The Companies We Follow series has been busy reviewing the R&D activities of some corporations which we haven’t featured before, and today we have the intellectual property development activities of 3M in our sights. Patent applications assigned to this company which have been filed with the U.S. Patent and Trademark Office disclose a number of unique chemical compositions, including an anti-fogging compound for better visibility through vehicle windows. A couple of electronic data systems are also disclosed, including one designed to enable community monitoring of local criminal offenders.
3M has a very strong patent portfolio and the past few weeks saw the addition of many intriguing technologies to its IP holdings. A couple of patents protect improvements to orthodontics and dental treatment, including a system designed for better digital modeling of interior mouth structures. Another more general medical innovation involves the use of a nylon article including a dye that provides antimicrobial properties when light passes through the dye. We also discuss a self-priming wall spackle compound and a software system for the digital management of sticky notes, such as Post-it notes.
During the budget debates of 2013, Vice-President Joe Biden famously proclaimed: “Show me your budget and I will tell you what you value.” There is no doubt a lot of logic behind this statement. If you are spending money in one area but not in others that is the best indication of where you place the greatest importance. If that is case, it is clear that Microsoft prioritizes innovation. Between 2010 and 2012, corporate investment in R&D increased from $8.7 billion to $9.8 billion, or about 14 percent of the company’s total revenue during those years.
Once again, the Companies We Follow series has Sony squarely in our sights and we’ve found some great patent applications filed with the U.S. Patent and Trademark Office. A couple of these technologies are related to mobile phone use, including a microphone device wearable in a speaker’s ear which does a better job of blocking out distracting noise. Another patent application discusses a program guide for accessing Internet video through a television set. We were also piqued by an innovative way to locate a vehicle lost within a huge parking lot using a mobile electronic device.
Internet-enabled television services were also at the heart of some the patents we wanted to share with our readers, including one protecting a method of sharing live streaming content with consumers over the Internet. A few other patents we discuss below protect novel systems for video games, including one gesture-based system which could be incorporated into first-person shooter games. We also explore a patent protecting a method of analyzing athletic performance from a series of photos.
Lately, our Companies We Follow series has focused on some big names in innovation from the financial sector. Both the Bank of America and JPMorgan Chase are heavily involved in developing technologies to serve the personal finance needs of individual customers as well as many tools that are designed to aid organizations large and small. Today, we thought that we would spend some time scoping out a wider breadth of invention from entities outside of the two banking giants which typically earn most of our focus.
Perhaps more so than any other technology company that we focus on, Samsung seems to have a real fascination with robots. Indeed, we have noticed robotic technologies in recent Samsung patent filings just about every time we’ve covered the company as part of our Companies We Follow series. If you go back and look through our coverage Samsung in our archives, virtually every article will mention a robotics innovation or two.
It is no great surprise that once again robots are seen as a recurring theme in the Samsung portfolio. We notice a variety of robots in the patent applications recently published, as well as the patents recently issued to Samsung. In fact, we were intrigued by the number and scope of robotics related innovations the company continues to pursue.
With this in mind we decided to split up our most review of Samsung into several of articles, with this article focused on Samsung’s innovative pursuit of robot technology.
Still, despite what else may be going on at Samsung we can always count on the fact that they will be filing and receiving patents. Our recent look at Samsung for our Companies We Follow series found plenty of innovations that many consumers around the world can look forward to in the coming months and years. Nanotechnologies utilized for the creation of light-emitting diodes and liquid crystal displays have been protected for the company recently, as a number of patents we explore below show. Other areas of strong research and development activity within the company includes robotics, alternative energies and virtual reality systems, each of which we discuss in further detail today.
Patent filing activities are still strong at JPMorgan Chase as we return to the banking giant in our Companies We Follow series. A couple of innovations we noticed in the corporation’s recent patent applications ease the burden required to enter and transmit data for financial transactions, especially when registering financial accounts for recurring payments on a club membership. Payment rewards systems for mortgage holders and other credit account owners are discussed below as well. We also talk about a technology for allowing users to communicate with self-serving kiosks by using sign language.
Several patents that we found in our latest survey protect a couple of transactional card inventions for JPMorgan Chase, including one system intended to support the use of smart cards which can display a prepaid balance. Simpler methods of signing online users into networked financial services are the focus of a few other patents we discovered. Also recently patented was a method of preventing identity theft. But what really caught our attention were the patent claims JPMorgan Chase recently obtained. Many of the claims cover computer implemented processes, while many are clearly drawn to software innovations even if they don’t specifically define computer implemented processes in the preamble of the claims. It would seem that like Bank of America, JPMorgan Chase is not suffering through Alice rejections that so many others experience.
IPWatchdog’s Companies We Follow series has profiled BoA’s innovations on a few occasions in the past. In this edition, we found a number of patent applications filed with the U.S. Patent and Trademark Office to protect technologies for customer loyalty rewards programs, including one innovative system for encouraging account holders to achieve long-term goals. Another patent application would protect a technology designed to identify opportunities for business mergers or acquisitions. We also discuss one patent application filed to protect a platform for disseminating carbon credit data based on personal transactions.
Social networking platforms were at the core of a couple of patents recently issued to Bank of America, including one invention meant to help uncover potential social networking opportunities based on financial transactions. A couple of cybersecurity technologies, including one for isolating an infected client device to stop of the spread of a virus within a network, are also featured. We were also intrigued to share a patent protecting a method of presenting vehicle information of interest to someone who may want to buy a vehicle by capturing a video feed of that vehicle.
Kristina Dinerman, Vice President and Associate General Counsel for Yahoo! Inc.
Kristina Dinerman is Vice President and Associate General Counsel for Yahoo! Inc. Dinerman handles business and legal affairs for media, marketing and the Yahoo Studio, which means that dealing with the many thorny issues associated with rights of publicity are on her daily radar. Rights of publicity and entertainment licensing are not topics we frequently cover on IPWatchdog.com, but I noticed that Dinerman would be speaking about these topics at Understanding the Intellectual Property License program in San Francisco, California on December 8, 2014. I set the wheels in motion for an on the record conversation, which appears below.
In this interview we discuss how the Internet generally, and social media more specifically, has changed the landscape with respect to rights of publicity, raising a number of interesting questions about what is, and what is not, commercial speech.
Without further ado, here is part 1 of my 2 part interview with Kristina Dinerman.
Whirlpool Corporation is seeking qualified candidates for a Legal Counsel opening in their Patent Operations group within the Law Department. The Whirlpool Patent Operations team of eleven includes attorneys, patent agents, legal specialists and an administrative assistant. The group enjoys working together in a collegial environment.
This position will be responsible for providing legal counsel and services on matters involving patents, copyrights, trade secrets and other proprietary information. This position supports Whirlpool’s global product organization, including its advanced development and product engineering groups.
IBM Scientists James J. Wynne and Rangaswamy Srinivasan receive the National Medal of Technology from President Obama in 2013.
The world of optical care was revolutionized during the 1990s through the expanded use of laser-assisted in situ keratomileusis, or LASIK eye surgery. The incredibly high precision surgery offers remarkably low instances of negative side effects when compared with other optical surgeries because of the fine precision of the lasers used in these procedures. Since the use of lasers to etch and otherwise modify living tissue was first discovered in IBM research facilities in the early 1980s, a range of laser-assisted surgical procedures for vision correction have been developed, such as photorefractive keratectomy (PRK) and laser epithelial keratomileusis (LASEK). Recently, the U.S. Food and Drug Administration released the findings from its most comprehensive study to date on LASIK eye surgeries in the U.S., which showed that about 95 percent of survey respondents receiving LASIK surgery achieved 20/20 vision or better. The report also showed that ghosting, halos and other visual aura decreased in LASIK patients after their procedures as well.
November 15 of this year was the 26th anniversary of the issue of one of the seminal patents in the field of laser-assisted vision correction surgeries. However, it wouldn’t be until after the filing of the patent application that anyone would think to use this laser technology as a surgical procedure for the eyes. Here at IPWatchdog, we return to our Evolution of Technology series on with a profile of the intriguing progression of the use of LASIK procedures in vision care. The use of excimer lasers in vision correction procedures has revolutionized that field from the humble beginnings of corneal surgery in the 1940s towards today, a time when more than 16 million LASIK operations have been performed in the United States. The story of this technology involves a trio of researchers who were simply trying to find new uses for lasers, and perhaps the most practical use of Thanksgiving leftovers that the world has ever seen.
In our ongoing coverage of popular consumer electronics leading up to Black Friday, we’re taking some time today to profile a brief history of Google’s Android operating software for mobile devices. Android was not the first entrant into the market and while there are those who might argue that Android hasn’t perfected the mobile platform, especially in the eyes of devout iPhone fans, it is tough to argue its popularity as evidenced by the incredible sales statistics listed above.
Interestingly, the Android operating system was not initially designed to be used on mobile phones. If the original plans of the inventors worked out, we would be talking about smart cameras and not smartphones. Compared to operating systems for other mobile devices, the Android operating system has been updated an incredible number of times, resulting in a web-based service which is remarkably different than the original version of this mobile operating system.