1364255 六、發明說明： 【發明所屬之技術領域】 應裝置，其兼具可即時自我產生動能與結構簡 【先前技術】 傳統監測海洋魚類移動的方式，係 監測器需有電提供;出二’但電子 ϊ在能移_5的位置相當廣泛為讓電 的電池%目料魚触更換電子監測器 器所一可長時間供應甚至是自動產 生電子監測 【發明内容】 供應裝置，其具動制器之能源 效。特別是，本發明所欲解決 結構簡單等新增功 的電力有-定的時間限制解子監測器之電池 本發明係提供一種海洋、供電。 置’其包括： …移動監測器之能源供應裝 -水= 隨！，該監測本體用以固定在 移動訊號； 水樓生物在—錢魏t鶴而發出- 一搖擺發電裝置，俏白乜一 該固定發電部伽定於該監測=電部及-顧發電部； =2ίίί上;且該搖擺發電部ΐ有-長?電部係樞設 水棲电境中接受—水流推力推動件；用以在該 建動該搖擺發電部與該固 3 1364255 定發電部相對搖擺位移以產生能源。 本發明之上述目的與優點，不難從下述所選用實施例之 細說明與附圖中，獲得深入瞭解。 茲以下列實施例並配合圖式詳細說明本發明於後： 【實施方式】 相教二閱帛第―、第二及第五圖’本發明係為—種海洋备 類移動監測器之能源供應裝置，其包括·· 母乎… 以固―ί測f ί體1G，係具有—樞軸部11，該監測本體10用 物91上；錢财樓錄91在_水棲環境 (如第七圖所示)中移動而發出-移動訊號10A ; 電部置20，係包括—固定發電部21及一搖擺發 ίϊ發雜設於該柩轴部11上；且該搖擺發電部2 動件22丨；用以在該水棲環境％中接受一^2 推力推動，而連動該搖擺發電部22與 : 搖擺位移以產生能源2〇A。 W疋發電。P 21相對 實務上，該監測器本體1〇係設至少一固定元 以將该監測器本體1〇固定於該水棲 9 用 12係選自插置峡件(如第— 件 及第六圖所示)的至少其中之—。㈢H固认(如第- 士發明可依實際使用需要，而增設以下裝置： GPS)、溫度監測器位系統(英文簡稱 ^ ^，這些元件皆為公知裝置，故不再贅述其功能^ 缚:Ϊ二，)係用以儲存該搖擺發電裝置20產生之能源 號胤細15 ’係料射該監測器本體1〇產生的移動訊 該固定發電部21與該搖擺發電部22的其中之—為線圈， 4 1364255 而另一則為永久磁鐵。 該水棲生物91係為魚類。 本發明之實際使用方式，係如下所述： 以該固定元件12將該監測器本體1〇固定於欲追縱記錄其 的水棲生物91之魚身(如第五賴示的第—種應用例)或 疋魚尾(如第六圖所示的第二種應用例），接著將該水樓生物91 f入該水棲環境92巾自由生存，即可_發㈣15發射之移 =號10A，不斷的追縱記錄該水棲生物91在該水棲環境92 的，向’至少可記錄到相關該水棲環境92的位置(全球衛星定 =系統可i測到）、水溫(溫度監測器可監測到）、酸驗值阳值 可監剩。)、水中的可_(亮度監·可監測到）... 度監測器可監測到），如此可知該水棲生物91喜歡在 什麼樣的水棲環境92下生存。 ^點在於，該水棲生物91在水棲環境92巾活動的同時， 推動該長形擺動件221，該長形擺動件221 Ϊ動ίΐ?發電4 22於該監測器本體1G之樞軸部11上搖 達到與5亥固定發電部21相對搖擺移動 ，所產生的能源20A除可即時=該監^ 紅上所述，本發明之優點及功效可歸納如下. 娜卩時自射生紐。本發·㈣器本體上設置搖 擺發電裝置，藉水棲生物所在之水棲環秋 =動動件，使其連動該搖歸電部在 以:量機件故障的情況下，本發明之監 裝置=簡:線==== 的水流推力即可毒生相對摇掘而發電故單天然 5 1364255 所做的任何簡單修n月’對於該實施例 由以上詳細說曰ΪΓ可精神與範圍。 達成前述目的，實已符人專& 明瞭本發明的確可 請。 耳匕付口專利法之規定，爰提出發明專利之申 【圖式簡單說明】 第一圖係本發明之示意圖 第一圖係本發明之方塊圖 第二圖係本發明之動作之示意圖 第四圖係本發明之局部結構之示意圖 第五圖係本發明之第-種應_之示意圖 〒六圖係本發明之第二種應用例之示音圖 10監測器本體 11樞軸部 13處理部 15發射器 20A能源 22搖擺發電部 91水棲生物 P水流推力 逆；：於追縱發出移動訊號之示意圖 10A移動訊號 12固定元件 Η電池 20搖擺發電装置 21固定發電部 221長形擺動件 92水棲環境1364255 VI. Description of the invention: [Technical field to which the invention belongs] The device should have both immediate self-generating kinetic energy and structural simplicity. [Prior Art] The traditional way of monitoring the movement of marine fish is to provide electricity for the monitor; However, the position of the electronic ϊ is very wide in the position of _5, so that the battery can be replaced by an electronic monitor. The electronic device can be supplied for a long time or even automatically. [Inventive content] Supply device, its dynamic system Energy efficiency of the device. In particular, the present invention is directed to a battery having a simple structure and the like, and a power-limited time-limiting desupervisor monitor. The present invention provides a sea and power supply. Set 'It includes: ...the energy supply of the mobile monitor - water = with! The monitoring body is used to fix the mobile signal; the water building creature is issued in the -Weiwei t-he-swing power generating device, and the fixed power generating unit is set in the monitoring=Electric Department and the Gu Power Generation Department; =2 ίίί; and the swaying power generation unit has a long-powered electric system that is erected in the hydrological environment to receive a water flow thrust pushing member; and the rocking power generating portion is swayed relative to the solid 3 1364255 constant power generating portion Displacement to generate energy. The above objects and advantages of the present invention will be readily understood from the following detailed description of the embodiments of the invention. The present invention will be described in detail below with reference to the following embodiments: [Embodiment] The second embodiment of the present invention is the energy supply of a marine standby mobile monitor. The device includes: · a mother ... to fix the body 1G, has a - pivot portion 11, the monitoring body 10 on the object 91; Qian Cailou recorded in the _ aquatic environment (such as the seventh figure The mobile device transmits a mobile signal 10A; the electrical portion 20 includes a fixed power generating portion 21 and a swaying hairpin 11 disposed on the yoke portion 11; and the swaying power generating portion 2 is movable 22 丨For accepting a thrust thrust in the aquatic environment %, and interlocking the rocking power generation portion 22 with: a rocking displacement to generate energy 2〇A. W疋 power generation. P 21 is relatively practical, the monitor body 1 〇 is provided with at least one fixed element to fix the monitor body 1 to the aquarium 9 12 series is selected from the inserted gorge pieces (such as the first and sixth figures) At least one of them. (3) H-confirmation (for example, the first invention can be used according to the actual needs, and the following devices are added: GPS), and the temperature monitor position system (English abbreviation ^ ^, these components are all well-known devices, so their functions are not repeated: Ϊ2)) is used to store the energy number generated by the swaying power generating device 20, and the movement generated by the monitor body 1 讯 is transmitted to the fixed power generating unit 21 and the yaw power generating unit 22 The coil, 4 1364255 and the other is a permanent magnet. The aquatic organism 91 is a fish. The practical use of the present invention is as follows: The monitor body 1 is fixed to the fish body of the aquatic organism 91 to be recorded by the fixing member 12 (for example, the first application example of the fifth display) Or the squid tail (as in the second application example shown in Figure 6), and then the water house creature 91 f into the aquatic environment 92 towel free to survive, then _ hair (four) 15 launch shift = number 10A, continuous Tracking and recording the aquatic organism 91 in the aquatic environment 92, to at least record the location of the aquatic environment 92 (global satellite = system can be measured), water temperature (temperature monitor can be monitored), The acid value of the acid value can be retained. ), the water can be _ (brightness monitoring can be monitored) ... degree monitor can be monitored), so that the aquatic organism 91 likes to survive in what kind of aquatic environment 92. The point is that the aquatic organism 91 pushes the elongated oscillating member 221 while the aquatic environment 92 is moving, and the elongated oscillating member 221 slams the power generating member 222 on the pivot portion 11 of the monitor body 1G. The rocking reaches the rocking movement relative to the 5H fixed power generation unit 21, and the generated energy source 20A can be summarized as follows. The advantages and effects of the present invention can be summarized as follows. The swinging power generating device is arranged on the body of the hair (4), and the water-bearing ring autumn=moving member in which the aquatic organism is located is linked to the rocking and returning electricity unit in the case of the failure of the measuring machine, the monitoring device of the invention= Jane: Line ==== The water flow thrust can be poisoned by the relative swaying and power generation. Therefore, the natural one is 5 1364255. Any simple repairs made by the above is the spirit and scope of the above detailed description. In order to achieve the above objectives, it has become clear that the present invention is indeed available.匕 匕 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a schematic view of a partial structure of the present invention. FIG. 6 is a schematic view of a second application example of the present invention. FIG. 15 transmitter 20A energy 22 sway power generation unit 91 aquatic organism P water flow thrust reverse; schematic diagram of transmitting mobile signal after tracking 10A mobile signal 12 fixed component Η battery 20 sway power generation device 21 fixed power generation unit 221 elongated oscillating member 92 aquatic environment