TWI527607B - The movement program creation method of sports equipment - Google Patents
The movement program creation method of sports equipment Download PDFInfo
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Description
本揭示內容是有關於運動程式創建方法，且特別是有關於一種使用者可於運動器材上自定義運動程式的創建方法。 The present disclosure relates to a motion program creation method, and more particularly to a method for creating a user-defined motion program on a sports equipment.
由於運動器材的各個使用者有不同的需求及不同的身體狀況，因此現市面上已有多種運動器材的人機介面讓使用者在每次運動之前或運動當中，適時的調整各項運動參數值，以跑步機為例，運動參數可以是跑板斜度、跑帶速度...等。然而，前述調整運動參數值的方式屬即時調整，換言之，每當使用者欲更改目前的運動狀態，則需再次對運動參數值進行設定或調整，此種操作方法不僅容易讓使用者分心，毫無規劃的運動方式也可能會讓使用者無法達到充分的運動效果。 Since various users of sports equipment have different needs and different physical conditions, there are a variety of human-machine interfaces on the market that allow users to adjust various exercise parameter values before and during each exercise. Take the treadmill as an example, the motion parameters can be the running board slope, the running speed... and so on. However, the foregoing method of adjusting the motion parameter value is an immediate adjustment. In other words, whenever the user wants to change the current motion state, the motion parameter value needs to be set or adjusted again. This operation method is not only easy for the user to distract, Unplanned movements may also prevent users from achieving adequate exercise.
為克服上述問題而有美國第5,512,025號專利之運動器材的自定義操作介面，除了有多項系統預先設定的運動程式供使用者選用外，另提供固定的複數個區段及各種調整按鈕，讓使用者透過那些調整按鈕調整每一個區段的運動參數值，進而設計出專屬於使用者的運動程式。 In order to overcome the above problems, there is a custom operation interface of the sports equipment of the US Patent No. 5,512,025, in addition to a plurality of system preset motion programs for the user to select, a fixed plurality of sections and various adjustment buttons are provided for use. Through the adjustment buttons, the motion parameter values of each segment are adjusted to design a motion program specific to the user.
雖然前述美國第5,512,025號專利已有讓使用者自行設計運動程式的概念，但其固定數量的區段在使用上並不是很方便，當使用者沒有這麼多區段的需求時，多 出來的區段除了會讓人機介面看起來很雜亂，更甚還會干擾使用者。另外，就製造生產的角度來看，這些固定數量的區段不僅佔去人機介面大量的空間，且還需耗費成本。 Although the aforementioned U.S. Patent No. 5,512,025 has the concept of allowing the user to design a motion program by himself, the fixed number of sections is not very convenient to use, and when the user does not have the demand for such a large number of sections, In addition to the section that will make the machine interface look messy, it will even interfere with the user. In addition, from the perspective of manufacturing production, these fixed number of sections not only take up a lot of space for the human-machine interface, but also cost a lot.
本揭示內容之主要目的在於提供一種運動器材的運動程式創建方法，可自由增加或減少區段，除了讓人機介面更為簡潔、視覺上更直覺、美觀外，更重要的是提升使用者創設運動程式的靈活度。 The main purpose of the present disclosure is to provide a method for creating a sports program for a sports equipment, which can freely increase or decrease a section, in addition to making the machine interface more concise, visually more intuitive, and aesthetically pleasing, and more importantly, enhancing user creation. The flexibility of the exercise program.
為了達成前述目的，依據本揭示內容之一實施方式，提出一種運動器材的運動程式創建方法，用以讓一使用者自行創建可供一運動器材據以控制其在運動時程中的機械運作的一運動程式。運動程式包含會被運動器材依序執行的至少一程式段，各程式段設定有代表運動難度的至少一難度參數值，以及代表時間長度的一時間參數值。運動程式創建方法包含：顯示一路程示意圖於一顯示單元，路程示意圖呈現出具有一起點及一終點的一行進路線，以及依序排列在行進路線上且代表各程式段的至少一區段，而且其中一區段被突顯顯示，藉以表現其為目前可被調整參數的區段；同時，在顯示單元上至少顯示出目前可被調整參數的區段的難度參數值。依據使用者經由一輸入單元所下達的指令執行對應處理，其中，當監控到使用者下達一代表編輯完成的指令時，即將目前的全部程式段構成運動程式，否則反覆執行以下對應處理：當監控到使用者下達一 代表新增區段的指令，而且目前行進路線上的區段總數不超出預定數量時，則在行進路線上新增一代表新程式段的區段，且增加區段之後全部程式段所對應的時間長度的總合，與增加區段之前全部程式段所對應的時間長度的總合相同；當監控到使用者下達一代表選擇特定區段的指令時，則將使用者所選擇的特定區段突顯顯示，藉以表現其為目前可被調整參數的區段；當監控到使用者下達一代表調整參數的指令時，則依據使用者的調整指令，改變目前可被調整參數的區段所對應的難度參數值。 In order to achieve the foregoing objective, in accordance with an embodiment of the present disclosure, a method for creating a motion program for a sports equipment is provided, which is used to allow a user to create a mechanical device for controlling the mechanical operation of the sports equipment during the exercise time. A sports program. The motion program includes at least one program segment that is sequentially executed by the sports equipment, and each of the program segments is configured with at least one difficulty parameter value representing the difficulty of the exercise, and a time parameter value representing the length of the time. The motion program creation method includes: displaying a route schematic diagram on a display unit, the route schematic diagram exhibiting a travel route having a point and an end point, and sequentially arranging on the travel route and representing at least one section of each program segment, and One of the segments is highlighted to represent the segment that is currently configurable; at the same time, at least the difficulty parameter value of the segment that can currently be adjusted is displayed on the display unit. Corresponding processing is performed according to an instruction issued by the user via an input unit, wherein when the user is notified to issue an instruction indicating that the editing is completed, all the current blocks are formed into a motion program, otherwise the following corresponding processing is performed repeatedly: when monitoring To the user to release one Representing the instruction of the new section, and if the total number of sections on the current route does not exceed the predetermined number, a section representing the new section is added to the route, and all the sections corresponding to the section are added. The sum of the lengths of time is the same as the sum of the lengths of time corresponding to all the blocks before the section is increased; when the user is monitored to give an instruction to select a specific section, the specific section selected by the user is selected. The highlighting indicates that the segment is currently a parameter that can be adjusted; when the user is monitored to issue an instruction for adjusting the parameter, the segment corresponding to the currently adjustable parameter is changed according to the adjustment instruction of the user. Difficult parameter value.
因此，上述諸實施方式透過特殊的程式設計，讓使用者可藉由人機介面快速的增減區段、調整各區段的參數值...等，同時也讓整體的操作過程更符合使用者的直覺，進而提升創設自定義運動程式的靈活度。 Therefore, the above-mentioned embodiments are designed to allow the user to quickly increase or decrease the section, adjust the parameter values of each section, etc. through the human-machine interface, and also make the overall operation process more suitable. Intuition, which in turn increases the flexibility of creating custom motion programs.
本實施方式的運動程式創建方法是應用於一運動器材的人機介面，使用者可藉由人機介面與運動器材溝通，進而自行創設可供運動器材據以控制其在運動時程中的機械運作的一運動程式，而運動程式包含會被運動器材依序執行的至少一程式段，各程式段設定有代表運動難度的至少一難度參數值，以及代表時間長度的一時間參數值。前述運動器材可以是任何藉由電子方式控制機械運作的室內器材，如跑步機、腳踏車機、踏步機、橢圓機等。以下所進行的說明，將以跑步機為例。本實施方式所使用的人機介面至少包含一控制單元、一顯示單元及一輸入單元。控制 單元會依據運動器材的運作階段及/或使用者藉由輸入單元選擇的顯示模式，控制顯示單元顯示適當的畫面。其中，本實施方式的顯示單元為一液晶螢幕，而輸入單元包含一觸摸感應屏，觸摸感應屏覆蓋在液晶螢幕上，用以讓使用者對控制單元下達指令；具體來說，本實施方式採用觸控螢幕作為使用者及控制單元之間主要的溝通方式，然，並未排除具有其他輸入單元，如扶手按鍵等的可能性。 The exercise program creation method of the present embodiment is applied to a human-machine interface of a sports equipment, and the user can communicate with the sports equipment through the human-machine interface, thereby creating a machine for the sports equipment to control the movement time. A motion program is operated, and the motion program includes at least one program segment that is sequentially executed by the sports equipment. Each of the program segments is configured with at least one difficulty parameter value representing the difficulty of the exercise, and a time parameter value representing the length of the time. The aforementioned sports equipment may be any indoor equipment that controls mechanical operation by electronic means, such as a treadmill, a bicycle machine, a stepper, an elliptical machine, and the like. The following description will take the treadmill as an example. The human machine interface used in the embodiment includes at least one control unit, one display unit and one input unit. control The unit controls the display unit to display an appropriate screen according to the operation phase of the sports equipment and/or the display mode selected by the user through the input unit. The display unit of the present embodiment is a liquid crystal screen, and the input unit includes a touch sensing screen, and the touch sensing screen is disposed on the liquid crystal screen for the user to issue an instruction to the control unit. Specifically, the embodiment adopts The touch screen serves as the main communication method between the user and the control unit. However, the possibility of having other input units such as armrest buttons is not excluded.
第1圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法中的設定頁面示意圖。如第1圖所示，設定頁面(100)包含位於畫面下方的一路程示意圖(110)、位於路程示意圖(110)左方的增加鍵(120)及減少鍵(121)、位於畫面中央的斜度參數值(130)、速度參數值(140)及時間參數值(150)、位於畫面右方的開始鍵(122)與重量參數值(160)，及位於畫面左方由上至下依序是三種系統預設的運動程式鈕(170)、三個自定義程式鈕(180)及一個儲存鈕(190)。 FIG. 1 is a schematic diagram showing a setting page in a method for creating a motion program of a sports equipment according to an embodiment of the present disclosure. As shown in FIG. 1, the setting page (100) includes a path schematic (110) located at the bottom of the screen, an add button (120) and a decrease button (121) located at the left of the route map (110), and a tilt at the center of the screen. Degree parameter value (130), speed parameter value (140) and time parameter value (150), the start key (122) and the weight parameter value (160) located on the right side of the screen, and the order from the top to the bottom of the screen. There are three system preset motion program buttons (170), three custom program buttons (180) and a save button (190).
路程示意圖(110)具有兩端分別是一起點(111)及一終點(112)的一行進路線(113)，以及排列在行進路線(113)上且依序代表各程式段的至少一區段，而且其中一區段被突顯顯示，藉以表現其為目前可被調整參數的區段。以本實施方式來說，行進路線(110)上僅有一個以一號標籤代表的第一區段(T1)，且一號標籤被控制單元以高亮的方式顯示，表示一號標籤所代表的第一區段(T1)目前處在可被調整參數的狀態下，即可編輯狀態。此外，使用者可藉由觸 壓增加鍵(120)/減少鍵(121)來增加/減少區段的數量，這個部分於第2-A圖至第2-D圖會做較詳細的說明。同時，設定頁面(100)上會顯示出目前第一區段(T1)的斜度參數值(130)及速度參數值(140)，其中，這前面兩種參數值在本實施方式中被歸類成難度參數值；使用者可依照自身需求對斜度參數值(130)及速度參數值(140)進行設定。在本實施方式中，時間參數值(150)也會一併顯示在設定頁面(100)上；應留意，本實施方式的時間參數值(150)指的是使用者運動的時間總長，而非個別區段的時間長度，雖是如此，在其他實施方式中，並不排除時間參數值代表個別區段時間長度的情況。再者，使用者可藉由觸壓開始鍵(122)來下達完成編輯的指令，在使用者觸壓開始鍵(122)後，控制單元會以目前已存在的全部程式段產出一運動程式，此即所謂的使用者自定義的運動程式。接著，重量參數值(160)是提供使用者輸入自身體重，並作為其他運算，如BMI等使用。另一方面，三種系統預設的運動程式鈕(170)是運動器材在出廠之前即設定好，供使用者選用的運動程式，而三個自定義程式鈕(180)及一個儲存鈕(190)，可供使用者儲存其設計的運動程式，以利下次繼續使用。 The route diagram (110) has a travel route (113) with two points at both ends (111) and an end point (112), and at least one section arranged on the travel route (113) and sequentially representing each program segment. And one of the sections is highlighted to represent it as a section that can now be adjusted. In this embodiment, there is only one first segment (T1) represented by the first label on the travel route (110), and the first label is displayed in a highlighted manner by the control unit, indicating that the first label is represented by The first segment (T1) is currently in a state where the parameters can be adjusted, and the state can be edited. In addition, the user can touch Press the increase button (120)/decrease button (121) to increase/decrease the number of segments. This section is explained in more detail in Figures 2-A through 2-D. At the same time, the setting page (100) displays the slope parameter value (130) and the speed parameter value (140) of the current first segment (T1), wherein the first two parameter values are returned in the present embodiment. It is classified into the difficulty parameter value; the user can set the slope parameter value (130) and the speed parameter value (140) according to his own needs. In this embodiment, the time parameter value (150) is also displayed on the setting page (100); it should be noted that the time parameter value (150) of the present embodiment refers to the total length of the user's motion, instead of The length of time for individual segments, though in other embodiments, does not exclude the case where the time parameter values represent the length of time for individual segments. Furthermore, the user can press the touch start button (122) to issue an instruction to complete the editing. After the user touches the start button (122), the control unit outputs a motion program in all the currently existing blocks. This is the so-called user-defined exercise program. Next, the weight parameter value (160) is to provide the user with input of his own weight and use it as another calculation such as BMI. On the other hand, the three preset motion program buttons (170) are sports programs that are set by the user before leaving the factory, and three custom program buttons (180) and one storage button (190). For users to save their designed sports program for the next time.
第2-A圖至第2-D圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法的路程示意圖。第2-A圖至第2-D圖描述的是使用者觀察到的情況。請同時參考第1圖至第2-D圖，第2-A圖是使用者未進行任何動作之前的路程示意圖，行進路線上僅有一個高亮的一號標籤代表第一區段(T1)，標籤呈高亮狀態表示第一區段(T1)的難度參數值處於可編輯狀態。 FIG. 2A to FIG. 2D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to an embodiment of the present disclosure. Figures 2-A through 2-D depict the situation observed by the user. Please refer to Figure 1 to Figure 2-D at the same time. Figure 2-A is a schematic diagram of the route before the user performs any action. Only one highlighted label on the route indicates the first segment (T1). The label is highlighted to indicate that the difficulty parameter value of the first segment (T1) is in an editable state.
當使用者觸壓增加鍵(120)，且在目前行進路線(113)上的區段總數不超出預定數量的情況下，在本實施方式中，前述「預定數量」為十，則會新增一第二區段(T2)於行進路線(113)，如第2-B圖所示，在本實施方式中即新增一個二號標籤，且新***的第二區段(T2)與終點(112)相連，換句話說，新***的第二區段(T2)位於第一區段(T1)，或位於時間順序上最後的區段之後。須特別說明的是，由於本實施方式採用觸控螢幕作為使用者及控制單元之間主要的溝通方式，因此，單就新增區段的方式來說，並非僅有前述觸壓增加鍵(120)的方式能達成，其他如直接觸壓行進路線(113)上的任意處或以特定比劃替代增加鍵(120)等，亦可達到於行進路線(113)上新增區段的效果；因此，本實施方式新增區段的方式僅為例示。再者，本實施方式將新增的標籤設定成以高亮的狀態***，亦即第2-B圖中的二號標籤是以可編輯狀態***行進路線(113)，此時，第一區段(T1)與第二區段(T2)由起點(111)向終點(112)的方向依序排列在行進路線(113)上。應注意到，本實施方式中起點(111)及終點(112)之間的總時間為固定，亦即前述時間參數值為使用者運動的總時間，非個別區段(T1、T2)的時間長度；故，使用者藉由觸控螢幕或其他輸入單元所新增的第二區段(T2)，將與第一區段(T1)共同分擔起點(111)及終點(112)之間的總時間，換個方式來說，新增第二區段(T2)之後的總時間，與新增第二區段(T2)之前(僅有第一區段(T1))的總時間相同。另一方面，在本實施方式中，採用各區段(T1、T2)均分總時間的方式，即各區段(T1、T2)的時間長度皆相同；以第2-A圖及第2-B圖為 例，假設使用者設定時間參數值為60分鐘，在第2-A圖中第一區段(T1)的時間長度即為60分鐘，當使用者新增了第二區段(T2)至行進路線(113)後，如第2-B圖所示，第一區段(T1)及第二區段(T2)的時間長度均為30分鐘，此即前述所謂各區段均分總時間。 When the user touches the increase button (120) and the total number of segments on the current travel route (113) does not exceed the predetermined number, in the present embodiment, the aforementioned "predetermined number" is ten, and the new one is added. A second section (T2) is on the travel route (113). As shown in FIG. 2-B, in the present embodiment, a second label is added, and the newly inserted second section (T2) and the end point are added. (112) connected, in other words, the newly inserted second section (T2) is located in the first section (T1), or after the last section in chronological order. It should be particularly noted that since the touch screen is used as the main communication mode between the user and the control unit, the method of adding a section is not only the aforementioned touch pressure increasing key (120). The manner of arranging can be achieved, for example, any position on the straight contact pressure travel route (113) or replacing the increase key (120) with a specific stroke, etc., can also achieve the effect of adding a new section on the travel route (113); The manner of adding a section in this embodiment is merely an example. Furthermore, in this embodiment, the newly added label is set to be inserted in a highlighted state, that is, the second label in the 2-B diagram is inserted into the travel route (113) in an editable state, and at this time, the first area The segment (T1) and the second segment (T2) are sequentially arranged on the traveling route (113) from the starting point (111) to the ending point (112). It should be noted that the total time between the starting point (111) and the ending point (112) in the present embodiment is fixed, that is, the foregoing time parameter value is the total time of the user's motion, and the time of the non-individual section (T1, T2). Length; therefore, the user adds a second segment (T2) added by the touch screen or other input unit to share the starting point (111) and the ending point (112) with the first segment (T1). In total, in other words, the total time after the addition of the second segment (T2) is the same as the total time before the addition of the second segment (T2) (only the first segment (T1)). On the other hand, in the present embodiment, each segment (T1, T2) is divided into total time, that is, the time lengths of the segments (T1, T2) are the same; Figure 2-A and Figure 2 -B picture is For example, suppose the user sets the time parameter value to 60 minutes, and the time length of the first segment (T1) in FIG. 2A is 60 minutes, when the user adds the second segment (T2) to the travel. After the route (113), as shown in FIG. 2B, the lengths of the first segment (T1) and the second segment (T2) are both 30 minutes, that is, the aforementioned so-called segments are divided into total times.
第2-C圖為使用者再次觸壓增加鍵(120)，由於區段總數量並未超過十，故，控制單元在行進路線(113)上新增了以三號標籤代表的第三區段(T3)，第三區段(T3)的三號標籤如同第二區段(T2)的二號標籤是以高亮的狀態***二號標籤及終點(112)之間，此時的行進路線(113)是由三個區段(T1、T2、T3)所組成，而各區段(T1、T2、T3)的時間長度仍然相同，以前述將時間參數值設定為60分鐘的例子來說，各區段(T1、T2、T3)的時間長度分別都是20分鐘。若使用者觸壓減少鍵(121)，則三號標籤會自行進路線(113)上被刪除，本實施方式將減少鍵(121)設定成刪除時間順序上最後新增的第三區段(T3)，即第2-C圖中的三號標籤，使得行進路線(113)回到如第2-B圖所示。依此類推，若使用者在刪除三號標籤後又再次觸壓減少鍵(121)，則二號標籤會自行進路線(113)上被刪除。在控制單元執行刪除區段的動作之前，會先確認目前存在行進路線(113)上的區段總數量是否大於一，也就是說，若目前行進路線(113)上僅剩一個區段，則控制單元不會回應使用者觸壓減少鍵的動作；以第2-A圖為例，若使用者於此時觸壓減少鍵，由於目前行進路線(113)上僅有第一區段(T1)，因此，控制單元不會回應使用者觸壓減少鍵的動作，易言之，第一區段(T1)是無法被使用者刪除的。另外，須特別 說明的是，由於本實施方式採用觸控螢幕作為使用者及控制單元之間主要的溝通方式，因此，單就刪除區段的方式來說，並非僅有前述觸壓減少鍵(121)的方式能達成，其他如拖曳標籤離開行進路線(113)或以特定比劃替代減少鍵(121)等，亦可達到於行進路線(113)上刪除區段的效果；因此，本實施方式採用刪除區段的方式僅為例示。 Figure 2-C shows the user pressing the increase button (120) again. Since the total number of segments does not exceed ten, the control unit adds a third zone represented by the third tag on the route (113). Segment (T3), the third label of the third section (T3) is like the second label of the second section (T2) inserted between the second label and the end point (112) in a highlighted state. The route (113) is composed of three segments (T1, T2, T3), and the lengths of the segments (T1, T2, T3) are still the same, with the aforementioned example of setting the time parameter value to 60 minutes. It is said that the length of each segment (T1, T2, T3) is 20 minutes. If the user touches the pressure reduction key (121), the third label will be deleted on the self-entry route (113). In this embodiment, the reduction key (121) is set to the last newly added third section in the deletion time sequence ( T3), the third label in Figure 2-C, causes the travel route (113) to return as shown in Figure 2-B. Similarly, if the user touches the decrease button (121) again after deleting the third tag, the second tag will be deleted on the route (113). Before the control unit performs the action of deleting the segment, it is first confirmed whether the total number of segments currently present on the route (113) is greater than one, that is, if only one segment remains on the current route (113), The control unit does not respond to the action of the user's touch reduction button; for example, in Figure 2-A, if the user touches the decrease button at this time, since there is only the first segment (T1) on the current travel route (113) Therefore, the control unit does not respond to the action of the user's touch reduction button. In other words, the first segment (T1) cannot be deleted by the user. In addition, special It is to be noted that, in this embodiment, the touch screen is used as the main communication mode between the user and the control unit. Therefore, the manner of deleting the segment is not the only way to touch the touch reduction button (121). It can be achieved that other methods such as dragging the label away from the travel route (113) or replacing the reduction key (121) with a specific ratio can also achieve the effect of deleting the segment on the travel route (113); therefore, the present embodiment adopts the delete segment. The way is only an example.
第2-A圖至第2-C圖說明使用者如何新增或減少區段，以下第2-C圖至第2-D圖將說明使用者如何針對各區段(T1、T2、T3)進行參數值的調整及設定。在第2-C圖當中，三號標籤呈現高亮狀態，即可編輯狀態，使用者可直接針對三號標籤所代表的第三區段(T3)，調整其斜度參數值(130)或速度參數值(140)，如欲針對其他標籤進行編輯，使用者僅需直接觸壓欲編輯的標籤，使之呈現高亮狀態，即可進行參數值編輯。請同時參考第1圖，前述所謂調整斜度參數值(130)或速度參數值(140)是指使用者觸壓一加值圖示(131、141)、一減值圖示(132、142)、滑移一指標(133、143)位置或點選一調整區域(134、144)的任一處等，從而對各區段(T1、T2、T3)的斜度參數值(130)或速度參數值(140)進行調整。關於本實施方式所採用的調整參數值的具體方法，請參考申請人所申請的公開號第201041625號申請案中關於參數設定圖群的詳細說明。另一方面，亦可以傳統液晶螢幕顯示各參數值，使用者藉由實體按鍵對各參數值進行調整。使用者在第2-C圖中直接觸壓第一區段(T1)，使一號標籤呈現高亮的狀態如第2-D圖所示，此時，使用者即可對一號標籤進行斜度參數值 (130)及速度參數值(140)的調整與設定。特別的是，設定頁面(100)每次會顯示目前正處於編輯狀態的區段的各項參數值，相較於美國第5,512,025號專利，其顯示單元僅能顯示同種類參數的數值，如各區段(T1、T2、T3)的速度參數值，而無法同時了解同一個區段內的所有參數值，本實施方式就這方面已有顯著的改善。以第2-C圖為例，設定頁面(100)顯示三號標籤所代表的第三區段(T3)的斜度參數值(130)及速度參數值(140)供使用者調整；再以第2-D圖為例，此時，設定頁面(100)顯示一號標籤所代表第一區段(T1)的斜度參數值(130)及速度參數值(140)供使用者調整。在本實施方式中，時間參數值(150)無論在調整哪個區段，都被顯示於設定頁面(100)，讓使用者可隨時調整其欲運動的時間總長。 Figures 2-A through 2-C illustrate how the user adds or subtracts segments. The following Figures 2-C through 2-D illustrate how the user targets each segment (T1, T2, T3). Adjust and set the parameter values. In the picture 2-C, the third label is highlighted, and the state can be edited. The user can directly adjust the slope parameter value (130) or the third section (T3) represented by the third label. The speed parameter value (140), if you want to edit other tags, the user only needs to directly touch the label to be edited, so that it is highlighted, and the parameter value can be edited. Please refer to FIG. 1 at the same time. The so-called adjustment slope parameter value (130) or speed parameter value (140) refers to the user touch pressure-addition value diagram (131, 141) and an impairment value diagram (132, 142). ), slip an indicator (133, 143) position or click on any of the adjustment areas (134, 144), etc., so that the slope parameter value (130) of each section (T1, T2, T3) or The speed parameter value (140) is adjusted. For a specific method of adjusting the parameter values used in the present embodiment, please refer to the detailed description of the parameter setting map group in the application No. 201041625 filed by the applicant. On the other hand, the value of each parameter can also be displayed on a conventional LCD screen, and the user can adjust the value of each parameter by a physical button. The user directly touches the first segment (T1) in Figure 2-C, so that the first tag is highlighted. As shown in Figure 2-D, the user can perform the first tag. Slope parameter value (130) and adjustment and setting of speed parameter value (140). In particular, the setting page (100) displays the parameter values of the segments currently in the editing state each time. Compared with the US Patent No. 5,512,025, the display unit can only display the values of the same type of parameters, such as The speed parameter values of the segments (T1, T2, T3) cannot simultaneously know all the parameter values in the same segment, and the present embodiment has been significantly improved in this respect. Taking Figure 2-C as an example, the setting page (100) displays the slope parameter value (130) and the speed parameter value (140) of the third segment (T3) represented by the third tag for the user to adjust; In the case of Fig. 2-D, in this case, the setting page (100) displays the slope parameter value (130) and the speed parameter value (140) of the first segment (T1) represented by the first tag for the user to adjust. In the present embodiment, the time parameter value (150) is displayed on the setting page (100) regardless of which section is adjusted, so that the user can adjust the total length of time to be moved at any time.
第3圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法的概略流程圖。前述使用者操作人機介面的動作對應於流程圖的步驟如後所述：步驟一(S1)，使用者控制顯示單元顯示設定頁面(100)，如第1圖所示，接著進行步驟二(S2)，控制單元會監控使用者是否經由輸入單元如觸控螢幕下達一代表編輯完成的指令，在本實施方式即監控使用者是否觸壓開始鍵(122)，若是，則結束編輯並產出運動程式，即步驟三(S3)，若否，則反覆執行編輯程式的動作，即步驟四(S4)，而步驟四(S4)的詳細說明如後。 FIG. 3 is a schematic flow chart showing a method for creating a motion program of a sports equipment according to an embodiment of the present disclosure. The operation of the user operating the human-machine interface corresponds to the steps of the flowchart as follows: Step 1 (S1), the user controls the display unit to display the setting page (100), as shown in FIG. 1, and then proceeds to step 2 ( S2), the control unit monitors whether the user issues an instruction to complete editing via an input unit such as a touch screen. In this embodiment, the user is monitored whether the touch button is pressed (122), and if so, the editing is ended and output. The motion program is step 3 (S3). If not, the action of the editing program is repeatedly executed, that is, step four (S4), and the detailed description of step four (S4) is as follows.
第4圖繪示第3圖中編輯程式的詳細流程圖。控制單元會持續監控使用者是否藉由觸控螢幕或其他輸入單元下達增加區段的指示(步驟五(S5))、刪除區段的指示(步驟六 (S6))、切換區段的指示(步驟七(S7))或調整區段參數的指示(步驟八(S8))。特別的是，控制單元監控前述四項指示並無特定的順序，因此，第4圖所示的流程圖僅為眾多監控順序中的其中一種，並非以此流程為限。 Figure 4 is a detailed flow chart showing the editing program in Figure 3. The control unit continuously monitors whether the user has issued an indication to add a section by using a touch screen or other input unit (step 5 (S5)), and an instruction to delete the section (step 6) (S6)), an instruction to switch the section (step seven (S7)) or an instruction to adjust the section parameter (step eight (S8)). In particular, the control unit monitors the foregoing four indications without a specific order. Therefore, the flowchart shown in FIG. 4 is only one of a plurality of monitoring sequences, and is not limited to this flow.
請一併參照第1圖，當控制單元接收到使用者下達一代表增加區段的指令(S5)時，在本實施方式中即監控到使用者觸壓增加鍵(120)，控制單元須先判斷目前區段的總數量是否小於一上限值，即步驟九(S9)，本實施方式區段數量的上限值為十，也就是說，若現有的區段總數已達十個，則不回應使用者觸壓增加鍵(120)的動作，而繼續其他的監測步驟(S6、S7、S8)；若現有的區段總數未滿十個，則回應使用者觸壓增加鍵(120)的動作，意即新增區段於路程示意圖(110)的起點(111)及終點(112)之間，也就是步驟十(S10)。 Referring to FIG. 1 together, when the control unit receives the command for the user to add a segment (S5), in the present embodiment, the user touch pressure increase button (120) is monitored, and the control unit must first Determining whether the total number of the current segments is less than an upper limit value, that is, step 9 (S9), the upper limit value of the number of segments in the embodiment is ten, that is, if the total number of existing segments has reached ten, The other monitoring steps (S6, S7, S8) are not continued in response to the user's touch increase button (120); if the total number of existing segments is less than ten, the user touches the increase button (120). The action means that the new section is between the start point (111) and the end point (112) of the route map (110), that is, step ten (S10).
當控制單元接收到使用者下達一代表刪減區段的指令(S6)時，在本實施方式中即監控到使用者觸壓減少鍵(121)，控制單元須先判斷目前區段的數量是否大於一下限值，即步驟十一(S11)，本實施方式區段總數的下限值為一，也就是說，若目前僅剩第一區段(T1)時，則不回應使用者觸壓減少鍵(121)的動作，繼續其他的監測步驟(S5、S7、S8)；若現有兩個以上的區段，則回應使用者觸壓減少鍵(121)的動作，即刪除目前處於可編輯狀態的區段、最靠近終點(112)的區段，或刪除時間順序上最後被新增的區段，也就是步驟十二(S12)。 When the control unit receives the command for the user to delete the segment (S6), in the embodiment, the user touch pressure reduction button (121) is monitored, and the control unit must first determine whether the current segment number is If the first segment (T1) is left, the user does not respond to the user's touch pressure. The action of the key (121) is decreased, and other monitoring steps (S5, S7, S8) are continued; if there are more than two sections, the action of the user's touch reduction key (121) is responded to, that is, the deletion is currently editable. The section of the state, the section closest to the end point (112), or the section newly added in the chronological order, that is, step twelve (S12).
當控制單元接收到使用者下達一代表選擇特定區段的 指令(切換區段的指令(S7))時，在本實施方式中即使用者直接觸壓非高亮狀態的標籤，控制單元會在設定頁面(100)上突顯使用者所指定的區段，並將使用者所指定的區段認定為可編輯狀態的區段，此即步驟十三(S13)。前述突顯的方式可以是本實施方式中以高亮狀態來呈現，或是以閃爍狀態來呈現，此部份為習知技術，在此就不多加著墨。前述「認定」一詞，為階段性或暫時性的狀態，並非永久狀態；換句話說，使用者可以藉由切換區段的指令(S7)不斷的更換可編輯狀態的區段。在本實施方式中以不同號碼的標籤來不同的區段，因此，使用者藉由點選不同的標籤，來達成切換可編輯狀態區段的目的。 When the control unit receives the user, a representative selects a specific section In the instruction (switching the segment instruction (S7)), in the present embodiment, the user directly touches the label in the non-highlight state, and the control unit highlights the segment specified by the user on the setting page (100). The section designated by the user is identified as the section of the editable state, which is step 13 (S13). The foregoing highlighting manner may be presented in a highlight state in the present embodiment, or in a blinking state. This portion is a conventional technique, and no ink is added thereto. The term "identification" is a phased or temporary state, not a permanent state; in other words, the user can continuously change the editable state section by switching the section instruction (S7). In the present embodiment, different sections are used for different numbers of labels. Therefore, the user can achieve the purpose of switching the editable state section by clicking different labels.
當控制單元接收到使用者下達代表調整參數的指令(S8)時，則調整目前處於可編輯狀態的區段的參數值，並將其斜度參數值(130)及速度參數值(140)顯示於設定頁面(100)，此即步驟十四(S14)。本實施方式藉由使用者觸壓加值圖示(131、141)、減值圖示(132、142)、滑移指標位置(133、143)或點選調整區域(134、144)的任一處等來調整各區段的斜度參數值(130)或速度參數值(140)，而後控制單元將這些調整後的斜度參數值(130)及速度參數值(140)回傳顯示於設定頁面(100)上。 When the control unit receives the instruction that the user releases the representative adjustment parameter (S8), the parameter value of the segment currently in the editable state is adjusted, and the slope parameter value (130) and the speed parameter value (140) are displayed. On the setting page (100), this is step fourteen (S14). In the present embodiment, the user touches the bonus map (131, 141), the impairment map (132, 142), the slip index position (133, 143), or the click adjustment region (134, 144). One step is to adjust the slope parameter value (130) or the speed parameter value (140) of each segment, and then the control unit returns the adjusted slope parameter value (130) and the velocity parameter value (140) to the display. Set the page (100).
另一方面，雖然本實施方式採用各區段均分總時間的方式，但在其他的實施方式中，運動程式總時間長度固定的情況下，行進路線(113)上各區段的時間長度仍可分別進行調整。以前述第2-A圖及第2-B圖為例，假設使用者同樣將總時間長度設定為60分鐘，在第2-A圖中第一區段 (T1)的時間長度即為60分鐘，當使用者新增了第二區段(T2)至行進路線(113)後，如第2-B圖所示，第一區段(T1)及第二區段(T2)的時間長度可分別被調整成20分鐘及40分鐘。 On the other hand, although the present embodiment adopts a method in which each segment is divided into total time, in other embodiments, when the total length of the motion program is fixed, the length of each segment on the traveling route (113) remains. Can be adjusted separately. Taking the above 2-A and 2-B diagrams as an example, assume that the user also sets the total time length to 60 minutes, and the first section in Figure 2-A. The length of time (T1) is 60 minutes. When the user adds the second section (T2) to the route (113), as shown in Figure 2-B, the first section (T1) and the The length of the two segments (T2) can be adjusted to 20 minutes and 40 minutes, respectively.
第5圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法中的資訊畫面示意圖。第5圖為使用者下達一代表編輯完成的指令並開始進行自定義的運動程式的畫面，其中，畫面中各項數據僅為例示。畫面中央顯示的是路程示意圖(110’)，其具有兩端分別是一起點(111’)及一終點(112’)的一行進路線(113’)，在行進路線(113’)上另有一進度指標(P)，顯示使用者目前的運動進度。路程示意圖(110’)的兩側分別呈現目前的斜度參數值(130’)及速度參數值(140’)。畫面下方所顯示的從左至右分別是心跳速率、已完成距離、已運動時間、消耗的卡路里及步伐距離，這些皆為習知技術，且非本揭示內容的技術重點，故不多作說明。 FIG. 5 is a schematic diagram of an information screen in a method for creating a motion program of a sports equipment according to an embodiment of the present disclosure. Figure 5 is a screen in which the user issues an instruction to edit and completes the custom motion program. The data in the screen is merely an illustration. The center of the screen shows a road map (110') with a travel route (113') with two points (111') and one end point (112') at the two ends, and another route on the travel route (113'). The progress indicator (P) shows the user's current progress. Both sides of the path map (110') present the current slope parameter value (130') and the speed parameter value (140'), respectively. The left to right displayed at the bottom of the screen are the heartbeat rate, the completed distance, the exercise time, the calories burned, and the step distance. These are common technologies and are not the technical focus of this disclosure, so they are not explained. .
第6-A圖至第6-D圖繪示本揭示內容另一實施方式之運動器材的運動程式創建方法的路程示意圖。第6-A圖中的路程示意圖(210)以曲線圖的形式呈現，其中，曲線圖的橫軸代表時間，縱軸代表運動的難度。第6-A圖具有三個區段(T1、T2、T3)依序排列在起點(211)及終點(212)之間，且各區段(T1、T2、T3)的時間長度分別都是10分鐘，意即運動的總時間長度是30分鐘，橫跨第一區段(T1)的線段代表其難度參數值是程度1，橫跨第二區段(T2)的線段代表其難度參數值是程度2，橫跨第三區段(T3)的線段代表其難度參數值是程度1。第一區段(T1)目前呈閃爍 狀態，即第一區段(T1)的難度參數值處於可編輯狀態。其中，本實施方式具有三組按鍵(未繪示)，分別是增加/減少鍵、左/右選擇鍵及上/下難度鍵，這三組按鍵可以是實體按鍵或虛擬的觸控式按鍵；使用者可藉由操作增減鍵，向右增加或向左減少區段，藉由操作選擇鍵，向左或向右選擇欲調整的區段，接著，藉由操作難易鍵，向上或向下調整區段的難易程度。當使用者下達新增區段的指令時，即按壓增加鍵，控制單元新增一第四區段(T4)於第三區段(T3)的右側，如第6-B圖所示。由於本實施方式採用各區段均分總時間的方式，因此，四個區段(T1、T2、T3、T4)的時間長度分別都是7分30秒。應注意到，本實施方式並未將新增的區段設定成以閃爍的狀態***，換句話說，本實施方式的第一區段(T1)在新增第二區段(T2)後，仍處於可編輯的狀態。第6-C圖為使用者下達選擇特定區段的指令，即按壓右選擇鍵，原先處於閃爍狀態的第一區段(T1)停止閃爍，改為第二區段(T2)呈現閃爍狀態。此時，使用者可下達調整參數的指令，即按壓難度鍵，來調整時間第二區段(T2)的運動難易度，如第6-D圖所示，使用者按壓上難度鍵提升第二區段(T2)的運動難度，使其難度參數值由程度2提升至程度3。 6-A to 6-D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to another embodiment of the present disclosure. The path diagram (210) in Figure 6-A is presented in the form of a graph in which the horizontal axis of the graph represents time and the vertical axis represents the difficulty of motion. Figure 6-A has three segments (T1, T2, T3) arranged in sequence between the starting point (211) and the ending point (212), and the lengths of the segments (T1, T2, T3) are respectively 10 minutes, meaning that the total length of motion is 30 minutes, the line segment across the first segment (T1) represents the difficulty parameter value is degree 1, and the line segment spanning the second segment (T2) represents its difficulty parameter value. Is the degree 2, the line segment spanning the third segment (T3) represents the difficulty parameter value is the degree 1. The first segment (T1) is currently flashing The state, that is, the difficulty parameter value of the first section (T1) is in an editable state. The present embodiment has three sets of buttons (not shown), which are an increase/decrease button, a left/right selection button, and an up/down difficulty button, and the three groups of buttons may be physical buttons or virtual touch buttons; The user can increase or decrease the segment to the right or decrease the segment to the left by operating the increase/decrease button, and select the segment to be adjusted to the left or right by operating the selection button, and then up or down by operating the easy button. Adjust the difficulty of the section. When the user issues an instruction to add a new section, that is, presses the increase key, the control unit adds a fourth section (T4) to the right of the third section (T3), as shown in FIG. 6-B. Since the present embodiment adopts a method in which each segment divides the total time, the time lengths of the four segments (T1, T2, T3, and T4) are each 7 minutes and 30 seconds. It should be noted that the present embodiment does not set the newly added section to be inserted in a blinking state. In other words, after the first section (T1) of the present embodiment is added with the second section (T2), Still in an editable state. Figure 6-C shows the user's command to select a specific segment, that is, pressing the right selection button, the first segment (T1) that was originally in the blinking state stops blinking, and the second segment (T2) changes to the blinking state. At this time, the user can issue an instruction to adjust the parameter, that is, press the difficulty button to adjust the movement difficulty of the second section (T2) of the time. As shown in FIG. 6-D, the user presses the upper difficulty key to raise the second. The difficulty of the movement of the segment (T2) increases the difficulty parameter value from the degree 2 to the degree 3.
此外，本實施方式與前一實施方式大略相同，然而，在突顯區段的方式及路程示意圖(110、210)的顯示上略有不同。本實施方式以閃爍的方式呈現可編輯狀態的區段。前一實施方式特別將設定頁面(100)設定成，每次僅顯示目前正處於編輯狀態的區段的難度參數值；而本實施方式的路程示意圖(210)，如第6-D圖所示，可直接綜觀整體 路程的難度，換言之，本實施方式的路程示意圖可同時顯示各區段(T1、T2、T3、T4)的運動難易度。 Further, the present embodiment is substantially the same as the previous embodiment, however, the manner in which the segment is highlighted and the display of the route map (110, 210) are slightly different. This embodiment presents a section in an editable state in a blinking manner. In the previous embodiment, the setting page (100) is specifically set to display only the difficulty parameter value of the segment currently in the editing state at a time; and the path schematic (210) of the present embodiment is as shown in FIG. 6-D. Can directly look at the whole The difficulty of the distance, in other words, the path diagram of the present embodiment can simultaneously display the difficulty of movement of each section (T1, T2, T3, T4).
第7-A圖至第7-D圖繪示本揭示內容又一實施方式之運動器材的運動程式創建方法的操作過程示意圖。第7-A圖至第7-D圖中的路程示意圖(310)以傳統的LED矩陣形式呈現，其中，陣列的橫軸代表區段，縱軸代表運動的難度。第7-A圖具有一個第一區段(T1)，而第一區段(T1)目前呈閃爍狀態，即第一區段(T1)的難度參數值處於可編輯狀態。本實施方式與前一實施方式同樣具有可以是實體按鍵或虛擬的觸控式按鍵的三組按鍵(未繪示)：增加/減少鍵、左/右選擇鍵及上/下難度鍵。當使用者下達新增區段的指令時，即按壓增加鍵，控制單元新增一第二區段(T2)於第一區段(T1)的右側，如第7-B圖所示。應注意到，本實施方式與前一實施方式同樣將新增的區段設定成以閃爍的狀態***，換句話說，第7-A圖在新增第二區段(T2)變成第7-B圖後，原先處於可編輯狀態的第一區段(T1)會停止閃爍，改由第二區段(T2)呈閃爍的可編輯狀態。第7-C圖為使用者下達調整參數的指令，即按壓難度鍵，來調整時間第二區段(T2)的運動難易度，將第二區段(T2)的難度參數值由程度1提升至程度2。當使用者再次按壓增加鍵，此時，控制單元再新增一第三區段(T3)於第二區段(T2)的右側，如第7-D圖所示，同樣地，第三區段(T3)是以閃爍的可編輯狀態***。然而，無論***幾個區段，總時間參數值都不會改變，亦即全部區段的時間參數值總合不會改變，且本實施方式同樣採取各區段均分總時間的方式。舉例來說，若使用者將總時間參數值設定成30分 鐘，在第7-A圖中第一區段(T1)的時間參數值為30分鐘，在第7-B圖中第一區段(T1)及第二區段(T2)的時間參數值分別都是15分鐘，而在第7-D圖中第一區段(T1)、第二區段(T2)及第三區段(T3)的時間參數值則分別為10分鐘。至於前述總時間參數值的來源有很多種，無論是在本實施方式於他處另設介面供設定，或是運動器材原本就有內部設定總時間參數值等，這些都是習知技術，非本實施方式所要強調的重點，故此處不詳細說明。 7-A to 7-D are diagrams showing an operation procedure of a motion program creation method of a sports equipment according to still another embodiment of the present disclosure. The path diagrams (310) in Figures 7-A through 7-D are presented in the form of a conventional LED matrix in which the horizontal axis of the array represents the segment and the vertical axis represents the difficulty of motion. Figure 7-A has a first segment (T1), while the first segment (T1) is currently in a blinking state, i.e., the difficulty parameter value of the first segment (T1) is in an editable state. The present embodiment has three sets of buttons (not shown) which may be physical buttons or virtual touch buttons as in the previous embodiment: an increase/decrease button, a left/right selection button, and an up/down difficulty button. When the user issues an instruction to add a new section, that is, presses the increase key, the control unit adds a second section (T2) to the right of the first section (T1), as shown in FIG. 7-B. It should be noted that the present embodiment sets the newly added section to be inserted in a blinking state as in the previous embodiment. In other words, the 7th-A map becomes the 7th in the newly added second section (T2). After the B picture, the first segment (T1) that was originally in the editable state stops blinking, and the second segment (T2) is flashed in an editable state. Figure 7-C shows the user's instruction to adjust the parameters, that is, press the difficulty button to adjust the movement difficulty of the second segment (T2), and increase the difficulty parameter value of the second segment (T2) by the degree 1. To the extent of 2. When the user presses the increase button again, at this time, the control unit adds a third segment (T3) to the right of the second segment (T2), as shown in FIG. 7-D, and likewise, the third region. The segment (T3) is inserted in a flashing editable state. However, regardless of the number of segments inserted, the total time parameter value does not change, that is, the total time parameter values of all the segments do not change, and the present embodiment also adopts the manner in which the segments are divided into total time. For example, if the user sets the total time parameter value to 30 points Clock, the time parameter value of the first segment (T1) in Figure 7-A is 30 minutes, and the time parameter values of the first segment (T1) and the second segment (T2) in Figure 7-B It is 15 minutes each, and the time parameter values of the first segment (T1), the second segment (T2), and the third segment (T3) in the 7-D graph are respectively 10 minutes. There are many sources of the aforementioned total time parameter values, whether in the present embodiment, another interface is provided for other settings, or the sports equipment originally has an internal set total time parameter value, etc., these are conventional techniques, The emphasis of this embodiment is emphasized, so it will not be described in detail here.
第8-A圖至第8-D圖繪示本揭示內容再一實施方式之運動器材的運動程式創建方法的路程示意圖。第8-A圖至第8-D圖中的路程示意圖(410)以觸控螢幕上的歷程圖群來呈現，本實施方式的歷程圖群能仿真實路面的斜度狀態，讓使用者直觀、快速地認知跑步機跑板傾斜角度的變化歷程；其餘關於歷程圖群的詳細說明，請參考申請人所申請的公開號第201041625號申請案。第8-A圖的路程示意圖(410)具有由左下右上走向的一行進路線(413)，其兩端具有一起點(411)及一終點(412)，行進路線(413)上具有一第一區段(T1)，而且第一區段(T1)目前呈高亮狀態，即第一區段(T1)的各項參數值處於可編輯狀態，而行進路線(413)與虛擬線(L)的夾角(A1)代表第一區段(T1)的運動難易度，角度越大表示難易度越高。當使用者下達新增區段的指令時，控制單元新增一第二區段(T2)於第一區段(T1)的右上側，如第8-B圖所示。應注意到，本實施方式與第一實施方式(第1圖至第5圖)同樣將新增的區段設定成以高亮的狀態***，換句話說，第8-A圖在新增第二區段(T2)變成第8-B圖後，原先處於可編輯狀態的區段第一 (T1)會變暗，改由第二區段(T2)呈高亮的可編輯狀態。第8-C圖為使用者下達調整參數的指令，來調整時間第二區段(T2)的運動難易度，比較第8-B圖及第8-C圖的夾角(A2)可知，使用者將第二區段(T2)的運動難度調高，使得第8-C圖中夾角(A2)的角度大於第8-B圖中夾角(A2)的角度。當使用者再次下達新增區段的指令，此時，控制單元再新增一第三區段(T3)於第二區段(T2)的右上側，如第8-D圖所示，同樣地，第三區段(T3)是以高亮的可編輯狀態***。 8-A to 8-D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to still another embodiment of the present disclosure. The path diagram (410) in Figures 8-A through 8-D is presented by the history map group on the touch screen. The history map group of the present embodiment can simulate the slope state of the real road surface, so that the user can intuitively Quickly recognize the change course of the treadmill's running angle. For the detailed description of the course group, please refer to the applicant's application No. 201041625. The path diagram (410) of Figure 8-A has a travel route (413) running from the lower left to the upper right, with a point (411) and an end point (412) at both ends, and a first on the travel route (413). Section (T1), and the first section (T1) is currently highlighted, that is, the parameter values of the first section (T1) are in an editable state, and the travel route (413) and the virtual line (L) The angle (A1) represents the difficulty of movement of the first section (T1), and the larger the angle, the higher the difficulty. When the user issues an instruction to add a new section, the control unit adds a second section (T2) to the upper right side of the first section (T1), as shown in FIG. 8-B. It should be noted that this embodiment is similar to the first embodiment (Figs. 1 to 5) in that the newly added section is set to be inserted in a highlighted state, in other words, the 8-A diagram is added. After the second segment (T2) becomes the 8-B map, the segment that was originally in the editable state is the first (T1) will be dimmed, and the second section (T2) will be highlighted in an editable state. Figure 8-C shows the user's instruction to adjust the parameters to adjust the movement difficulty of the second section (T2). Comparing the angles of the 8-B and 8-C diagrams (A2), the user can see that the user The difficulty of the movement of the second section (T2) is raised such that the angle of the included angle (A2) in the 8-C diagram is larger than the angle of the included angle (A2) in the 8-B diagram. When the user again orders the new section, the control unit adds a third section (T3) to the upper right side of the second section (T2), as shown in Figure 8-D. The third segment (T3) is inserted in a highlighted editable state.
值得一提的是，以上諸多實施方式看似是以與運動器材直接相連的人機介面來進行運動程式的創設，然而，本揭示內容之運動器材的運動程式創建方法亦可以一電腦做為操作介面，使用者在電腦上進行運動程式的設計並儲存後，可遠端與某一特定運動器材連線載入、或以抽取式硬碟存取讀入預先於他處設計好的運動程式。 It is worth mentioning that the above embodiments seem to be created by a human-machine interface directly connected to the sports equipment. However, the motion program creation method of the sports equipment of the present disclosure can also be operated by a computer. Interface, after the user designs and stores the motion program on the computer, the remote device can be loaded with a specific sports equipment, or can be read by a removable hard disk to read the motion program designed in advance.
由上述實施方式可知，應用本揭示內容之運動器材的運動程式創建方法，讓使用者藉由人機介面快速的增減區段、調整各區段的參數值...等，不僅提升了創設自定義運動程式的靈活度，更使整體的操作過程更直觀。 It can be seen from the above embodiments that the motion program creation method of the sports equipment of the present disclosure is used to allow the user to quickly increase or decrease the section by the human-machine interface, adjust the parameter values of each section, etc., thereby not only improving the creation. The flexibility of the custom motion program makes the overall operation process more intuitive.
100‧‧‧設定頁面 100‧‧‧Setting page
110、110’‧‧‧路程示意圖 110, 110’‧‧‧
111、111’‧‧‧起點 111, 111’ ‧ ‧ starting point
112、112’‧‧‧終點 112, 112’ ‧ ‧ end
113、113’‧‧‧行進路線 113, 113’‧‧‧The route of travel
120‧‧‧增加鍵 120‧‧‧Add key
121‧‧‧減少鍵 121‧‧‧ reduction key
122‧‧‧開始鍵 122‧‧‧ start button
130、130’‧‧‧斜度參數值 130, 130'‧‧‧ slope parameter values
131‧‧‧加值圖示 131‧‧‧value icon
132‧‧‧減值圖示 132‧‧‧ Impairment icon
133‧‧‧指標 133‧‧ indicators
134‧‧‧調整區域 134‧‧‧Adjustment area
140、140’‧‧‧速度參數值 140, 140’‧‧‧ speed parameter values
141‧‧‧加值圖示 141‧‧‧value icon
142‧‧‧減值圖示 142‧‧‧ Impairment icon
143‧‧‧指標 143‧‧ indicators
144‧‧‧調整區域 144‧‧‧Adjustment area
150‧‧‧時間參數值 150‧‧‧ time parameter value
160‧‧‧重量參數值 160‧‧‧weight parameter value
170‧‧‧預設的運動程式鈕 170‧‧‧Preset sport program button
180‧‧‧自定義程式鈕 180‧‧‧Customized button
190‧‧‧儲存鈕 190‧‧‧Save button
210‧‧‧路程示意圖 210‧‧‧Distance diagram
211‧‧‧起點 Starting point of 211‧‧
212‧‧‧終點 212‧‧‧ End
310‧‧‧路程示意圖 310‧‧‧Distance diagram
410‧‧‧路程示意圖 410‧‧‧distance schematic
411‧‧‧起點 Starting point for 411‧‧
412‧‧‧終點 412‧‧‧ End
413‧‧‧行進路線 413‧‧‧Travel route
A1~A3‧‧‧夾角 A1~A3‧‧‧ angle
L‧‧‧虛擬線 L‧‧‧ virtual line
P‧‧‧進度指標 P‧‧‧ Progress Indicators
S1~S14‧‧‧步驟一~十四 S1~S14‧‧‧Steps 1~14
T1‧‧‧第一區段 First section of T1‧‧
T2‧‧‧第二區段 T2‧‧‧second section
T3‧‧‧第三區段 T3‧‧‧ third section
T4‧‧‧第四區段 T4‧‧‧ fourth section
第1圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法中的設定頁面示意圖。 FIG. 1 is a schematic diagram showing a setting page in a method for creating a motion program of a sports equipment according to an embodiment of the present disclosure.
第2-A圖至第2-D圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法的路程示意圖。 FIG. 2A to FIG. 2D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to an embodiment of the present disclosure.
第3圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法的概略流程圖。 FIG. 3 is a schematic flow chart showing a method for creating a motion program of a sports equipment according to an embodiment of the present disclosure.
第4圖繪示第3圖中編輯程式的詳細流程圖。 Figure 4 is a detailed flow chart showing the editing program in Figure 3.
第5圖繪示本揭示內容一實施方式之運動器材的運動程式創建方法中的資訊畫面示意圖。 FIG. 5 is a schematic diagram of an information screen in a method for creating a motion program of a sports equipment according to an embodiment of the present disclosure.
第6-A圖至第6-D圖繪示本揭示內容另一實施方式之運動器材的運動程式創建方法的路程示意圖。 6-A to 6-D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to another embodiment of the present disclosure.
第7-A圖至第7-D圖繪示本揭示內容又一實施方式之運動器材的運動程式創建方法的路程示意圖。 7-A to 7-D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to still another embodiment of the present disclosure.
第8-A圖至第8-D圖繪示本揭示內容再一實施方式之運動器材的運動程式創建方法的路程示意圖。 8-A to 8-D are schematic diagrams showing the path of the motion program creation method of the sports equipment according to still another embodiment of the present disclosure.
S5~S14‧‧‧步驟五~十四 S5~S14‧‧‧Steps 5~14
Claims (9)
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| Application Number | Priority Date | Filing Date | Title |
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| TW101151339A TWI527607B (en) | 2012-12-28 | 2012-12-28 | The movement program creation method of sports equipment |
| CN201310711681.8A CN103914611B (en) | 2012-12-28 | 2013-12-20 | Exercise program creating method for exercise equipment |
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| TW101151339A TWI527607B (en) | 2012-12-28 | 2012-12-28 | The movement program creation method of sports equipment |
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| TWI527607B true TWI527607B (en) | 2016-04-01 |
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| TWI773942B (en) * | 2019-11-15 | 2022-08-11 | 高登智慧科技股份有限公司 | Programmable intelligent motion teaching method and system thereof |
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| CN106558120A (en) * | 2015-09-29 | 2017-04-05 | 上海汽车集团股份有限公司 | A kind of method and device of event handling |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US4278095A (en) * | 1977-09-12 | 1981-07-14 | Lapeyre Pierre A | Exercise monitor system and method |
| US4842266A (en) * | 1986-08-27 | 1989-06-27 | Sweeney Sr James S | Physical exercise apparatus having motivational display |
| US5067710A (en) * | 1989-02-03 | 1991-11-26 | Proform Fitness Products, Inc. | Computerized exercise machine |
| US5512025A (en) * | 1989-02-03 | 1996-04-30 | Icon Health & Fitness, Inc. | User-programmable computerized console for exercise machines |
| CN101450255A (en) * | 2007-11-29 | 2009-06-10 | 林信昌 | System capable of simulating bicycle to run on a road |
| CN102043577B (en) * | 2009-10-26 | 2012-12-19 | 乔山健康科技股份有限公司 | Human-machine interface method of sports apparatus and human-machine interface device |
| CN102600581B (en) * | 2011-01-25 | 2014-08-20 | 鸿富锦精密工业（深圳）有限公司 | Body-building equipment simulation system and method |
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