201231132 六、發明說明： 【發明所屬之技術領域】 [0001]本發明涉及一種健身器材，特別涉及一種健身器材的模 擬系統及方法。 【先前技術】 [0002] 習知電子健身器材大多僅有機械結構、輔助支架及簡易 電子設定畫面等結構。此類健身器材都是一個孤立的器 械，其無法在使用者的運動過程中與使用者互動。使用 者只能利用相應健身器材進行枯燥無味的重複性鍛煉， 因此往往使得使用者可能無法堅持锻煉。 .. ..... .... 【發明内容】 " [0003] 鑒於以上内容，有必要提供一*種可;與使用者互動的健身 器材的模擬系統及方法。 [0004]—種模擬系統，使用於一健身器材’該模擬系統包括： [〇〇〇5]—設定模塊，用於設定該健身器材的訓練參數，該訓練 參數包括路線設定； 〇 [0006] —處理模塊’用於根據設定的訓練參數讀取路線起點處 的地圖資料； [0007] —運動狀態感測單元，用於感測使用者的運動速度，並 將其傳送至該處理模塊，該處理模塊還用於根據使用者 的運動時間計算此時使用者距離路線起點的距離，並對 應讀取對應位置的地圖資料； [0008] —電子羅盤，用於感測使用者頭部的運動，該處理模塊 還用於根據得到的使用者頭部的運動判斷此時使用者的 1002004356-0 100102432 表單編號A0101 第3頁/共23頁 201231132 頭部方向，並據此讀取對應視角的地圖資料；以及 [0009] 一播放器，用於播放起點、對應位置處以及對應視角的 地圖貢料的地圖貢料。 [0010] 一種使用於健身器材的模擬方法，包括以下步驟： [0011] 設定健身器材的訓練參數，該訓練參數包括路線設定； [0012] 根據設定的訓練參數讀取路線起點處的地圖資料； [0013] 透過一播放器播放上述路線起點處的地圖資料； [0014] 透過一運動狀態感測單元感測使用者的運動速度； [0015] 根據使用者的運動時間計算此時使用者距離路線起點的 距離，並對應讀取對應位置的地圖資料； [0016] 透過該播放器播放對應位置的地圖資料； [0017] 透過一電子羅盤感測使用者頭部的運動； [0018] 根據得到的使用者頭部的運動判斷此時使用者的頭部方 向，並據此讀取對應視角的地圖資料；以及 [0019] 透過該播放器播放對應視角的地圖資料。 [0020] 上述模擬系統及方法透過播放時即時播放對應位置處的 地圖資料，使得使用者在使用健身器材時有身臨其境的 感覺，增加了健身器材的娛樂性。 【實施方式】 [0021] 請參閱圖1，本發明模擬系統使用於一健身器材1上。本 實施方式中，該健身器材1以一跑步機為例進行說明，其 他實施方式中，該健身器材1還可以為健身自行車、划船 100102432 表單編號A0101 第4頁/共23頁 1002004356-0 201231132 [0022] Ο [0023]201231132 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a fitness apparatus, and more particularly to an analog system and method for a fitness equipment. [Prior Art] [0002] Most of the conventional electronic fitness equipments have only a mechanical structure, an auxiliary bracket, and a simple electronic setting screen. Such exercise equipment is an isolated device that does not interact with the user during the user's exercise. The user can only use the corresponding fitness equipment for boring and repetitive exercise, so often the user may not be able to keep exercising. .. ..... .... [Summary] " [0003] In view of the above, it is necessary to provide a simulation system and method for fitness equipment that interacts with the user. [0004] A simulation system for use in a fitness equipment 'The simulation system includes: [〇〇〇5] - a setting module for setting training parameters of the fitness equipment, the training parameters including route setting; 〇 [0006] a processing module 'for reading map data at a starting point of the route according to the set training parameter; [0007] a motion state sensing unit for sensing a motion speed of the user and transmitting the same to the processing module The processing module is further configured to calculate the distance of the user from the starting point of the route according to the movement time of the user, and correspondingly read the map data of the corresponding location; [0008] - an electronic compass for sensing the movement of the user's head, The processing module is further configured to determine, according to the obtained motion of the user's head, the user's 1002004356-0 100102432 form number A0101, page 3/23, 201231132 head direction, and accordingly read the map data of the corresponding perspective. And [0009] a player for playing the map tribute of the starting point, the corresponding position and the map tribute of the corresponding angle of view. [0010] A simulation method for a fitness equipment includes the following steps: [0011] setting a training parameter of the fitness equipment, the training parameter including a route setting; [0012] reading map data at a starting point of the route according to the set training parameter; [0013] playing the map data at the beginning of the route through a player; [0014] sensing the motion speed of the user through a motion state sensing unit; [0015] calculating the user distance route according to the user's exercise time The distance of the starting point, and correspondingly reading the map data of the corresponding position; [0016] playing the map data of the corresponding position through the player; [0017] sensing the movement of the user's head through an electronic compass; [0018] according to the obtained The motion of the user's head determines the direction of the user's head at this time, and accordingly reads the map data of the corresponding perspective; and [0019] plays the map data of the corresponding perspective through the player. [0020] The above-mentioned simulation system and method can instantly play the map data at the corresponding position by playing, so that the user has an immersive feeling when using the fitness equipment, and the entertainment of the fitness equipment is increased. [Embodiment] [0021] Referring to FIG. 1, the simulation system of the present invention is used on a fitness equipment 1. In the embodiment, the fitness equipment 1 is described by taking a treadmill as an example. In other embodiments, the fitness equipment 1 can also be an exercise bicycle and a rowing boat 100102432 Form No. A0101 Page 4 / 23 pages 1002004356-0 201231132 [ 0022] Ο [0023]
[0024] [0025] 器、健步機以及登高機等。 請一並參閱圖2，該模擬系統的較佳實施方式包括一第一 訊號發送接收單元10、一第二訊號發送接收單元12、一 運動狀態感測單元13、一電子羅盤15、一播放器16、一 存儲單元18、一網路單元19、一處理單元20及一設定單 元21。其中，該第一訊號發送接收單元10、運動狀態感 測單元13、存儲單元18、網路單元19、處理單元20及設 定單元21均設置於該健身器材1上。該播放器16為一頭戴 式播放器，該第二訊號發送接收單元12以及電子羅盤15 均設置於該頭戴式播放器上。 該第一訊號發送接收單元10與第二訊號發送接收單元12 之間相互接收及發送資料。該運動狀態感測單元13用於 即時感測使用者的運動狀態，包括速度及時間等，並將 使用者的運動狀態資訊傳送給處理單元20。該存儲單元 18中存儲有複數預先拍攝的複數街道的360度實景地圖。 該網路單元19可用於從網路上下載第三方提供的實地街 景等地圖資料。該設定單元21用於使用者對即將進行的 鍛煉進行設定，如設定難度等級、路線等等。 該處理單元20用於接收來自運動狀態感測單元13所得到 的運動狀態資訊，並根據設定單元21所設定的難度等級 或路線等資料讀取存儲於存儲單元18内的地圖資料。該 地圖資料則透過第一訊號發送接收單元1 0及第二訊號發 送接收單元12傳輸至播放器16，以顯示給使用者。 該電子羅盤15可用於感測整個頭戴式播放器的方位，從 100102432 表單編號Α0101 第5頁/共23頁 1002004356-0 201231132 而得知使用者的頭部動作，如左轉45度或者右轉45度等 。該電子羅盤1 5所感測得到的使用者的頭部動作資訊透 過第二訊號發送接收單元12及第一訊號發送接收單元10 傳送給該處理單元20，該處理單元20根據使用者的頭部 動作資訊讀取對應角度的地圖資料並再次透過第一訊號 發送接收單元10及第二訊號發送接收裝置12傳送至播放 器16進行顯示，從而可使得使用者體驗到身臨其境的感 覺。 [0026] 下面將透過一個實例來描述上述模擬系統的工作原理： [0027] 請參閱圖3-6，該設定單元21包括一觸控屏。當模擬系統 開始工作時，該觸控屏上顯示有四個設定選項：線路設 定、已存路線、訓練級別以及體能記錄。當選擇線路設 定時，使用者可透過選擇起點及終點來設定線路（如圖3 所示），當選擇完成之後，使用者還可將其存儲。當選 擇已存路線時，使用者即可透過時間或者名稱直接選取 以前設定完成的線路（如圖4所示）。當選擇訓練級別時 ，使用者可根據訓練強度選擇不同的線路，其中訓練級 別可以根據線路長度及坡度來進行區分（如圖5所示）。 當選擇體能記錄時，使用者即可查看最近一次或幾次的 訓練資訊，其包括長度、起始及結束位置、訓練等級以 及完成時間等等（如圖6所示）。 [0028] 假設使用者選擇路線設定並選擇了 A街道與B街道分別作 為起點和終點。此時，該處理單元20根據該設定資訊從 存儲單元18中讀取起點處（即A街道）的地圖資訊，使用 者即可透過頭戴式播放器16觀看到A街道的畫面。 100102432 表單編號A0101 第6頁/共23頁 1002004356-0 201231132 [0029] 如圖7所示，當使用者開始運動時，該運動狀態感測單元 13即時讀取此時使用者的速度，並將其傳送至處理單元 2〇。該處理單元2G根據使用者的運料間計算此時使用 者距離起點的距離，並對應魏存儲單元财的地圖資 料4地圖資料即被傳送至頭戴式播放器本實施方 式t ’該處理單元2〇可以—定的時間段為單位來計算使 用者距離起點的距離，並對應更換傳送至頭戴式播放器 Ο [0030] 16的地圖資料。為了使使用者具有更真實的感受，該單 位時間愈短愈好。 若在運動過程中使用者的頭部向右轉動，此時該電子羅 盤15即偵測到整個頭戴式播放器16的方位發生改變並 將偵測到的資訊透過該第二訊號發送接收單元12傳送至 第—訊號發送接收單元10。該處理單元2〇接收到該資訊 後即從存儲單元18中讀取對應角度的地圓資訊，並再次 將地圖資訊傳送至頭戴式播放器16，如圖8所示。此時， 使用者即可觀看到其他角度的晝面。 Ο [0031] 與上述描述原理相同，若在運動過程中使用者的頭部向 左轉動’使用者即可觀看到另一角度的畫面，如圖9所示 〇 [0032] 另，該處理單元20還即時根據所讀取的地圖資料判斷該 處的地形資料，並對應根據地形資料調整跑步機，如當 判斷該處的地形具有坡度時即將跑步機的角度增加（如 圖10所示）或者將健身自行車的騎行阻力增加，以增加 使用者的訓練難度，且更加接近現實。其中該處理單元 20了透過發送控制訊號給跑步機的傳動單元來調整跑步 100102432 1002004356-0 表單編號A0101 第7頁/共23頁 201231132 機的角度，此與習知的跑步機相同，在此不再贅述。 [0033] 根據上面的描述可知，該模擬系統不會改變原跑步機的 結構與功能，且該模擬系統可獨立於跑步機而存在，故 使用者可不用購買新的跑步機，而僅僅將模擬系統安裝 於原跑步機即可。另，使用者甚至可以將該模擬系統使 用於公共健身房的跑步機，當使用者結束訓練時即可將 模擬系統取下，如此將十分方便。 [0034] 請參閱圖11，本發明健身器材的模擬方法的較佳實施方 式包括以下步驟： [0035] 步驟S1 :使用者透過設定單元21對訓練參數進行設定， 其包括路線設定、訓練級別設定等。 [0036] 步驟S2 :該處理單元20根據該設定資訊從存儲單元18中 讀取起點處的地圖資訊，使用者即可透過頭戴式播放器 16觀看到起點處的畫面。 [0037] 步驟S3 :當使用者開始運動時，該運動狀態感測單元13 即時讀取此時使用者的速度，並將其傳送至處理單元20 〇 [0038] 步驟S4 :該處理單元20根據使用者的運動時間計算此時 使用者距離起點的距離，並對應讀取存儲單元18中的地 圖資料。該地圖資料即被傳送至頭戴式播放器16。本實 施方式中，該處理單元20可以一定的時間段為單位來計 算使用者距離起點的距離，並對應更換傳送至頭戴式播 放器16的地圖資料。為了使使用者具有更真實的感受， 該單位時間愈小愈好。 100102432 表單編號A0101 第8頁/共23頁 1002004356-0 201231132 [0039]步驟S5 :該電子羅盤15即時感測整個頭戴式播敌器丨^的 方位是否發生改變，並在改變時將偵測到的資訊透過嗜 第二訊號發送接收單元12傳送至第一訊號發送接收單元 10。 & _]步驟S6 :該處理單元20接收到該資訊後即從存筒單元18 中讀取對應角度的地圖資訊，並再次將地圖資訊傳送至 頭戴式播放器16。此時，使用者即可觀看到其他角度的 畫面。 〇 [0041]步驟S7 :該處理單元20即時根據所讀取的地圖資料判斷 該處的地形資料’並對應根據地形資料調整跑步機，如 當判斷該處的地形具有坡度時即將跑步機的角度增加， 以增加使用者的訓練難度，且更加接近現實。 [_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例，舉凡 熟悉本案技藝之人士，在爰依本發明精神辦作之等效修 Q 飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圃健身器材與本發贼擬线的較佳實施方式的示 意圖。 [0044] 圖2是圖1中模擬系統的方框圖。 [0045] 圖3至圖10是圖1中模擬系統的工作示意圖。 [〇〇46]圖11是本發明模擬方法的較佳實施方式的流程圖。 【主要元件符號說明】 100102432 表單編號A0101 第9頁/共23頁 1002004356-0 10 201231132 [0047] [0048] [0049] [0050] [0051] [0052] [0053] [0054] [0055] [0056] 12 健身器材：1 第一訊號發送接收單元： 第二訊號發送接收單元： 運動狀態感測單元：13 電子羅盤：15 播放器：16 存儲單元：18 網路單元：19 處理單元：20 設定早元.21 100102432 表單編號A0101 第10頁/共23頁 1002004356-0[0025] [0025], a stepper, a climber, and the like. Referring to FIG. 2, a preferred embodiment of the analog system includes a first signal transmitting and receiving unit 10, a second signal transmitting and receiving unit 12, a motion state sensing unit 13, an electronic compass 15, and a player. 16. A storage unit 18, a network unit 19, a processing unit 20, and a setting unit 21. The first signal transmitting and receiving unit 10, the motion state sensing unit 13, the storage unit 18, the network unit 19, the processing unit 20, and the setting unit 21 are all disposed on the fitness equipment 1. The player 16 is a head-mounted player, and the second signal transmitting and receiving unit 12 and the electronic compass 15 are disposed on the head-mounted player. The first signal transmitting and receiving unit 10 and the second signal transmitting and receiving unit 12 mutually receive and transmit data. The motion state sensing unit 13 is configured to instantly sense the motion state of the user, including speed and time, and transmit the motion state information of the user to the processing unit 20. The storage unit 18 stores a 360-degree real-time map of a plurality of pre-photographed plural streets. The network unit 19 can be used to download map data such as a real-time street view provided by a third party from the Internet. The setting unit 21 is used for the user to set an upcoming exercise, such as setting a difficulty level, a route, and the like. The processing unit 20 is configured to receive the motion state information obtained from the motion state sensing unit 13, and read the map data stored in the storage unit 18 according to the difficulty level or the route set by the setting unit 21. The map data is transmitted to the player 16 through the first signal transmitting and receiving unit 10 and the second signal transmitting and receiving unit 12 for display to the user. The electronic compass 15 can be used to sense the orientation of the entire head mounted player, and the user's head motion is known from the 100102432 form number Α0101 page 5/23 pages 1002004356-0 201231132, such as left turn 45 degrees or right Turn 45 degrees and so on. The user's head motion information sensed by the electronic compass 15 is transmitted to the processing unit 20 through the second signal transmitting and receiving unit 12 and the first signal transmitting and receiving unit 10, and the processing unit 20 operates according to the user's head. The information is read from the corresponding angle map data and transmitted to the player 16 for display through the first signal transmitting and receiving unit 10 and the second signal transmitting and receiving device 12, so that the user can feel the immersive feeling. [0026] Referring to FIG. 3-6, the setting unit 21 includes a touch screen. When the simulation system starts working, there are four setting options displayed on the touch screen: line settings, saved routes, training levels, and fitness records. When the line is selected, the user can set the line by selecting the start point and the end point (as shown in Figure 3). After the selection is completed, the user can also store it. When selecting an existing route, the user can directly select the previously completed line by time or name (as shown in Figure 4). When the training level is selected, the user can select different lines according to the training intensity, wherein the training level can be distinguished according to the line length and the slope (as shown in Fig. 5). When physical performance recording is selected, the user can view the last or several training information, including length, start and end positions, training level, and completion time (see Figure 6). [0028] Assume that the user selects the route setting and selects A street and B street as the starting point and the ending point, respectively. At this time, the processing unit 20 reads the map information of the starting point (i.e., A street) from the storage unit 18 based on the setting information, and the user can view the screen of the A street through the head mounted player 16. 100102432 Form No. A0101 Page 6 of 23 1002004356-0 201231132 [0029] As shown in FIG. 7, when the user starts moving, the motion state sensing unit 13 immediately reads the speed of the user at this time, and It is transferred to the processing unit 2〇. The processing unit 2G calculates the distance from the starting point of the user according to the user's transportation space, and transmits the map data corresponding to the map data of the Wei storage unit to the head mounted player. The present embodiment t 'the processing unit 2〇 The distance from the starting point can be calculated in units of a fixed time period, and the map data transmitted to the head mounted player Ο [0030] 16 is replaced. In order to make the user feel more realistic, the shorter the unit time, the better. If the user's head rotates to the right during the movement, the electronic compass 15 detects that the orientation of the entire head mounted player 16 changes and transmits the detected information to the second signal transmitting and receiving unit. 12 is transmitted to the first signal transmitting and receiving unit 10. After receiving the information, the processing unit 2 reads the ground information of the corresponding angle from the storage unit 18, and transmits the map information to the head mounted player 16, as shown in FIG. At this point, the user can view the faces of other angles. 003 [0031] The principle is the same as described above. If the user's head rotates to the left during the movement, the user can view the image of another angle, as shown in FIG. 9 [0032] In addition, the processing unit 20 also immediately judges the terrain data of the location according to the read map data, and adjusts the treadmill according to the terrain data, for example, when the terrain of the place is determined to have a slope, the angle of the treadmill is increased (as shown in FIG. 10) or Increase the riding resistance of the exercise bike to increase the difficulty of the user's training and become closer to reality. The processing unit 20 adjusts the running angle of the running 100102432 1002004356-0 form number A0101, page 7 of 23, 201231132 by transmitting a control signal to the transmission unit of the treadmill, which is the same as the conventional treadmill. Let me repeat. [0033] According to the above description, the simulation system does not change the structure and function of the original treadmill, and the simulation system can exist independently of the treadmill, so the user can simply simulate without having to purchase a new treadmill. The system can be installed on the original treadmill. In addition, the user can even use the simulation system for the treadmill used in the public gym, and the analog system can be removed when the user finishes training, which is very convenient. [0034] Referring to FIG. 11, a preferred embodiment of the method for simulating the fitness equipment of the present invention includes the following steps: [0035] Step S1: The user sets the training parameters through the setting unit 21, including route setting and training level setting. Wait. [0036] Step S2: The processing unit 20 reads the map information at the starting point from the storage unit 18 according to the setting information, and the user can view the screen at the starting point through the head mounted player 16. [0037] Step S3: When the user starts to move, the motion state sensing unit 13 instantly reads the speed of the user at this time and transmits it to the processing unit 20 [0038] Step S4: The processing unit 20 is based on The user's exercise time calculates the distance of the user from the starting point at this time, and correspondingly reads the map data in the storage unit 18. The map material is transmitted to the head mounted player 16. In this embodiment, the processing unit 20 can calculate the distance of the user from the starting point in units of a certain period of time, and correspondingly replace the map data transmitted to the head mounted player 16. In order to make the user feel more real, the smaller the unit time, the better. 100102432 Form No. A0101 Page 8 of 23 1002004356-0 201231132 [0039] Step S5: The electronic compass 15 immediately senses whether the orientation of the entire head-mounted player 丨^ changes and will detect when changing The obtained information is transmitted to the first signal transmitting and receiving unit 10 through the second signal transmitting and receiving unit 12. & _] Step S6: After receiving the information, the processing unit 20 reads the map information of the corresponding angle from the storage unit 18, and transmits the map information to the head mounted player 16 again. At this point, the user can view the picture at other angles. 〇[0041] Step S7: The processing unit 20 immediately determines the terrain data of the location according to the read map data and adjusts the treadmill according to the terrain data, such as when the terrain of the terrain is determined to have a gradient Increase to increase the difficulty of the user's training, and closer to reality. [_ In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. However, the above is only a preferred embodiment of the present invention, and those skilled in the art will be able to cover the equivalent of the invention in the spirit of the present invention. . [Simple description of the drawings] A schematic diagram of a preferred embodiment of the fitness equipment and the present thief. 2 is a block diagram of the simulation system of FIG. 1. 3 to FIG. 10 are schematic diagrams showing the operation of the simulation system of FIG. 1. [0046] Figure 11 is a flow chart of a preferred embodiment of the simulation method of the present invention. [Description of main component symbols] 100102432 Form No. A0101 Page 9 of 23 1002004356-0 10 201231132 [0048] [0049] [0054] [0055] [0055] 0056] 12 Fitness equipment: 1 The first signal transmission and reception unit: The second signal transmission and reception unit: Motion state sensing unit: 13 Electronic compass: 15 Player: 16 Storage unit: 18 Network unit: 19 Processing unit: 20 Settings Early Yuan.21 100102432 Form No. A0101 Page 10 / Total 23 Page 1002004356-0