201007511 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種操控裝詈越 腦畫面進行捲動之捲軸操控=及=:於-種可對電 【先前技術】 視窗晝面可以透過― 透過滑鼠指標對其拖㈣了可以 提供的滚輪來對錢行軸㈣/卜村赠過滑鼠 提供軸祕mm餘輪本身所 的視窗畫是使用蝴覽電腦顯示 多的電腦文件時就f要^ /覽迷度’例如劉覽圖片較 而要較快的瀏覽速度，而至於瀏罾女宕 較夕Γ腦文件時反而需要較慢的·速度 限制輪的解析度由於於硬趙架搆上的 變更滚二t=::析度’並無法由使用者自行 輪_覽前述不同的電腦 狀况下’若透過滑鼠之滾 過程中的不便。 件時，在往造成使用者在瀏覽 【發明内容】 控裝==直置及其方法，以使捲轴操 用者個人操作需求。燹視111晝面之捲動速度，而符合使 201007511 、 根據本發明的一種實施例，提供一種捲軸操控裝置， 適用於對一電腦系統所顯示的一視窗晝面提供捲動速度之 控制，包括：一切換單元、一捲動單元及一控制單元。其 中切換單元提供-切換訊號給控料元；捲動單祕據二 捲動，作以輸人-捲動訊號給控制單元；控制單元麵接於 捲，單元，用以接收捲動訊號並處理成該電腦系統捲動該 視窗畫面的一捲動控制訊號；而當控制單元接收到切換訊 號時，控制單元藉由調整該捲動訊號的輸出倍率，以改變 捲動控制訊號捲動該視窗晝面的速度。 、根據本發明的另一種實施例，提供一種捲軸操控方 法’適用於對-電腦系統所顯示的一視窗晝面提供捲動速 度之控制，步驟包括：由一捲軸操控裝置判斷是否接到一 切換訊號，而此捲軸操控裝置中的一捲動單元是根據一捲 動操作來輸人-捲動訊號’以供捲轉控裝置可以將捲動 a號處理成供電腦纟統捲動視窗晝面的—捲動控制訊號； =及當蘭為是時，此捲減控裝置可靖由調整捲動訊 號的輸出倍率’以改變捲動控制訊號捲動視窗晝面的速度。 ，因此本發明透過上述的技術方案，將具有下述功效： 捲轴操控裝置可以透過—娜訊縣改變騎單元之解析 度、=使得捲動視窗畫面之捲動速度可以透過捲軸操控裝 置進行控制，以提升制者在操作上的制性及更符合人 性化之需求。 以上之概述與接下來的詳細說明及附圖，皆是為了能 明本發明所採取之方式、手段及功效。而有關本 :他目的及優點，將在後續的說明及圖式t加以闡 述。 201007511 【實施方式】 ，參閱第—圖，在此第—實施射提供—個捲轴操控 衷置1，且此捲軸操控裝置1係以滑鼠做為舉例說明。如二 一圖所示，捲軸操控裝置1除了設有滑鼠左鍵121、滑鼠^ 鍵12 2及滾輪141之外，更增設有一切換開關丨2 3以輸出」切 換訊號，此切換開關123可以對滾輪141之解析度進行調= 。例如此切換開關123可以使原本滾輪141捲動一格即相ς 輸出一筆捲動控制訊號變成滾輪141捲動-格即輪出多 捲動控制訊號（滾輪解析度調Α)或是滾輪141捲動多格才 輸出一筆捲動控制訊號（滚輪解析度調小）。 請筝閱第二圖所示’捲軸操控裝置1是連接於一電腦系 統3使用，且捲軸操控裝置1可以經由電腦系統3中的電腦主 =〇 ’而對顯示裝置32的一視窗畫面321之捲轴323進行捲 並且使用者可以視實際操作需求’而透過操控此 呆控裝置1之切換開關i 2 3，以調整視窗晝面3 2 i之捲軸 3的捲動速度。在此需特別說明，此視窗晝面奶之捲轴201007511 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a reel control for manipulating a frame of a brain that scrolls = and =: a type of power can be used [prior art] By dragging the mouse pointer (4) the scroll wheel that can be provided to provide the axis of the money to the axis of the money (4) / Bu Cun. The window painting of the wheel is the same as the computer file displayed by the computer. It is necessary to have a faster browsing speed, for example, Liu Liu’s picture, but as for the female 宕 宕 Γ Γ Γ Γ Γ 反 反 反 反 反 反 反 反 反 反 反 反 反 反 反 反 速度 速度 速度 速度 速度 速度 速度The change on the roll 2 t =:: resolution 'can not be used by the user to view the different computer conditions described above - if the inconvenience in the process of rolling through the mouse. In the case of the user, the user is browsing. [Invention] Control == Straight and its method to make the reel operator personally operate. Deviating from the scrolling speed of 111, in accordance with an embodiment of the present invention, provides a reel handling device adapted to provide scrolling speed control for a window displayed on a computer system, including : a switching unit, a scrolling unit and a control unit. The switching unit provides a switching signal to the control unit; the scrolling single secret data is scrolled to the control unit by the input-rolling signal; the control unit is connected to the volume, and the unit is configured to receive the scrolling signal and process The computer system scrolls a scrolling control signal of the window screen; and when the control unit receives the switching signal, the control unit changes the scrolling control signal to scroll the window by adjusting the output magnification of the scrolling signal. The speed of the face. According to another embodiment of the present invention, a reel manipulation method is provided for controlling the scrolling speed of a window displayed on a computer system, and the step includes: determining, by a reel control device, whether a switch is received. a signal, and a scrolling unit in the scroll operating device inputs a scrolling signal according to a scrolling operation, so that the scrolling control device can process the scrolling a number into a scrolling window for the computer system. The scrolling control signal; = and when the blue is YES, the volume reduction control device can adjust the output magnification of the scrolling signal to change the speed of the scrolling control signal scrolling window. Therefore, the present invention has the following effects through the above technical solution: the reel control device can transmit the resolution of the riding unit in Naxun County, and the scrolling speed of the scrolling window screen can be controlled by the reel control device. In order to enhance the system's operational system and more in line with the needs of humanity. The above summary, the following detailed description and the annexed drawings are intended to illustrate the manner And related to this: his purpose and advantages, will be explained in the following description and schema t. 201007511 [Embodiment], refer to the first figure, where the first embodiment provides a scroll control, and the scroll control device 1 is exemplified by a mouse. As shown in the second figure, in addition to the left mouse button 121, the mouse button 12 2 and the roller 141, the scroll control device 1 is further provided with a switch 丨2 3 to output a "switching signal", the switch 123 The resolution of the scroll wheel 141 can be adjusted = . For example, the switch 123 can cause the original scroll wheel 141 to scroll one frame, that is, the corresponding scroll output control signal becomes the scroll wheel 141 scrolling grid, that is, the wheel multi-rolling control signal (roller resolution adjustment) or the scroll wheel 141 roll. The multi-grid outputs a scrolling control signal (the scroll wheel resolution is reduced). Please refer to the second figure as shown in the second figure, the scroll control device 1 is connected to a computer system 3, and the scroll control device 1 can be used to display a window 321 of the display device 32 via the computer main unit in the computer system 3. The reel 323 is rolled and the user can manipulate the switching switch i 2 3 of the control device 1 to adjust the scrolling speed of the reel 3 of the window face 3 2 i depending on the actual operation demand. Special instructions are required here.
323提供的上下捲動方向僅為舉例說明使用，並非用以限制 ^發明之範圍’對於該領域通f知識者而言亦可以根據本 X月之特點，將其應用實施於視窗晝面321之捲軸奶的左 右捲動方向控制。 楚一，4·步說明第二圖中的捲軸操控裝置丨，並請配合參考 第^圖。捲軸操控裝41是包括有—控制單、一切換單 :所兩夕^ΐ7014及—傳輸介面18，此外還包括構成滑 二別：：β„早兀12及移動偵測單元16。其中控制單元10 元11、按鍵單元12、捲動單元14、移動偵測 早兀16及傳輸介面_接。此控制單元赚了可以接收按 201007511 鍵^元12中滑鼠左鍵121或滑鼠右鍵12按壓所產生的按鍵 =號接收移動摘測單元1 6僧測滑鼠本身移動所產生的游 私位移jil號及接收捲動單元14中的滾輪141捲動所產生的 捲動訊號之外’更可满前述祕單元有提供一切 ^奐訊號’之後控制單元1()可以根據接收到不同的訊號以進 灯相對應處理，並將處理結果透過傳輸介面18輸出給電腦 系統3,此傳輸介面18可以為有線傳輸介面或是無線傳輸介 面。 、时前述切換單元11主要是開關單元，例如在此實施例係 以單一切換開關123作舉例說明，並請配合參考第三圖，此 切換單元11是包括有相互串接的電阻及切換開關123，其中 電阻一端接收一電源電壓（Vdd)，切換開關一端接於地端 ’電阻與切換開關123相連接一端是與控制單元1〇的一 SI 輸入端連接。控制單元1〇的？〗輸入端接收捲動單元14輸出 的捲動訊號，控制單元1〇接收到捲動訊號對其進行訊號編 碼處理，並透過PO輸出端輸出一捲動控制訊號，以使此捲 動控制訊號之訊號格式可以相容於傳輸介面18且透過此傳 輸介面18傳輸給電腦系統3，電腦系統3即可根據接收到的 捲動控制訊號且將其經過解碼處理之後，以此捲動控制訊 號來控制視窗畫面321之捲軸323捲動控制，如上/下方向的 捲動。 前述切換單元11中的切換開關123可以經由使用者的 按壓操控而提供一切換訊號給控制單元10。例如當此切換 開關123按壓導通（turnon)時，控制單元1〇即可自SI輸入 端接收到低邏輯準位的訊號’反之當此切換開關丨2 3經按壓 釋放而呈現截止（turnoff)，控制單元1〇即可自訂輸入端接 收到高邏輯準位的訊號。 201007511 故對於控制單元10而言，i將舻嫱士 —从 號以決定Μ㈣餘⑽-二根據有無接收到切換訊 η 對絲早7014輸*_訊朗_之解析 =仃調整’在此所謂解析度之調整是指難捲動鮮的 :預::車來說是將捲動單元14輸入的捲動訊號與 捲動訊號來調整接收捲動訊號之處理速度。 于之The up and down scrolling directions provided by 323 are for illustrative purposes only and are not intended to limit the scope of the invention. For those skilled in the art, the application can be implemented in the window 321 according to the characteristics of this X month. The scrolling direction of the reel milk is controlled. Chu Yi, 4· Steps explain the reel control device in the second picture, and please refer to the reference picture. The reel control device 41 includes a control unit, a switch list: a two-way ΐ 7014 and a transmission interface 18, and further includes a framing two:: β 兀 兀 12 and the motion detecting unit 16. The control unit 10 yuan 11, button unit 12, scrolling unit 14, motion detection early 16 and transmission interface _ connection. This control unit earns the ability to receive press the 201007511 key ^ yuan 12 mouse left button 121 or right mouse button 12 press The generated button=number receives the mobile pick-up unit 16 and measures the sneak displacement jil number generated by the movement of the mouse itself and the scrolling signal generated by the scrolling of the scroll wheel 141 in the receiving scroll unit 14 After the above-mentioned secret unit has provided all the signals, the control unit 1 () can process the corresponding signals according to the received signals, and output the processing results to the computer system 3 through the transmission interface 18, and the transmission interface 18 can For the wired transmission interface or the wireless transmission interface, the foregoing switching unit 11 is mainly a switching unit. For example, in this embodiment, a single switching switch 123 is used as an example, and please refer to the third figure. The utility model comprises a resistor and a switch 123 connected in series, wherein one end of the resistor receives a power voltage (Vdd), and one end of the switch is connected to the ground end. The end of the resistor connected to the switch 123 is an SI input terminal of the control unit 1〇. The input terminal of the control unit 1 receives the scrolling signal output by the scrolling unit 14, and the control unit 1 receives the scrolling signal to perform signal encoding processing, and outputs a scrolling control signal through the PO output terminal. So that the signal format of the scrolling control signal can be compatible with the transmission interface 18 and transmitted to the computer system 3 through the transmission interface 18, the computer system 3 can perform the decoding control according to the received scrolling control signal. The scroll control signal is used to control the scrolling control of the scroll 323 of the window screen 321 to scroll in the upper/lower direction. The switch 123 in the switching unit 11 can provide a switching signal to the control unit via the user's pressing control. 10. For example, when the switch 123 is turned on, the control unit 1 can receive a low logic level signal from the SI input. When the switch 丨2 3 is turned off by the press release, the control unit 1 〇 can receive the signal of the high logic level at the custom input terminal. 201007511 Therefore, for the control unit 10, i will 舻嫱士—from the number to decide Μ(4)余(10)-two according to whether or not to receive the switching signal η to the silk early 7014 lose * _ _ lang _ analysis = 仃 adjustment 'here, the so-called resolution adjustment refers to difficult to roll fresh: In the case of the car, the scrolling signal and the scrolling signal input by the scrolling unit 14 are used to adjust the processing speed of receiving the scrolling signal.
如第四圖所示是用來說明切換訊號=切換方式，假設 f刀始使㈣時町1範_，切換開_3未被按壓導通且 捲=早7CU輸人-筆捲動訊號，由於控制單元ig透過戰 ^接收到-高邏鮮位，即可蚊㈣之浦開關123 =按壓導通，換言之切換單元U未輸人切換訊號，故控 ，早7CU)並不會調整捲動訊號使用的解析度，而是以預設 解析度即控制單元U)每接❹卜筆捲動訊號即處理一次的 方式進行’故控制單元1G透過PI輸人端接收到—筆的捲動 訊號，將相對透過PQ輸出端輸出—筆捲動控制訊號。 而當在時間丁2時間範圍内時，切換開關123被按壓,,導通 且捲動單S14輸人-筆捲動訊號，由於控制單透過SI 輸入端接收到一低邏輯準位，即可判定此時之切換開關123 已被按壓導通’故此時之低邏輯準位是被控制單元1〇當成 是切換§fl唬，控制單元10將調整捲動訊號使用的解析度， 而將目前-筆的捲動訊號與一預設倍率相乘（在此假設為3 倍率）’故相乘後將可得到3筆捲動訊號，亦即此時使用之 解析度是控制單元10每接收到一筆捲動訊號即處理3次的 方式進行，故控制單元透過PI輸入端接收到一筆的捲動訊 號，將相對透過PO輸出端輸出3筆捲動控制訊號。 7 201007511 而當在時間丁3時間範圍内時，切換開關123再次缝壓 =釋放且捲動單元14輸人2筆捲動訊號，由於控制單㈣ ===接Γ卜高邏輯準位，即可判定此時之切換 開關123已按壓釋放，故控制單元1〇會 =收到的捲動訊號使用的解析度，亦即控:單元二 :=::r動訊號’將相對透_輪_ ❹i述預設倍枝以3倍率做舉例朗，如此可以得到解 效果。反之當預設倍率是小於1倍率時，例如是 3倍率’虽控制單元1G接收到切換訊號後，此時使用之 控制單元10每接收到3筆捲動訊號才會進行1次的 讯旒處理，以得到解析度變小之效果。 =之切換開關123是以交替式開關作解說，亦即此開 方;循二可，持在導通’再按-次維持在截止，並以此 ^趣。但亦可以將此切換開關123採用另—種 關料計，藉由按壓時呈現導通或截止 回到初使狀態。此外前述切換開關123數量可二 透且 =㈣開，係對應使用不同的預設:率，或是 並—種_早％如指撥_來提供多段切換位置， 並使母-段切換位置制㈣不_預設倍率。 ^用的切朗_3的種類為何，切鮮灿主要 過開關單元輸均觀號給㈣單元ig 換=r切換狀態來== 方式是屬於該領域通常:識切:::之電路設計 述各種實施態樣。以“故在此不再對其詳 201007511 糾本實施狀控财㈣是具有—記賴組廳，此 »己意^組103提供有-查找表以供記憶切換㈣⑵對應的 預认倍率。對於記憶模組1〇3而言，其提供有一非揮發性 ，憶空間以儲存預設倍率，此非揮發性記憶空間可 以是唯 讀記憶體⑽M)m可抹除料記(eeprom )或快閃式記憶體（Flash Mem〇ry )。 此外記憶馳1G3另外提供料以供贿切換開關 123的切換狀態，此暫存器儲存的數錢透過二進位的_ 進行儲存，以相對代表城開關123的城狀態（如導通或 截止）’而當控制單㈣接收到切換開關123的切換狀態改 蔓時’將相對改變暫存器儲存的值由〇變丨或由^0，且控 制單元1G可以根據暫存器的值以判岐否有接收到切換ς 號。例如當切換開關i 2 3為前述交替式開關時，暫存器内儲 存的數值為〇或1時可以相對代表切換開關123未被按壓或 有按壓的狀態’亦或是當娜開關123為往覆式開關時，由 於此開關按壓後會自動釋放回原本位置，故暫存器内儲存 的數值可以因應每一次切換開關123的按壓而在〇與1之間 依序作變化。 因此當捲動單元14使用時，控制單元10可以透過此暫 存器儲存的值以得知切換單元丨丨是否輸入切換訊號。在本 實施例中，捲軸操控裝置〗於初始使用時係預設暫存器内儲 存的數值為0,因此當捲動單元14使用時，此時控制單元1〇 是將捲動單元14所產生每一筆之捲動訊號，相對輸出有一 筆捲動控制訊號至電腦系統3。之後當暫存器内儲存的數值 經由切換開關123的操控按壓後而變為〗時，控制單元1〇判 9 201007511 定有一切換訊號輸入，且假定預設倍率為3時，之後捲動單 兀14輸出之捲動訊號是由控制單元1〇以每收到一筆捲動訊 號即相對輸出有3筆捲動控制訊號給電腦系統3的方式進行 處理。 請再參閱第五圖並配合參考第六圖，第二實施例之捲 轴操控裝置la相對於第—實㈣是改成以多個切換開關的 同時操控來取代單-娜開關123之操作魏，此外捲轴操 控裝置la之其餘操作皆相同於第一實補，在此針對相同 部份的功能操作不予以贅述。 捲軸操控裝置la之切換單元lla是包括有多個切換開 關，如圖中所示之切換開關124及125，在此切換開關之數 篁是以2個做說明’但亦可以是兩個以上的數量。此實施例 之切換訊號的產生是藉由多個娜開關的組合按壓，例如 同時按壓切換開關124及125。故當控制單元1〇a判斷出切換 開關124及125同_按壓時，即可根據此組合按鍵對應之 預設倍率絲捲料元丨備丨之捲純號的肺度進行調 整，此調整方式是與前述第一實施例相同。 而則述切換開關124及125可以是為滑鼠左鍵及滑數右 鍵以外之其他功能按鍵’例如可以是操控彡媒體的播放按 鍵或是快捷鍵。在此第二實施例可以在不額外新增按鍵下 ，而疋利用滑鼠原本中的按鍵且在不影響原有按鍵功能的 情況下’透過多按鍵敝合㈣以產生城訊號，前述多 按鍵的按壓數量為兩個以上。 10 201007511 至於記憶模組103a中則是相對提供一非揮發性記情空 日以儲存蚊切制關之組合按壓㈣紅預設倍率了以 暫存11以儲存特定切換_之組合麵所對應的 ’此部分之操作方式同第—實施例，故在此ς予 軸摔考“圖’第三實施例之捲 =控Hb可^翻任合_之馳，而是由切As shown in the fourth figure, it is used to explain the switching signal = switching mode. Suppose that the f-knife starts (4) when the town is 1 _, the switching _3 is not pressed and the volume = early 7 CU input - the pen scrolling signal, because The control unit ig receives the high-altitude fresh bit through the battle, and the mosquito switch (123) can be turned on, in other words, the switching unit U does not input the switching signal, so the control, 7CU early does not adjust the scrolling signal. The resolution is determined by the preset resolution, that is, the control unit U) is processed once every time the pen scrolling signal is processed, so that the control unit 1G receives the scrolling signal of the pen through the PI input terminal, Relative to the output through the PQ output - pen scroll control signal. When the time switch is in the time range, the switch 123 is pressed, and the single S14 input-pen scroll signal is turned on, and the control unit can determine that the low-logic level is received through the SI input terminal. At this time, the switch 123 has been pressed to conduct. Therefore, the low logic level at this time is controlled by the control unit 1 as a switch §fl唬, and the control unit 10 will adjust the resolution of the use of the scroll signal, and the current-pen The scrolling signal is multiplied by a preset magnification (this is assumed to be a 3x rate). Therefore, three scrolling signals will be obtained after multiplication, that is, the resolution used at this time is that the control unit 10 receives a scrolling motion every time. The signal is processed three times, so the control unit receives a scrolling signal through the PI input, and outputs three scrolling control signals through the PO output. 7 201007511 And when in the time 3 time range, the switch 123 is again sewing = release and the scrolling unit 14 inputs 2 scrolling signals, since the control order (four) === is connected to the high logic level, ie It can be determined that the switch 123 has been pressed and released at this time, so the control unit 1〇=the resolution of the received scrolling signal, that is, the control: unit 2:=::r motion signal will be relatively transparent_round_ ❹i The preset double branch is exemplified by a 3x ratio, so that the solution effect can be obtained. On the other hand, when the preset magnification is less than 1 rate, for example, the rate is 3 times. After the control unit 1G receives the switching signal, the control unit 10 used at this time performs the signal processing once for each of the 3 scrolling signals. In order to get the effect that the resolution becomes smaller. The switch 123 is explained by an alternate switch, that is, the opening; the second can be held in the 'on-off' and the second is maintained at the cutoff, and this is interesting. However, the switch 123 can also be used as a separate meter to be turned on or off to return to the initial state by pressing. In addition, the number of the foregoing switch 123 can be two and = (four) on, corresponding to using different presets: rate, or _ early_such as dialing _ to provide multiple switching positions, and the mother-segment switching position system (4) Not _ preset magnification. ^What is the type of cut _3 used, cut fresh chan mainly through the switch unit to send the view number to (4) unit ig change = r switch state == way is in the field usually: identification cut::: circuit design Various implementations. Therefore, "There is no longer a detailed control of the implementation of the 201007511 corrections (4) is to have a - record group, this » has been provided with - lookup table for memory switching (four) (2) corresponding pre-recognition rate. In the case of the memory module 1〇3, it provides a non-volatile memory space for storing a preset magnification. The non-volatile memory space may be a read-only memory (10) M) m erasable material (eeprom) or flash. Memory Mem〇ry. In addition, Memory 1G3 additionally supplies the switching state of the bribe switch 123, and the amount of money stored in the register is stored through the binary _ to be relatively representative of the city switch 123. The state of the city (such as on or off) and when the control unit (4) receives the switching state of the switch 123, the value of the relative change register is changed from 〇 or ^0, and the control unit 1G can The value of the register is used to determine whether the switching switch is received. For example, when the switch i 2 3 is the aforementioned alternate switch, the value stored in the register is 〇 or 1, and the switch 123 can be relatively represented. Pressing or pressing the state 'or When the switch 123 is a flip-type switch, since the switch is automatically released back to the original position after being pressed, the value stored in the register can be sequentially changed between 〇 and 1 in response to the pressing of each switch 123. Therefore, when the scrolling unit 14 is in use, the control unit 10 can use the value stored in the register to know whether the switching unit 输入 inputs the switching signal. In the embodiment, the reel operating device is preset in the initial use. The value stored in the register is 0, so when the scrolling unit 14 is used, the control unit 1〇 is the scrolling signal generated by each scrolling unit 14, and the scrolling control signal is sent to the computer relative to the output. System 3. After the value stored in the register is changed to 〗 by the control of the switch 123, the control unit 1 determines that 9 201007511 has a switching signal input, and assumes that the preset magnification is 3, then the volume The scrolling signal outputted by the mobile unit 14 is processed by the control unit 1 in such a manner that it receives three scrolling control signals to the computer system 3 for each of the scrolling signals. In the fifth diagram and with reference to the sixth figure, the reel control device la of the second embodiment is replaced with the simultaneous operation of the plurality of diverter switches with respect to the first (four), instead of the operation of the single-na switch 123, The rest of the operations of the axis control device la are the same as the first real compensation, and the functional operation of the same portion will not be described herein. The switching unit 11a of the reel control device 1a includes a plurality of switching switches, as shown in the figure. Switching switches 124 and 125, where the number of switching switches is described by two 'but can be two or more. The switching signal of this embodiment is generated by a combination of a plurality of switches, for example At the same time, the switch switches 124 and 125 are pressed. Therefore, when the control unit 1 〇 a determines that the switch switches 124 and 125 are pressed together, the preset volume ratio corresponding to the combination button can be used according to the volume of the volume. The lungs are adjusted in the same manner as the first embodiment described above. The switch switches 124 and 125 may be other function buttons other than the left mouse button and the right slider button. For example, the play button or the shortcut button for controlling the media may be used. In this second embodiment, the button can be generated without using an additional button, and the button in the original mouse button can be used to generate the city signal by multi-button combination (4) without affecting the original button function. The number of presses is two or more. 10 201007511 As for the memory module 103a, a combination of a non-volatile estrus space is provided to store a mosquito-cutting switch (4) a red preset magnification, and a temporary storage 11 is used to store a combination of a specific switch _ 'The operation mode of this part is the same as the first embodiment. Therefore, the axis is thrown to the test. The volume of the third embodiment of the figure = control Hb can be turned over, but by the cut
i=llb透過麟❹者操作捲鱗元14的操作習慣，以 自動產生切換訊號。i=llb automatically manipulates the switching signal by operating the volume scale 14 operating principle.
…在此第三實施财’切換Mllb係判斷捲動單元14 在單位產生捲動訊號㈤捲m並據此判定是否 產生切換訊號以通知控制單元跳。由於使用者操作滾輪 141之>捲動快慢與否，可以透過在單位時間（或固定時間） 内統計滾輪141㈣的總次數來得知。因此對於切換單元 11b而言’當在此單位時間内判斷出滾輪141捲動的總次數 超過一般正常使用的第一數值時，即可以認定此時使用者 對於滾輪141之捲_於快速捲動。狀#在此單位時間内 判斷出滚輪141捲動的總次數低於一般正常使用的第二數 值時’即可以認定此時使用者對於滾輪141之捲動屬於慢速 捲動。又或者當在此單位時間内偵測出滾輪141捲動的總次 數界於-般正常使用的第—數值與第二數值之間時，即可 以認定此時使用者對於捲動滾輪141之速度屬於正常操作 ’而前述之第一數值是大於第二數值。 進-步說明切換單元1 i b如何自動產生切換訊號，從前 201007511 述中可以得知制者對於操作滾輪HI之捲動速度可以有 二種狀況’如需求㈣軸速度、需求慢的縣速度及維 =常的捲動速度。_單元仙針縣本對於滚輪⑷之 捲動速度需求有改變時，如從正常的捲 快或慢的齡較、或是從需求快紐轉=文= =正常的捲動速度，在上述這些狀況下即會自動產^ 換訊號。 為/ *捲軸操控裝置lb操作在正常的捲 〇 ^度下時’輸出給電·統3之捲動控制訊號係為第一捲 訊號’反之當捲_控裝置lb操作在絲較快或較 第ί動速度下時’輸出給電腦系統3之捲動控制訊號係為 第二捲動控制訊號。 因財娜單元llb產生切換訊料，控解元⑽即 洛目對调整輸出不同捲速之捲動控制訊號電㈣統3。例如 =換訊號產生在從正常的捲動速纽變為需求快或慢的 速度時’控制單元10b相對控制捲 ❿ :動畫面的訊號’從第-捲動控制訊號改變成 同Γ當切換訊號產生在從需求快或慢的捲動速 :文變為需求正常的捲動速度，控制單元10b相對控制捲動 改^出::腦捲動晝面的訊號，從第二捲動控制訊號 文變成第一捲動控制訊號。 的捲捲動單元14從正常的捲祕纽變為需求快 2動速度時，此時之第二捲動㈣訊號是由捲動單元14 輪出的捲動訊號預設倍率，且此第—預設倍率係 12 201007511 大於數值1;而在另外一方面，前述捲動單元14從正常的捲 動速度改變為需求慢的捲動速度時，此時之第二捲動控制 訊號是由捲動單元14輸出的捲動訊號乘以第二預設倍率， 且此第二預設倍率為大於〇但小於數值i。 前述第一數值、第二數值、第一預設倍率及第二預設 ❺率均儲存於記賴_3b巾的—非揮發性記憶空間，且 記憶模組103b亦提供有暫㈣以相對記錄目前切換單元 n b有無輸出切換訊號的切換狀態，而此記錄方式同第一實 ❿ 施例之方式進行。 再者:為了避免捲軸操控褒置lb提供給電腦系統3捲動 旦面之訊號’因過於頻繁的在第一捲動控制訊號與第二捲 動控制訊號之間切換，而未達到便利性提升之效果，此實 施例之切換單元llb可以對此切換進—步提供另外一種處 理方式以進行更有效的控制。例如其中一種處理方式為當 切換單出有切換誠產生時，並假設此切換訊號 係發生在捲軸操控襄置化輸出給電腦捲動畫面之訊號由第 •：：捲動控制訊號切換成第二捲動控制訊號時，此時之切換 單7L lib可以暫停工作，以使得第二捲動控制訊號可以 一段預設使料間’而讓制者可以在此預設使用時間中 正常使用第二捲動控制訊號且不做任何改變，並在經過此 職使用賴之後再:t新恢復切換單元llb的工作執 韻要將第二捲動控制喊切回至第_捲動控制訊號 另一方面，切換單元llb也可以使用另外一種處理 ’例如切換單元11b在數筆連續單位時間分別相對接收到= 13 201007511 動單元14之數筆捲動次數時，可以對各筆單位時間的捲動 次數進行加總之後再取平均值，藉此即可以得知在此數筆 連續單位日守間内滾輪平均之捲動次數’之後再將此滾輪捲 動次數與前述第一數值及第二數值進行比較，以得知是否 有切換訊號的產生。而上述兩種切換單元llb之處理方式可 以避免第一捲動控制訊號與第二捲動控制訊號之間過於頻 繁之切換。...in this third implementation, the switching Mllb determines that the scrolling unit 14 generates the scrolling signal (five) volume m in the unit and determines whether a switching signal is generated to notify the control unit to jump. Since the user operates the scroll wheel 141 to scroll or not, it can be known by counting the total number of times of the scroll wheel 141 (four) in a unit time (or a fixed time). Therefore, for the switching unit 11b, when it is determined that the total number of times the roller 141 is scrolled exceeds the first value normally used in the unit time, it can be determined that the user scrolls the roller 141 at this time. . In this unit time, it is judged that the total number of times the roller 141 is scrolled is lower than the second value which is normally used normally. That is, it can be considered that the scrolling of the roller 141 by the user at this time belongs to the slow scrolling. Or when the total number of times the scroll wheel 141 is scrolled is detected between the first value and the second value which are normally used during the unit time, the speed of the user for scrolling the roller 141 can be determined. It belongs to normal operation' and the aforementioned first value is greater than the second value. Step-by-step description of how the switching unit 1 ib automatically generates the switching signal. From the previous 201007511, it can be known that the manufacturer can have two conditions for the scrolling speed of the operating wheel HI, such as demand (four) axis speed, slow county speed and dimension. = constant scrolling speed. _ Unit Xianxian County, when there is a change in the scrolling speed demand of the roller (4), such as from the normal roll faster or slower age, or from the demand fast turn = text = = normal scroll speed, in the above In the case of the situation, the automatic conversion signal will be generated. When the /* reel control device lb is operated under the normal volume, the output control signal of the output power supply system is the first volume signal. Otherwise, when the volume control device lb is operated at the wire faster or later When the speed is low, the scrolling control signal output to the computer system 3 is the second scrolling control signal. Because the Caina unit llb generates the switching information, the control unit (10) is the scrolling control signal (4) of the output of the different volume speeds. For example, the = change signal is generated when the speed from the normal scrolling speed to the demand is fast or slow. 'Control unit 10b relative to the control volume: the signal of the animation surface' is changed from the first scrolling control signal to the same as the switching signal. The scrolling speed is changed from the fast or slow speed of the demand: the text to the normal scrolling speed of the demand, and the control unit 10b changes the control to the scrolling: the signal of the brain scrolling, and the second scrolling control signal Become the first scroll control signal. When the volume scrolling unit 14 changes from the normal volume key to the demand speed 2 speed, the second scrolling (four) signal at this time is the preset frequency of the scrolling signal rotated by the scrolling unit 14, and the first The preset override ratio 12 201007511 is greater than the value 1; and on the other hand, when the scrolling unit 14 is changed from the normal scrolling speed to the slow scrolling speed, the second scrolling control signal is scrolled by the scrolling speed. The scrolling signal output by the unit 14 is multiplied by a second preset magnification, and the second preset magnification is greater than 〇 but less than the value i. The first value, the second value, the first preset rate, and the second preset rate are stored in the non-volatile memory space of the _3b towel, and the memory module 103b is also provided with a temporary (four) for relative recording. At present, the switching unit nb has a switching state of the output switching signal, and this recording mode is performed in the same manner as the first embodiment. Furthermore, in order to avoid the signal that the scroll control device lb provides the computer system 3 to scroll the surface, the switch between the first scroll control signal and the second scroll control signal is too frequent, and the convenience is not improved. The effect of the switching unit 11b of this embodiment can provide another way of processing for this switching to perform more effective control. For example, one of the processing methods is that when the switching single output has a switching success, it is assumed that the switching signal is generated by the scrolling control output to the computer volume animation surface by the •:: scrolling control signal to the second When the control signal is scrolled, the switching sequence 7L lib can be paused at this time, so that the second scrolling control signal can be preset to make the material interval, and the controller can use the second volume in the preset usage time. The control signal is not changed, and after the use of the job, the operation of the new recovery switching unit 11b is to switch the second scrolling control back to the _rolling control signal. The switching unit 11b can also use another processing. For example, when the switching unit 11b receives the number of scrolling times of the moving unit 14 for several consecutive unit time, the number of scrolling times per unit time can be increased. After that, the average value is taken after the total, so that the number of scrolling times of the average number of rollers in the continuous unit of the number of consecutive units can be known. Value and the second value are compared to know whether there is produced the switching signal. The processing of the above two switching units 11b can avoid excessive switching between the first scrolling control signal and the second scrolling control signal.
叫再參閱第九圖，所示為本發明第四實施例之捲軸操 控方法之流程圖，並請配合參考前述第一及第二實施例之 捲軸操控裝置，第九圖包括有下列步驟： 目π狄疋德釉棵控裝置輸出給電腦捲動晝面之捲動; 度為第一捲動控制訊號（如步驟87〇1)，亦即此時控制單 接收捲動單元輸出之捲動訊號是以預設解析度進行處理 如控制單騎接❹卜筆觸訊動彳相對㈣—筆第一4 動控制訊號；之後透軸測切換單元的動作（如步驟s7〔 斷是否㈣換喊（如步·7G5);若·為否; *定執行。而若判斷為是，難制單元㊆ i動=置輸出給電腦捲動晝面之捲動速度為第」 單ίΓ出 =1 如步驟_)，亦即此時控制單元接帽 奴以其他解析度進行處理，例如《 ==^(^設為3)’以使得控制單元㈣ ;接下來再 ==相㈣^ 步驟S7〇9繼續勃"，品i )右步驟S7U判斷為否則回至 _繼續執行。仃^'步驟S711判斷為是則回到步專 14 201007511 在第九圖中’捲軸操控裝置中的切換單元主要是透過 使用者操作按壓的輸入以產生切換訊號，此切換單元產生 切換訊號之操控方式可以是第一圖所示之切換開關123的 單一按鍵按壓，或者是第三圖所示之切換開關124及124的 組合按壓’亦可以是透過指撥開關切換至不同切換位置。 請再參閱第十圖，所示為本發明第五實施例之捲軸操 控方法之流程圖，並請配合參考前述第三實施例之捲軸操 控裝置，第十圖包括有下列步驟： 首先設定捲軸操控裝置輸出給電腦捲動晝面之捲動速 度為第一捲動控制訊號（如步驟§801);之後可以透過捲 軸操控裝置的一切換單元判斷單位時間内捲動單元的捲動 操作次數η (如步称S803 );並判斷次數n的大小（如步驟 S805) ° § -人數η大於第一數值ιι2且小於第一數值“則回到步 驟S803繼續執行；當次數η大於第一數值“則使捲動單元輸 出之捲動訊號乘以第一預設倍率以得到第二捲動控制訊號 (如步驟S807);以及當次數η大於〇且小於第二數值心則捲 動單元輸出之捲動訊號乘以第二預設倍率以得到第二捲動 控制訊號（如步驟S809)。此外前述之第一預設倍率係為大 於1，第二預設則是大於〇且小於1。 接著在步驟S807或S809之後’則再次設定捲軸操控裝 置輸出給電腦捲動晝面之捲動速度為第二捲動控制訊號 (如步驟S811)。 在第十圖中’捲軸操控裝置則可以根據使用者操作滾 輪的捲動次數’以自動決定輸出給電腦捲動晝面之媒勒亲 度為第一捲動控制訊號或是第二捲動控制訊號，並且切換 15 201007511 單元亦可以進-步執行前述避免第一捲動控制訊號與第二 捲動控制訊號過於頻繁切換之處理方式，以使得滚輪之解 析度切換可以真正符合使用者之操作需求。 © 再者’在前述各種實施例中，當第二捲動控制訊號是 經由捲動單元輸出之捲動訊號乘以一個低但大於〇的預 設倍率時’在此狀況下捲軸操控裝置提供如下的處理方式 ’以避免滾輪之捲動產生延遲’此方式舉舰明如下·· 假設滾輪的解析度為每圈38格，若此時使用之預設倍 率為1/3 ’且假設接下來控制單元係在岐區段時間内接^ 到代表滚輪捲動5次的5筆訊號時，控制單元將5除以3以得 到-整數商值i及餘數2，此時之控制單元是以每接收奶 =料（亦即滚輪捲動3格），才會輸出—筆第二捲動控制 喊，因此在目前的時間區段中只會 訊_，酬繼概齡控Γ =個=間區段當又接受到滾輪滾動]次的】個訊號時此 此區ΐ亦會有一筆第二捲動控制訊號的輪出，因 此透過上述之處理方式可以有效避免滾輪延遲的現象。 Φ 故透過上述實施例說明，本發明主要是藉 切換訊號產生，當判斷為是時，則可以 = 從低解析度轉變成高解析度，以使析度或是 作時使用者在捲動视窗畫面操 何電腦w ^本發捲购控裝置可以適用於任 編統’不_系統中作業系統之限制。 進行:置賴是《科之架構 發月並不以此為限，此捲軸操控裝置亦可 16 201007511 以是整合於—鍵盤，如一 置有捲^ 可以在鍵盤4一側設 於-筆記型電腦，：第^^操控裝置亦可以是整合 的觸控面板一側設置有:二：可::筆記型_ 在此係以觸控單元的方式輸二動二 透過滾輪輸人捲動操作。_作❿不同於則达疋 而已_凡it揭路^圖式、說明’僅為本發明之實施例 參 之改f，Ζ、Λ項技藝者#可依據均之制作其他種種 二二改變仍屬於本發明之發明精神及以™ 【圖式簡單說明】 之捲軸操控裝置之示意圖; 系統貫施例之捲軸操控裝置應用於電腦 路 第為本發明第—實施例之捲軸操控裝置之局部電 第四圖係林發明第—實施狀 第五圖係為本發明第二實施 !之波形圖， 第六圖係為本發明第二實施 1之不思圖’ 系統之方塊圖；貫蝴之捲_找置應用於電月ί 第:圖係為本發明第三實施例之捲轴操 第—七圖係為本發明第三實施例之捲軸操控襄置 忠八圖係為本發…^ w 系統之方塊圖 之流程圖 第九圖係為本發明第四實施例之捲軸操控方法 17 201007511 第十圖係為本發明第五實施例之捲軸操控方法之流程圖； 第十一圖係為本發明第六實施例之捲軸操控裝置之示意 圖；以及 第十二圖係為本發明第七實施例之捲軸操控裝置之示意 τΞΙ · 圖， 【主要元件符號說明】 I、 la、lb、lc捲軸操控裝置 10控制單元 II、 11a、lib切換單元 121滑鼠左鍵 122滑鼠右鍵 123、124、125切換開關 14、14a 捲動單元 141滚輪 16 移動偵測單元 103、103a、103b 記憶模組 12按鍵單元 18傳輸介面 3 電腦系統 30電腦主機 32顯示裝置 4 筆記型電腦 5鍵盤Referring to FIG. 9 again, there is shown a flowchart of a method for controlling a reel according to a fourth embodiment of the present invention, and with reference to the reel operating device of the first and second embodiments, the ninth diagram includes the following steps: The π Dixide glaze control device outputs the scrolling of the computer to the rolling surface; the degree is the first scrolling control signal (step 87〇1), that is, the scrolling signal of the control unit receiving the scrolling unit output at this time The processing is performed by the preset resolution, such as controlling the single riding, the stroke of the pen, and the relative (4)-the first 4 motion control signal of the pen; then the action of the through-axis switching unit (such as step s7 [breaking whether (4) is changing the shouting (such as Step · 7G5); If · No; * Set to execute. If the judgment is yes, it is difficult to make the unit 7 i move = set the output to the computer to scroll the scroll speed to the first" single step = 1 as step _ ), that is, at this time, the control unit takes over the cap and processes it with other resolutions, for example, "==^(^ is set to 3)' so that the control unit (4); then == phase (four)^ step S7〇9 continues Bo ", product i) The right step S7U judges to be otherwise back to _ to continue execution.仃^'Step S711 is judged as YES, then back to step 14 201007511 In the ninth diagram, the switching unit in the reel control device mainly generates the switching signal through the input of the user's operation, and the switching unit generates the control of the switching signal. The mode may be a single button press of the switch 123 shown in the first figure, or a combination press of the switch switches 124 and 124 shown in the third figure, or may be switched to a different switching position by the finger switch. Please refer to the tenth figure, which is a flowchart of the method for controlling the reel according to the fifth embodiment of the present invention. Please refer to the reel control device of the third embodiment. The tenth figure includes the following steps: First, setting the reel control The scrolling speed outputted by the device to the scrolling surface of the computer is the first scrolling control signal (step § 801); then the switching unit of the scrolling device can be used to determine the number of scrolling operations η of the scrolling unit per unit time ( For example, step S803); and determine the size of the number n (step S805) ° § - the number η is greater than the first value ιι2 and less than the first value "then return to step S803 to continue; when the number η is greater than the first value" Multiplying the scrolling signal output by the scrolling unit by a first preset magnification to obtain a second scrolling control signal (step S807); and scrolling the output of the scrolling unit when the number of times η is greater than 〇 and less than the second numerical value The signal is multiplied by a second predetermined magnification to obtain a second scrolling control signal (step S809). In addition, the aforementioned first preset magnification is greater than 1, and the second preset is greater than 〇 and less than 1. Then, after step S807 or S809, the scrolling speed outputted by the reel operating device to the scrolling surface of the computer is set to the second scrolling control signal (step S811). In the tenth figure, the 'reel control device can automatically determine the frequency of the output to the computer scrolling surface as the first scrolling control signal or the second scrolling control according to the number of scrolling times of the user operating the scroll wheel. Signal, and switch 15 201007511 The unit can also perform the above-mentioned processing method to avoid too frequent switching between the first scrolling control signal and the second scrolling control signal, so that the resolution of the scroll wheel can truly meet the operation requirements of the user. . © In addition, in the foregoing various embodiments, when the second scrolling control signal is multiplied by a scrolling signal output by the scrolling unit by a preset magnification that is lower than 〇, the reel operating device is provided as follows. The way of handling 'to avoid the delay of scrolling of the scroll wheel' is as follows: Assume that the resolution of the wheel is 38 grids per revolution, if the preset magnification used at this time is 1/3 ' and assume the next control When the unit is connected to the 5 signals representing the scrolling of the roller 5 times in the 岐 section time, the control unit divides 5 by 3 to obtain the integer quotient i and the remainder 2, and the control unit is received every time. Milk = material (that is, the wheel scrolls 3 grids), will output - pen second scroll control shout, so in the current time section only news _, reward succession age control = one = interval When the wheel is scrolled for the next time, there will be a second scrolling control signal in this area. Therefore, the above-mentioned processing method can effectively avoid the phenomenon of the wheel delay. Therefore, the present invention is mainly described by the above embodiment, and the present invention is mainly generated by switching signals. When it is judged as YES, it can be changed from low resolution to high resolution, so that the user is in the scrolling window during the resolution or the time of the user. The screen operation computer w ^ The hair volume purchase control device can be applied to the limitation of the operating system of the system. Carrying out: Reliance is "the structure of the department is not limited to this month, this scroll control device can also be 16 201007511 so integrated in the keyboard, such as a roll ^ can be set on the side of the keyboard 4 - notebook computer ,: The ^^ control device can also be integrated on the side of the touch panel: 2: Can:: Note type _ In this way, the touch unit is used to input two movements and the scrolling operation is performed by the scroll wheel. _ ❿ ❿ ❿ ❿ ❿ _ _ it it it it it it ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The invention relates to a schematic diagram of a reel control device of the present invention and a reel control device of the present invention. The reel control device of the system is applied to a computer road, which is a partial electric device of the reel control device of the first embodiment of the present invention. The fourth figure of the invention is the second embodiment of the present invention, and the sixth figure is the block diagram of the system of the second embodiment of the present invention. The present invention is directed to the present invention. The first embodiment of the present invention is a reel control system according to a third embodiment of the present invention. 9 is a flowchart of a reel manipulation method according to a fourth embodiment of the present invention. 201007511 The tenth embodiment is a flowchart of a reel manipulation method according to a fifth embodiment of the present invention; A schematic view of a reel handling device of a sixth embodiment; And the twelfth figure is a schematic diagram of a reel operating device according to a seventh embodiment of the present invention. [Main element symbol description] I, la, lb, lc reel operating device 10 control unit II, 11a, lib switching unit 121 Mouse left button 122 mouse right button 123, 124, 125 switch switch 14, 14a scroll unit 141 wheel 16 motion detection unit 103, 103a, 103b memory module 12 button unit 18 transmission interface 3 computer system 30 computer host 32 display Device 4 notebook computer 5 keyboard
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