M304473 八、新型說明： 新型所屬之技術領域 本創作係關於_ #偷^ & r 來達到發電，t可：： 種藉由無接觸方式 置。 進—步將電儲存的腳踏車發電儲存裝 【先前技術】 近來ik著科技進步，逐漸發展出各種可 1 電:=電機具，其由於使用上不會造成污:染=: 即-的效果，戶斤以越來越廣泛被運用，其中 上照明設備的電源供應。 杳車 有-==踏車上的發電μ如磨造燈，其-般係包括 …a m ’該照明燈設有電線與發電 =接且=發電以周緣設置有可產生固定磁場的永 鐵’且邊發電器中心樞設有一電樞，該電樞具有 :接觸於料車的輪胎側部表面而可受輪胎摩擦帶^旋 當，用者踩動腳踏車令車輪轉料，電樞即被帶動而 生感之間旋轉’藉此而衍生出電磁感應令電樞產 化成：：:7'明燈產生光亮’㈣導腳踏車的機械能轉 化成包旎亚加以運用。 ::，該腳踏車傳動發電裝置由於係藉由電栖的粗糙 义 胎表面摩擦而得以作動，故其使用過程之中，不 但會造成輪胎表面磨耗，且亦容易因 降低發電效率.t卜冰甘 r座生打⑺而 放丰，此夕卜，其不具有儲#電能的功^，因此其 5 M3 04473 照明燈僅能在腳踏直^ 田皁仃進的過程中才能夠發光，此為其使 用上所面臨到的問題。 【新型内容】 本創作之目的係提供—腳踏車發電健存裝置的設計， 其藉由無接觸方式來達到發電，並可儲電以提供腳踏車於 未作動時的用電。 、〃為達丽述目的，本創作之腳踏車發電儲存裝置係包括 有複數永久磁鐵、線圈組及一充電控制裝置，其中： 〜口亥複數水久磁鐵係以極性相反方式環繞設置於腳踏車 前後輪的幅條上； 义錢圈組係包括有環繞的線圈，其係設置於腳踏車的 :又及後又之上而與複數永久磁鐵相對應且不與車輪相接 該充電控制裝置係以可拆卸方式裝設於腳踏車的把手 上’内部設置有各種控制電路而可達到整流遽波、電師 換及儲電等功能，且其設有線路與線圈組及其他裝設於^ 踏車上的電子設備相互連接。 當使用者踩動腳踏車令車輪轉動時，幅條上的複數永 久磁鐵可被同時帶動旋轉，其旋轉的過程中，會不斷的盘 設置於前又上的線圈組相交會’致使該複數永久磁鐵所產 生的磁力線不斷的被線圈組中的線圈切割，因而令線圈組 產生感應電流。 該線圈組產生的感應電流會經由線路進入充電^制壯 置之内’且於該充電控制裝置之内進行整流濾波、電心 M304473 換及儲電，之後，该充電控制裝置可藉由控制來對腳踏車 上的各種電子設備進行供電令其作動，如此將腳踏車的機 械能轉化成電能並加以運用。 由於該腳踏車傳動發電裝置係藉由複數永久磁鐵鱼線 圈組之間無接觸地相交會方式來產生感應電流，故其發電 過程之中’不會造成輪胎表面隸，且發電效率亦較摩: 發電方式高；此外，其藉由充電控制I置來達到儲存電能: 令其照明燈或其他負載即使在腳踏車停止的狀態下亦可押 得電能來作動’因而令本創作進一步提供了更多的使用： 便性，並有效改善現有技術中的缺點。 【實施方式】 請參看第-圖所示，本創作之腳踏車發電儲存裝 括有-前車輪組（1Q)、—後車輪組（2q)、複數永 久磁鐵（3 0 )、複數線圈組（4 (50) ： 4Q)及-充電控制裝置 前輪 該前車輪組（1〇）包括有一前又 (12); 該後車輪組（20)包括有一後 (22); 更又（2 1 )及-後輪 前述前輪（12)及後輪（2?) 分設置的幅條（120) ; 2)上分別成型有三等 該複數永久磁鐵（30)可產生固定磁場， 狀而兩兩以極性相反方式裝設於各幅條（工2 長么卞 .請參看第二圖所示，於本創 上； 刀 ，'知例之中，該 7 M3 04473 .前輪（12)及後輪（2 2)係分別具有交錯設置的 幅條（12 0’）；而相配合的複數永久磁鐵（3〇， :呈)圓：狀’分別兩兩以極性相反方式装設於各幅條㈠ 請再參看第三圖所示，於本創作之與 一 八貝她例之中， 該前輪（1 2 )及後輪（2 2 )中央# m 乙」巾天係以_圓形盤面 2〇’’）取代幅條（1 2 0 ) ( 1 2 Π，、 卞抗、 υ 」，而相配合的 複數水久磁鐵（3 0，，）則係呈圓塊狀，八 W η 刀別兩兩以極性 相反方式環繞嵌設於圓形盤面（1 2 〇 ”）上· 請參看四圖所示，以前車輪組（1 〇 u j為例，該複數 ‘ 線圈組（4 0 )係包括有複數線圈（4 1 )，兮、> ^ 〔4 1 )分別纏繞固定於前叉（1 1 )及後叉（2丄）上 而與該複數永久磁鐵（3 〇 ) ( 3 0’ ） （ 3 〇，，）相對 應且不與前後輪（12) (22)相接觸；或者，請再參 看五圖所示，該複數線圈組（4 0，）可進一步包括有一 鲁承筒（4 2，），該承筒（4 2，）係可固定二=叉（χ 1 )或後又（2 1 )上而不與前輪（1 2 )或後輪（2 2 ) 相接觸，其具有一可拆卸的蓋體（4 3 ’ ），該蓋體（4 3’ ）上垂直固接有一可穿於承筒（4 2，）之内的鐵心 (4 4，），該鐵心（4 4，）可供線圈（4丄，）纏繞 =疋於其表面並穿於承筒（42，）之内，令線圈（41，） 與永久磁鐵（3 〇 ) ( 3 〇’）（ 3 〇，，）相對應（配合 麥看第-、二及三圖所示）； 該充電控制裂置（5 〇 )係以可拆卸方式裝設於腳踏 M3 04473 車的-把手上，内部設置有整流濾波電路、電壓轉換電路、 充電控制電路及蓄電池，且苴分別 迅 丑具刀別稭由線路（5 1 )與線 圈組（4 0 ) ( 4 0，）及腳踏車上的一照明燈（6 〇 )、 一 °刺°八（61)、一方向燈（62)及-後照明燈（63) 相互連接。 當使用者踩動腳踏車令前後輪（12) (22)轉動 時’該複數永久磁鐵（3 0 ) ( 3 〇’）（ 3 〇,，）可被 同時帶動旋轉，旋轉的奶ρ φ /、疋轉的過耘中，會不斷的與設置於前叉 (1 1 )及後叉（2 1 )上的線圈組（4 〇 ) ( 4 〇,) 相交會，致使該複數永久磁鐵（3 〇 ) ( 3 〇，）（ 3 〇，，） 所產生的磁力線不斷的被線圈組（4 〇 )( 4 〇，）中的 線圈（4 1 ) ( 4 1 )切割，因而令線圈組（4 〇 ) ( 4 〇’）產生感應電流。 請蒼看第六圖所示，該線圈組（4 〇 ) ( 4 〇，）產 生的感應電流會經由線路（5工）進入充電控制裝置（5 〇 )之内’且於該充電控制裝置（5 〇 )之内依序進行整 :濾波、電壓轉換’再經由充電控制電路來將電能儲存至 畜電池中，之後，並可再藉由充電控制電路的控制而 電池中的電能供應至腳踏車上的照明燈（6 ◦)、似（6 1 )、方向燈（6 2 )或後照明燈（6 3 )等令其作動， 如此將腳踏車的機械能轉化成電能並加以運用。 【圖式簡單說明】 第圖係具有本創作之腳踏車發電儲存裝置之腳 側視圖。 + 9 M3 04473 第二圖係另一實施例之具有本創 裝置之腳踏車側視圖。 作之腳踏車發 電儲存 之腳踏車發電儲存 第三圖係又一實施例之具有本創作 裝置之腳踏車側視圖。 第四圖係線圈組之正視圖。M304473 VIII. New description: The new technical field belongs to this creation. The author is about _ #偷^ & r to achieve power generation, t:: by non-contact method. Step-by-step electric storage of bicycle power storage [previous technology] Recently, ik has made progress in science and technology, and gradually developed various types of electricity: = motor tools, which will not cause pollution due to use: dyeing =: ie - the effect, Households are being used more and more widely, including the power supply of lighting equipment. The brakes have -== power generation on the treadmill such as grinding lamps, which generally include...am 'The lighting is equipped with wires and power generation=connected and = power generation is provided with permanent iron that can generate a fixed magnetic field. The armature of the side generator is pivoted with an armature having a side surface of the tire contacting the skip and being able to be rotated by the tire friction belt. The user steps on the bicycle to turn the wheel, and the armature is driven. And the rotation between the sense of life 'by this derived electromagnetic induction to make the armature production::: 7 'lights produce light' (four) the mechanical energy of the bicycle is converted into a bag. :: The bicycle transmission power generation device is activated by the friction of the surface of the electric tire. Therefore, the use of the bicycle not only causes wear on the surface of the tire, but also is easy to reduce the power generation efficiency. The r seat is hitting (7) and is abundance. On the other hand, it does not have the power to store #电^, so its 5 M3 04473 illuminator can only be illuminated during the process of pedaling. The problems it faces in its use. [New Content] The purpose of this creation is to provide the design of a bicycle power generation device that can generate electricity by means of no contact, and can store electricity to provide power for the bicycle when it is not in operation. For the purpose of Dali, the bicycle power generation device of the present invention includes a plurality of permanent magnets, a coil set and a charging control device, wherein: ～ 亥 复 水 水 水 水 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁The so-called money circle group includes a surrounding coil which is disposed on the bicycle: on the rear and the back and corresponding to the plurality of permanent magnets and not connected to the wheel. The charging control device is detachable The method is installed on the handle of the bicycle. Various internal control circuits are provided to achieve functions such as rectification and chopping, electrician exchange and electric storage, and the circuit and the coil group and other electronic devices mounted on the treadmill are provided. The devices are connected to each other. When the user steps on the bicycle to rotate the wheel, the plurality of permanent magnets on the spoke can be rotated at the same time. During the rotation process, the coil sets that are placed on the front and the top of the disc will intersect, causing the plurality of permanent magnets to be caused. The generated magnetic lines of force are continuously cut by the coils in the coil group, thereby causing the coil group to generate an induced current. The induced current generated by the coil group enters the charging system through the line and is rectified and filtered in the charging control device, and the electric core M304473 is exchanged and stored. After that, the charging control device can be controlled by The various electronic devices on the bicycle are powered to operate, so that the mechanical energy of the bicycle is converted into electrical energy and used. Since the bicycle transmission power generation device generates an induced current by means of a non-contact intersection between a plurality of permanent magnet fish coil groups, it does not cause the surface of the tire to be generated during the power generation process, and the power generation efficiency is also relatively low: The method is high; in addition, it is stored by the charge control I to store the electric energy: so that its lighting or other load can be energized to operate even when the bicycle is stopped', thus further providing more use of the present creation. : Convenience and effectively improve the shortcomings of the prior art. [Embodiment] Please refer to the figure-picture. The bicycle power generation storage of this creation includes a front wheel set (1Q), a rear wheel set (2q), a plurality of permanent magnets (30), and a plurality of coil sets (4). (50) : 4Q) and - charging control device front wheel The front wheel set (1〇) includes a front (12); the rear wheel set (20) includes a rear (22); more (2 1 ) and - The front wheel (12) and the rear wheel (2?) of the rear wheel are arranged in a strip (120); 2) the three permanent magnets (30) are respectively formed on the rear wheel to generate a fixed magnetic field, and the two are opposite in polarity. Installed on each strip (Work 2 long 卞 卞. Please refer to the second picture, on this creation; knife, 'in the case of the case, the 7 M3 04473. Front wheel (12) and rear wheel (2 2) The strips have a staggered set of strips (12 0'); and the mating complex permanent magnets (3〇, :) are rounded: the shapes are respectively mounted on the strips in opposite polarities (1). As shown in the three figures, in the case of this creation and the one-eighth shell, the front wheel (1 2) and the rear wheel (2 2 ) central #m B" towel days are _ round disk 2〇'') Generation of strips (1 2 0 ) (1 2 Π,, 卞, υ ,), and the complex plurality of long-lasting magnets (30,,) are in the form of a circular block, and the eight W η knives are two-two in polarity. The opposite way is embedded in the circular disk surface (1 2 〇"). Please refer to the four wheel diagrams. For example, 1 〇uj, the complex 'coil group (4 0 ) includes multiple coils (4). 1), 兮, > ^ [4 1 ) are respectively wound and fixed on the front fork (1 1 ) and the rear fork (2 丄) and the plural permanent magnet (3 〇) (3 0') (3 〇,, Corresponding to and not in contact with the front and rear wheels (12) (22); or, as shown in the fifth figure, the plurality of coil sets (40) may further include a lug cylinder (4 2,), The carrier (4 2,) can be fixed to the second fork (χ 1 ) or the rear ( 2 1 ) without contact with the front wheel (1 2 ) or the rear wheel (2 2 ), and has a detachable cover a body (4 3 '), the cover body (4 3 ' ) is vertically fixed with a core (4 4,) which can be inserted into the socket (4 2,), and the core (4 4,) is available for the coil (4丄,) entanglement = 疋 on its surface and Within the socket (42,), make the coil (41,) correspond to the permanent magnet (3 〇) (3 〇') (3 〇,,) (in conjunction with the Mai-Mt., II and III) The charging control split (5 〇) is detachably mounted on the handle of the pedal M3 04473, and is internally provided with a rectifying and filtering circuit, a voltage conversion circuit, a charging control circuit and a battery, and the 苴 is ugly There is a knife (5 1 ) and a coil set (4 0 ) ( 4 0,) and a light (6 〇) on the bicycle, a ° thorn ° eight (61), a directional light (62) and - Rear lights (63) are connected to each other. When the user steps on the bicycle to rotate the front and rear wheels (12) (22), the plural permanent magnets (3 0 ) ( 3 〇 ') ( 3 〇 , , ) can be rotated simultaneously, and the rotating milk ρ φ /, During the twisting of the cymbal, it will continuously intersect with the coil set (4 〇) (4 〇,) placed on the front fork (1 1 ) and the rear fork (2 1 ), causing the complex permanent magnet (3 〇 ) ( 3 〇,) ( 3 〇,,) The generated magnetic lines are continuously cut by the coil (4 1 ) ( 4 1 ) in the coil group (4 〇) (4 〇,), thus making the coil group (4 〇 ) ( 4 〇 ') Generates an induced current. Please see the sixth figure, the induced current generated by the coil group (4 〇) (4 〇,) will enter the charging control device (5 〇) via the line (5 work)' and the charging control device ( 5 〇) is carried out in sequence: filtering, voltage conversion' and then storing the electric energy into the battery through the charging control circuit, and then the electric energy in the battery can be supplied to the bicycle by the control of the charging control circuit. The lighting (6 ◦), the like (6 1 ), the directional light (6 2 ) or the rear lighting (6 3 ), etc., act to convert the mechanical energy of the bicycle into electrical energy and use it. [Simple description of the drawings] The figure is a side view of the foot of the bicycle power storage device of the present invention. + 9 M3 04473 The second figure is a side view of a bicycle having the present device in another embodiment. Bicycle bicycle power generation storage The third diagram is a side view of a bicycle having the present invention. The fourth figure is a front view of the coil set.
第五圖係另一實施例之線圈組之正視圖。 第六圖係充電控制裝置之作動流程圖。 【主要元件符號說明】 (10)前車輪組 （11)前叉 (1 2 )前輪 （1 2 0 )幅條 (12 0 )幅條 （1 2 0，，）圓形盤面 (2 0 )後車輪組 （2 1 )後叉 (2 2 )後輪 （3 0 )永久磁鐵The fifth figure is a front view of a coil set of another embodiment. The sixth diagram is a flow chart of the operation of the charging control device. [Description of main component symbols] (10) Front wheel set (11) Front fork (1 2 ) Front wheel (1 2 0 ) Strip (12 0 ) Strip (1 2 0,,) After circular disk surface (2 0 ) Wheel set (2 1 ) rear fork (2 2 ) rear wheel (3 0 ) permanent magnet
(3〇，）永久磁鐵 (4 0 )線圈組 (41)線圈 (42’ ）承筒 (44’）鐵心 (51)線路 (6 1 ) 口刺口八 (6 3 )後照明燈 (3 0 ”）永久磁鐵 (40，）線圈組 (41’ ）線圈 (43’ ）蓋體 (5 0 )充電控制裝置 (6 0 )照明燈 (6 2 )方向燈 10(3〇,) permanent magnet (4 0 ) coil set (41) coil (42') socket (44') core (51) line (6 1) mouth puncturing eight (6 3 ) rear light (3 0 ”) Permanent magnet (40,) coil set (41') coil (43') cover (5 0) charge control device (60) illuminator (6 2) directional light 10