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Samsung R&D Institute

Samsung R&D Institute India – Bangalore (SRI-B) has been conferred the National Intellectual Property Award 2018 through the authorities of India within the class of pinnacle overseas public restrained corporation/private limited enterprise for patents and commercialization.

The R&D center has were given the award for building a lifestyle of innovation and patent submitting within the enterprise as well as for the wide variety of patents filed and commercialized. The Department of Industrial Policy & Promotion (DIPP) of the Ministry of Commerce & Industry, Government of India, confers the yearly National Intellectual Property Awards to super innovators, agencies, and agencies in patent designs and logos every year.

The award became provided to SRI-B employing Mr. Suresh Prabhu, Minister of Commerce and Industry, Government of India.

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“At Samsung, we experience honored to acquire this prestigious award from the Government of India. The popularity is a testimony to our efforts to upgrade requirements inside the subject of patents and innovation. Samsung’s vision is to inspire the world and create the destiny thru innovative technologies, merchandise, and layout that increase human beings’ lives,” stated Dr. Aloknath De, Chief Technology Officer, SRI-B.

To date, SRI-B has filed over 2,900 patent packages. Every 12 months, the center documents among 250-three hundred patents throughout a various range of technology. Over the previous few years, SRI-B had embarked on a path to grow to be a patent powerhouse by way of improving the quality of innovations and developing a patent mindset among its engineers.

The first job turned into cultivating an innovation and patents attitude amongst engineers at SRI-B. A specialized group changed into an installation that organized fundamental invention advent schooling and a sophisticated, inventive step training to assist engineers to recognize the concept of innovation and a way to innovate.

This becomes observed via education for top-high-quality invention advent, assisting SRI-B to enhance the nice of patents being filed.

For engineers to better apprehend how to fortify their thoughts, face-to-face counseling becomes carried out, and patent engineers have been aligned to special teams in specific generation regions.

SRI-B also set up an inner portal for filing patents, which has become a one-stop-shop for all patent filing facts and wishes of an engineer, making the technique of filing patents less complicated.

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In India, Samsung has five R&D centers —2 in Bangalore and one in Noida, Delhi, and Pune. The R&D center in Bangalore (SRI-B) is the largest R&D Centre of Samsung Electronics outdoor Korea. The Indian R&D centers contribute substantially to international product development and India’s unique services and products under the organization’s ‘Make for India’ initiative.

The innovation lifestyle developed at SRI-B, mixed with Samsung’s ‘Make for India’ initiative that focuses on developing solutions for its Indian consumers, has led to numerous interesting features being developed for Samsung gadgets. A recent example is the Social Camera mode that turned into the Samsung Galaxy J7 Max smartphone. The Social Camera mode allows customers to right away edit and percentage photos and movies without delay to social media sites from their digicam app. The patents for this selection had been evolved at SRI-B and later commercialized for gadgets.

Samsung has over again made our desires of living in a futuristic wonderland one step nearer.

Last October, the electronics celeb introduced that their engineers had made a breakthrough in LED generation. A representative of Samsung’s Advanced Institute of Technology said they had efficaciously fabricated “nearly unmarried crystalline Gallium Nitride on amorphous glass substrates.” In different words, they figured out the way to make LED displays out of normal glass.

That might not sound too impressive; in the end, glass has been used in the manufacturing of tvs due to the fact they were first produced. However, it is all to do with the additives that make up the LED display screen, making this discovery so interesting.

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Current LED TVs typically use sapphire substrates (tiny portions of sapphire) to build an LED display screen. A high-priced procedure I’m certain you may consider. What Samsung has found is a way to create an LED screen that substitutes sapphire with everyday glass. The identical kind of glass it really is to your home windows!

What does this suggest for the relaxation people commonplace people? HUGE LED monitors, that’s what.

Current Gallium Nitride (GaN) LED TVs in the marketplace are 2-inches in length. With this new era, GaN LEDs may be as much as four hundred times larger! And due to the fact they’ll be the use of glass substrates, they may be able to decrease manufacturing costs.

A member of Samsung’s research group mused that “in ten years, window panes will double as lighting fixtures and display screens, giving personality to homes.”

Imagine that! In just 10 years, your bedroom window might be a nice high LED TV! Maybe not that quickly, but the implementations of such technology can be essential in the global of entertainment, sports, advertising, marketing, and the way we revel in them. Hence, one may want to consider waking up to the rainforest view in South America or perhaps the salt plains in Bolivia. Anything might be feasible, and all of the futuristic films in which the actors would trade the view on their home windows for something perfect them is not an impossibility.

Who is aware of, maybe 20 years from now, normal life will be like dwelling on the set of Star Trek. I bet we will only wish. One factor is for sure, while this technology turns into mainstream, there will by no means be a purpose to look out your window on a gloomy day out of doors, making a decision what’s maybe that you awaken.

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