innovation

CarbonScape Awarded EU Patent, Poised to Transform EV Battery Supply Chain with Sustainable Biographite

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In a major milestone for sustainable technology, New Zealand-based clean-tech company CarbonScape has been officially granted a European Union patent for its innovative biographite production process. The development is expected to dramatically reshape the electric vehicle (EV) battery supply chain by offering an eco-friendly alternative to traditional graphite—a key material in lithium-ion batteries.

The Challenge with Traditional Graphite

Graphite plays a critical role in EV batteries as the primary material used in anodes. However, the global supply of graphite has long been fraught with environmental and geopolitical challenges. Synthetic graphite, commonly used in high-performance batteries, is energy-intensive and derived from petroleum coke, resulting in high carbon emissions. Natural graphite, often sourced through mining, raises concerns about ecological degradation and unsustainable extraction practices.

CarbonScape’s Breakthrough: Biographite

This novel material serves as a carbon-negative substitute for synthetic and mined graphite, aligning with global efforts to reduce the carbon footprint of EVs.

Unlike traditional graphite production methods that require extreme heat of up to 3,000°C, CarbonScape’s process operates at significantly lower temperatures, around 1,500°C. Most notably, the production of biographite can actually remove more carbon dioxide from the atmosphere than it emits, making it a potentially revolutionary contributor to climate change mitigation.

EU Patent Strengthens Global Reach

With the newly issued EU patent, CarbonScape secures exclusive rights to its biographite technology in one of the world’s largest EV markets. The patent provides legal and commercial leverage as the company accelerates its plans to scale up production in Europe and beyond.

“It not only validates the uniqueness of our technology but also paves the way for localizing battery supply chains with a sustainable, homegrown solution.”

Localizing and Decarbonizing the Battery Supply Chain

One of CarbonScape’s major strategic advantages lies in its ability to decentralize production. By building smaller, localized plants near battery manufacturing hubs, the company can reduce transportation emissions and improve supply chain resilience.

According to internal estimates, producing biographite could avoid up to 30 tons of CO₂ emissions for every ton manufactured, compared to traditional graphite. As countries strive to meet ambitious net-zero goals, this kind of innovation could become indispensable.

Global Expansion and Strategic Partnerships

CarbonScape has already begun setting the groundwork for expansion. Commercial-scale production is projected to begin by 2029, with a goal of meeting at least 50% of the projected graphite demand for EV and grid-scale batteries by 2030.

These partnerships are expected to provide both financial support and industrial know-how needed to accelerate commercialization.

Sustainability at the Forefront

The move to biographite underscores a larger trend in the EV industry toward greener and more ethical sourcing of battery materials. As regulatory bodies in the EU and elsewhere implement stricter sustainability requirements, CarbonScape’s technology positions itself as a forward-looking solution ready for rapid adoption.

“With this patent, we’re not just protecting a technology—we’re setting a new standard for what sustainable battery materials should look like,” Williams emphasized.

Outlook

As the automotive world shifts gears toward zero-emission mobility, innovations like biographite could be the missing link in creating truly green batteries—from the source to the road.

If scaled effectively, CarbonScape’s approach could offer the EV industry a blueprint for sustainable growth—one that is not only more environmentally responsible but also more resilient to supply chain disruptions.

Apple Patent Hints at Future Mac Devices with Gesture Control and Interactive Projection Surfaces

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Apple Inc. has been granted a new patent that reveals ambitious plans to revolutionize how users interact with its computing devices. The patent outlines technology that could transform future MacBooks, iMacs, Magic Mouse, and Magic Keyboards by embedding a range of advanced sensors and projection systems. These innovations aim to enable gesture-based control, enhanced spatial awareness, and interactive visual displays projected onto nearby surfaces.

A New Era of Gesture-Driven Input

At the core of the patent is the integration of gesture recognition capabilities that go beyond current trackpads and touch input. According to the document, the proposed system will utilize a combination of position sensors, light sources, and image sensors to determine the precise location and motion of a device such as a mouse or keyboard. These sensors would not only track device movement on a surface but also interpret hand and finger gestures made in the air near the device.

Apple envisions using technologies such as visible and infrared cameras, capacitive sensors, ultrasonic modules, and accelerometers to recognize and interpret three-dimensional gestures. This would allow users to perform tasks by simply moving their hands above or beside the device, offering a touchless control experience. Such an approach could be particularly useful for accessibility, creative applications, or sterile environments where physical contact should be minimized.

Turning Surfaces into Smart Interfaces

One of the most striking features detailed in the patent is the use of miniature projectors embedded within devices like the MacBook or Magic Mouse. These projectors would be capable of casting virtual elements—such as labeled keys, buttons, or other UI elements—onto nearby surfaces. The projected images could then be interacted with through gestures or taps, effectively expanding the device’s interface beyond its physical form.

This concept has the potential to transform an ordinary desk into an extended digital workspace. For instance, a user could have projected function keys beside their MacBook that respond to finger taps or swipes, creating a dynamic, context-sensitive input surface.

Intelligent Feedback and Enhanced Input Detection

Apple’s design also includes the use of haptic feedback components that respond to user gestures. When a user interacts with the projected interface or moves their fingers along sensor-equipped sidewalls, haptic actuators could provide tactile responses to simulate button presses or surface texture changes.

In addition, embedded accelerometers may detect subtle vibrations transmitted through surfaces when users tap or move their fingers. This data could further refine gesture recognition, enabling high-precision input even on non-traditional interaction planes.

Implications for Future Apple Devices

The patent suggests that this technology could be applied across various Apple products, with particular emphasis on peripherals like the Magic Mouse and Keyboard, as well as the MacBook and iMac lines. By transforming passive input devices into intelligent, gesture-aware, and surface-interactive tools, Apple is laying the groundwork for a new user experience paradigm.

While the company has not officially announced any product using this technology, the patent signals Apple’s continued exploration of spatial computing and immersive interfaces. If implemented, this system could mark a significant step toward seamless, intuitive control across both 2D and 3D input environments.

Looking Ahead

This patent complements Apple’s broader efforts in augmented reality, wearable tech, and spatial computing—an area gaining traction with devices like Vision Pro. As Apple moves to unify its ecosystem with richer, more natural user interactions, the concepts in this patent may soon move from paper to product.

Disclaimer: While patents offer a glimpse into future product directions, not all patented technologies make it into commercial products. However, Apple’s consistent investment in gesture-based and sensor-driven innovations makes this development one to watch.

China Strengthens IP Protection with New Fast-Track Service Center in Shenzhen’s Futian District

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In a significant move to bolster the nation’s innovation ecosystem, China has approved the establishment of a new national-level fast-track intellectual property rights (IPR) protection service center in Shenzhen’s Futian district. The announcement was made by the China National Intellectual Property Administration (CNIPA), marking another milestone in the country’s expanding IP protection infrastructure.

Futian, located in the core of Shenzhen’s central business area, is widely recognized for its vibrant fashion industry. The new IPR center is expected to provide significant support to these businesses by offering streamlined services for securing design patents.

According to CNIPA, the new facility will be focused on expediting the design patent application process. Typically, it takes around six months for a design patent to be approved in China. However, with the assistance of the new service center, this duration can be reduced to within three months, enabling companies to protect their innovations more quickly and effectively.

“Fast-track services like those offered by the Futian center are essential for industries where product design changes rapidly and time-to-market is critical,” said a CNIPA spokesperson. “By accelerating the IP protection process, we aim to enhance innovation capabilities and create a more favorable environment for creative industries.”

Design patents represent a substantial portion of China’s intellectual property filings. In 2023 alone, China granted 638,000 design patents, and in 2024, the country maintained its position as the global leader in international design patent filings. The introduction of fast-track services in innovation-driven zones like Futian is seen as a strategic step toward sustaining this momentum.

The center will also contribute to the local economy by attracting more fashion designers and creative talent to the district. Small and medium-sized enterprises (SMEs), in particular, are expected to benefit, as they often face resource constraints when navigating traditional IP processes. By offering efficient services, the new center aims to reduce barriers for these businesses and empower them to compete on a larger scale.

This initiative is part of a broader national effort to create a comprehensive IP protection

Catheter Precision Secures First U.S. Patent for Surgical Closure Device, LockeT

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Catheter Precision, Inc. (NYSE American: VTAK), a leading U.S.-based developer of advanced medical devices in the cardiac electrophysiology field, has received a significant boost to its intellectual property portfolio. The company announced today that the United States Patent and Trademark Office has issued a notice of allowance for its first U.S. patent for LockeT, a specialized surgical closure device designed for orthoscopic entry wounds. The patent application was originally filed in December 2022.

LockeT, a Class 1 device registered with the U.S. Food and Drug Administration (FDA), is a suture retention product aimed at facilitating wound closure following percutaneous venous procedures. This latest patent strengthens Catheter Precision’s competitive position in the U.S. market and builds upon its growing foundation of international intellectual property protections.

“This first U.S. patent for LockeT complements our portfolio of international patents already granted in China, Europe, and the United Kingdom,” said David Jenkins, Chief Executive Officer of Catheter Precision. “Securing IP protection in the U.S. is particularly meaningful as we continue discussions for product distribution in key global markets, including China and Europe.”

The company is also anticipating regulatory clearance in the form of a CE mark within the current quarter, which would authorize LockeT’s commercial use across European markets. According to Jenkins, this approval is expected to open new revenue opportunities and accelerate market entry efforts abroad.

“We’re encouraged by the reception LockeT has received since its limited rollout in the U.S. late last year,” Jenkins added. “Healthcare systems globally are increasingly looking for devices that can improve clinical outcomes while also reducing overall procedural costs. LockeT is well-positioned to meet these dual objectives.”

LockeT represents a key addition to the company’s product lineup, especially as hospitals and surgical centers seek more effective wound management solutions that minimize complications and enhance recovery.

About Catheter Precision
Based in the United States, Catheter Precision, Inc. is a medical technology company dedicated to improving the treatment of cardiac arrhythmias. The company collaborates closely with clinicians to design and deliver innovative electrophysiology devices that raise the standard of care in cardiac procedures.

Forward-Looking Information
This news article contains statements that may be considered forward-looking under the Private Securities Litigation Reform Act of 1995. Such statements involve risks and uncertainties, including those related to product approvals, market adoption, and commercial success. Actual results may differ materially due to various factors, including those detailed in the company’s filings with the Securities and Exchange Commission (SEC).

LPU Tops India in Innovation with Record 1,418 Patent Filings in 2023–24: Government Report

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​Lovely Professional University (LPU) has once again demonstrated its leadership in innovation by filing a total of 1,418 patent applications during the 2023-2024 academic year. This achievement is detailed in the Government of India’s Annual Report of Intellectual Property India for the 2023-2024 period. Notably, this figure surpasses the combined total of 1106 patent applications filed by all Indian Institutes of Technology (IITs) during the same timeframe. ​

Dr. Ashok Kumar Mittal, Member of Rajya Sabha and Founder Chancellor of LPU, expressed pride in the university’s research community, stating that their relentless dedication has significantly contributed to India’s global innovation standing. He emphasized that such accomplishments play a pivotal role in enhancing India’s position as a leading innovative economy worldwide. ​

Beyond patent filings, LPU’s research credentials are further bolstered by over 22,000 publications, 129,000 Scopus citations, and an H-Index of 118. The university also boasts more than 1,800 granted Intellectual Property Rights (IPRs), 9,450+ funded projects, and over 550 global collaborations. Notably, many LPU faculty members are recognized among the top 2% of scientists worldwide by Stanford University. ​

The Division of Research and Development (DRD) at LPU plays a pivotal role in fostering interdisciplinary research across STEM, Humanities, and Management disciplines. The university’s state-of-the-art laboratories and collaborative culture provide a robust ecosystem for innovation, addressing both societal challenges and global technological needs. ​

LPU’s exceptional performance in patent filings not only highlights its leadership in innovation but also significantly contributes to India’s standing as a top innovative economy globally.

Innovation Thrives Amid Global Uncertainty: EPO Patent Index 2024 Reports Robust Activity

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Despite ongoing global economic uncertainties, innovation continues to thrive as companies and inventors worldwide filed a total of 199,264 patent applications at the European Patent Office (EPO) in 2024, according to the newly released Patent Index 2024. This marks a slight dip of 0.1% compared to the previous year, which saw 199,452 applications. The stability in patent filings follows three years of substantial growth, underscoring the resilience of the innovation ecosystem.

The report highlights a 0.3% increase in patent filings from European countries, which include all 39 EPO member states. Meanwhile, filings from outside Europe showed a marginal decline of 0.4%. EPO President António Campinos emphasized that the robust patent activity amid global challenges reflects the ongoing commitment to research and development across industries, particularly in Europe.

“Despite political and economic challenges, European companies and inventors have maintained their momentum in filing patents, showcasing their technological capabilities and ongoing investments in R&D,” said Campinos. “The EPO’s data serves as a strategic roadmap for industries, policymakers, and investors. As outlined in the Draghi and Letta reports, Europe must continue to strengthen its innovation ecosystem, particularly in critical sectors such as green technologies, artificial intelligence, and semiconductors, to remain competitive on the global stage.”

Technological Leadership in Computer and Clean Energy Fields

In 2024, computer technology emerged as the leading sector for patent filings, with a total of 16,815 applications. This category, which includes artificial intelligence innovations like machine learning and pattern recognition, marked the first time it topped the patent charts. Meanwhile, the electrical machinery and clean energy sectors experienced the most significant growth, with a notable 8.9% increase in patent filings. Within this, innovations in battery technology were particularly prominent, surging by 24% as the world continues to push for advancements in sustainable energy.

Global Patent Trends: Shifts in Origins and Growth Patterns

The United States remained the leading country of origin for EPO patent applications, followed by Germany, Japan, China, and South Korea. Collectively, EPO member states accounted for 43% of total filings, while 57% came from outside Europe. South Korea showed the most notable growth, with a 4.2% increase in applications, while filings from the U.S. and Japan saw slight declines of 0.8% and 2.4%, respectively. China, on the other hand, saw a modest increase of 0.5%.

The Role of Large Corporations in Driving Innovation

Large companies continue to dominate the patenting landscape. South Korea’s Samsung emerged as the top applicant in 2024, a position it last held in 2020. The company overtook Huawei, which dropped to second place. Other major players in the top 10 include LG, Qualcomm, and RTX. Notably, the list includes companies from diverse regions: four from Europe, two from South Korea, two from the United States, and one each from China and Japan.

Supporting Small Businesses and Individual Inventors

The EPO also reported a significant contribution from smaller entities. In 2024, 22% of patent applications from Europe came from individual inventors or small and medium-sized enterprises (SMEs), which are defined as companies with fewer than 250 employees. Furthermore, 7% of the applications originated from universities and public research institutions. This highlights the appeal of the patent system to smaller innovators, a trend that has been reinforced by the EPO’s 2024 fee reductions for micro-enterprises, non-profits, and academic institutions.

Progress in Gender Diversity

Another noteworthy development is the growing inclusion of women in the innovation process. In 2024, 25% of all patent applications to the EPO from Europe listed at least one female inventor. Among major filing countries, Spain led the way with 42% female inventor participation, followed by Belgium (32%) and France (31%).

As Europe continues to navigate political and economic challenges, the Patent Index 2024 demonstrates that innovation remains a key pillar of economic resilience. The steady stream of patent filings reflects not only technological advancement but also the enduring global commitment to shaping a more sustainable and digitally advanced future.



New Technology Patent filed for eco-friendly tire made of eggshells by Stellantis

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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.