M301687 八、新型說明： 【新型所屬之技術領域】 種能 同極 本創作係有關於一種感應式磁浮轨道裝置，特別是护〜 在磁性執道之間作磁浮前進運動之磁動子，以一外力戋一彳 道中 性之感應磁動子經同性相斥作用產生推力，使該磁動子在^ 運行或改變方向之新型者。 【先前技術】 • 有關磁性原理所應用之領域，係廣泛應用在人們的生、、舌者 中，包括交通運輸的磁浮列車、生產製造業的材料弓丨導，日:二 活使用的固定吸鐵及遊樂器材或應用於科學教育的器材、王_ 等。此一科學概念，透過各種教學方法及配合有趣的器材二^ 具’係可教導孩童相關之磁性科學概念。 為此，本案創作人先前曾提出第82105519號「衝動式磁浮軌 鲁道」專利案’該内容以極低能量損耗，使磁動子在軌道中來回作 磁浮滑行，讓使用者透過實際操作及視覺觀察的方法，了解磁力 作用之特性，而能得到寓教於樂的效果。但實際操作時，仍因空 乳產生阻力等因素，而致使磁動子前進慣性漸漸耗盡而停止在轨 道中’此時需將磁動神出至軌道之一端重新予以釋放，或以外 抵動才此使磁動子持續運動，而造成中斷玩樂、遊戲方式流於 單調者。 " 【新型内容】 M301687 爰此’本創作主要目的在於提供一種能在磁性軌道之間作磁 /于别進運動之磁動子，以一外力或一相同極性之感應磁動子應用 同ϋ相斥原理產生推力，使該磁動子在軌道巾運行或改變方而； 以及配合财_之重行設計，明加不_情觀，而能提 高遊戲樂趣之新型者。 本新型褒置之結構’係包括：至少兩平行執道，該等執道係 以相同磁極以適相距成相向平行配置之鶴建構形成；至少一 »磁動子，該磁動仅紐略祕上_兩贿之舰，且置放在 。亥間距甲，磁動子兩端分卿成相異磁極，且以和軌道相向磁極 同性之雜朝上，異性之磁極朝下_式置放；藉由猶子磁極 2兩兩執道之磁極所產生之相吸力及相斥力之作用，使磁動子重 量被平衡，讓磁動子得懸浮於軌道之間；使用方式係可以觸碰磁 動子使其在執道間移動行進，或利用與該磁動子極性相斥之感應 磁動子，靠近該磁動子產生相斥效應，形成一推力而使磁動子在 ’執道中移動行進。 【實施方式】 ι閱第1及第2圖’係本創作感應式磁浮軌道裝置之運作 ，形:係至少包括兩磁性執道1G、u和—磁動子2;可了解的 疋’磁的走向係由北極向南極移動，第丨圖中設置在左右兩側的 ·、 11係以相同磁極以適當間距成相向平行配置之型態建構 形成；該磁動子2係配置在兩執道10、u之間，該磁動子2兩端 M301687 分別形成相異磁極，且以和執道1G、n相向磁極·之磁極朝 上’異性之磁極朝下的型式置放。第丨圖係顯示了#磁動子2在 初始企置在軌道1G、n之間時，其與财1G、n之相互關 係’在執道10、U南北極磁力線吸引之作訂，使磁動子2產生 了向下的力量；第2關表示出在磁動子2與軌道1G11之間， 磁動子2磁極與兩兩轨道1()、u之磁極所產生之相吸力及相斥力 之作用’使磁動子2重量被平衡，崎關浮純道之間者。M301687 VIII. New description: [New technical field] The same type of energy is related to an inductive maglev track device, especially the magnetic mover that acts as a magnetic fly forward movement between the magnetic orbits. The external force 戋 中 中 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应 感应[Prior Art] • The field of application of the magnetic principle is widely used in people's life and tongue, including the magnetic maglev train for transportation, the material guide for production and manufacturing, and the fixed suction for daily use. Iron and amusement equipment or equipment used in science education, Wang _, etc. This scientific concept teaches children's related magnetic science concepts through a variety of teaching methods and with interesting equipment. To this end, the creator of this case previously proposed No. 82105519 "Imprinted Magnetic Float Lulu" patent case, which uses the extremely low energy loss to make the magnetic mover back and forth in the orbit, allowing the user to operate through The method of visual observation, to understand the characteristics of magnetic action, can get the effect of teaching and learning. However, in actual operation, due to factors such as the resistance of the empty milk, the inertia of the magnetic mover is gradually exhausted and stops in the orbit. At this time, the magnetism is released to one end of the track and released again, or externally. This allows the magnetic mover to continue to move, resulting in interruptions in play and game play in monotonous. " [New Content] M301687 爰This 'The main purpose of this creation is to provide a magnetic mover that can make magnetic/synchronous movement between magnetic orbits. The repulsion principle generates thrust, which makes the magnetic mover run or change in the track towel; and the new type of design that can be used to enhance the fun of the game. The structure of the present invention includes: at least two parallel tracks, which are formed by constructing the same magnetic poles in a phase-parallel configuration with at least one magnetic pole; at least one magnetic mover, the magnetic motion is only slightly On the _ two bribes, and placed. The spacing between the two ends of the magnetic mover is divided into two different magnetic poles, and the magnetic poles of the opposite poles are opposite to each other, and the magnetic poles of the opposite sex are placed downwards. The magnetic poles of the two poles are used by the magnetic poles of the two sons. The effect of the phase suction and repulsive force is such that the weight of the magnetron is balanced, so that the magnetic mover is suspended between the tracks; the mode of use can touch the magnetic mover to move between the orbits, or use The magnetron is repulsive to the induced magnetron, and a repulsive effect is generated close to the magnetron, forming a thrust to cause the magnetron to move in the 'deacon'. [Embodiment] The first and second figures of the present invention are the operation of the inductive maglev track device. The shape includes at least two magnetic tracks 1G, u and - magnetic mover 2; The strike system moves from the north pole to the south pole, and the 11 series is arranged on the left and right sides in the figure, and the 11 series are formed in the form in which the same magnetic poles are arranged in parallel at appropriate intervals; the magnetic mover 2 is arranged in the two lanes 10 Between u and u, the two ends M301687 of the magnetic mover 2 respectively form dissimilar magnetic poles, and are placed in a pattern in which the magnetic poles of the opposite magnetic poles of the opposite side of the path 1G and n are facing upwards. The second figure shows that the magnetic mover 2 is related to the 1G and n when it is initially placed between the tracks 1G and n. The mover 2 produces a downward force; the second switch shows the attraction and repulsive force between the magnetic mover 2 and the track 1G11, the magnetic pole 2 magnetic pole and the magnetic poles of the two orbits 1 (), u The role of 'the magnetic mover 2 weight is balanced, the Kawasaki float between the pure road.
、…"月〔第3圖，在本創作一較佳之實施例係揭示包括有：译 11 ’5亥轨道、11的南極位於相向侧，北極位於幸」 逼、11之另側的_平行延伸，以—適當間距並行排列組成。 至少一磁動子2 ’該補子2之直徑略小於上述兩兩軌道1〇、Γ 之間距’且置放在糊距巾，磁動子2 _分獅肋異磁極， ，以和執道丄〇、u相向磁極同性之磁極朝上，異性之磁極朝下^ 式置放’藉由磁動子2磁極與兩兩軌道10、11之磁極所產生之 相吸力及相斥力之個，使磁動子2重量被平衡，讓磁動子2 . 懸浮於軌道10、H M ·火 、 1之間，备一外力觸動磁動子2時，使其在軌達 人一 祕仃進。第4圖顯示了在另—可行的實施例中，係自 s U磁動子2極性相斥之感應磁動子3，該感應磁動子3係道 ^有才干體31 ’當磁動子2停止動時，可藉由持握桿體^使感 3=近該爾子產生嫩應，形成—推力而使磁約 、、fe、、貝在執迢10、11中移動行進。 M301687 凊芩考第5圖’在本創作另一較佳實施例中，係包括有一支 架4承置上述之軌道1〇、11，使軌道1〇、u變化連結成不同走向 之組織型態；在所採的實施例中，係將執道1〇、U銜接成一環形 轨這10、11，當磁動子2被置放在執道1〇、n之間時，係形成如 第2圖所示之懸浮狀態，而在施加外力之後，磁動子2即在軌道 巾移動運行；其中_心力的緣故，該磁動子2會接觸轨道ι〇、 11之一側，而藉由磁力平衡之作用，使磁動子2略與執道、u 參接觸，所具有之浮力以及推動力維持磁動子2在軌道10、U中之 移動運行。 π *考第6 ® ’係根據第5圖衍生之—實施例，當磁動子2 具有-定的承載力時，係可在磁動子2上加農一承載物5，使其可 運行在軌道1G、11上。其中，該承載物5之外觀可一設 態’如類似汽車輪廓的觀賞效果；磁動子2，具有一軸孔21可配 • ^承f物5上所設置的⑽50，以—軸件51樞接形成可機之組 織型態。該承載物5經外力推動後，可在軌道W、U内移動運 行，例如第7圖所描繪的情形。 請參考第8及第9圖，係顯示承載物5運行在軌道1〇、^時 :結構狀態；可理解的是，綱㈣㈣_使承_ 5靠軌 、10、11之一邊行走，因此磁動子2會接觸到軌道11而形成轉 動的狀恶’摘動子2轉_方向係配合承載物5之行進方向及 與軌道10、11之接觸位置而有所不同。 8 M301687 請參考第10圖，根據第6圖所示之承载物5結構，可以了解 的是在經過-段時關運作後，行進的速度會因為空氣阻力及摩 擦力的影響’而逐漸減慢以至於停止。因此，為了增加承載物5 在軌道1〇、U上運行的賴，在一個較佳的實施例中承載物5 内可設置-馬達52 ;在使用前打開開關521啟動馬達此帶動磁動 子2 ’其行進之方向係根據馬達52之旋轉方向，酉己合依附在軌道 1G、11之内側或外側之—邊而向前或向後移動。請參考第^圖， •係顯示該具有馬達52之承載物5運行在執道10、U之實際情形， 其中馬達52可提供承載物5 一長時間運行於軌道1()、^的動力。 請參考第12圖’同樣根據第6圖之又一衍生實施例，其特徵 在於：在承載物5内部可設置—動力機構53，包括有—堝片彈簧 531轴才干532及一旋叙533。所述之蜗片彈簧53H系連結設置 在軸桿532上，雨軸桿532之兩端分別連接旋奴533 ’以及被轴件 嫌'^接串連的磁動子2,其實施方式為：使用前先轉動旋趣， ♦帶動軸桿5.32壓縮螞片彈簧531蓄積能量；當釋放旋紐533時， 使螞片科531開始覆歸運動，而驅動磁動子2開始_，使承 載物5可移動運行在軌道1G、U上，參考第13圖，據顯示該 具有動力機構53之承载物5運行在執道1〇 ' u之實際情形。 叫芩考第14、15圖，係顯示本創作感應式磁浮執 道H)、U結合支架4之結構；可知的是，執道1〇、u配合支架4 可規劃设計不同路徑方向，依照需求來連結不同構型的支架4， M301687 如直線、弧線、高低起伏等型態；其甲的連接方式可採取如第 14、15圖所#，在每段支架4的兩端向外側形成具有較大面積之 連接部41 ’ -端之連接部41形成凸齒奶，而在連接部幻之另 端形成可相對嵌合的齒槽412。在另—個可行的實施例中，在支 架4 -端設置鳩尾榫42 ’而在另端設置可對應連接的摔槽幻，增 加支条4連結的穩定性。 綜上所述，本創作所提供之感應式磁浮軌道裝置，以一外力 ►或-姻極性之錢购子3藉由·相斥原理產生推力，使該 磁=2在執道10、U中運行或改變方向；以及透過執道組織之 重❿又5丨’购加不同的作動鶴，而能增加遊戲樂趣，並在提 Z "、者在¥丨蝴磁力現象之效果上，透過實際操作以及觀 /T、可付顺佳的教學效果，而具有新穎性及進步性者。 准以上所述者’僅為本創作之一較佳實施例而已，並非用來 限疋本創作只施之範圍。即凡依本創作申請專利範圍所作之均等 變化與修都，皆為本創作專利範圍所涵蓋。 M301687 【圖式簡單說明】 第 1圖： 第 2圖： 第 3圖： 第 4圖： 第 5圖： 第 6圖： 第 7圖： 第 8圖： 圖。 第 9圖： 圖。 第 10圖 第 11圖 第 12圖 第 13圖 第 14圖 第 15圖 係 係本創作磁鐵與磁動子之磁極配置示意圖。 係第1圖磁鐵與磁動子形成平衡狀態之示意圖 係本創作磁動子在軌道上作動之動向示意圖。 係本創作配合感應磁動子之實施例示意圖。 係本創作磁動子在軌道上之運動示意圖。 圖 料奶埒贫磁動子之結構示意 第6圖之承載物在執道上之運動示意 .· 第9圖：係本創作承載物在運行中之磁動子作動狀態之後; 係本創作承載物結合馬達之結構示意圖。 係第10圖之承載物在執道上之運動示意圖。 係本創作承載物結合一動力機構之結構示意圖。 係第12圖之承載物在軌道上之運動示意圖。 係本創作轨道結合支架之結構示意圖。 穌創作轨道結合支架之另—結鮮意圖。 【主要元件符號說明】 仞、11轨道 2磁動子 21軸孔 11 M301687 3感應磁動子 31桿體 4支架 41連結部 411凸齒 412齒槽 42鳩尾榫 43榫槽 5承載物 50孔槽 51軸件 52馬達 521開關 53動力機構 531蝸片彈簧 532轴桿 533旋钮[...] [3], in a preferred embodiment of the present disclosure, the disclosure includes: translation 11 '5 Hai orbit, 11 south pole on the opposite side, Arctic on the fortunate, 11 on the other side of the parallel Extend, consisting of - arranged in parallel at appropriate intervals. At least one magnetic mover 2 'the diameter of the complement 2 is slightly smaller than the distance between the two or two tracks 1〇, Γ, and placed in the distance of the paste, the magnetic mover 2 _ lion ribs, the magnetic pole, The magnetic poles of the 丄〇 and u opposite magnetic poles face upward, and the magnetic poles of the opposite sex are placed downwards. The magnetic attraction and repulsive force generated by the magnetic poles of the magnetic poles 2 and the magnetic poles of the two orbits 10 and 11 make The weight of the magnetic mover 2 is balanced, so that the magnetic mover 2 is suspended between the track 10, HM, fire, and 1. When an external force is applied to the magnetic mover 2, it is made to break into the track. Figure 4 shows, in another alternative embodiment, an inductive magnetron 3 that is repulsive from the polarity of the s U-magnet 2, which is a magnetic mover. 2 When the movement is stopped, the feeling of the body can be increased by the holding of the rod body, and the force is generated, and the magnetic force, the fe, and the shell are moved in the steps 10 and 11. M301687 Referring to FIG. 5, in another preferred embodiment of the present invention, the bracket 4 includes a bracket 4 for receiving the above-mentioned rails 1 and 11, so that the rails 1〇 and u are connected to different tissue configurations; In the adopted embodiment, the roads 1 and U are connected to a circular rail 10 and 11, and when the magnetic mover 2 is placed between the lanes 1 and n, the system is formed as shown in FIG. The suspended state is shown, and after the external force is applied, the magnetic mover 2 moves in the orbital towel; wherein, due to the force of the heart, the magnetic mover 2 contacts one side of the track ι, 11 and is balanced by magnetic force. The role of the magnetic mover 2 is slightly in contact with the obedient, u-parameter, and the buoyancy and driving force maintain the movement of the magnetic mover 2 in the rails 10, U. π * test 6 ® ' is derived from Figure 5 - the embodiment, when the magnetic mover 2 has a certain bearing capacity, the magnetic carrier 2 can be added to the carrier 5 to make it run Tracks 1G, 11 on. Wherein, the appearance of the carrier 5 can be set to a state like a car-like viewing effect; the magnetic mover 2 has a shaft hole 21 which can be equipped with a (10) 50 disposed on the object 5, and the shaft member 51 Connected to form a tissue type. After the carrier 5 is pushed by an external force, it can be moved in the tracks W, U, for example, as depicted in Fig. 7. Please refer to the 8th and 9th figures, showing that the carrier 5 is running on the track 1〇, ^: structural state; it can be understood that the frame (4) (4) _ the bearing _ 5 is on the rail, 10, 11 one side, so the magnetic The mover 2 will contact the track 11 to form a rotating shape. The picker 2 turn-to-direction is different from the direction of travel of the carrier 5 and the contact position with the tracks 10, 11. 8 M301687 Please refer to Fig. 10. According to the structure of the loader 5 shown in Fig. 6, it can be understood that the speed of travel will gradually slow down due to the influence of air resistance and friction after the operation is turned off. So that it stops. Therefore, in order to increase the running of the carrier 5 on the rails 1〇, U, in a preferred embodiment, the motor 52 can be disposed in the carrier 5; the switch 521 is opened before use to start the motor, which drives the magnetic mover 2 The direction in which it travels is moved forward or backward depending on the direction of rotation of the motor 52, depending on the inside or outside of the rails 1G, 11. Please refer to the figure, which shows the actual operation of the carrier 5 with the motor 52 running on the way 10, U, wherein the motor 52 can provide the power of the carrier 5 to run on the track 1 () for a long time. Referring to Fig. 12, a further derivative embodiment according to Fig. 6 is characterized in that a power mechanism 53 is provided inside the carrier 5, including a cymbal spring 531 shaft 532 and a narration 533. The worm springs 53H are coupled to the shaft 532. The two ends of the rain shaft 532 are respectively connected with the snails 533' and the magnets 2 connected by the shafts. The embodiment is as follows: Before use, turn the whirlwind, ♦ drive the shaft 5.32 to compress the razor spring 531 to accumulate energy; when the knob 533 is released, the anatomy 531 begins to return to the movement, and the driven magnetophore 2 starts _, so that the carrier 5 The movable operation on the rails 1G, U, referring to Fig. 13, shows that the carrier 5 with the power mechanism 53 is operating in the actual situation of the road. It is called the 14th and 15th pictures of the test, which shows the structure of the inductive magnetic floating circuit H) and U combined with the bracket 4; it can be known that the roadway 1〇, u cooperate with the bracket 4 can plan different path directions according to It is required to connect the brackets 4 of different configurations, such as straight line, arc line, high and low undulations, etc.; the connection mode of the nails can be adopted as shown in Figs. 14 and 15 and formed on the outer side of each of the brackets 4 The connecting portion 41 of the larger area of the connecting portion 41'-end forms a convex tooth milk, and the opposite end of the connecting portion forms a relatively fitting tooth groove 412. In another possible embodiment, the dovetail 42' is disposed at the end of the bracket 4 and the corresponding slot is provided at the other end to increase the stability of the link of the support 4. In summary, the inductive maglev track device provided by the present invention generates the thrust by the external force ► or the polarity of the money purchaser 3 by the principle of repelling, so that the magnetic=2 is in the way 10, U Run or change direction; and through the heavy organization of the obstinating organization and 5 丨 'purchasing different moving cranes, can increase the fun of the game, and in the Z ", in the effect of the magnetic phenomenon of the 丨, through the actual Operation and observation / T, can pay for the teaching effect, but with novelty and progress. The above description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present application. That is, the equal changes and repairs made by the scope of the patent application for this creation are covered by the scope of the original patent. M301687 [Simple description of the diagram] Figure 1: Figure 2: Figure 3: Figure 4: Figure 5: Figure 6: Figure 7: Figure 8: Figure. Figure 9: Figure. Fig. 10 Fig. 11 Fig. 12 Fig. 13 Fig. 14 Fig. 15 Fig. Schematic diagram of the magnetic pole configuration of the magnet and the magnetizer. Fig. 1 is a schematic diagram showing the state in which the magnet and the magnetic mover are in equilibrium. The schematic diagram of the movement of the magnetic mover on the track is performed. A schematic diagram of an embodiment of the present invention in conjunction with an inductive magnetron. A schematic diagram of the motion of the created magnetic mover on the orbit. The structure of the picture of the milky lean magnetic mover indicates the movement of the load on the road in Fig. 6. Fig. 9: after the magnetic carrier of the creative carrier is in operation; A schematic diagram of the structure of the combined motor. A schematic diagram of the movement of the carrier of Figure 10 on the road. A schematic diagram of the structure of the present invention is combined with a power mechanism. Figure 12 is a schematic diagram of the movement of the load on the track in Figure 12. This is a schematic diagram of the structure of the creative track combined with the bracket. The creation of the track combined with the bracket is another. [Main component symbol description] 仞, 11 track 2 magnetic mover 21 shaft hole 11 M301687 3 induction magnetic mover 31 rod body 4 bracket 41 joint portion 411 convex tooth 412 tooth groove 42 鸠 tail 榫 43 榫 groove 5 carrier 50 hole groove 51 shaft member 52 motor 521 switch 53 power mechanism 531 worm spring 532 shaft 533 knob