Drone ambulance is the medical kit that is all-purpose which has the option for flying it automatically to an emergency situation. It has guidelines that citizens can utilize to make life-saving procedures that are non-technical.
A deficopter is an aerial vehicle provided it is unmanned that carries an AED. It has the ability to travel seventy kilometers for every hour plus it’s within a ten-kilometer radius. On receiving an emergency call, data will be loaded onto the, and the aerial vehicle that is unmanned will be navigated to the site of the emergency. It contains a camera to ensure medical personnel responding to the emergency will spot the emergency scene so as to know appropriate time for dropping of the AED which falls to the ground using a parachute.
A quadrotor will take the aerial route which is piloted remotely by a drone pilot. It uses propellers and motors to produce thrust. The drone will consist of a medical box, and it can measure a patient’s health parameters in real time. The power supply for the drone is four batteries of 2200mAh.
The medical drone is customized so as to deliver whenever an emergency event arises. It contains CPR aids, compact defibrillator, and medication together with other supplies that are essential so that they can be used before the arrival of the medical professionals.
Its working assumption is that people at an emergency scene will contact the providers of emergency services and will give the location of the emergency. The drone ambulance plus the actual ambulance will be immediately dispatched, but the drone will arrive at the scene in roughly one minute.
Once the drone gets to the scene, the call made is transferred to an aerial vehicle which is unmanned and plus it contains speakers that are in-built. The hands of the caller are freed, and thus the caller can perform tasks that include placement of victim in position for recovering, preparing of the defibrillator and basic first aid when being guided vocally by the response team in cases of emergency.
The drone contains a camera thus the response team in emergency cases watch live videos to ensure procedures will be completed in the correct way plus passing of information that is relevant to the actual ambulance that is approaching. For instance, Germany has a Deficopter which utilizes drones so as to ensure that defibrillators will be on the scene before the medical professional gets to the scene.
Whenever any medical emergency arises, response time will make the difference for the loss of a life or a saving of a life. Most of the times, ambulances will be stuck in the traffic congestion and based on statistics, the ambulance will on average arrive at a scene ten minutes after making of an emergency call. By the time the ambulance arrives, there are high chances that if it were a victim of cardiac arrest, they would have succumbed maybe to lack of sufficient oxygen supply to their brain. The main aim of a drone ambulance is the saving of lives.
Drone ambulance in sports
Physical activities such as sports and exercises are quite important in the current day modern community. Physical exercises are basic plus fundamental priors that are important to human beings. Physical activities such as sports are aimed at improving health, reducing stress, tolerance of various strains and infighting of fatigue. It also leads to the fostering of good relationships among people that are practicing sports.
The first few minutes following an accident are crucial. They can be the minutes that determine the difference between life and death for a person. And with the way that technology continues to advance rapidly, drones might soon be found front and center.
When carrying out various physical activities will lead to injuries on the sportspersons. There can be cramps, dehydration, fatigue or unconsciousness if the exercises are executed inappropriately. Small injuries such as cramps or fractures will require emergency medical assistance. Injury risk is increased in not only overuse injuries but also acute traumas. Preventing injuries is important in the sports sector during exercise. After an injury, both the nervous system and the vascular system will be affected.
Eighty percent of all sports injuries will be related to abrasions, cramps, and sprains, twenty percent will correspond to the damage of the internal organs and fractures. Injuries on various body parts can occur if a player does an improper warm-up, starching before the start of a game or even straining during exercise 50bpercent of total sports injuries will be at the player’s knee; shoulder injury occurrence is about 7 percent while ankle injuries will account for 9.8 percent of the total injuries. Only 53 percent will be involving the soft tissues of the body.
Application of drone ambulance
The can be used for the provision of the basic kits for first aid to the athletes in various competitions. This is when distance or geography of the terrain will limit prompt assistance by the response team on the ground. The drones are used to follow athletes, and as they have high-resolution cameras that offer efficient aerial images and videos, it is easy to spot an athlete who needs medical attention. It also will help in relieving of dehydration in the athletes. Athletes can find medicine for their kind of injury in the medical kit of the aerial vehicle.
Several companies see drones as essential tools for getting the victim help as soon as possible. Whether you are suffering from a heart attack or in need of CPR, a drone might be the first one on the scene.
Drones can be used for the dropping off of medication or emergency equipment such as oxygen masks, blood, antidotes for poisons, EpiPens or even body organs from one health facility to another promptly. The drone isn’t affected by traffic congestion hen making the supplies. This will be fast, efficient and cost-effective as compared to the use of an actual ambulance to deliver these.
Swarm drones will carry a victim from an emergency site to the hospital. Thus, aerial vehicles that are unmanned ought to be increased for the cases of probable occurrence of multiple accidents; there will be sufficient drones for the job. And more people will be assisting in piloting the drones to the sites of emergency.
Search and rescue operations for individuals; that is either injured or lost; in any geographical regions. For example, someone can be trapped at sea, the desert or mountains.
Response to natural disasters such as earthquakes, fires, tornados, hurricanes, severe drought or floods. The drones can be used in the offering of services where medical personnel delays or is unavailable on time. There are instances when fire accidents will occur in either an indoor or outdoor environment. Fire accidents have numerous diverse causes that will require intervention techniques and methods that are well adapted to the needs and techniques of each and every incident. Material damage by the fire will be limited based on the effectiveness of intervention techniques, type of the fire and meteorological conditions. Drones that contain elide balls for fire extinguishing is used so as to stop the fire successfully.
Delivering of aids to the victims of military conflict or war and the refugees. Drones can be used to deliver medical aid across the borders that are hostile.
Drone ambulances can easily access patients in remote rural areas. This is done maybe to continue with ongoing care or for emergency cases. The drone ambulances can be used in the provision of medical supplies to be used in healthcare at home, vaccines, telemedicine, and drugs that are prescribed by a doctor.
Drones can be used to deliver services and goods such as tissue samples and blood to the laboratories for maybe testing. This will be fast even when the samples are being taken to laboratories that are advanced and fully equipped.
The systems for aerial vehicles that are unmanned are made up of a transmission unit that is remote, a control station and an aircraft. The systems are classified into two types. This is solely dependent on purpose and mission type for the given drone. The models that can be used for the unmanned aerial craft ambulance are:
Fixed wing: Have more structures that are simple plus more efficient aerodynamics that will provide an advantage for flights with longer durations when high speeds are achieved. The maximum time for flying is forty-five minutes at the speed of eighty kilometers every hour. This will make the drone to be ideal for an aerial survey that will require capturing of images that are geo-referenced over areas that are large. Thus, it can be used in accessing areas that are remote. Either a runway or a launcher will be used for facilitation of landing and taking off. Multi rotary: it is made of mechanics that are complex thus leading to short flight ranges and speeds that are low. At a sixty kilometer each hour speed, the maximum time for flying is almost thirty minutes. It has the ability for vertical taking off and landing.
Using fixed and rotary wings in one drone yield a wing model known as HYBRID. The vehicle will have a maximum speed, vertical landing and taking off and less duration for flight. There will even be increased in stability when items are being carried. Thus, when making an aerial unmanned vehicle ambulance, then the HYBRID model is the most appropriate.
You’re probably wondering how big these drones have to be to perform the tasks that they must live up to. The models that are being designed are generally about the size of a small vehicle. The difference is the drone’s ability to land in conditions that a car never could.
If someone is stranded on the side of a mountain, it is likely that a drone will be able to reach that person faster than a helicopter or ATV. The same goes for a situation that involves a traffic jam that surrounds a car accident. The drone ambulance will be able to bypass all of these challenges.
Having a drone ambulance arrive at the scene is like having a portable first aid kit around when you need it. Not only do developers want to make sure that drones are capable of performing basic life-saving techniques, but they also want to supply the devices with tools that others can utilize. Imagine witnessing a person in distress, and then being equipped with the items that you need to help save the person’s life.
The compact size and convenience of a drone ambulance make sense, especially in an environment where standard ambulances either take too long or too much trouble to get where they need to be. Just as the rest of our technology is becoming more about efficiency and streamlined power, so are drones.
So, what can we expect these devices to look like? The models that are being designed all follow a very similar structure when it comes to their physical appearances. The reason probably being that they all must be very streamlined and secure.
The top portion of the drone is where the propellers are, similar to a helicopter. Instead of using a single propeller though, a drone ambulance will likely have multiple that face in different directions for speed. Because the propellers can be stacked, the device will be able to move quickly and effortlessly.
The landing gear needs to be solid and sturdy. Most of the models that have been designed thus far showcase a 4-legged system that can land and also adjust in height. This is essential depending upon the terrain that the drone is being faced with.
A spot in the middle of the drone will be where the patient gets placed. This is the area that will hold the gurney-like device, a space large enough to enclose it. All of these operations will need to run smoothly and automatically because there will not always be someone around to help load the person inside.
All of the first aid supplies are held on a shelf that is located above the gurney area. The company who sends off the drone ambulance can pre-determine what goes in it. The supplies will stay out of the way, and available to anyone who might need to use them once the drone lands.
On the outside, the drone is labeled simply, much like a standard ambulance. The idea is that people will automatically know that the device is coming to help by seeing the same symbols and words that one would see on the side of an ambulance that is going down the street.
An overhanging light will shine over the patient, ensuring that it draws attention to the fact that help is needed. If a camera is installed, this is where it can be placed, easily showing EMT’s on the other end what must be done.
While the idea of a drone ambulance can improve the rate of speed in which a person receives help, it will likely only be able to carry a single patient at first. In the case of a mass emergency, many drone ambulances would have to be deployed.
There is also the concern that the person being lifted will not have the proper care that is required. In the back of a standard ambulance, the patient rides with qualified medical professionals that ensure they remain stable. Because drones are unmanned, the patients would not be receiving this kind of precautionary care.
Another concern revolves around drone laws that are currently in place. Most bigger cities prohibit drone activity altogether, so these laws would have to be revised before they can begin flying around in the airspace.
With anything technologically advanced, the price is also a valid concern. To create one drone ambulance, the price is roughly $1,000,0000. This is a steep price, and not very feasible for a city with a lower budget.
Some companies have thought to design an alternative to the drone ambulance. The concept is very similar, but instead, the device is designed to aid the patient before the other help arrives. This type of drone can be programmed to know the basics of helping during a crisis.
For example, if someone needs a heart defibrillator, the drone will be equipped with one and will be programmed to act if necessary. The amount of lives that could be saved by something like this is an amazing thought. One of the main reasons that people do not survive after a traumatic event is because they did not receive help fast enough.
Developers want to change the healthcare narrative. The companies who back drone ambulances believe in the change that they can create. Very soon, it could be a very normal sight to see a drone ambulance hovering up above.
Even despite all of the downfalls, many believe that drone ambulances are a worthy investment. Although they do not intend to replace any kind of traditional response vehicle, they might prove to be a helpful addition to the medical field. Utilizing these devices would also mean that more jobs would be available to those who would build, program, and operate them.
In an industry that is always on the lookout for the next big thing, drone ambulances could very well earn the title. Saving lives, just another amazing capability of an unmanned aerial vehicle. Some say that this is not going to happen until the future, but the future could be sooner than we all think.