is smashed or buried, it can be called for ten or twenty days. It can be heard from far away. This is still the buzzer with the most basic function.

In order to apply it to the disaster relief site, it is only necessary to improve the function of the buzzer. First, the buzzer must have a larger sound and not too much larger volume, because it is necessary to consider that the user is convenient to carry with him. Then the buzzer has its own sensor. Once the earthquake collapses and is buried, the buzzer will automatically sound when it senses it, and it will sound 24 hours a day until the disaster relief personnel find the injured.

It is added that the volume of the balloon of this size mentioned in the second point above is far from enough, which refers to the size of the balloon shown in the effect diagram that has not been inflated. It is definitely unable to inflate to the size shown in the video. It feels that the volume after inflation and lift-off is already dozens of times of the deflated state. Few materials have such a large degree of elasticity, and the cost is definitely high, if it is a conventional balloon material, to reach such a volume, its deflated state is definitely much larger than the size shown in the effect diagram.

Then when it comes to volume, the volume of this product is also a hard injury, but it is still too large. Even the author himself added an extra handle to the product. It can be thought that it is not easy to hold it with one hand alone.

I feel that the author's set of products is more suitable for rescue workers. After the rescue workers take this set of products to find the injured on the surface, they fill balloons beside them and deliver nutrient solution to the injured, because there will definitely be too many injured people who cannot be saved at one time, and there will definitely be injured people who have to wait first.

HYAN作者 3天前

Look at the design instructions.

For rescue workers, there are still some of the questions I wrote, such as the second point and the final suggestion.

Isn't it

As well as whether to use balloons is the optimal solution, each device is equipped with an automatic air pump, the cost is exquisite how

Rescue also pays attention to the saving of transportation space and the fastest layout and the most efficient thing to do with the lowest cost. It is best to be foolproof. Balloons may be punctured and leaked or cannot be blown at all.

OK, thank you for your suggestion

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