M425450 五'新型說明： [新型所屬之技術領域】 本創作是有關於一種充電裝置，且特別是有關於一種 具有彈性導電件（elastic electric conducior)的充電裝置。 [先前技術】 現今的可穩式電子裝置（portable electronic device )， 例如平板電腦（tablet computer )、手機以及可攜式媒體播 放器（Portable Media Player，PMP ’ 例如 MP3 播放器）等， 多半是由充電電池來提供電能。當上述可攜式電子裝置處 於電能不足的狀態時，可攜式電子裝置内的充電電池需要 透過充電器來獲得電能。 有些充電器通常包括槽座及一對充電端子（charging terminal)。槽座具有插槽，而充電端子位在插槽内，並且 能輸出電能給充電電池。一般而言，在上述這類充電器中， 槽座與充電端子二者通常是利用螺絲鎖固而彼此結合。因 此，這些充電端子需要搭配多根螺絲才能與槽座結合。 【新型内容】 - 本創作提供一種充電裝置，其充電端子是利用螺絲鎖 固以外的其他方式而與槽座結合。 本創作提出一種充電裝置，其包括至少一槽座、多個 彈性導電件、多根凸柱以及多個限位組件。槽座具有一插 槽、一圍繞插槽的側表面、一連接側表面的外底面以及多 個充電端子口 5其中這些充電端子口裸露於彳則表面。各個 4/20 1 糾 0450 彈ί·土導電件包括一彈片以及一请梓 充電端子從其中-充電端子=電端子。各個 〜各 細丨曹内。這此八士ir ίΐ!M425450 Five new description: [New technical field] The present invention relates to a charging device, and in particular to a charging device having an elastic electric conducior. [Prior Art] Today's portable electronic devices, such as tablet computers, mobile phones, and portable media players (PMP 'such as MP3 players), are mostly Recharge the battery to provide power. When the portable electronic device is in an insufficient power state, the rechargeable battery in the portable electronic device needs to obtain power through the charger. Some chargers typically include a housing and a pair of charging terminals. The housing has a slot and the charging terminal is located in the slot and can output power to the rechargeable battery. In general, in the above-described type of charger, both the housing and the charging terminal are usually coupled to each other by screwing. Therefore, these charging terminals need to be equipped with multiple screws to be combined with the housing. [New Content] - This creation provides a charging device in which the charging terminal is coupled to the housing by means other than screw locking. The present invention proposes a charging device comprising at least one socket, a plurality of resilient conductive members, a plurality of studs and a plurality of limiting components. The housing has a slot, a side surface surrounding the slot, an outer bottom surface connecting the side surfaces, and a plurality of charging terminal ports 5, wherein the charging terminal ports are exposed on the surface of the crucible. Each 4/20 1 correction 0450 elastic ί· soil conductive member includes a shrapnel and a 梓 charging terminal from which - charging terminal = electrical terminal. Each ~ each fine Cao. This is the eight ir ΐ ΐ!
各f分别貫穿這些彈片。這些限位:件固定 二:：:::件包括，件，其…彈 利用上述凸柱以及限位組件，彈性 + 能利用螺絲鎖固以外的其他方式來與槽座結合卞。、毛端子 為讓本_之上料徵和優職h顯㈣，下文特 牛貫施例，並配合所附圖式’作詳細說明如下1。 【實施方式】 圖1A是本創作一實施例之充電裝置的立體示意圖， :圖1B是圖！八中充電裝置在翻轉之後的立體示意圖，其 圖1B是將圖1A中的充電裝置沿著—翻轉方向R1翻轉 之後輯製而成。請參閱圖1A與圖】B，充電裝置1〇〇包 括多㈣性導電件200以及多個槽座】1〇,其中槽座】】〇 能與彈性導電件200結合，而各簡座UG配置在豆中二 個彈性導電件200之間，如圖1A所示。 /、 各個槽座110具有一插槽U2、一側表面】〗4以及一外 底面116。在各個槽座n〇中，側表面n4會圍繞插槽 並且連接外底面116，而外底面Π6會位在插槽112底面 】]2b的相對處。因此，底面112b會位在外底面n6與插槽 112槽口（未標示）之間，而插槽]〗2不是貫穿插槽112 而升v成，即插槽112的深度小於槽座1】〇的厚度。 •5/20 M425450 槽容置需要充電的可攜式電子裝置， 平！電腦、手機、數位相機、數位攝影機或可攜 ;、版播放裔寺。由於充電裝置1〇〇包括多個槽座㈣， ，此充電裝置]⑻可容置多個可擴式f子裝置，以同時對 夕個可攜式電子裝置進行充電。此外，這些槽座】皆為 電絕緣體，並且可以是由塑膠或陶變等電絕緣材料所製 成。所以，槽座110會與彈性導電件2〇〇電性絕緣。 在本實施例中，充電裝置100可以更包括一板件12〇, 而板件120可連接這些槽座11〇，其中板件12〇與這些槽 座110可以疋-體成型。舉例而言，板件12〇與這些槽座 】】〇可以是利用射出成型而形成。板件120具有一平面 122’其中平面122位在外底面116的相對處，並且暴露這 些插槽112。此外’這些槽座n〇可以排成一列，以使這些 插槽112彼此並列，如圖a所示。 /頁》兒月的疋，雖然圖1 a與圖】b所示的充電裝置1 〇〇 包括一塊板件120與多個槽座n〇.，但在其他實施例中， 充電裝置100可不包括任何板件12〇，而充電裝置1〇〇所 包括的槽座110的數量可以僅為一個，所以充電裝置1〇〇 可一次只對一個可攜式電子裝置進行充電，而不同時對多 個可攜式電子裝置進行充電。因此，圖1A與圖1B中的槽 座110數量與板件120僅為舉例說明，並非限定本創作。 充電裝置100更包括多根凸柱i30以及多個限位組件 mo’其中這些凸柱130與這些限位組件丨40皆固定在外底 6/20 M425450 面116上，並且可以連接槽座no e舉例而言，凸柱ι3〇、 限位組件140與槽座110三者可以是一體成型，所以凸柱 1〕0與限位組件140可以是由塑膠或陶瓷等電絕緣材料所 製成的電絕緣體且凸柱130、限位組件14〇與槽座11〇 三者可以利用射出成型來形成。 各個彈性導電件200包括一彈片21〇，而凸桎13〇與 限位組件140皆能將彈片210固定在外底面116與側表面 上，其中這些凸柱130分別貫穿這些彈片21〇，而各個 彈片210穿過其中一個限位組件14〇。在同一個槽座㈣ 中’各根凸柱13G可以位在其中二個限位組件14Q之間。 充電裝置100可以更包括多個導槽座15〇，其中這些 導槽座150配置在這些槽座]1〇的外底面m上。各個導 槽座150可包括二個彼此相對的壁體152，而各片彈片训 位在其中一個導槽座150的這些壁體152之間。如此，這 些導槽座m偈限彈片21〇在外底面】16上可移動的範 圍，以幫助彈片训固定在外底面】16上。此外，各個導 槽座150可以位在其中二個凸柱13〇之間。 另外充电4置]00可以更包括一電路板】6〇。電路 固定在這些槽座】】0的外底面】】6上，並且電性接 H舞片210。當電路板160電性連接一外部電源（例 提供的市電）時’電能可從外部電源經由電路板 2傳遞至這些彈片2】〇。此外，當電路板⑽固定在外底 時’電路板160更可以塵迫彈片210,以幫助彈 7/20 M425450 片2】0固定在外底面】上 _圖A]C是局部放大圖㈣的插槽的立體示意圖。# :圖!A、圖〗B與圖】c，各個彈性導電 ': 接彈片2】〇的充雷姓；又匕括一連 右… 子 而各個槽座Η〇更具有.多個 充電翊子口 m。在同一個槽座】 夕個 ,,^ r虽槽座】10未鱼强 性‘電件200結合時，奋雨亡山；η , ^。 /、彈· 金择揭⑴由會裸露於側表面叫 ”插槽m内’而各個充電端子2 延伸至插㈣内。因：丄個充電端 也如而 匕迠些充電端子口 118 為貝穿槽座110而形成的開口， 承上述，充電端子22〇能電性連接充電電池的電極， :幫助充電電池進行充電。當可攜式電子裝置或充電電池 ^置^插槽112内時，可«電子《置或充電電池會接觸 士電端子22G。此時，#外部電源傳遞電能至這些彈片加 時’彈片210能將電能傳遞至充電端子22〇，以使充電端 子220可以輸出電能仏右啻雨 山电月b、.·口兄電电池，以進行充電。如此，充 電電池得以從充電端子22〇來獲得電能。 圖2是圖1A中彈性導電件的立體示意圖，而圖3A是 局4放大目]A中的槽座與彈性導電件的立體示意圖。請 參閱圖2與圖3A’各片彈片21〇包括一接觸段212、—組 裝|又m以及-曾曲段m，其中組裝段w連接在接觸 卞又212與彎曲段216之間，而彎曲段216連接充電端子 2〇 ’並且具有-第-幫曲部B61，以至於彎曲段216的形 狀為彎曲的片體，其例如是乙型片體。 8/20 M425450 ^同=片彈片210的組裝段2】4、接觸段212以及彎曲 & 216 —者可以是一體成型，例如组裝段2M、接觸段212 人弓曲1又216二者可以是由一片金屬片經由機械加工而形 • 成，其中此機械加工包括沖壓（stamping)與切割c,.- 在本實施例中，各個接觸段2】2可以位在其中一個導 槽座】的這些壁體152之間，並且具有-接觸端212a。 -在電路板16〇 (請參閱® 1A)固定在外底面116上之後， .接觸端212a能電性接觸電路板160,以使電能可以經由電 籲路板160與接觸端212a而傳遞至充電端子220。 各個接觸段212可以具有一轉折部212b，其中轉折部 212b位在接觸端2i2a與組裝段214之間，以使接觸端幻。 翹起。如此，在電路板160固定在外底面116上之後，接 觸端212a能被電路板16〇壓住，以使接觸端212&確實地 電性接觸電路板160’從而減少發生電性接觸不良的情形。 另外，各個接觸段212可具有一固定孔2〗及，其中固 • 定孔212c位在組裝段214與接觸端212a之間。在圖2所 示的實施例中，接觸端212a可位在固定孔212c的相對處。 也就是說，接觸端212a與固定孔212c可分別位在接觸段 212的相對二端處。各個固定孔212c可對應到其中—根凸 柱130，以使各根凸柱130能插設於其中一個固定孔212c 内。如此，這些凸柱130得以分別貫穿這些彈片21〇。 各個組裝段2M的寬度可以不均勻，且各個組裝段214 的形狀可以是管’曲的片體’其例如是L型片體。詳細而―_ 9/20 M425450 各個組裝段214可以包括-第-片體214a以及-第二片體 21仆’其中第—片體21知連接接觸段212,而第二片體214b 連接在第一片體2i4a與彎曲段216之間。 承上述，各片第二片體214b的寬度與各片第一片體 2Ha的X度不相等，以至於組裝段2]4的寬度不均勻。在 圖2所示的實施例中，各片第二片體214b的寬度W2可以 大於各片第-片體214a的寬度W1，而從外觀來看，第二 片體214b的邊緣凸出於第一片體2Ha的邊緣。 此外，各片第二片體214b可以具有一連接第一片體 214a的引導端部u，其中引導端部u的寬度並不均勻。 詳田而σ，從圖2來看，鄰近第一片體214a的部分引導端 部L1，其寬度相當於第一片體214a的寬度W1，而引導端 邛L1的覓度會從第一片體2Ma朝向彎曲段216而漸增， 例如引導端部L1的寬度從寬度W1漸增至寬度W2。所以， 引導端部L1的寬度並不均勻。 各片第一片體214a具有一第二彎曲部B41以及一彎曲 而1而弟一皆曲部B41位在幫曲端E41與第二片體214b 1透過苐一彎曲部B41，第一片體214a得以往下彎曲， 並朝向槽座110彎曲’以使組裝段214的形狀可為彎曲的 片體，例如L型片體。接觸段212連接彎曲端E41，並且 從幫曲端E41朝向遠離彎曲段216的方向延伸。 幫曲段216更具有一第一端部E61與一第二端部 E62,而第一彎曲部B61位在第一端部E61與第二端部·£62 10/20 M425450 之間。在同-個彎曲段2]6中，第—端部£61連接組装段 2M的第二片體214b,而第二端部E62連接充電端子220, 其中充電端子220是從第二端部£62朝向接觸端2na延 伸0 在圖2所示的彈性導電件200中，充電端子220會位 在組裝段214的下方，而各個彎曲段216的寬度w3可以 大於各個組裝段214的寬度，即寬度W1與寬度W2二者 皆小於寬度W3。因此’從外觀來看，彎曲段216在第一端 部E6!處的邊緣會凸出於組裝段214的邊緣，如圖2所示。 圖3B是分離g 3A巾槽座與彈性導電件的立體示意 圖。請參閱圖3A與圖3B ’各個限位組件14〇包括一對^ ώ件142 ’而各片彈片21〇固定在其中一個限位組件刚 的k些限位件142之間，以至於各片彈片21〇會穿過其中 —個限位組件M0,其中各個組裝段214可以被固定^其 中一個限位組件140中。 各個限位件142包括-擋塊I42a與一連接件M2b， 其中連接件142b連接擋塊142a，並位在擋塊142a與外底 面】16之間。在槽座110與彈性導電件2〇〇結合之後，各 片彈片210的第二片體214b會位在擋塊M2a與外底面n6 之間，以及位在相鄰二個連接件]42b之間，如圖3A所示。 由此可知，在槽座n〇與彈性導電件2〇〇結合之後， 這些擋塊142a會位在組裝段214的第二片體21仆上方， 以至於擋塊142a能侷限第二片體2]4b上下移動的範圍， 11/20 M425450 使仔彈片210不易從槽座n〇的外底面116脫離，從而可 以幫助彈片210固定在外底面116上。 另外，各個限位組件140可更包括一基座144 (請參 閱圖3A)，而基座144配置在外底面1]6上。所以，基座 H4會凸出於外底面1]6。其中二個限位件配置在各個 基座144上，而基座丨44可連接這二個限位件142的連接 件142b，其中連接件142b位在擋塊M2a與基座144之間， 而各片彈片210的第二片體214b可配置在擋塊M2a與基 座M4之間。因此，擋塊142a仍可以偈限第二片體朴 上下移動的範圍，以幫助彈片210固定在外底面π6上。 此外，由於第一片體21知具有第二彎曲部Β4]與彎曲 而Ε41以至於在第二琴曲部⑽與第二片體η#之間的 部分第一片體214a整體上會配置在基座]44的上方，而其 他部分的第-片體214a會往下延伸至接觸段212。如此， 接觸段212得以接觸外底面116，並且連接第一片體加。 另外’由於彎曲段216的寬度W3可大於組裝段2i4 的寬度（例如寬度W1《W2)，因此f曲段216在第一端 部E6i的邊緣會凸出於組裝段214的邊緣。如此，各個彎 曲段216的第—端部E61能抵靠其中一個限位組件⑽的 連接件M2b’從而阻止彈片21〇繼續往限位組件14〇移動。 圖4是組裝圖3B中槽座與彈性導電件的立體示意圖。 請蒼閱圖3B與圖4’在組裝槽座11〇與彈性導電件的 過程中’首先’可以將彈性導電件從上而下放置在外 12/20 M425450 底面Π6上。此時，第一片體2j4a配置在限位組件i4〇的 二個限位伶142之間，即第一片體2l4a配置在限位組件 • 14〇内’而第一片體214b配置在限位組件140外。 • 承上述，在同一個組裝段214中，相較於第二片體21仆 的見度W2，第一片體214a具有較小的寬度W1 (請參閱 圖2)。因此，在放置彈性導電件2〇〇的過程中，這些限位 件142容易干涉第二片體2Mb，但卻不易干涉第一片體 214a，以至於第一片體214a容易直接放置在限位組件140 • 的二個限位件H2之間。如此，第一片體214a配置在限位 組件140内，而第二片體21牝配置在限位組件ι4〇外。 在第一片體2〗4a配置在限位組件14〇内之後，接著， /口著一方向D1來移動彈性導電件2〇〇，以使第二片體2丨4b 移動至限位組件140内，以及充電端子22〇***於充電端 子口 118中。由於第二片體21仆的寬度W2大於第一片體 214a的寬度w】’因此擋塊〗42a能干涉第二片體21仆，從 • 而偈限第二片體21扑上下移動的範圍。如此，搶塊H2a 此使得彈片210不易從槽座1〗〇的外底面116脫離。 其次，由於各個固定孔212c可對應其中一根凸柱 130，因此在彈性導電件2〇〇沿著方向Dl移動的過程中， 固定孔2]2c會朝向凸柱13〇移動，讓凸柱13〇可以插設於 固定孔2〗2c内。一旦凸柱]3〇插設於固定孔2】2c内，彎 曲丰又216.的第一端部E61可抵靠限位組件】，以阻止彈 片210 /α著方向D】繼續移動。在凸柱]從固定孔2】2c 13/20 M425450 貫穿彈片2〗〇之後，凸柱〗3〇會限制彈片21〇在外底面】π 上的移動，以幫助彈片2〗〇固定在外底面116上。 ^另外，當彈性導電件200沿著方向D1移動時，接觸 段2]2會進入導槽座]5〇内，以使接觸段2]2被限制在導 槽座150的二相對壁體152之間作前後移動。如此，導槽 座1)0不僅能偈限彈片21〇可以移動的範目，而且在組裝 槽座11G與彈性導電件的過程中，導槽座15G還可二 導引彈性導電件200往正確的方向移動，從而幫助凸柱130 可以插設於固定孔212c内。 综上所述，利用凸柱對彈月的貫穿以及限位組件對彈 片的固定，槽座得以與彈性導電件結合，以使彈性導電件 的充電端子得以湘螺絲顧以外的其他方式來與槽座处 合。相較於習知技術而言’本創作的充電裝置可大幅減少 螺絲的需求量，並且簡化充電裝置的組裝方法，以減少組 裝充电裝置所需的時間及人力，從而利於大量生產。 '上所述僅為本創作的貫施例，其並非用以限定本創 作的專利保護範圍。任何熟f相像技藝者，在不脫離本創 :的精神與範圍内，所作的更動及潤飾的等效替換，仍在 本創作的專利保護範圍内。 【圖式簡單說明】 =U是本創作—實_之充電裝置的立體示意圖。 :二是圖Μ中充錢置在翻轉之後的立體示意圖。 是局部放大圖1Β中的插槽的立體示意圖。· 14/20 M425450 圖2是圖1A中彈性導電件的立體示意圖c 圖3A是局部放大圖1A中的槽座與彈性導電件的立體示意 圖c 一 圖j>B疋分離圖3A中槽座與彈料道 、坪電件的立體示意圖。 圖4是組裝圖3B中槽座與彈性 【主要元件符號說明】 100 :充電裝置 112 :插槽 】14 :側表面 11 8 :充電端子口 122 :平面 M0 :限位:组件 142a :擋塊 144 :基座 152 :壁體 200 :彈性導電件 212 :接觸段 212b :轉折部 214 :組裝段 214b :第二片體 220 :充電端子 B61 ·第—彎曲部 E4】：彎曲端 導電件的立體示意圖。 110 :槽座 112b .底面 116 :外底面 12 0 :板件 130 :凸柱 142 :限位件 M2b :連接件 1 5 0 .導槽座 160 :電路板 210 :彈片 212a :接觸端 212c :固定孔 214a :第一片體 2 ] 6 :幫曲段 B41 :第二彎曲部 D1 :方向 E61 :第一端部 15/20 M425450 E62 :第二端部 R1 :翻轉方向 L1 :引導端部Each f runs through these shrapnels. These limits: fixed pieces 2::::: pieces include, pieces, ... ... bombs Using the above-mentioned studs and limit components, the elastic + can be combined with the seat by means other than screw locking. , the hair terminal for the purpose of the _ above and the excellent position h (four), the following special examples, and with the accompanying drawings 'detailed as follows. [Embodiment] FIG. 1A is a perspective view of a charging device according to an embodiment of the present invention: FIG. 1B is a diagram! Fig. 1B is a perspective view of the charging device of Fig. 1A after being turned over in the flipping direction R1. Referring to FIG. 1A and FIG. 24B, the charging device 1A includes a plurality of (four) conductive members 200 and a plurality of sockets, wherein the sockets can be combined with the elastic conductive members 200, and each of the simple UG configurations Between the two elastic conductive members 200 in the bean, as shown in Fig. 1A. /, each of the sockets 110 has a slot U2, a side surface, and an outer bottom surface 116. In each of the housings n, the side surface n4 will surround the slot and connect the outer bottom surface 116, while the outer bottom surface 6 will be located at the opposite side of the bottom surface of the slot 112]. Therefore, the bottom surface 112b is located between the outer bottom surface n6 and the slot 112 (not labeled) of the slot 112, and the slot 2 is not penetrated through the slot 112, that is, the depth of the slot 112 is smaller than the slot 1] thickness of. • 5/20 M425450 slot for portable electronic devices that require charging, flat! Computer, mobile phone, digital camera, digital camera or portable; Since the charging device 1 includes a plurality of sockets (four), the charging device (8) can accommodate a plurality of expandable f-sub-devices to simultaneously charge the portable electronic devices. In addition, these slots are all electrically insulating and may be made of electrically insulating materials such as plastic or ceramic. Therefore, the socket 110 is electrically insulated from the elastic conductive member 2 . In the present embodiment, the charging device 100 may further include a plate member 12, and the plate member 120 may be connected to the sockets 11, wherein the plate members 12 and the sockets 110 may be formed in a body. For example, the plate member 12 and the slots can be formed by injection molding. The plate member 120 has a flat surface 122' in which the flat surface 122 is located opposite the outer bottom surface 116 and exposes the slots 112. Furthermore, these slots n〇 can be arranged in a row such that the slots 112 are juxtaposed to each other as shown in FIG. / 》 儿 儿 儿 儿 疋 疋 疋 疋 疋 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电 充电Any of the boards 12 〇, and the number of the sockets 110 included in the charging device 1 可以 can be only one, so the charging device 1 can charge only one portable electronic device at a time without simultaneously The portable electronic device is charged. Accordingly, the number of sockets 110 and the plate member 120 in Figures 1A and 1B are merely illustrative and are not intended to limit the creation. The charging device 100 further includes a plurality of protrusions i30 and a plurality of limiting components mo', wherein the protruding posts 130 and the limiting components 40 are fixed on the outsole 6/20 M425450 surface 116, and can be connected to the slot no e In other words, the pillar ι3 〇, the limiting component 140 and the socket 110 can be integrally formed, so the pillar 1] 0 and the limiting component 140 can be an electrical insulator made of an electrical insulating material such as plastic or ceramic. The protrusions 130, the limiting components 14A and the sockets 11 can be formed by injection molding. Each of the elastic conductive members 200 includes a resilient piece 21〇, and the tenon 13〇 and the limiting component 140 can fix the elastic piece 210 on the outer bottom surface 116 and the side surface, wherein the protruding posts 130 respectively penetrate the elastic pieces 21〇, and the respective elastic pieces 210 passes through one of the limit assemblies 14〇. In the same housing (four), each of the studs 13G can be positioned between two of the limiting members 14Q. The charging device 100 may further include a plurality of guide slots 15A, wherein the guide slots 150 are disposed on the outer bottom surface m of the slots. Each of the guide slots 150 can include two walls 152 that are opposite one another, with each of the tabs being positioned between the walls 152 of one of the guide slots 150. In this way, the guide slots m are limited to the movable range of the elastic piece 21 on the outer bottom surface 16 to help the elastic piece to be fixed on the outer bottom surface 16 . In addition, each of the guide sockets 150 can be positioned between two of the posts 13 〇. In addition, charging 4] 00 can further include a circuit board] 6 〇. The circuit is fixed on the outer bottom surface of these slots 】】0, and is electrically connected to the H-chip 210. When the circuit board 160 is electrically connected to an external power source (the mains supply provided), electrical energy can be transferred from the external power source to the shrapnel 2 via the circuit board 2. In addition, when the circuit board (10) is fixed on the outsole, the circuit board 160 can dust the elastic piece 210 to help the bullet 7/20 M425450 piece 2]0 fixed on the outer bottom surface] _ Figure A] C is a partial enlarged view (4) slot A three-dimensional diagram. #:图!A,图〗B and diagram]c, each elastic conductive ': the shrapnel 2] 充 充 充 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; M. In the same trough] 夕, , ^ r although the seat] 10 not fish strong ‘electrical components 200 when combined, the rain is dead; η, ^. /, elastic · gold selection (1) will be exposed on the side surface called "slot m" and each charging terminal 2 extends into the plug (four). Because: one charging terminal is also like some charging terminal port 118 is The opening formed by the slot 110, the charging terminal 22 can be electrically connected to the electrode of the rechargeable battery, to help the rechargeable battery to be charged. When the portable electronic device or the rechargeable battery is placed in the slot 112, The electronic "set or rechargeable battery will contact the electric terminal 22G. At this time, the # external power supply transfers power to the shrapnel plus" shrapnel 210 can transfer electric energy to the charging terminal 22〇, so that the charging terminal 220 can output electric energy. On the right, Yushan Yushan b, .. brother electric battery to charge. In this way, the rechargeable battery can obtain electric energy from the charging terminal 22. Figure 2 is a perspective view of the elastic conductive member of Figure 1A, and Figure 3A is the bureau 4: A perspective view of the housing and the elastic conductive member in the enlarged view] A. Referring to FIG. 2 and FIG. 3A, each of the elastic pieces 21 includes a contact section 212, an assembly|and a m and a subsection m, wherein assembly Segment w is connected at contact 卞 212 and curved Between 216, the curved section 216 is connected to the charging terminal 2'' and has a ---bend portion B61, so that the shape of the curved section 216 is a curved sheet, which is, for example, a type B. 8/20 M425450 ^ The assembly section 2 4 of the same piece of shrapnel 210, the contact section 212, and the bending & 216 may be integrally formed, for example, the assembly section 2M, the contact section 212, and the human bow 1 and 216 may be made of a piece of metal sheet. Formed by machining, wherein the machining includes stamping and cutting c,. - In this embodiment, each of the contact segments 2] 2 can be located in one of the walls 152 of one of the guide slots And having a contact end 212a. - After the circuit board 16A (see ® 1A) is fixed on the outer bottom surface 116, the contact end 212a can electrically contact the circuit board 160 so that electrical energy can pass through the electric circuit board 160. And the contact end 212a is transmitted to the charging terminal 220. Each of the contact segments 212 may have a turning portion 212b, wherein the turning portion 212b is located between the contact end 2i2a and the assembling portion 214 to make the contact end illusion. After the circuit board 160 is fixed on the outer bottom surface 116, the contact The 212a can be pressed by the circuit board 16 so that the contact end 212 & positively electrically contacts the circuit board 160' to reduce the occurrence of electrical contact failure. In addition, each contact segment 212 can have a fixing hole 2 and The fixing hole 212c is located between the assembly section 214 and the contact end 212a. In the embodiment shown in Fig. 2, the contact end 212a can be located at the opposite side of the fixing hole 212c. That is, the contact end 212a and the fixing end The holes 212c can be located at opposite ends of the contact segment 212, respectively. Each of the fixing holes 212c may correspond to the one of the protrusions 130 so that each of the protrusions 130 can be inserted into one of the fixing holes 212c. Thus, the studs 130 are respectively passed through the elastic pieces 21〇. The width of each of the assembly sections 2M may be non-uniform, and the shape of each of the assembly sections 214 may be a sheet of curved material, which is, for example, an L-shaped sheet. In detail, the _ 9/20 M425450 assembly section 214 may include a - sheet body 214a and a second sheet body 21, wherein the first sheet body 21 is connected to the contact portion 212, and the second sheet portion 214b is connected to the Between the body 2i4a and the curved section 216. In view of the above, the width of the second sheet 214b of each sheet is not equal to the X degree of the first sheet 2Ha of each sheet, so that the width of the assembled portion 2]4 is not uniform. In the embodiment shown in FIG. 2, the width W2 of each of the second sheets 214b may be greater than the width W1 of each sheet-sheet 214a, and the outer edge of the second sheet 214b protrudes from the appearance. The edge of a piece of body 2Ha. Further, each of the second sheets 214b may have a leading end u connected to the first sheet 214a, wherein the width of the leading end u is not uniform. As shown in Fig. 2, the portion of the leading end portion L1 adjacent to the first sheet body 214a has a width corresponding to the width W1 of the first sheet body 214a, and the width of the leading end 邛L1 is from the first sheet. The body 2Ma is gradually increased toward the curved section 216, for example, the width of the leading end L1 is gradually increased from the width W1 to the width W2. Therefore, the width of the leading end portion L1 is not uniform. Each of the first sheets 214a has a second curved portion B41 and a curved portion 1 and the curved portion B41 is located at the flexing end E41 and the second sheet 214b1 through the first curved portion B41, the first sheet The 214a is bent downwardly and bent toward the socket 110 so that the shape of the assembly section 214 can be a curved sheet, such as an L-shaped sheet. The contact section 212 is connected to the curved end E41 and extends from the flex end E41 in a direction away from the curved section 216. The chord section 216 has a first end E61 and a second end E62, and the first bend B61 is located between the first end E61 and the second end KK 62 10/20 M425450. In the same curved section 2]6, the first end portion 61 is connected to the second sheet body 214b of the assembly section 2M, and the second end portion E62 is connected to the charging terminal 220, wherein the charging terminal 220 is from the second end portion. The flange 62 extends toward the contact end 2na. In the elastic conductive member 200 shown in FIG. 2, the charging terminal 220 is positioned below the assembly section 214, and the width w3 of each curved section 216 may be greater than the width of each of the assembly sections 214, that is, Both the width W1 and the width W2 are smaller than the width W3. Thus, from the outside, the edge of the curved section 216 at the first end E6! will protrude from the edge of the assembly section 214, as shown in FIG. Fig. 3B is a perspective view showing the separation of the g 3A towel holder and the elastic conductive member. Referring to FIG. 3A and FIG. 3B, each of the limiting components 14A includes a pair of members 142', and each of the elastic pieces 21 is fixed between the limiting members 142 of one of the limiting members, so that each piece The spring 21 〇 passes through one of the limit assemblies M0, wherein each of the assembly segments 214 can be fixed in one of the limit assemblies 140. Each of the limiting members 142 includes a stopper I42a and a connecting member M2b, wherein the connecting member 142b is connected to the stopper 142a and is located between the stopper 142a and the outer bottom surface 16 . After the socket 110 is combined with the elastic conductive member 2, the second piece 214b of each piece of the elastic piece 210 is positioned between the stopper M2a and the outer bottom surface n6, and between the adjacent two connecting members 42b. As shown in Figure 3A. Therefore, after the slot n〇 is combined with the elastic conductive member 2〇〇, the stoppers 142a are positioned above the second body 21 of the assembly section 214, so that the stopper 142a can limit the second body 2 The range in which 4b moves up and down, 11/20 M425450 makes it difficult for the elastic piece 210 to be detached from the outer bottom surface 116 of the housing n, so that the elastic piece 210 can be fixed to the outer bottom surface 116. In addition, each of the limit assemblies 140 may further include a base 144 (see Fig. 3A), and the base 144 is disposed on the outer bottom surface 1]6. Therefore, the base H4 will protrude from the outer bottom surface 1]6. Two of the limiting members are disposed on the respective bases 144, and the bases 44 are connected to the connecting members 142b of the two limiting members 142, wherein the connecting members 142b are located between the blocking block M2a and the base 144. The second piece 214b of each piece of elastic piece 210 may be disposed between the stopper M2a and the base M4. Therefore, the stopper 142a can still limit the range in which the second piece of the body moves up and down to help the elastic piece 210 be fixed on the outer bottom surface π6. In addition, since the first sheet body 21 is known to have the second curved portion Β4] and the curved portion 41 so that the portion of the first sheet body 214a between the second koji portion (10) and the second sheet portion η# is disposed on the whole Above the seat 44, the other portion of the first piece 214a will extend down to the contact section 212. As such, the contact segment 212 is in contact with the outer bottom surface 116 and is coupled to the first wafer. In addition, since the width W3 of the curved section 216 can be greater than the width of the assembled section 2i4 (e.g., the width W1 "W2"), the f-curved section 216 protrudes from the edge of the assembled section 214 at the edge of the first end E6i. Thus, the first end E61 of each of the curved segments 216 can abut against the connector M2b' of one of the limit members (10) to prevent the spring 21 〇 from continuing to move toward the stop member 14 。. 4 is a perspective view showing the assembly of the socket and the elastic conductive member of FIG. 3B. Please refer to Figures 3B and 4' in the process of assembling the housing 11 and the resilient conductive member. First, the elastic conductive member can be placed from the top to the bottom on the outer 12/20 M425450 bottom surface. At this time, the first body 2j4a is disposed between the two limiting ports 142 of the limiting component i4〇, that is, the first body 2l4a is disposed in the limiting component • 14〇 and the first body 214b is disposed in the limit. Bit component 140 is external. • In the same assembly section 214, the first body 214a has a smaller width W1 than the visibility W2 of the second body 21 (see Fig. 2). Therefore, in the process of placing the elastic conductive members 2, the limiting members 142 easily interfere with the second sheet 2Mb, but do not easily interfere with the first sheet 214a, so that the first sheet 214a is easily placed directly at the limit. Between the two limit members H2 of the assembly 140. Thus, the first sheet body 214a is disposed in the limit assembly 140, and the second sheet body 21 is disposed outside the limit member unit. After the first body 2 4a is disposed in the limiting component 14〇, then, a direction D1 is moved to move the elastic conductive member 2〇〇 to move the second body 2丨4b to the limiting component 140. The inside and the charging terminal 22 are inserted into the charging terminal port 118. Since the width W2 of the second body 21 is greater than the width w] of the first body 214a, the block 42a can interfere with the second body 21, and the range of the second body 21 can be moved up and down. . Thus, the block H2a is made such that the elastic piece 210 is not easily detached from the outer bottom surface 116 of the socket 1. Secondly, since each of the fixing holes 212c can correspond to one of the studs 130, during the movement of the elastic conductive member 2〇〇 along the direction D1, the fixing holes 2] 2c move toward the studs 13〇, so that the studs 13 〇 can be inserted in the fixing hole 2 〗 2c. Once the studs are inserted into the fixing holes 2, 2c, the first end E61 of the curved 216. can abut against the limiting component to prevent the reel 210/α from moving in the direction D]. After the studs] from the fixing holes 2] 2c 13/20 M425450 through the elastic pieces 2 ,, the studs 〇 3 〇 will limit the movement of the elastic pieces 21 〇 on the outer bottom surface π to help the elastic pieces 2 〇 〇 fixed on the outer bottom surface 116 . In addition, when the elastic conductive member 200 moves along the direction D1, the contact portion 2] 2 enters into the guide socket 5〇 so that the contact portion 2] 2 is restricted to the opposite wall 152 of the guide socket 150. Move back and forth between. In this way, the guide seat 1)0 can not only limit the range in which the elastic piece 21〇 can be moved, but in the process of assembling the socket 11G and the elastic conductive member, the guide seat 15G can also guide the elastic conductive member 200 to the correct direction. The direction of movement is such that the stud 130 can be inserted into the fixing hole 212c. In summary, the use of the studs for the penetration of the spring and the fixing of the retaining members to the elastic pieces, the seat can be combined with the elastic conductive members, so that the charging terminals of the elastic conductive members can be grooved in other ways. The seat is closed. Compared with the prior art, the charging device of the present invention can greatly reduce the demand for screws and simplify the assembly method of the charging device, thereby reducing the time and labor required for assembling the charging device, thereby facilitating mass production. 'The above description is only a general example of this creation, and it is not intended to limit the scope of patent protection of this creation. Any skilled person who is familiar with the art, within the spirit and scope of the creation, the equivalent of the change and retouching is still within the scope of the patent protection of this creation. [Simple description of the figure] =U is a three-dimensional diagram of the charging device of the present creation. : The second is a three-dimensional diagram of the money in the map after the flip. It is a three-dimensional schematic view of the slot in FIG. · 14/20 M425450 Figure 2 is a perspective view of the elastic conductive member of Figure 1A. Figure 3A is a partially enlarged perspective view of the housing and the elastic conductive member of Figure 1A. Figure 7A is a separate view of the housing of Figure 3A. Three-dimensional schematic diagram of the elastic channel and the flat electrical component. 4 is an assembly of the socket and the elastic body of FIG. 3B [Main component symbol description] 100: charging device 112: slot] 14: side surface 11 8 : charging terminal port 122: plane M0: limit: component 142a: stopper 144 : pedestal 152: wall 200: elastic conductive member 212: contact segment 212b: turning portion 214: assembly segment 214b: second sheet 220: charging terminal B61 · first bending portion E4]: perspective view of the bending end conductive member . 110: housing 112b. bottom surface 116: outer bottom surface 12 0: plate member 130: protruding post 142: limiting member M2b: connecting member 1 50. guide socket 160: circuit board 210: spring 212a: contact end 212c: fixed Hole 214a: first sheet 2] 6: forcing section B41: second curved portion D1: direction E61: first end portion 15/20 M425450 E62: second end portion R1: flipping direction L1: leading end portion
Wl、W2、W3 :寬度 16/20.Wl, W2, W3: width 16/20.