201234760 六、發明說明： 【發明所屬之技術領域】 本發明指充放電之發電、省電和/或磁力同步發電，採用—個 或一個以上充放電之電離能發電或者一個或一個以上發電線圈 單元及一個或一個以上磁力驅動單元發電，為一種充放電之發 電、省電和/或聚磁型同步磁力發電. 【先前技術】 先前同步磁力發電技術，都是單獨運用，沒有利用聚磁風管中同 步磁力發電方式，為發電中另外一種可行模式，更沒有充放電之發電 裝置，傳統中結合了電力與機械能、磁力之轉化，現今結合了電力與 強化磁力為優先，還有配合充放電之發電、省電技術為電離能，讓機 械所做之功和熱能所做之功降至最低點’以強化磁力來轉化電力，先 前為磁鐵或矽鋼片當轉子來旋轉而現改以複數基板膠片成盤狀上印 設線圈，在聚磁風管中當旋轉定子來旋轉，並首創了前所未有的固定 式長管道聚磁風管，且以整塊磁鐵比分散小塊磁損較少，且磁力線以 不逆沖不磁損為原則，而先前只可以發電且重量重，不如現今的兼具 發電、省電輕小，使用可做充放電之發電、省電裝置和同步磁力發電 機之功能。 【發明内容】 利用自然能源之發電機等，其產生之電力雖足夠提供各種大 型機具運轉使用，但其所需佔用之體積確也不小，因此，如需用 運用到電動車、冷氣機、中小塑家電用品及通風照明設備時，確 實有需要改良及改進之處。 本發明係提供一種充放電之發電、省電和/或聚磁型同步磁 力發電機’其主要係包含有一個或一個以上充放電、省電之發電 裝置或者一聚磁風管單元、一個或一個以上發電線圈單元及一個 201234760 或一個以上磁力驅動單元，該發電線圈單元係連接該磁力驅動單 元，並提供該驅動單元轉動所需之電力，使該發電線圈單元將磁 能轉換成所需之電能，其中，該磁力驅動單元更進一步係可為一 導磁，創造高磁能之磁生電裝置。 本發明係提供一種充放電之發電、省電裝置，創造電磁波轉 為生高頻短波而生電流或者生低頻長波而生光輻或及 可變換光輻或及可變換色彩。 本發明系統流程如下： 一股充放電流—設備外磁場中電離能—電離或離子化設備電 子或離子或质子或分子流動—切割磁力線致線圈感應 電流—創造更多電流。 一股充放電流設備外磁場中電離能—蓄電池或電容之電子 或離子或质子或分子流動—切割磁力線致線 圈感應電流—創造更多電流。 一股充放電流~>設備内磁場電離能—蓄電池或電容一等設備 電子或離子或质子或分子流動->切割内磁場 磁力線致生電磁脈衝，感應脈衝電流或電磁 波感應電流或電流創造更多電流、省電、 發電。 一股小電流—生磁、聚磁、導磁、創造均勻高磁場—基板 膠片線圈旋轉—切割磁力線致線圈感應電流β創造更多電流。 本發明所&供之一種充放電之發電、省電和/或聚磁型同步 磁力發電機 前所述係提供綠色環保無碳之能源’並可產生具有較高效能 之磁場而轉換具有電壓、電流及頻率之電力，且該發電機單元運 轉啟動時，該驅動單元僅需由内部之蓄電電源單元直接供電，兼 201234760 具體積小使用組裝可做充放電之發電、省電功能或更為同步發電 機。 前所述一種充放電之發電裝置的充放電管理系統，係包含 或充電、或放電、或檢測、或活化、或穩定化、或裝置内介質或 面積管理、或裝置之線上管理’在充放電管瑄系統運作中回饋電 網的輸出電流減掉輸入電流之淨值大於零’比原先輪入電流有額 外多出，達到產出電流者。 前所述一種充放電之發電裝置，係包含一個或一個以上，為 蓄電池或電容，兩旁或周邊有磁鐵，線圈或基板或基板膠片或絕 緣紙印設線圈且纏繞圍繞固定於蓄電池或電容之兩旁或周邊磁 鐵的内部或外部；或者蓄電池或電容内藏匿前述磁鐵或線圈，外 則或有前述磁鐵或線圈，蓄電池或電容正在充或放電，磁鐵N、 s極之磁力線’與蓄電池或電容之充或放電中正負極間電子或離 子或质子或分子流竄產生切割磁力線’線圈產生感應電流或配合 充放電管理系統達到產出電流者。 前所述一種充放電之發電裝置，係包含一個或一個以上，為 電池或電離設備或離子化設備’兩旁或周邊有磁鐵，線圈或基板 或基板膠片或絕緣紙印設線圈且纏繞圍繞固定於電池或電離設 備或離子化設備之兩旁或周邊磁鐵的内部或外部；或者前述電 池或設備内藏匿前述磁鐵或線圈，外則或有箭述磁鐵或線圈，電 池或電離設備或離子化設備正在充或放電，磁鐵N、s極之磁力 線，與電池或電離設備或離子化設備之充或放電中正負極間電子 _ 或離子或质子或分子流竄產生切割磁力線，線圈產生感應電流或 • 配合充放電管理系統達到產出電流者。 前所述充放電發電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設備或電離設備或離子化設備充放電之穩定發生，所 以控制前述設備極鈑奈米化長久保持的方法，為變頻或脈衝電流 控制使極鈑奈米化、或前述設備極鈑為奈米化結構、或前述設備 之化學反應使極鈑奈米化。 201234760 前所述充放電發電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設備或電離設備或離子化設備極鈑，或為脈衝電流充 放電之控制，前述設備内分佈藏匿一個或一個以上磁鐵和導電 體，充或放電時設備内因電磁短路產生電磁脈衝而生脈衝電流 或電流。 前所述充放電發電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設備或電離設借或離子化設備極鈑，或為變頻脈衝電 流充放電之控制，前述設備内分佈藏匿一個或—個以上磁鐵和 導電體，並設備外有外加磁鐵場，充或放電時設備内因電磁短路 產生電磁脈衝而生脈衝電流，並控制外加磁場大小，而生變頻脈 衝電流或電流。 ^ 前所述充放電發電裝置之充放電管理系統，或為生高頻短波而生 電流，蓄電池設備或電容或電池設備或電離設備或離子化設備内 分佈之介質或面積或管理方式，可為或多孔性之介質、或氧化還 原介質、或太陽能電池材料之介質、或染料敏化之介質、或吸收 電磁波之介質、或可充放電之介質、或反射電磁波之介質、或使 電磁波波長變短之介質、或吸熱放電之介質、或可分割許多小室 空間之介質、或使電磁波波速變慢之振盪面積改變方^、或者調 整充或放電的週期、或者調整充或放電之電阻的大小、成老啓 電壓的大小、或者調整引力場的大小。 及耆捫埜 所述一種充放電之省電裝置的充放電管理系統，係包含或充 ，、或放電、或檢測、或活化、或穩定化、或裝置内介質或面積 管理、或裝置之線上管理’在充放電管理纽運作巾回饋電網的 輸出電流減掉輸入電流之淨值等於或小於零，比原先輸入電流有 代替等量或多少，達到節省電流者。 前所述一種充放電之省電裝置，係包含一個或一個以上，為 蓄電池或電容’兩旁或周邊有磁鐵，線圈或板或基板膠片或絕 緣紙印設_且賴•眺ϋ定於蓄電池或電容之-邊或兩旁或 周邊磁鐵的内部或外部；或者蓄電池或電容内藏匿前述磁鐵或 線圈，外則或有前述磁鐵或線圈，蓄電池或電容正在充或放電， 磁鐵N、S極之磁力線，與f電池或電容之充或放電中正負極間 201234760 電子或離子或质子或分子流竄產生切割磁力線，線圈產生感應電 流或配合充放電管理系統達到節省電流者。 前所述一種充放電之省電裝置，係包含一個或一個以上，為 電池或電離設備或離子化設備，一邊或兩旁或周邊有磁鐵，線圈 或基板或基板膠片或絕緣紙印設線圈豆纏繞圍繞固定於電池或 電離設備或離子化設備之兩旁或周邊磁鐵的内部或外部；或者 前述電池或設備内藏匿前述磁鐵或線圈，外則或有前述磁鐵或線 圈，電池或電離設備或離子化設備正在充或放電，磁鐵N、S極 之磁力線，與電池或電離設備或離子化設備之充或放電中正負極 間電子或離子或质子或分子流竄產生切割磁力線，線圈產生感應 電流或配合充放電管理系統達到節省電流者。 前所述充放電省電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設僥或電離設備或離子化設備充放電或用電補嘗之 穩定發生，所以控制前述設備極鈑奈米化長久保持的方法，為變 頻或脈衝電流控制使極鈑奈米化、或前述設備極鈑為奈米化結 構、或前述設備之化學反應使極鈑奈米化。 前所述充放電省電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設備或電離設備或離子化設備極鈑，或為生電磁波感 電流而充放電之控制，前述設備内分佈藏匿一個或一個以上磁 鐵和導電體，充或放電時設備内因電磁短路產生電磁波而生電 磁波感應電流或電流。 前所述充放電省電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設備或電離設備或離子化設備極鈑，或為生變頻的電 磁波感電流而充放電之控制，前述設備内分佈藏匿一個或一個 以上磁鐵和導電體，並設備外有外加磁鐵場，充或放電時設備内 因電磁短路產生電磁波而生電磁波感應電流，並控制外加磁場大 小或導電體導電度大小，而生變頻的電磁波感應電流或電流。 前所述充放電省電裝置之充放電管理系統，為控制蓄電池設備或 電容或電池設備或電離設備或離子化設備極鈑，或為生電磁波波 長之控制，前述設備内分佈藏匿一個或一個以上磁鐵和導電體， 並設備外有外加磁鐵場，充或放電時設備内因電磁短路產生電 201234760 磁波，並控制外加磁場大小或導電體導電度大小，而生或控制電 磁波不同波長大小。 前所述充放電省電裝置之充放電管理系統，或為生低頻長波而生 光輻，蓄電池設備或電容或電池設備或電離設備或離子化設備内 分佈之介質或面積或管理方式，可為或多孔性之介質、或氧化還 原介質、或遇電磁波而生光輻之介質、或螢光材料之介質、或吸 收電磁波之介質、或可充放電之介質、或反射電磁波之介質、或 散射電磁波之介質、或使電磁波波長變長之介質、或吸熱放光之 介質、或可為一層或一層以上薄膜之介質、或可分割許多小室空 間之介質、或使電磁波波速變快之接觸面積改變方式、或者調整 充或放電的週期、或者調整充或放電之電阻的大小、或者調整電 壓的大小、或者調整引力場的大小。 前戶放電省電裝置之充放電管理系統，為生低頻長波而生光 輕，蓄電池設備或電容或電池設備或電離設備或離子化設備外圍 為透明狀或部份透明狀，可轉為發光之燈或發光體或電視萤幕。 巧所述充放電省電裝置之充放電管理系統，為生低頻長波而生光 ，，薄膜化之蓄電池設備或電容或電池設備或電離設備或離子化 没備外圍為透明狀或部份透明狀，或配合薄膜磁鐵和薄膜導電體， 可轉為發光之薄膜燈或薄膜發光體或薄膜電視萤幕。 巧述-種充放t之發電和/或聚磁翻步磁力發電機，其主要 係包括： 至少一發電機單元，該發電機單元其主要包含有： 發電線圈單元; ΖϊΞΐί ί，由^定厚度多極性環型或多角形永久磁_構 i!3疋化’從外側或内部可包含磁力驅動單元和 ίϊίίΞϋΐ'包含有—個以上成為盤狀之發電線圈，中心 膠片或絕緣紙表面印=丄 印設線圈1 繞之中心或為i洞含盤狀’ 線圈排成盤狀，與聚磁風管單之獅極 二磁，驅動單元’係包含有-個以上通電 極，相對設麟触直紅之發圈 201234760 之磁極具有驅動該轉軸轉動之能力者； 一充放電之發電裝置，係包含一個或一個以上蓄電池或電容，兩 旁或周邊有磁鐵，線圈或基板或基板膠片或絕緣紙印設線圈且 繞圍^固定於蓄電池或電容之兩旁或周邊磁__或外部； 或者蓄電池或電容喊$前述磁鐵或賴，外贼有前述磁 ^圈’蓄電池或電容正在充或放電，磁鐵N、s極之磁力線〆 蓄電池或電容之充或放電中正負極間電子或離子或质子或分子 流竄產生切割磁力線，線圏產生感應電流或配合充放電管理 達到產出電流者，可以接回蓄電池或電容或再利用； 、 一蓄電池或電容或及電路單元，一端並連接該磁力驅動單元 供該驅動單元運撕f飾電力，另酬連接紐電線圈單元 回收或送出磁力驅動單元或發電線圈單元之電力。 ， 前所述一種充放電之發電和/或聚磁型同步磁力發電機t 至少一發電機單元，該發電機單元其主要包含有： t元’由—定厚度多極性環型或多角形永久磁鐵所構 ^予以固定化，從外侧或内部可包含磁力驅動單元和 元，係包含有一個以上成為盤狀之發電線圈，中〜· ίΐΐ f ’由基板膠片或絕緣紙表面印設有線圏相 ，成}4者由基板膠片或緣緣紙表面印設有線圈相疊成， ，，圍繞之中心或為空洞含有金屬導磁物體，該等發 紙上並線圈繞印設環形或成數發環狀印設之電阻極 線圈排成盤狀，與聚磁風管單元所形成之磁力線產生切割； =磁元，係包含有"'個以上通電於發電線圈產生磁 於雜轴絲上之發⑼，使該磁力驅動單元 之磁極具有驅動該轉軸轉動之能力者； 容f及電路單元，一端並連接該磁力驅動單元，提 轉所需啓動電力，另端則連接該發電線圈單元 回收或送出磁力驅動單元或發電線圈單元之電力。 ， 、^_級電之發電和/絲磁觀步磁力發電機，該聚 磁風=單元其更進—步魏含有聚魏管賴成之通風管道外 圍包著線圈絲板膠片或絕緣紙表面印設有線圈相疊成薄片狀 201234760 予以圍繞固定，電流經過印設之線圈與其形成之磁力線垂直或切 割而再度產生感應電流。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其更進一步係包含有一個或一個以上發電線圈單元， 係固設於該聚磁風管轉軸連接線上，與磁力驅動單元產生連結， 發電線圈單元為電生磁而轉動，並將該發電線圈設該聚磁風管内 部或外側。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其為基板膠片或絕緣紙表面印設有線圈成盤狀，盤中 心有軸孔，軸孔周圍或設有導電印設線圈面。 如前所述充放電之發電和聚磁型同步磁力發電機，該發電線 圈單元其為基板膠片或絕緣紙設有導電印設線圈面由放射性狀 或環繞旋渴之圓或環繞迴旋之圓的線圈來達成導電。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其發電線圈電線傳輸是靠轉軸連接之内為中心中空 穿插入導線體，運轉旋轉導出。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其發電線圈電線是在轉軸内電線若是有很多截面 積、表面積之小線組成大線，因磁中心聚焦，旋轉時磁中心場與 線截面積、表面積切割，也會產出多餘電流。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其發電線圈旋轉轉距是每隔0—90之間角度固定相 • 鄰之盤狀發電線圈於轉軸連接線上。 . 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其發電線圈之基板膠片指印刷電路膠片或矽膠導熱 絕緣墊片或導熱膠片，或絕緣紙指奈米墨水印刷導電材料，兩者 可以電路印刷，可以是硬質或軟性的。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該發 電線圈單元其發電線圈之金屬導磁物體為鐵鎮合金或其他奈米 201234760 金屬複合材料。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該磁 力驅動單元其更進一步係包含有一個或一個以上磁力驅動單元 相對固設於該發電機單元其聚磁風管之轉軸線上，與發電線圈單 元羞生連結；該磁力驅動單元係為一由複數個基板膠片或絕緣紙 表面數發環狀印設之電匝極線圈排成圓盤構成一磁極，複數個磁 極之間靠N極、S極互相吸引而轉動。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該磁 力驅動單元其更進一步有一轉軸連接發電線圈單元組成之風扇 形狀為助驅動力’當雙磁極風扇驅動元件置聚磁風管單元兩側轉 軸連接共構可以在聚磁風管單元中負載較多發電線圈。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該磁 力驅動單元其更進一步該各磁極發電形成之磁力線為同一方 向’並與聚磁風管形成之磁力線為同一方向。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該磁 力驅動單元其更進一步該各磁極形成之N極、s極相吸，為複數 個基板膠片或絕緣紙表面數發環狀印設之電匝極線圈排成圓盤 上’通電為間隔一印設之電匝極線圈排成圓盤的數量後，再跳越 通電另外間隔一印設之電匝極線圈排成圓盤的數量，相繼閃爍通 電。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該磁 力驅動單元更進一步係為含聚磁風管之轉軸因聚磁效果具磁軸 的吸引力，於相對方放一小磁石或電磁線圈在聚磁風管侧邊，可 使轉軸產生旋轉吸引、啟動吸引。 如前所述充放電之發電和/或聚磁型同步磁力發電機，更進 一步係為含聚磁風管之動力渦輪風扇，該動力風扇並内含有一發 電線圈單元，該發電線圈單元連接該系統產生所需之電力。 如前所述充放電之發電和/或聚磁型同步磁力發電機，該蓄 電池或電容或及電路單元其部份電路為變頻或脈衝，把回充蓄電 201234760 池或電容之電流化整為零回充於蓄電池或電容或蓄電池液内。 上述基板膠片可用絕緣紙代替，如在絕緣紙上用奈米墨水印 刷導電材料’紙與紙夾層再用絕緣材料隔離，作成如上述同理可 證’故不再贅述。 【實施方式】 首先，請參閱第一至七圖所示，本發明係提供一種充放電之發 電、省電和/或聚磁型同步磁力發電機之較佳實施例，該充放電 之發電和/或聚磁型同步磁力發電機 其主要係包括：發電機單元1〇 ’每一發電機單元10主要包含有 一個或一個以上充放電之發電裝置11、或者一聚磁風管單元 12、一個以上發電線圈單元13及一個以上磁力驅動單元14 ; 充放電之發電裝置11或含充放電管理系統91: 該充放電之發電裝置11，為蓄電池20兩旁或周邊有磁鐵19，線圈9 或基板線圈或基板膠片線圈纏繞圍繞固定於蓄電池2〇兩旁或周邊磁 鐵19之内部或外部；或者蓄電池20内藏匿前述線圈或磁鐵，蓄電池 20正在充或放電於發電機或電源端或負載端或蓄電池，充電的時候 離子由正極往負極遷移，放電的時候離子由負極往正極遷移，磁鐵 19N、S極之磁力線21與蓄電池20充或放電中正負極間電子或離子 或质子或分子流竄產生切割举力線21，線圈9產生感應電流，可以 接回蓄電池20或再利用；蓄電池20液内由於氣液體和電離子空間的 品質大小則決定電流傳導速度快慢’電流傳導速度與傳導空間品質呈 反比；磁鐵19之磁力要夠強能能穿透塑膠殻和液體品質，且蓄電池 12 201234760 20極鈑會擋住磁力線21，我們在蓄電池20極鈑兩側邊加裝磁鐵鈑 25加上線圈9，磁力線21不會擋住，在充放電要強且快下，感應電 流才會大，所以我們集中在一蓄電池20充放電，感應電流才會大， 另外蓄電池20在特殊變頻或脈衝電流26快速充放電下，是可以無數 次的，不會損壞’配合充放電管理纽91可以達到高產#之電流， 也可一蓄電池2〇專心充電，一蓄電池2〇專心放電，都有充放電之發 電裝置11，兩者交互循環使用，相得其彰，互蒙其利。另外電池(或 奈米材做成紙電池也是電池）或電容2〇2或電離設備或離子化^^備 也可如上述做成充放電之發電裝置11，如上述同理可證，故不再贅 述；另外上述線圈可用奈米導電材質，基板膠片31可用絕緣紙32代 替如諾美士絕緣紙、石棉絕緣紙，如在絕緣紙32上用奈来墨水33印 刷導電材料，紙與紙夾層再用絕緣材料隔離，作成如上述同理可證， 故不再賛述。 另，充放電之省電裝置111或含充放電管理系統91: 充放電之省電裝置111作成如上述同理可證，只是產生電力 是用在裝置上之消耗達到省電作用，故不再贅述。 聚磁風管單元12: 由多極性環型或多角形永久磁鐵19所構成之通風管道約i 〇 或15公分或更多，因每個元件單元都在環型或多角形永久磁鐵 19裡面，有聚磁效果，環型面一邊N極，另一邊3極，發電線圈 131於旋轉時，可切割該聚磁風管121所形成之磁力線21而產 13 201234760 生電力’其中聚磁風管121所構成之通風管道外圍繞印設線圈與 其形成之磁力線21垂直，當發電線圈ι31產生電流通過聚磁風 管121所構成之通風管道外圍繞印設線圈與其形成之磁力線21 垂直，可再度切割該聚磁風管121所形成之磁力線21而產生感 應電流磁風管121中間用心軸定位形成了最佳磁通路結構， 因聚磁於中心點，可使轉軸18的磁感應強度高，可做成磁軸的 吸引力裝置’如相對方放一小磁石或電磁線圈22再聚磁風管121 兩側邊之轉軸18 —方，轉軸π產生旋轉吸引 '啟動吸引。 該發電線圈單元13: 係由基板膠片表面印設有線圈相疊成狀161、或者由基板膠 片表面印設有線圈相疊成盤狀16，印設線圈圍繞之中心或為空 洞含有金屬導磁物體27，該等發電基板膠片上並線圈繞印設環 形或成數發環狀印設之電匝極線圈16在基板膠片上排成圓盤， 與聚磁風管單元12所形成之磁力線21產生切割，而該發電線圈 131係同心固設於該聚磁風管121轉軸18連接線上，轉軸18由 兩邊軸承套28固定，發電線圈131與磁力驅動單元14產生連 結，使更緊密的同步，發電線圈131為電生磁而轉動，並將該發 電線圈131設該聚磁風管121内部或外側，發電線圈el可以為 發電線圈131組成之風扇葉，是為發電線圈風扇132，因為重量 輕改善風扇效率，具有低摩擦和低風阻，進一步風扇葉可以基板 膠片變成基板膠片繞印設線圈163之風扇葉可切割磁力線而連 線於旋轉批再度產絲應電流’旋轉之_環狀發電線圈131 可以擴大容量當做風扇葉而不用歸風扇葉，全部用旋轉之圓型 發電線圈131，使線圈越多，感應電流越多；發電線圈131各磁極 17通電形成之磁力線21為同一方向，並與聚磁風管121形成之 磁力線21為同一方向，所以應用磁共振原理，線圈之間的耦合 有極強的方向性，本系統各磁力線21採用平行結構時耦合 強’效率高，產生非輻祕_合胁，產生f力會在同鮮 共振的線圈間傳送’再經基板膠片成盤狀之軸孔周圍設有導電印 201234760 設線圈面162或印設銅、銀面傳輸，進一步線圈配和電容2〇2組 成的傳送，可以回收傳輸電力；上述線圈可用奈米導電材質，基 板膠片31可用絕緣紙32代替，如在絕緣紙32上用奈米墨水33 印刷導電材料，紙與紙夾層再用絕緣材料隔離，作成如上述同理 可證’故不再贅述。 該發電線圈單元13其發電線圈131之基板夥片指(高絕緣熱 散）印刷電路膠片161或矽膠導熱絕緣墊片或導熱膠片，可以電 路印刷，可以多層塗佈使達到高導熱高絕緣高導電，可以是硬質 或軟性的，本來是應用於小電流，但用特殊材質加大了傳導質量 和速度，也可以應用於大電流，改善了導線充填，也改善了導線 電阻損失，具有低導線電電阻損失。 該發電線圈單元13其發電線圈131之金屬導磁物體27為鐵 鎳合金或其他奈米金屬複合材料，使用高導磁材料，具 損失。 ' _ 該發電線圈單元13其為基板膠片表面印設有線圈為數發環 狀印設之電匝極線圈成盤狀16，基板膠片中上部份印設之電匝 極線圈163和下部份印設之電匝極線圈163電流傳導為空洞含有 金屬導磁物體27邊緣傳導，盤中心有軸孔，轴孔周圍或設有導 電印設線圈面162，軸孔中心向周圍線圈可為放射性狀或環繞旋 渦之圓或職迴狀_列，使電錄人輸討經由放射性狀或 環繞„圓或環繞迴旋之圓的線圈來達成’發電線圈131電線 傳輸是靠轉軸18連接之内為中心中空穿插入導線體，運轉旋轉 導出，與電氣旋轉接頭29相連接，電氣旋轉接頭29有支撐固定 桿’另在轉軸18内電線若是有很多截面積、表面積之小線組成 大線，因磁中心聚焦’旋轉時磁中心、場與線截面積、表面積和前 述導電印設《面162 _，也會產㈣餘緩，其發電線圈 131連動旋轉’旋轉轉岐每隔〇—9〇之間角度固定相鄰之盤狀 發電線圈131 _軸18連接線上，每間隔都有固定同樣角度、 距離，使能均衡旋轉；上述線圈可用奈米導電材質，基板膠片 15 201234760 31可用絕緣紙32代替，如在絕緣紙32上用奈米墨水犯印刷導 電材料’紙與紙夾層再用崎材料隔離，作成如上述_可證， 故不再贅述。 磁力驅動單元14: 係一個以上磁力驅動單元14相對設於該發電機單元1〇其聚 磁風管121中心線上中央或另端或兩侧；該磁力驅動單元14係 為包含有一個以上通電於發電線圈131產生磁極17，相對設於 該轉軸18直線上之發電線圈131之間，使該磁力驅動單元u具 有驅動該熱18觸之能力者；該磁力驅動單元14係為-由複 數個基板膠#表破魏狀印設之電祕細排成隨16構成 一磁極17，複數個磁極17之間靠N極、s極互相吸引而轉動， 其中進一步或有必要時中心線上有一轉轴18連接磁力驅動單元 14和發電線圈131，使更緊密的同步，使為同步發電機1〇，發 電線圈單元13組成之風扇形狀為助驅動力，當雙磁極17風扇驅 動兀•件置聚磁風管單元12兩側轉軸18連接共構可以在聚磁風管 單元12中負載較多發電線圈131，當雙風扇驅動單元置兩侧轉 軸18連接共構如同車子兩輪可以在聚磁風管單元η中負載較多 發電線圈131而不覺增加重量’當然發電就可較多；磁力驅動單 元14其更進一步該各磁極17發電形成之磁力線21為同一方 白並與聚磁風管121形成之磁力線21為同一方.向，與轉轴18 大致平行，磁力線21產生重疊增強，不是對沖相消，而於轉軸 18轉動時’磁場均衡受力，容易形成高磁場。 該磁力驅動單元14其更進一步該各磁極17形成之N極、S 極相吸’磁極17不像傳統為互垂直而產生機械轉動力而磁力相 ’肖’而是前後磁極17為N極、S極相吸帶動環狀旋轉，吸磁力 環旋的首尾相對相吸，前面基板膠片帶動後面基板膠片，後面基 极膠片再帶動更後面基板膠片，最前與最後基板膠片由風扇狀基 板膠片（發電線圈風扇）132來把關，通電方式為複數個基板膠片 表面數發環狀印設之電匝極線圈排成圓盤16上，通電中於間隔 16 201234760 一印δχ之電匝極線圈163排成圓盤的數量後，再跳越通電另外間 隔一印設之電匝極線圈163排成圓盤的數量，相繼閃爍通電，^ 種情況易造成前後N極、s極相間隔而相吸，另這種情況之電= 極線圈有磁包覆效果，不會有磁渦流發生，容易散熱，具有低雜 散損失。 ” 一 上述且因基板膠片非常輕，容易磁力驅動，轉速可以輕省變 快’假若以磁鐵或矽鋼片轉動沒辦法那麼輕省，所以可以達到多 量電流產生；上述線圈可用奈米導電材質，基板膠片31可用絕 緣紙32代替，如在絕緣紙32上用奈米墨水33印刷導電材料， 紙與紙夾層再用絕緣材料隔離，作成如上述同理可證，故不再贅 述。 本系統通電啟動後，磁力驅動旋轉力向左向右是平衡的，發 電線圈131旋轉轉距設定是每隔多少向右旋轉的話，需要有一個 向右啟動旋轉的初始力量，可以用手動把手向右旋轉一下，或是 用電初旋紐或其他方式來做初啟動，就會固定向右邊方向旋轉， 如前述磁軸的吸引力裝置，如相對方放一小磁石或電磁線圈22 再兩側邊，產生旋轉吸引、啟動吸引。 蓄電池或電容或及電路單元15或者充放電管理系統91: 該電源一端23並連接該磁力驅動單元14，提供該磁力驅動 單元14運轉時所需啟動電力，該蓄電池或電容或及電路單元15 之另端則連接該發電機單元10，回收發電機單元1〇所產生未利 用之多餘電力’本發明較佳實施例之電源23及電路係為一變頻 或脈衝電流26，該蓄電池或電容或及電路單元15其部份電路為 變頻或脈衝電路，把回充蓄電池2〇之電流化整為零回充於蓄電 池2〇或蓄電池液内，配合充放電之發電裝置η，其電子脈衝可 以調整電子脈衝切割磁力線產出電流最大化，另外該蓄電池20 及發電機10間有特殊電路、穩壓線路和充放電管理系統91，當 發電機10給蓄電池2〇之電，已使蓄電池20過飽荷時，發電機 10會適時停止再行啟動或具有蓄電池全自動充電、蓄電池過放 17 201234760 電保護功能’充電電流自射調節，可畴對貞餘電和對蓄電 池充電’並蝴級電之辭、效率、貞載，蓄電池即充放電 之曲線合理化、壽命、極鈑緻密化、電池極飯奈米化3〇其—— 等’類似充放電管理系統9卜係包含或充電、或放電、或檢測、 或活化、或穩定化、或裝置时f或面積管理H置之線上管 理、，在充放電管理纽運作中_電_輸出紐減掉輸入電流 之淨值大於零’比原先輸入電流有額外多出，達到產出電流者。 以磷酸鋰鐵電池為例，一般電池壽命最多二年，若能奈米 化則壽命可延長，若其極鈑為奈米化3〇組成之鱗酸鐘或鐵，再 ίΐ反應中不會產生結晶塊狀’會延長蓄電池壽命，我們能控制 畜^也極鈑絲化30纽的長久保持，就駿制蓄電池充放電 之穩$發生，所以我們從變頻或脈衝電流26控制使極鈑奈米化 30、、，蓄電池極鈑奈米化3〇結構的存在、蓄電池化學反應使極鈑 奈米化、超音波使極鈑奈米化30、變頻使極鈑夺米化3〇---- 等，來促使蓄電池極絲米化30系統的長久保持4=製成 奈米材料，蓄電池充電時，可形成良好的導電性，電子可快速傳 ^至奈米極鈑；大幅降低電池内電阻，奈米物質可充分反應且提 高利用率而達到快速充電效果，同樣地，當蓄電池放電時'，亦能 將奈米物質產生之電流快速傳導、輸出，達成高功率放電的功 能^另外電池設備或電容202或電離設備或離子化設備充放電之 穩定發生，所以控制前述設備極鈑奈米化30長久保持的方法， 為變頻或脈衝電流26控制使極鈑奈米化30、或前述設備極鈑為 奈米化結構、或前述設備之化學反應使極鈑奈米化3〇，方法如上 述同理可證，故不再贅述。 前所述充放電發電裝置11之充放電管理系統91，為控制蓄 電池設備或電容202或電池設備或電離設備或離子化設備極鈑， 或為脈衝電流充放電之控制，前述設備内分佈均勻藏匿磁鐵19 和導電體203,導電體203不像線圈連線環繞而是四散分佈，充或 放電時因設備内之磁場被電子流竄切割，欲生電流卻因電^短路 生電磁波，偈限空間振盪，產生電磁脈衝與腔體麵合，而生脈衝電 流或電流。 前所述充放電發電裝置11之充放電管理系統91，為控制蓄 18 201234760 電池設備或電容202或電池設備或電離設備或離子化設備極鈑， 或為變頻脈衝電流充放電之控制，前述設備内分佈均勻藏匿磁， 鐵19和導電體203並設備外有外加磁鐵19場，導電體203不像 線圈連線環繞，充或放電時因設備内之磁場被電子流竄切割，欲 生電流卻因電磁短路生電磁波，侷限空間振盪，產生電磁脈與 腔體搞合，而生脈衝電流或電流，並控制外加磁場大小，而生變 頻脈衝電流或電流。 ’ 前所述充放電發電裝置11之充放電管理系統91，或為生高頻短 波261而生電流，·蓄電池設備或電容202或電池設備或電離設備 或離子化設備内分佈之介質或面積或管理方式，可為或多孔性之 介質、或氧化還原介質、或太陽能電池材料之介質、或染料敏化 之介質、或吸收電磁波之介質、或可充放電之介質、或反射電磁 波之介質、或使電磁波波長變短之介質、或吸熱放電之介質、或 可分割許多小室空間之介質、或使電磁波波速變慢之振盪面積改 變方式、或者調整充或放電的週期、或者調整充或放電之電阻的 大小、或者調整電壓的大小、.或者調整引力場的大小。 充放電之省電裝置111作成如上述同理可證，只是產生電力 是用在裝置上之消耗達到省電作用如下： 前所述充放電省電裝置111之充放電管理系統91，為控制蓄電池 設備或電容202或電池設備或電離設備或離子化設備極鈑，或為 生電磁波感電流而充放電之控制，前述設備内分佈藏匿一個或 一個以上磁鐵19和導電體203，充或放電時設備内因電磁短路產 生電磁波而生電磁波感應電流或電流。 前所述充放電省電裝置111之充放電管理系統91，為控制蓄電池 設備或電容202或電池設備或電離設備或離子化設備極鈑，或為 生變頻的電磁波感電流而充放電之控制，前述設備内分佈藏匿 一個或一個以上磁鐵19和導電體203,並設備外有外加磁鐵場， 充或放電時設備内因電磁短路產生電磁波而生電磁波感電流，並 控制外加磁場大小或導電體203導電度大小，而生變頻的電磁波 感應電流或電流。 前所述充放電省電裝置111之充放電管理系統91，為控制蓄電池 設備或電容202或電池設備或電離設備或離子化設備極鈑，或為 生電磁波波長之控制，前述設備内分佈藏瘙一個或一個以上磁 19 201234760 s二m3,並設備外有外加磁麟，充或放電時設備内 產生電磁波，並控制外加磁場大小或導電體203導電 度大小，而生或控制電磁波不同波長大小。 ίί ϋ4111之充放電#理系統91，或為生低頻長 諸·^〜i輪，蓄電池设備或電容202或電池設備或電離設備 f子，r備崎佈之介f或面積或管理方式，可為或多孔性之 ΐ質丄ΐ氧化還原介f、或遇電磁波而生光輻之介質、或榮光材 二ί丨5齡或吸收電磁波之介質、或可充放電之介質、或反射電 ^波^質、或散射電磁波之介質、或使電磁波波長變長之介 質、或，熱放光之介質、或可為—層或__層以上薄媒之介質、或 許多小室空間之介質、或使電猶波速變快之接觸面積改 變方式、或者調整充姐電的週期、或者調整充或放電之電阻的 大小、或者調整電壓的大小、或者調整引力場的大小。 刖所述充放，f電裝置111之充放電管理系統91，為生低頻長波 262巧生光輻，蓄電池設備或電容2〇2或電池設備或電離設備或離 子化設備外圍為透明狀或部份透明狀，可轉為發光之燈或發光體 或電視萤幕。 前所述充放電裝置1U之充放電管理系統91，為生低頻長波 262而生光賴，薄膜化之蓄電池設備或電容2〇2或電池設備或電離 設備或+ 離子化設備外圍為透明狀或部份透明狀，或配合薄膜磁鐵 191和薄膜導電體204,可轉為發光之薄膜燈或薄膜發光體或薄膜 電視萤幕。 上述系統輸入20%電力，充放電之發電裝置η至少會多出 60-70%電力，聚磁型同步磁力發電機1〇也至少會多出6〇_7〇% 電力，總共會多出120-140%電力，亦既系統輸入壹倍電力’總 共會多出陸至柒倍電力，整體過程很少機械能之轉換，實際上可 以更多，然後以電養電，取之不竭，用之不盡。 為供進一步瞭解本發明構造特徵、運用技術手段及所預期達 成之功效’茲將本發明使用方式加以敘述，相信當可由此而對本 發明有更深入且具體之瞭解，如下所述： 請參閱第一圖與第二圖所示，其係為本發明之充放電之發電 201234760 裝置11之實施例、’f主要結構特徵及可產生之功效係該充放電 之發電裝置11 ’為蓄電池20兩旁有磁鐵19，線圈9纏繞固定於 蓄電池20兩旁，發電機10或電源端23或負載端正在運轉充或 放電於蓄電池20，充電的時候離子由正極往負極遷移，放電的時 候離子由負極在正極遷移’磁鐵19 N、S極之磁力線21與蓄電 池20充或放電中正負極間電子或離子或质子或分子流竄1生切 割磁力線21 ’線圈9產生感應電流’可以接回蓄電池2〇或再利 用，配合充放電官理系統91，可產出高電流，.也可一 a:蓄電池 20專心充電既線圈9產生之電經穩壓後專心'充電一 a.蓄電池2〇, 一 B:蓄電池20專心放電既供應用電負載，兩者都有充放電之發 電裝置11，充電飽和時，有切換開關使A、B兩者交互切換充放 電位置既改為A放電既供應用電負載、線圈9產生之雷經^懕德 B專心充電，彼此切換循環使用，經充放電管理系統91而^得其 彰’ A、B兩者一邊快充則一邊快放，線圈9不斷產生感應電流& 增再回充，並控制回充和負載放電電流之互相平衡，而互蒙其 利，達到共生共榮》當兩蓄電池20排列一起時，只需三塊磁鐵 鈑25 ’兩者排列一起中間只需一塊磁鐵鈑25，兩邊外圍共兩塊 磁鐵鈑25，磁力線21依N、S極就可兩者蓄電池20中貫穿，達 到減重減量，更多蓄電池20排列一起，磁鐵鈑25之排列也可以 依此類推’變成蓄電池組；也可一 A:電容2〇2瞬秒充電，一 B: 電谷202瞬秒放電，線圈9產生之電經穩壓後專心供電既供應用 電負載’兩者都有充放電之發電裝置11，充電瞬秒飽和時，有切 換開關使A、B兩者交互切換充放電位置既改為A放電後B專心 充電，彼此切換循環使用，經充放電管理系統91而相得其彰，A、 B兩者一邊快充則一邊快放，線圈9不斷產生感應電流大增，並 =制負載放電電流之平衡，而互蒙其利，達到共生共榮。當兩電 4 202排列一起時’只需三塊磁鐵鈑25 ’兩者排列一起中間只需 一^磁鐵鈑25 ’兩邊外圍共兩塊磁鐵鈑25，磁力線21依N、S ，就可兩者電容202中貫穿，達到減重減量，更多電容2〇2排列 :起’磁鐵飯25之排列也可以依此類推，變成電容組；也可電 容202設計設備内分佈均勻藏匿多數量磁鐵19和導電體2〇3，一 A:電容202瞬秒充電，一 B:電容202瞬秒放電，切割電容 内磁場磁力線，因侷限空間振蕩，致生電磁脈衝感應，產生脈衝電 流之電經穩壓後專心供電既供應用電負載，兩者都有充放電之發 21 201234760 電裝置11，充電瞬秒飽和時，有切換開關使A、B兩者交互切換 充放電位置既改為A放電後B專心充電，彼此切換循環使用，經 充放電管理系統91而相得其彰，A、B兩者一邊快充則一邊快放， 脈衝電流不斷產生，感應電流大增’充放間A、B兩者可以有\管制 流量之互通’並控制負載放電電流之平衡，而互蒙其利，達到共 生共榮。排列也可以依此類推，變成具藏匿磁鐵19和導電體2^ 之電容組或蓄電池組；另外電池（或奈米材做成紙電池也是電池） 或電容202或電離設備或離子化設備也可如上述做成充放電之發 電裝置11或具藏匿磁鐵19和導電體203之上述設備，與本發明 前述較佳實施例相同，故不再贅述。 ' ^ 前所述充放電發電裝置11之充放電管理系統91，為控制 蓄電池設備或電容202或電池設備或電離設備或離子化設備極鈑， 或為脈衝電流充放電之控制，前述設備内分佈均勻藏匿多數量’ 磁鐵19和導電體203,導電體203不像線圈連線環繞而是四散分 佈，充或放電時因設備内之磁場磁力線被電子流竄切割，交變的 電場會產生交變的磁場，而交變的磁場又會激起交變的電場，欲 生電流卻因電磁短路生電磁波，侷限空間振盪，產生電磁脈衝’與 腔體耦合，而生脈衝電流或電流，比如電磁脈衝波入射到表面^ 孔洞的圓柱導電體，表面有感應電流次數多了，感應電流就多。 ^ 前所述充放電發電裝置11之充放電管理系統91，為控制 蓄電池設備或電容202或電池設備或電離設備或離子化設備極鈑， 或為變頻脈衝電流充放電之控制，前述設備内分佈均勻藏匿多 數量磁鐵19和導電體203並設備外有外加磁鐵19場，導電體203 不像線圈連線環繞，充或放電時因設備内之磁場磁力線被電子 流竄切割，交變的電場會產生交變的磁場，而交變的磁場又會激 起交變的電場，欲生電流卻因電磁短路生電磁波，侷限空間振蘯， 產生電磁脈衝與腔體耦合，而生脈衝電流或電流，並控制外加磁 場大小，因外加磁場大小會影響電磁波生成大小而影響頻率之不 同’而生變頻脈衝電流或電流。 在設備内使用導電體和磁鐵’設備内導電體被壓縮得較緊密 時’電阻較小，則通過的電流較大；設備内導電體被壓縮較疏鬆 時’電阻較大，則通過的電流較小，磁鐵的磁力強弱會影響傳送 過來的電流大小變化而改變，光輻也會隨著電和磁鐵的磁力強弱 22 201234760 產生不同振幅大小及頻率高低的不同，設備内產生的電流會隨著 光輻的振動幅度大小與頻率的高低而改變。 前所述充放電發電裝置11之充放電管理系統91，或為生高頻短 波261而生電流，蓄電池设備或電容202或電池設備或電離設備 或離子化設備内分佈之介質或面積或管理方式，可為或多孔性之 介質、或氧化還原介質、或太陽能電池材料之介質、或染料敏化 之介質、或吸收電磁波之介質、或可充放電之介質、或反射電磁 波之介質、或使電磁波波長變短之介質、或吸熱放電之介質、或 可分割許多小室空間之介質、或使電磁波波速變慢之振盪面積改 變方式、或者調整充或放電的週期、或者調整充或放電之電阻的 大小、或者調整電壓的大小、或者調整引力場的大小。 電磁波在太陽能電池材料或染料敏化之介質：一連串電磁波 —一連串太陽能電池材料或染料敏化之介質 —一連串電子激發態—一連串電子流波動。 電磁短路生電磁波配合充放電發電系統—生高頻脈衝短波〜 在介質上生電子流—在介質上充放電電子流—介質充 電子流切割内磁場產生增生電流。 多孔性之氧化還原介質：如儲能電極材料是使用多孔性奈米 結構(10〜50nm)電化學活性材料作為高儲能電極材料，大幅提升 功率密美’達到數分鐘大功率快速充放電之目.的。 . · · ... 使電磁波波長變短之介質：光速等於波長與頻率的乘積，光 速=與空氣等侧媒質的密度成反比·，如鋼;5襄的光速大 約是真空裏的五分之二’所以統下降，波長魏，所以可以 整波長。 弼 β另，電磁麟率低時，主要借由有形的導電體才能傳遞。原 ，疋在_的電振盪巾，磁電之間的相互變化比較緩慢，其 幾乎全部返回原電路而沒魏量骑m魏_高時^可 以在自由空間内傳遞，不需要高的電壓，也可以束缚在有形的導 23 201234760 電體内傳遞’故高頻短波261時以低的電塵施作就可並可調整電 壓的大小。在自由空間内傳遞的原因是在高頻率的電振盪中，磁 電f變甚快，能量不可能全部返回原振盪電路，於是電能、磁能 隨著電場與磁場的週期變化以電磁波的形式向空間傳播出去，電 和磁鐵不需要介質也能向外傳遞能量，這就是-種輻射。舉例來 說，太陽與地球之間的距離非常遙遠，但在戶外時，我們仍缺能 感受f和f陽光的光與熱，這就好比是“電磁輻射借由輻射現象 傳，月b量力原理一樣。電磁波為橫波。電磁波的磁場、電場及 ，行進方向—者互相垂直^振幅沿傳播方向的垂直方向作週期性 交變’其強度與轉辭方歧比，波本歸誠量，任何位置 之能量功率與振幅的平方成正比。 使電磁波波速贿之絲_改變方式:例如勻強磁場垂直於導軌平 面，C為電容器，ab兩極在導執上無摩擦以速度v勻速向右運動，突 然使電容器兩極板錯開使其正對面積減小，則_極間魏，說明 又力平衡水準不受力，即沒有電流。運動產生的電動勢用於維持電 容。錯開時’電容減小，（:兩板電壓大於ab兩極間運動產生的電動 勢，有電流從a到b流過，受力，使ab兩極間加速，從而產生電動 勢變大重新平衡，同理上述兩極板反之則波速變慢。另外受光轄力 極板面積沿伸變大断迷贿，_可以織_改變方式。 另，充或放麵週期、或者充姐電之電阻的 實施例： - A:電容202左半邊充電週期為τ=(内含電阻R + Rl) 電备C 2 ’放電週期為τ=(内含電阻R)電容c 2 ; - B··電容202右半邊的充電週期則是τ -(内含電阻R2 + R3)電容C3，放電週期為T=(内 24 201234760 含電阻R3)電容C 3， 利用R、R3 兩電容都有可變電阻來調整輸出的頻率，尺或尺3下降，使 左邊或右邊的週期下降，週期下降會使電路上頻率上升頻率變 尚，使電容C 2、C 3產生電磁波(光輻）頻率變高、能量提高。 了解到只要調整電阻的大小，就會影響到充放電的週期^週 期越小而電容C2、C3產生電磁波(光輕)頻率就越高，利用這 個原理就可以輕易的改變光輻的高低頻，電容c 2、c 3產生電 磁波（光輻)頻率越高光輻能量就越高，所以可以調整充或 週期、或者調整充或放電之電阻的大小。 — ' 調整引力場的大小：如由於光速主要是由媒質場的彈性大小 決疋的，所以當光波從彈性小的弱場進入彈性大的強場光速要變 快；而光波的頻率是由電場子接收到的光能量大小決定的，光波 從弱場進入強場單位體積内單個電場子接收到的光能量減小，所 以光波頻率變小了。若再根據公式：波速（C)=波長（λ ) χ 波頻率（υ )，我們可以知道光波從弱場進入強場光波波長要變 長，又如太陽光從太陽附近的強場空間向遠處的弱場空間傳播的 過程中頻率是逐漸變快的，所以可以調整引力場的大小。 註：引力場包括磁場或磁場以外之吸引力場。 上述舉例都可使達到高頻短波261而生電流。 另，充放電之省電裝置111作成如上述同理可證，只是產生 電力是用在裝置上之消耗達到省電作用如下： 則所述充放電省電裝置111之充放電管理系統91，為控制蓄電池 設備或電容202或電池設備或電離設備或離子化設備極鈑，或為 生電磁波感電流而充放電之控制，前述設備内分佈藏匿一個或 一個以上磁鐵19和導電體203，充或放電時設備内因電磁短路產 生電磁波而生電磁波感應電流或電流，電磁波鈴線圈產生電感電 流’故切割磁力線，電磁波增加，電感電流也增加。 前所述充放電省電裝置111之充放電管理系統91，為控制蓄電池 25 201234760 設備或電容202或電池設備或電離設備或離子化設備極鈑，或為 生變頻的電磁波感電流而充放電之控制，前述設備内分佈藏匿 一個或一個以上磁鐵19和導電體203,並設備外有外加磁鐵場， 充或放電時設備内因電磁短路產生電磁波而生電磁波感電流，並 控制外加磁場大小或導電體203導電度大小，因外加磁場大^、會 影響電磁波生成大小而影響頻率之不同而生變頻的電磁波感 應電流或電流。 前所述充放電省電裝置111之充放電管理系統91，為控制蓄電池 設備或電容202或電池設備或電離設備或離子化設備極鈑，或為 生電磁波波長之控制，前述設備内分佈藏匿一個或一個以上磁 鐵19和導電體203,並設備外有外加磁鐵場，充或放電時設備内 因電磁短路產生電磁波，並控制外加磁場大小或導電體2〇3導電 度大小，因外加磁場大小會影響電磁波生成大小而影響頻率之 不同’而生或控制電磁波不同波長大小，或為生不同低頻長波262 而生光輕。 在設備内使用導電體和磁鐵，設備内導電體被壓縮得較緊密 時，電阻較小，則通過的電流較大；設備内導電體被壓縮較疏鬆時， 電阻較大，則通過的電流較小，磁鐵的磁力強弱會影響傳送過來的電 流大小變化而改變’光輻也會隨著電和磁鐵的磁力強弱產生不同振幅 大小及頻率高低的不同，設備内產生的電流會隨著光輻的振動幅度大 小與頻率的高低而改變，而此電流的電磁波會經電磁傳送至生不同波 長大小，適當釋放低頻長波262光輻，譬例低頻長波262，容易因為阻 力而改變波長，或使波長變長，這阻力包括磁電效應產生的改變，包 括電壓力的提高而向低频漂移’故前述釋放低頻長波262是為發光之 燈或發光體或電視萤幕的一種表現。 充放電省電裝置111之充放電管理系統91應用之一如下： 26 201234760 電與磁效應—產生電磁波-> 介質或面積或管理方式—改變電磁 波波長—生低頻長波262->生光輻—發光之燈或發光體或電視萤 幕或薄膜燈或薄膜發光體或薄膜電視萤幕 前所述充放電省電裝置111之充放電管理系統91，或為生低頻長 波262而生光輻，蓄電,池設備或電容2〇2或電池設備或電離設備 或離子化設備内分佈之介質或面積或管理方式，可為或多孔性之 介質、或氧化還原介質、或遇電磁波而生光輻之介質、或螢光材 料之介質、或吸收電磁波之介質、或可充放電之介質、或反射電 磁波之介質、或散射電磁波之介質、或使電磁波波長變長之介 質、或吸熱放光之介質、或可為一層或一層以上薄膜之介質、或 可分割許多小室空間之介質、或使電磁波波速變快之接觸面積改 變方式、或者調整充或放電的週期、或者調整充或放電之電阻的 大小、或者調整電壓的大小、或者調整引力場的大小。 遇電磁波而生光輻之介質：例如轉換成可視波長。 .翌焚畔竺如普缉蘇素那樣通過有選择的吸政 ,¾魏齡t光學_喊生顏色效果之外，捕定的濃度等 邊拿產慈ftJT的高頻短波261光能通過電子能級的變 邊_，轉槔勒健:262势產態輳放函來”.............-一 ...... — 一.. 一) 散射電磁紅介I:如奈練柏共振級散射會產生不同 的高度飽和的，生動的色相。 可分割許多小室空間之介質:如電魏到達遮罩體表面時產 生的能量反射主要是由於介質（空氣）與把區域的邊界分割成 許多單元。 另，充或放電的週期、或者充或放電之電阻的實施例： 一 A:電容2(32左半邊充電週期為Τ=(内含電阻R + R1) 電容C 2 ’放電職為τ=(内含電贼）電容c 2 ; 一 B:電容202右半邊的充電週期則是τ =(内含電阻R2+R3)電容C3，放電週期為τ=(内 含電阻R3)電容C 3， 利用R、R3 兩電容都有可變來調整輸出_率，R^r 3上升，使 27 201234760 左邊或右邊的週期上升，週期上升會使電路上頻率下降頻率變 低’使電容C2、C3產生電磁波（光輻）頻率變低、能量降低。 了解到只要調整電阻的大小，就會影響到充放電的週期，週 期越大而電容C2、C 3產生電磁波(光輻)頻率就越低，利用這 個原理就可以輕易的改變光輻的高低頻，電容c 2、c 3產生電 磁波(光輻)頻率越低光輻能量就越低，所以可以調整充或放電的 週期、或者調整充或放電之電阻的大小。 前所述充放電省電裝置111之充放電管理系統91，為生低頻長波 262而生光輻，蓄電池設備或電容2〇2或電池設備或電離設備或離 子化設備外圍為透明狀或部份透明狀，可轉為發光之燈或發光體 或電視萤幕。 前所述充放電省電裝置111之充放電管理系統91，為生低頻長波 262而生光輻，薄膜化之蓄電池設備或電容202或電池設備或電離 設備或離子化設備外圍為透明狀或部份透明狀，或配合薄膜磁鐵 191和薄膜導電體204,可轉為發光之薄膜燈或薄膜發光體或薄膜 電視萤幕。 上述舉例都可使達到低頻長波262而生光輻。 請再參閱第三至七圖所示，該蓄電池或電容或及電路單元 15係連接該磁力驅動單元η，使該磁力驅動單元14由複數個基 板膠片表面數發環狀印設之電匝極線圈排成圓盤16構成一磁極 17，複數個磁極17之間靠N極、S極互相吸引而轉動，通電中 於間隔一印設之電匝極線圈163排成圓盤的數量後，再跳越通電 另外間隔一印設之電匝極線圈163排成圓盤的數量，相繼閃爍通 電，提供該發電線圈131產生對應之轉動，該並同時轉動其中心 軸向所固設之旁鄰發電線圈131轉動，以此前後環旋而動，該轉 軸18並轉動固設於發電線圈131兩侧及轉動發電線圈風扇132 轉動，該等磁力驅動單元14轉動時因在聚磁風管單元12中磁力 線切割該等發電線圈131，使該等基板膠片印設之發電線圈或該 等基板膠片成數發環狀印設之電匝極線圈(複數個基板膠片表面 數發環狀印設之電匝極線圈排成圓盤)16產生感應電流，前述圓 28 201234760 孔周圍設有導電印設線圈面162，軸孔中心向周圍線圈可 為放射性狀^，使電輯人_可經由放射性狀的線圈，進一 步電線傳輸禮軸18連接之内為巾心巾空穿插人導線體，運轉 旋轉導出，與電氣旋轉接頭29相連接，在發電線圈131各磁極 π通電形成之磁力線21為同一方向，並與聚磁風管i2i形成之 磁力線為同-方向，所以應用磁共振原理，線圈之間的麵合有 極強的方向性’本系統各磁力線2U賴平行結構_合強， 效率高，產生非輻射性_合共振，產生電力會在醜率共振 的線圈間傳送，再經基板膠片成盤狀16之(基板膠片）轴孔周圍 叹有導電印设線圈面丨62傳輸，進一步線圈配和電容弧組成的 傳送，可以回收傳輸電力.。 另有聚磁風管121雌叙職^道相包縣板膠片表 面印汉有線圈相疊成薄片狀ι61予以圍繞固定，電流經過印設之 線圈與其，成之磁力線21垂直或切割而再度產生感應電流，使 該發電鮮7G 10可啸供連於該魏鮮元1Q之貞載所需之電 力’當所提供之電力過多時，則可再將多餘之電力再儲存於該蓄 電池或電容或及電路單元15。 請參閲第五圖所示’該充放電之發電和聚磁型同步磁力發電 機係具有一發電機單元10，該發電機單元10所連接之該磁力驅 動單元14藉使轉軸18旋轉，有前後發電線圈風扇132在聚磁風 管121兩側，並發電線圈131係同轴地在聚磁風管121中設於該 之中心軸向數個，藉由該之發電線圈131帶動前後發電線圈風扇 132轉動，聚磁風管121中間用心軸定位形成了最佳磁通路結 構’因聚磁於中心點’可使轉軸18的磁感應強度高，可做成磁 軸的吸引力裝置’轉軸18旋轉於聚磁風管121之側邊有電磁線 圈22 ’產生旋轉吸引、啟動吸引，將充放電之發電和/或聚磁型 同步磁力發電機10運轉時達到啟動發電之目的；前上述線圈可 用奈米導電材質，基板膠片31可用絕緣紙32代替，如在絕緣紙 32上用奈米墨水33印刷導電材料，紙與紙夾層再用絕緣材料隔 29 201234760 離’作成如上述同理可證’故不再贅述。 請參閱内文所示’其係為本發明之另一實施例，其主要結構 徵及可產生之功祕與本翻触實施例相同，故不再贅述，其 中’該驅動力係為可通風具聚磁風管121之動力滿輪風扇24， 該動力風扇24並内含有-發電線圈單元13並連接該發電機 10產生所需之電力。 藉由以上綱，可將本酬之優點與可達成姐整理如下： 卜本發明充放電之發電和/或聚磁型同步磁力發電機，其係可產 生具有較高效能之磁場而轉換具電壓、電流及頻率之電力，因 此’可以輸出穩定弦波頻率，以供後續之轉換為所需之電力 使用。 2、 本發明充放電之發電和/或聚磁型同步磁力發電機 ’該驅動所需f力係由—個或—個社蓄電池顺供且會自己發 電，不需再利用其他外部能源來鶴，因此，無論組裝置或設置 時，並具有重量輕體積小，組設容易之功效。 3、 本發明充放電之省電裝置在㈣猶之穩定發生，達到省電 目的。 綜上所述’本發明在同類產品中實有其極佳之新穎性、進步實用 性’同時遍查國内外關於此類結構之技術資料，文獻中亦未發現 有相同的纽電之發電、省電和/或聚磁翻細力發電構造存 在在先，是以，本發明實已具備發明專利要件，爰依法提出申請。 惟’以上所述者，僅係本發明之一較佳可行實施例而已，故舉凡 應用本發明說明書及申請專利範圍所為之等效、结構變化，理應包 含在本發明之專利範圍内。 【圖式簡單說明】 機之明充放電之發電、省電和/或聚磁型同步磁力發電 機呈"I乏iiif明充放電之發電、省電和/或聚磁型同步磁力發電 機呈充放電之發電或省電裝置-實施例"的分解示意 30 201234760201234760 VI. Description of the Invention: [Technical Field] The present invention relates to charge and discharge power generation, power saving and/or magnetic synchronous power generation, using one or more charge and discharge ionization energy generation or one or more power generation coil units And one or more magnetic drive units to generate electricity, for a charge and discharge power generation, power saving and / or magnetic magnetic synchronous magnetic power generation. [Prior Art] The previous synchronous magnetic power generation technology is used alone. It does not utilize the synchronous magnetic power generation method in the polymagnetic air duct. It is another feasible mode for power generation, and there is no charge and discharge power generation device. Traditionally, power and machinery are combined. The transformation of energy and magnetic force is now combined with the power and strengthening of magnetic force as the priority, as well as the power generation and charging technology for the ionization energy, so that the work done by the machine and the heat energy are minimized. The magnetic force is used to convert electric power. Previously, when the magnet or the silicon steel sheet was rotated, the coil was printed on the plurality of substrate films in a disk shape, and the stator was rotated in the magnetic magnetic air tube, and the first fixed length was created. The pipe gathers magnetic air ducts, and the magnetic loss is less than that of the whole piece of magnets, and the magnetic lines of force are based on the principle of no backwashing and non-magnetic loss. Previously, it was only able to generate electricity and weighs heavy. It is not as good as today's power generation and power saving. Light and small, it can be used for charging and discharging power generation, power saving devices and synchronous magnetic generators. [Summary of the Invention] The generators using natural energy, etc., are sufficient to provide various large-scale machines for operation, but the volume required for them is not small. Therefore, if it is required to be applied to electric vehicles and air-conditioners, When there are small and medium-sized plastic household appliances and ventilation lighting equipment, there is indeed a need for improvement and improvement. The present invention provides a charge and discharge power generation, power saving and/or magnetostatic synchronous magnetic generator 'mainly comprising one or more charge and discharge, power saving power generation devices or a magnetic air duct unit, one or More than one power generating coil unit and one 201234760 or more magnetic driving unit, the power generating coil unit is connected to the magnetic driving unit, and provides power required for the driving unit to rotate, so that the generating coil unit converts magnetic energy into required electric energy The magnetic drive unit is further configured to be a magnetically permeable device that creates a high magnetic energy. The present invention provides a power generation and power saving device for charging and discharging, which generates electromagnetic waves to generate high-frequency short-waves to generate currents or to generate low-frequency long-waves, or to generate light beams or to convert light beams or to convert colors. The system flow of the present invention is as follows: A charge and discharge current - ionization energy in the external magnetic field of the device - ionization or ionization equipment electron or ion or proton or molecular flow - cutting magnetic lines to induce current - creating more current. The ionization energy in an external magnetic field of a charge and discharge device—the electrons of a battery or capacitor or the flow of ions or protons or molecules—cuts magnetic lines of force to induce current in the coil—creating more current. A charge and discharge current ~> magnetic ionization energy in the device - battery or capacitor first-class equipment electron or ion or proton or molecular flow -> cutting magnetic field magnetic field induced electromagnetic pulse, induced pulse current or electromagnetic wave induced current or current creation More current, power saving, and power generation. A small current—magnetism, magnetism, magnetic conduction, creating a uniform high magnetic field—substrate film coil rotation—cutting magnetic lines causes the coil to induce current β to create more current. The invention provides a power-saving, power-saving and/or magneto-magnetic synchronous magnetic generator which provides a green and carbon-free energy source and can generate a magnetic field with high performance and converts the voltage. The electric current of the current and the frequency, and when the generator unit is started, the driving unit only needs to be directly powered by the internal storage power unit, and the 201234760 specific small assembly can be used for charging and discharging power generation, power saving function or more. Synchronous generator. The charging and discharging management system of the charging and discharging power generating device described above includes or is charged, or discharged, or detected, or activated, or stabilized, or media or area management in the device, or online management of the device. In the operation of the tube system, the output current of the feedback grid is reduced by the net value of the input current greater than zero', which is extra than the original wheeled current to reach the output current. The above-mentioned charging and discharging power generating device comprises one or more batteries or capacitors, magnets on both sides or peripherals, coils or substrates or substrate film or insulating paper printed with coils and wound around both sides of the battery or capacitor. Or the inside or outside of the surrounding magnet; or the magnet or coil in the battery or capacitor, or the magnet or coil, the battery or capacitor is charging or discharging, and the magnetic flux of the magnet N and s is filled with the battery or capacitor. Or the discharge of electrons or ions or protons or molecular flow between the positive and negative electrodes to produce a cutting magnetic line 'coil to generate an induced current or to meet the output current of the charge and discharge management system. The above-mentioned charging and discharging power generating device comprises one or more batteries, or an ionizing device or an ionizing device, having magnets on both sides or peripherals, coils or substrates or substrate film or insulating paper printed with coils and wound around fixed to The inside or the outside of the battery or the ionization device or the ionization device or the peripheral magnet; or the aforementioned magnet or coil is hidden in the battery or device, or the magnet or coil is indicated, and the battery or ionization device or ionization device is charging Or discharge, magnet N, s pole magnetic line, and battery or ionization equipment or ionization equipment charge or discharge between the positive and negative electrodes _ or ion or proton or molecular flow to produce cutting magnetic lines, the coil generates induced current or • with charge and discharge management The system reaches the output current. The charging and discharging management system of the charging and discharging power generating device described above is for controlling the stability of charging and discharging of the battery device or the capacitor device or the battery device or the ionizing device or the ionizing device, so that the method for controlling the long-term maintenance of the device is extremely long. The frequency conversion or pulse current control makes the nanometerization, or the device is extremely nanostructured, or the chemical reaction of the aforementioned device makes the nanometer. 201234760 The charging and discharging management system of the charging and discharging power generation device described above is for controlling the battery device or the capacitor device or the ionizing device or the ionizing device, or for controlling the charging and discharging of the pulse current, and the device is hidden or hidden in the device. The above magnet and the electric conductor generate a pulse current or current due to an electromagnetic pulse generated in the device during charging or discharging. The charging and discharging management system of the foregoing charging and discharging power generating device controls the battery device or the capacitor or the battery device or the ionization or ionization device, or controls the charging and discharging of the variable frequency pulse current, and the device distributes one or More than one magnet and conductor, and there is an external magnet field outside the device. When charging or discharging, the device generates electromagnetic pulse due to electromagnetic short circuit to generate pulse current, and controls the magnitude of the applied magnetic field to generate pulse current or current. ^ The charge and discharge management system of the above-mentioned charge and discharge power generation device, or the current generated by generating high frequency short wave, the medium or area or management mode of the battery device or capacitor or battery device or ionization device or ionization device may be Or a porous medium, or a redox medium, or a medium of a solar cell material, or a dye-sensitized medium, or a medium that absorbs electromagnetic waves, or a chargeable and discharge medium, or a medium that reflects electromagnetic waves, or shortens the wavelength of electromagnetic waves. a medium, or a medium that absorbs heat and discharge, or a medium that can divide a plurality of small chamber spaces, or an oscillation area that slows the electromagnetic wave velocity, or adjusts a period of charging or discharging, or adjusts a size of a charging or discharging resistor, The size of the old voltage, or the size of the gravitational field. And a charge and discharge management system for a charge and discharge power saving device according to the present invention, which is a line containing or charging, or discharging, or detecting, or activating, or stabilizing, or media or area management, or device Management 'In the charge and discharge management button, the output current of the operating towel feedback grid is reduced by the net value of the input current equal to or less than zero, which is equal to or equal to the original input current to save current. The above-mentioned charging and discharging power saving device comprises one or more batteries, capacitors or capacitors on both sides or peripherals, coils or plates or substrate film or insulating paper printed _ and 赖 眺ϋ 眺ϋ 蓄电池 蓄电池 蓄电池The inside or the outside of the capacitor or the sides or the surrounding magnets; or the magnets or coils inside the battery or capacitor, or the magnets or coils, the battery or capacitor is charging or discharging, the magnetic lines of the magnets N and S, With f battery or capacitor charge or discharge between positive and negative 201234760 electron or ion or proton or molecular flow to produce cutting magnetic lines, the coil generates induced current or with the charge and discharge management system to save current. The above-mentioned charging and discharging power saving device comprises one or more batteries, ionization devices or ionization devices, one or both sides or peripherals having magnets, coils or substrates or substrate films or insulating paper printed with coils of beans. Surrounding the inside or outside of the battery or the ionizing device or the ionizing device or the surrounding magnet; or the aforementioned magnet or coil in the battery or device, or the aforementioned magnet or coil, battery or ionizing device or ionizing device Charging or discharging, the magnetic lines of magnets N and S, and the electron or ion or proton or molecular flow between the positive and negative electrodes in the charge or discharge of the battery or ionization equipment or ionization equipment to generate cutting magnetic lines, the coil generates induced current or cooperates with charge and discharge management. The system reaches the current saver. The charging and discharging management system of the charging and discharging power saving device described above is controlled to stably control the charging or discharging of the battery device or the capacitor or the battery or the ionizing device or the ionizing device or the electric power compensation, so that the device is controlled to be extremely nanometer. The method of long-term maintenance is to make the nanometerization of the inverter or the pulse current control, or the device is extremely nanostructured, or the chemical reaction of the aforementioned device makes the nanometer. The charging and discharging management system of the above-mentioned charging and discharging power saving device controls the battery device or the capacitor device or the battery device or the ionization device or the ionization device, or controls the charging and discharging of the electromagnetic wave current, and the device is hidden in the device. One or more magnets and conductors, when charged or discharged, electromagnetic waves generated by electromagnetic short-circuit in the device generate electromagnetic waves to induce current or current. The charge and discharge management system of the foregoing charging and discharging power saving device controls the charging or discharging of the battery device or the capacitor device or the battery device or the ionization device or the ionization device, or charges and discharges the electromagnetic wave current of the frequency conversion, in the device Distribution of one or more magnets and electrical conductors, and an external magnet field outside the device. When charging or discharging, the electromagnetic wave generated by the electromagnetic short circuit generates electromagnetic wave induced current, and controls the magnitude of the applied magnetic field or the conductivity of the electrical conductor. The electromagnetic wave induces a current or current. The charging and discharging management system of the charging and discharging power saving device described above is for controlling the battery device or the capacitor device or the ionizing device or the ionizing device, or for controlling the wavelength of the electromagnetic wave, and one or more of the devices are hidden in the device. Magnets and conductors, and an external magnet field outside the device. When charging or discharging, the device generates electric current 201234760 due to electromagnetic short circuit, and controls the size of the applied magnetic field or the conductivity of the conductor, and generates or controls electromagnetic waves with different wavelengths. The charge and discharge management system of the charging and discharging power saving device described above, or the light source and the radiation generated by the low frequency long wave, the medium or the area or the management mode of the battery device or the capacitor or the battery device or the ionization device or the ionization device may be Or a porous medium, or a redox medium, or a medium that generates light waves in response to electromagnetic waves, or a medium of a fluorescent material, or a medium that absorbs electromagnetic waves, or a medium that can be charged and discharged, or a medium that reflects electromagnetic waves, or a scattered electromagnetic wave. a medium, or a medium that lengthens the wavelength of electromagnetic waves, or a medium that absorbs heat, or a medium that can be one or more layers of film, or a medium that can divide a plurality of cell spaces, or a contact area that changes the speed of electromagnetic waves. Or adjust the period of charging or discharging, or adjust the size of the charging or discharging resistor, or adjust the magnitude of the voltage, or adjust the size of the gravitational field. The charging and discharging management system of the front-end discharge power-saving device generates light for long-wavelength and low-frequency generation, and the battery device or the capacitor device or the battery device or the ionization device or the ionization device are transparent or partially transparent, and can be converted into light. Light or illuminator or TV screen. The charge and discharge management system of the charge and discharge power-saving device generates light for generating low-frequency long-wavelength, and the thinned battery device or capacitor or battery device or ionization device or ionization device is transparent or partially transparent. Or with a thin film magnet and a film conductor, it can be converted into a light-emitting film lamp or a film illuminant or a film TV screen. The above-mentioned main system includes: at least one generator unit, which mainly comprises: a power generating coil unit; ΖϊΞΐί ί, determined by Thickness multi-polar ring type or polygonal permanent magnet _ ist i! 3 疋 '' from the outside or inside can contain magnetic drive unit and ίϊίίΞϋΐ' contains more than one power-generating coil that is disk-shaped, central film or insulating paper surface printing =丄 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈 线圈The magnetic pole of the straight red hair ring 201234760 has the ability to drive the rotation of the rotating shaft; a charging and discharging power generating device includes one or more batteries or capacitors, magnets on both sides or around, coil or substrate or substrate film or insulating paper printing Set the coil and wrap around the battery or capacitor on both sides or the surrounding magnetic __ or external; or the battery or capacitor shouts the aforementioned magnet or lasing, the thief has the aforementioned magnetic ring 'battery or capacitor is charging Discharge, magnet N, s pole magnetic line 〆 battery or capacitor charge or discharge between the positive and negative electrodes between electrons or ions or protons or molecular flow to produce cutting magnetic lines, the line 圏 generates induced current or with charge and discharge management to achieve output current, can be connected Back to the battery or capacitor or reuse; a battery or a capacitor or a circuit unit, one end of which is connected to the magnetic drive unit for the drive unit to tear the electric power, and the other is connected to the new electric coil unit to recover or send the magnetic drive unit or generate electricity The power of the coil unit. The charging and discharging power generation and/or the magnetic-magnetizing synchronous magnetic generator t is at least one generator unit, and the generator unit mainly comprises: t-member's------------ The structure of the magnet is fixed, and the magnetic drive unit and the element may be included from the outside or the inside, and the power generating coil including more than one disk is included, and the wire is folded from the surface of the substrate film or the insulating paper. 4, the substrate film or the edge of the paper is printed with a coil formed on the surface, and around the center or the cavity contains a metal magnetically permeable object, and the hair is wound around the circular or a number of rings. The printed resistive coils are arranged in a disk shape, and the magnetic lines of force formed by the polymagnetic air duct unit are cut; the magnetic element includes the above-mentioned ones that are energized on the power generating coil to generate magnetism on the miscellaneous axial wires (9) The magnetic pole of the magnetic drive unit has the ability to drive the rotation of the rotating shaft; the capacitor unit and the circuit unit are connected to the magnetic driving unit at one end to lift the required starting power, and the other end is connected to the generating coil unit. Receiving or sending power unit or a magnetic drive unit of the power generating coil. , ^ _ level electric power generation and / silk magnetic observation magnetic generator, the magnetic magnetic wind = unit further into the step - Wei containing the Wei Wei Guan Lai's ventilation ducts surrounded by coil wire film or insulating paper surface The printed circuit board is stacked in a sheet shape 201234760 to be fixed around, and the current is passed through the printed coil and the magnetic line formed by it is perpendicular or cut to generate an induced current again. a power generation and/or a magneto-magnetic synchronous magnetic generator that is charged and discharged as described above. The power generating coil unit further includes one or more power generating coil units, and is fixed on the connecting shaft of the collecting magnetic shaft. The magnetic drive unit is coupled to the power generating unit, and the power generating coil is rotated by electromagnetism, and the power generating coil is disposed inside or outside the collecting magnetic tube. a power generation and/or a magneto-magnetic synchronous magnetic generator which is charged and discharged as described above, wherein the power generating coil unit is provided with a coil-shaped coil on the surface of the substrate film or the insulating paper, and the shaft hole has a shaft hole at the center of the disk, or is disposed around the shaft hole There are conductive printed coil faces. a charging and discharging power generation and a magnetic-magnet synchronous magnetic generator as described above, wherein the power generating coil unit is provided with a conductive printed coil surface of a substrate film or an insulating paper by a radioactive or whirling circle or a circle surrounding the convolution The coil is made to conduct electricity. In the charging and discharging power generation and/or the magneto-magnet synchronous magnetic generator as described above, the power generating coil unit transmits the power generating coil wire by inserting the wire body into the center of the rotating shaft connection, and the operation is rotated and led out. As described above, the charging and discharging power generation and/or the magnetic-magnet synchronous magnetic generator, the power generating coil unit of the power generating coil wire is a large line of a wire having a large cross-sectional area and a surface area in the rotating shaft, and is focused by the magnetic center. When rotating, the magnetic center field and the cross-sectional area of the line and the surface area are cut, and excess current is also generated. As described above, the charging and discharging power generation and/or the magneto-magnet synchronous magnetic generator has a power generating coil rotating torque which is fixed at an angle of every 0 to 90. The adjacent disk-shaped power generating coil is connected to the rotating shaft. on-line. . As described above, the charging and discharging power generation and/or the magnetic-magnet synchronous magnetic generator, the substrate film of the power generating coil of the power generating coil unit refers to a printed circuit film or a silicone thermal conductive insulating gasket or a thermal conductive film, or an insulating paper refers to a nano ink. Printed conductive materials, both of which can be printed on the circuit, either hard or soft. As described above, the charge and discharge power generation and/or the magneto-magnetic synchronous magnetic generator, the metal-conducting object of the power generating coil unit of the power generating coil is iron-alloy or other nano 201234760 metal composite material. a charge and discharge power generation and/or a magneto-magnetic synchronous magnetic generator as described above, the magnetic drive unit further comprising one or more magnetic drive units fixed to the collector magnetic tube of the generator unit On the axis of rotation, the power generating unit is connected with a vibrating unit; the magnetic driving unit is a magnetic pole composed of a plurality of substrate films or a plurality of electric poles printed on the surface of the insulating paper, and a magnetic pole, a plurality of magnetic poles The N pole and the S pole are attracted to each other and rotate. The charging and discharging power generation and/or the magnetic-magnet synchronous magnetic generator as described above, the magnetic driving unit further has a rotating shaft connected to the generating coil unit to form a fan shape to assist the driving force 'When the double magnetic pole fan driving element is concentrated magnetically The coupling of the rotating shafts on both sides of the air duct unit can load more power generating coils in the collecting magnetic duct unit. In the above-described charging and discharging power generation and/or magnetizing type synchronous magnetic generator, the magnetic force driving unit further generates magnetic lines of force generated by the respective magnetic poles in the same direction and in the same direction as the magnetic lines of force formed by the collecting magnetic tube. As described above, the charge and discharge power generation and/or the magneto-magnetic synchronous magnetic generator, the magnetic drive unit further attracts the N poles and the s poles formed by the magnetic poles, and is a plurality of substrate films or insulating paper surfaces. The electric pole coils of the ring-shaped printing are arranged on the disc, and the number of the electric pole coils which are electrically connected to be spaced apart is arranged into a disk, and then the electric poles are arranged to be alternately arranged and arranged. The number of discs is flashed in succession. As described above, the charging and discharging power generation and/or the magnetic-magnet synchronous magnetic generator further rotates the magnetic shaft of the rotating shaft containing the collecting magnetic tube with the attraction of the magnetic axis due to the magnetic collecting effect, and is placed in the opposite side. The small magnet or the electromagnetic coil is on the side of the collecting magnetic tube, so that the rotating shaft can be rotated and attracted and activated. The power generation and/or the magneto-magnetic synchronous magnetic generator of the charging and discharging as described above is further a power turbo fan including a magnetic collecting duct, and the power fan further includes a power generating coil unit, and the power generating coil unit is connected to the power generating coil unit. The system produces the required power. As described above, the charge and discharge power generation and/or the magnetic-magnet synchronous magnetic generator, the battery or the capacitor or the circuit unit part of the circuit is frequency conversion or pulse, and the current of the 201237360 pool or the capacitor is rectified to zero. Recharge in the battery or capacitor or battery fluid. The above-mentioned substrate film can be replaced by insulating paper. For example, the conductive material is printed on the insulating paper with nano ink, and the paper is separated from the paper interlayer by an insulating material, so that the same is true as described above, and therefore will not be described again. [Embodiment] First, referring to the first to seventh figures, the present invention provides a preferred embodiment of a charge and discharge power generation, power saving and/or magnetostatic synchronous magnetic generator, which generates and discharges power and The magnetic magnetic synchronous magnetic generator mainly includes: a generator unit 1 ′′ each generator unit 10 mainly includes one or more charging and discharging power generating devices 11 , or a collecting magnetic air tube unit 12 , The above-mentioned power generating coil unit 13 and one or more magnetic driving units 14; the charging and discharging power generating device 11 or the charging and discharging management system 91: the charging and discharging power generating device 11 is a magnet 19, a coil 9 or a substrate coil on both sides or around the battery 20 Or the substrate film coil is wound around the inside or the outside of the battery 2 or the peripheral magnet 19; or the battery 20 contains the coil or magnet, and the battery 20 is being charged or discharged to the generator or the power supply or the load terminal or the battery, charging When the ions move from the positive electrode to the negative electrode, the ions migrate from the negative electrode to the positive electrode during discharge, and the magnetic lines 21 of the magnets 19N and S are charged with the battery 20 During the discharge, electrons or ions or protons or molecules flowing between the positive and negative electrodes generate a cutting force line 21, and the coil 9 generates an induced current, which can be returned to the battery 20 or reused; the battery 20 is determined by the quality of the gas liquid and the ion space. The current conduction speed is slow and the current conduction speed is inversely proportional to the conduction space quality; the magnetic force of the magnet 19 is strong enough to penetrate the plastic shell and the liquid quality, and the battery 12 201234760 20 will block the magnetic line 21, and we are extremely smashed in the battery 20 The magnets 25 and the coils 9 are added on both sides, and the magnetic lines 21 are not blocked. When the charging and discharging are strong and fast, the induced current is large, so we concentrate on a battery 20 to charge and discharge, and the induced current is large. In addition, under the special frequency conversion or pulse current 26 rapid charge and discharge, the battery 20 can be countless times, and will not damage the current of the high-yield # can be achieved with the charge and discharge management button 91, or a battery 2 concentrating on charging, a battery 2 〇 Concentrated discharge, there are charging and discharging power generation devices 11, the two are used interchangeably, and they complement each other and benefit each other. In addition, the battery (or the nano-material is made into a paper battery or a battery) or the capacitor 2〇2 or the ionization device or the ionization device can also be used as the above-mentioned charging and discharging power generating device 11, as the above-mentioned similar proof, so Further, the above coil may be made of a nano-conductive material, and the substrate film 31 may be replaced with an insulating paper 32 such as a Nobel insulation paper or an asbestos insulating paper, such as a conductive material printed on the insulating paper 32 with a Neil ink 33, a paper-to-paper interlayer. Separated by insulating materials, the same as the above can be proved, so it is not mentioned. In addition, the charging and discharging power saving device 111 or the charging and discharging management system 91: the charging and discharging power saving device 111 is made to be similarly proven as described above, except that the power generated is used for the power consumption of the device, so that it is no longer used. Narration. Polymagnetic air duct unit 12: a ventilation duct composed of a multi-polar ring type or a polygonal permanent magnet 19 is about 〇 or 15 cm or more, since each element unit is inside a ring-shaped or polygonal permanent magnet 19, There is a magnetic collecting effect, the ring surface is N pole on one side and the other pole is 3 poles. When the power generating coil 131 rotates, the magnetic field line 21 formed by the magnetic flux duct 121 can be cut to produce 13 201234760 electric power 'where the magnetic air duct 121 The outer part of the ventilating duct is perpendicular to the magnetic line 21 formed by the printed coil. When the generating coil ι 31 generates electric current through the venting duct formed by the collecting magnetic duct 121, the printed coil is perpendicular to the magnetic line 21 formed by the printed coil, and the cutting line can be cut again. The magnetic field line 21 formed by the magnetic flux tube 121 generates an induced current. The magnetic air tube 121 is positioned by the mandrel to form an optimal magnetic path structure. Because of the magnetic field at the center point, the magnetic induction strength of the rotating shaft 18 can be made high. The attraction means of the shaft 'receives a small magnet or electromagnetic coil 22 to recombine the axis of rotation 18 on both sides of the magnetic duct 121, and the rotation axis π generates a rotary attraction' to initiate attraction. The power generating coil unit 13 is formed by stacking coils 161 on the surface of the substrate film, or by winding the coils on the surface of the substrate film to form a disk shape 16. The center of the printed coil is surrounded by a hole or a metal hole. The object 27, the power generating substrate film and the coil around the printed ring or the plurality of ring-shaped electric pole coils 16 are arranged on the substrate film as discs, and the magnetic lines 21 formed by the collecting magnet tube unit 12 are generated. The power generating coil 131 is concentrically fixed on the connecting line of the rotating shaft of the collecting magnetic tube 121, and the rotating shaft 18 is fixed by the two-side bearing sleeve 28, and the power generating coil 131 is coupled with the magnetic driving unit 14 to make the power generation more tightly synchronized. The coil 131 is rotated by electromagnetism, and the power generating coil 131 is disposed inside or outside the collecting magnet tube 121. The power generating coil el can be a fan blade composed of the power generating coil 131, which is a power generating coil fan 132, because the weight is improved. Fan efficiency, low friction and low wind resistance, further fan blades can be converted into substrate film by the film film around the printed coil 163, the blade can cut the magnetic lines of force and connect to the rotating batch to reproduce the wire. The current 'rotating' ring-shaped power generating coil 131 can expand the capacity as a fan blade without using a fan blade, and all of the rotating circular power generating coils 131, the more the coils, the more the induced current; the magnetic poles 17 of the power generating coil 131 are energized to form The magnetic lines 21 are in the same direction and are in the same direction as the magnetic lines 21 formed by the collecting magnetic tube 121. Therefore, the magnetic resonance principle is applied, and the coupling between the coils has a strong directivity, and the magnetic lines 21 of the system are coupled in a parallel structure. Strong 'high efficiency, resulting in non-secret _ threat, generated f force will be transmitted between the coils with the fresh resonance' and then through the substrate film into a disk-shaped shaft hole around the conductive hole 201234760 set coil surface 162 or printed copper The silver surface transmission, the further coil matching and the capacitance 2〇2 transmission can recover the transmission power; the above coil can be made of a nano conductive material, and the substrate film 31 can be replaced by an insulating paper 32, such as a nano ink 33 on the insulating paper 32. The conductive material is printed, and the paper and the paper interlayer are separated by an insulating material, and the same is true as described above, and therefore will not be described again. The power generating coil unit 13 has a substrate chip of the power generating coil 131 (high insulation heat dissipation) printed circuit film 161 or silicone thermal conductive insulating gasket or thermal conductive film, which can be printed by a circuit, and can be coated in multiple layers to achieve high thermal conductivity, high insulation and high electrical conductivity. It can be hard or soft. It was originally applied to small currents, but it has increased the conduction quality and speed with special materials. It can also be applied to large currents, improve wire filling, and improve wire resistance loss. It has low wire power. Loss of resistance. The power generating coil unit 13 has a metal magnetic conductive object 27 of a power generating coil 131 of an iron-nickel alloy or other nano metal composite material, and uses a high magnetic conductive material to have a loss. ' _ The power generating coil unit 13 is provided with a coil of the electric poles of the number of ring-shaped printed coils on the surface of the substrate film, and the electric poles 163 and the lower part of the upper portion of the substrate film are printed. The printed electric bungee coil 163 has a current conduction hole containing a metal conductive object 27 edge conduction, a shaft hole in the center of the disk, and a conductive printed coil surface 162 around the shaft hole, and the center hole of the shaft hole can be radioactive Or around the circle of the vortex or the column of the vortex, so that the electric recorder can realize the transmission of the coil through the radioactive or round circle or the circle of the roundabout. The power transmission coil 131 is transmitted through the inner shaft of the shaft 18 Inserted into the wire body, the operation is rotated and exported, and connected to the electric rotary joint 29. The electric rotary joint 29 has a support rod. In addition, if the wire has a large cross-sectional area and a small surface area, the wire is composed of a large line. 'Rotating magnetic center, field and line cross-sectional area, surface area and the above-mentioned conductive printing "face 162 _, will also produce (four) rest, its power generating coil 131 interlocking rotation 'rotation turn 岐 every 〇 - 9 〇 angle Fix the adjacent disc-shaped power generating coil 131 _ shaft 18 connecting line, each interval is fixed at the same angle and distance to enable balanced rotation; the above coil can be made of nano conductive material, and the substrate film 15 201234760 31 can be replaced by insulating paper 32, such as On the insulating paper 32, the conductive material is printed with nano ink. The paper is separated from the paper interlayer by the material of the paper, and is not described here. The magnetic drive unit 14: one or more magnetic drive units 14 are oppositely arranged. The generator unit 1 is disposed at the center or the other end or both sides of the center line of the collecting magnetic tube 121. The magnetic driving unit 14 includes one or more energized power generating coils 131 to generate the magnetic poles 17 and is disposed opposite to the rotating shaft 18 Between the power generating coils 131, the magnetic driving unit u has the ability to drive the heat 18; the magnetic driving unit 14 is configured to be arranged by a plurality of substrate adhesives. A magnetic pole 17 is formed with 16, a plurality of magnetic poles 17 are rotated by the N pole and the s pole, and further, or if necessary, a rotating shaft 18 is connected to the magnetic drive unit 14 and the power generating line on the center line. The ring 131 makes the synchronization more tight, so that the synchronous generator 1〇, the shape of the fan composed of the power generating coil unit 13 is the driving force, and when the double magnetic pole 17 fan drives the rotating shaft of the magnetic tube unit 12 on both sides of the shaft 18 The connection co-construction can load more power generating coils 131 in the polymagnetic air duct unit 12, and when the dual fan driving unit is disposed on both sides of the rotating shaft 18, the two sides of the rotating shaft can be loaded with more generating coils in the collecting magnetic duct unit η. 131, I don’t know how to increase the weight. Of course, the power generation can be more. The magnetic force driving unit 14 further generates the magnetic field lines 21 generated by the magnetic poles 17 in the same square and is the same as the magnetic lines 21 formed by the collecting magnetic tube 121. The direction is substantially parallel to the rotating shaft 18, and the magnetic field lines 21 are overlapped and enhanced, and are not counteracted by the counter-current. When the rotating shaft 18 is rotated, the magnetic field is balanced and the magnetic field is easily formed. The magnetic drive unit 14 further has the N pole and the S pole attracting magnetic poles 17 formed by the magnetic poles 17 not to generate a mechanical rotational force as compared with the conventional magnetic poles, but the magnetic phase is 'Sha', but the front and rear magnetic poles 17 are N poles. S pole phase suction rotates in a ring shape, the head and tail of the magnetic attraction loop are relatively sucked, the front substrate film drives the rear substrate film, the rear base film drives the rear substrate film, and the front and last substrate films are fan-shaped substrate film (power generation) The coil fan) 132 is turned off, and the electric poles of the plurality of substrate film surfaces are printed on the surface of the plurality of substrate film, and the electric poles are arranged on the disk 16 in an interval of 16 201234760. After the number of discs, the power is further jumped and the number of the electric poles 163 of the printed circuit is 163. The number of the discs is arranged into the discs, and the electric power is successively flashed, and the conditions are likely to cause the front and rear N poles and the s poles to be phased and sucked. In this case, the electric coil has a magnetic coating effect, no magnetic eddy current occurs, and heat is easily dissipated, resulting in low spurious loss. One of the above and because the substrate film is very light, it is easy to drive magnetic force, the rotation speed can be lightened and saved faster. If the magnet or the silicon steel sheet is rotated, it is not so light, so a large amount of current can be generated; the above coil can be made of nano conductive material, the substrate The film 31 can be replaced by an insulating paper 32. For example, the conductive material is printed on the insulating paper 32 by the nano ink 33, and the paper and the paper interlayer are separated by an insulating material, so that the same reason can be proved as described above, and therefore will not be described again. After that, the magnetic drive rotational force is balanced to the left and right. If the rotational speed setting of the power generating coil 131 is rotated to the right every other time, it is necessary to have an initial force to start the rotation to the right, and the manual handle can be rotated to the right. Or use the initial rotation or other means to start the initial start, it will be fixed to the right direction of rotation, such as the aforementioned magnetic axis of the attractive device, such as the opposite side of a small magnet or electromagnetic coil 22 on both sides, resulting in rotation Attracting and starting the attraction. The battery or capacitor or circuit unit 15 or the charge and discharge management system 91: the power supply end 23 is connected to the magnetic drive list 14. The starting power required for the magnetic drive unit 14 to operate, the other end of the battery or capacitor or circuit unit 15 is connected to the generator unit 10, and the unused power generated by the generator unit 1 is recovered. The power supply 23 and the circuit of the preferred embodiment of the invention are a variable frequency or pulse current 26, and part of the circuit of the battery or capacitor or circuit unit 15 is a frequency conversion or pulse circuit, and the current of the rechargeable battery 2 is reduced to zero. Recharged in the battery 2〇 or battery liquid, with the charging and discharging power generation device η, the electronic pulse can adjust the output current of the electronic pulse cutting magnetic line to maximize, and the battery 20 and the generator 10 have special circuits and voltage stabilizing lines. And the charge and discharge management system 91, when the generator 10 supplies power to the battery 2, the battery 20 has been overloaded, the generator 10 will stop restarting in time or have full battery charging, battery over discharge 17 201234760 electric protection Function 'charge current self-radiation adjustment, can be used to charge the surplus and charge the battery' and the words of the electric power, efficiency, load, battery charge and discharge The rationalization of the curve, the longevity, the extreme densification, the battery, the rice, the rice, etc. - etc. The similar charge and discharge management system includes or charges, or discharges, or detects, activates, or stabilizes, or devices. When f or area management H is set to online management, in the charge and discharge management button operation, the net value of the input current minus the zero value is greater than the original input current, and the output current is increased. Lithium iron battery is an example. The battery life is up to two years. If it can be nanometerized, the life can be extended. If it is a squamous clock or iron composed of nanometers, it will not produce crystal blocks. The shape will prolong the battery life, we can control the long-term maintenance of the animal's 钣 化 30 30 , , , , , , , , , , 30 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏 骏,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, To promote the long length of the battery Keep 4=made of nano material, when the battery is charged, it can form good conductivity, and the electron can be quickly transferred to the nano pole; the internal resistance of the battery is greatly reduced, and the nano material can fully react and improve the utilization rate to achieve rapid The charging effect, similarly, when the battery is discharged, can also quickly conduct and output the current generated by the nano substance to achieve the function of high-power discharge. In addition, the battery device or capacitor 202 or the ionization device or the ionization device is stable in charge and discharge. Occurs, so the method of controlling the long-term maintenance of the device nanometer 30 is controlled, and the inverter or pulse current 26 is controlled to make the nanometer 30, or the device is extremely nanostructured, or the chemical reaction of the aforementioned device is used. The method of 钣 钣 钣 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 The charging and discharging management system 91 of the charging and discharging power generating device 11 described above controls the battery device or the capacitor 202 or the battery device or the ionizing device or the ionizing device, or controls the charging and discharging of the pulse current, and the device is evenly distributed. The magnet 19 and the electric conductor 203, the electric conductor 203 is not distributed around the coil connection, but is distributed in a distributed manner. When charging or discharging, the magnetic field in the device is cut by the electron flow, and the current is generated by the electric short circuit, and the space is oscillated. The electromagnetic pulse is generated to face the cavity, and the pulse current or current is generated. The charging and discharging management system 91 of the charging and discharging power generating device 11 described above controls the battery device or the capacitor 202 or the battery device or the ionizing device or the ionizing device, or controls the charging and discharging of the variable frequency pulse current. The internal distribution evenly hides the magnetic, the iron 19 and the electric conductor 203 and the external magnet 19 field. The electric conductor 203 is not surrounded by the coil connection. When charging or discharging, the magnetic field in the device is cut by the electron flow, and the current is generated. Electromagnetic short-circuit electromagnetic waves, localized space oscillation, generate electromagnetic pulse and cavity, and generate pulse current or current, and control the magnitude of the applied magnetic field, and generate variable frequency pulse current or current. 'The charge and discharge management system 91 of the charging and discharging power generation device 11 described above, or the current generated by the high frequency short wave 261, the battery device or the capacitor 202 or the medium or area distributed in the battery device or the ionization device or the ionization device or The management method may be a porous medium, a redox medium, or a medium of a solar cell material, or a dye-sensitized medium, or a medium that absorbs electromagnetic waves, or a chargeable and discharge medium, or a medium that reflects electromagnetic waves, or a medium that shortens the wavelength of electromagnetic waves, or a medium that absorbs heat, or a medium that can divide a plurality of small chamber spaces, or an oscillation area that slows the wave speed of electromagnetic waves, or adjusts a period of charging or discharging, or adjusts a resistance of charging or discharging. The size, or the size of the voltage adjustment, Or adjust the size of the gravitational field. The charging and discharging power saving device 111 is similarly proven as described above, except that the power generated by the device is used to save power. The charging and discharging management system 91 of the charging and discharging power saving device 111 is used to control the battery. The device or capacitor 202 or the battery device or the ionization device or the ionization device is extremely sturdy, or is controlled to charge and discharge the electromagnetic wave current. The device distributes one or more magnets 19 and 203, and the device is charged or discharged. Internal electromagnetic short circuit generates electromagnetic waves and generates electromagnetic waves to induce current or current. The charging and discharging management system 91 of the charging and discharging power saving device 111 is controlled to charge or discharge the battery device or the capacitor 202 or the battery device or the ionization device or the ionization device, or to charge and discharge the electromagnetic wave current of the inverter. One or more magnets 19 and a conductor 203 are disposed in the device, and an external magnet field is externally disposed on the device. When charging or discharging, an electromagnetic wave is generated in the device due to electromagnetic short circuit, and an electromagnetic wave current is generated, and the magnitude of the applied magnetic field or the conductive body 203 is controlled. Degree, while the electromagnetic wave induced by the frequency induces current or current. The charging and discharging management system 91 of the charging and discharging power saving device 111 is configured to control the battery device or the capacitor 202 or the battery device or the ionization device or the ionization device, or to control the wavelength of the electromagnetic wave. One or more magnetic 19 201234760 s two m3, and there is an external magnetic lining outside the device. When charging or discharging, electromagnetic waves are generated in the device, and the magnitude of the applied magnetic field or the conductivity of the electric conductor 203 is controlled, and the electromagnetic wave is controlled to have different wavelengths. Ίί ϋ 4111 charge and discharge #理系统91, or for the low frequency long Zhu··~~i wheel, battery device or capacitor 202 or battery device or ionization device f sub, r preparatory f or area or management, It may be a porous or oxidizing medium, or a medium that generates light and radiation when exposed to electromagnetic waves, or a medium that absorbs electromagnetic waves, or a medium that can be charged and discharged, or a reflective electric^ a medium that scatters or scatters electromagnetic waves, or a medium that lengthens the wavelength of electromagnetic waves, or a medium that emits light, or a medium that can be a layer or a thin medium, or a medium of many small chamber spaces, or The contact area change mode in which the electric heat wave speed is increased, or the cycle of charging the electric charge is adjusted, or the size of the charge of the charge or discharge is adjusted, or the magnitude of the voltage is adjusted, or the magnitude of the gravitational field is adjusted.刖The charging and discharging management system 91 of the electric device 111 is for generating a low frequency long wave 262, a battery device or a capacitor 2 〇 2 or a peripheral of the battery device or the ionization device or the ionization device is transparent or Transparent, can be turned into a luminous light or illuminant or TV screen. The charging and discharging management system 91 of the charging and discharging device 1U described above generates a light source for the low frequency long wave 262, and the thinned battery device or the capacitor 2〇2 or the periphery of the battery device or the ionizing device or the + ionizing device is transparent or Partially transparent, or with the thin film magnet 191 and the film conductor 204, can be converted into a light-emitting film lamp or a film illuminant or a film TV screen. The above system inputs 20% power, and the charging and discharging power generating device η will generate at least 60-70% more power, and the collecting magnetic synchronous magnetic generator 1〇 will also generate at least 6〇_7〇% of electricity, and a total of 120 more. -140% of electricity, and also the system input 壹 times power' will total more land to 柒 times the power, the whole process is rarely converted by mechanical energy, in fact, more can be, then electric power, inexhaustible, use Inexhaustible. In order to further understand the structural features, the technical means, and the intended effects of the present invention, the manner of use of the present invention will be described. It is believed that the invention can be more deeply and specifically understood as follows: As shown in the first and second figures, it is an embodiment of the charging and discharging power generation 201234760 device 11 of the present invention, 'f main structural features and the power generation function that can be generated is the charging and discharging power generating device 11' The magnet 19 and the coil 9 are wound around the battery 20, and the generator 10 or the power terminal 23 or the load end is being operated to charge or discharge to the battery 20. When charging, the ions migrate from the positive electrode to the negative electrode, and when the discharge occurs, the ions are transferred from the negative electrode to the positive electrode. 'Magnet 19 N, S pole magnetic field 21 and battery 20 charge or discharge between the positive and negative electrodes electron or ion or proton or molecular flow 窜 1 raw cutting magnetic line 21 'coil 9 generates induced current' can be connected back to the battery 2 再 or reuse, with The charge and discharge system of the system 91 can produce high current. Can also be a: battery 20 concentrate on charging the electricity generated by the coil 9 after the voltage is concentrated and concentrated 'charging a. Battery 2〇, a B: The battery 20 concentrates on discharging and supplies the electric load. Both of them have the charging and discharging power generating device 11. When the charging is saturated, there is a switch to make the A and B alternately switch the charging and discharging position to A. The discharge is supplied by the electric load, and the lightning generated by the coil 9 is charged by the 懕 懕 B B, and is switched and used cyclically. After being charged and discharged by the management system 91, the singer 'A and B are both fast-filled and fast-released. The coil 9 continuously generates the induced current & increases and recharges, and controls the balance between the recharge and the load discharge current, and mutual benefit, to achieve symbiosis and co-prosperity. When the two batteries 20 are arranged together, only three magnets are needed. 25 'The two are arranged in the middle with only one magnet 钣25, and two magnets 钣25 are arranged on both sides of the two sides. The magnetic line 21 can pass through the two batteries 20 according to the N and S poles, and the weight loss is reduced, and more batteries 20 are arranged together. The arrangement of the magnets 钣25 can also be changed into a battery pack by the same type; it can also be an A: capacitor 2 〇 2 instantaneous charging, a B: electric valley 202 instantaneous second discharge, the electricity generated by the coil 9 is regulated and concentrated Supplying electrical load 'both The charging and discharging power generating device 11 has a switching switch so that the switching switch causes the A and B to alternately switch between the charging and discharging positions, and then changes to A after the discharge, and concentrates on the charging, and switches and uses the switching, and the charging and discharging management system 91 When they are fast-filled, the A and B sides are quickly charged, and the coil 9 continuously generates a large increase in the induced current, and the balance of the load and discharge current is matched, and mutual benefit is achieved, achieving symbiosis and common prosperity. When the two electric 4202 are arranged together, 'only three magnets 25' are arranged together in the middle, only one magnet 钣25' is required, and two magnets 25 are arranged on both sides, and the magnetic lines 21 are N, S, and both Throughout the capacitor 202, the weight loss is reduced, and more capacitors are arranged in 2〇2: the arrangement of the magnet rice 25 can also be converted into a capacitor group; or the capacitor 202 can be designed to uniformly distribute a large number of magnets 19 and Conductor 2〇3, one A: Capacitor 202 is charged in a second, and B: Capacitor 202 is instantaneously discharged. The magnetic field line of the magnetic field in the cutting capacitor is cut due to the confined space oscillation, and the electromagnetic pulse is induced to generate the pulse current. Concentrated power supply not only supplies electricity load, but both have charge and discharge. 2012 20126060 Electric device 11, when the charging is instantaneous, there is a switch to make the A and B alternately switch the charge and discharge position and change to A after discharge. Charging, switching between cycles, using the charge and discharge management system 91 to get the best, A and B are fast-discharging while fast charging, pulse current is continuously generated, and the induced current is greatly increased. Can have \regulated traffic The ON and controls the discharge current of the load balancing, and provide benefits to cross to reach a total of raw prosperity. The arrangement can also be changed to a capacitor group or a battery pack with a hidden magnet 19 and a conductor 2^; in addition, the battery (or a nano-material made of a paper battery is also a battery) or a capacitor 202 or an ionization device or an ionization device can also be used. The above-described apparatus for charging and discharging the power generating device 11 or the storage magnet 19 and the conductor 203 is the same as the above-described preferred embodiment of the present invention, and therefore will not be described again. ' ^ The charging and discharging management system 91 of the charging and discharging power generating device 11 described above is for controlling the battery device or the capacitor 202 or the battery device or the ionizing device or the ionizing device, or for controlling the charging and discharging of the pulse current, and distributing the device Uniformly concealing a large number of 'magnets 19 and conductors 203, the conductors 203 are not scattered around the coils but are scattered. During the charging or discharging, the magnetic field lines of the magnetic field in the equipment are cut by electrons, and the alternating electric field will be alternating. The magnetic field, and the alternating magnetic field will provoke an alternating electric field. The current is generated by electromagnetic short-circuit, the electromagnetic wave is confined, the electromagnetic pulse is generated, and the electromagnetic pulse is coupled with the cavity, and the pulse current or current, such as electromagnetic pulse wave. The cylindrical conductor that is incident on the surface ^ hole has more induced currents on the surface and more induced current. ^ The charging and discharging management system 91 of the charging and discharging power generating device 11 described above is for controlling the battery device or the capacitor 202 or the battery device or the ionizing device or the ionizing device, or for controlling the charging and discharging of the variable frequency pulse current, and distributing the device Uniformly concealing a large number of magnets 19 and conductors 203 and externally applying magnets 19 fields, the conductors 203 are not surrounded by coils. When charging or discharging, the magnetic field lines of the magnetic field in the equipment are cut by electrons, and the alternating electric field is generated. The alternating magnetic field, and the alternating magnetic field will provoke an alternating electric field. The current is generated by electromagnetic short-circuiting, and the local space is vibrated. The electromagnetic pulse is coupled with the cavity, and the pulse current or current is generated. Controlling the magnitude of the applied magnetic field, because the magnitude of the applied magnetic field will affect the size of the electromagnetic wave and affect the difference in frequency, and generate a variable pulse current or current. Use electrical conductors and magnets in the equipment. When the electrical conductors in the equipment are compressed tightly, the resistance is small, and the current passing through is large. When the electrical conductors in the equipment are compressed loosely, the resistance is larger, and the current passing through is higher. Small, the magnetic strength of the magnet will affect the magnitude of the transmitted current, and the light will also vary with the strength of the electric and magnet. 22 201234760 Different amplitude and frequency, the current generated in the device will follow the light. The amplitude of the vibration of the spoke varies with the level of the frequency. The charging and discharging management system 91 of the charging/discharging power generating device 11 described above, or the current generated by the high frequency short wave 261, the medium or area or the management of the battery device or the capacitor 202 or the battery device or the ionizing device or the ionizing device The medium may be a porous medium, or a redox medium, or a medium of a solar cell material, or a dye-sensitized medium, or a medium that absorbs electromagnetic waves, or a chargeable and discharge medium, or a medium that reflects electromagnetic waves, or a medium in which the wavelength of the electromagnetic wave is shortened, or a medium that absorbs heat and discharge, or a medium that can divide a plurality of cell spaces, or an oscillation area in which the wave speed of the electromagnetic wave is slowed down, or a period in which charging or discharging is adjusted, or a resistance of charging or discharging is adjusted. Size, or adjust the size of the voltage, or adjust the size of the gravitational field. Electromagnetic waves in solar cell materials or dye-sensitized media: a series of electromagnetic waves—a series of solar cell materials or dye-sensitized media—a series of electronically excited states—a series of electron flow fluctuations. Electromagnetic short circuit electromagnetic wave combined with charge and discharge power generation system - high frequency pulse short wave ~ electron flow on the medium - charge and discharge electron flow on the medium - medium charge The electron flow cuts the internal magnetic field to generate a proliferating current. Porous redox medium: For example, the energy storage electrode material uses a porous nanostructure (10~50nm) electrochemically active material as a high energy storage electrode material, which greatly enhances the power of denseness and reaches a few minutes of high-power rapid charge and discharge. Eye. of. . · · · . . . A medium that shortens the wavelength of electromagnetic waves: the speed of light is equal to the product of wavelength and frequency, and the speed of light is inversely proportional to the density of the medium such as air. For example, steel; the speed of light of 5 大约 is about two-fifths of the vacuum' The wavelength is Wei, so the wavelength can be adjusted.弼 β In addition, when the electromagnetic lining rate is low, it can only be transmitted by a tangible electric conductor. Originally, the electric oscillating towel in the _, the mutual change between the magnetoelectricity is relatively slow, and almost all of it returns to the original circuit without the Wei amount riding m Wei _ high time ^ can be transmitted in free space, no high voltage is required, It can be restrained by the low-voltage electric dust when the tangible guide 23 201234760 electric body transmits 'the high-frequency short-wave 261 can be adjusted and the voltage can be adjusted. The reason for the transmission in free space is that in the high-frequency electrical oscillation, the magnetoelectric f becomes very fast, and the energy cannot be returned to the original oscillating circuit. Therefore, the electric energy and the magnetic energy propagate to the space in the form of electromagnetic waves with the periodic changes of the electric field and the magnetic field. Going out, electricity and magnets can transfer energy without the need for a medium. This is the kind of radiation. For example, the distance between the sun and the earth is very far away, but when we are outdoors, we still can't feel the light and heat of f and f sunlight. This is like "electromagnetic radiation is transmitted by radiation phenomenon. The electromagnetic wave is a transverse wave. The magnetic field, the electric field and the direction of travel of the electromagnetic wave are perpendicular to each other. The amplitude is periodically alternating along the vertical direction of the propagation direction. The ratio of the intensity to the variance of the translation is the value of the wave. The energy power is proportional to the square of the amplitude. The electromagnetic wave is used to change the wire. Change mode: for example, the uniform magnetic field is perpendicular to the plane of the guide rail, C is the capacitor, and the ab poles are frictionless at the speed and v to the right at the speed. The two plates of the capacitor are staggered so that the positive area is reduced, then the _ pole is Wei, indicating that the force balance level is not force, that is, there is no current. The electromotive force generated by the motion is used to maintain the capacitance. When the stagger is turned off, the capacitance is reduced, (: two The plate voltage is greater than the electromotive force generated by the movement between the two poles of the ab, and the current flows from a to b, and the force is applied to accelerate the ab between the two poles, thereby generating a large rebalance of the electromotive force, similarly the above two In the opposite direction, the wave speed becomes slower. In addition, the area of the plate of the light jurisdiction is changed and the bribe is changed. _ Weaving _ change the way. In addition, the charging or putting surface cycle, or the electric resistance of the charging example: - A : The charging period of the left half of the capacitor 202 is τ = (the internal resistance R + Rl) The power supply C 2 'discharge period is τ = (inclusive resistance R) capacitance c 2 ; - B · · the charging period of the right half of the capacitor 202 Is τ - (with resistor R2 + R3) capacitor C3, the discharge period is T = (inside 24 201234760 with resistor R3) capacitor C 3, using R, R3 both capacitors have variable resistors to adjust the output frequency, ruler or When the ruler 3 is lowered, the cycle on the left or the right is lowered, and the cycle is lowered, so that the frequency of the frequency rise on the circuit becomes higher, so that the frequency of the electromagnetic wave (light) generated by the capacitors C 2 and C 3 becomes higher and the energy is increased. The size will affect the cycle of charge and discharge. The smaller the period, the higher the frequency of electromagnetic waves (light light) generated by capacitors C2 and C3. This principle can easily change the high and low frequencies of the light, capacitance c 2, c 3 The higher the frequency of generating electromagnetic waves (optical radiation), the higher the energy of the optical radiation, so the charge can be adjusted. Cycle, or adjust the size of the charge or discharge resistor. — ' Adjust the size of the gravitational field: If the speed of light is mainly determined by the elastic field of the medium field, when the light wave enters the elastic field from the weak field with small elasticity The speed of light is faster; the frequency of the light wave is determined by the amount of light energy received by the electric field. The light energy received by the light field from a weak field into a single electric field per unit volume is reduced, so the frequency of the light wave becomes smaller. According to the formula: wave velocity (C) = wavelength (λ) χ wave frequency (υ), we can know that the wavelength of the light wave from the weak field into the strong field light wave becomes longer, and the sun light is far from the strong field space near the sun. The frequency of the weak field space propagation is gradually getting faster, so the size of the gravitational field can be adjusted. Note: The gravitational field includes an attractive field other than a magnetic or magnetic field. The above examples can achieve high frequency short wave 261 and generate current. In addition, the power-saving device 111 for charging and discharging is similarly proven as described above, except that the power generated by the device is used to save power. The charging and discharging management system 91 of the charging and discharging power-saving device 111 is Controlling the battery device or capacitor 202 or the battery device or the ionization device or the ionization device, or controlling the charging and discharging of the electromagnetic wave current. The device distributes one or more magnets 19 and 203, and charges or discharges. When the electromagnetic wave is generated in the device, the electromagnetic wave induces a current or current, and the electromagnetic ring coil generates an inductor current. Therefore, the magnetic field line is cut, the electromagnetic wave is increased, and the inductor current is also increased. The charging and discharging management system 91 of the charging and discharging power saving device 111 is charged and discharged for controlling the battery 25 201234760 device or the capacitor 202 or the battery device or the ionization device or the ionization device, or for generating the electromagnetic wave current of the inverter. Controlling, one or more magnets 19 and conductors 203 are concealed in the device, and an external magnet field is externally attached to the device. When charging or discharging, electromagnetic waves are generated in the device due to electromagnetic short circuit, and electromagnetic wave current is generated, and the magnitude of the applied magnetic field or the electric conductor is controlled. 203 Conductivity, the electromagnetic wave induced current or current that is converted by the external magnetic field, which affects the size of the electromagnetic wave and affects the frequency. The charging and discharging management system 91 of the charging and discharging power saving device 111 described above controls the battery device or the capacitor 202 or the battery device or the ionization device or the ionization device, or controls the wavelength of the electromagnetic wave, and the device distributes a hidden one. Or more than one magnet 19 and conductor 203, and there is an external magnet field outside the device. When charging or discharging, electromagnetic waves are generated in the device due to electromagnetic short circuit, and the magnitude of the applied magnetic field or the conductivity of the electrical conductor 2〇3 is controlled, which may be affected by the magnitude of the applied magnetic field. The electromagnetic wave generates a size that affects the difference in frequency' while generating or controlling the electromagnetic wave with different wavelengths, or for producing different low-frequency long-waves 262 and generating light. When the conductor and the magnet are used in the device, when the conductor in the device is compressed tightly, the resistance is small, and the current passing through is large; when the conductor in the device is compressed loosely, the resistance is larger, and the current passed is higher. Small, the magnetic strength of the magnet will affect the magnitude of the current flowing and change. 'The light will also vary with the magnitude of the amplitude and frequency of the electricity and the magnetic force of the magnet. The current generated in the device will follow the light. The amplitude of the vibration changes with the frequency, and the electromagnetic wave of this current will be transmitted to different wavelengths by electromagnetic transmission, and the low-frequency long-wave 262 light radiation is appropriately released. For example, the low-frequency long-wave 262 is easy to change the wavelength due to the resistance, or change the wavelength. Long, this resistance includes changes in the magnetoelectric effect, including an increase in voltage and a low frequency drift. Thus, the aforementioned release of the low frequency long wave 262 is a manifestation of a light or illuminant or television screen. One of the applications of the charge and discharge management system 91 of the charge and discharge power saving device 111 is as follows: 26 201234760 Electrical and magnetic effects - generating electromagnetic waves - > medium or area or management mode - changing electromagnetic wave wavelength - generating low frequency long wave 262 - > - a light-emitting lamp or a light-emitting body or a television or thin film lamp or a film-and-light-emitting device or a film-and-charge television power-saving device 111 for charging and discharging power-saving device 111, or generating a light-spreading device for generating low-frequency long-wavelength 262, storing electricity, The medium or area or management method of the pool device or capacitor 2〇2 or the battery device or the ionization device or the ionization device may be a porous medium, a redox medium, or a medium that generates light and radiation when exposed to electromagnetic waves, Or a medium of a fluorescent material, or a medium that absorbs electromagnetic waves, or a medium that can be charged and discharged, or a medium that reflects electromagnetic waves, or a medium that scatters electromagnetic waves, or a medium that makes electromagnetic wavelengths longer, or a medium that absorbs heat, or a medium that is one or more layers of a film, or a medium that can divide a plurality of cell spaces, or a contact area that changes the electromagnetic wave velocity, or The cycle of charging or discharging, or adjusting the size of the charging or discharging resistor, or adjusting the magnitude of the voltage, or adjusting the magnitude of the gravitational field. A medium that emits light when exposed to electromagnetic waves: for example, converted to a visible wavelength. . 翌 翌 竺 竺 缉 缉 缉 缉 缉 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 通过 ft ft ft ft ft ft ft 通过 ft 通过 通过 通过 ft 通过 通过 通过 ft ft ft ft ft ft 通过 ft ft 通过 ft The change of the edge _, turn to Le Jian: 262 potential production state to send a letter." . . . . . . . . . . . . -One . . . . . . - One. . a) Scattering electromagnetic red I: If the Nylon cypress resonance scattering produces different highly saturated, vivid hue. A medium that can divide many chamber spaces: the energy reflection that occurs when the electric Wei arrives at the surface of the mask is mainly due to the division of the medium (air) and the boundary of the area into many units. In addition, the cycle of charging or discharging, or the charging or discharging resistor: A: Capacitor 2 (32 left half charging cycle is Τ = (included resistance R + R1) Capacitor C 2 'discharge job is τ = ( Internal thief) Capacitor c 2 ; One B: The charging cycle of the right half of capacitor 202 is τ = (with resistance R2+R3) capacitor C3, the discharge period is τ = (with resistor R3) capacitor C 3, use Both R and R3 capacitors are variable to adjust the output _ rate, R^r 3 rises, so that the cycle of 27 201234760 left or right rises, the cycle rises will make the frequency of the frequency drop on the circuit become lower, so that the capacitors C2 and C3 generate electromagnetic waves. (Light ray) frequency becomes lower, energy decreases. It is understood that as long as the size of the resistor is adjusted, it will affect the cycle of charge and discharge. The larger the period, the lower the frequency of electromagnetic waves (light ray) generated by capacitors C2 and C3. The principle can easily change the high and low frequency of the light radiation. The lower the frequency of the electromagnetic wave (light ray) generated by the capacitor c 2 and c 3 , the lower the energy of the light ray, so the period of charging or discharging can be adjusted, or the resistance of the charging or discharging can be adjusted. The size of the charge and discharge management system of the charging and discharging power saving device 111 91, for the low frequency long wave 262 to generate light, the battery device or capacitor 2 〇 2 or the battery device or ionization device or ionization device periphery is transparent or partially transparent, can be converted into a luminous lamp or illuminant or TV The charging and discharging management system 91 of the charging and discharging power saving device 111 described above generates a light beam for the low frequency long wave 262, and the peripheral of the thinned battery device or capacitor 202 or the battery device or the ionizing device or the ionizing device is transparent. Or partially transparent, or combined with the thin film magnet 191 and the thin film conductor 204, can be converted into a light-emitting thin film lamp or a thin film illuminator or a thin film television screen. The above examples can achieve low frequency long wave 262 and generate light. As shown in the third to seventh embodiments, the battery or the capacitor or circuit unit 15 is connected to the magnetic drive unit η, so that the magnetic drive unit 14 is arranged by a plurality of electric discharge poles of a plurality of substrate film surfaces. The disk 16 constitutes a magnetic pole 17, and the plurality of magnetic poles 17 are rotated by the N pole and the S pole, and are rotated by the electric poles 163 which are arranged at intervals to be printed, and then jumped. The electric power dipole coils 163 are alternately arranged to be arranged in a number of discs, and are sequentially energized to provide a corresponding rotation of the power generating coils 131, and simultaneously rotate the adjacent power generating coils 131 fixed in the central axial direction thereof. Rotating, rotating in front and rear, the rotating shaft 18 is rotated and fixed on both sides of the power generating coil 131 and the rotating power generating coil fan 132 rotates. When the magnetic driving unit 14 rotates, the magnetic flux is cut in the collecting magnetic tube unit 12 The power generating coils 131 are such that the power generating coils printed on the substrate film or the substrate film are printed in a plurality of ring-shaped electric pole coils (the plurality of substrate film surfaces are printed in a ring-shaped electric pole coil row) The disk 16 generates an induced current, and the circular circle 28 201234760 is provided with a conductive printed coil surface 162 around the hole, and the center of the shaft hole can be radioactive to the surrounding coil, so that the electrician can pass the radioactive coil and further wire Inside the connection of the transmission shaft 18, the towel core is inserted into the wire body, and the operation is rotated and led out, and is connected to the electric rotary joint 29, and the magnetic lines 21 formed by energizing the magnetic poles π of the power generating coil 131 are formed. In the same direction, and the magnetic flux lines formed by the magnetic flux duct i2i are in the same direction, so the magnetic resonance principle is applied, and the faces between the coils have a strong directivity. The magnetic lines of the system are 2U parallel structures _ strong, efficiency High, producing non-radiative _ resonance, the generated power will be transmitted between the coils of the ugly resonance, and then transmitted through the substrate film into the disk-shaped 16 (substrate film) axis hole with the conductive printed coil surface 丨 62 transmission, further The coil is combined with the capacitor arc to transfer the transmitted power. . Another type of magnetic air duct 121 female syllabary ^ Dao Xiangbao County film film surface printed with Han-Yu coils stacked into a thin sheet ι61 to be fixed around, the current through the printed coil and its magnetic field line 21 perpendicular or cut and reproduce Inductive current, so that the power generation fresh 7G 10 can be connected to the power required by the Wei Xianyuan 1Q. When there is too much power supplied, the excess power can be stored in the battery or capacitor or circuit. Unit 15. Referring to FIG. 5, the charging and discharging power generation and the magnetic-magnet synchronous magnetic generator have a generator unit 10, and the magnetic drive unit 14 connected to the generator unit 10 rotates the shaft 18 by The front and rear power generating coil fans 132 are disposed on both sides of the collecting magnetic coils 121, and the power generating coils 131 are coaxially disposed in the central magnetic field of the collecting magnetic coils 121, and the power generating coils 131 drive the front and rear generating coils. The fan 132 rotates, and the center of the collecting magnetic tube 121 is positioned by the mandrel to form an optimal magnetic path structure. The magnetic induction intensity of the rotating shaft 18 can be made high by the magnetic attraction at the center point, and the attraction device of the magnetic shaft can be rotated. The electromagnetic coil 22' is provided on the side of the collecting magnetic tube 121 to generate rotational attraction and start suction, and the charging and discharging power generation and/or the magnetic-magnetizing synchronous magnetic generator 10 is operated to achieve the purpose of starting power generation; The conductive material of the meter, the substrate film 31 can be replaced by the insulating paper 32, such as printing the conductive material on the insulating paper 32 with the nano ink 33, and the paper and the paper interlayer are separated by the insulating material 29 201234760 from the same as the above. It will not be repeated. Please refer to the following description, which is another embodiment of the present invention. The main structure and the resulting function are the same as the embodiment of the present invention, and therefore, the driving force is ventilated. A power full-wheel fan 24 having a collecting magnetic duct 121, which includes a generating coil unit 13 and connecting the generator 10 to generate required electric power. Through the above guidelines, the advantages and benefits of the rewards can be summarized as follows: The charging and discharging power generation and / or magnetic resonance synchronous magnetic generator of the present invention can generate a magnetic field with higher performance and convert the voltage Electricity, current and frequency, so 'stable sine wave frequency can be output for subsequent conversion to the required power. 2. The charging and discharging power generation and/or the magnetic-magnetizing synchronous magnetic generator of the present invention is required to be supplied by one or a battery, and will generate electricity by itself, without using other external energy sources. Therefore, regardless of the group device or setting, and having a light weight and small size, the assembly is easy. 3. The power-saving device for charging and discharging according to the present invention occurs stably in (4), and achieves the purpose of power saving. In summary, the present invention has its excellent novelty and progressive practicability in its similar products. At the same time, it has investigated domestic and foreign technical data on such structures, and the same neon power generation has not been found in the literature. The power-saving and/or magneto-transfer power generation structure exists first, so that the present invention already has the invention patent requirements, and the application is made according to law. However, the above-mentioned ones are merely preferred embodiments of the present invention, and the equivalents and structural changes of the present invention and the scope of the claims are intended to be included in the scope of the present invention. [Simple diagram of the diagram] The power generation, power-saving and/or magnetic-magnet synchronous magnetic generator of the machine is charged and discharged, and the power generation, power-saving and/or magnetic-magnet synchronous magnetic generator Decomposition of charge and discharge power generation or power saving device - embodiment " 30 201234760
第七圖為本發明充放電之發電和/或聚磁型同步磁力發電機"聚 磁型同步磁力發電機的磁力驅動單元"中之"聚磁風管中各磁極通電 形成磁力線為同一方向"的俯視示意圖； 【主要元件符號說明】 圖號說明： 9 :線圈 91 :充放電管理系統 10 :發電機（或聚磁型同步 磁力發電機） 11:充放電之發電裝置Π1:充放電之省電裝置 12 :聚磁風管單元121 :聚磁風管 13 :發電線圈單元 131 :發電線圈132 :發電線圈風扇 14:磁力驅動單元 15 :蓄電池或電容或及電路單元 16 :複數個基板膠片表面數發環狀印設之電匝極線圈排成圓盤 161 :基板膠片表面印設有線圈相疊成薄片狀 162 :基板膠片轴孔周圍設有導電印設線圈面 163 :基板膠片成繞印設線圈（印設之電匝極線圈） 17 :磁極 18 :轉軸 19:磁鐵 191 :薄膜磁鐵20 :蓄電池 202 :電容 203 :導電體 204 :薄膜導電體 21 :磁力線 22 :電磁線圈. 23 :電源端 24 :動力風扇 262:低頻長波 27 :金屬導磁物體 29 :電氣旋轉接頭 30:極鈑奈米化 31:基板膠片 32:絕緣紙 28 :軸承套 25 :磁鐵鈑 26 :變頻或脈衝電流或者電流261:高頻短波 33:奈米墨水 31The seventh figure is the magnetic field driving unit of the charging and discharging power generation and/or the magnetic-magnetizing synchronous magnetic generator of the present invention, and the magnetic poles of the magnetic flux driving unit of the magnetic-magnetizing unit Schematic diagram of the same direction " [Main component symbol description] Description of the figure: 9: Coil 91: Charge and discharge management system 10: Generator (or magnetic resonance synchronous magnetic generator) 11: Power generation and discharge device Π1: Charging and discharging device 12: collecting magnetic duct unit 121: collecting magnetic duct 13: generating coil unit 131: generating coil 132: generating coil fan 14: magnetic driving unit 15: battery or capacitor or circuit unit 16: plural The electric poles of the substrate film are printed on the surface of the substrate, and the electric poles are arranged in a circular disk 161. The surface of the substrate film is printed with coils stacked in a sheet shape 162: a conductive printed coil surface 163 is disposed around the shaft hole of the substrate film: the substrate The film is wound around the printed coil (printed electric dipole coil) 17 : Magnetic pole 18 : Rotary shaft 19 : Magnet 191 : Thin film magnet 20 : Battery 202 : Capacitor 203 : Conductor 204 : Thin film conductor 21 : Magnetic field line 22 : Magnetic wire 23: Power terminal 24: Power fan 262: Low frequency long wave 27: Metal magnetically permeable object 29: Electrical rotary joint 30: Extremely twisted nanometer 31: Substrate film 32: Insulating paper 28: Bearing sleeve 25: Magnet 钣 26: Frequency conversion Or pulse current or current 261: high frequency short wave 33: nano ink 31