M418458 五、新型說明： 【新型所屬之技術領域】 本創作涉及手機充電裝置，尤其涉及一種手機座充機構。 【先前技術】 隨著人們生活水準的提高，手機已經成為了現代人必不可 少的通訊工具，回顧手機發展的過程，在一次次的變革中，手 機的造型和功能都有了翻天覆地的變化，手機已經逐漸從奢侈 品發展到了現在十分普及的電子消費產品。現有的手機除了語 音通話和短信功能外，還具有遊戲機、MP3、照相機、攝影、 錄音、GPS、上網等功能’因此手機在人們每天的生活中隨處 可見。 由於人們每天頻繁的使用手機，手機耗電較快，從而經常需要 充電。傳統手機的充電方式主要有兩種，第一種為手機通過數據線 與充電插頭連接，從而電信號從充電插頭導入到手機的電池中，進 而將電存儲在電池中；第二種主要體現為將電池從手機中拆卸下 來，裝配到充電器上進行充電。由於第—種充電方武需要使用數據 線才能夠進行充電，因此使用者外出時需要同時搞帶電源插頭和數 據線，從而對使用者出行造成不便；第二種充電方式則需要將電池 從手機中拆卸下來充電，因此不能邊充電邊使用且充電操作繁瑣。 基於上述的不足，因此，需要一種手機座充機構來克服上 述缺陷。 【新型内容】 本創作目的就是針對上述習知技術之不足，提供一種攜帶 方便、能夠直接充電且充電操作簡單快捷的手機座充機構。 為達成上述目的，本創作提供-種手機座充機構，包括母 3 4連接器及與母端連接器匹g 四配的么编連接器，母端連接器設於 且母端連接⑼括絕緣殼體及導^，絕緣殼體形成供 =連接諸接的收容空間，導電片部分鑲嵌於絕緣殼體中， 導電片的一端凸露於收容<Λϊ門jJQ，道u t 又奋工間内，導電片的另一端凸露於絕 緣喊體外並與手機中的電路拓 塔板電連接，公鳊連接器與電源電連 接且公端連接器設有導電彈h ^ 电坪月公鈿連接器可插接於收容空間 ，且導電彈片可分離地抵觸導電片。 如上所述本創作手機座充機構包括母端連接器和公端連 器’母端連接器設於手機内，公端連接器與電源電連接且公 端連接器設有導電㈣，母端連接器包括絕緣殼體和導電片， 絕緣殼體開設有供公端連接詩接的收容空間，由於導電片的 端凸路於收4空間内、另—端凸露於絕緣殼體外並與手機中 的電路板電連接’當公端連接器插接於收容空間時，公端連接 器上的導電彈片與母端連接器的導電片接觸，從而使手機的電 路板與電源電連通，進而實現對手機充電。 "綜上’由於手機可以通過母端連接器直接與公端連接器插 接從而進行充電’無#使用數據線’因此攜帶方便；同時無 需將手機中的電池拆卸下來即可直接充電，從而充電操作簡^ 快捷。 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目的及 功效，以下茲舉例並配合圖式詳予說明。 請參閱第一圖至第三圖，本創作手機座充機構丨包括母端 連接器10及與母端連接器10匹配的公端連接器20，母端連 接器10設於手機（圖未示）内且母端連接器10包括絕緣殼體 11及導電片12，絕緣殼體U形成供公端連接器2〇插接的收 今空間110 ’導電片12部分鑲嵌於絕緣殼體11中；導電片12 的-端凸露於收容空間110β，導電片12的另一端凸露於絕 緣f體11外並與手機中的電路板（圖未示）電連接，公端連 接益20與電源（圖未示）電連接且公端連接器設有導電彈 片2卜公端連接器2〇可拆分地插接於收容空間内，且導 電彈片21可分離地抵觸導電片12。 請參閱第四圖至第七圖，絕緣殼體11包括第-殼體lla 及第二殼體11b’第-殼體Ua與第二殼體nb對接並形成收 容空間110。第一殼體Ua與第二殼體m的對接處開設有複 數凹槽11卜第二殼體llb與第一殼冑lla的對接處凸設有複 數凸塊112 ’凸塊112 一一對應地與凹槽lu配合連接，從而 實現第一殼體11a與第二殼體Ub的對接。第一殼體山、第 二殼體lib均鑲嵌有一個導電片12。 導電片12包括導電件121、彈性件123及連接於導電件 :21與彈性件123之間的連接件122，連接件122鑲嵌於絕緣 殼體11巾，導電件121凸露於收容空間削内並貼近收容空 間110的側壁，彈性件123凸露於絕緣殼體u外。導電件Η】 的一端向前延伸形成連接件122，導電件121的另一端彎折形 成-鑲嵌部1211，導電件121凸露於收容空^1〇且鎮喪部 1211鑲嵌於收容空間11〇的側壁内，彈性件123由連接件us 的末端向下彎折延伸形成，從而導電件121、連接件及彈 性件123 -體成型。可選地’彈性件123的末端形成與手機的 電路板電連接的接觸凸塊1230。 ' 請參閱第二圖、第三圖至第七圖，公端連接器2〇包括充 電座22及兩個導電彈片2卜充電座22形成容置空間容 置空間220的相對側壁上開設有開孔222，兩個導電彈片= M418458 均收容於容置空間220内且兩個導電彈片21的—端均與電源 電路板（圖未示）連接’從而通過電源電路板與電源電連接， 兩個導電彈片21的另一端彎折形成接觸塊211，接觸塊叫 分別可伸縮地凸露於開孔222外。t公端連接器2q與母端連 接器ίο插接時，兩個導電彈片21的接觸塊211分別—一對應 地與導電件121抵觸，從而電信號從電源傳入導電彈片， 並通過導電片12的導電件121傳送到與導電片12的彈性件 123電連接的手機的電路板上，進而實現對手機充電。 如上所述，本創作手機座充機構丨包括母端連接器1〇和 公端連接器20，母端連接器10設於手機内，公端連接器2〇 與電源電連接且公端連接器20設有導電彈片21，母端連接器 10包括絕緣殼體11和導電片12，絕緣殼體u開設有供公端 連接器20插接的收容空間11〇，由於導電片η的一端凸露於 收容空間110内、另一端凸露於絕緣殼體丨丨外並與手機中的 電路板電連接，當公端連接器20插接於收容空間110時，公 端連接器20上的導電彈片21與母端連接器1〇的導電片12接 觸’從而使手機的電路板與電源電連通，進而實現對手機充電。 綜上’由於手機可以通過母端連接器1〇直接與公端連接 器20插接從而進行充電，無需使用數據線，因此攜帶方便； 同時’無需將手機中的電池拆卸下來即可直接充電，從而充電 操作簡單快捷。 【圖式簡單說明】 第一圖是本創作手機座充機構的立體結構示意圖。 第二圖是第一圖所示手機座充機構的分解結構示意圖。 第三圖是第一圖所示手機座充機構另一角度下的分解結 構示意圖。 6 M418458 第四圖是本創作手機座充機構的母端連接器的分解纟士 示意圖》 第五圖是本創作手機座充機構的導電片的結構示意圖。 第六圖是本創作手機座充機構的平面結構示意圖。 第七圖是第六圖所示手機座充機構沿A_A方向的剖視圖。 【主要元件符號說明】M418458 V. New description: [New technical field] This creation involves mobile phone charging devices, especially a mobile phone charging mechanism. [Prior Art] With the improvement of people's living standards, mobile phones have become an indispensable communication tool for modern people. Looking back at the development process of mobile phones, in the repeated changes, the shape and function of mobile phones have undergone earth-shaking changes. Mobile phones have gradually evolved from luxury goods to electronic consumer products that are now very popular. In addition to voice calls and text messaging, the existing mobile phones also have functions such as game consoles, MP3, camera, photography, recording, GPS, and Internet access. Therefore, mobile phones can be seen everywhere in people's daily lives. Since people use their mobile phones frequently every day, they consume more power and often need to be recharged. There are two main ways to charge traditional mobile phones. The first one is that the mobile phone is connected to the charging plug through the data cable, so that the electrical signal is imported from the charging plug into the battery of the mobile phone, and then the electric storage is stored in the battery; the second main embodiment is Remove the battery from the phone and assemble it to the charger for charging. Since the first type of charging party needs to use the data cable to be able to charge, the user needs to engage the power plug and the data line at the same time, which is inconvenient for the user to travel; the second charging method requires the battery to be removed from the mobile phone. It is disassembled and charged, so it cannot be used while charging and the charging operation is cumbersome. Based on the above deficiencies, there is a need for a mobile phone charging mechanism to overcome the above drawbacks. [New Content] The purpose of this creation is to provide a mobile phone holder mechanism that is convenient to carry, can be directly charged, and has a simple and quick charging operation. In order to achieve the above objectives, the present invention provides a mobile phone charging mechanism, including a female 34 connector and a female connector with a female connector, the female connector is provided at the female terminal (9) including insulation. The housing and the guiding body form an accommodating space for connecting and connecting, and the conductive piece is partially embedded in the insulating case, and one end of the conductive piece is exposed in the housing <Λϊ门 jJQ, the road is in the work room The other end of the conductive sheet is exposed outside the insulating body and electrically connected with the circuit extension board in the mobile phone. The male connector is electrically connected to the power source and the male connector is provided with a conductive bomb h ^ electric flat moon connector The conductive elastic piece can be detachably engaged with the conductive piece. As described above, the mobile phone charging mechanism includes a female connector and a male connector. The female connector is disposed in the mobile phone, the male connector is electrically connected to the power source, and the male connector is electrically conductive (four), and the female terminal is connected. The device comprises an insulating shell and a conductive sheet, and the insulating shell is provided with a receiving space for connecting the male end to the poem, because the end of the conductive sheet is convex in the 4 space, and the other end is exposed outside the insulating shell and is in the mobile phone. Electrical connection of the circuit board When the male connector is inserted into the receiving space, the conductive elastic piece on the male connector contacts the conductive piece of the female connector, thereby electrically connecting the circuit board of the mobile phone with the power source, thereby realizing phone charging. "In summary, because the mobile phone can be directly connected to the male connector through the female connector to charge the 'no data cable', so it is easy to carry; and the battery can be directly charged without disassembling the battery. Charging operation is simple and fast. [Embodiment] In order to explain in detail the technical contents, structural features, achieved goals and effects of the present invention, the following is a detailed description with reference to the drawings. Referring to the first to third figures, the creative mobile phone charging mechanism includes a female connector 10 and a male connector 20 matched with the female connector 10, and the female connector 10 is disposed on the mobile phone (not shown) The inner female connector 10 includes an insulative housing 11 and a conductive sheet 12, and the insulating housing U forms a recessed space for the male connector 2 to be inserted into the insulating housing 11; The end of the conductive sheet 12 is exposed in the receiving space 110β, and the other end of the conductive sheet 12 is exposed outside the insulating body 11 and electrically connected to a circuit board (not shown) in the mobile phone, and the male end is connected to the power supply 20 and the power supply ( The electrical connector and the male connector 2 are detachably inserted into the accommodating space, and the conductive elastic piece 21 can detachably contact the conductive sheet 12. Referring to the fourth to seventh embodiments, the insulating housing 11 includes a first housing 11a and a second housing 11b'. The first housing Ua abuts the second housing nb and forms a receiving space 110. a plurality of grooves 11 are formed in the abutting portion of the first casing Ua and the second casing m. The abutting portion of the second casing 11b and the first casing 11a is convexly provided with a plurality of bumps 112' the bumps 112 in one-to-one correspondence The mating with the groove lu is performed to achieve the abutment of the first housing 11a and the second housing Ub. The first casing mountain and the second casing lib are each inlaid with a conductive sheet 12. The conductive sheet 12 includes a conductive member 121, an elastic member 123, and a connecting member 122 connected between the conductive member 21 and the elastic member 123. The connecting member 122 is embedded in the insulating housing 11 and the conductive member 121 is exposed in the receiving space. And close to the side wall of the receiving space 110, the elastic member 123 is exposed outside the insulating housing u. One end of the conductive member 向前 extends forward to form a connecting member 122, and the other end of the conductive member 121 is bent to form an inlaid portion 1211. The conductive member 121 is exposed to the receiving space and the tamper portion 1211 is embedded in the receiving space 11 In the side wall, the elastic member 123 is formed by bending downwardly from the end of the connecting member us, so that the conductive member 121, the connecting member and the elastic member 123 are integrally formed. Optionally, the end of the resilient member 123 forms a contact bump 1230 that is electrically coupled to the circuit board of the handset. Referring to the second figure, the third figure to the seventh figure, the male connector 2 includes the charging stand 22 and the two conductive elastic pieces 2, and the charging seat 22 is formed on the opposite side wall of the accommodating space accommodating space 220. The hole 222, the two conductive elastic pieces=M418458 are all accommodated in the accommodating space 220, and the ends of the two conductive elastic pieces 21 are connected with the power circuit board (not shown) to electrically connect with the power source through the power circuit board, The other end of the conductive elastic piece 21 is bent to form a contact block 211, and the contact block is respectively telescopically exposed outside the opening 222. When the male connector 2q is inserted into the female connector οο, the contact blocks 211 of the two conductive elastic pieces 21 respectively collide with the conductive member 121, so that electrical signals are transmitted from the power source to the conductive elastic piece and through the conductive sheet. The conductive member 121 of 12 is transferred to the circuit board of the mobile phone electrically connected to the elastic member 123 of the conductive sheet 12, thereby charging the mobile phone. As described above, the present mobile phone charging mechanism includes a female connector 1 and a male connector 20, the female connector 10 is disposed in the mobile phone, and the male connector 2 is electrically connected to the power source and the male connector 20 is provided with a conductive elastic piece 21, the female end connector 10 includes an insulating housing 11 and a conductive sheet 12, and the insulating housing u is provided with a receiving space 11〇 for the male connector 20 to be inserted, because one end of the conductive sheet η is exposed In the accommodating space 110, the other end is exposed outside the insulating housing and electrically connected to the circuit board in the mobile phone. When the male connector 20 is inserted into the accommodating space 110, the conductive elastic piece on the male connector 20 21 is in contact with the conductive strip 12 of the female connector 1 ' to electrically connect the circuit board of the mobile phone with the power source, thereby charging the mobile phone. In summary, since the mobile phone can be directly connected to the male connector 20 through the female connector 1 to charge, no need to use the data cable, so it is convenient to carry; at the same time, 'the battery can be directly charged without disassembling the battery. Therefore, the charging operation is simple and quick. [Simple description of the diagram] The first figure is a three-dimensional structure diagram of the mobile phone charging mechanism of the present invention. The second figure is a schematic exploded view of the mobile phone charging mechanism shown in the first figure. The third figure is a schematic diagram of the exploded structure of the mobile phone charging mechanism shown in the first figure at another angle. 6 M418458 The fourth picture is the schematic diagram of the decomposition of the female connector of the mobile phone charging mechanism. The fifth picture is the structure diagram of the conductive piece of the mobile phone charging mechanism. The sixth picture is a schematic diagram of the planar structure of the mobile phone charging mechanism of the present invention. The seventh figure is a cross-sectional view of the mobile phone charging mechanism shown in the sixth figure along the A_A direction. [Main component symbol description]
手機座充機構 1 母端連接器 10 絕緣殼體 11 第一殼體 11a 第二殼.體 lib 收容空間 110 凹槽 111 凸塊 112 導電片 12 導電件 121 鑲嵌部 1211 連接件 122 彈性件 123 接觸凸塊 1230 公端連接器 20 導電彈片 21 接觸塊 211 充電座 22 容置空間 220 開孔 222 7Mobile phone charging mechanism 1 female connector 10 insulating housing 11 first housing 11a second housing. body lib housing space 110 groove 111 bump 112 conductive sheet 12 conductive member 121 inlay 1211 connecting member 122 elastic member 123 contact Bump 1230 male connector 20 conductive elastic piece 21 contact block 211 charging stand 22 accommodating space 220 opening 222 7