Intense Technologies Ltd. has granted a patent for its invention “Method for Rule-Based Control Processing of Multiple Input Data Ingestions in Parallel,” a development that has positively influenced its stock performance after grant.
Stock Performance Post-Patent Grant:
Share Price Increase: Intense Technologies’ share price rose by approximately 4% after grant of patent, reflecting investor interest in the company’s enhanced technological capabilities.
Current Stock Price: As of February 20, 2025, the stock is trading at ₹94.71, marking a 6.33% increase over the past 24 hours.
Historical Stock Performance:
52-Week Range: The stock has fluctuated between ₹87.66 (low) and ₹178.32(high) over the past year, indicating significant volatility according to market run.
Recent Trends: Over the last three months, the stock has declined by 23.17%, and over the past year, it has decreased by 25.55%.
Investor Considerations:
Although, the recent patent grant has positively impacted the stock price, but it is important to note that Intense Technologies has experienced a 26% decline in share value over the past month.
Before investment in stock of Intense Technologies Ltd, Investors should consider this alongside the company’s financial health, market position, and the potential long-term benefits of the new patent.
In summary, the patent grant may have a favorable short-term effect on Intense Technologies’ share price, but investors should remain mindful of the company’s broader financial performance and market dynamics.
This patent positions Intense Technologies as a leader in large-scale data processing, offering solutions that enhance efficiency and intelligence in data management.
New Solar Technology Patent from Gujrat called Dual-Axis live Tracking
Deeptanshu A Gadhavi, a student from the Parul Institute of Hotel Management and Catering Technology, has created a dual-axis solar tracking device, which is designed to improve the efficiency of solar panels. Though he is studying hotel management, his passion and talent for innovation have led him to develop a groundbreaking invention in the field of solar energy technology.
Typically, the solar panels remain stationary through out the day, meaning they only capture sunlight that directly hits them during certain times of the day. This device allows solar panels to track the movement of the sun throughout the day and enables solar panels to move along two axes, mimicking the movement of the sun. This results that the panels can capture sunlight more effectively, no matter about the position of the sun in the sky.
Key Features of the Invention:
Dual-Axis Tracking:
The system can rotate 360 degrees, which is different from the conventional single-axis tracking used in many existing solar system. This allows the solar panels to capture sunlight from all angles, which maximizing energy absorption.
Automatic Weather Protection:
The invention also includes a weather protection system that automatically adjusts the panels when bad weather is detected, such as heavy winds or storms. The device will protect the panels from potential damage during extreme weather conditions, which is a common problem in existing solar panel setups.
Efficiency Boost:
This solar tracking device has the potential to increase the energy output of solar panels by 20% to 30% compared to conventional fixed-panel solar systems. This efficiency gain would significantly improve solar energy production and its practicality for large-scale use.
This invention has successfully secured a patent in India and has also received a design certificate(6225872) from the UK Intellectual Property Office.
This innovation is a great step forward in field of renewable energy technology, contributing to sustainable solutions for green energy and solar power production system.
New Technology Patent filed for eco-friendly tire made of eggshells by Stellantis
Stellantis, the automotive giant has filed a patent application in U.S. Patent and Trademark Office for an innovative eco-friendly tire solution that uses eggshells as a key material. This innovative approach to making tires more sustainable by replacing conventional materials like carbon black and silica with calcium oxide (CaO), derived from waste eggshells. This new technology will reduce the environmental impact of its manufacturing processes.
The eggshells are used in combination with other natural ingredients to create a more sustainable tire material. This innovation is particularly important in the context of tires. However, tires are made from various synthetic and petroleum-based materials that contribute to environmental pollution, especially in terms of waste when tires are discarded.
Key Points:
Strength and Durability: The eggshells are made of calcium carbonate, which can provide added strength and stability to the rubber compound, making the tire more durable.
Sustainability: The eggshells is a waste product, which reduce the reliance on synthetic materials and lowers the overall carbon footprint of tire production.
Improved Performance: The invention also suggests that eggshells can enhance traction and fuel efficiency by improving the tire’s performance characteristics.
By incorporating eggshells, the issue of tire waste will solved and by-products or waste from one industry are used in another. This move aligns with the sustainability goals to reduce CO2 emissions and minimize environmental impact across its manufacturing operations.
Although, the eggshell based tire manufacturing is still in its early stages, but if successful, it could have significant implications for the entire automotive and tire industry, potentially leading to greener alternatives for tire production in the future. It also presents a creative way of using biodegradable and abundant waste materials, like eggshells, which are generally discarded.
Honda filed for NWX 125 New Technology Patent in India
Honda has filed a patent application for the NWX 125 scooter in India, which shows indication of potential introduction to the Indian auto market. The NWX 125 is a sporty 125cc scooter currently available in international markets. The features are a sharp front apron, dual LED headlamps, and a single-piece stepped seat. The NWX 125 is powered by a 124cc, single-cylinder engine producing 9.3 BHP and 10 Nm, paired with a continuously variable transmission (CVT). The scooter also includes a digital instrument console and keyless ignition.
Although, the patent filing suggests Honda’s interest in the Indian auto market, but there is no official confirmation of a launch date in India. On introduction, the NWX 125 would compete with models like the TVS Ntorq 125 and Yamaha RayZR 125.
In the meantime, Honda has also filed a patent application for the NT1100 sport-touring motorcycle in India, further indicating the company’s plans to expand its product lineup in the country.
Honda filed for NT1100 new technology patent in India
Honda has filed a patent application in India for the NT1100 Tourer. The bike is already on sale in the European market.
The Honda NT1100 gets sporty style and muscular bodywork. The bike is powered by a 1,084cc parallel-twin engine, delivering nearly 100 horsepower and 116Nm of torque, and offers features such as a TFT display, riding modes, smartphone connectivity, ABS, and traction control. It also includes electronically adjustable Showa front forks and a mono-shock, with braking handled by dual front and a single rear disc mounted on 17-inch wheels.
Although, Honda has not officially announced a launch date for the NT1100 in India, but the design patent filing suggests that the company is about to introduce the model into the Indian auto market. On launch, the NT1100 would compete with other full-sized touring bikes such as the BMW R 1250 RT and the Kawasaki Ninja 1000SX.
Use Of Sanskrit for new patent technology
The Lok Sabha secretariat has decided to provide simultaneous interpretation of parliamentary proceedings in Six different languages including Sanskrit. This introduction of Sanskrit interpretation in the Lok Sabha is a testament to the government’s efforts to bring the language into the mainstream. This initiative can serve as a stepping stone for broader applications of Sanskrit in official, scientific, and legal frameworks and proceedings. As a language if it can facilitate real-time parliamentary debates, why not intellectual property filings? In current era other countries are embracing their linguistic heritage in scientific and technical field. India has the opportunity to take a pioneering step by integrating Sanskrit into its patent system.
Although, Sanskrit itself is not directly related to patent or the legal world in the same way as English or other common languages for intellectual property. However, there are a few reasons why Sanskrit might come up in discussions related to patents or intellectual property, even if it’s not the primary language of patents:
1. Historical Context: Sanskrit is one of the oldest languages in the world and has a rich historical and cultural significance. If a intellectual property involves traditional knowledge, especially from regions where Sanskrit is or was historically used, it may be relevant to discussions on the protection of ancient wisdom or practices. In such cases, Sanskrit could be part of the research or documentation, especially when related to traditional Indian medicine, spiritual practices, or ancient technologies that might be patented.
2. Patent Language Innovation: The Patents are usually filed in legal and technical languages (like English, Chinese, Japanese etc). The creative solutions or innovations described in patents might reference Sanskrit, particularly when the patent involves innovations related to language processing, machine learning, or translation tools for rare or ancient languages. For example, a patent could be related to systems that analyze Sanskrit texts or make them more accessible through modern technology.
3. Symbolic Significance: The companies might use Sanskrit or Sanskrit-based words as part of trademarks and for branding their products and services, especially in tech or pharma industries. If a brand name or concept connected to Sanskrit were part of a larger patent dispute or related to intellectual property rights, it might show up in legal news or patent filings.
4. Technology for Translation: Patents related to AI and natural language processing might be used to improve or automate the translation of ancient languages like Sanskrit into modern languages. This could be valuable in academia, research, and technology, which could tie into the patent landscape.
It can reflects India’s ability to connect its ancient traditions and knowledge with modern needs. By reviving Sanskrit in this modern context, India could underscore the enduring relevance of ancient wisdom in addressing contemporary challenges.
Madras HC Uphold Controller’s Decision Of new AI Patent technology
In a recent judgement, the Madras High Court has upheld the controller’s decision of rejection of a patent application for an invention aimed at integrating human intelligence with artificial intelligence (AI). The applicant, Caleb Suresh Motupalli, had filed a patent application for a system designed to enhance human capabilities by merging human and AI functionalities.
Background of the Invention:
The invention, titled “Necktie Persona-Extender/Environment-Integrator and Method for Super-Augmenting a Persona to Manifest a Pan-Environment Super-Cyborg,” proposed a method to augment human abilities through the integration of AI. The applicant argued that this system would function alongside the user, enhancing both cognitive and physical abilities.
Patent Office Examination:
After examination, the Indian Patent Office issued a First Examination Report (FER) raising objections regarding the applicability, novelty, and compliance of the claimed invention with the provisions of the Patents Act 1970. The applicant made certain amendments to the patent claims and filed for reconsideration. Despite these amendments, the Controller of Patents maintained the objections and refused the application for Patent.
Court’s Decision:
The Madras High Court, presided over by Justice Senthil Kumar Ramamoorthy, dismissed the appeal of restoration of the patent application, stating that there are no sufficient grounds to interfere with the Controller’s decision. The court concluded that the invention lacked sufficient technical detail, clarity, inventive step, and failed to demonstrate patentable subject matter, rendering it non-patentable under the statutory requirements.
Implications:
This decision of the Madras High Court underscores the importance of providing clear and detailed technical features of invention in patent applications, especially in emerging fields like AI integration. It also highlights the necessity for inventions to demonstrate a clear inventive step and technical clarity to meet the patentability criteria under the Patents Act 1970.
Oral Biopsy Device technology Granted a Patent in USPTO
An automated oral biopsy device which is invented by a professor of Siksha ‘O’ Anusandhan (SOA) Deemed to be University in Bhubaneswar has been granted a Patent by United States patent office.
This device is pen-like shape and user-friendly, it simplifies the biopsy process, eliminating the need for extensive instrumentation and incorporating features like tele-screening and fiber-optic lighting.
This device enhance the accuracy and efficiency of oral disease diagnoses, particularly oral cancer, by enabling early detection and treatment without compromising expert opinion. Professor Mohanty had previously secured two Indian patents for the same product in 2023 and 2024, and a design patent in 2019. She filed for the U.S. patent in 2019, which was granted recently.
The research was funded by the Department of Science and Technology for prototype development, with support from Startup Odisha for need-based assistance. This innovation has garnered recognition, including the Global Outreach Dental Innovation Award in 2021, and was showcased at the Global Bio India 2024 in New Delhi.
This useful invention will help the patients immensely with early diagnosis and treatment of oral diseases without compromising on the expert opinion and reducing the burden of oral diseases, specially oral cancer.
JinkoSolar has initiated a legal action against Waaree Energies for patented technology
JinkoSolar has filed an infringement against Waaree Energies and its U.S. based subsidiary, Waaree Solar Americas, alleging infringement of its n-type tunnel oxide passivated contact (TOPCon) patent number, US11,824,136B2 granted in 2023. It is filed in the U.S. District Court for the Southern District of Texas on February 7, 2025.
The above said patent is granted to JinkoSolar in 2023, pertains to solar cells, their manufacturing methods, and photovoltaic modules. JinkoSolar has also patented this technology in key global markets, including China, Japan, Australia, and the European Union.
Now a days, this legal action is part of a broader trend in the solar industry, where major manufacturers are actively defending their intellectual property rights related to advanced technologies like TOPCon. For example, Trina Solar has recently filed a lawsuit against Canadian Solar over alleged patent infringements concerning TOPCon cell technologies.
Waaree Energies, is India’s largest solar PV module manufacturer. It is the flagship company of the Waaree Group, founded in 1989. It operates four PV manufacturing facilities in Gujarat, India, with a combined capacity of almost 12 GW. In December 2024, Waaree Solar Americas began producing solar modules at its new 1.6 GW plant in Brookshire, Texas
The outcome of this lawsuit could have significant implications for the solar industry, particularly concerning the protection and commercialization of IP rights related to advanced photovoltaic technologies.
Vivo filed a patent for smartphone with rear camera grip technology
Vivo (smartphone company) has filed a patent in CHINA Patent office for a smartphone with a unique camera design. This innovative design introduces a dedicated grip area on the back of the device, this will allow the users to hold the phone more securely and steadily while capturing images or videos.
The Vivo patent images shows that the camera module is placed in center of smartphone. The camera bump is with high elevation, much higher than cameras on smartphones in general. The grip is provided in the form of the small cut-out on the bottom-half of the camera module. It looks like a sort of grip to hole the phone properly.
Key Features of the Patent:
Ergonomic Design: The rear camera grip is contoured to fit the user’s hand. It provides a comfortable and secure hold as shown in image.
Improved Stability: By offering a stable grip, the design aims to reduce camera shake. It results in clearer and sharper photos, which will increase stability of the camera.
Enhanced Control: The grip may include additional controls or buttons, allowing users to adjust camera settings more conveniently and user friendly.
This patent application reflects Vivo’s efforts to enhancing the smartphone photography experience by integrating ergonomic design elements as per user needs. As this is a patent and not yet launched as a commercial product, it shows Vivo’s innovative approach to smartphone design to make it more user friendly.