1254325 九、發明說明： 【發明所屬之技術領域】 用在ΓΓ:係關於一種線圈裝置，尤其係指-種適用於使 面波置型之小型、低厚度型感應器及變壓^上之線 【先前技術】 A置電子機器朝小型化、薄型化發展’而相對於 專機器上之元件，亦被要求要小型化、低厚度化。 =在：子機器之電路基板上之感應器及變壓器等之線圈 f置：：般是於設置有外部連接端子之合成樹脂製的基台 圈繞有捲線之核"所構成，就沒有耐壓規定之線 要㈣用/’其對應於小型化、低厚度化之要求的方法主 要係使用接著劑以直接將金屬端子接著在核心上。 但是，使用接著劑直接將金屬端子接著在核心上時， =於核心係亞鐵鹽等之燒結體，故不易獲得高的接著強 \就疋§兄’―般的金屬端子多係使用鱗青銅、銅合金、 鐵等之金屬材料’為了確保端子防止腐蝕以及焊料之上料 性，在其表面多會電鍍有金、銀或錫等金屬。電鑛後之端 !其表面平滑度高’而該高平滑度將會降低金屬端子之接 =度#者’在形成有鍍錫或焊料電鑛等之電鐘層的金 〜子’其在附著烊料時之熱度會引起電鑛層之軟化或溶 二使得接著劑面亦產生軟化，結果將會導致金屬端子之 接著強度更加降低。而#目 料導致焊料附著之”:二為近年來所使用之無料 舰度上升’使得問題更加嚴重。為此便 1254325 有許多提昇核心及金屬端子之接荖％ 者強度之構想被加以提 出。 …T 丄 u - d u 3 〇 3 4號公報）中便揭示有在與核心之端子的接著面上形成有 凹部，於對應該凹部之端子上設置有接著劑插設結構而可 進行利用端子之兩面來進行接著，藉此以將核心、與端子穩 固的加以固定之技術。在專利文獻2 (日本特開平丄1二 8 1 3 3號公報）中揭示有在接著部分之端子面上，設置 有星狀之凹凸部以及在核心之底面設置有溝槽等之表面積 增加結構，即使焊料熱度亦無法將核心與端子加以剝離之 技術。在專利文獻3 (日本特開平1]L_ 2 8 3 8 4 7號 公報）中揭示有在具備有披覆焊料附著層（厚度為卜二 0 // m之錢錫或焊料電鍍）《外部端子的導線架之核心执 置部上，言免置有焊料附著防止層以提昇接著強度之技術： 在專利文獻4 (日本特開平2 Q ◦ 3 — 3 4 7 i 3丄號公 報）中揭示有該金屬端子具備有由核心設置部之周緣= 立起之凸，緣’將核心設置部及凸緣與核心接著來提 強度之技術。 但是上述之技術均需要進行金屬端子及核心形狀之加 工以提昇接著強度’因此存在有導致成本上升之問題。而 且不改善由亞鐵鹽所構成之核心與金屬端子之材質本身 基本上的不良接著強度，其接著強度之提昇亦有限。 ^另外，元件之小型化、薄型化之發展使得線圈裝置之 散熱面亦產生問題，也就是說’將發熱量相同之元件單純 I254325 進仃+ 時’纟外表面積亦當然的縮小，因此會降低 散熱性。故在設計線圈裝置時，必須同時考慮到發熱的控 制以及散熱性之提昇。 【發明内容】 本發明主要目的係在提供一種可改善核心與金屬端子 接著時結著強度亞次、> P弓 ^ 心名之問4 ’使得線圈裝置整體之端子接 著強度提昇之線圈裝置。 本I月另目的在於提供一種散熱性優異之線圈裝 置。 為了達到上述發明目的，本發明之線圈裝置係包括有 核…線圈、S台以及端子。前述核心係包含有捲線部、 :口接σ ®以及^子接合面’ S該捲線部上捲繞有線圈； 前述基台係由合成樹脂所構成，#包含有核心接合部以及 端子結合部；前述端子係由金屬板所構成5其包含有核心 接合部以及線圈連接部，並藉由形成在前述基台上之端子 結合部與該基台結合；形成於前述基台上之核心接合部以 及I成在4立而子上之核心接合部係分別與前述核心之該基 台接：面以及該端子接合面加以面接著；前述線圈係與形 成在前述端子上之線圈連接部連接。 就上述之線圈裝置而言，其基台係由合成樹脂所構 成’並包含有核心接合部以及端子結合部。該合成樹脂係 相當於藉由接著劑與核心之接著，由於接著劑以及合成樹 脂材料之選擇範圍較大’利用適切的選擇合成樹脂材料及 接著劑之組合，可相較於將合金與金屬接著時獲得更大的 1254325 接著強度。 前述端子係由金屬板所構成，其包含有核心接合部以 及線圈連接部，並藉由形成在前述基台上之端子結合部與 3玄基台結合。形成於5亥基台上之核心接合部以及形成在該 端子上之核心接合部係分別與前述核心之該基台接合面以 及該端子接合面加以面接著。藉由這樣的結構，形成於端 子上之核心接合部，其相對於核心接著強度低的金屬製端 子與接著強度咼之合成樹脂製基台加以結合，讓形成在基 台上之核心接合部一同接著在核心上，由線圈裝置整體來 看，其端子接著強度較高。 热琢園你興形成在前述端子 就上述之綠圈裝置 上之線圈連接部連接。該端子係與核心之端子接合面加以 面接著。藉由這樣的構造可以有效的提昇線圈裝置的散熱 性能。在線圈裝置所產生的熱量，是因為線圈的銅損耗所 引起的發熱以及核心之渦電流損耗和鐵損耗所引起的發 熱，這些熱量能經由與核心面接觸之端子散熱，並由線圈 經由線圈連接部以及端子進行散熱。因此，只要考量到相 對於核〜之端子接觸面積、端子的剖面積以及端子的表面 積來設定線圈u的發熱量便可吨昇散熱性能。 ，山子:;：：：’本發明可利用合成樹脂來改善核心與金屬 立而子間接著時之不良接签 吏侍線圈裝置整體之端子 :度“’故可提供散熱性能優異之線圈裝置。就且 體之樣態而言，該端子 ’Ή具 結合之部位係台上之端子結合部所 '成為牙孔。若於該穿孔埋設該端子結合部 1254325 之合成樹脂，便可以使得端子與基台之結合更加的穩固， 而使得核心與端子之接著強度提昇。 雖說形成於端子上之核心接合部相對於核心之面接觸 面積越大，對於散熱性能提昇上越有助益，但太大時，將 =得形成於基台上之核心接合部相對於核心之面接觸面 、夂小，另外’亦會使得相鄰的端子之間的間隔變窄。一 =料之間的間隔變窄，對於製造端子時所使用之導線架 成型权具的哥命便合妄& _旦， "生不良衫曰，再者，將線圈裝置實 路r上時，容易產生焊料間的相互連接（稱 =:3絕緣不良的問題發生。因此，相鄰之間 勺知子間隔車父佳是号著n η .n 疋叹置在0· 5 mm以上，更佳者係確 在1 m m以上。 :成在基口上之核心接合部相對於核心之面接觸面 料接著強度便越高。為此’核心之基台接合面， 二=好是就相對於相鄰之端子間隔内，由該核心之對 二卜緣朝中心方向分別具有該外緣間尺寸之1/4以上的 言:：。上述均是對應於端子接著強度以及散熱性能之必要 本發明之：a： # Bζ, 广， 、 的、、，Ό構及優點便參照所附圖式，進 订更自羊腿之說明。^ θ -疋’所附之圖式僅係單純表示實施例。 如上所，般，藉由本發明可獲得下述之效果。 (:)了 Μ提供將線圈裝置整體之端子接著強度加以 扣幵的線圈裝置。 )可以提供散熱性能優異之線圈裝置。 1254325 【實施方式】 第一圖所示者為本發明線圈裝置實施例之立體圖，第 一圖所示者為弟一圖所示之線圈裝置之立體分解圖，第二 圖所不者為第一圖所不之線圈裝置的使用狀態實施例之剖 視圖。 以下便以第二圖為主體進行說明。圖中所示之線圈裝 置係包含有核心（1 )、線圈（2 )、基台（3 )以及— 對的端子（4 )。 • 上述核心（1 )較佳是包含有捲線部（丄〇 )、基台 — 接合面（1 3 )以及端子接合面（丄4 )，而該核心 之大小及形狀並不作任何特別限定。又，該核心亦可以為 -%磁路型或者是開磁路型之核心，亦可以使用將複數個核 ' ^加以組裝成一體之核心。一般而言，由於捲線容易並可 適用於小型化之原因5大多使用鼓狀核心。核心（1 )的 ， 材料由於係要藉由接著劑組裝端子（4 )，因此最好是具 • 彳高絕緣性者。本實施例則是使用由亞鐵鹽等之燒結體所 構成之鼓狀核心（i )。本實施例之鼓狀核心（1 )大小， 其側板（1 1 ) ( ! 2 )之直徑分別約為6 mm，捲轴（工 5 )之軸向長度約為丄m m，核心（丄）之捲軸（丄5 ) 方向的外型尺寸（即圖中所示之高度）約為2mm左右。 捲線( 1 0 )乃是由側板（1 1 )( 1 2 )與捲軸（工 5 )之間所形成之空間。該基台接合面（丄3 )則係由一 側之側板（1 1 )端面中央所設之帶狀並延伸至該側板（工 1 )之側面（1 7 )的整體區域。該端子接合面（丄4 ) 1254325 則分別設置在該側板（1 1)端面中央之基台接合面（i 3 )之兩側位置。 上述基台（3 )，例如係由液晶高分子等之耐執性a 成樹腊所構成’其包含有核心接合部（3ι)以及端子： 合部（3 2 )。該核心接合部（3 1 )係由核心設置部（3 2 )及框體（3 5 )所構成。該核心設置部（3 3 )係與 =置f側板（1 1 )端面之基台接合面（1 3 )連接並形 、為▼狀’其較長方向之兩端則與框體（3 5 )加以連接。 該框體（35)則是與核心（1) 一側之側板（11)上 所形成之側面（1 7)整體連接㈣成為環狀。 上述端子結合部（1 9彳彳备—人 2 )係包含有與端子（4 )之板 :、、厂之部分以及與端子（4)之端面結合之部分。與端 4“4)之板面結合之部分係包括有與端子（4)之外連 部板面相結合之外部端子結合部（36)、與 社人部1 3 ^圈連接端子引出部板面相結合之線圈端子 曲二 及與端子（4)之勾狀彎曲部結合之彎 曲結合部（⑴。在各外部端子結合部 ； 有2個圓柱狀之突起（361)。與 叹置 合之部八—』^ 子（4 )之端面結 設置;(3=有框體（35)之内壁（35!)、核心 6 )之牆面（3 3丄）、外部端子結合部（3 （3 6 2)、線圈端子結合部（37 (3:1)以及彎曲結合部（38)之側壁等。 前述之端子（4 )係相互對向設置 其係厚度分為0.15mn^銅板㈣十金“子’ 1254325 折而成。該電錄工程可以在金屬板沖壓工程或者是#|曲工 程進行後，再經由後續加工進行。該後續加工工程亦可以 在金屬板之沖壓端面上進行。另外，若是在沖壓工程前便 進订電鐘工私之w工程的話，由於其可使得金屬板之沖壓 :面加以外露，因此可以提升與基台（3)之結合強度。 月”述之端子（4)分別包括有核心接合部（44)以及線 _接端子（45)，其更進-步包括有與電路基板等之 2部機器連接之外部連接端子部（46)以及可增強與基 =(3)之結合強度的勾狀彎曲部（48)。該核心接合 二"4)係與設置在核心⑴-側之側板（1 η端 面上之端子接合面（丄4 ) 基部“7) 卜 形成在半圓弧狀 I (47)之側面上。該線圈連接端子（4 由 基部（4 7)之圓弧之一部分處加以延伸，而 與線圈末端（2 5 )連接之線圈連接 y月 圈之末端（25)加以連接。該外：二:451)以與線 孫u e 士 ♦ 卜口p連接端子部（4 6 ) 係以#父大之面積由基部（4 7)加以延 之部位設置有兩個穿孔（461) ㈣，於延伸出 乃係成在距外部連接端子 曲部（48) 上。 ^被逐之圓弧前端部位 上述結構之端子（4)乃係藉由形 之端子結合部（32)與基台（3) 土口（3)上 ^、、、σ 合。呈1if 而古， 與基台(二」7:架一 盘端子（4 ) s““ 乐-圖所不之基台（3 ) 〆、 係呈現出分離狀’其在實際結合時才加以 12 1254325 組合而不需要一定是一體之結構。 上述基台（3 )乃係由基台（3)與端子（4)之内 成形法而形成有端子接合部（3 2 )、核心設置部（3 3 ) 以及框體（3 5 )。該端子（4 )係以板面與端面與基台 (3 )之端子結合部（3 2 )加以結合。 δ亥端子（4 )之基部（4 7 )乃係以其端面（4 4 1 ) 與基台（3 )之核心接合部（3 3 )之端面以及與框體（3 _ 5 )之内壁結合之基台（3 )加以結合。 違基台（3 )之核心設置部（3 3 )係成型為與端子 (4)之厚度相同之〇· 1 5mm，由於其端面係相互接 合’因此端子（4 )之基部（4 7 )與基台（3 )之核心 設置部（3 3 )係成形在同一平面上。 在形成於端子（4 )之外部連接端子部（4 β )延伸 部位的兩個穿孔（4 6 1 )上埋設有基台（3 )之合成樹 脂而形成有圓柱狀之樹脂（3 6 1 )。該外部連接端子部 ·( 4 6 )之延伸部位之板面係與結合在外部端子結合部（3 6 )上之基台（3 )結合。該外部端子結合部（3 6 )之 延伸部端面以及兩穿孔（4 6 1 )之内側端面則與分別和 外部端子結合部（3 6 )之側壁（3 6 2 )以及圓柱狀樹 脂（3 6 1 )之外側面結合之基板（3 )結合。該兩穿孔 (4 6 1 )以及圓柱狀之樹脂（3 6 i )的結合結構可以 增加基台（3 )以及端子（4 )之結合強度。 該線圈連接玄而子部（4 5 )之板面乃係與線圈端子接 合部（3 7 )結合之基台（3 )結合。線圈連接端子部（4 13 1254325 5 )之端面則是與線圈端子接合部（3 7 )之側壁（3 7 1 )結合之基板（3 )結合。 該勾狀彎曲部（4 8 )係深入至基台（3 )之中，並 與弓曲結合部（3 8 )結合。如此之結構可更進一步的提 升基台（3 )與端子（4 )之結合強度。 藉由上述方式結合之基台（3)以及端子（4)，由 於其基台（3 )之核心設置部（3 3 )以及端子（4 )之 核心接a。卩（4 4 )係分別位處在同一平面上，故可以讓 核心設置部（3 3 )之核心接合部（3丄）與基部（4 7 ) 之核心接合部（4 4 )與核心、（4 )之側面進行面接著以 和核心（4 )成為一體。 具體而言，該基台（3 )之核心設置部（3 3 )係使 用接著劑（5)(參照第三圖所示）與形成在核心（4) 之側板（1 1 )端面上之基台接合面（i 3 )㈣。該基 台（3 )之框體（3 5 )乃是利用接著劑（5 )盥形成在1254325 IX. Description of the invention: [Technical field to which the invention pertains] Used in ΓΓ: relates to a coil device, in particular to a small, low-thickness type inductor and a line for transforming a surface wave. Prior Art A-type electronic devices have been developed toward miniaturization and thinning, and are required to be smaller and lower in thickness than components on specialized machines. =: The coil f of the inductor and the transformer on the circuit board of the sub-machine is generally: the base of the synthetic resin made of the external connection terminal is wound around the core of the coil, and there is no resistance. The method of pressing the specified line (4) with /' corresponding to the requirements of miniaturization and low thickness is mainly to use an adhesive to directly connect the metal terminal to the core. However, when an adhesive is used to directly connect the metal terminal to the core, it is a sintered body of a core ferrous salt or the like, so that it is difficult to obtain a high strength and then a strong metal is used. Metal materials such as copper alloys and irons are plated with metals such as gold, silver or tin to ensure corrosion resistance of the terminals and properties of the solder. The end of the electric mine! The surface smoothness is high' and the high smoothness will lower the metal terminal's connection = degree #者' in the formation of a tin-plated or solder electric ore, etc. The heat attached to the coating causes softening or dissolution of the electrodemine layer so that the adhesive surface is also softened, and as a result, the subsequent strength of the metal terminal is further reduced. The #目目 causes the adhesion of the solder: "The second is the increase in the number of ships used in recent years," which makes the problem even more serious. For this reason, 1254325 has many ideas for improving the strength of the core and the metal terminal. (T 丄u - du 3 〇3 4), it is disclosed that a recess is formed on the rear surface of the terminal of the core, and an adhesive insertion structure is provided on the terminal corresponding to the recess, and the terminal can be used. The technique of fixing the core and the terminal is fixed by the two sides, and the technique of fixing the core and the terminal is described in the patent document 2 (Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. There is a star-shaped uneven portion and a surface area-increasing structure in which a groove or the like is provided on the bottom surface of the core, and the core and the terminal cannot be peeled off even if the solder heat is used. Patent Document 3 (Japanese Patent Laid-Open No. 1) L_ 2 8 3 8 In the No. 7 bulletin, it is disclosed that the core mounting portion of the lead frame having the outer layer of the soldering layer (thickness of the copper layer or the solder plating) is not provided. The material adhesion preventing layer is used to improve the strength of the adhesive. It is disclosed in Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. The convexity, the edge 'the technology of the core setting portion and the flange and the core to improve the strength. However, all of the above techniques require processing of the metal terminal and the core shape to improve the bonding strength', so there is a problem that the cost rises. It does not improve the basic poor strength of the material of the core and metal terminals composed of ferrous salts, and the subsequent strength is limited. ^In addition, the miniaturization and thinning of components make the heat dissipation surface of the coil device There is a problem, that is to say, 'When the component with the same heat quantity is I254325, the external surface area is also reduced, which will reduce the heat dissipation. Therefore, when designing the coil device, it is necessary to consider the heat generation control and heat dissipation. SUMMARY OF THE INVENTION The main object of the present invention is to provide an improved core and metal terminal that is subsequently attached. In the case of the above-mentioned invention, the present invention provides a coil device which is excellent in heat dissipation. The coil device of the present invention includes a core, a coil, a S-stage, and a terminal. The core includes a winding portion, a port connection σ®, and a joint surface ′. The coil portion is wound with a coil; The synthetic resin is composed of a core joint portion and a terminal joint portion, and the terminal portion is composed of a metal plate 5 including a core joint portion and a coil joint portion, and is formed by a terminal joint portion formed on the base portion. The base is coupled; the core joint formed on the base and the core joint formed on the base are respectively connected to the base of the core: the surface and the terminal joint surface; The coil system is connected to a coil connecting portion formed on the aforementioned terminal. In the coil device described above, the base is made of synthetic resin and includes a core joint portion and a terminal joint portion. The synthetic resin is equivalent to the adhesion of the adhesive to the core, and the selection range of the adhesive and the synthetic resin material is large. By using a suitable combination of the synthetic resin material and the adhesive, the alloy and the metal can be compared with the metal. Obtain a greater 1254325 followed by strength. The terminal is formed of a metal plate including a core joint portion and a coil connecting portion, and is coupled to the 3 base plate by a terminal joint portion formed on the base plate. The core joint portion formed on the base 5 and the core joint portion formed on the terminal are respectively surface-engaged with the base joint surface of the core and the terminal joint surface. With such a configuration, the core joint portion formed on the terminal is joined to the base of the synthetic resin having the strength 咼 with respect to the metal terminal having the lower core strength, and the core joint portion formed on the base is together Then, on the core, the overall strength of the terminal is higher from the perspective of the coil device as a whole. The hot spring garden is formed by connecting the aforementioned terminals to the coil connecting portions on the above-mentioned green ring device. The terminal is bonded to the terminal interface of the core. With such a configuration, the heat dissipation performance of the coil device can be effectively improved. The heat generated in the coil device is due to the heat generated by the copper loss of the coil and the eddy current loss of the core and the heat loss caused by the iron loss. This heat can be dissipated via the terminal in contact with the core surface, and the coil is connected via the coil. The heat is removed from the terminals and terminals. Therefore, it is possible to set the heat dissipation performance of the coil u by considering the contact area with respect to the terminal of the core, the sectional area of the terminal, and the surface area of the terminal. ,山子:;:::' The invention can use a synthetic resin to improve the core and the metal and the subsequent bad connection. The terminal of the coil device as a whole: "Therefore, it can provide a coil device with excellent heat dissipation performance. In the case of the body, the terminal joint portion of the terminal 'the cookware is formed as a tooth hole. If the synthetic resin of the terminal joint portion 1254325 is buried in the through hole, the terminal and the base can be made. The combination of the platform is more stable, and the strength of the core and the terminal is improved. Although the contact area of the core joint formed on the terminal with respect to the core surface is larger, it is more helpful for the heat dissipation performance, but when it is too large, The surface of the core joint formed on the base is relatively small with respect to the surface contact surface of the core, and the 'will also narrow the interval between adjacent terminals. The interval between the materials is narrowed. The lead frame forming right armor used in the manufacture of the terminal is a combination of the fate and the amp , 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Weighing =: 3 The problem of poor insulation occurs. Therefore, the adjacent stalks are separated by n η .n. The sigh is placed above 0·5 mm, and the better is better than 1 mm. The core joint on the base is in contact with the surface of the core, and the strength of the fabric is higher. For this reason, the core base joint surface, the second is better than the adjacent terminal spacing, and the core pair The direction of the center of the second Buyuan has more than 1/4 of the size of the outer edge: respectively. The above are all necessary for the terminal strength and heat dissipation performance of the present invention: a: # Bζ, 广, , , With reference to the drawings, the description of the leg from the leg is made. The figure attached to the figure θ - 疋 ' is merely an example. As described above, the present invention can be obtained by the present invention. (:) A coil device that provides a snap-off strength to the entire terminal of the coil device is provided.) A coil device excellent in heat dissipation performance can be provided. 1254325 [Embodiment] The first figure shows the coil of the present invention. A perspective view of an embodiment of the device, as shown in the first figure The perspective view of the coil device shown in the figure of the first embodiment, and the second view is a cross-sectional view of the embodiment of the use state of the coil device shown in the first figure. The following is a description of the second figure. The coil device shown includes a core (1), a coil (2), a base (3), and a pair of terminals (4). The core (1) preferably includes a winding portion (丄〇), a base. The base - the joint surface (13) and the terminal joint surface (丄4), and the size and shape of the core are not particularly limited. Moreover, the core may also be a -% magnetic circuit type or a core of an open magnetic circuit type. It is also possible to use a core in which a plurality of cores are assembled into one body. In general, a drum core is often used because of the ease of winding and the application for miniaturization. For the core (1), since the material is to be assembled with the terminal (4) by an adhesive, it is preferable to have a high insulation. In this embodiment, a drum core (i) composed of a sintered body of ferrous salt or the like is used. In the drum core (1) of this embodiment, the diameter of the side plates (1 1 ) ( ! 2 ) is about 6 mm, and the axial length of the reel (work 5) is about 丄 mm, and the core (丄) The dimensions of the reel (丄5) in the direction (ie the height shown in the figure) are about 2 mm. The winding line (10) is a space formed between the side plates (1 1 ) ( 1 2 ) and the reels (work 5). The abutment joint surface (丄3) is a strip-like shape provided at the center of the end surface of the side plate (1 1 ) on one side and extends to the entire area of the side surface (17) of the side plate (1). The terminal joint faces (丄4) 1254325 are respectively disposed at positions on both sides of the base joint surface (i 3 ) at the center of the end faces of the side plates (11). The base (3) is composed of, for example, a durable resin such as a liquid crystal polymer, and is formed of a tree wax. The core portion (3) includes a core joint portion (3) and a terminal portion (3). The core joint portion (3 1 ) is composed of a core installation portion (32) and a frame body (35). The core setting portion (3 3 ) is connected to the base joint surface (1 3 ) of the end surface of the set side plate (1 1 ) and is shaped like a ▼ shape, and both ends of the longer direction are opposite to the frame body (3 5 ) ) to connect. The frame (35) is integrally connected (four) to the side surface (17) formed on the side plate (11) on the side of the core (1) to form a ring shape. The above-mentioned terminal joint portion (1 9 - 2) includes a portion that is combined with the plate of the terminal (4), the factory portion, and the end surface of the terminal (4). The portion combined with the surface of the end 4 "4) includes an external terminal joint portion (36) combined with the joint surface of the terminal (4), and a joint portion of the joint portion of the body portion 1 3 ^ loop connection terminal The combined coil terminal curve 2 and the curved joint portion combined with the hook-shaped bent portion of the terminal (4) ((1). At each external terminal joint portion; there are two cylindrical protrusions (361). - "^^ (4) end face junction setting; (3 = wall (35!) with frame (35), core 6) wall (3 3丄), external terminal joint (3 (3 6 2 ), the coil terminal joint portion (37 (3:1) and the side wall of the bent joint portion (38), etc. The aforementioned terminals (4) are arranged opposite each other to have a thickness of 0.15 mn ^ copper plate (four) ten gold "child" 1254325 is folded. The electric recording project can be carried out after the metal plate stamping project or the #| 曲 project, and then through the subsequent processing. The subsequent processing project can also be carried out on the stamping end face of the metal plate. In addition, if it is stamping If you order the electric clock work before the project, it can make the stamping of the metal plate: Therefore, the bonding strength with the base station (3) can be improved. The terminal (4) described in the month includes a core joint portion (44) and a wire terminal (45), which further includes a circuit board. The external connection terminal portion (46) of the two machine connections and the hook-shaped bent portion (48) capable of enhancing the bonding strength with the base = (3). The core joint two "4) is arranged at the core (1)- The side plate on the side (the terminal joint surface on the 1 η end face (丄4) base "7) is formed on the side of the semi-circular shape I (47). The coil connection terminal (4 is the arc of the base portion (4 7) A part of the extension is extended, and the coil connected to the coil end (25) is connected to the end (25) of the yyue circle. The outer: 2: 451) is connected to the terminal part of the line ue shi shi shi pu ( 4 6 ) There are two perforations (461) (4) in the area where the area of the parent is extended by the base (4 7), and the extension is made to connect the terminal curved part (48) from the outside. The terminal (4) of the above structure is formed by the terminal joint portion (32) and the base (3) soil opening (3). , σ 合. It is 1if and ancient, and the base (2) 7: a plate terminal (4) s "" music - map is not the base (3) 〆, the system is separated" 'in actual When the combination is 12 1254325, it is not necessary to be integrated. The base (3) is formed by the internal forming method of the base (3) and the terminal (4), and the terminal joint portion (3 2 ) is formed. The core setting portion (3 3 ) and the frame body (3 5 ) are connected to the terminal joint portion (3 2 ) of the base plate and the base plate (3 ) by the plate surface and the end surface. The base portion (4 7 ) of the δ hai terminal (4) is bonded to the end face of the core joint portion (3 3 ) of the base plate (3) and the inner wall of the frame body (3 _ 5 ) with the end surface (4 4 1 ) The base (3) is combined. The core setting portion (3 3 ) of the counter-base (3) is formed to have the same thickness as the thickness of the terminal (4), and the end faces are mutually joined, so the base (4 7 ) of the terminal (4) and The core setting portion (3 3 ) of the base (3) is formed on the same plane. A cylindrical resin (3 6 1 ) is formed by embedding a synthetic resin of the base (3) on two perforations (4 6 1 ) formed at an extension portion of the external connection terminal portion (4 β ) of the terminal (4). . The plate surface of the extended portion of the external connection terminal portion (46) is coupled to the base (3) coupled to the external terminal joint portion (36). The end face of the extension portion of the external terminal joint portion (36) and the inner end faces of the two through holes (46 1) are respectively opposite to the side wall (3 6 2 ) of the external terminal joint portion (36) and the cylindrical resin (3 6 1) The substrate (3) combined with the outer side is bonded. The combined structure of the two perforations (4 6 1 ) and the cylindrical resin (3 6 i ) can increase the bonding strength of the base (3) and the terminal (4). The surface of the coil connecting the side portion (45) is joined to the base (3) to which the coil terminal joint portion (37) is joined. The end face of the coil connection terminal portion (4 13 1254325 5 ) is joined to the substrate (3 ) to which the side wall (3 7 1 ) of the coil terminal joint portion (37) is joined. The hook-shaped bent portion (48) penetrates into the base (3) and is coupled to the bow joint (38). Such a structure can further enhance the bonding strength between the base (3) and the terminal (4). The base (3) and the terminal (4) combined in the above manner are connected to the core of the core setting portion (3 3 ) and the terminal (4) of the base (3).卩(4 4 ) is located on the same plane, so that the core joint (3丄) of the core setting part (3 3 ) and the core joint part (4 4 ) of the base part (4 7 ) and the core can be 4) The side surface is then integrated with the core (4). Specifically, the core setting portion (3 3 ) of the base (3) uses an adhesive (5) (refer to the third figure) and a base formed on the end surface of the side plate (1 1 ) of the core (4). Table joint surface (i 3 ) (four). The frame (3 5 ) of the base (3) is formed by using an adhesive (5)
核心（4)之側板（1工）…整體加以枯接。該端子 (4 )之核心接合部（4 4 ) μ是利用接著劑（5 )與形 成在核心（4 )之側板（1 1 )㈣面上的端子接人面（^ 4)加以钻接。該接著劑（5)可以使用例如為二氧系之 耐熱性優異之接著劑。 )之捲線部（1 5 )係卡設在線 方法與線圈連接 可預先捲繞在核 前述之線圈（2 )係捲繞在核心（工 0 )上。捲繞後之線圈（2 )的末端（2 圈連接部（4 5 1 )上，藉由焊料焊接等 端子部（4 5 )加以連接。該線圈（2 ) 14 I254325 :、(：）之捲線部（10)上，再將捲繞有線圈（2)之 例之娩固 土 口 ）以及端子（4 )上，本實施 ]之線圈裝置則是將核心（i)i 、 粘接 Η )與基台（3 )和端子（4〕 1)之側面* 土台（3)之框體（3 5 )設定與側板（1 0 7面大略相同之尺寸，使得核心⑴之捲線部 )加以外露’再輕易的進行線圈（2)之捲繞。 上述之線圈裝置之某A「Q、 其包 置基口（3)乃係以合成樹脂構成， 2括有核心接合部（31)以及端子結合部（32)。 Λ 5成樹脂在以接著劑（5 ) 較於妨、“安考Μ 5 )與核心（1 )粘接時，可相 、^ 1)與金屬粘接之場合獲得更強之接著強产。 部（πτ(4)係以金屬板所構成’其包括有核心接合 4以及線圈連接部（451)，並藉由形成在基 Q 3 )上之端子結合部（3 A r Q w 」/、基口 （ 3 )結合。形 (4二3…核心接合部…）以及形成在端子 :二::接合部（44)乃係分別與核心（1)之基The side plate (1 work) of the core (4) is completely removed. The core joint portion (4 4 ) μ of the terminal (4) is drilled by a terminal contact surface (^4) formed on the side plate (1 1 ) (four) of the core (4) by an adhesive (5). For the adhesive (5), for example, an adhesive having excellent heat resistance of dioxane can be used. The winding part (15) is connected to the wire. The method is connected to the coil. It can be wound in advance on the core. The coil (2) is wound around the core (work 0). The end of the wound coil (2) (2 turns of the connecting portion (4 5 1 ) is connected by a terminal portion (45) such as soldering. The coil (2) 14 I254325:, (:) is wound In the part (10), the coil (2) is wound with the coil (2) and the terminal (4), and the coil device of the present embodiment is the core (i) i and the bonding Η) The side of the abutment (3) and the terminal (4) 1) * The frame (3 5 ) of the soil table (3) is set to be slightly the same as the side plate (the surface of the 107 side, so that the winding portion of the core (1) is exposed) The winding of the coil (2) is easily performed. One of the above-mentioned coil devices A"Q, the package base (3) is made of synthetic resin, and includes a core joint portion (31) and a terminal joint portion (32). Λ 5% resin is used as an adhesive (5) Compared with the core (1), it can be stronger and stronger than the case where the core (1) is bonded to the metal. The portion (πτ(4) is made of a metal plate' which includes the core joint 4 and the coil connecting portion (451), and is formed by the terminal joint portion (3 A r Q w "/ on the base Q 3 ). The base (3) is combined with the shape (4 2 3...core joint...) and formed at the terminal: 2:: joint (44) is the base of the core (1)
力“面（"）以及核心（1)之端子端子面（14) 加以面接著。 V丄4 J 藉由上述結構，該形成於端子（4)上之核心 =)，相對於核心⑴接著強度低之金屬製端子(；) 著強度高之合成樹脂製基台（3)結合，而― 枯接台（3)上之核心接合部（31)亦-同與核心… 枯接’故由線圈裝置整體來看’其端子接著強度較高。 =述之'㈣裝置而言，該線圈（2)係與形成 4 )上之線圈連接部（45 1)連接。該端子（4) 15 1254325 則是與核心（i )之端子接合面（丄4)面接i。因此， 線圈裝置所產生之熱量，可以藉由與核心（1 )面接觸之 端子（4 )加以散熱，㈣可由線圈（2 )經由線圈連接 部（4 5 1 )以及端子（4 )之外部連接端子部（4㈠ 進行散熱。因此，若考慮相對於核心（ 之接觸面積、端子（4)之剖面積以及端= 積來設定線圈裝置之發熱量的話，便可以提升散轨性能。 雖說形成於端子（4)上之核心接合部（44)相對 於核心（1 )《面接觸面積越大，則可以提升散熱性能， 但是一旦過大，會使得形成於基台（3) _L之核心接合部 山3 1 )相對於核、（丄）之面接觸面積變小，使得相鄰 鳊子（4 )之核心接合冑（4 4 )間之間隔變窄。一旦端 子之間隔變窄’對於製造端子時之導線架成型模具之壽命 更有不良之影響。再者，在實際將線圈裝置 :上時，容易產生焊料連結，導致絕緣不良之問題發^ …此’本貫施例之相鄰端子（4 )之核心、接合 間之間隔係設定在約1 mm。 =成在基台（3 )之核心接合部（3 i )相對於核心 面接觸面積越大’則端子之接著強度越高。為此， f核心⑴的基台接合面（"），就核心（1) :^而子接合面（1 4 ) F“言’係形成在相對於核心 (1)之外周緣整體區域。 子在=藉由ΐ成樹脂之設置，可以改善核心與摩 τ之接者強度不足之問題’使得線圈I置整體么 16 1254325 端子接著強度提高，而可以提供呈右托杜 攸1、吳有極佳散熱性能之線圈 裝置。 如第三圖所示，本實施例之線圈裝置在設置於電路基 • 板（6 )上之缺口（ 6 2 )上插設有核心（丄），並利用 焊料（6 7 )將端子（4 )連接在電路圖樣（6 4 )上以 組裝於電路基板（6 )上。這樣的組裝型態，雖具有使得 電路基板（6 )上之元件尚度降低之優點，但在線圈裝置 受到箭頭（A )方向之外力時，由於電路基板（6 )上具 ® 有缺口，該電路基板（6 )之強度無法阻擋該外力，導致 - 核心（1 )與端子（4 )之接著處承受剝離之強大外力， 但由於本實施例之線圈裝置係將環狀之框體（3 5 )接著 在核心（1 )之側板（1 1 )的側面（1 7 )，使得本發 明可利用框體（3 5 )之結構強度來抵抗外力，因此具有 端子（4 )不易發生剝離之效果。 — 第四圖所示者為本發明線圈裝置之另一實施例之立體 圖，第五圖則是第四圖所示之線圈裝置的底視圖，第六圖 • 則是第四圖所示線圈裝置之立體分解圖，其表示者為由底 部觀看核心之狀態，第七圖則是第四圖所示之線圈裝置的 使用狀態實施例之剖視圖。 以下，便以第六圖主進行說明。圖中所示之線圈裝置 係包括有核心（1 )、複數個線圈（2 1 ) ( 2 2 )、基 台（3)以及複數個端子（411) (412) ( 4 2 1 ) (422)，以構成具有4個端子之變歷器。 該核心（1 )係與第一圖至第三圖所示之核心（1 ) 17 !254325 具有相同之鼓狀核心，其上下之側板（1 1 ) ( 1 2 )之 端面中央設置有扁平狀之島狀凸部（111) (121)。 該島狀凸部（1 1 1 ) ( 1 2 1 )係形成為圓形，其周圍 形成有段差部（1 1 2 ) ( 1 2 2 )以與側板（1 1 ) ( 1 2 )之端面周邊（1 1 〇 ) ( 1 2 0 )加以連接。該島狀 凸部（1 1 1 ) ( 1 2 1 )可擴大核心（1 )之容積，以 提升核心（1 )之電氣特性並增加機械強度，使得線圈裝 置之厚度降低。該島狀凸部（111) (121)之段差 部（1 1 2)的高度尺寸係設定在端子之厚度尺寸 以下。 同樣具有基 該基台接合 面周邊（1 置而包含該 端子接合面 端面周邊（ 另外，核心 心（1 )具 該複數 第一線圈（ 繞在捲線部 邊基台 同樣包括有 (1 )係與第一圖至第三圖所示之核心（1 ) 台接合面（13)以及端子接合面（14)。 面（1 3 )係形成在一側之側板（1 1 )之側 1 0 )所分隔成8等分之部位，依間隔方式設 側板（1 1 )之側面（1 7 )之整體區域。該 (1 4 )係分別設置在形成於側板（1 1 )之 1 10)上之基台接合面（13)的相鄰兩側。 (1)之其他部位與第一圖至第三圖所示之核 有相同之結構，在此便省略其重複之說明。 之線圈（2 1 )( 2 2 )包含有構成變壓器之 2 1 )以及第二線圈（2 2 )，其乃是分別捲 (1 0 )之上。 (3)係與第一圖至第三圖所示之基台（3) 核^接6邛（3 1 )以及端子結合部（3 2 )。 18 @ 1254325 該核心接合部（3 1 )俜白杠亡# 框體…、a係包括有核心設置部（3 3 )以及 才[脰C 3 5 )。該框體f q eμ 。… 體（3 5 )係與形成於核心（i )之 側板（1 1 )上之側面（i 敕 ^ _ 4. )正體接合而形成為環狀結 構。该核心設置部（？ q、Βϊ γ、 ή 3 3 )則係分別與形成於側板 側面上之基台接合面（χ 丄接合，並由框聽（卩 以延伸而出使得苴一 j）口 行，、鲡與框體（3 5 )連接。 該端子結合部（3 2)包括有與端子（4) 合之部分以及與端子（ 00 4 )之i而面結合之部分。該士 d (32)t結構乃是形成於外料子結合、） 之圓柱狀突起（36)，除了其對應於各端子（4)= 為1個以外，其乃係與第一 弟圖至弟二圖所不之端子結合部 具有相同之結構，故在此省略其重複說明。 該複數之端子（411) (412)(421 2 2 )乃係分別對應於第一線圈（2工）及第二線圈（2 2 )之正、負端而設置有第一側端子"丄丄） 、二 以及^弟二《 j貝J+ f /1 Q ,、 1J而子（4 2 1 ) ( 4 2 2 )以形成4個 結構。 卞之 該各端子（4 1 1 ) ( 4 1 2 ) " 2 1 ) ( 4 2 :結構乃係形成於外部連接端子部（4 6 )之延伸部上的 牙孔（46 1)，除了該端子上各設置有丄個之外，其餘 和第-圖至第三圖所示之端子（4 )具有相同妨 在此省略其重複之說明。 故 本實施例之端子（4 1 1 ) ( 4 i 2 ) ( 4 2 1 ) ( 4 2 2 )乃係與導線架加以連接，以内成形法一體結合在美 19 1254325 台（3 )之上。該基台（3 )之核心設置部（3 3 )與端 子（411) ( 4 1 2 ) ( 4 2 1 ) (422)之厚度形 成為相同之〇· 1 5mm，而與第一圖至第三圖所示之基 σ (3)與端子（4)相同。藉此，本實施例端子（4丄 1 ) (412) ( 4 2 1 ) ( 4 2 2 )之端子（4 )之基 邛（4 7 )與基台（3 )之核心設置部（3 3 )便可位處 在同一平面之上。 琢相互結合之基台（3 )The force "face" (") and the terminal (14) of the core (1) are surface-surfaced. V丄4 J With the above structure, the core formed on the terminal (4) =), then with respect to the core (1) The low-strength metal terminal (;) is combined with the high-strength synthetic resin base (3), and the core joint (31) on the dead-end (3) is also the same as the core... As a whole, the coil device has a higher terminal strength. In the case of the device (4), the coil (2) is connected to the coil connecting portion (45 1) on the forming 4). The terminal (4) 15 1254325 Then, it is connected to the terminal joint surface (丄4) of the core (i). Therefore, the heat generated by the coil device can be dissipated by the terminal (4) in contact with the core (1), and (4) the coil can be used. The heat is dissipated via the coil connection portion (4 5 1 ) and the external connection terminal portion (4 (1) of the terminal (4). Therefore, it is considered to be set with respect to the core (the contact area, the sectional area of the terminal (4), and the end = product). If the heat of the coil device is used, the performance of the loose track can be improved. Although formed on the terminal (4) The core joint (44) with respect to the core (1) "the larger the surface contact area, the heat dissipation performance can be improved, but once it is too large, the core joint portion 3 1 formed on the base (3)_L relative to the core The contact area of (丄) becomes smaller, so that the interval between the core joints (4 4 ) of adjacent turns (4) is narrowed. Once the intervals of the terminals are narrowed, the lead frame forming mold for manufacturing the terminals The life is more adverse. In addition, when the coil device is actually mounted, the solder joint is easily generated, resulting in a problem of poor insulation. The core of the adjacent terminal (4) of the present embodiment, the joint room The spacing is set at about 1 mm. = The greater the contact area of the core joint (3 i ) with respect to the core surface at the base (3), the higher the bond strength of the terminal. For this, the base of the f core (1) The joint surface ("), on the core (1): ^ and the child joint surface (1 4) F "word" is formed in the entire area of the periphery relative to the core (1). Sub-in = by resin The setting can improve the problem of insufficient strength between the core and the motor The coil I is integrated as a whole. 16 1254325 The terminal is then increased in strength, and a coil device having excellent heat dissipation performance in the right-handed 攸 攸 1, Wu can be provided. As shown in the third figure, the coil device of the embodiment is disposed on the circuit base. • The core (丄) is inserted into the notch (6 2 ) on the board (6), and the terminal (4) is connected to the circuit pattern (6 4 ) by solder (6 7 ) to be assembled on the circuit board (6). Such an assembly type has the advantage of lowering the component on the circuit substrate (6), but when the coil device is subjected to a force other than the arrow (A) direction, the circuit substrate (6) has a gap The strength of the circuit substrate (6) cannot block the external force, causing a strong external force of the core (1) and the terminal (4) to be peeled off, but since the coil device of the embodiment is a ring-shaped frame ( 3 5 ) Next, on the side surface (1 7 ) of the side plate (1 1 ) of the core (1 ), the present invention can utilize the structural strength of the frame body (3 5 ) to resist external force, and thus the terminal (4) is less likely to be peeled off. effect. - the fourth figure shows a perspective view of another embodiment of the coil device of the present invention, the fifth figure is a bottom view of the coil device shown in the fourth figure, and the sixth figure is the coil device shown in the fourth figure. The exploded view is shown in a state in which the core is viewed from the bottom, and the seventh is a cross-sectional view showing an embodiment of the use state of the coil device shown in the fourth figure. Hereinafter, the description will be made in the sixth diagram. The coil device shown in the drawing comprises a core (1), a plurality of coils (2 1 ) ( 2 2 ), a base (3) and a plurality of terminals (411) (412) ( 4 2 1 ) (422) To form a visor with four terminals. The core (1) has the same drum core as the core (1) 17 ! 254325 shown in the first to third figures, and the center of the end faces of the upper and lower side plates (1 1 ) ( 1 2 ) is flat. Island-like convex portion (111) (121). The island-shaped convex portion (1 1 1 ) ( 1 2 1 ) is formed in a circular shape, and a step portion (1 1 2 ) (1 2 2 ) is formed around the end surface of the side plate (1 1 ) ( 1 2 ) Connect the perimeter (1 1 〇) (1 2 0). The island-like convex portion (1 1 1 ) (1 2 1 ) enlarges the volume of the core (1) to enhance the electrical characteristics of the core (1) and increase the mechanical strength, so that the thickness of the coil device is lowered. The height dimension of the step portion (1 1 2) of the island-shaped convex portion (111) (121) is set to be less than the thickness dimension of the terminal. Similarly, the periphery of the abutment joint surface (including the end face of the terminal joint surface) (in addition, the core core (1) has the plurality of first coils (the winding base portion also includes the (1) system and The core (1) stage joint surface (13) and the terminal joint surface (14) shown in the first to third figures. The surface (13) is formed on the side of the side plate (1 1 ) on one side 1 0 ) Separating into 8 equal parts, the entire area of the side surface (17) of the side plate (1 1 ) is provided in a spaced manner. The (1 4 ) is respectively disposed on the base formed on the side plate (1 1 ) 1 10). The adjacent sides of the table joint surface (13). The other parts of (1) have the same structure as the cores shown in the first to third figures, and the repeated description thereof will be omitted. The coil (2 1 ) (2 2 ) includes 2 1 ) and a second coil ( 2 2 ) constituting the transformer, which are respectively wound (1 0 ). (3) The core (3) is connected to the base (3) shown in the first to third figures, and the terminal joint portion (3 2 ). 18 @ 1254325 The core joint (3 1 ) 俜 杠 亡 # # frame..., a includes a core setting unit (3 3 ) and only [脰 C 3 5 ). The frame f q eμ . The body (3 5 ) is joined to the side surface (i 敕 ^ _ 4.) formed on the side plate (1 1 ) of the core (i) to form a ring structure. The core setting portions (?q, γ γ, ή 3 3 ) are respectively engaged with the abutment joint surface formed on the side surface of the side plate (the y is joined by the frame, and is slid by the frame) The row, the 鲡 is connected to the frame (3 5 ). The terminal joint portion (32) includes a portion that is combined with the terminal (4) and a portion that is combined with the surface of the terminal (00 4 ). 32) The t structure is a cylindrical protrusion (36) formed in the outer material combination, except that it corresponds to one terminal (4) = one, which is different from the first brother to the second figure. The terminal joints have the same structure, and thus the repeated description thereof will be omitted. The plurality of terminals (411) (412) (421 2 2 ) are provided with first side terminals corresponding to the positive and negative ends of the first coil (2 work) and the second coil (2 2 ), respectively.丄), 2 and ^二二 "j shell J+ f /1 Q , 1J and son (4 2 1 ) ( 4 2 2 ) to form 4 structures.端子 The respective terminals (4 1 1 ) ( 4 1 2 ) " 2 1 ) ( 4 2 : the structure is an aperture (46 1) formed on the extension of the external connection terminal portion (46), except The terminals (4) shown in the first to third figures have the same configuration, and the description thereof is omitted here. Therefore, the terminal (4 1 1 ) of the present embodiment ( 4 i 2 ) ( 4 2 1 ) ( 4 2 2 ) is connected to the lead frame and integrated into the US 19 1254325 (3) by the internal forming method. The core setting part of the base (3) (3) 3) The thickness of the terminal (411) (4 1 2 ) ( 4 2 1 ) (422) is the same as 〇·1 5mm, and the base σ (3) and terminal shown in the first to third figures (4) The same. Thus, the base (4 7 ) of the terminal (4) of the terminal (4丄1) (412) ( 4 2 1 ) ( 4 2 2 ) of the present embodiment and the core of the base (3) The setting part (3 3 ) can be placed on the same plane. 基 Abutment (3)
、一， 〜1丄丄^ 丄 ^ (421) (422)與第一圖至第三圖所示之線圈 裝置同樣係與核心（1 )接著成—體。具體而f，該基台 (3 )之核心設置部（3 3 )除了核心（i )之側板（丄 1)之島狀凸部（i丄）外，其乃係以接著劑（5)與侧 f ( 1 1 )之端面周邊（丄丄〇 )所形成之基台接合面（丄 接著。該基台（3)之框體（35)乃是以接著劑（5) 接：心（1 )之側板（1 1 )上之側φ ( ”）整體加以 接考。該端子（411) (412) (421) "22) ::心;妾合面（44)除了核心⑴之側板（⑴之 凸邠（1 1 )夕卜’其乃係以接著劑（5 )與側板（丄 接著 0 )所形成之碥子接合面（i 4 ) 者。島狀凸部（1 1 1 ) 段差邱 在端子（4 i… 度尺寸乃係設定 度尺寸 （412) (421) “22)之厚 :了。錯此’就線圈裝置之底面而言，該島狀凸部 (人1)便不會由端子"11) (412) (421) ^22)以及基台广 (3 )之底面加以突出。t玄島狀凸部 20 (8) 1254325 (1 1 1 )可以擴大核心（1 ) V丄；之备積，以提升核心（1 ) 之電氣特性以及增強苴嬙κ %命 曰強，、械械強度。如此-來，便可以將核 心（1 )之側板（1 1 )厚度加 子又力μ變溥。如此之結構將 以使得線圈裝置達成低厚度化。另外，核心上側之島狀凸 部（12 1)因為會增靖反（12)之厚度，亦可加以 ^去不要上側不形成島狀凸部的肖，可讓線圈裝 置更加的薄型化。 就本實施例而言，該核心（工）之基台接合面⑴）， 就核心⑴鄰接之端子接合面（14)間，係由核心⑴ 外周緣朝中心分別設定為核心、（丄）直徑尺寸之…之 長度。 6亥線圈（2 1 )( 2 2 )乃係捲繞在核心（1 )之捲 線部（1 0 )上。捲繞後之線圈（2丄）（2 2)之末端 係分別與端子（4 1 1 ) ( 4 1 2 ) ( 4 2 1 ) ( 4 2 2 ) 之線圈連接部（4 5 1 ‘ IV、击0 、 丧1 加以連接，並藉由焊料焊接之方 法與線圈連接端子部（4 5 )連接。 本實施例之線圈裝置與第_圖至第三圖所示之線圈裝 置相同’可將線圈裝置整體之端子接著強度加以提升，而 具有優異之散熱性能。由於不易產生因為焊料之埶量導致 Π(411) "12)…！）（ 4 2 2 )接著強 4低之問題，因此可如第七圖所示，可以由線圈裝置之 下側進行焊料焊接’而可以減少實際經由焊料焊接組裝在 電，基板（6 )上之組裝空間’再者，線圈裝置所產生之 熱量可藉由較短之路徑經電路基板（6 )之組裝圖樣（61, 1 〜 ^ 丄 ^ (421) (422) is the same as the coil device shown in the first to third figures, and is connected to the core (1). Specifically, f, the core setting portion (3 3 ) of the base (3) is made of an adhesive (5) in addition to the island-shaped convex portion (i) of the side plate (丄1) of the core (i). The abutment joint surface formed by the end surface (丄丄〇) of the side f (1 1 ) (丄. The frame (35) of the base (3) is connected by the adhesive (5): the heart (1) The side φ ( ” on the side plate (1 1 ) is taken as a whole. The terminal (411) (412) (421) "22) :: heart; the face (44) except the core (1) side plate ( (1) The tenon (1 1 ) is the contact surface (i 4 ) formed by the adhesive (5) and the side plate (丄 0). The island-shaped convex portion (1 1 1 ) Qiu at the terminal (4 i... degree is the thickness of the set size (412) (421) "22): wrong. In the case of the bottom of the coil device, the island-shaped protrusion (person 1) is not It will be highlighted by the bottom of the terminal "11) (412) (421) ^22) and the base (3). t Xuandao-like convex part 20 (8) 1254325 (1 1 1 ) can enlarge the core (1) V丄; the preparation of the core to enhance the electrical characteristics of the core (1) and enhance the 苴嫱κ% life, Mechanical strength. In this way, the thickness of the side plate (1 1 ) of the core (1) can be increased by a force. Such a structure will result in a low thickness of the coil device. Further, since the island-like convex portion (12 1) on the upper side of the core increases the thickness of the inverted (12), it is also possible to remove the ridges which do not form the island-like convex portions on the upper side, and the coil device can be made thinner. In the present embodiment, the core (joint) joint surface (1) of the core (1) is set between the outer joint edge (14) of the core (1) and the center (1) as the core, (丄) diameter. The length of the dimension. The 6-coil coil (2 1 ) ( 2 2 ) is wound around the winding portion (10) of the core (1). The end of the coil (2丄) (2 2) after winding is respectively connected to the coil of the terminal (4 1 1 ) ( 4 1 2 ) ( 4 2 1 ) ( 4 2 2 ) (4 5 1 ' IV, 0 and 1 are connected and connected to the coil connection terminal portion (45) by soldering. The coil device of the present embodiment is the same as the coil device shown in Figs. The overall terminal strength of the device is improved, and the heat dissipation performance is excellent. Because it is not easy to produce due to the amount of solder, Π(411) "12)...! ) ( 4 2 2 ) and then the problem of strong 4 low, so as shown in the seventh figure, soldering can be performed from the underside of the coil device', and the actual assembly on the substrate (6) via soldering can be reduced. Assembly space 'Furthermore, the heat generated by the coil device can be assembled through the circuit board (6) by a shorter path (6)
21 1254325 4)加以散熱，故可更進-步的提升散熱性能。 =實施例之線圈裝置而言，該基台（3)之環狀框 :(35)不需-定要形成在核心、（"之整體區域，豆 亦可形成在部分區域上。第七圖所示之線圈裝置之下側在 進订焊料焊接時，纟由線圈裝置上方所施加之箭頭（A ) 的外力能藉由電路基板（6 )之結構強度加以抵抗，相較 於第-圖至第三圖所示之線圈裝置，#基台（3)之結構 強度較低，就端子（4)之外部連接端子部所延伸而出之 部位而言，其較佳是結合在端子（4)之板面上的結構。 另外，該環狀之框體（3 5)若形成在核心、（"之側板 (1 1 )側面（1 7)起之空間的話，便可以在鼓狀核心 (1 )上組裝環狀核心。將鼓狀核心（丄）之捲線部㈠ 〇 )以及側板（1 1 ) ( ]_ 2 )之周圍覆蓋環狀核心，使 得鼓狀核C(1)被環狀核心加以包覆，將環狀核心之端 部配置在鼓狀核^ ( i )之側板（2 2 )之側φ (丄7 ) 以及環狀框體（3 5 ) Μ之空間，即可構成閉磁路型核心 結構。 另外’本發明之核心並不限於鼓狀核心，亦可以是圓 形以外之方形核心。 第八圖所示者為本發明線圈裝置之另一實施例之立體 圖，第九圖為第八圖所示線圈裝置之底視圖，第十圖為第 八圖所示線圈裝置之立體分解圖，其核心部分表示者係由 底側觀看之狀態。 圖中所示之線圈裝置係包括有核心（1 )、線圈（2 )、 22 1254325 土口 C 3 )以及一對端子（4 )以構成感應器。 該核心（1 )係與第四圖至第七圖所示之核心（1 ) 相同而形成有具島狀凸部（1 1 1 )( 1 2 1 )之鼓狀核 心。該核心（1 )與第四圖至第七圖所示之核心（1 )同 樣包括有基台接合面（13)以及端子接合面（14)， 由於本實施例之端子（4 )僅有一對，故該基台接合面（1 3 )乃是間隔設置在側板（χ丄）之端面周邊4等分之分 割位置’該端子接合面（1 4 )則是對向設置在基台接合 面（1 3 )兩側之位置。另外，核心（1 )之其他部位係 與第四圖至第七圖所示之核心（1 )具有相同之結構，因 此在此省略其重複之說明。 该基台（3)係與第四圖至第七圖所所示之基台（3) 具有相同之結構，其一對之端子（4 )係以内成型法一體 加以結合。 該一對之端子（4)雖與第四圖至第七圖所示之端子 (4 )具有相同之結構，其在對向邊處則設置有圓弧狀之 缺口，該核心接合面（4 4 )除核心（1 )之島狀凸部（工 1 1 )外’係接著在形成於側板（1 1 )之端面周邊（1 1 0 )上之子接合面（1 4 )上。 其他之部位則與第一圖至第三圖，或者是第四圖至第 七圖所示之實施例相同，故在此省略其重複說明。 以上雖係參照較佳實施例進行本發明之詳細說明，但 本發明並不僅限於此，任何熟悉本案技術之人士，均可基 於本案所揭露之基本技術思想及内容，進行各種可輕易邦 23 1254325 到之變化，在此不需多加說明。 【圖式簡單說明】 第一圖係本發明線圈裝置實施例之立體圖。 第二圖係第一圖所示線圈裝置之立體分解圖。 第三圖係第一圖所示線圈裝置之使用狀態實施例之剖 視圖。 第四圖係本發明線圈裝置之另一實施例之立體圖。 第五圖係第四圖所示線圈裝置之底視圖。 第六圖係第四圖所示線圈裝置之立體分解圖。 第七圖係第四圖所示線圈裝置之使用狀態實施例之剖 視圖。 第八圖係本發明線圈裝置之再一實施例之立體圖。 第九圖係第八圖所示線圈裝置之底視圖。 第十圖係第八圖所示線圈裝置之立體分解圖。 【主要元件符號說明】 (1 )核心 (1 0 )捲線部 (1 3 )基台接合面 (1 4)端子接合面 (2、2 1、2 2 )線圈 (3 )基台 (3 1、4 4 )核心接合部 (3 2 )端子結合部 (4、411、412、421、422)端子 24 1254325 (4 5 1 )線圈連接部21 1254325 4) The heat is dissipated, so that the heat dissipation performance can be further improved. In the coil device of the embodiment, the ring frame of the base (3): (35) does not need to be formed in the core, and the whole area of the bean may be formed on a partial area. When the lower side of the coil device shown in the figure is in the soldering of the predetermined solder, the external force of the arrow (A) applied by the coil device can be resisted by the structural strength of the circuit substrate (6), as compared with the first figure. To the coil device shown in the third figure, the structural strength of the #base (3) is low, and in terms of the portion from which the external connection terminal portion of the terminal (4) extends, it is preferably combined with the terminal (4). In addition, the annular frame (35) can be formed in the drum core if it is formed in the space of the core and the side plate (1 1 ) of the side plate (1 1). (1) Assemble the ring core. Cover the ring core with the circumference of the drum core (1) and the side plate (1 1 ) ( ]_ 2 ) so that the drum core C(1) is looped. The core is coated, and the end of the annular core is disposed on the side φ (丄7) of the side plate (2 2 ) of the drum core ^ ( i ) and the annular frame (3 5 ) In addition, the core structure of the closed magnetic circuit can be constructed. Further, the core of the present invention is not limited to the drum core, and may be a square core other than a circle. The eighth figure shows another embodiment of the coil device of the present invention. The ninth diagram is a bottom view of the coil device shown in the eighth figure, and the tenth is an exploded perspective view of the coil device shown in the eighth figure, the core portion of which is shown in a state viewed from the bottom side. The coil device shown includes a core (1), a coil (2), a 22 1254325 earth port C 3 ), and a pair of terminals (4) to constitute an inductor. The core (1) is formed in the same manner as the core (1) shown in Figs. 4 to 7 to form a drum-shaped core having island-like convex portions (1 1 1 ) (1 2 1 ). The core (1) and the core (1) shown in the fourth to seventh drawings also include a base joint surface (13) and a terminal joint surface (14), since the terminal (4) of the present embodiment has only one pair. Therefore, the abutment joint surface (13) is spaced apart from the end surface of the side plate (χ丄) by four equally divided positions. The terminal joint surface (1 4 ) is oppositely disposed on the base joint surface ( 1 3 ) Position on both sides. Further, the other parts of the core (1) have the same structure as the core (1) shown in the fourth to seventh figures, and thus the overlapping description thereof will be omitted herein. The base (3) has the same structure as the base (3) shown in the fourth to seventh figures, and a pair of terminals (4) are integrally joined by an internal molding method. The pair of terminals (4) have the same structure as the terminals (4) shown in the fourth to seventh figures, and are provided with arcuate notches at the opposite sides, and the core joint faces (4) 4) Except for the island-like convex portion (work 1 1 ) of the core (1), it is then formed on the sub-joining surface (1 4 ) formed on the periphery (1 1 0 ) of the end surface of the side plate (1 1 ). The other parts are the same as those of the first to third figures, or the fourth to seventh embodiments, and thus the repeated description thereof will be omitted. The above detailed description of the present invention has been made with reference to the preferred embodiments, but the invention is not limited thereto, and any person skilled in the art can perform various kinds of easy state 23 1254325 based on the basic technical ideas and contents disclosed in the present case. There is no need to explain more here. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of an embodiment of a coil device of the present invention. The second figure is an exploded perspective view of the coil device shown in the first figure. The third drawing is a cross-sectional view showing an embodiment of the use state of the coil device shown in the first figure. The fourth figure is a perspective view of another embodiment of the coil device of the present invention. The fifth figure is a bottom view of the coil device shown in the fourth figure. The sixth drawing is an exploded perspective view of the coil device shown in the fourth figure. Fig. 7 is a cross-sectional view showing an embodiment of the use state of the coil device shown in Fig. 4. Figure 8 is a perspective view of still another embodiment of the coil device of the present invention. The ninth drawing is a bottom view of the coil device shown in the eighth figure. The tenth figure is an exploded perspective view of the coil device shown in the eighth figure. [Description of main component symbols] (1) Core (10) winding part (1 3) Abutment joint surface (1 4) Terminal joint surface (2, 2 1 , 2 2 ) Coil (3) Base (3 1 , 4 4) Core joint (3 2 ) terminal joint (4, 411, 412, 421, 422) terminal 24 1254325 (4 5 1 ) coil connection
25 ③25 3