Evolution happens. Transformations happen. Then, once in every century or two, comes an invention, a path breaking one, which transforms the lives of all humans on the planet. Cool technology is one such special invention. It is a technology with which you can change the color of your vehicle from any color to any other color in under 5 to 10 minutes. It is truly going to transform the World and make it a colorful place.      – Srinivas Devathi, Inventor to the Cool Technology.

Automobile industry is constantly evolving since the first motor vehicle was built in 1885-1886. The manufacturers have continuously allocated significant amounts of funds annually into R&D, to add new features, new safety measures, more power, more technology; to make the customers feel more empowered, more in control, safer, more stylish and more satisfied. One thing the industry has tried for decades is to change the color of a vehicle live. That code has been cracked by Srinivas Devathi, an Indian citizen born, raised and a resident of Bangalore, India. Srinivas has spent 11 years working in IT industry, providing business, system and IT consulting services. He managed large accounts, and called it quits from IT industry when he was targeted by his employer, his clients after the invention of Cool Technology. 

                       An interesting situation put Srinivas into a position to buy his third used silver car in USA, which pushed him to solve the problem of color changing of the vehicle, as he was looking for a different colored car at the time. He solved the problem and then applied for a patent in March 2014 and within 9 months of the filing, USPTO granted the patent (# US 8,910,998 B1) on Dec 16, 2014. The concept of color changing of vehicle (cars, motorcycles, other), from any color to any other color in under 5 to 10 minutes opens up so many possibilities. It allows consumers to choose colors from 1800 or more shades that are available in the market today. Further this technology has tremendous benefits to automotive industry, polymers/ plastics industry, paints industry, chemicals / additives industry, robotics industry (to design and implement robotic color changing stations or Colorium®’s) and micro valves industry. Outside of this, the technology would drive a lot of new business opportunities and influences global economics positively. Srinivas is upbeat about launching the technology, and has already demonstrated the technology on vehicle panels. However, as he has not been able to raise funds to invest in the technology (due to USA blocking his work); and do a full vehicle color change demonstration at a major motor show; he is looking to sell / assign the Patent, IP rights, along with 100-year downstream businesses to each individual country in a full technology rights sale or full cash out model. That process is underway right now.

THE INVENTION.

Images of the Three USED Silver Cars Bought by Srinivas Devathi; which resulted in the invention in Q1 of 2007. From Left to Right – Silver Honda Accord, Silver Acura RSX and Silver Nissan Altima.

In Q1 – 2007, I bought my third used silver car while in USA. This was due to lack of funds to buy a new car in the color of my choice. Used car market is very prominent in USA, unlike in India. Having had enough of driving Silver cars, I wanted to get the color changed, however it seemed to be an expensive job. That’s when I solve the problem of ‘Vehicle Color Change’; which automotive industry has tried to crack, since the industry inception, nearly 120 years before. This caused greed of 93 Trillion across World and resulted in many events.

Here are the images of three silver cars. I bought the used silver Honda Accord in 2001 and drove it for about 5 years. Out of no other choice (availability in market versus my budget), I bought the used silver Acura RSX from a dealer in end of 2006, when I was looking for a car in different color. Then, I sold the silver Honda Accord and was looking to replace it with a different car in any other color (other than silver). However, out of no other choice in my budget range, I bought the used silver Nissan Altima in Q1 2007. Having had enough of driving silver cars, I was looking to get the color of Acura RSX or Nissan Altima changed. The color change job when done outside is not of OEM quality, is expensive and it may result in the car looking bad as compared to existing OEM finish. Trying to change the color in an easier way, I solve the problem and come up with the Invention – Eureka moment.

USA-02
OLYMPUS DIGITAL CAMERA
OLYMPUS DIGITAL CAMERA

Cool Car Technology Details are presented in these slides

  • CCT-Pic 1
  • CCT-Pic 2
  • CCT-Pic 3
  • CCT-Pic 4
  • CCT-Pic 5
  • CCT-Pic 6
  • CCT-Pic 7
  • CCT-Pic 8
  • CCT-Pic 9
  • CCT-Pic 10
  • CCT-Pic 11
  • CCT-Pic 12
  • CCT-Pic 13
  • CCT-Pic 14
  • CCT-Pic 15
  • CCT-Pic 16
  • CCT-Pic 17
  • CCT-Pic 18
  • CCT-Pic 19
  • CCT-Pic 20
  • CCT-Pic 21
  • CCT-Pic 22
  • CCT-Pic 23
  • CCT-Pic 24

ONE OF THE MANY METHODS TO FABRICATE A TWO-LAYER SYSTEM OR VEST – FLOW CHART IS GIVEN IN THE IMAGE TO THE LEFT. IMAGE TO THE RIGHT IS THE ABSTRACT AND FASTENING IMAGE OF TWO-LAYER SYSTEM OR VEST TO VEHICLE SURFACE FROM THE FIRST PAGE OF ISSUED PATENT.

Media slide 27
Media slide 11
2017-06-26-15-55-49-371 - Copy (2)

Cool Car Design and

Cool Car Plant Transition

 

In the transitioning images, I write to CEOs / executives of global automobile OEMs and provide cool car launch options and cool car design details.

  • Design-1
  • Design-2
  • Design-3
  • Design-4
  • Design-5
  • Design-6
  • Design-7
  • Design-8
  • Design-9
  • Design-10
  • Design-11
  • Design-12
  • Design-13
  • Design-14

In the transitioning images given below, I present how global automobile OEMs should transition / convert their regular car manufacturing plants into cool car manufacturing plants. Further, how OEMs should consider aggressive ‘all passenger car plants transition’ to cool car plants for maximum benefits and savings.

  • Transition-1
  • Transition-2
  • Transition-3
  • Transition-4
  • Transition-5
  • Transition-6
  • Transition-7
  • Transition-8
  • Transition-9
  • Transition-10
  • Transition-11