Smart baby stroller IS-5
– Introducing you to the world’s first ecological, most secure, intelligent baby stroller IS-5. Let’s inform you about its’ smart features.
To use all the features during the walk connect the plug to the TeraWatt and press the power button
- TERAWATT — plays any lullaby and is able to reproduce the voice of parents
- BABY FOOD HEATING
- AUTOMATIC ROCKING CRADLE
- AUTOMATIC MOVEMENT AND BRAKING
This feature is highly useful for walks on the hillsides. The smart stroller will look after your child if you get distracted and forget to put the handbrake on the stroller. If you release your hands from the handle on the slope, the indicator light will react and the stroller will automatically stop within two seconds.
While walking on a flat surface, you can use built-in automatic movement. You just need to adjust the speed using the cruise control and the smart stroller will move near you from 0 to 4 miles per hour.
CRUISE CONTROL from 0 to 4 mile/hour
Memory of speed and strength of swing
Automatic rocking cradle
Baby food heating
If you have had electricity
compact and convenient
Istroller five will help you raise your child
WISH to FOLLOW YOUR DREAM
SELECT AN IDEAL PRODUCT
plays any lullaby and is able to reproduce the voice of parents
Smart baby stroller
baby food heating
warm food anywhere
Automatic rocking cradle
swing speed adjustment
Automatic movement and braking
with light indicator
cruise control from 0 to 4 miles per hour.
Frequently asked questions
While traveling around islands in the Indian Ocean, I was shocked to see the plastic waste continents that generally occupied by the enclosures of old electronic devices. My heart sank from realizing how recklessly plastic is used in everyday life and in electronics. I typed this text for a project on a keyboard that is made of plastic, I minimized the text editor with computer mouse which is made of plastic, and I looked at the monitor, the case of which is made of plastic as well.
The computer keyboard and mouse that I work with weighs 1050 grams, and one plastic bag weighs an average of 3 grams, the thickness of the plastic in the keyboard and mouse is several times larger than the plastic bag. Respectively, the period of their decomposition is much longer than the decomposition of the plastic bag, due to the density is greater. According to the Internet, plastic bags we use in our everyday life take on average 100 years to decompose, but information how long takes to decompose the keyboard is inaccessible. Just look around and you will see that all consumer electronics that surround you consist from 1 to 99% of plastic, and more than 90% of plastic isn’t recycled because it is cheaper to produce new plastic. My goal is to replace plastic components in electronics and mechanical engineering with cellulose from cotton industry waste.
I found a way to use cotton cellulose waste in electronics instead of plastic, nowadays, we have the opportunity to replace plastic electronics parts with cellulose, let’s change the world together. We have taken another step forward by introducing you to our prototypes and the concept of developing a new environmental industry. With your reliable support, we will make a powerful technological leap!
My high-priority goals with a successful crowdfunding
№ 1 Provide an upgraded TeraWatt with projection and pre-installed educational materials on educational subjects such as in physics, chemistry, mathematics, biology, and other exact sciences on your behalf and a crowdfunding platform kickstarter to schools in Africa.
№ 2 Apply the technologies used in TeraWatt in electric vehicles that will be the most affordable, environmentally friendly, without the usage of plastic parts, quickly and safely charged, with a long power reserve and a revolutionary, fundamentally new type of electric motor.
№ 3 Implement the of cellulose in the construction of integrated circuits, which will increase the heat resistance and prevent the early destruction of the crystal shell, and increase the critical temperature of the chips, which correspondingly will increase the performance and service life of integrated circuits.
To achieve our goals, we will need a lot less money than the costs of global technology companies in similar projects.
Command: Mukhtarov Artur, Gindullin Timur, Mamatkulov Akobir.