200829481 九、發明說明： 【發明所屬之技術領域】 本發明闕於一種使用合成樹脂製的捆束帶來將電線等 線狀體捆束的捆束機。特別是關於一種能夠任意地調節上 述捆束τ的捆緊強I，另—方面在調整捆緊強I之後能夠 與使用者的性別、年齡、疲勞度等個人差別無關地實現均 勻的捆緊強度的捆束機。 &先前技術】 習知的捆束機如圖8所示，由下述部分構成··捆束機本 體卜軸安裝在該捆束機本體！上的手柄2、在前端具有 用於插入捆束帶末端的切口 13的中間板3、能夠相對於 上述捆束機本體1前後運動的滑動板4、軸安裝在上述拥 束機本體1上的刀桿5、使該刀桿5轉動的作動片6、使 上述手柄2復原到初始位置的線狀 7 5的轉動的螺旋彈簧8、與調整捆束帶的 ^ 簧 19。 進而，上述滑動板4在其前端部具有與墊片1〇 一起把 持捆束帶的末端的夾持魏9和對該夾持塾塊9旋轉 的辦黃11。另外，上述中間板3在前端的折曲片Μ上且 ^插=捆束帶的末端的切口 13，進而，在其後方備有將、 上述夾持塾塊9把持的捆束帶的末端釋放的釋放靜止 凸輪14。元件符號15表示把持罩。 【發明内容】 (發明所欲解決之問題） 312XP/發明說明書(補件)/96-05/961(^^ 5 200829481 但是，習知的捆束機是具有上述捆束機本體丨、中間板 3、滑動板4、刀桿5的4片重疊的構造，所以在構造上 存在捆束機的橫向寬度變大的問題。 另外，中間板後部的滑動板導引片16a及16b、滑動板 後部的作動片推壓部17、刀桿後部的彈簧卡止部18是分 別透過沖壓加工形成的，所以增加了加工工時，存在生產 成本增大的問題。 進而，在習知的捆束機中，是在透過沖壓加工形成的滑 和板導引片16a及16b的端面上對上述滑動板4的前後運 動進行導引，所以存在難以圓滑地進行導引的問題。 + f一方面’習知的捆束機’如圖9所示，當使用刀桿5 束帶a的末端之時’由於其反作用，滑動板彳向箭 :::的方向後退。然後’設於滑動板4之前端部的夾持墊 =與設於中間板3的側面的釋放靜止凸輪14抵接而向 則頭e的方向轉動，將相束帶的切斷片&，，自動排出。 #因此’習知的捆束機具有能夠在切斷捆束帶的末 =入到下一次捆束作業的優點，但另-方面，由於捆 公的切斷片a”從抽束機自動排出，所以 丄 散洛於作業現場的地面上。 月 曰 因此，在電線等的捆束作業之後 地面來清理散落的切斷片a”。 “乍業現场的 本么月疋為了解決上述問題而作出的，立 =-種減少構成捆束機的零件數目並透過進目:在於 吏毛、向見度較小的細身的捆束機。 312XP/發明說明書(補件 6 200829481 二第2目的在於提供-種經過改良而能夠按照 (解決問題之手段^排出到既定處的捆束機。 為了解決上述課題，本發明構成如下。 捆二t毛明的捆束機具備有：捆束機本體，在前端具有 插入：的切口部；手柄’軸安袭在該捆束機本體; /月動板’在w端具有捆束帶夾持手段，並且透過上述手柄 二：柄操作而向上述捆束機本體的後方移動；刀桿，軸安 衣在上述捆束機本體；刀桿旋轉用的作動片，軸安裝在上 :滑：板上；線狀彈簧’對上述手柄向前方施力；螺旋彈 貰’對上述刀桿的後端部向下方施力；和調整螺絲，調整 上述捆束帶的捆緊強度’其特徵在於，上述滑動板及上述 刀桿的後部為無突出部的平坦面，而且，形成為將上述刀 桿、上述刀桿旋轉用之作動片、按壓上述刀桿之後端部的 知力凸輪^置在上述捆束機本體與上述滑動板之間的同 厂平面内的3層構造，進而上述螺旋彈簧卡止在上述施力 凸輪的一端，經由上述施力凸輪而將該螺旋彈簧的彈簧力 間接地賦予上述刀桿的後端部。 〃 申請專利範圍第1項之捆束機，其中，在上述滑動板沿 長度方向設置有細長的長孔，而且在上述捆束機本體上設 置有突出於上述長孔内而圓滑地對上述滑動板的前後運 動進行導引的導引銷。 申睛專利範圍第1項之捆束機，其中，上述施力凸輪形 成為大致W字狀，並且其一邊臂的根部軸安裝在上述^束 312XP/發明說明書(補件)/96-05/96101328 7 200829481 機本，，而且將上述臂形成為卡止上述螺旋彈簧的一端的 卡止#將另邊臂形成為按壓上述刀桿之後端部的施力 臂。 【實施方式】 下面，參妝圖式對本發明的實施形態進行說明。 如圖1所示，本發明的捆束機A具備有：捆束機本體 21、，柄22、滑動板24、刀桿25、作動片26、線狀彈簧 茶照圖2)、螺旋彈簧⑽（參照圖2)和施力凸輪μ。 上述捆束機本體21、手柄22、滑動板24、刀桿25、作 片26、施力凸輪29分別透過對剛性及耐久性優良的平 坦鋼板進行沖壓加工而製得。 上述捆束機A，隔著捆束機本體21， 一 樹脂製的握持部3〇a(夂昭R 〇 * * ，、側°又置口成 H匕制认， 丨dUa(參妝圖丨），在其另一側設置合成樹 月日衣的握持部3〇b (參照圖2)。 地：：捆束機本體21透過將其前端部分朝正橫向L字狀 的夹持塾塊41的握持二用^折曲片31具有解除後述 動it二Γ束機本體21在折曲片31的後方具有對滑 33b二：動圓滑地進行導引的支承框…以及 進而，上述捆束機本體21如圖2 且 方向上細長的帛i長孔34。該第 ；•有月:邻 的作動片安襄銷47的前後運動。上二？广有頭4 述捆束機本體21盥上、[、=述作動片26設置在上 ” we動板24之間，透過從上述捆束 312ΧΡ/_~___6·〇5/96101328 8 200829481 機本體21的背面侧插入到第 動片安裝銷47而軸安裝在滑動板24。的帶有頭部的作 照圖 37(^ =如地軸安裝在捆束機本體面 作動片驅動銷38。進而=;=37的上端部上的 安裝在上述捆束機本體21上的υ 所不’經常由 >向前方施力。 予型的線狀彈菁27 样丰Γ 1所示，在其前端部備有捆束帶夾 夺手& 40。該捆束帶夾持手段如與習知的夾持機構同 樣，由夾持墊塊41、與該夾持墊塊41對置的墊片42、和 f上述夾持塾塊41朝箭頭ί方向施力的11或V字型的彈 黃體23構成。該夾持墊塊41透過軸43而轴安裝在滑動 板24和設於該滑動板24的支承框44之間。 籲士述滑動板24在其後端部附近具有在前後方向上細長 的第2長孔45。設於捆束機本體21的帶有頭部的導引銷 46介設或突出於該第2長孔45中，上述滑動板％可以 沿著捆束機本體21圓滑地前後運動。 進而，該滑動板24具有位於設置在上述手柄22的作動 片驅動銷3 8的鈾方的復原突片4 8。進而，該滑動板2 4 具有與捆束機本體21的支承框33b接觸的下邊部39 (參 照圖3 )。 / 上述刀桿25透過轴50而轉動自如地軸安裝在捆束機本 312XP/發明說明書(補件)/96-05/96101328 9 200829481 體21。並且，在其前端部具有切斷刀η。 上述作動片26如圖3所示，透過從 -的背面側插入到第i長孔34中的帶有頭=機本體21 、銷47而旋轉自如地軸安裝在滑動板24。^=動片安裝 成為大致扇形，透過其上緣部咖而^片26形 緣部25a進行支承。另外，在作 ^25的後部下 具有與作動片驅動鎖38對向的作動突片^緣部咖， 本發明的捆束機如圖3所示，是將上述肝 … 乍動片26、上述施力凸輪29 干、上述 ”上述π動板24之間的同—平面内的3 體21 習知的捆束機相比，是橫向寬度較窄θ广，所以與 上述施力凸輪29如圖3所示m田白、捆束機。 〇 尸77不，形成為大致W字型，1 =作為卡止上述螺旋彈簧28的 1、 部作為施力臂54。並且，卡止臂53的根其頭 軸安裝在捆束機本體21上。 2而 •的彈.力作用在1上Λ 而將上述螺旋動 銷38 於上述手柄22的中間部的作動片驅動 如此，施力凸輪29如圖3所干，户从从 53卡止有螺旋彈簧28’所以與將螺旋彈箬f8:::止了 =二V:;能夠減小亦可稱作捆束機的搶7 Ρ刀的刀#25和滑動板24的收納部位的 上述螺旋彈簧28的另-端部如目2所示、，絲又在螺桿 由55上。該螺#軸55如圖〗所示，貫通透過將捆束機本 312ΧΡ/發明說明書(補件)/96-05/96101328 10 200829481 體21的下端部折曲而 螺合有能夠增減電線束的捆束斤曲片56。並且，在其外側 57。 束緊度的捆緊強度調節螺絲 另外，在上述螺捍軸 的螺帽58而固定有顯干击透過螺合在該螺桿軸55上 ^ 進= ::二，-Τ外部操作。另 汉有用於顯不記载於顯 ^ |61〇 頜不板59上的捆束緊度數D的窗孔 如圖7所示，捆束帶名’ al。並且，在A端的气ψ 、内表面上設有防逆行鋸齒部 …“ 出部a2設有插通孔心。進而，在 上述鼓出部a2設有卡止邱π甘θ丄 ^ 的扁平孔以。進而m達於上述插通孔 ^ 4 ^ 在上述豉出部a2上還有切口 a6， 使付在捆後捆束帶a不會鬆脫。 下面“、、圖4至圖6對本發明的捆束機的作用進行說 ^、： σ 〇 百先，才呆作上述捆緊強度調節螺絲57來調節上述螺 彈簧28的伸縮程度即電線束的捆束緊度數b。該電線束 的捆束緊度數b顯示在設於握持部3()a的窗孔61中。 接著，如圖4所示，將捲繞在電線束c的捆束帶&的末 端a經過捆束機本體21的切口部犯而插入到位於滑動 板2 4的荊端的夾持墊塊4;[與墊片4 2之間。 接著，握緊手柄22，使作動片26往逆時針旋轉。此時， 由於作動片26的上緣部26a與刀桿25的後部下緣部25a 11 312χρ/發明說明書(補件)/96-05/96101328 > 200829481 接觸，所以有將77 # 〇 r 的後部由施部頂起的趨勢，但是刀桿25 該施力凸輪2;由於:=54向下按壓著。 向下拉伸而無法往順時針旋V。足部)53由螺旋彈菁28 在上述狀態下，在每 動片26都只能後退，所以每緊;·柄1時，滑動板24及作 捆緊強度都會增加。 握緊手柄22,捆束帶&的 如果將電線束的捆击替#把u »輪29易於向順時針方向緊/^設定得較弱’使得施力凸 ,〇π 、、向旋輅，則刀桿25的後端容易從施 ㈣' 的軛力臂54解放，因此刀桿25的後端上升。 j ’，如圖5所示，刀桿25的前端下降，將捆束帶a的 末k a 切斷。 如果將電線束的捆束緊唐备h执〜^ ^ 系又数b d又疋仵車父強，則施力凸輪 :難以旋轉。即’由於持續地按壓著刀桿25的後端而不 能切斷捆束帶a的末端a，。 鲁上所述，如果透過捆緊強度調節螺絲57將強度刻度 v又，為1 ，則捆束帶a將會在捆緊力較弱的狀態下被 切斷。相反，如果設定得較強，則施力凸輪29難以旋轉， 刀桿25也難以從施力凸輪29解放。 在上述狀態下，作動片26的上緣部26a與刀桿25的後 部下緣部25a接觸而只向後方移動，所以滑動板24持續 拉伸捆束帶a的末端a，。 即’透過將螺旋彈簧28的拉伸強度調節得較強或者較 弱，可以增強或減弱捆束帶a的捆緊強度。 12XP/發明說明書(補件)/96-05/96101328 12 200829481 如上所述’當握緊手柄22時，如圖4所示，滑動板％ 及作動片2 6向箭頭g方向接祀 . 月J貝§方向後退。此時，位於滑動板24的 塊/1也同時後退而從捆束機本體前端的折 在彈--2;:折曲片31離開之後，上述夾持墊塊41 = 用下向箭頭，方向旋轉，與塾“2一起 把持捆束V a的末端a，。 進而’握緊手柄22,捆束帶a的末端a， 段的夹持塾塊41和塾片42拉伸，拥束^的摘緊=手 :。當到達設定的捆緊強度時，滑動板24及 止0 進而，握緊手柄22,則如圖5所示，位於作 的作動突片49由設置在手柄22的大致中間的 = 。因此，作動片2“作動片 女衣銷47為軸而向逆時針方向旋轉。 後：:二Π動片2 6的上緣部2 6 a的作用下，刀桿2 5的 C力凸輪29的按壓力而被向箭頭m所示方向頂 起。这樣，刀桿25以軸50 Λ中心而A、、，0士 W > 、 為中〜而向逆時針旋轉，捆束 :、广，a被位於刀桿25的前端的切斷刀51切斷。 二 = 凸輪29的施力臂54由刀桿25的後端部頂起， 轴2為軸而向順時針方向（箭頭η的方向）旋轉。 如上所述，在利用刀桿25的切斷刃51將 端"刀斷的時刻，捆束帶的切斷“，， 的f 的夾持墊塊4i和墊片42把持著。 巧炎持手& 312XP/發明說明書(補件)/96-05/96101328 接者，在握著手柄22的狀態下將捆束機A移動到垃圾 13 200829481 箱等容器（未圖示）的卜 手柄22的力後，滑動板^後^圖6所不，放鬆握住 束機本體21的前端二f持墊塊⑽^ η抵抗彈箐體23而向順時=接觸/然後’夹持塾塊 從捆束帶的切斷片a，，離開的方向)旋轉， 片^丢棄到未圖示的垃二=拥束帶的切斷 切斷端不會散落到地面上。寺谷"内。結果，拥束帶的 二二本下=捆4機時:在：25的後部在螺旋彈簧 :凸輪29的施力臂-按壓著，所:直:= 的拉伸力與螺旋彈簧28 26只向後方移動。 子力達到千衡之别，作動片 當捆束帶a的捆緊強度(上述拉伸力）上 μ 仔止後，透過作動片安裝銷47軸安 衣的作動片26的後退也停止。 在這樣的狀態下對手柄22施加握力，則作 的lit 後退，所以透過作動片安裝鎖47而軸安裝 :作動片26轉換成圓周運動，向上方（逆時針方向）旋 作動片26的上緣部26a將刀桿25的下緣部❿ 了:起，刀桿25的珂端的切斷刀51下降並 的末端a’切斷。 如果旋轉調節螺絲57而使螺旋彈菁Μ將刀桿25的後 打拉的力增強，則與螺旋彈簧28的拉伸強度成比例 312XP/發明說明書(補件)/96-05/96101328 14 200829481 地，滑動板24也可以更強地持續拉伸捆束帶a的末端 a’ 。相反，如果放鬆由螺旋彈簧28所得的下拉刀桿25 的力，則刀桿25的後部更容易被頂向上方，所以作動片 26容易旋轉，即使在滑動板24以較小的捆緊強度捆緊捆 束帶a的狀態下，切斷刀51也可以下降而切斷捆束帶& 的末端a’ 。 (發明效果） 如上所述，本發明是 ^ …住側不铖n ·末機本體， 響在前端具有捆束帶插人用的切Π部；手柄，軸安裝在該拥 束機本體上；滑動板，在前端具有捆束帶夹持手段，並且 透過上述手柄的手柄操作而向上述捆束機本體的後方移 動，刀杯，軸安裝在上述捆束機本體上；刀桿旋轉用的作 動片，軸安裝在上述滑動板i;線狀彈菁，對上述手柄向 前方施力；虫累旋彈I，對上述刀桿的後端部向下方施力； 與調整螺絲’調整上述捆束帶的捆緊強度；其中，上述滑 鲁動板及上述刀桿的後部為無突出部的平坦面，而且， 為將上述刀桿、上述刀桿旋轉用的作動片、按壓上述^ 的後端部的施力凸輪設置在上述捆束機本體與上述滑動 板之間的|5J +面内的3層構造，進而上述螺旋彈簧卡止 ί上述施力凸輪的一端’經由上述施力凸輪而將該螺旋彈 黃的=力間接地賦予上述刀桿的後端部，所以與習知的 捆;的捆束機相比，可以形成為橫向寬度小的細身的 因此’與習知的捆束機相比可以實現輕質化，即使是婦 312ΧΡ/發明說明書(補件)/96-05/961 ο 1328 15 200829481 f和孩子也可以容易地操作。另外，由於捆束機的前端較 細，所以能夠比習知更容易地進行將安裝在各種裝置内的 電配線捆束的捆束作業。 另外，本發明在上述滑動板上沿長度方向設置有細長的 長孔，而且在上述捆束機本體上設置有突·上述長孔内 而圓滑地對上述滑動板的前後運動進行導向的導引銷，所 =可以利用上述導引鎖來使上述滑動板在捆束機本體的 刚後方向上圓滑地滑動。 另外，本發明將上述施力凸輪形成為大致w字狀，並且 邊臂的根部轴安裝在上述捆束機本體上，而且將上 t形成為卡止上述螺旋彈簧的-端的卡止臂，將另一邊 =作為按壓上述刀桿的後端部的施力臂，所以可以經由施 曰凸輪將螺旋彈簧的彈簧力間接地傳遞到刀桿。結果，刀 桿的旋轉比起習知更為圓、'典 ^ 白更馮圓/月，攸而可以容易地切斷捆束帶 的末端。 魯【圖式簡單說明】 圖1是本發明的捆束機的包括部份剖面的前視圖。 圖2是該捆束機的包括部份剖面的後視圖。 固3疋卸下滑動板之後的狀態的分解圖。 圖4至圖6是本發明的捆束機的作用說明圖。 圖7是捆束帶的包括部份剖面的侧視圖。 圖8是習知的捆束機的分解立體圖。 圖9是習知的捆束機的作用說明圖。 【主要元件符號說明】 312)3>/__書(補件)/96-05/96101328 1/; 200829481 1 抽束機本體 2 手柄 3 中間板 4 滑動板 5 刀桿 6 作動片 7 線狀彈簧 8 螺旋彈簧 夾持墊塊 10 墊片 11 彈簧 12 折曲片 13 切口 14 釋放靜止凸輪 15 把持罩 •16a 滑動板導引片 16b 滑動板導引片 17 作動片推壓部 18 彈簧卡止部 19 調整彈簧 21 捆束機本體 22 手柄 23 彈簧體 24 滑動板 312XP/發明說明書(補件)/96-05/96101328 17 200829481 25 刀桿 25a 後部下緣部 26 作動片 26a 上緣部 27 線狀彈箐 28 螺旋彈簧 29 施力凸輪 30a 握持部 •30b 握持部 31 折曲片 32 切口部 33a 支承框 33b 支承框 34 第1長孔 35 長條部 36 轴 37 短條部 38 作動片驅動銷 39 下邊部 40 捆束帶夾持手段 41 爽持塾塊 42 墊片 43 轴 44 支承框 312XP/發明說明書(補件)/96-05/96101328 18 200829481 45 第2長孔 46 導引銷 47 帶有頭部的作動片安裝銷 48 復原突片 49 作動突片 50 軸 51 切斷刃 52 軸 〖53 卡止臂 54 施力臂 55 螺桿轴 56 折曲片 57 捆緊強度調節螺絲 58 螺帽 59 顯不板 60 1 窗 Ψ 61 窗孔 A 捆束機 a 捆束帶 a 末端 ” a 切斷片 al 防逆行鋸齒部 a2 鼓出部 a3 插通孔 312XP/發明說明書(補件)/96-05/96101328 19 200829481 a4 扁平孔 a5 卡止部 a6 切口 b 捆束緊度數 c 電線束 d 箭頭 e 箭頭 f 箭頭 •k 箭頭 m 箭頭 n 箭頭 P 箭頭 312XP/發明說明書(補件)/96-05/96101328 20[Technical Field] The present invention relates to a bundling machine that bundles a linear body such as an electric wire using a bundle of synthetic resin. In particular, it relates to a tightening strength I capable of arbitrarily adjusting the bundle τ, and in addition, after adjusting the tightening strength I, uniform tension can be achieved regardless of individual differences such as gender, age, and fatigue of the user. Bundling machine. & Prior Art Conventional bundling machine is composed of the following parts as shown in Fig. 8. The bundling machine body is attached to the bundling machine body! The upper handle 2, the intermediate plate 3 having a slit 13 for inserting the end of the binding band at the front end, the slide plate 4 movable back and forth with respect to the bundling machine body 1, and the shaft mounted on the above-mentioned beam machine body 1 The arbor 5, the urging piece 6 for rotating the arbor 5, the coil spring 8 for rotating the linear shape of the handle 2 to the initial position, and the spring 19 for adjusting the binding band. Further, the slide plate 4 has a gripping member 9 for holding the end of the binding band together with the spacer 1A and a yellowing portion 11 for rotating the holding jaw 9 at the front end portion thereof. Further, the intermediate plate 3 is inserted into the bent piece of the front end and inserted into the slit 13 at the end of the binding band, and further, at the rear thereof, the end of the binding band which is held by the holding block 9 is released. Release the stationary cam 14. Element symbol 15 denotes a grip cover. SUMMARY OF THE INVENTION (Problems to be Solved by the Invention) 312XP/Invention Manual (Supplement)/96-05/961 (^^ 5 200829481 However, the conventional bundling machine has the above-mentioned bundling machine body 丨, intermediate plate 3. The four overlapping structures of the slide plate 4 and the cutter bar 5 have a problem that the lateral width of the bundling machine becomes large in structure. In addition, the slide plate guide pieces 16a and 16b at the rear portion of the intermediate plate and the rear portion of the slide plate The actuator pressing portion 17 and the spring locking portion 18 at the rear portion of the holder are formed by press working, respectively, so that the number of processing steps is increased, and the production cost is increased. Further, in the conventional binding machine The front and rear movements of the slide plate 4 are guided on the end faces of the slide and plate guide pieces 16a and 16b formed by press working, so that it is difficult to guide smoothly. The bundler 'As shown in Fig. 9, when the end of the belt a of the cutter bar 5 is used', due to its reaction, the slide plate is retracted in the direction of the arrow::: and then 'set at the front end of the slide plate 4 Clamping pad = release static projection provided on the side of the intermediate plate 3 14 is abutted and rotated in the direction of the head e, and the cut piece & of the belt is automatically discharged. # Therefore, the conventional bundling machine has the ability to cut the end of the binding band to the next time. The advantage of the bundling operation, but on the other hand, since the cut piece a" of the bundle is automatically discharged from the beam slinger, it is scattered on the floor of the work site. Therefore, the ground after the binding work of electric wires or the like To clean up the scattered cut piece a". "In order to solve the above problems, the original month of the work site is made to reduce the number of parts that make up the binding machine and pass through the eye: in the mane, seeing Smaller bundler. 312XP/Invention Manual (Repair 6 200829481 II. The second purpose is to provide a bundler that has been modified to be able to be discharged to a given location by means of a solution to the problem. In the present invention, the bundler includes a bundler body having a slit portion inserted at the tip end, and a handle 'axis abutting on the bundler body; At the w end, there is a binding device for the binding band, and The handle 2: the handle is operated to move to the rear of the binding machine body; the cutter bar and the shaft are attached to the binding machine body; the operating piece for rotating the cutter shaft, the shaft is mounted on the upper: sliding: plate; The spring 'applies to the handle forward; the screw magazine 'applies downward to the rear end portion of the cutter bar; and adjusts the screw to adjust the binding strength of the strap bundle', characterized in that the slide plate and the above a rear surface of the arbor is a flat surface having no protruding portion, and is configured to dispose the arbor, the urging piece for rotating the arbor, and the squeezing cam for pressing the end portion of the arbor to the binding machine body and the above a three-layer structure in the same plane between the slide plates, and the coil spring is locked to one end of the biasing cam, and the spring force of the coil spring is indirectly imparted to the rear end of the cutter bar via the biasing cam unit. The binding machine of claim 1, wherein the sliding plate is provided with an elongated long hole in the longitudinal direction, and the binding machine body is provided with a protruding portion in the long hole to smoothly slide the sliding portion Guide pin for guiding the front and rear movement of the plate. The binding machine of claim 1, wherein the biasing cam is formed in a substantially W shape, and a root shaft of the one arm is attached to the beam 312XP/invention specification (supplement)/96-05/ 96101328 7 200829481 In addition, the arm is formed as a locking device that locks one end of the coil spring. The other arm is formed as an urging arm that presses the rear end portion of the arbor. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to a makeup pattern. As shown in Fig. 1, the binding machine A of the present invention includes a bundler body 21, a shank 22, a slide plate 24, a shank 25, an actuating piece 26, a linear spring tea view 2), and a coil spring (10). (Refer to Figure 2) and the force cam μ. The binding machine body 21, the handle 22, the slide plate 24, the holder 25, the sheet 26, and the biasing cam 29 are each obtained by press-fitting a flat steel plate excellent in rigidity and durability. The binding machine A is sandwiched between the binding machine body 21 and a resin grip portion 3〇a (夂昭 R 〇* * , and the side is also placed in a H 匕 , , U U U U U U U U U U丨), the grip portion 3〇b of the synthetic tree moon coat is provided on the other side (see Fig. 2). Ground: The bundler body 21 is passed through the front end portion in the L-shape of the front side. The holding two-folding piece 31 of the block 41 has a support frame for releasing the slide 33b at the rear of the bent piece 31, and the guide frame is guided by the rear side of the bent piece 31. The bundler body 21 is as shown in Fig. 2 and is elongated in the direction of the 帛i long hole 34. The first; • month: the forward and backward movement of the adjacent actuator ampere pin 47. The upper two 广有头头4 described bundler body 21盥上, [, = description of the movable piece 26 is disposed above the weft plate 24, and is inserted into the first moving piece from the back side of the bundle body 312ΧΡ/_~___6·〇5/96101328 8 200829481 The mounting pin 47 is mounted on the sliding plate 24. The head with the head is shown in Fig. 37 (^ = if the ground shaft is mounted on the binding machine body surface as the movable piece driving pin 38. Further ==== 37 on the upper end The ridges on the bundling machine body 21 are not often "forced" by the front side. The pre-formed linear sapphire 27 is shown in Fig. 1, and the front end portion is provided with a bundled band gripper & 40. The binding band holding means is the same as the conventional clamping mechanism, and the clamping block 41, the spacer 42 opposed to the clamping block 41, and the holding block 41 are facing The elliptical body 23 of the 11 or V shape, which is biased by the arrow ί, is formed. The clamping pad 41 is axially mounted between the sliding plate 24 and the support frame 44 provided on the sliding plate 24 through the shaft 43. The slide plate 24 has a second elongated hole 45 that is elongated in the front-rear direction in the vicinity of the rear end portion thereof. The head-equipped guide pin 46 provided on the bundler body 21 is interposed or protruded from the second elongated hole 45. The sliding plate % can be smoothly moved back and forth along the binding machine body 21. Further, the sliding plate 24 has a uranium recovery tab 48 located on the actuator driving pin 38 of the handle 22. The slide plate 24 has a lower side portion 39 (see Fig. 3) that is in contact with the support frame 33b of the bundler body 21. The cutter bar 25 is rotatably transmitted through the shaft 50. The shaft is attached to the binding machine 312XP/invention manual (supplement)/96-05/96101328 9 200829481 body 21. Moreover, the cutting blade η is provided at the front end portion thereof. The actuating piece 26 is shown in Fig. 3 The back side is inserted into the i-th long hole 34 with the head = machine body 21 and the pin 47, and is rotatably attached to the slide plate 24 by the shaft. ^ = The rotor piece is mounted in a substantially fan shape, and is passed through the upper edge portion thereof. The sheet 26 edge portion 25a is supported. In addition, under the rear portion of the handle 25, there is an actuating tab edge portion opposite to the actuating piece drive lock 38. The bundling machine of the present invention, as shown in FIG. 3, is the above-mentioned liver flapping piece 26, The biasing cam 29 is dry, and the above-mentioned "three-body 21 in the same plane between the above-mentioned π-moving plates 24 has a wider lateral width θ than the conventional binding machine, so that the force applying cam 29 is as shown in the figure. (3) m field white, bundler. The body 77 is not formed in a substantially W shape, and 1 = the first portion of the coil spring 28 is locked as the biasing arm 54. Further, the root of the locking arm 53 The head shaft is mounted on the binding machine body 21. The elastic force of the 2's is applied to the upper jaw, and the rotating piece 38 is driven by the movable piece of the middle portion of the handle 22, and the force applying cam 29 is as shown in FIG. For the dry, the household has a coil spring 28' from the 53 card, so the screw magazine f8::: stop = two V:; can reduce the knife #25 which can also be called the bundler The other end portion of the coil spring 28 at the storage portion of the slide plate 24 is as shown in Fig. 2, and the wire is again on the screw 55. The screw #axis 55 is shown as shown in the figure. 312 ΧΡ / invention manual (supplement) / 96-05/96101328 10 200829481 The lower end portion of the body 21 is bent and screwed with a bundle piece 56 which can increase or decrease the wire harness, and is 57 on the outer side thereof. The tightening strength adjusting screw of the tightness is additionally fixed to the nut 58 of the threaded shaft, and the visible dry hammer is screwed onto the screw shaft 55 to perform external operation: :: 2, - Τ external operation. The window hole of the bundle tension number D which is not recorded on the display 61 is shown in Fig. 7, and the bundle name is 'al. Also, the air is on the inner side and the inner surface is provided. Anti-reverse sawtooth section... "The outlet a2 is provided with a through hole. Further, a flat hole for locking the π θ θ 丄 ^ is provided in the bulging portion a2. Further, m is at the insertion hole ^ 4 ^, and the slit a6 is formed in the above-mentioned cleaved portion a2 so that the bundling band a does not come loose after being bundled. In the following, "4, Fig. 4 to Fig. 6] the effect of the binding machine of the present invention is: σ 〇 先 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The bundle tightening number b. The bundle tightening number b of the bundle of wires is displayed in the window hole 61 provided in the grip portion 3()a. Next, as shown in Fig. 4, the bundle bundled around the wire bundle c The end a of the band & is inserted through the notch portion of the binding machine body 21 and inserted into the nip pad 4 at the end of the sliding plate 24; [between the spacer 42. Next, the handle 22 is gripped so that The actuating piece 26 is rotated counterclockwise. At this time, since the upper edge portion 26a of the actuating piece 26 is in contact with the rear lower edge portion 25a 11 312 χ ρ / invention manual (supplement) / 96-05 / 96101328 > 200829481 of the shank 25, Therefore, there is a tendency to push the rear part of 77 # 〇r by the application part, but the arbor 25 applies the cam 2; since: =54 is pressed downward. It is stretched downward and cannot be rotated clockwise by V. Foot) 53 by the auger 28 in the above state, in each of the moving pieces 26 can only retreat, so each tight; · handle 1, the sliding plate 24 and the binding strength will increase Grip the handle 22, bundle the belt & if the bundle of wire bundles is replaced #, u » wheel 29 is easy to set clockwise tight / ^ to make it weaker, so that the force is convex, 〇π, Then, the rear end of the shank 25 is easily released from the yoke arm 54 of the (four)', so that the rear end of the shank 25 is raised. j ', as shown in Fig. 5, the front end of the shank 25 is lowered, and the binding band a is The end of the ka is cut off. If the bundle of the wire harness is tight, and the number of bd is strong, the force cam is difficult to rotate. That is, 'because the knife bar 25 is continuously pressed. The rear end cannot cut off the end a of the binding band a. As described above, if the strength scale v is 1 by the tightening strength adjusting screw 57, the binding band a will be tightened. On the other hand, if the setting is strong, the urging cam 29 is hard to rotate, and the shank 25 is also difficult to be liberated from the urging cam 29. In the above state, the upper edge portion 26a of the urging piece 26 is Since the rear lower edge portion 25a of the shank 25 contacts and moves only rearward, the slide plate 24 continues to stretch the end a of the binding band a, that is, 'transmits the coil spring 28 The tensile strength is adjusted to be stronger or weaker, and the binding strength of the binding band a can be increased or decreased. 12XP/Invention Manual (Supplement)/96-05/96101328 12 200829481 As described above, when the handle 22 is gripped As shown in Fig. 4, the sliding plate % and the actuating piece 26 are connected in the direction of the arrow g. The month J § direction retreats. At this time, the block / 1 located in the sliding plate 24 also retreats at the same time from the front end of the binding machine body. The fold is -2;: After the bent piece 31 is left, the above-mentioned holding block 41 = rotates in the direction of the downward arrow, and holds the end a of the bundle V a together with the 塾 "2. Further, the handle 22 is gripped, the end a of the binding band a, the gripping block 41 of the segment and the tab 42 are stretched, and the tightening of the bundle ^ is hand:. When the set tightening strength is reached, the sliding plate 24 and the stop 0, and then the handle 22 is gripped, as shown in Fig. 5, the actuating tab 49 located in the middle of the handle 22 is substantially in the middle of the handle 22. Therefore, the actuating piece 2 "rotates the female clothes pin 47 as a shaft and rotates counterclockwise. After:: the upper edge portion 2 6 a of the second flap 26, the C-force cam 29 of the cutter bar 25 The pressing force is pushed up in the direction indicated by the arrow m. Thus, the arbor 25 rotates counterclockwise with the axis 50 Λ center and A, ,, 0 士 W > a is cut by the cutting blade 51 at the tip end of the arbor 25. Two = the urging arm 54 of the cam 29 is lifted up by the rear end portion of the shank 25, and the shaft 2 is axially oriented in the clockwise direction (arrow η Rotation of the direction of the end of the cutting edge of the arbor 25, the cutting of the binding band "," of the clamping pad 4i of the f and the pad 42 are held. .巧炎手手& 312XP/Invention Manual (Supplement)/96-05/96101328 Receiver, move the binding machine A to the garbage 13 200829481 box and other containers (not shown) while holding the handle 22 After the force of the handle 22, the sliding plate is not shown in Fig. 6, and the front end of the beam body 21 is loosely held. The holding block (10) is resisted by the magazine body 23 and is in a timely manner = contact / then 'clamping 塾The block is rotated from the cut piece a of the binding band, in the direction in which it is separated, and the piece is discarded until the cut-off end of the unsettled roll = the band is not scattered to the ground. Temple Valley " As a result, the second and second bundles of the sash belt = bundle 4: at the rear of the 25 at the coil spring: the urging arm of the cam 29 - pressed, the straight force: = the tensile force and the coil spring 28 26 Move to the rear. When the sub-force reaches the weight of the balance, the action piece is stopped when the binding strength (the above-mentioned tensile force) of the binding band a is reversed, and the retraction of the actuating piece 26 which is axially fitted through the actuating piece mounting pin 47 is also stopped. When the grip force is applied to the handle 22 in such a state, the lit is retracted, so that the shaft is mounted by the actuator mounting lock 47: the movable piece 26 is converted into a circular motion, and the upper edge of the movable piece 26 is rotated upward (counterclockwise). The portion 26a smashes the lower edge portion of the shank 25, and the end portion a' of the cutting blade 51 at the dam end of the shank 25 is lowered. If the adjusting screw 57 is rotated to increase the force of the back tension of the arbor 25, it is proportional to the tensile strength of the coil spring 312XP/Invention Manual (supplement)/96-05/96101328 14 200829481 The sliding plate 24 can also continuously stretch the end a' of the binding band a more strongly. On the contrary, if the force of the pull-down shank 25 obtained by the coil spring 28 is relaxed, the rear portion of the shank 25 is more easily pulled upward, so that the urging piece 26 is easily rotated even if the sliding plate 24 is bundled with a small tightening strength. In the state in which the belt a is tightly bundled, the cutting blade 51 can also be lowered to cut off the end a' of the binding band & (Effect of the Invention) As described above, the present invention is a side portion of the end body, and has a cutting portion for inserting a band at the front end; a handle, the shaft is mounted on the body of the beaming machine; The sliding plate has a binding band holding means at the front end, and moves to the rear of the binding machine body through the handle operation of the handle, and the blade cup and the shaft are mounted on the binding machine body; a shaft, the shaft is mounted on the sliding plate i; the linear elastic cyanine applies a force to the front handle; the insect is rotated, and the rear end portion of the arbor is biased downward; and the adjusting screw is used to adjust the binding The binding strength of the belt; wherein the sliding plate and the rear portion of the shank are flat surfaces having no protrusions, and the ejector for rotating the shank and the arbor is pressed against the rear end of the shank The biasing cam of the portion is disposed in a three-layer structure in the |5J + plane between the binding machine body and the sliding plate, and the coil spring is locked by one end of the biasing cam via the biasing cam The force of the spiral yellow is indirectly given to Since the rear end portion of the arbor is described, it can be formed into a thin body having a smaller lateral width than the bundler of the conventional bundling machine, so that it can be made lighter than a conventional bundling machine, even if it is 312 ΧΡ / invention manual (supplement) / 96-05 / 961 ο 1328 15 200829481 f and children can also be easily operated. Further, since the front end of the binding machine is thin, the bundling operation of bundling the electric wires attached to the various devices can be performed more easily than in the prior art. Further, according to the present invention, an elongated long hole is provided in the longitudinal direction of the sliding plate, and the binding machine body is provided with a projection in the elongated hole to smoothly guide the forward and backward movement of the sliding plate. Pin, the above-mentioned guide lock can be used to smoothly slide the slide plate in the immediately rearward direction of the bundler body. Further, according to the present invention, the biasing cam is formed in a substantially w-shape, and the root shaft of the arm is attached to the binding machine body, and the upper t is formed as a locking arm that locks the end of the coil spring. The other side = as the urging arm that presses the rear end portion of the arbor, so that the spring force of the coil spring can be indirectly transmitted to the arbor via the urging cam. As a result, the rotation of the blade is more rounded than in the conventional case, and the end of the binding band can be easily cut off. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front elevational view, partially in section, of a baler of the present invention. Figure 2 is a rear elevational view, partially in section, of the bundler. An exploded view of the state after the slide plate is removed. 4 to 6 are explanatory views of the operation of the binding machine of the present invention. Figure 7 is a side elevational view, partially in section, of the strap. Fig. 8 is an exploded perspective view of a conventional bundling machine. Fig. 9 is an explanatory view of the operation of a conventional bundling machine. [Description of main component symbols] 312)3>/__Book (supplement)/96-05/96101328 1/; 200829481 1 Beamer body 2 Handle 3 Intermediate plate 4 Slide plate 5 Tool bar 6 Actuator 7 Linear Spring 8 Coil spring clamping pad 10 Shim 11 Spring 12 Bending piece 13 Cutting 14 Release of stationary cam 15 Holding cover • 16a Slide plate guide piece 16b Slide plate guide piece 17 Actuator piece pressing part 18 Spring locking part 19 Adjusting spring 21 Bundling machine body 22 Handle 23 Spring body 24 Sliding plate 312XP/Invention manual (supplement)/96-05/96101328 17 200829481 25 Tool bar 25a Rear lower edge portion 26 Actuating piece 26a Upper edge portion 27 Linear Magazine 28 Coil spring 29 Force cam 30a Grip portion 30b Grip portion 31 Bend piece 32 Notch portion 33a Support frame 33b Support frame 34 First long hole 35 Long portion 36 Axis 37 Short bar 38 Actuator drive Pin 39 Lower side 40 Bundle belt holding means 41 Cooling block 42 Shim 43 Shaft 44 Support frame 312XP / Invention manual (supplement) / 96-05/96101328 18 200829481 45 2nd long hole 46 Guide pin 47 Actuator with head Mounting pin 48 Restoration tab 49 Actuating tab 50 Shaft 51 Cutting blade 52 Shaft 〖53 Locking arm 54 Applying arm 55 Screw shaft 56 Folding piece 57 Tightening strength adjusting screw 58 Nut 59 Displaying board 60 1 Window Ψ 61 Window hole A Bundling machine a Bundle belt a End” a Cutting piece al Anti-reverse row serrated part a2 Bleave part a3 Inserting through hole 312XP / Invention manual (supplement) /96-05/96101328 19 200829481 a4 Flat hole A5 locking part a6 cutting b bundle tightening number c wiring harness d arrow e arrow f arrow • k arrow m arrow n arrow P arrow 312XP / invention manual (supplement) / 96-05/96101328 20