200848320 九、發明說明： 【發明所屬之技術領域】 本發明涉及到-種衝浪板，尤其是-種可以自行測量衝浪速度值的衝 浪板。 【先前技術】 衝浪是-種非常緊張刺激的水上運動，個衝浪板的衝浪選手通常都 是站在一塊窄長的衝浪板上，乘著浪峰掠過水面。另外，還有一種稱做“人 〇 身衝浪”，就是不使用衝浪板的衝浪運動。無論哪一種，衝浪選手都需要 把握很準確的時機，同時要有很靈敏的反應，保持身體的平衡。如今，衝 浪運動已成爲-種時尚體育活動，衝浪者享受著絲的樂趣，不過衝浪者 在使用一般的衝浪板時僅限於衝浪時的水流平衡與擾流，但是它無法得知 衝浪時所産生的速度與數值記錄，只能依靠額外的翻與人員才能得知衝 浪所産生的速度與數值記錄。基於上述普通衝浪板的不足之處，本發明人 設計了本發明一種“可測速的衝浪板”。 .〇 【發明内容】 本發明針對上述現有技術的不足，主要目的在於提供一種可以自行測量 衝浪速度值並記錄衝浪時所産生的速度與數值記錄的衝浪板。 本發明解決其技術問題所採用的技術方案是： 一種可測速的衝浪板，包括衝浪板本體，所述的衝浪板本體上連設有 一可以自行測量衝浪速度值並記錄衝浪時所産生速度及其數值記錄的測速 器。 所述與衝浪板本體相連的測速器由LCD顯示幕、用於實現電路功能的 5 200848320 PCB板、用於固定PCB板的PCB外殼、防漏水的PVC按鍵依次疊裝而成，於測 速器内還設有電源裝置，該電源裝置由電源、用於通電的彈片、電源蓋以 及用於防水的電源蓋密封圈組成。電源蓋通過螺絲和螺母固定在衝浪板本 體上。 所述的衝浪板本體設有用於裝嵌測速器的卡嵌部，測速器整體固裝於 卡嵌部上’這種整體鑲嵌結構可將測速器與衝浪板本板相互結合得更緊 密，使衝浪者更方便操作測速器，除此以外還可使用外挂式的測速器，即 f、 、 是將測速Is挂載在衝浪板本體上。 本發明一種可測速的衝浪板優點是：不需要額外的任何人員和測速儀 裔’只需操作者即可獲取衝浪時所産生的速度與記錄，並顯示在衝浪板上 的計速器顯示幕。 【實施方式】 參照圖1至圖3，本發明一種可測速的衝浪板是這樣實施的： 一種可測速的衝浪板，包括衝浪板本體（10)，衝浪板本體（10)上連 .〇 設有一可以自行測量衝浪速度值並記錄衝浪時所産生速度及其數值記錄的 測速器（20)。 與衝浪板本體（1〇)相連的測速器（2〇)由LCD顯示幕（25)、用於實 現電路功能的PCB板（21)'用於固定PCB板（21)的PCB外殼（22)、防 漏水的PVC按鍵（23)依次疊裝而成，於測速器（20)内還設有電源裝置 (24)，該電源裝置（24)由電源（241)、用於通電的彈片（242)、電源蓋 (243)以及用於防水的電源蓋密封圈（244)組成，測速器（20)的底側 還設有用於固定LCD顯示幕（25)和PCB板（21)的定位板（26)。另外還 6 200848320 在電源蓋（243)上使用了密封圈（27)，以起到防水作用，而電源蓋（243) 是通過螺絲（28)和螺母（29)固定在衝浪板本體上。 衝浪板本體（10)設有用於裝嵌測速器（20)的卡嵌部（11)，測速器 (20)整體固裝於卡嵌部（11)上，這種整體鑲嵌結構可將測速器（20) 與衝浪板本體（10)相互結合得更緊密，使衝浪者更方便操作測速器（20)， 除此以外還可使用外挂式的測速器（2〇)，即是將測速器（20)挂載在衝浪 板本體（10)上，適於不同需要的使用者。 ’ 在圖3中，測速器（20)的工作流程是：首先感測器（丨）將移動信號 轉換爲相應變化的電信號後，分別輸出三組對應於X、Y、Z三轴變化的信 號至微處理器（2)，微處理器（2)經過模/數轉換及運算軟體處理後，即 可计π出相應的加速度數據，然後直接驅動Lcd顯示（3)出測試出來的結 果資料並將資料儲存在記憶體（5)内，電源控制⑷用於爲上述的各部 件提供電源支援，而按鍵輸入（6)可以控制微處理器⑵的動作與否。 L 以上所述，僅是本發明—種可測速的衝浪板較佳實施例而已，並非對 ^本發_技術顧作任何關，凡是依據本發明的技術實質私上的實施 例所作的任何細微修改、等同變化與修飾，均仍屬於本發賴術方案的^ 圍内。 7 200848320 【圖式簡單說明】 圖1是本發明的結構整體示意圖。 圖2是本發明的結構分解示意圖。 圖3是本發明的測速器工作原理方框圖。 【主要元件符號說明】 1 感測器 4 電源控制 10衝浪板本體 21 PCB 板 24電源裝置 243電源蓋 26定位板 29 螺母 2 微控制器 5 記憶體 11卡嵌部 22 PCB外殼 241電源 244電源蓋密封圈 27密封圈 3 LCD顯示 6鍵盤輸入 20測速器 23 PVC按鍵 242彈片 25 LCD顯示幕 28螺絲 8200848320 IX. Description of the Invention: [Technical Field] The present invention relates to a surfboard, and more particularly to a surfboard capable of measuring the surf speed value by itself. [Prior Art] Surfing is a very intense water sports. A surfboard surfers usually stand on a narrow surfboard and ride the waves across the water. In addition, there is also a kind of surfing called “surfing people”, that is, surfing without using surfboards. Either way, surfers need to grasp the right timing and have a very sensitive response to maintain balance. Nowadays, surfing has become a fashion sport, and surfers enjoy the fun of silk. However, surfers are limited to the balance and turbulence of water when surfing, but it is not known when surfing. Speed and numerical records can only be relied on by additional personnel and personnel to know the speed and value records generated by surfing. Based on the above-described deficiencies of the conventional surfboard, the inventors have devised a "speed-measuring surfboard" of the present invention. SUMMARY OF THE INVENTION The present invention is directed to the above-described deficiencies of the prior art, and its main object is to provide a surfboard that can measure the surf speed value by itself and record the speed and numerical value generated when surfing. The technical solution adopted by the present invention to solve the technical problem is: a surfboard capable of measuring speed, comprising a surfboard body, wherein the surfboard body is connected with a surf speed value and records the speed generated by surfing and A speed recorder for numerical recording. The speed measuring device connected to the surfboard body is formed by an LCD display screen, a 5 200848320 PCB board for realizing the circuit function, a PCB shell for fixing the PCB board, and a water-proof PVC button, which are sequentially stacked in the speedometer. There is also a power supply unit consisting of a power source, a shrapnel for energization, a power supply cover, and a power cover seal for waterproofing. The power cover is attached to the surfboard body with screws and nuts. The surfboard body is provided with a card fitting portion for fitting a speed measuring device, and the speed measuring device is integrally fixed on the card fitting portion. The integral mosaic structure can combine the speedometer and the surfboard body plate to be more tightly combined with each other. Surfers are more convenient to operate the speedometer, in addition to the use of an external speedometer, that is, f, , is to mount the speed measurement Is on the surfboard body. The advantage of the speed measuring surfboard of the present invention is that no additional personnel and speedometers are needed. The operator can obtain the speed and record generated by surfing, and display the speedometer display screen on the surfboard. . [Embodiment] Referring to Figures 1 to 3, a surfboard capable of measuring speed is implemented as follows: a surfboard capable of measuring speed, comprising a surfboard body (10), and a surfboard body (10) connected to the raft. There is a tachometer (20) that can measure the surf speed value by itself and record the speed and its value recorded during surfing. The speedometer (2〇) connected to the surfboard body (1〇) is composed of an LCD display screen (25), a PCB board (21) for implementing circuit functions, and a PCB housing (22) for fixing the PCB board (21). The water leakage preventing PVC button (23) is stacked in turn, and a power supply device (24) is further disposed in the speed measuring device (20), and the power supply device (24) is powered by a power supply (241) and is used for energizing the elastic piece (242). The power cover (243) and the power cover seal (244) for waterproofing, the bottom side of the speedometer (20) is further provided with a positioning plate for fixing the LCD display screen (25) and the PCB board (21) ( 26). In addition, 6 200848320 uses a sealing ring (27) on the power supply cover (243) for waterproofing, and the power supply cover (243) is fixed to the surfboard body by screws (28) and nuts (29). The surfboard body (10) is provided with a card fitting portion (11) for fitting the speed measuring device (20), and the speed measuring device (20) is integrally fixed on the card fitting portion (11), and the integral mosaic structure can be used for the speed measuring device (20) The surfboard body (10) is more tightly coupled to each other, making it easier for the surfers to operate the tachometer (20). In addition, an external tachometer (2 〇) can be used, that is, the tachometer ( 20) Mounted on the surfboard body (10), suitable for users of different needs. In Fig. 3, the working flow of the speedometer (20) is: first, the sensor (丨) converts the moving signal into a correspondingly changed electrical signal, and then outputs three sets of three-axis changes corresponding to X, Y, and Z respectively. The signal is sent to the microprocessor (2), and after the microprocessor (2) is processed by the analog/digital conversion and the operation software, the corresponding acceleration data can be calculated, and then the Lcd display is directly driven (3) the test result data is outputted. The data is stored in the memory (5), the power control (4) is used to provide power support for the above components, and the key input (6) can control the operation of the microprocessor (2). In the above description, it is only a preferred embodiment of the present invention, which is a vehicular speed measuring surfboard, and is not intended to be used in any way, any subtlety of the embodiment of the present invention. Modifications, equivalent changes and modifications are still within the scope of this development. 7 200848320 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic overall view of the structure of the present invention. Figure 2 is a schematic exploded view of the structure of the present invention. Figure 3 is a block diagram showing the operation of the speedometer of the present invention. [Main component symbol description] 1 Sensor 4 Power control 10 Surfboard body 21 PCB board 24 Power supply unit 243 Power supply cover 26 Positioning plate 29 Nut 2 Microcontroller 5 Memory 11 Card embedded part 22 PCB case 241 Power supply 244 Power supply cover Sealing ring 27 sealing ring 3 LCD display 6 keyboard input 20 speed measuring device 23 PVC button 242 spring 25 LCD display screen 28 screw 8