TWI313955B - - Google Patents

Description

3955 攻1、發明說明： 【發明所屬之技術領域】 本發明是有關於一種動力源的產生方法，特別是指一 種使用電能以產生動能之動力源的產生方法。 【先前技術】 擎目：主要的動力源有兩種，一種是使用石化燃料的弓丨 :另-種是使用電能驅動的馬達，其"丨擎是採用燃料 於的方式推動汽紅，並藉由汽缸的往復式移動產生動力 輸出，馬達則是藉由轉子相對於定子的磁場變 ，並藉由轉子的轉動產生動力㈣。 疋轉 —般馬達已經應用在電動的汽、機車上，而且隨著石 化燃料的逐漸枯竭與價格龍有逐漸成長的趨勢，铁而 〇馬達需要纏繞出多個繞组，藉此以形成多個徑“伸的 p 由產生#向的排斥推力來使得轉子發生轉動 ，、轉動的動能是從徑向的排斥推力所分出的垂直分量， :疋以全部的排斥推力來做直接推動，所以 較大、能源轉換效率較低的缺點。 貝失 【發明内容】 因此’本發明的目的’是在於提供 來產生動能，並且力哥浐生, 種』以使用電能 之動力源的產生方法。 車义4電 於S，本發明動力源的產生方法 (A)製備一驅動元件、 步驟· 元，該驅動元件可，著^疋’及—外部磁力單 〒】/口者一圓形軌跡旋轉，並包括一位 13139553955 Attack 1, Invention Description: [Technical Field] The present invention relates to a method of generating a power source, and more particularly to a method of generating a power source using electrical energy to generate kinetic energy. [Prior Art]: There are two main sources of power, one is the use of fossil fuels: the other is the electric-powered motor, which uses fuel to promote steam red, and The power output is generated by the reciprocating movement of the cylinder, and the motor is transformed by the magnetic field of the rotor relative to the stator, and the power is generated by the rotation of the rotor (4). The motor has been applied to electric steam and locomotives, and as the petrochemical fuel is gradually depleted and the price of the dragon has gradually grown, the iron and the motor need to wind a plurality of windings to form a plurality of The diameter of the extension p is caused by the repulsive thrust of the #direction to cause the rotor to rotate. The kinetic energy of the rotation is the vertical component separated from the radial repulsive thrust. 疋 The direct urging force is used to directly push the repulsion thrust. The disadvantage of large energy conversion efficiency is low. [Brief Description] Therefore, the object of the present invention is to provide a method for generating a power source that uses kinetic energy to generate kinetic energy and use electric energy. 4 is electrically connected to S, the method for generating the power source of the present invention (A) is to prepare a driving component, a step element, and the driving component can be rotated by a circular trajectory of the mouth and the external magnetic single 〒 Including a 1313955

(C) (D) (E) 於該圓形細h的樞轉部，及-位於該樞轉部之外 :驅動部’該内部磁力單元是設置於該驅動部，該外 部磁力單元是沿著該圓形軌跡設置並可對應於該内部 磁力單元，該外部磁力單元包括一沿著該圓形執跡延 伸並可提供該内部磁力單元穿過的鎮空部。 Λ内外。P磁力單TL之間分別產生一沿著該圓形軌 跡延伸並極性相同的磁極，並藉由該等磁極之間的排 =推力使得該驅動元件沿著該圓形軌跡旋轉。 當該驅動元件受到排斥推力瞬間推動後，將該内、外 部磁力單元之間的排斥推力消除。 :該驅動元件藉由排斥推力推動而旋轉通過該鏤空部 /將相、外部磁力單元之間的排斥推力恢復。 重複該步驟（C) 牛既^ ,π、 )至4 ν驟（0 )，將使得該驅動元件 持續獲得沿著該ϋ雜跡㈣的動能。(C) (D) (E) in the pivoting portion of the circular thin h, and - outside the pivoting portion: the driving portion 'the internal magnetic unit is disposed in the driving portion, the external magnetic unit is along The circular track arrangement and may correspond to the internal magnetic unit, the external magnetic unit including a hollow portion extending along the circular track and providing access to the internal magnetic unit. Inside and outside. A magnetic pole extending along the circular track and having the same polarity is respectively generated between the P magnetic single TLs, and the driving element is rotated along the circular trajectory by the row thrust between the magnetic poles. When the driving element is momentarily pushed by the repulsive thrust, the repulsive thrust between the inner and outer magnetic units is eliminated. : The driving element is rotated through the hollow portion by the repulsive thrust pushing/recovering the repulsive thrust between the phase and the external magnetic unit. Repeating this step (C) for the cattle ^, π, ) to 4 ν (0) will cause the drive element to continue to acquire kinetic energy along the entanglement (four).

本發明的有益效果在於：本發明的内、外部磁力單元 形執跡延伸的排斥推力，因此可以讓該驅 使η::又大且直接的動能，進而利用較少的電力就能 轉：：率:件沿著該圓形軌跡旋轉，可獲得較高的能源 以達相同馬達轉速的要求條件下，本發明可 以達到較省電的使用效果， 具有製造成本低的優點。 ⑽較少的材料製造’ 【實施方式】 容、特點與功效，在 細說明t，將可清楚 有關本發明<前述及其他技術内 以下配合參考圖式之較佳實施例的詳 6 1313955 的呈現。 實施 如圖卜2所示，本發明動力源的產生方 例包含以下步驟： 之1 父佳 ⑷製備-圍繞於-圓形執跡加的殼體2〇、 30 ' rn.it 40 t 驅動 π 件The invention has the beneficial effects that the inner and outer magnetic unit shapes of the invention extend the repulsive thrust, so that the η:: large and direct kinetic energy can be driven, and then the power can be rotated with less power: : The member rotates along the circular trajectory, and a higher energy source can be obtained to achieve the same motor rotation speed. The invention can achieve a more power-saving effect and has the advantages of low manufacturing cost. (10) Less material manufacturing 'Embodiment】 Capacity, characteristics and efficacy, in detail, t will be clear about the present invention <<>> Presented. As shown in FIG. 2, the generation method of the power source of the present invention comprises the following steps: 1 parent (4) preparation - housing around the - circular obstruction 2 〇, 30 ' rn.it 40 t driving π Piece

早疋40、一外部磁力單元50,及二個 磁力感應元件60。 & —1U 下殼件22，及 s亥喊體20包括一上殼件21Early 40, an external magnetic unit 50, and two magnetic sensing elements 60. & 1U lower case member 22, and sigma body 20 includes an upper case member 21

藉由該上、下殼件21、22相結合後形成的容室^ 該容室23具有—圍繞該圓形軌跡2〇1並朝 跡201中心的開口 231。 該驅動元件30可沿著該圓形軌跡2〇1旋轉，並包 括-位於該圓形執跡201中心的樞轉部Η，及一位於 該樞轉部31之外的驅動部32，該樞轉部3ι是一轴向 與該圓形軌跡201正交的轉軸，該驅動部32具有多數 沿著該轉軸之徑向連結於該轉軸上的驅動# 321，該The chamber 23 formed by the combination of the upper and lower casing members 21, 22 has an opening 231 around the circular path 2〇1 and toward the center of the track 201. The driving member 30 is rotatable along the circular trajectory 2〇1 and includes a pivoting portion - at the center of the circular trajectory 201, and a driving portion 32 located outside the pivoting portion 31. The rotating portion 3ι is a rotating shaft orthogonal to the circular trajectory 201, and the driving portion 32 has a plurality of driving electrodes connected to the rotating shaft along the rotating shaft.

等驅動桿321是分別從該樞轉部31⑭伸通過該開= 231到該容室23中。 …該内部磁力單元40是設置於該驅動部32並位於 遺谷至23中’該内部磁力單元4〇包括多數沿著該圓 形執跡201設置於該驅動桿321末端的永久磁鐵4ι， 各該水久磁鐵41具有兩個沿著該圓形軌跡2〇1之切線 方向延伸且相反設置的磁極411，該等磁極411的極 性相異。 該外部磁力單元50包括多數沿著該圓形軌跡2〇 i 1313955 設置於該殼體20上的鐵心51、多數沿著一繞線方向 202圍繞於該等鐵心51上的繞㈣，及—沿著該圓形 軌跡201 &伸並可提供該内部磁力單元4〇冑過的鐘空 ^ 53，該繞線方向加是—與該圓職跡2Qi正交的 壤形，在本較佳實_中，該等繞線52是分別沿著該 繞線方向202繞設在料❹51上，且該等繞線^ 的兩端可分別從該開D 231處拉出纏繞，再連接到一 電源203。 ▲該等磁力感應元件6〇是沿著該圓形執跡2〇1設置 於該内、外部磁力單元40、5〇之間，該等外部磁力單 '50可配合該磁力感應元件⑽所感應的磁力變化來 改4其極性與調整磁力大小，#該驅動元件％沿著該 圓形執跡201旋轉時，該内部磁力單元4G的磁極4ιι 可通過該磁力感應元件6G並使得該磁力感應元件6〇 感應出磁力變化，在本較佳實施例中，該等磁力感應 兀件60是採用霍爾檢知器（Hall_〇r)。 :B)使該外部磁力單元5〇獲得電力產生兩相反的磁極，並 且在本較佳實施例中，如以逆時針方向觀看，使得該 永久磁鐵41與位在前方鐵心51所產生的磁極相互吸 引’同/夺與位在後方鐵心、51戶斤產生的磁極相互排斥， 因此藉由該等磁極之間的吸引與排斥推力，將使得該 驅動元件3〇沿著該圓形轨跡2〇1做旋轉。 (〇配合圖3所示，當該驅動㈣3q受到排斥推力瞬間推 動後（由® i轉動到® 3的位置），藉由該等磁力感應 8 1313955 元件60可感應出磁力 運動壯& L ± 亚侍知該驅動元件30的 、B，此枯透過該電源2〇3的控制，可 、外部磁力單元40、5〇之間的吸引與排斥推都麵士 消除，使得該，驅動元件30以慣性力量時 201做旋轉。 〜耆該®形軌跡 (D )富5亥驅動元件3〇立在+ 土、/人 ^ 猎由“的吸⑽排斥推力的推動而 、外部磁力單元4〇 / 所示再次使該内 間的排斥推力恢復，於是該 几牛3〇洗忐繼續獲得吸引與排斥推力而運 (Ε)重複該步驟（ ^ , 行驟（D)，就能使得該驅動元 Γ0持續獲得沿著該圓形執跡加做逆時針旋轉的動 :產=透過該電源203的控制來改變該等鐵心51 卜錄方向，就還能使得該㈣元件3G被停止 或/σ者順時針方向轉動。 …糟此’由於本發明的内、外部磁力單元4〇、％ =Γ二:也同於旋轉方向的排斥:力， …式，本;:===…運 -At 卞獲传較大且直接的 H㈣㈣少的電力就能使得軸動 圓形執跡加做旋轉，如此一來， 々者遠 換效率，所以h 木將τ獲仔較南的能源轉 革所以在相同馬達轉速的要求條件下， 達到較省電的佶用4里 „ Λ. 天月ΊΓ以 果’亚且月b使用較少的材料製造，具 :二成本低的優點’充分滿足市場要求使用省電、製造 成本低的使用要求及目的。 、 1313955 惟以上所述者’僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及說明書内容所作之簡單的等效變化與修飾，皆仍屬 本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一示意圖，說明本發明動力源的產生方法之較 佳實施例；The equal drive rods 321 are respectively extended from the pivoting portion 3114 through the opening = 231 into the chamber 23. The internal magnetic unit 40 is disposed in the driving portion 32 and located in the valleys 23. The internal magnetic unit 4 includes a plurality of permanent magnets 4ι disposed along the circular arch 201 at the end of the driving rod 321, respectively. The water-long magnet 41 has two magnetic poles 411 extending along the tangential direction of the circular track 2〇1 and disposed oppositely, and the polarities of the magnetic poles 411 are different. The outer magnetic unit 50 includes a plurality of cores 51 disposed on the casing 20 along the circular path 2〇i 1313955, and a plurality of windings (four) surrounding the cores 51 along a winding direction 202, and along the The circular track 201 & and can provide the internal space of the internal magnetic unit 4 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, 53, In the _, the windings 52 are respectively wound around the winding direction 202 on the magazine 51, and the two ends of the windings ^ can be respectively pulled out from the opening D 231, and then connected to a power source. 203. ▲ The magnetic sensing elements 6〇 are disposed between the inner and outer magnetic units 40, 5〇 along the circular track 2〇1, and the external magnetic unit '50 can be coupled to the magnetic sensing element (10) The magnetic force changes to change its polarity and adjust the magnetic force. When the driving element % rotates along the circular representation 201, the magnetic pole 4 ι of the internal magnetic unit 4G can pass through the magnetic sensing element 6G and make the magnetic sensing element In the preferred embodiment, the magnetic sensing element 60 is a Hall detector (Hall_〇r). : B) causing the external magnetic unit 5 to obtain electric power to generate two opposite magnetic poles, and in the preferred embodiment, as viewed in a counterclockwise direction, the permanent magnet 41 and the magnetic poles generated at the front core 51 are mutually At the same time, the magnetic poles generated by the same core and the rear core are mutually repelled, so that the attraction and repulsive thrust between the magnetic poles will cause the driving element 3 to follow the circular path 2〇. 1 do the rotation. (〇) As shown in Fig. 3, when the drive (4) 3q is pushed by the repulsive thrust moment (from the position of the ® i to the position of the ® 3), the magnetic force sensing 8 1313955 component 60 can induce the magnetic motion strong & L ± It is known that the drive element 30, B, is controlled by the power supply 2〇3, and the attraction and repulsion between the external magnetic units 40, 5〇 are eliminated, so that the drive element 30 Inertia force is rotated at 201. ~耆 The TM-shaped trajectory (D) is rich in 5 hai drive components 3 stands in + soil, / person ^ hunted by "suction (10) repelling thrust push, external magnetic unit 4 〇 / It is shown that the internal repulsive thrust is restored again, so that the several cows continue to obtain the attraction and repulsive thrusts, and the step (^, step (D) is repeated to enable the driving element to continue. Obtaining a motion that rotates counterclockwise along the circular track: Production = changing the direction of the core 51 by the control of the power source 203, so that the (4) component 3G is stopped or /σ is clockwise The direction of rotation....what this is due to the internal and external magnetic units of the present invention, % = Γ 2: also the same as the direction of rotation of the repulsion: force, ..., this;: ===... 运 - At 卞 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大 较大Do the rotation, so that the latter is far away from the efficiency, so h wood will be able to change the energy of the souther than the south, so under the same motor speed requirements, it can achieve a more energy-saving use of 4 miles „ Λ. ΊΓ ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The preferred embodiments of the present invention are not intended to limit the scope of the present invention, and the simple equivalent changes and modifications made by the scope of the present invention and the contents of the description are still within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a preferred embodiment of a method for producing a power source of the present invention;

=_2是一示意圖，說明上述該較佳實施例中 磁力單元與一外部磁力單 、 σ 接的使用狀態；及 電源連 說明上述該較佳實施例 的使用狀態。 圖3是一延續圓1的示意圖， —驅動元件朝向逆時針方向旋轉= 2 is a schematic diagram illustrating the state of use of the magnetic unit in conjunction with an external magnetic unit, σ in the preferred embodiment; and the power supply connection illustrating the state of use of the preferred embodiment described above. Figure 3 is a schematic view of a continuation circle 1 - the drive element is rotated counterclockwise

..10 1313955..10 1313955

【主要元件符號說明】 20•…. …·殼體 41 ----永久磁鐵 21 …·· …·上殼件 411… —磁極 22•.… •…下殼件 50…·· •…外部磁力單元 23•…· …·容室 51 ••… ….鐵心 231 ·· …·開口 52…… …·繞線 30…… —驅動元件 53•…· •…鏤空部 3 1•… …·樞轉部 60••… 磁力感應元件 32…·· 驅動σΡ 201 ··· •…圓形軌跡 321 ·· …·驅動桿 202… •…繞線方向 40…… …·内部磁力單元 203… …·電源[Description of main component symbols] 20•....·Case 41 ----Permanent magnet 21 ...····Upper case 411... —Magnetic pole 22•....•...Lower case 50...··•...External Magnetic unit 23•...· ...· chamber 51 ••... ... core 231 ····opening 52.........wound 30...-driving element 53•...·......hollow part 3 1•... Pivot part 60••... Magnetic induction element 32...·· Drive σΡ 201 ··· •...Circular trajectory 321 ····Drive lever 202...•...winding direction 40......internal magnetic unit 203... ·power supply

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Claims (1)

1313955 十、申請專利範圍： 1. 一種動力源的產生方法’包令以下步驟： (A)製備一驅動元件、一内部磁力單元，及一外部磁 力單元，該驅動元件可沿著一圓形軌跡旋轉，並 包括一位於該圓形執跡中心的樞轉部，及一位於 該樞轉部之外的驅動部，該内部磁力單元是設置 於該驅動部，該外部磁力單元是沿著該圓形軌跡 設置並可對應於該内部磁力單元，該外部磁力單 元包括一沿著該圓形軌跡延伸並可提供該内部磁 力單元穿過的鏤空部； (B )使該内 '外部磁力單元之間分別產生一沿著該圓 形執跡延伸並極性相同的磁極，並藉由該等磁極 之間的排斥推力使得該驅動元件沿著該圓形執跡 旋轉； (C )當該驅動元件受到排斥推力瞬間推動後，將該内 、外部磁力單元之間的排斥推力消除； (D) 當該驅動元件藉由排斥推力推動而旋轉通過該鏤 空部後’將該内、外部磁力單元之間的排斥推力 恢復；及 (E) 重複該步驟（c)至該步驟（D)，將使得該驅動 元件持續獲得沿著該圓形軌跡旋轉的動能。 2.依據申請專·利範圍第1項所述之動力源的產生方法，其 中該步驟（A)還包含製備一圍繞於該圓形軌跡的殼 拉，忒内、外部磁力單元是設置於該殼體所界定的—容 12 1313955 主Π 3,：據申請專利範圍第2項所 令，該殼體還自把 動力源的產生方法，其 〜匕枯一上殼# 相結合後形成該容室，該容室殼件，該上、下殼件 口。 —圍繞該驅動部的開 4·依據中請專㈣圍第1項所述之動 中，該驅動元件λ、、i方法，其 轉轴，該目 與該®形執跡正交的 軸上的驅動桿。 /轉軸之徑向連結於該轉 5·依據巾請專利範圍 中，該内部磁力單元包括多數:!力源的產生方法’其 ^6,, 匕括夕數/〇者該圓形執跡設置於該 ⑮動部的水久磁鐵，各哕次 執跡之切線方⑽由：有兩個沿著該圓形 性相異讀方向延伸且相反設置的磁極，該等磁極的極 6 2據申請專利範圍第2項所述之動力源的產生方法，其 。玄外部磁力早元句括冬數、 士 栝夕數〆口者該圓形軌跡設置於該 设體上的鐵心，及多數沿著一繞線方向圍繞於該等鐵心 上的繞線，該繞線方向是一與該圓形軌跡正交的環形。 依據申請專利範圍第i項所述之動力源的產生方法，其 中’該步驟（A )還包含製備一磁力感應元件，該步驟 (A)是將該磁力感應元件沿著該圓形執跡設置於該内 、外部磁力單元之間，該等外部磁力單元可配合該磁力 感應元件所感應的磁力變化來改變其極性與調整磁力大 小’當該驅動元件沿著該圓形軌跡旋轉時，該内部磁力 13 1313955 單元的磁極可使得該磁力感應元件感應磁力變化。1313955 X. Patent application scope: 1. A method for generating a power source, the following steps are performed: (A) preparing a driving component, an internal magnetic unit, and an external magnetic unit, the driving component being along a circular path Rotating and including a pivoting portion located at the center of the circular detour, and a driving portion located outside the pivoting portion, the internal magnetic unit is disposed at the driving portion, and the external magnetic unit is along the circle a shape trajectory arrangement and corresponding to the internal magnetic unit, the external magnetic unit including a hollow portion extending along the circular trajectory and providing the internal magnetic unit to pass through; (B) between the inner 'external magnetic units Generating a magnetic pole extending along the circular representation and having the same polarity, and rotating the driving element along the circular representation by the repulsive thrust between the magnetic poles; (C) when the driving element is rejected After the thrust is instantaneously pushed, the repulsive thrust between the inner and outer magnetic units is eliminated; (D) when the driving element is rotated by the repulsive thrust and is rotated through the hollow portion, Repelling thrust recovery between external magnetic units; and (E) repeating step (c) to step (D) will cause the drive element to continue to acquire kinetic energy that rotates along the circular trajectory. 2. The method according to claim 1, wherein the step (A) further comprises preparing a shell pull around the circular track, wherein the inner and outer magnetic units are disposed Defined by the casing - Capacitor 12 1313955 Main Π 3: According to the second paragraph of the patent application scope, the casing also combines the method of generating the power source, and the combination of the 匕 一 上 upper shell # a chamber, the chamber shell member, the upper and lower shell members. - the opening around the driving portion. According to the movement described in item 1 of the fourth (4), the driving element λ, i method, the rotation axis thereof, and the axis orthogonal to the TM shape Drive rod. The radial connection of the shaft is connected to the rotation. 5. According to the patent scope of the towel, the internal magnetic unit includes a plurality of:! The generation method of the force source 'its^6,, the number of the eves/the latter is set by the circle. The severance magnet (10) of each of the 15 moving parts is composed of two magnetic poles extending along the opposite direction of the circular phase and oppositely disposed, and the poles of the magnetic poles are patented according to the patent application. The method for generating a power source according to the second aspect of the invention. The outer magnetic force of the Xuan external magnetic element is the number of the winter, the number of the scorpion, the circular trajectory, the iron core disposed on the set body, and most of the windings surrounding the core along a winding direction, the winding The line direction is a ring that is orthogonal to the circular track. According to the method for generating a power source according to claim i, wherein the step (A) further comprises preparing a magnetic induction element, and the step (A) is to set the magnetic induction element along the circular representation. Between the inner and outer magnetic units, the external magnetic units can change the polarity and adjust the magnetic force when the magnetic force is induced by the magnetic sensing element. When the driving element rotates along the circular trajectory, the internal The magnetic pole of the magnetic 13 1313955 unit causes the magnetic induction element to induce a change in magnetic force. 1414