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View of Rapidly Growing Market, and Future of New-Generation Touch Panel - World Touch Panel Market, and Details of In-Cell/On-Cell Technology -
- Oct 31(Wed.) 14:30 - 17:00
- Conference Center 3F
Riding the wave of diffusion and expansion of smart phones and tablet terminals, the touch panel market is showing rapid growth. Analysis of how long this growth will continue, and where the future growth markets are. Furthermore, detailed descriptions from the foundation up of the in-cell type, on-cell type, and cover glass integrated type new-generation touch panel technologies now attracting attention.
Details / Speakers
The latest trends of touch panel technology
Ukai Display Device Institute
The display module for smartphone is expected thinness, light weight, robust, narrow frame, higher image quality and low power consumption. In this presentation, we will discuss the trend of built-in touch panel technology (such as In-Cell and On-Cell), ITO alternative technology, integrated cover glass technology and controller IC.
Yasuhiro Ukai graduated from the department of the electrical engineering, Osaka University, in 1968, and joined Hoshiden Electronics Co., Ltd. Since then, he has been engaged in the research and development on compound semiconductor thin-film devices and a-Si TFT-LCD. In 1999, he received his Ph.D. degree from the Tokyo Institute of Technology in Japan. In 1999, he joined Sony Corp. and worked at STLCD (a joint venture company of Sony and Toyota), where he contributed to establishing the mass-production technology in the area of low-temperature poly-Si (LTPS) TFT-LCDs. He was chief distinguished engineer and deputy general manager of Corporate R&D Display Device Development, working on the technology strategy and development of TFT-LCDs. He retired from Sony in 2009. He is a technical consultant as the UDDI (Ukai Display Device Institute) representative now.
Explanation and trend of capacitive touch panel technology
Art, Science and Technology Center for Cooperative Research, Professor
The capacitive touch panel is the main inputting device of a smart phone and a tablet PC at present, and it becomes very important to understand the technical contents correctly and to catch the trend quickly when we consider a future subject of research or business. This lecture covers a fundamental principle, electrode and device structures, driving circuit technologies, and an optimal designing method. In addition, touch-on-cover window and in-cell technologies, which are the latest technology trends, are introduced and the futures are prospected.
Reiji Hattori received his M.S. and B.S. degrees in electrical engineering from Osaka University, Japan, in 1988 and 1986, respectively. He became a research associate at the Department of Electrical Engineering, Osaka University, in 1989 and received his Ph.D. degree from the same university in 1992. He moved to Kyushu University, Fukuoka, Japan, as an associate professor in 1997 and he was promoted to a professor in 2009. He is now working on OLED and electronic paper technologies. He is a member of SID, IEEE, IEICE and JSAP. He awarded Distinguished Paper of SID'04.
Trends in the touch-panel market on the verge of transition
Techno Systems Research
Shusuke Hayashi / Hiroshi Kishikawa
Touch panel applications are spreading from smartphones to tablets and large-screen devices. Following the development of integral cover designs in smartphones, there is increasing utilization of internal implementations (in-cell, on-cell), with film and internalized technologies developing in tablets. The introduction of Windows 8 will bring touch panels to PCs, and multi-touch electronic blackboards and other products are in the works. This session examines touch panel market trends, especially in mobile applications.
Graduated Department of Economics, Faculty of Economics, Tokyo Keizai University, entering Suzuki Motor Corp (manufacture and sale of 2- and 4-wheeled vehicles) before moving to Techno Systems Research Co., Ltd. Assigned to No. 2 Group/Displays. Involved in market research in devices and applications including LCDs, LCD materials and components, and CCDs. Currently handles flat-screen markets and FPDs, including LCDs and OLEDs. Has an extensive network in the industry; active in a variety of seminars and contributed articles.
Entered Techno Systems Research Co., Ltd. after graduating Department of Law, Faculty of Law, Surugadai University. Assigned to the Display Group, handling mobile displays including LCDs and OLEDs. Peripheral materials and components have been folded into his scope, and he is now active in a wide range of fields both in Japan and overseas.
Latest Trends in In-Cell Type, On-Cell Type, and Cover Glass Integrated Type - Redrawing the Power Map for the Touch Display Industry -
- Nov 1(Thu.) 10:00 - 12:30
- Conference Center 3F
The new touch panel technologies are about to take off, toward realization of thin type smart phones, higher performance displays, and lower costs. The technologies include "in-cell type", "on-cell type", and "cover glass integrated type" integrating touch sensors onto displays and cover glass. The spread of these technologies will have an impact that greatly changes the power map for the touch panel industry.
Details / Speakers
Noise-immunity enhancement technologies for on-cell touch-panel LCDs
NLT Technologies, Ltd.
Senior Research Engineer, Research & Development Department
Technologies for noise-immunity enhancement for capacitive touch screens are described in this session. We focus on following technologies; a technology for avoiding the noise originated from LCD driving, a parasitic current reduction technique which removes the current flowing through the parasitic capacitance on a capacitive sensor, and a correlated noise subtraction method, which improves the signal-to-noise ratio even under an environment where noise frequency coincides with signal frequency. These technologies have been demonstrated with our on-cell touch-panel LCD based on surface capacitive technology.
Hiroshi Haga received his B.E. degree in image science and technology from Chiba University, Japan, in 1994. He then joined NEC Corporation, where he was engaged in the research and development of polycrystalline silicon TFT circuits and their application devices such as image sensors, LCDs, EL displays. In 2011 he transferred to NLT Technologies, Ltd. and has been working on HCI technologies. Hr. Haga is a registered Professional Engineer (Electrical & Electronics Engineering) and a member of the Society for Information Display.
All In One Touch Panel
Japan Nano Opto
President & CEO
2007 Start to supply ITO Glass Panel for USA brand smartphone.
2012 Estabish a factory in China
In-cell Touch Panel Technology "Pixel Eyes™"
Research and Development Division, Display System R&D Dept., Senior General Manager
In-cell touch panel technology, which integrates touch panel function into display, has been expected to make mobile device to be thinner and better to see. Recently developed In-cell touch technologies are reviewed in this session. A new in-cell touch technology called PixelEyes™, which has been developed by presenters term, is also explained.
Yoshiharu Nakajima received his M.E. and B.E. degrees in Waseda University, Japan, in 1990 and 1988, respectively. He joined Sony Corporation, where he has been engaged in research and development of driver IC, integrated driver circuit on glass, system integration on glass for high temperature poly-Si (HTPS) and low-temperature poly-Si (LTPS) TFT LCDs. He was a visiting scientist in Massachusetts Institute of Technology, USA during 1995-1996. He moved to Japan Display Inc. in 2012.
Pioneers Electronic Blackboard and Digital Signage - Goes Beyond Smart Phone or Tablet, in Expanding Touch Panel Market -
- Nov 1(Thu.) 14:30 - 17:00
- Conference Center 3F
Momentum is now building to attach touch panels to large displays, in addition to the smart phones or tablet terminals. If realized, the touch panel market will spread to electronic blackboards, digital signage, and table-type computers, etc. Development of touch panel technology responding to larger sizes is also becoming active. Description of the latest trends in these technologies.
Details / Speakers
Recent trends in digital signage usage in transportation advertising
East Japan Marketing & Communications
Transit Media Development Division General Manager
Digital signage has established itself firmly in the market in recent years, but still has considerable potential for expansion in both location and application. Our firm has been emphasizing the use of digital signage in train carriage and station advertising, beginning with the Train Channel carriage advertisements in 2002 and J-AD Campaign station advertising in 2008, both of which earned high praise as outstanding examples. This session examines the utilization of digital signage through examples and topics drawn from the East Japan Railway Company, and presents a discussion of the potential of touch panels in information applications.
Entered Japan National Railways in 1982, assigned to new media development and video production for in-station use, later handled information facilities during renovations of Tokyo and Ueno stations. Currently in charge of digital signage development and new media for stations and carriages at JR East Kikaku Inc., as well as being involved in international signage standardization work with the Ministry of Internal Affairs and Communications. Appointed director of JSK in June 2011.
Design considerations in the "touch first" user interface concept
2nd FACTORY Co.,Ltd.
Product & Service Dept. · Corporate Manager
The sharp growth in the number of smartphone users in the market has led to increased demand for new user interfaces in products and services to match trends such as "mobile first" and surging consumerization. This session discusses the development of the Natural User Interface (NUI), offering high usability. Applications for Windows 8 are designed around the basic concept of "touch first." When conventional form applications are redesigned for touch operation, it is important to not only allow fingertip-controlled sizing, but also evaluate the design for particular usage scenarios based on clearly defined touch significance and objectives. The session examines the conceptual approach to the development of such touch applications, the concrete investigation process, and design considerations.
After working in content distribution service operation, BREW application development, and the development of embedded system GUIs for public/medical/manufacturing system applications at a manufacturer, the speaker entered Second Factory in 2005. He has since utilized his experience in GUI development in product planning and design of touch devices and cloud-based products.
HCD-Net certified specialist in ergonomic design
The trend of the large size multi-touchpanel circumstances
Touch Panel Laboratories Co., LTD
Sales Development Dept, Manager
The growth of the recent touchpanel market is remarkable.
World's attention is focused on the SMART PHONE and TABLET PC.
Japan is similar but the area of large sized multi-touchpanel shows a different movement in some industry.
Touch panel and sensor electrode film: A core technology for thin, light devices - The key to capacitive design quality -
- Nov 2(Fri.) 10:00 - 12:30
- Conference Center 3F
ITO film is the most commonly used type of transparent electrode film, indispensible in touch panels. ITO material, however, is difficult to layer on heat-sensitive resin substrates, and transparent electrode characteristics degrade compared to ITO film on glass substrate. As a result, development of a replacement for ITO film is active. Possible alternatives, however, will have to overcome a number of obstacles before they can achieve widespread adoption. The session examines the latest trends in sensor electrode film technology, and the outlook for the future.
Details / Speakers
Technology Trend of ITO&Alternative ITO for transparent electrode
Touch Panel Laboratories
ITO has been dominantly, almost 100%, used as the material for Transparent Electrode for Display, Touchpanel or some other areas for long time.
Recently many companies started to develop various kind of substitute material for ITO. Especially, Transparent Electrode made of nano-Ag material is becoming ready to use in rapidly growing Capacitive Type touchpanel. Nano-Ag is expanding its use in peripheral circuit material also.
Technology Trend of the material for Transparent Electrode including ITO is covered in this session.
Director of Adavanced Thin film Research Laboratories and Manager of LCD Material Project at Teijn Ltd
Technical Trend of Transparent Conductive Film for Touch Sensor
TEIJIN CHEMICLAS Ltd.
Research, Development, Technology & Production Administration Department
Touch-sensors have been the major input devices for many applications. Conductive film is one of the-a key materials for touch panel design. Basic technologies and film constructions needed to meet conductive film requirements for each touch-sensor will be explained.
Graduate Tokyo Metropolitan University Department of Science Chemistry at 1991
Join HOECHST Japan Ltd. from April 1991
Research and development on
- Ferroelectrics LC Materials and Alignment Layer Materials
- Photo Resist Material (Heat resistance Negative type PR)for LCD/IC
Join TEIJIN Ltd. from April 1998
Research and Development on
- Transparent Conductive Film
- Coatable Transparent Conductive Materials
Transfer to TEIJIN CHEMICALS Ltd. from July 2010
Enabling Large Area and Flexible Touch-Enabled Displays
Applications Engineering Manager
Already accustomed to the touch experience, consumers now expect an advanced, intuitive and rewarding touch experience. As a result, the touch-enabled display market is growing and advancing rapidly, particularly in the Ultrabook and all-in-one categories. Consumers are demanding larger, better performing displays with innovative designs, flexible screens and curved surfaces. With the impending launch of Windows 8, high-performance touch capabilities are quickly becoming a necessity for many devices. At the same time, OLED technology is advancing, and has become a significant alternative to LCDs with more than 100 million sold in the last 12 months. Samsung and other major CE manufacturers are even touting a new wave of curved and flexible OLED displays.
This is an exciting time for the display industry, but these new innovations require transparent conductor materials that combine low material and processing costs with flexibility, high conductivity, and excellent optical performance. Previous generation ceramic conductive materials like Indium Tin Oxide (ITO) are unable to offer these qualities and are a major inhibitor to the development of these markets.
Fortunately, a new generation of transparent conductive materials has arrived to enable the flat panel display market. Unlike brittle ITO, new transparent conductive materials are ductile and offer the flexibility required in curved displays. These new materials, including one made from silver nanowires, are ushering in a new era of flexible, touch-enabled displays that will be available very soon.
Jonathan Westwater is the applications engineering manager at Cambrios Technologies. Prior to joining Cambrios, Jonathan served as the project liaison manager for Japan and the United Kingdom at Sony. Previously, Jonathan held positions as a technical support manager at Sumitomo Sitix Silicon and research engineer at Sony.
Westwater holds a bachelor's degree in Physics from The University of Sheffield, a master’s degree in Amorphous Electronic Materials from University of Dundee, and a doctorate in Electrical Engineering from Gifu University in Japan.
Manufacturing and Materials Technology Advances Touch Panels - Response to Touch Panel Thin Type, Lightweight, or Productivity Improvement -
- Nov 2(Fri.) 14:30 - 17:00
- Conference Center 3F
With the expansion of the touch panel market, demand is rising for thin types, lighter weight, and other improved performance, and for improved productivity to lower costs. Advances in manufacturing and materials technologies are essential in order to respond to these demands. This session describes the latest trends in special touch panel manufacturing and materials technologies.
Details / Speakers
Continuing changes in module structure and changes of laminating trends
Market Development Department Deputy General Manager
Until now as smart phones and tablet PCs just request laminating cover glass and the touch panel with small size. But now, the display of high-precision, multi-functional is proceed rapidly. Not limited to mobile size, an integrated touch panel cover glass, OLED, Display panels, etc. the need for a process of lamination of medium and large size display has been growing. Introduce the continuous evolution and change the point of issue of the next-generation display and FUK movements.
Deputy general manager of Market development department in FUK Co.,Ltd.
In charge of Market research and developing leading-edge technique of optical laminating process.
Connecting Chemical maker of Optical adhesive with LCD and TSP electronics maker.
Processing Technique of Mass Production of OGS. -Evolution of the lamination processing by "TEMPLOC" and its superiority Mass production
Senior Managing Director
It is said that "One Glass Solution" abbreviated as "OGS", which is known as the major production system for next-generation touch screen panel, is predominant compared with IN-CELL system and ON-CELL system from the viewpoint of "easy-to-manufacture", cost performance and so on, and also said OGS will be widely adopted. However, there are some problems of OGS; because of processing tempered glasses, mainly loss of glass strength due to edge-surface processing and lower yield by scratches on the top surface during processing. On the other hand, lamination processing system of tempered glass with temporally fixing adhesive "TEMPLOC" developed by DENKI KAGAKU KOGYO K. K. has processed already about 10 million pieces as solving the above problems. In this occasion, I'd like to introduce not only technical advantages of our "TEMPLOC processing" in particular but solution against lower yield by increase in decorative area (BM area) and narrower surrounding area and a problem of lack of strength in the hole area. Also, I’d like to unveil a new processing system and material to increase strength and yield more after processing.
1983 Graduate from the Waseda University (Science and Engineering Chemistry Dpartment)
1983–2000 Enter the company by Denki Kagaku Kogyo K. K. (hereafter written as DENKA)
Belong to Research Department; polymer composite material
2003–2007 Deal with Chinese business and established a trading company in Shanghai and also electronic materials company in Suzhou
2008-2011 Enlarge sales of the high-performance tape and adhesive business in Electronic Materials Div. in DENKA HQ
2012- Transfer to DENKA ADTECS CO., LTD. and develop business of the temporally fixing adhesive "TEMPLOC"
Direct Imaging for Touch Screen
DI Product Manager, Sales Support Dept., PCB Division
Up to now, mask exposure machine has been used in order to expose photo resist for circuit patterning in print circuit board process. Now, direct imaging is getting popular for reasons of cost reduction and manufacturing of high difficulty product. Direct imaging has function that measures the position and scaling of work panel, modifies the pattern data based on measuring result before exposing and exposes the modified data. Orbotech has released direct imaging machine for touch panel process and start to use direct imaging machine in OGS process. The application example will be introduced in this presentation.
1986 B.A. in mechanical engineering, Gunma University, 1986 Nippon mining Co.,Ltd., 2000 Orbotech Japan Co., Ltd.