The instruction of Parachute System in IPhone7

The introduction of principle

As everyone knows, gas will produce a greater pressure after compression. Therefore, when the compressed gas is released, in paricular, via small nozzles, it will have a greater impact. The parachute system applys the Newton’s third law, “To every action there is always opposed an equal reaction: or the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.”
In this way, when the compressed gas is released, it will generate huge rebound and evetually change the force of objects and the movement in the air, whether it is released into the air or hit the ground.
There were drop tests video of iPhone 6s, which indicate that it is not too durable, and isn’t good at preventing damages when dropped. It has failed terribly in comparison to other smartphones like Samsung S6 Edge.

To imprve the Appling this parachute system to IPhone7, it is conceivable that the parachute system can reduce the damage that mobliephone may endure.
Obviously, the rebound will be greater with the compression degree and the amount of volume increase. However, the space can be used for storing compressed gas is limited, so we should concetrate more no how to use a limited amount of gas to change the attitude of the phone, so that mobile phones can be a larger contact surface landing, to disperse the effect of impact strength. These principles are embodied in the components of the parachute system.

components

Main components: CO2 tank

the CO2 tanks are located in the four sides of the phone nozzle (nozzles are also located on the four sides of the phone), the direction of the four nozzles can be automatically adjusted, and then the gas to achieve the best results.

Accessory components: iPhone’s orientation, speed and proximity sensor.

These built-in features can then trigger an internal alarm when the phone is just about to hit the floor

working process

iPhone’s orientation, speed and proximity sensor can work together to detect when the phone is about to hit an object. These built-in features can then trigger an internal alarm when the phone is just about to hit the floor.
Upon receiving alarm from the sensors, the CO2 tank can release it’s gas to nozzles located on all four sides of the phone. Which would result in controlling the phone from hitting the floor with impact, minimizing speed of the phone, and causing it to gently stop rather than hitting hard onto the floor. After the CO2 tank is emptied, it can be then filled again through a slot located at the bottom of the phone. To test this feature would be interesting for sure.

Security and availability

First of all, the gas used in system is CO2. Whether is compressed or released, it will not explode , burning or cause any other dangerous conditions, so that it can be considered safe.
In addition, the nozzles and other components are installed internally in the phone, the user experience will not have an impact greatly.

usage instruction

Users won’t be bothered by the parachute system. Since the entire system can automatically detect the drop, timely and automaticaly release the gas, and thus protect the effect of mobile phones.
The consumption of CO2 should not be ignored, However, it can be more easily to be resolved. After the CO2 tank is emptied, it can be then filled again through a slot located at the bottom of the phone.

Caution

One thing must be pointed out is that this idea is cool and crazy one. And To test this feature would be interesting for sure.
What’s more, the parachute system is designed to reduce the damage rather than avoid it.
Last but not least, we do not recommand personal trail and we will take responsibility for the consequece of any test.