201042515 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種螢幕縮放顯示系統及方法，尤其涉及 一種觸控螢幕縮放顯示系統及方法。 【先前技術】 較傳統之鍵盤輸入等人機交互模式，觸摸屏可以提供 更為直觀方便之人機交互介面，使得人機之間交互更加方 便、效率更高，因此，觸摸屏正在被越來越多應用於生活 ® 之諸多方面，尤其係各種可檇式電子設備。 現有之觸摸屏由於受制於電子設備之體積，螢幕之顯 示面積也受到了限制，導致在使用觸摸屏進行操作或者欣 賞圖像時，會由於操作功能表較小而容易引起誤操作，或 者由於圖像太小而看不清楚圖像之局部細節。 【發明内容】 有鑒於此，有必要提供一種可以方便進行圖像縮放之 Q 觸控螢幕縮放顯示系統及方法。 一種觸控螢幕縮放顯示系統，其包括一觸摸屏模組， 一縮放設定模組，一存儲模組，一特徵運算模組以及一控 制模組。 所述觸摸屏模組包括一顯示模組以及一感應模組，所 述顯示模組用於顯示操作功能表或者圖像訊息及為用戶提 供人機交互之操作介面，所述感應模組用於感應觸摸動作。 所述縮放設定模組用於供用戶以觸控方式選擇、調整 縮放模式及縮放區域。 4 201042515 預設訊ί存1拉級用於存儲所述觸控螢幕縮放顯示系統之 之運^要戶逸感應模组之感應結果、所述特徵運算模組 空間。、及為所述觸控螢幕縮放顯示系統提供運行之 對觸根據 Ο 結果盥m、+、/#置、執跡及特徵識別之運算，並將運算 動作=表預設訊息進行比較，以癌定觸摸 選中且：Γ據所述特徵運算之匹配結果對所 力月匕表或者圖像進行相應縮放模 控榮幕縮放顯示方法，其包二驟： "又定縮放模式及區域選擇模式 ’ 括局部縮放模式及入發暮输斤輪模式至少包 述區域選擇式兩種類別可供設定，所 揮模式兩種任意圖案選擇模式及特殊符號選 Ο 選擇縮放區域。 作發ί應觸軸作，㈣記錄每—_位置係否有觸摸動 之縮位置及觸摸轨跡之計算’匹配觸摸動作對應 f匹配之結果，進行相應之縮放操作。 法通二之縮玫顯示系統及方 之功能表及圖2 對觸携屏模組所顯示 過觸摸屏模組看、、主放板f之縮放顯示，有利於通 看/月邊圖片顯不之細節’通過操作功能表放 5 201042515 大可以方便操作及減少誤操作。 【實施方式】 =面將結合附圖對本發明作一具體介紹。 勹括1 2 3 4 5 6月參閱圖h本發明之一種觸控螢幕縮放顯示系統100 ° 觸携屏模組10，一縮放設定模組20，—存儲模組 特徵運算模組40，以及一控制模組50。 斤述觸模屏模組10包括一顯示模組11以及一咸應模 組12。 心〜、 Ο201042515 VI. Description of the Invention: [Technical Field] The present invention relates to a screen zoom display system and method, and more particularly to a touch screen zoom display system and method. [Prior Art] Compared with the traditional human-computer interaction mode such as keyboard input, the touch screen can provide a more intuitive and convenient human-computer interaction interface, which makes the interaction between human and machine more convenient and more efficient. Therefore, the touch screen is being more and more Applied to many aspects of Life®, especially for a variety of portable electronic devices. Due to the size of the electronic device, the display area of the screen is limited, which may cause misoperation due to the small operation menu when operating or using the touch screen, or because the image is too small. I can't see the details of the image. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a Q touch screen zoom display system and method that can facilitate image zooming. A touch screen zoom display system includes a touch screen module, a zoom setting module, a storage module, a feature computing module and a control module. The touch screen module includes a display module and a sensor module, and the display module is configured to display an operation function table or an image message and provide an operation interface for human-computer interaction, and the sensor module is used for sensing Touch the action. The zoom setting module is used for the user to select, adjust, and zoom the zoom mode and the zoom area. 4 201042515 The preset data is used to store the sensing result of the operation and sensing module of the touch screen zoom display system, and the feature computing module space. And providing the operation of the touch screen zoom display system according to the result 盥m, +, /# set, trace and feature recognition operation, and comparing the operation action = table preset message to cancer The touch is selected and: according to the matching result of the characteristic operation, the corresponding zoom mode control and the glory zoom display method are performed on the force month table or the image, and the package second step: " fixed zoom mode and region selection mode 'Including the local zoom mode and the input and output wheel mode, at least the area selection type can be set. The two modes of the pattern are selected and the special symbol selection is selected. The sound should be touched by the axis, (4) record whether each position of the -_ position has the touch position and the calculation of the touch track. The matching touch action corresponds to the result of the f match, and the corresponding zoom operation is performed. The function display table of the system and the side of the system and the figure 2 of Figure 2 show the touch screen module displayed on the touch screen module, and the zoom display of the main board f, which is beneficial to the view/monthly picture. The details 'operate function table 5 201042515 can be easily operated and reduce misuse. [Embodiment] The present invention will be specifically described with reference to the accompanying drawings.勹1 1 3 3 4 5 June Referring to the figure, a touch screen zoom display system 100 ° touch screen module 10, a zoom setting module 20, a storage module feature computing module 40, and a Control module 50. The touch screen module 10 includes a display module 11 and a saline module 12. Heart~, Ο
_ 斤过*、、員示模組11用於顯示操作功能表或者圖像等訊 α、為用戶提供人機交互之操作介面。所述感應模組12用 /感*應觸模動作。所述感應模組包括一系列分佈於所述 二、、·、11上之偵測點，其中每一债測點代表所述顯示模 組7上之〜個座標位置。 ，所述縮放設定模組2〇以對話方塊或者操作功能表之 6 1 示模組11顯示，供用戶以觸控方式選擇、調 2 域。所述縮放設定模組2〇還包括一縮 3 述输及—區域選擇模式設定模組22，所 4 別21以及區域選擇模式設定模組22分 J用於s又疋縮放模式以及縮放區域選擇模式。 73 5 所述縮放模式設定模組21至少台 6 全螢幕縮放模式兩種可供選擇之縮玫…、、目玫模式及 7 模式將所選中之功能表或者圖像以所述局部_ ^之比例縮放，縮放後之功能表或者圖:==; 級U之部分區域內。所述全鋒_故模式為將所選;:: 201042515 '能表或者圖像以全螢幕大小縮放，縮放後之功能表或者圖 像占滿整個顯示模組11。 田 ‘ 所述區域選擇模式設定模組22至少包括任意圖案選 擇模式以及特殊符號選擇模式兩種可供選擇之區域選擇模 式。所述任意圖案選擇模式通過觸摸劃過所述觸摸屏模組 10之任意圖案選定縮放區域。所述特殊符號選擇模式為通 過在所述觸摸屏模組10繪製代表一定縮放操作之特殊符 號選定縮放區域並執行該特殊符號所對應之縮放操作。所 〇 述特殊符號選擇模式中，特殊符號可以使用系統内預設之 控制符號，也可以由用戶自定義對應之控制符號 操作，例如，以字母Z (zoom)代表放大操作，以字母s (small)代表縮小操作。 本發明中，所述觸摸屏模組10可以為電阻式觸摸屏模 組、電容式觸摸屏模組、紅外線觸摸屏模組、表面聲波觸 摸屏模組或者近場成像觸摸屏模組等觸摸屏模組中之一 〇 0 所述存儲模組30内預設有對應於各種縮放模式及區 域選擇模式之預設訊息，此外所述存儲模組3〇還用於存儲 所述感應模組12之感應結果、所述特徵運算模組12之運 算結果以及為所述觸控螢冪縮放顯示系統1〇〇提供運行之 空間。具體地，所述存儲模組30其包括—隨機存取記憶體 以及一唯讀記憶體，所述隨機存取記憶體用於存儲所述感 應模組12之感應結果、所述特徵運算模組之運算結果以及 為所述觸控螢幕縮放顯示系統100提供運行之空間，所述 唯讀記憶體用於存儲所述觸控螢幕縮放顯示系統1〇〇之預 7 201042515 設信息 所述_特徵運篡趨、 應結果對觸摸勤、、冱40用於根據所述感應模組12之感 將運算沾果^作進行位置、轨跡及特徵識別之運算，據 確定觸i動;;所述存儲心3G内之預設訊息進行比較，以 一座標運算模2代表之操作指令。該特徵運算模組4〇包括 模組43。、忑41，一軌跡分析模組42以及一匹配連算 Ο Ο 應結果述^運异模組41用於根據所述感應模組12之感 具體座標位Ϊ述觸摸動作進行座標運算，確定觸摸動作之 觸握^軌跡分析模Μ 42用於根據座標運算之結果得到 I胁之軌跡，根據所述軌跡確定觸摸動作之形狀及該 軌跡於所述觸摸屏模組1〇上劃過之區域。 勤匹配運算模組43用於將所述座標運算模組41及 "刀析模組42之運算結果與所述存儲模組Μ内之孩設 、進行比較’查找與觸摸動作相匹配之縮放操作指令。 例如’如果之觸摸軌跡為在特殊符號選擇模式下Z字 ^則所述座標運算触U及所缝跡運算餘根據該次 、動作計算得到觸摸軌跡之形狀及觸摸軌跡於所述觸摸 之f組1G上之位置，所述匹配運算模組43根據觸摸執跡 立置及職執跡之軸自動選取所賴摸軌跡劃過 -、為縮放區域，並自動匹配該次縮放操作為放大操作。°° 所述控制模組5〇用於根據所述特徵運算之匹配結 :所選中之功能表或者圖像進行相應縮放模式之縮玫操 8 201042515 清參閱圖2’所不為本發明之觸控肇幕縮放顯示方法 之流程圖，其包括如下步驟： 步驟S601，設定縮放模式及區域選擇模式。本步驟中， 啟動一顯示於操作者之對話方塊或者操作功能表。該對話 方塊或者操作功能表包括縮放模式設定選項以及區域選擇 模式設定選項兩個子對話方塊或者子操作功能表 。所述縮 放模式設定選項至少包括局部縮放模式及全榮幕縮放模式 兩種可供選擇之縮放模式，所述區域選擇模式設定選項至 〇少包括任意圖案選擇模式以及特殊符號選擇模式兩種可供 選擇之區域選擇模式。所述局部縮放模式及全發幕縮放模 式擇-選定，所述圖案轉模式以及特殊符親擇模式擇 一選定。 步驟S602,選擇縮放區域。在選定之區域選擇模式下， 以觸控筆或者手指選擇對顯示之功能表或者圖像欲進行縮 放之區域。 纟驟S6G3 ’感應觸摸動作。本步驟巾，所述感應觸摸 $作之動作為即時進行，即即時記錄每—偵測位置係否有 摸動作發生。比如，記錄之方式為：如果有，則記錄為 ，如果沒有，則記錄為〇。 步驟S604，進行觸摸位置及觸摸執跡之計算，匹配觸 摸動作對應之縮放模式。根據步驟6〇3之記錄結果，計算 觸摸軌跡之座標位置、執跡形狀及其所劃過之區域， f所述觸摸執跡之座標位置、軌跡形狀匹配功能表或者圖X 之區域選擇模式、縮放區域以及縮放模式。 步驟S605，進行縮放操作。根據所述匹配結果進行相 9 201042515 應縮放區域之相應縮放模式之操作。 —請參閱圖3A和圖3B’所示為本發明觸控榮幕縮放顯 不系統100之一種螢幕縮放示意圖，本實施方式中，設定 .縮放模式為局部縮放，設定區域選擇模式為任意圖案選擇 模式。在觸摸屏模、组ίο ±觸摸形成觸摸執跡ai，則A1 所圍成之區域為縮放區域，對該區域進行放 圖 4B，該區域放大後之面積占觸摸屏模組1〇面積之一定比 然，所述放大後之圖像在所述觸摸屏模組上之顯示 T限於本實施方式之圖示’其可以位於所述觸摸屏模 阁之任意位置。如此既能顯示圖像之局部細節，又不影響 圖像整體之觀看效果。 請參閱圖4Α和圖4Β，所示為本發明觸控勞幕縮放顯 ^統簡之另-種螢幕縮放示意圖，本實施方式中，設 =缩放模式為局部縮放，選擇區域選擇模式為任意圖案選 擇模式。在觸摸賴組1G觸摸形成__ α2，則α2 所劃過之功能表圖示為縮放區域，對該區域内之功能表圖 不進仃放大，該區域放大後之面積占觸摸屏模組ι〇面積之 一定比例。 請參閱圖5Α至圖5C，所示為本發明觸控榮幕縮放顯 不系統1〇〇之再一種榮幕縮放示意圖，本實施方式中，設 定縮放區域選擇模式為特殊符號控制選擇模式，設定字母 Ζ為全榮幕放大模式’字母S為縮小至正常顯示模式。在 ，述觸摸屏模組1G上職形成ζ形符號，則ζ形符號所 J過之功旎表圖示為縮放區域，對該區域内之功能表圖示 進行放大，該區域放大後在所述觸摸屏模組1〇上全螢幕顯 201042515 ‘示。同樣，在所述功能表圖示放大後之觸摸屏模組ίο上觸 摸形成S形符號，則S形符號所劃過之功能表圖示為縮放 區域，對該區域内之功能表圖示進行縮小至原大小顯示。 所述之觸控螢幕縮放顯示系統及方法通過多種縮放模 . 式之設定可以靈活對觸摸屏模組所顯示之功能表及圖像進 行多種縮放模式之縮放顯示，有利於通過觸摸屏模組更清 楚之看清楚圖片顯示之細節，通過操作功能表放大，可以 方便操作及減少誤操作。 〇 綜上所述，本發明符合發明專利要件，爰依法提出專 利申請。惟，以上所述者僅為本發明之較佳實施方式，本 發明之範圍並不以上述實施方式為限，舉凡熟悉本案技藝 之人士援依本發明之精神所作之等效修飾或變化，皆應涵 蓋於以下申請專利範圍内。 【圖式簡單說明】 圖1係本發明觸控螢幕縮放顯示系統之功能模組圖； 圖2係本發明觸控螢幕縮放顯示方法之流程圖； 〇 圖3A至圖3B係圖1之觸控螢幕縮放顯示系統之一種 螢幕縮放示意圖； 圖4A至圖4B係圖1之觸控螢幕縮放顯示系統之另一 種螢幕縮放示意圖； 圖5A至圖5C係圖1之觸控螢幕縮放顯示系統之再一 種螢幕縮放示意圖。 【主要元件符號說明】 觸控螢幕縮放顯示系統 100觸摸屏模組 10 11 201042515 顯示模組 11 感應模組 12 縮放設定模組 20 縮放模式設定模組 21 區域選擇模式設定模組 22 存儲模組 30 特徵運算模組 40 座標運算模組 41 軌跡分析模組 42 匹配運算模組 43 控制模組 50_ 过 * , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The sensing module 12 should be touched by / sensing. The sensing module includes a series of detection points distributed on the second, ..., and 11, wherein each of the credit measurement points represents a coordinate position on the display module 7. The zoom setting module 2 is displayed by the dialog box 11 or the operation function table 61 for the user to select and adjust the domain by touch. The zoom setting module 2〇 further includes a zoom-in and area-selection mode setting module 22, and the second selection mode and the area selection mode setting module 22 are used for s and 疋 zoom mode and zoom area selection. mode. 73 5 The zoom mode setting module 21 has at least two full screen zoom modes: a plurality of selectable thumbnails, a mouse mode, and a 7 mode to select the selected function table or image as the local _ ^ Scaled, scaled function table or graph: ==; Within the partial area of level U. The full front_mode is selected;:: 201042515 'can be a table or image scaled to full screen size, and the scaled function table or image fills the entire display module 11. Field ‘ The area selection mode setting module 22 includes at least an arbitrary pattern selection mode and a special symbol selection mode. The arbitrary pattern selection mode selects a zoom area by touching an arbitrary pattern across the touch screen module 10. The special symbol selection mode is to select a zoom area by performing a special symbol representing a certain zoom operation on the touch screen module 10 and perform a zoom operation corresponding to the special symbol. In the special symbol selection mode, the special symbol can use the preset control symbol in the system, or can be operated by the user to customize the corresponding control symbol. For example, the letter Z (zoom) represents the zoom operation, with the letter s (small) ) represents a zoom out operation. In the present invention, the touch screen module 10 can be one of a touch screen module such as a resistive touch screen module, a capacitive touch screen module, an infrared touch screen module, a surface acoustic wave touch screen module or a near field imaging touch screen module. The storage module 30 is pre-configured with preset information corresponding to various zoom modes and region selection modes, and the storage module 3 is further configured to store the sensing result of the sensing module 12 and the feature operation. The operation result of the module 12 and the space for the touch power scaling display system 1 运行 are provided. Specifically, the storage module 30 includes a random access memory and a read-only memory, and the random access memory is used to store the sensing result of the sensing module 12, and the feature computing module. The operation result and the space for the touch screen zoom display system 100 to be operated, the read-only memory is used to store the touch screen zoom display system 1 425 7 201042515篡 、 、 、 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸 触摸The preset message in the heart 3G is compared, and the operation instruction represented by the standard operation mode 2 is used. The feature computing module 4A includes a module 43.忑41, a trajectory analysis module 42 and a matching Ο Ο Ο 结果 述 运 运 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 The touch of the action ^ track analysis module 42 is used to obtain the track of the I threat according to the result of the coordinate operation, and determine the shape of the touch action and the area of the track that is swept on the touch screen module 1 according to the track. The match matching operation module 43 is configured to compare the operation result of the coordinate calculation module 41 and the knife analysis module 42 with the child in the storage module, and to perform matching and zooming. Operation instructions. For example, if the touch track is Z word in the special symbol selection mode, the coordinate operation touch U and the stitch calculation operation are calculated according to the time, the shape of the touch track and the touch track are in the f group of the touch. At the position on the 1G, the matching operation module 43 automatically selects the trajectory of the touch trajectory according to the axis of the touch and the erecting and the trajectory, and is a zooming area, and automatically matches the zooming operation to the zooming operation. °° The control module 5〇 is used for matching the knot according to the feature calculation: the selected function table or image performs the corresponding zoom mode. 8 201042515 A flow chart of a touch screen zoom display method includes the following steps: Step S601, setting a zoom mode and an area selection mode. In this step, a dialog box or an operation function table displayed on the operator is started. The dialog box or the operation menu includes two sub-dialog blocks or a sub-operation function table for the zoom mode setting option and the area selection mode setting option. The zoom mode setting option includes at least two selectable zoom modes, a local zoom mode and a full-mean zoom mode, and the region select mode setting options to include at least an arbitrary pattern selection mode and a special symbol selection mode. Select the area selection mode. The local zoom mode and the full-screen zoom mode are selected-selected, and the pattern transition mode and the special symbol selection mode are selectively selected. Step S602, selecting a zoom area. In the selected area selection mode, use the stylus or finger to select the area where you want to zoom in on the displayed menu or image. Step S6G3 ’ sense touch action. In the step towel, the action of the inductive touch is performed on the instant, that is, the instant recording of each detecting position is performed. For example, the way to record is: if there is, record as, if not, record as 〇. In step S604, the calculation of the touch position and the touch execution is performed, and the zoom mode corresponding to the touch action is matched. Calculating the coordinate position of the touch track, the shape of the trace and the area swept according to the record result of step 6〇3, f the coordinate position of the touch track, the track shape matching function table or the area selection mode of FIG. Zoom area and zoom mode. In step S605, a zooming operation is performed. According to the matching result, the operation of the corresponding zoom mode of the phase should be performed. - Refer to FIG. 3A and FIG. 3B', which is a screen zooming diagram of the touch screen zoom display system 100 of the present invention. In this embodiment, the zoom mode is set to local zoom, and the set area selection mode is arbitrary pattern selection. mode. In the touch screen mode, the group ίο± touch forms the touch track ai, then the area enclosed by A1 is the zoom area, and the area is placed on the image 4B, and the enlarged area of the area accounts for a certain area of the touch screen module. The display T of the enlarged image on the touch screen module is limited to the illustration of the embodiment, which may be located at any position of the touch screen module. This can display the local details of the image without affecting the overall viewing of the image. Please refer to FIG. 4A and FIG. 4A, which are schematic diagrams of another type of screen zooming of the touch screen zoom display of the present invention. In the embodiment, the zoom mode is local zoom, and the area selection mode is arbitrary. Select the mode. When the touch-sensitive group 1G touch forms __α2, the function table drawn by α2 is illustrated as a zoom area, and the function chart in the area is not enlarged, and the enlarged area of the area occupies the touch screen module ι〇 a certain percentage of the area. Referring to FIG. 5A to FIG. 5C , there is shown another schematic diagram of the zoom screen of the touch screen zoom display system of the present invention. In this embodiment, the zoom area selection mode is set to a special symbol control selection mode, and the setting is set. The letter Ζ is the full-width screen enlargement mode 'letter S is reduced to the normal display mode. When the touch screen module 1G forms a squat symbol on the upper position, the function table of the ζ symbol is shown as a zoom area, and the function table icon in the area is enlarged, and the area is enlarged after the The touch screen module 1 is displayed on the full screen display 201042515'. Similarly, when the touch screen module ίο on the enlarged function chart indicates that the S-shaped symbol is formed by touch, the function table swiped by the S-shaped symbol is illustrated as a zoom area, and the function table icon in the area is reduced. Displayed to the original size. The touch screen zoom display system and method can flexibly display and display a plurality of zoom modes on the function table and the image displayed by the touch screen module through various zoom modes, which is beneficial to the clearer through the touch screen module. See the details of the picture display and zoom in through the operation menu to facilitate operation and reduce misuse.综 In summary, the present invention complies with the patent requirements of the invention and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are It should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a functional block diagram of a touch screen zoom display system of the present invention; FIG. 2 is a flow chart of a touch screen zoom display method of the present invention; FIG. 3A to FIG. 3B are touch diagrams of FIG. FIG. 4A to FIG. 4B are another screen zooming diagram of the touch screen zoom display system of FIG. 1; FIG. 5A to FIG. 5C are still another screen of the touch screen zoom display system of FIG. Screen zoom schematic. [Main component symbol description] Touch screen zoom display system 100 touch screen module 10 11 201042515 Display module 11 Sensing module 12 Zoom setting module 20 Zoom mode setting module 21 Area selection mode setting module 22 Storage module 30 Features Operation module 40 coordinate calculation module 41 trajectory analysis module 42 matching operation module 43 control module 50
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