12.28.2020

Changes in intellectual property rights in the UK after Brexit

 


Changes following UK withdrawal from EU,

On January 31, 2020 local time, the British Parliament officially declared withdrawal from the European Union (EU), which has been in progress since 2016. After that, the EU and the UK agreed to make the transition period until December 31 this year, to maintain the relationship and to negotiate future relations such as trade agreements. From next year when the agreement ends, changes are expected in many areas, as well as in the economy and trade.


▲ pixabay.com

Patents not affected by Brexit,

The European Patent Office (EPO) was created under the European Patent Convention, which entered into force in 1977. The EU, which started in 1994, tried to establish an integrated patent management agency under the EPO, but it didn’t make it in the end because the UK delayed the final decision. For this reason, EPO as an independent organization regardless the EU, has been examining and registering European patents to date. Therefore, even if the UK leaves the EU, there is no change in patent applications or registrations.


▲ epo.org


Changing trademark system,

Unlike patents, trademark designs in Europe are managed by the European Intellectual Property Office (EUIPO), an EU-affiliated organization. For this reason, there will be changes in the trademark system after Brexit. First of all, if not exceptions, trademarks that have been applied to the EUIPO by September of this year or have already been registered will be transferred to the UK Intellectual Property Office (UKIPO). Rights transferred up to and including that period are recognized both in the EUIPO and in the UK, and'UK009' is added before the UK registration number. Also, for pending trademarks, if you do not want to register in the UK, you must apply for an exception to the UKIPO. Trademarks filed after the transferring period can only be obtained by separately re-application to UKIPO. In addition, even if it is a registered trademark, if it is released next year, it must also be re-filed to the UKIPO. Trademarks expiring this year can be renewed at EUIPO, but rights expiring from January next year can only be renewed at UKIPO.


▲ euipo.europa.eu

From next year, trademarks filed in the UK will follow British law, not European law. If you are planning to file, you should understand and prepare for this point.






12.22.2020

Smartphone evolving into flexible display

 


Converting to flexible display,

Smartphone manufacturers have continued research and development to develop display types. In particular, it is trying to change from a general flat display to a flexible display that can fold or roll the screen. This is because flexible displays have a smaller volume than general displays, and are made of special plastics instead of glass, which improves durability. In 2013, Samsung introduced the world's first Galaxy Round with a curved display. Since then, it has begun to market continuously developed products, such as releasing edge smartphones equipped with flexible displays that are curved at the corners of smartphones.


🔺 samsung.com

Foldable smartphone,

Six years after entering the flexible smartphone market with the Galaxy Round, Samsung unveiled the Galaxy Fold, a folding smartphone. Fold was sold out worldwide, drawing attention from around the world. Flip and Fold 2, which were released in succession, also succeeded, solidifying their position in the foldable smartphone market. Since then, many foreign media have wondered what the next smartphone will be like. Samsung's next smartphone was indirectly found through Samsung's patent, which was released at the USPTO on the 19th. The published patent name is ‘Multi-Foldable electronic device’. The Folds and Flips released so far have been folded inward, but in this patent, they are folded both inside and outside. If the product is released in a form that can be folded several times as shown below, it is expected that the smartphone can be used like a tablet PC.


🔺 wipsglobal.com
< US 2020-0366770 >

Rollable display,

LG was the first to stand out in the rollable display market. In April 2019, LG filed a patent for a roll-slide mobile terminal, a smartphone-related patent with a rollable display. Consumers showed a lot of interest, such as giving the nickname ‘Rumor Phone’ by the predicted image created with the patent design. LG's rollable smartphone, which had only been rumored, was officially released in September of this year. On the last 12/2, an emulator containing the rollable smartphone specification was released on the Android developer site, and the product is expected to be released soon.


🔺 wipsglobal.com
< KR 2020-0117741 >

Future form of a smartphone?

Stretchable displays are drawing attention for the next generation display after rollable. Because it stretches like a rubber band and can be transformed freely, its application range and potential are endless.


🔺 wipsglobal.com
< KR 2019-0087886 >

The government has also determined that stretchable displays are a key driver for future growth, and has designated it as a national project to focus on research and development. I am curious to see what form the smartphone will appear next time, which is constantly changing.





12.16.2020

Patent filed for wireless charger

 


Wireless charging technology appearing,

The development of wireless charging technology began about 100 years ago by Nikola Tesla. The project, which started with the goal of supplying electricity to everyone through the electric tower's wireless network, was unsuccessful, and even when completed, it lost too much energy to use, so did not attract much attention. The forgotten wireless charging technology has been developed in earnest with the recent commercialization of smartphones. This is because users requested a more convenient way to charge than wired charging.

▲ pixabay.com

What kind of methods are there for the wireless charging?

The wireless charging method is divided into frequency, infrared, ultrasonic, and magnetic fields. The frequency has a long transmission distance and enables accurate tracking of the charging target, but has a disadvantage in that it may adversely affect the user's health if a person is exposed to the frequency for a long time. Although the infrared can transmit a large amount of electricity, it cannot penetrate obstacles, and it is difficult to induce infrared rays to the device to be charged. The ultrasonic is harmless because it reflects when it touches the human skin, but its efficiency is low and the electricity is wasted severely. The magnetic field has high electrical transmission efficiency, there is a problem in utilization due to a short transmission distance.

▲ pixabay.com


Samsung's new patent on wireless charging method,

Recently, a patent for “Wearable wireless charger and method for generating the electric energy using the same” applied by Samsung was disclosed. According to the patent, a ring-shaped charger with a built-in magnet generates electricity through human body temperature. The generated electricity is transferred to the device through a magnetic field. This charger solves the transmission distance, which was a disadvantage of the magnetic field method, by wearing it on the finger. In addition to the ring shape shown in the patent drawing, it is thought that it can be applied in the form of an accessory that can closely contact the human body.

▲ wipsglobal.com
< KR patent, 10-2020-0135140 A >

Samsung's efforts for new wireless charging technology,

Since Samsung first unveiled its wireless charger at CES2014, they’ve consistently applied for patents for related technologies. According to a market report, 583 patents related to wireless charging technology applied by Samsung Electronics in the last 10 years were ranked first in the global rankings. We are looking forward to seeing what products Samsung will surprise us with.








12.11.2020

Check out the competitor's R&D using SmartCloud

 


The patent document contains detailed information about the invention, such as the applicant, abstract, drawings, citation references and so forth. Unlike such documented information, various keywords in technical content is difficult to be analyzed because those data are not separated even downloaded format.

WIPS Global's SmartCloud a keyword analysis feature that allows you to grasp the technology keywords of the patent population with a visual chart using AI algorithms, classify the technology keywords from various perspectives, and find out the R&D fields of the top applicants of the technology. Using the SmartCloud feature, we will quickly and easily check the core keywords of the technology we’re interested, and also with the comparative analysis, we’re going to find out the areas of intensive R&D of major applicants.

 ▲ wipsglobal.com> search result


I’m going to search for LCD and OLED patents that are important technologies for smartphones and TVs. SmartCloud runs right away with one click from the top of the search results.

▲ wipsglobal.com> SmartCloud

We can intuitively see the distribution of core keywords for LCD and OLED patents such as light emitting and display panels.

▲ wipsglobal.com> SmartCloud

The keyword analysis range can be adjusted for the abstract or the entire claims, or the description of the invention. You can also set the number of keyword and keyword size, and the direction of the display. In addition, you can draw more intuitive and specific results by using various additional features such as keyword filter, highlighter and others.

▲ wipsglobal.com> SmartCloud> Keyword operation

The 'Keyword Operation' allows you to select only the patent documents you want to check. If you want to select and review only the fields you are interested in from the analysis results, select only the main keywords and click the 'document list' with an AND combination, and you can immediately check the related literature as follows.

▲ wipsglobal.com> SmartCloud> keyword operation

▲ wipsglobal.com> SmartCloud> comparative analysis

By using the 'Comparative Analysis', you can check the R&D fields of major applicants.

Major applicants for LCD and OELD patents are listed on the left by Samsung Electronics, LG Electronics, Apple Computer, BOE, TSMC, etc. Among them, you can select the applicants you’re interested and color them to distinguish for each. I've chosen Samsung Electronics and Apple Computer.

▲ wipsglobal.com> SmartCloud> comparative analysis

Samsung marked it purple and Apple is pink.

Samsung holds a number of patents on semiconductors and memory such as semiconductor devices, semiconductor memory devices, semiconductor layers, memory cells, memory controllers, memory devices, camera modules, communication modules and so on.

Contrary to this, it was found that Apple owns many patents on touch screen, display, interface technologies such as touch sensitive surfaces, concurrently displaying, and user interface elements, etc. We’ve simply checked the intensive R&D fields of each applicant.

Work it smart using SmartCloud!




12.10.2020

[International IP Briefing] Dec. 2020

 


US

On November 18, 2020, the Science Fiction & Fantasy Writers of America (SFWA) issued a statement that The Walt Disney Company has to pay royalties to Alan Dean Foster, author of Star Wars series novels.

sfwa.org


Disney acquired the rights to novels based on original films such as Star Wars and Alien by acquiring Lucas Film in 2012 and 20th Century Fox in 2019, but the author of these novels, Alan Dean Foster, himself Claiming that they were not paying royalties to them.

SFWA required Disney to pay all royalties in order to resolve problems such as contracts related to Alan Dean Foster.

SFWA requests Disney to pay Fosters not only for current royalties but also for future royalties, to stop publishing and pay all royalties owed to Fosters until a new contract is signed, or to stop publishing in the future and pay the author for all royalties so far.

On the other hand, Disney has acquired the rights to novels such as Star Wars, but has not taken over the obligations of the contract, and has the right to publish the Foster’s novel, but has not accepted the contract, so they don’t have an obligation to pay royalty to the author.

If Disney's arguments are recognized as correct, SFWA may be a precedent for fundamentally changing the method of operating copyrights and contracts in the United States, and in that case, it is possible to sell the rights of subsidiaries in order to terminate the contract. SFWA is concerned that this possibility is very high.


Source



CN

China's Ministry of Industry and Information Technology releases '2020 AI Patent Technology Analysis Report'

On November 12, 2020, the China National Industrial Information Security Development Research Center and the Electronic Intellectual Property Center of the Ministry of Industry and Information Technology released the '2020 AI China Patent Technology Analysis Report (2020人工智能中国专利技术分析报告).

pixabay.com


The number of patent applications for artificial intelligence technology in China is steadily increasing under the Chinese government's policy support for artificial intelligence development.

Applicant : Internet-related companies such as Baidu, Tencent, and Alibaba, and higher education institutions such as Tsinghua University and Zhejiang University are leading the development of artificial intelligence technology.

 -Baidu has filed 9,365 artificial intelligence-related patents and registered 2,682 cases by October 2020.

  -Samsung is the only foreign applicant in the top 10 for patent applications and registrations related to artificial intelligence.

Technology : Cloud computing-related patent applications, which are the basic fields of artificial intelligence development, account for the largest 18.38%, followed by computer vision (17.72%) and deep learning (14.52%).

In addition, as of October 2020, 3,036 applications for artificial intelligence technology related to COVID-19-related epidemic prevention activities have appeared.

Patents have been applied for artificial intelligence technology for medical services such as disease tracking, technology for monitoring human movement, and intelligent medical examination systems, and robots.

Meanwhile, the report evaluates that the spread and operation of artificial intelligence technology is accelerating through the open source platform related to artificial intelligence in China.

These platforms have adopted a relatively friendly open source license agreement and have taken an open stance and are carrying out cooperative activities through technology exchange in the global market.


Source

https://www.kiip.re.kr/board/trend/view.do?bd_gb=trend&bd_cd=1&bd_item=0&po_item_gb=&currentPage=2&po_no=20049








12.02.2020

Methods to prevent environmental pollution of micro plastics and its patents.

 



Plastics that can be easily found in everyday life, and most of the household goods we commonly use are made of plastic. However, plastics that are discarded inadvertently can only cause environmental pollution. What serious problems can small plastics make?


The severity of micro plastics.

l  Small plastic? Micro plastic!

🔺 pixabay.com

Micro Plastics is a major cause of problems in the coastal environment as large plastics break down into smaller pieces and float in the ocean and sea levels. According to the US Oceanic and Atmospheric Administration, the size of micro plastics refers to all plastics as small as 5mm microscopically. The National Territory Environment Information Center divides micro plastics into two stages and explains the process of 'how did plastics come to the sea level?' First of all, plastic particles in daily life products such as toiletries, body wash, toothpaste, etc., enter the sewage treatment plant without being filtered, and this is called the primary micro plastic. In addition, plastics that are discarded in rivers and seas are worn out by ultraviolet rays, waves, ocean currents, etc. and thus fragmented plastic is defined as secondary micro plastics. It floats to the sea and floats at the sea level without being decomposed, absorbs harmful chemicals, and turns into highly concentrated toxic substances.

l  How much serious are micro plastics? 

🔺 pixabay.com

Shall we take a deeper look at the later process of micro plastics turned into toxic substances? Plastics turned into toxic substances are eaten with plankton misunderstood as food, and small fish eat plankton exposed to plastics, and toxic substances are accumulated in the fish. When larger fish eat smaller fish, the food supply chain becomes polluted, and plastic eventually enters our body, contaminating the environment and harming our health.

In addition, micro plastics contaminate beaches and salt fields. Micro plastics are detected in salt obtained by evaporation of seawater exposed to micro plastics, penetrates into the inside of the beach, does not rot, lasts for a long time, and threatens the natural ecosystem like a time bomb.

l  What is the use of plastics?

🔺 pixabay.com

Plastic has changed our daily lives. It is not simply used for packaging materials for daily necessities, but is used in various places such as automobiles, electronic products, fashion, and sculptures by transforming a part of plastic. But the earth is ruined by excessive use of plastic. According to the Korea Environmental Industry & Technology Institute's “Current Status and Solutions for Plastic Problems at Home and Abroad”, the world's 65 years of plastic production amounted to 8,300 million tons, and the amount of plastic waste was estimated to be 6,300 million tons. Plastic waste accounts for a high proportion of packaging materials> textiles> construction waste.

According to the Resource Recycling Information System, as for the status of generation and treatment of designated wastes (as of 2018), waste synthetic resins (20,617.7 tons), waste (tn synthetic rubbers (529 tons)), and waste organic solvents (1.181,055 tons)). It can be seen that a huge amount of waste plastic has been discarded, but it is unsafe because it cannot accurately determine the amount of illegal and unauthorized dumping other than statistical figures.


What are the patents that can block micro plastics?

n  Cleaning cars that sort out micro plastics

🔺 wipsglobal.com
(KR 10-2148787)

The Korea Institute of Ocean Science & Technology has a patent titled “Apparatus for selecting and collecting micro plastics and costal cleaning car including the same”, which is 10-2148787. This cleaning car helps to sort out garbage and micro plastics from the sand on the shore. It is a cleaning car that is able to collect through a protruded separate tool and a conveyor belt inside.

n  Monitoring system to analyze water quality

🔺 wipsglobal.com
(KR 10-2135690)

KR patent, 10-2135690 titled “Waste water quality monitoring system including water treatment RTU with fine plastic detection”. It analyzes the harmful environment and micro plastics around the outlet. This patent is a monitoring system that can determine whether there is environmental pollution by systematically analyzing water quality by being divided into an automatic water collection unit, a micro plastic detection unit, and an harmful environment detection unit.

n  Blocking micro plastic movement

🔺 wipsglobal.com
(KR 10-2020273)

KR patent, 10-2020273 titled “Ocean micro plastics and floating pollutant mass collection”, which is a system that captures micro plastics and pollutants floating on the sea surface. By blocking the movement of the floating material by the blocking unit, it is possible to quickly collect a large amount of floating material on the sea surface. In addition, since the fence prevents the fall of the worker moving from the upper surface of the buoyancy material, rapid maintenance is possible without a separate ship.


🔺 pixabay.com

In order to reduce environmental pollution caused by plastics, it is necessary to be aware of the environment, and the government, business, and citizens need to work together to think and act together. We hope that all of us will be aware of and reduce the seriousness of micro plastics with our active participation and ingenious patents.


-----------------------------------------------------------------------------------------------------------------------------

<source>

This content is excerpted from the Korean Intellectual Property Office blog, https://blog.naver.com/kipoworld2/222134395223







11.25.2020

How IP Assets Help Economic Growth

 


Intellectual property refers to the property of everything human created, such as education, research, culture, art, technology, etc., that is, intangible knowledge, deviating from the existing tangible property. Like any other type of property, it is protected by rights because it can be developed, owned, managed and commercialized to generate economic returns. This time, we’re going to look at the economic value of IP assets.


What are IP assets?

IP assets are a collection of intellectual property, such as patents, trademarks, copyrighted works, industrial designs, geographical indications, trade secrets, etc. strategically selected for business value. It has economic value because of its ability to enhance the value and financial returns of technology, products and services. Businessmen and policy makers define IP as adding the word “assets” to give both legal rights as well as the economic interests of the owner.


🔺 picpedia.org

IP assets are outputs produced through human capital. Without human capital, intellectual property cannot be created and economic development is impossible, so human capital is very important for economic growth. However, human capital itself is difficult to impart economic value because there is no way to own it or its legal status. That is why it recognizes its legal status and economic value by giving the character of an asset to the IP produced through the human capital.

In particular, today, the combination of human capital and IP assets is the most important driving force for economic development in a knowledge-based economy.


Reasons to develop and manage IP assets,

In the 1990s, the development and management of IP became a major concern in the rapidly growing technological and cultural industries. Intellectual Asset Management (IAM) was taught in the Graduate School of Business and has established itself as a specialized field provided as a service in accounting, consulting, and law firms. IP assets are becoming increasingly valuable and important economic assets through active and strategic policies. Even at the macroeconomic level, IP assets, including human capital and IP, are recognized as the most valuable factors. Therefore, policy makers are trying to use IP assets as a key tool for economic policy, and insist that just as companies strengthen their technology through IP portfolios, the country should also strengthen its IP portfolio.

🔺 flickr.com ©Mike Lawrence

The U.S. National Knowledge and Intellectual Property Task Force explains IP assets as follows:

- In the IP economy, a company's value is determined by its ability to seize new market opportunities by converting “KNOWLEDGE” to net worth in a timely manner.

- In addition, as product cycles are shortening and competitors shorten time-to-market, companies must continually verify and improve the process to develop and commercialize new ideas.

- In other words, revising the company's strategy and leading the market in line with the rapid growth of intellectual property is the core of IP asset management.

How can IP assets help economic growth?

IP assets affect economic growth in several ways. One of the most important ways is to generate royalty revenue through licensing. Revenues from patent licensing worldwide increased from $15 billion in 1990 to $100 billion in 2000.

IP licenses can help companies lower costs or access to products, which will steadily increase profitability. IBM raised more than $1.7 billion in licensing royalties in 2000 alone. Universities also used IP assets to support their budgets and for continuing education and research. Universities and research institutions in Canada and the United States reported $1.36 billion in revenue from licensing for fiscal year 2004. SMEs in developing countries have also selected IP assets as a key area that can help them participate in technology transfer agreements, attract joint ventures, and expand into new regional markets. IP assets also increase the value of the company in mergers and acquisitions. IP assets, such as patents, trademarks, and copyrights, can be valued higher than their actual value depending on which company they are merged with.

🔺 pixabay.com

Why IP assets have economic value,

If IP assets are properly managed, the following effects can be expected. Motivate and support to monetize product sales and licensing royalties.

- Increase in high value-added exports

- Attracting high value-added foreign direct investment (FDI) and joint ventures

- Support to retain and motivate technical staff

- R&D-based industry activation and job creation

- Support for educational and research institutions

- Strengthen corporate value evaluation

- Promote funding for R&D to provide and improve necessary technologies and products

- Provides bargaining power in technology transfer negotiations

- Support to access goods and technology through license agreement

🔺 pixabay.com

What should policy makers do to promote the development and management of national IP assets?

Policy makers are responsible for IP auditing, target setting and measurement, group identification for IP asset development, funding for research and development, IP policy planning and coordinating education and economic policies, IP strategic planning including financial support for tax and other IP development. Developed. In addition, a plan was introduced to enable SMEs and non-profit research institutes such as public-private ventures and patent application funds to realistically handle IP ownership.


IP asset development and management consists of four elements: IP evaluation, IP infrastructure construction, IP training, and IP assets. All of these factors are interrelated and should be viewed in the context of a holistic system.



-----------------------------------------------------------------------------------------

This is a partial excerpt from 

'IP Asset Development and Management: A Key Strategy for Economic Growth (WIPO, 2004)'







11.17.2020

Patent dispute in the material field between Korea and Japan

 


Export regulations of Japan and growth in the Korean material sector,

A year has passed since Japan announced that they would restrict exports of key materials needed to produce semiconductors and displays to Korea. At that time, the dependence on Japanese materials was very high, and Korea predicted that a major economic crisis would come. After export restrictions, large companies in Korea invested a lot of money to successfully localize materials. The Korean government has also stabilized at a faster-than-expected pace while not sparing support such as deregulation and R&D expenses.


🔺 flickr.com ©Windell Oskay

Unexpected consequences of export regulations,

As unexpectedly the Korean materials sector grew rapidly, Japan's export regulations were not hit hard. Rather, a crisis came as Japanese companies' customers disappeared due to export restrictions. When the material supply was not smooth, Samsung Electronics announced that it would no longer use Japanese-made materials, and LG Display and SK Hynix also came up with solutions such as signing a supply contract with a domestic company or replacing equipment with domestic ones. Currently, 76 of the 100 items that were expected to be damaged by Japanese export regulations have secured domestic production capacity, and Japanese companies are in a difficult situation to expect a recovery in future sales. The sales of Stella Chemifa, a Japanese manufacturer of hydrogen fluoride for semiconductor cleaning, decreased by 30% QoQ, and Sumimoto Chemical, which makes polyimide for display films, decreased by 70% YoY.


🔺 samsungsdi.co.kr

Japanese companies filing an objection to a patent in material field sector,

Recently, Japanese companies are increasingly filing objections against patents of Korean materials companies. Industry insiders say that after export restrictions, Korean companies have grown technically and have succeeded in localizing materials, while Japanese companies are struggling with a decline in sales, so they are pursuing such a strategy to restrain the growth of Korean companies. It seems that Japanese companies are able to pursue such strategies because they have confidence in the original technology. As a starter with market leadership, even if a patent infringement lawsuit proceeds, the probability of winning is higher.


🔺 wipsglobal.com
patents of LG Chemicals filed for oppositions in Japan

11 patents in the field of materials pending opposition,

According to an announcement by the Korean Intellectual Property Office, 72 core patents were created in the material field until the first half of this year after Japanese regulation. Of these, a total of 11 patents in the field of materials that were filed for opposition in Japan until last August. All 11 cases are focused on new technologies such as secondary batteries, energy storage devices, and optical films. As the material industry is a key element of the manufacturing industry, it must be observed to improve the national competitiveness in the future. The Intellectual Property Office is also planning to establish a patent dispute center so as not to be damaged in this area, and it is said that it is planning to provide priority support for disputes between material companies.


🔺 wipsglobal.com
patents that are filed for oppositions in 2020


The government decided to pursue a strategy to become a powerhouse in the materials field based on the experience gained from Japan's export regulations. We look forward to seeing if Korea can lead the material field beyond the current crisis.










11.06.2020

DivX filed a patent infringement lawsuit against Samsung and LG

 

DivX is an American software company that developed DivX Codec, a video conversion software. One movie stored on a DVD is able to be compressed and transferred to a CD without significant loss, which has gained popularity. It created a culture of watching videos on a PC and was evaluated as accelerating the development of the multimedia field. Since then, DivX has continued to develop and developed software that can be applied to all devices which play videos, such as TVs, DVDs, video game consoles, and smartphones.


🔺 divx.com


DivX filed a patent infringement lawsuit against a global TV company

On September 10, DivX filed a complaint with the US International Trade Commission (ITC) for violating Article 337 of the U.S. Customs Law against Samsung, LG, and smart TVs produced by Chinese company TCL. Article 337 of the U.S. Customs Code regulates unfair practices imported into the United States. DivX has requested that it be issued a limited exclusion order and a *cease and desist in the United States under this regulation. In addition to the ITC filing, it has filed a patent infringement lawsuit against Samsung Electronics in the East Texas District Court and LG Electronics and TCL in the Delaware District Court.


🔺 wipsglobal.com> Litigation search


Which patent is claiming infringement?

There are a total of 4 patents claimed by DivX. These patents are related to video streaming method and security of streaming data. DivX claims that TV makers used their technology without permission while manufacturing smart TVs. ITC said it would complete the investigation and make a final decision as soon as possible. It is said that Samsung and LG plan to respond specifically after review.


🔺 wipsglobal.com
US patent 10484749


DivX, why filed a lawsuit?

DivX seems to be trying to make a big profit with royalties through this lawsuit. According to market research, if the TV market sales of the three companies, Samsung, LG, and TCL, filed by DivX, win about $21.4 billion, they may require a technology fee from sales. Not only the TV field, but also other multimedia fields are carefully looking at this trial. If DivX, which is working with hundreds of multimedia companies around the world, wins this case, the next goal will be themselves.