201105384 六、發明說明： 【發明所屬之技術領域】 -種控制紐及魏置，尤錢指—種奴魏參數進行運 -動裝置之控制方法及其裝置。 【先前技狱ί】 近年來’隨著經濟產業的迅速發展，生活水準提高，現代人 娛，型態趨於多元化，在忙碌的工作之餘逐漸重視财活動，但 無法至戶外進行運動，因此許多使用者會自行蹲置運動 物健身獅，或是到健射心彻提供的運動裝置進 踏牛:前心提供使用者所使用的運動裝置，例如跑步機、 等’而為7讓使用者能自行操控，大多在運 動速度、跑步機_、腳二此=不同時間段的運 作方式，藉以達到最好的運動效果。絲控制運動裝置的運 動裝置的運動參數設定時，可能 制/使用者進行運 設定流程不明確或有限的按鱗許多置上無適當指示、 不知該如何按照正確方式設定運動用者無所適從而 最好的運動效果。 、運動^數，而無法達到 -τ'上所述，可知先前技術巾錢 的運動參數奴不易_題，因 =直存在料運練置 有必要提出改進的技術手段， 201105384 來解決此一問題。 【發明内容】 有鑒於先前技術存在習知運動裝置的運動參數設定不易的問 題，本發明遂揭露一種設定運動參數進行運動裝置之控制方法及 其裝置，其中： 本發明所揭露之方法’運動裝置具有網格狀輸入/顯示區域之 觸控面板，其包含下列步驟： 首先，接收於網格狀輸入/顯示區域中被輸入之觸控軌跡；接 著，將觸控軌跡依據網格狀輸入/顯示區域之網格轉換為網格座標 組；接著，依據網格座標組生成對應之運動裝置的運動參數；接 著’顯示運動裝置的運動參數於網格狀輸入/顯示區域中；最後， 依據運動裝置的運動參數進行運動裝置之控制。 本發明所揭露之設定運動參數進行運動裝置之控制裝置，其 包含：觸控面板、接收模組、轉換模組、生成模組、顯示模組以 及執行模組。 其中’觸控面板係具有網格狀輸入/顯示區域；接收模組係接 收於網格狀輸人/顯示輯巾被輸人之難祕；轉賴組係將觸 控軌跡依據網格狀輸入/顯示區域之網格轉換為網格座標組；生成 模組係依據網格座標組生成對應之運動裝置的運動參數；顯示模 組係顯不運動裝置的運動參數於網格狀輸入/顯示區域中；執行模 組係依據運動裝置的運動參數進行運動裝置之控制。 本發明所揭露之方法與裝置如上，與先前技術之間的差異在 於本發明提供烟者透過觸控硫蝴控方式繪讀控軌跡，並 且將使用者所繪*的觸控執跡轉換為運動裝置職的控制參數， 201105384 藉以可以達成方便縣速進行運絲置的運動參數設定並且達 到控制運動裝置的效果。 【實施方式】 、下將配0圖式及實把例來詳細說明本發明之實施方式，藉 ^對本發明如何翻技術手段麵決麟_猶成技術功效的 只現過程能充分理解並據以實施。 以下I先要說明本發明所揭露之設定運動參數進行運 之ΐ㈣置’並請參考「第1圖」所示，「第1圖」緣示為本發明 =疋運動參數進行運動裝置之控繼置示意圖，其包含：觸控面 =0、網格狀輪人/顯示區域η、接收模組2G、轉換模組3〇' 成杈組40、顯示模組50以及執行模組6〇。 本發明在獅裝置上配置有具有娜綠人/顯邮域i 觸控面板Η)，朗者透调控面板1G上侧 η進行觸控的操作，即可以在嘯狀輸人/顯示區域u 方式緣示觸控執跡。 τ 乂觸控 觸控面板1〇上的網格狀輸入/顯域 時，透過運動裝置内部的程式將該網格狀輸入/顯示區 10上’即透過程式模擬的方式將觸控面板1〇上的:： 狀輸入/顯示區域11進行顯示。 的、、周才。 卜假設在運械置_部程式巾預歧定觸押面板 置啟動時，運動裝置内部的程式合㈣的^各因此’在運動裝 區域η為“⑽，的網格，‘二=，設定網格狀輪入/顯示 狀輸入/顯示區域u，並且依昭運動:：10上顯示“5Χ5，，的網格 U、運動裝置内部的程式對每—格網格 201105384 的^進行配置，例如：每—格網格的橫轴以 一格網格的縱軸以“阻力1〇，，為單位。 刀鉉為早位，母 直接的=觸輪入/顯示亦可以 格狀輸入/顯示區域u每执再透過運動裝置内部的程式將該網 1。上網格狀輸丄= 程式進行將該網袼狀輪域M f，透過物裝置内部的 置。 ”、福域11每—格離進行單位的配 Φ “二=:=上::格__-為 域Π，再透過運動裝置内有5X5’，的網格狀輪入/顯示區 - 為單位，每—格網格的縱細“阻力1G= 格的㈣以“着 整模組板1G上所提供的調 大小的調整，假設在“⑽，的網格狀;及縱轴網格單位 鐘，，為單位，縱轴以“阻力1〇，，為單^顯不區域U橫轴以“每分 將網格狀輸錢示_ u 时和_賴莫組71 縱轴以“阻纽為單Γ 整為以“每2分鐘，，為單位，以及 以及網格示區域11的顯示方式， 說明之，並佩舰她=格單㈣調整僅為舉例 含至’更可以包 隹、，构格狀輸入/顯示區域11中以觸 201105384 控方式繪示觸控執跡時，假設所繪示觸控軌跡經過網格狀輸入/顯 示區域11中的限制區域12時，經過限制區域12的觸控執跡將不 會進行觸控執跡的繪示，藉此，可以避免使用者進行不適當的操 作’進而避免運動傷害的發生。 田 當使用者在網格狀輸入/顯示區域n中以觸控方式繪示觸控 執跡完成後，接著’接收模組20會接收賴者在_^輸入/顯示 區域11中所繪示的觸控執跡。 接著，再透過轉換模組30將接收模組2〇所接收到的觸控軌 跡’依據網格狀輸人/顯示區域u之網格轉換為姆應的網格座標 組。轉換模組30將觸控軌跡賴為相對應的網格座標組，其轉換 規則即當觸控執跡所包含的面積超過網格面積的—半時，則該網 格的網格鋪（包含該網格的熟座標以及縱軸座標）會被進行 3己錄，當觸控獅所包含的面積未超過網格面積的—半時，則選 擇低於該網格的縱向祕座標以及該網格的橫軸座標進行記錄，、 所有被記錄的網格座標集合即為網格座標組。 具體而言’假設觸控執跡經過網格（3,5)，並簡控執跡所 $的面積超過網格（3,5)面積的—半，則轉換模組％即會將網 才。（3,5)進行記錄；假設觸控執跡經過網格 广擇低於網格（3,5)的縱向網格座標（即4)以及網格（ 座標（即3) ’即轉換模組3G所需要被記錄的網格座標為 換模組30所記錄的網格座標組 具體而言，假設網格狀輸入/顯 接著，生成模組40會依據轉 生成對應之運動裝置的運動參數， 201105384 不區域η的網格横軸以每分鐘為單位 力為單位，並職娜座標組分料軸叫ω & 透過生成模組40所生成對應 ，(，3)以及（3,2)， 。一力為2。」、「“2二置:力^^ 分鐘的阻力為2〇」。 」乂及第2-3 接著，再透過顯示模組50將生成模經4〇所生 衣置的運動參數顯示於觸控 ，…之運動 使用者即可《知道透過她=====， 所，_物树彻崎 取後，執行模組60則會依據生成模組4 運動參數:騎絲置舫㈣’使崎即可赠 ^運動’亚且顯不模組5〇更可以在執行模組6〇對運動裝置進疒 即時的將運動裝置的運動參數顯示於_板丨㈣網格丁 運==域U中儒即可以即時的知道現在運動裝置的 在生成模組40會依據轉換模組3〇所記錄咖格座標組生成 士應之運動裝置的運動參數’並且在顯示模組％對運動裝置的運 動參數顯示於觸控面板1G的網格狀輸人/顯示區域u上，使用者 更可以透過觸控面板1G進行運練置的運動參數的調整。 田使用者透過觸控面板1〇進行運動裝置的運動參數的調 整，接著，接收模組20則會接收觸控調整訊息，再透過轉換模組 _〇將接收模組20所接收到的觸控調整訊息，依據網格狀輸入/顯 不區域11之網格轉換為調整座標組’並且透過生成模組依據 调整座標組生成對應之運動裝置的運動參數，而顯示模組50則會 201105384 將生成模組40所生賴應之運練置的運動參數齡於觸控面板 10的網格狀輸人/區域n ’使財即可以知錢過在觸控面板 10的網格狀輸人/顯示區域n所觸控調整的運動裝置的運動來數。 除此之外，本發明更可以包含計算模組72，計算模組72則 可以依據生成模組40所生成的運動裳置的運動參數，計算出使用 者依據運域置的運動參數進行魏後所雜的卡魅，更 助使用者達到健身的目的。 ，具體而言，由於不_運練置對於物參數以及運動後所 ‘肩―耗的卡=里的。t算公式會有差異，因此，在此假設運動裝置為 ^内腳踏車”，而對應運練置“室内腳踏車”所齡的卡路里的計 异公式為“阻力X時間㈣鱗位）趣^I，，假設朗者設定 的運動參數分別為阻力“2G”以及運動時間“2分鐘，，因此，使用者 所消耗的卡路里即為“2〇xl2〇力·5，，即約為“2现大卡”，在此 僅為舉例制之’並不以此侷限本發_應用範嘴。 以=將以-個實施例來解說本㈣的運作方式及流程， 步配合「第2圖」以及「笸m s Γ &， 「楚_ , Θ」至苐3F圖」所示進行說明， Θ」、，、s7F為本㈣奴魏參數断運動裝置之控制方法 流各圖。 滅^考，圖」所示’「第3A圖」繪示為本發明設定運 齡紛Γη運動妓之控制的觸控面板示賴；如圖所示，係為 工反以及網格狀輸入/顯示區域81的示 板80以及娜歡輪_丨與「請」中輸面= 切㈣域丨丨係為姉繼，並績設網格L 入/』不區域81為“5X5”網格狀輸人/顯示區域81，而網格狀輸入/ 201105384 顯不區域81松轴的單位以每分鐘為單位即橫抽分別為“〇，,、“ι，，、 “2”、“3”、_ — ，而網格狀輸入/顯示區域81縱軸的單位以 每1〇阻力為單位，即縱軸分別為“〇，，、“10”、“20”、“30”、“4〇”以 在此僅為舉彳収明，並不以此侷限本發明的應用範脅。 —接著’請參考「第3B圖」所示，「第3B圖」系會示為本發明 :又運動參數進行運練置之控制的橫軸及縱軸網格單位調整示 j ’而使用者亦可以透過運練置在難面板1()上所提供的調 鲁正換組7ι ’進行網格狀輸入/顯示區域u橫轴以及縱轴網格單位 ^的，整（步驟67〇) ’原始的網格狀輸入/顯示區域81橫軸的 單位以每分鐘為單位，現在調整為轉2分鐘為單位，因此，橫 軸在調整後分別為“〇，，、“2,，、“4”、“6”、“5”以謂 格狀輸入/顯示區域81縱軸的單位以每ι〇阻力為單位，現在調整 為以每20阻力為單位，因此，縱轴在調整後分別為“〇”、曹、 ‘40’’、“60”、“8〇”以及“ 1〇〇，，。 %、接著。月參考「第3C圖」所示，「第3C圖」繪示為本發明 φ X定運動參數進行運動裝置之控制的觸控執跡示意圖；使用者在 觸控面板80的網格狀輸入/顯示區域81中以觸控方式繪示觸控轨 跡82 〇 觸控面板80網格狀輸入/顯示區域81中，更可以顯示至少一 =區域83 (步驟_，即圖中“黑色區域，，的部分），使用者在網 、輸入/顯不區域81中以觸控方式繪示觸控轨跡82時，當使用 者在^邊的觸控執跡82經過左邊的限域83時，觸控軌跡82 ^不會被繪示於網格狀輸人/顯示區域81中，藉此，可以避免使用 者進打不適當的操作，進而避免運動傷害的發生。 201105384 當使用者在網格狀輸入/顯示區域81中以觸控方式繪示觸控 轨跡完成後，接著’接收敝20會接收制者在狀輸入/顯示 -區域81中所繪示的觸控轨跡（步驟1〇〇)。 . 接著’轉換柄組30會將接收模組20所接收到的觸控執跡， 依據網格狀輸人/齡區域81之網格賴為相·賴格座標組 (v驟勘）’其轉換規則即當觸控軌跡所包含的面積超過網格面 積的一半時，則該網格的網格座標（包含該網格的橫轴座標以及 鲁縱軸座‘）會被進行§己錄，當觸控軌跡所包含的面積未超過網格 =積的-半時，則選擇低於該網格的縱向網格座標以及細格的 橫軸座標進行記錄，所有被記錄的網格座標集合即為網格座標組。 在該實施例中具體如下，請參考「第3C圖」所示，在網格座 標（U0)的觸控執跡82所包含的面積係超過網格面積的一半， 因此，網格座標（1，2〇)會被進行記錄，而娜座標（2,30)的觸 控執跡82所包含的面積未超過網格面積的一半，因此，會選擇低 於糊格的縱向網格座標（即2G)以及幡（2,3g)的橫轴座標 # (即2)之網格座標（2,2〇)進行記錄。 同理，網格座標（3,4〇)會選擇網格座標（3,3〇)進行記錄， -座標（3,30)會選擇網格座標（3,3〇)進行記錄（但由於網格 (3,30)重複’因此，在記錄時僅會將網格座標⑷〇)記錄 Γ欠i’網格座標（4,40)會選擇網格座標（4,3〇)進行記錄，網 I座‘（4,3〇)會選擇網格座標（4,3〇)進行記錄網格座標（4,2〇) 么坟擇’、祠格座才示（4,2〇)進行記錄（但由於網格座標（4,則大於 :格Ϊ標（4,2〇)，因此，僅會將網格座標（4,3〇)進行記錄），網 （5,20)會選擇網格座標（5，1〇)進行記錄，這些被記錄的 201105384 網格座標集合為網格座標組。 接者’生賴組40會依據轉賴組％所記_網格座標植 生成對應之運_置的稿紐（轉 〇 .紅運紐奴縣讀為「第阻力為Γ， / ' 2,20)會生成對應之運動衰置的運動參數為「第u分 鐘的阻力為20」，網格座;h qn、 夫數為「)會生紐紅運練置的運動 ，數為4 2-3刀麵的阻力為3〇」，網格座標 鲁機裝置的運動參數為「第3_4分鐘的阻力為3〇」，網^=201105384 VI. Description of the invention: [Technical field to which the invention belongs] - Control method and device for the control device and the Wei set, the special money finger - the slave slave parameter. [Previous jail] In recent years, with the rapid development of the economic industry, the standard of living has improved, modern people's entertainment and styles have become more diversified. In the spare time of busy work, financial activities have been gradually emphasized, but it is impossible to exercise outdoors. Therefore, many users will set up their own sports lions, or go to the sports equipment provided by the spurs. The front center provides the user's exercise equipment, such as treadmills, etc. The person can control by himself, mostly in the speed of movement, treadmill _, foot 2 = different time period of operation, in order to achieve the best sports effect. When the motion parameters of the motion device of the wire control motion device are set, it is possible that the user/management process is not clear or limited, and many scales are not properly indicated, and it is not known how to set the exercise in the correct manner. The effect of the sport. , exercise ^ number, and can not reach - τ ' described above, we can know that the technical parameters of the previous technical towel money is not easy _ questions, because = direct existence of the material training is necessary to propose improved technical means, 201105384 to solve this problem . SUMMARY OF THE INVENTION In view of the prior art, there is a problem that the motion parameter setting of the conventional motion device is not easy, and the present invention discloses a method and a device for controlling a motion device for setting a motion parameter, wherein: the method disclosed in the present invention is a motion device. A touch panel having a grid-like input/display area, comprising the following steps: First, receiving a touch track input in a grid-like input/display area; and then inputting/displaying the touch track according to a grid shape The mesh of the region is converted into a grid coordinate group; then, the motion parameters of the corresponding motion device are generated according to the grid coordinate group; then the motion parameters of the motion device are displayed in the grid input/display region; finally, the motion device is The motion parameters are controlled by the motion device. The control device for setting a motion parameter according to the present invention includes: a touch panel, a receiving module, a conversion module, a generating module, a display module, and an execution module. The 'touch panel has a grid-like input/display area; the receiving module is received by the grid-shaped input/display scarf, and the input is based on the grid input. The grid of the display area is converted into a grid coordinate group; the generation module generates motion parameters of the corresponding motion device according to the grid coordinate group; the display module displays the motion parameters of the non-motion device in the grid input/display area The execution module controls the motion device according to the motion parameters of the motion device. The method and device disclosed in the present invention are different from the prior art in that the present invention provides a smoker to draw a read track through the touch sulfur control method, and convert the touch track drawn by the user into a motion. The control parameters of the device, 201105384, can be used to achieve the movement parameter setting of the wire speed at the county speed and achieve the effect of controlling the motion device. [Embodiment] The following is a detailed description of the embodiments of the present invention, and the present invention can be fully understood and based on the present invention. Implementation. In the following, I will first explain the set motion parameters disclosed in the present invention, and then refer to the "Fig. 1". The "Fig. 1" is the control of the motion device according to the invention. The schematic diagram includes: a touch surface=0, a grid wheel person/display area η, a receiving module 2G, a conversion module 3〇's group 40, a display module 50, and an execution module 6〇. The invention is arranged on the lion device with the green green/display post i touch panel ,), and the remote touch control panel 1G upper side η performs touch operation, that is, the whistle input/display area u mode The edge shows the touch. When the grid input/display field on the touch panel 1 is touched, the touch panel is turned on by the program in the grid input/display area 10 by means of a program inside the motion device. The upper:: shape input/display area 11 is displayed. , Zhou Cai. It is assumed that when the pre-discrimination touch panel is activated, the internal program of the motion device (4) is therefore 'in the sportswear area η is "(10), the grid, 'two =, set The grid-like wheel-in/display-like input/display area u, and the display of "5Χ5," on the display: 10, the grid U, the program inside the motion device is configured for each grid grid 201105384, for example : The horizontal axis of each grid is the resistance of 1〇, in units of the vertical axis of a grid. The knife is the early position, the mother directly = the wheel input/display can also be the grid input/display area. u Each pass through the program inside the motion device to the net 1. The upper grid type 丄 = program to carry out the net wheel-shaped wheel field M f, through the inside of the device.", Fu domain 11 per-partition The unit's Φ "two =: = upper:: grid __- is the domain Π, and then through the moving device has 5X5', the grid-like wheeling / display area - for the unit, the grid of each grid "Resistance 1G = grid (4) to "adjust the size of the adjustment provided on the 1G module board, assuming a mesh shape of "(10), and a vertical axis network The unit clock, as the unit, the vertical axis with "resistance 1 〇,, for the single ^ display area U horizontal axis to "every minute will be grid-shaped money to show _ u and _ Lai group 71 vertical axis to "resist Newton is a single Γ The whole is displayed in "every 2 minutes, as a unit, and as shown in the grid area 11", and it is only for the example of the package. When the touch display is displayed in the touch-type input/display area 11 in the touch mode, the touch track is passed through the restricted area 12 when the touch track is drawn through the restricted area 12 in the grid-shaped input/display area 11. The touch track will not display the touch trace, thereby preventing the user from performing inappropriate operations' and thus avoiding sports injuries. After the user in the grid-like input/display area n is touch-sensitive, the receiving module 20 receives the image displayed in the _^ input/display area 11 Touch execution. Then, through the conversion module 30, the touch track received by the receiving module 2 is converted into a mesh coordinate group of the mesh according to the grid of the grid input/display area u. The conversion module 30 depends on the corresponding touch grid coordinate group, and the conversion rule is that when the area of the touch execution includes more than half of the grid area, the grid layout of the grid includes The familiar coordinates of the grid and the vertical axis coordinates will be recorded. When the area covered by the touch lion does not exceed the half of the grid area, the vertical coordinates of the grid and the network are selected. The horizontal axis coordinates of the grid are recorded, and all the recorded grid coordinate sets are the grid coordinate groups. Specifically, 'assuming that the touch is traced through the grid (3, 5), and the area of the control executable is more than half the area of the grid (3, 5), then the conversion module % will be the network. . (3, 5) to record; assume that the touch is traced through the grid to select the vertical grid coordinates (ie 4) below the grid (3, 5) and the grid (coordinates (ie 3) 'that is the conversion module The grid coordinates to be recorded by the 3G are the grid coordinate groups recorded by the replacement module 30. Specifically, if the grid-like input/display is followed, the generation module 40 generates the motion parameters of the corresponding motion device according to the rotation. 201105384 The horizontal axis of the grid of the non-region η is expressed in units of force per minute, and the axis of the coordinate component is called ω & the corresponding generation by the generation module 40, (, 3) and (3, 2), The force is 2.", "2 2 sets: the resistance of ^^ minutes is 2〇." 乂 and 2-3, then, through the display module 50, the mold is placed through the display module 50. The motion parameters are displayed on the touch, ... the motion user can "know through her =====,", after the object tree is taken, the execution module 60 will be based on the generation module 4 motion parameters: riding Silk set 舫 (four) 'Let's get a gift to the sport' sub-and display module 5 〇 can also be carried out in the implementation of the module 6 〇 on the sports device, the instant movement of the sports device The parameters are displayed in the _ board 丨 (4) grid dingyun == domain U, you can immediately know that the current motion device in the generation module 40 will be based on the conversion module 3 〇 recorded coffee grid coordinate group to generate Shi Yingzhi motion device The motion parameter 'is displayed on the grid-shaped input/display area u of the touch panel 1G in the display module %, and the user can further exercise the motion parameters through the touch panel 1G. The user adjusts the motion parameters of the motion device through the touch panel 1 , and then the receiving module 20 receives the touch adjustment message, and then receives the receiving module 20 through the conversion module _ The touch adjustment message is converted into the adjustment coordinate group according to the grid of the grid input/display area 11 and the motion parameter of the corresponding motion device is generated according to the adjustment coordinate group by the generation module, and the display module 50 201105384 The motion parameter of the generating module 40 is immersed in the grid-like input/area n of the touch panel 10, so that the money can be seen in the grid-like input of the touch panel 10. Person/display area In addition, the present invention may further include a calculation module 72, and the calculation module 72 may calculate the motion parameters of the motion skirt generated by the generation module 40. According to the movement parameters set by the user, the user can carry out the charm of the post-wei, and help the user to achieve the purpose of fitness. Specifically, because of the no-operational parameters and the shoulder-wearing after exercise The card = in the .t calculation formula will be different, therefore, it is assumed here that the exercise device is the "inside bicycle", and the calorie formula corresponding to the age of the "indoor bicycle" is "resistance X time (four) scale Bit) Interest ^I, suppose that the motion parameters set by the Langer are resistance "2G" and exercise time "2 minutes, respectively, therefore, the calorie consumed by the user is "2〇xl2〇力·5, that is, For the "2 now big card", here is only an example of 'not limited to this issue _ application van mouth. The operation mode and flow of this (4) will be explained by using an example. The steps are described in conjunction with "Figure 2" and "笸ms Γ &, "Chu _ , Θ" to 苐3F diagram", Θ ",,, s7F is the flow chart of the control method of the (4) slave Wei parameter breaking motion device. The "3A" shown in the figure "Figure 3" shows the touch panel of the control of the age of the Γ movement of the present invention; as shown in the figure, it is the work-inverse and grid-like input / The display panel 80 of the display area 81 and the Nahuan wheel _丨 and the "please" medium transmission surface = the cut (four) domain system are the 姊 ,, and the performance grid L into / 』 no area 81 is the "5X5" grid-shaped input Person/display area 81, and grid input / 201105384 display area 81 The unit of the loose axis is in units of per minute, that is, horizontally drawn as "〇,,, "ι,," "2", "3", _ — , and the unit of the vertical axis of the grid-like input/display area 81 is in units of resistance per 1 ,, that is, the vertical axes are “〇,,, “10”, “20”, “30”, “4〇”, respectively. This is for the sake of illustration only and is not intended to limit the application of the present invention. - Then, please refer to "Figure 3B", and "3B" will be shown as the invention: The horizontal axis and vertical axis grid unit of the control unit are adjusted to show 'j', and the user can also perform the grid by using the adjustment and correction group 7ι' provided on the difficult panel 1(). Input/display area u horizontal axis and vertical axis mesh unit ^, whole (step 67〇) 'The original grid-like input/display area 81 horizontal axis unit is in units of per minute, now adjusted to 2 minutes Unit, therefore, the horizontal axis is adjusted as "〇,,,", 2,, "4", "6", and "5" in the form of a grid-like input/display area 81 vertical axis per 〇 resistance For the unit, it is now adjusted to the unit of 20 resistance. Therefore, after the adjustment, the vertical axis is “〇”, Cao, '40'', “60”, “8〇” and “1〇〇,,. % Next, the month refers to "3C", and the "3C" shows a touch map of the control of the motion device of the φ X fixed motion parameter of the present invention; the user's grid in the touch panel 80 In the input/display area 81, the touch track 82 is displayed in a touch manner. In the grid input/display area 81 of the touch panel 80, at least one = area 83 can be displayed (step _, ie, "black" in the figure The area, the part), the user displays the touch track 82 in a touch manner in the network, the input/display area 81 When the touch track 82 of the user passes through the left limit 83, the touch track 82^ is not displayed in the grid-shaped input/display area 81, thereby avoiding the user. Inadvertent operation is performed to avoid the occurrence of sports injuries. 201105384 When the user displays the touch track in touch mode in the grid input/display area 81, then the receiver 敝20 will receive the maker. The touch track depicted in the input/display-area 81 (step 1〇〇). Then the 'switch handle set 30 will receive the touch trace received by the receiving module 20, according to the grid shape The grid of the input/age area 81 is the phase of the riage coordinate group (v-exploration). The conversion rule is that when the area of the touch track exceeds half of the grid area, the grid of the grid The coordinates (including the horizontal axis coordinates of the mesh and the slant axis seat ') will be recorded. When the area of the touch track does not exceed the grid = product - half, then select below the grid. The vertical grid coordinates and the horizontal axis coordinates of the fine grid are recorded, and all the recorded grid coordinate sets are Grid coordinates group. Specifically, in this embodiment, please refer to "3C", the area included in the touch trace 82 of the grid coordinate (U0) is more than half of the grid area, therefore, the grid coordinates (1) , 2〇) will be recorded, and the touch trace 82 of the Na coordinate (2, 30) contains no more than half the area of the grid, so the vertical grid coordinates below the paste will be selected (ie 2G) and the grid coordinates (2, 2〇) of the horizontal axis coordinate # (ie 2) of 幡 (2, 3g) are recorded. Similarly, the grid coordinates (3,4〇) will select the grid coordinates (3,3〇) for recording, and the coordinates (3,30) will select the grid coordinates (3,3〇) for recording (but due to the net Grid (3,30) repeats 'Therefore, only the grid coordinates (4) 〇) will be recorded during recording. The i' grid coordinates (4, 40) will select the grid coordinates (4, 3 〇) for recording. Block I (4,3〇) will select the grid coordinates (4,3〇) for the recording grid coordinates (4,2〇), the grave selection, and the grid (4,2〇) for recording ( However, since the grid coordinates (4, is greater than: grid scale (4, 2〇), only the grid coordinates (4, 3〇) will be recorded), and the grid (5, 20) will select the grid coordinates. (5,1〇) for recording, these recorded 201105384 grid coordinates are set as grid coordinate groups. The receiver's group 40 will be based on the number of the group _ grid coordinates to generate corresponding operations The manuscript of the manuscript (transfer. Hongyun Nunnu County reads "the resistance is Γ, / '2,20) will generate the corresponding motion fading motion parameter is "the resistance of the u-minute is 20", grid seat; h qn, the number of husbands is ") will be the movement of the New Zealand Red Games, the number is 4 The resistance of the 2-3 knife face is 3〇”, and the motion parameter of the grid coordinate Luji device is “the resistance of the 3rd-4th minute is 3〇”, net ^=
會生成對應之運域置的運動參數為「第4_5分鐘的阻力T 穿置示模組50將生成模組40所生成對應之運動 裝f的運動參數（如上述）顯示於觸控面板10的網格狀輸入/顯干 區域11 (步驟400)，其結果請參考「第3D圖」所示，「第沁 本發明設定運動參數進行運動農置之控制的運動參數顯示」 ， 透過顯示於觸控面板H) _格狀輸人/辭 裝置的運動參數，使用者即可以知道透過在觸控面板ι〇的^= .輸入/顯不區域11所繪示的觸控軌跡，經 置的運動參數。 職賴錢的運動裝 除此之外，本發明更可以包含計算 以依據生成模組40所生成的_裝置的、、軍二，计鼻模組72則可 思勒衮置的運動參數，計算出传用去 依據運動裝置的運動參數進行運動後所消耗的卡路里= 040) ’更能幫助使用者達到健身的目的。 1v驟 具體而言’由於仰的運崎置對於勒參數以及運動後所 12 201105384 /肖耗的卡路里的計异公式會有差異，因此，在此假設運動裝置為 :室_踏車”，而對應運練置“室_踏車，，所雜的卡路里的計 异公式為“阻力X時間（以秒為單位）/1〇46 5，，並且依據上述所 .產生的運動參數分別為「第0-1分鐘的阻力為20」、「第1-2分鐘 的阻力為20」、「第2-3分鐘的阻力為3〇」、「第3_4分鐘的阻力為 3,〇」以及「第4_5分鐘的阻力為1G」，帶人上述公式進行計算可以 算出使用者所祕的卡路里為“6.3〇7大卡，，，在此僅為舉例說明 之’並不以此侷限本發明的應用範嘴。 並且可以將使用者雜的卡路里為“63G7大卡，，顯示於觸控 面板10 _格狀輸入/顯示區域n上，更能讓使用者得知運動後 所消耗的卡路里。 接著’使用者更可以觸控面板10進行運動裝置的運動參數的 調整，請參考「第3Ε圖」所示，「第3Ε圖」繪示為本發明設定運 動參數進行運動裝置之控制的運動參數顯示示意圖；即使用者透 過在觸控面板1G的網格狀輸人/顯祕域u断纟騰的點選，藉 • 以增加或是減少運動裝置的運動參數。 曰 • 如圖所示，使用者在觸控面板10的網格狀輸入/顯示區域η -點選網格座標（2,30)以及網格座標（4,3〇)兩個網格座標後，接 收模組20則會接收觸控調整訊息（步驟610)，分別為「增加網格 座標（2,30)」以及「減少網格座標（4,30)」。 θ 再透過轉換模組30將接收模組20所接收到的觸 (2,30), ^ (4,3〇；；；；,；；； 格狀輸入/顯示區域81之網格轉換為調整座標組（步驟62〇)，即 調整座標組為網格座標（2,30)以及網格座標（4,2〇)。 13 201105384 而生成模組40依據調整座標組網格座標（2,30)以及網格座 = 4’2G)生成對應之運動裝置的運動參數（步驟_)，分別為 一「第1-2分鐘的阻力為3〇」以及「第3 4分鐘的阻力為2〇」，而顯 =椒組5G則會將生成模組4()所生成對應之運動裝置的運動參數 「第1-2分鐘的阻力為3()」以及「第3_4分鐘的阻力為⑼」顯示 於觸控面板80 _錄輸人/顯·域81，使用者即可以知道透 過在觸控面板80的網格狀輸人/顯示_ 81所觸控調整的The motion parameter corresponding to the transport zone is generated as "the resistance of the 4th-5th minute T insertion module 50 displays the motion parameter of the corresponding sportswear f generated by the generation module 40 (as described above) on the touch panel 10 The grid-like input/drain region 11 (step 400), the result of which is shown in the "3D map", "the second embodiment of the present invention sets the motion parameters for the motion parameter display of the motion control", Control panel H) _ grid input / resignation device motion parameters, the user can know the touch trajectory drawn through the ^=. input / display area 11 of the touch panel ι〇, the set motion parameter. In addition to the sports package of the job, the present invention may further comprise calculating the motion parameters of the device according to the generating device 40, the military device, and the nasal module 72. The calories burned after exercise according to the exercise parameters of the exercise device = 040) 'Helps the user to achieve fitness. 1v, in particular, 'there is a difference in the calorie calculation formula for the 2011 parameters and the calorie consumption of the 12th 201105384 / Xiao after the movement. Therefore, the motion device is assumed to be: room_treadmill, and Corresponding to the operation of the "room _ treadmill, the calculation formula of the calories of the miscellaneous is "resistance X time (in seconds) / 1 〇 46 5, and the motion parameters generated according to the above are respectively The resistance for 0-1 minutes is 20", the resistance for the first 1-2 minutes is 20, the resistance for the 2-3 minutes is 3, and the resistance for the 3rd to 4th is 3, 〇 and 4_5 The resistance of the minute is 1G", and the calculation of the above formula can be used to calculate the user's secret calorie as "6.3〇7 kcal, which is merely an example here" and does not limit the application of the present invention. And the user's calorie can be “63G7 big card, which is displayed on the touch panel 10 _ grid input/display area n, which allows the user to know the calories burned after the exercise. Then, the user can adjust the motion parameters of the motion device by the touch panel 10, please refer to the "3rd diagram", and the "3rd diagram" shows the motion parameters of the motion device controlled by the motion parameters of the present invention. The display diagram is displayed by the user to increase or decrease the motion parameters of the exercise device by clicking on the grid-shaped input/visual domain of the touch panel 1G.如图• As shown in the figure, the user selects the grid coordinates (2, 30) and the grid coordinates (4, 3〇) after the grid coordinates in the grid input/display area η of the touch panel 10 The receiving module 20 receives the touch adjustment message (step 610), which are "add grid coordinates (2, 30)" and "reduce grid coordinates (4, 30)". The θ is further transmitted through the conversion module 30 to convert the touch (2, 30), ^ (4, 3〇;;;;,;;; grid of the grid input/display area 81 received by the receiving module 20 into an adjustment. The coordinate group (step 62〇), that is, the coordinate group is adjusted to the grid coordinates (2, 30) and the grid coordinates (4, 2〇). 13 201105384 The generation module 40 is based on the adjustment coordinate group grid coordinates (2, 30) And the grid seat = 4'2G) generates the motion parameters (step _) of the corresponding exercise device, which are "the resistance in the first 1-2 minutes is 3" and the resistance in the 3rd minute is 2" And the display group 5G will display the motion parameters of the corresponding exercise device generated by the generation module 4(), the resistance of the first 1-2 minutes is 3 () and the resistance of the 3rd to 4th minute is (9). The touch panel 80 _records the input/display area 81, and the user can know that the touch is adjusted through the grid-shaped input/display _ 81 of the touch panel 80.
置的運動參數「第丨_2分鐘的阻力為3()」以及「第3·4分鐘的阻 力為20」。 最後’請參考「第3F圖」所示，「第3F圖」％示為本發明設 /定運動參數進行獅裝置之控_勒參數㈣顯示示意圖丨執 灯权組6〇則會依據生成模組*所生成運動裝置的運動參數（步 驟650)運動裝置的運動參數如上所述，請參照「第开圖」所示， 在此不再進行_ ’透财練置的獅絲對物裝置進行控 制’使用者即可贼料練置it行運動。 ' 並且顯示模組50更可以在執行模組6〇對運動裝置進行 時’即時的將鄉裝置騎動參數顯示闕控破8㈣網格錄 入/顯不區域81巾’如®中深色離區域獅，使崎即可以即時 的知道現在運練置的運動參數為「第〇·ι分鐘的阻力為20」。 綜上所述，可知本發明與先前技術之間的差異在於本發明提 供使用者透稿控面板_控方構示觸控執跡紅將使 所繪示的觸錄㈣換為運練置對應的 術手段可以解決先前技術所存鳩裝置的運動參數=二 問題’㈣树顺細繼峨纽^= 201105384 運動裝置進行控制的技術功效β =發明所揭露之實施方式如上，惟所述之内容並非用以 直接限疋本㈣之專卿_。任何本發 有通常知識者，在不麟本剌所聽之精神和細的前^^ 可以在實施的形式上及細節上作些許之更動。本發明之專利保確 範圍，仍須以所附之申請專利範圍所界定者為準。 ^ 【圖式簡單說明】 ^ 1 _示為本發明設定運動參數進倾齡置之控制裝置 不思圖。 _轉本發定獅參數進行運練置之 流程圖。 圖_林發明奴魏錢進行縣錢之控制的 觸控面板不意圖。 第3Β圖綠示為本發明設定運動夂 橫軸及縱轴網格單位調整示意圖相參數進仃運較置之控制的 觸，示為本發暇定運轉數進行運動裝置之控制的 觸控執跡不意圖。 運動Li崎*為本發明奴運動錢進行縣裝置之控制的 運動參數顯不示意圖。 運動本㈣奴縣麵妨料μ之控制的 動參糊崎—控制的運 【主要元件符號說明】 201105384The set motion parameters are "3 () resistance for the second _2 minutes and "resistance for the third 3-4 minutes". Finally, please refer to the "3F" diagram. The "3F map" % shows the control of the lion device for the set/fixed motion parameters of the present invention. The parameter (4) shows the schematic diagram. The motion parameters of the motion device generated by the group * (step 650) The motion parameters of the motion device are as described above, please refer to the "Opening Diagram", and the lion's silk-to-object device is not used here. Control 'users can thief material practice it line movement. ' And the display module 50 can also display the riding parameters of the township device in the execution module 6〇 to the mobile device. The 8th (four) grid entry/display area is not included in the dark area. The lion can make it instantly known that the current exercise parameter is "the resistance of the first ι minute is 20". In summary, it can be seen that the difference between the present invention and the prior art is that the user provides the user through the manuscript control panel _ the controller constructs the touch track red to change the illustrated touch (four) to the operation corresponding The technical means can solve the motion parameters of the device stored in the prior art = two problems' (four) tree succinct succession ^^ 201105384 technical effect of the control of the motion device β = the disclosed embodiment of the invention is as above, but the content is not It is used to directly limit the special _ of this (4). Anyone who has the usual knowledge in this book can make some changes in the form and details of the implementation without the spirit and detail of the music. The scope of the patents of the present invention must be determined by the scope of the appended claims. ^ [Simple description of the figure] ^ 1 _ shows the control device for setting the motion parameter into the age of the invention. _ Transfer the lion parameters to carry out the flow chart. Figure _ Lin invented Wei Wei to control the county's money control panel is not intended. The third green figure is the touch of the control unit of the horizontal axis and the vertical axis of the invention, and the touch of the phase parameter is controlled by the control of the moving device. It is not intended. Sports Lisaki* is a schematic diagram of the movement parameters of the county device controlled by the slave movement money. Sports (4) slave county face control μ control of the kinetics of the osmosis - control of the movement [main component symbol description] 201105384
10 觸控面板 11 輸入/顯示區域 12 限制區域 20 接收模組 30 轉換模組 40 生成模組 50 顯示模組 60 執行模組 71 調整模組 72 計算模組 80 觸控面板 81 輸入/顯示區域 82 觸控轨跡 83 限制區域 步驟100 接收於網格狀輸入/顯示區域中被輸入之觸控軌 跡 步驟200 將觸控轨跡依據網格狀輸入/顯示區域之網格轉 換為網格座標組 步驟300 依據網格座標組生成對應之運動裝置的運動參 數 步驟400 顯不運動裳置的運動參數於網格狀輸入/顯示區 域中 步驟500 依據運動褒置的運動參數進行運動裝置之控制 步驟610 ^輪入/顯示區域接收觸控調整訊息 201105384 步驟620 將觸控調整訊息依據網格狀輸入/顯示區域之網 格轉換為調整座標組 - 步驟630 依據調整座標組生成對應之運動裝置的運動參 數 / 步驟640 步驟650 依據運動裝置的運動參數計算$卡路里消耗量 於網格狀輸入/顯示區域中顯示即時之運動裝置 的運動參數 步驟660 ® 步驟670 網格狀輸入/顯示區域中顯示至少一限制區域 調2網格狀輸人/顯示區域的橫細及縱轴網格 單位大小10 Touch Panel 11 Input/Display Area 12 Restricted Area 20 Receive Module 30 Conversion Module 40 Generation Module 50 Display Module 60 Execution Module 71 Adjustment Module 72 Calculation Module 80 Touch Panel 81 Input/Display Area 82 Touch track 83 Restricted area Step 100 Received touch track input in grid input/display area Step 200 Convert touch track according to grid of grid input/display area into grid coordinate group step 300 generating a motion parameter of the corresponding motion device according to the grid coordinate group. Step 400: Displaying the motion parameter of the motion display in the grid input/display area. Step 500: Performing the motion device control step according to the motion parameter of the motion device 610 ^ The wheel-in/display area receives the touch adjustment message 201105384. Step 620: Convert the touch adjustment message into the adjustment coordinate group according to the grid of the grid-shaped input/display area - Step 630: Generate the motion parameter of the corresponding motion device according to the adjustment coordinate group/ Step 640 Step 650 Calculate the calorie consumption amount in the grid input/display according to the motion parameter of the exercise device Now the step of displaying the motion parameters of the movement means 660 ® step 670 mesh-like input / display area of the at least one restricted area 2 lattice modulation input / display area and the longitudinal axis of the lateral thin mesh size of the unit area