M414760 五、新型說明： 【新型所屬之技術領域】 本創作係與發電模組有關，特別是關於一種藉由振動 或位移而發電的發電模組。 【先前技術】 -般人在日常生活中都會使用到許多遙控器，例如電 視機、冷氣機等等家電用品的遙控器、建築物大門的遙控 器、汽車中控鎖的遙控器’或者Wii遊戲機的操控搖桿等 等，該等遙控器通常都是藉由電池供電，所以很容易發生 電池突然沒電卻無其他電池可更換的狀況，相當不方便。 然而，前述該等遙控器都是會被使用者移動其位置的可動 器具，有些還會被人們隨身攜帶而長時間隨人體晃動，甚 至’遊戲機的操控搖桿更會被使用者刻意地劇烈搖晃。 換言之，使用者在無意間已施予該等遙控器許多動 能，若該些動能可在遙控器中轉換為電能，即可供應該遙 控器所需用電，不但節省金錢與能源，更可避免突然沒電 的狀況。甚至’大部分遙控器每次被使用的時間都很短， 僅靠使用者在使用前將遙控器搖晃數秒以提供動能，其所 轉換出的電能可能已足以提供遙控器該次用電，如此一 來’該遙控器即不需使用任何電池。 【新型内容】 本創作之主要目的即在於提供一種振動位移發電模 3 M414760 組’可藉由振動或位移而發電’以節省金錢與能源，並可 用以k升需使用電能之可動器具的便利性。 為達成上述目的，本創作所提供之振動位移發電模組 包含有：-殼體，具有-容置空間；一線圈裝置，係設於 該殼體，且該裝置的位置係對應至該容置空間之一前 側及-後側之間，·-電路裝置，係與該線圈裝置電性連 接，且該電路裝置具有-儲電元件；以及—第—磁性體， 係設於該殼體之容置空間，並可於該容置空間的前側及後 侧之間直線移動，且該第一磁性體之磁場可通過該線圈裝 3又；一可動器具，例如遙控器等 二：，具振動或位移時可报容易地使該第-磁性體 ‘二，内位移’甚至在該容置抑的前側及後側之 使得通過該線圈裝置的磁通量改變，進 圈裝置產生電流並將電能儲存在該儲電元件該 用以提供該可_具所 性 源，並可戦該可動料m電，㈣可提升其便: 有關本創作所提供之振動 予以描述。“，在本創作領 ”’一 解二=:r應能瞭 以限制本創作之專利申請範 特點、組裝或使时式，料細構造、 W 後續的實施方式詳細說明中 丨者應能 僅係用於說明本創作，並非用’ ’q/千、Μ付疋實施例 圍 M414760 【實施方式】 明太H將藉由所列舉之實施例配合隨附之圖式，詳細說 月本創作之技術内容及特徵，其_: 發電】第一較佳實施例所提供之振動位移 第二圖為設有本創作該第—較佳實施例所提供之發電 模組的可動器具之剖視示意圖； 發雷If圖為本創作—第二較佳實施例所提供之振動位移 發電模組之剖視示意圖；以及 第四®為本難-第三錄實施例所提供之振動位移 發電模組之剖視示意圖。 :請人首先在此制，在以下將要介紹之實施例以及 圖式中，相同之參考號碼，表示㈣或類似之科 構特徵。 / 請先參閱第一圖，本創作一第一較佳實施例所提供之 立移發電模組H)包含有_殼體2G、—線圈裝置％、 電路褒置40，以及一第一磁性體％。 該殼體20可由銘、塑鋼、壓克力等等不具鐵電性 材料所製成，且該殼體20具有一容置空間22。 該線圈裝置3〇包含有一導體32 II線圈繞组34, 該導體32係藉由環氧機或合賴料強力接著劑而固 疋於該殼體2G外側，該線圈繞組34係繞設於 32。該線圈裝置30的位置係對應至該容置空間u之一前 5 M414760 側222及一後側224之間，且該線圈裝置3〇之一中心軸 線36係與該容置空間22之前後方向相互垂直。該線圈繞 組34之二端係與該電路農置4G電性連接且該電路裝置 40具有-整流電路41及—儲電元件42，該儲電元件42 可為一電容或可重複充電之電池。 該第一磁性體50為-長條形磁鐵，係設於該殼體2〇 之容置空間22 ’並受該容置空間22限制而僅能於其前侧 222及後側224之間直線移動，使得該第一磁性體％之 磁極方向係保持垂直於該容置空間22之前後方向，函 此，該線_置30之中心軸線36係保持與該第—磁性體 50之磁極方向平行，亦即與該第—磁性體％的 相互垂直，如此-來，該第一磁性體5〇之 過該線圈裝置3G，且當該第—磁性㈣在該容置空—^ 内移動時，通過該線圈裝置3〇 :使得r圏裝置3。產生感應軸而;電= 產生之電能儲存於該儲電元件42。 如第二_示，前述本創作所提供之振動位移發電模 二用電可動11具60，且該可動器具60具有 器，其用=7:，該可動器具6〇為-遙控 裝置:，電= 錢輸出端子622的電路 該電路裝置可與該發電模組1〇 一電路裝置，亦可為另-與該電路掌置4〇路^置4〇為同 路裝置。在本實衝，峨模接之電 連接於該可動器㈣之殼體，=2體2G係一體 然而，該殼體20亦可與該 可動益具60相互獨立地設於該可動器具6〇。該可動器具 0被使用者隨身攜帶或拿著使用時該可動器具6〇之振 動或位移可很容易地使該第_磁性體％在該容置空間η 内位移’甚至在該容置空間22的前側222及後側224之 門^線往復移動’進而產生電能，該電能可用以提供該用 電單元62所需用電’以節省錢與能源，並可避免該可 動器具6g m電’因而可提升其便利性。事實上該 發電換組1G可②於任何可移動之物體甚至人體，並不 限於需要使用電能的器具。 如第三圖所示，前述本創作所提供之振動位移發電模 組10中’該殼體20之容置空間22内可具有至少一彈性 件70，該彈性件70可設於該容置空間22之前側扣及 後側224中較常與該第—磁性體％接觸者，或者，亦可 於該前侧222及後側224分別設_彈性件％，如此可避 免該第一磁性體50與該殼體20因碰撞而產生噪音，且更 可提升該卜磁性體5〇的移錢率，進而提升二發電模 組10之發電量。如第四圖所示，前述各該彈性件7〇可由 一與該第一磁性體50相斥的第二磁性體8〇取代，亦可達 到避免噪音產生及提升發電量之功效。 最後，必須再次說明，本創作於前揭實施例中所揭露 的構成元件’僅為舉例說明，並非用來限制本案之範圍 其他等效元件的替代或變化’亦觸杨之巾請專圍 所涵筌。 固 【圖式簡單說明】 第一圖為本創作一第一較佳實施例所提供之振動位移 發電模組之剖視示意圖； 第一圖為設有本創作該第一較佳實施例所提供之發電 模組的可動器具之剖視示意圖； 第三圖為本創作一第二較佳實施例所提供之振動位移 發電模組之剖視示意圖；以及 第四圖為本創作一第三較佳實施例所提供之振動位移 發電模組之剖視示意圖。 【主要元件符號說明】 振動位移發電模紕10 殼體20 容置空間22 前側222 後側224 線圈裝置30 導體32 線圏繞組34 中心轴線36 電路裝置40 儲電元件42 第一磁性體50 整流電路41 可動器具60 訊號輸出端子622 彈性件70 第二磁性體80 用電單元62M414760 V. New Description: [New Technology Field] This creation is related to power generation modules, especially for a power generation module that generates electricity by vibration or displacement. [Prior Art] - Many people use a lot of remote controls in their daily lives, such as remote controls for home appliances such as TVs, air conditioners, remote controls for building doors, remote controls for car-controlled locks, or Wii games. The control of the joystick, etc., these remote controls are usually powered by batteries, so it is easy to cause the battery to suddenly lose power but no other battery can be replaced, which is quite inconvenient. However, the aforementioned remote controllers are all movable devices that can be moved by the user, and some of them are carried by people and shake with the human body for a long time, and even the control joystick of the game machine is more and more deliberately severely degraded by the user. shake. In other words, the user has inadvertently applied a lot of kinetic energy to the remote controllers. If the kinetic energy can be converted into electric energy in the remote controller, the power required for the remote controller can be supplied, which not only saves money and energy, but also avoids Suddenly no electricity. Even the 'most remote controls are used for a short time each time. The user can shake the remote control for a few seconds to provide kinetic energy before use. The converted power may be enough to provide the remote control for the power. One is that the remote control does not require any battery. [New content] The main purpose of this creation is to provide a vibration displacement power generation module 3 M414760 group 'power generation by vibration or displacement' to save money and energy, and can be used to facilitate the convenience of moving appliances that need to use electric energy. . In order to achieve the above object, the vibration displacement power generation module provided by the present invention comprises: a housing having an accommodating space; a coil device disposed on the housing, and the position of the device corresponding to the accommodating a circuit device is electrically connected to the coil device, and the circuit device has a storage element; and a first magnetic body is disposed in the housing a space is disposed, and is linearly movable between a front side and a rear side of the accommodating space, and a magnetic field of the first magnetic body can be mounted through the coil; and a movable device, such as a remote controller, etc., has vibration or When displacement, it can be easily reported that the first magnetic body 'two internal displacement' even on the front side and the rear side of the accommodation causes the magnetic flux passing through the coil device to change, and the inlet device generates electric current and stores the electric energy therein. The power storage component is used to provide the source of the singularity, and the power of the movable material m can be increased, and (4) can be improved: the vibration provided by the present invention is described. "In this creative collar" '一解二=:r should be able to limit the characteristics of the patent application of this creation, assembly or timing, material structure, W follow-up implementation details, the lieutenant should be able to It is used to explain this creation, not to use ''q/千,Μ付疋 例 围 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 414 明 明 明 明 明 明 明 明 明 明 明 明Contents and features, the following is a schematic cross-sectional view of a movable device provided with the power generating module provided by the first preferred embodiment of the present invention; The Ray If diagram is a schematic cross-sectional view of the vibration displacement power generation module provided by the second preferred embodiment; and the fourth section of the vibration displacement power generation module provided by the present embodiment schematic diagram. The first person is hereby made, and in the embodiments and drawings which will be described below, the same reference numerals indicate (4) or similar structural features. Please refer to the first figure. The vertical power generation module H) provided by the first preferred embodiment includes a housing 2G, a coil device %, a circuit arrangement 40, and a first magnetic body. %. The housing 20 can be made of a non-ferroelectric material such as ingot, plastic steel, acryl, etc., and the housing 20 has an accommodation space 22. The coil device 3A includes a conductor 32 II coil winding 34. The conductor 32 is fixed to the outside of the casing 2G by an epoxy machine or a strong adhesive, and the coil winding 34 is wound around 32. . The position of the coil device 30 corresponds to the front 5 M 414760 side 222 and a rear side 224 of the accommodating space u, and a central axis 36 of the coil device 3 is connected to the accommodating space 22 Vertical to each other. The two ends of the coil winding 34 are electrically connected to the circuit 4G and the circuit device 40 has a rectifier circuit 41 and a power storage component 42. The power storage component 42 can be a capacitor or a rechargeable battery. The first magnetic body 50 is an elongated magnet, which is disposed in the accommodating space 22 ′ of the casing 2 并 and is limited by the accommodating space 22 and can only be linear between the front side 222 and the rear side 224 . Moving, the magnetic pole direction of the first magnetic body is kept perpendicular to the front and rear directions of the accommodating space 22, and the central axis 36 of the line _30 is kept parallel to the magnetic pole direction of the first magnetic body 50. , that is, perpendicular to the first magnetic body, such that the first magnetic body 5 passes through the coil device 3G, and when the first magnetic (four) moves within the accommodation space, Through the coil device 3: the r device 3 is made. The induction shaft is generated; the electric energy generated is stored in the electric storage element 42. As shown in the second aspect, the vibration displacement power generating die provided by the above-mentioned creation is electrically movable 11 with 60, and the movable device 60 has a device, which uses =7:, the movable device 6 is - remote control device: = Circuit of the money output terminal 622 The circuit device can be connected to the power generation module 1 or a circuit device, or can be placed in the same circuit as the circuit. In the actual punching, the die is electrically connected to the casing of the actuator (4), and the body 2 is integrated into the body. However, the casing 20 may be provided separately from the movable body 60 to the movable device 6〇. . When the movable device 0 is carried by the user or is used, the vibration or displacement of the movable device 6 can easily displace the _ magnetic body % in the accommodating space η even in the accommodating space 22 The front side 222 and the rear side 224 are reciprocatingly moved to generate electric energy, which can be used to provide power for the electric unit 62 to save money and energy, and can avoid the movable device 6g. Therefore, the convenience can be improved. In fact, the power generation group 1G can be used for any movable object or even the human body, and is not limited to appliances that need to use electric energy. As shown in the third embodiment, the oscillating space 22 of the housing 20 of the present invention may have at least one elastic member 70 in the accommodating space 22 of the housing 20, and the elastic member 70 may be disposed in the accommodating space. 22, the front side buckle and the rear side 224 are more often in contact with the first magnetic body, or the front side 222 and the rear side 224 may be respectively provided with _ elastic member %, so that the first magnetic body 50 can be avoided. The casing 20 generates noise due to the collision, and the money transfer rate of the magnetic body 5〇 is further increased, thereby increasing the power generation amount of the two power generation modules 10. As shown in the fourth figure, each of the elastic members 7 can be replaced by a second magnetic body 8 repulsion with the first magnetic body 50, thereby achieving the effect of avoiding noise generation and increasing power generation. Finally, it must be stated again that the constituent elements disclosed in the foregoing embodiments are merely illustrative and are not intended to limit the substitution or variation of other equivalent elements in the scope of the present invention. Covered. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic cross-sectional view of a vibration displacement power generation module provided by a first preferred embodiment of the present invention. The first figure is provided with the first preferred embodiment of the present invention. A schematic cross-sectional view of a movable device of a power generating module; the third drawing is a schematic cross-sectional view of a vibration displacement power generating module provided by a second preferred embodiment; and the fourth drawing is a third preferred embodiment A schematic cross-sectional view of a vibration displacement power generation module provided by the embodiment. [Main component symbol description] Vibration displacement power generation module 10 Housing 20 accommodating space 22 Front side 222 Rear side 224 Coil device 30 Conductor 32 圏 winding 34 Central axis 36 Circuit device 40 Power storage element 42 First magnetic body 50 Rectification Circuit 41 movable device 60 signal output terminal 622 elastic member 70 second magnetic body 80 electric unit 62