M290372 八、新型說明： 【新型所屬之技術領域】 本新型是涉及-種全向導光水巾概燈結構，為—種在水中 產生閃爍光茫以吸引魚群聚集的發光裝置。 【先前技術】 創作人先祕辦出水㈣魚燈，如下揭專散獻丨所示， 其是由-殼罩…與殼罩結合的殼座、_設於殼絲置空間内的 • 長條形電路板、二個分設於電路板兩_咖、-個設於電路板 端部可控制LED發光或不發光的開關、及數個由電路板上爽座所 固定的電池；藉由上述構件的組成，能使誘魚燈具有雙頭發光以 吸引鱗料，但誘纽是呈長條形，由於只紅下發光，不能 全向發光’所以誘魚燈的中段位^是發光死角，其發光效果有限， 也較為黯淡，因此減弱吸引魚群的效果。 因此創作人再加以改良，*創作出如下揭專散獻2所示的 φ _魚燈，其在長條電路板的上下兩端及兩板面上設置多個LED， 透過多個不同位置設置的LED發光而使整支誘魚燈全向發光，由 : 於發光絲顯著提升’所㈣魚魏更佳。其次，在遇水即亮的 電路板方面，其除了在電路板上設置LED之外，更可在二支延伸 的導電棒間增設LED，在多個LED發光後使整支誘魚燈全向發光。 再者，針對專利文獻1的缺點，創作人的另一創作如下揭專 利文獻3所示，其在透光性殼罩及殼座之間的圓形電路板的上下 雙面設置數個LED，數個LED呈交叉重疊如斜角設置在電路板 M290372 的板面’使其在發糾藉著朝上朝下的斜肖投心使整支誘魚燈 全向發光。 另外，為了使誘魚燈的發光效果提升，已有創作人將led與 光纖棒結合’如專利文獻4所示，其是由—殼座卜—與殼座結合 的殼罩3、-設置在殼座⑽發魅2、—位在發光赴的激光燈 泡23、一與LED對稱配合的透明光纖棒24、及一具有按壓開關 26的發光裝置，當激光燈泡23發光時投光至光纖棒24，再藉由 光纖棒的導光，以使殼罩3發出光茫。 專利文獻1 ·國内專利證書號數M240082號「雙向發光的水 中誘魚燈」，2004年8月11日公告，參圖3。 專利文獻2 :國内專利證書號數M264859號「全向發光的水 中誘魚燈」’ 2005年5月21日公告，參圖4〜圖7。 專利文獻3 :國内專利證書號數M264857號「水中集魚燈之 發光及配重結構」，2005年5月21日公告，參圖5。 專利文獻4 :國内專利證書號數5〇37〇7號「誘魚用燈」，2〇〇2 年9月21日公告，參圖3。 【新型内容】 一、所欲解決之問題點： 專利文獻2及文獻3必須使用多個LED，當LED使用愈多時， 耗電性就愈大’因此水中誘魚的時間必會縮短，而更換電池的機 率也會大大增加。 由於LED須焊接固定在電路板的板面上，所以LED使用愈 M290372 夕’火于接組裝的時間就會增長，尤其是專利文獻3的LED是以多個 固疋在小片的電路板上，所以焊接技術相形提高，對業者製造就 更為麻煩。 專利文獻4雖使用光纖棒24來導光，但發光座2只設置一個激 光燈泡23 ’而激光燈泡只朝向光纖棒24，光纖棒是設在殼罩3内， 所以只能使殼罩3產生光茫，由於發光座2為實心體且具阻光作 用，因此上端的光線無法往下導光，所以殼座丨在不能得光的情況 下變得黯淡無光。 專利文獻4並未使用電路板，而是使用一種圓管形的發光座 2 ’發光座2的一端設置激光燈泡23，而另端則是螺接一甩於阻擋 電池的接座25，由於發光座2不能如同電路板能在兩端及兩面設置 發光體(激光燈泡），所以只有上端能單向發光，而週遭、及下端 為不發光的狀態下，當無法使殼座丨向外發出光茫，因此設計上仍 有盲點，是有改進的空間。 二、解決問題之技術手段： 為解決前述之問題點，本新型技術手段是這樣實現的，為一 種全向導光水中誘魚燈，其特徵在於包括··一透光性中空外殼 10; —位於上述外殼内的電路板20或20,，該電路板結合電池24， 且兩端各別設置著發光體21、22 ;及具有導光作用的導光棒％ 及/或30’，其位在外殼内的電路板上方及/或下方，其端部對應著 發光體21、22，使發光體發光時將光線投射至導光棒3〇及/或％， M290372 依據上賴全肖導絲巾誘紐，電絲2G是轴向設置在 中空外殼10内。 依據上述的全向導光水巾戰燈，電路板2G，是與中空外殼 10呈徑向垂直配合。 依據上義全向導絲+動、燈，餅板20 _板面更設 置發光體23。 依據上述的全向導光水巾誘魚燈，導光棒3G、3G，為棒内具 Φ 有光纖3〇1的透光性膠棒。 依據上述的全向導光水中誘魚燈，導光棒30、30,為棒内含 有小氣泡302的透光性膠棒。 依據上述的全向導光水巾贼燈，電路板2()設置用於容納 電池的嵌槽201。 依據上述的全向導光水巾誘魚燈，電路板Μ，的板面上設置 用於夾固電池的電池匣27。 Φ 依據上述的全向導光水中誘魚燈，中空外殼10是由上殼罩 : 11、及下殼座12組合而成。 - 本新型的另種技術手段是這樣實現的，為一種全向導光水中 誘魚燈，其特徵在於包括：一透光性中空外殼10 ; —位於上述外 π又内且與设官呈同軸向設置的電路板2〇，該電路板結合電池％， 兩^^又置著發光體21、22，另有二支不同極性的導電棒202、 L伸出於外设1〇外，及具有導光作用的導光棒％及/或3〇,， 其位在燈管_電路板2G上方及/或下方，其端部對應著發光體 M290372 謂或22’使發光體發光時將光線投射至導光棒應或价内。 依據上述的全向導光水情魚燈，導鱗30、3G,為棒内具 有光纖301的透光性膠棒。 、 依據上述的全向導光水中誘备燈 T也以且導先棒30、30,為棒内含 有小氣泡302的透光性膠棒。 依據上述的全向導光水㈣魚燈，中空外殼⑴的一端 閉端，另端是職端，另以;!娜4G將·端封閉。 三、對照先前技術之功效： 本新型以設置導光棒30、30,來取代前案的發光體(led)，所 以發光體(LED)·賊量齡，祕導光棒具有雜的導光作用 及發光時形成均⑽散絲的特性，使得燈管職生極佳的發光 效果0 ^ 本新型減彡使用發光體(LED)，相較於前案，本新型耗電量減 少，使水中誘魚的時間增長，並減少更換電池的機會。 導光棒30、30’是直接安置在上殼罩收/或下殼座12内，所以 不需要焊接，故可免除習式過#LED焊接作業賴擾，對業者而 言，在製造及組裝時間上幫助甚大。 本新型的電路板兩端仍然設置著發光體2h22(LED)，故無專 利文獻4的發光座僅能單向發光，不能雙向或全向發光的缺點。 【實施方式】 以下依據圖面所示之實施例詳細說明如後·· 〔第一實施形態〕 M290372 圖卜圖2所不分別為第一實施形態的立體分解圖及組合圖， 圖中揭示出-誘魚燈的主要結構包括：一透光性中以卜殼⑺；— 位於上述外殼10岐與外殼呈_向設置的電路板Μ，該電路 板2〇結合著電池24，且兩端設置著發光體2卜—具有導光 作用的導光棒30，位在外殼1()内的電路板2()下方，其端部對應 著發光體22，使發光體22發光時將光線投射至導光棒％内二、 上述中空外殼10可藉由上殼罩n及下殼座12的連 螺孔及螺管)結合她錢—體，在二者的連料間歧置著防水 膠圈13及防渗膠環14。中空外殼1()具有各種不同形狀，如 形、蛋形等，a此圖面揭示的絲造型僅為本新型的1中M290372 VIII. New description: [New technical field] The new type relates to a kind of full-guided light towel outline light structure, which is a kind of light-emitting device which generates scintillation light in water to attract fish gathering. [Prior Art] The creator secretly produces the water (4) fish lamp, as shown in the following article, which is a shell-shell that is combined with the shell, and a strip that is placed in the shell space. a circuit board, two switches disposed on the circuit board, a switch disposed at the end of the circuit board to control whether the LED is illuminated or not, and a plurality of batteries fixed by the circuit board; The composition of the components enables the lure lamp to have double-headed light to attract the scales, but the lure is a long strip shape. Since it is only red under the light, it cannot be omnidirectional. 'So the middle position of the lure lamp is a luminous dead angle. The illuminating effect is limited and faint, thus weakening the effect of attracting fish. Therefore, the creator has further improved, and created the φ_fish lamp shown in the following article 2, which is provided with a plurality of LEDs on the upper and lower ends of the long circuit board and on the two boards, and is disposed through a plurality of different positions. The LED light makes the whole fish light omnidirectional, and it is improved by the light wire. Secondly, in terms of the circuit board that is exposed to water, in addition to the LEDs on the circuit board, LEDs can be added between the two extended conductive bars, and the whole fish light is omnidirectional after the LEDs are illuminated. Glowing. Further, with respect to the shortcomings of Patent Document 1, another creation of the creator is disclosed as Patent Document 3, in which a plurality of LEDs are disposed on both sides of a circular circuit board between a light-transmitting cover and a housing, A plurality of LEDs are overlapped and overlapped, such as an oblique angle, on the board surface of the circuit board M290372, so that the whole fishlight is omnidirectionally illuminated by the upward and downward tilting. In addition, in order to improve the illuminating effect of the fishing light, the creator has combined the led with the optical fiber rod as shown in Patent Document 4, which is provided by the shell-and-shell joint with the shell 3, The housing (10) is enchanted by a laser bulb 23 that is illuminated, a transparent optical fiber rod 24 that is symmetrically coupled with the LED, and a light-emitting device having a push switch 26 that projects light to the optical fiber rod 24 when the laser bulb 23 emits light. Then, by the light guide of the optical fiber rod, the cover 3 emits a light. Patent Document 1 • Domestic Patent Certificate No. M240082 “Two-way luminous water trapping fish lamp”, announced on August 11, 2004, see Figure 3. Patent Document 2: Domestic Patent Certificate No. M264859 "Oil-in-the-water light fish trap"" Announcement on May 21, 2005, see Fig. 4 to Fig. 7. Patent Document 3: Domestic Patent Certificate No. M264857 "Lighting and Weight Structure of Fish Lights in Water", announced on May 21, 2005, see Figure 5. Patent Document 4: Domestic Patent Certificate No. 5〇37〇7 “Looking for Fish”, announced on September 21, 2002, refer to Figure 3. [New content] First, the problem to be solved: Patent Document 2 and Document 3 must use a plurality of LEDs. When the LEDs are used more, the power consumption is greater, so the time for trapping fish in the water must be shortened. The chances of replacing the battery will also increase greatly. Since the LEDs must be soldered and fixed on the board surface of the circuit board, the LEDs used in the M290372 will increase the assembly time. In particular, the LEDs of Patent Document 3 are fixed on a small circuit board. Therefore, the welding technology is relatively more complicated, which makes it more troublesome for the manufacturer to manufacture. Patent Document 4 uses the optical fiber rod 24 to guide light, but the light-emitting base 2 is provided with only one laser light bulb 23', and the laser light bulb is only directed toward the optical fiber rod 24, and the optical fiber rod is disposed in the outer cover 3, so that only the outer cover 3 can be produced. In the aperture, since the light-emitting seat 2 is solid and has a light-blocking effect, the light at the upper end cannot be guided downward, so that the shell 黯 becomes dull without being able to obtain light. Patent Document 4 does not use a circuit board, but uses a circular tube-shaped light-emitting seat 2'. One end of the light-emitting seat 2 is provided with a laser bulb 23, and the other end is screwed to a socket 25 for blocking the battery due to light emission. The seat 2 cannot be equipped with an illuminant (laser bulb) on both ends and on both sides of the circuit board, so that only the upper end can illuminate in one direction, and the surrounding and the lower end are not illuminated, when the housing 丨 can not be emitted outward. Oh, so there are still blind spots in the design, there is room for improvement. Second, the technical means to solve the problem: In order to solve the above problems, the novel technical means is realized in this way, is a full-guide light underwater fishing light, characterized by including a light transmissive hollow outer casing 10; a circuit board 20 or 20 in the above casing, the circuit board is combined with the battery 24, and the illuminants 21, 22 are respectively disposed at both ends; and the light guiding rods % and/or 30' having a light guiding function are located at Above and/or below the circuit board in the outer casing, the ends correspond to the illuminants 21, 22, so that the illuminating body emits light to the light guiding rods 3 〇 and/or %, M290372 according to the upper ray guide silk scarf The attraction wire 2G is axially disposed within the hollow casing 10. According to the above-described full guide light towel lamp, the circuit board 2G is radially perpendicularly fitted to the hollow casing 10. According to the upper sense full guide wire + motion, lamp, the panel 20 _ board surface is further provided with the illuminant 23. According to the above-mentioned full-guide light water towel attracting fish lamp, the light guiding rods 3G and 3G are light-transmitting glue sticks having a fiber Φ1〇1 in the rod. According to the above-mentioned full-guide light-inducing fish light, the light-guiding rods 30 and 30 are light-transmitting glue sticks containing small bubbles 302 in the rod. According to the above-described full guide light thief lamp, the circuit board 2 () is provided with a recess 201 for accommodating the battery. According to the above-mentioned full-guide water-light towel trapping lamp, the battery board 27 for clamping the battery is provided on the board surface. Φ According to the above-mentioned full-guide light water trapping lamp, the hollow outer casing 10 is composed of an upper casing: 11 and a lower casing 12. - Another technical means of the present invention is realized in the form of a full-guide light-inducing fish lamp, characterized in that it comprises: a light-transmissive hollow outer casing 10; - located in the outer π and in the same axial direction The circuit board is disposed 2〇, the circuit board is combined with the battery%, and the illuminants 21 and 22 are disposed on the two sides, and two conductive rods 202 and L of different polarities are extended outside the peripheral 1 and have a guide. The light-acting light guide rods % and/or 3〇 are located above and/or below the tube_circuit board 2G, and the ends thereof correspond to the illuminants M290372 or 22' to cause the illuminants to emit light to project the light to The light guide bar should be within the price. According to the above-mentioned full-guide light water fish lamp, the guide rollers 30 and 3G are light-transmitting glue sticks having an optical fiber 301 in the rod. According to the above-mentioned full-guide light water trapping lamp T, the lead rods 30 and 30 are also used as the light-transmitting glue sticks containing the small bubbles 302 in the rod. According to the above-mentioned full-guide light water (four) fish lamp, one end of the hollow casing (1) is closed, and the other end is a job end, and the other end is closed; Third, according to the efficacy of the prior art: The new type of light bar 30, 30 is used to replace the illuminant (led) of the previous case, so the illuminant (LED) · thief age, the secret light bar has a miscellaneous light guide The function of forming and emitting (10) loose filaments during the action and illuminating makes the excellent light-emitting effect of the lamp tube occupation. 0 ^ The new type of light-reducing illuminator (LED) is used, and compared with the previous case, the power consumption of the new type is reduced, so that the water is The time to lure fish increases and the chances of replacing the battery are reduced. The light guiding rods 30, 30' are directly disposed in the upper casing cover/lower casing 12, so welding is not required, so that the #LED welding operation is spared from the practice, and the manufacturer is manufacturing and assembling. Time helps a lot. The illuminant 2h22 (LED) is still disposed at both ends of the circuit board of the present invention, so that the illuminating seat of Patent No. 4 can only emit light in one direction, and cannot be bidirectional or omnidirectional. [Embodiment] Hereinafter, the following is a detailed description of the embodiment shown in the drawings. [First Embodiment] M290372 FIG. 2 is an exploded perspective view and a combination view of the first embodiment, respectively. - The main structure of the lure lamp includes: a light-transmissive medium-shell (7); - a circuit board located at the outer casing 10 and the outer casing, the circuit board 2 is combined with the battery 24, and the two ends are arranged The illuminator 2 - a light guiding rod 30 having a light guiding function, is located under the circuit board 2 () in the outer casing 1 (), and its end portion corresponds to the illuminant 22, so that the illuminating body 22 emits light when it emits light to In the light guide bar %, the hollow outer casing 10 can be combined with the money body by the screw holes and the screw of the upper casing n and the lower casing 12, and the waterproof rubber ring is disposed between the two materials. 13 and anti-seepage rubber ring 14. The hollow outer casing 1 () has various shapes, such as a shape, an egg shape, etc., and the wire shape revealed by this drawing is only the first one of the present invention.
上迷中的電路板20是軸向設置在空外殼1〇内，所 延伸，故為長條狀，其兩板面更設置至少一個發光體23及一控 制電源開閉的開關25(如指撥開關、按壓開關、震動開關; 設置積體電路26⑽以改變發光時序、顏色變化等等，而钮式雷 入於電路板2Q的嵌_ _喂，其是提· 光體發光的電力主源。 上述中的導光棒3〇結構如圖3所示為棒内具有光纖細的 透光性膠棒、或是圖5揭示的棒内含有小氣泡迎的透光性膠 棒、或是具有前述導光作用的類似棒體(如玻璃棒)。前述光纖沏 射圖樣的光纖、或為鑛齒孔狀光纖，不論是—種光纖都能 使光線由—端導引至另端。光纖的形狀可為直線、斜線、螺旋、 M290372 的斷面形狀可為圓形、 乂叉或以文字、圖縣示，又導光棒30 多角形等多種。 如㈣—_蝴咖22，料則頂擎在 2 底部；#光線由導光棒3G的—端_，可ί 厂（Η的導光作用而使棒體本身及棒體另端都能 由小=的折光作用能使整支棒體内部產生明亮^ 為了使爾3〇打殼座12 _邮肋 ^内壁的複數轴向凸出導條28將導光㈣央固，或者心 榫(未揭不)卡固的方式將其卡固。 上述中的發光體2卜22、23可為下列其之一，如Lm、激 光燈泡、發光晶片等，其中，以LED為壽命最長、成本最低、發 先贿最高、也最符合經濟效益，因此本例中特別以咖取代前 述發光元件。 如圖4所示為本新型誘魚燈的全剖視圖，當電路才反2〇上下 及板面上的發光體21、22、23發光時，上發光體21的發光 可照π上殼罩11，下發紐22的發光可將光線投射至導光棒3〇, 再藉由導光棒30的導光而使光線反映到下殼座2;至於設置在板 面的發光體23可將光線投射至上下兩發光體21、22之間的燈 官’由於全向發光，而使整支誘魚燈產生全亮效果。 〔第二實施形態〕 如圖6所示為本新型第二實施形態的立體分解圖，本實施形 態的誘魚燈構造主要為：一透光性中空外殼10; 一位於上述外殼 M290372 10内且與中空外殼呈徑向垂直配合的電路板20,，該電路板結合 著電池24，且板面上下設置著發光體21、22 ; _具有導光作用 的導光棒30，其位在外殼1〇内的電路板2〇,下方，其端部對應著 發光體22，使發光體22發光時將光線投射至導光棒3〇。 树施形態與上述第—實施形態的最大不同處在於電路板 20’，如圖7所示，本實施例的電路板2〇,是與中空外殼1〇呈徑向 垂直配合，換言之，電路板20,不能以軸向置入中空外殼1〇内， • 必須與軸向垂直的徑向方式設置在殼管内，例如圖面所示電路板 20’是位在下殼座12上且被夾壓在上殼罩n内。 上述中’電路板20,是-小面積的圓形電路板，除上下兩面 設置發光體2卜22之外，更設置積體電路26(IC)，而電池以是 藉由電池匣27固定在板面上下。 由於本實施形態的其它元件構造與上述第—實施形態相 同’而且作用功能亦相同’因此，以下即省略介紹本實施形態的 φ 作用效果。 〔第三實施形態〕 圖8所示為第三實施職的全舰圖，本實施賴與前述第 -、第二實施形態不同處在於電路板20，上方的上殼罩n内也能 設置導光棒30 ’換言之，上殼罩u與下殼座12内都能設置導 祕30、30,；因此，不論是第一或第二實施形態的電路板2〇、 20,，導光棒能位在外殼10 _電路板2〇、2〇，上方及/或下方， 且導光棒3G、3G’的端部對應著發光體21及域22，使發光體21 12 M290372 及/或22發光時將光線投射至導光棒30、30,内。 此外’也能以上殼罩11内設置導光棒30,，但下殼座12不 設置導光棒30的方式實施，唯電路板％、2〇’的兩端仍須設置發 光體21、22，這也是本新型不同於專利文獻4及功效上優於專利 文獻4的地方。 士其次’為了使導光棒30,在上殼罩u内穩固不異動，可藉由 下殼罩11内壁的複數軸向凸出導條29將導先棒3〇,央固，或者以 卡榫(未揭示)卡固的方式將其卡固。 由於本實施形態的其它元件構造與上述第—實施形態相 同，而且作用功能亦相同，因此，以下即省略介紹本實施形態的 作用效果。 〔第四實施形態〕 圖9所示為細實__全舰圖，本實施職與前述第 -至第三實施形態不同處在於電路板％ _端具有二支轴向的正 負不同極性導電棒观、2〇3，二導電棒池、加延伸出於外殼 10外，因此外殼1〇的-端是開放端，另端是封閉端，當電路板 20置入外殼K)内後，須將開放端以凝膠4G予以封閉並同時將電 路板2〇的-端予加以固定，並僅露出二支導電棒搬、2的在外 殼10外。此實施形態是-種遇水即亮的誘魚燈，即誘魚燈入水 後，二支導電棒2〇2、2〇3以水作為導電媒介而形成通路，使電 路板20上的發光體2卜22得電發光；反之，在離水後即因無水 作為導電媒介’所以軸短路，發光體2卜22就此不再發光， 13 M290372 &種遇水即亮的實施形態可參考創作人的前案（國内公告第 578692號’名触良式f子集魚燈）。 藉由上述說明可知，導光棒3〇、30,可適用在第一至第四形態 的誘魚燈内，它能取代多個發光體(LED)的使用，絲電量減少， 但發光效果卻沒有降低，遂有㈣功效增進。 以上，是依據圖面所示的實施例詳細說明了本新型的構造、 特徵及作用效果，由於符合新穎及進步性要件，遂妻依法提出新 參 型專利申請。 【圖式簡單說明】 圖1 :本新型第一實施形態的立體分解圖。 圖2 ·為圖1實施形態的立體組合圖。 圖3 :為圖1實施形態的電路板及導光棒配合圖。 圖4 :為圖1實施形態的全剖視圖。 圖5 :為圖1實施形態的另種實施例全剖視圖。 Φ 圖6:本新型第二實施形態的立體分解圖。 圖7:為圖6實施形態的全剖視圖。 圖8 :本新型第三實施形態的全剖視圖。 圖9 :本新型第四實施形態的全剖視圖。 【主要元件符號說明】 10 中空外殼 11 上殼罩 12 下殼座 14 M290372The above-mentioned circuit board 20 is axially disposed in the empty casing 1 , and extends, so that it is elongated, and at least one illuminator 23 and a switch 25 for controlling the power supply opening and closing are provided on the two boards (such as a dip switch). And pressing the switch and the vibration switch; setting the integrated circuit 26 (10) to change the lighting timing, the color change, and the like, and the button type is inserted into the embedded circuit of the circuit board 2Q, which is the main source of electric power for the light body to emit light. The light guide bar 3〇 structure in FIG. 3 is a light transmissive glue stick having a fine fiber inside the rod, or a light transmissive glue stick containing a small bubble in the rod disclosed in FIG. 5, or has the foregoing guide. Light-like similar rods (such as glass rods). The fiber of the aforementioned fiber-jet pattern, or the mineral-toothed fiber, can be used to guide light from the end to the other end. The shape of the fiber can be For the straight line, diagonal line, spiral, M290372 cross-sectional shape can be round, frog or text, map county, and light bar 30 polygon and so on. Such as (four) - _ butterfly 22, the material is in the top 2 bottom; #光光的光光棒3G - end _, ί Η Both the self and the other end of the rod can be made bright by the small = refractive effect. In order to make the plurality of axially protruding guides 28 of the inner wall of the shell, the light guide light will be guided. (4) The central solidified body, or the scorpion (not uncovered) is stuck in a manner. The illuminant 2, 22, 23 in the above may be one of the following, such as Lm, a laser bulb, a light-emitting chip, etc., wherein LED has the longest life, the lowest cost, the highest bribe, and the most economical benefit. Therefore, in this case, the above-mentioned light-emitting components are replaced by coffee. As shown in Fig. 4, the full-sectional view of the fish-trapping lamp is shown in the circuit. When the illuminants 21, 22, and 23 on the upper and lower sides and the surface of the board emit light, the illuminating body 21 emits light, and the illuminating light of the lower illuminating body 21 can project the light to the light guiding rod 3 〇. The light is reflected by the light guiding rod 30 to the lower housing 2; the illuminant 23 disposed on the surface of the board can project light to the illuminator between the upper and lower illuminants 21, 22 Lights up, so that the whole fish light has a full bright effect. [Second embodiment] Figure 6 shows the second type of the new type. The stereoscopic exploded view of the embodiment, the fishing light structure of the present embodiment is mainly: a light transmissive hollow outer casing 10; a circuit board 20 located in the outer casing M290372 10 and radially perpendicularly fitted with the hollow outer casing, the circuit board The battery 24 is combined, and the illuminants 21 and 22 are disposed on the upper surface of the board; _ the light guiding rod 30 having a light guiding function, which is located on the circuit board 2 〇 in the casing 1 〇, below, and the end portion corresponds to the illuminant 22, when the illuminant 22 emits light, the light is projected onto the light guide bar 3. The maximum difference between the tree embodiment and the above-described first embodiment lies in the circuit board 20', as shown in Fig. 7, the circuit board 2 of the present embodiment 〇, is a radial vertical fit with the hollow casing 1 ,, in other words, the circuit board 20 cannot be placed axially into the hollow casing 1 ,, • must be placed in the casing tube in a radial manner perpendicular to the axial direction, such as the surface The illustrated circuit board 20' is positioned on the lower housing 12 and is clamped within the upper housing n. In the above-mentioned 'circuit board 20', a small-area circular circuit board is provided with an integrated circuit 26 (IC) in addition to the upper and lower surfaces, and the battery is fixed by the battery pack 27 On the board surface. The other element structure of the present embodiment is the same as that of the above-described first embodiment, and the function is also the same. Therefore, the effect of the φ action of the present embodiment will be omitted below. [Third Embodiment] Fig. 8 shows a full ship map of the third embodiment. The present embodiment differs from the above-described first and second embodiments in the circuit board 20, and the upper casing n can also be provided. Light bar 30' In other words, the guide shells 30 and 30 can be disposed in the upper casing u and the lower casing 12; therefore, regardless of the circuit boards 2〇, 20 of the first or second embodiment, the light guide bar can Positioned on the outer casing 10 _ circuit board 2 〇, 2 〇, above and / or below, and the ends of the light guide bars 3G, 3G' correspond to the illuminants 21 and 22, so that the illuminants 21 12 M290372 and / or 22 illuminate Light is projected into the light guide bars 30, 30. In addition, the light guide bar 30 can also be disposed in the upper cover 11, but the lower housing 12 is not provided with the light guide bar 30, and only the two ends of the circuit board %, 2〇' must be provided with the illuminants 21, 22 This is also a place where the present invention is different from Patent Document 4 and is superior in function to Patent Document 4. Secondly, in order to make the light guiding rod 30 stable in the upper casing u, the guiding rods 29 can be smashed by the plurality of axially protruding guide bars 29 of the inner wall of the lower casing 11 to form a solid rod or a card.榫 (not revealed) is stuck in a way that is stuck. Since the other element structure of the present embodiment is the same as that of the above-described first embodiment, and the function is also the same, the operation and effect of the embodiment will be omitted. [Fourth Embodiment] Fig. 9 shows a detailed __ full ship diagram. This embodiment differs from the above-described first to third embodiments in that the circuit board % _ end has two axial positive and negative polarity conductor bars. The viewing, 2〇3, two conductive rod pools are extended beyond the outer casing 10, so the end of the outer casing 1 is the open end and the other end is the closed end. When the circuit board 20 is placed in the outer casing K), The open end is closed with gel 4G and at the same time the end of the circuit board 2 is fixed, and only two conductive rods are exposed, and 2 is outside the outer casing 10. In this embodiment, the fish light is bright when exposed to water, that is, after the fish light is introduced into the water, the two conductive rods 2〇2, 2〇3 form a passage with water as a conductive medium, so that the light body on the circuit board 20 is formed. 2 Bu 22 is electroluminescent; on the contrary, after leaving the water, because water is used as the conductive medium, the axis is short-circuited, and the illuminant 2 is no longer illuminated. 13 M290372 & The previous case (domestic announcement No. 5758392 'name touched f sub-set fish lamp). As can be seen from the above description, the light guide bars 3〇, 30 can be applied to the fishing lights of the first to fourth forms, which can replace the use of a plurality of illuminants (LEDs), and the amount of wire is reduced, but the illuminating effect is No reduction, no (4) improved efficacy. The above is a detailed description of the structure, features and effects of the present invention in accordance with the embodiment shown in the drawings. Since it meets the novelty and progressive requirements, the wife proposes a new patent application according to law. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a first embodiment of the present invention. Fig. 2 is a perspective assembled view of the embodiment of Fig. 1. Fig. 3 is a view showing the arrangement of the circuit board and the light guide bar of the embodiment of Fig. 1. Figure 4 is a full cross-sectional view showing the embodiment of Figure 1. Figure 5 is a full cross-sectional view showing another embodiment of the embodiment of Figure 1. Φ Fig. 6 is an exploded perspective view of the second embodiment of the present invention. Figure 7 is a full cross-sectional view showing the embodiment of Figure 6. Fig. 8 is a full sectional view showing a third embodiment of the present invention. Fig. 9 is a full sectional view showing a fourth embodiment of the present invention. [Main component symbol description] 10 Hollow housing 11 Upper housing 12 Lower housing 14 M290372
13 防水膠圈 14 防滲膠環 20 電路板 201 嵌槽 202 導電棒 203 導電棒 21〜23發光體 24 電池 25 開關 26 積體電路 27 電池匣 28、 29凸出導條 30、 30’導光棒 301 光纖 302 小氣泡 40 凝膠13 Waterproof rubber ring 14 Anti-seepage rubber ring 20 Circuit board 201 Insert groove 202 Conductive rod 203 Conductive rod 21~23 Luminous body 24 Battery 25 Switch 26 Integrated circuit 27 Battery 匣 28, 29 protruding bar 30, 30' light guide Rod 301 fiber 302 small bubble 40 gel