(b) A system of accelerators for pushing and speeding up of vehicles, to be installed at the back side of a vehicle. This system of accelerators can be put into action by any person who presses it. It is independent of the control of the person who drives the vehicle.

(c) A system of sliding of passenger seats-in both directions, front and back. If there's a collision of a vehicle from the front, the seats will automatically slide backwards.

In case of a push to any vehicle from behind, the'seats will automatically slide towards the front.

So far the prerogative of applying the brakes & slowing down of the vehicle ; pressing the accelerator & increasing the speed of the vehicle are at the command of the person driving the vehicle.

Through the systems described by us, these two processes will become automatic and independent of the person who drives the vehicle. Moreover, the seats will have the provision to slide forward and also backward in case of collisions.

Together, these systems will reduce the damage to the vehicles and also the passengers to a very large extent.

DESCRIPTION Vehicles, both motorised and also non-motorised can be made safer by making a few modifications. Most vehicles, as on date, have one brake, which slows down and stops a vehicle, but this brake is totally at the command and discretion of the person who drives that vehicle.

In the modification described here, there is scope for installation of brakes at more than one places. One brake is to be installed at the front part of the vehicle, at a place similar to the place where the bumper of the vehicle is installed. In the event of this type of vehicle touching anything, this brake is pressed automatically because this brake is connected to the main braking system of the vehicle.

Therefore, this brake brings the vehicle to a halt, irrespective of the actions of the person who is driving the vehicle. Similarly, if the person driving the vehicle cannot, at any time, apply the brakes, due to any reason whatsoever, (including sleeping while driving, drunken driving or any sudden physical debility), even then the vehicle can come to a halt as soon as it touches any external object. In this manner, all high- speed collisions and the damage caused there of, to the vehicles and also to the passengers is greatly minimised.

Similarly, a device is installed at the back side of any vehicle.

This device will be like the back bumper of the vehicle. This will be attached to the accelerator wire of the vehicle. Whenever, a vehicle is hit from behind, by anything, this device (of any shape) is pressed automatically and the vehicle's speed of forward motion is increased.

As a result, the damage which could have been caused to the vehicle and its passengers is reduced considerably because, because of the forward motion, the distance between the vehicle and the object touching it increased accordingly.

Furthermore, since there is abundant provision for sliding of passenger seats, the damage caused to the passengers can be reduced considerably. Such provisions include wheels or other systems for sliding of seats and also adequate space for the passenger seats to move, both, forward and also backwards.

In case a vehicle is hit from the front side, the seats automatically slide backwards. Similarly, in case a vehicle is hit from the rear, the seats move forward. Accordingly when hit from any side, the seats move in a direction away from the direction of impact.

Together these systems will greatly reduce the damage caused to vehicles and the occupants of the vehicle.

These systems will be applied to all vehicles, both, motorised and non-motorised, including Road vehicles, Rail vehicles, Air vehicles, Water vehicles, manually driven vehicles, animal-driven vehicles and all other forms of Transport.