、M367517 r 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種磁推吸式磁刷發電裝置，特別是指一種 利用磁鐵之同極相斥現象’在可磁化物質吸引感應磁鐵前，於中 二柱體的另一端以斥推磁鐵推動感應磁鐵以增加感應磁鐵的位 •移，增加發電效率與單一機構的發電功率。 .【先前技術】 鲁，自攸法拉第發現電磁感應現象之後，以此現象所發展的發電技 術可說層出不窮，主要應用原理乃是感應定律，即磁通量變化率可 感應生電，產生電力之必要條件係改變通過線圈之磁場或是磁場通 過線圈面積以產生感應電動勢。然而，先前主要技術層面乃著重 在線圈上，藉由線圈運動以改變磁場通過線圈的面積，此乃因為單 =質罝的磁鐵之磁場不夠大之故。如今磁鐵磁場強度在技術的不斷 提升，使得以磁鐵運動來改變磁場強度更具有應用之價值。 在此之4，雖然也有為數不少的創作以磁鐵運動來改變磁通量 馨的方式產生電力，諸如改變磁通量的方式，使產生感應電動勢，發 出電力之手搖式手電筒，其缺點為產生電力時，需要往復的來回甩 動’使得發電能力隨著使用者不同而變化。 本創作藉此揭露一種磁推吸式磁刷發電裝置，以磁鐵同極相斥 的特性推動感應磁鐵及可磁化物質吸引感應磁鐵，使得感應磁鐵位 ‘置改變來回穿越感應線圈，進而造成感應線圈之磁通量發生改變， 以產生電能；其中作動裝置可配合，諸如咕咕鐘之機構亦或風車等 方式組成一持續且穩定的發電機組。 5 -M367517 ' 【新型内容】 為突破現階段磁刷式發電機發展瓶頸，本創作乃在於提供—種 具有定值、便利且成本低廉之即動生電的發電機裝置。 纟創作内容在提供-種磁推吸式磁刷發電裝置，其具有中空柱 體、感應磁鐵、感應線圈、斥推磁鐵、可磁化物質，而感應磁^ 置於中空柱體内部，感應線圈設置於中空柱體外部。 又 ’本創作之磁推吸式磁刷發電裝置，有別於一般傳統發電機 .應原理，採用改變通過感應線圈磁場大小的方式，以產生 籲過磁鐵同極相斥的特性推動残庫磁 透 饤丨罹動α應磁鐵及可磁化物質吸引感應磁 鐵，使感應磁鐵產生位移來回穿過感應線圈，而造成通過感應線圈 之磁場改變，、以發生感應電動勢。再配合連續之直線或圓周等作動 裝置，達到感應電動勢持續而穩定的輸出功能。 【實施方式】 參照第1圖，係本創作磁推吸式磁刷發電裝置之整體示意圖。 磁推吸式磁刷發電裝置包含—磁推吸式磁刷發電機i⑼以及一作 動裝置2G0。利用作動襄置帶動斥推磁鐵及可磁化物質以推吸 感應磁鐵通過感應線圈發雷，來Λ、目士 %电肜成具有磁刷式功能之發電機。 參照第2 ® ’料示於第1圖中之磁推吸式磁刷發電機示意 圖。磁推吸式磁刷發«⑽包含—中空柱豸⑻、—感應磁鐵 102、-感應線圈103、_斥推磁鐵1〇4及一可磁化物質1〇5組成。 再參照第3圖’當置於中空柱體内—端的感應磁鐵⑽，配合作動 裝置旋轉方式轉動轉盤2〇2，將同極之斥推輯ι〇4及可磁化 物質⑻定位’由於感應磁鐵1〇2與斥推磁鐵1〇4具有同極相斥現 象，再搭配感應磁鐵102與可磁化物質1〇5間的吸引現象，將感應 6 M367517 磁鐵102推往中空柱體ι〇1 ^ 之另一端，並通過纏繞於中空柱體101 之感應線圈1 〇 3，由咸庵awj, 1 、感應磁鐵102通過感應線圈103時磁通量改 變’而產生感應電動勢。 參’、第3圖再藉由作動裝置2⑼以—平行軸训帶動兩側轉 盤2〇2旋轉方式，另一組再改變斥推磁鐵104及可磁化物質105的 位置’重複上述步驟’達到持續而穩定的發電功能。 ;、、;、本創作已&佳貫施例揭露如上，然其並非用以限定本 .創作’任何熟習此技藝者’在不脫離本創作之精神和範_，當可 作各種之更動與潤飾，因此本創作之㈣範圍當視後附之中請專利 範圍所界定者為準。 【圖式簡單說明】 第1圖係為本創作磁推吸式磁刷發電裝置之整體示意圖。 第2圖係為摘作磁推吸式卿發電裝置將巾空㈣、錢磁鐵、 感應線圈、斥推磁鐵及可磁化物質等組成一單一完整磁推吸式磁刷 發電機示意圖。 第3圖係為本創作磁推吸式磁刷發電裝置將軸及轉盤等組成—單 —完整作動裝置示意圖。 【主要元件符號說明】 100磁推吸式磁刷發電機 101中空柱體 10 2感應磁鐵 1〇3感應線圈 104斥推磁鐵 1 〇5可磁化物質, M367517 r VIII, new description: [New technology field] This creation is related to a magnetic push-type magnetic brush power generation device, especially refers to the use of magnets of the same pole repellent phenomenon 'at the magnetizable material to attract the induction magnet Before, at the other end of the middle two cylinders, the induction magnet is pushed by the repulsive magnet to increase the position and shift of the induction magnet, thereby increasing the power generation efficiency and the power generation of a single mechanism. [Prior Art] Lu, since Faraday discovered the phenomenon of electromagnetic induction, the power generation technology developed by this phenomenon can be said to be endless. The main application principle is the law of induction, that is, the rate of change of magnetic flux can induce electricity generation and the necessary conditions for generating electricity. The magnetic field or magnetic field passing through the coil is changed to pass through the coil area to generate an induced electromotive force. However, the previous main technical aspect focused on the coil, by moving the coil to change the area of the magnetic field through the coil, because the magnetic field of the single magnet is not large enough. Nowadays, the magnetic field strength of magnets is constantly improving in technology, making it more applicable to change the magnetic field strength by magnet movement. In this case, although there are a lot of creations that use magnet movement to change the magnetic flux to generate electricity, such as changing the magnetic flux, so that the induced electromotive force is generated, and the hand-powered flashlight that emits electricity has the disadvantage of generating electricity. Reciprocating back and forth is required to make the power generation capability vary from user to user. The present invention discloses a magnetic push-type magnetic brush power generating device, which pushes the induction magnet and the magnetizable substance to attract the induction magnet by the characteristics of the magnet repulsive with the pole, so that the position of the induction magnet changes back and forth through the induction coil, thereby causing the induction coil The magnetic flux is changed to generate electrical energy; wherein the actuating device can be combined with a mechanism such as a cymbal clock or a windmill to form a continuous and stable generator set. 5 -M367517 ' [New content] In order to break through the bottleneck of the development of magnetic brush generators at present, this creation is to provide a generator device with fixed value, convenience and low cost.纟The content of the creation is provided by a magnetic push-type magnetic brush power generator having a hollow cylinder, an induction magnet, an induction coil, a repulsive magnet, and a magnetizable substance, and the induction magnet is placed inside the hollow cylinder, and the induction coil is disposed. Outside the hollow cylinder. Moreover, the magnetic push-type magnetic brush power generation device of the present invention is different from the conventional conventional generator. The principle is to change the magnetic field size of the induction coil to generate the characteristics of the magnet repelling with the same polarity. The induction magnet is attracted by the magnet and the magnetizable substance, so that the induction magnet is displaced back and forth through the induction coil, and the magnetic field passing through the induction coil is changed to generate an induced electromotive force. It is combined with a continuous linear or circumferential actuator to achieve a continuous and stable output of the induced electromotive force. [Embodiment] Referring to Fig. 1, an overall schematic view of a magnetic push-type magnetic brush power generator of the present invention is shown. The magnetic push type magnetic brush power generating device comprises a magnetic push type magnetic brush generator i (9) and an actuating device 2G0. The actuating device drives the repeller magnet and the magnetizable substance to push the induction magnet to mine through the induction coil, and the cymbal is turned into a generator with a magnetic brush function. Refer to Figure 2 for the schematic diagram of the magnetic push-type magnetic brush generator shown in Figure 1. The magnetic push type magnetic brush «(10) comprises - a hollow column (8), an induction magnet 102, an induction coil 103, a repulsion magnet 1〇4, and a magnetizable substance 1〇5. Referring to Figure 3, when the induction magnet (10) is placed in the hollow cylinder, the rotating device rotates the turntable 2〇2 with the rotating device, and the repulsion of the same pole and the magnetizable material (8) are positioned. 1〇2 and the repulsive magnet 1〇4 have the same polarity repulsive phenomenon, and then the attraction between the induction magnet 102 and the magnetizable substance 1〇5, the induction 6 M367517 magnet 102 is pushed to the hollow cylinder ι〇1 ^ At the other end, the induced electromotive force is generated by the induction coil 1 〇3 wound around the hollow cylinder 101, and the magnetic flux is changed by the salty awj, 1 and the induction magnet 102 through the induction coil 103. In the figure, the third figure is driven by the actuating device 2 (9) to rotate the two sides of the turntable 2〇2 by the parallel shaft, and the other set to change the position of the repulsive magnet 104 and the magnetizable substance 105 to repeat the above steps. And stable power generation. ;;,;; This creation has been & good examples to expose the above, but it is not intended to limit this. The creation of 'anyone who is familiar with this artist' does not deviate from the spirit and scope of this creation, when it can be used for various changes and Retouching, therefore, the scope of (4) of this creation is subject to the definition of the scope of patents. [Simple description of the drawing] The first figure is an overall schematic diagram of the magnetic push-type magnetic brush power generating device. The second figure is a schematic diagram of a single complete magnetic push-type magnetic brush generator which is composed of a magnetic push-type type power generation device, which is composed of a towel (4), a money magnet, an induction coil, a repulsive magnet and a magnetizable substance. The third figure is a schematic diagram of a single-complete operation device composed of a shaft and a turntable, etc., which is a magnetic push-type magnetic brush power generating device. [Main component symbol description] 100 magnetic push-type magnetic brush generator 101 hollow cylinder 10 2 induction magnet 1〇3 induction coil 104 repulsive magnet 1 〇5 magnetizable substance