M412.508 五、新型說明： 【新型所屬之技術領域】 本創作為一種耐磨耗之電源連接器組合構造，特別係指一種 易於脫落之結構，其結構簡單且製造便利，可有效降低生產成 本，且可耐磨耗，以提高其實用性者。 【先前技術】 一種電子連接器應用，通常具有一插接座及一插接頭，該插 鲁 接座係設置於一電子裝置内，該插接頭一端組設有一電纜線，另 一端則係與該插接座插接，已完成訊號或電源之供應。 傳統的電連接器使用，插接頭與插接座係緊密的固定或緊 配，以達到有效的訊號或電源傳遞；但由於電子裝置在使用時， 常有不慎碰觸或拉扯到插接頭的電纜線，以致使整個電子裝置被 拉離使用平台，將造成電子裝置的摔落及損壞，更甚者將傷及人 員。 因此，在連接器的設計上，一種易脫離的結構將慢慢的被消 費者所接受，亦即插接座與插接頭的連接，在顧及可有效地傳遞 δίΐ號外，亦必需使其在不當的拉扯下能有效地脫離，而達到易於 脫離的效果，才可避免電子裝置被牽拉而掉落損壞 習知一種易脫連接器構造，請參考美國專利第7,311,526號， 其係以磁性吸附的方式固定，亦即在插接座與插接頭之接觸面上 分別設置有相互吸引的兩磁極，在一般使用時，該插接頭及插接 座係磁吸結合，而遇有不當外力拉扯電纜線時，在不需較大的拉 3 M412.508 扯力之下，即可輕易地使插接頭脫離插接座，如此，可避免 裝置被拉扯掉落。 θ為上制脫連接雜_魏方式為之，鄕造成本過於高 ρ附帶著將使電子裝置的成本高，造成較不為消費者所接受， 相對地其普及率較小，為其缺點。 因此’業界乃戮力思索如何設計—種結構簡易、成本低的易 脫結構，不僅可有效執行電性連接，且亦可簡易的脫離之連接器。 有鐘於此’本鋪人乃本補財精、觸突奴精神戮力 於連接㈣發’而_出摘作耐磨耗之電源連接驗合構造， 使其可達到易脫離之效果，且可耐磨耗者。 【新型内容】 1本創作之目的，在於提供一種耐磨耗之電源連接器組合構 & ’其具有易於脫離之功效，以_避免電子裝置被拉扯目的。 本創作之3目的’在於提供一種耐磨耗之電源連接器电人 f"，其具有結構簡單、製造便利之功效，以達到降低成本及i 為貝用之目的。 本創作之又-目的’在於提供—種耐絲之電轉接器組合 冓造|其具有耐磨耗之功效，以達到更為實用之目的。 為達上述之功效及目的’本創作之特徵在於其包括有—第 一連接器及-第二連接器，該第—連接器設有—第—絕緣體、一 第一正極端子m極端子組及—第—峨端子， 絕緣體具有-收容腔，該第一正極端子組及該第一負極端子岭 4 M412508 別具有一第—卡制部及—第二卡制部位於該收容㈣，該第一訊 號端子具有-[接觸端；及該第二連接器設有—第二絕緣體、 -第二正極端子組、-第二負極端子組及_第二訊號端子，該第 二絕緣體，_以插人該收容腔内，其中該第二正極端子_卡 固於該第-正極軒之第-卡制部±，該第二負極端子组係卡固 於該第貞極端子之第二卡制部上，該第二訊號端子具有一第二 接觸端’係無第-訊號端子之第—接觸·赫單點接觸。 如是，該第-訊號端子之第-接觸端與該第二訊號端子之第 -訊號端為非單點接觸，因此’在該第—連接器與該第二連接器 之插拔過程中，可提高磨耗，使其更為實用者。 本創作之上述及其它目的、優點和特色由以下較佳實例之詳 細說明並參考圖式俾得以更深入了解。 【實施方式】 清參考第-K、第二圖、第三圖及第四圖，本創作耐磨耗之 電源連接器組合構造，纟包括有—第—連接器丨Q及—第二連接器 12。其中 第一連接H 10設有-第-絕緣體14、-第—正極端子組16、 一第-負極端子組18及-第—訊號端子2G ;第—絕緣體14具有 一開口端22及由開口端22延伸之收容腔24;第一正極端子組16 及第一負極端子組18係設於第一絕緣體14上，第一正極端手組 16設有二個第一正極端子28，二個第-正極端子28 Γβ1設有一第 一連接件30，且每-第-正極端子28設有—第一卡制部犯位於 5 收容腔24内；第—負極端子組18設有二個第-負極端子34，二 個第一負極端子34間設有—第二連接件36，且每-第一負極端 =34設有-第二卡制部38位於收容腔％内；第—訊號端卻係 &於第-絕緣體14上，並位於收容腔％内，其具有三個彎折部 37及一第一接觸端39，第一接觸端39為一平面。及 一*第二連接器12設有-第二絕緣體4〇、一第二正極端子組必 一第二負極端子組44、—第二訊號端子仙及―外殼體48，第二 絕賴4_以插人第—連之收容腔24内；第二正極端 子組42及第二負極端子組44係設於第二絕緣體4〇上，其中第二 極端子組42具有二個第二正極端子52及連接二個第二正極端 子52間之第三連接件54，每一第二正極端子52設有-第三卡制 ㈣用以與第—卡制部32卡固；第二負極端子組44設有二個 第二負極端子58及連接二個第二負極端子58之第四連接件6〇, 每個第一負極端子58具有_第四卡制部62，用以卡固於第一 負極端子34之第二卡制部38上；第二訊號端子仙係設於第二絕 緣體40广’其具有一第二接觸端64’第二接觸端64係為一平面， 用以與第-接觸端39呈非典單點接觸；外殼體48係包覆第二絕 緣體40,用·定住第二正極端子㈣及第二負極端子組私。 一另，請參閲第五圖式，當第_連接器1〇與第二連接器⑴主 -側脫離卡制時，第—訊號端子2G之苐—接觸端3g係以並中— =點Μ與第二訊號端子46之第二接觸端64接觸磨擦；請參 閲第六圖式’當第-連接器1G與第二連接器12往另—側脫離卡 M412508 制時，第一訊號端子20之第一接觸端30係以其中一個接觸點33 與第二訊號端子46之第二接觸端64接觸磨擦，因此，第一訊號 端子20與第二訊號端子46以非單點接觸方式接觸時，可耐磨耗， 以提咼易脫電源連接器之使用壽命。 在較佳實施例之詳細說中所提出之具體實施例僅為易於說明 本創作之技術内容，並非將本創作狹義地限制於實施例，凡依本M412.508 V. New description: [New technical field] This creation is a wear-resistant power connector combination structure, especially a structure that is easy to fall off, its structure is simple and manufacturing is convenient, and the production cost can be effectively reduced. And can be wear-resistant to improve its practicality. [Previous Art] An electronic connector application generally has a socket and a plug connector. The plug connector is disposed in an electronic device. The plug connector is provided with a cable at one end and the other end. The docking station is docked and the signal or power supply is completed. The traditional electrical connector is used, and the plug connector and the docking base are tightly fixed or tightly matched to achieve effective signal or power transmission; however, since the electronic device is in use, it is often accidentally touched or pulled to the plug connector. The cable, so that the entire electronic device is pulled away from the use platform, will cause the electronic device to fall and damage, and even more will hurt the personnel. Therefore, in the design of the connector, an easily detachable structure will be slowly accepted by the consumer, that is, the connection between the socket and the plug connector, in addition to the effective transmission of the δίΐ, it must also be improper The pull can be effectively detached, and the effect of easy detachment can be achieved, so as to prevent the electronic device from being pulled and falling and damaging the conventional easy-release connector structure, please refer to U.S. Patent No. 7,311,526, which is magnetically adsorbed. The method is fixed, that is, two magnetic poles are attracted to each other on the contact surface of the plug socket and the plug connector. In general use, the plug connector and the plug socket are magnetically combined, and the cable is pulled in case of improper external force. When the pull of the M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M θ is the upper system, and the 魏 is too high. The ρ is accompanied by the high cost of the electronic device, which is less acceptable to the consumer, and relatively less popular, which is a disadvantage. Therefore, the industry is thinking hard about how to design a simple structure with low cost and easy-to-remove structure, which not only can effectively perform electrical connection, but also can be easily disconnected from the connector. There is a bell in this 'this shop is the rich man, the spirit of the tactile spirit is connected to the (four) hair 'and _ out of the wear-resistant power connection connection structure, so that it can achieve the effect of easy separation, and Wearable. [New Content] 1 The purpose of this creation is to provide a wear-resistant power connector assembly &' which has the function of being easily detached to prevent the electronic device from being pulled. The purpose of this creation is to provide a wear-resistant power connector electric appliance f", which has the advantages of simple structure and convenient manufacturing, so as to achieve the purpose of reducing cost and i. The purpose of this creation is to provide a combination of wire-resistant electrical adapters that have a wear-resistant effect for a more practical purpose. In order to achieve the above-mentioned effects and purposes, the present invention is characterized in that it includes a first connector and a second connector, the first connector is provided with a first insulator, a first positive terminal, and an extreme terminal group. - a first terminal, the insulator has a receiving cavity, the first positive terminal group and the first negative terminal ridge 4 M412508 have a first clamping portion and a second clamping portion is located in the receiving (four), the first The signal terminal has a [contact end; and the second connector is provided with a second insulator, a second positive terminal group, a second negative terminal group and a second signal terminal, the second insulator, In the receiving cavity, the second positive terminal terminal _ is fastened to the first clamping portion ± of the first positive electrode, and the second negative terminal group is fastened to the second clamping portion of the second terminal The second signal terminal has a second contact end 'the first-contact-here single point contact without the first-signal terminal. If the first contact end of the first signal terminal and the first signal end of the second signal terminal are not in a single point contact, the 'interceptor and the second connector can be inserted and removed during the insertion process. Increase wear and make it more practical. The above and other objects, advantages and features of the present invention are apparent from the following detailed description of the preferred embodiments. [Embodiment] With reference to the first-K, the second figure, the third figure and the fourth figure, the power connector combination structure of the wear-resistant power consumption includes the first-connector 丨Q and the second connector 12. The first connection H 10 is provided with a -first insulator 14, a first positive terminal group 16, a first negative terminal group 18 and a - signal terminal 2G; the first insulator 14 has an open end 22 and an open end 22 extending the receiving cavity 24; the first positive terminal group 16 and the first negative terminal group 18 are disposed on the first insulator 14, the first positive terminal group 16 is provided with two first positive terminals 28, two - The positive terminal 28 Γβ1 is provided with a first connecting member 30, and each of the first positive terminal 28 is provided with a first clamping portion located in the 5 receiving cavity 24; the first negative terminal group 18 is provided with two first negative terminals. 34. A second connecting member 36 is disposed between the two first negative terminals 34, and each of the first negative terminal ends 34 is disposed-the second locking portion 38 is located in the receiving cavity%; the first signal terminal is & On the first insulator 14 and located in the receiving cavity %, it has three bent portions 37 and a first contact end 39, and the first contact end 39 is a flat surface. And a second connector 12 is provided with a second insulator 4〇, a second positive terminal group, a second negative terminal group 44, a second signal terminal, and an outer casing 48, and the second is 4_ The second positive terminal group 42 and the second negative terminal group 44 are disposed on the second insulator 4, wherein the second terminal group 42 has two second positive terminals 52. And a third connecting member 54 connecting the two second positive terminals 52, each of the second positive terminals 52 is provided with a third clamping (four) for locking with the first clamping portion 32; and a second negative terminal group 44 There are two second negative terminals 58 and a fourth connecting member 6 connected to the two second negative terminals 58. Each of the first negative terminals 58 has a fourth locking portion 62 for engaging the first negative electrode. The second clamping portion 38 of the terminal 34 is disposed on the second insulator 40. The second contact end 64 has a second contact end 64. The second contact end 64 is a flat surface for contact with the first contact. The end 39 is in a single point contact with the SARS; the outer casing 48 is covered with the second insulator 40, and the second positive terminal (four) and the second negative terminal group are fixed by the holder. In addition, referring to the fifth figure, when the first connector 1 is disconnected from the main connector of the second connector (1), the contact terminal 3g of the first signal terminal 2G is connected to the center. The second contact end 64 of the second signal terminal 46 is in contact with the friction; please refer to the sixth figure 'When the first connector 1G and the second connector 12 are separated from the other side to the card M412508, the first signal terminal The first contact end 30 of the second contact end 33 is in contact with the second contact end 64 of the second signal terminal 46, so that the first signal terminal 20 and the second signal terminal 46 are in contact with each other in a non-single point contact manner. It can be worn to improve the service life of the easy-to-remove power connector. The specific embodiments set forth in the detailed description of the preferred embodiments are merely illustrative of the technical content of the present invention, and the present invention is not limited to the embodiments.
創作之精神及以下中請專纖圍之情況所作之種種變化實施均屬 本創作之範圍。 【圖式簡單說明】 第-圖為本麟耐絲之魏連接器構造之立體分解圖。 第二圖為本創作第-連接ϋ與第二連接器之立體分解圖。 第三圖為第二圖支另一角度示意圖。 第四圖為第三圖之組合剖視圖。The spirit of creation and the implementation of the changes made in the following sections are within the scope of this creation. [Simple description of the diagram] The first-picture is a three-dimensional exploded view of the structure of the Wei-Nei connector. The second figure is an exploded perspective view of the first connector and the second connector. The third figure is a schematic diagram of another angle of the second figure. The fourth figure is a combined sectional view of the third figure.
第五圖為本創作耐磨耗之電源連接器組合構造之第一示意 第六圖為本創作耐磨耗之電源連接器組合構造之第二= 【主要元件符號說明】 一不思 第一連接器 10 第一絕緣體 14 第一負極端子組18 開口端 μ 第一正極端子 28 第一·^制部 叩 第一連接器 a 第一正極端子組16 第一訊號端子 2〇 收容腔 第一連接件 第一負極端子 34 7 M412508The fifth figure is the first schematic diagram of the combination structure of the power connector of the wear-resistant power consumption. The sixth figure is the second structure of the power connector combination structure of the wear-resistant power consumption of the creation = [Main component symbol description] 10 first insulator 14 first negative terminal group 18 open end μ first positive terminal 28 first · first part 叩 first connector a first positive terminal set 16 first signal terminal 2 〇 receiving cavity first connector First negative terminal 34 7 M412508
第二連接件 36 弟二卡制部 38 彎折部 37 第一接觸端 39 第二絕緣體 40 第二正極端子組 42 第二負極端子組 44 第二訊號端子 46 外殼體 48 第二正極端子 52 第三連接件 54 第三卡制部 56 第二負極端子 58 第四連接件 60 第四卡制部 62 第二接觸端 64 接觸點 31 接觸點 33Second connecting member 36 second engaging portion 38 bent portion 37 first contact end 39 second insulator 40 second positive terminal group 42 second negative terminal group 44 second signal terminal 46 outer casing 48 second positive terminal 52 Triple connector 54 third clamping portion 56 second negative terminal 58 fourth connector 60 fourth clamping portion 62 second contact end 64 contact point 31 contact point 33