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Showing posts with label Engineers. Show all posts
Showing posts with label Engineers. Show all posts


by Daniel Gross, NAIP Patent Engineer

In the almost anticlimactic wake of the Supreme Court's decision on the Bilski vs Kappos case, there seems to be little general consensus in the IP community as to what is patentable. One camp happily believes that by throwing out the machine-or-transformation (MOT) test as being definitive, the Court has further embraced the apparent 1952 Congressional intent of patentability of "anything under the sun that is made by man". Another camp views the results differently, thinking that the Court was actually contracting current scope of the statute and in fact merely added that it is not inconceivable for some future innovation to fail the MOT test and still be patentable. The Court, unfortunately, gave no examples of such an invention.

With this kind of legal ambiguity over what is patentable, many IP attorneys are gleefully lining their pockets, while, in an age of multi-multi-million dollar infringement lawsuits, the industries are scrambling to fortify against that suddenly-larger expense in product development and ownership known as uncertainty. Without such a clear example of what is patentable, even the USPTO appears hesitant to stray far from the MOT test, but I think they may be missing the Court's ultimate point. The way I interpret the decision, things might be a mess right now, but the writing is on the wall. The Supreme Court is carefully but surely slamming the door on the patentability of most software and business method patents as we know them by suggesting that they always have been, and still should be rejected as abstract ideas. Having no definitive MOT test just makes rejecting these "inventions" much easier.

In the Bilski decision, the Court threw out another bright-line test only to widen the concept of abstract ideas. With Bilski being the first, the Court also gave us a second example of the widened concept shortly afterwards when they vacated the Federal Circuit Court's decision in another patent case. The Lower Court had ruled in Prometheus Laboratories, Inc. v. Mayo Collaborative Services (Fed. Cir. 2010) that the claimed medical procedure was statutory because a drug induced modification of a patient's blood chemistry met the transformation fork of the MOT test. However, the Supreme Court directed the Lower Court to reconsider the case in light of the Bilski decision, suggesting that even meeting the MOT test is not enough to make a method statutory.

Most software and business method patents seen today would have been considered unstatutory material before the Federal Circuit's 1998 State Street decision, the case usually considered as opening the door for business method patents. Although ruled narrowly on the facts, the Bilski decision specifically singled out this same State Street decision as not being endorsed. "Nothing in today's opinion should be read as endorsing the Federal Circuit's past interpretations of §101. See, e.g., State Street, 49 F. 3d, at 1373."

Thus while many believe that the Justices were giving their de facto blessing to business method and software patents, the Court was actually doing exactly the reverse, implying that they were abstract ideas. Before Bilski, if a method passed the MOT test, it was automatically statutory material. After Bilski, this no longer proves to be the case. Why is a paper copy of software code not patentable, yet running the exact same software code on a computer suddenly turn an old machine into a new patentable machine? The Justices are asking the same kind of questions. Similarly, business methods can also be viewed as simply algorithms that use old machines, such as computers, phones, or websites to pass the MOT test, but still be abstract ideas at their core.

At the end of the decision, the opinion also included this line:
"In disapproving an exclusive machine-or-transformation test, this Court by no means desires to preclude the Federal Circuit's development of other limiting criteria that further the Patent Act's purposes and are not inconsistent with its text.”
This is spoken by a Court that wishes to contract rather than expand the scope of §101.

In response to the prodding by the Supreme Court in this decision, the Lower Court may take a different approach to developing the requested "limiting criteria" for patent eligibility. Perhaps instead of tackling the difficult job of defining what is patentable without running afoul of the law, it would be easier for the Lower Court to use what has already been long settled as statutory limits and merely define certain classes of subject material as "abstract ideas". To be sure, there would be countless court battles over whether a specific process falls into one of those classes, but there is no statutory problem with rejection of abstract ideas.

Defining classes of ideas as "abstract" could be relatively easy. For software: that which does not cause a "further technical effect" and which does not go beyond the inherent technical interactions between hardware and software. Similarly, for any process or method: that which does not cause a "further technical effect" and which does not go beyond the inherent technical interactions between the process and a machine. This basically is how Europe does it and universal symmetry of patent eligibility may go a long way toward easing some of the uncertainties of product development and ownership so prevalent today.

Unfortunately, US patent law lacks a specific "technical effect" requirement like that which is present in European patent law, so a "technical effect" requirement in the US might suffer the same fate as the MOT test (ruled as being inconsistent with the text of patent law). Nevertheless, the act of defining certain classes of ideas as abstract is not inconsistent with the Patent Act. It would merely be a generalization of historical interpretations of patentable subject matter and Supreme Court precedents such as Benson, Flook, and Diehr. In contrast, the recent push to expand patentability to software and business methods, however well intended, is in violation of the same historical precedents.

In the end, the key point is that the Supreme Court's rejection of Bilski's claims had nothing to do with the MOT test, and instead was specifically based on the rule that claims "can be rejected under the Court’s precedents on the unpatentability of abstract ideas". The Court even gave us a second example of the same rationale in the Prometheus case. The Lower Court was then basically challenged to find "limiting criteria" for patent eligibility. Again, the key point is "abstract ideas should be rejected".

While it is quite unlikely that the Congressional intent of patentability of "anything under the sun that is made by man" will be changed by this ruling, therein may be the solution. People "have" ideas, but "make" products--even digital ones. It may soon be up to applicants to prove that their software or business methods "made" something instead of being abstract ideas they "had" and then just written down or codified.


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Intellectual Property in Taiwan – An Overview


Jeffrey Chang, NAIP Editorial

Taiwan is among the most active and important countries in the global intellectual property (IP) industry. In major IP markets like the United States, Japan and Korea, Taiwan consistently ranks among the top five filers. And in 2009, organizations and inventors from around the world filed for nearly 80,000 patents at Taiwan's Intellectual Property Office (TIPO). Taiwan's "miraculous" economic growth and transition from small goods manufacturer to a knowledge-intensive, high tech industry leader has made it an integral IP market for many global organizations. As a result, here we provide a broad, (but not exhaustive) overview of IP in Taiwan—its history, patent fundamentals, key figures, statistics and more—to help these organizations and inventors understand more about this influential and growing market.

Origins
The origins of the Taiwan IP system can be traced back as early as 1911 China, with the establishment of "Handicrafts Incentives Provisional Regulations" (獎勵工藝品暫行章程) by the Ministry of Commerce & Industry. In 1940, looking to improve the existing laws into a more formal system, the Ministry of Economic Affairs researched the patent laws of ten foreign countries and, after four years of debate, discussion and revision, promulgated the first official patent law in 1944. The law was never fully instituted, however, as in 1949 the Nationalist government was forced to retreated to Taiwan.

In Taiwan, IP issues were managed by the National Bureau of Standards (NBS), and the offices were initially located in Tainan before moving to Taipei in 1972. After a series of major revisions to IP law in the early 1990s, the NBS was reorganized and renamed the Intellectual Property Office in 1999. Since the reorganization, the office has made great strides in expanding the scope and detail of IP laws and regulations, and in tandem with the economic growth of Taiwan, the Taiwan IP industry is now a mature and vital part of Taiwan's economy, covering Patents, Trademarks, Copyrights, Trade Secrets and Integrated Circuit Layouts.

Patent System Fundamentals
Much of Taiwan's patent system was drafted with consideration of foreign laws and policies, so the Taiwan system retains thematic similarities to patent systems around world. Taiwan runs a "First-to-File" system and any natural (living) person or entity may file for any of three types of patents:

Invention Patents

For "any creation of technical concepts by utilizing the rules of nature," (Taiwan Patent Act Article 21). The term of exclusivity is 20 years.

Utility Model Patents

For "any creation of technical concepts by utilizing the rules of nature, in respect of the form, construction or installation of an article," (Article 93). The term of exclusivity is 10 years.

Design Patents

For "any creation made in respect of the shape, pattern, color or combination thereof of an article through visual appeal," (Article109). The term of exclusivity is 12 years.

The major distinction between an Invention Patent and Utility Model Patent is in patentable subject matter. Invention Patent protection covers a wider range of subjects including devices, methods, substances and biological materials. The scope of protection offered by Utility Model Patents is limited to devices (including their shape, structure and installation).

The Taiwan Intellectual Property Office

The main governing body for IP-related issues is the Taiwan Intellectual Property Office (TIPO), an administrative agency of the Ministry of Economic Affairs. The Office is currently located in Taipei City near the venerated National Taiwan University, with branch offices in Taichung, Hsinchu and Kaohsiung.

The current Director General is Wang Meihua, who was appointed in December 2007. Wang graduated from National Taiwan Normal University in 1980, majoring in law, and has spent her entire 30 year career in the Ministry of Economic Affairs, 22 of which have been at the intellectual property office.

Patent Agents & Attorneys

In Taiwan, both Patent Agents (專利代理人) and Patent Attorneys (專利師) are authorized to file patent applications on behalf of companies and inventors. Please note that a Patent Attorney is not an attorney-at-law and may not file infringement suits or defend against one. The Patent Attorney Law was established in 2008 as a replacement for the prior Patent Agent standard. Taiwan currently has over 690 active registered Patent Agents and Attorneys.

Patent Statistics

Data From TIPO

For the past five years approximately 80,000 applications have been filed each year for Invention, Utility Model and Design Patents. Invention Patent applications account for 60% or ~50,000 applications, and have accounted for much of the overall application growth, which has been in step with growth in patent offices globally.

Data From TIPO

For Invention Patent applications, residents (i.e. Taiwanese applicants) are not the majority filers, although in recent years the disparity has decreased.

Top Filers

Nationality

Applications

Invention

Utility Model

Design

Total

Percentage

TAIWAN

22,712

24,289

4,255

51,256

65.36%

JAPAN

9,082

87

1,111

10,280

13.11%

USA

7,822

154

442

8,418

10.73%

GERMANY

1,424

10

154

1,588

2.02%

SOUTH KOREA

1,409

27

90

1,526

1.95%

Data from TIPO

For 2009, the top overall patent filers by country were Taiwan, Japan, the United States of America, Germany and South Korea. China, though not listed below, has made substantial gains over the years and already ranks number seven, just behind Netherlands.
Top Resident Applicants- 2009

Rank

Applicant

Number of Applications

Invention

Utility Model

Design

Total

1

HON HAI PRECISION INDUSTRY CO., LTD.

2,269

818

163

3,250

2

INDUSTRIAL TECHNOLOGY RESEARCH INSTITUTE

796

20

4

820

3

INVENTEC CORPORATION

455

145

6

606

4

AU OPTRONICS CORPORATION

523

0

0

523

5

CHENG UEI PRECISION INDUSTRY CO., LTD.

25

281

133

439

6

MEDIA TEK INC.

343

0

0

343

Data from TIPO

Top Non-Resident Applicants- 2009

Rank

Applicant

Number of Applications

Invention

Utility Model

Design

Total

1

QUALCOMM INCORPORATED

1,230

0

0

1,230

2

SONY CORPORATION

490

0

35

525

3

KONINKLIJKE PHILIPS ELECTRONICS N.V.

360

0

36

396

4

TOKYO ELECTRON LIMITED

330

1

25

356

5

INTERNATIONAL BUSINESS MACHINES CORPORATION

352

0

0

352

Data from TIPO



Data From TIPO

The high tech industry dominates in Taiwan, with the majority of patents related to consumer electronics. When broken down into International Patent Classifications (IPC), over 63% are related to electronics.

IPC Sub-Categories

%

Basic Electric Elements

16.60%

Instruments - Computing; Calculating; Counting

10.17%

Electric Communication Technique

9.14%

Instruments - Optics

5.15%

Health; Life-saving; Amustment - Medical or Veterinary Science; Hygiene

5.06%

Other Electric Techniques

4.02%

Instruments- Measuring; Testing

4.01%

Chemistry - Organic Macromolecular Compounds; Their Preparation or Chemical Working-up

2.59%

Instruments - Photography; Cinematography; Analogous Techniques using Waves Other Than Optical Waves, Electrography; Holography

2.55%

Chemistry - Organic Chemistry

2.37%

Instruments - Educating; Cryptography; Display; Advertising; Seals

2.21%

Generation, Conversion, or Distribution of Electric Power

2.11%

Instruments - Information Storage

2.10%

Chemistry - Dyes; Paints; Polishes; Natural Resis; Adhesives; Other Compositions and applications of materials

1.85%

Basic Electronic Circuitry

1.61%

Data from TIPO

Global Cooperation & Priority Rights
In 2002 Taiwan became a member of the World Trade Organization (WTO), and thus adheres to the Trade-Related Aspects of Intellectual Property Rights (TRIPS) agreement. However, Taiwan is not a contracting member of the Patent Convention Treaty (PCT) and cannot be included in PCT applications.

Taiwan also has not signed the Paris Convention, although to fulfill the condition of WTO membership, Taiwan recognizes priority rights for applications from WTO, PCT and EPC member countries—provided the recognition is reciprocated for Taiwanese applicants (Article 27 of the Patent Act). This means the majority of non-residents filing applications at TIPO will be able to invoke their priority rights (the grace period is the standard 12 months). One notable exception is China, which does not recognize the priority rights of applications from Taiwan applications and vice versa.

On the Horizon
In less than a decade the Taiwan IP market has made significant growth, improvements and advances. Of course, the industry changes quickly. Major amendments to Taiwan's patent law are already in advanced draft stages, and include significant changes such as: providing more options for application restoration; allowing divisional applications even after notification of allowances; and incorporating inventive step into the disclosure grace period. Most recently, Taiwan and China signed a basic framework agreement on IP rights that will influence policy and IP strategies on both sides for decades to come. To stay up to date and informed of these developments, as well as news, IP events and more, be sure to subscribe to the NAIP Newsletter, or contact us at readersvc@naipo.com!

Resources & Links
Taiwan Intellectual Property Office
Taiwan Intellectual Property Court
Taiwan Intellectual Property Training Academy
NAIP Patent Blog


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By Charl Goussard, NAIP Legal Research
Photo by tacoekkel

On 20 August 2009, the European Patent Office (EPO) announced its decision to amend the rules relating to Divisional Applications. Since the publication of this first notice, the EPO consequently issued a number of explanatory notices, amendments to its Guide for Examinations and even a presentation explaining the effects of the amendments of the rules – all of which might pose as an excess of information for the untrained eye.
This article attempts to serve as a basic summary, in plain English (where possible), for non-practitioners, of the amendments and various notifications issued by the EPO with regards to the 1 April 2010 amendments to the rules for Divisional Applications.

These amendments came into effect on 1 April 2010.

Divisional Application Requirements

Jumping right in, we'd like to look at the two basic requirements for a Divisional Application filed with the EPO:

1. The patent which is intended to be divided must still be pending.
This means that the earlier patent must have been filed, but not yet granted, withdrawn, or deemed withdrawn on the day the divisional application is filed.

2. The divisional application must be filed within one of the following periods:
a) For Voluntary Divisionals: within 24 months of the Examining Division's first communication (called an "office action" at the USPTO) of the earliest application for which a communication has been issued. Thus, in the case of a sequence of EPO divisional applications, the 24 month time window is calculated from the date of the first communication issued for the earliest application in the sequence. Notification of the search opinion does not constitute a "first communication", since it is not issued by the Examining Division. Furthermore, the substance of the first communication is irrelevant for the calculation of the time window.
b) For Mandatory Divisionals: within 24 months of any first non-unity of invention objection from the Examining Division . Thus, each time the Examining Division raises a non-unity of invention objection for the first time, it creates a NEW time window of 24 months in which the applicant can file a divisional application. Notification of Summons to Oral Proceedings, or the minutes of a telephone conversation with the examiner, can also count as a communication (provided that lack of unity was the basis of the objection).

However, an objection of lack of unity in a Search Opinion is not considered to be a communication from the Examining Division and will not start the time window for filing a divisional application.

Transitional Arrangements

Before 1 April 2010, a divisional application could have been filed without consideration of a time window.

However, as explained above, the April amendments brought about a change in the time allotted to file divisional applications.

To accommodate for the transition the EPO has created a six months buffer period beginning 1 April 2010. Up until 30 September 2010, applicants will be allowed to file divisional applications even though their time windows have expired before 1 April 2010. If a time window is still open on 1 April 2010, but expires soon afterwards, the EPO will allow filings of Divisionals up until 30 September even though the time window has closed prior to that date.

The important date to remember in this transitional stage is 30 September 2010!

As of the 1st of October 2010, the EPO will strictly apply the new time window for divisional applications.

Language

The divisional application must be filed in the language of the proceedings of the earlier (parent) application. If the earlier application was not filed in one of the official EPO languages (English, French or German), then the divisional application may be filed in the non-official language of the earlier application. However, a translation will then have to be filed within two months.

Non-compliance with time limitations

If a divisional application is not filed within the 24 months window period, the application will be considered withdrawn.

Further Processing will not be possible (Further Processing is a procedure whereby an applicant can apply for an extension of a time limit).

Re-establishment of rights is, however, still available as a means to remedy the failure to observe the 24 month time window—but only if the necessary extraordinary circumstances can be proven.

Non-compliance with the time limits set for divisionals can result in fatalities for some potentially valuable divisional applications. It is therefore suggested that all currently pending applications be reviewed in order to secure filing of divisional applications before the 1 October 2010 deadline.

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What does the European Patent Office (EPO) look like?


By Charl Goussard, NAIP Legal Research


You've probably heard of the EPO and maybe you've even filed a patent through the Office, but have you ever wondered how this organization operates?

In an attempt to get a better understanding of the EPO, we've done some investigation and what follows is our understanding and a summary of the most prominent offices within the EPO.





The Administrative Council:

The European Patent Organisation is an intergovernmental organisation that was set up on 7 October 1977 on the basis of the European Patent Convention (EPC) signed in Munich in 1973.

Currently the EPO consists of 36 contracting states. Each of these contracting states is entitled to appoint one representative and one alternate representative to the Administrative Council of the EPO.

The Administrative Council's powers include the right to amend the time limitations related to the examination process of patent applications, the right to amend the implementing regulations of the European Patent Convention, to adopt or amend financial regulations and any employment regulations for permanent employees, and to adopt or amend rules relating to fees. Furthermore it has the competency to authorise the EPO President to negotiate and conclude agreements on behalf of the EPO.

The Chairman and Deputy Chairman of the Administrative Council are elected by the members from among the representatives of the Administrative Council and they are elected for a non-renewable period of three years. Leading the Administrative Council currently is the Chairman (Benoit Batistelli), Deputy Chairman (Jesper Kongstad) and Honorary Chairman (Roland Grossenbacher).

European Patent Office Management Team

Ensuring the day-to-day management, the examination of patent applications, the grant of European patents and various other activities, such as the provision of patent information and training services, is a highly competent and efficient management team headed by the EPO President, Alison Brimelow. Alison’s management team comprises five Vice Presidents and three other directors.

Boards of Appeal

Independent from the Office in their decisions and bound only by the European Patent Convention is the boards of appeal.

There are currently 26 technical boards of appeal, plus the Legal Board of Appeal, the Enlarged Board of Appeal and the Disciplinary Board of Appeal. The members and chairmen are appointed for a term of five years.

The boards of appeal currently receive about 2 000 new cases per year and settle about 1 600 cases. The public is informed about the decisions of the boards via the European Patent Register and the Official Journal of the EPO.

The Employees of the EPO

Running an organisation the size and complexity of the EPO requires dedicated staff. The EPO is definitely such a place! Being the second largest European Organisation it employs roughly 6500 staff from over 30 different countries.

The EPO is headquartered in Munich, but also has a branch in The Hague, offices in Berlin and Vienna, and a liaison office in Brussels.

Now that we have a slightly better understanding of the structure of the EPO, we plan to tell you “Who’s who" in our next issue.


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A Brief Overview of IC Design Protection

By Charl Goussard, NAIP Legal Research

What is Integrated Circuit Design?

Simply put, integrated circuit design has to do with the meticulous logic and techniques applied to the design of integrated circuits.

Integrated circuits (IC) are "miniature electronic components built into an electrical network on a monolithic semiconductor substrate by photolithography", which in more layman's terms, essentially means they are dozens or even billions of tiny inter-connecting electrical paths meticulously arranged onto a single piece of material, such as silicon.

In the past few decades the development of IC has arguably been the main driving force behind a majority of advances in technology. We find them in everyday goods, controlling the spin cycles of washing machines, keeping time in digital watches, and crunching whatever processes we are running on computers.

As markets drive toward smaller, faster, better electronics products, new IC chips must be produced to meet these demands. Due to the nature of IC, the majority of progress arises from the new, more effective and efficient designs and arrangements of the circuits. As a result, IC design is one of the most important fields in modern electronics.


The Need for Legal Protection:

Designing an IC chip is not a simple feat. As chips become even smaller, issues such as hot spots, leakage etc., make an effective, power-efficient designs extremely difficult to achieve. Successful designs usually result from the enormous effort of highly qualified experts coupled with huge financial investments.

However, copying each layer of an integrated circuit and preparing "pirated" integrated circuits can be done with relatively little effort.

Taking into account the enormous effort and cost to develop an IC design, the wide industrial applicability, the constant demand for improvement, and the ease at which such designs can be copied, it seems logical that some form of statutory protection should be afforded for the designers or owners of these designs.

But where do we find these rights?


Patent or Copyright?

Provided that an IC Design displays satisfactory inventiveness and meets the required standard of uniqueness, patent protection will always be an option for the protection of the intellectual property rights embodied in an IC Design.

However, the lion's share of IC Designs is considered obvious under the most patent systems given that they typically lack any improvement (inventive step) over their predecessors (prior art).

Here some might argue that IC Designs are sufficiently protected by Copyright laws, since Copyright usually applies to a wide range of creative, intellectual, scientific, or artistic forms (and what is IC Design but a form of technical art?). The United States Constitution expresses the intent of copyright as:
To promote the Progress of Science and useful Arts, by securing for limited Times to Authors and Inventors the exclusive Right to their respective Writings and Discoveries" (Article I, Section 8, Clause 8 United States Constitution).
Unfortunately, neither patents nor copyrights were deemed suitable, and in 1984 the United States passed the Semiconductor Chip Protection Act. Although codified under the same title as Copyrights, the Act is clearly intended to provide IC Designs with sui generis ("of its own kind") rights. It has some aspects of copyright law, some aspects of patent law, and in some ways it is completely different from either.


Legal Protection: Treaties, Laws and Regulations

The United States led the way in recognising the need for a special act to adequately protect IC Designs Rights. The Semiconductor Chip Protection Act enacted 17 U.S.C. §§ 901-914, which provides statutory protection for IC Design Rights in the US. The following extract from the Senate Report on the bill (S.Rep. No. 425, 98th Cong., 2d Sess. (1984) is self-explanatory:
In the semiconductor industry, innovation is indispensable; research breakthroughs are essential to the life and health of the industry. But research and innovation in the design of semiconductor chips are threatened by the inadequacies of existing legal protection against piracy and unauthorized copying. This problem, which is so critical to this essential sector of the American economy, is addressed by the Semiconductor Chip Protection Act of 1984. ...[The bill] would prohibit "chip piracy"--the unauthorized copying and distribution of semiconductor chip products copied from the original creators of such works.
According to the Act, IC Design rights exist when they are created, just like Copyrights, but unlike patents (which can only confer rights after application, examination and issuance). However, the exclusive rights afforded to the owners of IC Designs are more restricted than those afforded to both copyright and patent holders. Modification (derivative works), for example, is not an exclusive right for owners of IC Designs. Furthermore, the exclusive right granted to a patentee to "use" an invention, cannot be used to exclude an independently produced identical IC Design. In addition, reproduction for reverse engineering of an IC Design is specifically permitted by most laws.

Japan (1985) and the European Community (EC) countries (1987) soon followed and endorsed their own, similar statutes/directives recognizing and protecting IC Designs (also referred to as the "topography of semiconductor chips")

In 1989, a Diplomatic Conference was held in Washington, D.C., at which the Treaty on Intellectual Property in Respect of Integrated Circuits (IPIC Treaty) was adopted internationally. This treaty has been partially incorporated into the TRIPS agreement of the World Trade Organisation (WTO).


IC Design Protection in Major Countries

The United States, as mentioned above, were the first to protect IC-Design rights through the United States Code (17U.S.C. § 901(a) (2)). Dubbed "mask works", the Code defines IC Designs/Mask Works as:
a series of related images, however fixed or encoded, having or representing the predetermined, three-dimensional pattern of metallic, insulating, or semiconductor material present or removed from the layers of a semiconductor chip product, and in which the relation of the images to one another is such that each image has the pattern of the surface of one form of the semiconductor chip product.
The top IC markets all have passed their own Acts or Regulations that include variations of this definition. Below is a comparison of the IC Design Protection extended by the major IP offices in the world, as well as that afforded by the Taiwan IP office (TIPO).

right click and choose Save As to download a pdf of this chart(Right click and choose "Save As" to download a pdf of this chart)


Similar protection can also be found in The United Kingdom (Part III of the Copyright Designs and Patents Act – 1988, as modified by The Design Right (Semiconductor Topographies) Regulations - 1989), Australia (Circuits Layouts Act of 1989), Canada (Integrated Circuit Topography Act of 1990), Hong Kong (Lay-out Design (Topography) of Integrated Circuits Ordinance of 1994), and India (Semiconductor Integrated Circuits Layout Design Act of 2000). In Taiwan, IC Design Rights are protected by the Integrated Circuit Layout Protection Act of 1995.


Conclusion

Having had a brief overview of IC Design rights, it should now be clear that these highly lucrative rights are recognized and protected internationally as sui generis rights, under the umbrella of Intellectual Property Rights. With an exclusive time-frame of 10 years from its registration or start of commercial exploitation, these rights should be an impetus to develop, improve and invest in the economics of electronics – securing a brighter, lighter and faster future!

Photo by james4765

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http://www.flickr.com/photos/indieman/50552010/by Charl Goussard, NAIP Legal Research

In our previous article, we discussed the effect of overabundance, automation and outsourcing on today's businesses and how these three factors can be regarded as both initiators and obstacles in the forthcoming era in business – the Conceptual Age.

For a business to succeed, much less survive, in the Conceptual Age, its products and services must rise above these hurdles (and furthermore provide customers with a sense of meaning)--clearly not an easy task.

In their search to differentiate their products and services and ensure a place in the marketplaces of the future, businesses have tried new approaches, fresh ideas, sparks, innovation—or in short, CREATIVITY!


Defining Creativity

Businesses large and small assign a high value on the importance of novel and constructive initiatives (most often seen in the form of patents), which ostensibly flow from the "creativity" of their employees.

Now, most people have a vague understanding of "creativity", and they're probably not completely wrong—

But what exactly is this thing called "creativity"?

Turning to the academics for some elucidation, Amabile, in the Harvard Business Review (1998:4) states that creativity in individuals "is a function of three components: expertise, originality and motivation."



"Expertise" is having knowledge, which can be drawn from technical skills, process skills, and intellectual skills. Take a pilot for instance: technically, this person needs to understand the plane and the art of getting the birdie in the air. Procedurally he/she needs to comprehend the sequencing and result of all the actions needed to fly – and of course the Aviation Regulations! Lastly, it is important that the pilot has some basic intellectual capacity, after all – some calculations as to weight, fuel and speed have to be made to ensure a happy landing.

"Originality", on the other hand, relates to the flexibility and the degree of imagination that people employ when dealing with problems. This might not necessarily be a skill highly rated for pilots, but indeed one you’d need if you aspire to be a renowned architect.

"Motivation" refers to internal and external factors which move people to act. Internal factors which motivate individuals, include things such as personal goals, spirituality etc. and are difficult to influence. On the other hand, external factors, such as corporate culture, team work and leadership can more easily be used to motivate individuals and groups.


Fostering Creativity

Building a "creative" business environment in which these three components may effectively function together is a common and easily mishandled challenge for businesses. One of the major issues they face is of the working "atmosphere", and studies have shown that a working atmosphere that contributes to the fostering of creativity, has "risk taking, experimentation, freedom, and originality", as core principles (Jaskyte and Kisieliene, 2006:135).

These principles, as illustrated in the graph below, are interrelated and since all groups function uniquely, different interactions between these principles will certainly be observed in different groups. Our example of the interaction between these principles, in a R&D group tasked with creating new inventions, can be explained as follows:



To start with, freedom to invent seems to be the driving force within the group, allowing members to take more risk, to do more experimentation without fear of failure, and to come up with original ideas regardless of subsequent constraints. Originality, on the other hand, booms once freedom, risk taking and experimentation increases. An increase in experimentation leads to higher risk taking and subsequently more originality.

These interactions however, depend essentially on environmental factors such as leaders' behavior, the appropriate organizational structure, climate, culture, and human resource practices--and that's why it's so difficult.


The Creative Environment

What we've mentioned so far is all of a theoretical nature: implementing these principles into a business environment, however, is far more difficult. Indeed, if it were so easy, every second R&D department should become the next Google, Apple or Sony.

Let's take a look at a simple scenario - your average R&D department in a high-tech business:

Freedom?? Not only is the freedom to innovate usually limited to specific projects, within specific technological fields, but in addition it is limited by time and available budget. As a result, experimentation is limited to a small selection of "viable" options within these constraints. No "wasting" of recourses!!

Furthermore, most companies spend fortunes these days to determine and limit any possible risk, employing highly qualified legal counsel, meticulous auditors and stringent accountants for the job! In addition, R&D is assigned to the exclusive domain of engineers – creating an environment of like-minded individuals--a disastrous recipe for groupthink and creative crunch! But in all of their well meant efforts, it is originality that suffers... which means less quality inventions and weaker patents!


Archetypes of Creativity

Having created the right structures, leadership models, motivational environments etc., we still need to find the right PEOPLE to innovate. Another challenge...

Janis (1972) warned against the danger of "groupthink", which is a phenomenon that stifles group conflict at any cost, and consequently leaves no room for consideration of different options. Kurtzberg and Amabile (2000-2001) in view of that suggest that protecting and ensuring diversity among group members secures fruitful conflict bearing creativity.

Carefully selecting a diversity of creative archetypes may be a step in the right direction.

In this regard, Pink (2005: 2) advises that "Design. Story. Symphony. Empathy. Play. Meaning." are the creative archetypes which will be the pillars on which tomorrow's fortunes will be build. It is also these skills that will play an increasingly dominant role in future innovation and hence the filing of patents to support such innovation.

It is believed that organizations who embrace the right mix of creative archetypes, coupled with organizational structure, leadership and team development, will be able to make quantum leaps as far as product and service development is concerned. For the R&D focused industries, this will inevitably lead to leading patents and market dominance.


Next Month...

A closer look at Design, Story, Symphony, Empathy, Play and Meaning – the 6 creative archetypes mentioned by Daniel Pink


References:

Amabile, T.M. (1998), How to kill creativity, Harvard Business Review on Breakthrough Thinking, pp.1- 28.

Janis, I.L. (1972), Victims of Groupthink: A psychological study of foreign policy decisions and fiascoes, Boston: Houghton Mifflin.

Jaskyte, K. and Kisieliene, A. (2006), Determinants of Employee Creativity: A survey of Lithuanian Non-profit Organizations, Voluntas, Vol. 17, pp. 133-141.

Kurtzberg, T.R., and Amabile, T.M. (2000-2001), From Guilford to Creative Synergy: Opening the Black Box to Team-Level Creativity, Creativity Research Journal,Vol.13, Nos. 3&4, pp. 285-294.

Pink, D.H. (2005), A Whole New Mind, New York: Penguin.

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The Current Status of Software Patents in Europe

Photo by k0a1a.net

by Charl Goussard, NAIP Legal Research

Computer Implemented Inventions (CII's), or software, is a highly debated issue in the field of Intellectual Property. In some countries, such as Korea and Japan, software inventions are easily patentable. In Europe, however, applicants have to prove that their inventions make a contribution in a technical field before being granted a patent.

With computers being part of nearly every facet of modern life, the number of applicants seeking patent protection for CII's is ever increasing. According to the European Patent Office (EPO), the CII application category has had the steepest growth rate among all patent categories in the past few years.

As a result of this steep growth, CII's presented to the EPO undergo a thorough examination process aimed at distinguishing true technological innovations from mere variations of existing methods. In terms of patentability this means that the novelty and inventiveness of CII's, just as with other patents, are examined before being awarded EPO-patent status.


Defining CII's

CII's can be described as inventions that require a computer, a computer network or other programmable apparatus to be realised. To qualify as a CII, "...the invention also needs to have one or more features which are realised wholly or partly by means of a computer program..." – EPC.

In order to receive patent status from the EPO, the CII needs to fulfill the usual requirements of patentability applicable to all patent applications. Consequently, CII's will be considered by the EPO if they:
1. Have a technical character and solve a technical problem
2. Are new
3. Involve an inventive technical contribution to the prior art

Patentability of CII's at the EPO

The EPO emphasizes that CII's should create new technical solutions; thus, if a computer program fails to succeed in solving a technical problem, such invention will not be awarded a patent.


A Closer Look at the Law: Patentable inventions – EPC Art. 52

(1) European patents shall be granted for any inventions, in all fields of technology, provided that they are new, involve an inventive step and are susceptible of industrial application.

(2) The following in particular shall not be regarded
as inventions within the meaning of paragraph 1:
    (a) discoveries, scientific theories and mathematical
    methods;
    (b) aesthetic creations;
    (c) schemes, rules and methods for performing mental acts, playing games or doing business, and
    programs for computers;
    (d) presentations of information.
In particular, the EPO will not grant a patent if the invention is nothing more than a computer-implemented business method.

Art 52(2) (c) of the European Patent Convention (EPC) makes it clear that a program for a computer cannot be granted patent status. The exception is if such a program causes a further technical effect that is more than the normal technical interactions between hardware and software.


How does this affect the real-life scenario?

In short: inventions that fail to create a technical process, but merely use a computer program to create a business process, will not be granted patent status.

Using conventional computer technology and computer networks to solve business problems or to create novel business data will fail to make a technical contribution to the existing technology. Despite the business advancement such an invention may create, the EPO will refuse the grant of a patent based on its lack of technical contribution.


The Current Situation at the EPO


Interpretation of the law regarding the patentability of CII's has not been without controversy and uncertainty. As a result of the numerous divergent decisions of the EPO's Boards of Appeal, current EPO President, Alison Brimelow, has recently referred four questions regarding CII's patentability to the Enlarged Board of Appeal of the EPO.

The questions aim at ensuring certainty on when a claim as a whole falls under the exclusion of Art 52 EPC. While the Board has yet to respond to the questions, below each question is a short discussion of the current case law related to the question.


Mrs. Brimelow's Questions:
1) Can a computer program only be excluded as a computer program as such if it is explicitly claimed as a computer program?
A potential answer lies in the decision of the IBM case (T1173/97), that "...technical character for the claimed program is needed".
Thus, whether claiming a "computer program" as such or not, the threshold for granting a "software" patent lies with its technical character.

However, in contrast to the IBM decision, T424/03 stated that a computer program should be claimed as a "computer implemented method".

Despite these apparent contradictions, the Board of Appeals will likely stick to the technical requirements as explained in the IBM-case (in the light of the inventive step requirement of Art 56 EPC) rather than a pure semantic interpretation of EPC Article 52, as seen in T424/93.

2(A): Can a claim in the area of computer programs avoid exclusion under Article 52(2)(C) and (3) merely by explicitly mentioning the use of a computer or a computer-readable data storage medium?

2(B): If question 2(A) is answered in the negative, is a further technical effect necessary to avoid exclusion, said effect going beyond those effects inherent in the use of a computer or data storage medium to respectively execute or store a computer program?
Once again, the leading IBM decision (T1173/97) seems to provide guidance in stating that: "...computer program is patentable when it has technical character".

Thus, it seems that the mere mentioning of "the use of a computer or a computer-readable data storage medium" will not be sufficient to avoid exclusion. Proof of the invention's technical character will have to be examined.

3(A): Must a claimed feature cause a technical effect on a physical entity in the real world in order to contribute to the technical character of the claim?

3(B): If question 3(A) is answered in the positive, is it sufficient that the physical entity be an unspecified computer?

3(C): If question 3(A) is answered in the negative, can features contribute to the technical character of the claim if the only effects to which they contribute are independent of any particular hardware that may be used?
With regards to the third question, current decisions in T163/85 & T190/94, which state that "...a technical effect on a physical entity in the real world is required" seem to answer 3(a) in the positive.

The positive answer in 3(a) then leads us to 3(b), where T424/03 guides us in stating that, "...a technical effect confined to a respective computer program is sufficient". Note that T424/03 states the word "sufficient" and not "necessary". As a result, the use of some other criteria to obtain patentability might be admitted.

4(A): Does the activity of programming a computer necessarily involve technical considerations?

4(B): If Question 4(A) is answered in the positive, do all features resulting from programming thus contribute to the technical character of a claim?

4(C): If Question 4(A) is answered in the negative, can features resulting from programming contribute to the technical character of a claim only when they contribute to a further technical effect when the program is executed?
Currently, T1177/97 and T172/03 state that "...programming is along the same line as the configuration of a technical apparatus", whereas T1173/97 and T833/91 specifically state that "...(a) programmer's activity falls within the exclusion in Art 52(2) EPC. Programming is only a mental act."
According to T1173/97 and T833/91, more than a mental act is required – a further technical step is required.

The fourth question assumes a distinct parting between the tasks of engineering and programming – the reality is that these tasks are often simultaneously conducted. It will be interesting to see which line of thought the Board of Appeals follow in their answer.

Conclusion

As to the interpretation of the law and the answering of these questions, we can only speculate what the Enlarged Board of Appeal will decide and consider in their answer. Until then, we'll have to hover in the cloud of uncertainty which covers the software patentability at the EPO.


Related Links:

EPC Article 52
http://www.epo.org/patents/law/legal-texts/html/epc/1973/e/ar52.html

T_1173/97
http://legal.european-patent-office.org/dg3/biblio/t971173ep1.htm

T424/03
http://legal.european-patent-office.org/dg3/biblio/t030424eu1.htm

T_0163/85
http://legal.european-patent-office.org/dg3/biblio/t850163fp1.htm

T_0190/94
http://legal.european-patent-office.org/dg3/biblio/t940190eu1.htm

T_1177/97
http://legal.european-patent-office.org/dg3/biblio/t971177eu1.htm

T_0172/03
http://legal.european-patent-office.org/dg3/biblio/t030172eu1.htm

T_0833/91
http://legal.european-patent-office.org/dg3/biblio/t910833eu1.htm

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Harbingers of Change—RPX Update

This week RPX released a wealth of new details about its business model on its website, and much discussion is already occurring on the web (and likely in business board meetings as well). Read the updates here.

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Photo by Redvers: http://www.flickr.com/photos/j-no/2876709608/
By Jeffrey Chang


(Updated with new details from RPX 11/27/2008)

The past few years has seen the introduction of several controversial participants to the global patent ecosystem. The most well known, Intellectual Ventures (IV), has already grown to become a several billion-dollar operation, and just recently has announced an expansion into Asia. 2008 has also seen organizations like Allied Security Trust (AST) and RPX emerge, with both boasting substantial capital funding.

Who exactly are these participants? They call themselves patent trusts, patent acquisition services companies and patent investment funds. Others have called them patent trolls, anti-patent trolls, patent buying cooperatives, and so on. But regardless of who they are and what they are called, they are undoubtedly a growing power in the global IP industry—major players who will shape the future of IP.


"Non-Traditional Participants"

In contrast to "traditional" participants (such as inventors, engineers, agents and lawyers), IV, AST and RPX are more similar to non-practicing entities (NPE), patent pools and other “non-traditional” participants. Yet because these organizations are relatively new, they do not settle cleanly into these existing classifications.

    Intellectual Ventures
Founded in 2002 by former Microsoft CTO Nathan Myrvhold, Intellectual Ventures claims to be an "Invention Company" whose purpose is "highlighting the business of invention and providing a means for inventors to be fairly compensated for their work." IV does not manufacture or produce any products (the patent or patent portfolio is the product), and develops patents internally or acquires them through (often clandestine) deals. The IV website states that eventually they will market and assert their patents on a "broad and non-exclusive basis."

Details are scarce as to where IV acquires funding for these activities, but major contributors include Microsoft, Intel, Sony, Google and so on. These mega-corporations signed on initially due to IV's unique proposition: IV would apply for and acquire patents as a preventative measure against patent trolls. The corporations would additionally be required to license any patents they used, but they would also share in the profits this "patent hedge fund" would produce.

    Allied Security Trust
In 2008, a group consisting of Verizon, Cisco, Google, Telefon AB L.M., Ericssson, HP and five other major high tech heavyweights founded the Allied Security Trust. AST's stated purpose is to address "the increasing need for innovative companies to defend against costly patent law suits." Like Intellectual Ventures, AST does not produce or manufacture. But unlike IV, AST only purchases patents, and does so in order to grant the member companies non-exclusive licenses. AST has stated it will not assert patents against other companies and all patents are resold into the market after a period of time.

Corporations become a part of AST by paying US$500,000 membership fee and contributing US$5 million into a fund to purchase patents. Profits are not a goal. In fact, AST is attempting to inoculate its member companies from potential infringement suits.

    Rational Patent Exchange
RPX made a big splash in September of 2008 by announcing it had acquired funding from top investment firms Charles River Ventures and Kleiner Perkins Caufield & Buyer. Few had known about RPX prior to the announcement, and many were surprised to hear a number of details, including: 1) the founders are ex-Intellectual Ventures bigwigs John Amster and Geoffrey Barker; 2) they plan to purchase US$100 million in patents & patent applications; 3) they already have US$30 million.

RPX, a "patent acquisition services" company, has not elucidated its business model, but according to statements from Amster and the company's own communication materials, RPX will acquire patents to prevent NPEs from asserting them against operating companies. RPX will not develop these patents, but neither will it assert them against other companies. Instead RPX will generate revenues from licensing and selling the patents, which will be critical to their continued operation because RPX "does not expect to seek other direct equity investments either from venture capitalists or high tech companies."

(Update 11/27/2008)
RPX describes its business as "Defensive Patent Aggregation" club. RPX will act independently to purchase patents that would presumably otherwise be purchased and asserted by NPE / Patent trolls. Then companies pay an "annual fee to have a license to all patents and associated rights in the aggregation." This fee is between $35,000 and US$4.9 million a year, dependent on the company's operating income. Over time, a member would eventually gain rights to patents in perpetuity, whether they continue to pay membership or not (they may also purchase the rights for a one time fee).

Founder John Amster as stated that RPX "needs at least 20 members to remain cash-flow positive." Currently, mega-corporations IBM and Cisco have signed up, significantly raising the RPX's credibility. RPX will focus on IT, software, e-commerce, mobile communications, networking, and consumer electronics device patents.



Compared Against Existing Non-Traditional Participants
Intellectual Ventures (IV) is most like...
Non-Practicing Entities
except...
A patent owner who does not manufacture or use the patented invention, but rather than abandoning the right to exclude, an NPE seeks to enforce its right through the negotiation of licenses and litigation..Holds tens of thousands of patents
.Manages patents into "funds" for investors
.Licensees can also buy into these patent funds
.Has not yet engaged in litigation

RPX is most like...
Patent Holding Companies
except...*
Companies set up to administer, consolidate and license patents or otherwise enforce patent rights, such as through litigation.Will offer services on behalf of, but not be a part, of any specified company
.Major investors are a group of venture capitalists, not patentees
."An affordable service model that reduces the threat of assertion and litigation and provides efficient patent protection to subscribing companies."
*See updates

Allied Security Trust (AST) is most like...
Patent Pools
except...
Consortiums of at least two companies agreeing to cross-license patents relating to a particular technology..Acquiring mutually-beneficial patents, not cross-licensing, is the main goal
.Non-exclusive licensing rights of patents purchased are granted to members
.Patents are re-sold into the market
.Does not engage in litigation



Controversy

What really sets each of these entities apart from previous "non-traditional participants", however, is the purpose and intent of their existence. Each has, at one point or another, (including IV) been hailed or proclaimed itself as the Anti-Patent Troll. One of the principle philosophies behind companies like IV and AST was that buying (or innovating) critical patents would be taking a potential weapon-of-mass-litigation out of the market equation. This position helped these organizations raise hundreds of millions of dollars from corporations.

But for all the rhetoric, many remain suspicious. Indeed, patents are not being removed from any equation; they are just changing hands from unknown variable to known variable. Intellectual Ventures, which was initially called the "Patent Defense Fund", eventually dropped the moniker and business model in favor of "Intellectual Ventures" and a private equity model. Today IV holds over US$5billion worth of patents and extracts hundreds of millions in licensing fees a year. Recent news reports have suggested the licensees are not very happy 1 and Internet blogs and forums constantly post fears of licensing Armageddon.

When AST emerged publicly in 2008, and seemingly in response to IV, they sought to allay similar fears through its self-described "Catch & Release" model. After purchasing a patent and granting its members non-exclusive licenses to it, the patents are resold into the market. AST members, in effect, would be inoculated to any potential infringement cases.

However, in this arena, AST competes directly with IV, who has moved more quickly, independently, and often secretly, in purchasing patents. In contrast, industry insiders say AST does not yet have the procedures to act as quickly or efficiently. IAM magazine reports that "purchases have to be given the green light by members before they can happen – something that could potentially mean long delays and lost opportunities." 2

What remains to be seen is the role RPX will serve. Having promised not to assert patents it acquires, and also not rely on VC or corporate funding, the question is how RPX will operate. RPX claims details will come in October 2008, although as of this article's publishing, none have been released.

(Update 11/27/2008)
With respect to some of the shortcomings of both IV and AST, RPX does attempt to address the litigation issue by promising not to assert patents. Also, because RPX will act independently in purchasing patents, they would likely be able to react more quickly to certain "hot" patents than AST. However, RPX's subscription model does raise questions, such as the free-rider problem, which Amster discusses here.


Conclusion

The emergence of Intellectual Ventures, Allied Security Trust, and Rational Patent Exchange is just the beginning of a new era in IP. Today the market views IP ever more as an asset that can be traded and as a weapon that can be astonishingly effective. As a result, traditional participants in the industry have had to make adjustments, sometimes difficult ones, to adapt to the rise of NPEs, patent holding companies and patent pools and now, new organizations like IV, AST and RPX.

The next logical questions then, concern the effect these organizations will have on the industry. How will large corporations, who have financed these entities, react to ever increasing licensing payments? What of small inventors and businesses? Are these entities a form of anti-competitive measures by big business, as theorized by one blogger?3 Or will they provide inventors with better, fairer compensation? Will this ultimately provide consumers with more choices and lower prices because corporations have better access to technologies and fewer litigation suits? Or will it mean fewer choices and higher prices because corporations will be paying licensing fees that they may have traditionally ignored in the past. And finally, for our readers, what will be the affect in Asia, especially now since IV has expanded into the region.

Whatever the answers, all players and participants in the IP industry would be wise to keep an eye on the shift that is occurring—one that is already changing the way we look at innovation and intellectual property, and already changing the foundations of the IP industry.


Relevant Links:


References:

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An Index of IPR Holders - Part II: The Index

By Dean Tan
Translated by Jeffrey Chang

The IPR Holders listed in this index are categorized by the following technologies:
    1. VIDEO COMPRESSION / CODEC / BROADCASTING STANDARDS
    2. SPEECH AND AUDIO CODECS / COMPRESSION
    3. WIRELESS COMMUNICATION STANDARDS
    4. DIGITAL TV/HOME ENTERTAINMENT
    5. OPTICAL STORAGE MEDIA - DVD/ HD DVD/ Blue-Ray Disc/ CD
    6. RFID
    7. BROAD RANGE OF IT-RELATED TECHNOLOGIES
    8. INTERNET BROADCAST MEDIA
    9. DIGITAL RIGHTS MANAGEMENT
    10. SEMICONDUCTOR MANUFACTURING
    11. INTEGRATED CIRCUIT/ ELECTRONICS MANUFACTURING
    12. TELECOMMUNICATIONS
    13. INTERNET VIDEO STREAMING
    14. PHARMACEUTICAL / LIFE SCIENCE / GENOMICS
    15. NANOTECHNOLOGY – ADVANCED MATERIALS
    16. CHEMICAL/PETROCHEMICAL
    17. BROAD RANGE OF VARIOUS TECHNOLOGIES


The 59 IPR Holders indexed here are further classified into types:
    Patent Pools: 1, 2, 3, 5, 6, 7, 11, 13, 14, 16, 17, 19, 21, 25, 34, 35, 36, 41, 43, 46, 54, 58, 59
    Patent Holding Companies: 4, 12, 31, 40, 49, 50, 51, 52, 53, 56, 57
    Large Enterprises: 8, 9, 10, 15, 18, 20, 22, 23, 24, 26, 28, 29, 30, 32, 33, 38, 39, 42, 44, 45, 47, 48, 55
    Individual Inventors: 27, 37



1. VIDEO COMPRESSION / CODEC / BROADCASTING STANDARDS Back to Top
    1. MPEG LA
Patents on: MPEG-2, ATSC, AVC/H.264, VC-1, MPEG-4 VISUAL, 1394; in-development technologies such as: Blue Ray Disc, DRM.

    2. Sisvel
Patents on telcom technologies, including: MPEG audio, TOP teletext, DVB-T, WSS; in-development technologies such as: DVB-H, CDMA 2000, DMP, Digital Media Project.

    3. Audio Video Coding Standard Workgroup of China
A Mainland Chinese organization

    4. DivX
Patents on high-definition digital media format technologies for PCs, mobile devices and televisions, including: high-definition DivX codec, DivX player, h.264.


2. SPEECH AND AUDIO CODECS / COMPRESSION Back to Top
    5. Sipro Lab Telecom
Patents on telcom technologies, including: G.729, G.723.1, G.729.1, G.711.1; in-development technologies such as: ITU-T G.729.1, ITU-T G.729.1.

    6. VoiceAge
Patents on speech and audio compression technologies, including: AMR (Adaptive Multi-Rate), G.722.2, AMR-WB+ (3GPP), G.729; G.723.1, ACELP®.net, VMR-WB, EVRC, etc....

    7. Thomson
Patents on MP3 encoding/decoding/software/broadcasting/streaming, including: MPEG-1/MPEG-2 Layer 3 (mp3), mp3PRO, mp3surround.

    8. Dolby Laboratories
Patents on lossy audio compression, including: Dolby® Digital (AC-3), Dolby® Digital Plus, Dolby® TrueHD, Dolby® Digital Live, etc....


3. WIRELESS COMMUNICATION STANDARDS Back to Top
    9. Qualcomm
Patents on an extremely broad range of wireless technologies, including: cdmaOne, CDMA2000, WCDMA, CDMA TDD, GPRS/EDGE, OFDMA, microprocessors for commercial wireless devices, encryption technology, mobile OFDMA technology, Mobile Multicast Media Technologies, Interferometric Modulation (IMOD) display technology, etc….

    10. Ericsson
Patents on a broad range of mobile and broadband Internet technologies, including: 3GPP IMS (IP Multimedia Subsystem), GSM/GPRS, TD-SCDMA, WCDMA/HSPA, cdma2000, MBMS (Multimedia Broadcast Multicast Service), DVB-H (Digital Video Broadcasting - Handheld), etc....

    11. Open Patent Alliance
Patents on wireless, in-development technologies such as: WiMAX, IEEE 802.16e.

    12. Wi-Lan
Patents on broadband wireless technologies, including: CDMA, DOCSIS, DSL, Wi-Fi, WiMAX (4G) – IEEE 802.16, V-chip.

    13. NGMN
Patents on broadband wireless technologies, including: Next Generation Mobile Networks.

    14. 3G Licensing Limited
Patents on 3G technologies, including: W-CDMA related products.

    15. Interdigital
Patents on a broad range of wireless communication technologies, including: dual mode modem technology with high-performance HSDPA and HSUPA, 2G baseband solution, 3G baseband solution, dual mode baseband ASIC, TDMA and CDMA wireless systems, etc....

    16. Variety of Wireless Companies
Patents on next generation wireless networking, in-development technologies, such as: Long-Term Evolution (LTE) technology.


4. DIGITAL TV/HOME ENTERTAINMENT Back to Top
    17. United License for Digital Age
Patents on Digital TV Tuner/electronic program guides, including: Association of Radio Industries and Business (Arib) Standards.

    18. Macrovision Solutions
Patents on Digital Home Entertainment Protection/Enhancement/Distribution/Management, including: Interactive Program Guides (IPGs), ACP technology (copy protection).


5. OPTICAL STORAGE MEDIA - DVD/ HD DVD/ Blue-Ray Disc/ CD Back to Top
    19. DVD6C Licensing Agency
Patents on DVD hardware/software technologies, including: DVD-ROM, DVD-Video, DVD-Audio, DVD-R, DVD-RAM, DVD-RW, DVD Video Recording, +R/+RW Discs.

    20. Philips
Patents on a broad range of technologies, including: Mp3, AVC/H.264, MPEG-2, MPEG-4 Audio, UMTS, VC1, Blue-Ray Disc Player, Blue-Ray Disc Recordable Disc, CD Disc, CD Player, CD-RW Disc, DVD, HD DVD, etc….


6. RFID Back to Top
    21. RFID Consortium
Patents on RFID reader and label products (working with Via Licensing), and in-development technologies such as: UHF RFID.


7. BROAD RANGE OF IT-RELATED TECHNOLOGIES Back to Top
    22. Microsoft IP Licensing
Patents on a broad range of IT-related technologies, including: algorithms & theories, hardware development, human-computer interaction, machine learning, adaptation and intelligence, multimedia and graphics, security and cryptography, social computing, system, architecture, mobility and networking, information search and retrieval.


8. INTERNET BROADCAST MEDIA Back to Top
    23. Microsoft Windows Media Licensing
Patents on Windows Media Related Products and Services, including: Windows media DRM, PlaysForSure-verified, Windows Media Technologies for Consumer Electronic Devices, windows media audio decoder and encoder, Windows Media Encoder, etc….


9. DIGITAL RIGHTS MANAGEMENT Back to Top
    24. Intertrust Technologies
Patents on DRM and Trusted Computing technologies, including : Marlin, OMA DRM.


10. SEMICONDUCTOR MANUFACTURING Back to Top
    25. SOI Industry Consortium
Patents on silicon-on insulator (SOI) innovation in Semiconductor Manufacturing.

    26. Mosaid Technologies
Patents on semiconductor and telecom technologies, including: Wireless technology, Pseudo-SRAM, DRAM, SDRAM, Multi-level DRAM, Computational memory and graphics, Embedded DRAM, Networking.

    27. Gertrude F. Neumark
Patents on fundamental low resistivity semiconductor doping methods; able to make high spectral range LEDs, such as blue and green, commercially feasible.

    28. Freescale Semiconductor
Patents on a wide variety of IC/Semiconductor technologie; Working with IBM on CMOS and SOI, low-power and high-performance technologies; over 5500 patent families.


11. INTEGRATED CIRCUIT/ ELECTRONICS MANUFACTURING Back to Top
    29. Tessera
Patents on semiconductor packaging, interconnect and consumer optics technologies, including: CSP, µPILR Interconnect Platform, MCP, Wafer-Level Camera, Wafer Level Packaging (WLP), Micro-Optic Fabrication, Camera Lens Focusing, OptiML™ UFL solution, OptiML™ Zoom solution.

    30. Rambus
Patents on a broad range of technologies in Chip Interfaces, System Design, and Packaging, including: logic and controller interfaces, memory architecture, high-speed parallel and serial links, low-power signaling technologies, XDR DRAM device for HDTV, and others.

    31. Alliacense
Patents on a broad range of fundamental patents in microprocessor, Digital Signal Processor, embedded processors, and System-on-Chip; logic circuits; and flash read/write technology, including software, firmware, hardware, and mechanical designs, including: Moore Microprocessor Patent™, CORE Flash™, Fast Logic™, multicore processors, flash media storage, microprocessor architecture, high-speed logic circuits.

    32. ARM
Provides turnkey solutions in various licensing options such as foundry license, implementation license, architecture license, etc.., including: 32-bit embedded RISC microprocessors - microprocessor architecture (turnkey), system-on-chip.


12. TELECOMMUNICATIONS Back to Top
    33. Alcatel-Lucent
Over 25,000 active patents and patents on a broad range of telecommunication technologies, including: multimedia and convergent services and applications, new service delivery architectures and platforms, wireless and wireline, broadband access, packet and optical networking and transport, network security, enterprise networking and communication services, fundamental research in nanotechnology, algorithmic, and computer sciences.

    34. Cablelabs
Non-profit R&D consortium with patents in cable telecommunications technologies, including: DOCSIS® modems technology, PacketCable-compliant products, DFAST for UDCP, VOD metadata technology.

    35. S2 Licensing
Patents on Digital satellite transmission specification, including: DVB-S2.

    36. Allied Security Trust
Patents on a broad range of IT-related and telecommunications technologies

    37. Ronald A. Katz
Patents on inventions related to toll free numbers, automated attendant, interactive call processing services, automated call distribution, voice response unit, computer telephone integration and speech recognition.

    38. Aware
Patents on DSL technologies used in CO and CPE applications, including: DSL chip set, VDSL2, ADSL+, ADSL2, ADSL.

    39. Nokia Intellisync
Patents on communication data synchronization infrastructures, including : Intellisync PIM Platform, mobility infrastructure and synchronization platform, Intellisync Mobile Suite Platform.


13. INTERNET VIDEO STREAMING Back to Top
    40. Burst
Patents on video and audio delivery software for IP networks


14. PHARMACEUTICAL / LIFE SCIENCE / GENOMICS Back to Top
    41. MSF Campaign for Access to Essential Medicines
Patents on AIDS medicine, antiretroviral drugs.

    42. GE Life Sciences
Patents on cellular biology applications for visualizing proteins within living cells without the need for chemical staining, including: Green fluorescent Proteins (GFPs), Screening & lead profiling for cellular assays, Track proteins in living cells, Functional genomics.

    43. Utek
Patents on a very broad range of life sciences technologies.


15. NANOTECHNOLOGY – ADVANCED MATERIALS Back to Top
    44. Unidym
Patents on mass production of carbon nanotubes, including: compostion of matter for high-purity CNTs, derivatized CNTs, electrical conductors containing CNTs, CNT ropes, CNT composites, CNT dispersions, CNT arrays and CNT fibers, CNT Synthesis, post-synthesis treatment of CNTs, modification and manipulation of CNTs, Articles of Manufacture for CNT-containing products, etc....

    45. Dendritic Nanotechnologies
Patents on manufacturing precise nanostructures having high surface area to volume ratio, including: Priostar dendrimers.

    46. Geron
Patents on animal cloning technologies, including: nuclear transfer cloning technology.


16. CHEMICAL/PETROCHEMICAL Back to Top
    47. Dow Chemical
Patents on petrochemical technologies, including: Polypropylene, Ethylene Oxide/Glycol, Low Pressure Oxo, purified terephthalic acid, Ceramics, lasma, and others.

    48. Exxon Mobil
Patents on petrochemical technologies, including: Selective Cracking Optimum Recovery (SCORE) ethylene process, aromatics production, zeolite catalysts, steam cracking technology, furnace technology, SCORE ethylene process, low density polyethylene technology, polypropylene technology.


17. BROAD RANGE OF VARIOUS TECHNOLOGIES Back to Top
    49. Industrial Technology Research Institute
Main goal is to help technology companies from Taiwan to compete globally. Patents on: Communication & Optoelectronics, Precision Machinery and MEMS, Materials and Chemical Engineering, Biomedical Technology, Sustainable Development, Nanotechnology.

    50. Massachusetts Institute of Technology
Patents on: RNAi (Tuschl Patents), Optical Communications, Computer Security Software Technology, Software Technology, Reagents & Materials, and others.

    51. University of Texas at Austin
Patents on: computing technologies, life sciences, nanotechnologies, physical sciences, and 211 other titles.

    52. Stanford University
Patents in the life sciences industry: agriculture, computer, diagnostic, genomics, healthcare; physical science industry: chemical, communications, computer, internet, material, MEMS, nanotechnology, photonics, semiconductor, recombinant DNA cloning, chimeric receptors, fluorescent conjugates for analysis of molecules, functional antigen-binding proteins, fiber optic amplifier, FM sound synthesis, and more. http://www.iphandbook.org/handbook/ch17/p13/

    53. University of California
Patents in: Biotechnology, Chemicals, Computer Hardware, Energy, Advanced materials, Pharmaceuticals, Photonics, Computer Software, Telecommunications & Internet, Transportation, and more.

    54. Via Licensing
Patents on multimedia distribution and broadcasting, including: IEEE 802.11, Multimedia Home Platform, MPEG-2 AAC, MPEG-4 Audio, OpenCable Applications Platform (OCAP), TV-Anytime TVA-1; in-development technologies such as: Agora C, UHF-RFID, Digital Radio Mondiale, IEEE 802.11 Networking, IEEE 802.16 Networking, MPEG-4 Audio, Near Field Communication.

    55. IBM
Patents on a broad range of IT technologies, including: Display, Network Computing, Microelectronics, Storage, Software, Server.

    56. Acacia Technologies
Over 97 patent portfolios on a broad range of technologies, including: semiconductor, MEMS, audio/video, computer, database, DRAM, image processing, flash memory, microprocessor, peer to peer communications, pointing device, projector, and more.

    57. Federal Laboratory Consortium for Technology Transfer
Patents on a broad range of technologies, including: advanced scientific computing, basic energy, biological science, environmental research, fusion energy, nuclear physics, vehicular propulsion, sensors, aeronautical systems, microfludics, nanoelectronic, hydrogen-from-coal, clean coal, oil and natural gas, gas storage technology, and more.

    58. Spark IP
Patents on a broad range of technologies with over 8900+ technologies for licensing.

    59. Exploit-IP
Patents on a very broad range of technologies ; supported by the Singapore Ministry of Trade & Industry

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