M340540 八、新型說明·· 【新型所屬之技術領域】 本創作涉及一種按鍵的剪刀式支架結構，尤指一種可實施自動化組裝的剪刀 式支架結構。 【先前技術】 如圖1所示，筆記型電腦(NB)或個人電腦的鍵盤1〇，是將預定的指令、 文字或各種訊息傳送到筆記型電腦(NB)或個人電腦(PC)的CPU的輸入工具，所以 鍵盤10上设有序多不同的翻建15供使用者操作及輸入指令、文字或訊息，再經 過cpu利用鍵盤驅動程式加以處理後，cpu就能辨識從按鍵15輸入進來的訊號 所代表的意義。 而組裝在鍵盤10上的按鍵15的習知構造，如圖2所示，是由一鍵帽20、一 剪刀式支架30及-彈性树⑽制城，並且—起裝絲纖1() θ部的電路 板95上。 其中，鍵帽20具有一盒蓋狀的本體21，且所述的本體21的背面，設有一對 軸承座23及-對滑軌塊25，同時亦利用所述的滑軌塊25而形成左右側邊各具有 一滑槽26 〇 如圖2及圖3所示，所述的剪刀式支架3〇的結構，是由一第一支架4〇及一 第二支架50共同聯結成枢接支點是位於第一支架4〇及一第二支架5〇的中間的 連桿機構。 ’、中’所述的第一支架4〇具有一四邊框架本體Μ，由一上框43、一對側框 及下框45共同構成，而且所述的四邊框架本體&設有一中空槽42，以供 M340540 所述的彈性元件90套入其中。 斤支架40以上框43為固定端，並在所述的上框43的左右側各設 有錄46，以樞接聯結到所述的鍵帽2〇的轴承座23内。所述的第一支竿仙 以左右__ 44 _騎述__料__ 樞軸47〇 .如圖2所示，所述的第一支架4〇以下框45為自由端，當所述的剪刀式支竿 _ 30與所述的鍵帽20及彈性元件9〇構成聯結後，所述的鍵帽2〇 一旦下壓時，所 鲁述的第-支架4〇的下框45可以產生側向滑動。 所述的第二支架50具有—四邊框架本體51，由一下框㈤、一對侧框^及 一上框55共同構成。其中，所述的四邊框架本體51設有一容納槽犯，供所述的 第一支架40容納其中。 所述的第二支架5Q亦以左右__框54的中間為所述的剪刀式支架洲 的連桿樞接支點’各設有一樞軸孔57，以供所述的第一支架4〇以侧框私所設的 _ 47與其構成__。•所述的姉心與所述的樞概57構成框接 馨聯結後’所述的第-支架40與所述的第二支架5〇就共同聯結成柩接支點是位於 所述的第-支架40麟述鱗二絲5Q的巾間的剪刀式支架3〇。 所述的第二支架50以下框53的兩端連接左右兩側的側框％，這種結構除了 促成所述的第二支架50的四邊框架本體41因此構成相當堅固且不易彎曲的結構 外，當所述的第-支架40與所述的第二支架5〇共同聯結成所述的剪刀式支架3〇 後，所述的第二支架50的下框53還可以阻撞和限制所述的第一支架4〇的活動 範圍。而且’在所述的剪刀式支架3〇的收合過程中，所述的第一支架4〇與所述 M340540 的第二支架50可以共同保持水平收合狀態，以減少包裝體積。 如S 2及圖3所示’所述的第二支架5〇以左右兩側的側框％的一端為固定 ^ ’並在所述的側框54的固定端設有一樞軸56，以樞接聯結到所述的纖㈣ 部的電路板95上所設的軸承座96内。 所述的第二支架50社框55為自由端，並在所述的上框阳的左右側各設 •有—滑塊58，且分別聯結在所述的鍵帽20的左右側的滑槽26内，當所述的剪刀 式支架30與所述的鍵帽20及彈性元件90構成聯結後，所述_帽2〇 一旦下壓 参時，所述的滑塊58可以在鍵帽2〇的滑槽26 產生側向滑動。 因此，如圖1及圖2所示，當下壓鍵盤10上的按鍵15的鍵帽2〇的雜， 所述的剪爪切㈣料健㈣魅打平_谁，並且觀設於鍵帽2〇 與電路板95之間的彈性元件9〇碰抵電路板95，進_生輸入訊號，而且一旦下 [鍵巾目20的力里消失後，再利職壓迫的彈性元件9〇會恢復原狀的特性，以迫 使所述的剪刀式絲30再導舰帽3G社平移且目復原位。 不過’以上所述的煎刀式支架3〇，在樞接組裝所述的第—支架4〇與所述的 •第二支架50的過程中，是必須借助人力組裝，卻不能實施自動化組裝。因為所 述的第-支木50是堅固且不易彎曲的四邊框架構件，當水平擺放及固定到工作 台上之後，無法利職械力量強迫拉開和擴展所述的第二支架5〇的左右兩側的 側框54之間的距離，這種現象造成不能以自動化組裝方式將所述的第-支架4〇 鮮贼人_述的第二支架5Q的容納槽52内部外，更不能實現以自動化組裝 方式將所述的第支条40的侧框44的樞軸47精確祕接聯結進入到所述的第 一支架50的側框54的樞軸孔57内，所以，必須借助人力組裝。 M340540 為解決上述現有技術的問題，本創作對所述的剪刀式支架3〇提出結構改良 ’使得所述的剪刀式支架3〇能夠實施自動化組裝和節省人力組裝成本。 【新型内容】 因此，本創作的主要目的在於提供一種可實施自動化組裝的剪刀式支架結構 由第—支架及一第二支架共同聯結而成，其巾，所述的第一支架為四邊框架 結構’由-上框、-對側框及—τ框共嶋成，且所述社框的左右側各設有一 樞軸，所述的側_中間各設有—上對邮、一姉及一下對位4 ;而且，所述 的第二支架為三邊_結構’由—左侧框、—右侧框及一上框共同構成，其中， 斤述的左側框及右側框的一端各設有—樞軸，所述的上框的左右側各設有一滑塊 ，所述的第二支架的左編及右她的中間，對應所述的第一支架的俯匡所設的 上對位片、樞軸及下對位片，各設有—上對位槽、一軸槽及一下對位槽，且所述 的第二支架齡他及右__槽與職的^支_姓右__框的樞轴 構成樞接聯結。 本創作的爿刀歧架的關嫌轉，是賴述的第―支架的繼的中間， …又有所述的上對位>；及樞軸或只靖述的下對位狀樞轴，且所述的第二支架 位槽及軸槽或只設麵義下對位槽及__ 〇 【實施方式】 如圖4至圖7所不，本創作的剪刀式支架6〇的麟，是由一第一支架％及 弟一支架80共同聯結成樞接支點是位於第一支架7〇及一第二支架⑼的中間 的連桿機構。 8 M340540 由'一上框73、一對側框 設有一中空槽72，以容 其中，所述的第-支架70具有一四邊框架本體η 74及-下框75制構成，而且所述的四邊框架本體^ 納一彈性元件9〇套入其中。 所述的第一支架70社框73為固定 並在所述的上框73的左右側各設 有一樞軸76，以樞接聯結到一鍵帽2〇的軸承座23内。 所述的第一支架7G以左右兩側的侧㈣的中間各設有-上對位片77、一插 軸職-下獅79，侧㈣麵獅联伽的連 支點0 · 的侧框74 及一樞軸 仁所述的第支架70的另-種實施例，為所述的第一支架 的中間只設有-上_ 77及—_ 78 % 78。 髮的第-支架7〇以下框75為自由端，當所述的剪刀式支架6〇與所述的 鍵中目20及弹性耕90構成聯結後，所述的鍵帽2〇 一旦下堡時，所述的第一支 条70的下框75可以產生側向滑動。 所述的第二支架80具有一三邊框架本體，由一左側框8卜—右側框犯及一 上㈣共同構成，且所述的三邊框架本體的内部，得以容_接聯結所述的 第一支架70。 所述的第二支架80以左側㈣及右側框82的一端為固定端，並在所述的 左删_定端觸述的右側框82的固定端各設有，由84，以雜聯結在 鍵盤10内部的一電路板95的軸承座96内。 所述的第二支架80以上框83為自由端，並在所述的上框骀的左右側各設 M340540 有一滑塊86 ’且分別聯結在所述的鍵帽2〇的左右側的滑槽26内，當所述的剪刀 式支架60與所述的鍵帽2〇及彈性元件構成聯結後，所述的鍵帽20 —旦下壓 時’所述的滑塊86可以在鍵帽2〇的滑槽26内產生側向滑動。 如圖4及圖5所示，所述的第二支架8〇的左側框81及右側框82的中間， 對應所述的第一支架70的側框74所設的上對位片77、樞軸78及下對位片79， -各設有一上對位槽87、一軸槽88及一下對位槽89，且以所述的樞軸88為所述 -的剪刀式支架60的連桿樞接支點，以供所述的第-支架70以側框74所設的樞 轴78與其構成搞接聯結。 但’對應所述的第-支架7〇的不同實施例，所述的第二支架8〇的另一種實 施例，為所述的第二支架80的左側框81及右側框82的中間只設有—上對位槽 87及-軸槽88，或是只設有一下對位槽89及一軸槽88。 而且，所述的樞軸78與所述的軸槽88構成樞接聯結後，所述的第一支架7〇 與所述的第二支架80就共同聯、结成樞接支點是位於所述的第一支架7〇及所述的 第二支架80的中間的剪刀式支架即。 • 如圖7所示，當所述的第一支架70與所述的第二支架80共同聯結成所述的 剪刀式支架60後，所述的第二 87及下對位槽89 ’可以阻擋和限制所述的第一支架7〇的側框74所設的上對位 片77及下對位片79的活動範圍。 而且，所述的剪刀式支架60在完成組裝之後的收合過程中，所述的第-支 架70的側框74所設的上對位片77及下對位片79可以進入到所述的第二支架8〇 M 81 ^ 8287 8g , ^ M340540 朵70 ”所述的第一支架8〇共同保持水平收合狀態，以減少包裝體積。 田所述的剪刀式支架60與所述的鍵帽2〇、彈性元件9〇及電路板邪共同聯 結成-按鍵15之後’所述糊2G -旦下時，所勒剪刀式支㈣將導引 鍵帽20產生向下平移的行程，並且壓迫設於所述的鍵帽2〇與電路板的之間的 彈性元件9〇魏電路板95，進而產生輸入訊號，而且-旦下顧帽20的力量消 失後，再利用麵迫的彈性元件9〇會恢復原狀的特性，以迫使所述的煎刀式支 条60再導引鍵帽3〇向上平移且回復原位。 如圖6所示，所述的剪刀式支架6〇可以實施自動化組裝，因為所述的第二 支架80是具三邊框架結構的構件，在组裝的過程中，所述的第二支架刖的左側 框81及右側框82將容許向外拉開少許距離。 因此，當所述的第二支架80水平擺放及固定到工作台上之後，可以利用特 地拉開和擴展所述的第二支架8〇的左右兩側的左側框81 及右側框82之間的距離’在這過程中，機械設傷亦同步地將所述的第一支架冗 鮮贼入到所述的第二支架8〇的内部及應該到位的正確組裝位置，接著，機 械設備騎述的第二支架80的左右兩側的左側框81及右侧框犯 置’在恢復的過程中，利用所述的第二支架8〇的左側框81及右側框82所設的 上對位槽87及下對位槽將提供給所述的第一支架7〇的侧框％所設的上對位片 77及下對位片79自動嵌*產生公榫及母榫的對嵌效果，再進一步迫使所述的 第支木70的側框74所设的樞軸自動㈣區接聯結進μ】所述的第二支架即 的左側框81及右側框82所設的樞軸88内部之後，就達到自動化組農的目的， 將所述的帛-支㈣及職辦二支架8G共_結鑛述的剪对支架6〇。 11 M340540 以上内容，___鎌實補，軌___的賴能達 成的效果’雜柄較或解，且胸__術者鱗料完成的簡 易修改、修飾、改良或變化，應倶不脫穌創作得以涵蓋主張的專利權範鳴。 【圖式簡單說明】 圖1為一種鍵盤的結構示意圖。 •圖2為設於圖1的鍵盤上的沿著"切線的_剖面結構放大圖。 圖3為圖2所示的剪刀式連桿的結構示意圖。 圖4為本創作所示的剪刀式連桿的結構示意圖。 圖5為圖4所示的剪刀式連桿的第二支架的結構示意圖。 圖6為圖4所示的剪刀式連桿的第—支架與第二支架可實施自動化組裝的示 意圖。 圖7為圖4所示的剪刀式連桿與—鍵帽及一彈性元件共同組成設於圖（所干 的鍵盤上的雛，且-起裝設在鍵盤内部的電路板上的剖面結構放大圖。 • 【主要元件符號說明】 10··· 15··· *才女鍵 20··· 21··· …本體 23··· 25… …滑執塊 26··· 30… $刀式連桿 40··· 41··· …四邊框架本體 42··· 43··· 44··· 45··· …下框 12 M340540M340540 VIII. New Description·· 【New Technology Fields】 This creation involves a scissor-type bracket structure for buttons, especially a scissor-type bracket structure that can be assembled automatically. [Prior Art] As shown in Fig. 1, a notebook computer (NB) or a keyboard of a personal computer transmits a predetermined command, text or various messages to a CPU of a notebook computer (NB) or a personal computer (PC). The input tool, so the keyboard 10 is provided with a plurality of different rebuilds 15 for the user to operate and input commands, words or messages, and then processed by the cpu using the keyboard driver, the cpu can recognize the signal input from the button 15 The meaning represented. The conventional construction of the button 15 assembled on the keyboard 10, as shown in FIG. 2, is made up of a keycap 20, a scissor bracket 30, and an elastic tree (10), and - a wire 1 () θ On the circuit board 95. The key cap 20 has a lid-shaped body 21, and the back surface of the body 21 is provided with a pair of bearing seats 23 and a pair of slide rail blocks 25, and is also formed by the slide rail block 25 Each of the sides has a sliding slot 26. As shown in FIG. 2 and FIG. 3, the structure of the scissor-type bracket 3 is connected by a first bracket 4〇 and a second bracket 50 to form a pivotal fulcrum. A link mechanism located between the first bracket 4〇 and a second bracket 5〇. The first bracket 4' of the ', the middle' has a four-sided frame body Μ, which is composed of an upper frame 43, a pair of side frames and a lower frame 45, and the four-sided frame body & is provided with a hollow slot 42. The elastic member 90 for use in M340540 is nested therein. The frame 43 of the upper bracket 40 is a fixed end, and a recording 46 is provided on each of the left and right sides of the upper frame 43 to be pivotally coupled to the bearing housing 23 of the keycap 2〇. The first branch is __ 44 _ _ ____ pivot 〇. As shown in FIG. 2, the first bracket 4 〇 the lower frame 45 is a free end, when After the scissor-type support _ 30 is coupled with the key cap 20 and the elastic member 9 所述, when the key cap 2 下 is pressed down, the lower frame 45 of the first bracket 4 鲁 can be Produces a lateral slip. The second bracket 50 has a four-sided frame body 51, which is composed of a lower frame (5), a pair of side frames ^ and an upper frame 55. Wherein, the four-sided frame body 51 is provided with a receiving slot for the first bracket 40 to be accommodated therein. The second bracket 5Q is also provided with a pivot hole 57 in the middle of the left and right __ frame 54 as the pivot joint fulcrum of the scissors-type bracket continent, so that the first bracket 4 is The side frame privately set _ 47 and its composition __. The said first bracket 40 and the second bracket 5 are coupled together to form a splicing fulcrum after the said core is combined with said pivot 57 to form a splicing fulcrum. The scaffold 40 is a scissor-type scaffold between the scalp and the 5Q. The two ends of the frame 53 of the second bracket 50 are connected to the side frames % on the left and right sides. This structure not only causes the four-sided frame body 41 of the second bracket 50 to constitute a structure that is relatively strong and difficult to bend, When the first bracket 40 and the second bracket 5 are coupled together to form the scissor bracket 3, the lower frame 53 of the second bracket 50 can also block and limit the The range of motion of the first bracket 4〇. Moreover, during the folding process of the scissors holder 3〇, the first bracket 4〇 and the second bracket 50 of the M340540 can be horizontally folded together to reduce the packaging volume. The second bracket 5, as shown in S2 and FIG. 3, is fixed at one end of the side frame % on the left and right sides, and a pivot 56 is provided at the fixed end of the side frame 54 to pivot Connected to the bearing housing 96 provided on the circuit board 95 of the fiber (four) portion. The second frame 50 of the second bracket 50 is a free end, and the sliders 58 are respectively disposed on the left and right sides of the upper frame, and are respectively coupled to the chutes on the left and right sides of the key cap 20 26, when the scissor-type bracket 30 is coupled with the keycap 20 and the elastic member 90, the slider 58 can be in the keycap 2 once the yoke 2 is depressed. The chute 26 of the crucible produces a lateral slip. Therefore, as shown in FIG. 1 and FIG. 2, when the key cap 2 of the button 15 on the keyboard 10 is pressed down, the claw is cut (four), and the wrist is cut (4), and the eye is placed on the keycap 2 The elastic member 9 between the cymbal and the circuit board 95 is slammed against the circuit board 95, and the input signal is input, and once the force of the key 20 disappears, the elastic element 9 which is pressed and reinstated will be restored. The characteristic is to force the scissors wire 30 to re-transfer the cap 3G and to restore the position. However, in the above-mentioned frying blade holder 3, in the process of pivotally assembling the first bracket 4 and the second bracket 50, it is necessary to assemble by hand, but automatic assembly cannot be performed. Because the first branch member 50 is a strong and non-bendable four-sided frame member, after being horizontally placed and fixed to the workbench, the second bracket 5 cannot be forced to be pulled and expanded by the force of the machine. The distance between the side frames 54 on the left and right sides, this phenomenon causes the inside of the accommodating groove 52 of the second bracket 5Q which cannot be automatically assembled in an automated manner, and is not realized. The pivot 47 of the side frame 44 of the first strip 40 is accurately and securely coupled into the pivot hole 57 of the side frame 54 of the first bracket 50 in an automated assembly manner, so that it must be assembled by human power. . M340540 In order to solve the above problems of the prior art, the present invention proposes a structural improvement of the scissor-type bracket 3' so that the scissor-type bracket 3 can be automated assembled and labor-saving assembly cost can be saved. [New content] Therefore, the main purpose of the present invention is to provide a scissor-type bracket structure that can be automatically assembled by a first bracket and a second bracket, and the first bracket is a four-sided frame structure. 'From-up frame, - opposite side frame and - τ frame are formed together, and the left and right sides of the social frame are respectively provided with a pivot, and the side_the middle side is provided with a pair of mail, a squat and a Alignment 4; further, the second bracket is composed of a three-side structure, a left side frame, a right side frame and an upper frame, wherein each of the left side frame and the right side frame of the pin side is provided a pivoting shaft, wherein each of the left and right sides of the upper frame is provided with a slider, and the left side of the second bracket and the middle of the right side of the second bracket correspond to the upper alignment piece of the first bracket , the pivot and the lower alignment piece, each of which is provided with an upper alignment groove, a shaft groove and a lower alignment groove, and the second bracket is of the same age and the right __ slot and the service ^ support_name right __ The pivot of the frame constitutes a pivotal joint. The sinister turn of the scribble frame of this creation is the middle of the first bracket of Lai Shu, ...there is the above-mentioned upper alignment>; and the lower orbital pivot of the pivot or only the Jing And the second bracket position groove and the shaft groove or only the surface alignment groove and __ 〇 [embodiment] As shown in FIG. 4 to FIG. 7, the scissors-type bracket of the present invention is 6 〇, The first bracket % and the first bracket 80 are jointly coupled to form a pivotal fulcrum, which is a link mechanism between the first bracket 7 〇 and a second bracket (9). 8 M340540 is formed by an upper frame 73 and a pair of side frames, wherein the first bracket 70 has a four-sided frame body η 74 and a lower frame 75, and the The four-sided frame body is fitted with a resilient member 9〇. The first bracket 70 is fixed to the frame 73, and a pivot shaft 76 is disposed on each of the left and right sides of the upper frame 73 to be pivotally coupled to the bearing housing 23 of a keycap 2〇. The first bracket 7G is provided with a top-side aligning piece 77, a plunging position-lower lion 79, and a side frame 74 of the side (four) face lion ligament collateral 0 · in the middle of the left and right sides (four). In another embodiment of the first bracket 70 described by a pivot, only the upper _77 and the _78% 78 are provided in the middle of the first bracket. The first bracket 75 of the hair is the free end. When the scissor bracket 6 is coupled with the key middle 20 and the elastic cultivating 90, the key cap 2 is once placed under the fort. At the time, the lower frame 75 of the first leg 70 can produce a lateral sliding. The second bracket 80 has a three-sided frame body, which is composed of a left side frame 8 - a right side frame and an upper (4), and the inside of the three-sided frame body is configured to be coupled The first bracket 70. The second bracket 80 is fixed at one end of the left side (four) and the right side frame 82, and is respectively disposed at the fixed end of the right side frame 82 of the left side of the left end, and is connected by 84 Inside the housing 96 of a circuit board 95 inside the keyboard 10. The upper frame 80 of the second bracket 80 is a free end, and each of the left and right sides of the upper frame is provided with a slider 86' and is respectively coupled to the chutes on the left and right sides of the keycap 2〇. 26, when the scissor-type bracket 60 is coupled with the keycap 2〇 and the elastic member, when the keycap 20 is pressed down, the slider 86 can be in the keycap 2〇 Lateral sliding occurs in the chute 26. As shown in FIG. 4 and FIG. 5, the middle of the left frame 81 and the right frame 82 of the second bracket 8 is corresponding to the upper alignment piece 77 and the pivot of the side frame 74 of the first bracket 70. The shaft 78 and the lower alignment piece 79 are each provided with an upper alignment groove 87, a shaft groove 88 and a lower alignment groove 89, and the pivot 88 is the link pivot of the scissors holder 60 The fulcrum is connected to the first bracket 70 to be coupled with the pivot 78 provided by the side frame 74. However, in another embodiment of the second bracket 8A corresponding to the first bracket 7〇, the other embodiment of the second bracket 8 is only provided in the middle of the left frame 81 and the right frame 82 of the second bracket 80. There is an upper alignment groove 87 and a shaft groove 88, or only a lower alignment groove 89 and a shaft groove 88 are provided. Moreover, after the pivot 78 is pivotally coupled to the shaft groove 88, the first bracket 7 and the second bracket 80 are coupled together to form a pivotal fulcrum. The first bracket 7〇 and the scissor bracket in the middle of the second bracket 80 are. As shown in FIG. 7, when the first bracket 70 and the second bracket 80 are coupled together to form the scissor bracket 60, the second 87 and the lower alignment slot 89' can block And limiting the range of motion of the upper aligning piece 77 and the lower aligning piece 79 provided by the side frame 74 of the first bracket 7〇. Moreover, during the folding process of the scissor-type bracket 60 after the assembly is completed, the upper aligning piece 77 and the lower aligning piece 79 provided by the side frame 74 of the first bracket 70 can enter the The second bracket 8〇M 81 ^ 8287 8g , ^ M340540 70′′ described the first bracket 8 〇 to maintain a horizontally folded state to reduce the packaging volume. The scissor bracket 60 and the key cap described in the field 2〇, the elastic element 9〇 and the circuit board are jointly connected into the button 15 after the “the paste 2G”, the scissor-type branch (4) will guide the keycap 20 to produce a downward translation stroke, and the compression setting The elastic member 9 between the keycap 2 and the circuit board is used to generate an input signal, and after the force of the cap 20 is lost, the elastic member 9 is used. The original condition will be restored to force the frying blade 60 to redirect the keycap 3〇 to translate upward and return to the original position. As shown in Fig. 6, the scissor bracket 6 can be automatically assembled. Because the second bracket 80 is a member having a three-sided frame structure, during assembly, The left side frame 81 and the right side frame 82 of the second bracket 将 will allow a small distance to be pulled outward. Therefore, after the second bracket 80 is horizontally placed and fixed to the workbench, the special pull-open and Extending the distance between the left side frame 81 and the right side frame 82 of the left and right sides of the second bracket 8〇, in the process, the mechanical injury also synchronously puts the first bracket redundant thief into the office The inside of the second bracket 8〇 and the correct assembly position that should be in place, and then the left side frame 81 and the right side frame of the left and right sides of the second bracket 80 of the mechanical device ride are in the process of recovery, utilizing The upper aligning groove 87 and the lower aligning groove provided by the left side frame 81 and the right side frame 82 of the second bracket 8〇 are provided to the upper side of the first frame 7〇 of the first bracket 7〇. The piece 77 and the lower aligning piece 79 are automatically embedded* to produce a pairing effect of the male cymbal and the female cymbal, and further forcing the pivotal automatic (four) zone provided by the side frame 74 of the first wooden piece 70 to be connected to the μ After the second bracket 81, which is the second bracket 81, and the pivot 88 provided by the right frame 82, the automation is achieved. For the purpose of agriculture, the above-mentioned 帛-branch (four) and the two-supported two-bracket 8G _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The effect of the 'handle handle is more than the solution, and the simple modification, modification, improvement or change of the chest __ surgeon's squama, should be able to cover the claim of patent rights Fan Ming. [Simple diagram] Figure 1 2 is a schematic structural view of a keyboard. Fig. 2 is an enlarged view of a cross-sectional structure along a "tangent line, which is provided on the keyboard of Fig. 1. Fig. 3 is a schematic structural view of the scissor type link shown in Fig. 2. The schematic diagram of the scissor type connecting rod shown in the present invention. Fig. 5 is a structural schematic view of the second bracket of the scissor type connecting rod shown in Fig. 4. Figure 6 is a schematic illustration of the automated assembly of the first and second brackets of the scissor linkage shown in Figure 4. Figure 7 is a cross-sectional structure of the scissor type connecting rod shown in Figure 4 together with a key cap and an elastic member, which is arranged on the keyboard of the keyboard, and which is mounted on the circuit board inside the keyboard. Fig. • [Description of main component symbols] 10··· 15··· * Female key 20··· 21··· ... body 23··· 25... ...slip block 26··· 30... $刀连连Rod 40··· 41··· ... four-sided frame body 42··· 43··· 44··· 45··· ... lower frame 12 M340540
46… …樞轴 47… …樞軸 50… …第二支架 51··· …四邊框架本體 52… …容納槽 53… …上框 54… …側框 55… …下框 56… …樞軸 57"· 58… /月塊 60… …剪刀式連桿 70… …第一支架 71··· 72… …中空槽 73… …上框 74… …側框 75··· …下框 76… 77··· …上對位片 78··· …樞軸 79··· …下對位片 80… …第二支架 81··· ···左側框 82… …右側框 83·" ，…上框 84… 86··· ，…滑塊 87… …上對位槽 88". 89··· …下對位槽 1346... ... pivot 47 ... pivot 50 ... ... second bracket 51 ... ... ... four side frame body 52 ... ... receiving groove 53 ... ... upper frame 54 ... ... side frame 55 ... ... lower frame 56 ... ... pivot 57 " ;·58... /月块60... Scissor-type connecting rod 70... First bracket 71··· 72... Hollow groove 73... Upper frame 74... Side frame 75··· ... Lower frame 76... 77· ···Upper alignment piece 78···...Pivot 79···...Lower alignment piece 80...The second bracket 81·····The left side frame 82...the right side frame 83·" ,... Block 84...86···,...slider 87... ...alignment slot 88". 89··· ... lower alignment slot 13