advantage

English

Welcome to the website of Inoue & Associates

Introductory Statement

Inoue & Associates (located within 1 minute walk from the Japan Patent Office) is an intellectual property (IP) firm having more than 35 years of experience in international IP business.

We are a modest-sized IP firm composed of members each having profound knowledge about the legal aspect of IP and the technologies involved therein as well as excellent skill in actual IP practice, such that high quality services can be offered constantly at a reasonable price.  Each one of our staff members is so trained as to be able to always provide high quality IP-related services including production of documents having a clear and logical construction whether they are in English or Japanese and irrespective of urgency or technical difficulties involved in particular cases.

Over the years, we have built up a solid reputation for our ability to efficiently acquire and protect IP rights in Japan.

We are confident that we can provide higher quality IP services than any other IP firms in Japan.


Features of Inoue & Associates

For acquiring and protecting patent rights, everything starts from the claims and specification of a patent application or a granted patent.  Whether a patent application can be granted with a desired protective scope or a granted patent can survive the challenge from a third party depends utterly on how good the claims and specification have been drafted in the first place.

Invalidation of patents, unexpectedly narrow scope of protection, defeat in infringement suit … all such undesired outcome could have been avoided only if the patent application had been better drafted. 

In the case of Japanese patent applications filed by non-Japanese entities, the claims and specification are usually translations from the non-Japanese texts of the first filed foreign applications or PCT applications. 

From this perspective, the translation of the patent claims and specification is actually more than just a translation and is practically tantamount to the preparation of a legal document which serves as a basis for seeking patent protection.  For this reason, the translation should be done with utmost care by IP professionals such as experienced patent attorneys or paralegals

And that is what we do and is not done by most of the IP firms in Japan

 

Problems related to traditional way of handling patent applications from outside Japan

In typical Japanese IP firms, applications from foreign clients are handled by a team of an IP professional (a patent attorney or a paralegal) and a translator. For example, the translation of a PCT specification for the Japan national phase entry is often carried out by one who is the least experienced in the IP firm or even by an outside translator.

The IP professions work on legal matters based on the translations prepared by translators which are not always so good or of a rather poor quality in many cases. This manner of handling patents is disadvantageous not only from the aspect of efficiency but also from the aspect of cost because poor translations of course make the entire procedure unnecessarily complicated and high translation fees are required even if the translations are not so good. Such inefficient and problematic practice as mentioned above has become customary because many Japanese IP professionals are not good at writing in English or even reading English documents, and the English-to-Japanese translations are generally assigned to beginners.

Consequently, many Japanese IP professionals have to rely on poor translations in their works, thus falling into a vicious cycle. It is not surprising even if patent applications from foreign clients are handled by those who do not fully understand what is disclosed in the original specification nor the clients’ instructions given in English during the prosecution of the application. For years, this has been a serious problem as far as the patent applications from outside Japan are concerned.

Our Solution

Such problems as mentioned above will never happen in the case of Inoue & Associates. Every one of our staff members has gone through very hard training and long actual experience to acquire ability to handle the IP cases alone from drafting patent specifications whether they are in Japanese or English to dealing with various procedures relating to patent applications or registered patents. We do not need and actually do not use any translator. Even in the case of foreign patent applications (in US, EP etc.) filed by Japanese applicants through our firm, the US or European patent attorneys often use our draft documents without any substantial change. That is, the documents drafted by Inoue & Associates as such are often submitted to the USPTO or the EPO.

There is no magic formula for acquiring good IP rights. This can be achieved only by hard work and skill obtainable through long and rich experience as always required in any fields for realizing high quality services.

Inoue & Associates is one of the very limited number of Japanese IP firms capable of constantly offering high quality IP services at a reasonable price. There has been and will be no compromise in the quality of services we provide to our clients and, for this very reason, we have been trusted by many foreign clients as well as domestic clients.

Our skill in IP business is highly esteemed by our clients including two famous Japanese professors emeriti, Dr. Nobuatsu Watanabe and Dr. Hidefumi Hirai, whose recommendations are shown in this web site. Further, if requested, we will be able to show you copies of some letters from various US and EP attorneys praising our abilities.

Our highly-skilled staff members will surely be of great help to your establishment of strong and valuable intellectual property portfolio while reducing cost.

If you are not sure, try us and we promise that we will never fall short of your expectations. You will immediately realize that we are dedicated to efficient acquisition and protection of your valuable intellectual properties and have skills to achieve this goal.

タグ:

PCT  EPO  application  or  be  patent  USPTO  Japan  an  Patent  Japanese  not  with  filed  claim  Office  EP  at  one  art  claims  any  has  grant  applications  request  above  file  only  been  case  within  such  use  other  into  IP  Statement  phase  will  European  we  more  documents  should  under  specification  than  mentioned  related  all  but  right  problem  having  non  services  We  also  inter  through  third  there  registered  based  go  patents  translations  applicant  so  excellent  ex  about  high  rights  practice  foreign  technical  required  scope  reasonable  even  re  fee  granted  years  each  end  without  Inoue  legal  party  business  English  national  Further  form  prepared  cases  etc  long  general  out  shown  including  international  skill  two  first  need  quality  properties  example  because  many  skilled  during  prosecution  provide  amount  their  least  do  year  Associates  very  clients  substantial  usually  respect  firm  given  translation  some  experience  ep  Intellectual  those  protection  clear  carried  obtain  original  Problem  make  matter  Property  side  efficiency  reason  knowledge  well  had  infringement  who  document  Solution  staff  construction  cost  limit  course  therein  Such  country  basis  production  they  outside  various  her  specifications  found  firms  per  applicants  see  good  am  poor  work  always  website  whether  product  attorneys  property  entry  intellectual  drafted  his  herein  expectation  limited  often  nor  members  disclosed  could  submitted  thus  understand  valid  web  vice  what  instruction  require  reading  ratio  ability  become  number  actually  act  place  closed  located  There  part  particular  care  specific  surely  far  fees  field  start  every  draft  how  highly  service  aspect  fields  desired  complicated  entire  concerned  change  capable  exam  done  Invalidation  Consequently  Trademark  Trade  advantage  able  acquire  actual  Services  valuable  late  requested  unexpected  instructions  short  show  serious  up  involved  isa  own  professionals  professional  problems  procedure  practically  minute  protecting  now  most  skills  immediately  texts  fully  handling  handled  submit  help  translator  solid  never  oa  State  abilities  man  advantageous  acquiring  logical  mm  Watanabe  manner  rather  read  Hirai  Hidefumi  red  professor  procedures  protective  price  Nobuatsu  fr  full  depends  generally  constantly  higher  hard  great  experienced  efficiently  establish  entities  everything  esteemed  ed  domestic  ip  avoided  attorney  Dr  Each  suit  try  trusted  Even  Every  rich  surprising  An  site  works  signed  way  while  utmost  trained  reputation 

宣誓供述書の書き方について(2):米国(Part 2)

[例2] この例においては、[例1]のように宣誓供述書の供述内容を別紙のExhibit(甲号証又は乙号証)とはしていません。また、発明者以外によって署名された例です。

内容としては、医療装置(変形爪の矯正装置)に関する二次的考慮事項(商業的成功など)に関して提出したものです。(米国出願の中間処理において弊所が実際に提出したものに基づいていますが、固有名詞・用語・数値などは適宜変更してあります。)

(商業的成功に関する宣誓供述書の書式の1例)

IN THE U.S. PATENT AND TRADEMARK OFFICE

Applicant:Taro YAMADA
Serial No.:XX/XXX,XXX
Filed:XXXX, 20XX
For:APPARATUS FOR CORRECTING AN INGROWN NAIL
Art Unit:3772
Examiner:Dan HICKS

 



DECLARATION UNDER 37 C.F.R. 1.132

 

    I, Goro Kimura, a Japanese citizen residing at XXXX, Tokyo, Japan, declare and say: 
    I was graduated from the Faculty of Medicine, XXX University in March 2005.
    In April 2005, I entered XYZ Clinic where I have been practicing the treatment of hallux valgus and ingrown nails.
    I am well familiar with the present case.
    I read and understood the Office Action dated XXXX, 2011 and references cited therein. I have carried out treatments of ingrown nails with the apparatus disclosed in claim 1 of the present application at XYZ Clinic following the instructions given by Mr. Taro Yamada who is the director of the clinic and is the inventor of the present application. Some of the results of the treatments are as reported in the website of XYZ Clinic at http://www.adcdefg-hijk.com.
    In the website, three cases of treatments are reported.  The treatments were performed using an apparatus as shown in Fig. A attached hereto.  As can be seen from Fig. A, the apparatus falls within the scope of claim 1 of the present application.
    As to the three cases (cases 1 to 3), the nails before and after the treatments are shown in Figs. B, C and D attached hereto, which are also shown at the above-mentioned website of XYZ Clinic.  In each of the tree treatments, the apparatus as shown in Fig. A was used as mentioned above.  Further, the reagents and operations in cases 1 to 3 were substantially the same as recited in Example 1 of the present application (paragraphs [00XX] to [00XX] of the specification of the present application) except that the inclination angle A of the lifting members, the lifting intervals and the nail correcting force were slightly varied depending on the characteristics of the ingrown nails of the patients.  As reported in the website of XYZ Clinic, the details of cases 1 to 3 are as follows.

Case 1:
Patient's gender and age:
    A female in her 30's.

Patient's background: 
    The patient wished to avoid a painful treatment because she had heard her acquaintance's report about having received a very painful operation for correcting an ingrown nail at another hospital which seemed to have been carried out without anesthesia.  The patient came to XYZ Clinic because she was attracted by the painless treatment of this clinic.

Results:
    The ingrown nail was corrected as shown in Fig. B by a single treatment which took about only 30 minutes.  The patient was satisfied with the results of the treatment because the ingrown nail had been corrected without feeling any pain during and after the treatment.

Case 2:
Patient's gender and age:
 
    A female in her 40's.

Patient's background: 
    The patient had a previous experience of nail-correction using a wire device which is to be hooked to the edges of the ingrown sides of the nail and is designed to lift the ingrown sides by pulling the hooked portions of the wire toward the center of the nail.
    However, she needed to go to the hospital so frequently that it became troublesome to her. As a result, the patient stopped going to the hospital before the completion of the nail correction.
    The patient also had a previous experience of nail-correction using a correction plate which is to be adhered on the surface of an ingrown nail and lifts the ingrown sides of the nail by the spring force of the plate, but the plate came off from the nail soon.

Results: 
    The ingrown nail was corrected as shown in Fig. C by performing twice an approx. 30-minute treatment, and the patient was pleased with the result.

Case 3:
Patient's gender and age: 
    A female in her 50's.

Patient's background: 
    Previously, the patient had her ingrown nail corrected by treatment using a wire device similar to that used by the patient of case 2, which treatment lasted about 18 months. However, the ingrown nail recurred after the termination of the treatment.

Results: 
    The ingrown nail was corrected as shown in Fig. D by a single approx. 30-minute treatment.  During and after the treatment, the patient did not feel any pain nor uncomfortable feeling.

    Finally, it should be added that almost all of the 900 patients having received this treatment so far were very satisfied with the results.

    From the above, it is apparent that the apparatus of the present invention surely enables the correction of an ingrown nail within a very short period of time, 1.e., within about 30 minutes to about 1 hour, with a very simple operation and without causing any pain nor uncomfortable feeling to the patent.
    Thus, the apparatus of the present invention has realized a surprisingly easy and effective treatment which is far more advantageous than the conventional surgical removal method which is complicated, cumbersome and is accompanied by pain during or after the surgery and risk of microbial infection, and the conventional treatments using various correction devices or apparatuses which are in many cases not so effective and require very long treatment periods.

    The undersigned petitioner declares that all statements made herein of his own knowledge are true and that all statements made on information and belief are believed to be true; and further that these statements were made with the knowledge that willful false statements and the like so made are punishable by fine or imprisonment, or both, under Section 1001 of Title 18 of the United States Code and that such willful false statements may jeopardize the validity of the application or any patent issuing thereon.

Date:

(宣誓者の署名)
Goro Kimura

タグ:

米国  出願  発明  提出  application  or  be  patent  弊所  宣誓供述書  Japan  an  Japanese  not  with  design  変更  考慮  Final  claim  実際  Action  米国出願  period  Office  発明者  date  at  one  rce  invention  present  after  any  内容  has  treatment  above  epo  report  only  been  www  case  within  書式  such  use  other  may  months  will  以外  we  more  should  method  under  specification  than  made  事項  mentioned  results  all  but  中間処理  having  処理  Act  also  same  inter  information  was  there  用語  go  Art  nail  both  so  Case  ex  effective  about  医療  University  following  ingrown  time  scope  re  parent  fee  month  similar  each  end  without  residing  However  single  供述内容  署名  中間  Applicant  April  before  Further  装置  Exhibit  treatments  form  using  cases  XXXX  long  statements  成功  further  patient  out  XX  shown  inventor  need  state  Tokyo  数値  United  because  Ex  many  Examiner  during  有名  Mr  used  宣誓  PATENT  were  States  very  宣誓者  correction  substantial  follows  given  XXX  some  where  experience  ep  carried  Clinic  side  knowledge  recited  well  had  商業的成功  true  reference  who  like  供述書  cited  details  another  apparatus  device  declare  Fig  therein  these  willful  satisfied  petition  references  various  her  別紙  per  pending  Patient  see  Date  three  am  XYZ  Title  received  website  back  term  corrected  his  herein  result  March  statement  OFFICE  nor  Example  EC  citizen  convention  members  disclosed  dated  thereon  understood  valid  undersigned  二次的考慮事項  固有名詞  web  vice  宣誓供述  instruction  portion  issuing  depending  require  reported  ratio  nails  background  added  act  performed  petitioner  plate  closed  kg  less  pain  specific  DECLARATION  she  false  surely  far  substantially  how  Faculty  believed  feeling  apparent  female  devices  attached  familiar  complicated  conventional  発明者以外  How  20XX  Taro  Thus  UNDER  TRADEMARK  advantage  able  適宜変更  Results  say  late  wire  instructions  short  show  sides  own  previous  please  perform  商業的  minute  now  most  took  surface  hospital  ground  graduated  hereto  gender  二次的  乙号証  Section  Serial  Some  State  Re  painful  operations  operation  YAMADA  man  lifting  advantageous  accompanied  low  minutes  Unit  read  Kimura  punishable  red  periods  performing  patients  practicing  fr  declares  forming  force  hooked  correcting  except  effect  entered  enables  ed  fine  easy  became  invent  jeopardize  belief  believe  almost  approx  imprisonment  clinic  inform  came  characteristics  validity  uses  surgical  surprising  uncomfortable  site  simple  Code  signed  DE  Goro  toward  00XX  Finally  Filed 

宣誓供述書の書き方について(1):米国(Part 1)

今回は、米国出願における37 C.F.R. § 1.132に基づくDeclaration又はAffidavit(以下、纏めて「宣誓供述書」と証す)の書式についてご説明します。(宣誓供述書で証明が可能な事項については、こちらで説明しております。)

1.形式的な要件

 宣誓供述書に記載する事項は、以下の通りです。

① 「IN THE U.S. PATENT AND TRADEMARK OFFICE」と冒頭に記載する。
② 出願を特定する情報(出願人、出願日、出願番号、審査官の氏名など)。
③ 「DECLARATION UNDER 37 C.F.R. 1.132」という表題。
④ 宣誓者(declarant)の情報、具体的には、氏名、住所、最終学歴、職歴(職歴は、宣誓者として相応しいことを示すことができる限り、「~の研究や開発」という程度で構わない)。こちらでも説明しました通り、宣誓者としては、客観性の観点からは発明者以外が好ましいとされていますが、発明者でも支障はありません。
⑤ 宣誓者と本出願との関係。宣誓者が本出願の現状を理解していること。
⑥ 具体的な供述内容。
⑦ 供述内容に虚偽が無いことの宣誓。
⑧ 署名と日付。

2.供述内容

宣誓供述書を提出する状況として最も多いのは、自明性の拒絶を受けて、それに対して予想外の結果(unexpected results)を証明する場合であると思います。その場合の注意事項を以下に挙げます。

当然のことながら、回答の方針を念頭に入れて作成する必要があります。できれば、宣誓供述書を考慮させたただけで、自明性の拒絶理由が撤回されるような内容にすることが望ましいです。

これに関連して、実験報告書の原案を発明者の方が作成し、それを実質的にそのまま翻訳して提出してしまうということが実務上よく行われています。そして発明者の方は、技術の専門家ではありますが特許の専門家ではないために、必ずしも的確とは言えない内容の宣誓供述書になってしまっているというケースを目にすることがあります。その場合、いかに審査官が供述内容を真摯に検討しようとも、拒絶の撤回の根拠とはならないという状況に陥ってしまいます。従って、少なくとも発明と拒絶理由の内容を完全に理解した国内代理人に宣誓供述書の和文ドラフトを作成させて、それを翻訳させることが望ましいと考えます。(弊所では、必ず発明と拒絶の内容を理解した担当者本人が、英語で宣誓供述書を作成します。)

供述内容の決定手順の例を以下に挙げます。

① 現時点(補正後)のクレームの範囲を把握する。

② 先行技術との違いを特定する。

③ 上記の違いによって効果に差が生じるということが明確になるようなデータを取得する(実施例と比較例の結果の相違がこの特徴の違いに起因することが明確になるような条件設定とし、ここで行う比較実験が先行技術の再現実験として認められるような条件を採用しているかなどの点に留意する)。

④ 発明の特徴と効果の因果関係が明確になるようにデータの提示手段を工夫する。

⑤ データの量が不充分とみなされる可能性がある場合、既存のデータに基づいて、その結果がデータ不足分にも適用が可能であることを、合理的に説明する。場合によっては、公知文献に参照する。

⑥ 結論部(Conclusion)において、提示したデータが非自明の根拠として十分であることを簡潔に整理して説明する。

3.具体例

具体的な宣誓供述書の例を下記に示します。(米国出願の中間処理において弊所が実際に提出したものに基づいていますが、固有名詞・用語・数値などは適宜変更してあります。)

[例1]この例は、新たな実験を行うのではなく、明細書の実施例のデータに基づく考察を行って、結論を述べているものです。

供述内容が長くなる場合や、実験証明書を別途添付したい場合には、下記の例のように詳細をExhibit No.(書証番号、日本での甲号証や乙号証に相当)を付した別紙に記載します。

この例では別紙のExhibit 1において実施例のデータに基づく考察を詳しく行い、上記「⑤ 具体的な供述内容」でその内容を要約して述べています。もちろん、新たな実験に基づく宣誓供述書の場合は、別紙のExhibitにおいてその新たな実験の詳細と結果を述べて、上記「⑤ 具体的な供述内容」でその内容を要約して述べます。

宣誓供述書で結論を含む概要を述べ、詳細は別紙のExhibitとすることのメリットとしては、特に供述内容が長かったり複雑である場合に、審査官に先ず宣誓供述書で供述内容の概要を把握させ、その後、別紙のExhibitに記載された詳細により供述内容の合理性を判断させることにより、供述内容を容易且つ確実に理解してもらえるということが挙げられます。

尚、宣誓者(署名する人)の人称ですが、以前は弊所の実務として"he"や"she"などの三人称を使用しておりましたが、米国の代理人より一人称の"I"を使用するようにとのアドバイスを受けて、現在はこれに従っています。

(明細書の実施例のデータに基づく宣誓供述書の書式の1例)

IN THE U.S. PATENT AND TRADEMARK OFFICE

Applicants: Ichiro SUZUKI et al.
Serial No.: XX/XXX,XXX
Filed: June 10 20XX
For: POLYETHYLENE TEREPHTHALATE RESIN
Art Unit: 4133
Examiner: Thomas More


DECLARATION UNDER 37 C.F.R. 1.132

I, the undersigned, Ichiro SUZUKI, a Japanese citizen, residing at xxxxx, Akasaka 1-Chome, Minatoku, Tokyo 107-0052 Japan, hereby declare and state that:
I took a master course at the Department of Applied Chemistry, School of Engineering, ABCDE University, and I was graduated therefrom in March 1990.[*博士号取得者の場合: I was graduated in 1985 from the Department of Applied Chemistry, Faculty of Engineering, ABCDE University, and took a doctor course in the Graduate School of Engineering, ABCDE University, majoring in applied chemistry, from which I was granted the degree of doctor in 1990.]
I entered FGHIJ Polymer Chemical Co., Ltd. in April 1990.
I have been engaged in the research and development of high performance polyester resins from April 1990 to date.
I am one of the applicants of the above-identified application and I am well familiar with the present case. I have read and understood the Office Action dated October 10, 2007 and the references cited therein.
I carried out Examples 1 to 25 and Comparative Examples 1 to 20 of the present application, and the results are as described on pages 160 to 220 of the specification of the present application.
I have made observations, with reference to Examples 1 and 2 and Comparative Examples 1, 4 and 9 of the present application, to show that both of the side reaction index (C) requirement (i.e., less than 0.055) of step (1) and the "molten state" requirement of step (2) of the method of claim 4 of the present application must be satisfied for producing the polyethylene terephthalate resin of the present invention which possesses all excellent properties recited in claim 1 of the present application. (Hereinafter, the former requirement is simply referrred to as "side reaction index (C) requirement", and the latter requirement is simply referred to as "molten state requirement".)  The method and results are as described in a paper attached hereto and marked "Exhibit 1".

From the results of Exhibit 1, it can be fairly concluded:
that, as shown in Table A in Exhibit 1, the process employed in each of Examples 1 and 2 satisfies all requirements of claim 4 of the present application, whereas:

each of Comparative Examples 1 and 4 employs a crude PET resin having a C value of 0.082 and, hence, do not satisfy the side reaction index (C) requirement, and 

Comparative Example 9 employs a solid-phase polymerization process and, hence, does not satisfy the molten state requirement

that the results of Examples 1 and 2 (i.e. the properties of the PET resins obtained) are excellent; specifically, the obtained PET resins possess all of the target properties recited in claim 1 of the present application (Table B in Exhibit 1);

that the results of Comparative Examples 1 and 4 are poor in that the PET resins obtained in Comparative Examples 1 and 4, respectively, exhibit cyclic polymer contents (% by weight) of 3.45 and 3.34, which exceed the upper limit (not greater than 3 % by weight) recited in claim 1 of the present application (Table B in Exhibit 1);

that the results of Comparative Example 9 are poor in that the obtained PET resin not only exhibits a molecular weight distribution (Mw/Mn) of 3, which exceeds the upper limit (from 2 to 2.7) recited in claim 1 of the present application, but also exhibits disadvantageously high crystallinity of 55 (which causes high brittleness)  (Table B in Exhibit 1);

that, thus, through a comparison between Examples 1 and 2 and Comparative Examples 1 and 4, it is clear that the polyethylene terephthalate resin of the present invention cannot be obtained when the crude PET resin used does not satisfy the side reaction index (C) requirement; in other words, the side reaction index (C) requirement is critical for producing the polyethylene terephthalate resin of the present invention which possesses all excellent properties recited in claim 1 of the present application;

that, further, through a comparison between Examples 1 and 2 and Comparative Example 9, it is clear that the polyethylene terephthalate resin of the present invention cannot be obtained by a solid-phase polymerization process that is a representative conventional process; in other words, the molten state requirement is also critical for producing the excellent polyethylene terephthalate resin of the present invention;

that Comparative Example 9 also shows that, even in the case where the requirements of step (1) of the method of claim 4 (including the side reaction index (C) requirement) are satisfied, the excellent PET resin of the present invention cannot be obtained when the molten state requirement is not satisfied;

that thus, it is apparent that the polyethylene terephthalate resin of the present invention which possesses all excellent properties recited in claim 1 of the present application can be obtained only when the process employed satisfies both of the side reaction index (C) requirement and the molten state requirement.

The undersigned petitioner declares that all statements made herein of his own knowledge are true and that all statements made on information and belief are believed to be true; and further that these statements were made with the knowledge that willful false statements and the like so made are punishable by fine or imprisonment, or both, under Section 1001 of Title 18 of the United States Code and that such willful false statements may jeopardize the validity of the application or any patent issuing thereon.

Date:

(宣誓者の署名) Ichiro SUZUKI

タグ:

特許  米国  出願  クレーム  発明  日本  補正  記載  提出  必要  明細書  上記  以下  application  翻訳  審査  効果  拒絶  or  be  patent  先行技術  判断  可能  弊所  英語  宣誓供述書  出願人  比較  審査官  適用  データ  作成  Japan  実施例  an  範囲  説明  可能性  要件  メリット  Japanese  検討  not  with  変更  情報  考慮  理由  具体的  特徴  claim  明確  実際  拒絶理由  使用  Action  米国出願  Office  特定  発明者  公知  action  EP  文献  date  at  技術  容易  one  art  採用  出願日  invention  注意  実験  present  実施  十分  after  any  以前  内容  理解  has  grant  search  結果  観点  概要  現在  状況  above  詳細  根拠  形式  関連  実質的  only  been  www  case  決定  参照  代理人  書式  such  use  other  自明性  pace  may  条件  取得  証明  phase  will  以外  ケース  自明  手段  we  method  under  当然  specification  合理的  than  between  made  事項  results  提示  充分  all  but  right  相違  相当  中間処理  having  処理  Act  must  国内  also  through  information  process  resin  was  there  用語  専門家  Art  requirement  程度  applicant  回答  実務  step  具体例  比較例  both  so  excellent  ex  high  University  Engineering  時点  下記  even  re  parent  granted  each  residing  確実  今回  Declaration  供述内容  署名  中間  Applicant  April  完全  予想外  担当  identified  obtained  Exhibit  Examples  form  Applicants  関係  現時点  注意事項  statements  公知文献  further  撤回  SUZUKI  out  XX  shown  including  state  producing  Tokyo  数値  properties  United  reaction  Ex  Examiner  有名  日付  Comparative  Ichiro  used  宣誓  do  PATENT  referred  does  were  States  宣誓者  Affidavit  simply  index  念頭  添付  手順  requirements  respect  XXX  補正後  where  inoue  実験証明書  ep  複雑  実務上  考察  予想  School  clear  carried  obtain  side  Chemical  knowledge  Department  recited  well  本人  本出願  比較実験  true  reference  like  PET  結論  起因  番号  applied  供述書  cited  和文  terephthalate  limit  polyethylene  Graduate  declare  簡潔  molten  course  therein  these  willful  開発  satisfied  petition  references  her  別紙  per  applicants  Date  Table  現状  am  客観性  sea  its  把握  Title  poor  バイ  resins  支障  ku  非自明  his  herein  出願番号  result  March  工夫  statement  OFFICE  最終  Example  形式的  アドバイス  EC  citizen  convention  住所  described  代理  dated  thus  thereon  understood  valid  undersigned  冒頭  再現  固有名詞  weight  xxx  words  宣誓供述  issuing  degree  的確  require  ratio  既存  act  chemistry  petitioner  part  less  specific  hence  DECLARATION  留意  she  false  exhibits  hereby  how  satisfy  Faculty  believed  apparent  職歴  attached  familiar  development  現実  conventional  不充分  doctor  発明者以外  ABCDE  20XX  UNDER  要約  TRADEMARK  advantage  虚偽  ドラフト  able  October  適宜変更  late  representative  担当者  unexpected  show  氏名  up  isa  報告  own  possesses  方針  polymer  perform  実験証明  実験報告書  xxxx  now  took  graduated  therefrom  hereto  solid  研究  真摯  不足  乙号証  原案  先行  再現実験  別途  明細  設定  Section  Serial  State  major  man  advantageous  master  Unit  read  punishable  Hereinafter  red  polymerization  Polymer  More  Minatoku  Minato  fr  declares  former  content  contents  critical  crude  great  greater  employed  exhibit  employs  entered  ed  fine  invent  jeopardize  belief  believe  imprisonment  comparison  inform  causes  validity  satisfies  uses  Akasaka  upper  respectively  try  FGHIJ  xx  xxxxx  Chemistry  Code  Chome  Applied  shows  signed  DE  whereas  Filed 

《会社案内》

(和英)

原文:

現在は、長年蓄積した経験と高度な技術によって広く全国のお客さまからパートナーに選ばれ、「信頼できる分析サービス会社」という声価をかち得ています。・・・・・価値ある有用な情報を創造し、ご提供する我が社は、進化するお客様のニーズにお答えするためさらにパートナーとして信頼される努力を続けてまいります。

英訳文:

Due to our long and extensive experience and high-level expertise, we have been chosen as a partner by customers throughout Japan, and won a reputation as a “reliable analytical services company”.・・・・・We are committed to create and provide valuable and useful information,and will continue every effort to satisfy the changing customers’ needs and remain to be trusted as a their partner.

原文:

つねに最新鋭の機器と優れた人材・技術をいかし「迅速に・正確に・確実に」業務を実行すると共に、機密の保持に万全の注意を払っていることは申すまでもありません。

 英訳文:

We, as a matter of course, always take advantage of the state-of-the-art instruments and the excellent human resources and techniques in carrying out given tasks “quickly, precisely and surely” and that with extreme care to secure confidentiality of information.

《特許出願明細書》

分野 : バイオテクノロジー(細胞生物学) (和英)

原文:

更に、MAPKキナーゼの活性化には、キナーゼドメインVIIとVIIIの境界領域にある2つのセリン及び/又はスレオニン残基(即ち、2つのセリン残基、2つのスレオニン残基又はセリンとスレオニン残基)のリン酸化が必要で、このリン酸化を担うセリン/スレオニンキナーゼをMAPKKキナーゼ(MAPKKK)と総称する。前記のRaf-1はMAPKKキナーゼの一種であり、Ras→Raf-1(即ち、MAPKKK)→MAPKK→MAPKという連鎖は、シグナル伝達の主要経路の一つである。MAPKKK→MAPKK→MAPKという3分子からなるキナーゼの連鎖をMAPキナーゼシグナルカスケードと呼ぶ。

英訳文:

For activating a MAPK kinase, it is necessary to phosphorylate two serine and/or threonine residues (i.e., two serine residues, two threonine residues, or one serine residue and one threonine residue) located in the boundary region between the kinase subdomains VII and VIII, and a serine/threonine kinase responsible for this phosphorylation is designated MAPKK kinase (MAPKKK). The above-mentioned Raf-1 is one example of MAPKK kinase, and the following cascade reaction: Ras → Raf-1 (i.e., MAPKKK) → MAPKK → MAPK, is one of the major signal transduction pathways. The cascade reaction consisting of three kinase molecules, MAPKKK → MAPKK → MAPK, is called a MAP kinase signal cascade.

分野:バイオテクノロジー(遺伝子工学) (和英)

原文:

SIIS-1発現プラスミドの構築上記(ii)で単離したSIIS-1cDNAを制限酵素XbalとPvuIIで消化し、得られた制限酵素断片をブラントエンド化し、哺乳動物発現ベクターpEF-BOSのブラントエンド化したXbalサイトに挿入した。以下、構築したSIIS-1発現ベクターをpEF-BOS/SIIS-1(SH+)とする。SH2領域を欠損した変異型SIIS-1を構築するために、pEF-BOS/SIIS-1(SH+)を制限酵素BssHIIで消化し、生じた360bpの断片を除去した。得られたSH2領 域及びC末端の領域を欠損したSIIS-1発現ベクター(即ち、SIIS-1変異ベクター)を、pEF-BOS/SIIS-1(SH-)とした。 上記で構築したpEF-BOS/SIIS-1(SH+)又はpEF-BOS/SIIS-1(SH-)のいずれか一方の発現ベクターとネオマイシン耐性遺伝子をコードするpSV2 Neoとを20:1の比率で混ぜ、M1細胞にエレクトロポレーション法で形質導入した。ネオマイシン耐性を指標とし、形質導入体(クローン)をGeneticin(米国、GIBCOBRL社製)750μg/mlを含む成長培地中で選択した。

英訳文:

Construction of SIIS-1 expression vectors: SIIS-1 cDNA isolated in step (ii) above was digested with restriction enzymes XbaI and PvuII, and the end of the obtained restriction fragment (XbaI-PvuII) was converted into a blunt end. Then, the resultant blunt-ended fragment was inserted into the blunt-ended XbaI site of the mammalian expression vector pEF-BOS. Hereinafter, the constructed SIIS-1 expression vector is simply referred to as "pEF-BOS/SIIS-1 (SH+)". For the construction of a mutant SIIS-1 which is an SH2 domain-deficient SIIS-1, a BssHII-digested fragment of 360 bp was removed from pEF-BOS/SIIS-1 (SH+). The thus obtained SIIS-1 expression vector (that is, a mutant SIIS-1 vector) which is deficient in the SH2 domain and is truncated at the C-terminus is hereinafter simply referred to as "pEF-BOS/SIIS-1 (SH-)". Each of the expression vectors pEF-BOS/SIIS-1 (SH+) and pEF-BOS/SIIS-1 (SH-) prepared above was individually mixed with expression vector pSV2 Neo (encoding a neomycin-resistance gene) at a ratio of 20:1. Subsequently, each of the resultant vector mixtures was separately transfected into M1 cells by electroporation. Using neomycin resistance as an index, the transfectants (i.e., clones) were selected in the growth medium containing Geneticin (manufactured and sold by GIBCO BRL, USA) at 750 μg/ml.

分野 : 樹脂成形 (和英)

原文:

本発明の発泡射出成形方法によれば、金型キャビティ内壁面形状の転写性が良好で、無発泡の表皮層と高発泡の発泡層を有する成形品を再現性良く、効率的、経済的に製造することができるだけでなく、成形品の表皮層の厚さおよび成形品の発泡倍率を容易に制御することができる。

英訳文:

The foam-injection molding method of the present invention is advantageous not only in that a molded article which exhibits excellent reproduction of the morphology of the inner wall of the mold cavity and which has both a non-foamed surface skin layer and a highly foamed interior portion can be produced with excellent reproducibility and high efficiency and economically, but also in that the thickness of the surface skin layer and the expansion ratio of the molded article can be easily controlled. The foam-injection molding method of the present invention can provide various excellent foam-injection molded articles of a thermoplastic resin at a low cost.

分野 : 電気工学 (和英)

原文:

本発明は、複合色素及びn型半導体を包含する光電変換素子であって、該複合色素は、互いに 異なる励起準位を有する複数の成分色素が互いに化学結合されてなり、それにより、電子移動用の直鎖又は枝分かれ構造体を形成し、該直鎖又は枝分かれ構造体は一端において該n型半導体に保持され、他端は自由端であり、その励起準位が該直鎖又は枝分かれ構造体の上記のn型半導体に保持された端部から、上記の自由端に向かって減少する順序で配列されていることを特徴とする光電変換素子に関する。

英訳文:

The present invention is concerned with a photoelectric conversion element comprising a composite dye and an n-type semiconductor, the composite dye comprising a plurality of component dyes which have different excitation levels and which are chemically bonded to each other to form a straight chain or branched structure for transferring an electron therethrough, wherein the straight chain or branched structure is, at one end thereof, secured to the n-type semiconductor and has, at least at one other end thereof, a free end, and wherein the plurality of component dyes are arranged in an order such that the excitation levels of the plurality of component dyes are decreased as viewed from the one end of the structure toward the at least one other end of the structure.

分野 : 電気工学 (和英)

原文:

本発明の光電変換素子は、光電変換性能に優れ、特に、太陽エネルギーからのエネルギー取り 出し効率(エネルギー変換効率)が高く、また、それを用いて簡便に色素増感型太陽電池を製造 することができるので、色素増感型太陽電池などに有利に用いられる。

英訳文:

The photoelectric conversion element of the present invention exhibits excellent photoelectric conversion properties, especially high efficiency in converting solar energy to electric energy (i.e., high energy conversion efficiency), and a dye sensitized solar battery can be easily produced therefrom. Therefore, the photoelectric conversion element of the present invention can be advantageously used for a dye sensitized solar battery and the like.

分野 : 樹脂成形 (和英)

原文:

文明社会はエネルギーの消費によって成立するが、そのエネルギーの大部分は、自然が長年か けて太陽光エネルギーを蓄えた化石燃料に由来する。近年、その化石燃料の減少やその燃焼に よる地球温暖化問題が、人類社会の持続的発展の足かせとなる危惧が高まっている。 これらの問題を解決するために、太陽エネルギーから直接エネルギーを取り出す研究開発が盛 んに行われている。これらの中で、太陽電池は太陽エネルギーからのエネルギー取り出し効率 (エネルギー変換効率)が高いため多くの研究が為されている。とりわけ、色素に代表される光 増感剤を用い、その励起電子を効率よく取り出すことが可能な色素増感型太陽電池は、Michae l Gratzel等によって、エネルギー変換効率が7%を超えるシステムが発表(Nature 1991,353,737参照)されて以来、複雑な製造工程を経ず、安価に製造できる次世代の太陽 電池として注目を集めている。

英訳文:

Consumption of energy is indispensable to civilized society. Most of the energy which is consumed by civilized society is derived from fossil fuels, in which sunray energy has been accumulated over many years. In recent years, the problem that the amount of fossil fuels available is being reduced and the problem that the burning of fossil fuels causes global warming have arisen, and there is an increasing fear that these problems will be obstacles to the sustainable development of human society. For solving the above-mentioned problems, various studies have been made to directly utilize sunray energy. Among these studies, the studies on solar batteries have been vigorously made, because solar batteries exhibit high efficiency in converting solar energy to electric energy (i.e., high energy conversion efficiency). Among the solar batteries, special attention has been paid to a dye sensitized solar battery, which uses a photosensitizer, such as a dye, and which is capable of efficiently taking out electrons from the photosensitizer by the irradiation of the photosensitizer with sunray. Specifically, since Michael Gratzel et al. reported a system which uses a dye sensitized solar battery having an energy conversion efficiency of more than 7 % (see Nature 1991, 353, 737), a dye sensitized solar battery has drawn special attention as the next generation solar battery which can be produced at a low cost without use of a complicated method.

分野 : 鉄鋼技術、機械 (英和)

原文:

A production line for manufacturing hot steel strips from two casting lines (a, b) for thin slabs of thickness < 100 mm, only one of which (a) is aligned with a rolling line (e, g) characterized by comprising superimposed heating furnaces with mandrel (Al, A.2; Bl, B2), one pair on line (a) and one on line (b) respectively, both provided with internal mandrel to allow winding/unwinding steps of pre-strips having thickness lower than 30 mm, further comprising a bypass length (d) between said two furnaces (Al, A2) for the endless rolling in a finishing rolling mill (g) through a roller path (e), and a transverse path (k.) for transferring said pair of furnaces (Bl, B2) from line (b) to line (a) fox the production of single strips, there being provided an induction furnace (f) downstream of said heating furnaces with mandrel and immediately upstream of said finishing rolling mill (g).

和訳文:

熱間鋼帯を製造するための製造ラインであって、厚み100mm未満の薄いスラブ製造用の2つの鋳造ライン(a)及び(b)、該鋳造ライン(a)と直列に配置されてなる、ローラーコンベア(e)及び仕上用圧延機(g)を含む圧延ライン、上下に重なり合った加熱炉(A1)及び(A2)であって、該鋳造ライン(a)で製造されたスラブから得られる厚み30mm未満の仕上前鋳片の巻き取り及び巻き出し用マンドレルを内部に有しており、該鋳造ライン(a)に設けられた加熱炉(A1)及び(A2)、上下に重なり合った加熱炉(B1)及び(B2)であって、該鋳造ライン(b)で製造されたスラブから得られる厚み30mm未満の仕上前鋳片の巻き取り及び巻き出し用マンドレルを内部に有しており、鋳造ライン(b)に設けられた加熱炉(B1)及び(B2)、該鋳造ライン(a)で製造されたスラブを、ローラーコンベア(e)を介して仕上用圧延機(g)で連続的圧延に付すためのバイパス経路(d)であって、加熱炉(A1)と(A2)との間に設けられたバイパス経路(d)、加熱炉(B1)及び(B2)を、鋳造ライン(b)から鋳造ライン(a)に移動するための横断経路(k)、及びマンドレルを有する該加熱炉の下流であって、該仕上用圧延機(g)の直上流に設けられた誘導炉(f)、を含むことを特徴とする製造ライン。

タグ:

米国  発明  必要  上記  以下  or  be  可能  方法  an  成分  制限  not  選択  本発明  with  design  問題  特徴  action  at  技術  容易  one  art  invention  原文  present  after  any  has  導入  近年  above  製造  epo  複数  report  only  been  英訳文  英訳  参照  such  II  分野  工程  use  other  into  will  system  we  more  method  than  between  made  mentioned  III  all  but  解決  problem  having  non  necessary  also  inter  through  resin  was  there  A2  go  部分  A1  consisting  発表  エネルギー  step  type  both  so  excellent  ex  high  following  有利  サイト  和英  said  steps  re  ライン  成立  years  each  end  without  直接  single  comprising  heat  obtained  SIIS  form  prepared  energy  システム  Therefore  further  SIIS  out  動物  機械  two  solar  注目  properties  example  reaction  because  many  ii  provide  kinase  amount  used  least  do  ベクター  provided  year  referred  were  component  conduct  pEF  BOS  simply  index  plurality  conversion  respect  MAPKK  where  ep  化学  複雑  バイオテクノロジー  expression  効率的  articles  DNA  主要  obtain  和訳  structure  dye  efficiency  SH  restriction  main  MAPK  wherein  like  減少  制御  available  battery  細胞  designated  article  directly  construction  being  cost  一端  different  BOS  他端  production  containing  these  一種  開発  VIII  加熱炉  various  MAPKKK  her  pEF  per  element  electric  see  vector  three  am  its  sensitized  バイ  バイオ  B2  セリン  product  太陽  キナーゼ  term  単離  構築  his  herein  rolling  result  長年  該鋳造  order  変換  訳文  経済的  paid  SH  発現  converted  thus  threonine  以来  再現  スラブ  スレオニン  安価  効率  resistance  portion  遺伝子工学  電気工学  individual  順序  reported  ratio  鋳造  Raf  attention  製造用  枝分  VII  mandrel  未満  allow  act  photoelectric  構造体  located  There  less  構造  lines  easily  由来  B1  形成  foam  furnaces  exhibits  domain  due  highly  hereinafter  serine  batteries  耐性  代表  blunt  自然  内部  色素増感型太陽電池  dyes  development  保持  マンドレル  発泡倍率  composite  complicated  簡便  ended  concerned  cells  capable  光電変換素子  cascade  exam  converting  chemical  電池  配置  コード  advantage  able  XbaI  Specifically  Nature  view  late  manufacture  和訳文  residues  半導体  残基  since  injection  separate  樹脂  成形品  up  own  pair  型半導体  over  problems  produced  photosensitizer  path  変換効率  molded  molding  mutant  my  vectors  immediately  前記  fragment  fuels  制限酵素  surface  fossil  分子  therefrom  thickness  studies  sunray  strips  special  society  taking  酸化  連鎖  mm  Xbal  II  性能  指標  電子  除去  領域  エレクトロポレーション  研究  仕上前鋳片  仕上用圧延機  移動  比率  包含  伝達  化学結合  化石燃料  樹脂成形  欠損  消化  励起準位  発展  シグナル  該直鎖又  変異  表皮層  ローラーコンベア  リン  上下  経路  バイパス  ネオマイシン  ブラントエンド  英和  自由端  next  oa  neomycin  Ras  PvuII  SH2  mold  major  man  advantageous  low  mill  mm  ml  USA  range  MAP  Hereinafter  recent  red  free  fr  fox  foamed  deficient  heating  convert  finishing  excitation  exhibit  efficiently  ed  digested  fact  human  ip  invent  branched  internal  levels  layer  arranged  coding  increasing  civilized  causes  called  chain  uses  Each  respectively  resultant  responsible  Among  skin  BssHII  site  Bl  sold  straight  separately  semiconductor  signal  way  steel  transferring  transfer  toward  Gratzel  residue  Geneticin  thereof 

Exceptions to Lack of Novelty of Invention

Q1. We understand that Japan has a grace period for avoiding certain public disclosures from constituting prior art against a Japanese application.  How long is this grace period?

A1.  The grace period defined under Article 30 of the Japanese patent law (Exceptions to Lack of Novelty of Invention) is 6 months from the date of public disclosure.

Q2. What type of disclosures is capable of taking advantage of the Exceptions to Lack of Novelty of Invention in Japan?

A2.  According to current Article 30 of the Japanese patent law (effective as of April 1, 2012), virtually any disclosure, including “inventions made public at meetings and seminars, which are not academic conference designated by the Commissioner of the Patent Office, inventions made public on TV and radio, and inventions made public through sales”, are covered by the Exceptions to Lack of Novelty of Invention.  However, a patent publication is not a non-prejudicial disclosure.

Q3. Is the grace period applicable to scientific articles published on the web? 

A3.  The 6-month grace period is also applicable to electronic publications of scientific articles.  When a scientific article is published in the form of an electronic publication in advance to the publication in print, the 6-month grace period will start from the date of the electronic publication.  This rule applies not only to a free electronic publication, but also to an electronic publication which requires registered membership and/or purchase of the publication for accessing the electronic publication.

Q4. An invention has been published as a scientific article and a basic patent application has been filed in the US within 6 months from the publication of the scientific article.  Already 10 months have passed from the publication of the scientific article, but is it still possible to enjoy the benefit of the Japanese 6-month grace period by filing a Japanese patent application claiming the Paris convention priority from the basic US application filed within 6 months from the publication date? 

A4.  No.  Claiming of the Paris convention priority does not allow the filing date in Japan to date back for the purpose of grace period.  In other words, when a basic application is filed in other country within 6 months from the date of public disclosure, and a Japanese patent application claiming the convention priority from the basic application is filed after the expiration of the 6-months grace period, the Japanese patent application cannot enjoy the benefit of the grace period.

For receiving the benefit of the 6-month grace period in Japan, the Applicant must file within the 6-month grace period either one of the following applications:

   (1) Japanese national patent application*, or

   (2) PCT application designating Japan as one of the designated states. 

* Either a Japanese patent application or a PCT application claiming the convention priority from this Japanese patent application can be filed after the expiration of the grace period and still enjoy the benefit of the grace period.

Q5. What are the steps necessary for obtaining the benefit of the Japanese 6-month grace period?  

A5.  Necessary steps are explained separately for Japanese national patent application and PCT application.

Japanese national patent application:

A patent application is filed simultaneously with a Request for Grace Period within 6 months from the date of public disclosure.  Alternatively, the Request may be omitted by stating such effect in the patent application.

Next, a Document Verifying the Request, which is signed by all applicants, is filed within 30 days from the filing date of the patent application.  Filing of a specific evidence material (such as a copy of the scientific article disclosing the invention) is not required, but it is most advisable to file the evidence material with the Document.

PCT application designating Japan:

When a PCT application designating Japan as one of the designated states is filed within the 6 month grace period, such a PCT application will obtain the benefit of the grace period even when the PCT application enters the Japanese national phase after the expiration of the grace period (i.e., within non-extensible 30 month deadline).  In this case, both the Request for Grace Period and the Document Verifying the Request are filed within 30 days from the entry into the Japanese national phase. 

[Filing of the Request for Grace Period can be omitted when “Declaration as to Non-Prejudicial Disclosures or Exceptions to Lack of Novelty” (PCT Rule 4.17(v), 26ter.1) is made at the international stage.]

The Document Verifying the Request can be prepared at our end and forwarded for execution by the applicant(s). 

タグ:

PCT  application  or  be  patent  Japan  an  Patent  Japanese  not  filing  with  design  filed  claim  period  Office  date  at  Request  one  art  invention  after  any  has  prior  applications  grace  file  only  been  case  within  such  other  into  may  months  phase  will  priority  we  under  made  all  but  Article  non  law  must  We  necessary  also  inter  through  registered  A2  Art  A1  applicant  Rule  step  against  type  Novelty  both  so  ex  effective  possible  following  What  required  even  steps  re  month  publication  disclosure  end  However  Declaration  Q2  Q1  cannot  Applicant  national  April  form  prepared  long  Disclosure  claiming  including  Invention  international  rule  simultaneously  state  public  Ex  covered  either  do  Grace  Q3  does  A3  days  stage  ep  articles  obtain  benefit  Period  Claim  material  Q4  expiration  designated  article  electronic  scientific  A4  Filing  deadline  country  basic  her  per  Document  applicants  inventions  back  entry  evidence  his  Lack  convention  designating  members  cover  Exceptions  understand  web  words  Non  Next  require  defined  ratio  allow  omitted  specific  she  states  start  explained  extensible  execution  applies  day  enjoy  certain  capable  How  According  advantage  able  Verifying  requires  separate  up  isa  over  published  most  purpose  forwarded  taking  Re  Q5  academic  low  mm  meetings  read  publications  red  passed  Paris  free  fr  current  copy  effect  ed  disclosures  fine  ip  invent  applicable  try  A5  An  Claiming  separately  signed  still 


お問い合わせ

Share | rss
ホームページ制作