201001840 六、發明說明： 【發明所屬之技術領域】 本發明係關於電連接器。更 _ 發明係關於所謂的HDMI，即二5 ’但非專屬地，本 似之電連接器，其尤直打算在析度夕媒體介面，及類 位信號，例如音訊/視;^及：^早一多導線電境上傳送數 9 nfi/視tri及身料信號 HDMI 13及之俞肱士 、丄 寺遇接為亦包含 則版本，袖珍型HDMI版 圯证13944及6插針（pin)版 4不埠 本❶ 及USB A、B及袖珍型版 【先前技術】 HDMI連接器已經被國内商 , f 电态及电子音矾-視訊設< (例如，DVD播放器、多通道放 、风大态及電漿及LCD顯示4 幕及電腦）之很多製造商採用 ^ Α 。又侑，尤其係採用， 向數位通信信號之設備。在傳 隹得統方式上，此等連接器包未 一插槽或插座部件及一相庫插 々應描碩部件，該兩個部件被形j 為具有由一大體上為梯形狀的開口端殼形結構包圍之各自 的電接觸件之陣列’殼形該結構界定連接器之各自互連之 插頭及插座部分及使得接觸件陣列可通過開口端接觸到。 HDMI連接器較之眾所周知之SCART連接器，在實體上根 小但仍然帶有大量單獨的微型接觸件。 為了防止$外的移位及隨之而生之不為人所樂見的設備 斷開，該電連接器之互連插頭及插座部件琴皮形成為具有各 自的相互可接合的彈簧棘爪部件以防止此不想要的斷開。 與日俱增的是，HDMI及類似的連接器插座被定位於國内 I38044.doc 201001840 音訊/視訊設備之下表面，使得與相應連接器插頭相關的 電引線從該設備向下垂落。由於在HE)MI及類似的連接器 中極度缺乏空間，所以棘爪部件本身报小且係與殼形結構 一起整合形成且自殼形結構形成，而且在較大程度上係包 . 含在殼形結構之壁之厚度内，該厚度可為0.3 _等級。該 • #座部件包括—形成有—棘爪之板簀，該板簧係藉由一從 風狀、.口構切出之狹槽界定’且該插頭部件被形成為具有一 n &於其盒狀結構内，其中當各自的連接器部件被確實接合 該棘爪能在板簧之作用下彈性接合。然而，尤其係插座 被定位於電器或電子設備產品之下表面之情況下，連接至 插頭之電引線之重量可能引起不樂見的斷開及隨之的信號 失在該B又備可能產生微小振動之情況下，舉例而言， 在設b備併入—或多個揚聲器（例如’電視機）之情況 下’該問題會加重。 ::明之一目的係減輕此電連接器部件(更特定言之但 ϋ ,屬的係HDMI類)之不樂見的斷開之問題。 【發明内容】 二=，提供—種電連接器，其包括各自可相互接 相應的可相互^牛，每個插頭及插座部件被形成為具有 有由插頭部件承件該:連接器之特徵在於:具 置與_第 閃鎖讀，_鎖器件可在-第一位 件内，在該第_ ==且大體上整個被設置在該插頭部 鎖器件從心置内當與該插頭部件相互接合時，該問 亥插頭部件側向凸出以確實鎖定該插座部件，且 J38044.doc 201001840 在5亥苐一位置内該四蚀t 問鎖益件與該插座部件脫離；以及由該 頭部件承載之可致動器件，以在該第-位置與該第二位 置之間移動該閂鎖器件。 X各自的可相互接合之插頭及插座部件之各者可被形成 為具有相應的電接觸件之可相互接合陣列，該等陣列係藉 由各自開口端的殼形結構包圍，該等結構至少部分界定該 插頭及插座部件且該等接觸件陣列可通過該等結構之開口 端接觸到。 /亥寻㈣結構中之—者之—壁可被形成為具有至少一彈 〃棘爪且另—殼形結構可被形成為具有一孔，該孔係配置 成容納棘爪、彈簧，棘爪及孔係與該殼形結構一起整合形 成並自該殼形結構形成且大體上係整個被含在該等殼形結 構之壁之厚度内。 該插座部件可包括—板簧，該板簧係由延伸穿過該殼形 結構之-U形狹槽而界定，該板簧被形成為具有該棘爪， 且該插頭部分被形成為具有在該殼形結構之壁内之孔。 該_件可包括一長型問鎖構件，該構件係經安裝而 用於在插頭部件之該殼形結構之—凹槽内繞其長軸旋轉， 該問鎖構件之—部分係形成作為-曲柄及藉由該可致動器 ㈣接合以引起該㈣構件旋轉，而該問鎖構件之另一部 刀係Φ成作為—g鎖’該配置為如此使得該Θ鎖構件能在 該問鎖大體上與該殼形結構齊平之一位置與該閃鎖從該殼 形結構凸出之一位置之間被旋轉。 該問鎖構件可為一單—金屬絲構件及可由高張力材料例 138044.doc 201001840 如鋼製成。該曲柄可形成該問鎖構件之—末端部分。 鎖可形成該閂鎖構件之另一末端部分。 該單-金屬絲構件可具㈣鎖，__藉由將 2一末端部分彎曲成為大體上與該構件之—Μ部 角而形成，且另一末端部分可被響曲以形成該曲柄。 接例中，在該插頭部件之殼形結構中的凹槽及在 接觸塊内之-相應的凹槽夹著或包圍藉由凹槽產生的通道 内的違金屬絲問鎖構件，以防止_構件之橫向位移。 7動器件可包括—手動可移動構件。該 :::::::在該插頭部件上。該手動可移動構件』 ==.插頭部件。該手動可移動構件可被安袭在插 靖中之一凹部内以能沿著插頭部件在由凹部之相對端 賦與的限制内㈣。該滑動移動可在插頭部件之縱向上。 ::頭及插座部件分別包括一中空外殼，該中空外殼含 有收各该電接觸件之陣列之一接觸塊。 實施例中’该問鎖構件包括-至少局部可變形的 或可鉸接的閂鎖，亨Η 結構中之—狹地位:該插頭部件之殼形 ^ ^ -負構件之一端係與由該插頭部件 二==:::驅動性接合’且該_件之另 移動之摔作； 狹槽之一端，藉此該手動可 一糾 引起問鎖之局部彈性變形或鉸接以形成至少 二構件，該釣狀構件係從在該殼形結構中之狹槽側向 :外凸出而接合在該插座部件之殼形結構 内，以轉實將該插頭及插座部件鎖定在一起。 138044.doc 201001840 本么月之電連接益係特別地，但非專屬地希望利用於 HDMI連接器之應用。 、 本發明之其他特徵在可由以下描述及中請專利範圍獲得 深一層之了解。 【實施方式】 本發月係藉由實例之方式予以例示於所附圖式中。 參考圖式之圖丨至4，其顯示根據本發明之經改良的— HDMI連接器β各自使用的連接器部们、 鎖定或閃鎖之情形。該連接器丨包括一插頭部件2=: 於電引線3之-端；及—插座部件4，其通常係由以上描述 勺:類電态/ ¾子设備（未顯示）之一產品之外殼（未圖示）所 承載。該插頭部件包括—中空外殼，料空外殼係由一塑 朦材料形成之兩相似側部分6、7及—前端部分術斤構成， 該等部份都鎖定在-起以藉由在罩殼部件6上之整體的鉤 狀陕動連接器8(見圖2a)形成含有一接觸塊9之一中空外 殼’該等連接器8係以-般的習知之方式接合於罩殼部件7 中之相應的凹部(未圖示)。該前端罩殼部分被形成為呈有 接合該接觸塊9之快動連接器49。該等罩殼部件6、7被配 置成與一電料端47相互接合，該電徵終端通常係 «境3。作為一替代，該外殼可再次以習知方式以一、固 製作。在圖2aA2b中’外殼之上端部件7未 被顯示以允許連接器之内部組件被看到。外殼在其内部支 撐塑膠材料之接觸塊9(見圖3a)，在其内以插槽形成構件之 形式被安裝—電接觸件10之陣列（見圖3a)，#後端（未圖 138044.doc 201001840 不）係例如精由以已知的方式捏4* -+' 4ik ji. 的万式知接或捲曲而連接至在電引 線3中之各自電線。 接觸塊9至少部分被包覆在一開口端盒狀殼形結構Η 内，其可以由金屬片製成或由一導電材料形成，例如以一 金屬射出成形使得該殼形結構無接縫，且其具有一前向開 口端16’該接觸件陣列1G可通過該開口端接觸到。以已知 方式，該殼形結構被形成為具有一對孔⑽其上面^上， ί 正如例如在圖3c中所見，其如同在以上所提到的打算容納 在插座部件4上的彈簧棘爪，如以下所述，以幫助防止在 使用中的各自連接器部件之不樂見的斷開。通過殼形結構 12之内面39顯現的狹窄狹槽15連接在上面中的孔Μ與殼形 、’口構之後向開口端1 7。被形成為一由例如高張力鋼製成之 -單-金屬絲構件之閃鎖構件18(見圖4)，具有其一中間部 刀46 „亥中間。刀係緊密地安裝在每個狹槽μ中使得在狹 槽内可繞其長軸旋轉。該問鎖構件18之一前端呢出至孔 14内且被彎曲成為與該長軸成直角，以形成一釣狀問鎖或 鎖21。該問鎖構件之後物被形成為具有-曲柄部分22, 該部分接合在接觸塊9上之一橫向可滑動構件㈣一狹槽 24(見圖3d)内。該接觸塊被形成為具有一橫向導執η，該 導執緊密地接合在構件23中的—狹槽52内以在其滑動移動 中引導該構件23。 如在圖1 a及1 b中所示，一太狄广 套官5 3包圍該連接器之插頭部 件之罩λ又6 7以i 著該罩殼縱向滑動，且該滑動套管w 形成一手動可致動器侔式祕、德 # 午次機構’猎由該手動可致動器件或 138044.doc 201001840 機構可實現本發明之確實鎖定或閃鎖。為達此目的，該罩 喊被形成為具有-凹進部分或腰部分54，該手動可致動套 =3被設置於其中，藉此，該凹部的相對端μ、％限制該 手動可致動套管之前向及後向的滑動移動。該套管可（若 需要）以兩個相對部件構成以有助於製造及裝配。 該套管53之-内面被形成為具有一向内凸出的栓W，見 二HU，其接合在橫向可滑動構件23之—斜向或對角狭 '/以此方式，當在連接器之插頭部件之罩殼6、7上 二套:=走生Γ移動，該栓57便由於在狹槽中的栓之凸 、典可滑動構件23之橫向移動。該橫向可 2構件因其與每個⑽構件18之㈣ =起該等_構件在殼12之凹槽15内旋轉以在—不起作用而 的位置（如在圖2a中所示）鱼一# 所示)之間移動::狀端Γ，立_ 中哆I在該不起作用的位置 :=等:Γ置在孔…在該起作用的… 編·亥寺孔中凸出’其目的將描述於下。 手動可致動套管5]!^ ^ I 度。該套管較佳為接:^ 兩端位置中確實問鎖Γ 、-置（圖未示）’使得其在其 連接器之插座部件4通常係習知的且包括 _塊27係由一塑膠材料製成且1承妾觸鬼27， 式的電接觸件之-陣列，該等插針係經、、（未圖不）形 頭部件之插槽狀接觸件 卩被相應的插 迪7〇/“ 所承接’且該等插針接觸件之後 u係經《«料_由料㈣接至 =電之^ 138044.doc 201001840 電子設備内的電線（未顯示）。插座部件之接觸塊被隱藏在 一開口端盒狀殼形結構3 0内’該結構3 〇係經制定尺寸以與 插頭部件之相應殼形結構12滑動配合。該插座部件之殼妒 結構係與板簧31—起整合形成，該等板簧係藉由大體上為 ϋ形的狹槽32切穿該殼形結構30予以界定。該等板簧被彎 曲以形成棘爪34，其當該兩個部件被滑至一起時，將維持 張力停留在插頭部件2之殼形結構之孔14内，以協助防止 在使用中的連接器之插頭及插座部件的不樂見的斷開。如 在圖2b中所示，殼形結構30之上面37被形成為具有一對板 簧3 1。一對相似的板簧或可形成在該殼形結構之下面（未 圖不），該配置使得在下面的板簣指向與上面中之板簧相 反的方向，即在上面37中的板簧指向該殼形結構3〇之前開 口端3 5或使其棘爪設置成朝向該殼形結構3 〇之前開口端 35，反之在殼形結構之下面中的板簧（未圖示）則指向該殼 形結構30之㈣口端36或使其棘爪設置成朝向該殼形結構 3 0之後開口端3 6。 在操作中，在連接器1之插頭及插座部件2、4已經被滑 至一起成接合後’如圖2&及21)顯示，該套管53將如圖^及 lb中所示從其後向位置被移至其前向位置以將該等鉤”從 它們的如圖2a中所示之不起作用的位置移動至它們的如在 圖la及lb中所示之起作用的位置，以移動鉤以接合在插槽 部件4之殼形結構30内之狹槽32之前向端，以確實將該等 連接器鎖定在-起以防止在各自的連接器部件之間的意外 斷開。 138044.doc 201001840 應設想阿鎖構件之金屬絲將較 上 防止因變形而發生的連接器部件之音=張力鋼製成以 安裳成用於繞其長軸在殼 ：離。閃鎖構件被 參見圖糾3e，在接構庙之内面的凹槽㈣旋轉， 應的凹槽59内，凹槽15及 乂成k道夹者或包圍閂鎖部件以 ,tL ^ ^ ^ 万止^向位移。 此霄施例之一優點係連接器 之任何一側姑者招、上〃 雉Α鎖疋或閂鎖能從外殼 其係一入β ^係因為形成手動可致動構件之該套 正如可以從圖式中…广“周圍。同樣地’ 之回式中硯察到，在此實施例中， 之鉤狀端通過在殼形結構 槿杜夕士问* 再’廷係因為該等閃鎖 4牛中間4分位於殼形結構t暗狹槽内。 及6顯示本發明之HDMI電連接器之—第二， 二電連接器一般與參考圖…之以上描述的類似， 金屬絲問鎖構件18之釣狀閃鎖器件川妾合在殼形結㈣之 下Μ一8内的板簣41之棘爪4〇。該板簧41與以上描述的相似 且母一者係由具有被彎曲以形成棘爪4〇之彈簧之-U形狹 槽42所^定。該等金屬絲問鎖構件18因此必須製成更長以 i達更退而進入δ亥插座部件4中及位於殼形結構12之下側 45之内#的凹槽（未圖示）内。如在之前實施例中’相應的 凹槽被形成在接觸塊内使得閃鎖構件被包圍在由相相槽 形成的通道内。 圖7至10之HDMI電連接器之實施例通常係與以上描述的 相似且具有確實鎖定或問鎖構件，此等與之前的實施例相 同，設置在殼形結構之厚度内。因此只有將與第-實施例 138044.doc 12 201001840 不同的部分在以下予以描述，其中有可能使用相同的參 數字。 夕〒 在本實施例中，閃鎖構件62之每—者係以例如由—塑膠 ㈣製成之—平帶的形式，緊密地設置在殼形結構12h 相應形狀的狹槽内’且配置成使它們的後向端與-縱向 . 可移動構件驅動性連接（圖中未示），其具有-按紐或開關 6〇可滑動地承載在插頭部件2中之一狹槽61内。該等閃鎖 广構件62之前向端65被配置成鄰接在殼形結構内的狹槽之前 1 ㈣。每個⑽構件62被形成為具有—中間定位彈性閃鎖 部件63，該彈性閃鎖部件被配置成使得其當該按鈕或開關 被從其如圖8顯示之不起作用的位置移至如圖⑺顯示之起 作用的位置時，在狹槽之外向上鉸接或變形以形成—鎖定 凸出物。此可藉由預彎曲及平坦化而形成具有一體鉸接部 之該閃鎖部件予以實現。如在圖式中所示，每個閃鎖構件 之門鎖件被形成為具有一狹槽州吏得當其在起作用之位 I | 置化緊接在板簧的周圍。 在如圖7至10中所示的連接器之操作中，連接器之插頭 插座4件被接合在-起’如圖9顯示，在此之後該按紐 或開關被知作以在該連接器之前向縱向上移動其至在圖7 斤示的位置以引起局部彈性鉸接以形成鉤狀閂鎖器件， 該問鎖器件接合在U形狹槽之末端，該等狹槽界定板簧構 件以將連接器部件確實固持在一起。在此實施例中，該按 叙或開關將較佳在起作用及不起作用的位置中為雙穩態以 固持該開關及因此在其操作狀態中之鉤住部分。 138044.doc 201001840 產業利用性 因此本發明提供用於確實防止例如hdmi種類 接器之各自部件之意外移位之機構。 【圖式簡單說明】 圖1&及lb係取自兩個不同透視的根據本發明之職^連 接器之—第-實施例之各自的透視圖且其中插頭及插座部 圖lc及Id分別係圖laA此連接器之插頭部件之一橫斷 面側視圖及一橫斷面透視圖； 。。圖2a係圖UMb之為了清楚起見移除一罩殼部件之連接 «之透視圖及顯不該插頭及插座連接器部件連接在一 起； 頭及插座 同組成部 器之插頭 圖2b係圖2a之連接器之—透視圖，其顯示該插 部件連接及鎖定在一起； 圖3a係圖i之連接器之一分解透視圖及顯示不 件； 圖3b、3c、刊及“係一放大尺寸之圖i之連接 部件之殼形結構之各自的透視圖； 圖4係一閂鎖構件之一透視圖； 圖5及6係通常相似於以上圖之電連接器之電連接器 之-第二實施例之透視圖，及顯示插頭及插座連接器部件 各自分開及連接； 圖7係根據本發明HDMI連接器之一第三實施例之一透視 圖及顯示該連接器之該插頭及插座部件連接及鎖定在— I38044.doc 14 201001840 起； 圖8係圖7之連接器之一锈《 透視圖及顯示該插頭及插座部件 斷開及確實鎖定器件在不起作用的位置； 圖9係圖7之連接器之—读违 透視圖及顯示該插頭及插槽部件 連接在一起’但不鎖定在—起；及 圖10顯示圖7之連接哭之奸5S Μ ,, 之插頊部件之一透視圖及確實鎖 定器件在操作位置。 【主要元件符號說明】 f201001840 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to electrical connectors. More _ The invention is about the so-called HDMI, that is, the two 5' but not exclusive, like the electrical connector, which is especially intended to be in the media interface, and the class signal, such as audio / video; ^ and: ^ As early as a multi-wire transmission on the ground, the number of 9 nfi / visual tri and body signal HDMI 13 and Yu Yushi, Yu Temple encounter is also included version, pocket-sized HDMI version of the card 13494 and 6 pin (pin) version 4埠 埠 USB and USB A, B and Pocket Edition [Prior Art] HDMI connector has been used by domestic manufacturers, f electrical and electronic audio - video settings (for example, DVD player, multi-channel, wind Many manufacturers of large state and plasma and LCD display 4 screens and computers use ^ Α. Further, in particular, devices that use digital communication signals are employed. In a conventional manner, such connector packages do not have a slot or socket member and a phase library insert, which is shaped to have an open end that is substantially trapezoidal in shape. An array of respective electrical contacts surrounded by a shell-shaped structure. The structure defines the respective interconnected plug and socket portions of the connector and allows the array of contacts to be accessed through the open end. The HDMI connector is physically smaller than the well-known SCART connector but still has a large number of individual miniature contacts. In order to prevent the displacement of the outer portion and the undesired disconnection of the device, the interconnect plug and the socket member of the electrical connector are formed to have respective mutually engageable spring pawl members. To prevent this unwanted disconnection. Increasingly, HDMI and similar connector sockets are positioned on the underside of the domestic I38044.doc 201001840 audio/video device such that electrical leads associated with the respective connector plugs hang down from the device. Due to the extreme lack of space in the HE) MI and similar connectors, the pawl members themselves are small and integrated with the shell-like structure and formed from the shell-shaped structure, and to a greater extent the package. Within the thickness of the wall of the shaped structure, the thickness may be 0.3 _ grade. The pedestal member includes a slab formed with a pawl defined by a slot cut from the wind, the mouth and the plug member is formed to have an n & Within its box-like configuration, wherein the respective pawl members are resiliently engaged by the leaf spring when the respective connector members are properly engaged. However, especially if the socket is positioned under the surface of the appliance or electronic device product, the weight of the electrical lead connected to the plug may cause an unpleasant disconnection and consequent loss of signal. In the case of vibration, for example, in the case where the device is incorporated - or a plurality of speakers (for example, a 'television set', the problem is exacerbated. One of the following is to alleviate the unsatisfactory disconnection of this electrical connector component (more specifically, but the HDMI class). SUMMARY OF THE INVENTION A second electrical connector is provided, each of which can be connected to each other, and each plug and socket component is formed to have a component of the plug component. The connector is characterized in that the connector is characterized in that Having the _th flash lock read, the _lock device can be in the first position, at the _ == and substantially entirely disposed within the plug portion of the plug device from the center when interacting with the plug member When engaged, the plug member protrudes laterally to securely lock the socket member, and J38044.doc 201001840 is in a position of 5 苐 问 问 锁 与 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; An actuatable device is carried to move the latching device between the first position and the second position. Each of the respective inter-engageable plug and socket components of X can be formed as an inter-engaging array of respective electrical contacts surrounded by a shell-like structure of respective open ends, the structures being at least partially defined The plug and socket components and the array of contacts are accessible through the open ends of the structures. The wall may be formed to have at least one magazine pawl and the other shell structure may be formed to have a hole configured to receive the pawl, the spring, the pawl And the pore system is integrally formed with and formed from the shell-shaped structure and is substantially entirely contained within the thickness of the wall of the shell-shaped structure. The socket member may include a leaf spring defined by a U-shaped slot extending through the shell-shaped structure, the leaf spring being formed to have the pawl, and the plug portion being formed to have a hole in the wall of the shell structure. The member may include a long type of lock member that is mounted for rotation about its long axis within the recess of the shell member of the plug member, the portion of the lock member being formed as - The crank is engaged by the actuator (4) to cause the (4) member to rotate, and the other cutter of the lock member is Φ as a -g lock. The configuration is such that the shackle member can be locked in the lock A position generally coincident with the shell-like structure is rotated between a position at which the flash lock projects from the shell-shaped structure. The question lock member can be a single wire member and can be made of a high tensile material such as 138044.doc 201001840. The crank can form an end portion of the question lock member. The lock can form the other end portion of the latch member. The single-wire member may have a (4) lock formed by bending the 2-end portion to substantially mean the corner of the member, and the other end portion may be swayed to form the crank. In the example, the groove in the shell-shaped structure of the plug member and the corresponding groove in the contact block sandwich or surround the wire-locking member in the passage formed by the groove to prevent _ The lateral displacement of the component. The 7-moving device can include a manually movable member. The ::::::: is on the plug part. The manual movable member 』 ==. plug part. The manually movable member can be seated within a recess in the insertion to be within the confinement of the plug member at the opposite end of the recess (4). This sliding movement can be in the longitudinal direction of the plug part. The head and socket components each include a hollow outer casing containing a contact block that receives an array of the electrical contacts. In the embodiment, the lock member comprises - at least a partially deformable or hingeable latch, the narrow position of the bearing structure: the shell shape of the plug member is terminated by one of the plug members Two ==::: drive engagement 'and another movement of the piece; a one end of the slot, whereby the manual can cause a partial elastic deformation or articulation of the lock to form at least two members, the fishing The member is laterally projecting from the slot in the shell-like structure: projecting into the shell-like structure of the socket member to securely lock the plug and the socket member together. 138044.doc 201001840 This month's electrical connection is particularly, but not exclusively, intended for use in HDMI connectors. Further features of the present invention will become apparent from the following description and the scope of the patent application. [Embodiment] This month is exemplified in the drawings by way of examples. Referring to Figures 4 to 4, there is shown a modified version of the connector portion, locking or flash lock used by the HDMI connector β in accordance with the present invention. The connector 丨 includes a plug member 2 =: at the end of the electrical lead 3; and - a socket member 4, which is typically a housing of the product described above: an electrical-like / 3⁄4 sub-device (not shown) (not shown) carried. The plug member includes a hollow outer casing, and the hollow outer casing is formed by two similar side portions 6, 7 and a front end portion formed of a plastic material, and the portions are locked in the casing member. The integral hook-like connector 8 (see Fig. 2a) on the 6 forms a hollow outer casing containing a contact block 9 which is joined to the casing member 7 in a conventional manner. The recess (not shown). The front end casing portion is formed to have a snap connector 49 that engages the contact block 9. The casing members 6, 7 are configured to engage one end of the electrical material 47, which is typically referred to as "Equipment 3." As an alternative, the outer casing can again be fabricated in a conventional manner. In Fig. 2aA2b the 'outer end piece 7' is not shown to allow the internal components of the connector to be seen. The outer casing supports a contact piece 9 of plastic material (see Fig. 3a) therein, and is mounted therein in the form of a slot forming member - an array of electrical contacts 10 (see Fig. 3a), #back end (not shown 138044. Doc 201001840 No) is, for example, connected to the respective wires in the electrical leads 3 by pinching or crimping 4* - + ' 4ik ji. in a known manner. The contact block 9 is at least partially covered in an open end box-like casing structure, which may be made of sheet metal or formed of a conductive material, such as a metal injection molding such that the shell structure is seamless, and It has a forward open end 16' through which the contact array 1G can be accessed. In a known manner, the shell-like structure is formed with a pair of holes (10) on top of it, as seen, for example, in Figure 3c, which is like the spring pawl intended to be received on the socket member 4 as mentioned above. As described below to help prevent undesired disconnection of the respective connector components in use. The narrow slot 15 emerging through the inner face 39 of the shell-like structure 12 is joined to the aperture in the upper portion and to the open end 17 of the shell-shaped, '-mouth configuration. A flash lock member 18 (see Fig. 4) formed of a single-wire member made of, for example, high-tensile steel, has an intermediate portion of the cutter 46. The cutter is closely attached to each slot. The μ is made rotatable about its long axis in the slot. One of the front ends of the lock member 18 is out of the hole 14 and is bent at right angles to the long axis to form a fishing lock or lock 21. The question lock member is then formed to have a crank portion 22 that engages in a lateral slidable member (four) and a slot 24 (see Fig. 3d) on the contact block 9. The contact block is formed to have a lateral direction Guide η, the guide is tightly engaged in the slot 52 in the member 23 to guide the member 23 in its sliding movement. As shown in Figures 1 a and 1 b, a Teddy wide set 5 3 a cover λ surrounding the connector part of the connector λ 6 7 to slide the cover longitudinally, and the sliding sleeve w forms a manual actuator 侔 type secret, de #午午机构' hunting by the manual Actuable device or 138044.doc 201001840 The mechanism can implement the actual locking or flash lock of the present invention. To this end, the hood is shaped In order to have a recessed portion or waist portion 54, the manually actuatable sleeve = 3 is disposed therein, whereby the opposite ends μ, % of the recess limit the forward and backward sliding of the manually actuatable sleeve The sleeve can be constructed, if desired, in two opposing parts to facilitate manufacture and assembly. The inner face of the sleeve 53 is formed to have an inwardly projecting peg W, see the two HUs, which are joined The transverse slidable member 23 is obliquely or diagonally narrowed. / In this way, when two sets of the cover parts 6, 7 of the connector part of the connector are moved: the yoke 57 is moved in the slot The lateral slidable member 23 is laterally moved by the slidable member 23. The laterally configurable member 2 is rotated by the (4) member of each (10) member 18 in the recess 15 of the housing 12 The position of the action (as shown in Figure 2a) is shown between the fish: #: 状 Γ, 立 哆 哆 I in the inoperative position: = etc: Γ placed in the hole... in The functioning... The embossing in the hole of the temple is described below. The purpose is to be described below. Manually actuable sleeve 5]! ^ ^ I degree. The sleeve is preferably connected: ^ The lock Γ, - (not shown) is such that it is conventionally known in the connector part 4 of its connector and includes a block 27 made of a plastic material and a shackle of 27 The array of contacts, the pins of the sockets, and the (not shown) slot-shaped contacts of the head member are correspondingly inserted into the socket and after the pin contacts It is connected to the wire in the electronic device (not shown) by the material of the material (4) to the electric device 138044.doc 201001840. The contact block of the socket member is concealed within an open end box-like housing 30. The structure 3 is sized to slidably engage the corresponding shell structure 12 of the plug member. The housing member of the socket member is integrally formed with the leaf spring 31, which is defined by the substantially dome-shaped slot 32 cutting through the housing structure 30. The leaf springs are bent to form a pawl 34 that maintains tension in the bore 14 of the shell-like structure of the plug member 2 when the two components are slid together to assist in preventing the connector in use. Unpleasant disconnection of the plug and socket components. As shown in Fig. 2b, the upper surface 37 of the shell-like structure 30 is formed to have a pair of leaf springs 31. A pair of similar leaf springs may be formed underneath the shell structure (not shown) such that the lower plate is pointed in the opposite direction to the leaf spring in the upper portion, i.e., the leaf spring in the upper portion 37 is pointed The shell-shaped structure 3 〇 front open end 35 or its pawl is disposed toward the front open end 35 of the shell-shaped structure 3, whereas a leaf spring (not shown) in the lower surface of the shell-shaped structure points to the shell The (four) port end 36 of the shaped structure 30 or its pawl is disposed toward the open end 36 of the shell-shaped structure 30. In operation, after the plug and socket members 2, 4 of the connector 1 have been slid together for engagement, as shown in Figures 2 & 21, the sleeve 53 will be as shown in Figures <RTIgt; Moving the position to its forward position to move the hooks from their inactive position as shown in Figure 2a to their position as shown in Figures la and lb, to The hooks are moved to engage the forward ends of the slots 32 in the shell-like structure 30 of the socket member 4 to securely lock the connectors to prevent accidental disconnection between the respective connector components. .doc 201001840 It should be assumed that the wire of the interlocking member will be higher than the sound of the connector component that prevents deformation due to deformation. The tension steel is made to be used around the long axis of the casing: the flash lock member is seen. Figure 3e, the groove (4) in the inner surface of the construction temple rotates, in the groove 59, the groove 15 and the k-shaped clip or the surrounding latch member, tL ^ ^ ^ million displacement. One advantage of this embodiment is that either side of the connector, the upper jaw, the latch, or the latch can be attached to the beta from the outer casing. ^ Because the sleeve that forms the manually actuatable member is as wide as it can be seen from the drawing. Similarly, in the back-type, it is observed that in this embodiment, the hook-shaped end passes through the shell-shaped structure, and the singularity of the stalk is in the shell structure. t dark slot. And the second and second electrical connectors of the HDMI electrical connector of the present invention are generally similar to those described above with reference to the drawings, and the fishing flash lock device of the wire lock member 18 is coupled to the shell-shaped junction (4). Below the jaws of the cymbal cymbal 41, the pawl 4 〇. The leaf spring 41 is similar to that described above and the parent is defined by a U-shaped slot 42 having a spring that is bent to form the pawl 4〇. The wire lock members 18 must therefore be made longer to retreat into the delta socket member 4 and within the recess (not shown) within the lower side 45 of the shell structure 12. As in the previous embodiment, the corresponding groove is formed in the contact block such that the flash lock member is enclosed in the passage formed by the phase phase grooves. The embodiment of the HDMI electrical connector of Figures 7 through 10 is generally similar to that described above and has a positive locking or question locking member which, like the previous embodiment, is disposed within the thickness of the shell structure. Therefore, only the parts which are different from the first embodiment 138044.doc 12 201001840 are described below, and it is possible to use the same reference numerals. In the present embodiment, each of the flash lock members 62 is in the form of a flat belt made of, for example, plastic (four), closely disposed in the correspondingly shaped slot of the shell-shaped structure 12h' and configured Their rear end and the longitudinal direction drive member are movably connected (not shown) with a push button or switch 6 〇 slidably carried in one of the slots 61 in the plug member 2. The front end 65 of the flash lock wide member 62 is configured to abut the slot in the shell structure 1 (d). Each (10) member 62 is formed to have an intermediate positioning resilient flash lock member 63 that is configured such that when the button or switch is moved from its inoperative position as shown in Figure 8, (7) When the displayed position is displayed, it is hinged or deformed upward outside the slot to form a locking projection. This can be achieved by pre-bending and planarizing the flash lock member having an integral hinge. As shown in the drawings, the door lock member of each of the flash lock members is formed to have a slot state which is placed in the vicinity of the leaf spring when it is in the active position. In the operation of the connector as shown in Figures 7 to 10, the connector socket 4 of the connector is engaged - as shown in Figure 9, after which the button or switch is known to be in the connector Previously moving it longitudinally to the position shown in Figure 7 to cause a partial elastic hinge to form a hook-like latching device that engages the end of the U-shaped slot that defines the leaf spring member to The connector parts are indeed held together. In this embodiment, the push or switch will preferably be bistable in the active and inactive position to hold the switch and thus the hooked portion in its operational state. 138044.doc 201001840 Industrial Applicability The present invention therefore provides a mechanism for reliably preventing accidental displacement of respective components such as hdmi type connectors. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 & amp and lb are perspective views of respective embodiments of the connector according to the present invention taken from two different perspectives, and wherein the plug and socket portions lc and Id are respectively Figure laA is a cross-sectional side view of a plug component of the connector and a cross-sectional perspective view; . Figure 2a is a perspective view of the attachment of the UMB for the sake of clarity, and the plug and socket connector parts are shown connected; the head and the socket are the same as the plug of the component. Figure 2b is Figure 2a a perspective view of the connector, showing that the plug components are connected and locked together; Figure 3a is an exploded perspective view and a display of the connector of Figure i; Figures 3b, 3c, and "Amplified size" Figure 1 is a perspective view of a housing structure of the connecting member; Figure 4 is a perspective view of a latch member; Figures 5 and 6 are similar to the electrical connector of the electrical connector of the above Figure - Second Embodiment FIG. 7 is a perspective view of a third embodiment of an HDMI connector according to the present invention, and the plug and socket component connections of the connector are shown and Locked in — I38044.doc 14 201001840; Figure 8 is a rust of the connector of Figure 7 "Perspective view and shows that the plug and socket components are disconnected and the locking device is inoperative position; Figure 9 is Figure 7 Connector-reading perspective And showing that the plug and the socket member are connected together 'but not locked up; and FIG. 10 shows the connection of the crying rape 5S 图 of FIG. 7 , a perspective view of the insertion member and the locking device in the operating position. [Main component symbol description] f
1 HDMI連接器 2 凸/插頭部件 3 電引線 4 凹/插槽/插座部件 6 2之外殼之部件 7 2之外殼之部件 8 瞬動連接器 9 2之接觸塊 10 電接觸 11 1 0之前向端 12 2之殼形結構 13 12之上面 14 1 3内之孔 15 13内之狹槽 16 12之前向端 17 12之後向端 138044.doc 201001840 18 19 20 21 22 23 24 27 29 30 31 32 34 35 36 37 38 39 40 41 42 44 45 46 閂鎖構件 1 8之前向端 1 8之後向端 鉤 曲柄部分 橫向可滑動構件 23内之狹槽 4之接觸塊 2 8之後向端 4之殼形結構 板簣 U形狹槽 棘爪 3 0之前向端 3 0之後向端 30之上面 30之下面 12之内面 棘爪 板簧 U形狹槽 4 5内之凹槽 2之底面 18之中間部分 -16- 138044.doc 201001840 47 48 49 51 52 53 54 55 ('_ 56 57 58 59 60 61 62 63 ij 64 65 電纜終端 罩殼之前部分 瞬動連接器 橫向導軌 23内之狹槽 手動套管可致動器件 凹部或腰部分 腰端 腰端 栓 23内之狹槽 凹槽 手動可致動按鈕 2内之狹槽 閂鎖構件 62之鉤形成部分 62内之狹槽 62之前向端 138044.doc •17-1 HDMI connector 2 male/plug part 3 electrical lead 4 recess/slot/socket part 6 2 part of the outer casing 7 part of the outer part of the housing 8 momentary connector 9 2 contact block 10 electrical contact 11 1 0 The slot 16 12 in the hole 15 13 in the upper surface of the shell 12 13 of the end 12 2 is adjacent to the end 17 12 and the end is 138044.doc 201001840 18 19 20 21 22 23 24 27 29 30 31 32 34 35 36 37 38 39 40 41 42 44 45 46 Latching member 1 8 forward end 1 8 rear end hook crank portion Lateral slidable member 23 in the slot 4 contact block 2 8 rearward end 4 shell structure The middle portion of the bottom surface 18 of the groove 2 in the U-shaped slot pawl 30 from the forward end 30 to the rear surface 30 of the end 30 to the lower surface 12 of the inner surface of the pawl leaf spring U-shaped slot 4 - 138044.doc 201001840 47 48 49 51 52 53 54 55 ('_ 56 57 58 59 60 61 62 63 ij 64 65 cable terminal housing front part of the momentary connector transverse slot 23 in the slot manual bushing can be actuated The slot recess in the lug end lug 23 of the device recess or waist portion can manually actuate the slot latching in the button 2 The hook in the hook portion 62 of the member 62 is 62. The forward end is 138044.doc • 17-