鈦酸鋰電池之專利環境：2011年 是由出版商France Innovation Scientifique et Transfert (FIST SA)在2011年03月所出版的。
這份英文市場調查報告書包含242 Pages 價格從美金4200起跳。
本報告為，調查鈦酸鋰電池之專利趨勢，並匯整主要申請人資訊，以下列摘要形式闡述。
概要
- 技術概要
- 市場概要
- 電池新興技術之路徑圖
- 專利相關疑問
全球市場分析
- 專利申請趨勢（1981∼2010年）
- 主要申請人
- 10間最早申請企業之產品組合
- 機構別申請內容
- 產業別申請內容
- 申請人之共同申請
- 產業、機構別申請
- 優先申請
- 優先申請之流程
- 專利保護圖
- 材料別分類
- 受讓人別分類
- 申請數
地區別趨勢
結論
申請人
- PANASONIC
- 東芝
- YUASA BATTERY
- 豐田汽車
- CEA
- TOHO TITANIUM
- 北京大學
- 石原產業
Abstract
In the current roadmap on emerging battery technologies, Lithium Titanate
(LTO) raises high hope concerning the possibility of high rate capability,
fast charge, wide operating temperature range and long life cycle. Its lower
operating voltage that can be considered as a handicap also brings a
significant advantage in terms of safety. The LTO anodes are therefore of
crucial interest for battery manufacturers and end-users of batteries. This
interest results in a very high research and patenting activity in the last
five years. With the near expiry of the historical patents (like the US5545468
Panasonic patent in 2013), many actors are building up their portfolio in
order to acquire a blocking position.
The present report analyses the patent environment and notably highlights the
strategy of current major players which are not necessarily the major patent
holders. These major patent holders are end users (Toshiba, Toyota, Panasonic,
LG, Sanyo ...), battery manufacturers (Yuasa Battery, BYD, Enerdel, Altair
Nano...), material manufacturers (Toho titanium, Titan Kogyo, Ishihara Sangyo
Kaisha ... ) and institutional entities (CEA, Chinese Academy of Sciences
(CAS), Univ Beijing ...). The question can be raised for a few of them of
their possibility to evolve rapidly enough to maintain their market position
towards better protected competitors. In a sector where 450 patents and patent
applications have been filed, this « IP Overview - Lithium Titanate
battery » provides you with a comprehensive panorama of the intellectual
property landscape and helps you:
- Position your company' s R&D and IP Portfolio
- Identify key inventors and key players involved in specific compositions
of anodes
- Understand the collaboration networks and theirs dynamics
For a deeper analysis ...
- ...3 months full access to the patent database :
- Interactive graphs and tables
- Access to the patent texts
- ...we can provide you the patent list corresponding to:
- A specific applicant portfolio
- Patents filed a precise year
- Patents filed in a specific country
- Patents concerning a specific category
Table of Contents
Generalities
- Brief outline of the technology
- Brief outline of the market
- Roadmap of emerging battery technologies
- Patent Query
World analysis
- Evolution of patent filings (1981-2010)
- Main applicants
- Part of the portfolio hold by the 10 first applicants
- Breakdown of filings of the main institutional over time
- Breakdown of filings of the main industrial over time
- Main co-filings between applicants
- Industrial & institutional filings over time
- Map of priority filings
- Evolution of priority filings
- Map of extensions
- Evolution of the number of applicants
- Breakdown by type of material
- Breakdown by assignee
- Most cited patent families
- Most extended patent families
Regional focus
- USA focus
- China focus
- Japan focus
- South Korea focus
- Europe focus
For each regional focus is presented the following information
- Industrial & institutional filings over time
- Main applicants
- Extensions
- Main co-filings between inventors
- Main co-filings between applicants
- Breakdown by applicant
Conclusion
Portfolio average age of the studied applicants
Citations analysis
Applicant focus
- PANASONIC
- TOSHIBA
- YUASA BATTERY
- TOYOTA
- ALTAIR NANO INC.
- CEA
- TOHO TITANIUM
- UNIVERSITY OF BEIJING
- ISHIHARA SANGYO KAISHA
For each applicant focus is presented the following information
- Evolution of patent filings
- Map of extensions
- Extension policy
- Portfolio breakdown over time
- Portfolio structure
