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2016年9月23日 星期五

發布《中國微生物資源發展報告2016》

人:世界微生物数据中心、中国科学院微生物研究所微生物资源与大数据中心
事:發布《中國微生物資源發展報告2016
時:2016/9
地:中國大陸/北京
物:2001年至2015年間,大陸微生物領域專利數量世界第12009年起,中國就成為微生物領域公開專利數量最多的國家;微生物領域發文量則位居世界第2,僅次於美國。

摘要:
中國菌種保存中心有33個,已向外界公開的保藏菌株182235株,總量居世界第4;全世界各保存中心共保有96907個用於專利程式的生物材料,其中大陸普通微生物菌種保藏中心保藏的專利菌株達11977株,全球排名第2
微生物菌主專利申請所篩選的微生物,是特定自然條件下獲取的特定微生物菌株,由於環境不斷變化,以及微生物存在的偶然性,公眾無法複製篩選;因此必須保藏微生物菌株。大陸近幾年專利微生物新增保藏量保持在世界前列,可見大陸對生物產業的重視。其中,微生物資源可能是地球上最大且尚未有效開發利用的自然資源,產業價值相當可觀

In China the Microorganisms Preservation Institute as follows:
中国普通微生物菌种保藏管理中心(China General Microbiological Culture Collection Center, CGMCC)成立于1979年,是以提供专业技术服务为主的公益性机构,1995年获得布达佩斯条约国际保藏中心的资格,是我国唯一同时提供一般菌种资源服务和专利生物材料保存的国家级保藏中心。中心设立在中国科学院微生物研究所。


Original Data:




2016年7月22日 星期五

從人工智慧美國核准專利看各國競爭力

人:美國、日本、德國及台灣
事:從人工智慧美國核准專利看各國競爭力,美國握有專利權占比達73.5%、日本占比9.7%、德國占比4%,而台灣占比僅1.1%
時:2016/7
地:USPTO
物:人工智慧重要技術專利權多已被美國大廠囊括,像是IBM、Microsoft、Google、Apple、Intel、Amazon等。其中,文獻資料研究發現,人工智慧重要運算系統與應用,包括神經網路、專家系統、模糊邏輯、遺傳演算法、自然語言處理、機器學習等,並且各有擅長之處,像是神經網路主要處理學習、專家系統主要模擬人類推理、模糊邏輯主要處理不明確性程度、遺傳演算法主要處理最佳化問題、自然語言處理主要執行人機對談互動、機器學習則能夠自動學習識別數據規律性作出預測

摘要:
2016年3月全球科技界關注焦點之一:圍棋九段棋手李世石對弈人工智慧AlphaGo,五局對戰結果,AlphaGo以四勝一敗戰績打敗人類棋王。這是繼1997年人工智慧Deep Blue打敗西洋棋世界冠軍卡斯巴羅夫之後,人工智慧又一次戰勝人腦,說明AlphaGo採用的人工智慧運算系統已有突破性進展。
就人工智慧國際大廠重要技術項目布局分析,專利主要集中在自然語言處理,其次依序為專家系統、神經網路、模糊邏輯、遺傳演算法、機器學習。人工智慧可說是物聯網架構下促使電子資訊產品蛻變為智慧連網產品的關鍵推手,像是智慧車、智慧家電、智慧管家、智慧寵物、智慧行動電話等,都需要人工智慧運算系統的導入,才得以呈現智慧化功能。


PS.
Google USPN 20160180215
GENERATING PARSE TREES OF TEXT SEGMENTS USING NEURAL NETWORKS
Abstract
Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating parse trees for input text segments. One of the methods includes obtaining an input text segment, processing the input text segment using a first long short term memory (LSTM) neural network to convert the input text segment into an alternative representation for the input text segment, and processing the alternative representation for the input text segment using a second LSTM neural network to generate a linearized representation of a parse tree for the input text segment.


Original Data:
http://auto.ltn.com.tw/news/5708/3

2016年7月7日 星期四

Toyota開發飛行車

人:Toyota公司
事:開發一種飛上天的車款
時:2016/6
地:美國
物:美國專利商標局公布這項專利,將機翼部分設計為隱藏式,放在車身的兩側,當駕駛想從路上行駛轉換成飛行模式時,機翼便可展開。

摘要:
Toyota 的專利中,設計了三種不同的機翼收納方式,都具備空氣動力學的優勢。除了 Toyota外,GoogleAeroMobil也在開發飛行車。其中,專注在飛行車的 AeroMobil 也已在 2014 年開發出 AeroMobil 3.0,可當汽車,也能變成飛機使用。


PS.
United States Patent: 9,156,550
Dual channel wing for an aerocar 
Abstract
A dual channel wing for an aircraft, comprising an inboard and an outboard portion, wherein each portion comprises a channel wing section. Each channel may include a propulsor and the propulsors of each of the channels may be offset relative to one another in the chordwise direction of the wing. The wing may be foldable upon itself about a chordwise axis such that the inboard and outboard channels overlap. At least one dual channel wing may also be located on an aerocar.




Original Data:

2016年5月31日 星期二

VoIP-Pal公司VS Apple公司

人:VoIP-Pal公司VS Apple公司
事:指控Apple的智能手機、平板電腦和筆記本侵犯了VoIP-Pal公司的網絡電話專利
時:2016/5
地:USPTO
物:VoIP-Pal公司擁有許多網絡電話(VoIP)專利,一些已經被授予,一些已經提出申請。而Apple侵犯專利的服務主要包括移動聊天工具iMessage、視頻通話服務FaceTime等。VoIP-Pal公司曾經在2013年收購美國電信運營商DigifonicaVoIP-Pal公司宣稱是寬頻VoIP市場的領先者

摘要:
今年來,Apple已經在一些專利侵權訴訟中敗訴,被迫進行經濟賠償。4月份,Apple語音助手工具Siri被法庭判決侵犯他人專利,Apple將賠償2500萬美元。3月份,德國一家法庭判決Apple多個產品侵犯了一家公司的網絡電話專利。2月初,法庭判決AppleiMessageFaceTime等聊天工具,侵犯了美國VirnetX控股公司的互聯網安全技術專利,Apple需賠償6.25億美元。
  

PS.
Plaintiff, Voip-Pal.com, Inc.’s (“VPLM”) Complaint against Defendant Apple, Inc., (“Apple”), alleges infringement of U.S Patent No. 8,542,815 (“the ‘815 patent”, a copy of which is attached hereto as Exhibit A), and its continuation patent, U.S Patent No. 9,179,005 (“the ‘005 patent”, a copy of which is attached hereto as Exhibit B). VPLM further complains and alleges as follows: 
THE NATURE OF THE ACTION 
1. VPLM is a technical leader in the broadband Voice-over-Internet Protocol (“VoIP”) market with the ownership and development of a portfolio of leading edge VoIP patent applications

1.   Producing routing messages for voice over IP communications
Digifonica (International) Limited US 8542815 B2
ABSTRACT
A process and apparatus to facilitate communication between callers and callees in a system comprising a plurality of nodes with which callers and callees are associated is disclosed. In response to initiation of a call by a calling subscriber, a caller identifier and a callee identifier are received. Call classification criteria associated with the caller identifier are used to classify the call as a public network call or a private network call. A routing message identifying an address, on the private network, associated with the callee is produced when the call is classified as a private network call and a routing message identifying a gateway to the public network is produced when the call is classified as a public network call.


2.   Producing routing messages for voice over IP communications 
Digifonica (International) Limited US 9179005 B2
ABSTRACT
A process and apparatus to facilitate communication between callers and callees in a system comprising a plurality of nodes with which callers and callees are associated is disclosed. In response to initiation of a call by a calling subscriber, a caller identifier and a callee identifier are received. Call classification criteria associated with the caller identifier are used to classify the call as a public network call or a private network call. A routing message identifying an address, on the private network, associated with the callee is produced when the call is classified as a private network call and a routing message identifying a gateway to the public network is produced when the call is classified as a public network call.


Original Data:

2016年5月24日 星期二

中學女孩發明剝蝦工具

人:浙江溫州女孩王星燁
事:發明剝蝦工具
時:2016/5
地:中國大陸浙江溫州
物:蝦蛄的剝殼裝置-公开(公告) 204969181U

摘要:
這款剝蝦蛄神器的全名叫“蝦蛄殼肉分剝器”,外形像一把鉗子,它的構造很簡單,前端是類似鑷子的兩條鐵片。在使用時,只要將這兩條鐵片從蝦蛄尾部插入,進入蝦肉與蝦殼之間的空隙後,再用另一隻手按住蝦蛄頭部,輕輕一握鉗腿,兩條片就把蝦肉和蝦殼撬開了,整個過程只用兩秒鐘,還毫不費力。

Note:
This story is amazing. We like to eat grapes, but it is difficult to peel grape. The skin of grape is too thin and the volume of grape is small. We also think about a tool for peeling grape. However, we fail to do something or to try a new method. We still use old method with fingers to peel grape. Maybe we must learn the spirit of the girl with the invention for peeling shrimp to invent a new tool for peeling grape.


PS.
蝦蛄的剝殼裝置 
申請號:201520738749.6 申請日:2015-09-23
摘要:一種蝦蛄的剝殼裝置,包括上鉗柄與下鉗柄組成的鉗柄和上鉗頭與下鉗頭組成的鉗頭,所述上鉗柄與下鉗柄通過固定轉軸旋轉連接,所述上鉗柄的下側設有上簧片,所述下鉗柄的上側設有下簧片,所述上簧片的頭端與下簧片的頭端相抵接;所述上鉗頭、下鉗頭分別與下鉗柄、上鉗柄相連接,所述上鉗頭與下鉗頭均為弧形,所述上鉗頭與下鉗頭的縱截面均為月牙形;將鉗頭的頭端從蝦蛄的尾部或者頸部插入,通過握緊鉗柄使得上鉗頭與下鉗頭分離,從而使的蝦蛄的殼肉分離,避免了在食用蝦蛄時蝦蛄的殼刮傷手和嘴的情況發生,並且本實用新型操作方便,不論老人還是兒童均能很輕易的上手操作;本實用新型具有結構簡單、設計合理等優點。



Original Data:

2016年5月19日 星期四

Apple iPhone 6s指紋辨識Touch ID反應速度比之前機種要快

人:蘋果(Apple
事:iPhone 6s指紋辨識Touch ID反應速度比之前機種要快
時:2016/5
地:美國專利商標局(US Patent and Trademark Office
物:蘋果iPhone 6iPad Air 2,開始帶動Touch ID指紋辨識應用風潮。蘋果iPhone 6/6 Plus繼續採用電容式指紋辨識感測晶片。

摘要:
iPhone 6sTouch ID元件,內建兩顆處理器系統,一顆處理器支援首次的匹配執行作業,這個匹配作業是測定從感測元件感測到並儲存在記憶體的手指生物辨識數據的匹配分數,若匹配分數大於第一次的門檻標準,就算匹配成功。若第一次匹配分數沒有達標時,這個Touch ID系統會啟動第二顆處理器,再次進行手指生物辨識數據匹配作業,如果匹配分數達標,就可以成功解鎖。第二次匹配作業速度比第一次匹配作業較慢,但是相對精確。第二顆處理器可以更精確地進行匹配作業,降低對使用者體驗的影響。

Note:
We find out the said patent of Apple, US 9230152 B2, being reported by news. The said patent protects electronic device and related methods for processing composite finger matching biometric data. In addition, we also find out the patent, US 8971594 B2, being owned by Authentec. The patent protects thinned finger sensor as shown as US 8971594 B2.


PS.
1.   Apple
Electronic device for processing composite finger matching biometric data and related methods
US 9230152 B2
ABSTRACT
A device may include a finger biometric sensor and a processor coupled thereto. The processor may acquire first and second finger matching biometric data based upon first and second finger placements adjacent the sensor. The processor may also perform a matching between the first and second finger matching data to generate composite finger matching data having an associated composite match score, perform another matching between the composite matching data and finger enrollment data when the composite match score exceeds a match threshold to generate an enrollment match score, and update the finger enrollment data with the composite matching data when the enrollment match score exceeds an enrollment threshold. In other embodiments, where the second finger matching data is acquired based upon a removal and replacement of the finger from adjacent the finger sensor, instead of or in addition to updating the finger enrollment data, a device function may be performed.



2. Authentec
Thinned finger sensor and associated methods
US 8971594 B2
ABSTRACT
An electronic device may include a housing with a connector member opening therein, electronic circuitry within the housing, and a finger sensor assembly carried by the housing. The finger assembly may include a thinned finger sensing integrated circuit (IC) secured to the housing that has a thickness less than 200 microns. The finger sensor assembly may also include a connector member extending through the connector member opening in the housing and coupling together the thinned finger sensing IC and the electronic circuitry. The thinned finger sensing IC may be adhesively secured to the housing, such as using a pressure sensitive adhesive, and the thinned finger sensing IC may conform to a non-planar surface.




Original Data:

2016年4月27日 星期三

五角大樓讓無人潛艇浮出水面

人:美國
事:五角大樓讓無人潛艇浮出水面
時:2016/4
地:暗示可能將此類潛艇用於中國南海(那裏大部分區域是淺海)
物:開發無人駕駛潛艇。這個術語已經成為美國阻止中國雄霸亞太區計劃的一部分

摘要:
「美國國防部揭開類似無人駕駛潛艇這些新科技產品的面紗,其中某些產品可能在2020年之前投入使用。這麼做的目的旨在不斷顯示自身的軍事優勢,試圖阻止中國和俄羅斯這樣的對手。」

Note:
The concept of the unmanned submarine comes from monitoring fishery resources, exploration and exploitation of the oceans and their biodiversity, etc. The unmanned self-propelled submarine vehicle was applied from 1984 by CNEXO (English: Centre National Pour L’exploitation Des Oceans). Now the USA develops many kind of weapons for threating China or Russia. For example, the patent US 20150375586 discloses a combined submersible vessel and unmanned aerial vehicle that has a propulsion system propelling the flying submarine in both airborne flight and underwater operation.

PS.
1.Unmanned submarine vehicle  
ABSTRACT
An unmanned self-propelled submarine vehicle is provided with a material exchanger-container having a vertical axis of symmetry aligned with both the vehicle's center of gravity and its center of volume. The exchanger-container has a moveable diaphragm which divides the interior into two compartments, a lower ballast compartment equipped with an unloading apparatus and an upper compartment adapted to receive collected material. Ballast is unloaded during material loading to maintain the weight of the vehicle constant during loading.

  
2.Combined submersible vessel and unmanned aerial vehicle
ABSTRACT
A combined submersible vessel and unmanned aerial vehicle preferably includes a body structure, at least one wing structure, at least one vertical stabilizer structure, and at least one horizontal stabilizer structure. A propulsion system is coupled to the body structure and is configured to propel the flyingsubmarine in both airborne flight and underwater operation. Preferably, the propulsion system includes a motor, a gearbox coupled to the motor and configured to receive power generated by the motor and provide variable output power, a drive shaft coupled to the gearbox and configured to transfer the variable output power provided by the gearbox, and a propeller coupled to the drive shaft and configured to accept power transferred to it from the drive shaft. The propeller is further configured to rotate and propel the flying submarine in both an airborne environment and in an underwater environment. 


Original Data:

2016年4月14日 星期四

Samsaung取得高科技智慧型隱形眼鏡的專利

人:Samsaung
事:取得高科技智慧型隱形眼鏡的專利,雖然這些專利已在 2014 年通過
時:2016/4
地:USPTO
物:這款隱形眼鏡可以將畫面直接投射到穿戴者的眼球上。透過此項技術,未來 AR(擴增實境)將直接投影到使用者的眼球上,讓整體使用更具真實感,大幅提高 AR 的體驗。此外,這款隱形眼鏡還擁有相機、天線及多種動作感應器,並且可以透過「眨眼」控制,進行照片拍攝。而隱形眼鏡也可以連到個人的智慧手機上,進行簡易的資料運算。

摘要:
除了三星有在做智慧隱形眼鏡之外,Google 也已經申請兩項智慧型眼鏡的專利。其功能主要是醫療用途,透過隱形眼鏡來收集淚液,並藉由此偵測血糖,讓糖尿病患者更方便測得血糖,這和三星的發展方向完全不同。三星申請智慧隱形眼鏡專利的時間,和 Google 在美國通過偵測血糖的隱形眼鏡專利的時間相同,都是在 2014 年。

Note:
In the future we can be like a spy, and wear contact lenses in the crowd to monitor anybody and anywhere; or as the god of gamblers movie, man wears contact lenses with powerful multi-functions to win the gambling.

PS.
United States Patent 8,833,934  Google
Devices and methods for a contact lens with an outward facing light source 
Abstract
A body-mountable device can include a transparent material and a substrate at least partially embedded in the transparent material. The transparent material can have a mounting surface and a surface opposite the mounting surface. A light source can be disposed on the substrate and configured to emit light through the surface opposite the mounting surface. The light source can be controlled by circuitry disposed on the substrate. The circuitry can be configured to receive modulation instructions and modulate the light emitted by the light source based on the modulation instructions.



Original Data:

2016年4月7日 星期四

專利未來發展的三大趨勢

人:世界知識產權組織(WIPO)在日內瓦總部發布年度報告
事:專利未來發展的三大趨勢:美國專利申請數目世界第一、中國廠商崛起及亞洲勢力蓬勃發展
時:2016/4
地:WIPO
物:各國 2015 年向 PCT 申請專利總計高達 218,000 筆,較前年增加了 1.7% 再創新高,美國蟬連了申請最多專利數的國家多達 38 年的時間。

摘要:
美國專利申請數目世界第一
美國除了在專利申請維持領先,向Madrid System 申請的國際商標及向 Hague system申請的工業設計數目也是第一。上述 3 組織皆隸屬於WIPO
中國廠商崛起
依產業類別申請數目區分,通訊產業獨得鰲頭。中國廠商華為以 3,898 筆連兩年奪冠(2015年多增加了456筆),緊追在後的是高通(共 2,442 筆)和中興(共 2,155 筆)。若依各學校申請比例來看,中國的清華大學也躍升至世界第八。


Original Data: 

2016年3月31日 星期四

隔空操控三星Gear VR

人:三星VR
事:第三代 Gear VR
時:2016/3
地:USPTO
物:用过手机VR头盔的用户都应该清楚,手机VR头盔最不方便的地方就是操控,由于VR头盔不能实现向手机触屏那样的控制,只能通过头部的摆动、以及蓝牙手柄来控制,而且想要在头盔内切换App十分困难,而三星的这项隔空操控专利会让Gear VR的操控更加随心所欲,可以带来VR体验上的提升。

摘要:
美国专利局在二月底通过了一项三星的专利申请,三星的这款Gear VR在头盔的左侧上方配备了一个传感器模组,传感器模组可以隔空识别用户的手势操作,并与Gear VR的中的手机进行反馈,也就是你无需触屏/按键即可操作Gear VR。通过此功能对Gear VR中的手机进行任何触控操作,而且还可以实现快捷调节音量大小。


Note:
US 20160054802  February 25, 2016
SENSOR BASED UI IN HMD INCORPORATING LIGHT TURNING ELEMENT
Abstract

A head-mounted display (HMD) system includes a head-mounted frame that encases a portable electronic device (PED) that includes a touch-less sensor, and the PED. The frame includes: a front slot to hold the PED and maintain contact with the PED's display face; an entry via dimensioned to prevent blockage of the sensor's field of view; and a light turning element positioned to redirect the sensor's field of view through an exit via in the frame and into open space outside of the frame. The PED includes: the sensor to detect a touch-less gesture; an image display to display image content on the PED's front display face; and processing circuitry configured to change modes from handheld mode to HMD operation mode based on a determination that the PED is encased by the frame and to select the image content based on input signals received from the sensor and the mode.


Original Data:

http://tech.163.com/16/0331/07/BJFHT59C00094P0U.html

2016年3月17日 星期四

荷蘭商Hunter Douglas VS 窗簾大廠億豐

人:荷蘭商Hunter Douglas VS 窗簾大廠億豐
事:億豐及12家美國子公司在美國遭荷蘭商Hunter Douglas控告侵害專利
時:2016/3
地:USPTO
物:該案由加州中區聯邦地院審理,荷蘭商Hunter Douglas主張Norman International12家美國子公司製造、銷售的無拉繩蜂巢簾產品,侵害其美國專利。

摘要:
億豐旗下有七個窗簾工廠,其中兩個專攻美國內需市場,四個在中國大陸;另外,柬埔寨三豐廠在2014年投產,貢獻獲利頗豐,二期新廠去年底完工,預計今年第1季投產。


Note:
Methods for operating window covers
US 8720525 B2
ABSTRACT
A window cover system includes an extendible window cover that has a pair of lift cords. A lift cord pulley shaft is coupled to a pair of spaced apart lift pulleys. A spring drive unit is constructed of a beveled gear system with a first gear that is spring biased to resist rotation of the first gear in one direction of rotation, and a second gear meshed with the first gear. The lift cord pulley shaft is operably coupled to the second gear and is configured to rotate therewith. The spring drive unit has a single output and no input, and the single output is coupled to the first gear.


  
Methods for operating window covers
US 8887788 B2
ABSTRACT
A window cover system includes an extendible window cover with a pair of lift cords. A lift cord pulley shaft is coupled to a pair of spaced apart lift cord pulleys. A spring drive unit has a beveled gear system with a first gear that is spring biased to resist rotation of first gear in one direction of rotation, and a second gear meshed with the first gear. The lift cord pulley shaft extends through the second gear and is configured to rotate therewith.


PS.
Hunter Douglas owns and operates Hunter Douglas Window Fashions, Inc. (“HD Window Fashions”), whose principal place of business is at One Duette Way, Broomfield, CO 80020. 
U.S. Patent No. 8,720,525, entitled “Methods for Operating Window Covers” (the “‘525 Patent”), was duly and legally issued by the U.S. Patent and Trademark Office on May 13, 2014. A true and correct copy of the ‘525 Patent is attached hereto as Exhibit A.
The Andrew J. Toti Testamentary Trust is the lawful owner of all right, title, and interest in and to the ‘525 Patent. Hunter Douglas is the exclusive licensee of the ‘525 Patent in the field of window covering products. 
U.S. Patent No. 8,887,788, entitled “Methods for Operating Window Covers” (the “‘788 Patent”), was duly and legally issued by the U.S. Patent and Trademark Office on November 18, 2014. A true and correct copy of the ‘788 Patent is attached hereto as Exhibit B.
The Andrew J. Toti Testamentary Trust is the lawful owner of all rights, title, and interest in and to the ‘788 Patent. Hunter Douglas is the exclusive licensee of the ‘788 Patent in the field of window covering products.
Upon information and belief, Defendants, jointly and severally, make, use, have made, offer for sale, sell, and/or import into the United States window coverings and ready-made cordless window blinds including, but not limited to, blinds sold under the brand names Norman® Portrait™, Home Decorators Collection, DesignView, Richfield Studio, RealSimple, and JCP Home (the “Accused Products”), that infringe one or more claims of the ‘525 Patent and/or the ‘788 Patent, including but not limited to, the Norman® Glacier 36x60, HDC Sahara 23x72, HDC Sahara 35x48, HDC Snow Drift 23x48, HDC Mocha 29x72, HDC 14C2130204, and DesignView® Birch 23x48 products. All of the Accused Products are window cover systems as claimed in the ‘525 Patent and the ‘788 Patent.
Upon information and belief, Defendant Nien Made acts as the manufacturer and supplier of the Accused Products, and Defendants Norman International, Norman Colorado, Nien Made USA, Blinds.com, Norman Window, Custom Craft, Norman Arizona, Norman Dallas, Norman Florida, Norman Illinois, Norman Las Vegas, Norman San Jose, and Norman Virginia act as distributors of the Accused Products in the United States.


Original Data:

2016年3月16日 星期三

晶電VS光鋐

人:晶電VS光鋐(可成集團旗下,4956
事:控告光鋐侵犯晶電4項紅外線LED專利
時:2016/3
地:台灣智財法院
物:紅外線LED應用在安控、虹膜辨識以及汽車夜視功能上,以感測、辨識功能為大宗,隨著功率大小不同,單顆報價落差極大,約當每顆新台幣110元之間,部分製程與四元高亮度LED晶粒(Ultra-High Brightness LED Chip)相同。晶電為全球第1大紅光LED製造廠,高亮度紅光LED也是晶電主要的獲利來源。

摘要:
晶電控告光鋐科技之LED產品如型號「BN-D4242J-A3」、「BN-D4242E-A3」等紅外線LED晶粒侵害晶元光電所擁有包括中華民國發明第141155號、第170789號、第202662號及第I283031號等4項發明專利。
據悉,光鋐已經收到晶電的訴訟文件,不過高層認為沒有侵權疑慮,會主張權利,並依照法律訴訟程序進行。

Note:
2005年底,晶電又合併了國聯光電。當時,晶電與國聯分別為國內前兩大LED上游磊晶廠,合併後晶電產品線更加完整,綜效立見,成為全球最大的四元LED廠商,也躍居台灣藍光LED中上游龍頭。合併完成後,國聯最大股東萬海集團也成為晶電的第二大股東,僅次於原來的最大股東億光電子。由於晶電的很多下游客戶與億光有業務競爭關係,為了降低這些客戶的疑慮,億光把晶電的董座禮讓給萬海集團。


PS.
1.晶元光電
I283031 利用低熔點金屬結合化合物半導體與高熱導係數基板的方法
METHOD FOR INTEGRATING COMPOUND SEMICONDUCTOR WITH SUBSTRATE OF HIGH THERMAL CONDUCTIVITY
本發明提供一種結合化合物半導體與高熱導係數基板的方法。本發明運用了一低熔點金屬,因其可於低溫(約在200)下融成液態之導接層來進行導接製程。本發明方法包含:提供一化合物半導體結構,其包括一基板及一磊晶層形成於基板上。然後,形成一第一導接層於磊晶層上。選擇一高熱導係數基板,其熱導係數大於化合物半導體結構之基板。然後,形成一第二導接層於高熱導係數基板上。於一溫度,加壓化合物半導體結構之基板及高熱導係數基板,使得第一導接層及第二導接層接觸,以形成一合金導接層。



2.晶元光電
170789 具有非單晶相中間層之金屬鍵結發光二極體
一種具有非單晶相中間層之金屬鍵結發光二極體及其製法,該製法包含下列步驟:在一第一基板上形成一半導體疊層、一非單晶相中間層、一金屬鍵結層,構成一第一疊層構造;選擇一第二基板上;將第一疊層構造與該第二基板結合在一起,構成一第二疊層構造;以及移除該第一基板。

141155 發光二極體及其製造方法
本發明運用了一高導電性與高反射性之金屬以避免發出之光被基板吸收掉,以及採用可融化成液態之焊接層來進行焊接製程,因此可獲得較佳之導接性質同時可在較低的溫度下進行焊接製程。本發明係提供垂直堆疊之發光二極體晶粒結構,因此僅需要一單一之導線,可使得發光二極體的配線變得更容易施行,並且可以降低製造成本。此外,本發明可以大幅降低發光二極體晶粒之尺寸,且具有較佳之散熱效果,因此發光二極體的效能穩定性較佳且可以被應用於較高的電流強度之下。

202662 於非透明基板製造高發光效率元件的方法
一種於非透明基板製造高發光效率元件的方法,分別於一第一基板上形成一半導體磊晶層、一第一導電層、一反射層及一第一導接層;及於一第二基板上形成一第二導接層。以加溫加壓之方式將該第一及第二導接層接合後去除第一基板及形成一第二導電層後,即可製造有較佳發光效率及較佳散熱效率之發光元件。


Original Data: