201137235 六、發明說明： 【發明所屬之技術領域】 尤指一種可 續共生自主發電裝置者。 本發明係有關於一種「自發帝 曰知屯之磁能感應裝置 多組線圈同時發電，以提高發電效率之永 【先前技術】 發電機係彻電磁感應原理，將動能轉換成電能的一種裝置 參2機械，該動能之輸入有很多種，_般係以風力、水力直接推動 考X電機葉片’或火力辑燒將A4 # .....火加熱形成水蒸氣後，再以水蒸氣推 /電機葉片為取巾見’但不管其動能介質為何，習知之發電機 係均以葉片之心_磁射的線_，祕_場能產生 運動’俾透過磁力線之姆j ’來發出電流。 ’、、、：因為·§知之發電機多只有—組線圈’所以可供發出之電 _里K有限’發電效率相對不佳，再者，由於其發電量有限，所以 又有辦法進行回饋，以提供發電機葉片傳動使用，讓發電機還 疋而要直仰賴風力、水力或火力之輸入，才能繼續運轉，利用 該方式貫無法達到永續循環之自主共生發電，且容易受到外力因 素改邊（如時序進入枯水期，或汽油、柴油、煤礦價格攀升），來 、/ S 電成本與發電量，令發電機之使用會處於被動狀雜，且 不經濟者。 故本發明人即有鑑於此’乃思及創作的意念，遂以多年的碎 201137235 驗加以設計， 推出本發明。 【發明内容】 經多方探討並試作樣品試驗，及多次修正改良 乃 欲解決之技術問題點： 圈，故發電效率不佳，且容易受 成本與發電量’此乃欲解決之技 習知之發電機多只有—組線 到外力因素改變，來影響其發電201137235 VI. Description of the invention: [Technical field to which the invention pertains] In particular, a continuous symbiotic self-generating device. The invention relates to a method for generating power generation efficiency by simultaneously generating multiple sets of coils of a magnetic energy induction device of the self-made 曰 曰 【 【 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 先前 【 【 【 【 【 【 Machinery, there are many kinds of input of this kinetic energy, _ like the wind and water directly push the test X motor blade' or firepower burn A4 # ..... fire to form water vapor, then push the steam / motor The blade is seen for the towel. But regardless of its kinetic energy medium, the conventional generator system uses the heart of the blade _ magnetic radiation line _, the secret _ field can generate motion '俾 through the magnetic line of the wire j ' to emit current. ', ,,: Because the § knows that the generator only has a set of coils, so the power that can be sent out is _K-limited. The power generation efficiency is relatively poor. Moreover, due to its limited power generation, there are ways to provide feedback to provide The generator blade drive is used to make the generator still squat and rely on the input of wind, water or firepower to continue the operation. It is impossible to achieve the self-generated symbiotic power of the perpetual cycle by using this method. When the external force factors change (such as the time series enters the dry season, or the gasoline, diesel, and coal mine prices rise), the electricity cost and the power generation amount, the use of the generator will be passive and uneconomical. In view of this idea of thinking and creation, the author has designed and introduced the invention with years of breaking 201137235. [Summary of the Invention] After many discussions and trials of sample tests, and many revisions and improvements are technical problems to be solved. Point: circle, so the power generation efficiency is not good, and it is easy to be affected by the cost and power generation. 'This is the technology that is to be solved. The generators only have a change from the group line to the external force factor to affect the power generation.
術問題點者。 解決問題之技術特點： 本發明之自發電之磁能感應裝置，其自發電之磁能感應裝置 ”有弟轉盤與—第二轉盤，該第一轉盤係被夹設在二第二轉 盤間，且互相保持相隔’第―、二轉盤之巾心位置並以—傳動轴 連、’’貝穿過，利用傳動軸樞組在支撐架上，配合動力裝置之連結， 將能以傳練帶動第…二轉翻步旋轉，第―、二轉盤側端近 外周處分別環設有若干永久磁鐵與輔助磁鐵，這些永久磁鐵與輔 助磁鐵並以磁極相反之方式相鄰排列，且以相同之磁極保持相 對，又第一轉盤兩側端外在與二第二轉盤間，係均設有若干固結 在支撐架上且成環狀排列之套管，每一套管之管内均滑設有一強 力磁鐵’套管外周繞結有線圈’每一線圈之兩端均利用電線之延 伸，而接設至一蓄電池處，及該蓄電池所蓄存之部份電力係能提 供動力装置運轉使用；藉此，係能構成該自發電之磁能感應裝置 201137235 者0 對照先前技術之功效： ()本發月之自發電之磁能感應裝置，其自發電之磁能感應 裝置具有—以上之套管，每—套管上均繞結有線圈，内部均滑: 有強力磁鐵’令每-線圈、強力磁鐵均能相配合，而獨立發電，The problem of the problem. Technical features for solving the problem: The self-generating magnetic energy sensing device of the present invention, the self-generating magnetic energy sensing device "the young turntable and the second turntable, the first turntable is sandwiched between the two second turntables, and mutual Keep the position of the heart of the 'the first and second turntables' and connect them with the drive shaft and the 'Bei, use the drive shaft to pivot on the support frame, and cooperate with the power device to drive the second... Turning and turning, the permanent magnets and the auxiliary magnets are respectively arranged around the outer circumferences of the side ends of the first and second turntables, and the permanent magnets and the auxiliary magnets are arranged adjacent to each other in the opposite manner of the magnetic poles, and are kept opposite by the same magnetic poles. Further, between the two ends of the first turntable and the second turntable, there are a plurality of sleeves which are fixed on the support frame and arranged in a ring shape, and each of the sleeves is provided with a strong magnet sleeve. The outer circumference of the tube is wound with a coil. 'The ends of each coil are extended by wires, and connected to a battery, and part of the power stored in the battery can provide power device operation; thereby, the system can Structure The self-generating magnetic energy sensing device 201137235 0 is compared with the prior art: () the self-generating magnetic energy sensing device of the present month, the self-generating magnetic energy sensing device has the above-mentioned sleeve, and each sleeve is wound around There are coils and the inside is slippery: There is a strong magnet' so that each coil and strong magnet can be matched to generate electricity independently.
該同時之夕对A ’將能得舰佳之發電效益，其發電量相對可 大幅提昇者。 (-)本發明之自發電之魏感應裝置，其發出之電力除了能 提供動力裝置運_使射卜，錄之部份輕透過蓄電池進行充 電，以利用該蓄存電力之輪出，來提供家庭、卫觀電等，進以 達到水續共生的自主發電’該不用額外輸人風力、水力、火力等 動能之設計，將能達到節省能源之功效，發電時亦更經濟、環保 者。 【實施方式】 為使貴審查委員對本發明之目的、特徵及功效能夠有更進 -步之瞭解與認識，以下絲配合【圖式簡單說明】詳述如后： 通ΐ根據本發明’賴由第-圖及第二圖所示觀之，其自發 電之磁能感應裝置具有一第一轉盤（1〇)與二第二轉盤（11)，該第 〜轉盤⑽係被纽在二第二轉盤⑴）間，且互相保持相隔，第 …二轉盤⑽⑴）之中心位置並以—傳動轴⑽連續穿過，利 201137235 用傳動抽⑽樞組在支雜⑽上，配合動力裝置⑽之連結， 將能以傳動軸（12)帶動第一、二轉盤（1〇)(11)同步旋轉，第一、 二轉盤(10)(11)_近外周處分設有若干永久韻⑽與輔 助磁鐵（⑷，這些永久賴⑽與辅助磁鐵（⑷並㈣極相反之 方式相鄰湖，且以相同之磁極保持相對，又第—轉盤⑽兩侧 端外在與二第二健（11)間’係均設有若干随在支撐架⑽上 φ 且成環狀排列之套管(4〇)，每一套管⑽)之管内均滑設有一強力 磁鐵(41)，套管(40)外周繞結有線圈⑽，每一線圈（42)之兩端 均利用電線之延伸，而接設至―蓄電池⑽處，及該f電池⑽ 所蓄存之部份電力係能提供動力裝置（30)運轉使用。 其貝際使用時(請同時由第三圖及第四圖所示觀之），係以蓄 電池(50)之電力提供動力裝置(3〇)運轉使用，俾透過動力裝置⑽ 鲁帶動第-、二轉盤⑽⑴）旋轉，使第_、二轉盤⑽⑻上的 永久磁鐵（13)與輔助磁鐵⑽能同步被帶動，並交替以N極、§ 極與每-套管⑽内的強力磁鐵(41)保持相對，此時，強力磁鐵 (41)就能利用同極相彳、異極相吸之磁鐵物理性質，而交錯、往 復的在套管(40)内平移，配合線圈（42)產生磁力線切割，就能用 來發電，該發出之電力除了能提供動力裝置⑽運轉時使用外， 多餘之部份魏透過蓄f池⑽進行充電，以該蓄存電力之 輸出’來提供家庭、工業用電等，進以達到永續共生的自主發電， 6 201137235 該不用額外輪入風力、水力、火力等動能之設計，將能達到節省 能源之功效，發電時亦更經濟、環保，且因為套管（40)兩側均設 有往復轉動的永久磁鐵（13)與輔助磁鐵（14)，故將能利用輔助磁 鐵（14)之輔助相吸（或相斥），令套管（4〇)内之強力磁鐵(41)均能 平移至最大行程位置，而不用擔心強力磁鐵(41)漸遠離，而有永 久磁鐵(13)推斥或吸附不到之現象發生，其發電效率將相對高者。 鲁 又上述之動力裝置（3〇)係以馬達配合皮帶、皮帶輪或齒輪 盤之形態實施，套管⑽上在線圈（42)外周並能包覆有—外覆層 (43)，利用外覆層⑷)之隔絕’概避免發生磁力線互相干擾之 現象，該在發電時將更確實者。 另’本發明自發電之磁能感應裝置輪出之電力為直流電，作 透過交直流電力轉賊置’即可將輸出之電力應用在： g —、汽、機車電機； 二、 家庭用電； 三、 工業用電； 四、 交直流用電系統； 五、 電力伽發統上，以節省部份用電者。 藉由上述自發電之磁能感應裝置具有下列之優點：（―）其自 發電之磁能感應裝置具有_以上之套管⑽），每—套管(4〇)上^ 繞結有線圈(42)，内部均滑設有強力磁鐵⑹，令每—線圈均 201137235 強力磁鐵(41)均能相配合，而獨立發電，該同時之多組發電，將 能得到絕佳之發電效益，其發電量相對可大幅提昇者；（二）其發 出之電力除了能提供動力裝置⑽運轉時使用外，多餘之部份還 能透過蓄電池⑽進行充電，以咖該蓄存電力之輪出，來提供 家庭、工業用電等’進以達到永續共生的自主發電，該不用額外 輸入風力、水力、火力等動能之設計，將能達到節省能源之功效， φ 發電時亦更經濟、環保者。 唯以上所述者，僅為本發明之一較佳實施例而已，當不能以 之限定本發明實施之朗；即大凡依本發明申請專利顧所作之 均等變化與修飾，皆應仍屬本創作專利涵蓋之範圍内。 201137235 【圖式簡單說明】 第一圖：係本發明之立體組合圖。 第二圖：係本發明之立體分解圖。 第三圖：係本發明之組合剖面暨使用發電狀態圖。 第四圖：係本發明之使用發電暨強力磁鐵往復平移之狀態示意圖。 【主要元件符號說明】 Φ 本發明部份： 第一轉盤---（10) 第二轉盤---（11) 傳動轴----（12) 永久磁鐵---(13) 輔助磁鐵---（14) 支撐架----（20) 動力裝置一一 -(30) 套管 -(40) 強力磁鐵— --(41) 線圈 -(42) 外覆層--- --(43) 蓄電池--- -(50)At the same time, A's will be able to generate the benefits of the ship's power generation, and its power generation capacity can be significantly improved. (-) The self-generating Wei sensing device of the present invention, in addition to providing power to the power device, the part of the recording is lightly charged through the battery to utilize the wheel of the stored power to provide Family, Weiguan, etc., to achieve the independent power generation of water symbiosis', without the need to lose the wind, water, firepower and other kinetic energy design, will be able to achieve energy-saving effects, power generation is also more economical, environmentally friendly. [Embodiment] In order to enable the reviewing committee to have a more in-depth understanding and understanding of the purpose, features and effects of the present invention, the following silk is combined with the following [detailed description of the drawings] as follows: As shown in the first and second figures, the self-generating magnetic energy sensing device has a first turntable (1〇) and two second turntables (11), and the first turntable (10) is tied to the second second turntable. (1)), and kept at the same distance from each other, the center position of the second turntable (10) (1) is continuously passed through the drive shaft (10), and the 201137235 is driven by the drive (10) on the branch (10), and the connection of the power unit (10) will be The first and second turntables (11〇) (11) can be synchronously rotated by the drive shaft (12), and the first and second turntables (10)(11)_ are provided with a plurality of permanent rhymes (10) and auxiliary magnets ((4), respectively. These permanent reliances (10) are adjacent to the lake in the opposite way to the auxiliary magnets ((4) and (4), and are kept opposite by the same magnetic pole, and both the outer ends of the first turntable (10) are externally connected with the second second (11) There are a number of sleeves (4〇) that are arranged in a ring on the support frame (10), each of which A strong magnet (41) is slidably disposed in the tube of the tube (10), and a coil (10) is wound around the outer circumference of the sleeve (40), and both ends of each coil (42) are extended to the "battery (10) by the extension of the electric wire. And the part of the power stored in the battery (10) can provide the power unit (30) for operation. When it is used in the field (please view it as shown in the third and fourth figures), it is a battery ( 50) The power supply unit (3〇) is used for operation, and the first and second turntables (10)(1) are rotated by the power unit (10) to synchronize the permanent magnets (13) on the first and second turntables (10) and (8) with the auxiliary magnets (10). It is driven and alternately held in opposition to the strong magnet (41) in each sleeve (10) with the N pole and the § pole. At this time, the strong magnet (41) can utilize the magnet physics of the same pole phase and the opposite pole. The nature, while staggered, reciprocating in the casing (40), and the coil (42) to generate magnetic line cutting, can be used to generate electricity, the power generated in addition to the power device (10) can be used to operate, the excess Wei charges through the storage pool (10) and provides the home with the output of the stored electricity. , industrial power, etc., to achieve sustainable symbiosis of independent power generation, 6 201137235 This design without the need to additionally enter the wind, water, firepower and other kinetic energy, will be able to achieve energy-saving effects, power generation is also more economical, environmentally friendly, and Since both sides of the sleeve (40) are provided with reciprocating rotating permanent magnets (13) and auxiliary magnets (14), the auxiliary magnets (14) can be used to assist the suction (or repelling) to make the sleeve (4) The powerful magnet (41) in the 〇) can be translated to the maximum stroke position without worrying that the strong magnet (41) is gradually moving away, and the phenomenon that the permanent magnet (13) is replied or not adsorbed, the power generation efficiency will be relatively The taller. Lu said that the power unit (3〇) is implemented in the form of a motor with a belt, a pulley or a gear disc. The sleeve (10) is covered on the outer circumference of the coil (42) and can be covered with an outer cover (43). The isolation of layer (4)) avoids the phenomenon that magnetic lines of force interfere with each other, which will be more accurate when generating electricity. In addition, the power of the self-generating magnetic energy sensing device of the present invention is direct current, and the output power can be applied to: g-, steam, locomotive motor; second, household electricity; , industrial electricity; Fourth, AC and DC power system; 5, power supply system to save some of the electricity. The self-powered magnetic energy sensing device has the following advantages: (-) its self-generating magnetic energy sensing device has a sleeve (10) above, and each coil (4) is wound with a coil (42) The internal sliding is provided with a powerful magnet (6), so that each coil-201137235 strong magnet (41) can match, and independent power generation, the multi-group power generation at the same time, will get excellent power generation benefits, and its power generation is relatively (2) In addition to being able to provide power (10) for operation, the excess power can be charged through the battery (10) to provide home and industry for the storage of electricity. The use of electricity and other 'into achieve sustainable symbiosis of independent power generation, the need to input additional wind, water, firepower and other kinetic energy design, will be able to achieve energy-saving effects, φ power generation is also more economical and environmentally friendly. The above description is only a preferred embodiment of the present invention, and the implementation of the present invention cannot be limited thereto; that is, the equal variation and modification of the patent application according to the present invention should still belong to the present creation. Within the scope of the patent. 201137235 [Simplified description of the drawings] The first figure is a three-dimensional combination diagram of the present invention. Second Figure: A perspective exploded view of the present invention. Figure 3 is a diagram showing the combined profile of the present invention and the state of power generation. The fourth figure is a schematic diagram of the state of the invention using the power generation and the reciprocating translation of the powerful magnet. [Main component symbol description] Φ Part of the invention: First turntable---(10) Second turntable---(11) Drive shaft----(12) Permanent magnet----(13) Auxiliary magnet- --(14) Support frame----(20) Power unit one--(30) Sleeve-(40) Strong magnet—-(41) Coil-(42) Overlay----( 43) Battery----(50)