The 14th Japan TRIZ Symposium 2018
Abstracts 2018.7.3

The 14th Japan TRIZ Symposium 2018
Abstracts(4th announcement)

July 3, 2018

Symposium Executive Committee

EI01

Mi Jeong Song (Samsung Electronics)(Keynote lecture)

Technology Evolution Opportunity Mining(TEOM)
for patent analysis and strategic invention
Mijeong Songa1, Dongsup Janga, Kunwoo Baeka,
Chang-Ryong Heob, Dong-Il Sonb, Chi-Hyun Chobab

Global Technology Center, Samsung Electronics, Suwon, South Korea

Telecommunication Business Division, Samsung Electronics, Suwon, South Korea

As the speed of technology innovation increases, reading current state of art and configuring
probable area of future become more significant than any other era. In spite of the extensive
research, the research community has made few outcomes to guide the future direction of
innovation, considering the general evolution patterns of technical systems. To overcome
poor guidance of future evolution, the authors have proposed a novel approach so called1

correspondence should be addressed to mijeong.song@samsung.com, song.mijeong@gmail.com

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TEOM(technology evolution opportunity matrix) to predict prioritized directions of innovation
as well as to create the most promising and tangible archetype design. TEOM clearlyvisualizes vacant coordinates of probable system evolution space. TEOM could enables
engineers to understand current evolution level of technical system as well as to suggest
inventions. Coupling evolution map for birdview of whole technical system and TEOM forcore part of the system showed best performance for system evolution prediction in the fieldproject of Samsung electronics.
The authors expect that this study could contribute for those in charge of innovation
management or new product development processes to configure promising future image.

JI00 Yoshihisa Konishi (Japan TRIZ Society)(Tutorial)

Innovation Technology TRIZ
Yoshihisa Konishi (Japan TRIZ Society)(Japanese only)

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JI02 Tatsushi Kusumoto (Shinwa Controls Co., Ltd.)(Special lecture)

Challenging of a Small-and-Medium Enterprisefor Product Development
Systematic Development Technique and Innovation

Tatsushi Kusumoto (Shinwa Controls Co., Ltd.)Starting from manufacturing and selling general industrial use electromagnetic valves,
Shinwa Controls Co., Ltd. entered into the semiconductor-related equipment for environment,
and saw foundation 55 years this year. When large financial crises were encountered by 2
economic shocks, namely, the bursting of the information-technology bubble and the Lehman
Shock, we were able to straddle with the uptrend of the market condition thereafter, but there
was no fast growth.
Although we entered into the industry depending on major semiconductor production
equipment manufacturers and acquired information efficiently from stable customers, there
was only a craftsmanship bombarded with time of delivery and cost promoting development
as the customer wished without structuring an original marketing style.
We succeeded in reforming Shinwa's "craftsmanship" through the production innovative activity
beginning in 2006 and the systematic technique starting in 2010. How could we efficiently utilize
the restricted resource of a small and medium-sized enterprise and produce products to appeal
to the a market? I would like to report from a viewpoint of practical use of the systematic technique.

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J01 Kurosawa, Shinsuke (trizstudy.com)

What is the Problem?
Kurosawa, Shinsuke (trizstudy.com)

It is known widely that Altshuller's having considered the subject at the beginning is"solving a problem so that it may lead to invention", and it is the first step of thedevelopment to TRIZ formation that he has noticed "The inconsistency which hid in thesituation must be specified as it, and I have to solve it."
However, although the neighborhood is that Alexander Kudriavtsev's keynote lecture
performed at the symposium in 2016 was also discussed, present-day TRIZ is progressing
greatly from the stage. TRIZ will be left by the request of a time if it does not change.
Therefore, I can say that TRIZ has evolved. Reviewing the presentations at these TRIZ
symposia, I think that TRIZ in Japan also has evolved remarkably. However, it seems that I
have often been argued since ten year and 20 or before in the TRIZ community in the worldon the other hand by the case “is discovered” once again in Japan.
Although it is not timely, Altshuller -- a subject -- how -- arranging how GEN3 and theIdeation which are the three currents with that of looking at and the present main TRIZ
community, and OTSM-TRIZ redefined the subject would like to consider what kind of thing
the subject for present-day TRIZ is. I unite and introduce the characteristic cut end which
the aloof and proud TRIZ researcher who became independent of such a big current
considers.

J02 Mai Miyahara (OM Kiki Co., Ltd.)

Effects and Problems Coming in Sight
Utilizing TRIZ for Problem Solving of Existing Goods- Problem Solving of a Deferment Handrail as an Example -4

The 14th Japan TRIZ Symposium 2018
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Mai Miyahara, Masayuki Kawahara, Kouichi Watanabe,
Naofumi Takachi, Tomoya Shinkawa, Yukari Tamoto,Harumi Nakagawa, Arisa Yoshida, Masatoshi Ohsumi(OM Kiki Co., Ltd.)In recent years, our company's inquiry of elderly-people-oriented welfare equipment isincreasing. I made one of the employee knowledge "I will make a visitor's thought into a form"
into the motto, made the sales maker's demand into the form, and have tackled developmentby the method of harnessing the conventional technology. However, there are also goods inwhich sales make little increase in inside.
So, catching the user's needs firmly, we wanted to propose goods in a new way of thinking
to the sales maker, which are better for the elderly people who actually use welfare
equipment, the families supporting their life and the renting business company, and develop
selling goods, utilized QFD-TRIZ, first of all, to tackle problem solving of the existing goods.
I will explain the practical use effect which we felt, the target, and the subject for utilizing
more, also mixing the example of the idea which utilized QFD-TRIZ and was created about
the practical use result.

J03 Tomohiko Katagiri (IDEA Inc.)

Reaching to an extreme of contradiction problemsby TRIZ+TOC- For extending the scope of the problem
and epoch-making, comprehensive idea creation

Tomohiko Katagiri (IDEA Inc.)
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TRIZ is the process systematized based on huge patent information for the purpose ofsolution of a technical problem for problem solving. [Invention principle] and [principle ofseparation], which are especially typical way-of-thinking tools are tools for creating ideas
which solve without regarding a problem as "inconsistency" and reaching a compromise in it.
On the other hand, the thinking processes of TOC (Theory Of Constraints) are a series ofprocesses for "solving the problem (plan restrictions) of the organization between which man
intervenes." It is a tool for creating ideas which cancel without a [confrontation dissolution
figure] regarding the essence of the problem as confrontation (dilemma) in it, and reaching acompromise in the confrontation.
Although the problem and approach which the writer makes both object differ from eachother, I regard a problem as inconsistency/confrontation, Since it has the common purposeof aiming at solutions without a compromise, the scope in question spreads with suchcombination, and I think that creation of more nearly epoch-making and more comprehensive
solution is attained.
As opposed to the technical problem which TRIZ makes elated while this paper checks bothfeature, I would like to introduce the example which uses the [confrontation dissolution figure]of TOC as the hypostatization in question and a tool of overthrow of mental inertia, and theexample which applies the [invention principle] and the [principle of separation] of TRIZ tothe problem of the organization between which the human being whom TOC makes elated
intervenes.

J04 Kazuhiro Sakakibara (TOYO TIRE & RUBBER CO.,LTD)

Case introduction of a tire technical development
utilizing the TRIZ techniqueKazuhiro Sakakibara (TOYO TIRE & RUBBER CO.,LTD)

TOYO TIRES, considering "is surprise in the tire?" as a catchphrase, is pursuing every day"development which reverses unique imagination, the technical capabilities of innovation,
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and common sense" aiming at the product development which can provide the clients withimpression, and the motor vehicle industry which encloses a tire, It is called a drastic change
once in 100 years term represented by electric and automatic operation, and early realizationof the innovation which induces new added value from the new way of thinking is called for.
Last year and the year before, we were allowed to introduce the structure and measure
which utilized a degree, QFD, and TRIZ and which were uniquely devised about the incompany innovation promotion activities of our company.
As an example of the tire technical development which utilized this innovation system, adegree mainly utilizes the TRIZ technique and introduces this year the period until it resultsin solution and utilization of the problem which a tire has.

J05 Toru Nakagawa (Osaka Gakuin University, Japan)

World TRIZ Sites Project (WTSP)
for Building and Maintaininga Catalog of Global TRIZ Resources
Toru Nakagawa (Osaka Gakuin University, Japan),Darrell Mann (Systematic Innovation, Inc., UK)
For these three decades, TRIZ has been proliferated much beyond ex-USSR and across the world to theextent that the various activities, achievements, and accumulated knowledge are not viewable easily.

Weknow that many researchers and practitioners are working on TRIZ actively and presenting/posting theiractivities and results in conferences, journals, Web sites, etc.

In typical Internet search on TRIZ, however,a flood of not-so-high quality information actually hides valuable information resources.
recently started World TRIZ Sites Project (WTSP).
Web sites in the World.

So we have

Its initial goal is to build a catalog of TRIZ-related

In various countries good and useful Web sites are operated in their own

languages, including English.

Thus we should work Together! Connected!!

catalog in English, we can share it widely in various language editions.
raise a Global Network of Public Web Sites in TRIZ.

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Once we build such a

Such information sharing will

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J06 Sadao Nishii (JNC Corporation)

Effective use of quotation information andexamination documents in patent examination- A technique to grasp "evolution" easily -Sadao Nishii (JNC Corporation), Toshimitsu Kataoka (Patbrain Inc.)
In invention by which patent application was carried out, "applicant quotation," which an
applicant writes in a specification as [prior art literature], and "judge quotation," which a judge
mentions as a cited reference exist. These quotation information can be checked by referringto the examination documents (patent file wrapper) in patent examination from various
databases or the Patent Office HP.
I am using these pieces of information effectively this time, and introduce the technique ofgrasping technical "evolution." By using the written opinion which serves as an applicant's
counterargument to the notice-of-reasons-for-rejection document from a judge especially, I
found out I could grasp "evolution" simple with a high possibility rather than having carriedout comparison examination of the official report of application concerned and a citedreference at least.
In addition, these contents are one of the results in the subject of research of the Japan
TRIZ Society Intellectual Property Creation Research Subcommittee, which is tackling the
subject to create an "evolution tree" for the service robot.

J07 Tsunamasa Shioya (Japan TRIZ Society)

Evolution diagram creation using I-TRIZ PF- How to harness open patents "group" in TRIZ -8The 14th Japan TRIZ Symposium 2018
Abstracts 2018.7.3

Tsunamasa Shioya (Japan TRIZ Society)
At the Intellectual Property Creation Research Subcommittee, I am inquiring by drawing
up the three-year plan to create the "evolution tree" for a service robot (non-industrial robot)
including a communication robot. I looked back upon the history for about 30 years after aregistered trademark, a design official report, and an open patent and the Internet informationin the 1st year. In this process, I devised the method of creating an evolution diagram froman open patent, and reported the outline.
In this report, I introduce the concrete creation method of an evolution diagram among theresults of research for the 2nd year. It is the very simple procedure of finishing to an evolution
diagram, by carrying out one affair at a time module expression of the patent specification by
I-TRIZ PF, and comparing it.
I will also introduce that the application of this technique is not limited to open patent
information, but that there is possible use also in non-technical fields as the history of problem
solving in an organization, a project, etc.

J08 Takayoshi Ohtsu (National Institute of Technology, Numazu College)

Application of TRIZ
to the intellectual property educational activity
at National Institute of Technology, Numazu College

Takayoshi Ohtsu (National Institute of Technology, Numazu College)"Intellectual Property Strategic Program 2017" is determined on May 16, 2017, The
intellectual property strategy which thought as important three viewpoints, construction of theintellectual property system used as the base of the 4th Industrial Revolution, the district
creation which utilized the latent powers of intellectual property and innovation promotion,
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and the contents industry activation at which I gazed to the point in 2020, will be advanced.
Therefore, understanding the local characteristic, I discovered the subject of a local company
and a self-governing body, and the talented people who concentrated ideas and hadbusiness solution capability are needed. Then, I promoted the intellectual property
educational activity which utilized the local characteristic. As the training of an intellectual
property mind (creation), I raise the concern about the intellectual property education of alow grade, and heighten an understanding of the local characteristic of upper classes, andbusiness solution capability as training of a floatation mind (protection and practical use). To
the subject, I planned the intellectual property seminar of each grade student attendance of
all the school-affairs subcommittee aiming at the intellectual property education from a low
grade, and opened a course of "the society and engineering" of a second grader "miniresearch" and a fourth grader from a viewpoint with the area. Furthermore, I established theclub "TKY (school for commoners) of intellectual property" specially, utilized TRIZ taking
advantage of the local characteristic, and performed the project activities of KV-BIKE (battery
bicycle), food education, flower arrangement, and deep sea.

J09 Kimihiko Hasegawa (Japan TRIZ Society)

Creation example of the service robot's evolution tree
(Part 2)
- Proposal of an evolution tree model,
and results of the pilot application -Kimihiko Hasegawa, Toshimitsu Kataoka, Narumi Nagase, Shigeru Suzuki,
Hirotsugu Ishihara, Sadao Nishii, Takuya Fujii, Tsunamasa Shioya(Intellectual Property Creation Research Subcommittee, Japan TRIZ Society)
Since the three-year plan to create the "evolution tree" for the service robot (non-industrial
robot) including communication robots was formed, I will report the research findings for the10

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2nd year.
We aim at creating the map (evolution tree of a - present and future type in the past) whichapplied the line of general evolution of TRIZ in accordance with the service robot's
characteristic the 2nd year. We selected the line of the evolution considered to be suitable toexpress the state of evolution of the service robot, and carried out multi-data input of themodel (hypothesis) of the "evolution tree" which combined the line of those evolution. I will
introduce this time the contents which could be known from the result of mapping the data
(1985.01.01 to 2017.12.31) of the publication of patent applications contained in the conceptof both a service robot and a communication robot on the model of the evolution tree of theseplurality.

J10 Osamu Ikeda (Japan TRIZ Society)Research of a general-purpose application methodof the "evolution trend"- Classification of the "evolution trend"
based on main elements of management,
and considering the application case Business and Management TRIZ Research Subcommittee,
Japan TRIZ Society
Osamu Ikeda (NIKON CORPORATION),
Hisataka Izawa (Sony Corporation),
Mamoru Ohashi (Hitachi Metals, Ltd),
Fumiko Kikuchi (Pioneer Corporation),
Yasuo Moriya (FUJITSU ADVANCED TECHNOLOGIES, LTD.),
Ikuo Yoshizawa (JIYUGAOKA SANNO College)

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In this study group, we are working for the purpose of presenting spread anddevelopment of TRIZ to the subject of business, management, and the management field
aiming at researches for utilizing TRIZ, such as the application method and a case study,
and guidance construction.
In previous activities, we applied TRIZ thinking and a technique, and analyzed "a hotselling product and service", and the creation method of a "new product and service"system -- we carried out the fundamental framework design. We showed the examination
result here at the 9th TRIZ symposium (2013). In the shown fundamental framework, wehave applied the evolution trend of business management system of Darrell L. Mann’s
proposal. In the examination process here, we were effective in the evolution trend of abusiness management system, and acquired the necessity of making for the tool which
moreover improves convenience. Then, we created the intelligible description about thecontents of a definition of the evolution trend of a business management system ofDarrell L. Mann’s proposal, and the contents of a definition of an evolution level as far as
possible. About this examination result, we showed at the 10th TRIZ symposium (2014)
with the practical use example.
In the 11th TRIZ symposium (2015), since the analysis tools (the inconsistency matrix,
the invention principle and the evolution trend, the evolution level, etc. of the
management system) of the TRIZ style were about ready from the previous activities, weselected "the business model with a sufficient line" from all fields partly, and analyzed thesuccess factor by the TRIZ style (reverse). And in the 12th TRIZ symposium (2016), we
specified the business model as the "LCC (low cost carrier) model", and explored theevolution system business model with the application of the framework of TRIZ stylebusiness model creation. Then, we focused on the specific tool and made the application
method of the "evolution trend" of Darrell L. Mann’s proposal applicable to examination
this time.
１． We make it sublimate to the tool which can have a certain amount of flexibility
from personal application as the application method of an "evolution trend."
２． We set up and classify the main axes of management of the "evolution trend"
which makes a core in the 3rd clause of contents explanation, and the 5th clause,and perform the case study which paid its attention to the specific business model.

J11 Masao Oda (MITSUBISHI ELECTRIC Corp.)

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Proposal and verification of a creation techniqueby the extreme-opposite analogy approach
utilizing TRIZ
Masao Oda (MITSUBISHI ELECTRIC Corp.)

Companies are asked for the creation of value which gives a customer new impression.
For that purpose, it is necessary to find out customer's potential demands In addition toalready clear actual ones, and to create the basic idea of a product or service which brings
about new value. In this paper, I propose a creation technique of a basic idea which meets acustomer's potential demand in VE process of a plan stage, and verify its validity.
The creation technique by the extreme-opposite analogy approach to propose conceives
the thing of the extreme opposite the object to develop notionally. And I create the basic idea
which obtains a new focus at a key and meets a customer's potential demand in the thing
and the characteristic of the extreme opposite. I was able to utilize this creation technique forthe development of the environment-monitoring technology of a recycling factory, I was able
to obtain the basic idea which meets the customer's potential demand, and was able to build
the factory exceeding the customer's expectation of the concept.
Furthermore, I took in the Inventive Principle of TRIZ to the creation technique by extremeopposite analogy approach, gave the technical viewpoint that universality was higher, andimproved validity further. I was able to apply this creation technique to development of thecollection management technique of the chlorofluorocarbon for coolants of a recycling factory,
and was able to realize the rate of the collection of chlorofluorocarbon of the domestic record
level.

J12 Takashi Ogata (IDEA Inc.)

A new product plan
combining Time-space SN Matrix and TRIZ

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Abstracts 2018.7.3- An idea of the customer baseadopting the philosophy of UX view Takashi Ogata (IDEA Inc.)
In recent years, IT technology, such as A.I.(Artificial Intelligence) and IoT, shows evolution
and spread at a dramatic speed on many business, and the big change to "Koto" from "Mono"is progressing in all the industrial fields with the motor vehicle industry in front, by U.S. huge
IT company guidance.
The writer adopted the philosophy of UX (User Experience) view in order to correspond to
this change, conducting action analysis of the customer using the time SN matrix* by thefunction (purpose intention), extracted the demand to operation, grasped the potential needsof the customer to a new product efficiently by changing into a space SN matrix, and foundout a method of embodying and conceiving using TRIZ. This method is practiced in two or
more companies, and is achieving effect.
Since it has turned out that it is an effective means not only a product simple substancebut when planning the solution business and service which surround package goods and a
product, I introduce this approach method.
(*: November, 2015

21st Quality Functional Deployment Symposium

Ogata [former Olympus, Inc.] presentation data)

J13 Masayuki Nakano (Marugo Rubber Industries,Ltd.)

Measures against shear/slip of a rubber hose
Masayuki Nakano (Marugo Rubber Industries,Ltd.)When introducing TRIZ for the first time at our company, I introduce an example to which thetrainee of five persons x 2 teams set up the theme actually faced with a difficult problem
through the seminar for seven days, and were in charge of problem solving by instruction of
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the consultant.
Although the members of team A were selected from each section of development, design,
manufacturing technique and manufacture, and is simple as a theme, I considered it as "Measures against shear/slip of a rubber hose," which faces rough going to solution very much,and, first of all, carried out Cause-Effect Analysis and Function Attribute Analysis for the
subject of rubber hose shearing/slipping out of the pipe in which it was inserted because ofhigh temperature, vibration and pulse pressure in stand top durability test, using Goldfire.
Subsequently, I performed idea generation from Invention Principles, Evolution Patterns andScientific Effects, and I set the horizontal axis as development period, the vertical axis asfunctionality, created mapping, and groped for the concept of the short, medium and longterm realization target by selection and combination of the ideas.

J14 Masahiro Kuwahara (IDEA Inc.)

To solve problems of the manufacturing processcreatively– Through consulting at companies in Taiwan Masahiro Kuwahara (IDEA Inc.)
In order to hold customer's demand exactly, to produce an innovative idea from the needs
and to realize attractive goods, IDEA Inc. proposes to utilize QFD-TRIZ-TM systematically.
The writer has carried out many reports about the method for producing innovative goods not
only at the place of consulting but also at past TRIZ symposia.
On the other hand, although it is a well-known fact that the problem-solving thinking
method of TRIZ is applicable not only to product development but to problems of amanufacturing process, I think that, until now, it was seldom reported about the concrete wayof using and examples in the spot of craftsmanship.
In spite of having developed a new product attractive for the customer, the problem that
manufacture becomes difficult is one which arises the more innovative the new product is.
And in many cases, since the problem will be solved in the try and error, it is hung up toconventional technologies and systems.
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TRIZ is not a technique restricted to innovative goods idea creation but a more nearly
general-purpose idea creation theory. Therefore, it should make it also possible to solve
problems in the manufacturing process from an unprecedented unique viewpoint.
Recently, the writer performed problem-solving consulting by TRIZ at a manufacturer in
Taiwan. Then, I was able to create the measure idea about the manufacturing problem which
could not be solved fundamentally until now but had only symptomatic treatments (sortingetc.), and was able to acquire the big effect by that cause.
Based on the device then performed, I introduce this time the "practical use method of
TRIZ in the manufacturing process" seldom described until now. I am pleased if it becomesan aid of scope expansion of TRIZ in Japan's manufacturing industry.

J15 Koji Matsuda (Shinwa Controls Co., Ltd.)TRIZ practical use for product planning
Koji Matsuda, Hidemitsu Ooka, Ryoji Ichiyama(Shinwa Controls Co., Ltd.)At Shinwa Controls Co., Ltd., we have promoted the development of a high durability
electric motor operated valve starting with the QFD/TRIZ success case "Miniaturization of
the precision temperature-and-relative-humidity air providing unit", which was tackled from2010 to 2011, and are continuing TRIZ activities in our product development.
Moreover, we are applying it to operating activities, aiming at consciousness conversion
what kind of value we can offer to the market, and are promoting new product development.
In this report, we will introduce the measure in sales promotion activities, performing
improvement introduction of the electric motor operated valve reported at the 10th TRIZ
Symposium.

J16 Takayoshi Ohtsu (National Institute of Technology, Numazu College)

Analysis of the global Izu Peninsula Geopark
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by "Geo-TRIZ"
Takayoshi Ohtsu (National Institute of Technology, Numazu College)
On April 17, 2018, the United Nations Educational, Scientific and Cultural Organization(UNESCO) authorized Izu Peninsula in Shizuoka Prefecture to the "global geopark." A global
geopark is the nature park equipped with scientifically important geographical feature andgeology. In Japan, Izu Peninsula Geopark was authorized as the 9th site following Lake Toya
Usu-zan (Hokkaido), Itoigawa (Niigata), etc. Izu Peninsula was made about 600,000 years
ago volcanic island located in the Pacific Ocean colliding Honshu, has a geographical featureof rich change formed by repeated diastrophisms and volcanic activities, and was authorized
by the "Japanese geopark" of the domestic version in 2012. 2027 square kilometers of 15
cities and towns of eastern Shizuoka and the Izu area (including the surrounding ocean area)
are scope, and there are 114 places "geosite" where precious geology and geographicalfeature are seen. So, I conducted analysis by the 40 Inventive Principles and Contradiction
Matrix of TRIZ for those geosites for the purpose of construction of "Geo-TRIZ," which I learn
from global Izu Peninsula Geopark.

J17 Heikan Izumi (Nippon-Bunri University)

Product development techniquebased on TRIZ and patent information
Heikan Izumi (Nippon-Bunri University)
Manabu Sawaguchi (Waseda University)

This research proposes a technique of drawing an improvement proposal efficiently in
product development by showing clearly how they were drawn by extracting an effective
patent (called “patents in force”) technically out of the patent. Although drawing adevelopment proposal based on laws drawn from patent information, such as Inventive
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Principles and Technical Contradiction Matrix, are proposed in TRIZ, there were cases where
it was difficult for a common engineer to conceive an effective development proposal only by
TRIZ in writers' conventional research. In this research, we propose the development
technique which compensated the problem when the effective way of thinking only with TRIZ
was difficult, by extracting patents in force out of the patent of the electric shaver, andclarifying the way-of-thinking process.

J18 Kiyohisa Nishiyama (Nagoya University)

A consideration on engineering research support
using TRIZ
From the trial by the School of Engineering andInternational Academic Exchange Office, Graduate
School of Engineering at Nagoya University
Kiyohisa Nishiyama, Leleito Emanuel(Nagoya University)

Now, the field way of thinking across boundaries which was conscious of the innovation
creation for a productivity drive is thought as important from problems, such as a future labor
force reduction by low birthrate and longevity. On the other hand, for the increase in efficiencyof research activities, in the engineering field, subdivision of the field is progressing andcompartmentalization of a certain meaning and specialty nature is pointed out. In connection
with this, it is thought that various subjects including researchers' communication exist. The
presenter has mainly used this for activities, such as international scientific exchange
activities for the student of the faculty of technology, English paper writing instruction, andcareer support for a foreign student, positively as next-generation engineering education
which solves the above-mentioned problem positively beginning in the 2015 fiscal year
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paying attention to the possibility of TRIZ. This presentation describes the consideration
about the subject to the application to the research support in the engineering field of TRIZ
which summarized the activity using TRIZ up to now by an applicant, and has been visible
from there.

J19 Takashi Shikata (Japan TRIZ Society)"Education of a New Era" Subcommittee activity report
Takashi Shikata, Takayoshi Ohtsu, Toshimitsu Kataoka,
Tomohiko Katagiri, Yoshihisa Konishi, Shigeru Hisanaga, Yuji Mihara andKurosawa, Shinsuke(Education of a New Era Research Subcommittee, Japan TRIZ Society)
The Japanese TRIZ Society’s "Education of a New Era" subcommittee started its activity
as a subcommittee of the Japanese TRIZ Society in 2014 for the purpose of considering
TRIZ as a standpoint about the education which supports the power of living in the world ofchanging quickly, in the new era.
One of the activities of this subcommittee is to learn from the predecessors' work whatkind of experience existed related to education in the TRIZ community so far. This year, we
looked over the presentations in the educational special session performed by theInternational TRIZ Association annual meeting “TRIZfest 2017” held in autumn last year.
Another main point of the subcommittee activity is outputting towards Japanese society
in the viewpoint of utilizing TRIZ for education. The current fiscal year -- (1) offering a
program which supports the power which is considered mainly for the child of elementary
school upper classes of gathering in what is called an "invention club", (2) utilizing theknow-how of TRIZ at the place of education for a kindergartener, and (3) sending forcommunity at large in order to raise the recognition of TRIZ. We have just began activities
for these three themes.
We have newly started these activities aiming at output from this year. So, today, I willreport only those whose certain contents have been settled by now. Since the member ofthe subcommittee discussed the method of the name for children of the 40 Inventive
Principles, and explanation in relation to this, I would like to specifically introduce theoutline with the proposal of the program of (1) among three themes.
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J20 Hoonhee Kim (ISID)

Application to problem solving and innovation
by TRIZ practical use of QFD information
Hoonhee Kim, Motoki Ano, Naohiko Sakai, Satoru Naraoka(ISID)
Quality product development is becoming difficult by that complication of the product went
to smart-izing and the car of a mobile phone rapidly like IT apparatus loading in recent years,
and naturally linkage with other products being called for. Therefore, I am beginning to pursue
the ease of carrying out of the simplification and the product of other companies of a productfunction, and cooperation by discerning reexamination of the function of each company’s inhouse product, and a true customer demand. However, in the state where the present
product is too complicated and the present condition is not in sight even if it is going to simplify
a product, it is difficult to know where to begin with.
I render a product visible, and systems engineering or activity like quality functional
deployment (QFD) is adopted and promoted in many automobile OEM and suppliers, heavy
industry, and the precision electrical industry for the production of quality by facilitation of thecommunication between technical domains besides - between their posts. There are cases
where I begin from a component level, and there are also cases where I enter from the whole
product. I consult the information built once in the case of the following model development,
and it is mostly utilized in prospect attachment of improvement, influence grasp, a measureagainst a risk by a changed part, etc.
In this presentation, I would like to introduce the method of connecting the QFD
information about each product in a company built in this way with problem solving or
innovation by harnessing TRIZ.

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