201026360 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種可以適當地支援由運動者所進行的 訓練之訓練裝置、樂曲再生方法、資訊記錄媒體以及程式。 【先前技術】 一直以來，在運動健身房及健身俱樂部内，使用了各 ®種訓練裝置。例如，以有氧腳踏車（註冊商標）為代表的固 定式腳踏機器，係可有效果地進行有氧運動而十分受到歡 迎。 ' 於這樣的固定式腳踏機器，例如，係針對踏板的步調 • (Cadence(一分鐘的回轉數））來提示目標值，而可配合這個目 標值（目標步調）來踩踏踏板進行訓練。也就是說，運動者， 係在預定時間内，以盡可能使回轉數接近提示之目標步調 $ 的方式’持續地踩踏踏板以進行訓練。 於這樣的訓練’並非最初就以大的值來作為目標步調 以進行訓練，而是為了使身體逐漸習慣，一般係由較小的 值開始’並階段式地過渡（轉變）至較大的值。而且，當接 近训練結束時，係為了緩和下來而再次過渡至小的值。再 者’除了這樣的目標步調之外’也可以適當增減附加至踏 板的負載（踏板負载）。 以^樣的固定式腳踏機器作為一例’也揭露了一種發 明（例如，請參照專利文獻1)。該發明，係可在回應於運動 3 201026360 者的踩踏踏板的回轉數 影像）上，合成對戰對手 將其顯示至監視器上， 動。 而改變速度之風景影像（前方視野 之角色（踩腳踏車的敵人影像）， 以與這個角色競爭的方式來進行= [先前技術文獻] (專利文獻） 頁 專利文獻1 : 第1圖） 曰本特開第2003-205051號公報（第3i2[Technical Field] The present invention relates to a training device, a music reproducing method, an information recording medium, and a program that can appropriately support training performed by an athlete. [Prior Art] Various training devices have been used in the sports gym and fitness club. For example, a fixed-type foot machine represented by an aerobic bicycle (registered trademark) is highly effective in performing aerobic exercise. In such a fixed foot machine, for example, the step of the pedal (Cadence) is used to indicate the target value, and the target value (target step) can be used to step on the pedal for training. That is to say, the athlete, in a predetermined time, continuously pedals the pedal for training in such a manner that the number of revolutions is close to the target step of $. In this kind of training, it is not the initial step of using large values as the target for training, but to gradually get used to the body, usually starting with a small value and transitioning (transition) to a larger value in stages. . Moreover, when approaching the end of the training, the transition to a small value is made again to ease. Further, in addition to such a target pace, it is also possible to appropriately increase or decrease the load (pedal load) attached to the pedal. An example of a stationary foot machine is also disclosed as an example (see, for example, Patent Document 1). According to the invention, the opponent can be displayed on the monitor in response to the number of revolutions of the stepping pedal of the person who is in motion 3 201026360. The landscape image of the speed change (the character of the front field of vision (the image of the enemy on the bicycle) is played in a way that competes with this character = [Prior Art Literature] (Patent Document) Page Patent Document 1: Fig. 1) Japanese Patent No. 2003-205051 (No. 3i2)
【發明内容】 [發明所欲解決之問題] 一般來說’於固定式腳踏機器，係依序測量運動者所 ' 踩踏的踏板的回轉數（現在的回轉）並將其表示在前面的面 板上。因此’在配合上述這樣的目標步調來進行訓練的場 合’運動者係以使所表示之自身的回轉數能夠接近目標步 φ 調的方式，來調節步伐（速度）’以進行踏板的踩踏。 然而’想要以配合目標步調的方式來進行踏板的踩 踏，係需要某種程度的熟練° 也就是說，不熟練的運動者’即便想要讓自身的回轉 數能夠接近目標步調’但是因為沒有領會如何調節步伐 (pace)，所以無法輕易讓回轉數能夠接近目標步調《又，即 便讓回轉數接近目標步調後’亦無法使回轉數保持一定而 產生步伐的起伏，通常會反覆地有時讓回轉數大幅超過目 201026360 標步調’有時反而讓回轉數大幅低於目標步調。 尤其在進行階段性變更目標步調之訓練時，此情況特 別顯著。不熟練的運動者，在每次變更時，步伐就大幅淚 亂’故有無法有效進行訓練的場合。 另一方面，熟練的運動者，可以比較容易地配合目標 步調來進行踏板的踩踏。也就是說，熟練的運動者因為 領會（體會）如何調節步調，所以能夠以接近目標步調的回 %轉數而安定地進行踏板的踩踏。又，即便在階段性變更目 標步調後’亦可在步調沒有多少混亂之下就能夠使自身的 回轉數跟上目標步調。 17便如此，對熟練的運動者而言，這樣使回轉數配合 、步調之訓練疋十分單調，而有失去幹勁（意願）或興趣 的場合。 基於廷樣的情況，想要一種在使用固定式腳踏機器之 髻 、員的訓練裝置來進行訓練時，能夠對不熟練的運動者乃至 熟練的運動者進㈣當支援的技術。 本發明係為了解決這樣的問題而應運而生者。本發明 的目的，係楹徂你 n ㈣練裝==當地支援由運動者所進行的訓 樂曲再生方法、資訊記錄媒體以及程.。 [解決問題之技術手段] 队佩不發明的第一觀 錄部、訓練^ 3衆曲 、訊記錄部、提示部、以及樂曲再生部的方 加以構成。 |妁方 首先 樂曲記錄部，例如 係針對複數個樂曲資剩_ t 201026360 就是各種節奏來加以記錄.再者，訓練資訊記錄部，係記 錄含有對應於訓練計晝的訓練的動作速度（pitch)(例如，踏 板踩踏訓練的步調等）之訓練資訊。SUMMARY OF THE INVENTION [Problems to be Solved by the Invention] In general, in a stationary pedal machine, the number of revolutions of the pedal that the athlete is stepping on (current rotation) is sequentially measured and displayed on the front panel. on. Therefore, the 'sportsman who performs the training in accordance with the above-described target tempo' adjusts the step (speed) by adjusting the number of revolutions of the self to the target step φ to perform pedal depression. However, 'there is a certain degree of proficiency in order to step on the pedal in a manner that matches the target's pace. That is, an unskilled athlete 'even if he wants to make his or her own number of revolutions close to the target step' but because there is no Understand how to adjust the pace, so it is not easy to make the number of revolutions close to the target pace. "Also, even if the number of revolutions is close to the target step", the number of revolutions cannot be kept constant and the fluctuation of the pace is generated. Usually, sometimes it will be repeated. The number of revolutions greatly exceeds the target of 201026360. Sometimes the number of revolutions is significantly lower than the target pace. This is especially the case when training in the phase change target step. Unskilled athletes have a lot of tears at every change, so there are occasions where training is not possible. On the other hand, a skilled athlete can easily step on the pedal with the target pace. That is to say, the skilled athlete can adjust the pace by grasping (accommodation), so that the pedal can be stepped down stably with the number of revolutions close to the target step. Moreover, even after a step-by-step change of the target pace, it is possible to keep the number of revolutions of the following pace with the target without much confusion. 17 This is the case. For skilled athletes, the training of the number of revolutions and the pace is very monotonous, and there are occasions where the motivation (willingness) or interest is lost. In the case of the case, it is a technique that can be used to support an unskilled athlete or a skilled athlete when training is performed using a training device of a fixed pedal machine. The present invention has been made in order to solve such problems. The object of the present invention is that you n (four) practice == local support for the music reproduction method, information recording medium and program. [Technical means to solve the problem] The team did not invent the first observation section, the training^3, the recording section, the presentation section, and the music reproduction section.妁 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 Training information (for example, the pace of pedaling training, etc.).
提示部，例如’一旦運動者選擇任意之訓練計畫，則 基於記錄之訓練資訊，向運動者提示應作為目標之動作速 度之資訊，例如，文字或聲音。然後，樂曲再生部，係由 樂曲記錄部中，針對對應於所提示之動作速度的節奏（例 如，BPM :每分鐘的拍數）之樂曲進行選曲並加以再生。 这樣，在進行訓練時，可選曲對應於動作速度也就是 目標之樂曲並加以再生。因Λ，聽到這樣之樂曲音的運動 者，可以比較容易地配合動作速度來進行訓練。 此結果，可適當支援運動者所進行的訓練。 依據本發明的第二觀點之訓練裝置，係以包含樂曲記 錄部、管理資訊記錄部、㈣f訊記錄部、提示部、選曲 部、以及樂曲再生部的方式加以構成。 首先，樂曲記錄部，例如，係針對複數個樂曲 就是各種節奏來加以印餘 〇己錄。再者，管理資訊記錄部，係斜 ^各個樂曲資料，se>錄含有樂曲的節奏及再生時間之管理 者^然後，訊記錄部，係記錄含有對應於依運動 者的分類而不同之勃丨絲# + 丨練什畫的訓練的動作速度（例如，目沪 步調）及運動時間之訓練資訊。 曰孫 另 万®，提示部，办丨1 f ^ 例如，一旦運動者選擇任意之 =二則基於記錄之…訊，向運動 | 標之動作速度之資訊’例如，文字或聲音。再者，選曲部 201026360 係基於訓練的運動時間及樂曲的再生時間之關係，從樂曲 記錄部，針對對應於提示之運動速度的節奏之樂曲（例如， BPM)進行預定數量的選曲。然後，樂曲再生部，在運動時 間内依序再生所選曲的樂曲。 這樣’在進行訓練之際，可選曲複數個對應於運動速 度也就是目標的樂曲並加以依序再生。因此，聽見這樣之 樂曲音的運動者，能夠比較容易地配合運動速度來進行訓 練。 m 此結果，可適當支援運動者所進行的訓練。 訓練資訊記錄部’係記錄具有階段式之動作速度的改 變之訓練資訊。選曲部，係可針對個別對應於該階段式之 各個動作速度的改變之節奏之樂曲加以選曲。 ’ 此場合，即便階段式之運動速度（例如，目標步調）被 改變的場合，仍可再生對應於改變後之運動速度的樂曲。 因此，運動者可以比較容易地跟上運動速度。 • 樂曲再生部，係在運動時間内依序再生被選曲的樂曲 之際，為了樂曲不間斷，例如，可在使前後樂曲的拍之時 機一致之狀態下進行交叉衰落再生。於此，交又衰落再生， 係在曲的最後逐漸使音量下降’同時使下一曲的開頭逐漸 音量上升以進行重疊的機能。 此場合，因為運動時間内之樂曲的再生不間斷並維持 節奏’所以可使配合運動速度之訓練繼續下去。 依據本發明的第二觀點之樂曲再生方法，係在具有樂 曲記錄部、訓練資訊記錄部、提示部、以及樂曲再生部的 7 201026360 訓練裝置上之樂曲再生方法，係以包含下列步驟的方式加 T構心於樂曲記錄部，例如，記錄複數個樂曲資料也就 是各種節奏；於訓練資訊記錄部，記錄含有對應於訓練計 畫的訓練的動作速度（例如，目標步調）之訓練資訊；提示 步驟；以及再生步驟。 不 百先，於提示步驟，例如，一旦運動者選擇任意之訓 練計畫’則基於記錄之訓練資訊，向運動者提示應料目 _標之動作速度之資訊，例如，文字或聲音。再者於樂曲 再生步驟，係由樂曲記錄部，針對對應於提示之動作速度 的節奏（例如，BPM)之樂曲進行選曲並加以再生。 這樣’在進行訓練之際，可選曲複數個對應於運動速 度也就是目標的樂曲並加以依序再生。因此，聽見這樣之 _樂曲音的運動者，能夠比較容易地配合運動速度來進行訓 練。 此結果，可適當支援運動者所進行的訓練。 • 依據本發明的第四觀點之程式，係使電腦（包含電子機 器）能夠作為上述訓練裝置發揮機能而加以構成。 此程式’係可記錄在光碟、可撓性碟片、硬碟、光磁 碟、數位視訊光碟、磁帶、半導體記憶體等電腦可讀取的 資訊記錄媒體。 上述程式，係可獨立於用於實行該程式的電腦，而可 透過電腦通訊網路進行分配、販賣。再者，資訊記錄媒體， 係可獨立於該電腦，而進行分配、販賣。 [發明之效果]The prompting unit, for example, 'once the exerciser selects an arbitrary training plan, based on the recorded training information, the athlete is prompted with information on the speed of the action to be targeted, for example, text or sound. Then, the music reproducing unit selects and reproduces the music piece corresponding to the rhythm (e.g., BPM: the number of beats per minute) corresponding to the presented motion speed in the music recording unit. Thus, when training is performed, the optional song corresponds to the motion speed, that is, the music of the target and is reproduced. Because of this, athletes who hear such music can easily train with the speed of action. This result can appropriately support the training performed by the athletes. The training apparatus according to the second aspect of the present invention is configured to include a music recording unit, a management information recording unit, (4) an information recording unit, a presentation unit, a music selection unit, and a music reproduction unit. First of all, the music recording unit, for example, prints the rest of the music for a plurality of music pieces. Furthermore, the management information recording unit is for each piece of music data, se> records the rhythm of the music and the manager of the reproduction time. Then, the recording unit records the burgundy corresponding to the classification according to the athlete. Silk # + Training information on the speed of training (for example, the pace of the game) and training time.曰孙 万 ® , 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Further, the selection section 201026360 performs a predetermined number of selections from the music recording section for the music of the rhythm (for example, BPM) corresponding to the motion speed of the presentation based on the relationship between the exercise time of the training and the reproduction time of the music. Then, the music reproduction unit sequentially reproduces the music of the selected music during the exercise time. In this way, when training is performed, a plurality of pieces of music corresponding to the speed of motion, that is, the target, are selected and sequentially reproduced. Therefore, an athlete who hears such a musical piece can easily perform training in accordance with the speed of movement. m This result can appropriately support the training performed by the athletes. The training information recording unit records training information having a change in the speed of the stage. The chorus can be selected for individual pieces of music that correspond to the changing rhythm of each action speed of the stage. In this case, even if the staged motion speed (e.g., the target tempo) is changed, the music corresponding to the changed motion speed can be reproduced. Therefore, the athlete can easily keep up with the speed of movement. • When the song is played back in sequence during the exercise time, the music reproduction is performed continuously. For example, the cross fade reproduction can be performed in a state where the timings of the front and back music are matched. Here, the fading reproduction is performed, and the volume is gradually lowered at the end of the song, and the beginning of the next song is gradually increased in volume to perform overlapping functions. In this case, since the reproduction of the music during the exercise time is uninterrupted and the rhythm is maintained, the training of the speed of the movement can be continued. A music reproduction method according to a second aspect of the present invention is a music reproduction method on a 7 201026360 training device having a music recording unit, a training information recording unit, a presentation unit, and a music reproduction unit, which is added in a manner including the following steps. T is structured in the music recording unit, for example, recording a plurality of pieces of music data, that is, various rhythms; and in the training information recording unit, recording training information including the motion speed (for example, the target pace) of the training corresponding to the training plan; And the regeneration step. In the prompting step, for example, once the athlete selects any training program, based on the recorded training information, the player is prompted with information about the speed of the target, such as text or sound. Further, in the music reproduction step, the music recording unit selects and reproduces the music piece corresponding to the rhythm (e.g., BPM) corresponding to the motion speed of the presentation. In this way, when training is performed, a plurality of pieces of music corresponding to the speed of motion, that is, the target, are selected and sequentially reproduced. Therefore, an athlete who hears such a _ music sound can easily perform training in accordance with the speed of movement. This result can appropriately support the training performed by the athletes. According to the fourth aspect of the present invention, a computer (including an electronic device) can be configured to function as the above-described training device. This program is a computer-readable information recording medium that can be recorded on optical discs, flexible discs, hard discs, optical discs, digital video discs, magnetic tapes, and semiconductor memories. The above program can be distributed and sold through a computer communication network independently of the computer used to implement the program. Furthermore, the information recording medium can be distributed and sold independently of the computer. [Effects of the Invention]
S 201026360 依據本發明，可提供—種適於支援由運動者所進行的 訓練之訓練裝置、樂曲再生方法、資訊記錄媒體以及程式 【實施方式】 以下說明本發明的實施形態。以下係為了容易理解， 將針對被配置在運動健身房内的訓練裝置來說明適用本發 明的實施形態。但是，本發明同樣可適用於以家用遊戲機 0及各種電腦等進行訓練的場合。也就是說，以下說明之實 施形態係用於說明者，並非用於限定本申請案的發明範圍 者。因此，業者可採用將這裡之各個要素或全部要素置換 為均等物後之實施形態，這些實施形態亦包含在本發明的 ' 範圍中。 [第一實施例] 第1圖係顯示關於本發明的實施形態被實現時的固定 式卿踏機器的外觀（係透視内部的一部分）之概略圖。這種 # 固定式腳踏車，作為一例，係將對應於目標步調之（適合） 節奏的樂曲加以再生，以使運動者興起幹勁（意願）或興趣 的裝置。以下，將參照本圖來說明固定式腳踏機器的概要。 如第1圖所示，固定式腳踏機器1，係以包含筐體u、 輕座12、握把13、踏板14、踏板圓盤15、回轉感測器16、 皮帶17、負載圓盤18、電磁煞車19、控制面板20、脈搏 感測器21、樂曲再生單元22、以及耳機23的方式加以構 成0 9 201026360 筐體11 W如，係以金屬來模仿前後輪被省略之自行 車的形狀來加以形成，並保持各個構成部分。S 201026360 According to the present invention, a training apparatus, a music reproducing method, an information recording medium, and a program suitable for supporting training by an athlete can be provided. [Embodiment] Hereinafter, embodiments of the present invention will be described. Hereinafter, for the sake of easy understanding, an embodiment to which the present invention is applied will be described with respect to a training device disposed in a sports gym. However, the present invention is also applicable to the case of training with a home game machine 0 and various computers. In other words, the embodiments described below are intended to be illustrative, and are not intended to limit the scope of the invention. Therefore, the embodiment may be replaced by an embodiment in which each element or all of the elements are replaced with equivalents, and these embodiments are also included in the scope of the present invention. [First Embodiment] Fig. 1 is a schematic view showing the appearance (a part of the inside of a see-through) of a fixed type of the stepping machine when the embodiment of the present invention is realized. Such a # stationary bicycle, as an example, reproduces a music piece corresponding to the (adapted) rhythm of the target cadence so that the athlete can develop a device of enthusiasm (willingness) or interest. Hereinafter, an outline of a stationary foot machine will be described with reference to this figure. As shown in Fig. 1, the fixed foot machine 1 includes a housing u, a light seat 12, a grip 13, a pedal 14, a pedal disk 15, a swing sensor 16, a belt 17, and a load disk 18. The electromagnetic brake 19, the control panel 20, the pulse sensor 21, the music reproduction unit 22, and the earphone 23 are configured to be 0 9 201026360. The housing 11 W is shaped like a bicycle to mimic the shape of the bicycle whose front and rear wheels are omitted. It is formed and the components are maintained.
鞍座12’係與通常的腳踏車同樣的座位部分，用以保 持為了進行訓練而坐下之運動者的體重。這個鞍座12，為 了使身高不同的各個運動者能夠方便使用而可調整高度。‘ 握把13,例如，係以約略水平方式設置的圓棒狀的部 材’以方便㈣者料餘㈣料衡^再者，這個握把 13’與通常之腳踏車不同，係無法改變為向左向右的方向 (掌握方向）而被固定在筐體11上^ 踏板14係、與通常之腳踏車同樣的聊踏⑺腳# 位，其對應於運動者由腳掌所施加的力量，透過曲柄部使 由樞軸支撐之踏板圓盤15進行回轉。再者，如後述係對 應於負載圓盤18的負載來將負載（踏板負載）附加至踏板14 上0 /踏板圓盤丨5’係於圓盤中心部分對踏板14(曲柄部）進 參行框轴支撐，並對應於施加至踏板14上的力量而轉動。 回轉感測器16，例如，係由旋轉編碼器等所作成，係 對應於踏板圓盤15的回轉速度，以每單位時間之脈衝數量 的改變之信號來進行輸出。回轉感測器16，係將這種輸出 信號供給至控制面板20 ^在這裡，旋轉編碼器，係指藉由 檢查樞轴的回轉並將其之機械式位移量轉換為電信號以 偵測位置、速度的感測器。 皮帶17,例如’係由镶齒帶等作成，#架設在踏板圓 盤15及負載圓盤18上，以將踏板圓盤15的回轉力傳達至 201026360 負載_ 18。在這裡’鑲齒帶’係指位於平行的兩抽間用 以傳達回轉的設置有凸型的齒之皮帶。 負載圓盤係透過皮帶17的傳達，由踏板圓盤15 取得回轉力並以圓盤中心為軸以進行回轉。這時係藉由 電磁煞車19來施加預定的制動力，以一邊產生預定的負載 -邊進行回轉。因此，這個負載係、施加至踏板圓盤15，而 且也施加至踏板14。 電磁煞車19，例如，係藉由將對應於流動在線圈等上 的電壓和t流的大小之制動力施加至負載圓冑18，透過皮 帶17及踏板圓盤15,最終係在踏板14上產生負載。再者， 電磁煞車19，係對應於來自控制面板2〇的控制，使流動 的電壓和電流改變，藉此以增減制動力（負載）。 控制面板20，係用以控制固定式腳踏機器j的整體。 例如，一邊對運動者進行目標步調的提示，一邊再生對應 於這個目標步調的（適合的）節奏之樂曲，以支援運動者的 剑練。 再者，針對控制面板20，係詳細說明於後。 脈搏感測器21，例如，係被形成夹子狀，於裝在運動 者的耳垂之際’基於藉由光（紅外線等）的透過或吸收等所 得之耳垂之血流量的改變，以測量脈搏（心跳數）’並將 對應於這個脈搏所產生的信號供應至控制面板2〇。 樂曲再生單元22，係由控制面板20進行控制，以再 生預定之樂曲。例如樂曲再生單元22，可預先在快閃記憶 趙或硬碟中記錄複數個樂曲資料，並讀取由控制面板20所 201026360 知定之（所選曲之）樂曲資料並加以再生。然後，將再生的 樂曲b (樂曲信號）以預定的音量供給至耳機23以進行輸 出。 再者’再生時的音量也可由控制面板20進行增減。 耳機23，係裝在運動者的耳朵，並輸出樂曲再生單元 22所再生的樂曲音。再者’耳機23’可利用泛用的端子以 可自由裝上拆下的方式連接至樂曲再生單元22，因此可裝 _ 上運動者自己習慣使用者來進行使用。 其次，針對上述之控制面板20 ,參照第2圖以進行詳 細說明。第2圖係顯示控制面板2〇之構成的一例之區塊 圖。以下，係參照本圖來進行說明。 控制面板20，如圖所示，係具備cpu(中央處理單 元）1〇1、ROM(唯讀記憶體）1〇2、RAM(隨機存取記憶 體”〇3、液晶表示部104、介面1〇5、操作切換器1〇6、以 及快閃記憶體107。 • 再者’快閃記憶體1〇7係記錄訓練所必要的程式及資 料，一旦對控制面板20施加電源，則實行該程式並進行訓 練的支援。 CPU101，係針對控制面板20的整體動作進行控制’ 並在各個構成要素之間進行控制信號及資料的互換。 ROM102’係記錄有在施加電源後要立刻實行的抒卩 始程式載入器）’藉由這個的實行以將快閃記憶體所記 錄的程式讀出至RAM103 ’並藉由CPU101開始實行 RAM1〇3,係暫時記錄資料及程式者，用 12 201026360 記憶體107所讀出的程式及資料等β 液晶表示部1()4,係由CPU1G1進行控制且在訓練開 始前或訓練當中表示各種資訊。 介面105,係用以中繼與上述之回轉感測器16、電磁 煞車19、脈搏感測器2卜以及樂曲再生單元22之間的通信。 具體來說，介面105,係接收回轉感測器16所供給之回 應於踏板14(踏板圓盤15)的回轉之脈衝信號。又，係將用以控制 粵附加至負載圓盤18的負載之信號’供給至電磁煞車19。 另外，介® 105’係接收脈搏感測器21所供給之對應於 運動者的脈搏之信號^又，係將用以進行樂曲的選曲及用以控制 再生中的音量之指令，供給至樂曲再生單元22。 操作切換器106,例如，由按鍵切換器加以作成，係 接受來自運動者的操作輸入。 、快閃s己憶體107，係記錄訓練用的程式資料及這個程 式所必要的各種資訊。 • (訓練裝置的概要構成） 目標步調的提示手法可為任意。例如，可使用聲音及 影像等來提示運動者。 具體來說’根據第3圖所示的訓練裝置2〇〇的構成， 係使用聲音及影像等以將目標步調提示給運動者。 這個訓練裝置200,係以包含訓練資訊記錄部2〇1、樂 曲記錄部203、提示部206、及樂曲再生部211的方式加以 構成。 訓練資訊記錄部201 ’係記錄含有對應於訓練計畫的 13 201026360 訓練的動作速度之钏缺$ 203，係記錄複 π練資訊。樂曲記錄部 數個樂曲資料也就是各種節奏。 提不部206，例^„ Μ 】如’係一旦運動者選擇任意的訓練計 晝’則基於訓練資訊$ a °錄部201所記錄之訓練資訊，向運 動者以聲音及影像等的古 • 的方式提不應作為目標之動作速度之 資訊。該聲音’係可為對應於目標步調之以節拍器的方式 來提不應作為運動者踩踏踏板的時機之電子音。然後，樂The saddle 12' is the same seat portion as a normal bicycle to maintain the weight of an athlete who sits down for training. This saddle 12 can be adjusted in height for the convenience of various athletes of different heights. 'The grip 13 is, for example, a round bar-shaped member that is arranged in a roughly horizontal manner to facilitate (4) the remainder of the material. (4) The balance 13' is different from the conventional bicycle, and cannot be changed to the left. In the right direction (the grasping direction), it is fixed to the casing 11 and the pedal 14 is the same as the normal bicycle (7) foot # position, which corresponds to the force exerted by the athlete from the sole of the foot, and is transmitted through the crank portion. The pedal disc 15 supported by the pivot rotates. Further, as will be described later, the load (pedal load) is added to the pedal 14 corresponding to the load of the load disk 18, and the pedal pedal 丨 5' is attached to the center portion of the disk to the pedal 14 (crank portion). The frame shaft is supported and rotates corresponding to the force applied to the pedal 14. The gyro sensor 16, for example, is made by a rotary encoder or the like, and outputs a signal indicating a change in the number of pulses per unit time in accordance with the rotational speed of the pedal disk 15. The gyro sensor 16 supplies such an output signal to the control panel 20. Here, the rotary encoder refers to detecting the position by checking the pivoting of the pivot and converting the mechanical displacement thereof into an electrical signal. , speed sensor. The belt 17, for example, is made of a toothed belt or the like, and is placed on the pedal disk 15 and the load disk 18 to transmit the rotational force of the pedal disk 15 to the 201026360 load _18. Here, the 'insert belt' refers to a belt provided with convex teeth between the two parallel pumps for conveying the rotation. The load disk is transmitted through the belt 17, and the turning force is obtained by the pedal disk 15 and rotated about the center of the disk. At this time, a predetermined braking force is applied by the electromagnetic brake 19 to perform a predetermined load while rotating. Therefore, this load is applied to the pedal disk 15 and also to the pedal 14. The electromagnetic brake 19 is, for example, applied to the load cone 18 by a braking force corresponding to a voltage flowing on a coil or the like and a magnitude of a t-flow, transmitted through the belt 17 and the pedal disk 15, and finally generated on the pedal 14. load. Further, the electromagnetic brake 19 changes the voltage and current of the flow in response to the control from the control panel 2, thereby increasing or decreasing the braking force (load). The control panel 20 is for controlling the entirety of the stationary pedal machine j. For example, while the player is prompted to perform the target pace, the (suitable) rhythm music corresponding to the target pace is reproduced to support the athlete's sword training. Furthermore, the control panel 20 will be described in detail later. The pulse sensor 21 is formed into a clip shape, for example, and is attached to the earlobe of an exerciser to measure the pulse based on a change in blood flow of the earlobe obtained by transmission or absorption of light (infrared rays or the like). Heartbeat number)' and supplies a signal corresponding to this pulse to the control panel 2〇. The music reproduction unit 22 is controlled by the control panel 20 to reproduce the predetermined music. For example, the music reproduction unit 22 may record a plurality of pieces of music data in advance in a flash memory or a hard disk, and read and reproduce the music data (of the selected music) determined by the control panel 20 201026360. Then, the reproduced music b (music signal) is supplied to the earphone 23 at a predetermined volume for output. Further, the volume at the time of reproduction can also be increased or decreased by the control panel 20. The earphone 23 is attached to the player's ear and outputs the musical piece sound reproduced by the music reproducing unit 22. Further, the 'headphone 23' can be connected to the music reproducing unit 22 by means of a universally usable terminal so as to be freely attachable and detachable, so that the upper body can be used by the user himself. Next, the control panel 20 described above will be described in detail with reference to Fig. 2 for details. Fig. 2 is a block diagram showing an example of the configuration of the control panel 2A. Hereinafter, the description will be made with reference to this figure. As shown in the figure, the control panel 20 includes a CPU (Central Processing Unit) 101, a ROM (read only memory) 1, 2, a RAM (random access memory) 〇3, a liquid crystal display unit 104, and an interface 1. 〇5, operation switch 1〇6, and flash memory 107. • In addition, 'flash memory 1〇7 is a program and data necessary for training training. Once power is applied to control panel 20, the program is executed. The support of the training is performed. The CPU 101 controls the overall operation of the control panel 20 and exchanges control signals and data between the respective components. The ROM 102' records the start of the control immediately after the power is applied. The program loader is 'executed by this to read the program recorded in the flash memory to the RAM 103' and the RAM 101 is started by the CPU 101, and the data and the program are temporarily recorded, using 12 201026360 memory 107 The read-out program and data, etc., the β liquid crystal display unit 1 () 4 is controlled by the CPU 1G1 and displays various information before or during the training. The interface 105 is used to relay and rotate the sensor 16 described above. Electromagnetic enthalpy 19. Communication between the pulse sensor 2 and the music reproduction unit 22. Specifically, the interface 105 receives a pulse signal supplied from the rotation sensor 16 in response to the rotation of the pedal 14 (the pedal disk 15). Further, a signal for controlling the load attached to the load disk 18 by Guangdong is supplied to the electromagnetic brake 19. In addition, the medium 105' receives a signal corresponding to the pulse of the operator supplied from the pulse sensor 21. Further, the music selection for controlling the music and the command for controlling the volume during reproduction are supplied to the music reproduction unit 22. The operation switch 106 is, for example, created by a key switcher, and receives an operation from the player. Input, flash s Remembrance 107, is the program information for training and various information necessary for this program. • (Summary of training device) The target pacing method can be arbitrary. For example, you can use sound and Specifically, the "exercise device" is based on the configuration of the training device 2A shown in Fig. 3, and the target tempo is presented to the athlete using sound and video. The device 200 is configured to include a training information recording unit 2, a music recording unit 203, a presentation unit 206, and a music reproduction unit 211. The training information recording unit 201' contains a record corresponding to the training plan 13 201026360 There is a lack of training speed of $ 203, which is the record of the complex π training information. The music record part of the music data is also a variety of rhythm. No part 206, example ^ „ 】 】 】 〖 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _昼' Based on the training information recorded by the training information $ a ° recorded section 201, the athletes should be asked not to be the target speed of movement information in the form of sounds and images. The sound can be an electronic sound corresponding to the timing of the target step in the manner of the metronome. Then, music
曲再生部2U，係由樂曲記錄部203，針對對應於所提示之 動作速度的節奏之樂曲進行選曲並加以再生。 於ie樣的訓練裝置2〇〇，在進行訓練之際係以聲音 及影像的方式來提示動作速度也就是目標，並針對對應於 其之動作速度的節奏之樂曲進行選曲並加以再生。因此， 聽到這樣的樂曲音之運動者，可以比較容易地配合動作速 度來進行訓練。 此結果’可適當支援運動者所進行的訓練。 ❿ 以下，將針對訓練裝置200的一例進行詳細說明》 第4圖係顯示關於該實施形態之訓練裝置的概要構成 之概略圖。這個訓練裝置，作為一例，係在運動者配合目 標步調踩踏踏板（配合回轉數）以進行訓練之際，再生對應 於（適合）目標步調的節奏之樂曲之裝置。 更具體來說，係一旦運動者選擇任意的運動計劃，則 對應於其之訓練内容使目標步調進行階段式改變，同時針 對符合各個目標步調的BPM(每分鐘的拍數）之樂曲進行依 序選曲並加以再生的裝置。以下，參照本圖進行說明。 201026360 如第4圖所7F ’訓練裝置2〇〇，係具備訓練資訊記錄 部 樂曲管理資訊記錄部202、樂曲記錄部203、操作 部 例練控制部205、提示部206、負載可變部207、 回轉數取得部208、脈搏數取得部2()9、選曲部21()、及樂 曲再生部2 11。 、 首先D丨丨、練資訊記錄部2〇1，得記錄用以規定對應於 訓練計晝的訓練的内容之訓練資訊。 例如’訓練資訊記錄部201 ’如帛5圖所示，係記錄 含有對應於依照性別和年齡所分類之運動者的訓練計晝的 步調（目標步調）、運動時間（持續時間）、負載值、及心跳數 (心跳數的範圍）之訓練資訊。 也就是說’訓練内容係對應於運動者所屬於的性別、 .年齡、以及訓練計畫而有所差異，所以預先記錄用以規定 各種訓練内容之訓練資訊 再者上述之快閃記憶體1〇7，係可作為這樣的訓練資訊 φ 記錄部201以發揮機能。 回到第4圓，樂曲管理資訊記錄部2〇2，係記錄針對所有可以 由樂曲再生部2U加以再生之樂曲的樂曲管理資訊。也就是說， 針對樂曲記錄部2〇3所記錄之各個樂曲資料，記錄各種用於選曲 的必要資訊。 例如’樂曲管理資訊記錄部202，如第6圖所示，係針對各個 樂曲，記錄樂曲m、再生時間、BPM(每分鐘的拍數）、以及類型 等的資訊。 再者，上述之快間記憶趙107，係可作為這樣的樂曲管理資 15 201026360 訊記錄部202以發揮機能。 回到第4圖’樂曲記錄部2〇3,係記錄訓練時用 複數個樂曲資料。這些樂曲資料，例如， 再生之 大範圍的BPM之各種樂曲資料，並能二收集涵蓋廣 於某個目標步調的方式來加以作成*於训練中係適合 再者，上述之樂曲再生單元22的硬碟 樣的樂曲記錄部203以發揮機能。 ，係可作為這 _操作部則糊者加峨W㈣各種 例如，操作部204，係在訓練開㈣， 別及想要的訓練計畫等的輸人。再者，在_練=者的年齡和性 以指示踏板貞載的改變(增減)之輸人。 也可以接收用 % 述之操作切換一係可作為這樣的操作部-來進==部2G5，係以辅助（支援)運動者所進行的訓練的方式 及二畫制部205 ’係回應於運動者所輸八的年齡·性別 藉由然後’於訓練中，—邊以提示部206來提示目標步調，一邊 者Z轉數取得部208來取得運動者所造成的踏板的回轉數。再 的脈=Γ搏數取得部209所取得之運動者的脈搏數與訓練計畫 的増減）間的關係，以控制負載可變部207來進行踏板負載 201026360 再者’上述之CPUUH等’係可作為這樣的訓練控制部2〇5 以發揮機能。 提不部206，係表示運動者的訓練所必要的各種資訊。 例如，提不部206，係在訓練開始前，表示如帛7A圖所示的 輸入畫面’促使運動者選擇訓練計畫等。也就是說，運動者可以 輸入年齡和性別以及訓練計畫等。 再者’提示部206，於訓練中，可表示如第7B圖所示之資訊 畫面’以向運動者通知辑狀況。也就是說， 提示訓練計畫所規 定的目標步調以及運動者所造成的現在之踏板的回轉數等之資 訊。 再者’上述之液晶表*冑1〇4，係可作為這樣的提示部2〇6 以發揮機能。 回到第4圖，負載可變部2〇7,係由訓練控制部2〇5 i^行控制， 以改變踏板負載的值。例如，參照訓練計畫所規定之心跳數（範 圍），以使所取得之運動者的脈搏__在其之範_的方式， φ 來進行踏板負載的增減。 再者’上述之電磁煞車19,係可作為這樣的負載可變部2〇7 以發揮機能。 回轉數取得部208’係依序取得辑中之運動者所踩踏的踏板 的回轉數(例如，每分鐘的回轉數）。然後將所取得的回轉數供給至 訓練控制部205。 再者，上述之回轉感測器1δ，係可作為這樣的回轉數取得 部208以發揮機能。 脈搏數取得部209，係依序取_練巾之運動者的脈搏數。然 17 201026360 後將所取得的脈搏數供給至訓練控制部205。 再者，上述之脈搏感測器21，係可作為這樣的脈搏數取得 部209以發揮機能。 選曲部21〇’係由樂曲記錄部203所記錄之複數個樂 曲資料當中，針對對應（適合）於目標步調 行選曲。 例如’選曲部210’係遵從樂曲管理資訊記錄部2〇2, 鲁以選定對應於訓練計畫所規定之目標步調的疆之樂 曲’由其中再基於運動時間與再生時間之間的關係來進行 預定數量的選曲。 I —例作為說明’如第8圖所示，於訓練計晝中規定 目標步調為40的運動時間係1〇分鐘的場合則選曲部 則，係針對_為40的三首曲子（Ac曲）進行選曲。這 個場合’雖然樂曲的再生時間之總合係超過H)分鐘，但是 '可調整樂曲再生部211進行再生的時刻，使得再 ❹生可以結束於運動時間之1〇分鐘。 β同樣 >果目標步調為5()的運動時間係規定為$分鐘 的場口’亦可由選曲部21〇針對刪為5。的兩首曲子（D、 E曲）進行選曲。這個場合，雖然樂曲的再生時間之總合係 超過5分鐘，但亦可調整樂曲再生部2u進行再生的時刻， 使得再生可以結束於運動時間之5分鐘。 機能 者上述之CPU101，係可作為這樣的選曲部21〇以發揮 9 回到第4 ® ’樂曲再生部211，係針對選曲之樂曲進 18 201026360 ^再生。也就是說，將選曲部21G所選曲之複數個樂 ;，由樂曲記錄部203讀出並依序進行再生。 眸Ph者樂曲再生部211，係在相同之目標步調之運動 = 内將樂曲依序進行再生之際，為了不使再生音間斷， :為了使各個樂曲的再生可結束於運動時間内而以 月，後的樂曲進行交叉衰落的方式 說，由飞术進行再生。也就是 肖切換至Β曲之際’使Α曲的結尾部 開項部進行交又衰落的方式來進行再生。 ^ 樂：的即奏(即奏不因樂曲切換而混亂)之方式，例 使拍的時機一致之狀態下，來進行交又衰落。 又二方面’在切換目標步調之際，也能夠以不進行交 又哀洛的方式來進行下一首樂曲的 仃交 係明顯間斷。 纟’使樂曲的再生音 再者，上述之樂曲再生單元22， 部211以發揮機能。 作為這樣的樂曲再生 ❿ (訓練裝置的動作之概要） 的樂顯示於上述所構成之訓心置扇上所實行 的樂曲再生處理的流程之流程圖。以 訓練裝置200的動作進行說明。再 參照本圖來針對 係在運動者選擇訓練計畫等後開始。，這個樂曲再生處理’ 處理’係與訓練裝置200所另外進者’這個樂曲再生 目標步調的提示及踏板負载的控的訓練控制處理（針對 行者。 進行之處理）同時進 首先，訓練裝置200，係在訓 兩始前’基於運動者 19 201026360 所選擇的訓練計畫等，來進行樂曲的選曲（步驟s3〇i)。 也就是說，選曲部210,係遵從樂曲管理資訊記錄部 202 ’以由樂曲記錄部2〇3所記錄的樂曲資料中，選定對應 於訓練計畫所規定之目標步調的BPM之樂曲，由发中再基 於運料Fe1與再生㈣^㈣係來進行職數 曲。 遇 再者，在目標步調係階段性改變之訓練内容的場合 ❹t ’選曲部210，係針對各個目標步調（運動時間），分別對 應於節奏以選曲複數個樂曲。然後’使這些樂曲可在訓練 時能夠依序再生，例如，以播放列表等之資訊的方式加以 記錄》 訓練裝置200，係待機直在訓練開始前（步驟。 例如，訓練裝置200,係待機直到運動者下達訓練開 始的指示’才會開始後續處理的實行。 一旦訓練開始（步驟S302為是），則訓練裝置2〇〇，係 _針對所選曲的樂曲進行再生（步驟S303)。也就是說，樂曲 再生部211，係遵從播放列表等，針對選曲部21〇所選曲 的樂曲加以再生。 再者’隨著這個樂曲再生，訓練裝置2〇〇也同時藉由 另外進行的訓練控制處理以使用提示部2〇6來提示目標步 調並適當控制踏板負載，以針對運動者所進行的訓練進行 支援β也就是說，運動者，係一邊聽再生之樂曲音，一邊 進行配合目標步調之踏板踩踏之訓練。這時再生之樂曲 的BPM係與目標步調一致者，所以，聽著樂曲音的運動 20 201026360 者’可以比較容易地配合目標步調來進行踏板的踩踏。 訓練裝置200,係在訓練計畫所規定之複數個運動時 間内’判別現在之運動時間是否已經過（步驟s3〇4)。也就 是說，係判別是否已經達成現在之目標步調所課予之 時間。 訓練裝置200, -旦判別運動時間尚未經過（步驟§綱 為否），則判別是否快要到達樂曲的結尾部分（步驟S305)。 ❿ ❿ 例如’基於剩下之再生時間等’來判別再生中的樂曲 =經快要結束。也就是說，在剩下之再生時間比規定 值小（剩下之再生時間為小）的娱人 束.相月…… 1判別樂曲係快要結 m 再生時間比規定值大(剩下之再生時 )的場合，則判別樂曲係、尚未快要結束（還有時間 -旦訓練裝置200判別距離樂曲的結尾部分 (剩下之再生時間為大'^牛跑。 ^ 述之㈣3G5為否），則使處理回到上 剩下：真I:’ 一旦判別快要到達樂曲的結尾部分(例如， _間為小)的場合(步驟S305為是)，則訓練裝 2〇0使其與下一首樂曲進行交又衰落（步驟S306)裝置 =說，為了不使再生音間斷，而且也 =曲Γ束於運動時間内，係、將現在的樂曲與下一 奏不因樂曲切換而混亂)之方甲曲的郎奏(節 的時掩站^ 式，例如，使前後之樂曲的拍 的時機-致之狀態下，來 之步禅咖，以進行下—首樂H洛1後，回到上述 I樂曲的再生。 21 201026360 又’於步驟S304 ’在判別運動_ 到⑴逆動時間已經過的場合（步驟 S3 04為是），則訓練裝置200係判 巾巧別訓練是否已經結束（步 驟 S307)。 也就是說，訓練計畫所規定的久彳 1 Π现疋的各個運動時間已經過， 則判別全部的訓練是否已經結束。 -旦判別全部的訓練尚未結束(仍有下一個目標步調/ 運動時間的訓練）（步驟請7為否)，則遵從播放列表等以切 換至下一首樂曲（步驟S3 〇8)。 ❹ 也就是說，因為所提示之目標步調改變為下一個值， 所以不進行交又衰落（cr〇ss fade)就切換至下一首樂曲（對 應於下一個目標步調之樂曲p然後，使處理回到上述之步 驟S303 ’以進行下一首樂曲的再生。 再者，訓練裝置200，係在另外進行之訓練控制處理 上，使用提示部206來提示下一個目標步調。也就是說， 運動者係配合下一個目標步調來進行踏板的踩踏。此時， ❹因為再生之樂曲的BPM係對應（一致）於下一個目標步調 者’所以運動者可以比較容易地跟上目標步調的回轉數。 另一方面’判別訓練結束的場合（步驟S307為是），則 訓練裝置200係結束樂曲再生處理。 藉由這樣的樂曲再生處理，以在訓練中再生對應於（適 合）目標步調的節奏之樂曲。因此，聽著這樣之樂曲音的運 動者’可以比較容易地配合目標步調來進行踏板的踩踏。 再者’按照訓練計畫而改變目標步調的場合，則針對 對應於改變後之目標步調的節奏之樂曲加以再生。因此， 22 201026360 運動者，係配合樂曲音樂而可以比較容易地跟上目標步調 的回轉數。 此結果，可適當支援運動者所進行的訓練。 [第二實施例] (其他的實施形態） 於上述之實施形態’雖然以固定式腳踏機器作為—例 來說明訓練裝置，但是訓練裝置係不侷限於這樣的固定式 ® 腳踏機器，也可以合宜適用於用以進行其他訓練的裝置。 例如’也可以是用以進行跳舞（踩踏動作）或腳発升降 等訓練的訓練裝置。而且，也可以使用遊戲裝置或電腦（個 人電腦）來取代上述之專用的固定式腳踏機器。 也就是說’將可以使演算處理部等實行上述之樂曲再 生處理之程式，以資訊記錄媒體（磁碟或半導體記憶體等） 的方式供給至遊戲裝置或個人電腦，使遊戲裝置或個人電 φ 腦可實行這個樂曲再生處理。 藉此，於遊戲裝置或個人電腦，係在訓練中針對對應 於應作為目標之動作速度（例如’目標步調）的節奏之樂曲 加以再生。因此，聽著樂曲音的運動者，能夠比較容易地 配合應作為目標之動作速度來進行運動。 又’在按照訓練計畫來改變應作為目標之動作速度的 場合，也可以針對對應於改變後之動作速度的節奏之樂曲 來進行再生。因此，運動者，可配合樂曲音而比較容易地 跟上應作為目標之動作來進行運動。 23 201026360 這個場合，也可以適當支援運動者所進行的訓練。 再者，本申請案係以曰本專利申請案2〇〇8 192496號 作為基礎來主張優先權。該作為基礎之申請案的内容係 全部併入本申請案者。 (產業上的利用可能性） 由運動二上說明依照本發明’可提供一種用以適當支援 所進行的訓練之訓練裝置、樂曲A •記錄媒雜以及程式。 裝置樂曲再生方法、資訊 【圖式簡單說明】 第 1 .器的冰圖係顯示關於本發明的實施形態之固定式腳踏機 、卜觀之概略圖。 第 2 圖係顯示控制面板的詳細構成的一例之概略圖》 3圖係顯示訓練裝置的構成之概略圓。 •的概::圖係使第3圖所顯示的訓練裝置的構成更加詳細 第5圖係用以說明訓練資訊的内容之概略圖。 第6圖係用以說明樂曲管理資訊的内容之概略圖。 圖。第7A圖係顯示提示部所提示的晝面之提示例之概略 圖The music reproducing unit 2U selects and reproduces the music piece corresponding to the rhythm of the presented motion speed by the music recording unit 203. In the training device of the ie type, when the training is performed, the motion speed is also the target by sound and video, and the music of the rhythm corresponding to the motion speed of the motion is selected and reproduced. Therefore, an athlete who hears such a musical piece can easily perform training in accordance with the speed of the movement. This result can appropriately support the training performed by the athletes. ❿ In the following, an example of the training device 200 will be described in detail. Fig. 4 is a schematic view showing a schematic configuration of the training device according to the embodiment. As an example, the training device reproduces a music piece corresponding to the rhythm of the target tempo when the athlete performs the training with the target stepping pedal (in conjunction with the number of revolutions). More specifically, once the athlete selects an arbitrary exercise plan, the training content corresponding to the exercise causes the target pace to be changed in stages, and the music of the BPM (the number of beats per minute) that conforms to each target step is sequentially performed. A device that selects and regenerates. Hereinafter, description will be made with reference to this figure. 201026360 As shown in FIG. 4, the training device 2 includes a training information recording unit music management information recording unit 202, a music recording unit 203, an operation unit training control unit 205, a presentation unit 206, and a load variable unit 207. The number-of-turns acquisition unit 208, the pulse rate acquisition unit 2 () 9, the selection unit 21 (), and the music reproduction unit 2 11 . First, D丨丨, training information recording unit 2〇1, it is necessary to record training information for specifying the content of the training corresponding to the training program. For example, the 'training information recording unit 201' records a cadence (target pacing), exercise time (duration), load value, and a training schedule corresponding to an exerciser classified according to gender and age, as shown in FIG. And training information on the number of heartbeats (the range of heartbeats). That is to say, the 'training content' is different from the gender, age, and training plan to which the athlete belongs, so the training information for specifying various training contents is recorded in advance, and the above-mentioned flash memory is also used. 7, the recording unit 201 can be used as such training information φ to function. Returning to the fourth circle, the music management information recording unit 2〇2 records music management information for all the music pieces that can be reproduced by the music reproducing unit 2U. In other words, various pieces of information necessary for the selection of the music are recorded for each piece of music data recorded by the music recording unit 2〇3. For example, as shown in Fig. 6, the music management information recording unit 202 records information such as the music m, the reproduction time, the BPM (the number of beats per minute), and the type for each music piece. Furthermore, the aforementioned quick memory memory 107 can be used as such a music management unit. Returning to Fig. 4, the music recording unit 2〇3 records a plurality of pieces of music data for training. These pieces of music data, for example, a variety of music data of a wide range of BPMs, and can be collected in such a manner as to cover a certain target pitch, which is suitable for further training, and the above-described music reproduction unit 22 The hard disk-like music recording unit 203 functions. For example, the operation unit 204 is a training unit (4), and the desired training plan is not included. In addition, the age and sex of the person who is instructing the change of the pedal load (increase or decrease). It is also possible to receive the operation switching described in % as an operation unit - the input unit = 2G5, the method of assisting (supporting) the training performed by the athlete, and the second drawing unit 205 'responsive to the movement The age and sex of the eight characters are displayed by the presentation unit 206 in the training, and the one-step Z-number acquisition unit 208 obtains the number of revolutions of the pedal caused by the exerciser. Further, the relationship between the pulse rate of the exerciser obtained by the beat rate acquisition unit 209 and the decrease in the training plan is controlled by the load variable unit 207 to perform the pedal load 201026360, and the above-mentioned CPUUH or the like It can be used as such a training control unit 2〇5 to function. The section 206 is a series of information necessary for the training of the athlete. For example, the drawing unit 206 indicates that the input screen shown in Fig. 7A before the start of training causes the player to select a training plan or the like. In other words, athletes can enter age and gender as well as training plans. Further, the presentation unit 206 can display the information screen ’ as shown in Fig. 7B during training to notify the player of the status. That is to say, the information of the target pace specified by the training plan and the number of revolutions of the current pedal caused by the athlete are prompted. Further, the liquid crystal meter *胄1〇4 described above can function as such a presentation unit 2〇6. Returning to Fig. 4, the load variable unit 2〇7 is controlled by the training control unit 2 to control the value of the pedal load. For example, referring to the number of heartbeats (range) defined by the training plan, the pedal load is increased or decreased by the mode φ of the acquired pulse __. Further, the electromagnetic brake 19 described above can function as such a load variable unit 2〇7. The number-of-turns obtaining unit 208' sequentially obtains the number of revolutions of the pedal (e.g., the number of revolutions per minute) that the player who is stepping on in the series is rotated. Then, the obtained number of revolutions is supplied to the training control unit 205. Further, the above-described rotation sensor 1δ can function as such a number-of-turns acquisition unit 208. The pulse rate acquisition unit 209 sequentially takes the pulse rate of the exerciser of the training towel. After 17 201026360, the acquired pulse rate is supplied to the training control unit 205. Further, the pulse sensor 21 described above can function as such a pulse rate acquisition unit 209. The chorus 21' is a selection of music pieces recorded by the music recording unit 203 for the corresponding (suitable) target chord selection. For example, the 'selection unit 210' follows the music management information recording unit 2〇2, and selects the music piece corresponding to the target pace specified by the training plan, which is based on the relationship between the exercise time and the reproduction time. A predetermined number of selections. I - Example as an explanation As shown in Fig. 8, when the exercise time of the target step is 40 in the training plan is 1 minute, the selection part is the three pieces of the song (Ac song) for _40. Perform a selection. In this case, the total of the reproduction time of the music is more than H minutes, but the time at which the adjustable music reproduction unit 211 performs the reproduction makes it possible to end the reproduction time by one minute. The same as > the target time of 5 () is set to a time limit of $ minutes, which can also be deleted by the selection section 21〇. The two songs (D, E) are selected. In this case, although the total reproduction time of the music is more than 5 minutes, the timing at which the music reproduction unit 2u performs reproduction can be adjusted so that the reproduction can be completed for 5 minutes of the exercise time. The CPU 101 as described above can be used as such a selection unit 21 to play back to the 4th's music reproduction unit 211, and is reproduced for the music selection of the song. In other words, the plurality of pieces of music selected by the selected portion 21G are read by the music recording unit 203 and sequentially reproduced.眸Ph music reproduction unit 211, in order to prevent the reproduction sound from being interrupted when the music is sequentially reproduced in the same target step motion = in order to make the reproduction of each music piece end in the exercise time and the month The way in which the subsequent music is subjected to cross fading is said to be regenerated by flying. That is, when Xiao switches to the time of distortion, the reproduction is performed in such a manner that the opening portion of the end of the distortion is intersected and faded. ^ Music: The so-called (that is, the music is not confusing due to the switching of the music), for example, the timing of the shooting is consistent, to make the intersection and decline. On the other hand, at the time of switching the target pace, it is also possible to perform the interruption of the next music piece in a manner that does not perform the handover and the sorrow.纟 'Resonance sound of the music piece. Further, the above-described music reproduction unit 22 and the portion 211 function. The music of such a music reproduction ❿ (summary of the operation of the training device) is displayed on the flow of the music reproduction processing executed by the above-described training heart fan. The operation of the training device 200 will be described. Referring to this figure again, it is started after the athlete selects a training plan or the like. This music reproduction processing 'processing' is in addition to the training device 200's additional 'initiation of the music reproduction target step and the pedal load control control processing (for the line. The processing is performed) simultaneously, first, the training device 200, The training of the music is performed based on the training plan selected by the athlete 19 201026360 before the start of the training (step s3〇i). In other words, the music selection unit 210 selects the music piece corresponding to the target tempo specified by the training plan in the music composition data recorded by the music recording unit 2〇3 in compliance with the music management information recording unit 202'. In the second, based on the transport Fe1 and the regenerative (four) ^ (four) system to carry out the number of songs. In addition, in the case where the target step is the training content of the stepwise change, the 选t' selection unit 210 selects a plurality of pieces of music for each target step (motion time) corresponding to the rhythm. Then, 'these music pieces can be reproduced in sequence during training, for example, in the form of information such as playlists." The training device 200 stands by until the start of training (steps. For example, the training device 200 is in standby until The athlete's instruction to start the training start will start the execution of the subsequent processing. Once the training is started (YES in step S302), the training device 2 〇〇 is to reproduce the music for the selected song (step S303). The music reproduction unit 211 reproduces the music of the selected music for the music selection unit 21 in accordance with the play list, etc. Further, as the music is reproduced, the training device 2 is also used by the training control process that is additionally performed. The presentation unit 2〇6 prompts the target pace and appropriately controls the pedal load to support the training performed by the athlete. That is to say, the athlete performs the stepping on the pedal with the target step while listening to the reproduced music. Training. At this time, the BPM of the reborn music is consistent with the target, so listen to the music of the music 20 201026360 'It is relatively easy to step on the pedal with the target pace. The training device 200 determines whether the current exercise time has elapsed during the plurality of exercise hours specified by the training plan (step s3〇4). It is determined whether or not the time of the current target pace has been reached. The training device 200, if it is determined that the exercise time has not elapsed (step § is no), determines whether or not the end portion of the music piece is about to arrive (step S305). ❿ For example, 'based on the remaining reproduction time, etc.' to discriminate the music in the reproduction = the end of the music. That is, the remaining regeneration time is smaller than the specified value (the remaining regeneration time is small). Phase Moon... 1 If the music time is faster than the specified value (when the rest is regenerated), the music system is judged to be not yet finished (and there is still time for the training device 200 to determine the end of the music) (The remaining regeneration time is large '^牛跑. ^ (4) 3G5 is no), then the processing is returned to the top left: true I: ' Once the discriminating is about to reach the end of the music ( For example, if _ is small (YES in step S305), the training device 2〇0 is made to intersect with the next music piece and faded (step S306). The device = say that in order not to interrupt the reproduced sound, = Γ 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于The timing - in the state, the step of the Zen coffee, in order to carry out the next - first music H Luo 1, return to the regeneration of the above I music. 21 201026360 and 'in step S304' in the discrimination movement _ to (1) reverse time If the situation has passed (YES in step S3 04), the training device 200 determines whether or not the training has ended (step S307). That is to say, the exercise time specified in the training plan has passed, and it is determined whether all the training has ended. Once it is determined that all the training has not yet ended (there is still training for the next target cadence/exercise time) (step 7 is NO), the playlist or the like is followed to switch to the next musical piece (step S3 〇 8). ❹ In other words, because the target pacing changed to the next value, switching to the next song without the cross fading (cr〇ss fade) (corresponding to the next target tempo p) Returning to step S303' above, the reproduction of the next piece of music is performed. Further, the training device 200 uses the presentation unit 206 to present the next target step in the separately performed training control process. The pedal is stepped on with the next target step. At this time, because the BPM of the reproduced music corresponds (consistently) to the next target stepper', the athlete can easily keep up with the number of revolutions of the target step. On the other hand, when the discrimination training is completed (YES in step S307), the training device 200 ends the music reproduction processing. By such music reproduction processing, the music corresponding to the (fit) target tempo is reproduced in the training. Therefore, an athlete who listens to such a musical piece can easily pedal with the pedal in accordance with the target pace. When the training plan changes the target tempo, the music corresponding to the rhythm of the changed target tempo is reproduced. Therefore, the athletes, with the music of the music, can easily keep up with the number of revolutions of the target tempo. As a result, the training performed by the athlete can be appropriately supported. [Second embodiment] (Other embodiment) In the above-described embodiment, the training device is described as an example of a stationary foot machine, but the training device is It is not limited to such a fixed-type foot pedal, and it is also suitable for a device for performing other training. For example, 'the training device for performing training such as dancing (stepping action) or ankle lifting) may be used. It is also possible to use a game device or a computer (personal computer) instead of the above-described dedicated fixed foot machine. That is to say, 'the program that can perform the above-described music reproduction processing by the arithmetic processing unit or the like, and the information recording medium (disk) Or a semiconductor memory, etc.) is supplied to a game device or a personal computer to make the game device or The music φ brain can perform the music reproduction processing. Thereby, in the game device or the personal computer, the music corresponding to the rhythm corresponding to the action speed (for example, the 'target step tempo) should be reproduced in the training. Therefore, listening The player of the music piece can easily perform the movement in accordance with the speed of the action that should be the target. In the case of changing the speed of the action that should be the target according to the training plan, it is also possible to correspond to the speed of the action corresponding to the change. The rhythm of the music is reproduced. Therefore, the athlete can easily follow the movement that should be the target with the music. 23 201026360 In this case, the training performed by the athlete can be appropriately supported. Priority is claimed on the basis of the present patent application No. 2 〇〇 8 192 496. The contents of this basic application are hereby incorporated by reference in its entirety. (Industrial Applicability) According to the present invention, a training device, a music A, a recording medium, and a program for appropriately supporting the training performed can be provided. Apparatus music reproduction method and information [Simplified description of the drawings] The ice diagram of the first embodiment shows a schematic diagram of a stationary bicycle and a view of the embodiment of the present invention. Fig. 2 is a schematic view showing an example of a detailed configuration of the control panel. Fig. 3 shows a schematic circle of the configuration of the training device. • Overview: The drawing system makes the composition of the training device shown in Fig. 3 more detailed. Fig. 5 is a schematic diagram for explaining the contents of the training information. Fig. 6 is a schematic diagram for explaining the contents of the music management information. Figure. Fig. 7A is a schematic view showing an example of the prompt of the face presented by the prompting unit.
第7B 圖係顯示提示部所提示的晝面之提示例之概略 第 圖係用以說明針對符合目標步調的樂曲進行選曲 24 201026360 之情況之概略圖。 第9圖係顯示關於本發明的實施形態之樂曲再生處理 的一例之流程圖。Fig. 7B is a schematic view showing an example of a presentation of a faceted surface presented by a presentation unit. The figure is a schematic diagram for explaining a case where a music piece conforming to a target tempo is selected 24 201026360. Fig. 9 is a flow chart showing an example of the music reproduction processing in the embodiment of the present invention.
【主要元件符號說明】 1 固定式腳踏機器 11筐體 12鞍座 13握把 14踏板 15踏板圓盤 16回轉感測器 17皮帶 18負載圓盤 19電磁煞車 20控制面板 21脈搏感測器 22樂曲再生單元 23耳機 101中央處理單元 102唯讀記憶體 103隨機存取記憶體 104液晶表示部 105介面 106操作切換器 107快閃記憶體 200訓練裝置 201訓練資訊記錄部 202樂曲管理資訊記錄部 203樂曲記錄部 204操作部 205訓練控制部 206提示部 207負載可變部 208回轉數取得部 209脈搏數取得部 210選曲部 211樂曲再生部 25[Main component symbol description] 1 Fixed pedal machine 11 housing 12 saddle 13 grip 14 pedal 15 pedal disk 16 rotation sensor 17 belt 18 load disk 19 electromagnetic brake 20 control panel 21 pulse sensor 22 Music reproduction unit 23 headphone 101 central processing unit 102 read only memory 103 random access memory 104 liquid crystal display unit 105 interface 106 operation switch 107 flash memory 200 training device 201 training information recording unit 202 music management information recording unit 203 Music recording unit 204 operation unit 205 training control unit 206 presentation unit 207 load variable unit 208 rotation number acquisition unit 209 pulse rate acquisition unit 210 selection unit 211 music reproduction unit 25