M438654 五、新型說明： 【新型所屬之技術領域】 本創作係隸屬一種音樂播放之技術領域，且 係指隨運動速度改變音樂節奏之撥放裝置 二 使用者之運動節奏，以增進運動效果。 9此配σ 【先前技術】 按，近幾年數位隨身聽已經變成了必 丄逐漸的取代了 CD隨身聽的地位，更有=:4: 的:r起傳統的筆卡帶式的 路的發展，·1¾赵# 似 Γ也因為網 要再到可以便利的從網路購買下載不需 擔專輯’讓數位隨身聽不再是-種: 的習:在:心情’都有聽音樂 ^ 研九4曰出在運動過程中，如有音举沾入 疋漸進式運動或固定時間強度之運動，.對運C 都有激勵的效果± , ρ 初對運動者 在運動中，1果，達到延長運動時間之目的，同時 、，如聆聽與運動節奏相符之音樂，則可漆4、 離消除運動力丨丨絲ndb 、了產生解 學習；至於運ί的疲勞感及枯燥感，增加運動技能之 音樂，則有h5;l丨練後’如能跨聰柔和、低喚醒程度之 si/立@、助於情緒及肌肉之放鬆。因此一邊運動 聽音樂可以拉麵動時間，並能消除運動的：感動「邊 放為：目C樂播放裝置或播放軟體都以隨意播 …法針對使用者的運動狀態來自動調整，讓 3 使用者處於一種被動聆聽的狀態，試想如果在跑步時聽 到了一首緩慢的抒情歌，或者當您正輕鬆散步時卻是播 放節奏強烈的快歌，那運動的心情與精神狀態勢必會受 到影響，因此現有賴放裝置餘音樂的方式無法滿足 實際醫療的需求’而有進一步改良之必要。 緣是，本創作人乃針對前述運動時聆聽音樂所面臨 的問題深人探討，並藉由多年從事相㈣研發 造經驗’經謂努力的改良與試作，終於成功隨運 =度改變音樂節奏之撥放装置，藉以克服現有= 聆聽音樂所造成的不便與困擾。 期 【新型内容】 改變：U創：之主要目的係在提供-種隨運動速产 改變音樂郎奏之減裝置，藉以讓 動速度 使用者的步伐速度而有所改變 1 '、 即、可以依 的-方，朗讓❹麵度丨 在處於被動 讓使用者的運動心情不被影步之效， 基於此，本創作主要係透 體實現前述之目的及功效，該^的技術手段，來具 度傳感模組、一 BPM計算模組、〜:置至少具有—加速 面模組’其中加速度傳錢％ ^憶餘及-操作介 情況、並據以定歧用者目測量使用者的踏步 BPM計算模組係用以計算每一運動方式與節奏，而 ’又記憶模組可祕儲存相關音^之每分鐘的節拍數 料’至於操作介面餘則可 ^料及錢者動作資 放裝置的各項功能。 用者用於操作及選取播 M438654 藉此，透過上述技術手段的具體實現 ί置的加速度侃模組檢知使用者的步伐速 ί步伐ί = ί節奏速度，讓音樂播放節奏可依使用者 ，達到讓:所改變，令使用者不在處於被動的一方 使者速度與音樂節奏速度同步之效，從而讓 口口的ι冑〜情不被影響和延長運動時間’以增加產 ασ的附加價值’並提升其經濟效益。M438654 V. New description: [New technology field] This creation department belongs to a technical field of music playback, and refers to the movement rhythm of the user's movement device that changes the music rhythm with the speed of movement to enhance the exercise effect. 9 This match σ [Previous technology] According to, in recent years, the digital walkman has become a must to gradually replace the status of the CD player, and more =: 4: r: the development of the traditional pen-clip-style road ,······················· # 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为4 曰 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在The purpose of exercise time, at the same time, if you listen to the music that matches the rhythm of the movement, you can paint 4, remove the kinetic power from the ndb, and generate the solution learning; as for the fatigue and boring feeling of the movement, increase the motor skills. Music, there is h5; l after training, if you can cross the soft, low level of awakening si / stand @, help the emotional and muscle relaxation. Therefore, while listening to music, you can pull the noodles and move the time, and you can eliminate the movement: Touching the side: the C-player or the playback software is automatically broadcasted. The method automatically adjusts the user's motion state, allowing 3 users. In a state of passive listening, imagine that if you hear a slow lyric song while running, or if you are playing a fast-paced fast song while walking, the mood and mental state of the sport will be affected, so The existing method of relying on the remaining music of the device cannot meet the needs of actual medical treatment, and there is a need for further improvement. The reason is that the creator is deeply involved in the problems faced by listening to music during the above-mentioned sports, and by engaging in many years (4) The experience of research and development is said to be an improvement and trial of the effort, and finally succeeded in changing the rhythm of the music rhythm with the degree of movement, in order to overcome the inconvenience and trouble caused by the existing = listening to music. [New content] Change: U Chuang: The main purpose is to provide a means of changing the music singer with the speed of movement, so as to let the user of the speed user The speed has changed 1 ', that is, you can rely on the - side, let the face squat in the passive let the user's sports mood is not affected by the effect, based on this, the main creation is through the body to achieve the aforementioned Purpose and effect, the technical means of the ^, the degree sensing module, a BPM computing module, ~: set at least - the acceleration surface module 'where the acceleration money % ^ recall and - operation situation, and According to the user's step-by-step measurement, the user's step-by-step BPM calculation module is used to calculate each movement mode and rhythm, and 'the memory module can store the relevant sounds per minute of the beat number' as to the operation interface. The rest can be used to control the functions of the device. The user is used to operate and select the M438654. Through the above-mentioned technical means, the accelerometer module detects the user's pace. The pace ί = ί rhythm speed, let the music play rhythm according to the user, to let: change, so that the user is not in the passive side of the messenger speed and the music rhythm speed synchronization effect, so that the mouth of the ι胄~情不Shadow And prolong exercise time 'in order to increase the added value of production ασ' and improve its economic efficiency.
徵及2 #審查委Μ能進—步了解本創作的構成、特 :己入；★、目的’以下乃舉本創作之若干較佳實施例，並 夠細娜后’同時讓熟悉該項技術領域者能 【實施方式】 左本創作係一種隨運動速度改變音樂節奏之撥放裴置 ，隨附圖例示之本創作具體實施例及其構 ^ 於前與後、左與右、頂部與底部、上部與下部Recruitment 2 #审查委Μ能进- Step to understand the composition of this creation, special: self-in; ★, purpose 'The following are some of the preferred embodiments of this creation, and enough to be careful after the 'while let familiar with the technology The field person can [Embodiment] Zuo Ben creation is a kind of playback device that changes the rhythm of music with the speed of movement. The specific embodiment of the creation and its construction are illustrated in the front and back, left and right, top and bottom. Upper and lower
平與垂直的參考，僅用於方便進行描述，並非限制本創 ^亦非將其構件限制於任何位置或空間方向。圖式與 說=書中所指定的尺寸，當可在不離開本創作之申請^ 利fe圍内，根據本創作之具體實施例的設計與需求而進 行變化。 …而關於本創作隨運動速度改變音樂節奏之撥放裝置 的簡要架構，則請參閱第一、二圖，其被設計成—播放 程式，且該播放程式被内建於一音樂播放裝置（1〇)中 又播放裝置（10)至少具有一加速度傳感模組（11) BPM汁异模組（12)【Beats Per Minute，歌曲每 5 M438654 分鐘之節拍數】一記憶模組（13)及—操作介面模組 (15)，其中加速度傳感模組（11)【G_Sens〇r】可 用於測量使用者的財情況、並據以定義使用者目前之 運動方式與節奏，❿BPM計算模組（12)係用以計算每 一百歌曲之每分鐘的節拍數，又記憶模組（13)可用於 儲存相關音樂資料及使用者動作資料，至於操作介面模 組（15)則可供使用者用於操作及選取播 的各項功能，該賴置⑽可被4與; 功能之智慧型手機、個人行動助理或平板電 結構； 版 而配合參看帛三目所示，前麵放方法&含 3,=1)、一計算步伐速度（S12)、一選用播放 杈式（S13)、一建立歌曲資料庫（S2〇)、一選擇歌曲 (S14)及一同步播放（S15)之步驟，讓該播放裝置（ 1〇)之音樂播放節奏可依使用者的步伐速度而有所改變 ’其中· 所述檢測步伐（S11)之步驟，係利用言亥播放 用=之加速度傳祕組（11)在待定距離⑽知該使 用者的步伐【即一般的計步功能】； 所述計算步伐速度（S12)之步驟，當該播 、？。〇) Ϊ成步伐計數後’播放裝置（S11)進一步二 邏輯運算功能計算出每分鐘的步伐速度； k =述選用播放模式（S13)之步驟，係由該播 = (=)之操作介面模組（15)進行音樂播放模式的選 擇’如第四圖所示’該播放模式（S13)内包含有一护 M438654 杈式（S131)、節奏同步模式（S132)及歌曲同步模 (S133L’其中一般模式（S131)係指選用歌曲時，、其 可依正常速度進行音樂播放； Z、 =選用歌曲時，同-歌曲之播放節奏依使用二步2;戈 ，而改變丄至於歌曲同步模式（S133)係指選用歌^ 時’依歌曲節奏分類麵合使时的步伐速度進行音 播放，而不改變歌曲之即有節奏； 曰y、 所述建立歌曲資料庫（S2G)之步驟，係如第一、 四圖所不’其包含有—儲存歌曲（S21)、-計管卿 (S22)及一歌曲分類（S23)之步驟，其中儲存= S21)係將歌曲數位檔案儲存於前述播放 = :十：杈，·且（12)將播放裝置（1〇) ==;十算其 ΒΡΜ【Β—Μ1_，= 里即數】’並再次儲存於該記憶模组（⑻内· 至於歌曲分類（S23)則係將歌曲依其節奏、演， 風格等相關曲目資料進行分類，以方便使用者於選用播 放模式（S13)中選用，讀立坐械p 土 、用播 的步伐速度， ·郎奏能配合使用者 歌曲（S14)之步驟，係由使用者利用播 I介面模組π5)由前述選用播放模 式（S13)中設定選用之播放方式，如一 i滿US模式（S132)或歌曲同步模式（11 以滿足使用者不同的需求； c#_(sl5)之步驟’係當使 中，可由播妓置⑴）依使用者喜好選用播放模= 7 M438654 歌曲，以進行音樂播放； 藉此，可透過播放裝置（10)的加速度傳感模組（ 11)檢知使用者的步伐速度，並計算歌曲節奏速度，且 依選用之播放模式，讓音樂播放節奏可依使用者的步伐 速度而有所改變，不致發生跑步時播放節奏較慢的歌曲 、又或運動後播放節奏較快的歌曲，而組構成一隨運動 速度改變音樂節奏之撥放裝置者。 透過前述的架構設計，本創作於實際操作時，則係 如第一、二及三圖所示，當使用者於運動時，先行利用 籲 播放裝置（10)之操作介面模組（15)透過選擇播放模 式（S13)選擇適合之播放方式； 實施例1 選用一般模式（S131)播放音樂 當使用者選用播放模式（S13)中之一般模式（ S131)時，使用者可進一步選擇所喜歡的歌曲，播放裝 置播放模式（S13)可依所選擇之歌曲原本的節奏進行 音樂播放，不受使用者運動的步伐速度改變而改變。 實施例2 選用節奏同步模式（S132)播放音樂 胃 當使用者透過播放裝置（10)之操作介面模組（15 )選擇其播放模式（S13)，並選用其中之節奏同步模 式（S132)時，使用者可進一步由播放裝置（10)的記 憶模組（13)中選擇所喜歡的歌曲或由播放裝置（10) 自動選擇播放的歌曲，令該播放裝置（10)依所選擇之 歌曲的節奏進行音樂播放，而當播放裝置（10)之加速 度傳感模組（11)偵測到使用者的步伐速度改變時【變 快或變慢】，播放裝置（10)可計算出其每分鐘的步伐 8 速度，如此播放裝置（10)即依該播放中歌曲的BPM【 每分鐘節奏】進行改變，如使用者步代速度變快時，則 令該歌曲的播放速度同步變快【Βρμ變快】；使用者步 代速度變慢時，則令該歌曲的播放速度同步變慢【ΒΡΜ 變慢】。使播放裝置（10)在不改變歌曲的狀況下，能 依運動速度改變音樂節奏。 實施例3選用歌曲同步模式（S133)播放音樂 當使用者透過播放裝置（1〇)之操作介面模組（i5 )選擇其選用播放模式（S13)，並選用其中之歌曲同 步模式、（S133)時，使用者可進一步由播放裝置（1〇) 的記憶模組03)中選擇所喜歡的歌曲或由播放裝置（ 10)自動選擇播放的歌曲，並讓播放裝置（1〇)依所選 擇之歌、曲的節奏進行音樂播放，而當播放裝置（1〇)之 加速度傳感模組（11)偵測到使用者的步伐速度改變時 【變快或變慢】，播放裝置（10)可計算出其每分鐘的 步伐速度，如此播放裝置（10)即依記憶模組（13)所 存放之歌曲BPM【每分鐘節奏】進行變更，如使用者步 代速度變快時，則即由播放裝置（1〇)之記憶模組（13 )選擇BPM相符的較快歌曲來播放；當使用者步代逮度 變慢時，則即由播放裝置（1〇)之記憶模組（13)選擇 BPM相符的較慢歌曲來播放。使播放裝置（1〇)能依運 動速度變換節奏相符的歌曲。 經由前述之說明，本創作能讓播放裝置（10)利用 加速度傳感模組（11)自動偵測使用者的運動速度，同 時透過播放裝置（10)之播放模式（S13)的選用，而 能以改變歌曲節奏【改變歌曲BPM】或選擇節奏相符【 歌曲BPM相符】的歌曲，讓播故骏置（1〇)之音樂播放 節奏可以依使用者的步伐速度而有所改變，讓使用者不 在處於被動的一方，而在音樂的介入下，不管是漸進式 運動或固定時間強度之運動，對運動者都有激勵的效果 ，並可產生解離消除運動訓練時的疲勞感及枯燥感，增 加運動技能之學習，同時運動訓練後，跨聰柔和、低喚 醒程度之音樂，有助於情緒及肌肉之放鬆，讓使用者的 運動心情不被影響，故能增進其附加價值與經濟效益。 藉此，可以理解到本創作為一創意極佳之新型創作 ’除了有效解決習式者所面臨的問題，更大幅增進功效 ’且在相同的技術領域中未見相同或近似的產品創作或 公開使用，同時具有功效的增進，故本創作已符合新型 專利有關「新穎性」與「進步性」的要件’乃依法提出 申請新型專利。 【圖式簡單說明】 第一圖··係本創作之隨運動速度改變音樂節奏之撥放裝 置的簡要架構示意圖。 第二圖：係本創作之隨運動速度改變音樂節奏之撥放裝 置於實際使用時之簡要示意圖。 ~ 第三圖：係本創作之隨運動速度改變音樂節奏之撥放裝 置的簡要流程示意圖。 第四圖：係本創作隨運動速度改變音樂節奏之撥玫事置 中選用模式的簡要架構示意圖。 ~ 第五圖：係本創作隨運動速度改變音樂節奏之撥放梦 中建立歌曲資料庫的fal要流程示意圖。 【主要元件符號說明】The flat and vertical references are for convenience of description only and are not intended to limit the invention to any position or spatial orientation. The dimensions specified in the drawings and statements can be varied in accordance with the design and needs of the specific embodiment of the present invention without departing from the application of the present invention. ...and for a brief structure of the playback device that changes the rhythm of the music with the speed of movement, please refer to the first and second figures, which are designed as a play program, and the player is built in a music player (1) 〇) The playback device (10) has at least one acceleration sensor module (11) BPM juice module (12) [Beats Per Minute, the number of beats per 5 M438654 minutes of the song] a memory module (13) and - Operation interface module (15), wherein the acceleration sensing module (11) [G_Sens〇r] can be used to measure the user's financial situation, and to define the current movement mode and rhythm of the user, and the BPM calculation module ( 12) is used to calculate the number of beats per minute for each hundred songs, and the memory module (13) can be used to store related music data and user action data, and the operation interface module (15) can be used by the user. For operation and selection of various functions, the device (10) can be used by 4; functional smart phones, personal mobile assistants or tablet electrical structures; version with reference to the third eye, front loading method & 3,=1), a calculation speed (S12), a step of playing a play type (S13), a set up song database (S2〇), a selection song (S14), and a synchronous play (S15), so that the playback device (1〇) music is played The rhythm can be changed according to the speed of the user's pace. The step of the detection step (S11) is to use the acceleration transmission group (11) of the speech playback to know the user's pace at a predetermined distance (10). [that is, the general step function]; the step of calculating the pace speed (S12), when the broadcast,? . 〇) After the step counts, the playback device (S11) further calculates the pace of each minute by the second logic operation function; k = the step of selecting the playback mode (S13), which is the operation interface mode of the broadcast = (=) Group (15) selects the music play mode 'as shown in the fourth figure'. The play mode (S13) includes a guard M438654 (S131), a rhythm synchronization mode (S132), and a song sync mode (S133L' Mode (S131) means that when a song is selected, it can play music at normal speed; Z, = When using a song, the same-song playing rhythm uses two steps 2; Ge, and changes to the song synchronization mode (S133) ) means that when the song is selected, the sound is played according to the pace of the rhythm of the song, and the rhythm is not changed without changing the song; 曰y, the step of establishing the song database (S2G) is as follows The steps of the first and fourth figures include the steps of storing songs (S21), metering masters (S22) and a song category (S23), wherein storing = S21) storing the song digital files in the aforementioned play =: Ten: 杈, · and (12) will play (1〇) ==; 10 counts its ΒΡΜ [Β Μ _ 1_, = 里 里 】] and stores it again in the memory module ((8) · As for the song classification (S23), the song is played according to its rhythm, The style and other related track materials are classified to facilitate the user to select in the selected play mode (S13), read the position of the machine, and use the pace of the broadcast, and the lang can match the user song (S14). The user uses the broadcast I interface module π5) to select the selected play mode in the selected play mode (S13), such as an i full US mode (S132) or a song sync mode (11 to meet different needs of the user; c# The step of _(sl5) is to enable the play mode = 7 M438654 song to be played by the user according to the user's preference for playing music; thereby, the acceleration sensing mode of the playback device (10) can be used. The group (11) detects the pace of the user and calculates the rhythm speed of the song, and according to the selected play mode, the music playing rhythm can be changed according to the user's pace, so that the playing rhythm is not slow when running. Song, or luck After playing the song, fast-paced, with the movement of the group consisting of a speed changing rhythm of the music by means of Bofang. Through the above-mentioned architectural design, the actual operation is as shown in the first, second and third figures. When the user is exercising, the operation interface module (15) of the playback device (10) is used first. Selecting the play mode (S13) selects a suitable play mode; Embodiment 1 Selecting the normal mode (S131) to play music When the user selects the normal mode (S131) in the play mode (S13), the user can further select the favorite song. The playback device playback mode (S13) can perform music playback according to the original rhythm of the selected song, and is not changed by the pace change of the user's motion. Embodiment 2: Playing the music stomach in the rhythm synchronization mode (S132) When the user selects the play mode (S13) through the operation interface module (15) of the playback device (10), and selects the rhythm synchronization mode (S132) therein, The user can further select a favorite song from the memory module (13) of the playback device (10) or automatically select a song to be played by the playback device (10), so that the playback device (10) matches the rhythm of the selected song. Playing music, and when the acceleration sensor module (11) of the playback device (10) detects that the user's pace speed changes [faster or slower], the playback device (10) can calculate its per minute. At the pace of 8 speeds, the playback device (10) is changed according to the BPM [per minute rhythm] of the playing song. If the user's step generation speed becomes faster, the playback speed of the song is synchronized faster [Βρμ is faster. 】; When the user's step generation speed is slow, the song's playback speed is slowed down synchronously [ΒΡΜ slow down]. The playback device (10) can change the music tempo according to the speed of the movement without changing the song. In the third embodiment, the song synchronization mode (S133) is used to play music. When the user selects the selected playback mode (S13) through the operation interface module (i5) of the playback device (1), and selects the song synchronization mode, (S133) The user can further select a favorite song from the memory module 03) of the playback device (1) or a song automatically selected by the playback device (10), and let the playback device (1〇) select the selected one. The music of the song and the song is played by the music, and when the acceleration sensor module (11) of the playback device (1) detects that the user's pace speed changes [faster or slower], the playback device (10) can Calculate the pace of each minute, so that the playback device (10) changes according to the song BPM [per minute rhythm] stored in the memory module (13), and if the user's step generation speed becomes faster, then the player is played. The memory module (13) of the device (1) selects a faster song that matches the BPM to play; when the user gets slower, the user selects the memory module (13) of the playback device (1). BPM matches slower songs to play. Enables the playback device (1〇) to change the rhythm-matching songs at the speed of the movement. Through the foregoing description, the present invention enables the playback device (10) to automatically detect the user's motion speed by using the acceleration sensor module (11), and at the same time, through the selection of the playback mode (S13) of the playback device (10), In order to change the rhythm of the song [change song BPM] or select the rhythm to match the song [song BPM match], the music playback rhythm of the broadcaster (1〇) can be changed according to the user's pace, so that the user is not On the passive side, and with the intervention of music, whether it is progressive movement or fixed-time intensity movement, it has an incentive effect on the athletes, and can generate dissociation to eliminate fatigue and boring during exercise training, and increase exercise. After learning the skills and training, the music that is soft and low in awakening will help the emotions and muscles to relax, so that the user's sports mood will not be affected, so it can enhance its added value and economic benefits. In this way, it can be understood that this creation is a creative and excellent new creation 'In addition to effectively solving the problems faced by the practitioners, the effect is greatly enhanced' and the same or similar product creation or disclosure is not seen in the same technical field. The use, at the same time, has an improvement in efficacy. Therefore, the creation has met the requirements of "newness" and "progressiveness" of the new patents. [Simple description of the diagram] The first diagram is a schematic diagram of the schematic structure of the playback device that changes the rhythm of the music with the speed of movement. The second picture: is a brief diagram of the creation of the music to change the rhythm of the music in the actual use. ~ The third picture is a schematic diagram of the brief flow of the playback device that changes the music rhythm with the speed of movement. The fourth picture is a schematic diagram of the schematic structure of the selection mode in which the creation changes the music rhythm with the speed of the movement. ~ The fifth picture: The schematic diagram of the fal to create a song database in the dream of changing the rhythm of music with the speed of movement. [Main component symbol description]