201102500 九、發明說明： 【發明所屬之技術領域】 本發明是屬於發動機之領域，尤指一種全新的非消耗能 - 源之發動機。 人類之發動機共分兩類，第一類熱機轉發動機，第二類 電磁驅動機，所謂熱機轉發動機也即瓦特蒸汽—類利用煤,、 油能源。第二類馬達以電驅動，其中絕大多數也有賴燃料發 電發動推動。 本發明是利用強力磁鐵之鈸鐵硼NdFeBn作能源，加以 合理的空間安排’達到推動機械之目的。 【先前之技術】 如前述，由瓦特爲首的熱機能發動機，不外乎以燃料加 熱，再加上機械各種方式的設計，盡可能取燃料在急速氧化 過程（燃燒時）發出的熱加以利用，促成機械的運轉。 本發明一反過去方式，以不耗能源之方式，依賴純磁力 位移機件爲人類工作。也即歷來人類認爲不可能;^設計-不 耗能源發動機。 【發明內容】 利用磁鐵相吸原理，此一原理人人均知可產生能’但吸 合后啓開至少也要化同等之力解除，根本是一種無酬工作’ 本發明之最大特點便是獲得相吸之力，而輕而易舉的又啓 201102500 【對照先前技術之功效】 如前敘，牛頓起蒙以來之熱機能推動之發動機，首先必 須產生熱源，第二步才是利用物理學熱漲原理，推動機械爲 人類工作之目的達到了，但人類付出代價是能源的快速消失 換來的是空氣的污染，臭氣層之破壞，地球表層昇溫，接;f 去就是人類的無法生存。但本發明即正對此類危機而誕生了 ，它將提供人煩一種全新的技術，此技術向人類提出后，它 不耗能源，不發熱，機械不易消損，空氣不會污染，無聲無 自。 心、 【實施方式】 爲達到慣性輪(3)之運動力傳達均衡，本案將原案三隻推 動輪(1)改爲兩隻，慣性輪(3)夾在上述兩輪中間，兩推動輪(1) 週邊各框兩UI架，依賴阻擋器(24)和UI架(13)磁鐵拉力而 產生本設計利用磁鐵產生能’又爲了免被吸死，利用推動輪 (1)邊凸出之推動桿(D)使磁鐵(23)吸(29)之吸到磁鐵(28)1/2 長度，以利啓開’此時推動輪(1)受慣性拉力繼續^轉’而其 邊緣之推動桿(D)(推動桿）順從推動輪之慣性將υι架(13) 推離，Ul(13)本身此時受其下端共通軸(27)拉住，因此之故 形成UI架(13)之頂端作一弧形位移，離開推動輪(1)邊緣’ 但因其尾端有彈簧片(25)瞬間又恢復原來直立位置’以便迎 接又一次推動桿(D)之來臨，周而復始即形成，此一機器作永 恆運動。又者，磁鐵28之斜角和UI架下之磁鐵29相遇’其 間有小隔離，又因有推動桿(D)推力所形成’因之形成兩磁鐵 相遇，易開啓。 201102500 【主要元件說明】 (1) 推動輪。 (2) 機売。 (3)慣性輪。 (D)推動桿。 (13)UI架（圖六） (21)串通堆動輪及慣性輪之軸。 (24) 阻擋器 (25) 彈簧片。 (26) 軸承。 (27) UI架尾端。串通軸承之共同軸。 (28) 磁鐵（推動輪）。 (29) 磁鐵（UI架）。 【圖式簡單說明】 第一圖：本發明一端剖圖，顯示內部說明，箭頭示以旋轉方 向，D爲凸出之推動桿，通過主軸和向_之D不在 同一直徑兩端，UI框在推動輪邊。 第二圖：U1架(13)依阻擋器(24)並立。 第三圖：D未離UI架前，相對邊之D未觸及其旁邊之UI架 〇 第四圖：UI架在D之壓力下離開阻擋器。 « 第五圖：爲第二圖之剖圖。 第六圖：爲UI架之放大圖。201102500 IX. Description of the invention: [Technical field to which the invention pertains] The invention belongs to the field of engines, and more particularly to a brand new non-consumption energy source engine. The human engine is divided into two categories, the first type of heat engine to the engine, the second type of electromagnetic drive machine, the so-called heat engine to the engine, that is, the watt steam - the use of coal, oil energy. The second type of motor is electrically driven, and the vast majority of them are also powered by fuel. The invention utilizes a strong magnet of NdFeB NdFeBn as an energy source, and a reasonable space arrangement ‘to achieve the purpose of propelling machinery. [Previous technology] As mentioned above, the heat engine engine headed by Watt is not only fuel-heated, but also mechanically designed to take advantage of the heat generated by the rapid oxidation process (burning). To promote the operation of the machine. The present invention is an anti-pastial method that relies on a purely magnetic displacement mechanism for human work in a non-energy-consuming manner. That is, humans have always believed that it is impossible; ^ design - no energy-consuming engine. [Summary of the Invention] Using the principle of magnet attracting, this principle is known to produce energy. But after opening and closing, at least the same force is released. It is a kind of unpaid work. The biggest feature of the present invention is that Get the power of attraction, and easily start again 201102500 [Compared with the efficacy of the prior art] As mentioned above, the engine driven by Newton’s heat engine must first generate heat source, and the second step is to use the principle of physics heat rise. The purpose of promoting machinery for human work has been achieved, but the price paid by mankind is the rapid disappearance of energy in exchange for air pollution, the destruction of the odor layer, the warming of the earth's surface, and the fact that human beings cannot survive. However, the present invention is being born for such a crisis, and it will provide a new kind of technology for people. After the technology is proposed to humans, it does not consume energy, does not generate heat, the machinery is not easy to be damaged, the air is not polluted, and there is no sound. from. Heart, [Embodiment] In order to achieve the balance of the motion force of the inertia wheel (3), the case will change the three push wheels (1) of the original case to two, and the inertia wheel (3) will be sandwiched between the two wheels and the two push wheels ( 1) Two UI racks in the surrounding frame, relying on the tension of the blocker (24) and the UI rack (13) to generate the energy generated by the magnet. In order to avoid being sucked to death, the push of the push wheel (1) is promoted. The rod (D) causes the magnet (23) to suck (29) to the magnet (28) 1/2 length to facilitate the opening of the 'pulsing wheel (1) by the inertial pulling force at this time and the edge of the push rod ( D) (pushing rod) obeys the inertia of the pushing wheel and pushes the υι frame (13) away. Ul(13) itself is now pulled by its lower common axis (27), thus forming the top of the UI frame (13). An arc-shaped displacement, leaving the edge of the push wheel (1), but because of the spring end (25) at the end of the end, it returns to the original upright position in order to greet the arrival of another push rod (D), which is formed by the cycle, this machine For an eternal movement. Moreover, the oblique angle of the magnet 28 and the magnet 29 under the UI frame meet each other with a small isolation, and the thrust of the push rod (D) is formed, so that the two magnets meet to form an easy opening. 201102500 [Explanation of main components] (1) Push the wheel. (2) Machine. (3) Inertia wheel. (D) Push the rod. (13) UI rack (Fig. 6) (21) The shaft of the stacking wheel and the inertia wheel. (24) Blocker (25) Spring piece. (26) Bearings. (27) The end of the UI frame. The common axis of the colluding bearing. (28) Magnet (pushing wheel). (29) Magnet (UI stand). [Simple description of the drawing] The first figure: one end section of the present invention, showing the internal description, the arrow shows the direction of rotation, and D is the protruding push rod. The main axis and the arrow D are not at the same diameter, and the UI frame is at Push the wheel. Second picture: The U1 frame (13) stands side by side with the stopper (24). The third picture: D is not in front of the UI frame, the opposite side of the D does not touch the UI frame next to it 〇 The fourth picture: the UI frame leaves the blocker under the pressure of D. « Figure 5: A section of the second figure. Figure 6: An enlarged view of the UI shelf.