201109814 六、發明說明： 【發明所屬之技術領域】 本發明有關於一種氣氣閃光燈模組，尤指一種應洧； 可攜式電子產品之微梨化氙氣閃光燈模組及其製造万法 【先前技術】 閃光燈（Flash)是攝影上使用最普遍的人工光源’ 用以補充光源的不足。習知數位相機可利用白色發光二極 體作為閃光燈的光源，也可利用氙氣燈作為閃光燈的光 源’該氙氣燈是利用高壓電流在充滿氙氣（Xenon)的燈 管内放電，將管内氣體離子化，進而產生強烈閃光。 惟’習知的氣氣閃光燈模組包括一電路板、一絕緣座 體及一氙氣燈管，絕緣座體設置於電路板上，氤氣燈管容 納於絕緣座體内，氙氣燈管並與電路板達成電性連接，使 氙氣燈管能利用高壓電流在充滿氙氣的管子内放電而產 生強烈閃光。由於絕緣座體及許多的電子零件設置於带路 板上，伯用較多的空間，造成氤氣閃光燈模組體積^， 難以達到微型化的要求。 '曰 上述缺失之本發明。 【發明内容】 化氤氣閃光 積縮小，減 本發明之主要目的，在於可提供一種微型 燈模組及其製造料，可錢_級模組體 少佔用的空間’以達到微型化的要求。 201109814201109814 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a gas flash lamp module, and more particularly to a sputum; a portable pear-shaped Xenon flash lamp module and a manufacturing method thereof Technology] Flash (Flash) is the most common artificial light source used in photography to supplement the light source. Conventional digital cameras can use a white light-emitting diode as a light source for a flash lamp, or a xenon lamp can be used as a light source for a flash lamp. The xenon lamp is discharged by a high-voltage current in a xenon-filled lamp tube to ionize the gas inside the tube. , which in turn produces a strong flash. However, the conventional flash lamp module includes a circuit board, an insulating base body and a xenon lamp tube. The insulating base body is disposed on the circuit board, and the xenon lamp tube is housed in the insulating seat body, and the xenon lamp tube is combined with The circuit board is electrically connected so that the xenon lamp can be discharged in a helium-filled tube with a high-voltage current to produce a strong flash. Since the insulating base body and many electronic components are disposed on the lead circuit board, a large amount of space is used, which causes the volume of the xenon flash lamp module to be difficult to achieve miniaturization. '曰 The invention as described above is missing. SUMMARY OF THE INVENTION The main purpose of the invention is to provide a miniature lamp module and a manufacturing material thereof, which can reduce the space occupied by the money-level module body to achieve the miniaturization requirement. 201109814
為了達成上述之目的，本發明提供1微型化氣氣閃 光燈模組，包括：一軟性電路板，該軟性電路板上設置 高壓線圈、變壓ϋ及高㈣容；—絕緣座體，該絕ς座體 内部形成-容納空間，該容納空_置有反射件，該絕緣 座體設有㈣凹槽，該軟性電路板包覆於該絕緣座體外 部，該高壓關、該變㈣及該高壓電錢容於該些凹糟 内；-氣氣燈管，該&氣燈管設置於絲緣座體的容納^ 間内，該反射件位於該氙氣燈管外圍，該氙氣燈管二端: 有燈腳，該氙氣燈管二端的燈腳及該反射件與該軟性電路 板電性連接；以及-外殼’該外殼純於該絕緣座體外 部’使該雌㈣板夾胁該外殼及該絕緣座體之間。 本發明另提供-種微型化氤氣閃光燈模組製造方法，包 括步驟如下：提供—軟性電路板及—絕緣座體，該軟性電 路板上設置有Μ線圈、變壓器及高Μ電容，該絕緣座體 内部形成-料空間，該容㈣間設置有反射件，該絕緣 座體設有數㈣槽，將該她魏板包朗緣座體外 邛使》亥同壓線圈、該變壓器及該高壓電容收容於該些四 槽内m氣燈管設置於該絕緣座體的容納空間内，兮 反射!t於,氣燈管外圍，錢氣燈管二端具有燈腳: 使二端的燈腳及該反射件與該軟性電路板電 [生連接’以及將—外殼套設於該絕緣座體外部，使該軟性 電路板夾置於料殼及該絕緣座體之間。 本i明具有以下有益的致果：本發明的軟性電路板包 覆於絕緣座料部，且倾電路板上㈣子料容置於绝 201109814 緣座體的凹槽内，該些電子零件收容於絕緣座體内，可使 氙氣閃光燈模組體積縮小，減少佔用的空間，以達到微型 化的要求。 為使能更進一步瞭解本發明之特徵及技術内容，請參 閱以下有關本發明的詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並非用來對本發明加以限制者。 【實施方式】 請參閱第一圖至第四圖，本發明提供一種微型化氙氣 閃光燈模組及其製造方法，該氙氣閃光燈模組1包括一軟 性電路板1 1、一絕緣座體1 2、一氙氣燈管1 3及一外 殼1 4，其中該軟性電路板1 1為一具可撓性的基板，該 軟性電路板1 1可用以包覆於絕緣座體1 2外部。該軟性 電路板1 1上設置有局壓線圈1 5、變壓器1 6、局壓電 容17及主電容18等電子零件，該些電子零件電性連接 於該軟性電路板11。 在本實施例中，該軟性電路板1 1具有一底板1 1 1、連接於該底板1 1 1相對二側的第一側板1 1 2、第 二侧板1 1 3、連接於該底板1 1 1另外相對二側的第三 側板1 1 4及傳輸部1 1 5、連接於該第二側板1 1 3相 對二側的第四側板1 1 6及延伸部1 1 7。該高壓線圈1 5設置於第一側板1 1 2上，該變壓器1 6及高壓電容1 7設置於底板1 1 1上，該主電容18設置於延伸部1 1 7上，但該些電子零件設置的位置並不限制，可予以適當 的變化。所述底板1 1 1的厚度並可適當的加厚。 201109814 該第一側板1 1 2未連接於底板iχ的三側分 延伸形成一第一導片1121、一第二導片1122及— 第三導片1 1 2 3。設置於第一側板工！ 2上的高壓線圈 ^5電性連接於第一導片工丄2工、第二導片工工2 ^及 第三導片1 1 2 3，亦即該高壓線圈丄5的正極接腳、負 極接腳及高壓觸發接腳分別電性連接於第一導片丄工2 1、第二導片1 1 2 2及第三導片1 1 2 3。 鲁該延伸部1 1 7上設有-第-接點！丄7 i及數個 第二接點1 172，該些第二接點1 1 72間隔地環繞於 第一接點1171外圍。該主電容！8的一接腳（正極或 負極）電性連接於第一接點丄丄7丄’該主電容丄8的另 一接腳（負極或正極）則可選擇性地電性連接於所述的一 第二接點1 17 2，使得主電容丄8設置的方向具多元性 的選擇。 該絕緣座體1 2以塑膠材料製成，該絕緣座體χ 2内 馨部形成有一容納空間1 2 1，該絕緣座體工2的容納空間 1 2 1内壁設置有一反射件i 2 2 ’該本實施例中反射件 1 2 2為一反射膜，其以蒸鍍、濺鍍或化學氣相沉積等方 式形成於該容納空間i 2丄内壁，反射膜的成份為銀等反 射性良好的材料。該絕緣座體i 2上設有數個凹槽i 2 3 (如第六圖所示），該些凹槽丄2 3由絕緣座體i 2外緣 向内凹陷適當的深度，該些凹槽1 2 3設置的位置及形狀 對應於軟性電路板i1上的電子零件，而能用以收容高壓 線圈1 5、變壓器1 6及高壓電容χ 7等電子零件。該反 201109814 射件1 2 2也可以反射罩（圖略）取代，該反射罩是以金 屬板經沖壓彎折製成’並組裝於該絕緣座體1 2的容納空 間121内壁。 該軟性電路板11包覆於絕緣座體12外部，第一側 板1 1 2及弟二側板1 1 3相對於底板1 1 1垂直翻 折，使第一側板1 1 2及第二側板1 1 3豎立於底板1 1 1相對的二側’再將第一導片1 1 21、第二導片1 1 2 2及第三導片112 3相對於第一侧板1 1 2翻折，使第 一導片1 121、第二導片1 122及第三導片1 123 伸入該絕緣座體1 2内，而後再將第三側板1 14及第四 側板1 1 6分別相對於底板1 1 1及第二侧板1 1 3垂 直翻折.，使第三侧板1 1 4及第四侧板1 1 6豎立於底板 1 1 1另外相對的二側，使該軟性電路板1 1形成一包覆 體’從而包覆於該絕緣座體1 2外部，亦即軟性電路板1 1的第一側板1 1 2、第二側板1 13、第三側板1 1 4 及第四側板1 1 6包覆於絕緣座體1 2四側，軟性電路板 1 1的底板1 1 1包覆於絕緣座體1 2底部。高壓線圈1 5、變壓益1 6及高壓電容1 7等電子零件則收容於該絕 緣座體1 2相對應的凹槽1 2 3内，另可於該凹槽1 2 3 内點膠，使其具有更佳的固定性及絕緣效果。 將該氙氣燈管13設置於該絕緣座體1 2的容納空 間1 2 1内，該氙氣燈管1 3二端具有燈腳1 3 1、1 3 2，該二燈腳1 3 1、1 3 2與軟性電路板1 1的第一導 片1121、第二導片1122達成電性連接。該反射件 201109814 1 2 2位於該氙氣燈管1 3外圍，該反射件1 2 2與軟性 電路板1 1的第三導片1 1 2 3接觸達成電性連接，使得 高壓線圈15輸出的高壓電可透過反射件i 2 2觸發氙 氣燈官1 3，且該氙氣燈管1 3發出的燈光可透過反射件 1 2 2的反射向外射出。 該外喊1 4以塑膠材料製成，該外殼1 4具有一蓋部 1 4 1及至少二側部14 2，該二側部1 4 2由該蓋部1 4 1相對二側延伸形成，該蓋部丄4 i以透光材料製成， §亥盍部1 41上形成有一透鏡1 4 3。將該外殼1 4套設 於該絕緣座體1 2外部，使外殼1 4的蓋部1 4 1對應於 §亥絕緣座體1 2的容納空間1 2 1，並使該軟性電路板1 1夾置於外设1 4及絕緣座體1 2之間，使該軟性電路板 1 1穩固地包覆於該絕緣座體丄2外部。該絕緣座體丄2 及外殼1 4之間並設有數個相對應的卡筍丄2 4及卡孔 1 4 4，該些卡筍1 2 4及該些卡孔14 4相互卡接，使 外殼1 4穩固地套設於該絕緣座體丄2外部。該軟性電路 板1 1的傳輸部1 1 5伸出外殼14的外部，可用以傳輸 sfi號’該軟性電路板1 1的延伸部1 1 7經過穿孔1 4 5 伸出外殼14外部，使主電容1 8得以設置於外殼14外 部。該氙氣燈管1 3發出的燈光可透過反射件1 2 2的反 射’經過該透鏡1 4 3向外射出。 晴參閱第五圖，本發明氙氣閃光燈模組1之迴路設計 包含有一 Dc-Dc轉換器1 g、一整流器20、一主電容1 8、一觸發（Trigger)迴路2 1及一氙氣燈管1 3，該 201109814 觸發迴路2 1是由高壓線圈1 5、高壓電容1 7及開關 (圖略）構成，該氙氣燈管1 3是透過該觸發迴路2 1的 高壓線圈1 5、高壓電容1 7電性連接於該主電容1 8， 該主電容18可供應電流至氙氣燈管13及高壓電容1 7，該高壓電容1 7並利用開關控制瞬間放電至該高壓線 圈1 5，用以觸發該氙氣燈管1 3，使該氙氣燈管1 3内 的氣體（氙氣）離子化，進而產生強烈閃光。 本發明的軟性電路板1 1包覆於絕緣座體1 2外 部，且軟性電路板1 1上的電子零件收容於絕緣座體1 2 的凹槽1 2 3内，該些電子零件收容於絕緣座體1 2内， 可使氙氣閃光燈模組1體積大幅的縮小，減少佔用的空 間，以達到微型化的要求。 惟以上所述僅為本發明的較佳實施例，非意欲偈限本 發明的專利保護範圍，故舉凡運用本發明說明書及圖式内 容所為的等效變化，均同理皆包含於本發明的權利保護範 圍内，合予陳明。 【圖式簡單說明】 第一圖為本發明微型化氙氣閃光燈模組的立體分解圖。 第二圖為本發明微型化氙氣閃光燈模組的立體組合圖。 第三圖為本發明微型化氙氣閃光燈模組的剖視圖。 第四圖為本發明微型化氙氣閃光燈模組製造方法的流程 圖。 第五圖為本發明微型化氙氣閃光燈模組的迴路方塊圖。 第六圖為本發明絕緣座體之立體圖。 201109814 【主要元件符號說明】 1 氙氣閃光燈模組 11軟性電路板 1 1 1底板 1 1 2第一側板 1 1 2 1第一導片 1 1 2 2第二導片 1 1 2 3第三導片 * 113第二侧板 1 1 4第三側板 115傳輸部 1 1 6第四側板 117延伸部 1171第一接點 1 1 7 2第二接點 • 12絕緣座體 1 2 1容納空間 12 2反射件 1 2 3凹槽 1 2 4卡筍 1 3氙氣燈管 1 3 1燈腳 1 3 2燈腳 1 4外殼 201109814 1 4 1蓋部 1 4 2侧部 1 4 3透鏡 1 4 4卡孔 1 4 5穿孔 1 5南壓線圈 1 6變壓器 1 7高壓電容 1 8主電容 1 9Dc-Dc轉換器 2 0整流器 21觸發迴路In order to achieve the above object, the present invention provides a miniaturized gas flash lamp module, comprising: a flexible circuit board, wherein the flexible circuit board is provided with a high voltage coil, a transformer ϋ and a high (four) capacity; The inside of the seat body forms a receiving space, the receiving space is provided with a reflecting member, and the insulating seat body is provided with (4) a groove, the flexible circuit board is covered on the outside of the insulating seat body, the high voltage is closed, the variable (four) and the height are Piezoelectric money is contained in the recesses; a gas lamp tube, the & gas lamp tube is disposed in the housing of the wire edge holder, the reflection member is located at the periphery of the xenon lamp tube, and the xenon lamp tube 2 End: a lamp foot, the lamp pin at the two ends of the xenon lamp tube and the reflector are electrically connected to the flexible circuit board; and - the case 'the case is pure outside the insulating seat body' causes the female (four) plate to sandwich the outer casing And between the insulating blocks. The invention further provides a method for manufacturing a miniaturized Xenon flash lamp module, comprising the steps of: providing a flexible circuit board and an insulating base, wherein the flexible circuit board is provided with a winding coil, a transformer and a high tantalum capacitor, the insulating seat The inside of the body forms a material space, and a reflector is disposed between the capacitors (4), and the insulating seat body is provided with a plurality of (four) slots, and the outer core of the core board is smashed, and the transformer and the high voltage capacitor are accommodated. In the four slots, the m gas lamp tube is disposed in the accommodating space of the insulating seat body, and the 兮 reflection is in the periphery of the gas lamp tube, and the two ends of the money lamp tube have the lamp legs: the two-end lamp legs and the reflection The device is electrically connected to the flexible circuit board, and the outer casing is sleeved outside the insulating seat, so that the flexible circuit board is sandwiched between the material casing and the insulating base. The present invention has the following beneficial results: the flexible circuit board of the present invention is coated on the insulating material portion, and the (4) sub-material of the tilting circuit board is placed in the recess of the 201109814 edge seat body, and the electronic parts are accommodated. In the insulating body, the Xenon flash module can be reduced in size and the occupied space can be reduced to achieve the miniaturization requirement. For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings. [Embodiment] Please refer to the first to fourth figures. The present invention provides a miniaturized xenon flash lamp module and a manufacturing method thereof. The Xenon flash lamp module 1 includes a flexible circuit board 1 1 and an insulating base body 12. A xenon lamp tube 13 and a casing 14 are disposed, wherein the flexible circuit board 11 is a flexible substrate, and the flexible circuit board 11 can be used to wrap around the outside of the insulating body 12. The flexible circuit board 1 is provided with electronic components such as a local voltage coil 15 , a transformer 16 , a local piezoelectric capacitor 17 , and a main capacitor 18 , and the electronic components are electrically connected to the flexible circuit board 11 . In this embodiment, the flexible circuit board 1 1 has a bottom plate 11 1 , a first side plate 1 1 2 connected to opposite sides of the bottom plate 1 1 1 , a second side plate 1 1 3 , and a bottom plate 1 connected thereto. The first side plate 1 1 4 and the transmission portion 1 15 of the two opposite sides are connected to the fourth side plate 1 16 and the extension portion 1 17 of the second side plate 1 1 3 opposite to the two sides. The high voltage coil 15 is disposed on the first side plate 1 1 2 , the transformer 16 and the high voltage capacitor 17 are disposed on the bottom plate 11 1 , and the main capacitor 18 is disposed on the extension portion 1 17 , but the electronic components The location of the settings is not limited and can be changed as appropriate. The thickness of the bottom plate 11 1 can be appropriately thickened. 201109814 The first side plate 1 12 is not connected to the three sides of the bottom plate i to extend to form a first guiding piece 1121, a second guiding piece 1122 and a third guiding piece 1 1 2 3 . Set on the first side board! The high voltage coil ^5 on the second electrode is electrically connected to the first guiding piece 2, the second guiding piece 2 ^ and the third guiding piece 1 1 2 3, that is, the positive pin of the high voltage coil 丄5, The negative pin and the high voltage trigger pin are electrically connected to the first guide piece 2 1 , the second guide 1 1 2 2 and the third guide 1 1 2 3 , respectively. There is a - contact at the extension 1 1 7!丄7 i and a plurality of second contacts 1 172, the second contacts 1 1 72 are spaced around the periphery of the first contact 1171 at intervals. The main capacitor! A pin (positive or negative) of 8 is electrically connected to the first contact 丄丄7丄', and another pin (negative or positive) of the main capacitor 丄8 is selectively electrically connected to the A second contact 1 17 2 causes the direction in which the main capacitor 丄 8 is set to have a plurality of choices. The insulating seat body 1 2 is made of a plastic material, and the insulating seat body 2 is formed with a receiving space 1 2 1 , and the inner wall of the insulating seat body 2 is provided with a reflecting member i 2 2 ' In the embodiment, the reflecting member 12 2 is a reflective film formed on the inner wall of the accommodating space i 2 by vapor deposition, sputtering or chemical vapor deposition, and the composition of the reflective film is good in reflectivity such as silver. material. The insulating seat i 2 is provided with a plurality of grooves i 2 3 (as shown in FIG. 6 ), and the grooves 丄 2 3 are recessed inward by an outer edge of the insulating seat i 2 , and the grooves are recessed. The position and shape of the 1 2 3 arrangement correspond to the electronic components on the flexible circuit board i1, and can be used to house electronic components such as the high voltage coil 15 , the transformer 16 , and the high voltage capacitor χ 7 . The anti-201109814 projecting member 121 can also be replaced by a reflector (not shown) which is formed by stamping and bending a metal plate and assembled to the inner wall of the accommodating space 121 of the insulating seat body 12. The flexible circuit board 11 is wrapped on the outside of the insulating base 12, and the first side plate 1 1 2 and the second side plate 1 1 3 are vertically folded with respect to the bottom plate 1 1 1 so that the first side plate 1 1 2 and the second side plate 1 1 3 erected on opposite sides of the bottom plate 1 1 1 'folding the first guide piece 1 1 21, the second guide piece 1 1 2 2 and the third guide piece 112 3 relative to the first side plate 1 1 2 so that The first guiding piece 1 121 , the second guiding piece 1 122 and the third guiding piece 1 123 extend into the insulating seat body 1 2 , and then the third side plate 1 14 and the fourth side plate 1 16 are respectively opposite to the bottom plate 1 1 1 and the second side plate 1 1 3 is vertically folded. The third side plate 1 14 and the fourth side plate 1 16 are erected on the opposite sides of the bottom plate 1 1 1 to make the flexible circuit board 1 1 Forming a covering body to cover the outside of the insulating base 12, that is, the first side plate 1 1 of the flexible circuit board 1 2, the second side plate 1 13 , the third side plate 1 1 4 and the fourth side plate 1 1 6 is wrapped on the four sides of the insulating base 1 2 , and the bottom plate 11 1 of the flexible circuit board 1 1 is covered on the bottom of the insulating base 12 . The electronic components such as the high voltage coil 15 and the high voltage capacitor 1 are housed in the corresponding recesses 1 2 3 of the insulating base 12 and can be dispensed in the recess 1 2 3 . It has better fixability and insulation effect. The xenon lamp tube 13 is disposed in the accommodating space 1 2 1 of the insulating base body 12, and the two ends of the xenon lamp tube 13 have the lamp legs 1 3 1 and 1 3 2, and the two lamp legs 1 3 1 and 1 3 2 is electrically connected to the first guiding piece 1121 and the second guiding piece 1122 of the flexible circuit board 1 1 . The reflector member 201109814 1 2 2 is located at the periphery of the xenon lamp tube 13 , and the reflector member 12 2 is electrically connected to the third guide piece 1 1 2 3 of the flexible circuit board 11 to make the output of the high voltage coil 15 high. The piezoelectrically illuminates the xenon lamp lamp through the reflector i 2 2, and the light emitted by the xenon lamp tube 13 is emitted outwardly through the reflection of the reflector member 121. The outer cover 14 is made of a plastic material, and the outer casing 14 has a cover portion 141 and at least two side portions 14 2, and the two side portions 142 are formed by extending the cover portion 141 from opposite sides. The cover portion 4 i is made of a light transmissive material, and a lens 1 4 3 is formed on the 盍 盍 portion 1 41. The outer casing 14 is sleeved on the outside of the insulating base 12, so that the cover portion 141 of the outer casing 14 corresponds to the accommodating space 1200 of the insulating base 12, and the flexible circuit board 1 1 is It is sandwiched between the peripheral device 14 and the insulating base 12, so that the flexible circuit board 11 is firmly covered on the outside of the insulating seat 丄2. A plurality of corresponding card bamboo chips 24 and a card hole 14 4 are disposed between the insulating base 丄 2 and the outer casing 14 , and the card bamboo chips 1 24 and the card holes 14 4 are engaged with each other. The outer casing 14 is firmly sleeved outside the insulating seat 丄2. The transmission portion 1 1 5 of the flexible circuit board 11 extends beyond the outer casing 14 and can be used to transmit the sfi number 'the extension portion 1 1 7 of the flexible circuit board 1 1 through the perforation 1 4 5 to extend outside the outer casing 14 to make the main The capacitor 18 is disposed outside the outer casing 14. The light from the xenon lamp 13 is transmitted through the lens 1 4 3 through the reflection of the reflector 1 2 2 . Referring to the fifth figure, the loop design of the Xenon flash module 1 of the present invention comprises a DC-Dc converter 1 g, a rectifier 20, a main capacitor 18, a Trigger circuit 2 1 and a xenon lamp 1 3, the 201109814 trigger circuit 2 1 is composed of a high voltage coil 15 , a high voltage capacitor 17 and a switch (not shown), the xenon lamp 13 is a high voltage coil 15 through the trigger circuit 2 1 , a high voltage capacitor 17 Electrically connected to the main capacitor 18, the main capacitor 18 can supply current to the xenon lamp tube 13 and the high voltage capacitor 17 , and the high voltage capacitor 17 is instantaneously discharged to the high voltage coil 15 by using a switch to trigger the The xenon lamp tube 13 ionizes the gas (helium gas) in the xenon lamp tube 13 to generate a strong flash. The flexible circuit board 11 of the present invention is wrapped around the outside of the insulating base 12, and the electronic components on the flexible circuit board 1 are received in the recesses 1 2 of the insulating base 12, and the electronic components are housed in the insulation. In the seat body 1 2, the volume of the xenon flash module 1 can be greatly reduced, and the occupied space can be reduced to achieve the miniaturization requirement. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, the equivalent changes of the present invention and the contents of the drawings are all included in the present invention. Within the scope of protection of rights, it is given to Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an exploded perspective view of a miniature xenon flash lamp module of the present invention. The second figure is a three-dimensional combination diagram of the miniaturized xenon flash module of the present invention. The third figure is a cross-sectional view of the miniaturized Xenon flash lamp module of the present invention. The fourth figure is a flow chart of the manufacturing method of the miniaturized xenon flash lamp module of the present invention. The fifth figure is a circuit block diagram of the miniaturized xenon flash module of the present invention. The sixth figure is a perspective view of the insulating seat of the present invention. 201109814 [Main component symbol description] 1 Xenon flash module 11 flexible circuit board 1 1 1 bottom plate 1 1 2 first side plate 1 1 2 1 first guide piece 1 1 2 2 second guide piece 1 1 2 3 third guide piece * 113 second side panel 1 1 4 third side panel 115 transmission portion 1 1 6 fourth side panel 117 extension portion 1171 first junction 1 1 7 2 second junction point 12 insulation base 1 2 1 accommodation space 12 2 reflection Piece 1 2 3 groove 1 2 4 card shoot 1 3 xenon lamp 1 3 1 lamp foot 1 3 2 lamp foot 1 4 housing 201109814 1 4 1 cover part 1 4 2 side part 1 4 3 lens 1 4 4 card hole 1 4 5 perforation 1 5 south voltage coil 1 6 transformer 1 7 high voltage capacitor 1 8 main capacitor 1 9Dc-Dc converter 2 0 rectifier 21 trigger circuit