200848316 九、發明說明： 【發明所屬之技術領域】 本發明有關一用於健身的小型直立式腳踏車，及特別 有關一用於健身的小型直立式腳踏車，其中一鞍座係自一 傳統腳踏車被移去，且縱向地形成一板狀腳踏板’以致一 與驅動鏈輪連接之腳踏板係延伸至一後輪之輪轂軸桿，猶 如一使用者以全身用騎乘一浮板之姿勢踩在一板狀腳踏板 上，用於藉此使健身效果最大化，且孩子們能夠輕易地使 用該輛腳踏車。 【先前技術】 勺八如在圖14中所顯示，一傳統之腳踏車在其前側及後侧 3月輪13及一後輪23。一把手支柱26係與該前輪工3 2軸桿連接，且一把手10係固定在該把手支柱％之上側。 I支撐機架20係以該水平及朝下之方向中連接於該把手 ^ 6及"亥後輪23之間。一固定在鞍座機架之鞍座28 ^ 一在上與下方向中的傾斜角度設在一支撐機架2〇之 中間部份。 一驅動軸桿係於左及右方向中驅動式地連接在該支撐 才幾年 2 0 夕 某’、 下側。一腳踏板5 8係在該驅動軸桿之兩側以 度結合在—驅動軸桿腳踏板支臂52° —驅動鏈輪30 二:定在該驅動軸桿的—側，且—從動鏈輪係固定在該後 :23的一輪轂。—鏈條32連接該驅動鏈輪及該從動 行李架2 9係安裝在該後輪2 3的一上側。 200848316 於前述之傳統腳踏車中，春一 58、同時坐在該㈣28 \使用者踩在每—腳踏板 動轴桿。與該驅動轴桿連接之驅動力量係施加至該驅 經過該鏈條32連接之從動鏈輪，用二'疋轉’且叙轉 量。以所產生之運行力量， ^此產生一運行力 線地運行。 A曰車係不會傾斜，而是直 換句話說，該腳踏車之前 ^ J4 ώ ^ % 一有一轉向功能，且該後 用者之足部所操作’以使該腳踏車向前推進。 別輪及後輪可藉由-手動型煞車獨立地操作。 然而，該傳統腳踏車具有_ 於踩在該腳踏板上之力量俜二’。問題在於既然用 係、、二過该鏈條直接地轉移至該等 幸用子，㈣馬力量可能有报多損失。至少二足部之一庫基 於-運轉情況等候該踩踏力量之完全轉移。 〜 =外，既然該傳統之腳踏車係以直列式之形狀形成有 刖輪及一後輪，當首攻學习习上 田I人予白如何騎腳踏車時，一腳踏車 初學者三番兩次摔倒。以多次之摔倒，該使用者能學習如 何平衡該腳踏車及身體。有時候，該使用者當學習騎乘該 腳踏車時可能會有一大的意外。 【發明内容】 [技術問題] 據此’本發明之一目的传接徂 m -ir/v Λ*. ώ 口旧你杈供一用於健身的小型直立 式腳踏車，其克服該傳統技術中所遭遇之問題。 本發明之另一目的係提供_用於健身的新穎小型直立 200848316 式腳踏車，其中一能量損失係藉著以全身踩踏在該腳踏板 上所減至最小，且一健身效果係被最大化。 本發明之進一步另一目的係提供一用於健身的新穎小 型直立式腳踏車，其中一鞍座係由一傳統之腳踏車移去， 且一板狀腳踏板係縱向地形成，以致一與驅動鏈輪連接之 腳馬板係延伸至一後輪之輪轂軸桿，猶如一使用者以全身 用騎乘一浮板之姿勢踩在一板狀腳踏板上，用於藉此使健 身放果最大化，且孩子們能夠輕易地使用該輛腳踏車。 [技術解決方法] 為達成該等上面之目的，於一腳踏車中，其包含分別 結合在一前側及一後側之一前輪及一後輪；一把手支柱， 其連接在該前輪之轴桿；一把手，其固定在該把手支柱的 上側；—支撐_，其水㈣連接於該把手支柱及該後輪 之間；一驅動軸桿，其係可在該支撐機架的中心旋轉；及 一鏈條，其連接一結合在該驅動軸桿的一側之驅動鏈輪、 及固疋在一輪殺單兀之從動鏈輪，該輪轂單元結合在該 後輪，在此提供一用於健身的小型直立式腳踏車，其包含 ^形成為平板形狀之板狀腳踏板50，該板狀腳踏板的一側 係驅動軸桿腳踏板支臂52連接，該驅動軸桿腳踏板 支臂在該驅動軸桿36之兩側上與一腳踏板軸桿53結合， 該板狀腳踏板之另一側係與一從動軸桿腳踏板支臂“連 接，該從動軸桿腳踏板支臂在該後輪22之輪轂單元與一 腳踏板軸桿55結合。 該輪轂單元包含一輪轂本體71，其係與該後輪22連 200848316 接；一輪轂軸桿200848316 IX. Description of the Invention: [Technical Field] The present invention relates to a small upright bicycle for fitness, and particularly to a small upright bicycle for fitness, wherein a saddle is moved from a conventional bicycle Going forward and forming a plate-like foot pedal in a longitudinal direction so that a foot pedal connected to the drive sprocket extends to the hub axle of a rear wheel, as if a user is riding the body with a floating plate On a plate-shaped foot pedal, it is used to maximize the fitness effect and the child can easily use the bicycle. [Prior Art] As shown in Fig. 14, a conventional bicycle has a front wheel 13 and a rear wheel 23 on its front and rear sides. A handlebar leg 26 is coupled to the front wheeler 32 and a handle 10 is secured to the upper side of the handlebar. The I support frame 20 is connected between the handle ^6 and the rear wheel 23 in the horizontal and downward direction. A saddle 28 fixed to the saddle frame is disposed at an intermediate portion of the support frame 2'' at an inclined angle in the upper and lower directions. A drive shaft is drivingly connected to the support in the left and right directions only a few years later. A pedal 5 8 is coupled to the two sides of the drive shaft to the degree - the drive shaft pedal arm 52 ° - the drive sprocket 30 2: fixed on the side of the drive shaft, and - from The chain sprocket is fixed to the rear of the wheel: 23. - The chain 32 connects the drive sprocket and the driven luggage rack 9 9 is mounted on an upper side of the rear wheel 23. 200848316 In the aforementioned conventional bicycle, Chunyi 58 and the (4) 28 \ user simultaneously step on the pedal-moving shaft. The driving force connected to the drive shaft is applied to the driven sprocket that is driven through the chain 32, and is rotated by two 'turns'. With the generated operating force, this produces a running line of force. The A曰 car will not tilt, but in a straight line. Before the bike, ^ J4 ώ ^ % has a steering function, and the rear of the user's foot is operated to push the bicycle forward. The wheel and the rear wheel can be operated independently by the manual brake. However, the conventional bicycle has the power to step on the pedal. The problem is that since the chain is directly transferred to the lucky ones, (4) the horsepower may report more losses. At least one of the two foot units is based on the operation and awaits the complete transfer of the pedaling force. ~ = Outside, since the traditional bicycle is formed in the shape of an inline with a wheel and a rear wheel, when the first attack is to learn how to ride a bicycle, the beginner of a bicycle falls twice. With multiple falls, the user can learn how to balance the bicycle and the body. Sometimes, the user may have a big accident when learning to ride the bicycle. [Disclosure] [Technical Problem] According to this, one of the objects of the present invention is to transfer 徂m -ir/v Λ*. ώ 旧 杈 杈 for a small vertical bicycle for fitness, which overcomes the conventional technology The problem encountered. Another object of the present invention is to provide a novel small upright 200848316 type bicycle for fitness, in which an energy loss is minimized by stepping on the foot pedal, and a fitness effect is maximized. Still another object of the present invention is to provide a novel small upright bicycle for fitness, wherein a saddle is removed by a conventional bicycle, and a plate-like pedal is formed longitudinally such that a drive chain The wheel connecting the footboard extends to the hub axle of a rear wheel, as if the user is stepping on a plate-shaped foot pedal with the body riding a floating plate, thereby maximizing the fitness effect. And the children can easily use the bicycle. [Technical Solution] In order to achieve the above objects, in a bicycle, a front wheel and a rear wheel respectively coupled to a front side and a rear side; a handle post connected to the shaft of the front wheel; , which is fixed on the upper side of the handle post; a support_, the water (4) is connected between the handle post and the rear wheel; a drive shaft which is rotatable in the center of the support frame; and a chain, The utility model is connected with a driving sprocket coupled to one side of the driving shaft and a driven sprocket fixed to a single wheel. The hub unit is coupled to the rear wheel, and a small erect for fitness is provided. a bicycle comprising a plate-shaped foot pedal 50 formed in a flat plate shape, one side of the plate-shaped foot pedal being connected to a driving shaft foot pedal arm 52, wherein the driving shaft foot pedal arm is The two sides of the driving shaft 36 are combined with a pedal shaft 53. The other side of the plate-shaped pedal is connected with a driven shaft pedal arm, and the driven shaft is pedaled. The plate arm is coupled to a pedal shaft 55 at the hub unit of the rear wheel 22. The hub unit includes a hub body 71 connected to the rear wheel 22, 200848316; a hub axle
由地旋轉； 70可相對 73 ,甘 μ .、， 其係以 ’ 7〇,其通過該輪轂本體71及自由糾 72減少摩擦力，以致該輪轂軸桿7〇 71自由地旋轉；一圓錐形螺帽73, 轂軸桿70，用於防止該等鋼質輪承 脱離，—軸桿旋轉軸承76，其在該支撐機架2〇 ^ 固定一开^ + & ^ 的一端部 乂成為圓環形狀之機架固定件75，且允 桿70白士 α 兀5午该輪轂軸 :由地旋轉；及一錐形㈣肖51 ’其將該從動轴桿腳 曰反支# 54固定至該輪轂軸桿7〇。 该轴桿旋轉軸承76係安裝在該機架固定件75的一内 側’且該已安裝之軸桿旋轉軸承76的一外部圓周係藉由 該機架固定件75用該機架固定螺栓78所固定，該腳踏車 另包含一第一固定螺帽74，其以嫘紋嚙合在該輪較轴桿 7〇 ’用於防止該錐形螺帽74之鬆開；及一第二固定螺帽77， 用於將該軸桿旋轉軸承76固定至該輪轂軸桿70。 在另一方面，該輪轂單元包含/輪轂本體71，其係與 該後輪22連接；一直通的輪轂軸桿82，其係插入該輪轂 本體71 ;複數鋼質軸承72減少摩擦力，以致該輪轂本體 7 1可相對於該直通的輪轂軸桿82自由地旋轉；一圓錐形 螺帽73，其係以螺紋嚙合在該直通的輪轂軸桿82，用於 防止該等鋼質軸承72之脫離；一固定螺帽74，其固定該 圓錐形螺帽73 ; —固定螺帽83，其固定一在該支撐機架2〇 的一端部所形成之圓環形機架固定件87 ; —插入軸桿輛承 84，其一側中安裝複數鋼質軸承88，用於藉此形成一輛承 部份，及另一側中形成一母螺紋，用於與該直通的輪轂車由 200848316 8干4及^;輪轂插人軸桿8G，其通過該插人軸桿轴承 二直通的輪轂軸# 82;一圓錐形螺帽85，其防止該 二1貝軸承88之脫離朝向該外面，且允許該輪轂插入軸 干80相對於該直通的輪轂軸桿U獨立地旋轉；一固定螺 其將該圓錐形螺帽85固定至該輪轂插入軸桿80; ;:隹形才王銷5 1 ’其將該從動軸桿腳踏板支臂固定至 該輪轂插入軸桿8〇的一端部。 在此進一步提供一同步鏈輪％，其係結合在該驅動軸 I -後輪同步鏈輪91 ’其㈣合在該後輪U之輪較單 凡’及：鏈條，其連接該同步鏈輪9〇及該後輪同步鏈輪9卜 該前輪係由二輪件所形成。 於-聊踏車中’其包含分別結合在一前侧及一後側的 剛輪及後輪、一連接在該前輪之軸桿的把手支柱、一固定 —上側之把手、—水平地連接於該把手支 柱及该後輪間之支撐機 _ . ^ ^ 牙钺木 可在該支撐機架之中心旋轉 6、IE動軸桿、及_連接_結合在該㈣軸桿的—側之驅動 鍵輪及一固定在該後輪的輪較單元之從動鏈輪的鏈條，在 此提供-用於健身的小型直立式腳踏車，其包含與該後輪 …、勺支禮機木2〇中之上側連接的繩索固定件62及64， /等繩索固疋件之每一端部係向外彎曲及形成一繩索溝槽 :5;及-板狀腳踏板5〇,其係形成在一平板形狀中，該板 ^腳踏板的一側係與一驅動轴桿腳踏板支臂Μ連接，該 /車柃腳踏板支臂在該驅動軸桿％之兩側與一腳踏板 軸桿53結合，該板狀腳踏板5〇之另一側係與以一定長度 200848316 2在該等繩索固定件62及64的繩索溝槽65之 索60連接。 〜^ 在此進-步在該後輪22之輪較單元的—外側提供一惰 輪軸承56,以致該板狀腳踏板5〇可平滑地旋轉。 ^腳踏車中，其包含分別結合在—前側及—後側之 别輪及後輪、-連接在該前輪之轴桿的把手支柱、一固定 在該把手支柱的一上側之把手、—水平地連接於該把手支 柱及該後輪間之支撐機架、-可在該支撐機架之中心旋轉 的驅動軸桿、及一連接一結合在該驅動軸桿的-側之驅動 鏈輪及-固定在該後輪的輪較單元之從動鍵輪的鍵條，在 此提供-用於健身的小型直立式腳踏車，該腳踏車包含一 腳踏板支撐構件66,其係在_定高度結合在該後輪22的 ^撐機架Μ; — 1字料踏板連桿67,其每-側係鉸 接在該腳踏板支撐構件66之兩端；及_板狀㈣板％， 其係形成在-平板形狀中，該板狀腳踏板的一側係與一驅 動軸桿腳踏板支臂52連接，該驅動軸桿聊踏板支臂在該 驅動軸桿36之兩側面與—腳踏板軸桿53結合，該板狀腳 踏板之另一側係鉸接在該腳踏板連桿67之下端。 一該腳踏板支撐構件66另包含一高度調整單元，用於調 整局度。 ▲於-聊踏車中，其包含分別結合在—前側及一後側之 别輪及後輪、-連接在該前輪之軸桿的把手支柱、一固定 在該把手支柱的-上側之把手、一水平地連接於該把手支 柱及该後輪間之支律機架、一可在該支揮機架之中心旋轉 200848316 的驅動軸杯、及一連接一結合在該驅動軸桿的一側之驅動 鏈輪及一固疋在輪轂單元之從動鏈輪的鏈條，該輪轂單元 、、n a在4後輪之中心，在此提供一用於健身的小型直立式 腳踏車，该腳踏車包含一板狀腳踏板50，其係形成一平板 7狀"亥板狀腳踏板的一側係與一驅動軸桿腳踏板支臂52 連接，該驅動軸桿腳踏板支臂在該驅動軸桿36之兩側與 腳踏板軸桿53結合，該板狀腳踏板之另一側係連接在 該後輪22的—輪數單元；其中與該板狀腳踏板50連接之 後輪22的輪毅單元包含一由該輪轂軸桿延伸之後輪延伸 軸杯97、及一結合在該後輪延伸軸桿97之支撐軸承％。 在此進一步提供一安全導引桿95, 機架20，用於防止安裝在該支撐軸承 腳踏板5 0的脫離。 其係結合在該支撐 96的上側上之板狀 [有利效果] 外’該車體之高度及長度 如此，其係可能以較低之 在本發明中，除了該把手以 係稍微比該傳統之腳踏車較小。 成本製造。 一 - •心〜"里心氷綠，其係可 能輕易地以一傾斜之方式前進。既然使用一寬廣之板狀腳 踏板，其係可能以一直立式姿勢穩定地乘騎腳踏車。 根據本發明，用於健身的小型直立式腳踏車可被剛好 用於娛樂活動以及健身。與使用者以—安坐之姿勢乘騎的 傳統腳踏車作比較，使用者能享受另—種乘騎型式。 12 200848316 【實施方式】 [最佳模式] 根據本發明，於一腳踏車中，其包含分別結合在一前 側及-後方側的前輪及後輪、一連接在該前輪之轴桿的把 支柱固疋在該把手支柱的一上側之把手、—水平地 連f於該把手支柱及該後輪間之支撐機架、—可在該支撐 機架之中心旋轉的驅動軸桿、及一連接一結合在該驅動: 桿的一側之驅動鏈輪及一固定在輪轂單元之從動鍵輪的鍵 條，该輪轂單元結合在該後輪，在此提供一用於健身的小 型直立式腳踏車，該腳踏車包含—板狀腳踏板μ，其係形 ^一平板形狀中，該板狀腳踏板的—側係與—驅動轴桿腳 踏板支臂52連接’該驅動軸桿腳踏板支臂在該驅動轴桿％ 之兩側與—腳踏板軸桿53肖合，該板狀腳踏板之另一側 從動軸桿腳踏板支臂54連接，該從動軸桿腳踏板 在该後輪22之輪轂單元與—腳踏板轴桿55連接。 [用於本發明之模式] 根據本發明用於健身的小型直立式腳踏車將參考所附 圖式被說明。當參考數字係授予該等圖式之元件時，相同 :::被授予相同之參考數字，甚至當它們顯現在其他圖 2上日…亥等被認為會造成本發明之主題不明顯的習知功 月b及結構之敛述將被省略。 圖1係一視圖，根據本發明之第一具體實施例說明_ :於健身的小型直立式腳踏車；_ 2係—分解立體圖，根 據本發明之第—具體實施例說明—用於健身的小型直 13 200848316 :P踏車之重要兀件；圖3係一橫截面視圖，根據本發明之 第-具體實施例說明-用於健身的小型直立式腳踏車中之 後輪輪毅單元；及圖4係一橫截面視圖，根據本發明之第 一具體實施例說明-用於健身的小型直立式腳踏車中 輪輪轂單元的另一範例。 圖5係一視圖，根據本發明之第二具體實施例說明— :於：身的小型直立式腳踏車6係一視圖，根 :之弟三具體實施例說明_用於健身的小型直立式腳踏 一月圖7係一分解立體圖’根據本發明之第三具體實施例 既明一用於健身的小型直立式腳踏車之重要元件；圖W —視圖’根據本發明之第四具體實施例說明的 腳踏車;圖9係-橫截面視圖，根據本發I: 弟四，、體貫施例說明一用於健身的小型直立式腳踏 後輪輪殺單元；圖10係一橫截面視圖，根據本發 四具體η㈣制-心健Μ 0直立切踏車 輪輪轂單元的另一範例。 後 圖11係-平面視圖，根據本發明之第五具 明-用於健身的小型直立式腳踏車；圖12係：=例說 據本發明之第六具體實施例說明一用於健 Τ 腳踏車；及…—視圖，根據本發明之第七二 例說明-用於健身的小型直立式腳踏車。 …知 士在圖1至4中所顯不’根據本發明之第—且體 例二用於健身：小型直立式腳踏車包含分別結合：―二： 及一後方側的前輪14㈣輪22、—與該前輪Η之轴桿" 14 200848316 連接的把手支柱26、一固定在該杷于v一一〜一 〜 把手10、一水平地連接於該把手支柱26及該後輪22間之 支拉機架20、一於左右方向中可旋轉地連接在該支撐機架 20之中心部份的驅動軸桿36、一結合在該驅動軸桿36的 側之驅動鏈輪3〇、及一連接被固定在該後輪22的輪轂 之從動鏈輪34的鏈條32。 本發明另包含一板狀腳踏板50，其形成具有某一段長 平板开^狀，该板狀腳踏板的一側係與一驅動軸桿腳踏 板支臂52連接，該驅動軸桿腳踏板支臂52在該驅動軸桿 之兩側與—腳踏板軸桿53結合該板狀腳踏板的另一 ^連接在-從動軸桿腳踏板支f 54，該從動軸桿腳踏板 臂』54在該後輪22之輪較單元與一腳踏板轴桿μ結合。 。亥輪权早凡係與該從動軸桿腳踏板支臂Η連接，且 一習知之輪較轴桿7G的錐形栓銷51朝外延伸。 4 II 2 i 3 t所顯示’根據本發明之— 例的輪轂單元包含一於麫太挪1 〃、體貝把 3輪叙本體71，其與該後輪22連接. -輪殺軸# 7G，其通過該料 連接， 數鋼質軸承72減少一摩柝力 及自由地％轉；複 ，轴浐7Π '力’以致該輪轂本體^及外 〇可平滑地旋轉…及。亥輪 連接在該輪較袖桿70,用於防止 / 73以糸以螺紋 一固宕緩π 1 4 4鋼質軸承72之脫鏟· ^螺巾自74,其係與該輪料 以離’ 止該圓錐形螺帽73鬆開；— 螺、，文嚙合，用於防 機架固定件，該機架固定件以产轉軸纟76 ’其固定一 的一端部連接，並允許該輪㈣才/形狀與該支撐機架20 # 70自由地旋轉；及一 15 200848316 固定螺帽77，苴蔣$ ± 一將该軸桿旋轉軸承76固定 70。 U疋主δ亥輪毅軸桿 該輪轂軸桿筏y 卞〜係形成如一習 朝外延伸，且一髀砧^ <輪叙軸杯，並進一步 體地包含一圓錐形螺帽73， 相對於該輪轂本體 μ 口錐形螺帽 殿71獨立地旋轉，·固定螺帽 於分別固定該圓錐來艘^ 系巾目74及77，用 門闲1 螺帽73及該軸桿旋轉軸承76之“ 0周，及一從動轴奸 f /()之内部 ^ 踏板支臂54,其係與該錐形栓# y 連接。如在圖3中辦姑- 芦々才王銷51 斤颂不，該軸桿旋轉軸承 嚙合在該輪轂軸桿 係以螺紋 』猎者力ϊ嚙合。如在圖 示’該轴桿旋轉轴承7 ” 中所顯 得軸承76係安裝在該機架固定 側，且該已安裝之軸浐浐# Α 1 卞Ο的一内 ^孕由杯％轉軸承76的一外邱 該機架固定螺栓78固n ^ "周係糟由 δ回疋在该機架固定件75。 因此，該從動軸桿腳踏板支臂54係經過該 之機架固定件75及該鲇护#姑±丄7以 械木20 及及軸杯紅轉軸承76獨立地結 轂軸桿70及旋轉，且該於f 牡成輪 亥輪卓又軸杯7〇係經過該圓錐形 73相對於該輪轂本體71獨立地旋轉。 ”巾目 圖4係-橫截面視圖，其根據本發明之第一 例Λ明一輪权早70之另一範例，其中一新的軸桿插 習知之輪轂軸桿。 換句話說，於一習知之輪轂單元中，其一 、匕3 一插入該 輪毅本體71之直通的輪轂軸桿82 ;複數鋼質軸承μ減+ -摩擦力，以致該輪轂本體71及該直通的輪轂軸桿二 滑地旋轉；及一圓錐形螺帽73，其係以螺故噛合在該直通 的輪轂軸桿82，用於防止該等鋼質軸承72之脫離，一= 16 200848316 的輪轂插人軸桿8G係插人該直通的輪較轴桿82。 用^以螺帽74係以螺紋喝合在該直通的輪穀軸桿82, ::固疋該圓錐形螺帽73。其係以螺紋與 :合，以致形成在該支撐機架2。的-端部之環形機;固 :件87被固定。複數鋼質軸承88被安裝在—側， 轴1方、—亥直通的輪轂軸桿82喷合的母螺紋之插入轴桿 85 7, ：4係、以螺紋：合在另一侧。在此提供-圓錐形螺帽Rotating from the ground; 70 can be opposite 73, Gan, and it is '7〇, which reduces the friction force through the hub body 71 and the free correction 72, so that the hub axle 7〇71 is free to rotate; a conical shape a nut 73, a hub shaft 70 for preventing the steel wheel bearings from being disengaged, the shaft rotating bearing 76, which is fixed at one end of the supporting frame 2〇^ a ring-shaped frame fixing member 75, and allowing the rod 70 white α 兀 5 pm the hub shaft: rotated by the ground; and a tapered (four) shawl 51 'which fixes the driven shaft shackle anti-branch # 54 To the hub axle 7〇. The shaft rotating bearing 76 is mounted on an inner side of the frame fixing member 75 and an outer circumference of the mounted shaft rotating bearing 76 is secured by the frame fixing member 75 by the frame fixing bolt 78 Fixedly, the bicycle further includes a first fixing nut 74 which is meshed with the ridge in the wheel relative to the shaft 7'' for preventing the loosening of the tapered nut 74; and a second fixing nut 77, It is used to fix the shaft rotary bearing 76 to the hub axle 70. In another aspect, the hub unit includes/hub body 71 that is coupled to the rear wheel 22; an open hub axle 82 that is inserted into the hub body 71; a plurality of steel bearings 72 reduce friction so that The hub body 71 is free to rotate relative to the through hub axle 82; a conical nut 73 is threadedly engaged with the through hub axle 82 for preventing disengagement of the steel bearings 72 a fixing nut 74 that fixes the conical nut 73; a fixing nut 83 that fixes a circular frame fixing member 87 formed at one end of the supporting frame 2〇; The rod bearing 84 has a plurality of steel bearings 88 mounted on one side thereof for forming a bearing portion, and a female thread is formed on the other side for the straight-through wheel vehicle to be dried by 200848316 8 And a hub insertion shaft 8G passing through the hub shaft 2 of the inserted shaft bearing 2; a conical nut 85 preventing the two-seat bearing 88 from being disengaged toward the outer surface, and allowing the The hub insertion shaft 80 rotates independently with respect to the straight hub shaft U; a fixing screw It fixes the conical nut 85 to the hub insertion shaft 80; ;: the 隹 shaped king pin 5 1 ' fixes the driven shaft foot pedal arm to one end of the hub insertion shaft 8 〇 unit. Further, a synchronizing sprocket % is further provided, which is coupled to the drive shaft I - the rear wheel synchronizing sprocket 91 '. (4) is coupled to the wheel of the rear wheel U, and the chain is connected to the synchronous sprocket. 9〇 and the rear wheel synchronous sprocket 9 The front wheel train is formed by two wheel members. In a treadmill, it comprises a rigid wheel and a rear wheel respectively coupled to a front side and a rear side, a handle post connected to the shaft of the front wheel, a fixed-upper side handle, and a horizontal connection Supporting machine between the handle post and the rear wheel _ . ^ ^ The gingival wood can be rotated at the center of the support frame 6, the IE moving shaft, and the _ connection _ the driving key combined with the side of the (four) shaft The wheel and a chain of the driven sprocket fixed to the wheel of the rear wheel are provided here - a small upright bicycle for fitness, which is included with the rear wheel... Each of the rope fixing members 62 and 64 connected to the upper side, each end portion of the rope fixing member is bent outward and forms a rope groove: 5; and - a plate-like footboard 5〇, which is formed in a flat plate shape Wherein the side of the pedal is connected to a drive shaft pedal arm 在 on the side of the drive shaft % and a pedal shaft In combination with the 53, the other side of the plate-like footrest 5 is attached to the cable 60 of the rope groove 65 of the rope fixing members 62 and 64 with a length of 200848316 2 Access. Here, the idler bearing 56 is provided on the outer side of the wheel of the rear wheel 22 so that the plate-like footrest 5〇 can be smoothly rotated. ^The bicycle includes a wheel and a rear wheel respectively coupled to the front side and the rear side, a handle post connected to the shaft of the front wheel, a handle fixed to an upper side of the handle post, and a horizontal connection a support frame between the handle post and the rear wheel, a drive shaft rotatable at a center of the support frame, and a drive sprocket coupled to a side of the drive shaft and fixed to The wheel of the rear wheel is compared with the key bar of the driven key wheel of the unit, and here is provided a small upright bicycle for fitness, the bicycle comprising a pedal supporting member 66 which is coupled at a predetermined height The bracket 22 of the wheel 22; - a 1-piece pedal link 67, each side of which is hinged at both ends of the pedal support member 66; and _ plate-shaped (four) plate %, which is formed on the - plate In the shape, one side of the plate-shaped foot pedal is coupled to a drive shaft pedal arm 52 on which the two sides of the drive shaft 36 and the foot pedal shaft In combination with the 53, the other side of the plate-like footrest is hinged to the lower end of the pedal link 67. A footrest support member 66 further includes a height adjustment unit for adjusting the degree. ▲ In the T-Train, it includes a wheel and a rear wheel respectively coupled to the front side and the rear side, a handle post connected to the shaft of the front wheel, and a handle fixed to the upper side of the handle post. a control rack that is horizontally connected between the handle post and the rear wheel, a drive shaft cup that can rotate the center of the support frame at 200848316, and a connection that is coupled to one side of the drive shaft a drive sprocket and a chain fixed to the driven sprocket of the hub unit, the hub unit, na at the center of the rear wheel 4, here provides a small upright bicycle for fitness, the bicycle comprising a plate The footboard 50, which forms a flat plate-like shape, is coupled to a drive shaft pedal arm 52 on which the drive shaft foot pedal arm is coupled The two sides of the rod 36 are combined with the pedal shaft 53, the other side of the plate-shaped foot pedal is connected to the wheel number unit of the rear wheel 22; wherein the rear wheel 22 is connected to the plate-shaped foot pedal 50 The wheel unit includes a wheel extension shaft cup 97 extending from the hub axle, and a combination Extending wheel axle 97 of the support bearing%. There is further provided a safety guide rod 95, the frame 20, for preventing detachment of the foot pedal 50 mounted on the support bearing. It is combined with the plate shape on the upper side of the support 96. [Effective effect] The height and length of the vehicle body are such that it may be lower in the present invention except that the handle is slightly smaller than the conventional one. The bicycle is small. Cost manufacturing. One - • Heart ~ " Hearts are green, and the system may easily advance in a slanting manner. Since a wide plate-like foot pedal is used, it is possible to ride the bicycle stably in an upright posture. According to the present invention, a small upright bicycle for fitness can be used for recreation and fitness. Compared with the traditional bicycle that the user rides in a sitting position, the user can enjoy another riding style. 12 200848316 [Embodiment] [Best Mode] According to the present invention, in a bicycle, a front wheel and a rear wheel respectively coupled to a front side and a rear side, and a support post connected to the shaft of the front wheel are fixed. a handle on an upper side of the handle post, a support frame horizontally connected between the handle post and the rear wheel, a drive shaft rotatable at a center of the support frame, and a connection The drive: a drive sprocket on one side of the rod and a key strip fixed to the driven key wheel of the hub unit, the hub unit being coupled to the rear wheel, wherein a small upright bicycle for fitness is provided, the bicycle Including a plate-shaped foot pedal μ, which is in the shape of a flat plate, the side of the plate-shaped foot pedal is connected with the drive shaft pedal arm 52. The drive shaft foot pedal arm On both sides of the drive shaft %, the foot pedal shaft 53 is coupled, and the other side of the plate-shaped foot pedal is connected to the driven shaft foot pedal arm 54. The driven shaft foot pedal The hub unit of the rear wheel 22 is coupled to the foot pedal shaft 55. [Mode for use in the present invention] A small upright bicycle for fitness according to the present invention will be explained with reference to the attached drawings. When the reference numerals are given to the elements of the drawings, the same::: are given the same reference numerals, even when they appear on other FIG. 2, etc., which is believed to cause the subject matter of the present invention to be inconspicuous. The convergence of b and structure will be omitted. 1 is a view, according to a first embodiment of the present invention, _: a small upright bicycle for fitness; _ 2 series - an exploded perspective view, according to a first embodiment of the present invention - a small straight for fitness 13 200848316: an important component of a treadmill; FIG. 3 is a cross-sectional view illustrating a rear wheel unit in a small upright bicycle for fitness; and FIG. 4 is a cross-sectional view according to a first embodiment of the present invention; Cross-sectional view, another example of a small upright bicycle mid-wheel hub unit for fitness, is illustrated in accordance with a first embodiment of the present invention. Figure 5 is a view, according to a second embodiment of the present invention -: a view of the body of a small upright bicycle 6 series, the root: the third embodiment of the specific description _ for the fitness of the small upright pedal Figure 7 is an exploded perspective view of a third embodiment of the present invention. An important component of a small upright bicycle for fitness is shown; Figure W - View of a bicycle according to a fourth embodiment of the present invention Figure 9 is a cross-sectional view, according to the present invention, a fourth embodiment of the present invention, a small vertical rear wheel rear wheel killing unit for fitness; Figure 10 is a cross-sectional view, according to the present invention Four specific η (four) system - heart health Μ 0 Another example of an upright pedaling wheel hub unit. 11 is a plan view showing a small upright bicycle for fitness according to the fifth aspect of the present invention; FIG. 12 is a view illustrating a sixth embodiment of the present invention for a bicycle; And - a view, according to a seventh example of the present invention - a small upright bicycle for fitness. ...the knowledge is shown in Figures 1 to 4' according to the invention - and the second example is for fitness: the small upright bicycle comprises a combination of: "two: and a rear side of the front wheel 14 (four) wheel 22, - and The front rim shaft " 14 200848316 connected handle struts 26, one fixed to the 一1~1~ handle 10, a pull frame horizontally connected between the handle post 26 and the rear wheel 22 20. A drive shaft 36 rotatably coupled to a central portion of the support frame 20 in a left-right direction, a drive sprocket 3 coupled to a side of the drive shaft 36, and a connection fixed to The chain 32 of the driven sprocket 34 of the hub of the rear wheel 22. The present invention further includes a plate-like footrest 50 formed to have a length of a flat plate, the side of which is coupled to a drive shaft foot pedal arm 52, the drive shaft The pedal arm 52 is coupled to the pedal pedal 53 on both sides of the drive shaft and the other pedal of the plate-shaped foot pedal is coupled to the - driven shaft foot pedal branch f 54, the slave The shaft pedal arm 54 is coupled to the pedal pedal μ in the wheel of the rear wheel 22. . The wheel of the wheel is connected to the driven shaft pedal arm, and a conventional wheel extends outwardly from the tapered pin 51 of the shaft 7G. 4 II 2 i 3 t shows that the hub unit according to the present invention includes a body 1 and a body wheel 71, which is connected to the rear wheel 22. - Wheel killing axis # 7G Through the connection of the material, the number of steel bearings 72 reduces a friction force and freely turns; the shaft 浐 7Π 'force' so that the hub body and the outer casing can smoothly rotate... and. The wheel is connected to the sleeve 70 in the wheel, and is used to prevent / 73 from threading a thread to fix the π 1 4 4 steel bearing 72 from the shovel · the screw from the 74, which is separated from the wheel material 'The conical nut 73 is loosened; — the screw, the text is engaged, and is used for the anti-frame fixing member. The frame fixing member is connected to the end portion of the rotating shaft 纟 76 ', which is fixed, and allows the wheel (4) The shape/shape and the support frame 20 #70 are freely rotated; and a 15 200848316 fixed nut 77, 苴 $ $ ± 1 fixes the shaft rotation bearing 76 70. U疋Main δ海轮毅轴杆 The hub axle 筏 y 卞 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 & & & & & & & & & & & & & & & & & The hub body of the hub body is rotated independently, and the fixing nut is respectively fixed to the cones 74 and 77, and the shaft idler nut 73 and the shaft rotation bearing 76 are used. "0 weeks, and the internal ^ pedal arm 54 of a slave shaft f / (), which is connected to the cone pin # y. As shown in Figure 3 - the reed is only 51 kg. The shaft rotating bearing is engaged with the hub shaft by a threaded stalker. As shown in the 'the shaft rotating bearing 7', the bearing 76 is mounted on the fixed side of the frame, and Installed shaft 浐浐 # Α 1 卞Ο 内 ^ 孕 孕 孕 由 杯 杯 杯 杯 杯 杯 杯 杯 杯 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该75. Therefore, the driven shaft foot pedal arm 54 passes through the frame fixing member 75 and the 鲇 姑 姑 以 以 以 以 以 以 以 以 以 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 70 70 70 70 And rotating, and the shaft is rotated independently of the hub body 71 via the conical shape 73. Figure 4 is a cross-sectional view of another example of a first embodiment of the present invention, in which a new shaft is inserted into a conventional hub axle. In the known hub unit, one of the 匕3 is inserted into the through-shaft hub 82 of the wheel body 71; the plurality of steel bearings are reduced by + friction, so that the hub body 71 and the straight-through hub shaft are two-slip Rotating; and a conical nut 73, which is screwed to the through hub axle 82 for preventing the steel bearing 72 from being disengaged, a = 16 200848316 hub inserted shaft 8G The straight-through wheel is inserted into the shaft 82. The nut 74 is threaded onto the straight-through trough shaft 82, and the conical nut 73 is fixed. So that the ring machine formed at the end of the support frame 2; the solid: 87 is fixed. The plurality of steel bearings 88 are mounted on the side, the shaft 1 side, the straight through the hub shaft 82 is sprayed Inserting the female thread of the female rod 85 7, : 4, with thread: on the other side. Provided here - conical nut
軸88之脫離，並允許該輪轂插入 轴才干8。相對於該直通的輪料桿82獨立地旋轉. 螺帽86,其將該圓錐形螺巾胃85固定至該輪轂插人轴桿80. 及-從動軸桿腳踏板支f 54，其以一錐形栓銷51固定在 為輪轂插入軸桿80的一端部。 “與該從動轴桿腳踏板支臂54連接之輪轂插入轴桿8〇 错由該插人軸桿軸承84相對於該機架固定件87及該直通 的輪轂軸桿82獨立地旋轉。 該板狀腳踏板50係插入該等腳踏板軸桿53及Μ及旋 該等腳踏板軸桿53及55分別直立地連接在該騎動軸 才干腳踏板支臂52及該從動軸桿腳踏板支臂54之端部，且 該驅動軸桿腳踏板支臂52及該從動軸桿腳踏板支臂係 以该錐形栓銷51固定在該驅動軸桿％及該輪轂軸桿川 及。亥輪权插入軸桿8〇。此外，與該後輪的腳踏板轴桿Μ 連接之板狀腳踏板50具有一大於該腳踏板軸桿Μ之邊際 59,以致該腳踏板軸桿55可平滑地旋轉。 不 如在圖5中所顯示，根據本發明之第二具體實施例， 17 200848316 用於健身的小型直立式腳踏車包含二前輪15及16，用於 藉此形成一輛三輪腳踏車。 如在圖6及7中所顯示，根據本發明的第三具體實施 例之用於健身的小型直立式腳踏車，該板狀腳踏板5〇'之 後側係連接在繩索固定件62及64，該等繩索固定件相對 於該支撐機架20和—固定繩索60直立地形成。 f 力5亥等繩索固定件62及64係連接在該後輪22之支撐機 架2〇的上側，具有一繩索溝槽65係形成在該彎曲部份之 端部1前述之結構’防止該固定繩t 6()脫離至外邊。 該固定繩f 60的一端部係設有一用於被安裝在該繩索溝 槽/5之環圈61，並係與該等繩索固定件62及64連接， 亥口定繩素60的另_端部係與該板狀腳踏板連接。 ^在此，一惰輪軸承56可被進一步設在該後輪22之輪 殺單元的—外側’以致該板狀腳踏板50係更平滑地旋轉。 +如在圖8中所顯示，根據本發明之第四具體實施例， d 直立式尺寸腳踏車包含—同步鏈輪％，其結合在該 驅動軸桿36; 一後輪同步鏈㈣，其結合在該輪較軸桿7〇; ^鏈條4連接料前述之元件。換句話說，在此係提 同/ 70件用於匹配該驅動軸桿36及該輪轂軸桿7〇。 :亥同步元件可為由本發明的第-至第三具體實施例間之一 所形成。 如在圖9中所顯示，喷合在該輪轂軸桿7〇之後 鏈輪9 1係結合於該圓錐形 U錐形螺帽73及該固定螺帽74之間， 该固定螺帽固定該軸桿旋轉軸承％。 200848316 如在圖3中辦站一 例中，如在圖1。;二於使用該直通的輪r 該輪較插人轴桿不，該後輪同步鏈輪91係結合在 該圓錐形螺帽85^ 該後輪同步鏈輪91係定位在 之外側，且係以該固定螺帽86固定。 如在圖9 >5 1 n rH〜 斤顯示，該後輪同步鏈輪91係結合 接近该左邊之從裔^ 、動軸柃的腳踏板支臂54。那些熟諳此技術 口八可被結合接近該右邊之從動軸桿的腳踏板支臂， 且與該鏈條連接之同步鏈輪90 #結合在該右邊之驅動軸 桿3 6 〇 士在圖3中所顯示，於使用該直通的輪轂軸桿之案 例中如在圖1 〇中所顯示，該後輪同步鏈輪9丨係結合在 該輪轂插入軸桿8〇。亦即，該後輪同步鏈輪9ι係定位在 该圓錐形螺帽85之外側，且係以該固定螺帽86固定。 如在圖11中所顯示，本發明之第五具體實施例包含一 三輪脚踏車。換句話說，在此提供一兩輪軸桿94，其連接 對後輪24及25 ;及一差動齒輪93，其允許該等後輪24 及25差動地旋轉。在此時，該差動齒輪單元93係結合在 該兩輪軸桿94。既然該結構及功能係已知像在該傳統差動 齒輪裝置中，該結構及功能之詳細敘述將被省略。取代該 差動齒輪單元93，可使用該齒輪裝置，其中該等後輪24 及2 5彼此獨立地旋轉。 该從動鍵輪3 4係結合在該兩輪轴桿9 4，用於藉此由 該驅動鏈輪3 〇經由該鏈條3 2承接一驅動力量。 根據本發明之該第六具體實施例，使用該I字形腳踏 19 200848316 2連才干67 μ代替該第三具體實施例之固定繩索的。如 ，圖12^所顯心在此提供—腳踏板支撐構件66,其係 在某一咼度結合在該支撐機架20。 、 一以τ形形成在該腳踏板連桿67的—上端之上欽鍵“ 糸結合在該腳踏板支撐構件“之兩端部，且該板狀腳砰 板50及該下_ 69係結合在㈣踏板支撐構件6 ^ 端。 Γ 如此。亥腳踏板支撐構件Μ、該腳踏板連桿Μ及 板狀腳踏板50係穩定地互相連接。 ^ 在此，安裝該腳踏板支撐構件66，以致其高度可被自 由地調整。換句話說，其較佳的是該板狀腳踏50之運 動的角度能被調整。換句話說’萬一該板狀腳踏板50之 角度係大的’能獲得更多之健身效果。已知一用於調整該 腳踏板支撐66之高度的高度調整元件。其可為較佳 地係由二重疊之中空誉； &之？工吕子所形成。該重疊之管子可使用以 一傳統方法被固定之螺絲。 士在圖13中所顯不’根據本發明之第七具體實施例， 該板狀腳踏板5G之後側係安裝在該支樓軸承％之上側， 其係結合在由該輪較軸桿7〇或該輪轂插人軸桿8()延伸之 後輪延伸軸桿97。 在此，該板狀腳踏板5〇沿著該支撐軸承96之上側滑 在此a守安王‘引桿95係結合在該支撐機架， 以便防止該板狀腳踏板5〇之脫離。 將敘述根據本發明之用於健身的小型直立式腳踏車之 20 200848316 操作及效果。 首先，既然該鞍座係由該傳統腳踏車移去，一使用者 係需要剛好以一直立式姿勢踩在該腳踏板上。換句話說， 既然該使用者以全身踩在該腳踏板上，需要一較強之驅動 力0 琢健身之效果 既然該使用者踩在該板狀腳踏板5〇上 被最大化。 二前輪15及16或二後輪24及25可被改造，以使小 孩能以一均衡之姿勢穩定地乘騎該腳踏車。 該板狀腳踏板50之後側能以具有某一高度之固定繩索 6〇固定，取代該板狀腳踏板5〇之後側係與該輪轂軸桿連 接以使其係可能獲得另一型式之健身。 a換句話說’該板狀腳踏板5G之後側的長度係藉由該固 疋’黽索60所固疋，以致該板狀腳踏板5〇之一傾斜基於該 驅動軸桿腳踏板支f 52之旋轉而變化，藉此該全身可傾 斜’以藉此最大化該健身效果。 該上述結構能以—與浮板（譬如，滑行車浮板、玩具車 (s^g-sing-caO)類似之方法施行。本發明可被廣泛地用作 孩里們很喜歡之遊玩設備或玩具。本發明可被用於發展小 /的統之目#。其將不會對身體造成超載，且本發 明係耐用及穩定的。孩音古、☆ 們了子文本散明。本發明可被用 作—種小孩運動用玩具。 廣泛地用於休閒運動之浮板係在其前方及後方設有輪The shaft 88 is disengaged and allows the hub to be inserted into the shaft. Rotating independently with respect to the straight-through wheel bar 82. A nut 86 that secures the conical rotor stomach 85 to the hub insertion shaft 80. And a driven shaft foot pedal branch f 54, A tapered pin 51 is fixed to one end of the hub insertion shaft 80. "The hub insertion shaft 8 coupled to the driven axle foot pedal arm 54 is independently rotated by the insertion shaft bearing 84 with respect to the frame fixture 87 and the through hub axle 82. The pedal foot pedal 50 is inserted into the pedal shaft 53 and the pedal pedals 53 and 55 are respectively connected upright to the riding shaft foot pedal arm 52 and the slave The end of the moving shaft foot pedal arm 54 and the driving shaft foot pedal arm 52 and the driven shaft foot pedal arm are fixed to the driving shaft by the tapered bolt 51 And the hub axle and the wheel of the wheel are inserted into the shaft 8. In addition, the plate-shaped foot pedal 50 connected to the pedal shaft Μ of the rear wheel has a margin larger than the pedal shaft of the pedal 59, so that the pedal shaft 55 can rotate smoothly. As shown in FIG. 5, according to the second embodiment of the present invention, 17 200848316 a small upright bicycle for fitness includes two front wheels 15 and 16, Used to form a three-wheeled bicycle thereby. As shown in Figures 6 and 7, a small fitness for use in accordance with a third embodiment of the present invention In the upright bicycle, the rear side of the plate-shaped footrest 5' is connected to the rope fixing members 62 and 64, and the rope fixing members are formed upright with respect to the support frame 20 and the fixing rope 60. The rope fixing members 62 and 64 are connected to the upper side of the supporting frame 2〇 of the rear wheel 22, and have a rope groove 65 formed at the end portion 1 of the curved portion. The foregoing structure prevents the fixing rope t 6 () is detached to the outside. One end of the fixing rope f 60 is provided with a ring 61 for being mounted on the rope groove /5, and is connected to the rope fixing members 62 and 64, The other end portion of the element 60 is coupled to the plate-like footrest. ^ Here, an idler bearing 56 can be further disposed on the outer side of the wheel-killing unit of the rear wheel 22 such that the plate-shaped footrest The 50 series rotates more smoothly. As shown in Fig. 8, according to a fourth embodiment of the present invention, the d upright size bicycle includes a synchronizing sprocket % coupled to the drive shaft 36; a rear wheel Synchronous chain (four), which is combined with the shaft 7 〇; ^ chain 4 is connected to the aforementioned components. In other words, here The same/70 pieces are used to match the drive shaft 36 and the hub axle 7〇: The Hermogram element may be formed by one of the first to third embodiments of the present invention. As shown in FIG. It is shown that after the hub axle 7 is sprayed, the sprocket 9 1 is coupled between the conical U-conical nut 73 and the fixing nut 74, and the fixing nut fixes the shaft rotating bearing %. For example, in the example of the station in FIG. 3, as shown in FIG. 1, the second wheel is used to use the straight-through wheel. The wheel is not inserted into the shaft, and the rear-wheel synchronous sprocket 91 is coupled to the conical nut 85^. The rear wheel synchronous sprocket 91 is positioned on the outer side and is fixed by the fixed nut 86. As shown in Fig. 9 > 5 1 n rH~ kg, the rear wheel synchronizing sprocket 91 is coupled to the pedal arm 54 which is close to the left side and the movable shaft 。. Those skilled in the art can be combined with the pedal arm of the right driven shaft, and the synchronous sprocket 90 connected to the chain is coupled to the right drive shaft 3 6 gentleman in FIG. As shown in the case of using the straight-through hub axle, as shown in FIG. 1A, the rear-wheel synchronous sprocket 9 is coupled to the hub insertion shaft 8〇. That is, the rear wheel synchronous sprocket 9 is positioned on the outer side of the conical nut 85 and fixed by the fixing nut 86. As shown in Fig. 11, a fifth embodiment of the present invention comprises a three-wheeled bicycle. In other words, a two-wheel axle 94 is provided here that is coupled to the rear wheels 24 and 25; and a differential gear 93 that allows the rear wheels 24 and 25 to differentially rotate. At this time, the differential gear unit 93 is coupled to the two-wheel shaft 94. Since the structure and function are known as in the conventional differential gear device, a detailed description of the structure and function will be omitted. Instead of the differential gear unit 93, the gear device can be used, wherein the rear wheels 24 and 25 rotate independently of each other. The driven key wheel 34 is coupled to the two-wheel shaft 94 for receiving a driving force from the drive sprocket 3 through the chain 32. According to this sixth embodiment of the invention, the I-shaped pedal 19 200848316 2 is used to replace the fixed rope of the third embodiment. For example, it is apparent that the foot pedal support member 66 is coupled to the support frame 20 at a certain degree. a τ shape is formed on the upper end of the footrest link 67, and the two ends of the footrest support member are coupled, and the plate-shaped pedal plate 50 and the lower _ 69 It is combined with the (4) pedal support member 6 ^ end. Γ So. The foot pedal support member Μ, the foot pedal link Μ, and the plate-like footrest 50 are stably connected to each other. ^ Here, the footrest support member 66 is mounted so that its height can be freely adjusted. In other words, it is preferred that the angle of movement of the plate-like foot 50 can be adjusted. In other words, in the event that the angle of the plate-like footrest 50 is large, more fitness effects can be obtained. A height adjustment element for adjusting the height of the footrest support 66 is known. It can be better to have a double overlap; & Formed by Luzi. The overlapping tubes can be screws that are fixed in a conventional manner. According to a seventh embodiment of the present invention, the rear side of the plate-like footrest 5G is mounted on the upper side of the branch bearing %, which is coupled to the axle 7 by the wheel. The wheel or the hub is inserted into the shaft 8 () and the wheel extends the shaft 97. Here, the plate-like footrest 5 is slid along the upper side of the support bearing 96. Here, the Guardian King ‘Pole 95 is coupled to the support frame to prevent the plate-like footrest 5 from being detached. The operation and effect of the 2028848316 of a small upright bicycle for fitness according to the present invention will be described. First, since the saddle is removed from the conventional bicycle, a user needs to step on the pedal in an upright position. In other words, since the user is stepping on the pedal with the whole body, a strong driving force is required. 琢 The effect of the fitness is maximized since the user steps on the plate-shaped footrest 5〇. The two front wheels 15 and 16 or the two rear wheels 24 and 25 can be modified to allow the child to ride the bicycle stably in a balanced posture. The rear side of the plate-like footrest 50 can be fixed by a fixed rope 6〇 having a certain height, instead of the rear side of the plate-shaped footrest 5〇 being connected with the hub axle so that it is possible to obtain another type. Fitness. a In other words, the length of the rear side of the plate-shaped footboard 5G is fixed by the solid 疋 黾 60 so that one of the plate-shaped foot pedals 5 倾斜 is tilted based on the drive shaft pedal The rotation of the branch f 52 changes, whereby the whole body can be tilted 'to thereby maximize the fitness effect. The above structure can be implemented in a manner similar to a floating board (for example, a scooter floating board, a toy car (s^g-sing-caO). The present invention can be widely used as a play device that a child likes or Toys. The present invention can be used to develop a small/integrated mesh #. It will not cause overloading of the body, and the present invention is durable and stable. The children have a clear text. It is used as a kind of toy for children's sports. The floating board widely used for leisure sports has wheels in front and behind it.
件一把手係結合在一板件之今μ古沾：hu主士 L 双1千之刚上方的把手支柱。使用者 21 200848316 以使該使用者能更有效率地享 之足部係放置在該板件上 叉。在此有多樣之浮板。 然而’在本發明中’既然該使用者乘騎腳踏車The handle of the piece is combined with the handle of a plate. User 21 200848316 allows the user to more efficiently enjoy the foot system placed on the plate. There are a variety of floating boards here. However, in the present invention, since the user rides a bicycle
，〜…q不蚵聊踣半，同日I 才力該板狀腳踏板，由於該使用者滾動該浮板中之板件 成人以及小孩可輕易地享受本發明。 5* 〇 能由 褲。 之驅動力量傳送至一從動鏈輪（譬如，韓國專利登記第 0542794 及 0527093 號）。 一鏈條係大致上被用於在傳統腳踏車中傳送—驅動力 該鏈條可於一運轉操作期間藉著一異常之驅動力量可 其正常之結合方式被分離，或可損壞一使用者之長 一鍵輪可被使用’而取代該鏈條，用於將一驅動鏈輪 在此，該驅動鏈輪及該從動鏈輪係分別由一冠面鏈輪 及一平面鏈輪所取代。一滾子齒輪被提供用於在某一角度 嚙合該冠面鏈輪及該平面鏈輪。前述揭示技術之詳細結構 及操作將被省略，但其可被應用於本發明之健身用的小型 直立式腳踏車。 此外，一直接驅動力量係經由一驅動力量轉移裝置及 由複數齒輪所形成之傳送齒輪設備傳送至一後輪，而取 代一鏈條及一鏈輪，以便克服一傳統鏈條（譬如，韓國實用 新型公開第20-1986-0000757號）中所遭遇之問題。換句話 說’在本發明中，一驅動鏈輪及一鏈條被移去，且複數窗 輪係取代地結合在一後輪單元’以致一從動軸桿的腳踏板 支臂之驅動力量經由該等前述之齒輪被直接轉移至一後 輪。此外，藉由控制一驅動力量經由該等齒輪傳送至該後 22 200848316 2離合益早凡被提供用於在—方向中轉動—從 2 =板支臂，該方向與-腳踏車之運轉方向顛倒。前述 =、、'。構可由㈣熟諳此技術者被輕易地組合至我們 明0 在：苯既然該驅動力量轉移及從動齒輪設備係熟知之 技術，该荨设備之結構及操作將被省略。, ~...q does not talk about half, the same day I can force the plate-shaped foot pedal, because the user rolls the plate in the floating plate, adults and children can easily enjoy the present invention. 5* 〇 can be pants. The driving force is transmitted to a driven sprocket (for example, Korean Patent Registration Nos. 0542794 and 0527093). A chain is generally used for transmission in a conventional bicycle. The driving force can be separated during an operation by an abnormal driving force in a normal combination, or can damage a user's long key. The wheel can be replaced with a 'for the purpose of a drive sprocket, the drive sprocket and the driven sprocket are replaced by a crown sprocket and a flat sprocket, respectively. A roller gear is provided for engaging the crown sprocket and the planar sprocket at an angle. The detailed structure and operation of the foregoing disclosed technology will be omitted, but it can be applied to the small upright bicycle for fitness of the present invention. In addition, a direct driving force is transmitted to a rear wheel via a driving force transfer device and a transmission gear device formed by a plurality of gears instead of a chain and a sprocket to overcome a conventional chain (for example, Korean utility model disclosure) Problems encountered in No. 20-1986-0000757). In other words, in the present invention, a drive sprocket and a chain are removed, and a plurality of window wheels are instead coupled to a rear wheel unit such that the driving force of the pedal arm of a driven shaft is via The aforementioned gears are transferred directly to a rear wheel. In addition, by controlling the driving force to be transmitted via the gears to the rear 22 200848316 2, the clutch is provided for rotation in the direction - from the 2 = plate arm, the direction and the direction of the bicycle are reversed. The above =,, '. The structure can be easily combined with us (4) Those skilled in the art can be easily combined with us. In the case of benzene, the structure and operation of the device are omitted since the driving force transfer and the driven gear device are well known.
[工業應用性J 在本發明中，除了該把手以外，誃 # Μ n hl· -ir ^ ^ w車體之鬲度及長度 係m该傳統之腳踏車較小。如此， 成本製造。 ，、係了此以較低之 既然該整個身體之重量係一驅動 能輕易地以一傾钭之方+ &采源其係可 踏板，其係可能以一直立式:欠熱,… 見廣之板狀腳 罝立式文勢穩疋地乘騎腳踏車。 根據本發明，用於健身 用於娛举$叙，、，1互立式腳踏車可被剛好 用於故市活動以及健身。與使用者在 的傳統腳踏車作比較，女丄之文勢中乘騎 m丄☆ 有月匕予文另一乘騎型式。 口本务明能以數個形式被且 本質特性脫離，亦應了解該等而不會由其精神或 釋為在其精神及範圍内，=申：;之應被廣泛地解 等符合與約mr申請專利之符合與約束中、或此 等所附申請專利rrr:化及修改，係因此意欲藉由該 [按順序列出之文字】 23 200848316 腳踏板支臂、驅動軸桿、 健身、腳踏車、板狀腳踏板、 輪轂單元。 t圖式簡單說明】 本發明將參考所附圖4 曰；$ ^ 0 5圖式變侍被更佳了解，該等圖式係 惶、、、s與供說明用， 五口此非本發明之限制，其中； m ^係視圖，根據本發明之第一具體實施例說明一 、、健身的小型直立式腳踏車； 十、B圖2係、—分解立體圖’根據本發明之第-具體實施例 :用於健身的小型直立式腳踏車之重要元件； 圖4係一橫截面視圖， 說明一用於健身的小型直立 另一範例； 十圖3係-橫截面視圖，根據本發明之第一具體實施例 用於健身的小型直立式腳踏車中之後輪輪轂單元； 根據本發明之第一具體實施例 式腳踏車中之後輪輪轂單元的 圖5係一視圖’根據本發明之第二具體實施例說明— 用於健身的小型直立式腳踏車； 圖6係視圖’根據本發明之第三具體實施例說明— 用於健身的小型直立式腳踏車； 圖7係刀解立體圖，根據本發明之第三具體實施例 說明-用於健身的小型直立式腳踏車之重要元件； 圖8係視圖’根據本發明之第四具體實施例說明一 用於健身的小型直立式腳踏車； 圖9係仏截面視圖，根據本發明之第四具體實施例 24 200848316 式腳墙車中之後輪輪轂單元； 根據本發明之第四具體實施例 式腳踏車巾之後輪輪轂單元的 丨一释，+、I t 明一用於健身的小型直立式腳踏車； 圖12係一視圖，根據本 田认Μ ώ 〜月之弟六具體實施例說明[Industrial Applicability J In the present invention, in addition to the handle, 誃 # Μ n hl· -ir ^ ^ w the length and length of the body m is smaller than the conventional bicycle. So, cost manufacturing. Since this is lower, since the weight of the whole body is a drive, it can be easily swayed by a side + & source can be pedaled, its system may be upright: underheat, ... See The wide plate-shaped ankles stand upright and ride on the bicycle. According to the present invention, it is used for fitness purposes, and an interactive bicycle can be used for sports activities and fitness. Compared with the traditional bicycles of the users, the son-in-law is riding in the m丄 ☆ There is another type of riding in the moon. The stipulations of the stipulations can be separated from the essential characteristics in a number of forms, and should be understood and not to be interpreted by their spirit or within their spirit and scope. Mr. application for patent compliance and restrictions, or the accompanying application patent rrr: modification and modification, therefore intended to use the [listed words] 23 200848316 pedal arm, drive shaft, fitness, Bicycle, plate foot pedal, hub unit. BRIEF DESCRIPTION OF THE DRAWINGS The present invention will be better understood with reference to the drawings of FIG. 4; $^ 0 5, which are used for explanation, and five are not the present invention. Limitation, wherein; m ^ system view, according to the first embodiment of the present invention, a small, upright bicycle for fitness; ten, B, FIG. 2, an exploded perspective view, in accordance with a first embodiment of the present invention FIG. 4 is a cross-sectional view showing another example of a small upright for fitness; FIG. 3 is a cross-sectional view, according to a first embodiment of the present invention. Example of a rear wheel hub unit for a small upright bicycle for fitness; FIG. 5 is a view of a rear wheel hub unit in a bicycle according to a first embodiment of the present invention, which is illustrated in accordance with a second embodiment of the present invention. FIG. 6 is a view of a third embodiment of the present invention - a small upright bicycle for fitness; FIG. 7 is a perspective view of a knife, according to a third embodiment of the present invention DESCRIPTION OF THE EMBODIMENT - Important components of a small upright bicycle for fitness; Fig. 8 is a view showing a small upright bicycle for fitness according to a fourth embodiment of the present invention; Fig. 9 is a sectional view of the system according to the present invention Fourth Embodiment of the Invention 24 The rear wheel hub unit of the 200848316 type foot wall vehicle; the second embodiment of the bicycle type of the rear wheel hub unit according to the fourth embodiment of the present invention, +, I t Small upright bicycle; Figure 12 is a view, according to Honda's Μ 〜
說明一用於健身的小型直立 圖1 〇係一橫截面視圖， 說明一用於健身的小型直立 另一範例； 根據本發明之第五具體實施例說 用於健身的小型直立式腳踏車； 圖13係一視圖，根據本發明之第七具體實施例說明 用於健身的小型直立式腳踏車；及 圖14係一視圖，說明一傳統之腳踏車。 【主要元件符號說明】 10把手 12 軸桿 13前輪 14前輪 15前輪 16前輪 20 支撐機架 22後輪 23後輪 24後輪 25後輪 25 200848316 26 把手支柱 28 鞍座 29 行李架 30 驅動鍵輪 32 鏈條 34 從動鏈輪 36 驅動轴桿 50 板狀腳踏板 51 錐形栓銷 52 驅動轴桿腳踏板支臂 53 腳踏板軸桿 54 從動軸桿腳踏板支臂 55 腳踏板軸桿 56 惰輪軸承 58 腳踏板 59 邊際 60 固定繩索 61 環圈 62 繩索固定件 64 繩索固定件 65 繩索溝槽 66 腳踏板支撐構件 67 腳踏板連桿 68 上鉸鏈 26 200848316 69 下鉸鏈 70 輪轂軸桿 71 輪轂本體 72 鋼質軸承 73 圓錐形螺帽 74 第一固定螺帽 75 機架固定件 76 轴桿旋轉軸承 77 第二固定螺帽 78 機架固定螺栓 80 輪轂插入軸桿 82 輪轂軸桿 83 固定螺帽 84 插入軸桿軸承 85 圓錐形螺帽 86 固定螺帽 87 圓環形機架固定件 88 鋼質軸承 90 同步鏈輪 91 後輪同步鏈輪 93 差動齒輪單元 94 兩輪軸桿 95 導引桿 96 支撐軸承 27 200848316 97 後輪延伸轴桿 28DETAILED DESCRIPTION OF THE INVENTION A small vertical view for fitness 1 is a cross-sectional view illustrating another example of a small upright for fitness; a small upright bicycle for fitness according to a fifth embodiment of the present invention; A small upright bicycle for fitness is illustrated in accordance with a seventh embodiment of the present invention; and FIG. 14 is a view illustrating a conventional bicycle. [Main component symbol description] 10 handle 12 shaft 13 front wheel 14 front wheel 15 front wheel 16 front wheel 20 support frame 22 rear wheel 23 rear wheel 24 rear wheel 25 rear wheel 25 200848316 26 handle post 28 saddle 29 luggage rack 30 drive key wheel 32 Chain 34 Drive sprocket 36 Drive shaft 50 Plate foot pedal 51 Taper pin 52 Drive shaft Foot pedal arm 53 Foot pedal shaft 54 Drive shaft Foot pedal arm 55 Foot Plate shaft 56 Idler bearing 58 Foot pedal 59 Margin 60 Fixed rope 61 Ring 62 Rope fixing 64 Rope fixing 65 Rope groove 66 Foot support member 67 Foot pedal connecting rod 68 Upper hinge 26 200848316 69 Hinge 70 Hub axle 71 Hub body 72 Steel bearing 73 Conical nut 74 First fixing nut 75 Frame fixing 76 Shaft rotation bearing 77 Second fixing nut 78 Frame fixing bolt 80 Hub insertion shaft 82 Hub axle 83 fixing nut 84 Inserting shaft bearing 85 Conical nut 86 fixing nut 87 Circular frame fixing member 88 Steel bearing 90 Synchronous sprocket 91 Rear wheel synchronous sprocket 93 Differential gear unit 94 Two-axle shaft 95 Guide rod 96 Support bearing 27 200848316 97 Rear wheel extension shaft 28