M257195 捌、新型說明： 【新型所屬之技術領域】 ’、.....— 、冗嗎導控制裝置，特別 指一種對物體之流入/流出的振動能量進行共鳴誘 導’藉以產生負離子以提高物體性能之能量共 控制裝置。 w 【先前技術】 ㈢w對於提咼物 叫〜1推負 離子產生器。由於空間中的有害物質，泰半是屬於正 離子，長期接觸之下，會對人髀士饰 了人體生理、心理產生不良 影響；以及破壞物f與能量的組成，降低產品機_ 增加有害廢棄物’進而影響產品使用壽命或增加能量 之損耗。故藉由釋放負離子動作，可減少$間中的有 害物質，以提高物質與能量的性能。 坊間已有許多負離子產生機的產品，標榜具有良 質的功能。這些習用負離子產生機首先必須連接電 源，並以電極板高壓放電生成負離子。^，電源斑 高壓放電所帶的電場本身即是有害的物質，且電極板 制哥命有限、使用範圍㈣，很容易就因積碳而造 成損壞。 【創作目的】 M257195 本創作之目的即在力提供一種能量共鳴誘導控制 裝置，其結構無需外接電源，可應用在任何物體上， 精以提兩產品性能。 本創作之另一目的係在於提供一種能量共鳴誘導 控制裝置，其結構本身不會產生污染，故可長期使用， 成本低廉。 【新型内容】 本創作所稱之能量共鳴誘導控制裝置，至少包括 一外層為絕緣層的管體，以及外層包覆絕緣層並沿著 鈿述管體外圍依循指定方向捲繞的導線1 〇〜2 Q圈。其 功此係補捉空間中的電離子能量，透過共鳴誘導的方 式’產生負離子釋出，藉以提高物質的性能。因此， 本創作適用在任何物體上，當其裝置在車輛上時，可 在車體表層形成保護膜，杜絕灰塵的附著；同時車内 的燃油可增加燃燒效果，減少能源的損耗，避免污染 物的生成，防止黑煙的排出。 【實施方式】 請參閱圖一各圖揭示本創作之一種能量共鳴誘導 控制裝置1 0 0的範例，該能量共鳴誘導控制裝置1 〇 〇 包括有一轴管102為軸心，並在軸管102外配置有一 共鳴線圈單元110與誘導線圈單元13〇。 M257195 該軸管102係外圈為絕緣層的直管器材，可為多 種不同材料’例如聚丙稀（PP，P〇lypr〇pyrene)、樹脂夕、 陶瓷器、塗抹絕緣樹脂的金屬管材等。而該軸管ι〇2 之長度或斷面形狀，可視共鳴線圈單元丨丨〇與誘導線 圈單元130之各因素適當調整。 該共鳴線圈單元110包括有第一導體環m、第二 導體環112、第二導體環丨丨3和共鳴線圈115、116。 該第一導體環1U、第二導體環112與第三導體環113 同為電氣傳導性的環狀器材，例如由金屬板材捲繞在 轴管102上成型，或切斷金屬管來製造。且該第一導 體環ill、第二導體環112與第三導體環113成型時係 依照指定的捲繞方向，將可見光反射率較高的一面朝 向外侧，並捲繞為筒狀。又，該第一導體環m、第二 導體環112與第三導體環113的材料之電氣抵抗性愈 低愈好，即導電性良好，但由加工與成本面的考量， 本實施形悲係採用銅質，並可適當的調整設定第一導 體環111、第二導體環112與第三導體環113的寬度或 厚度。 前述共鳴線圈115、116為外層具有絕緣皮膜的電 氣傳導性導線。圖二各圖揭示該共鳴線圈115、116之 捲繞方法之一，其共鳴線圈115、116捲繞為14或15 M257195 圈，沿著軸管1G2之外圍緊密的向右或向左捲繞，使 共鳴線圈115、116之捲繞沒有空隙。又，該共鳴線圈 115、116的終端E沿捲繞方向經由焊接β分別固定在 第一導體環112與第三導體環U3。 請復參圖一，該共鳴線圈單元110依第一導體環 11卜共鳴線圈115、第三導體環113、共鳴線圈116^ 第二導體環1丨2之順序依序設置在軸管1()2上然後 選擇具電氣傳導性的螺絲釘U8a〜U8d把這些裝置固 定在軸管102 1，成為具導電要素與固定功能一的連接。 進一步說明，該螺絲釘U8a〜U8d係連接在第一導體 ί哀1U、第二導體環112與第三導體環113外圍與乒鳴 線圈115、116未封閉之始端s(參圖二)或終端Ε:、並 同時固定在轴f 1G2 h前述焊接B與螺絲釘 服〜l18d連接方式係依照產品需求設置當然亦可採 用其它電氣傳導式的連接方式。又，該共鳴線圈ιΐ5、 116可同時設置多段進行串聯，以得到更好的能 效果。 ^ 请參閱圖三各圖，前述誘導線圈單元130包括彼 此間隔捲繞的第一導線131與第二導線132。如圖三所 丁為第#、線131與第二導線132的各始端8與铁端e 的位置關係之範例。為描述方便，該始端作為三角記 M257195 號，該終端為圓形記號，第一導線131相關的部份為 白色’第二導、線132相關的部份為黑色表示。如圖所 示，該第-導線m與第二導線132同為外層包覆絕 緣皮膜的導線，並沿著軸管102之外圍與共鳴線圈ιΐ5 捲繞相同方向。且該第-導線131與第二導線132的 彼此捲繞方向相互錯開9〇。、18(Γ、27(Γ之相位關 =，即⑽/4)圈〇|為7至14的整數）。各始端s與終 端E係由具有導電性的螺絲釘135ai35d固定在軸管 102上，即表示該誘導線圈單元130是由第一導線131 的始端S與第二導線132的終端E依照短路線⑻進 行電氣性連接，同理，第二導線132的始端s與第一 導線131的終端E依照短路線134進行導電性連接的。 时經由前述裝置，將共鳴線圈單元11〇與誘導線圈 早疋130進行導電性連接，其方式係將第-導線131 的始端S與共鳴線圈116的終端E依照短路線⑽進 订電氣性連接。如此，該誘導線圈單it 13G可將空間 中的電離子誘導集中’並傳遞到共鳴線圈軍元11〇進 行振動共鳴’如此即可產生負離子排放，同時減少空 間中的正離子數。 【特點及功效】 本創作所提供之能量共鳴誘導控制裝置，其使用時 M257195 無需外加電源，故應用範圍廣泛，效果良 ΤΊ 本身不會損耗，可長期使用，大幅降低使用成本。 上列詳細說明係針對本創作之一可行實施例之具 體說明，惟該實施例並非用以限制本創作之專利範 圍，凡未脫離本創作技藝精神所為之等效實施或變 更’均應包含於本案之專利範圍中。 【圖式簡單說明】 請參閱以下有關本創作一較佳實施例之詳細說明 及其附圖，將可進一步瞭解本創作之技術内容及其目 的功效；有關該實施例之附圖為： 圖一為本創作能量共鳴誘導控制裝置之詰構圖； 圖一A為圖一的端視圖； 圖一為本創作之共鳴線圈捲繞結構詳圖； 圖二A為圖二的終端視圖； 圖一 B為圖二的始端視圖； 圖三為本創作之誘導線圈單元結構詳圖；以及 圖三A為圖三的端視圖。 【主要部分代表符號】 100能量共鳴誘導控制裝置 102軸管 106短路線 M257195 110共鳴線圈單元 111第一導體環 112第二導體環 113第三導體環 115共鳴線圈 116共鳴線圈 118a〜118d螺絲釘 130誘導線圈單元 _ 131第一導線 - 132第二導線 133短路線 134短路線 135a〜135d螺絲釘 S始端 E終端 ® B焊接 11M257195 新型 Description of the new type: [Technical field to which the new type belongs] ', .....—, redundant guidance control devices, in particular, a resonance induction of vibration energy flowing into / out of an object' to generate negative ions to improve the object Performance energy control device. w [Prior art] ㈢w is called ~ 1 to push the negative ion generator for the extract. Due to the harmful substances in the space, Thai half is a positive ion. Under long-term contact, it will adversely affect human physiology and psychology; and destroy the composition of f and energy, reducing the product machine _ increasing harmful waste Material 'which in turn affects product life or increases energy loss. Therefore, the action of releasing negative ions can reduce the harmful substances in $, so as to improve the performance of matter and energy. There are already many products of negative ion generators in the market, which are advertised as having good functions. These conventional negative ion generators must first be connected to a power source and generate negative ions with a high voltage discharge from the electrode plate. ^, Power spot The electric field associated with the high-voltage discharge itself is a harmful substance, and the electrode plate has a limited life and a limited range of use, which can easily cause damage due to carbon deposits. [Creation purpose] M257195 The purpose of this creation is to provide an energy resonance induction control device. Its structure does not require an external power supply, and can be applied to any object to improve the performance of the two products. Another purpose of this creation is to provide an energy resonance induction control device, the structure of which does not generate pollution, so it can be used for a long time and the cost is low. [New content] The energy resonance induction control device referred to in this creation includes at least an outer tube body with an insulation layer, and a wire covered with an outer insulation layer and wound along a specified direction along the periphery of the tube body 1 0 ~ 2 Q circles. Its function is to capture the energy of electric ions in space and generate negative ions in a manner induced by resonance, thereby improving the properties of matter. Therefore, this creation is applicable to any object. When the device is mounted on the vehicle, a protective film can be formed on the surface of the vehicle body to prevent dust from adhering. At the same time, the fuel in the vehicle can increase the combustion effect, reduce energy loss, and avoid pollutants. Generates and prevents the emission of black smoke. [Embodiment] Please refer to FIG. 1 to illustrate an example of an energy resonance induction control device 100 of the present invention. The energy resonance induction control device 100 includes a shaft tube 102 as an axis and is located outside the shaft tube 102. A resonance coil unit 110 and an induction coil unit 13 are arranged. M257195 The shaft tube 102 is a straight tube device with an insulating layer on the outer ring. It can be made of a variety of materials, such as polypropylene (PP, Polypyrene), resin, ceramics, and metal tubes coated with insulating resin. The length or cross-sectional shape of the shaft tube ι〇2 can be appropriately adjusted depending on various factors of the resonance coil unit 丨 丨 0 and the induction coil unit 130. The resonance coil unit 110 includes a first conductor loop m, a second conductor loop 112, a second conductor loop 3, and resonance coils 115 and 116. The first conductor ring 1U, the second conductor ring 112, and the third conductor ring 113 are both electrically conductive ring-shaped devices. For example, the first conductor ring 1U, the second conductor ring 112, and the third conductor ring 113 are formed by winding a metal plate around a shaft tube 102 or cutting the metal tube. The first conductor ring ill, the second conductor ring 112, and the third conductor ring 113 are molded in such a manner that the side with a higher visible light reflectance is directed outward in accordance with a specified winding direction, and is wound into a cylindrical shape. In addition, the lower the electrical resistance of the materials of the first conductor ring m, the second conductor ring 112, and the third conductor ring 113, the better, that is, the good electrical conductivity. However, due to processing and cost considerations, the implementation of this embodiment is complicated. It is made of copper, and the width or thickness of the first conductor ring 111, the second conductor ring 112, and the third conductor ring 113 can be adjusted appropriately. The resonance coils 115 and 116 are electric conductive wires having an insulating film on the outer layer. Each figure in Figure 2 reveals one of the winding methods of the resonance coils 115 and 116. The resonance coils 115 and 116 are wound into 14 or 15 M257195 turns, tightly wound to the right or left along the periphery of the shaft tube 1G2. There is no gap in the winding of the resonance coils 115 and 116. Terminals E of the resonance coils 115 and 116 are respectively fixed to the first conductor ring 112 and the third conductor ring U3 in the winding direction via welding β. Please refer back to FIG. 1. The resonance coil unit 110 is arranged on the shaft tube 1 () in the order of the first conductor ring 11, the resonance coil 115, the third conductor ring 113, and the resonance coil 116 ^. 2 and then select electrical conductive screws U8a ~ U8d to fix these devices on the shaft tube 102 1 to become a connection with conductive elements and a fixed function one. To further explain, the screws U8a ~ U8d are connected to the first conductor 1U, the second conductor ring 112 and the third conductor ring 113 and the unsealed start end s (see FIG. 2) or terminal E of the ping-ping coils 115 and 116. : At the same time, it is fixed to the shaft f 1G2 h. The aforementioned welding B and screw clothing ~ l18d connection method is set according to product requirements. Of course, other electrical conductive connection methods can also be used. In addition, the resonance coils ι5 and 116 can be provided in multiple stages at the same time for serial connection to obtain better energy efficiency. ^ Please refer to the drawings of FIG. 3. The aforementioned induction coil unit 130 includes a first conductive wire 131 and a second conductive wire 132 wound at intervals. As shown in Fig. 3, an example of the positional relationship between the start end 8 and the iron end e of the #th, line 131, and second wire 132 is shown. For the convenience of description, the beginning is referred to as triangle M257195, and the terminal is a circular mark. The part related to the first lead 131 is white, and the part related to the second lead 132 is black. As shown in the figure, the first wire m and the second wire 132 are both wires covered with an insulating film on the outer layer, and are wound in the same direction as the resonance coil ι5 along the periphery of the shaft tube 102. In addition, the winding directions of the first lead 131 and the second lead 132 are shifted from each other by 90. , 18 (Γ, 27 (the phase relation of Γ =, that is, ⑽ / 4) turns 0 | is an integer from 7 to 14). Each starting end s and terminal E are fixed on the shaft tube 102 by conductive screws 135ai35d, which means that the induction coil unit 130 is performed by the starting end S of the first wire 131 and the terminal E of the second wire 132 in accordance with the short circuit ⑻. Electrically, for the same reason, the beginning s of the second wire 132 and the terminal E of the first wire 131 are electrically connected in accordance with the short-circuit wire 134. At this time, the resonance coil unit 11 and the induction coil early 130 are electrically connected through the aforementioned device in a manner that the first end S of the first lead 131 and the terminal E of the resonance coil 116 are electrically connected in accordance with the short circuit. In this way, the induction coil single it 13G can concentrate the induced ions in the space and transfer them to the resonance coil military unit 110 for vibration resonance. This can generate negative ion emissions and reduce the number of positive ions in the space. [Features and effects] The energy resonance induction control device provided by this creation, when used, M257195 does not require an external power supply, so it has a wide range of applications and good results. It does not consume itself and can be used for a long time, which greatly reduces the cost of use. The above detailed description is a specific description of one of the feasible embodiments of this creation, but this embodiment is not intended to limit the scope of the patent for this creation. Any equivalent implementation or change that does not depart from the spirit of this creation should be included in Within the scope of the patent in this case. [Brief description of the drawings] Please refer to the following detailed description of a preferred embodiment of the present invention and the accompanying drawings, which will further understand the technical content of this creation and its purpose and effect; the attached drawings of this embodiment are: Figure 1 This is the composition of the creation energy resonance induction control device; Figure 1A is an end view of Figure 1; Figure 1 is a detailed view of the winding structure of the resonance coil of the creation; Figure 2A is a terminal view of Figure 2; Figure 1B is Fig. 2 is an end view of the drawing; Fig. 3 is a detailed view of the structure of the induction coil unit of the creation; and Fig. 3A is an end view of the drawing. [Representative symbols of main parts] 100 energy resonance induction control device 102 shaft tube 106 short circuit M257195 110 resonance coil unit 111 first conductor ring 112 second conductor ring 113 third conductor ring 115 resonance coil 116 resonance coil 118a ~ 118d screw 130 induction Coil Unit_ 131 First Conductor-132 Second Conductor 133 Short Circuit 134 Short Circuit 135a ~ 135d Screw S Start E Terminal E B Solder 11