TW448404B - Intellectualized method for installing hardware - Google Patents
Intellectualized method for installing hardware Download PDFInfo
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- TW448404B TW448404B TW88118657A TW88118657A TW448404B TW 448404 B TW448404 B TW 448404B TW 88118657 A TW88118657 A TW 88118657A TW 88118657 A TW88118657 A TW 88118657A TW 448404 B TW448404 B TW 448404B
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1448404 五、發明說明(1) 發明背景: 本發明係一種智能化安裝硬體之方法’該方法係先將 各種不同類別、不同品牌硬體設備的驅動程式安裝於一電 腦中,並透過預設之一配置記錄文件(Configuration ;Record File),令PnP硬體設備在不支援PnP硬體的作業系 !統中,仍能被自動識別並自動安裝於電腦上,該方法亦同 樣適用於PCI界面的硬體設備之自動安裝上。 先前技藝: 丨 ! 按,一般業者在生產一批電腦後,為了令該等新電腦 | 能安裝各種不同類別、不同品牌的硬體設備,需分別於該 等新電腦上安裝不同的驅動程式,其安裝方法通常可分為 下列兩種情況: 1.對於支援Ρ η P硬體設備的作業系統,只要將該硬體 設備的驅動程式與作業系統壓縮到一個映像(image)文件 中’再將該映像(Image)文件複製至一硬碟上,俟使用者 解開該文件後,作業系統即會自動找到新設備,並透過對 話框等顯示形態,指導使用者安裝有關該設備的驅動程 2.對於不支援pnp硬體設備的作業系統’其製作映 i::解!=的操作,與支援Pnp設備的作業系統完 處在於,不支援即插即用硬體的作業系 統,無法自動識別不同類型和不同品牌的硬體嗖、而 能由使用者自己手動安裝,在該手動安裝過程中,使用:1448404 V. Description of the invention (1) Background of the invention: The present invention is a method for intelligently installing hardware. The method is to first install drivers of various different types and different brands of hardware devices in a computer, and use presets. One configuration record file (Configuration; Record File), so that PnP hardware devices in the operating system does not support PnP hardware! System can still be automatically identified and automatically installed on the computer, this method is also applicable to the PCI interface The hardware equipment is automatically installed. Previous skills: 丨! According to the general business, after producing a batch of computers, in order to make these new computers | different types and brands of hardware equipment can be installed, different drivers must be installed on these new computers, The installation method can be generally divided into the following two cases: 1. For operating systems that support P η P hardware devices, as long as the driver and operating system of the hardware device are compressed into an image file, then the The image file is copied to a hard disk. After the user unpacks the file, the operating system will automatically find the new device, and guide the user to install the driver for the device through a display such as a dialog box. 2 . For operating systems that do not support pnp hardware devices, its production image i :: solution! The operation of = is the same as that of operating systems that support Pnp devices. Operating systems that do not support plug-and-play hardware cannot automatically identify different types and brands of hardware, but can be manually installed by users themselves. During this manual installation, use:
第5頁 14 4 8 4 0 4 i五、發明說明(2) 一 ~---^ 不僅需要判斷硬體設備之品牌,同時還需要自己找到 的驅動程式,一旦某一安裝步驟發生問題,往往會導致= 個驅動程式的安裝過程失敗,從而造成該硬體設備不能正 常運轉,為使用者帶來不便’而且該安裝過程對於使用者 丨本身的專業知識亦有較高的要求,並不適合一般使用 |用。 故,若能設計出一種智能化安裝硬體之方法,以克服 j上述作業系統的缺點,令pnp硬體設備可在不支援pnp硬體 |的作業系統中,仍能被自動識別並自動安裝於電腦上’相 |信’這將是使用者所樂見者。 i |發明S的: 有鐘於上述傳統之各種缺點,發明人經過長久努力研 丨究與實驗,終於開發設計出本發明之智能化安裝硬體之方 I法。 本發明之目的,係在提供一種智能化安裝硬體之方 法’該方法係在一電腦量產過程中,於電腦令建立一配置 |記錄文件(Configuration Record File),藉該記錄文件 I將各種硬體設備的廠商標識和設備標識(Vend〇rID & ΐ DevicelD),與其對應驅動程式在電腦上之路徑聯繫起 i來’俾在安裝各硬體設備時’可利用電腦作業系統之一系 |統驅動程式’偵測所安裝之硬體設備信息,並建構一設備 I列表’再透過該配置記錄文件,依該等硬體設備信息,查 '找該等對應驅動程式在電腦上之路徑,並執行該等驅動程 1 4 484 0 4 i 五、發明說明(3) 一^^ ""~~-一^" "—~" '一丨 | ^ ! 丨式’直到完成所有硬體設備的安裝為止,如此,即可令 丨 i PnP硬體設備在不支援pnp硬體的作業系統中,仍能夠被自| 丨動識別並自動安裝於電腦上’該方法亦同樣適用於PC I界 丨 !面的硬體设備的安裝’其安裝過程中,不僅無需使用者進 i行任何操作,快捷方便,且不易出錯。 | ! 為使能對本發明之目的、形狀、構造及裝置特徵及其| !功能’有更進一步的認識與瞭解’茲舉實施例配合圖示, 詳細說明如下: 丨 I 1 . ] i圖示之簡單說明: | 第一圖係為本發明之功能方塊示意圖。 丨 I 第一圖係為本發明之流程示意圖。 ίPage 5 14 4 8 4 0 4 i. Description of the Invention (2) One ~ --- ^ Not only need to judge the brand of the hardware equipment, but also the driver that you find yourself. Once a problem occurs in a certain installation step, often Will cause the installation process of = drivers to fail, resulting in the hardware device not functioning properly, causing inconvenience to the user ', and the installation process also has higher requirements for the user's own professional knowledge and is not suitable for general Use | use. Therefore, if a method of intelligently installing hardware can be designed to overcome the shortcomings of the above operating system, so that pnp hardware equipment can still be automatically identified and installed in operating systems that do not support pnp hardware 'Phase | believe' on the computer This will be what the user likes. i | Invention S: There are various disadvantages of the above-mentioned tradition. After long-term research and experimentation, the inventor finally developed and designed the method I of the intelligent installation hardware of the present invention. The purpose of the present invention is to provide a method for intelligently installing hardware. The method is to create a configuration record file on the computer during the mass production of a computer. The Vendor ID and Device ID of the hardware device (Vend〇rID & DevicelD) are linked to the path of the corresponding driver on the computer. '俾 When installing each hardware device, you can use one of the computer operating systems. | The system driver 'detects the installed hardware device information and constructs a device I list', and then through the configuration record file, searches for the path of the corresponding driver on the computer based on the hardware device information. And execute these drivers 1 4 484 0 4 i V. Description of the invention (3) One ^^ " " ~~-一 ^ " " — ~ " '一 丨 | ^! 丨 Formula' until This completes the installation of all hardware devices. In this way, 丨 i PnP hardware devices can still be automatically identified and installed on the computer in operating systems that do not support pnp hardware. This method is the same. Applicable to PC I world 丨! Mounting hardware apparatus' installation process, not only without any user into the i-th row, fast and convenient, and less error prone. In order to enable a further understanding and understanding of the object, shape, structure, and device features of the present invention and its function, the following embodiments are illustrated with illustrations in detail, as follows: 丨 I 1.] I Brief description: | The first diagram is a functional block diagram of the present invention.丨 I The first diagram is a schematic diagram of the process of the present invention. ί
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洋細說明* I 請參閱第一圖所示,本發明係—種「智能化安裝硬體丨 丨之方法」,該方法係在一電腦之量產過程中,事先將各種| :不同類別、不同品牌硬體設備的驅動程式安裝在該電腦 ! 中’並於該電腦令建立一配置記錄文件(C〇nfigUraH〇n i :Record File),俾藉由該配置記錄文件,將該等不同硬體| |設備的廠商標識及設備標識(VendorlD & DevicelD)與其 | :對應驅動程式在電腦上之路徑聯繫起來。 ' 丨 在本發明中,該配置記錄文件主要包含二功能參數,i 分別為一除錯選項參數(SIUDebugOption)及一設備列表參| |數(SIUDeviceList),該二功能參數分別具有控制安裝流 | 4 48 4 0 4 I五、發明說明〔4) ~~~—Detailed description of the foreign country * I Please refer to the first figure, the present invention is a "method of intelligently installing hardware 丨 丨", which is a method of mass production of a computer in advance. Drivers for different brands of hardware devices are installed in the computer! 'And a configuration record file (C〇nfigUraHoni: Record File) is created on the computer, and the different hardware is used by the configuration record file. | | The VendorlD & DevicelD of the device is associated with the path of the corresponding driver on the computer. '丨 In the present invention, the configuration record file mainly includes two function parameters, i is a debug option parameter (SIUDebugOption) and a device list parameter | | number (SIUDeviceList), the two function parameters have control installation flow | 4 48 4 0 4 I V. Description of the invention (4) ~~~ —
I i程之功能,其中該除錯選項參數包括如下所列之複數個 ! 項’該等選項係用以控制除錯輸出(Debug Output)及安姑! i流程: 衮1The function of the process, where the debugging option parameters include a plurality of! Items listed below! These options are used to control the debug output (Debug Output) and Angu! i process: 衮 1
i I 1 (1 )除錯致能選項(DebugEnab 1 e):其選項值可為是 ! i或否,以表示是否允許進行除錯(Debug)。 | ! (2)除錯等級選項(DebugLevel):其選項值可為丨、3 | |級,以表示除錯輸出之詳細等級。 | (3)除錯輸出選項(DebugOutput):係用以表示除錯 | |輸出文件(Debug Output File)之全路徑。該除錯輸出文 | 件(Debug Output Fi le)係本發明在安裝程序執行時,所 丨 j產生之關鍵信息輸出。 丨 I (4) PnP檢測選項(PnPDetect):其選項值可為是或 丨 I否,以表示是否允許進行PnP硬體設備之檢測。 | : (5) PnP安裝選項(PnPInstal 1 ):其選項值可為是或 丨 丨否,以表示是否允許進行ΡηΡ硬體設備之安裝。 | (6) PCI檢測選項(PCIDetect):其選項值可為是或 I否,以表示是否允許進行PC I硬體設備之檢測。 (7) PCI安裝選項(PCIInstall):其選項值可為是或 :否,以表示是否允許進行PC I硬體設備之安裝。 | 又’該設備列表參數(SI U D e v i c e L i s 1;)則係將各種硬 丨 體設備的廠商標識和設備標識(VendorlD & DevicelD:), !與該電腦中存放對應驅動程式的路徑聯繫起來,俾在安裝! i各硬體設備時’可依該設備列表參數,查找該等對應驅動| 1程式在電腦上之路徑。 !i I 1 (1) DebugEnab 1 e: The option value can be yes! i or No to indicate whether debugging is allowed (Debug). |! (2) DebugLevel option: its option value can be 丨, 3 | | level to indicate the level of detail of the debug output. (3) Debug Output: It is used to indicate the full path of the debug output file. The debug output file (Debug Output File) is a key information output generated by the present invention when the installation program is executed.丨 I (4) PnP detection option (PnPDetect): The option value can be Yes or 丨 No, to indicate whether to allow detection of PnP hardware devices. |: (5) PnP installation option (PnPInstal 1): The option value can be Yes or 丨 丨 No to indicate whether to allow the installation of PηP hardware devices. (6) PCI detection option (PCIDetect): its option value can be yes or no, to indicate whether to allow detection of PC I hardware devices. (7) PCI installation option (PCIInstall): its option value can be yes or no to indicate whether to allow the installation of PC I hardware devices. And 'The device list parameter (SI UD evice L is 1;) refers to the vendor ID and device ID (VendorlD & DevicelD :) of various hardware devices, and the path where the corresponding driver is stored in the computer Get up, slap in installation! For each hardware device, you can find the path of the corresponding driver | 1 program on the computer according to the device list parameters. !!
1 448 4 0 4 五、發明說明(5) 由於,本發明係針對在一不支援PnP硬體的作業系統 中’能令PnP硬體設備被自動識別,並自動安裝於電腦上 之安裝方法,故該方法需在一不支援pnp硬體的電腦作業 系統(如:Windows NT4. 0)下進行,故在本發明之安裝 程序進行前,需先判斷其作業系統是否為預定之該作業系 統?若不是,則退出,並結束本發明之安裝作業;否則, 啟動該作業系統之一系統驅動程式(如·· C1 n t m g m t, s y s )’以檢測所安裝之pnp或PC I硬體設備的相關信息,並 建構一設備列表’該設備列表内包含了硬體設備的信息、 自該配置記錄文件中讀到的信息及是否安裝的標誌…等q 本發明在一電腦上自動安裝各不同硬體設備時,主要 係依下列步驟進行,請參閱第二圖所示_· U )首先,建立一配置記錄文件,以預先設定各不同 硬體設,及其驅動程式的相關參數,再將硬體設備的廒商 標識和設備標識(VendorlD & i)eviceID)與該電腦中存放 對應驅動程式的路徑聯繫起來; (2 )判斷5玄電腦之作業系統是否為一 :業系統(如WNT4.0),若否,則退出,二 束本發明之安裝作業;若是,則繼續; (、3)啟動該作業系統之一系統驅動程式(C intmgrat, s5 出,=ΐ系統驅動程式是否啟動成功?若否,則退 出,並結束安裝作業;若是,則繼續; ρ η Ρ』4 ί 系統驅動程式檢測所有安裝於該電腦上的 P…Π硬體設備的信息,若於檢測過程中,發現pnp1 448 4 0 4 V. Description of the invention (5) Since the present invention is directed to an installation method that can make PnP hardware devices be automatically recognized and installed on a computer in an operating system that does not support PnP hardware, Therefore, this method needs to be performed under a computer operating system (such as: Windows NT4.0) that does not support pnp hardware. Therefore, before the installation procedure of the present invention is performed, it is necessary to determine whether the operating system is the intended operating system. If not, exit and end the installation of the present invention; otherwise, start one of the operating system's system drivers (such as C1 ntmgmt, sys) 'to detect information about the installed pnp or PC I hardware device And build a device list 'The device list contains information about hardware devices, information read from the configuration log file, and whether to install the flag ... etc. q The present invention automatically installs different hardware devices on a computer At this time, it is mainly performed according to the following steps, please refer to the second figure. U) First, create a configuration record file to set the parameters of different hardware settings and their drivers in advance, and then the hardware device Vendor ID and equipment ID (VendorlD & iviceID) are associated with the path where the corresponding driver is stored in the computer; (2) Determine whether the operating system of 5Xuan Computer is one: business system (such as WNT4.0) If not, then exit and install the two bundles of the present invention; if yes, continue; (3) Start one of the operating system's system driver (C intmgrat, s5, = ΐ system driver is Start successfully? If not, exit and end the installation operation; if yes, continue; ρ η Ρ 』4 ί The system driver detects the information of all P ... Π hardware devices installed on the computer, if it is in the detection process And found pnp
第9頁 1448404 i五、發明說明(6) ----------—:Page 9 1448404 i V. Description of the invention (6) ------------:
|體有問題,則可透過設定該配置記錄文件中之pnp檢測選丨 員(PnPDetect),令PnPDetect =No,即可跳過pnp 硬體的 I |檢測,俾便後續安裝過程的順利進行; I ; (5)依所檢測之該等15^或pci硬體設備的信息’建構丨 I 一設備列表,再透過該配置記錄文件查找電腦中存放對應I i驅動程式的路徑,俾在安裝各硬體設備時,依序執行安裝 j該等硬體設備所需的驅動程式,直到完成所有硬體設備的i I安裝為止。該等驅動程式執行的關鍵步驟,在該配置記錄| 1文件的除錯選項參數中均有對應的除錯信息輸出。 j | 在本發明之一具體實施例中,可於一電腦上安裝應各:| If there is a problem, you can set the pnp detection selector (PnPDetect) in the configuration record file, and set PnPDetect = No, you can skip the I | detection of the pnp hardware, and the subsequent installation process will be carried out smoothly; I; (5) Construct a device list according to the information of the 15 ^ or PCI hardware devices detected, and then use the configuration record file to find the path where the corresponding I i driver is stored in the computer. When the hardware device is installed, the driver required for installing the hardware device and the like are sequentially executed until the installation of all the hardware devices is completed. The key steps performed by these drivers are corresponding debug information output in the debug options parameter of this configuration record | 1 file. j | In a specific embodiment of the present invention, each application can be installed on a computer:
|種不同類別、不同品牌的硬體設備,該等硬體設備的信 j |息、類別及產品型號可分別列舉如下: I C1)PNP0F13:代表一滑鼠’其產品型號為: i | Microsoft公司之PS/2滑鼠; 丨 (2) PNP0303 :代表一鍵盤; | (3) PNP80 67 :代表一網路卡,其產品型號為:3C〇m | 公司之Fast Etherlink 10/100Mb T4 之Ethernet 網路 I卡; (4) PNPB002 :代表—音效卡,其產品型號為: 丨| Hardware devices of different categories and brands. The information, categories and product models of these hardware devices can be listed as follows: I C1) PNP0F13: represents a mouse 'and its product model is: i | Microsoft The company's PS / 2 mouse; 丨 (2) PNP0303: represents a keyboard; | (3) PNP80 67: represents a network card, its product model is: 3C〇m | The company's Fast Etherlink 10 / 100Mb T4 Ethernet Network I card; (4) PNPB002: Representative—Sound Effect Card, its product model is: 丨
I I | Creative 公司之Sound Blaster ; j ; (5)53338811:代表一顯示卡,其產品型號為:S3公 |I I | Sound Blaster of Creative; j; (5) 53338811: represents a graphics card, its product model is: S3 male |
丨司之64V+ ; I I (6)80861231 :代表一數據機(Modem),其產品型號 為:INDY 1公司之PCI數據機; i丨 The company's 64V +; I I (6) 80861231: represents a modem, its product model is: PCI modem of the company INDY 1; i
第10頁 448404 首先’根據上述各硬體設備的類別和產品型號,建立 丨 | 一配置記錄文件’在該配置記錄文件中,先設定有關硬體 :安裝及安裝後進行檢測的有關功能參數值,如: i | 在該除錯選項參數(SIUDebugOption)中,將該除錯致| !能選項(DebugEnable)設定為是,以表示允許進行除錯; i將該除錯等級選項(DebugLevel )設定為2,以表示除錯輸| i出等級為2級(自定);將該除錯輸出選項(I)ebug〇utput) j j 丨^設定為c\s iu\dbg_out· txt路徑,以表示將該除錯輸出文 | |件需存放於該路徑下;將該PnP檢測選項(PnPDetect)設 |定為是,以表示允許進行PnP硬體設備之檢測;將該pnp安 丨裝選項(PnPInstal I)設定為是,以表示允許進行pnp硬體丨 j設備之安裝;將該PCI檢測選項(PCIDetect)設定為是, 丨 |以表示允許進行PCI硬體設備之檢測;將該PCI安裝選項 丨 (PCIInstall)設定為是,以表示允許進行PCI硬體設備之 I安裝。 ! 然後,在該配置記錄文件中,再設定該設備列表參數 i (SIUDeviceList),令各種硬體設備的廠商標識和設備標 I識,與該電腦中存放對應驅動程式的路徑聯繫起來。如:| 1滑鼠(PnPOFl 3)之除錯致能選項被設定為致能狀態,即表|Page 10 448404 First, 'create a configuration log file according to the type and product model of each hardware device mentioned above || In this configuration log file, first set the relevant hardware parameters: the installation and the function parameters of the test after installation For example: i | In the debug option parameter (SIUDebugOption), set the debug option |! Enable option (DebugEnable) to Yes to indicate that debugging is allowed; i set the debug level option (DebugLevel) Is 2 to indicate the debug input | i output level is level 2 (custom); set the debug output option (I) ebug〇utput) jj 丨 ^ to the path c \ s iu \ dbg_out · txt to Store the debug output file in this path; set the PnP detection option (PnPDetect) to Yes to indicate that detection of PnP hardware devices is allowed; install the pnp option (PnPInstal I) Set to Yes to indicate that installation of pnp hardware 丨 j devices is allowed; Set the PCI detection option (PCIDetect) to Yes, 丨 | to indicate that detection of PCI hardware devices is allowed; this PCI installation option 丨(PCIInstall) is set to Yes to Shown allows PCI I installation hardware equipment. Then, in the configuration record file, set the device list parameter i (SIUDeviceList) so that the manufacturer's identification and device identification of various hardware devices are associated with the path where the corresponding driver is stored in the computer. For example: | 1 Mouse (PnPOFl 3) The debugging option is set to the enabled state, that is, the table |
1示此時可安裝該硬體設備’其安裝路徑設為 I1 shows that the hardware device can be installed at this time. Its installation path is set to I
II
該路徑下存放著前述的三種不同類型Mouse的驅動程式, I 丨編號分別為卜3,以備需要不同滑鼠驅動程式時,可隨時 丨 I查找該滑鼠驅動程式在該電腦中之路徑,準確地進行調The three different types of Mouse drivers are stored under this path, and I 丨 are numbered 3 respectively. In case you need different mouse drivers, you can find the path of the mouse driver in the computer at any time. Tune accurately
第U頁 4484 0 4 i五、發明說明(8) 一〜--------------^ i 用。 |Page U 4484 0 4 i V. Description of the Invention (8) I ~ -------------- ^ i Use. |
供吐當於該電腦上安裝各種不同類別、不同品牌的硬體設 I 本發月兩先判斷其作業系統是否為一不支援ρηρ硬 I ^的作業系統(如:Windows ΝΤ4. 〇 ) ?若否,則結束安i 丨 並退出,若是,則啟動該作業系統之—系統驅動程式丨 丨CClntmgmt· sys),並判斷是否啟動成功?若否,則結束退| !出/若是,則檢測所有的PnP或PCI硬體設備信息,並依! I該等硬體设備信息建構一設備列表,再透過該配置記錄文| 丨件查找該4硬體設備之驅動程式在該電腦中之路徑,俾丨 依序執該等路徑上之驅動程式,直到完成所有硬體設備的I i安装為止。由於,本發明之方法係透過啞模式(SUent |For installing different types and different brands of hardware devices on this computer. I will first determine whether the operating system is an operating system that does not support ρηρhardware I ^ (such as: Windows NT 4.4.0). If not, end the security and exit, if yes, start the operating system-system driver (CClntmgmt.sys), and determine whether the startup was successful? If not, end the retreat |! Out / If yes, then detect all PnP or PCI hardware device information and follow! I construct a device list of the hardware device information, and then find the path of the driver of the 4 hardware device in the computer through the configuration record | 丨 execute the drivers on these paths in order Until the installation of all hardware devices is completed. Since the method of the present invention is performed in a dumb mode (SUent |
Mode)進行安裝程序,故安裝過程完全無需要使用者進行 ! |任何操作,不僅快捷方便,且不易出錯。 丨 本發明亦可將該配置記錄文件與前述之自動安裝程 | !序’壓縮製作成一映像文件,再複製到每一台電腦的硬碟 I上,俟該電腦到達使用者手中,並由使用者對其進行解開 I時’即可執行該自動安裝程序,完成自動檢測並安裝所有 i pnP或PCI硬體設備的程序。 丨 綜上所述’本發明僅用以舉例說明本發明之一可行實| 丨施例而已,對熟悉該項技藝之人士,當可對其細部形狀進| |行各種等效之變化例,惟其均應包括在本發明之精神及範| ;圍。 iMode) to perform the installation procedure, so the installation process is completely unnecessary for the user! | Every operation is not only quick and easy, but also not error-prone.丨 The present invention can also compress the configuration record file and the aforementioned automatic installation process into an image file, and then copy it to the hard disk I of each computer. The computer reaches the user and is used by When you unlock it, you can execute the automatic installation program to complete the process of automatically detecting and installing all i pnP or PCI hardware devices.丨 In summary, the present invention is only used to illustrate one of the feasible embodiments of the present invention. It is only an example. For those who are familiar with the technology, it is possible to make various equivalent modifications to its detailed shape. However, they should all be included in the spirit and scope of the present invention. i
第12頁Page 12
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TW88118657A TW448404B (en) | 1999-10-28 | 1999-10-28 | Intellectualized method for installing hardware |
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TW88118657A TW448404B (en) | 1999-10-28 | 1999-10-28 | Intellectualized method for installing hardware |
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TW448404B true TW448404B (en) | 2001-08-01 |
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TW88118657A TW448404B (en) | 1999-10-28 | 1999-10-28 | Intellectualized method for installing hardware |
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Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US8626146B2 (en) | 2003-10-29 | 2014-01-07 | Qualcomm Incorporated | Method, software and apparatus for performing actions on a wireless device using action lists and versioning |
US9092286B2 (en) | 2002-12-20 | 2015-07-28 | Qualcomm Incorporated | System to automatically process components on a device |
US9134989B2 (en) | 2002-01-31 | 2015-09-15 | Qualcomm Incorporated | System and method for updating dataset versions resident on a wireless device |
US9143560B2 (en) | 2007-06-19 | 2015-09-22 | Qualcomm Incorporated | Methods and apparatus for dataset synchronization in a wireless environment |
-
1999
- 1999-10-28 TW TW88118657A patent/TW448404B/en not_active IP Right Cessation
Cited By (8)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US9134989B2 (en) | 2002-01-31 | 2015-09-15 | Qualcomm Incorporated | System and method for updating dataset versions resident on a wireless device |
US10602348B2 (en) | 2002-01-31 | 2020-03-24 | Qualcomm Incorporated | System and method for updating dataset versions resident on a wireless device |
US9092286B2 (en) | 2002-12-20 | 2015-07-28 | Qualcomm Incorporated | System to automatically process components on a device |
US10348804B2 (en) | 2002-12-20 | 2019-07-09 | Qualcomm Incorporated | System to automatically process components on a device |
US8626146B2 (en) | 2003-10-29 | 2014-01-07 | Qualcomm Incorporated | Method, software and apparatus for performing actions on a wireless device using action lists and versioning |
US9386397B2 (en) | 2003-10-29 | 2016-07-05 | Qualcomm Incorporated | Method, software and apparatus for performing actions on a wireless device using action lists and versioning |
US9591428B2 (en) | 2003-10-29 | 2017-03-07 | Qualcomm Incorporated | Method, software and apparatus for performing actions on a wireless device using action lists and versioning |
US9143560B2 (en) | 2007-06-19 | 2015-09-22 | Qualcomm Incorporated | Methods and apparatus for dataset synchronization in a wireless environment |
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