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ข่าวที่ 1 - 20 จากทั้งหมด 2007
Patent Pick: How Low Can pH Go?
According to a new P&G patent application, cosmetic compositions typically are formulated with a slightly acidic to neutral pH, from 4.0–7.0. This improves the stability of ingredients such as niacinamide, salicylates and neutralized thickeners. However, a lower pH, e.g., 1.0–4.0, may bolster the acid mantle of the skin. This, in turn, could provide flexibility for the addition of other skin agents and/or provide exfoliating benefits—drastically changing the landscape of current cosmetics and personal care formulations. This concept was previously described by Wiechers. In consideration, P&G inventors aimed to develop a low-pH skin care composition that incorporates niacinamide and a suitable saccharide in order to improve skin's barrier function and appearance....
Patent Pick: Starch Breakdown Builds Viscosity
Thickening agents are nothing new. They've long been used to control the viscosity of cosmetic, dermatological and pharmaceutical compositions, paints, phytosanitary products and detergents, among others. Yet, while many thickeners are well-known, according a new Novamont patent application, the majority are of synthetic origin and generally carry with them a higher production cost and unfavorable (unsustainable) origin. The industry has responded by replacing these thickeners with others of renewable and natural origin. However, their performance is not fully comparable to their counterparts, and production costs are still not competitive.....
China streamlines patent examination for Internet, big data patent applications
On July 28th, 2017, China’s State Intellectual Property Office (SIPO) announced a new set of regulations which are intended to streamline the examination of patent applications in certain burgeoning fields of technology. The new policy, which comes in response to “the central government’s call for an improved business environment, streamlined procedures for administrative approval, and the booming market,” will allow for the examination of both utility model and industrial design patent applications; SIPO guidelines issued as recently as five years ago only covered a single patent application designation, invention patents....
Top 3 emerging trends in transparent barrier packaging films
Clarity in product messaging and in the packaging itself are welcome attributes by consumers, thus the global transparent barrier packaging films market in the food industry is witnessing a steady growth from the last few years that is expected to continue. The report from Technavio (Toronto) forecasts the global transparent barrier packaging films in food industry to grow at a 6.3% CAGR during the period 2017-2021..... The top three emerging trends driving the global transparent barrier packaging films market in the food industry according to Technavio are: Innovation in transparent barrier films; Recycling of transparent barrier films; and Growing biodegradable films market......
New tech reshapes aluminum beverage bottles
Patented technique permits asymmetric bottle shapes to add distinction and create unique branding opportunities paired with a variety of decoration options. In a me-too world of packaging symmetry, asymmetry can be an attention-grabbing game changer. That’s the reasoning behind several years’ R&D by Montebello Packaging (Ontario, Canada), which unveiled custom-shaped asymmetric aluminum bottles that will available in Q4 2017. Besides product differentiation and a stand-out presence on shelf, a unique shape can create powerful iconic brand equity. Made using proprietary, patented technology, the uShape bottle represents an opportunity for single-serve beverage packaging for beer, energy drinks, tea, coffee and other products to break out from the rest of the pack......
Patent Pick: Thermal Anti-aging Takes the Heat Off of Skin
The skin protects the body against external aggression such as changes in temperature, humidity, UV radiation, etc., which are well-known to prematurely age skin. According to this patent application, heat in particular accelerates skin aging by causing inflammatory responses and degrading collagen in the dermis through an increase in collagenases....
New Passion for Passion Fruit: Sun Protection
Researchers out of Mae Fah Luang University and Walailak University, Thailand, have a new passion for passion fruit: sun protection. A new paper published in the Brazilian Journal of Pharmace­utical Sciences describes how extracts from sustainbly sourced passion fruit seeds were incorporated into makeup and assessed in vitro for sun protection effects—although more so in one formula than the other.....
Important Innovations and Inventions, Past and Present
There are endless famous (and not so famous) inventions worthy of curiosity and wonder. Of course, the lists below are by no means complete, but do provide a 'greatest hits' list of inventions, both past and present, that have captured the imaginations and propelled us forward.....
Robotic Exoskeletons Reveal the Complexity Behind Every Step You Take
A new research study of high-tech medical robots arrived at a curious conclusion this week: Toddlers are geniuses. Well, they didn't quite phrase it that way, but that's the essential take away from a series of studies on how machines can help injured people learn to walk again. It turns out that, from a biomechanical point of view, walking is an especially tricky business — and those toddlers are working a lot harder than we thought. The study, published today in the journal Science Robotics, comes from Harvard's Wyss Institute for Biologically Inspired Engineering. The research involves robot-assisted gait therapy, which is in itself a pretty amazing slice of technology....
1st Test Track for Superfast Hyperloop Transport System Opens in Europe
European cities could become even more connected thanks to a superfast transportation system known as a "Hyperloop," which now has its first test facility on the continent. Winners of a Hyperloop technology competition, held by Elon Musk's company SpaceX, unveiled Europe's first test facility for the rail transportation system this week. The nearly 100-foot-long (30 meters) track will be used to test all of the Hyperloop systems in a vacuum at low speeds, according to Hardt Global Mobility, the company set up to commercialize the technology developed by the competition team from the Delft University of Technology in the Netherlands. Hardt representatives said this facility is the first step in a four-year plan to build a Hyperloop system connecting two European cities....
How the U.S. Can Inspire the Next Generation of Innovators
To inspire innovation, nations rely on measures like R&D grants, tech incubators, venture capital tax breaks, mentoring schemes, support groups, training programs, networking events and more. But these focus on existing entrepreneurs and businesses, not future innovators. What can be done to support new innovators? With the cloud channel revolution, the bar to innovation has been lowered in terms of committed capital and time to market. The newest generation of tech companies uses hackathons and the latest methods of collaborating with entrepreneurial, self-taught coders to reach business decision makers (BDMs). And they have stepped up their diversity efforts to empower and leverage the potential of underrepresented innovators, including women....
Takeoff and cruise: Toyota making 'flying car,' luxury boat (Update)
Toyota Motor Corp. is working on a "flying car."
A startup backed by the Japanese automaker has developed a test model that engineers hope will eventually develop into a tiny car with a driver who'll be able to light the Olympic torch in the 2020 Tokyo games. For now, however, the project is a concoction of aluminum framing and eight propellers that barely gets off the ground and crashes after several seconds. Toyota has invested 42.5 million yen ($386,000) in startup Cartivator Resource Management to work on "Sky Drive ." At a test flight Saturday in the city where the automaker is based, the gadgetry, about the size of a car and loaded with batteries and sensors, blew up a lot of sand and made a lot of noise....
New ceramic nanofiber 'sponges' could be used for flexible insulation, water purification
Researchers have found a way to make ultralight sponge-like materials from nanoscale ceramic fibers. The highly porous, compressible and heat-resistant sponges could have numerous uses, from water purification devices to flexible insulating materials. "The basic science question we tried to answer is how can we make a material that's highly deformable but resistant to high temperature," said Huajian Gao, a professor in Brown University's School of Engineering and a corresponding author of the research. "This paper demonstrates that we can do that by tangling ceramic nanofibers into a sponge, and the method we use for doing it is inexpensive and scalable to make these in large quantities." The work, a collaboration between Gao's lab at Brown and the labs of Hui Wu and Xiaoyan Li at Tsinghua University in China, is described in the journal Science Advances.... Read more at:..
Dow Technologies Earn Two 2017 Edison Awards
MIDLAND, MI - Two innovative products from The Dow Chemical Co. recently received 2017 Edison Awards. The Edison Awards honor excellence in new product and service development, marketing, human-centered design, and innovation. Dow’s CANVERA™ Polyolefin Dispersions for metal can coating received a bronze Edison Award. A silver Edison Award went to Dow’s ACCUTRACE™ S10 Molecular Fuel Marker used to combat fuel tax evasion....
MIT's New AI May Help Prevent Cyberattacks
Cybersecurity today is executed by either humans or machines, which could have their own challenges – missed attacks because the parameters don’t match rules set by human experts, or systems mistakenly zeroing in on non-threats. So why not combine humans and AI to get the best of both worlds? This is what researchers from the Massachusetts Institute of Technology accomplished with its new artificial intelligence system called AI2.....
NIST invents fundamental component for 'spintronic' computing
NIST has been granted a patent for technology that may hasten the advent of a long-awaited new generation of high-performance, low-energy computers. Conventional microelectronic devices, for the most part, work by manipulating and storing electrical charges in semiconductor transistors and capacitors. Doing so requires a lot of energy and generates a lot of heat, especially as process engineers keep finding ways to pack more and smaller features into integrated circuits. Power consumption has become one of the principal obstacles to much higher performance.....
World first bioplastic solution to growing coffee cup waste
SOUTHAMPTON – Biome Bioplastics aims to help slash coffee cup waste with its world-first plastics for takeaway beverage cups, made from plant-based sources. Never before have such bioplastic materials for disposable cups and lids been made that are fully compostable and recyclable, while still performing like petroleum-based plastic under heat and stress. Market research has shown most consumers want their takeaway coffee cups to be sustainable, more than half agree that current options come at too much of an environmental cost and a third would avoid buying products using takeaway cups because of this. The British bioplastics manufacturer has unveiled a range of bio-based plastics for cups and lids to enable retailers and packaging manufacturers to offer consumers a more sustainable option......
40 Years of Patent Trends
The text of patent applications is a rich source of data which, indirectly, encodes trends in history, economics, science, and technology (and to some extent, changes in patent law). In this study, trends in the occurrences of words appearing in the titles of patents and patent applications are depicted as an animated word cloud evolving over 40 years (video). Principal component analysis reveals a strong, overarching, 40-year long shift away from words associated with material subject matter and toward the domain of information......
Patents forecast technological change - New method uses patent data to estimate a technology’s future rate of improvement.
How fast is online learning evolving? Are wind turbines a promising investment? And how long before a cheap hoverboard makes it to market? Attempting to answer such questions requires knowing something about the rate at which a technology is improving. Now engineers at MIT have devised a formula for estimating how fast a technology is advancing, based on information gleaned from relevant patents. The researchers determined the improvement rates of 28 different technologies, including solar photovoltaics, 3-D printing, fuel-cell technology, and genome sequencing. They searched through the U.S. Patent Office database for patents associated with each domain — more than 500,000 total — by developing a novel method to quickly and accurately select the patents that best represent each technology.....
Magic Leap Demonstrates The Potential Of Augmented Reality Via Video: This Is The Future
Secretive Florida-based startup Magic Leap Inc. has released on April 19 its newest footage showing off the potential of augmented reality and how this upcoming wearable technology will benefit users down the road. Uploaded via YouTube, this more than two-minute video with the title "A New Morning" demonstrates how users might see when wearing the startup's headset, which it has yet to showcase to the public.....

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