201126862 六、發明說明： 【發明所屬之技術領域】 本發明係有關-種在把儲備電力輸出給負載的省電效能上，^ 長持維護發電機正常發電運轉，且使電動馬達被非線性控制運= 過程所產生的反電動勢或渦電流，能隨時被吸收或消除的儲備電 力轉換輸出緩衝磁電共生裝置。 私 【先前技術】 按，習用儲備電力轉換輸出的農置，如中華民國證書號數第 M2 5 7 5 7 Q號「错蓄電力之轉換輪出裝置」新型專利案，’係 -充電機與市電相接上，由—計時器的時間控制，對—個以上蓄 電瓶進行充電，該蓄電瓶内之儲備電力，係經過—馬達控制器後， 供給直流馬達，且由該直流馬達之運轉帶動一交流發電機，而 交流發電所發出之電力，則以一電力箱分配電力給負載；盆中， 直流馬達對交流發電機之帶動，係配置有一個以上配重飛輪，及 設有一小型發電器’由該馬達㈣器依據小型發電ϋ之電壓，以 加大脈的方式，讓麵馬達纽重飛輪及交流發電機之負荷 轉速1速啟動之過程’逐漸增大直流馬達電流，並達到預定高 、、二據^輕轉之_飛輪運域性加速度制，令使直流 馬達料力且敎_較流發電機· 離峰時段，可進行雷 干^社用电 古電尖峰時段梢儲備電力， 间效率的轉換成負載 · 輸出裝置，1最制儲備電力之轉換 致大的特色，是把儲備在蓄電瓶内的儲備電力，經 201126862 由馬達控制器控制後輸出直流馬達，再利用直流馬達出力轴上設 配重飛輪m邊麵大扭力触赖發錢發較㈣ f交流電的負載作為電源，·基本上，整個儲備電力的轉換難’ ^維持馬達續運轉所消耗的電力，習用電力轉換輪出裝置，並 把儲備電力作最省電或最有效率的轉換利用；也就是，電 力箱分配電力給負载，錯備電力的輸出，應依負裁用 情形或多寡作對應匹配性調整（負 :舰/、’'化 比），這也表示馬達對發電機（負二二電輸出能成正 握戰）的▼動，應處於非線性運轉 難\:::，以目前的電子技術’馬達運轉被非線性控制並不 真正_岐，馬翻力軸裝上配重飛輪後，來自配重飛輪 ^卜部機瓣，嶋、咖__靖，*易準確的 Γ配重飛輪的運動達到共振，很難避免的，馬達會有反電動勢或 2電流產生’馬達過熱是首先必須面對的問題，甚至焉達产時有 運7可能；再者，馬達被非線性控制的條件因素是來自^電機 變，處於非複^種飾T ’發賴也—直受配麵輪機械能的影 常0 = 2時有電位〶低變化，勢必在電的輸出迴路上有異 :==:響!力輪_定性，甚至這類型的突波在未 然，習用健借^錢"易造成發電機瞬間内荷過高而毀損。很顯 須解ή達被^ w換輪出展置’若要發揮最佳的節能效果，必 解決馬相非舰控爾所產生献絲勢心錢的問題’ f S] 5 201126862 以及對非雜運動的發賴，能將過高或騎突賴誠消除， 、否則儲備電力轉換輸出，-直只會是―種單㈣電力轉換裳置， 也可能反而是造成耗能的-種裝置。跡中執國發明公開 ，第2〇QK97Q7號「用於解析系統電路的賴器」專利案， 可以被絲動態阻抗匹配，並推導建構出無窮級共振艙，解開 統對偶性難題，有利非線性動態系統穩紋，並包括動態因素調 整、動態適應性阻尼，適應性全通濾波器均可獲完整解析；有了， 無窮級共振臉’這使電路中的電感可作匹配性的振盤與阻尼效 應，此將對馬達運轉所產生的反電動勢或渦電流有了吸收或消除 轉決辦法’唯’如何實際麵備電力轉換輪_節能領域中得 到成效，則仍待技術上再作突破。 【發明内容】 Μ ==主要目的係在提供—種儲備電力轉換輸歧衝磁電. 電動馬卽力姆動—絲蝴娜-發電機 及第一發-电機；該電動馬達，係 筮一+^ 糸透過一與第-發電機電性連接的 弟一黾力處理模組，從—電力 鱗L駐作電力，且該電動 馬達之運轉逛電性連接有一 機輸出端則電性連接有—第一^盧起輪組驅動的第二發電 理模扭祕山 處理模組，並在該第二電力處 才果、，且的輸出端設一滹波 電力處理模組，具有一儲雷於 载使用；其中，該第一· 力，祐，„ ’、 …雨入端接入電力儲存模組端的儲備電 亚遇包括一與第一發電機電 與電動馬達電性連接的第寸網的第—整流器，一輸出端 控制-設在第一整流器與第一控⑸ 6 201126862 制器間並聯的第-超級電容；其卜該第二電力處理模组， -補充電輸人端接人電力儲存模組端的補充電力，並還包括, 第二發電機電性連接的第二整流器，—輸出端域波器電性連接 的第一控他，—設在第二整流賴第二控制n職聯的第二超 一電力處理模組之第—控制器處理電力儲存模二 的直w儲備電力雜成錢電力輸出給鶴馬達，該電動弓 第達運雜細雛併刪—發電機及 2發$機運轉發電；該第—發電機所產生的交流電力，是在麵 流成直流的再生電力後’既與電力儲存模組端輸入 =順電力终靖驗流電輪出給 2馬達持續在省電的模式下工作；該第二發電機所產生的交流 則是在經第二整綠整流成直流的負載主電力後，既直接201126862 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to the power saving performance of outputting reserve power to a load, and maintaining the normal power generation operation of the generator, and causing the electric motor to be nonlinearly controlled. = Back EMF or eddy current generated by the process, the reserve power that can be absorbed or eliminated at any time is converted to output buffered magnetic symbiosis device. Private [Prior Art] Press, the use of reserve power conversion output of agricultural, such as the Republic of China certificate number M2 5 7 5 7 Q "wrong power conversion converter device" new patent case, 'system - charger and When the utility power is connected, more than one storage battery is charged by the time control of the timer, and the reserve power in the storage battery is supplied to the DC motor through the motor controller, and is driven by the operation of the DC motor. An alternator, and the power generated by the alternating current power generation distributes power to the load by a power box; in the basin, the direct current motor is driven by the alternator, and is equipped with more than one weight flywheel, and a small power generator is provided 'The motor (4) is based on the voltage of the small power generator, in the way of increasing the pulse, let the surface motor of the flywheel and the alternator load speed start the process of 'starting gradually increase the DC motor current and reach the predetermined height. 、, 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻 轻The power of the reserve power is converted into a load and output device. The characteristic of the conversion of the most reserve power is to store the reserve power in the battery. After the motor controller is controlled by 201126862, the DC motor is output. Using the DC motor output shaft, there is a heavy-duty flywheel on the side of the flywheel. The large torque on the side of the flywheel is more than the load on the AC power supply. (IV) The load of the AC power is used as the power supply. Basically, the conversion of the entire reserve power is difficult to maintain the power consumed by the motor. The utility model uses the power conversion wheeling device and uses the reserve power as the most energy-saving or most efficient conversion utilization; that is, the power box distributes the power to the load, and the output of the wrong power should be matched according to the negative situation or the amount of the arbitrage. Sex adjustment (negative: ship /, ''ization ratio), which also means that the motor to the generator (negative two or two electric output can become a positive grip), the movement should be in a non-linear operation difficult \:::, to the current Electronic technology 'motor operation is not controlled by nonlinear _ 岐 岐 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马 马of Reaching the resonance, it is difficult to avoid, the motor will have back electromotive force or 2 current generation. 'Motor overheating is the first problem that must be faced. Even if it is produced, it may be possible. In addition, the motor is nonlinearly controlled. It is from ^ motor change, in the non-repair type T ' 发 也 — 直 直 直 直 直 直 直 直 直 直 直 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械 机械Ringing! Force wheel _ qualitative, even this type of turbulence in the first place, the use of health borrowing money "come easy to cause the generator instantaneous high load and damage. It is very obvious that the ή 被 被 被 ^ ^ ^ ^ ^ ^ 换 换 换 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若If you rely on it, you can eliminate it too high or ride it, or you will reserve the power to convert the output. It will only be a kind of single (four) power conversion, or it may cause energy-consuming devices. In the case of the invention of the invention, the second patent of QK97Q7 "Resolving the Circuit of the System" can be matched by the dynamic impedance of the wire, and the infinite-order resonant cabin can be constructed to solve the duality problem. Dynamic system stabilization, including dynamic factor adjustment, dynamic adaptive damping, adaptive full-pass filter can be fully resolved; with, infinite-level resonant face 'This allows the inductance in the circuit to be matched to the vibration plate and The damping effect, which will absorb or eliminate the back electromotive force or eddy current generated by the motor operation, 'however' how to actually prepare the power conversion wheel _ in the field of energy saving, it is still technically breakthrough. [Summary of the Invention] Μ == The main purpose is to provide a kind of reserve power conversion and dissipative magnetic power. Electric horse 卽力力动- silky-generator and first hair-motor; the electric motor, system +一+^糸 一 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸 糸^The second power generation model of the Luqi wheelset is used to twist the mountain processing module, and at the second power station, the output end is provided with a chopper power processing module, which has a mine storage device. Wherein, the first force, the ou, „ ', ... the rain inlet is connected to the power storage module end of the reserve power sub-compartment including a first rectifier electric and electric motor electrically connected to the first network of the rectifier , an output control - a first-super capacitor connected in parallel between the first rectifier and the first control (5) 6 201126862; the second power processing module, the supplementary power input terminal power storage module Supplementary power at the end, and also includes, the second generator electrical connection a second rectifier, the first control of the electrical connection of the output domain waver, the second controller of the second super-power control module of the second rectification The direct w reserve power of the second mode is output to the crane motor, and the electric bow is transported to the crane and the generator is activated by two generators. The AC power generated by the first generator is After the surface is converted into DC regenerative power, both the input to the power storage module terminal = the power supply terminal, and the second motor continues to operate in a power-saving mode; the communication generated by the second generator is It is directly after the second green is rectified into DC load main power.
通過第二控制器，或檢知清I /慮波态端低電位’自動導入電力儲存模 =«^力合併通過第二控制器，利用第二控制器 =轉換敍流纖給她進行驗處峨供作姆的電 /原，糟第一、二電力處理模纟且夕笛 暫存）過高電力突波的緩衝作用，據、;^級電容可瞬間吸收（或 轉的非線性控制，及第二控=”=一控制_動馬達運 制，能長雜鮮-、二發额正:貞制f條件的控 电機正吊發電運轉；且電動馬達被第 動===運轉控制，阻尼器並可以隨時吸收或消除反電 省5电"IL w吏電動馬達長期維持在正常運轉的最佳狀態下 1冤工作。 201126862 .共係:提供-種輯力轉緩衝磁電 第-整流器與第：制超級電容並聯在該 流電的R、s、丁三極端，是各並聯第一發電機發出交 4路，料-發電機所發㈣交流再生電 直流電通過第—控制器轉換成交流 士 成 異常的突波，能_第—超 ^動馬達的過程令， 一發電機内荷過高。電谷加叫收或暫存，據以防止第 -生ΪΓ2Γ目的係在提供—射_力轉換輸綺衝磁電 ，、生裝置’射’該第1力處理模組具有—儲 : 力儲存模組的直流儲備電力 屯j接入书 八的第一發電機再生::力：=電力合併第-整流器端進 4^.., ^ 喊衫—_8雛歧流電輸' 動馬拉作；該第—電力儲存模組，至少具有-蓄電池， 接外部電源對蓄電池充電的充 極端設有—二極體.偟㈣从畜電池的電力輸出一 與再生電力人運轉’畜電池正常送出儲備電力 電力動馬達使用，當第一發電機發出的再生 電力備電力時，即能由該二極體限制蓄電池送出儲備 ^八心動馬達得到省電工作的同時’且還使蓄電池的用電 2得到維護；而蓄電池_電正常消耗，並可經域器接入包. 電的外部電源進行電力補充性的充電。 共生2明之再—目的係在提供—種儲備電力轉換輸出緩衝磁電 其中’該第-電力處理模組之儲電輸人端接人儲備電 201126862 獨—議轉換或 w 、二目仏電輸出給電動馬達，該控制器並聯的u、V、 盥- 一極體兩極，且各串接有—被—控制晶片觸發，並 構成晶體來形成對電動馬達輸出電力的迴路，及 ==運轉動作的電路;俾對各控制晶片傳送信號或 非線性控制。3達的運轉’能依負載端用電變化或需求進行 懈提供一種儲備電力轉換輸出顺 I㈣ 制器控制電動馬達運轉動作的電路， …二::馬達頻率的變頻電路，而電性連接電動馬達的阻尼 動了控制型阻尼器；該電物阻尼器，係並聯電 ί過t、w三相位的串設有第-、二、三無窮級共振搶， —無窮級共錄與 效應，吸收或齡電動馬達的反電動勢麵電流，且該第―、， -無窮級共振賴各具有—絲賴_互電性連接，可把電動 =第多餘的電力―交勒合出來，接回第1力處理模組再利用； 一 一無窮級共振搶，分別自人—带以 電容及-實體電感線圈，俾由構件的共^組件，一 2電動勢或涡電流，並使電動馬達多餘電力，能 電感線圈處交連吸出接回第—電力處理模_還再_ . 電二一3的係在提供一 _備電力轉換輪出緩衝磁 U生裝置，其中，該第—控制器控制電動馬達運轉動作的電路， 201126862 為一控制魏馬達u、v、w三相位電流賴流電路，而電性連 接電動馬達酿尼a，是為-電流控制·尼器；該電流控制型 阻尼器，係並接電動馬達u、v、w三相位的與電動馬達的電感 線圈共同構成有第-、二、三無窮級共振搶，透過第―、二、三 無窮級共缝在電動馬達處所產生的共振效應，吸收 或消除電動馬達的反電動勢或渦電流，·上述第一、二、三無窮級· 共振艙’除電動馬達U、V、W三相位的電感線圈外，祕分別 包含有相互串並聯的二電性阻尼組件及二電容，俾構件相互作用 所產生的·效應，使電動馬辆轉所產生的反電動勢或渦電流 可以被吸收或消除。 目的儀在提供—雜備電力轉換輸出緩衝磁 二該第二電力處理模組之第二超級電容並聯在， 交、、1的R〜S —控制糾’該第二整流11與第二發電機發出 整二俾第丄Γ極端，是各並聯的串接有二個二極體構成 成直汽電通過第一 ^機所發出的負載主電力經第二整流器整流 存，據以防止第二發電機内荷過高。起礼加以吸收或暫 本發明之次又一目的係 供 電共生裝ϋφ 種觸電力無輸出緩衝磁 生衮置其中，該第二電力處 接電力储存模組；___ 入端相 蓄電池充電形成儲備蕾 疋田死電盗接外部電源對一 電，該蓄電池並由電力輸出-極端設-二極 201126862 體與第二電力處理模組之補充電輸人端電性連接；俾濾波 載用電增加’第二發電機所發出的負載主電力不敷使用而有電位 降低現象時，該補充電輸人端即會自動導人電力儲存模組端的儲 備電作為補充電力，並使補充電力合併第二整流器端進入的第二 電力，—起通過第二控_換成_輸出給遽 心處理献夠負載用電的電源，反之，負_電減少，電位昇 該二極體既會限制蓄電池送出補充電力；據以負载用電增減， 均旎維持正常供電的同時，乃使蓄泰♦ 的利用與節能。 乃使“池_備電力得到最有效率 電：ΠΓ目的係在提供電力轉換輪出緩衝磁. 第二整流器端進，載主電力直接通過 =二=端電位導入補充電力合併通過第二控 制益，該第二控制器是轉換成U、ν、^三 器處理成負載用電的電源，該第二控制器並聯的== 交流電輸出端兩極，且各串接有—被—控制晶片觸發二才 極體並聯的電晶體來形成對遽波器輸出電力的：二二 負載用電條件㈣路；俾對各㈣^傳送 及構成控制. 細端輸出給負载的電源，可以得到電流麵據以使 本發明之祕-目㈣、錢供 電共生裝置，其中，該-電動馬達之出=輪出緩衝磁 一發電機及第二發電機；該飛輪組係一被出力鱗動第 少設一磁力助推飛輪單元，該磁力助推飛輪單元轉轴上至 至少由一與轉 • [£] 201126862 軸結合的不導磁飛輪體’ -對樞設在該不導磁飛輪體外圍同步向， 内外旋擺的擺臂所構成；該不導磁飛輪體之圓外圍埋設有多數個 等分偏斜排列的被推磁鐵；該對擺臂内緣，相對不導磁飛輪體被 推磁鐵的偏斜角度，分別具有三個助推磁鐵，且該三個助推磁鐵 相同是為中心被分隔成s、N極的磁鐵塊；藉由三個助推磁鐵靠 近轉動中的不導磁飛輪體外圍永遠與射三個被推磁鐵的一極端 構成相吸瞬間轉變成相斥的助推作用；俾該磁力助推飛輪單元之 不導磁飛輪體起步由電動馬達之出力轴連動達到高速旋轉，即可， 在操作該對擺臂同步往不導磁飛輪體外圍方向夫擺後，透過助推 =鐵產生被推韻上的助推磁力，料磁雜體，據以提昇 =轴輸出的動能，並減省電動馬達的輸出能：上述該對擺臂樞設 該不導磁雜體賴’該對财上端係分淋—被正 驅動軸向位移的帶動件連接，且該正反向螺桿並 _正: =轉動作帶動旋轉;俾該不導磁飛輪體達到高二 =用\達的啟動來操作該對擺臂往不導磁飛輪體外圍夾擺產生助 w及在轉轴停止動力輸出時，可控制該馬達迴轉操作 回位待命;上述飛輪組還至少包含-與轉軸結合的 配重氣輪縣搭配該磁力助推雜單元的運作， ㈣瓣咖_，卿配重飛輪 到配重二::::能量透過磁力助推飛輪單元的助推動能轉移. 的同時^=形成匹配，據以雜產生強大扭力動能輸出 有政減> 電動馬達的能量耗損。 12 m 201126862 【實施方式] 電動:電共生裝置，如圖卜是由- 及第二發電機4〇連動讀組2Q驅動第—發電機3〇 知电俄4υ，該電動馬達2〇 0電性連接的第-電力處理模组5〇，從_==發電機3 到工作電力，且該電動馬達1〇之運触6 0得 〇;而被驗__第：細器7 一第二電力處理觀8 Q，並在該第===連接有 =-_9。輪 該弟-電力處理模組5〇，一中如圖2， 模組_的儲備電力，並還 的第一整流器52，_輸_ # 4機3q電性連接 制器5 3，-設絲—動馬達1 Q紐連接的第一控 容sc “與第—控制關並聯的第-超級電· ::，其―，如圖3’該第二電力處 電 輸=接人電力糊_端的峨力補一充電 第一發電機40電性連接的第^ 90電性連接的第二控制器8〜=8!: 一輸出端與遽波器 控制器8 3間並聯的第-超級“叹在弟—整如8 2與第二 模組50之第,如圖1，俾第一電力處理 觸〜L 處理電力儲存模_端輸人的直流. 運轉=^^㈣力輸纽絲馬達10，該钱馬達10 電機^ 她_2嶋κ細動第一發 電機30及第，機伽崎；繼，♦發電機Γ 201126862 電力’是在經第一整流器5 2整流成直流的再生 二過第：：組6 0端輸，流_合併，- 省電的模式下 H 流電輪出給電動馬達10持續在 力，則曰、=工’如圖3 ’該第二發電機40所產生的交流電 接㈣二整流1182整流成直流的負齡電力後，既直 3=嶋83，條細9_输，自動導入 子拉組6 0端直流補充電力合併通過第二控制器83，利 :-控制器8 3把直流電轉換成交流電輪出給濾波器g 〇進行 二處理後提供作為負載1〇 Q的電源；如@2、3，藉第-、. :電力處理模組5 〇、8 0之第一、二超級電容sci sc删間吸 ”（或暫存）過高電力突波的緩衝作用，據以第-控制器53對 =馬達1◦運轉的非線性控制，及第二控制器8 3對^皮器9 端負載10 0用電條件的控制，能長時維護第—、Through the second controller, or to detect the clear I / wave state end low potential 'automatically import power storage mode = «^ force combined through the second controller, using the second controller = conversion of the flow fiber to her for inspection峨 峨 姆 姆 姆 姆 姆 姆 姆 糟 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一And the second control = "= a control _ dynamic motor operation, can be long mixed -, the second round of positive: 贞 f condition of the control motor is hoisting power operation; and the electric motor is driven === operation control The damper can absorb or eliminate the anti-electricity 5 electric energy at any time. "IL w吏 electric motor is maintained in the best state of normal operation for a long time. 1 冤 work. 201126862 .Common system: provide - kind of force transfer buffer magnetic electricity - The rectifier and the first: super capacitor are connected in parallel at the R, s, and D terminals of the current, and the first generators in parallel are sent out by the four channels, and the material-generator sends (four) the alternating current regenerative DC through the first controller. As a result of the abnormal surge of the communication, the process of the _--- The internal load is too high. The electric valley is called to receive or temporarily store. According to the purpose of preventing the first-generation ΪΓ2, the system is providing the radiation-power conversion, and the first-force processing module has the Storage: DC storage power of the power storage module 屯j access to the first generator of the book eight regeneration:: force: = power merged - rectifier end-in 4^.., ^ shouting shirt - _8 chicks flow transmission The first power storage module has at least a battery, and is connected to an external power source to charge the battery. The diode is electrically connected to the battery. The battery is normally sent out to reserve the electric power motor for use. When the regenerative electric power generated by the first generator is used to reserve power, the battery can be restricted by the diode to send the reserve to the power motor to obtain power saving work while also making the battery Electricity 2 is used for maintenance; battery _ electricity is normally consumed, and can be accessed via the domain device. The external power supply for electric power is used for supplementary charging. The symbiosis is the second one. The purpose is to provide a kind of reserve power conversion output buffer magnetic power. Which 'the first - power The power storage input terminal of the processing module is reserved for 201126862. The conversion or w and the second head are output to the electric motor. The controller is connected in parallel with u, V, 盥-poles and poles. Triggered by the control wafer, and formed into a crystal to form a circuit for outputting electric power to the electric motor, and a circuit for == operation; 传送 transmitting signals or non-linear control to each control chip. The electric power change or the demand is provided to provide a circuit for controlling the operation of the electric motor by the output power conversion output cis I (four) controller, ... 2: the frequency conversion circuit of the motor frequency, and the damping of the electrically connected electric motor moves the control type damper; The electric damper is a parallel electric ί over t, w three-phase string with first, second, and third infinite resonance robes, - infinite common recording and effect, absorption or age electric motor back electromotive force surface current, And the first --, - infinite-order resonances each have a silk-electrical connection, and the electric=the extra power can be combined and returned to the first force processing module for reuse; Level resonance grab, Don't be self-contained - with capacitors and - solid inductors, 共 by the components of the components, a 2 electromotive force or eddy current, and make the electric motor excess power, can be connected at the inductor coil to pick up and return to the first - power processing mode _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The three-phase current convection circuit is electrically connected to the electric motor, and is a current-controlled damper; the current-controlled damper is connected to the electric motor u, v, w three-phase and electric motor The inductive coils are combined to form the first, second, and third infinite-order resonance grabs, and the resonance effects generated by the first, second, and third infinite stages are co-secured at the electric motor, and the back electromotive force or eddy current of the electric motor is absorbed or eliminated. The first, second, and third infinite stages · Resonance chambers except for the three-phase induction coils of the electric motors U, V, and W, respectively, contain two electric damping components and two capacitors connected in series and in parallel, and the interaction of the concrete components is generated. · Effect, so that the electric motor vehicle or the counter electromotive force generated by the rotation of the eddy current can be absorbed or eliminated. The destination instrument provides a hybrid power supply output buffer magnetic 2, the second power capacitor of the second power processing module is connected in parallel, and the R~S of the 1st, the control rectifier ' the second rectifier 11 and the second generator The second 俾 俾 丄Γ , , 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 丄Γ 丄Γ 丄Γ 丄Γ 丄Γ 丄Γ 丄Γ 丄Γ The internal load is too high. Another purpose of the present invention is to absorb or temporarily invent the invention. The power supply symbiosis device φ kind of contact power has no output buffer magnetic magnetic device, the second power is connected to the power storage module; ___ the input phase battery is charged to form a reserve bud Putian dead power pirates the external power supply to a power supply, and the battery is electrically connected by the power output-extremely-dipole 201126862 body and the second power processing module. When the main power of the load generated by the two generators is insufficient to use and the potential is lowered, the supplementary power input terminal automatically introduces the reserve power of the power storage module end as supplementary power, and merges the supplementary power with the second rectifier end. The incoming second power, up through the second control_replacement_output to the core to process the power supply for the load, and vice versa, the negative_electricity is reduced, and the potential rise of the diode not only limits the battery to send supplementary power; According to the increase or decrease of load power consumption, while maintaining normal power supply, it is the use and energy saving of the storage. It is to make "pool_prepared power get the most efficient electricity: the purpose is to provide power conversion wheel buffer magnetic. The second rectifier is terminated, the main power is directly passed through === terminal potential to introduce supplementary power and merge through the second control benefit The second controller is converted into U, ν, and ^, and is processed into a power supply for the load. The second controller is connected in parallel with the == two ends of the alternating current output terminal, and each of the series connected with the - control chip triggers two The transistor connected in parallel with the pole body forms the output power of the chopper: the power condition of the two-two load (four) road; the transmission of each (four)^ and the control of the configuration. The power output to the load is outputted by the thin-end, and the current surface can be obtained. The secret of the present invention--(4), money-powered symbiosis device, wherein the electric motor is out = the buffer magnetic one generator and the second generator; the flywheel group is one of the output a booster flywheel unit, the magnetic booster flywheel unit rotating shaft to at least one non-magnetic flywheel body combined with a turn-up [£] 201126862 shaft - a pair of pivots disposed on the periphery of the non-magnetic flywheel body, inside and outside a swinging swing arm; A plurality of driven magnets are equally embedded in the outer circumference of the magnetic flywheel body; the inner edges of the pair of swing arms have three boosting magnets respectively with respect to the deflection angle of the magnets of the non-magnetic flywheel body. And the three boosting magnets are the same as the magnet block which is divided into s and N poles at the center; and the three boosting magnets are close to the outer periphery of the rotating magnetic non-magnetic flywheel body and always shoot the extreme of the three pushed magnets. Forming the attraction moment into a repulsive boosting effect; 不 the magnetic non-magnetic flywheel body of the flywheel unit is started by the output shaft of the electric motor to achieve high-speed rotation, and the pair of swing arms are synchronized After the outer direction of the magnetic flywheel body, the boosting magnetic force is generated by the boosting iron, and the magnetic body is mixed, thereby increasing the kinetic energy of the output of the shaft and reducing the output energy of the electric motor: The non-magnetic magnetic body is pivoted to the swing arm, and the pair of fuels are connected by a driving member that is driven by the axial displacement, and the forward and reverse screws are positively rotated by the turning action; The non-magnetic flywheel body reaches the high two = use \ up start The pair of swing arms are clamped to the periphery of the non-magnetic flywheel body to generate the help w, and when the power shaft stops the power output, the motor can be controlled to be returned to standby; the flywheel set further includes at least a weight gas combined with the rotating shaft. Round County is equipped with the operation of the magnetic booster hybrid unit. (4) Petal coffee _, Qing heavy weight flywheel to counterweight 2:::: Energy is assisted by the magnetic booster flywheel unit to promote the transfer. At the same time ^= form a match, according to Miscellaneous to generate strong torque kinetic energy output has a reduction > energy consumption of electric motor. 12 m 201126862 [Embodiment] Electric: electric symbiosis device, as shown in Figure - and second generator 4 〇 linkage reading group 2Q drive - The generator 3 knows the electric power, the electric power motor 2〇0 is electrically connected to the first power processing module 5〇, from the _== generator 3 to the working power, and the electric motor 1 0 is succeeded; and the test __: 7 is a second power processing view 8 Q, and =-_9 is connected at the ===. The wheel-the power processing module 5〇, one in Figure 2, the module_the reserve power, and the first rectifier 52, the____ 4 4 3 3 electrical connection system 5 3, - set the wire - The first control volume of the moving motor 1 Q-connection is "the first-super power in parallel with the first-control switch-::,", as shown in Figure 3, the second electric power transmission = the power supply paste The second controller 8~=8! that is electrically connected to the first generator 40 electrically connected to the first generator 40 is connected to the chopper controller 8 In the younger brother - as the 8 2 and the second module 50, as shown in Figure 1, the first power processing touches ~ L processing power storage mode _ end input DC. Operation = ^ ^ (four) force input wire motor 10 , the money motor 10 motor ^ her _2 嶋 κ fine first generator 30 and the first, machine gamma; followed by ♦ generator Γ 201126862 power 'is rectified into a DC through the first rectifier 5 2 No.: Group 60 end-to-end, stream_merge, - in the power-saving mode, the H-flow wheel is supplied to the electric motor 10 for continuous force, then 曰, =工' is generated by the second generator 40 as shown in Fig. 3 AC connection (four) two After the flow 1182 is rectified into a DC negative-age power, the straight 3=嶋83, the strip 9_transmission, the automatic introduction sub-group 60 end DC supplemental power is merged through the second controller 83, and the controller 8 3 Convert DC power into AC power supply and output filter g 〇 to provide power supply as load 1〇Q after two processing; such as @2, 3, borrowing -, . : power processing module 5 〇, first of 80 The second supercapacitor sci sc is used to buffer (or temporarily) the buffering action of the excessive power surge, according to the non-linear control of the first controller 53 for the =1 motor, and the second controller 8 3 The 9-end load of the leather machine is controlled by the electric power condition of 10, and can maintain the first -,
0、4 0正常發電運轉；且電動馬達i 〇被第一控制器5X 3作非 2運轉控制’阻尼器7 0並可以隨時吸收或消除反電動勢或渴 包机’令使電動馬達1 Q長期轉在正常運轉的最餘態下省電 工作。 根據上述實施例’其中，如圖2，該第—電力處理模組5 〇 之第-超級電容SCl並聯在該第—整流器5 2與第—控制器5 3 間:該第—整流器52與第-發電機3 0發出交流電的R、s、 τ二極端’是各並聯的串接有二個二極體n m叫 構成整流電路；俾第—發電機3 0所發出的交流再生電經第一整 14 201126862 流器52整流成直流電通過第一控 電動馬達1〇的過程中，異常的突波，能利=:=给 .加以吸收或暫存’據以防止第-發電機3〇内荷： 根據上述實施例，其中， 有-儲電輸入端51接二：該第一電一 ^ 電力儲存枳組60的直流儲備電力，θ 儲備:力合併第一整流器52端進入的第再; :作一起通過第一控制器5 3轉換成交流電輪出給電動二 作’如圖4 ’該第-電力儲存模組6◦，至少具有—蓄電 ^精爾魏6丨咖咖6 2，及在 輸出一極端設有—二極體I如圖2、4，俾電動馬 2 〇運轉’輸6㈣蝴備f力鲍電力: 給電動馬達1 〇使用，杳坌出. 於儲備電力時，即！由;發電機3〇發出的再生電力電位高 力=即二極體哺㈣電池61送出儲備電 據以電動馬達10得到省電工作的同時，且還使蓄電池6^ =用電安全剌轉；而蓄電池6 i _電正常雜， 電器62接入包括市電的外部電源進行電力補充性的充電。 根據上述實施例，其中，如圖2，該第-電力處理模組5 〇 7電輸人端5 1接人職電力合併第—發電機3 0發出的再生， 2是—起通過第—控彻5 3轉換或u、V、W三相交流電輸 ^電動馬達10，該控制器並聯的U、v、&相交流電輪出 W極，且各串接有一被一控制晶片％％、仏㈣心觸發， 、、-極體D8、D9、D,。、Dn、知、並聯的電晶體、 Q4、Q5、Q6來形成對電動 動馬達1 o運轉動作的電路；俾對;^力曰的迴路，及構成控制電 , 3.c.IC5. 用電變化或需求進行非線性控制。 月匕依負載1 0 0端 根據上述實施例，其中，如圖卜 3控制電動馬達10運轉動作的電路，為二，-控制器5 率的變頻電路，而電性連接工^動馬達10頻 電壓控制酿M 7 Q · 馬達1 Q的阻尼器7 G，是為- 馬達1〇υ、ν二;錢壓控制型阻尼w聯電動 W二相位的串設有第一、一 一 7 1 ' ?2 ' 73 ―、三無窮級共振餘 7 3與變頻運轉的㈣、、—、二無窮級共振艙71、72、 wi 馬達1 Q產生共振效應，吸收或消除電動 馬達1⑽反電動勢或渦電流，且該第―、二、 = 71、7?、7。、甚办 —‘、，、窮級共振艙 電11、車垃 3還各具有-高頻變壓器74、75、76相互 ==電動馬達1〇多餘的電力交連•出來，(由”, 接口第-電力處理模组5 ◦ (v+)再利用；上 二 窮級共振艙71、72'72八…’入 一一無 2 7 3 ’刀別包含一電性阻尼組件xui、^、 細、—電容c,、c2、C3及一實體電感線圈Μ、&俾由構件組 合的共振效應，吸收電動馬達1⑽反電動勢或渦電流，並使電 動馬達1 〇多餘電力’能由高頻顏器74、75、76在電感 線圈4、l3處交連吸出（v+)接回第—電力處理模組5〇(v+) 循還再利用。又這裡的第—控制器5 3控制電動馬達工〇運轉動· 作的電路，也可以為—控制馬達i GU、v、w三相位電流的換 S3 Γ 201126862 如圖6，而電性連接電動馬達i⑽阻尼器7〇A，是 為一電流控制型阻尼器7 ηA .―兩 並接n*TT ,该電流控制型阻尼器70A，係 接电動馬達U、V、W三相位的與 示）共同構成有第-、二、祕圈（圖未 3Α，透過第 _、二、二 共振搶 71Α、72Α、7 —"、、窮級共振艙7 1a、72a、7s 感線圈處所產生的共振效應，吸收或雜電動馬 電動勢或渦電流；上述第―、二、三無級共振搶71Α、 絲八Α除电動馬達U、v、w=相位的電感線圈外， 還各刀別包含有相互串並聯的二電性阻尼組件Μ * ★、細' 電容C4、C5、C6、C7、C8、c9 ’俾構件相互作用所產生的 :振效應’使賴馬辆轉職生的反電動勢細錢相同可以 被吸收或消除。 根據上述實施例，其中，如圖3,該第二電力處理模_ -超級電容sc2並聯在該第二整流器82與第二㈣器83 間’該第二整流器82與第二發電機4〇發出交流電的r、§、 τ三極端’是各並聯的串接有二個二極體Dl4、Dl5、Di6' Dn、^& $整流電路；俾第二發電機4〇所發出的負载主電力經第二整， =8。2整流成直流電通過第二控· δ 3轉換成交流電輸出二 處理為負載1 〇 〇電源的過程中，異f的突波能利 犯加以吸收或暫存，據以防止第二發電機4 〇内 根據上述實施例’其中’如圖3、4，該第二電力處理模組具 201126862 有-歡電輸入端8 i相接電力儲存模組6 〇 ;該電力儲存模組 6 0疋由-娜6 2接外部電源對—f電池6 i充電形成儲備 電’該蓄電池6 i並由電力輸出_極端設一二極體减第二電力 處理模組8 0之補充電輸入端8 i電性連接；俾濾波器9 〇端負 載1〇 〇用電增加’第二發電機4 〇所發出的負載主電力不敷使 用而有電位降低現象時，該補充電輸入端8工即會自動導入電力 儲存模組6◦端的儲備電作為補充電力，並使補充電力合併第二 整流器8 2端進入的第二發電機4 〇負載主電力，—起通過第二 控制器8 3轉換歧流麵出給歧器9 Q處理成足夠負載^ ◦用電的電源，反之，負载1_電減少’電位昇高，該二極 =D7既會限㈣電池61送出補充電力；據以負moo用電择 ί右均能___時，騎輪61_備電力糊 取有效率的利用與節能。 的負述實施例，其中，如圖3，該第二整流器82端進入 位導入補=二通t弟,控制器83 ’或檢知滤波器90端電 轉換成^、;:：:=器83’該第二控制器83是 0用電的m笛 濾波器90處理成負载10 電的電源，该弟二控制器83並 輪出端兩極，私串接有—被—㈣日片1(： ie W—相乂流電 2° 21' D22'D23、D24、D25 並聯的電晶體 Q7、 制^、Qll ' Ql2來形成龍波器9 〇輸出電力的迴路标 制負載刚用電條件的電路；俾對各控制晶片㈣ft f Si 18 201126862 ic"'ICl2傳送信號或指令，據以使濾波器9 〇端輸出給負載丄〇 〇 的電源，可以得到電流或頻率控制。 根據上述實施例，其中，如圖i、7，該—電動馬達i 0之 出力轴1 1連動-飛輪組2 0驅動第—發電機3 Q及第二發電機 40 ;該飛輪組20係在一被出力轴丄工連動的轉柏工2上至少 設一磁力助推飛輪料2 1，棘力助推飛輪單元2 1 ，至少由 -與轉轴12結合的不導磁飛輪體2丄〇，—對樞設在該不導磁 飛輪體2 1 Q賴同步向内外旋擺的擺臂2 1 1所構成；該不導 磁飛輪體2 1 Q之圓外圍埋設有錢個等分偏斜湖的被推磁鐵 212 ’該對擺臂21 1内緣，相對不導磁飛輪體2 i 〇被推磁 鐵212的偏斜角度，分別具有三個助推磁鐵23，且該三個 助推顧2 1 3相同是為中心被分隔成s、鐵塊；藉由 二個助推磁鐵2 1 3靠近轉射財導韻倾2 i 0外圍永遠 =Γ被推磁鐵212的—極端構成相吸瞬間轉變成相斥的 步輪單元21之不導磁飛輪體21〇起. 該對擺臂2 11同步料導磁雜體21〇外財料擺後i 過助推磁鐵2 i 3產生被推磁鐵2 i 2上的助推磁力0, 4 0 normal power generation operation; and the electric motor i 〇 is controlled by the first controller 5X 3 as a non-two operation control 'damper 70 and can absorb or eliminate the back electromotive force or the thirsty charter at any time' to make the electric motor 1 Q long-term rotation In the most rest state of normal operation, power saving work. According to the above embodiment, wherein, as shown in FIG. 2, the first-super capacitor SC1 of the first power processing module 5 is connected in parallel between the first rectifier 52 and the first controller 53: the first rectifier 52 and the first - The generator R 3 emits the alternating current R, s, τ and the two extremes' are connected in parallel with two diodes. The nm is called a rectifying circuit; the first regenerative electric current from the generator 3 is first. Through 14 201126862, the flow device 52 is rectified into a direct current through the first control electric motor 1〇, the abnormal surge, the energy =:= give. Absorb or temporarily store 'in order to prevent the first generator 3 〇 internal load According to the above embodiment, wherein the power storage input terminal 51 is connected to the second: the DC power of the first power storage unit 60, and the θ reserve: the force merges with the first rectifier 52; By the first controller 5 3 converted into an alternating current wheel to the electric two to 'as shown in FIG. 4' the first power storage module 6 ◦, at least having - storing electricity ^ weier Wei 6 丨 café 6 2, and The output is set to one extreme - the diode I is shown in Figure 2, 4, and the electric horse 2 〇 operates 'transmission 6 (four) butterfly preparation f power abalone : Use 1 billion to the electric motor, when Yao dust out of power in reserve, that is.! The regenerative electric potential generated by the generator 3 is high; that is, the diode feeding (four) battery 61 sends out the reserve electric power to obtain the power saving operation of the electric motor 10, and also makes the battery 6^=electrically safely twirling; The battery 6 i _ is normally miscellaneous, and the electric appliance 62 is connected to an external power source including the mains to perform power replenishing. According to the above embodiment, wherein, as shown in FIG. 2, the first power processing module 5 〇7 is electrically connected to the human terminal 5 1 and is connected to the power generation of the first generator 3, and the second is controlled by the first control. The 5 3 conversion or u, V, W three-phase AC power transmission electric motor 10, the U, v, & phase AC electric wheel of the controller is connected to the W pole, and each of the series is connected with a control wafer %%, 仏(4) Heart trigger, ,, - polar body D8, D9, D,. , Dn, knowing, parallel transistor, Q4, Q5, Q6 to form a circuit for the operation of the electric motor 1 o; 俾 ;; ^ 曰 曰 , , 及 及 , , , , , , , , 构成 构成 构成 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. Change or demand for nonlinear control. According to the above embodiment, the circuit of controlling the operation of the electric motor 10 as shown in FIG. 3 is a frequency conversion circuit of the second, the controller 5, and the frequency of the motor 10 is electrically connected. Voltage control brewing M 7 Q · Motor 1 Q damper 7 G, is - motor 1 〇υ, ν 2; money pressure control type damping w unit electric W two phase string is provided with first, one 7 1 ' ? 2 ' 73 ―, three infinite resonance residuals 7 3 and the frequency conversion operation of (4), -, and two infinite resonance chambers 71, 72, wi motor 1 Q produce resonance effect, absorb or eliminate the electric motor 1 (10) back electromotive force or eddy current And the first, second, = 71, 7?, 7. , and do - ',,, poor resonance cabin power 11, car 3 also have - high-frequency transformers 74, 75, 76 mutual = = electric motor 1 〇 excess power cross-connected, (by), interface The first power processing module 5 ◦ (v+) reuse; the upper two poor resonance cabin 71, 72'72 eight... 'into one one without 2 7 3 'knife contains an electrical damping component xui, ^, thin, - Capacitors c, c2, C3 and a solid inductor Μ, & 共振 by the resonance effect of the combination of components, absorbing the electric motor 1 (10) back electromotive force or eddy current, and making the electric motor 1 〇 excess power ' can be high-frequency The controllers 74, 75, 76 are connected to the inductors 4, 13 at the inductive coils 4, 13 (v+) and connected back to the first power processing module 5 (v+) for reuse. Further, the first controller 5 3 controls the electric motor process. The operation and operation of the circuit can also be - control motor i GU, v, w three-phase current change S3 Γ 201126862 as shown in Figure 6, and electrically connected electric motor i (10) damper 7 〇 A, is a current control type The damper 7 ηA.―two are connected to n*TT, the current-controlled damper 70A is connected to the three phases of the electric motor U, V, W) The same composition has the first, second, and secret circle (Fig. 3, through the first, second, and second resonances, 71Α, 72Α, 7-", and the resonance of the poor resonance tanks 7 1a, 72a, 7s Effect, absorption or hybrid electric horse electromotive force or eddy current; the above-mentioned first, second, third stepless resonance grab 71 Α, wire gossip in addition to the electric motor U, v, w = phase of the inductor coil, also includes each knife Two electrical damping components in series and parallel with each other ★ * ★, fine 'capacitors C4, C5, C6, C7, C8, c9 '俾 相互作用 相互作用 俾 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 相互作用 赖 相互作用 赖 相互作用 赖 赖 赖 赖 赖The same amount of money can be absorbed or eliminated. According to the above embodiment, wherein, as shown in FIG. 3, the second power processing module _ - super capacitor sc2 is connected in parallel between the second rectifier 82 and the second (four) device 83 'the second rectifier 82 The r, §, and τ three extremes that generate alternating current with the second generator 4 are connected in parallel with two diodes Dl4, Dl5, Di6' Dn, ^& $ rectifier circuit; 4〇 The main power of the load is sent through the second whole, =8. 2 is rectified into direct current and converted into a second control · δ 3 into In the process of processing the galvanic output 2 as a load of 1 〇〇, the spur of the different f can be absorbed or temporarily stored, thereby preventing the second generator 4 from being inside the 其中 according to the above embodiment. 4, the second power processing module has 201126862 - the power input terminal 8 i is connected to the power storage module 6 〇; the power storage module 6 0 疋 -na 6 2 is connected to the external power supply pair - f battery 6 i Charging forms the reserve electric power 'the battery 6 i and is electrically connected by the electric power output _ extreme setting one diode minus the supplementary electric input terminal 8 i of the second power processing module 80; 俾 filter 9 〇 end load 1〇〇 When the electric power is increased, the main power of the load generated by the second generator 4 不 is not used, and the potential is lowered, the supplementary electric input terminal 8 is automatically introduced into the reserve power of the power storage module 6 as supplementary power. And the supplementary power is merged into the second generator 4 of the second rectifier 8 2 to enter the main power, and the switching of the distributary surface to the manifold 9 Q through the second controller 83 is processed into a sufficient load. The power supply, conversely, the load 1_electricity decreases' the potential rises, the two poles = D7 will limit (4) battery 61 to send supplementary power; according to the negative moo, the right side can be ___, the riding wheel 61_ is used for efficient use and energy saving. In the negative embodiment, wherein, as shown in FIG. 3, the second rectifier 82 is in the position of the input and the second pass, and the controller 83' or the detection filter 90 is electrically converted into ^, ;:::= 83' The second controller 83 is a zero-power m-filter 90 that is processed into a 10-power power supply. The second controller 83 is connected to the two poles of the wheel, and is connected in series to the (four) day 1 ( : ie W-phase 乂 乂 2 ° 21' D22'D23, D24, D25 Parallel transistor Q7, system ^, Qll 'Ql2 to form the dragon wave device 9 〇 output power of the circuit standard load just power conditions Circuitry; for each control chip (four) ft f Si 18 201126862 ic " 'ICl2 transmit signals or instructions, according to the output of the filter 9 terminal to the load 电源 power supply, can get current or frequency control. According to the above embodiment, Wherein, as shown in Figures i and 7, the output shaft 1 1 of the electric motor i 0 is linked - the flywheel set 20 drives the first generator 3 Q and the second generator 40; the flywheel set 20 is coupled to a shaft At least one magnetic booster flywheel material 2 is placed on the transferer 2, and the ratchet flywheel unit 2 1 is at least - combined with the shaft 12 The magnetic flywheel body 2丄〇 is configured to be pivotally disposed on the outer circumference of the non-magnetic flywheel body 2 1 Q; the outer circumference of the non-magnetic flywheel body 2 1 Q is embedded The urging magnet 212 of the deflecting lake aliquots the inner edge of the pair of swing arms 21 1 and the deflecting angle of the non-magnetic flywheel body 2 i 〇 by the push magnet 212, respectively, having three boosting magnets 23, and The three boosters 2 1 3 are the same as the center is divided into s, iron blocks; by the two boosting magnets 2 1 3 close to the turn of the financial guide rhyme 2 i 0 peripheral forever = Γ pushed magnet 212 - The non-magnetic flywheel body 21 of the step wheel unit 21 which is transformed into a repulsive moment is formed by the extreme attraction. The pair of swing arms 2 11 synchronize the magnetically conductive body 21 and the outer material is placed after the booster magnet 2 i 3 generates the boosting magnetic force on the pushed magnet 2 i 2
:體210 ’據以提昇編2輪出的動能，並減省電動J 1 0外Γ出能；上述輯擺臂2 1 1樞設在該不導磁飛輪體2 10外圍’該對擺臂2 η上端係分別與—被:輪體2 驅動軸向位移的帶動件215連接’且該正反向螺桿2二: 201126862 一馬達2 i 6的正反向旋轉動作帶動旋轉；俾該不導磁飛輪體 1 〇達到减旋轉後，據以控制馬達2丄6的啟動 臂211往不導磁飛輪體21〇賴夾擺產生助推作用力= 止動力輸出時，可控制該馬達2 1 6迴轉操作該對 ^ 1外擺回位待命；上述飛輪組2 0還至少包含—與轉軸 1 2結合的配重飛輪體2 2來搭賊磁力助推雜單元u的運 作’俾電動馬iti 〇帶動不導磁飛輪體2 : Q旋轉時—併帶動該 =輪體2 2旋轉，則該配_體2 2_性旋轉所需能 里义磁力助推飛輪單元2工的助推動能轉移到配重飛輪體2 2 上自然形成匹配，據轉軸U產生強大扭力動能輪出的同時， 有效減少魏騎1 0的能量耗損。 上說明對本發明而言只是說明性的，而非限制性的，本領域 曰通技術人㈣解，在獨離所附說明書所限定的精神和範圍的 1#下可做出許多修改、變化或等效，但都將落 護範圍内。 【圖式簡單說明】 圖1係本發明構造系統示意圖 圖2係本發料—電力驗模_造示錢 圖3係本發明第二電力處理模組構造示意圖 圖4係本發明電力儲存模_造示· 圖5係本發明電壓控制型阻尼器構造示意圖 圖6¼本翻電流控制她尼轉造示意圖 tSi 20 201126862 圖7係本發明磁力助推飛輪單元構造示意圖· 【主要元件符號說明】 電動馬達10 轉軸1 2 磁力助推飛輪單元21 擺臂2 1 1 助推磁鐵213 _ 帶動件215 . 配重飛輪體2 2 第二發電機4 0 儲電輸入端51 第一控制器5 3 二極體 D,、D2、D3、D4、D5、D6The body 210' is used to raise the kinetic energy of the 2 rounds and reduce the electric J 1 0 outer discharge energy; the above-mentioned series swing arm 2 1 1 is pivoted on the periphery of the non-magnetic flywheel body 2 10 'the pair of swing arms 2 η upper end is respectively connected with the driven member 215 which is driven by the wheel body 2 to drive the axial displacement and the forward and reverse screw 2 2: 201126862 The forward and reverse rotation of the motor 2 i 6 drives the rotation; After the magnetic flywheel body 1 〇 is reduced in rotation, the starting arm 211 of the control motor 2丄6 is controlled by the non-magnetic flywheel body 21 to generate a boosting force=stop power output, and the motor 2 1 6 can be controlled. The slewing operation is performed on the pair of outer swings; the flywheel set 20 further includes at least a counterweight flywheel body 2 2 coupled with the rotating shaft 1 2 to operate the thief magnetic booster hybrid unit u' 俾 electric horse iti 〇 Driving the non-magnetic flywheel body 2: When the Q rotates - and drives the = wheel body 2 2 to rotate, the _ body 2 2_-rotating required energy can be transferred to the magnetic booster flywheel unit 2 The counterweight flywheel body 2 2 naturally forms a match, and according to the rotating shaft U, a strong torque kinetic energy is generated, and the energy consumption of the Weiqi 10 is effectively reduced. The above description is intended to be illustrative, and not restrictive, and the skilled person in the art will be able to make many modifications, variations or changes in the spirit and scope of the invention as defined by the appended claims. Equivalent, but will fall within the scope of protection. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a construction system of the present invention. FIG. 2 is a schematic diagram of a second power treatment module of the present invention. FIG. Fig. 5 is a schematic view showing the structure of the voltage control type damper of the present invention. Fig. 61 is a schematic diagram of the current conversion of the current control tSi 20 201126862. Fig. 7 is a schematic view showing the structure of the magnetic assist flywheel unit of the present invention. 10 Shaft 1 2 Magnetic booster flywheel unit 21 Swing arm 2 1 1 Booster magnet 213 _ Driven member 215. Counterweight flywheel body 2 2 Second generator 4 0 Power storage input 51 First controller 5 3 Dipole D, D2, D3, D4, D5, D6
第一超級電容SQFirst super capacitor SQ
鲁控制晶片 IQ、IC2、IC3、IC4、IC5、IC6 -體 Dg、D9、Di。、Du、Dn、D〇 電晶體 Ql、Q2、Q3、Q4、Q5、Q6 電力儲存模組6 0 充電器6 2 阻尼器7 0、7 0 A 第一無窮級共振艙71、7 ΙΑ 苐二無窮級共振擒7 2、7 2 A 出力軸1 1 飛輪組2 0 不導磁飛輪體210 被推磁鐵212 正反向螺桿214 馬達2 16 第一發電機3 0 第一電力處理模組5 0 第一整流器5 2 蓄電池6 1 二極體d7 [Si 21 201126862Lu control wafer IQ, IC2, IC3, IC4, IC5, IC6 - body Dg, D9, Di. , Du, Dn, D〇 transistor Ql, Q2, Q3, Q4, Q5, Q6 power storage module 6 0 charger 6 2 damper 7 0, 7 0 A first infinite resonance cabin 71, 7 ΙΑ 苐Infinite Resonance 擒7 2,7 2 A Output Shaft 1 1 Flywheel Set 2 0 Non-magnetic Flywheel Body 210 Pushed Magnet 212 Positive and Negative Screw 214 Motor 2 16 First Generator 3 0 First Power Processing Module 5 0 First rectifier 5 2 battery 6 1 diode d7 [Si 21 201126862
第三無窮級共振艙7 3、7 3 A 電性阻尼器 Xui ' XU2、Xll3 ' Xll4、XU5、XU6、Xll7、Xll8、XU9 電容 Ci、C2、c3 ' C4、C5、C6、C7、C8、C9 電感線圈L|、L2、L3 高頻變壓器7 4、7 5、7 6 第二電力處理模組8 0 補充電輸入端81 • 第二整流器82 二極體 d14、d15、d16、d17、d18、d19 第二超級電容sc2 第二控制器83 控制晶片 IC7、IC8、IC9、ICi。、ICu、IC12 —體 D2。、D21、D22、D23、D24、D25 電晶體 Q7、Qs、Q9、Qi。、Qll、Ql2 _ 濾波器90 負載1 0 0 22Third infinite resonance cabin 7 3, 7 3 A Electrical damper Xui ' XU2 , Xll3 ' Xll4 , XU5 , XU6 , Xll7 , Xll8 , XU9 Capacitance Ci , C2 , C3 ' C4 , C5 , C6 , C7 , C8 , C9 Inductor L|, L2, L3 High Frequency Transformer 7 4, 7 5, 7 6 Second Power Processing Module 8 0 Supplementary Input 81 • Second Rectifier 82 Dipoles d14, d15, d16, d17, d18 D19 Second supercapacitor sc2 The second controller 83 controls the chips IC7, IC8, IC9, ICI. , ICU, IC12 - body D2. , D21, D22, D23, D24, D25 transistors Q7, Qs, Q9, Qi. , Qll, Ql2 _ Filter 90 Load 1 0 0 22