M305693 八、新型說明： 【新型所屬之技術領域】 本創作係有關於太陽能滑板，特別是指將光能轉換成電能 並蓄電’再供電以驅動滑板，或將電能供給電器用品使用 而作為活動光電式充電器，或以充電插座供於光線強度弱 時充電者。 【先前技術】 按’目前之電動滑板，如美國專利第5, 33〇, 〇26號與 公開2005/0139406號，均係電動滑板，其構造均係以電池 供電給馬達以傳動滑輪，其中第5,330,026號係以遙控器 控制馬達，公開2005/0139406號則係以電線連接一設於滑 板上之開關來控制。 顯然，習知之電動滑板必須藉由充電式之電池來供電 給滑板，而有下列限制： h充電地點受限，必須插接外部電源，只能在有外部 電源的特定地點才可進行充電，不方便。 2·使用範圍受限，只能在有外部電源的特定地點的一 定範圍内進行活動。 ” 【新型内容】 本創作g卩在提供—種太陽能滑板，係藉*陽能電池將 I月b轉換成電能，以供驅動滑板，並可將電能供給電器用 。口，而作為移動式光電充電器使用。 本創作係為一種太陽能滑板，係包括有板體、太陽能 5 M305693 電池蓄電單7〇、控制單元及馬達，其中板體設有滑輪’ 而控制單元係控制馬達驅動滑輪以滑動，而太陽能電池及 :蓄電單元設於板體，且蓄電單元分別與馬達及太陽能電池 .連接，太陽能電池則供電給蓄電單元。 上述之該蓄電單元設有過充保護器。 上述之該蓄電單元設有供電插座。 上述之該蓄電單元設有充電插座。 鲁上述之控制單元可控制馬達，且板體係包括踏板與後 輪架、’踏板樞接於板體之後輪架，而控制單元包括啟動開 關’並啟動開關設於後輪架而連結於馬達與蓄電單元間， 且啟動開關對應於踏板。 々上述之踏板包括第—端、中段與第二端，踏板中段位 於第一端與第二端之間，並踏板中段樞接於板體，而第-端對應於啟動開關，第二端對應於滑輪。 、上述之控制單疋包括安全開關，而啟動開關係導電性 ⑩連結於安全開關與蓄電單元間。 上述之控制單元包括總開關，總開關連結於啟動開關 與蓄電單元間。 上述之太陽能電池係組設於板體之上表面。 上述之太陽能電池係組設於板體之下表面。 、本創作係為-種太陽能滑板，係包括有板體、太陽能 電池、Ϊ電早疋、控制單元及馬達，其中板體設有滑輪， :控!?單70係控制馬達驅動滑輪以滑動，而太陽能電池及 畜電單叹於板體，蓄電單元設有插座，且蓄電單元分別 6 M305693 與馬達及太陽能電池連接，太陽能電池則供電給蓄電單元。 上述之該蓄電單元設有過充保護器。 : 上述之插座係供電插座。 * 上述之插座係充電插座。 上述之控制單元，可控制馬達，且板體係包括踏板與 後輪架，踏板樞接於板體之後輪架，而控制單元包括啟動 開關，並啟動開關設於後輪架而連結於馬達與蓄電單元 _ 間，且啟動開關對應於踏板。 上述之踏板包括第一端、中段與第二端，踏板中段位 於第一端與第二端之間，並踏板中段樞接於板體，而第一 '端對應於啟動開關，第二端對應於滑輪。 .上述之控制單元包括安全開關，而啟動開關係導電性 連結於安全開關與蓄電單元間。 上述之控制單元包括總開關，總開關連結於啟動開關 與蓄電單元間。 | 上述之太陽能電池係組設於板體之上表面。 上述之太陽能電池係組設於板體之下表面。 藉之’本創作係具有下列之優點： 1·本創作係利用太陽能電池將光源轉換成電源，並儲 存於蓄電單元，以供滑板作動所需之能源。 2·本創作係可即時進行充電，具有機動性及便捷性， 有太％光或光線時即可進行充電。 3·本創作可將蓄電單元之電輸出，以供電器用品使用。 4·本創作仍提供充電插座供於光線強度弱時充電。 7 M305693 【實施方式】 首先’如第一圖、第二圖及第三圖所示，本創作第一 :實例係包括有板體（1)、太陽能電池（2)、蓄電單元（3)、控 制單元（4)及馬達（5)，其中板體（1)設有滑輪（151),馬達 (5)驅動滑輪（151)以滑動，而太陽能電池（2)及蓄電單元（3) 設於板體（1)，並太陽能電池（2)設於板體（1)之上表面，且 蓄電單元（3)分別與馬達（5)及太陽能電池（2)係以電線連 接[即導電性連接/ 一般通常手段/未繪出]，太陽能電池（2) 則供電給蓄電單元（3)，其中： 板體（1)，係包括直管（11)、立板（12)(13)、前輪架 (14)、後輪架（15)、樞軸（16)、支撐板（17)、面板（18)及 踏板（19)，直管（11)兩端分別固接立板（12)(13)，且直管 (11)及立板（12)(13)上固設支撐板（17)，支撐板（17)上設 面板（18)，面板（18)設穿孔（181)，且面板（18)固設太陽能 電池（2)[圖中面板（18)係設孔以容納太陽能電池（2)]，而 鲁立板（12)固接前輪架（14)，立板（13)固接後輪架（15)，前 輪架（14)樞接前輪（141)，後輪架（15)設有滑輪（151)、啟 動開關（43)[於後敘述]及馬達（5)，馬達（5)以皮帶（51)驅 動滑輪（151)以滑動，後輪架（15)另設樞軸（16)，樞轴（16) 套設彈簧（161)及樞接踏板（19)，其中踏板（19)包括第一端 (191)、中段與第二端（192)，踏板（19)之中段位於第一端 ‘ （191)與第二端（192)之間，並踏板（19)之中段設轴套（193) 以樞接於[板體（1)]樞轴（16)，而第一端（191)對應於啟動 開關（43)，第二端（192)對應於滑輪（151)。踏板（19)之第 8 M305693 二端（192)附近另挖一孔（194)以形成一把手。 蓄電單元（3)，設有過充保護器（31)及插座（32)，其 - 插座（32)係為供電插座（321)或充電插座（322)。該供電 - 插座（321)及充電插座（322)可共同或單獨設於後輪架 (15)，且分別可對其他電器供電或本創作於光線強度弱時 充電，例如夜晚、陰雨天、冬季等。 控制單元（4)，包括總開關（41)、安全開關（42)、啟動 _ 開關（43)及保險絲（44)，總開關（41)設於後輪架（15),且 連結於蓄電單元（3)，安全開關（42)設於前輪架（14)，並安 全開關（42)自穿孔（181)穿出，而啟動開關（43)設於板體（1) 之後輪架（15)，且以電線導電性連結於馬達（5),上述總開 關（41)、安全開關（42)、啟動開關（43)之導電性連結[即以 電線連接/ 一般通常手段/未繪出]，恰介於蓄電單元（3)與 馬達（5)間，且啟動開關（43)對應於踏板（19)之第一端 (191) 〇 _ 前進操作實施時，必須先開總開關（41)，再如第四圖 所示，使用者前腳踩下安全開關（42)，後腳再踩下踏板（19) 之第一端（191)以下壓啟動開關（43)，則馬達（5)帶動滑輪 (151)前進。 煞車時，如第五圖所示，使用者只需要後腳再踩下踏 板（19)之第二端（192)，則踏板（19)之第一端（191)即離開 啟動開關（43)而斷電，同時以踏板（19)之第二端（192)下壓 滑輪（151)而煞車。 本創作之第二實施例’如第六圖所示，仍係包括有板 9 M305693 體（ΙΑ)、太陽能電池（2A)、蓄電單元（3A)及馬達（5A)，其 中太陽能電池（2Α)係組設於板體（ία)之下表面。 【圖式簡單說明】 第一圖係為本創作第一實例之立體圖。 第二圖係為本創作第一實例之分解圖。 第三圖係為本創作第一實例之電系控制流程方塊圖。 第四圖係為本創作第一實例之使用示意圖（前進示 意）。 第五圖係為本創作第一實例之使用示意圖（煞車）。 第六圖係為本創作第二實例之立體圖[底部向上]。 【主要元件符號說明】 (1) 板體 (2) 太陽能電池 (3) 蓄電單元 (4) 控制單元 (5) 馬達 (11) 直管 (12)(13) 立板 (14) 前輪架 (141) 前輪 (15) 後輪架 (151) 滑輪 (16) 樞軸 (161) 彈簧 (17) 支撐板 (18) 面板 (181) 穿孔 (19) 踏板 (191) 第一端 (192) 第二端 (193) 軸套 (194) 孔 (31) 過充保護器 (32) 插座 (321) 供電插座 (322) 充電插座 M305693 (41) 總開關 (42) 安全開關 (43) 啟動開關 (44) 保險絲 (ΙΑ) 板體 (2Α) 太陽能電池 (3Α) 蓄電單元 (5Α) 馬達 11M305693 VIII. New Description: [New Technology Field] This creation is about solar skateboards, especially the conversion of light energy into electrical energy and storage of electricity, re-powering to drive the skateboard, or supplying electrical energy to electrical appliances for use as active photoelectric Charger, or a charging socket for charging when the light intensity is weak. [Prior Art] According to the current electric skateboards, such as U.S. Patent No. 5, 33, 〇 26 and Publication No. 2005/0139406, both are electric skateboards, all of which are constructed by battery-powered motors to drive pulleys, among which No. 5,330,026 controls the motor with a remote control, and the publication 2005/0139406 is controlled by a wire connected to a switch provided on the slide. Obviously, the conventional electric skateboard must be powered by the rechargeable battery to the skateboard, and has the following restrictions: h The charging location is limited, the external power supply must be plugged in, and the charging can only be performed at a specific place with external power supply, Convenience. 2. The scope of use is limited and can only be carried out within a certain range of specific locations with external power sources. [New Content] This creation is to provide a kind of solar skateboard, which is a kind of solar energy battery that converts I month b into electric energy for driving the skateboard, and can supply electric energy to the electric appliance. The charger is used. The creation is a solar skateboard, which includes a plate body, a solar energy 5 M305693 battery storage battery 7 〇, a control unit and a motor, wherein the plate body is provided with a pulley' and the control unit controls the motor to drive the pulley to slide. The solar cell and the power storage unit are disposed on the board, and the power storage unit is respectively connected to the motor and the solar battery, and the solar battery is supplied to the power storage unit. The power storage unit is provided with an overcharge protector. The power storage unit has a charging socket. The control unit can control the motor, and the board system includes a pedal and a rear wheel frame, and the pedal is pivotally connected to the rear frame of the board body, and the control unit includes a start switch. 'The start switch is provided on the rear wheel frame and is connected between the motor and the power storage unit, and the start switch corresponds to the pedal. The first end, the middle section and the second end are arranged, the middle section of the pedal is located between the first end and the second end, and the middle section of the pedal is pivotally connected to the plate body, and the first end corresponds to the start switch, and the second end corresponds to the pulley. The control unit includes a safety switch, and the start-up relationship 10 is connected between the safety switch and the power storage unit. The control unit includes a main switch, and the main switch is connected between the start switch and the power storage unit. The solar cell system is disposed on the lower surface of the plate body. The creative system is a solar skateboard, which includes a plate body, a solar battery, a battery, a control unit and a motor. The plate body is provided with pulleys: control!? Single 70 series controls the motor to drive the pulley to slide, while the solar battery and the livestock battery sigh on the board body, the power storage unit is provided with a socket, and the power storage unit respectively 6 M305693 and the motor and the solar energy The battery is connected, and the solar battery is supplied to the power storage unit. The above-mentioned power storage unit is provided with an overcharge protector. The above socket is a power supply socket. The above control unit can control the motor, and the board system includes a pedal and a rear wheel frame, the pedal is pivotally connected to the wheel frame behind the board body, and the control unit includes a start switch, and the start switch is disposed on the rear wheel frame and coupled to the motor. And the power storage unit _, and the start switch corresponds to the pedal. The pedal includes a first end, a middle end and a second end, the middle middle portion of the pedal is located between the first end and the second end, and the middle portion of the pedal is pivotally connected to the board body, and The first end corresponds to the start switch, and the second end corresponds to the pulley. The control unit includes a safety switch, and the start-up relationship is electrically connected between the safety switch and the power storage unit. The control unit includes a main switch and a main switch. Connected between the start switch and the power storage unit. | The above solar cells are assembled on the upper surface of the board. The above solar cells are assembled on the lower surface of the board. By the way, the author has the following advantages: 1 · This creation uses solar cells to convert the light source into a power source and store it in the power storage unit for the energy required for the skateboard to operate. 2. This creation system can be charged instantly, with mobility and convenience. It can be charged when there is too much light or light. 3. This creation can use the electrical output of the power storage unit for power supply supplies. 4. This creation still provides a charging socket for charging when the light intensity is weak. 7 M305693 [Embodiment] Firstly, as shown in the first, second and third figures, the first creation: the example includes a plate body (1), a solar cell (2), a power storage unit (3), a control unit (4) and a motor (5), wherein the plate body (1) is provided with a pulley (151), the motor (5) drives the pulley (151) to slide, and the solar battery (2) and the power storage unit (3) are disposed at a plate body (1), and a solar cell (2) is disposed on the upper surface of the plate body (1), and the power storage unit (3) is electrically connected to the motor (5) and the solar cell (2) respectively [ie, electrically connected / generally common means / not drawn], the solar cell (2) is supplied to the electricity storage unit (3), wherein: the plate body (1) includes a straight pipe (11), a vertical plate (12) (13), a front wheel Rack (14), rear wheel frame (15), pivot (16), support plate (17), panel (18) and pedal (19), the vertical tube (11) is fixed to the vertical plate (12) respectively ( 13), and the support tube (17) is fixed on the straight tube (11) and the vertical plate (12) (13), the panel (18) is provided on the support plate (17), and the perforation (181) is provided on the panel (18), and Panel (18) fixed solar cell (2) [panel in the picture (18) A hole is provided to accommodate the solar cell (2)], and the rear plate (12) is fixed to the front wheel frame (14), the vertical plate (13) is fixed to the rear wheel frame (15), and the front wheel frame (14) is pivotally connected to the front wheel ( 141) The rear wheel carrier (15) is provided with a pulley (151), a start switch (43) [described later], and a motor (5). The motor (5) drives the pulley (151) with a belt (51) to slide, and then The wheel carrier (15) is additionally provided with a pivot (16), the pivot (16) is sleeved with a spring (161) and a pivoting pedal (19), wherein the pedal (19) comprises a first end (191), a middle section and a second end (192), the middle portion of the pedal (19) is located between the first end '191' and the second end (192), and the middle portion of the pedal (19) is provided with a sleeve (193) for pivoting to the [board body (1) )] The pivot (16), while the first end (191) corresponds to the start switch (43) and the second end (192) corresponds to the pulley (151). A hole (194) is dug near the second end (192) of the 8th M305693 of the pedal (19) to form a handle. The power storage unit (3) is provided with an overcharge protector (31) and a socket (32), and the socket (32) is a power socket (321) or a charging socket (322). The power supply-socket (321) and the charging socket (322) may be provided together or separately on the rear wheel carrier (15), and respectively can supply power to other electrical appliances or the present invention to charge when the light intensity is weak, such as night, rainy day, winter Wait. The control unit (4) includes a main switch (41), a safety switch (42), a start_switch (43) and a fuse (44), and the main switch (41) is disposed on the rear wheel frame (15) and connected to the power storage unit (3) The safety switch (42) is disposed on the front wheel frame (14), and the safety switch (42) is pierced from the perforation (181), and the start switch (43) is disposed on the plate body (1) after the wheel carrier (15) And electrically connected to the motor (5) by wires, and electrically connected to the main switch (41), the safety switch (42), and the start switch (43) [that is, by wire connection / general means / not drawn], Just between the power storage unit (3) and the motor (5), and the start switch (43) corresponds to the first end (191) of the pedal (19). _ When the forward operation is performed, the main switch (41) must be turned on first. As shown in the fourth figure, the front foot of the user presses the safety switch (42), and the rear foot presses the first end (191) of the pedal (19) to press the start switch (43), and the motor (5) drives the pulley ( 151) Go forward. When braking, as shown in the fifth figure, the user only needs to press the second end (192) of the pedal (19) with the rear foot, then the first end (191) of the pedal (19) leaves the start switch (43). When the power is turned off, the pulley (151) is pressed down by the second end (192) of the pedal (19) to brake the vehicle. The second embodiment of the present invention, as shown in the sixth figure, still includes a board 9 M305693 body (ΙΑ), a solar cell (2A), a power storage unit (3A), and a motor (5A), wherein the solar cell (2Α) The system is set on the lower surface of the plate body (ία). [Simple description of the drawing] The first figure is a perspective view of the first example of the creation. The second figure is an exploded view of the first example of the creation. The third figure is a block diagram of the electric system control flow of the first example of the creation. The fourth figure is a schematic diagram of the use of the first example of the creation (forward). The fifth picture is a schematic diagram of the use of the first example of the creation (the car). The sixth figure is a perspective view of the second example of the creation [bottom up]. [Explanation of main component symbols] (1) Plate body (2) Solar cell (3) Power storage unit (4) Control unit (5) Motor (11) Straight pipe (12) (13) Vertical plate (14) Front wheel frame (141 Front wheel (15) Rear wheel frame (151) Pulley (16) Pivot (161) Spring (17) Support plate (18) Panel (181) Perforation (19) Pedal (191) First end (192) Second end (193) Bushing (194) Hole (31) Overcharge Protector (32) Socket (321) Power Socket (322) Charging Socket M305693 (41) Main Switch (42) Safety Switch (43) Start Switch (44) Fuse (ΙΑ) Plate (2Α) Solar cell (3Α) Storage unit (5Α) Motor 11