201103806 六、發明說明： t考务明所屬t独r々焉】 發明領域 本發明是有關於一種特別係用於自行車之把手桿導桿 蓋。 C先前技術3 發明背景 多種不同的習用把手桿導桿蓋已為習知。這些把手桿 導才干蓋結合把手桿導桿以作為安褒自行車的把手之用。一 般把手桿導桿包含一半圓柱形水平對齊納置部以將圓柱形 把手插入於内。之後該把手桿導桿蓋再自前方放置於該把 手桿與該把手桿導桿上且連接至該把手桿導桿，以將該把 手桿固定夾置於其間。 自行車的把手桿，例如用於三項運動（triathlon)，傾向 於设置有流線型支撐部QUO 及扶手，以供使用者 藉由將他的前制置於料扶手上且以㈣手抓住該等向 則延伸的流線型支樓部，可於自行車上採用—符合氣體動 力學（aerodynamic)的位置。 然而’在用於專業競賽及用於雄心勃勃業餘者之競速 自订車的情況時’自行車把手桿上的錢型支撐部在競赛 可用項目規定之下通常是禁止使用。 【^^明内】 發明概要 針對著習知技藝的背景，本發明的目的在於提供一種 201103806 特別宜用於競速自行 特別係躲自彳林u手桿導桿蓋 車，應用上容許彈性。 此目的是藉由—種且右由^ 把手桿導桿蓋來料第1項的特徵之 、本發明的較佳實施例是申請專利範 圍依附項之標的。本發明的進—步優點特徵及構形是舉例 規明於實施例。 根據本發明的把手桿導桿蓋是供一自行車的把手桿導 椁且特別是供-競速自行車，包含—本體，其具有一安裝 部設置於-第-端處’以將自行車的把手桿導桿蓋連接至 把手桿導桿，及將-把手桿，特別是藉夾制方式，安裝於 該把手桿轉频她手桿導桿H歧安裝部與一 把手桿導桿-起可剌及設計成可納置自行車的—把手桿 及將之安裝於上。該把手桿導桿的本體是構形伸長於該本 體的第-端與該本體的-第二端之間，於自行車的作動基 本狀態時自該安裝部向前延伸。料體於其頂面上包含至 少-納置部’可特別以符合氣體動力學(咖一amicaiiy) 方式納置一小型電腦。 根據本發明的把手桿導桿蓋具有許多優點。根據本發 明的把手桿導桿蓋之-可觀的優點是應用上的彈性。因此 〜小型電腦’例如-自行車電腦’可以符合氣體動力學的 方式容置於該把手桿導桿蓋本體的納置部處。小型電腦一 般是安裝於該把手桿的頂面上，當使用自行車於競速時產 生可觀的阻滯作用將具有非常不佳的影響。 根據本發明的把手桿導桿蓋之另一可觀的優點是該把 201103806 手桿導桿蓋的長型本體，其自該把手桿導桿向前延伸。由 於小型電腦與把手桿導桿的典型尺寸，使用者可利用根據 本發明的把手桿導桿蓋作為一扶手，以致於使用者可採用 一更為符合氣體動力學的位置，其例如當高速騎乘於一平 面上時更具優點。同樣亦可達到應用在下坡高速騎乘時的 情況。 由於該把手桿導桿蓋開始是傾向於用以納置小型電腦 且其形狀與設計本質上不是一流線型支撐部（aero support)，因此如此具有一具供小型電腦用以符合氣體動力 學的納置部之把手桿導桿蓋可利用於專業競賽領域，而不 會違反競賽規定。 一般而言，根據本發明的把手桿導桿蓋因此提供多種 不同功能，其可理想地相互補足。藉由將自行車電腦以符 合氣體動力學方式容置於把手桿導桿蓋的納置部處，提供 使用者一以最佳符合氣體動力學方式放置之自行車電腦， 可提供使用者於競賽期間彈性概觀其至目前為止的表現。 因此使用者可從一般小型電腦讀取其目前速度，及例 如至目前為止其平均速度與移動距離。 以此方式，根據本發明的把手桿導桿蓋容許符合氣體 動力學地利用一小型電腦與此競速自行車，而亦提供一額 外扶手供使用者的手用，以此容許騎乘者可採用大體上更 加符合氣體動力學的騎乘位置。 於一較佳特定實施例中，該本體至少於其第二端處係 呈符合氣體動力學的形狀。該把手桿導桿蓋本體的第二端 201103806 狀罝有二本^時是向前導向’使得符合氣體動力學的形 為此該本體於其第二端宜構形成圓形。 較佳貫施例中在該頂面上設置的納置部是構形呈凹 =置部的凹孔構形在其中提供的優點是可確保 :小型電腦的簡化性。為安裝該小型電腦，適當的夹制體 女裝裝置可設置於該納置部内或處。亦可理解的是 彈丨生材料夾制於該納置部’使得該小型電腦即使是在 震動或_情輯，將可確實咖定於軸置部。 亦可理解的是該納置部包含一穿孔，供該小型電腦可 自底下、自側邊，或自上方插設於内。再藉由適當的鎖固 裝置將該小型電腦安裝於該納置部。 在所有構形中可理解的是該納置部是被一特別向上延 伸的珠緣環繞。由於她手桿導桿蓋的把手桿不需要具有 供該小型電職過其整職_厚度，因此珠緣可具有呈 符合氣體動力學的構形及可容置該小型電腦，而同時可降 低整體使用材料量。 在所有實施例中，該小型電腦可連接至該本體。亦可 將該小型電腦結合於該把手桿導桿蓋内。該小型電腦宜以 可更換地安裝，使得該小型電腦需要時可更換成另一小型 電腦。如此在小型電腦有缺點的情況或若要使用具有不同 或擴充特徵時是有用的。 較佳地’側向握持區是設置繞於該納置部以供使用者 的手抓握。在側邊上的握持區是具有優點的，因其容許使 用者可緊緊握持該把手桿導桿蓋以及該把手桿，以致於使 6 201103806 用者可經由該把手桿導桿蓋操縱該把手桿，因而操縱該競 速自行車的移動方向。 在所有特定實施例及構形中，該把手桿導桿蓋本體的 安裝部宜設置有一導桿接頭，其包含一水平及有利呈半圓 柱形納置部，以納置一把手的部分，將之夹制於該競速自 行車導桿。 該導桿接頭，例如該安裝部更有利地是設置有至少一 具有内螺紋的盲孔。如此容許可利用一反向螺栓技術，用 以安裝該把手桿導桿蓋，其中該等螺絲是自後面推過該把 手桿導桿且螺設於該把手桿導桿蓋的導桿接頭内。此安裝 技術達到特別穩固及财久的連接。 該本體宜具有一介於4與7cm之間的寬度，其中該導桿 蓋的長度可作變化且配合要組裝的小塑電腦的長度。因 此，長度可為約介於6與20或30cm之間。 該本體的底面宜設置有一強化裝置，例如當加速或爬 坡騎乘時使用者拉動該等握持區時，可以強化該把手桿導 桿蓋本體’例如可強化牽引力的傳動及強固該本體。該強 化裝置宜為向下尖錐之近似肋狀形狀，使得該強化裝置具 有近似一船脊的形狀。 於較佳實施例中’該把手桿導桿蓋於作動基本狀態時 係自一競速自行車的安裝部向前及向上延伸。如此供使用 者可採取舒適的握持位置且給予使用者不受阻礙的查看該 小型電腦。 於特別較佳構形中，該小型電腦係與至少一感測器成 201103806 數據連接(data connection)。此數據連接可藉由有線或無線 方式形成。至少一感測器宜設置用於移動速度以及移動距 離。此外，亦可設置用於踩踏頻率、踏板力、鏈條張緊力 或剎車扭力之感測器。可行且較佳的是設置至少一感測 器’其是取自包含有位置感測器、GPS感測器及用於脈衝、 踏板或踩踏頻率的感測器、溫度感測器、升高感測器、斜 度感測器、速度感測器、距離感測器、性能感測器等等之 感測器之群組。 本發明的進一步優點及應用可由以下參考附圖說明的 兩實施例而得到。 圖式簡單說明 這些附圖顯示如下： 第1圖是本發明把手桿導桿蓋之透視圖； 第2圖是根據第1圖的把手桿導桿蓋之側視圖； 第3圖是根據第1圖的把手桿導桿蓋之前視圖；及 第4圖是根據第丨圖的把手桿導桿蓋之頂視圖。 C實施方式】 較佳實施例之詳細說明 參考第1至4圖，兹將說明本發明的把手桿導桿蓋1之實 把例’其疋α置於且欲使用於—自行車上，特别是用於競 赛領域之競速自行車。 」艮據本發明的把手椁導桿蓋1包括-第-後端3及-第 —刖端4,其中该第13設置有—安裝部$，其在此是構形 為導杯接頭15且作為可安裳於一競速自行車導桿。 8 201103806 該導桿接頭設置有四個盲孔17，其分則設有一内螺紋 16且作為納置螺絲之用，遠專螺絲穿過該導桿上適當的孔 而螺設於該導桿蓋1，以藉由夾制方式將一把手桿鎖固於該 競速自行車。 一具有一納置開口 10的納置部8是設置於該第二前端4 與該第一後端3之間，以將一小型電腦9插設於内，如根據 第1圖的透視圖。 該納置部8是設置於該把手桿導桿蓋i的本體2的頂面7 上，以可以符合氣體動力學方式容置該小型電腦9。 在此該小型電腦9及該納置開口 1〇延伸為一長度18及 一寬度13。詳言之該長度18可採用—要組裝的小塑電腦9的 長度。舉例來說，可理解的是可製造多種不同總長度的把 手桿導桿蓋1以供不同長度的小型電腦9插設。 一珠狀緣11設置繞於該小型電腦9，其可形成該把手桿 導桿蓋1的大體上符合氣體動力學的形狀。 該把手桿導桿蓋1具有該珠狀緣u之側區域形成側握 持區14,可適以供使用者抓握，因此在該競速自行車上提 供一額外握持位置。該等握持區U可作為流線型支撐部23。 當使用者以一或兩手抓握該等側握持區14且例如拉在 該把手桿導桿蓋1處擺動忒自行車或加速時，相當大的負載 將發生於該把手桿導桿蓋1處。為吸收及釋出如此負載，一 強化裝置20設置於該底面19上，其在此是向下呈肋狀延伸 且大致具有一船脊21的近似形狀。 該強化裝置2〇及該船脊21的形狀可於根據第2圖的側 201103806 視圖及根據第3圖的前視圖特別清楚看出。該船脊的形狀可 達到該把手桿導桿蓋1的高穩定性，而由於已選定一符合氣 體動力學的最佳形狀可提供自前部6來的低阻滯作用。 如第2圖的示意顯示，該把手桿導桿蓋1或該小型電腦9 可設置有至少一感測器22，其用於擷取目前資料，且利用 一距離感測器特別可行且較佳。宜設置另外感測器，例如 GPS感測器或用於踩踏頻率或踩踏力量的感測器。 一般而言，根據本發明的把手桿導桿蓋1提供一彈性系 統，藉此競速自行車的把手桿可確實安裝而同時具有符合 氣體動力學高度最佳形狀的把手桿導桿蓋是可用以納置一 小型電腦。同時由於將電腦附著於競速自行車於競賽時是 可准許的，當使用者以競速自行車參加競赛時，可以他的 手來抓握該把手桿導桿蓋。以此方式，把手桿導桿蓋1的應 用將大體上更為彈性。 【圖式簡單說明】 第1圖是本發明把手桿導桿蓋之透視圖； 第2圖是根據第1圖的把手桿導桿蓋之側視圖； 第3圖是根據第1圖的把手桿導桿蓋之前視圖；及 第4圖是根據第1圖的把手桿導桿蓋之頂視圖。 【主要元件符號說明】 1···把手桿導桿蓋 5…安裝部 2···本體 6…前部 3·.·第一後端 7…頂面 4…第二前端 8…納置部 10 201103806 9…小型電腦 18…長度 10…納置開口 19…底面 11…珠狀緣 20…強化裝置 12…頂部 21…船脊 13…寬度 22…感測器 14…側握持區 15…導桿接頭 16···内螺紋 17…盲孔 23…流線型支撐部 11BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a handlebar guide cover particularly for bicycles. C Prior Art 3 Background of the Invention A variety of different conventional handlebar guide caps are known. These handlebar guides are combined with the handlebar guides for use as handles for ampoules. The handlebar guide generally includes a half cylindrical horizontally aligned portion to insert the cylindrical handle therein. The handlebar guide cover is then placed from the front on the handlebar and the handlebar guide and is coupled to the handlebar guide to position the handlebar clamp therebetween. The handlebar of a bicycle, for example for a triathlon, tends to be provided with a streamlined support QUO and an armrest for the user to grasp by placing his prefabrication on the handrail and (4) hand The streamlined branch section, which extends to the side, can be used on bicycles - aerodynamically compliant. However, when used in professional competitions and in the case of racing cars for ambitious amateurs, the money-type support on the bicycle handlebar is generally prohibited under the terms of the competition available items. SUMMARY OF THE INVENTION In view of the background of the prior art, it is an object of the present invention to provide a 201103806 which is particularly suitable for use in racing. The special system is hidden from the Yulin u hand lever guide cover, and the flexibility is applied. The object of the present invention is to provide the features of the first item by the right and right handlebar guide cover, and the preferred embodiment of the present invention is the subject of the scope of the patent application. Further advantageous features and configurations of the present invention are exemplified in the examples. A handlebar guide cover according to the present invention is for a bicycle handlebar guide and in particular for a racing-racing bicycle, comprising a body having a mounting portion disposed at the -first end to place the handlebar of the bicycle The guide rod cover is connected to the handlebar guide rod, and the handlebar, in particular, by means of a clamping method, is mounted on the handlebar, and the handlebar guide rod H-mounting portion and a handlebar guide rod are used for the design. The handlebars of the bicycle can be placed and mounted on it. The body of the handlebar guide is configured to extend between the first end of the body and the second end of the body and extend forwardly from the mounting portion when the bicycle is in a basic state of actuation. The material body contains at least a sub-portion on its top surface, which can be placed in a small computer in accordance with a gas dynamics. The handlebar guide cover according to the present invention has a number of advantages. A considerable advantage of the handlebar guide cover according to the invention is the flexibility of the application. Therefore, a small computer 'for example, a bicycle computer' can be accommodated in the aerodynamic manner at the receiving portion of the handlebar guide cover body. Small computers are typically mounted on the top surface of the handlebar and can have a very poor impact when using a bicycle for racing. Another significant advantage of the handlebar guide cover according to the present invention is the elongated body of the 201103806 hand lever guide cover that extends forwardly from the handlebar guide. Due to the typical size of the small computer and the handlebar guide, the user can utilize the handlebar guide cover according to the present invention as an armrest so that the user can adopt a more aerodynamic position, such as when riding at a high speed. It is more advantageous when riding on a plane. It can also be used when riding on a downhill high-speed ride. Since the handlebar guide cover is initially intended to accommodate small computers and its shape and design are not inherently aero support, there is a small computer for gas dynamics. The handlebar guide cover of the set can be used in the professional competition field without violating the competition regulations. In general, the handlebar guide cover according to the present invention thus provides a number of different functions that are ideally complementary. By placing the bicycle computer in a gas-dynamic manner at the center of the handlebar guide cover, the user is provided with a bicycle system that is optimally aerodynamically placed to provide flexibility for the user during the competition. An overview of its performance so far. Therefore, the user can read its current speed from a general small computer, and for example, its average speed and moving distance up to now. In this manner, the handlebar guide cover according to the present invention allows for aerodynamically utilizing a small computer and the racing bicycle, and also provides an additional handrail for the user's hand to allow the rider to adopt It is generally more in line with the aerodynamic riding position. In a preferred embodiment, the body is at least aerodynamically shaped at least at its second end. The second end of the handlebar guide cover body 201103806 has two orientations that are forwardly directed to make it conform to the aerodynamic shape. For this purpose, the body is preferably circular at its second end. Preferably, the arrangement of the receiving portion provided on the top surface in the top embodiment is a recessed configuration in which the recessed portion is provided therein to provide an advantage of ensuring the simplification of the small computer. In order to install the small computer, a suitable clip-on body device can be placed in or at the center. It can also be understood that the elastic material is clamped to the center portion so that the small computer can be surely fixed to the shaft portion even if it is vibrating or erotic. It will also be understood that the receiving portion includes a perforation for the small computer to be inserted from the bottom, from the side, or from above. The small computer is then mounted to the center by a suitable locking device. It will be understood in all configurations that the sub-portion is surrounded by a particularly upwardly extending bead. Since the handlebar of the handlebar cover of the hand lever does not need to have the full thickness of the handle for the small electrician, the bead can have an aerodynamic configuration and can accommodate the small computer while reducing The amount of material used as a whole. In all embodiments, the small computer can be connected to the body. The small computer can also be incorporated into the handlebar guide cover. The small computer should be replaceably mounted so that the small computer can be replaced with another small computer when needed. This is useful in situations where small computers have drawbacks or if they have different or expanded features. Preferably, the lateral gripping region is disposed about the receiving portion for the user's hand to grasp. The grip area on the side is advantageous in that it allows the user to hold the handlebar guide cover and the handlebar tightly so that the user can operate the handlebar guide cover 6 201103806 The handlebar thus manipulates the direction of movement of the racing bicycle. In all of the specific embodiments and configurations, the mounting portion of the handlebar guide cover body is preferably provided with a guide joint including a horizontal and advantageous semi-cylindrical portion for receiving a portion of the handle. Clipped to the racing bicycle guide. The guide joint, for example the mounting portion, is more advantageously provided with at least one blind bore having an internal thread. This allows for the use of a reverse bolt technique for mounting the handlebar guide cover, wherein the screws are pushed through the handlebar guide from the rear and are threaded into the guide joint of the handlebar guide cover. This installation technology achieves a particularly robust and long-lasting connection. The body preferably has a width of between 4 and 7 cm, wherein the length of the guide cover is variable and matches the length of the small plastic computer to be assembled. Therefore, the length can be between about 6 and 20 or 30 cm. The bottom surface of the body is preferably provided with a reinforcing means, such as when the user pulls the holding areas during acceleration or climbing, the handlebar guide cover body can be reinforced, for example, to enhance traction and to strengthen the body. Preferably, the stiffening means is of an approximate rib shape of the downwardly tapered cone such that the stiffening means has a shape resembling a ridge. In the preferred embodiment, the handlebar guide cover extends forwardly and upwardly from the mounting portion of a racing bicycle in the basic state of actuation. Thus, the user can take a comfortable grip position and give the user an unobstructed view of the small computer. In a particularly preferred configuration, the small computer is in a 201103806 data connection with at least one sensor. This data connection can be formed by wired or wireless means. At least one sensor should be provided for moving speed and moving distance. In addition, sensors for pedaling frequency, pedal force, chain tension or brake torque can be set. It is feasible and preferred to provide at least one sensor 'which is taken from a sensor including a position sensor, a GPS sensor, and a pulse, pedal or pedaling frequency, a temperature sensor, and a sense of rise A group of sensors of the detector, the slope sensor, the speed sensor, the distance sensor, the performance sensor, and the like. Further advantages and applications of the present invention can be obtained from the two embodiments described below with reference to the drawings. BRIEF DESCRIPTION OF THE DRAWINGS These drawings are shown as follows: Figure 1 is a perspective view of the handlebar guide cover of the present invention; Figure 2 is a side view of the handlebar guide cover according to Figure 1; Figure 3 is based on the first The front view of the handlebar guide cover of the figure; and Fig. 4 is a top view of the handlebar guide cover according to the second drawing. C. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to Figures 1 to 4, the actual example of the handlebar guide cover 1 of the present invention will be described and placed on the bicycle, especially Racing bikes for the competition. The handle 椁 guide cover 1 according to the invention comprises a first-rear end 3 and a first end 4, wherein the ninth portion is provided with a mounting portion $, which is here configured as a cup joint 15 and As a racing bicycle guide. 8 201103806 The guide rod joint is provided with four blind holes 17, which are respectively provided with an internal thread 16 and used as a nano-screw, and the telescopic screw is screwed to the guide rod cover through a suitable hole in the guide rod. 1, to lock a handlebar to the racing bicycle by means of clamping. A receiving portion 8 having a receiving opening 10 is disposed between the second front end 4 and the first rear end 3 to insert a small computer 9 therein, as in a perspective view according to Fig. 1. The receiving portion 8 is disposed on the top surface 7 of the body 2 of the handlebar guide cover i to accommodate the small computer 9 in a gas dynamic manner. Here, the small computer 9 and the receiving opening 1 are extended to a length 18 and a width 13. In detail, the length 18 can be used as the length of the small plastic computer 9 to be assembled. For example, it will be appreciated that a plurality of different lengths of the handlebar guide cover 1 can be manufactured for insertion of small computers 9 of different lengths. A bead 11 is placed around the small computer 9 which forms the substantially aerodynamic shape of the handlebar guide cover 1. The handlebar guide cover 1 has a side region of the bead edge u that forms a side grip region 14 that is adapted for the user to grasp, thereby providing an additional grip position on the racing bicycle. These holding areas U can serve as the streamlined support portion 23. When the user grasps the side grip regions 14 with one or two hands and, for example, pulls the bicycle or accelerates at the handlebar guide cover 1, a considerable load will occur at the handlebar guide cover 1 . To absorb and release such a load, a stiffening device 20 is disposed on the bottom surface 19, which here extends in a downwardly ribbed shape and generally has an approximate shape of a hull 21. The shape of the reinforcing device 2 and the ridge 21 can be particularly clearly seen from the side of the 201103806 view of Fig. 2 and the front view according to Fig. 3. The shape of the ridge can achieve the high stability of the handlebar guide cover 1, and the low blockage from the front portion 6 can be provided due to the selection of an optimum shape that is compliant with the gas dynamics. As shown schematically in FIG. 2, the handlebar guide cover 1 or the small computer 9 may be provided with at least one sensor 22 for capturing current data, and using a distance sensor is particularly feasible and preferred. . Additional sensors, such as GPS sensors or sensors for stepping on the frequency or pedaling force, should be provided. In general, the handlebar guide cover 1 according to the present invention provides a resilient system whereby the handlebar of the racing bicycle can be securely mounted while having a handlebar guide cover that is optimal for aerodynamic heights. Set up a small computer. At the same time, since it is permissible to attach the computer to the racing bicycle during the competition, when the user participates in the competition with the racing bicycle, his hand can grasp the handlebar guide cover. In this way, the application of the handlebar guide cover 1 will be substantially more resilient. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a handlebar guide cover of the present invention; Fig. 2 is a side view of the handlebar guide cover according to Fig. 1; and Fig. 3 is a handlebar according to Fig. 1. The front view of the guide bar cover; and Fig. 4 is a top view of the handle bar guide cover according to Fig. 1. [Description of main component symbols] 1···handle bar guide cover 5...mounting part 2···body 6...front part 3·.·first rear end 7...top surface 4...second front end 8...nap portion 10 201103806 9...small computer 18...length 10...nap opening 19...bottom 11...bead edge 20...reinforcing device 12...top 21...hull 13...width 22...sensor 14...side grip area 15...lead Rod joint 16···internal thread 17...blind hole 23...streamlined support portion 11