200947276 六、發明說明： 【發明所屬之技術領域】 本發明關於-種無線指標裝置及應用該 統’尤其涉及-種具有不同工作模式，裝置的電知系 電腦系統作用的鱗指標裝置。、12 _卫作模式與 【先前技術】 而 © 操作電腦系統時所使關輸人裝置當中，對—般使用者 ，相較於必須不斷打字才能輸入指令的鍵盤裝置，體積 控制裝置更為不可或缺;尤其是無線指標裝置具 有易於攜f、收藏的特點，更是逐漸受ίΐ使用者青睞。 而’―般無線指標裝置除了作為輸人裝置外，並未與 ® Λ也未充分彻其可攜且普及 =度極_特點’在使用者操作電腦系統時提供更多的服 ^如將指標控繼置整合贿資料之功能，以減少使用 外準備隨身碟（Thumb Drive)存取資料之不便。 ❹ =外=耗電量高也—直是無線指標裝置長久以來所面臨 =喊’雖然有部分的無線指標裝置設有省電控制機制，在 ^ S標裝置閒置一段時間後，自動採取省電措施；但仍在 ^ί置到真正採取省電措施之間的時間，仍然造成許多益 5月的電力浪費。 人丁义… 因此’提供—種技術手段以提升使用價值之無線指標裝 究之^時減少無線指標裝置易於耗電之問題，係為一值得探 4 200947276 【發明内容】 *署的係為提供—種無触標裝置，以及應用該 ί 根據無線指標裝置所提供的不同工作模 式’在電W財進行_，並提 、 以便於使用麵行操作。 供爛Α之功此 為了達到上述目的，根據本發明的其中-種實施方荦， 提供一種無線指標裝置實施例，其中包括單 ❹ ❹ 二 裝置。本體中包含用於輸出指標訊號的: Γ的連接介面；記憶單元用於供微控 η ΐ錄在其巾崎料；無線連域置無線連接連接介 之^貝枓。其巾，微控繼係㈣ 一存取指令，對記憶單元㈣記憶資料進行存取傳达的 訊號=====—爾切輸出指標 才番模^另次=例中，、微控制器根據切換指令，提供包括指 π t另式及休賴式在_複數種工作模式。 的Γ，線指標裝置更包括_於微控制器 二二:;訊產生所述的切換指令’使微控制器切換 收容在4 一連 :元無線指標裝置之收容部可同時收容無線連魏置= 而根據本發明的另—種實施方案所提 —中’除了包括上述的無線指標裝置之外，還包 200947276 ’輕接於無線連接裝置。處理單元用 =無線連财杜微控娜，以麵記之 在另-電腦系統實施例中，處理單元 :’以控制微控制器執行輪出指標訊號或存取記 為使進-步了解本發明之技術内容， 實例方式舉例說明，但下述绾僅. 于配σ圖式及 佳實施方4 一过說月僅為本發明所提供之數種較 實&方式並不因此限制本發明所欲請求保護之範圍。 【實施方式】 ^-圖係為本發明所提供的一種電腦系統第一實施例 括二線指標装置第一實施例之方塊圖。電腦系統1包 …線域裝置20及-主機裝置3G。域裝置3〇包括 =早凡300;無線指標裝置2G包括一微控制器勘 2 4接^控制器謂的—記憶單元搬、軌跡偵測模組 4、連接；丨面206 ’和供應無線指標裝置2〇運作所 的供電單元208 ’以及用於輕接主機裝置％之處理單元勘 的一無線連接裝置210。 本實施例之電腦系統1係利用無線指標裝置如控制主 =置30之-指標’並且也_無線指標裝置2()作為儲存 :料之媒介。無線指標裝置2〇除了由微控制器2〇〇發出指 標訊號，透過連接介面206無線傳輸到無線連接裝置21〇之 外，並可供處理單元300經由無線連接裝置⑽以無線傳輸 的方式傳送-存取指令，以存取（access)記憶單元搬 所儲存之資料。 200947276 —ί Ϊ 所傳送的指標訊號(P—)可包含· ^跡偵應組204所_到無線指微置％ (movement)，如光學感測模組感測其所投射 二 影像變化，而偵知無線指標裝置2〇的位移方向及射 以及無線指標裝置20之按鍵或滾輪受到使用者之操作，而 產生點選（clicking)或滚叙r 1r ' 訊號係用於控制主機裝置3G 之峨。指標 啊衣uu之使用者介面（圖未 指標’使指標根據無線指標震置的位移或闕，在使用者^ ❹ ❹ ，執打相對應的移動_取_。Μ ^ 存的記憶㈣除可為文字、_或景彡像内容資料、或是一般 程式軟體外，亦可包令盖綠 齡田」 線標裝置20運作相關所需的驅 動私式或官理程式等資料。在無線指標裝置2 =處’以儲存驅動程式為例：當記憶單元2〇2 = 、=線沾裝置20的驅動程式時’即使將無線指標裝置2〇2 210 mu機裝置上’主機裝置可透過無線連接裳置 ’跳、，、線傳輸通道’讀取記憶單元搬中所儲存的驅 動程式並絲在主錄置上，使無線指標裝置2G可在新的 上提供服務；料，#使时身邊缺乏可擴式的儲 ，媒體時’以可·無線指標裝置2G作為敝資料的媒介 極具實用性。為了能長時間保存資料内容，記憶單元搬係 可為非揮發性_存裝置，例如唯讀記髓、可抹除可程式 電子唯讀記憶體、Flash記憶體等等。 無線連接裝置210與連接介面2〇6係可為符合2 4(}Ηζ 頻π 27MHz頻帶無線通訊、藍芽（別⑽⑽匕）無線通訊、 無線射頻識別（RFID)或紅外線（IR)傳輸等料一到多 種傳輸規格之訊號傳輸埠’用以供無線指標裝置2〇與主機 200947276 裝置30之間傳輸指標訊號及/或記憶資料封包。無線指標裝 置20每次利用一個通道（channel)進行無線傳輸，因此主 機裝置30欲接收指標訊號與存取記憶資料時，可採用在同 一通道上分時傳輸之手段，亦即晝分複數個時間區段，使指 標訊號封包與記憶資料封包根據時間區段交替傳送，以便於 主機裝置30存取無線指標裝置20所儲存之資料的同時，無 線指標裝置20還能正常地控制使用者介面上的指標進行移 動或選取。相反地，若同一段時間内只需要傳輸指標訊號或 只需要存取記憶資料’則可使微控制器2〇〇根據一切換指令 〇 切換訊號或資料的傳輸。 ❹ 請參閱第二圖，其係揭露應用第二種無線指標裝置實施 例之電腦系統第二實施例之示意圖，並請同時參照第一圖之 方塊圖。在本實施例中，無線指標裝置2〇a係為一無線滑 鼠，其外觀包括本體212、按鍵214及滾輪210 ;而在本體 212内則包含了第一圖中所述的微控制器2〇〇及記憶單元 202等元件。此外還包括無線連接裝置210，用以連接到主 機裝置3G (例如經由USB連接埠電性連接）。無線連接裝 置210接收微控制器2〇〇根據按壓按鍵214、滾動滾輪216 或^多動本體212❿發出的指標訊號，並傳連到處理單元3〇〇 進行處理’讀送處料元發㈣存取齡到微 以讀取内建在本體212中之記憶單元2〇2戶斤儲存的資 枓、或將主機裝置3〇所存放的資料寫入記憶單元2〇2。其 餘與第一圖相同之處不再重述。 、 第三關展示無線指標裝置第—實施例之示意圖， 的本二2置^^處’在於本實施例之無線指標裝置20b 的本體212a還包括—收容部218，所述的收容部2i8包括 8 200947276 -第-容槽2180，第—容槽218〇與微控制器2⑽電性連接; :憶f t2G2a則為可與本體2仏分離的外接式記憶卡， ^、—犯卡等°因此’當記憶單元施 刚者操作無線指標裝置細所產生的Li .. ^再透過無線連接裝置21〇傳到主機裝置3(m控標。 右讀早兀202a放置到收容部218的第一容槽纖，並透 過第-容槽2180輕接到微控制器2〇〇後，微控制器可 根駐魏置3G的麵齡，躲記鱗元施之記憶資 料:其Ϊ 1當記憶單元施與第一容槽2180中分離如 將記憶單元202a置放於其他讀取聚置中），而無線指標裝置 20b亦無與主機裝置3G傳輸訊號或資料之需求時，益線連 接裝置210可收容於第一容槽218〇中，以便收 裝置210。 當記憶單元202a容置於第一容槽218〇時，若使用者具 有控制使用者介面之上指標執行健之需求，同時又需要^ 機裝置30存取記憶單元202a之記憶資料，微控制器綱即 ❹ 可如上所述，时時傳送財式，在無線傳輸的通道上依據 時間區段輪流傳送或接收訊號及資料封包。然而，在其他的 實施例中，微控制器200亦可根據切換指令的有無，單獨進 行傳送指標訊號及存取記憶資料其中一項工作。 第四圖即顯示無線指標裝置第二實施例之示意圖。本實 施例中，微控制器200偵測記憶單元2〇2a是否放置到收容 部218a的第一容槽2180中，使微控制器2〇〇與記憶單元 202a形成電性連接而產生所述的切換指令，來判斷無線指 標裝置2〇c應執行的作業。當接收到切換指令，而偵知記憶 200947276 單元202a與微控制器200形成電性連接時，微控制器2㈨ 即根據切換指令判斷為應執行存取記憶資料之作業。此 控制器200停止將其所接收的指標訊號透過連接介面2恥关 出，而係於接收到處理單元300所發送的存取指令後 ^ 存取指令將記憶單元202a中的資料傳送到主機裝置3〇、X 寫入資料到記憶單元2〇2a。反之，當記憶單元施二 容槽2180中移除後，其與微控制器2〇〇之電性連結中斷， 切換指令即不存在，此時微控制器2〇〇判斷應執行輸 訊號之作業’即制將細到的指標職無線傳輸到主^ 置30 ’以控制使用者介面上的指標移動或點選。 九 另-種例示之實施手段中，所述的切換指令係可由主機 裝置30 #處理單元300所發出，域過無線連接裝置挪 傳送給微控制H 2GG ’使微控制器2⑻根據主機裝置％ 控制，單獨發送指標訊號或是單獨存取資料。 在本實施例中，收容部2收更包括第二容槽 聰，與第-容槽細—併設置在本體上。第一容槽 =之2=槽广』分別可容置記憶單元_及無線‘ ，裝置210〜、中’第一容槽218〇與微控制器細電性連 槽2182卿，因此魏單元施只有在置入 =2Z單純做為收納無線連接裝置加之用 ^連，裝置210與主機裝置3〇分離後無處收納而遺失。當 揭了避免使用者誤放，更可對第—容槽_及第二容 ^贫進行結構或職舰隔’例如使記鮮元2G2a僅能 一il2180、無法置入第二容槽2182，以防止使用 ^誤放，致使無線指標裝置施無法達成存取記憶資料之功 200947276 第五圖係為本發明所提供的電腦系統第三實施例及無 線指標裝置第五實施例之方塊圖，與第一圖所示之電腦系統 第一實施例不同的是，本實施例的無線指標裝置2〇d更包括 一切換單元220，耦接於微控制器2〇〇。所述的切換單元22〇 係如—切換開關’微控制器2〇〇根據切換開關被切換的狀態 ，而接收切換指令’藉以使微控制器2〇〇切換其所輸出的指& 訊號及記憶資料。為便於理解，請參見第六圖及第七圖之示 意圖及說明。 〇 第六圖係為無線指標裝置第三實施例之示意圖，請一併 參照第二圖之說明。本實施例的無線指標裝置20e仍係為一 無線滑鼠’然而此無線滑鼠還包括一切換單元220設置於本 體212c表面，例如上述之切換開關，以供使用者調撥開關 以控制無線指標裝置2Ge的傳輸内容。切換單元挪係可以 連接或斷開微控制器200與記憶單元2〇2間之電路 來控制切換指令的產生絲。舉例而言，當切換 狀態係使微控制器2〇〇與記憶單元2〇2間的電路斷開，微广 制1 200 _使接收到處理單元·所發送的存取指令，亦^ =存取記憶單元202中的資料，因此只會傳輸被細到的指 ^號。而當切換單元22〇被調撥為連接微控制器與記 憶单7^202 f曰1之電路的狀態時，微控制器2〇〇即可同時_ ^標訊號及存取記憶資料，再依據前述的分時傳輸方式，傳 輪指標訊號及記憶資料。 第七圖則係無線指標裝置第四實施例之示意圖，請參照 二圖之圖式及其相關說明。與第三圖所示實施例之差異在 於’本實施例的無線指縣置篇利用操作切換單元22〇， 可取代由處理單元3GG發送切換指令、或根據記憶單元2〇2 11 200947276 置入第-容槽218G而產生切換指令的手段：切換單元22〇 ^於微控制器·，當切換單元挪被切換到不發送切換 ^的狀態（例如將切朗__只輸出指標訊號的選 制器細未接收到切換指令，即使記憶單元施 =電性連接於微控制器細，微控制器 :門=單元挪切換到發蝴^^ ϊΐί3 行存取資料的選項），微控制器2⑻才 ’並據此停止輸出指標訊號，改而根據處理單 兀300的存取指令，存取記憶單元202a之資料。 ❹ 工朴i述各種城單元來控制無線指縣置所執行之 ㈣#換叫物料所欲無線指 ^資料之，當無線指標裝置根據切換而執行存 :n i機裝置30即可將無線指標|置 (E_erate)為一儲存裝置，例如Window作業系统= 供使用者透過主錄置3G對記憶單元中 存J之狀能之行為。而當無線指標裝置退出作為儲 ❹ 轉其縣之指標⑽功能，作為電 、第供—職_標裝置第五實施例 =:=線，㈣的=:之： == 之電4= r源容置槽2184。本實 之叹置’除在本體2l2e外觀不易察覺容 12 200947276 槽’可增加無線滑鼠之美觀之外；因收 槽皆相鄰’與分別設置在本體不同處的容槽相的，個容 四圖）’製作本體212e較為容易。 3 乂下（如第 此夕卜’在上述各實施例中，由於無線指標農 電早疋2〇8供應電力（例如電池）方能運作， 之傳輪或記，(t資料之存取的工作，為了減 _a ^说 $的電力’以延長無線指標裝置的使 置利用微控制器200提供三種工作模式 ^ /曰心裝 料存取模式及休賴式。在储似 偵測模組204所侧的軌跡“ =216所產生的指標訊號，經由連接介面2齡線傳輸到 ί $H21G，啸齡機裝置％之使用者介面的指 情單憶早疋中㈣料或職料寫入記 =衫要_鱗储健控制指標動 ❹ 控制裝==r資料時’酬^ 於模式下’微控制112GG採取部分節省電源的措 ’例如關閉光學感測模組的投射光源（led光）而停止 位移、停止發出功率债測無線連接裝置202，而暫停应 U接裝置202❺無連訊號連接、停止傳輸封包等，以減 =供電早το 208所需供應的電量。上述工作模式可透過切換 的切換而達成’當切換單元208被切換到不同的工 夺’微控制器200係接收到與特定工作模式相對應的 f換指令，例如：無切換指令對應指標模4、第-切換指令 對貝料存取模式，及第二切換指令應休眠模式。而當無線 13 200947276 ^裝置從休眠模式再切換為指標模式或 資料存取模式 ::=制器200雜據切換指令啟動投射光源、或重新與 無線連接裝置210無線連接，回復到活動的狀態。 上述各實施例中的無線指標裝置雖係以無線滑鼠為 例’但並不限於無線滑鼠’更可包括具有指標及簡報功能的 (remote presentation controller) ^ 報，的接收器接收無線傳輸的訊號，並將記憶單元内建在簡 報器中’或是以記憶卡之型態嵌入簡報器的容槽中，以供存 取資料。亦可為-具有無線連接裝置（接收器）的觸控筆 /touch pan) ’觸控筆所發送的指標訊號至少包括點選訊 Θ 號’並可將記鮮元内建在觸控筆之殼體内以節省設置容槽 之空間，以及設置切換單元，以切換觸控筆之工作模式，達 成如上述具有多功能之無線指標裝置。 綜上各實施例所述’已揭露出本發明欲提供的一種無線 才曰“裝置及應用該褒置的電腦系統’利用無線通訊技術傳輸 指標訊號及存取記憶資料’或控制無線指標裝置休眠以節省 電力。並於無線指標裝置之本體設置收容部，以容置無連接 接裝置及/或§己憶單元，充分利用無線指標裝置之空間，增 加無線指標裝置之實用性及使用價值。然而，上述各實施^ 〇 s中之項目及元件，僅係為闡述本發明所舉之例示，並無自 限所請求保護之範圍之意圖。凡遵循本發明之精神及根^本 發明所揭示之實施手段，而產生不同的組合、微幅之修飾或 改變者，亦屬本發明所保護之範疇。 【圖式簡單說明】 第一圖：本發明所提供一種電腦系統第一實施例之方塊圖； 14 200947276 第二圖：本發明所提供一種電腦系統第二實施例之示意圖； 第三圖：本發明所提供一種無線指標裝置第一實施例之示意 圖， 第四圖：本發明所提供一種無線指標裝置第二實施例之示意 圖； 第五圖：本發明所提供一種電腦系統第三實施例之方塊圖； > 第六圖：本發明所提供一種無線指標裝置第三實施例之示意 圖； 第七圖：本發明所提供一種無線指標裝置第四實施例之示意 ❹ 圖；及 第八圖：本發明所提供一種無線指標裝置第五實施例之示意 圖。 【主要元件符號說明】 1電腦糸統 20,20a-g無線指標裝置 Q 200微控制器 202, 202a記憶單元 204執跡偵測模組 206連接介面 208供電單元 210無線連接裝置 212,212a-e 本體 15 200947276 214按鍵 216滾輪 218,218a-b 收容部 2180第一容槽 2182第二容槽 2184電源容置槽 220切換單元 30主機裝置 © 300處理單元 〇200947276 VI. Description of the Invention: [Technical Field] The present invention relates to a wireless indicator device and an application system thereof, and particularly relates to a scale indicator device having a different working mode and a device of a computer system. , 12 _ Guard mode and [prior art] and © in the operation of the computer system, in the device of the input device, for the general user, compared to the keyboard device that must be constantly typing to input the command, the volume control device is even less Indispensable; especially the wireless indicator device has the characteristics of being easy to carry and collect, and is gradually favored by users. In addition to being used as an input device, the 'General Wireless Indicator Device is not fully portable with the Λ 且 普及 普及 普及 普及 普及 _ 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在Controlling the function of bridging the bribe data to reduce the inconvenience of using the externally-mounted thumb drive (Thumb Drive) to access data. ❹ = outside = high power consumption - directly the wireless indicator device has been facing for a long time = shouting 'Although some wireless indicator devices have a power-saving control mechanism, after the ^ S standard device idle for a period of time, automatically take power-saving Measures; but still in the time between the actual adoption of power-saving measures, still cause a lot of power waste in May. Ding Yi... Therefore, 'providing a kind of technical means to improve the value of wireless indicators to reduce the problem of the wireless indicator device is easy to consume power, is a worthy exploration 4 200947276 [Invention content] * Department provides - a non-touch device, and the application of the ί according to the different working modes provided by the wireless indicator device 'in the power, _, and to facilitate the use of face-to-face operations. In order to achieve the above object, in accordance with one of the embodiments of the present invention, an embodiment of a wireless indicator device is provided, which includes a single device. The main body includes: a connection interface for outputting the indicator signal; a memory unit for the micro control η ΐ recorded in its towel; a wireless connection wireless connection connection. The towel, the micro-control successor (4) an access command, the signal transmitted by the memory unit (4) memory data is transmitted =====- the output index is only modulo ^ another time = example, the microcontroller According to the switching instruction, the following modes are provided including the finger π t and the rest mode. The 指标, the line indicator device further includes _ in the microcontroller 22:; the message generates the switching instruction 'to make the microcontroller switch to be accommodated in the 4 one: the wireless unit of the wireless indicator device can simultaneously accommodate the wireless connection Wei = According to another embodiment of the present invention, in addition to the wireless indicator device described above, the package 200947276 is connected to the wireless connection device. The processing unit uses the wireless wireless network to control the micro-control, in the embodiment of the computer-system, the processing unit: 'to control the microcontroller to execute the round indicator signal or access record to make the step-by-step understanding The technical content of the invention is exemplified by way of example, but the following is only for the sigma sigma and the preferred embodiment 4. The following is only a few of the more practical & The scope of the protection requested. [Embodiment] The present invention is a block diagram of a first embodiment of a computer system according to a first embodiment of the present invention. The computer system 1 includes a line domain device 20 and a host device 3G. The domain device 3 includes: = 300; the wireless indicator device 2G includes a microcontroller, the controller 4, the memory unit, the track detection module 4, the connection; the camera 206' and the wireless indicator The device 2 is operated by a power supply unit 208' and a wireless connection device 210 for lightly connecting the processing unit of the host device. The computer system 1 of the present embodiment uses a wireless indicator device such as a control master = 30 - indicator 'and ' _ wireless indicator device 2 () as a medium for storing materials. The wireless indicator device 2 transmits the indicator signal from the microcontroller 2, wirelessly transmits it to the wireless connection device 21 through the connection interface 206, and is available for transmission by the processing unit 300 via the wireless connection device (10). Accessing instructions to access the data stored by the memory unit. 200947276 — Ϊ Ϊ The transmitted indicator signal (P-) can include: • trace detection group 204 _ to wireless finger micro-% (movement), such as the optical sensing module senses its projected two image changes, and The detection of the direction and the displacement of the wireless indicator device 2 and the button or scroll wheel of the wireless indicator device 20 are operated by the user, and a clicking or scrolling r 1r ' signal is generated for controlling the host device 3G. . The user interface of the indicator ah uu (the figure is not the indicator 'make the displacement or 阙 of the indicator according to the wireless indicator, in the user ^ ❹ ❹, the corresponding movement _ take _. Μ ^ memory (4) in addition to For text, _ or 彡 内容 内容 、 、 、 、 、 、 或是 或是 或是 , , , , , , 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 在 在 在 在 在 在 在 在 在 在2 = at the location of the storage driver: when the memory unit 2〇2 = , = line the device driver of the device 20 'even if the wireless indicator device 2 〇 2 210 mu device on the 'host device can be connected through the wireless Set the 'jump,,, line transmission channel' to read the driver stored in the memory unit and wire it on the master record, so that the wireless indicator device 2G can provide services on the new one; In the case of extended storage and media, it is very practical to use the wireless indicator device 2G as the medium for data. In order to save the data content for a long time, the memory unit can be a non-volatile storage device, for example, reading only Marrow, erasable programmable electron Read memory, Flash memory, etc. The wireless connection device 210 and the connection interface 2〇6 can be in accordance with 2 4 (} 频 π 27MHz band wireless communication, Bluetooth (D (10) (10) 匕) wireless communication, radio frequency identification ( Signal transmission of one or more transmission specifications, such as RFID or infrared (IR) transmission, is used to transmit indicator signals and/or memory data packets between the wireless indicator device 2 and the host 200947276 device 30. The wireless indicator device 20 The wireless transmission is performed by using one channel. Therefore, when the host device 30 wants to receive the indicator signal and access the memory data, the means for time-sharing transmission on the same channel may be used, that is, the plurality of time segments are divided into two, so that the indicator The signal packet and the memory data packet are alternately transmitted according to the time zone, so that the host device 30 can access the data stored by the wireless indicator device 20, and the wireless indicator device 20 can normally control the indicator on the user interface to move or select. Conversely, if only the indicator signal needs to be transmitted or only needs to access the memory data in the same period of time, the microcontroller can be enabled. According to a switching instruction, the transmission of the signal or the data is switched. ❹ Please refer to the second figure, which is a schematic diagram of a second embodiment of the computer system using the second wireless indicator device embodiment, and please refer to the block of the first figure at the same time. In this embodiment, the wireless indicator device 2A is a wireless mouse, and its appearance includes a body 212, a button 214, and a scroll wheel 210; and the body 212 includes the micro-control described in the first figure. The device 2 and the memory unit 202 and the like, and further includes a wireless connection device 210 for connecting to the host device 3G (for example, electrically connected via a USB connection). The wireless connection device 210 receives the microcontroller 2 according to the pressing The index signal sent by the button 214, the scroll wheel 216 or the multi-motion body 212 is transmitted to the processing unit 3 for processing. The read-to-feed unit sends (4) the access age to the micro to read the built-in body 212. The memory unit 2 〇 2 斤 储存 储存 储存 枓 枓 枓 枓 枓 枓 枓 枓 枓 枓 枓 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存The rest of the same as the first figure will not be repeated. The third level shows the schematic diagram of the wireless indicator device. The second embodiment of the wireless indicator device 20b of the present embodiment further includes a receiving portion 218, and the receiving portion 2i8 includes 8 200947276 - The first slot 2180, the first slot 218 is electrically connected to the microcontroller 2 (10); the memory f t2G2a is an external memory card that can be separated from the body 2, ^, - commit card, etc. 'When the memory unit is operated by the wireless indicator device, the Li.. ^ is transmitted to the host device 3 through the wireless connection device 21 (m control target. The right read early 202a is placed in the first capacity of the accommodating portion 218 After the slot fiber is lightly connected to the microcontroller 2 through the first-cavity slot 2180, the microcontroller can root the 3G face of the Wei, and hide the memory data of the scale element: Ϊ 1 when the memory unit is applied When the first indicator slot 2180 is separated from the memory unit 202a in another read set, and the wireless indicator device 20b does not have the need to transmit signals or data to the host device 3G, the line connection device 210 can receive In the first pocket 218, in order to receive the device 210. When the memory unit 202a is placed in the first pocket 218, if the user has the need to control the indicator on the user interface, and the memory device 202 is required to access the memory of the memory unit 202a, the microcontroller As shown above, the financial model can be transmitted at any time, and the signal and data packets are transmitted or received in turn according to the time zone on the wireless transmission channel. However, in other embodiments, the microcontroller 200 can separately perform one of the tasks of transmitting the indicator signal and accessing the memory data according to the presence or absence of the switching instruction. The fourth figure shows a schematic diagram of a second embodiment of the wireless indicator device. In this embodiment, the microcontroller 200 detects whether the memory unit 2〇2a is placed in the first pocket 2180 of the receiving portion 218a, and the microcontroller 2 is electrically connected to the memory unit 202a to generate the The instruction is switched to determine the job that the wireless indicator device 2〇c should perform. When receiving the switching instruction and detecting the memory 200947276, the unit 202a is electrically connected to the microcontroller 200, and the microcontroller 2 (9) determines that the operation of accessing the memory data should be performed according to the switching instruction. The controller 200 stops the grayout of the index signal it receives through the connection interface 2, and after receiving the access instruction sent by the processing unit 300, the access command transfers the data in the memory unit 202a to the host device. 3〇, X Write data to memory unit 2〇2a. On the contrary, when the memory unit is removed from the second slot 2180, the electrical connection with the microcontroller 2 is interrupted, and the switching command does not exist. At this time, the microcontroller 2 determines that the operation should be performed. 'Immediately transfer the fine indicator to the main unit 30' to control the indicator movement or click on the user interface. In another embodiment, the switching instruction may be sent by the host device 30 #processing unit 300, and the domain over wireless connection device is transferred to the micro control H 2GG 'to make the microcontroller 2 (8) control according to the host device % Send the indicator signal separately or access the data separately. In this embodiment, the receiving portion 2 further includes a second receiving groove, which is thinner than the first receiving groove and is disposed on the body. The first pocket = 2 = slot wide can accommodate the memory unit _ and wireless ', respectively, the device 210 ~, the middle 'the first pocket 218 〇 and the microcontroller fine electrical connection slot 2182 Qing, therefore Wei unit Shi Only when the insertion = 2Z is simply used as the storage wireless connection device, the device 210 is separated from the host device 3, and is lost and stored. When it is revealed that the user is prevented from misplaced, the structure or the occupational barrier can be made for the first container and the second container, for example, the fresh element 2G2a can only be one il2180, and cannot be placed in the second container 2182. In order to prevent the use of misplacement, the wireless indicator device is unable to achieve access to the memory data. 200947276 The fifth diagram is a block diagram of the third embodiment of the computer system and the wireless indicator device provided by the present invention, and The first embodiment of the computer system shown in the first figure is different. The wireless indicator device 2 〇d of the embodiment further includes a switching unit 220 coupled to the microcontroller 2 . The switching unit 22 is configured to receive a switching command based on the state in which the switching switch is switched, so that the microcontroller 2 switches the finger & Memory data. For ease of understanding, please refer to the intent and description of the sixth and seventh figures.第六 The sixth figure is a schematic diagram of the third embodiment of the wireless indicator device, please refer to the description of the second figure. The wireless indicator device 20e of the present embodiment is still a wireless mouse. However, the wireless mouse further includes a switching unit 220 disposed on the surface of the body 212c, such as the above-mentioned switch, for the user to switch the switch to control the wireless indicator device. 2Ge transmission content. The switching unit can connect or disconnect the circuit between the microcontroller 200 and the memory unit 2〇2 to control the generation of the switching command. For example, when the switching state is to disconnect the circuit between the microcontroller 2 and the memory unit 2〇2, the micro-wide system 1 200 _ enables the receiving of the access instruction sent by the processing unit, and also saves The data in the memory unit 202 is taken, so only the fined fingers are transmitted. When the switching unit 22 is transferred to the state of the circuit connecting the microcontroller and the memory unit 7^202 f曰1, the microcontroller 2 can simultaneously _^ mark the signal and access the memory data, and then according to the foregoing The time-sharing transmission method, the transmission indicator signal and the memory data. The seventh figure is a schematic diagram of the fourth embodiment of the wireless indicator device. Please refer to the figure of the second figure and its related description. The difference from the embodiment shown in the third figure is that the wireless finger device of the present embodiment utilizes the operation switching unit 22, instead of transmitting the switching instruction by the processing unit 3GG, or placing the first according to the memory unit 2〇2 11 200947276. a means for generating a switching command by the slot 218G: the switching unit 22 is configured to be in the state of the switching unit, and when the switching unit is switched to the state in which the switching is not performed (for example, the controller that outputs only the index signal) Fine does not receive the switching command, even if the memory unit is electrically connected to the microcontroller, the microcontroller: the door = unit is switched to the option of accessing the data, and the microcontroller 2 (8) is ' According to this, the output of the indicator signal is stopped, and the data of the memory unit 202a is accessed according to the access instruction of the processing unit 300. ❹ Gong Pu i said various city units to control the wireless refers to the implementation of the county (four) # change the material to the wireless means ^ data, when the wireless indicator device is executed according to the switch: the machine device 30 can be wireless indicators | E_erate is a storage device, such as the Window operating system = for the user to record the behavior of the JG in the memory unit through the main recording. When the wireless indicator device exits the function of the indicator (10) as a storage and transfer to the county, as the fifth embodiment of the electric, the first supply-service-standard device =:= line, (four) =::== electric 4=r source The slot is accommodated 2184. The actual sigh is set in addition to the appearance of the body 2l2e is not easy to detect the capacity of 12 200947276 slot can increase the aesthetics of the wireless mouse; because the slots are adjacent to each other and the different compartments are arranged in the different parts of the body, the capacity Four figures) 'It is easier to make the body 212e. 3 乂下 (such as the first ' 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在In order to reduce the power of _a ^ to say $ to extend the wireless indicator device, the microcontroller 200 is provided with three working modes ^ / 曰 装 存取 存取 及 及 。 。 。 。 。 。 。 。 。 。 The indicator signal generated by the track "=216 on the side of 204" is transmitted to the ί$H21G via the connection interface 2nd line, and the user interface of the whispering device is recorded in the 疋 忆 忆 ( ( 四 四 四 四 四Remember = shirt to _ scale storage and health control indicators dynamic control == r data when 'remuneration ^ in the mode 'micro control 112GG to take some measures to save power 'for example, turn off the optical sensing module's projection light source (led light) And stopping the displacement, stopping the power-testing wireless connection device 202, and suspending the U-connecting device 202, connecting the signalless connection, stopping the transmission of the packet, etc., to reduce the amount of power required to supply the power supply το 208. The above working mode can be switched. Switching to achieve 'when switching unit 208 Switching to a different operation, the microcontroller 200 receives an f-replacement instruction corresponding to a specific operation mode, for example, no switching instruction corresponding index mode 4, a first switching instruction pair material access mode, and a second switching The command should be in the sleep mode. When the wireless device is switched from the sleep mode to the indicator mode or the data access mode::= controller 200, the data switching instruction activates the projection light source, or reconnects with the wireless connection device 210, and replies The status of the activity is as follows: The wireless indicator device in the above embodiments uses a wireless mouse as an example, but is not limited to a wireless mouse, and may include a remote presentation controller with a pointer and a briefing function. Receives the wirelessly transmitted signal and builds the memory unit into the profiler' or embeds it in the format of the memory card for access to the data. It can also be - with wireless connection (receive The stylus/touch pan) 'The stylus signal sent by the stylus includes at least the point selection '' and can be built into the stylus housing to save The space of the capacity slot and the setting of the switching unit to switch the working mode of the stylus to achieve the multi-function wireless indicator device as described above. In summary, the various embodiments described above have revealed a wireless capability to be provided by the present invention.曰 “The device and the computer system of the device use the wireless communication technology to transmit the indicator signal and access the memory data' or control the wireless indicator device to sleep to save power. And the storage unit is provided on the body of the wireless indicator device to accommodate no The connection device and/or the **remembering unit fully utilize the space of the wireless indicator device to increase the utility and use value of the wireless indicator device. However, the items and components in the above embodiments are merely illustrative of the present invention. The illustrations are not intended to limit the scope of the claimed protection. It is also within the scope of the present invention to provide a variety of combinations, minor modifications, or alterations in accordance with the teachings of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a first embodiment of a computer system according to the present invention; 14 200947276 FIG. 2 is a schematic diagram of a second embodiment of a computer system according to the present invention; The present invention provides a schematic diagram of a first embodiment of a wireless indicator device. FIG. 4 is a schematic diagram of a second embodiment of a wireless indicator device according to the present invention. FIG. 5 is a block diagram of a third embodiment of a computer system according to the present invention. FIG. 6 is a schematic diagram of a third embodiment of a wireless indicator device according to the present invention; FIG. 7 is a schematic diagram of a fourth embodiment of a wireless indicator device provided by the present invention; and an eighth diagram: The invention provides a schematic diagram of a fifth embodiment of a wireless indicator device. [Main component symbol description] 1 computer system 20, 20a-g wireless indicator device Q 200 microcontroller 202, 202a memory unit 204 tracking detection module 206 connection interface 208 power supply unit 210 wireless connection device 212, 212ae body 15 200947276 214 button 216 roller 218, 218ab accommodating portion 2180 first receiving groove 2182 second receiving groove 2184 power receiving groove 220 switching unit 30 host device © 300 processing unit 〇