1274637 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種釘書機，能以較輕力用釘蚩針釘 書者。 、n' 【先前技術】 a操作組件、針匝、及底座之3構件樞裝於後端成互 相旋動自如，由設於操作組件前端之壓針鈑將收容於針 =之釘書針逐-打出’壓下在備於底觸端之接針盤， 釘紙張之釘書機為已知者。對此公知構造之釘書 件打出針之動作’於操作組件外邊設 繫，由屋下該把手蓋之前端可在釘書操組件連 用比較輕力為力= 卜特開2002-28877號） 考（麥恥例如專利公告 把手蓋之插鎖移』係組件邊所設長孔内，使設於 而操作釘書針之針查動莖下長孔邊緣使操作組件旋動 相接觸，經過長期^ 技因此構成插鎖與長孔邊緣互 形，而變形引起對針書要^，其一邊或雙邊恐發生變 【發明内容】 之壓下力減弱，以致無法釘書。 本么月係針射上述過去例之缺點，提供—種薪新構 1274637 造之釘書機，能以比較輕力操作釘書操作者。 、在底座之後端豎立之支撑構件Γ有'後端部由樞軸吉 ㈣成旋動自如之操作組件，並設壓針鈑，該 上述操作組件之旋動降下，將該操作組件與上 針_釘書針逐—打出，將夾住於上述底 tfi :1之紙張釘住者，而在上述操作組件上方， 、:、： ί端部位於較上述樞軸之上方成旋動自如 -衣就=撑構件，又在該把手之前後方向之中間部 二成旋動自如之中間構件，另-端樞裝於上述 知作、、且件也成旋動自如。 【實施方式】 暨剖=為之”方式’第1圖為 充針時之豎向剖圖方56圖為補 第1實施例 於第1圖至第6圖之第^ 接針盤2之底m1貝域，1為在前端備有 ia、在底座1後端相對豎立支撑構件 a 支撑構件1a、la於樞軸3將針匝4盥护作 ; = 成旋動自如“ ^ 由衣叹位純上輪轴3上方之支軸7、7，樞裝成旋 1274637 動自如。 於上述底座1將設於後端之構件^袓 y以^構件8a為支點裝設前㈣會俯仰之接紙^ 8上 在此接紙框8前端所設豎孔1G契合設有底座卜 面設釘書針引導槽2a之上述接針盤2，在此接針般^ 上f底i1前邊裝設第1彈* 11，使底座i與上述接紙 框端能互相離開之方向，即助勢使接紙框8之前 端^向·^方向’如第1 _示在對接紙框8之針E 4 無坚作用時，上述接針盤2之引導槽溝％能在 10之中間位置。 札 圖示12為使接紙框8在下面而契合裝設於上述底座 =制框’ P嶋12因在其後端與介在於上述接紙框 「tH上述構件&間之第2彈簧13之助勢，前端之 二杜仏&位於上述接紙框8前端構#8b之底下挺住該 構件8b限制其降下。 又限制框12具備經過上述接紙框8之後部所相對 之豆起構件12b、12b，該豎起構件12b所^之凸起14 六口於由連接件15之腳構件l5a所設傾斜長孔16，沿 斜，孔16之凸起14降下時，長孔邊緣部被凸起14 堅而抗拒上述第2彈簧13之助勢而後退，其結果該限 制框12之框構件12a自接紙框8之構件讣脱離。 、、上述連接件15為略槽溝狀之主體框15A，以抱持上 述針ϋ、4之巾間部之狀固定於上述針阻4，上述主體框 15A下邊突出設上述腳構件15&，而由上述凸起14與傾 1274637 媿二P*之契合關係得與限制框12連接，並在上面後 μγ文整構件15b成較上述針E 4之上緣突出，而受壓 ，件15b具圓弧狀之前緣15b，，沿該前緣I5b，設於上 5中間部之推壓桿17降下而推壓，此結果備 、又i冓件15b之連接件15降下，由上述凸起14與傾 斜長孔16之契合關係，限制框12抗拒第2彈筈13 勢如上述方式後退。 ^ 上述針E 4係將推送件18觸錄送釘書針至前端排 出口 19之如公知構造者（中間部裝設上述連接件丨5 同處），後端在介於上述底座丨之後部所裝設之還原^菩 2〇 ’可保持與底座i間之間隙，又，操作組件5係由前 端備壓針板21之本體框5A，及該本體框5A内邊 所構成’兩框5A、5B之間具備較上述還 原弹黃2G為強之第2彈簧22之公知構造者。於本體框 5A之中間部裝設’於針E 4所接之上述連接件15受壓 構件15b之壓接於前端、緣15b，之上述推壓桿17，以 壓桿17作為柩車由使中間構件22之一端成旋動自如。 中間構件22為在中央構件22b才目對連設侧構件 223、22&者，在侧構件22&、22&間介在上述操作組 體框5A)之中間部之狀，使該侧構件22a、2以一 壓桿Π如上述樞裝於操作組件5成旋動自如， 22a、22a之另一端，裝設於較上述推壓桿17後之上 作為釘書機使用狀態時），將後端(基端)部由支軸7，在 底座1之支撑構件la之上請在賤動自如㈣在上述 1274637 把手6之侧構件6h^ 把手6經由上述=件由6Γ 23樞裝成旋動自如。 方向）設成相對之中6 / 6b與沿長度方向（前後 处之後端部(基端部)互相配i於ί車由 在底座1所對應之支禮舰7 j轴綠上之支軸7、7， t “ Si :間構件22所挺住，使前端與操作組件5能離 但是’以支軸7、7為中 1方向時，把手6妹二把手6之則端壓向底座 桿17，推鮮17 ^樞轴23及中間構件22推下推壓 設於操作組件5之本體框5Α，因 4^3之^人二為支點旋動降下，由於第2還 降下之前含本體框5A之操作組件5與針 動降下之同時設於針…連: t 15亦卜下，§又於該連接件15之腳構件丨％之傾 凸二!降:有=16部由預先設計之傾斜角“ 凸起14，備有凸起14之限制框12抗拒第2 3 助勢而後退，在接紙框8之前端構件8b 下’ =。在此狀態時，由減桿17推下之—4前端推下^ 、、氏框8，接紙框8之前端抗拒#丄.彈菁之助勢 ΐ 2，導槽溝2M目對⑼接紙框8 丘孔10上iM立置。於疋，以把手6之支轴 繼續旋動操作，對接紙框8之壓接而限制針阻2之旋動 1274637 ’3=拒第2彈簧2〇之助勢，操作組件5繼續以 紙張打穿之針在接針與舰4所失住之 等之底座m Λ端邊推壓至介在針E 4 動，此推墨下(轉動)择邊之支轴7為支點而旋 軸23部呈現下 ==二上述前端與支軸7間之枢 力變為對操作組件5之=之原理對把手6之輕推壓 再者，第6 FI A + 堅力，而能輕易作釘書操作。 把手6之樞轴震針之狀態，在此狀態時 用以限制把手6以知作、、且件5上面所設凹槽溝24, 圖中，26 A ^ 為中心之旋動。 塑膠蓋。 、&上1之塑膠樹脂蓋，26,為把手6之 第2實施例 在弟1圖〜^第6 發明之携带用釘蚩:所不上述第1實施方式為適用本 桌上用釘書機適；、’但是第7圖及第8圖所示者為 有接針盤80之^發明者’於此第2實施方式，在備 81a、81a，，在後、暮上&後端相對豎立大小支撑構件 支撑框83抱農> 之小支撑構件8la，由第1樞軸82將 間部上方位置由第^’於支撑框83之中 部成旋動自如，又樞軸82,將操作組件84樞裒於後端 上述第卜第上述大支撑構件 81 a上端，由較 〇 2、82’上方所裝設之支軸85將把 10 1274637 手86樞裝於後端成旋動自如。 不’―邊之支撑構件8la裝設於底座81 之=後方向之中間位置，組裝有 於底座81前後方向靠中央，以把手86之支二 :旋動操作時所產生之推壓負載在底座Μ之中：：支 幕’限制該底座81之動作，可使上猶動操作不受影響。 支撑框83，係於該支撑框83後部，由介在曰於 ίΐΪΓ與底座81間之第1彈菁87保持水平狀態，在 J面波設針Ε 88 ’針Ε 88在裝填釘書針時可拉出至 叉J框83之丽方，出入此針匝88之針排出口 (省略 之堊j十鈑89裝設於該針排出口之正上方。 壓針鈑89，係固定於上述操作組件料所設圓孤狀 1 口 90由插銷91契合成移動自如(相對的）而支撑之壓 =鈑夾具89A者，而壓針鈑夾具89A係在設於中間部之 广長孔93將支撑於上述支撑框83前端邊上端部之引導 ，銷94貝牙契合而可於固定位置豎向動，而抗拒介在於 ί撑框83與操作組件84間之第2還原彈簧95(較第！ ，原彈簧87有彈性)使上述第2支車由82，為支點旋動操作 、、士 = 84日守’上述圓弧狀切口 9〇之邊部沿插銷％移動同 蚪壓下，結果夹具89A降下，同時壓針鈑89降下打出 針匝88内之釘書針。 上述#作組件84係裝設在中央構件84A，與該中央 構件84A’相對連設之側構件84A，，、84A，，所成主體組件 84A之内邊，與中央構件84B，與該中央構件84β，相對連 11 1274637 设之側構件84B”、84B”所成之補助框84B，將中央構件 84A’、84B，互相固定所構成者，於補充框84β之上述側 構件84B、84B”設上述圓狐狀切口 9〇經過插鎖9〇連繫 壓針鈑夾具89A乃至壓針飯89，於中央部片84β，將— ，繫止於設在操作框84之受壓片％之上述第2還原彈 黃95之另一端繫止而裝設。 於是’操作組件主體組件84A之側構件84a，，、84A，， ft在上述支撑框83上部之中間部，使該-端由 =2樞軸82,如前樞裝於支撑框83成旋動自如，於此柩 述一端所相對之另—端由連接軸98枢裝於中 間構件97之一端成旋動自如。 中間構件97係如同第1實施方式之中間構件22， 於中央構件97b相對連接側構件97&、9 作組件84之前端將該側構件 97 : Λ 98樞袭於操_84，侧構件 之中一二介 連接轴98拖裝成旋動自如。 8二手度= :件基端)如前由樞軸85柩裝於底=之支 承構件81a、81a之上端成旋動自如。 a 86 組件84以第2樞軸82’為中心旋動降;:::7件使 12 1274637 推壓第2還原彈簧95。因此第2還原彈簧95較第1還 原彈簧87之彈性弱，由第2還原彈簧之推壓裝設針匝 88之支撑框83以第1樞轴82為支點而旋動，針匝88 之排出口邊之前端降下與接針盤80重疊而夾住被裝釘 物之紙張。於是，操作把手86繼續推壓操作，上述第2 還原彈簧95縮小而被中間構件97推壓之操作組件84 以第2樞軸82’為支點旋動，隨其旋動設於操作組件84 之切口 90之邊緣部壓下插銷91，具該插銷91之夾具89A 降下，裝設夾具89A之壓針鈑89降下，打出針匝88中 之釘書針，將針匝88前端與接針盤80所夾住之紙張釘 住。於此一連串動作把手框86在將其前端壓下至介在針 匝88等之底座81方向而使後端（基端）邊之樞軸85為支 點而旋動，其壓下（旋動）操作呈現為上述前端邊與樞軸 85間之連接軸部成為作用點，則由槓稈之原理對操作把 手86之小推壓力變成對操作框84等之大推壓力，使釘 書操作較無把手框86之操作框之釘書機可輕易。 本發明係如上之構成，對操作把手之推壓力變成為 大，而釘書針之釘書操作較為圓滑容易。 又，對操作把手之推壓操作為經過連桿機構呈現於 壓針鈑，對構件不加過大力而製品可耐久。 【圖式簡單說明】 第1圖 豎向剖面圖； 第2圖於第1圖之a-a線剖面圖； 第3圖於第1圖之b-b線剖面圖； 13 1274637 第4圖釘書時之豎向剖面圖； 第5圖釘書完成時之豎向剖面圖； 第6圖補充針時之豎向剖面圖； 第7圖 第2實施方式之豎向剖面圖； 第8圖第2實施方式在釘書操作完了時之豎向剖 面圖。 【主要元件符號說明】 1 底座 la支撐構件 2 接針盤 2a引導槽溝 3 樞軸 4 針匝 5 操作組件 6 把手 7 支軸 8 接紙框 8a 後端構件 8b前端構件 10 豎孔 12 限制框 13 第2彈簧 14 凸起 15 連接件 15a 腳構件 15b 受壓構件 16 傾斜長孔 17 推壓桿 18 推送件 19 出曰 20 還原彈簧 21 壓針板 22 中間構件 22a 侧構件 22b 中央構件 141274637 IX. Description of the Invention: [Technical Field to Be Invented by the Invention] The present invention relates to a stapler which can use a stapler for a lighter force. , n' [Previous technology] a operation component, acupuncture, and the base member are pivotally mounted on the rear end to be mutually rotatable, and the needle pin placed at the front end of the operation component will be received in the needle=the staple - Type 'Pressing on the pin plate at the bottom end, and the stapler for nailing paper is known. The action of the pin-shaped book that is known to be constructed is designed to be external to the operating component, and the front end of the handle can be used in the lower part of the book to be used in the stapler assembly component. The light force is the force = Bu Tekai 2002-28877 (The shame of the patent, such as the patented handle cover, is inserted into the long hole in the side of the assembly, so that the needle that is set to operate the staple needle checks the edge of the long hole under the stem to make the operation component rotate and contact, after a long time ^ The technique thus constitutes a shape in which the mortise lock and the edge of the long hole are mutually deformed, and the deformation causes the needle to be smashed, and the side or the side thereof may be changed. [The invention] The pressing force is weakened, so that the book cannot be stapled. The shortcomings of the past examples provide a staple machine made of 1274637, which can operate the stapler with lighter force. The support member erected at the rear end of the base has a 'rear end section formed by a pivot shaft (4). Rotating the operation component freely, and setting the pressure pin 钣, the rotation of the operation component is lowered, the operation component and the upper needle _ staple are driven out, and the paper clamped on the bottom tfi: 1 is pinned Above, above the above operational components, , :, : ί The portion is located above the pivot shaft to be freely rotatable - the garment is the support member, and the middle portion of the front and rear directions of the handle is rotated into an intermediate member, and the other end is pivotally mounted on the above-mentioned knowledge, and [Embodiment] 暨 = = = " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " " ^ The bottom of the dial 2 is m1, the first is provided with ia at the front end, the support member 1a is erected at the rear end of the base 1, and the support member 1a is pulled by the pivot 3; It is free to “^ 由 由 纯 纯 纯 纯 纯 纯 纯 纯 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 127 (4) The paper that will be tilted on the bottom of the paper. The vertical hole 1G provided at the front end of the paper receiving frame 8 is provided with the above-mentioned pin 2 which is provided with a staple guiding groove 2a on the base surface, and is connected to the needle bottom. The first bullet*11 is installed in front of i1, so that the base i and the above-mentioned receiving frame end can be separated from each other, that is, the assisting direction is such that the front end of the paper receiving frame 8 is in the direction of the ^ direction, as shown in the first _ in the docking paper frame 8 It When the E 4 has no function, the guiding groove % of the above-mentioned dial 2 can be in the middle of 10. The drawing 12 is such that the receiving frame 8 is fitted under the above-mentioned base = frame 'P嶋12 The front end of the two cuckoos & is located under the front end of the above-mentioned receiving frame 8 #8b at the rear end and the second spring 13 interposed between the above-mentioned receiving frame "tH" 8b is restricted from being lowered. Further, the restriction frame 12 is provided with the bean-lifting members 12b, 12b which are opposed to the rear portion of the above-mentioned paper receiving frame 8, and the projections 14 of the rising member 12b are formed by the leg members 15a of the connecting member 15. When the inclined long hole 16 is provided and the projection 14 of the hole 16 is lowered, the edge portion of the long hole is retracted by the protrusion 14 against the assistance of the second spring 13, and as a result, the frame member 12a of the restriction frame 12 is lowered. The component of the self-aligning paper frame 8 is detached. The connecting member 15 is a substantially groove-shaped main body frame 15A, and is fixed to the needle resistance 4 in a state of holding the inter-tray portion of the needle butt 4, and the leg member 15& The relationship between the protrusion 14 and the tilting 1274637 PP* is connected to the limiting frame 12, and the upper γ text member 15b protrudes above the upper edge of the needle E4, and is pressed, and the piece 15b has The arc-shaped leading edge 15b, along the leading edge I5b, the pressing rod 17 provided at the intermediate portion of the upper portion 5 is lowered and pushed, and as a result, the connecting member 15 of the upper member 15b is lowered, and the projection 14 is lowered. In accordance with the relationship of the inclined long holes 16, the restriction frame 12 resists the second magazine 13 and retreats as described above. ^ The above-mentioned needle E 4 is a known structure of the pusher 18 for feeding the staple to the front end discharge port 19 (the intermediate portion is provided with the above-mentioned connecting member 丨5), and the rear end is located behind the base 丨The installed reduction device can maintain a gap with the base i. Further, the operation unit 5 is formed by the main body frame 5A of the front end needle pressing plate 21 and the inner side of the main body frame 5A. There is a known structure between the 5B and the second spring 22 which is stronger than the above-described reduced elastic yellow 2G. The pressing member 17 is pressed to the front end and the edge 15b of the connecting member 15 by the pressing member 15b connected to the needle E4 at the intermediate portion of the main body frame 5A, and the pressing rod 17 is used as the brake lever. One end of the intermediate member 22 is screwed freely. The intermediate member 22 is formed in the central member 22b so that the side members 22a, 22& and the side members 22&, 22& are disposed in the middle portion of the operation group frame 5A), and the side member 22a is 2, with a pressing rod, such as the above pivotal mounting on the operating assembly 5, the other end of the 22a, 22a, installed on the back of the pressing rod 17 as the stapler use state), the rear end The (base end) portion is supported by the support shaft 7 on the support member 1a of the base 1. (4) In the above-mentioned 1274637, the side member 6h of the handle 6 is pivotally mounted by the above-mentioned member from 6Γ23. . The direction is set to 6 / 6b in the opposite direction and along the length direction (the rear end portion (base end portion) is matched with each other in the yoke 7 by the support shaft 7 corresponding to the base 1 on the j-axis green axis 7 , 7, t "Si: the intermediate member 22 is held up so that the front end and the operating assembly 5 can be separated from each other." When the supporting shafts 7 and 7 are in the middle direction, the end of the handle 6 of the second handle 6 is pressed against the base rod 17 , pushing the 17 ^ pivot 23 and the intermediate member 22 pushes down and pushes the body frame 5Α provided on the operation component 5, because the 4^3 of the person 2 is the pivot point of the fulcrum, and the body frame 5A is provided before the second lowering The operation component 5 is disposed at the same time as the needle is lowered. The t15 is also included, and the leg member of the connector 15 is 倾% embossed twice! :: There are = 16 sections by the pre-designed tilt The corner "protrusion 14, the restriction frame 12 provided with the projection 14 resists the second assist and retreats, and the end member 8b is lowered before the paper receiving frame 8'. In this state, the lower rod 17 is pushed down - 4 The front end pushes down the ^, the frame 8, the front end of the paper box 8 resists #丄. The help of the elastic ΐ 2, the guide groove 2M mesh (9) the paper box 8 the iM is placed on the 9th hole. The support shaft of the handle 6 continues to rotate For the crimping of the butt paper frame 8, the rotation of the needle resistance 2 is restricted. 1274637 '3=Rejection of the second spring 2〇, the operation component 5 continues to be broken by the needle of the paper and the needle 4 is lost. When the base m is pushed to the end of the needle E 4 , the support shaft 7 of the ink is rotated (rotated), the support shaft 7 is the fulcrum and the rotary shaft 23 is the lower part == 2, the pivot between the front end and the support shaft 7 The force becomes the principle of the operation component 5 = the light push on the handle 6, and the 6th FI A + is strong, and can be easily used as a staple operation. The state of the pivot pin of the handle 6 is in this state. When used to limit the handle 6 to know, and the groove groove 24 provided on the member 5, in the figure, 26 A ^ as the center of the rotation. Plastic cover., & 1 plastic resin cover, 26, The second embodiment of the handle 6 is a portable magazine for the first embodiment of the present invention: the first embodiment is not suitable for use with the stapler of the table; and 'but the seventh and eighth figures The inventor of the present invention is the second embodiment of the present invention. In the second embodiment, in the rear, the upper and lower rear end, the vertical support member support frame 83 is supported. Small support 8la, the first pivot 82 is rotated from the middle of the support frame 83 by the first pivot 82, and the pivot 82 is pivoted to the rear end of the above-mentioned large support member. At the upper end of 81 a, the support shaft 85 installed above the 〇 2, 82 ′ will pivot the 10 1274637 hand 86 to the rear end to be freely rotatable. The side support member 8la is mounted on the base 81 = The middle position of the rear direction is assembled centrally in the front-rear direction of the base 81, and the support of the handle 86 is two: the pressing load generated during the rotation operation is in the base :: the support screen 'limits the movement of the base 81, The operation of the upper sway can be left unaffected. The support frame 83 is attached to the rear of the support frame 83, and is held horizontally by the first elastic cyanine 87 between the ΐΪΓ ΐΪΓ ΐΪΓ and the base 81, and the needle Ε 88 'Ε 88 is placed on the J surface when the staple is loaded. Pull out to the side of the fork J frame 83, and enter the needle discharge port of the needle 匝 88 (the omitted 钣 j 钣 钣 89 is installed directly above the needle discharge port. The pressure pin 钣 89 is fixed to the above operation component The circularly-formed one port 90 is formed by the pin 91 and is freely movable (relative) and supported by the pressure = 钣 clamp 89A, and the pin 钣 clamp 89A is supported by the wide hole 93 provided at the intermediate portion. The upper end of the front end of the support frame 83 is guided by the upper end of the support frame 83, and the pin 94 can be vertically moved in a fixed position, and resists the second reduction spring 95 between the frame 83 and the operation unit 84 (Comparative! The spring 87 is elastic, so that the second vehicle is rotated by 82, and the fulcrum is operated by the fulcrum, and the side of the arc-shaped slit 9 is moved along the pin %, and the clamp 89A is lowered. At the same time, the needle 钣89 is lowered to shoot the staples in the needle 匝 88. The above-mentioned #作组件 84 is mounted on the central member 84A, and The side members 84A, 84A of the central member 84A' are connected to each other, and the inner side of the main body assembly 84A, and the central member 84B, and the side member 84B", 84B" are disposed opposite to the central member 84β. In the auxiliary frame 84B, the central members 84A' and 84B are fixed to each other, and the side members 84B and 84B of the supplementary frame 84β are provided with the rounded fox-shaped slits 9 through the mortise lock 9 The jig 89A or the presser pin 89 is attached to the center piece 84β, and is stopped by the other end of the second reduction spring 95 provided in the pressure receiving piece % of the operation frame 84. The side members 84a, 84A, ft of the operating unit main assembly 84A are in the middle portion of the upper portion of the support frame 83, so that the end is rotated by the =2 pivot 82, such as the front pivotal mounting frame 83. The opposite end of the other end is pivotally mounted on one end of the intermediate member 97 by the connecting shaft 98. The intermediate member 97 is like the intermediate member 22 of the first embodiment, and the connecting member is connected to the central member 97b. 97&, 9 is the front end of the assembly 84. The side member 97: Λ 98 is attacked _84, one or two of the side members are connected to the shaft 98 to be screwed freely. 8 second-hand degree =: base end) as before, the pivoting member 85 is mounted on the bottom of the supporting members 81a, 81a The rotation of the assembly 84 is centered on the second pivot 82'; ::: 7 causes the 12 2274637 to push the second reduction spring 95. Therefore, the second reduction spring 95 is lower than the first reduction spring 87. The support frame 83 of the butt 88 is pressed by the second reduction spring, and the first pivot 82 is pivoted. The front end of the discharge port 88 is lowered and overlaps with the dial 80. Live the paper that is loaded with nails. Then, the operation handle 86 continues to be pushed, and the operation member 84, which is reduced by the second reduction spring 95 and pressed by the intermediate member 97, is pivoted with the second pivot 82' as a fulcrum, and is rotatably provided to the operation assembly 84. The pin 91 is pressed against the edge of the slit 90, the jig 89A with the pin 91 is lowered, the pin 钣 89 of the mounting jig 89A is lowered, the staple in the pin 88 is punched, and the front end of the pin 88 and the pin plate 80 are removed. The paper jammed is pinned. Here, the series of operation handle frames 86 are rotated by pressing the front end thereof to the direction of the base 81 of the butt 88 or the like, and pivoting the pivot 85 of the rear end (base end) side as a fulcrum, and the pressing (rotation) operation is performed. When the connecting shaft portion between the front end edge and the pivot shaft 85 serves as a point of action, the small pushing force on the operating handle 86 by the principle of the bar stalk becomes a large pressing force on the operating frame 84 and the like, so that the stapling operation has no handle. The stapler of the operation frame of block 86 can be easily used. The present invention is constructed as above, and the pressing force for the operating handle becomes large, and the staple operation of the staple is relatively smooth and easy. Further, the pressing operation of the operating handle is presented to the pressing pin by the link mechanism, and the member is not excessively strong and the product is durable. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a vertical sectional view; Fig. 2 is a sectional view taken along line aa of Fig. 1; Fig. 3 is a sectional view taken along line bb of Fig. 1; 13 1274637 Sectional view; vertical sectional view at the completion of the fifth figure; 6th vertical sectional view when the needle is added; Fig. 7 vertical sectional view of the second embodiment; Fig. 8 second embodiment in the book Vertical section view when the operation is completed. [Main component symbol description] 1 Base la support member 2 Pin plate 2a Guide groove 3 Pivot 4 Needle 操作 5 Operation unit 6 Handle 7 Support shaft 8 Paper receiving frame 8a Rear end member 8b Front end member 10 Vertical hole 12 Restricted frame 13 2nd spring 14 projection 15 connecting piece 15a foot member 15b compression member 16 inclined long hole 17 push rod 18 push member 19 outlet 20 reduction spring 21 needle plate 22 intermediate member 22a side member 22b central member 14