W1 项221 五、新型說明： 【新型所屬之技術領域】 θ本創作是有關於一種同軸發電機及同軸馬達，特別 疋有關於一具有内外轉子同軸之同軸發電機及同軸馬 【先前技術】 目别廣為工業所使用的發電機，其用來工業發電，一 :發。電機:口、有單-轉子’為内轉子發電機或外轉子發電 只能藉由其單—轉子以提供發電電力，功效有限。 、為工業所使用的馬達，一般亦只有單一轉子馬達， 為二=内轉子或馬達外轉子，提供馬力亦有限。本創作即 间,、-種構想’將f知之發電機或是馬達，作内外轉子 同轴之設計’以強化發電機或馬達之功效。 【新型内容】 -種知技術之問題，本創作之目魏是在提供 電機及同軸馬達，其特徵為同軸發電機 軸馬達具有同軸之内外轉子。 包含一内：創作之目的’提出-種同軸發電機。其包含 心，此 ^、一外轉子及一靜子。此内轉子包含一軸 端，此套：另❹第一軸承；外轉子連接-套軸之- 鳊連接一第二軸承。另外於内外轉子之 3 間更设置一靜子，此靜子固定於一固定架。 包人，f本創作之目的’更提出-種同軸馬達。其包含 :::達内轉子、一馬達外轉子及一靜子。此馬達内 + i = 軸心，此軸心連接多個第一軸承；馬達外轉 接一套軸之一端，此套軸另一端連接一第二軸承。 y於馬達内外轉子之間，更設置—靜子，此靜子固定 於一固定架。 承上所述，因依本創作之同軸發電機及同軸馬達， 八可具有一或多個下述優點： (1)此同軸發電機具有同軸之内外轉子，其中内外 轉子可以獨立被帶動，而内轉子及外轉子所產生的電 力由共同靜子輸出，因此所產生之電力比習知技術所 產生之電力更強大。 (2)此同軸馬達具有同轴之馬達内外轉子其中馬 ，内外轉子可以獨立被帶動及控制，其中將電源由共同 靜子輸出，而驅使馬達内轉子及馬達外轉子，因此較習 知技術所產生之效能更強大。 【實施方式】 以下將參照相關圖式，說明依本創作之同軸發電機 之實施例，為使便於理解，下述實施例中之相同元件係 以相同之符號標示來說明。 請參閱第1圖，其係為本創作之同軸發電機之示意 圖。第1圖中包含一内轉子1〇〇、一外轉子2〇〇及一靜 T 300。此内轉子1〇〇包含一軸心11〇 ,此軸心連接 ^個第一軸承120 ;外轉子200係連接一套軸21〇之一 端，此套軸210另一端連接一第二軸承220。另外於内 外轉子之間，更設置一靜子3〇〇，此靜子3〇〇固定於一 固定架310。 其中内轉子100之軸心110藉由與其連接之第一軸 承120與固定架31〇接合，意即軸心11〇連接一 =〇’第一軸承120接合固定架31〇;外轉子2〇〇藉由與 2連接之套軸210與第二軸承22〇連接，該套軸21〇與 以軸心11〇同軸，意即外轉子200連接套軸21〇，套軸 210接合固定帛310;目此藉由以上之設計㈣内轉子 100與外轉子2〇〇同軸。 ^轉子100及外轉子雇皆可獨立轉動產生電能， 、靜子300輸出。當外加扭力，如風力、水力或火力， =由=no帶動内轉子100順向旋轉時所產生的電 月匕，由共同靜子300輸出。當外加扭力反向旋轉時可經 =套2?〇帶動外轉子200旋轉’其所產生的電能也 鐵3〇:輸出。結構上，内外轉子可以是永久磁 鐵。靜子300則為繞線的金屬線圈，可以將電 能由靜子300引出。 T $ 請參閱第2圖，其係為本創作之_馬達之示意圖 。第2圖中包含一馬達内缠羊4 及一靜子議。此馬達内轉Hi—t達外轉子500 卞 U包含一轴心41〇，jf4t 心410連接多個第一軸承4 神41U此轴 承420，馬達外轉子500係連接 M381221 一套軸510之一端，此套軸51〇另一端連接一第二軸承 520。另外於馬達内外轉子之間，更設置一靜子600，此 靜子600固定於一固定架61〇。 其中馬達内轉子400之軸心410藉由與其連接之第 一軸承420與固定架61〇接合，意即軸心41〇連接第一 轴承*420，第一軸承42〇接合固定架61〇 :馬達外轉子 500藉由與其連接之套軸510與第二軸承520連接，該 套軸510與該軸心41〇同軸，意即馬達外轉子5〇〇連接 套軸510,套軸510接合固定架61〇，·因此藉由以上之設 計達到馬達内轉子400與馬達外轉子5〇〇同軸。 本創作強調將馬達内轉子4〇〇及馬達外轉子5〇〇合 而為一，成為内外轉子同軸馬達。其中馬達内外轉子^ 以獨立被帶動。同一電源由共同靜子6〇〇輸入可以分 =控制帶動馬達内轉子400及馬達外轉子5〇〇。結構上， 靜子600則為繞線的金屬線圈，可以將電能由靜子6〇〇 入，可以分別控制帶動馬達内轉子4〇〇及馬達外轉子 以上所述僅為舉例性，而非為限制性者。任何未脫 離本創作之精神與㈣，而對其進行之等效修改或變 更，均應包含於後附之申請專利範圍中。 【圖式簡單說明】 第1圖係為本創作之同軸發電機之示意圖；以及 M381221 第2圖係為本創作之同軸馬達之示意圖。 【主要元件符號說明】W1 Item 221 V. New Description: [New Technology Field] θ This creation is about a coaxial generator and coaxial motor, especially about a coaxial generator with coaxial internal and external rotors and coaxial horse [Prior Art] Don't be widely used in industrial generators, it is used for industrial power generation, one: hair. The motor: the port, the single-rotor's power generation for the inner rotor generator or the outer rotor can only provide power generation by its single rotor, and its efficiency is limited. For motors used in industry, there is usually only a single rotor motor, which is a two-inner rotor or a motor outer rotor, which provides limited horsepower. In this creation, the concept of 'generator or motor is known as the inner and outer rotor coaxial design' to enhance the efficiency of the generator or motor. [New content] - The problem of knowing technology, the purpose of this creation is to provide a motor and a coaxial motor, which is characterized by a coaxial generator shaft motor having a coaxial inner and outer rotor. Including one: the purpose of creation 'proposed-type coaxial generator. It contains the heart, this ^, an outer rotor and a static. The inner rotor comprises a shaft end, the sleeve is: another first bearing; the outer rotor connection - the sleeve shaft - is connected to a second bearing. In addition, a stator is further disposed between the inner and outer rotors, and the stator is fixed to a fixed frame. Bao Ren, f the purpose of this creation 'more proposed - a kind of coaxial motor. It consists of ::: Dana rotor, a motor outer rotor and a stator. Inside the motor, + i = the shaft center, which is connected to a plurality of first bearings; the motor is externally connected to one end of one of the shafts, and the other end of the shaft is connected to a second bearing. y between the inner and outer rotors of the motor, a stator is further arranged, and the stator is fixed to a fixed frame. According to the above, the coaxial generator and the coaxial motor according to the present invention can have one or more of the following advantages: (1) The coaxial generator has a coaxial inner and outer rotor, wherein the inner and outer rotors can be independently driven, and The electric power generated by the inner rotor and the outer rotor is output by a common stator, so that the generated electric power is stronger than that generated by the conventional technology. (2) The coaxial motor has a coaxial inner and outer rotor of the motor, wherein the inner and outer rotors can be independently driven and controlled, wherein the power source is outputted by a common stator, and the inner rotor of the motor and the outer rotor of the motor are driven, thereby being produced by conventional techniques. The performance is more powerful. [Embodiment] Hereinafter, embodiments of a coaxial generator according to the present invention will be described with reference to the related drawings. For the sake of understanding, the same components in the following embodiments are denoted by the same reference numerals. Please refer to Figure 1, which is a schematic diagram of the coaxial generator of the present invention. The first figure includes an inner rotor 1〇〇, an outer rotor 2〇〇, and a static T 300. The inner rotor 1〇〇 includes a shaft center 11〇 connected to the first bearing 120; the outer rotor 200 is connected to one end of the shaft 21〇, and the other end of the sleeve shaft 210 is connected to a second bearing 220. In addition, between the inner and outer rotors, a stator 3 is further disposed, and the stator 3 is fixed to a fixing frame 310. The shaft core 110 of the inner rotor 100 is engaged with the fixing frame 31 by the first bearing 120 connected thereto, that is, the shaft core 11〇 is connected to a first bearing 120 to engage the fixing frame 31〇; the outer rotor 2〇〇 The sleeve shaft 21 is connected to the second bearing 22〇, and the sleeve shaft 21〇 is coaxial with the shaft core 11〇, that is, the outer rotor 200 is coupled to the sleeve shaft 21〇, and the sleeve shaft 210 is coupled to the fixed jaw 310; By the above design (4) the inner rotor 100 is coaxial with the outer rotor 2〇〇. ^Rotor 100 and the outer rotor can be independently rotated to generate electric energy, and the stator 300 is output. When a torque, such as wind, water, or fire, is applied, the electric eclipse generated when the inner rotor 100 rotates in the direction of =no is output by the common stator 300. When the applied torque is reversely rotated, the outer rotor 200 can be rotated by the sleeve 2? ’, and the electric energy generated by it is also output. Structurally, the inner and outer rotors can be permanent magnets. The stator 300 is a wound metal coil that can be extracted from the stator 300. T $ Please refer to Figure 2, which is a schematic diagram of the motor. Figure 2 contains a motor wrapped around the sheep 4 and a static discussion. The motor internal rotation Hi-t reaches the outer rotor 500 卞U includes a shaft center 41〇, the jf4t core 410 is connected to the plurality of first bearings 4 God 41U the bearing 420, and the motor outer rotor 500 is connected to one end of the M381221 set of shafts 510, The other end of the sleeve 51 is connected to a second bearing 520. Further, between the inner and outer rotors of the motor, a stator 600 is further disposed, and the stator 600 is fixed to a fixing frame 61. The shaft 410 of the inner rotor 400 of the motor is engaged with the fixing bracket 61 by the first bearing 420 connected thereto, that is, the shaft 41 is connected to the first bearing *420, and the first bearing 42 is engaged with the fixing bracket 61: motor The outer rotor 500 is connected to the second bearing 520 by a sleeve shaft 510 connected thereto. The sleeve shaft 510 is coaxial with the shaft core 41, that is, the motor outer rotor 5 is connected to the sleeve shaft 510, and the sleeve shaft 510 is coupled to the fixing frame 61. 〇, · Therefore, by the above design, the inner rotor 400 of the motor is coaxial with the outer rotor 5 of the motor. This creation emphasizes that the motor inner rotor 4〇〇 and the motor outer rotor 5 are combined to form an inner and outer rotor coaxial motor. The inner and outer rotors of the motor are driven independently. The same power source can be divided by the common stator 6〇〇 input = control to drive the motor inner rotor 400 and the motor outer rotor 5〇〇. Structurally, the stator 600 is a wound metal coil, which can be electrically driven by the stator 6 and can be separately controlled to drive the inner rotor 4 of the motor and the outer rotor of the motor. The above is merely illustrative, not restrictive. By. Any deviation from the spirit of this creation and (4), and equivalent modifications or changes to it, shall be included in the scope of the attached patent application. [Simple description of the diagram] Figure 1 is a schematic diagram of the coaxial generator of the present invention; and Figure 2 of the M381221 is a schematic diagram of the coaxial motor of the present invention. [Main component symbol description]
100 ： 内轉子； 110 ： 轴心； 120 ： 第一軸承； 200 ： 外轉子； 210 ： 套軸； 220 ： 第二轴承； 300 ： 靜子； 310 ： 固定架； 400 ： 馬達内轉子； 410 ： 轴心； 420 ： 第一軸承； 500 ： 馬達外轉子； 510 ： 套軸； 520 ： 第二軸承； 600 ： 靜子；以及 610 ： 固定架。100: inner rotor; 110: shaft center; 120: first bearing; 200: outer rotor; 210: sleeve shaft; 220: second bearing; 300: stator; 310: holder; 400: motor inner rotor; 410: shaft Heart; 420: first bearing; 500: motor outer rotor; 510: sleeve shaft; 520: second bearing; 600: stator; and 610: holder.