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One of the great challenges in intellectual property work is translation of foreign documents. Translating between Chinese and English is especially difficult for machine translation, where strange or even nonsense results are common due to the complexity of Chinese and the difficult legal and technical phrasing that is common in patents. Google Translate is quite poor in this context, and the outstanding translation tools at Baidu.com also generally don’t work well for patents.
Wonderfully, WIPO (the World Intellectual Property Organization) has come to the rescue with WIPO Translate, a machine translation tool that has been especially designed for patents. The results have been stunningly good in my testing so far, vastly outperforming prior systems.
WIPO Translate can handle a variety of language pairs both ways, all involving English and either Chinese, French, Korean, Portuguese, Russian, and Spanish. Only about one paragraph at a time can be translated, so you can’t yet dump an entire patent all at once into WIPO translate.
In using WIPO Translate, you can select a technical field to help focus the translation and improve the chances of the appropriate terminology being used.
In a few days, I’ll be speaking about IP and innovation in China at the RISE 2015 conference in Miami, Florida, sponsored by INDA (a professional organization for the nonwoven fabrics industry). In my presentation, I’ll be sharing my “Dangerfield Theory” of IP and innovation in China. The Dangerfield Theory is based on comedian Rodney Dangerfield, who famously and repeatedly complained that he got no respect. China, in spite of remarkable advances in IP and innovation, continues to get no respect. Like Rodney himself, China is also a heavyweight, now leading the world in patents and IP litigation, and leading in the pursuit of many key technologies. Their innovation and IP is no laughing matter, but continues to just get no respect. This make China like Dangerfield, and for those companies and nations that ignore the threats and opportunities China creates, Chinese IP and innovation will also become “danger field.” Ignoring this field of danger and opportunity is foolhardy. It’s the kind of sleepy, lazy response we seen when a company or nation is beset by innovation fatigue.
The tendency of Chinese IP and innovation to be invisible to the West is an issue I raised in 2011 right after the Thompson Reuter Top 100 Global Innovators report for 2011 included nothing from China, Taiwan, or Hong Kong in its list of 100 top innovators based on international patent filings over the past three years. I was astonished at how Chinese IP could be so invisible and overlooked, given that Foxconn/Honghai Precision, the Taiwanese and Chinese partner of Apple, compared to Apple itself actually had 3 times as many US patents in the time period of interest. Honghai had roughly 50 times as many US patents field as some companies that made the list. Other heavy international filers like Huawei, ZTE, and Lenovo were also neglected.
I contacted Thompson Reuters to complain, wondering also if they had made errors in their search or forget to include Honhai Precision in their search terms. I was told that they had done the analysis accurately, relying on a proprietary algorithm that requires a company to file in the US, the EPO (Europe), and Japan for a patent to count as an “international” patent. This definition tends to discriminate against Chinese IP, in my opinion, for Chinese companies, when they seek international protection, are usually content with IP in China and the US, plus some other specific nations, but tend to do relatively few filings with the EPO or with Japan. Japanese companies naturally file their first, just as Chinese companies file first in China. Given the high political tensions between Japan and China, and the relatively small market it is for Chinese companies, the motivation to file in Japan is small, regardless of the quality of the invention. Insisting on filing in Japan rather than China puts China at a great disadvantage and favors the many Japanese companies that make the list. Requiring that a patent be filed in the EPO and Japan in addition to the US sets a very high bar that does not properly reflect whether an invention is good enough to be pursued with international IP.
In 2012, the Thompson Reuters Top 100 Global Innovators report still had nothing from China. Its 2013 report finally mentioned Taiwan, but not Honghai/Foxconn. Only the Taiwanese semiconductor giant TMSC broke into the top 100. But the latest report from the end of 2014 finally mentioned a mainlaind Chinese company: Huawei. It’s about time. It’s not like Huawei just barely broke into the ranks of companies pursuing international IP. For several years they, like ZTE, have been in the top 5 international filers, according to the World IP Organization which administers PCT (Patent Cooperation Treaty) filings. Huawei is actually the world’s #1 international filer and has been for some time. Looks like they managed to barely break past whatever algorithmic blinders Thompson Reuters has, and for that tiny bit of progress, I guess we have to congratulate the folks at TR.
My soft and hesitant congratulations, though, may not be heard amid the roar of complaints that TR is facing for its related report, China’s IQ (Innovation Quotient), which praises China for its rapid rise in innovation and patent filings (in spite of meagre recognition on the Top 100 report). Some loud voices immediately complained, reminding us that Chinese innovation is weak and most of its patents are low quality. On Dec. 13, 2014, the influential magazine, The Economist, ran an editorial, “Patent fiction: Are Ambitious Bureaucrats Fomenting or Feigning Innovation?,” criticizing TR for theirÂ positive report on China and reminding us that China’ does not file as high a percentage of international patents as Japan, and suggesting that Chinese innovation and IP is “feigned” by bureaucrats and not driven by real inventions from real innovators. Still no respect!
Yes, there is a problem with poor quality patents in China driven by tax breaks. But that is changing as companies increasingly look to patents as strategic tools for the future, and are striving to increase quality. The quality problems in China may more severe than they are in the US, but the quality is improving, and expensive international filings are increasing, with China now #3 in the world, ahead of Germany, and likely to overtake Japan in a few years.
It’s true that Japanese patents are much more likely to be filed overseas than Chinese patents (something like 30% for Japan versus 5% for China), but this is not necessarily a reflection on the quality of the patent. The economic value is also an important issue. Japan is a small market. Its businesses prosper by selling products to many large foreign markets like the US, Europe, and China. There are strong economic reasons why Japanese companies would seek foreign patent protection. China, on the other hand, represents a huge and growing market. Apart from manufacturing for foreign companies using foreign IP, Chinese companies producing and creating their own products tend to find the Chinese market to be a big enough opportunity to keep them busy for years to come, and rely much less on exporting these to the confusing and uncertain overseas markets in the US and Europe. The economic incentives to seek IP overseas is less for many Chinese innovators than it is for Japanese innovators, and naturally we can expect foreign filings to be somewhat diminished, even when the invention is of high quality.
There is a tsunami of quality IP and advanced innovation coming from China. China is learning and rapidly improving its approach to IP. Those who continue to ignore the threats and opportunities coming from this very change will find that the “Dangerfield Theory of Chinese IP and innovation” ultimately means the joke will be on them.
In a previous post here, I reported a huge loan to a Chinese paper company backed by its mostly Chinese IP as collateral. The 8 billion RMB obtained by China’s Tralin Paper (Quanlin Paper in Chinese, though they use www.tralin.com for their website), one of the biggest IP-backed loans in the world, not only shows that Chinese IP is coming of age, but is now being used to bring some of their technology to the US and to create over 2,000 US jobs. Tralin Paper, renaming themselves as Tranlin Paper for some reason, has just signed a deal with the State of Virginia, obtaining state support as Tralin/Tranlin/Quanlin invests $2 billion to create a new environmentally friendly paper mill and create over 2,000 US jobs. Recent newsÂ from the office of Governor Terry McAuliffe of Virginia proudly announces the plans of “Tranlin Paper.” Also see reports at TAPPI.org and MFRTech.com.
As the West continues to decry Chinese IP and innovation, always viewing China as a source of IP theft and job loss for the US, this story may come as a pleasant surprise. Here is an innovative Chinese company that has created and protected their own IP in a green technology, used innovative financial tools (and plenty of solid Chinese guanxi) to obtain massive financing based on that IP, and then brought their money and their technology to the US to create many jobs. At least some parts of this story are going to be repeated in many ways in days to come. The old paradigm of China lacking IP or lacking valuable IP is fading.
After the announcement at ChinaPaper.net, the first report on this story to the English-speaking world, as far as I know, was my original March 6, 2014 report here at InnovationFatigue.com followed by an update here on the Shake Well blog that gave a translation of the Chinese story. It was picked up by Intellectual Asset Magazine and by World Trademark Review, but is still a generally unrecognized but important story.
China still has a long ways to go in overcoming its problems and strengthening innovation and IP, but the trends here are remarkable and should not be discounted. Meanwhile, we should welcome stories like Tranlin’s, and watch for many more to come. But for some US companies, this will mean even tougher competition that won’t be easily avoided with restrictive, protective tariffs or antidumping legislation.
(Similar account cross-posted on the Shake Well Blog.)
Maybe China is just too far from the smug innovation circles of the West. Maybe language and cultural barriers make the events unfolding in China too inaccessible to Western media. Maybe decades of concern about IP theft from Chinese companies has closed the eyes of the West to present realities. Whatever the reason, the West today seems generally blind to the innovation powerhouse that China is becoming. Witness, for example, the highly publicized list from Reuters-Thompson of the top 100 global innovators, based on “patent activity.” With China having become one of the world’s true hotbeds of patent activity, not to mention economic impact with innovation in many fields, one might expect Chinese institutions to be well represented on the list. Incredibly, the list has ZERO Chinese entities on. None from Mainland China, none from Taiwan, and none from anywhere else in Asia except for a heavy dose of Japanese companies (27) and 4 from South Korea. Tiny Switzerland makes the list 3 times, and its minute neighbor, Liechtenstein, makes the list with Hilti Corporation. But zero from China and Taiwan? The list is related to “patent activity,” but its compilers wisely recognize that patent volume alone is a poor metric for innovation. Instead, they have created other metrics based on patent data:
The Thomson Reuters 2011 Top 100 Global Innovators are companies that invent on a significant scale; are working on developments which are acknowledged as innovative by patent offices across the world, and by their peers; and, whose inventions are so important that they seek global protection for them.
Sounds fair. So sure, the manufacturing and supply chain innovation that has been a big part of China’s economic rise are not expected to make a showing on this list. That kind of innovation doesn’t show up in terms of granted US and European patents. And the tendency for many Chinese companies to mostly file patents in China doesn’t help them with the methodology Thompson Reuters has, which looks for measures of international impact and international patents. But did they miss all the international activity of some Chinese companies? For example, a couple of days before this list of innovators came out, I posted this on LinkedIn and Twitter (@jefflindsay):
Two Chinese companies, ZTE and Huawei Tech., are among the top 5 international (PCT) patent applicants. Lots of IP here! https://is.gd/t2tUb4
OK, so Thompson Reuters doesn’t follow me, but these companies should have shown up strongly in their patent searches. These are innovative companies with products marketed internationally, having strong economic impact, and loads of patents. Being in the top 5 for international filings wasn’t good enough to even place in the top 100 for Thompson Reuters. Huh? OK, it turns out the ZTE’s surge in patent filings is recent and their numbers prior to 2010 were probably too low to make the cut for this study–that’s fair. But Huawei had 445 US patents from 2005 to 2010, a number in greater than some other companies on the list. For 2011, by the way, Huawei isn’t just in the top 5 so far–they are Number One, the world’s leader in international patent filings (see the Nov. 2011 article in the Vancouver Sun). Think they’ll be on the next list of leaders in patent activity Thompson Reuters publishes? Perhaps, who knows?
How about the Liechtenstein firm that’s in the Top 100, Hilti AG. Heard of them? They have good products for the construction and building maintenance industries such as hammer drills and other tools. They have 20,000 employees, including 2,500 in the US, and market products and file patents internationally. For the 2005-2010 time frame of the Thompson Reuters study, Hilti had 327 patents. Not bad. Well below Huawei’s score, but still respectable.
Now let’s consider a little company that was not on the list: Foxconn. Heard of them? They have over 1 million employees and are the world’s largest producer of electronic components, including circuit boards. They are the ones who actually make Apple’s products such as the iPhone and iPad. This Taiwanese/Chinese firm (China considers Taiwan to be part of China, and much of Foxconn’s work is in China) is arguably the real powerhouse behind the success of Apple and several other companies on the Thompson Reuters list. Foxconn builds Apple’s products, and not just as a mindless executor, but as an innovative partner.
Ah, but what about real technological innovation expressed in patents? Surely Foxconn is just about cheap labor and low cost manufacturing, right? A quick search of Foxconn patents granted in the US from 2005 to 2010 shows they have over 700 patents. Some are design patents, but the vast majority are technological. Foxconn apparently is conducting serious R&D and spending millions on patents to find new ways to make leading edge high-tech products better, safer, faster, and cooler (both in terms of heat management and the “wow” factor). I have the privilege of interacting with some Foxconn people and from what I’ve seen and heard I can say that they have a world-class IP program to support innovation, and I feel that they are way ahead of many Western companies in these areas. Foxconn innovation and Foxconn IP may be the real key to Apple’s success. Foxconn innovation is abundantly expressed in patents, not just trade secrets and know how, with an estate twice as big as Hilti’s over 2005-2010 and an economic impact on the global market far in excess of Hilti. But Foxconn doesn’t make the list. How do none of these Chinese companies break into Thompson Reuters’ Top 100? Did they miss the 2010 story, “China Poised to Become Global Innovation Leader,” based on patent activity? That must be from another source they don’t follow.
Nov. 24, 2011 Update: My search on Foxconn patents needs to be updated. Yes, Foxconn has an impressive 700+ US patents for the 2005-2010 period, more than some companies in the TR list. But my search was deficient, failing to consider that many Foxconn patents might have been filed under the real name of the company that owns Foxconn, Hon Hai Precision Industry Co., Ltd. So I expanded my search term to be “Hon Hai Precision” or Foxconn. Now, instead of 700 patents, we’re looking at a massive estate of 5,872 US patents (perhaps a couple dozen more when typographical errors are considered). This estate now dwarfs MOST of the companies on the list such as Brother Industries (2873, searching for Brother Ind* or Brother Kogyo), BASF (2771, searching for BASF or Bayerische Akt*) Goodyear (1152), ABB (948), Airbus (926), Avaya (<600), Arkema (205), Cheil (116), etc. Oh, and what about innovation giant Apple Compute? A search for simply “Apple” (which might include some smaller companies unrelated to Apple Computer) returns 1809 issued US patents from 2005 to 2010, less than 1/3 of the US patent activity of the invisible innovator that makes Apple what it is.
Let’s return to Huawei for a moment. There should be little doubt about the innovation prowess of Huawei, even though they tend to be far more secretive and do much less P.R. than Apple. But this telecom company is big (with over 100,000 employees, they connect 1/3 of the world’s cell phones) and highly innovative. Read, for example, BBC’s story, “Innovation in China: Huawei – the secretive tech giant.” Maybe the Thompson Reuters methodology docks them for being on the young side. Over half of their 445 US patents from 2005 to 2010 came in 2010–but they still clearly outpace Hilti and others over the 5-year span of the study. So what gives? I suspect that the youthfulness of the estate means there has been less time for others to cite Huawei patents, and that may be part of the problem since patent citations are part of the methodology. But to miss Huawei completely?
Thompson Reuters will surely argue that their methodology was developed and implemented fairly, even blindly (a fair term), but someone should have immediately seen that something was wrong if top international filers and innovators like Huawei, and Foxconn didn’t make the list. But when it comes to innovation, innovation in China tends to be largely invisible to Americans, who are stuck in the old paradigm of US being the innovation leader and China just being a copier. That kind of blindness will catch the West by surprise in the very near future when US companies find themselves facing numerous patent barriers from the Chinese companies that will own much of the most valuable IP. China is creating and will create much of the most important global innovation for the future. Innovation needs to ramp up in the West in order to not be left completely behind.
Dec. 8 Update: Chinese computer giant Lenovo, the world’s 2nd largest producers of personal computers, may also deserve to be on the list.
- IAM Blog: “The US, Japan and France dominate new listing of the world’s most innovative companies“
- Nielsen.com: “Nielsen China Forum: Dispelling the Myths of Innovation in China“
- China Law Blog: “Innovation In China. It’s Happening, But Not How You Think“
- Tech Crunch: “Thomson Reuters Names â€˜Top 100 Global Innovatorsâ€™“
In late 2009, I was invited to speak at Singapore’s Innovation and Enterprise Week 2009, an event held at Biopolis and sponsored by A*STAR, the world-class research organization of the Singaporean government, in collaboration with Exploit Technologies, the tech transfer arm of A*STAR. While I enjoyed the opportunity to discuss our book, the important thing to me was the opportunity to learn more about that amazing country and their bold approach to promoting innovation and technology. In my presentation for the large crowd at Innovation and Enterprise Week, I discussed the fascinating parallels between the Singapore experiment and the evolving experiment in innovation in my state of Wisconsin, where the Wisconsin Institutes for Discovery represent a brilliant approach to combining the best of public and private innovation.
Below are three video segments from my presentation. A couple of friends in Singapore took the video. There are a few gaps in sound and so forth, but I hope you can understand it. Don’t miss my lame magic trick in segment 3. They seemed to like it–proof again of the great courtesy that one finds in Singapore. In all seriousness, I think there are important lessons about innovation that can be gleaned by inspecting both the Singaporean system and the Wisconsin Institutes for Discovery, which include the Morgridge Institute for private sector research and the public Wisconsin Institute for Discovery. Madison and Singapore are on opposite sides of the world, but on the same side of the innovation spectrum, at the leading edge.
Update: On April 24, I posted a newly recorded and shortened Pixetell presentation covering the basic information I shared in Singapore, without the magic or other excursions.
I am deeply grateful to the many people who kindly shared their time to help me prepare for the presentation, including Sangtae Kim, John Wiley, Charles Hoslett, Carl Gulbrandsen and Janet Kelly from the Wisconsin side (Wisconsin Institutes for Discovery and WARF), plus Boon Swan Foo, Seito Wei Peng, and Sze Tiam Lin at Exploit Technologies in Singapore.
Global Entrepreneurship Week starts today. This event was started by the Kauffman Foundation, leading champions of entrepreneurship and education, and Make Your Mark, a British group reaching out to young people to inspire innovation. The goal of this global initiative to inspire young people to embrace innovation, imagination and creativity. They want millions to join a growing movement of entrepreneurial people, to generate new ideas and to seek better ways of doing things. Events are taking place around the world this week.
During my recent visits to Singapore and Mexico, I’ve been inspired by the culture of innovation that I’ve encountered. Singapore excels in advanced technology and a powerful approaches to advancing and funding R&D that will create leadership in targeted areas such as biotech and data mining. Mexico has an amazing university system with some wonderful centers for R&D, but what impressed me most is the culture of innovation at the personal level, where individuals are ready to go the extra mile to create success and find better ways of doing things. If this mindset can be fortified and amplified with governmental support and vision, Mexico could become a real leader in global innovation. Innovation can come from anywhere across the globe, but each nation has its own limitations and challenges in terms of regulations, taxation, educational support, infrastructure, capital, markets, and talent. Each nation should have a high-level commission exploring the challenges of innovation at the personal level (one of the key issues we explore in Conquering Innovation Fatigue) to ensure that the voice of the innovator is heard and unintended consequences of government policy are not choking innovation success.
Almost like something out of a Utopian science fiction novel, two neighboring research communities, Fusionopolis and Biopolis, stand as R&D beacons to scientists and companies across the globe, rising from the small island nation of Singapore and its remarkable research park, One North. Fusionopolis and Biopolis are visible fruits of a dramatic new focus on innovation in Singapore. Not just innovation in biomedical fields, the specialty of Biopolis, or innovation in advanced science and engineering at Fusionopolis, but innovation in innovation itself. The leaders of Singapore, recognizing that innovation is the key to the future of this small nation with so few natural resources, are developing new ways to innovate, to collaborate, and to stimulate commercialization. As they find new ways to collaborate with companies and researchers around the world, they are striving for the upper end of the Ascent of Collaboration scale, guided by the nationâ€™s most prominent scientific ministry devoted to innovation, the Agency for Science, Technology and Research, or A*STAR.
Singapore, whose name comes from the Malay word for â€œLion City,â€ has been a riddle to the West for years. The 5th wealthiest country in the world based on GDP per capita, it is also one of the smallest (250 square miles) and one of only four remaining city-states in the world. It is truly a melting pot, a nation of multiple ethnicities and religions among its 5 million people, with four national languages: English, Malay, Tamil, and Chinese. How can such a small island city with few natural resources have become so prosperous? How can a community with so much diversity seem to have so much unity? How can a country known for order and discipline be a hotbed of creativity and innovation?
Boon Swan Foo and A*STAR
Singaporeâ€™s booming emphasis on science, technology, and innovation were on my mind when I contacted Boon Swan Foo, Executive Chairman of Exploit Technologies, the strategic marketing and commercialization arm of A*STAR. A*STAR’s mission is to foster world-class scientific research and to develop human capital for a knowledge based Singapore. It funds billions of dollars of research, drives collaboration between global companies and Singapore, and works to commercialize the fruits of its R&D work.
A*STAR comprises the Biomedical Research Council (BMRC), the Science and Engineering Research Council (SERC), Exploit Technologies Pte Ltd (ETPL), the A*STAR Graduate Academy (A*GA) and the Corporate Planning and Administration Division (CPAD).
Boon oversees the commercialization and spin-off activities for A*STARâ€™s intellectual property and technologies. Under his leadership, A*STAR has accumulated a portfolio of close to 3,000 active patents, granted more than 250 licenses for its technologies, and created a portfolio of two dozen spin-off companies. Estimated business revenue to be generated by licensees from sales of products and provision of services using or incorporating A*STARâ€™s technologies is projected to be over S$500M.
Insights from the Interview
Boon Swan Foo proudly explained that his nation is pursuing and promoting innovation in numerous ways, not just by funding world-class R&D centers. Singapore is innovating in its educational systems, in its airlines and airport system, in its management of ports, in its roads and traffic management, and so forth.
â€œOur civil servants are very enterprising,â€ Boon explained. â€œOne does not have to be an entrepreneur to be an innovator. They are intrapreneurs rather than entrepreneurs.â€
The economy of Singapore is often described as an entrepot economy, in which imports are purchase and given added value which are then exported. Singapore imports numerous raw materials that are then converted to pharmaceuticals, chemicals, computer chips, electronics, and other goods for export. The Port of Singapore is the worldâ€™s busiest. Further, it has an exceptionally well educated work force as a result of the nationâ€™s education policy, which helps achieve success in their business operations and in innovation.
Now R&D is becoming an increasingly important part of Singapore. Over 3% of their $200 billion GDP is spend on R&D. They know innovation is the key for a bright future. The goal is to develop pools of ideas in targeted fields and also to develop deep pools of local talent. Read More→