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

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：

在 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，Google、AeroMobil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:

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

Uniloc公司 VS Tencent公司

人：Uniloc公司VS騰訊(Tencent)公司

事：控告大陸知名通訊軟體「微信」侵權

時：2016/6

地：美國

物：指控微信的語音群聊、視頻群聊等功能侵犯其兩項與電話會議技術相關的專利，要求微信立即中止這些功能，微信母公司騰訊恐將面臨巨額賠償。

摘要：

1992年Uniloc公司成立於澳洲，起初是一家軟體開放商，其後轉而從事利潤更高的專利授權業務。Uniloc本身並不製造專利產品或提供專利服務，而是從其他公司或個人發明者手上購買專利的所有權或使用權，再通過發動專利訴訟賺取巨額利潤。

Uniloc及其子公司已先後在美國發起約200起專利訴訟，還曾於2009年因起訴微軟一炮而紅。早在2003年，Uniloc曾控微軟XP系統的反盜版技術侵權。經六年纏訟，法院於2009年判決微軟需向Uniloc賠償3.88億美元。

  

PS.

Plaintiffs, Uniloc USA, Inc. and Uniloc Luxembourg, S.A. (together “Uniloc”), as and for their complaint against defendants, Tencent America LLC and Tencent Holdings Limited (collectively “Defendants”), allege as follows:

1.   U.S. Patent No. 8,571,194 (“the ‘194 Patent”), entitled SYSTEM AND METHOD FOR INITIATING A CONFERENCE CALL issued on October 29, 2013.

System and method for initiating a conference call
US 8571194 B2

ABSTRACT

The present invention is a system and method for initiating conference calls via an instant messaging system to reduce the effort required to initiate and manage the call. The system uses an IM connection between a requesting party and a conference call server to inform the conference call server of the desire to initiate the conference call. The conference call server may initiate the conference call by having involved parties called by a conference bridge, thus reducing the effort required by the parties to join the call.

2.   U.S. Patent No. 7,853,000 (“the ‘000 Patent”), entitled SYSTEM AND METHOD FOR INITIATING A CONFERENCE CALL” issued on December 14, 2010.

System and method for initiating a conference call
US 7853000 B2

ABSTRACT

The present invention is a system and method for initiating conference calls via an instant messaging system to reduce the effort required to initiate and manage the call. The system uses an IM connection between a requesting party and a conference call server to inform the conference call server of the desire to initiate the conference call. The conference call server may initiate the conference call by having involved parties called by a conference bridge, thus reducing the effort required by the parties to join the call.

3.   The ‘194 Patent and ‘000 Patents are collectively referred to as the “Patents-in-Suit.” The Patent-in-Suit are part of patent family that has been referenced by hundreds of other patent applications including patents applications by Microsoft Corporation; Yahoo! Inc.; Cisco Technology, Inc.; Sprint Communications Company L.P.; Research In Motion Limited; International Business Machines Corporation; AT&T Intellectual Property I, L.P.; Qualcomm Incorporated; Verizon Patent And Licensing Inc.; T-Mobile USA, Inc.; LG Electronics Inc.; Huawei Technologies Co., Ltd.; and Telefonaktiebolaget L M Ericsson.

Original Data:

http://money.udn.com/money/story/5603/1767576-%E5%A4%96%E5%95%86%E6%8E%A7%E5%BE%AE%E4%BF%A1%E4%BE%B5%E5%AE%B3%E5%B0%88%E5%88%A9

USPTO 專利案Ramer

專利案Ramer (US 2014/0252961)之分析

根據專利案Ramer之圖1~2,4,7~9、摘要及說明書第21~110及137所述內容可知，此專利案Ramer揭露了一種具有感測器的發光裝置(Exemplary lighting devices have sensors)。其中，專利案Ramer具有第一及第二感測器，並以第一感測器感測第一情況以及第二感測器感測第二情況，藉此發光裝置根據第一情況或第二情況以進行發光作業。

更進一步來說，專利案Ramer的請求項4已公開「a sensor for detecting temperature of one or more components of the lighting device, a feedback light sensor for detecting intensity or other characteristic of light produced by the lighting device, an occupancy sensor for detecting a condition indicative of occupancy of a region to be illuminated by the lighting device and an ambient light sensor for detecting ambient light near the lighting device.」。以及專利案Ramer的請求項9已公開「the sensor is a type of sensor selected from the group consisting of: a fire detector, a smoke detector, an airborne chemical detector, an airborne biological agent detector, a carbon monoxide sensor, an air temperature sensor, an air pressure detector, a humidity sensor, a moisture detector, an air speed detector, and a micro-electro-mechanical system type sensor.」也就是說，專利案Ramer已公開偵測環境亮度的感測器及偵測佔有的感測器。

 

然而，專利案Ramer並未公開dusk-dawn mode和lifestyle mode。且專利案Ramer並未公開「and upon the timer ending count the lighting device is then converted to a motion sensor activated illumination, in which the lighting device is normally at a standby status with non or low-power illumination and is switched to illuminate with full power for a short time interval only when the body motion is detected by the motion sensor; wherein the lifestyle mode ends at daybreak when the lighting device is turned off by the photo sensor, and the microcontroller is reset to enter the next operating cycle」之技術特徵。

關於區別：

執行lifestyle mode時，其中於光伏感測器感測到黑夜時，發光裝置自動發光一計時時段，並於計時器停止計時時，發光裝置轉換為移動感測器來感測發光。且發光裝置係處於待命狀態，待命狀態係指發光裝置處於低功耗並於移動感測器感測到物體時，發光裝置可瞬間啟動照明光。然而，專利案Ramer並未公開上述技術特徵。尤其是，「透過光伏感測器感測光亮度以自動啟動發光，並由計時器計時停止後，再轉換為移動感測器來感測移動物動來發光」之技術特徵，並未被專利案Ramer所揭露。

簡單來說，專利案Ramer僅公開根據不同感測器的感測訊號以輸出不同的發光亮度，例如根據發光裝置的溫度或是如地震等外力，而使發光裝置輸出不同的發光亮度。

此外，專利案Ramer並未公開任何時點設定、固定時點設定以及固定時段設定等技術特徵。例如專利案Ramer並未公開固定時點設定中的「可程式化的計時器可根據季節時效以移動夜晚時間，以使發光裝置與季節夜晚時間同步並調整發光時間」之技術特徵。

USPTO專利案Zaman & Ngari

根據專利案Zaman(US 2010/0079498)之圖2~4及說明書第30~31段所述內容可知，此專利案Zaman揭露了一種multi-model magnification system(多模式放大系統)，運用於多種形式的輸入，例如基於觸摸的自然輸入。用戶可於互動的首選模式中放大/縮小和平移(包括透過滑鼠、鍵盤、手寫筆和互動觸摸)。系統對一些模式提供專用的功能，如捏/滾動手勢的觸摸輸入，使用戶能夠輕鬆放大/縮小和平移放大的區域（例如，在觸摸的筆記本電腦上）。簡單來說，專利案Zaman之多模式放大系統可根據訊息(message handler)，以產生系統放大鏡。

根據專利案Ngari(US 2007/0033543)之圖3及說明書第12~14、23~24及30~31段所述內容可知，此專利案Ngari揭露了一種display screen magnifier(顯示螢幕放大鏡)，可被使用者控制以放大桌面所選擇的區域(包括於螢幕上開啟的視窗)。藉此降低指向游標通過介於放大區域及放大鏡框之間的鏡頭陰影(lens shadow)。簡單來說，專利案Ngari具有軟體放大鏡，且系統呼叫軟體放大鏡，以釋放具有版本資訊的軟體放大鏡。

基於上述，以專利案Ngari可以取得放大系統的版本資訊，以及專利案Zaman可產生具有版本資訊的告知指令之簡單組合。

其中，(1)專利案Zaman使用執行檔(executable file)去呼叫動態連接資料庫(dynamic-link library)，並使用動態連接庫(dynamic-link library)去執行三個模式其中之一。

其中，(2)專利案Zaman的作業系統係判斷特定的作業系統(OS)服務(如dwm.exe)是否有效。

其中，(3)專利案Zaman並未公開”相同的功能鍵被按壓，以輸出一第一放大指令或一第二放大指令”之技術特徵。

關於區別(1)：

請參考專利案Zaman之圖2及說明書第28-30段所述內容，所述內容如下：

“FIG. 2 is a block diagram that illustrates a Microsoft Windows-based operating environment of the magnifier panning system, in one embodiment. The system includes an executable file 210, a supporting dynamic-link library 250, and 3 modules provided by the operating system, wisptis.exe 260, win32k.sys 270, and dwm.exe 280. The executable file 210, called magnify.exe,creates the process that controls the user interface and provides the end-to-end user experience. The magnifier.exe process controls the magnification, keeps track of input events, and moves the magnified view accordingly. The executable file 210 may provide 3 modes, full-screen mode 220, lens mode 230, and legacy mode 240. The full-screen mode 220 projects a magnified version of the user's desktop on the display device. One can envision it like a huge magnifier lens that covers the entire display. The lens mode 230 displays a magnified view of the desktop in a window that is smaller than the size of the display. This mode acts more like a traditional physical magnifying glass.The legacy mode 240 provides magnification with reduced functionality, such as when certain operating system services (e.g., dwm.exe) are not available. For example, during logon Microsoft Windows does not provide applications access to certain services.

The dynamic-link library 250, magnification.dll, provides an application-programming interface (API) exposed to internal and external magnification controllers. The executable file 210 magnify.exe and other applications call this API to request various magnification services. The dynamic-link library 250 acts as a proxy between the magnification controller, the kernel-mode state for the magnification context, and the desktop compositor.

Win32k.sys 270 is a kernel-mode driver that handles the bulk of the Win32K API on Microsoft Windows. Win32k.sys 270includes a Raw Input Thread (RIT) that handles input processing for the magnifier panning system. Win32k.sys 270 also handles security and context control. Dwm.exe 280 provides the DWM process that keeps track of application and other windows. Dwm.exe 280 handles the output compositing and magnification for the magnifier panning system. Wisptis.exe 260 is responsible for input to a tablet via a stylus or touch and consumes input transformation functions provided by Win32K.sys 270 to transform absolute clicking to work in magnified contexts (e.g., what you see is what you click).”

換句話說，當動態連接資料庫(dynamic-link library 250)存在於作業系統(OS)中時，專利案Zaman執行具有三個模式的執行檔210，以呼叫動態連接資料庫 250。用於Microsoft Windows之不同的OS會具有不同的動態連接資料庫 250。而，Mac, Linux或其他廠牌的OS不具有動態連接資料庫 250；或是Window XP的動態連接資料庫 250係不同於Window Vista的動態連接資料庫 250。也就是說，專利案Zaman透過動態連接資料庫(dynamic-link library 250)無法達到跨平台之功效。

假設執行檔210運作於Window Vista或更高版本。當執行檔210被複製到另一個OS中(例如，Window XP 或更低版本)。於Window XP 或更低版本中，介於執行檔210與動態連接資料庫 250之間的互動關係將產生變化。也許執行檔210不能呼叫在Window XP的動態連接資料庫 250的全部功能。或者在Window XP的執行檔210不能執行放大鏡。因此，當特定的OS的服務(例如dwm.exe)不能提供時，專利案Zaman不能使用放大鏡的全部功能。換句話說，於專利案Zaman中，動態連接資料庫 250是不可攜的，且動態連接資料庫 250並不能達到跨系統的運作。因此，於專利案Zaman中，全螢幕模式220 (full-screen mode 220)和透鏡模式230( lens mode 230)是無效的，具有三種模式的執行檔210或許只能使用精簡模式240( legacy mode 240)。其中，精簡模式240係屬減少功能的放大鏡，並且不同跨平台使用放大鏡，假如動態連接資料庫 250被改變了。

關於區別(2)：

Dwm.exe 280用以提供DWM處理程序，致使應用程序與其他windows保持連線。假設動態連接資料庫不能支援內建放大鏡的功能。因為介於執行檔210與動態連接資料庫250之間的鏈路被破壞，致使專利案Zaman之精簡模式也許不能作用。假設動態連接資料庫不能支援內建系統放大鏡的功能，那執行檔如何與動態連接資料庫互動呢?因此，專利案Zaman並未教導OS支援內建放大鏡之判斷之技術特徵。專利案Zaman僅教導精簡模式(減少功能的放大鏡)，運用於登錄Microsoft Windows的登錄作業情況下。

專利案Zaman的判斷過程是，由OS作業系統判斷執行檔210與動態連接資料庫250之間的互動關係。於專利案Zaman中，OS作業系統判斷特定的作業系統服務(如dwm.exe)不能被提供，以決定使用哪一種模式。

關於區別(3)：

專利案Zaman並未公開”功能鍵被按壓以輸出一第一放大指令或一第二放大指令”之技術特徵，僅公開三種模式(全螢幕模式220、透鏡模式230及精簡模式240)。此外，請參考專利案Zaman的圖3及圖6，專利案Zaman公開”當使用者移動游標進入到放大視窗的邊緣之位移區域時，系統移動放大視窗”。當游標不在位移區域時，使用者可與被放大的物體互動，視窗不會到處移動。換句話說，專利案Zaman僅供公開如平移放大圖、上、下、左、右之移位（例如專利案Zaman之圖5和圖6）。再者，根據圖4之元件420，Receive input，也就是專利案Zaman公開具有功能鍵輸入，但是專利案Zaman並未公開”功能鍵被按壓以輸出一第一放大指令或一第二放大指令”之技術特徵。

EARLY PUBLICATION(提早公開)

USPTO

1129    REQUEST FOR EARLY PUBLICATION [R-11.2013]

37 C.F.R. 1.219 EARLY PUBLICATION.

Applications that will be published under § 1.211 may be published earlier than as set forth in § 1.211(a) at the request of the applicant. Any request for early publication must be accompanied by the publication fee set forth in § 1.18(d). If the applicant does not submit a copy of the application in compliance with the Office electronic filing system requirements pursuant to § 1.215(c), the Office will publish the application as provided in § 1.215(a). No consideration will be given to requests for publication on a certain date, and such requests will be treated as a request for publication as soon as possible.

If an applicant wishes to have an application published earlier than the date that is eighteen months after the earliest filing date for which benefit is claimed, applicant may submit a request in compliance with 37 CFR 1.219 and the publication fee set forth in 37 CFR 1.18 (d). The Office will publish the application as soon as possible if the application is otherwise ready for publication. The publication process takes approximately 14 weeks and does not begin until the application is complete and ready for publication (e.g., an executed oath or declaration has been filed and the filing fee has been paid). See MPEP § 1120. The Office will not give any consideration to requests for publication on a certain date. Note that if early publication is requested, and the publication fee paid, applicant will not be required to pay the publication fee at allowance.

SIPO

专利法实施细则

第三十六条

第三十六条 　申请人撤回专利申请的，应当向国务院专利行政部门提出声明，写明发明创造的名称、申请号和申请日。撤回专利申请的声明在国务院专利行政部门作好公布专利申请文件的印刷准备工作后提出的，申请文件仍予公布；但是，撤回专利申请的声明应当在以后出版的专利公报上予以公告。

第四十六条

第四十六条 　申请人请求早日公布其发明专利申请的，应当向国务院专利行政部门声明。国务院专利行政部门对该申请进行初步审查后，除予以驳回的外，应当立即将申请予以公布。

TIPO

第 37 條

專利專責機關接到發明專利申請文件後，經審查認為無不合規定程式，且無應不予公開之情事者，自申請日後經過十八個月，應將該申請案公開之。

專利專責機關得因申請人之申請，提早公開其申請案。

發明專利申請案有下列情事之一，不予公開：

一、自申請日後十五個月內撤回者。

二、涉及國防機密或其他國家安全之機密者。

三、妨害公共秩序或善良風俗者。

第一項、前項期間之計算，如主張優先權者，以優先權日為準；主張二項

以上優先權時，以最早之優先權日為準。

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Digifonica，VoIP-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Apple的iMessage、FaceTime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:

http://finance.sina.com/bg/tech/sinacn/20160511/12181450054.html

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 6和iPad 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 6s的Touch 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:

http://udn.com/news/story/7098/1682985-iPhone%E6%8C%87%E7%B4%8B%E8%BE%A8%E8%AD%98%E5%B0%88%E5%88%A9-%E7%99%BC%E6%98%8E%E4%BA%BA%E7%AB%9F%E4%BE%86%E8%87%AA%E6%8D%B7%E5%85%8B