1332479 九、發明說明 【發明所屬之技術領域】 本發明係關於可適用於在從印刷機和旋轉機等所排出 的折本和單葉等的片狀的印刷物在滑移重疊的狀態連續輸 送的途中，作爲必要的檢驗品操作的抽取或在印刷機產生 的不良品的排除’或在輸送過程弄亂的印刷物和在後製程 (堆疊捆包機：Stacker Bundler)的調整不良時產生的良 品的往系統外的排出等形成必要的情況的印刷物的抽取裝 置以及堆疊捆包機。至於堆疊捆包機係堆疊和捆紮前述印 刷物的裝置。 【先前技術】 就此種抽取裝置本申請人曾提出揭示於日本特許公開 號碼平7 - 2424號公報的抽取方法以及抽取裝置。此方法 以及裝置，設置同步於在輸送帶上所輸送的印刷物（折 本）而旋轉的夾緊手段，藉由邊檢出手段的信號配合於所 輸送的印刷物的速度而***夾緊手段的夾板於印刷物間， 夾緊該印刷物之後，夾緊手段加速旋轉以較輸送速度快的 速度抽取印刷物。 又，已知亦有揭示於日本特許公開號碼平2000 -1430065號公報的連續抽取裝置。此裝置設計連續旋轉行 進抽取線於輸送線的輸送帶，抽取線的引導係具有取得開 始印刷物的抽取之前的狀態和開始抽取的狀態的2位置的 狀態的構造。在抽取印刷物之際’抽取線以較輸送速度快 -5- 1332479 的速度移動於輸送方向’從連續被輸送於輸送線上的印刷 物的行列分離。 記載於上述的前者公報的抽取裝置，配合輸送線的速 度***夾板於折本間，夾緊折本後，加速夾緊裝置較輸送 速度更快抽取而構成。此裝置’因爲係夾緊方式一次抽取 的份數被限制（大量抽取必要的情況），追隨處理於最近 的印刷機的高速化的情況’折本的輸送速度變大時最小抽 取份數亦變大’因爲夾緊裝置以1個旋轉所以轉1次的時 間長（20〜25秒/ 1次）而要求改善無法以短週期的抽 取。在檢驗品操作之中最好雖然是1片/ 1次的抽取，但 通常而言數份/1次程度是容許的範圍。又，以此習知的 方式’在以印刷機產生的不良品（至少數百份）和產生於 後製程的調整不良時的良品（數百份規模）的排出是不適 當的。 另一方面，在記載於後者公報的抽取裝置，有使抽取 線的裝置該物件以輸送速度以上的速度移動於輸送方向的 必要，係裝置的構成變大不能充分對應於印刷機的高速化 的狀態，以所謂1〜數份/ 1次的精度的高速抽取是困難 的。又，數百份的不良品和良品亦不可能分開排出。 【發明內容】 鑑於上述習知的問題點，本發明主要目的係提供即使 印刷部的輸送速度成爲高速亦可做一次一份的抽取，又一 可數百份單位抽取的印刷物抽取裝置以及具備該印刷物抽 -6- 1332479 取裝置的堆疊捆包機。 又，本發明又一目的更具備可分別良品和不良品等的 印刷物抽取裝置以及該印刷物抽取裝置的堆疊捆包機。 爲達成上述主要目的，依據本發明的印刷物抽取裝置 係從滑移重疊狀連續輸送經水平輸送線上的印刷物列抽取 印刷物的裝置，其特徵係具有：以擴大該印刷物列的列間 隔之方式使前述印刷物停止的瞬間停止器、和配置於該瞬 間停止器的下游測的抽取線，前述抽取線，係具有：抽取 帶、和將輸送經前述輸送線上的印刷部的前端引導於前述 抽取帶，且可進退地設置於與抽取線的抽取方向大致同一 方向的引導板。 又，爲了達成上述另一目的，依據本發明的印刷物抽 取裝置，其特徵更具備在前述抽取帶的下游側，使以該抽 取帶抽取輸送的印刷物分歧而分開的分歧引導》 前述分歧引導較好以搖動驅動而被支持。 前述抽取帶的抽取輸送速度較好係前述輸送線的輸送 速度的數倍〜10數倍。 前述瞬間停止器較好具有從上下挾持折本的構成。 前述瞬間停止器較好被配置於前述抽取線的前方的緊 接前面。 前述瞬間停止器最好位於印刷物的輸送方向前後每隔 既定間隔配置一對。 前述引導板較好沿著通過上游側上方位置和上游側下 方位置的斜方向直線進退驅動。 1332479 前述抽取帶較好以挾持印刷物抽取輸送而由上部帶和 下部帶形成，前述引導板可從上述上部帶和下部帶之間進 出而構成。 又，爲達成上述目的，依據本發明的堆疊捆包機係爲 了整理捆綁在水平方向以滑移重疊的狀態被連續輸送的折 本，具備：自動排除器、攔阻裝置、小束聚集裝置、轉動 台、段堆積裝置和捆緊裝置的堆疊捆包機，其特徵爲：在 前述自動排除器的上游側，配置前述印刷物抽取裝置的任 —個，通過傾斜輸送帶和臨時滞留輸送帶使來自該印刷物 抽取裝置的抽取折本臨時滯留。 在本發明，輸送中的折本位置偏移和從印刷機偏移而 被排出等姿勢變形的情況藉由既定的偵測器可檢出，基於 該信號可抽取前後數份折本。 在本發明，基於折本的邊檢出手段以及在印刷機上的 不良品信號等的信號，前述瞬間停止器作動，藉由使輸送 中的該折本瞬間停止，而擴大與往前頭前進之折本的間距 間隔，***引導板於該折本的輸送方向前方，所以該折本 乘坐在引導板之上而其前端被咬入於抽取帶時，藉由抽取 帶被抽取。 又，藉由設置分歧引導，可分別聚積。 前述瞬間停止器藉由具有從上下挾持折本的構成，瞬 間停止的該折本的輸送姿勢不潰散，瞬間停止後可再輸 送。 又其特徵係，藉由2段設置該停止器’使引導板*** -8 - 1332479 時間點、由抽取帶的抽取時間點和由停止器的瞬間停止可 精度良好地作動，更確實作動抽取線。亦即，精度良好進 行1份/1次的抽取操作，且容易一次抽取任意的份數。 又，在依據本發明的印刷物抽取裝置，在抽取裝置的 緊接之前設置瞬間停止器，藉由使輸送的折本停止且開放 擴大折本列的間隔，以簡單的構成***引導板，爲了使抽 取帶高速運轉可容易進行從連續輸送的折本列的既定份數 的抽取。 又，在採用本發明的抽取裝置的堆疊捆包機，檢驗品 用和印刷機內的檢查裝置判斷爲不良的折本藉由本發明抽 取裝置排出於盤等，在印刷機的調整時多份數產生的不良 品的排除藉由自動排出排除器使滯留於接收箱，因爲在輸 送製程弄亂的折本（對後製程的堆疊捆包機的積集、捆紮 給予不良影響）和藉由堆疊插包機的調整排出的必要產生 的良品的臨時滯留可滞留於本發明的臨時滯留輸送帶，所 以與堆疊捆包機的運轉率得提升和前後的製程的運轉率的 提升有關。 【實施方式】 從旋轉印刷機的輸送線係刻紋狀地滑移重疊而輸送從 前製程的印刷機所排出的折本的輸送帶，可爲複數份並排 窄寬度（或圓）帶的方式，配合印刷機的旋轉數希望爲最 大40m/min程度的速度。 對於印刷機上的不良品，雖然從旋轉機帶來信號使時 -9- 1332479 間點配合即可，但實際上機械間的距離亦大，要抓住 的時間點係困難的，所以較佳是，在旋轉機內對不良 記號，以緊接抽取裝置之前的偵測器讀取該記號，然 行抽取即可。 一般而言對標記號和其檢出，是使用噴塗墨水（ +電磁閥）以顏色檢知的偵測器讀取的方式，或，噴 外線發光墨水（係透明墨水通常肉眼看不到），照上 線使發光以偵測器讀取的方式等。 又，檢驗品抽取和良品的臨時滯留的情況，可個 信號，基於例如在檢驗品運轉開始後第幾份或在幾分 份，或良品的情況堆疊捆包機的問題產生信號進行抽 又，在輸送過程姿勢被弄亂的折本的情況，可以以適 偵測器檢出偏離的折本的邊進行抽取。 瞬間停止器配置在緊接抽取線前方時，是指可使 乘上抽取線的引導板的折本的下一個被輸送的折本瞬 止，係瞬間停止器3可作動的範圍。 第1瞬間停止器夾緊時間，雖然配合輸送速度來 即可，但是印刷機的旋轉數在1 200rpm (輸送帶速度 40m / min)程度時，係最少爲50xl0_3秒程度，前 折本間的間距雖然最先的搭接間距是3 0〜40mm，但 大成60〜80mm程度，使引導板的***變得容易。 就瞬間停止器的構造而S ’可在上下停止益和直 動的驅動器安裝夾具的方式，其驅動方式爲空壓和電 等並無特別限制。 正確 品標 後進 噴嘴 塗紫 紫外 別的 鐘一 取。 當的 正在 間停 設定 最大 後的 可變 向移 磁石 -10- 1332479 第2瞬間停止器的夾緊係慢於第1瞬間停止器最大 (50〜100) xl(T3秒程度或配合計算抽取片數而動作， 能夠籌得抽取該一份的抽取時間，且能夠配合藉由偵測器 所計算的份數進行抽取。 前述引導板，藉由可移動於抽取線的輸送方向，其抽 取的該折本的前端是配合捲入於抽取線的抽取帶的時間 點，而能夠開始後退移動，並可做抽取動作的高速作動。 抽取帶，是以上部帶和下部帶夾持折本而抽取輸送， 其抽取輸送速度，是經常以輸送帶的輸送速度（40m/ min)的數倍〜10數倍（ 200m〜600m/min)的速度旋 轉。 由於以高速由抽取動作所抽取的折本和抽取動作後流 經輸送帶上的次一折本的重疊中斷，而可順利輸送。 再者，裝置的構成上，在難以充分提升抽取速度的情 況，抽取的折本和下一折本的重疊不產生中斷。在此情 況，再度使瞬間停止器作動，藉由配合於其時間點使引導 板後退來形成中斷亦可。 在前述堆疊捆包機之中，特別是被稱爲橫置型堆疊捆 包機的形式，在連續被輸送的折本列的整理和捆紮作業之 中，可以配置：作爲在前製程的不良品的折本的排出用之 用以抽取數份的盤、以及用以作爲數百份抽取的自動排除 器、以及將輸送過程中所弄亂的折本或是堆疊捆包機的調 整時所產生的良品臨時滯留於系統外之作爲臨時滯留用的 抽取裝置，可使前製程的印刷機的運轉效率和堆疊捆包機 -11 - 1332479 的運轉效率一齊提升數段。 實施例 以下’藉由實施例具體說明本發明的實施形態，詳細 揭示其內容。 第1圖係本發明的抽取裝置50的主要部位側面圖， 記載以滑移重疊狀態連續被輸送於輸送帶2之上的折本、 瞬間停止器3和抽取線4。 抽取裝置50如弟3圖所不，製程上，堆疊捆包機 100的緊接前方配置於自動排除器101的上游，連接於傾 斜輸送帶5 1和臨時滞留輸送帶52。 輸送帶2如前述從2〜5條窄寬度的無接頭環形帶形 成，驅動連結於印刷機的驅動源而同步運轉，連續輸送滑 移重疊狀態的折本’供給到後製程的的堆疊捆包機丨〇 〇。 第1瞬間停止器3 a係從上下挾持折本的構成，具有 各自連接於直線移動的驅動器5a和7a的轉軸的抓持具， 基於從未圖示的偵測器的信號瞬間抓持和/或停止輸送中 的折本，進行開放和/或輸送的動作。 第2瞬間停止器3b較佳是與第1瞬間停止器3 3直列 配置，如第1圖所示第1瞬間停止器3 a與第2瞬間停止 益3b成列配置。桌2瞬間停止器3b從直線移動驅動器 5b、7b和抓持具6b、8b形成’雖然進行與第1瞬間停止 器3a同樣的動作抓持和停止和開放或/和輸送折本，γ曰 是其作動的時間點，係對於第1瞬間停止器3 a的動作在 -12- 1332479 被輸送的折本1的間距間隔和輸送速度的關聯之中，在動 作上有困難的情況時，藉由在第1瞬間停止器3a的動作 延遲一既定時間而動作，成爲補償第1段的動作、停止和 開放。 抽取線4是由抽取帶9和引導板11以及分歧引導14 所形成。抽取帶9具備上部帶9a和下部帶9b以及感應馬 達12，經常以輸送帶2的輸送速度的數倍〜1〇數倍的抽 取速度旋轉，折本1的前端被挾持於上下帶9a和9b間時 瞬間進行抽取。 引導板11藉由引導被輸送的折本1的前端，其前端 以被挾持於抽取帶9而引導。引導板11引導板安裝於汽 缸13的轉軸的前端，從抽取帶9之間進出而引導折本j 的前端。 分歧引導1 4係將抽取的折本1區分其種類別（不良 品、良品和檢驗品）。引導抽取放出的折本1而貯存於盤 1 7 a、1 7b和1 7c。分歧引導1 4以支點1 5爲中心搖動而由 汽缸1 6所支持。 記載於第3圖的堆疊捆包機1〇〇，從製程的上游依順 序，由印刷物抽取裝置50、自動排除器101、攔阻裝置 102、小束聚集裝置103、轉動台1〇4、段堆積裝置1〇5和 捆紮裝置106形成。 抽取裝置50是在接收到抽取檢驗品、抽取數份不良 品、有紊亂的折本以及良品的臨時滯留的信號的情況作 動。抽取檢驗品時’是如前述進行1份至數份/1次的抽 -13- 1332479 取藉由分歧引導14排出至盤17。接受在輸 本和良品的臨時滞留的信號的情況，因爲引 於進出位置所以後續的折本連續被抽取，藉由 51往臨時滯留輸送帶52被排出而滯留。 在產生多數份不良品的信號的情況，抽取 作動，而自動排除器1 〇 1作動，往接收箱1 07 輸送的折本。 基於第2圖詳細說明由抽取裝置50的1 取動作，例如如第2圖的（a )所示，當對於 之折本1，抽取從前頭折本1 _ 1〜1 — 7連續 折本1 — 4之檢驗品抽取（一份）的信號輸入日 (1 )瞬間停止器3 a作動，在第2圖，瞬 1_6的折本的前端，因而折本1— 3和1—4 變大。 (2 )如第2圖的（b )所示在間隔變大[ 和1 — 4之間，引導板進出而第1瞬間停止器 折本1 一 4的前端乘上引導板11之上。此時 的後退時間點較慢時接著折本1 - 4的折本i _ 來。因而第1瞬間停止器3 a慢於後退時間點 間停止器3 b作動，瞬間挾持折本1 — 5的後方 (3) 如第2圖的（c)，折本1__4被抽 第2瞬間停止器3a和3b後退時，抽取裝置 無，照習知折本1連續被輸送。 (4) 藉由選擇第2瞬間停止器3b的作動 :過程弄亂折 丨板1 1停止 傾斜輸送帶 :裝置50不 排出連續被 份/ 1次抽 輸送帶2上 輸送當中的 寺’ :間挾持折本 之間的間隔 β折本1 — 3 3 a開放時， ，引導板1 1 -5也會乘上 而使第2瞬 〇 取，第1和 5 0的作動變 I時間點，可 -14- 1332479 自由設定1次抽取份數。 又，在第2圖，爲了易於說明對折本的尺寸的偏離量 的大小雖然記載於折本的尺寸的1/3程度，但實際上爲 更大比率形成從數分之一至10分之一程度所以以停止器 一次挾持的份數較在第2圖顯示更增加。 從滑移重疊狀連續輸送於水平輸送帶上的折本列，因 爲在檢驗品、不良品排出和良品臨時滯留等的情況可抽取 既定的份數的折本，所以減少前後的製程間的損失，使生 產線的運轉率提升。 【圖式簡單說明】 第1圖係顯示依據本發明的一實施型態的側面圖； 第2圖係作爲說明顯示於第1圖的瞬間停止器的作動 時間點的動作分解圖；以及 第3圖係顯示具備第1圖的抽取裝置的堆疊捆包機。 【主要元件符號說明】 1 折本 2 輸送線 3 瞬間停止器 3 a 第1瞬間停止器 3 b 第2瞬間停止器 4 抽取線 5a 直線移動驅動器 -15- 直線移動驅動器 抓持具 抓持具 直線移動驅動器 直線移動驅動器 抓持具 抓持具 上部帶 下部帶 引導板 感應馬達 汽缸 分岐引導 支點 汽缸 盤 盤 盤 抽取裝置 抽取帶 傾斜輸送帶 臨時滯留輸送帶 堆疊捆包機 自動排除器 -16- 1332479 102 切 開 裝 置 103 小 束 集 積 裝置 104 轉 動 台 105 段 堆 積 裝 置 106 捆 紮 裝 置 107 接 受 箱 -171332479 IX. OBJECTS OF THE INVENTION The present invention relates to a sheet-like printed matter which is applicable to printing from a printing machine, a rotary machine, or the like, and a sheet-like printed matter such as a single leaf, which is continuously conveyed in a state of slipping overlap. On the way, as the necessary inspection of the inspection operation or the elimination of the defective product produced in the printing machine, or the printed matter that is messed up during the conveyance process and the poor quality of the post-process (Stacker Bundler) Extrusion of the printed matter, such as discharge outside the system, and a stacking and unloading machine. As for the stacked baling machine, the apparatus for stacking and tying the aforementioned printed matter. [Prior Art] The extracting method and the extracting apparatus disclosed in Japanese Laid-Open Patent Publication No. Hei 7-2424 are proposed by the present applicant. The method and apparatus provide a clamping means that rotates in synchronization with a printed matter (folded) conveyed on a conveyor belt, and inserts a clamping plate of the clamping means by a signal of the edge detecting means matching the speed of the conveyed printed matter Between the prints, after clamping the print, the clamping means accelerates the rotation to extract the print at a faster rate than the transport speed. Further, a continuous extracting device disclosed in Japanese Laid-Open Patent Publication No. 2000-1430065 is also known. This apparatus is designed to continuously rotate a conveyance belt that advances the extraction line to the conveyance line, and the guidance of the extraction line has a structure in which the state before the start of the extraction of the printed matter and the state of the two positions in which the extraction is started are obtained. At the time of extracting the printed matter, the "extraction line moves at a speed of -5 - 1332479 in the transport direction" from the row of the prints continuously conveyed on the transport line. The extracting device described in the above-mentioned prior art discloses that the clamp is inserted between the folds at the speed of the transport line, and after the fold is clamped, the acceleration clamp is configured to extract faster than the transport speed. This device' is limited by the number of copies that are extracted at one time (a large number of extractions are necessary), and follows the case where the speed of the recent printing machine is increased. 'The minimum number of copies is changed when the conveying speed of the copy becomes larger. Because the clamping device rotates once for one rotation (20 to 25 seconds / one time), it is required to improve the extraction in a short cycle. In the operation of the test article, although it is preferably one piece/one time extraction, in general, several parts/one degree is an allowable range. Further, in the conventional manner, the discharge of defective products (at least several hundred parts) produced by the printing machine and good products (hundreds of sizes) which are caused by poor adjustment of the post-process are unsuitable. On the other hand, in the extracting device described in the latter publication, there is a need for the device for extracting the line to move in the transport direction at a speed equal to or higher than the transport speed, and the configuration of the device does not sufficiently correspond to the speed of the printing press. In the state, high-speed extraction with a precision of 1 to several times / 1 time is difficult. Moreover, hundreds of defective products and good products cannot be discharged separately. SUMMARY OF THE INVENTION In view of the above-mentioned problems, the main object of the present invention is to provide a one-time extraction of a printing unit even if the conveying speed of the printing unit is high, and a printing object extracting apparatus capable of extracting hundreds of units and having the same Printed draw - 6 - 1332479 Take the stacker of the device. Further, still another object of the present invention is to provide a printed matter extracting device capable of separating good and defective products, and a stacking and wrapping machine for the printed matter extracting device. In order to achieve the above-mentioned main object, a printed matter extracting apparatus according to the present invention is a device for continuously extracting printed matter from a printed article row on a horizontal transport line by slipping overlapping, and is characterized in that the aforementioned interval is increased by enlarging the column spacing of the printed matter row. An instantaneous stop for stopping the printed matter and an extraction line disposed downstream of the instantaneous stop, wherein the extraction line has an extraction belt and a leading end of the printing unit that is transported through the conveying line, and is guided to the extraction belt, and The guide sheets are disposed in the same direction as the extraction direction of the extraction line. Further, in order to achieve the above-described other object, the printed matter extracting apparatus according to the present invention is characterized in that it further includes a divergent guide that separates the printed matter extracted and conveyed by the extracting belt on the downstream side of the drawing belt. Supported by a rocking drive. The drawing and conveying speed of the drawing belt is preferably several to ten times the conveying speed of the conveying line. It is preferable that the instantaneous stop has a configuration in which the folding is held from above and below. Preferably, the momentary stop is disposed immediately before the extraction line. Preferably, the momentary stopper is disposed at a predetermined interval between before and after the conveyance direction of the printed matter. Preferably, the guide sheet is driven forward and backward in a straight line passing through an oblique position in the upstream upper position and the upstream lower position. 1332479 The aforementioned extraction tape is preferably formed by the upper belt and the lower belt in the manner of holding and transporting the printed matter, and the guide sheet can be formed by entering and exiting between the upper belt and the lower belt. Further, in order to achieve the above object, the stacking baling machine according to the present invention is provided with an automatic eliminator, a damper device, a small beam concentrating device, and a rotating table for arranging a bundle that is continuously conveyed in a horizontally slidable overlapping state. a stacking and binding machine for a segment stacking device and a tightening device, wherein: on the upstream side of the automatic eliminator, any one of the print extracting devices is disposed, and the printed matter is extracted by the inclined conveyor belt and the temporary retaining conveyor belt. The extracted copy of the device is temporarily retained. In the present invention, the positional displacement of the copy during transport and the deformation of the position such as being displaced from the printing machine can be detected by a predetermined detector, and a plurality of copies can be extracted based on the signal. According to the present invention, the instantaneous stop device is actuated based on the side detection means of the copy and the signal of the defective product on the printing machine, and the folding of the conveyance is instantaneously stopped, thereby expanding and moving forward. The pitch of the folds is inserted in front of the transport direction of the copy, so that the fold is taken over the guide sheet and the front end is bitten into the extraction belt, and is extracted by the extraction belt. Moreover, by setting the divergence guidance, it is possible to accumulate separately. The instantaneous stop has a configuration in which the folding is held up and down, and the conveyance posture of the copy that is stopped instantaneously does not collapse, and can be re-transferred after the instantaneous stop. Further, the feature is that the stopper is inserted in two stages to insert the guide plate into the -8 - 1332479 time point, the extraction time point of the extraction belt, and the instantaneous stop by the stopper can be accurately operated, and the extraction line is more reliably actuated. . That is, the precision is performed in one/one extraction operation, and it is easy to extract an arbitrary number of copies at a time. Further, in the printed matter extracting apparatus according to the present invention, the instantaneous stopper is provided immediately before the extracting means, and the guide sheet is inserted in a simple configuration by stopping the transported copy and opening and expanding the interval of the folding line. The extraction belt can be easily operated at a high speed to extract a predetermined number of copies from the continuous conveyance. Further, in the stacking baling machine using the extracting device of the present invention, the defective article determined by the inspection device in the inspection product and the printing machine is discharged to the disk or the like by the extracting device of the present invention, and a plurality of copies are generated during the adjustment of the printing machine. The elimination of the defective product is retained in the receiving box by the automatic discharge eliminator because of the messy copy of the conveying process (which adversely affects the accumulation and bundling of the stacking machine of the post-process) and by stacking the inserting machine The temporary retention of the good product which is necessary to adjust the discharge can be retained in the temporary retention conveyor of the present invention, so that the operation rate of the stacker is improved and the operation rate of the front and rear processes is improved. [Embodiment] A conveyor belt that slidably overlaps a conveyance line of a rotary printing machine and conveys a copy of a copy discharged from a printing machine of a preceding process, and can have a plurality of widths (or rounds) in parallel. It is desirable to match the number of revolutions of the printing press to a speed of up to 40 m/min. For the defective products on the printing machine, although the signal from the rotating machine can be used to match the point between 9 and 1332479, in reality, the distance between the machines is also large, and the time to be grasped is difficult, so it is preferable. Yes, in the rotating machine, the bad mark is read by the detector immediately before the extracting device, and then the drawing is performed. In general, the mark number and its detection are read by a detector that uses a spray ink (+ solenoid valve) to detect the color, or an external light-emitting ink (which is usually invisible to the naked eye). According to the line, the illumination is read by the detector, and the like. Moreover, in the case of the inspection product extraction and the temporary retention of the good product, a signal may be generated based on, for example, the problem of stacking the baling machine in the case of the first or a few parts after the start of the operation of the inspection product, or in the case of a good product, In the case where the transfer process poses a messed copy, the side of the offset can be extracted by the appropriate detector. When the momentary stop is disposed immediately before the extraction line, it means that the next conveyed copy of the guide which can be multiplied by the extraction line is instantaneous, and is the range in which the instantaneous stopper 3 can be actuated. The first momentary stopper clamping time can be matched with the conveying speed. However, when the number of rotations of the printing machine is 1 200 rpm (conveyor speed 40 m / min), it is at least 50 x 10_3 seconds. The first lap spacing is 30 to 40 mm, but the width is 60 to 80 mm, which makes the insertion of the guide sheets easy. Regarding the configuration of the instantaneous stopper, S' can stop the driver and the driver mounting jig in the vertical direction, and the driving method is air pressure and electric power, etc., and is not particularly limited. Correct label After the nozzle is painted with violet UV other bells. The variable direction magnetizer when the maximum stop setting is -10- 1332479 The clamping mechanism of the second instantaneous stop is slower than the maximum of the first instantaneous stop (50~100) xl (T3 seconds or the calculation of the extraction piece The number of actions can be raised to extract the extraction time of the one copy, and can be extracted according to the number of copies calculated by the detector. The guide plate is extracted by the transport direction of the extraction line. The front end of the folding is to cooperate with the time of the extraction belt that is involved in the extraction line, and can start the backward movement, and can perform the high-speed operation of the extraction operation. The extraction belt is extracted and conveyed by the upper belt and the lower belt. The extraction and conveying speed is often rotated at a speed several times to ten times (200 m to 600 m/min) of the conveying speed of the conveyor belt (40 m/min). Due to the high speed extraction and extraction by the extraction operation After the operation, the overlap of the next fold on the conveyor belt is interrupted, and the conveyance can be smoothly carried. Further, in the configuration of the device, when it is difficult to sufficiently increase the extraction speed, the overlap between the extracted copy and the next copy is not produce In this case, the momentary stopper is again actuated, and the interruption of the guide plate can be reversed by fitting it at the time point. Among the above-mentioned stacked strapping machines, in particular, it is called a horizontal type stacking strapping machine. In the finishing and tying operation of the continuous transfer of the folding column, it is possible to arrange: for the discharge of the defective product of the previous process, for extracting a plurality of disks, and for extracting as hundreds of parts The automatic eliminator, and the copying machine that is messed up during the transportation process or the product that is generated during the adjustment of the stacking strapping machine is temporarily retained outside the system as a temporary retention device, so that the pre-process printing machine can be used. The operation efficiency and the operation efficiency of the stacking strapping machine -11 - 1332479 are increased by several stages. EXAMPLES Hereinafter, the embodiment of the present invention will be specifically described by way of examples, and the contents thereof are disclosed in detail. Fig. 1 is a drawing device 50 of the present invention. The side view of the main part describes the copy, the instantaneous stopper 3, and the extraction line 4 which are continuously conveyed on the conveyor belt 2 in a state of slip overlap. The extraction device 50 is as shown in the figure 3 No, in the process, the stacking strapping machine 100 is disposed immediately upstream of the automatic eliminator 101, and is connected to the inclined conveyor belt 51 and the temporary stagnation conveyor belt 52. The conveyor belt 2 has a narrow width from 2 to 5 as described above. The joint endless belt is formed to drive the drive source connected to the printing machine to operate synchronously, and continuously conveys the slip of the slipped overlap state to the stacking bundler that is supplied to the post-process. The first instantaneous stop 3 a is from the upper and lower sides. The holding member has a gripper that is connected to the rotating shafts of the linearly moving actuators 5a and 7a, and instantaneously grips and/or stops the transported copy based on a signal from a detector (not shown), and opens And/or the operation of the transport. The second instantaneous stop 3b is preferably arranged in series with the first instantaneous stop 3 3, and the first instantaneous stop 3 a and the second instantaneous stop 3b are arranged in a row as shown in Fig. 1 . . The table 2 instantaneous stopper 3b is formed from the linear movement drivers 5b and 7b and the grippers 6b and 8b. 'While performing the same operation as the first momentary stop 3a, the gripping and stopping and opening or/and conveying the copy, γ曰 is At the time of the operation, the operation of the first instantaneous stop 3a is related to the pitch interval of the copy 1 and the conveyance speed of the conveyance 1 of 1-12332479, and it is difficult to operate. The operation of the first instantaneous stop 3a is delayed by a predetermined time, and the operation, stop, and opening of the first stage are compensated. The extraction line 4 is formed by the extraction strip 9 and the guide sheet 11 and the branch guide 14. The extraction belt 9 includes an upper belt 9a, a lower belt 9b, and an induction motor 12, and is often rotated at a drawing speed several times to several times the conveying speed of the conveyor belt 2, and the leading end of the folding sheet 1 is held by the upper and lower belts 9a and 9b. The extraction is performed instantaneously. The guide sheet 11 guides the leading end of the conveyed folded book 1 with its leading end held by the drawing belt 9. The guide sheets 11 guide sheets are attached to the front end of the rotating shaft of the cylinder 13, and are guided in and out from between the drawing belts 9 to guide the leading end of the folded book j. The divergence guides the 1 4 series to distinguish the type of discount 1 (defectives, good products, and inspections). The extracted copy 1 is guided and stored on the trays 1 7 a, 17b and 17c. The divergence guide 14 is rocked around the pivot point 15 and supported by the cylinder 16. The stacking and packaging machine 1 described in FIG. 3 is sequentially arranged from the upstream of the process by the printed matter extracting device 50, the automatic eliminator 101, the damming device 102, the small beam concentrating device 103, the rotating table 1 〇 4, and the segment stacking device. 1〇5 and the strapping device 106 are formed. The extracting device 50 operates when receiving a test article, extracting a plurality of defective products, a confusing copy, and a signal of temporary retention of a good product. When the test article is taken, '1 to several parts/1 times of pumping as described above -13 - 1332479 is taken out to the tray 17 by the branch guide 14. In the case where a signal of temporary retention of the input and the good is received, the subsequent copies are continuously taken out, and are discharged to the temporary retention conveyor 52 by the 51 to be retained. In the case where a signal of a majority of defective products is generated, the action is extracted, and the automatic eliminator 1 〇 1 is actuated to the copy of the receiving box 107. The action taken by the extracting device 50 will be described in detail based on Fig. 2, for example, as shown in Fig. 2(a), when the copy 1 is taken, the first copy 1 from 1 to 1 to 7 is successively folded. — 4 The test item is extracted (one copy) of the signal input date (1) The instantaneous stop 3 a is actuated. In the second picture, the front end of the instant 1_6 is enlarged, and thus the copies 1-3 and 1-4 become larger. (2) As shown in Fig. 2(b), when the interval becomes larger [and 1-4, the guide plate enters and exits and the leading end of the first instantaneous stopper fold 1 to 4 is multiplied by the guide plate 11. At this time, the retreat time point is slower, and then the discount 1 - 4 of the discount i _ comes. Therefore, the first momentary stop 3 a is slower than the back-off time point, and the stopper 3 b is actuated, and the rear of the folding 1-5 is instantaneously held (3). As shown in (c) of FIG. 2, the discount 1__4 is stopped for the second moment. When the devices 3a and 3b are retracted, the extraction device is absent, and the booklet 1 is continuously conveyed. (4) By selecting the action of the second momentary stop 3b: the process confuses the folding plate 1 1 stops the inclined conveyor belt: the device 50 does not discharge the continuous quilt/one-time pumping conveyor 2 on the middle of the transmission': When the interval between the folds is β-folding 1 - 3 3 a is open, the guide plates 1 1 - 5 are also multiplied to make the second instant capture, and the first and fifth operations are changed to the I time point. -14- 1332479 Freely set the number of copies to be taken once. Further, in Fig. 2, in order to facilitate the description of the amount of deviation of the size of the folded book, it is described as about 1/3 of the size of the copy, but actually a larger ratio is formed from a fraction to a tenth. Therefore, the number of copies held by the stopper once is more increased than that shown in Fig. 2. The slippery column continuously conveyed on the horizontal conveyor belt from the slipping overlap is used. Since the copy of the predetermined number of copies can be extracted in the case of the inspection product, the defective product discharge, and the temporary retention of the good product, the loss between the process and the process before and after the reduction is reduced. To increase the operating rate of the production line. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view showing an embodiment of the present invention; and Fig. 2 is an exploded view for explaining an operation time point of the instantaneous stopper shown in Fig. 1; The figure shows a stacker that has the extraction device of Fig. 1 . [Description of main component symbols] 1 Folding 2 Conveyor line 3 Instantaneous stop 3 a 1st moment stop 3 b 2nd moment stop 4 Extraction line 5a Linear movement drive -15- Straight line mobile drive gripper gripper straight line Mobile drive linear mobile drive gripper gripper upper belt lower with guide plate induction motor cylinder branching guide fulcrum cylinder disk tray extraction device extraction with inclined conveyor belt temporary retention conveyor belt stacking strapping machine automatic exclusion device-16- 1332479 102 cutting Device 103 small beam accumulating device 104 rotating table 105 segment stacking device 106 bundling device 107 accepting box -17