Patent/s (wef. Feb 22nd, 2022) – Global Records India

Collision impact reducer developed by woman dentist in Kerala gets U.K. patent

Device cuts severity of impact during accidents

Collision Impact Reducer, a device developed by a Thrissur-based woman dentist and intended for reducing the impact of collisions involving automobiles, has received patent granted in the United Kingdom.

The invention by Dhanya R.S. has already been granted patent in India. The device has been developed with an objective of saving lives, reducing injuries and lessening other damage during accidents.

In addition to vehicles, the device can be used on crash guards, pillars of bridges, railway lines, culverts of bridges, road medians, hand rails, ships, harbours, boats, boat jetties, seaports and on most areas with increased probability for collisions.

Dr. Dhanya says everyday reports about accidents and casualties prompted her to develop such a device. “It can be installed on the front, rear and sides of light, medium and heavy vehicles. It effectively reduces the severity of impact by absorbing the intense energy generated during collisions. The system also has technology to prevent the ‘recoil effect’ that occurs when the absorbed energy attempts to get released. Technically, it is a mechanical system, so it is more reliable and relatively inexpensive,” she says.

The dentist had applied for patent in the United States and the United Kingdom after receiving a favourable International Search Report on the application submitted to the World Intellectual Property Organisation.

Dr. Dhanya has also secured a U.S. patent grant for a technology named ‘digitalised high value paper currency’ meant for preventing counterfeiting of currency.

Hailing from Chavakkad in Thrissur, Dr. Dhanya holds an MDS in Public Health Dentistry and is a teaching faculty of Public Health Dentistry at PSM Dental College, Akkikavu, Thrissur.

Prof. receives patent for creating supercapacitors from used tyres

Professor Nand Gopal Sahu of the Rajendra Singh Nano Science and Nanotechnology Centre of Kumaun University’s Chemistry department has obtained a patent for making supercapacitors and energy storage devices from tyre waste.

Talking to Sahu, he said that Tyre waste can be used to synthesize graphene, which is a vital industrial material.

This graphene is used to make supercapacitors that can be used for the manufacture of a variety of devices, including electric vehicles.

Sahu acknowledges Professor AB Melkani, research scholars Gaurav Tatari, Dr Chetna Tiwari, Dr Sandeep Pandey, Dr Manoj Kadakoti, and Dr Himani Tiwari for their contributions to the study.

Nainital, Uttarakhand

thetimesbureau.com

CoWIN platform ‘know-how’ now available free of cost to any country

The National Health Authority’s offer comes after India crossed a milestone of administering 2 billion vaccine doses a week ago.

Any country interested can avail CoWIN platform, the platform will be provided free of cost, said Dr. R.S.Sharma, CEO of the National Health Authority, said on Saturday, July 23, 2022.

“Selected vendors by the country will be trained on CoWIN technology to customise it for their requirement. Usually, since the vaccination cycle is almost the same in all countries, the customisation will be limited to changes in field and master data configuration. Complete revamp of the application by any country is not expected,’’ he elaborated while speaking about (CoWIN) which provided the digital support for the COVID vaccination drive in the country.

Dr. Sharma further said that India has already signed an MoU with the Government of the Co-operative Republic of Guyana for sharing CoWIN; “We are in advanced talks with a couple of other nations to share CoWIN with them,’’ he confirmed.

India’s COVID vaccine milestone

India crossed a milestone of administering 2 billion vaccine doses a week ago and talking about its continued importance Dr. Sharma said that as CoWIN is repurposed, it could also help achieve the vision of Universal Vaccination against COVID-19 and further be repurposed for use in the healthcare sector.

On July 5, 2021, the Central Government organised the Co-WIN Global Conclave with the endeavour to share experiences and expertise on the CoWIN platform with the global community. Over 140 countries participated in the event and nearly a dozen expressed an interest in learning from the platform and evaluating adopting it.

Stating that CoWIN has also become the world’s biggest digitally verifiable vaccination certificate generating platform, Dr. Sharma said that today Co-WIN is highly configurable and adaptable. “It has evolved based on the changing policy landscape and the requirements of the beneficiaries. The platform was developed at record speed with ample consideration to its scalability, modularity and interoperability,’’ hde said.

The CEO also spoke about the security measures that have been put in place to ensure data safety and the prevention of leaks. “CoWIN platform does not store or share any personal data. It’s for vaccination purposes and is the single source of truth to determine whether the person has been vaccinated or not,’’ said Dr. Sharma. He added the platform has deployed state-of-the-art data security systems to safeguard users’ data against any possible intrusion.

“Despite all these security features, CoWIN’s architecture still allows it to be open and interoperable. The capability to digitally authenticate these details with Aadhaar has also been provided to vaccinators. Otherwise, during vaccination a vaccinator could validate these details through a physical ID,’’ he explained, adding that besides the OTP feature the government has also limited the number of slot searches per user (restricted to 15-20) on the portal which prevents bots, browser extensions or hack attempts. Also even the API’s shared to third parties by CoWIN is through a thorough scrutiny process, ensuring proper security and audit.

Quantum diamond microscope to image magnetic fields

Researchers tap fluorescence changes in special, diamond sensors to image time-varying fields

Researchers from the Indian Institutes of Technology (IIT) at Mumbai and Kharagpur have built a microscope that can image magnetic fields within microscopic two-dimensional samples that change over milliseconds. This has a huge potential for scientific applications, such as in measuring biological activity of neurons and dynamics of vortices in superconductors. The work, led by IIT Bombay professor Kasturi Saha, from the Department of Electrical Engineering, has been published in Scientific Reports. This is the first time that such a tool has been built to image magnetic fields that change within milliseconds.

he team had started a collaboration with IIT Kharagpur in 2017 with the ambitious target of building a novel system to image the brain. They collaborated with Sharba Bandopadhyay, who brought in an expertise in neurobiology and bioengineering to complement the knowledge of quantum optics, quantum computing and quantum sensing that was Prof. Saha’s forte.

“We have, along with PhD student Madhur Parashar, developed an algorithm to image neurons in 3D using NV quantum sensors,” says Prof. Saha.

This work was published in Communications Physics in 2020. We have jointly filed a patent for the present work, she adds.

Researchers from the Indian Institutes of Technology (IIT) at Mumbai and Kharagpur have built a microscope that can image magnetic fields within microscopic two-dimensional samples that change over milliseconds.
Prof. Saha explains that the ideal frame rate to capture a changing magnetic field is one that captures data at twice the frequency of the changing field.
The key aspect of this sensor is a “nitrogen vacancy (NV) defect centre” in a diamond crystal. Such NV centres act as pseudo atoms with electronic states that are sensitive to the fields and gradients around them (magnetic fields, temperature, electric field and strain).

** HumCen Global Backed World Record For 100 Patent Filings in 24 Hours!

HumCen Global (P) Ltd has successfully organised a huge event on World IP Day, April 26, 2022, with the primary goal of filing 100 Indian Design patents in 24 hours. The World Book of Records (LONDON) recognized and commended this bold initiative.

The team from HumCen Global Pvt Ltd and Trichy’s K Ramakrishnan College of Technology worked tirelessly to attain this goal. As a result, the “100 Design Patent Filed within 24 hours”, this claim was a first-of-its-kind effort around the globe.

The crew works bright filing the first patent at 2:42 AM,. It was not easy, but sheer determination got the team through, and the record-breaking patent was achieved at 11:32 p.m.

As a strategic patent consulting partner of K Ramakrishnan College of Technology (Autonomous) in Trichy, Tamil Nadu, India, it was an excellent overall experience for HumCen Global Pvt Ltd in Chennai, TamilNadu, India to work for the theme IP and Youth: Innovating for a Better Future with 300+ Student Innovators cum Faculties.

globenewswire.com

** Arunachal scientist bags two Indian patents

Dr. Sanjeeb Kalita has been granted two Indian patents for developing ‘Polyherbal formulation for the treatment of painful Diabetic Neuropathy’ and ‘hybrid cotton patch and a method for its fabrication’

A scientist from the Centre of Excellence (CoE) for Bio-resources and Sustainable Development at Kimin in Papumpare district of Arunachal Pradesh has been granted two Indian patents for developing ‘Polyherbal formulation for the treatment of painful Diabetic Neuropathy’ and ‘hybrid cotton patch and a method for its fabrication’.

Dr. Sanjeeb Kalita, the scientist of the centre under the Arunachal Pradesh State Council for Science and Technology (APSCS&T) carried out fundamental research and development for both the inventions at Guwahati-based Institute of Advanced Studies in Science and Technology, official sources said on Friday.

** CET obtains patent for compound with anti-cancer properties

The compound has been derived from the medicinal plant Koduveli

The College of Engineering Thiruvananthapuram (CET) has bagged a patent for inventing a pharmaceutical agent that is expected to have immense potential in cancer treatment.

The newly synthesised compound, 3-([4-Chloro-3(Trifluoromethyl) Phenyl] Amino)-5-Hydroxy-2-Methyl-1,4-Dihydronapthalene-1,4-Dione, was the result of the five-year long research jointly undertaken by Shyni P. Laila and Arunkumar B.

The researchers were guided by Annette Fernandez, the former head of the Department of Chemistry at CET who had retired as Principal of the Government College of Arts and Science, Pathirippala, in Palakkad few years ago.

** First-of-its-kind patent for flywheel-based tech granted to Telangana couple

The first such in the world, claims patentee

For the first time in the country, probably in the world, a patent has been issued to flywheel-based power generation, the first-of-its-kind fuel-less power generation technology.

The Kinetics Associated Mass Mechanical Applications (KAMMA) — heat, work and internal energy transfers from one object to another — are applied to KAMMA gear flywheel power generation method. The patent office said the date of filing of the patent (patent application number 201941039749 and patent number 382243) was October 1, 2019, and it was granted on November 22, 2021.

The patent was issued to Chaganti Srinivas Bhasker and Chaganti Bala, a couple who had worked on the subject for the past three decades. “It is hereby certified that a patent has been granted to the patentee for an invention entitled ‘Kamma Gear Flywheel Power Generation and Multiplication and Storage’ as disclosed in the above mentioned application for the term of 20 years from the 1 ^stday of October 2019 in accordance with the Patents Act 1970,” reads the certificate.