t205028 A6 B6 經濟部中央標準局员工消費合作社印製 五、發明説明（1 ) 本發明的背景 本發明的領域 這値發明相關於用以利用堆昼一個預定數目的張片組 而構成一個預定數目的堆疊張片組的一個立體張片組堆曼 糸統。 原有技術的説明 上述張片組的一値實例包括了紙幣，彩券，明信片， 各種不同的票，等等。常見的做法是這些張片將被S起而 每1 ◦◦張，舉例來說，，被捆成一値單位，然後每10疊 這樣的張片被堆疊而紮在一起，構成連續排列的一個堆疊 張片組（1至1 000),然後由一個印刷工廠送出。用 以構成堆昼張片組的這値条統或裝置被安裝於印刷和構成 成疊張片程序之後的一個製造之中。為了滿足兩道程序之 間的連線作業條件，後製程必須能夠配合前製程的速度。 這種型式的一種傳統的張片組堆S条統或裝置具有一 個間歇性旋轉的鼓輪。用以容納張片組的一個數目的口袋 組以由平面觀察為圓形的方式被排列於鼓輪的表面。成叠 的張片以連續順序被插入鼓輪的口袋。然後，成昼的張片 被缓慢地取出口袋以便被依序連續地堆S起來。 依據上述原有技術，工作人員必須暫時將成昼的張片 依序連續插入旋轉鼓輪的口袋内，然後將它們取出口袋以 便被堆疊起來。改變口袋的分隔位置要耗費很多時間和人 力。有時候，必須另外準備具有不同的分隔位置的備用鼓 (請先閲讀背面之注意事項再埃寫本頁) -丨装· 訂.t205028 A6 B6 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (1) Background of the invention Field of the invention This invention relates to the use of a predetermined number of slice groups to make up a predetermined number A three-dimensional stack of stacks of stacks of stacks is in Manitou. Description of the prior art One example of the above-mentioned film set includes paper money, lottery tickets, postcards, various tickets, and so on. A common practice is that these sheets will be picked up every 1 ◦ ◦ sheets, for example, are bundled into a unit, and then every 10 stacks of such sheets are stacked and tied together to form a continuous arrangement of a stack The film set (1 to 1 000) is then sent out by a printing factory. The system or device used to construct the stack of day sheets is installed in a manufacturing process after printing and forming a stack of sheets. In order to meet the connection operation conditions between the two programs, the post process must be able to match the speed of the pre process. This type of conventional sheet stacking system or device has an intermittently rotating drum. A number of pocket groups for accommodating the sheet group are arranged on the surface of the drum in a circular manner when viewed from the plane. The stack of sheets is inserted into the drum pocket in a sequential order. Then, the sheets of Cheng Day are slowly taken out of their pockets so as to be piled up sequentially and sequentially. According to the above-mentioned prior art, the worker must temporarily insert the pieces of the day into the pocket of the rotating drum sequentially, and then take them out of the pocket to be stacked. Changing the separation position of the pockets takes a lot of time and manpower. Sometimes, it is necessary to prepare a spare drum with a different separation position (please read the notes on the back before writing this page)-丨 install · order.
T 線. 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） -3 - i i A6 B6 205028 五、發明説明（2 ) 輪。為了這値目的，將需要一値儲存位置，因而原有技術 將非常沒有效率而且不經濟。尤其是，要以目前的高速印 刷所需的如此高的速度構成堆疊張片組實際上是不可能的 本發明的概要T line. This paper scale is applicable to China National Standard (CNS) Grade A (210 X 297 mm) -3-i i A6 B6 205028 V. Invention description (2) wheel. For this purpose, a storage location will be needed, so the original technology will be very inefficient and uneconomical. In particular, it is practically impossible to construct a stack of stacked sheets at such a high speed as is currently required for high-speed printing.
因此本發明的一個目的是提供能夠輕易地，高效率地 和低成本地進行利用堆叠如上述成簦的張片的一値預定數 目的張Η組而構成堆疊的張Η組的工作的一値張Η組堆S 糸統。 η 本發明的另一個目的是提供能夠在受到相當限制的一 個空間中構成大量的堆昼張片組的一個立體張片組堆S条 統。 為了逹成上述的目的，由本發明的一個特點而言，其 中基本上提供了一個立體張片組堆昼糸統，包含以垂直平 行關偽的多層性結構水平地放置而用以構成至少兩組堆疊 張Η的一個多數的張Η組構成裝置，位於鄰接張片構成裝 置的一端（第一端）並用以各別地供應成組張片至張片組 構成裝置的一個張片組配送升降裝置，以及位於鄰接張片It is therefore an object of the present invention to provide a value that can easily, efficiently and cost-effectively perform the work of stacking a predetermined number of sheet H groups by stacking a predetermined number of sheet H groups as described above. The Zhang H group piles S system. η Another object of the present invention is to provide a three-dimensional film group stacking S system capable of forming a large number of stacked day film groups in a space that is quite limited. In order to achieve the above purpose, in view of a feature of the present invention, it basically provides a three-dimensional sheet group stacking diurnal system, which includes horizontally and vertically-arranged multi-layer structures placed horizontally to form at least two groups A plurality of sheet group forming devices for stacking sheets H are located at one end (first end) adjacent to the sheet forming device and are used to individually supply a group of sheets to a sheet group distribution lifting device for the sheet group forming device , And the adjacent piece
I 組構成裝置的另一端（第二端）而用以傳送由該張片組構 成裝置構成的堆疊張片組至下一個製程的一個張片組收集 升降裝置。 由本發明的另一個特點而言，其中也提供了包含用以 利用堆S —個多數的張片組而構成至少兩値堆疊張片組的 • J---------------|--------裝---；---訂-"線 (請先閲讀背面之注意事項再塡窝本頁) 經濟部中央標準局員工消費合作社印製 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公货） -4 - £ £ A6 B6 ^050^8 五、發明説明（3 ) (請先閲讀背面之注意事項再f本頁) i裝· 一個堆S張片組構成裝置的一値立體張片組堆昼条統，該 裝置含有位於上層的一個上層張片組堆壘通道，以及正位 於上層張片組堆置通道下方的一個下層堆昼張片組裝置通 道，該上層張片組堆置通道含有能夠在一個多數的張片組 被支持於一個多數的上堆疊站上的一個堆疊位置和該支架 被移去後的一個卸開位置之間被打開和關閉，而當位於卸 開位置時容許張片組落下的一個張片組堆置桌，以及用以 傳送張片組至張Η組堆置站的一個預定的上堆置站上的上 傳送裝置，下層堆疊張片組堆置通道含有用以堆叠由上層 張片組堆置通道落下至堆置站上的張片組的一個堆昼張 片組堆置桌，以及用以傳送堆叠張片組堆置皋的下堆置站 上的一個預定數目的堆疊張片組至下一個步驟的下傳送裝 置。 線· 經濟部中央標準局貝工消費合作社印製 依據本發明，用以構成堆叠張片組的裝置以垂直地平 行的關傜被放置而構成一個多層式的結構。一個配送升降 裝置被置於該裝置的一端（第一端）上以便能夠垂直地移 動，而一値收集升降裝置被置於另一端（第二端）上以便 能垂直地移動。當執行配送張片組至各層的裝置而且由該 裝置取出堆昼張片組的工作時，該堆疊張片組可以被構成 於各層的裝置上。 因此，平面地觀察由張片組堆昼糸統佔據的一個空間 可以被大為減小。用以安裝本發明的条統所需的空間非常 地小，就像是用以安裝一個單一的堆疊張片組構成裝置所 需的空間。透過三個元件的共同作用，也就是，以垂直地 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） -5 - 205028 A6 B6 經濟部中央標準局貝工消費合作社印製 五、發明説明（4 ) 平行的關偽被放置以便構成一個多層式結構的堆昼張片組 構成裝置，能夠垂直地移動的配送升降裝置，以及同樣能 夠垂直地移動的收集升降裝置，連續地構成堆昼張片組的 工作可以合理地而且有效率地被加以完成。 依據本發明，可用的一値二層式結構是其中的堆叠張 片組構成裝置將位於張片組堆置桌的一個較高位置而該裝 置則位於桌台的一値較低位置上。因此，張片組被暫時地 依序地支持於上層張片組堆置皋上的上堆置站上，然後利 用打開張片組堆置皋而使其落下至下層堆昼張片組堆置桌 上的下堆置站上。結果可以輕易地依序連續構成一個預 定數目的張Η組。此外，經由正確地設定堆置站，可以同 時生産大量的堆疊張片組（換句話說，可以進行大量生産 )〇 本發明可以被使用做為用以依序連續堆叠成疊紮好的 張片，如紙幣和明信片，的一個条統或裝置而發揮其優點 。本發明同樣可以被有利地應用於用以利用堆昼只被各別 地S好而未捆紮的一値多數的張片組而構成堆疊張Η組的 一個条統或裝置。 I 圖面的簡要說明 圖1是概略地圖示了依據本發明的一値實施例的一種 立體張Η組堆疊条統整値配置的一個透視圖 圖2 Α是顯示用以構成張片組的堆S的張片組堆昼条 統的一値實例的一個側視圔； (請先Hipsp面之注意事項再填寫本頁) •丨裝- 訂. 線· 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公货> -6 - A6 B6 2050^8 五、發明説明（5 ) (請先閲4WP面之注意事項再埙寫本頁) 圖2 B是顯示用以構成張片組的堆S的張片組堆疊条 統的另一値實例的一値側視圔； 圔3是顯示一個收集升降裝置和一個堆叠張片組出口 裝置（張片組出口裝置）的一値透視圖； 圖4是顯示一個收集架和張Η組出口裝置的一値透視 圖； 圖5是顯示用以由一個配送架將張片組插入一個張片 組構成裝置（即用以構成張片組的堆叠的裝置）的一個入 口裝置的一個側視圔； i裝· 圔6是例示用以將竭片組推至配送架上的一個第一個 輔助推件以及用以將堆壘張片組推至收集架上的一個第二 個輔助推件的一個側視圖； 圖7是張片組構成裝置的一個平面視圖； 圔8是其一個側面視圖；而 線. 圔9至12金部為用以說明張片組構成裝置的一個操 作狀態的截面視圔。 實施例的詳細說明 經濟部中央樣準局β:工消費合作社印製 將被供應至本發明的一個張Η組堆疊糸統的張片組指 的是成昼的大量的張片。這些張片組以繫帶或未繫帶的狀 態被供應至張Η組堆疊·条統。 舉例來說，上述的張Η組可能是包含了被昼在一起而 捆紮的一個固定數目的紙幣的成昼的紙幣，或者也可能是 成疊的明信片，成昼的彩券，成疊的賓果游戯卡，成疊的 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） _ 7 — 經濟部中央標準曷貝工消費合作社印製 ^050^8 A6 _B6_ 五、發明説明（6 ) 各種不同的票券，等等。以成昼的紙幣等所代表的張片組 是利用依序連續地昼起一個固定數目的張片（例如，. 1 〇 〇張）而得。張片組的堆昼或堆叠的張片組是利用依 序連續地堆疊一個固定數目的張片組（例如，1 0個張片 組）而得。 本發明的一個張片組堆昼条統是關於其中上述紙幣等 的一個多數的張片組被加以堆疊而構成張片組的堆壘的一 個張片組堆昼条統。 這個張片組堆昼糸統可能被應用於其中一個固定張數 的包括多摺式電腦報表:¾和製書紙的各種紙被S在一起而 構成張Η組，然後一個固定數目的張Η組被叠在一起而構 成張片組的堆昼（堆昼張片組）的一些例子中。 該張片組堆昼条統包括能夠利用堆昼一個多數的張片 組S同時構成至少兩値堆疊張片組S/的一個多數的堆昼 張片組構成裝置（張片組構成裝置）1 0。張片組構成裝 置1 0以垂直地平行的關偽被加以放置而構成一個多層式 結構。用以供應張片組S至張片組構成裝置1 0的一個張 片組配送升降裝置5 0被置於鄰接張片組構成裝置1 0的 一端的位置。用以傳送堆疊張片組S至下一道製程的一個 收集升降裝置6 0被置於鄰接張片組構成裝置1 0的另一 端的位置。 由於三個元件，即張片組構成裝置1 0 ,配送升降裝 置5 0和收集升降裝置6 0的共同作用的結果，將構成張 片組S 的堆叠。由於上述三種元件的安排方式，該糸統 本紙張尺度通用中國國家標準（CNS)甲4规格（210 X 297公釐) -8 一 (猜先閲讀背面之注意事項再塡寫本頁) --裝. 訂. 線- t A6 B6 經濟部中央標準局貝工消費合作社印製 五、發明説明（7 ) 的一個平均安裝空間可以被減小至一個單一數目的張片組 構成裝置被安裝時所需的一個空間。因此，可以有效率地 完成此次作業。 每一個張片組構成裝置1◦各自包含了一個上層張片 組堆置通道2 0的一個下層堆叠張片組堆置通道3 0。 該上層張片組堆置通道2 0具有彼此平行地延伸而且 能夠在其中張片組S被支撑於桌台2 1上的一値支撑位置 和該支撑被移去的一個卸開位置之間分別被打開和關閉的 張片組堆置皋台2 1。當位於卸開位置時，臬台2 1分別 容許張片組S落下。該_道2 0也具有沿著桌台2 1的外 側縱長地放置而用以調整張片組S的兩個側表面的一對調 整板2 2。為了在支撑和卸開位置之間打開和關閉臬台 2 1,通道20另外具有液壓缸23。液壓缸23的活塞 桿24各自經由連接搖桿25被連接至皋台21,所以液 壓缸2 3將被操作而啓動連接搖桿2 5以便和關閉桌台 2 1。 上層張片組堆置通道2 0另外具有用以將由配送升降 裝置5 0供應的張片組S以一種有秩序的方式傳送至構成 於張片組堆置桌台2 1的表面上的一個多數的上堆置站上 的一個上傳送裝置。這個傳送裝置包含了用以分別傳送張 片組S至預定的堆置站的至少一個推件2 6 ,含有在本實 施例中一値多數的推件2 6以預定的間隔被裝置於其上的 一個無端點鏈條等的一個無端點驅動本體2 7 ,以及用以 抱動該無端點驅動本體2 7的一個驅動輪2 8和一値被驅 (請先閲讀背面之注意事項再蜞寫本頁) 裝_ 訂. •線. 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） ~ 9 - 050^8 Α6 Β6 經濟部中央標準局貝工消費合作社印製 五、發明説明（8 ) 動輪2 9。 無端點驅動本體2 7和推件2 6間歇性而平行地移動 於彼此相關地被打開和關閉的張片組堆置桌台2 1 , 2 1 之間。相鄰的推件2 6之間的距離以對應於張片組S的最 大尺寸而被加以設定，而一個數目的上堆置站被構成於推 件2 6之間。也就是說，上堆置站是分別利用推件2 6， 調整板22,以及桌台21而被加以構成。 其次，下層堆S張片組堆置通道30具有縱長而平行 地位於皋台21正方下的一個堆疊張片組堆置臬台31。 該通道3 0也具有沿著奉台3 1的外側縱長地放置而用以 調整堆叠張Μ組S >的兩値側表面的一對調整板3 2。通 道3 0另外具有用以沿著調整板3 2而向上及向下移動桌 台3 1的一値裝置33。 通道30另外具有用以將堆疊張片組S/傳送至構造 於桌台31的上表面上的下堆置站上的一個下傳送裝置。 這個傳送裝置包含有能夠間歇性地移動而且具有調整各個 堆疊張片組S >的一個後側端面和傳送張片組S <至其它 位置兩個功能的至少一個推件3 4，在本實施例中一値多 數的推件3 4以預定的間隔被裝置於其上的一個無端點驅 動本體3 5 ,以及拖動無端點驅動本體3 5的一個驅動輪 36的一個被驅動輪37。 無端點驅動本體3 5和推件3 4平行於桌台3 1的中 央部份而且沿著推件3 4之間的一個數目的下堆置站而移 動。也就是說，下堆置站是分別利用推件3 4 ,調整板 (請先閲讀背面之注意事項再填窝本頁) .—年 訂 -線· 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） -10 - t2050^8 A6 B6 經濟部中央標準局貝工消费合作社印製 五、發明説明（9 ) 3 2和堆置桌34而構成。上推件2 6和下推件34以彼 此相等的間隔被安置，因而上和下堆置站彼此在數目上相 同。當張片組S被落下至下層堆昼張片組堆置通道30的 堆置站上時，兩個站彼此成垂直的對應關偽。類似地，當 張片組被放下時，下和下推件2 6和3 4將停止不動於彼 此垂直的對應位置上。 在完成第一個張片組下投作業之後，上推件26將配 合下一個張片組由配送升降裝置5 0之供應而間歇地移動 ，而且將張片組傳送至上堆置站上。在完成張片組傳送至 上堆置站之後，將進行等二個張片組下投作業。另一方面 ，當一個預定數目的張片組S被下投至下堆置站上而完成 堆疊張片組之構成以後，下推件3 4將移動而傳送堆叠張 片組S至收集升降裝置6 0。 用以向上及向下移動桌台3 1的裝置3 3包含有其上 端被連接於堆昼張片組堆置皋台3 1的一個升降桿3 8 , 垂直地推動以可旋轉方式承載於升降桿3 8的下端上的一 個轉子3 9的一個凸輪4 0 ,用以旋轉凸輪4 0的一値馬 達4 1 ,以及升降桿3 8的導引滾輪4 2。 當第一値張片組S被投下時，裝置3 3將在上限位置 支撑堆置桌台3 1。由於桌台3 1上的堆疊數目隨著張片 組S下投之進行而增加，裝置3 3逐步地降低堆置桌台 3 1直到桌台3 1到達結束堆簦作業的下限位置。 如此構造的堆昼張Η組構成裝置1 0以垂直地平行的 關傺被放置而構成一値多層式結構。能夠向上和向下移動 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） -H - (請先閲讀背面之注意事項再填寫本頁) ·—裝· 訂· 線. t t A6 B6 2050^8 五、發明説明（10) 的配送升降裝置5 0被置於鄰接裝置10 —端（第一端） 的位置，而能夠向上和向下移動的收集升降裝置60則被 置於鄰接裝置1 0的另一端（第二端）的位置。 配送升降裝置5 ◦間歇地在最下層上的堆壘張片組構 成裝置10和最上層上的裝置10之間移動。升降裝置 5 ◦在每一層裝置上停留以便供應一個預定數目的張片組 。同樣地，收集升降裝置6◦間歇地在最下層上的堆S張 片組構成裝置1 0和最上層上的裝置1 0之間移動。升降 裝置6 0在每一層裝置上停留以便接受在各層裝置上構成 的堆疊張片組s/並供晦至下一個製程。 配送升降裝置5 ◦和收集升降裝置6 0的一値實例， 如無端點鏈條等的無端點驅動本體5 1和6 1被置於最下 層的堆叠張片組構成裝置1 0和最上層的堆昼張Η組構成 裝置1 0之間，使得無端點鏈條可以不停地垂直移動。 舉例來説，一値雙重式的無端點驅動本體5 1被平行 地置放位於最下層裝置1 0的第一側上的一値輪子5 2和 位於最上層裝置1 0的第一側上的一値輪子5 3之間。配 送架5 4被支撑於雙重式無端點驅動本體5丨上。類似地 ，——値雙重式無端點驅動本體6 1被平行地置放於位於最 下層裝置1 0的第二側上的一値輪子6 2和位於最上層裝 置10的第二端上的一値輪子63之間。收集架64被支 撑於雙重式無端點驅動本體61上。 配送升降裝置5 0的配送架54和收集升降裝置6〇 的收集架6 4分別被等間隔地安置。配送升降裝置5 0具 本紙張尺度適用中國國家標準（CNS)曱4規格（210 X 297公釐） ~ 12 ~ .-：-----1---·-----(--------裝-------訂 『 線 (請先閲面之注意事項再峨寫本頁) 經濟部中央標準局負工消費合作社印製 205028 A6 B6 經濟部中央標準局貝工消費合作社印製 五、發明説明（11 ) 有至少與堆S張片組構成裝置1 0 —樣的等間隔地安置的 配送架54。同樣地，收集升降裝置6 0具有至少與裝置 10 —樣的等間隔地安置的收集架64。最好配送架54 是以各自等於以一個整數除裝置1 0之間的各個間隔而得 的一個間隔的間隔而被加以安置，所以至少總是有一個配 送架5 4位於相鄰的裝置1 0之間。 張片組S分別被供應至配送架54,而後被支撑於架 子54上而分別被輸送至裝置1 0。另一方面，構成於堆 昼張片組構成裝置10上的張片組S/被支撑於收集架 64上的同時被供應至T一個製程。 一個傳送裝置7 0是用以將前製程構成的張Η組S供 應至位於配送升降裝置50的最下端的配送架54上。傳 送裝置7 0包含有用以支撑和導引張片組S的一個導引桌 台7 1 ,以及能夠沿著導引桌台7 1間歇地移動的推件 7 2。推件7 2等間隔地被安裝於如一値無端點鏈條的一 個無端點驅動本體73上。裝置70的出口端或遠端被置 於近接最下端的配送架5 4的位置。 前製程中構成的張片組S利用傳送裝置7 0被間歇地 傳送供應至分別位於裝置7 0的出口端或遠端的配送架 54。各個張片組S利用傳送裝置7 0的各値推件7 2被 推送到各値配送架5 4的一個上表面上。 為了確保將各個張片組S由傳送裝置7 0傳送至各個 配送架54上，一個第一個輔助推件80被置於傳送裝置 7 0的出口端或遠端的一個下方位置。 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公货） _ 13 _ (請先閱ΐ面之注意事項再項寫本頁) i装· 訂.The other end (second end) of the group I constituting device is used to transfer the stacked sheet group constituted by the sheet group constituting device to a sheet group collecting and lifting device in the next process. According to another feature of the present invention, it also includes a method for utilizing the stack S to form a plurality of sheet groups to form at least two stacked sheet groups. J ------------ --- | -------- installed ---; --- order- " line (please read the precautions on the back and then this page) Printed copy of the employee consumer cooperative of the Central Bureau of Standards of the Ministry of Economy The paper scale is applicable to the Chinese National Standard (CNS) A4 specifications (210 X 297 public goods) -4-£ £ A6 B6 ^ 050 ^ 8 5. Description of the invention (3) (Please read the precautions on the back and then f this page) i equipment · A stack of S sheet sets constitutes a unitary three-dimensional sheet stack stacking system, which contains an upper sheet stack stacking channel located at the upper layer, and a stacking channel located just below the upper sheet stack stacking channel A lower stacking film stacking device channel, the upper stacking stack stacking channel contains a stacking position that can support a large stack of stacks on a large stacking station and one after the support is removed It is opened and closed between the unloading positions, and when it is in the unloading position, a sheet stacking table that allows the sheet stack to fall, And an upper conveying device on a predetermined upper stacking station for transferring the sheet group to the Zhang H group stacking station, the lower layer stacking sheet group stacking channel contains a stacking channel for stacking from the upper layer sheet stacking channel to A stacking table of stacks of sheets at the stacking station, and a predetermined number of stacks at the next stacking station for transferring stacks of stacks to the next step Down conveyor. Line · Printed by Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs According to the present invention, a device for forming a stack of sheet pieces is placed in a vertically parallel relationship to form a multi-layer structure. A distribution lifting device is placed on one end (first end) of the device so as to be vertically movable, and a value collecting lifting device is placed on the other end (second end) so as to be vertically movable. When performing the work of distributing the sheet group to each layer and taking out the stack of day sheet groups by the apparatus, the stacked sheet group can be constructed on the apparatus of each layer. Therefore, a planar view of the space occupied by the diurnal system of the Zhangpian Formation can be greatly reduced. The space required to install the system of the present invention is very small, like the space required to install a single stacked sheet group to constitute the device. Through the combined action of the three components, that is, the Chinese National Standard (CNS) A4 specifications (210 X 297 mm) are applied at the vertical paper scale -5-205028 A6 B6 Printed by Beigong Consumer Cooperatives, Central Bureau of Standards, Ministry of Economic Affairs System 5. Description of the invention (4) The parallel gates are placed to form a multi-layer structure of the stacking day sheet group forming device, the distribution lifting device that can move vertically, and the collection lifting device that can also move vertically, continuously The work of constructing the stack of daytime film sets can be done reasonably and efficiently. According to the present invention, a one-two-layer structure is available in which the stacked sheet group forming device will be located at a higher position of the sheet group stacking table and the device is located at a lower position of the table. Therefore, the sheet group is temporarily supported in sequence on the upper stacking station on the upper layer sheet stacking stack, and then the open sheet stack stacking stack is used to make it fall to the lower stack. Stacked on the table stand below. As a result, a predetermined number of Zhang H groups can be easily formed in sequence. In addition, by setting the stacking station correctly, a large number of stacked sheet groups can be produced at the same time (in other words, mass production can be performed). The present invention can be used to sequentially stack stacked sheets in sequence , Such as banknotes and postcards, to make use of its advantages. The present invention can also be advantageously applied to a system or apparatus for constructing a stack of sheets by using a large number of sheet groups that are stacked individually and not bundled. I Brief Description of the Drawings FIG. 1 is a perspective view schematically illustrating a three-dimensional sheet Η group stacking strip configuration value arrangement according to an embodiment of the present invention. FIG. 2 A side view of an example of the stacking of the day piece of the stack of the stack of S; (please pay attention to the Hipsp before filling this page) • 丨 Binding-Thread · This paper size is applicable to the Chinese National Standard (CNS ) A4 specifications (210 X 297 public goods> -6-A6 B6 2050 ^ 8 V. Description of the invention (5) (Please read the precautions on the 4WP first and then write this page) Figure 2 B is displayed for composition A side view of another example of the stacking rule of the stacking of the stack S of the stacks. 圔 3 is a display of a collecting and lifting device and a stacking stack outlet device (sheet stack outlet device). Value perspective view; FIG. 4 is a value perspective view showing a collection rack and a sheet H outlet device; FIG. 5 is a structure device for inserting a sheet group into a sheet group by a distribution rack (that is, to form a sheet) A side view of an inlet device of the stacking device of the chip set; i device · 圔 6 is an example for A side view of a first auxiliary pusher that pushes the exhausted film group to the distribution rack and a second auxiliary pusher that pushes the stacking sheet group to the collection rack; Figure 7 is a film group A plan view of the constituent device; 圔 8 is a side view thereof; and the line. 圔 9 to 12 gold section is a cross-sectional view to illustrate an operating state of the sheet group constituent device. Detailed description of the embodiment Sample quasi-beta: printed by the industrial and consumer cooperatives to be supplied to a Zhang H group stacking sheet group of the present invention refers to a large number of sheets in a day. These sheet groups are tied or not tied The state is supplied to the stack group of Zhang H group. For example, the above-mentioned Zhang H group may be a day-old banknote that contains a fixed number of banknotes bound together by the day, or may be a stack Postcards, day lottery tickets, stacks of bingo cards, stacks of this paper standard are applicable to China National Standard (CNS) A 4 specifications (210 X 297 mm) _ 7 — Central Standard of the Ministry of Economic Affairs Printed by the cooperative ^ 050 ^ 8 A6 _B6_ V. Invention (6) A variety of tickets, etc. The sheet group represented by day-to-day banknotes, etc., is obtained by sequentially using a fixed number of sheets (for example, .100 sheets) from day to day. The stacking day of the film group or the stacking group of photos is obtained by sequentially stacking a fixed number of film groups (for example, 10 film groups) in sequence. It is about one sheet group stacking day system in which a plurality of sheet groups of the above-mentioned banknotes are stacked to form the stacking of the sheet group. This sheet group stacking day system may be applied to one of the fixed sheets The number includes a multi-fold computer report: ¾ various papers made with bookmaking paper are grouped together to form a sheet Η group, and then a fixed number of sheet Η groups are stacked together to form a stack of sheets (stacked sheets) Film group). The film group stacking day system includes a majority stacking day sheet group forming device (sheet group forming device) 1 that can form at least two stacked sheet groups S / at the same time by using a plurality of sheet groups S 0. The sheet group constituting device 10 is placed with vertically parallel gates to constitute a multi-layer structure. A sheet group distribution lifting device 50 for supplying the sheet group S to the sheet group constituting device 10 is placed adjacent to one end of the sheet group constituting device 10. A collecting and lifting device 60 for transferring the stacked sheet group S to the next process is placed adjacent to the other end of the sheet group constituting device 10. As a result of the combined action of the three elements, the sheet group forming device 10, the distribution lifting device 50, and the collection lifting device 60, the stack of sheet groups S will be formed. Due to the arrangement of the above three components, the paper standard of this paper is the general Chinese National Standard (CNS) A 4 specification (210 X 297 mm) -8 1 (Guess to read the precautions on the back before writing this page)- Installation. Order. Line-t A6 B6 Printed by the Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. 5. The average installation space of the invention description (7) can be reduced to a single number of sheet groups when the device is installed. A space needed. Therefore, this operation can be completed efficiently. Each sheet group constitutes the device 1 ◦ Each contains an upper sheet group stacking channel 20 and a lower layer stack sheet group stacking channel 30. The upper sheet group stacking channel 20 has a support position extending parallel to each other and capable of supporting the sheet group S on the table 21 and a disengagement position where the support is removed, respectively The open and closed sheet sets stack Gaotai 2 1. When in the disengaged position, the stand 21 allows the sheet group S to fall, respectively. The _lane 20 also has a pair of adjustment plates 22 which are placed lengthwise along the outer side of the table 2 1 to adjust the two side surfaces of the sheet group S. In order to open and close the pallet 21 between the support and disengagement positions, the channel 20 additionally has a hydraulic cylinder 23. The piston rods 24 of the hydraulic cylinder 23 are each connected to the platform 21 via the connecting rocker 25, so the hydraulic cylinder 23 will be operated to activate the connecting rocker 25 to close and close the table 21. The upper sheet group stacking channel 20 additionally has a plurality for transferring the sheet group S supplied by the distribution elevator 50 to the surface of the sheet group stacking table 2 1 in an orderly manner. An upper conveyor on the upper stacking station. This conveying device includes at least one pusher 2 6 for conveying the sheet group S to a predetermined stacking station, respectively, and contains a large number of pushers 26 in this embodiment to be mounted on it at predetermined intervals An endless drive body 2 7 of an endless chain, etc., and a drive wheel 28 and a driven wheel used to hold the endless drive body 2 7 (please read the precautions on the back before writing the book Page) Binding_ Order. • Line. This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) ~ 9-050 ^ 8 Α6 Β6 Printed by Beigong Consumer Cooperative, Central Bureau of Standards, Ministry of Economic Affairs Description of the invention (8) Moving wheel 29. The endless drive body 27 and the pusher 26 move intermittently and in parallel between the sheet stacking tables 2 1, 2 1 that are opened and closed in relation to each other. The distance between adjacent pushers 26 is set to correspond to the maximum size of the sheet group S, and a number of upper stacking stations are constructed between the pushers 26. In other words, the upper stacking station is constructed using the pusher 26, the adjustment plate 22, and the table 21, respectively. Next, the lower stack S sheet group stacking passage 30 has a stacked sheet group stacking table 31 which is longitudinally and parallelly located under the square 21 of the table 21. The channel 30 also has a pair of adjustment plates 32 that are placed lengthwise along the outside of the platform 31 to adjust the two side surfaces of the stacked sheet M group S >. The channel 30 additionally has a value device 33 for moving the table 31 upward and downward along the adjustment plate 32. The channel 30 additionally has a lower conveying device for S / conveying the stacked sheet group to the lower stacking station constructed on the upper surface of the table 31. This conveying device includes at least one pusher 34 capable of moving intermittently and having a rear end face for adjusting each stacked sheet group S > and conveying the sheet group S < to other positions. In the embodiment, a large number of pushing members 34 are mounted on an endless driving body 35 on which a driven wheel 37 of a driving wheel 36 of the endless driving body 35 is mounted at a predetermined interval. The endless drive body 35 and the pusher 3 4 are parallel to the central portion of the table 31 and move along a number of lower stacking stations between the pusher 3 4. In other words, the lower stacking station uses pushers 3 4 and adjustment plates (please read the precautions on the back before filling the nest page). — 年 定-线 · This paper size applies to the Chinese National Standard (CNS) A 4 Specifications (210 X 297 mm) -10-t2050 ^ 8 A6 B6 Printed by the Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Invention Instructions (9) 3 2 and the stacking table 34. The upper pushing member 26 and the lower pushing member 34 are arranged at equal intervals from each other, so that the upper and lower stacking stations are the same in number as each other. When the sheet group S is dropped onto the stacking station of the lower stack day sheet group stacking passage 30, the two stations are perpendicular to each other and correspond to each other. Similarly, when the film set is lowered, the lower and lower pushing members 26 and 34 will stop at their corresponding positions perpendicular to each other. After the first film group drop operation is completed, the push-up member 26 will intermittently move in conjunction with the supply of the next film group by the delivery elevator 50, and transfer the film group to the upper stacking station. After the film sets are transferred to the upper stacking station, the two film sets will be dropped. On the other hand, when a predetermined number of sheet sets S are dropped onto the lower stacking station to complete the formation of stacked sheet sets, the pusher 34 will move and transfer the stacked sheet sets S to the collection elevator 6 0. The device 3 3 for moving the table 3 1 upwards and downwards includes a lifting rod 3 8 whose upper end is connected to the stacking table 3 1 of the stack of day sheets, and is vertically pushed to be rotatably carried on the lifting A cam 40 of a rotor 39 on the lower end of the rod 38, a motor 41 for rotating the cam 40, and a guide roller 42 of the lift rod 38. When the first sheet group S is dropped, the device 33 will support the stacked table 31 at the upper limit position. Since the number of stacks on the table 3 1 increases as the sheet group S is dropped, the device 3 3 gradually lowers the stacked table 3 1 until the table 3 1 reaches the lower limit position where the stacking operation is ended. The stacked diurnal Η group structuring device 10 thus constructed is placed in a vertically parallel relationship to form a multi-layer structure. The paper scale can be moved up and down. The Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) -H-(please read the precautions on the back before filling this page) · —install · order · line. tt A6 B6 2050 ^ 8 Fifth, the invention (10) of the distribution lifting device 50 is placed adjacent to the end of the device 10 (first end), and the collection and lifting device 60 that can move up and down is placed It is adjacent to the other end (second end) of the device 10. Delivery elevator 5 ◦ Intermittently moves between the stacking sheet assembly device 10 on the lowermost layer and the device 10 on the uppermost layer. Lifting device 5 ◦Stay on each layer of device to supply a predetermined number of film sets. Similarly, the collection elevator 6◦ moves intermittently between the stack S sheet group constituting device 10 on the lowermost layer and the device 10 on the uppermost layer. The lifting device 60 stays on each layer device so as to accept the stacked sheet group s / formed on each layer device and supply it to the next process. An example of a delivery lift device 5 and a collection lift device 60, such as endless drive bodies such as endless chains 5 1 and 6 1 are placed in the lowermost stack of sheets to form the device 10 and the uppermost stack The diurnal Η group constitutes between the devices 10 so that the endless chain can move vertically without stopping. For example, a dual-type endless drive body 51 is placed in parallel with a wheel 5 2 on the first side of the lowermost device 10 and a first wheel on the first side of the uppermost device 10 A wheel between 5 and 3. The distribution frame 54 is supported on the dual-type endless drive body 5 丨. Similarly,-the dual-type endless drive body 61 is placed in parallel on a wheel 6 2 on the second side of the lowermost device 10 and a wheel on the second end of the uppermost device 10 Between wheels 63. The collecting rack 64 is supported on the dual-type endless driving body 61. The distribution rack 54 of the distribution elevator 50 and the collection rack 64 of the collection elevator 60 are arranged at equal intervals, respectively. The delivery lift device 50 sets of this paper standard is applicable to the Chinese National Standard (CNS) 4 specifications (210 X 297 mm) ~ 12 ~ .-: ----- 1 --- · ----- (- ------ Installed ------- booked "line (please read the precautions first and then write this page) Printed by the Ministry of Economic Affairs Central Standardization Bureau Cooperative Consumer Cooperative 205028 A6 B6 Central Ministry of Economic Affairs Printed by Beigong Consumer Cooperative V. Description of the invention (11) There are distribution racks 54 arranged at equal intervals at least the same as the stacking S sheet group forming device 10. Similarly, the collecting and lifting device 60 has at least the same device 10 The same kind of collection racks 64 arranged at equal intervals. It is preferable that the distribution racks 54 are arranged at an interval equal to each interval obtained by dividing the intervals between the devices 10 by an integer, so at least there are always A distribution rack 54 is located between adjacent devices 10. The sheet group S is supplied to the distribution rack 54 respectively, and then supported on the rack 54 to be transported to the device 10. On the other hand, it is formed in a stack The film group S / on the day film group constituting device 10 is supplied to T for one process while being supported on the collection rack 64. One transfer The position 70 is used to supply the sheet H group S formed by the previous process to the distribution rack 54 at the lowermost end of the distribution elevator 50. The conveying device 70 includes a guide for supporting and guiding the sheet group S The table 7 1 and the pushing member 7 2 that can move intermittently along the guide table 7 1. The pushing members 7 2 are installed at an equal interval on an endless driving body 73 such as an endless chain. The device 70 The exit end or the far end is placed near the lowermost distribution rack 54. The sheet group S formed in the previous process is intermittently transported and supplied to the exit end or the far end of the device 70 by the transfer device 70, respectively. End distribution rack 54. Each sheet group S is pushed onto an upper surface of each value distribution rack 54 using each pusher 7 2 of the conveyor 70. In order to ensure that each sheet group S is conveyed by the conveyor 7 0 is transferred to each distribution rack 54 and a first auxiliary pusher 80 is placed at a position below the exit end or the far end of the transfer device 70. This paper size is applicable to China National Standard (CNS) A4 specifications (210 X 297 public goods) _ 13 _ (Please read the precautions before writing Page) i pack and order.
T 線· 2050^8 A6 B6 經濟部中央標準局貝工消费合作社印製 五、發明説明（12 ) 第一個輔助推件8 0是用以進一步推動已經利用推件 72由傳送裝置70被推向配送架54的張Η組S,以便 能確定地供應張片組S至配送架54上。 張片組S將僅利用傳送裝置7 0的推件7 2被供應至 配送架54上，或者它們將透過傳送裝置70和第一値輔 助推件8 0之間的共同作用而被供應至配送架5 4。 做為第一個輔助推件80的一個具體實例，如圔6之 中所示，第一個輔助推件80利用一個凸輪裝置而被導引 由傳送裝置70的下方向上延伸。當張片組S正在被傳送 時，第一個輔助推件8 Q將在下方待命（傳送軌道的外側 ),但是當張Η組的傳送停止時，推件80將向上前進而 將張片組推到配送架5 4上。 舉例來說，一値凸輪溝槽8 1被構造於與第一値輔肋 推件80—體的一値支撑板82之中，一個固定導引插梢 83以滑動方式裝配於凸輪溝槽81之中，而該支撑板 8 2利用如一個可旋轉搖桿8 4的移動裝置而被前後地移 動。 當搖桿84向著一個方向被旋轉時，支撑板84依據 凸輪溝槽81向著一個方向移動而使得推件80以一個斜 角由下方向上以一個斜角突出而且以這個狀態繼續進行以 便推出張片組S。另一方面，當搖捍84向著相反的方向 被旋轉時，支撑板8 2依據導引溝槽8 1向著另一個方向 移動而使得推件8 0以一個斜角由上方被向下以一個斜角 回移，所以推件80將待命預備進行下一個推出作業。 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） 一 14 _ (請先閲面之注意事項再5^表頁) 丨裝. 訂. -線· 經濟部中央標準曷員工消費合作社印製 Α6 __Β6_ 五、發明説明（13) 做為用以將供應至配送架54的張片組S由傳送裝置 70移動至堆昼張片組構成裝置1◦上的裝置，輸入裝置 90被置於堆fi張片組構成裝置1 0的第一端上。在這値 輸入裝置90中，舉例來說，一個入料推件92將利用一 値液壓缸91而被前後移動。當推件92被向前移動時， 支撑於配送架5 4上的張片組S被推到堆S張片組構成裝 置1 0上。 關於最下層的輸入裝置90,如圔5之中所示，推件 92是以可旋轉的方式被提供於糸統中，使得當裝置90 被向前推時，將利用一侮檔塊而避免推件9 2旋轉，但是 當裝置90被向後移動時，推件92將利用一個擋塊94 被旋向位於傳送裝置7◦上而預備隨後被供應的張片組S 的移動軌道的外側，或者推件9 2將與隨後被供應的張片 組S接合在一起，以便被釋放至張片組S的移動軌道的外 側。 當裝置10對應到配送架54時，輸入裝置9 0將被 啓動而將張片組S由配送架5 4供應至堆昼張片組構成裝 置1 0上。 另一方面，收集升降裝置60將被提供用以由收集架 64接收堆眷張片組S >並將之傳送至下一個製程的一値 張片組傳送裝置100以及用以將支撑於收集架64上的 堆壘張片組移動至傳送裝置1 0 0上的輸出裝置1 1 0。 張片組傳送裝置1 0 0將含有一個皮帶輸送裝置或一 値導引桌台以及和張片組傳送裝置7 0中一樣的一個推件 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） -15 - J.-----Ν---.-------------裝---；---訂----「線 (請先閲f面之注意事项再填寫本頁) A6 B6 2050^8 五、發明説明（14 ) 。傳送裝置100被置於高度大致上和被下降至最下層的 堆昼張片組構成裝置1 0的下限的堆S張片組堆置桌台 3 1相同的位置上。收集架64在每一層的裝置上暫停以 便接收堆疊張片組。收集架64在堆置桌台31和傳送裝 置100之間和它們高度大致相同的一個位置暫停，以便 堆β張片組S /能利用輸出裝置1 1 ◦由收集架6 4被移 送至傳送裝置100。 為了確保將堆簦張Η組由堆置皋台31移送至收集架 6 4上，堆蠱張片組構成裝置1 〇在其出口端或遠端將分 別被提供以第二個輔助増件1 2 0。明確地說，如上所述 ，各層上的堆疊張Η組構成裝置1 0具有包含堆叠張Η組 堆置桌台3 1和推件3 4的下傳送裝置。第二値輔助推件 1 2 0被置於推件34的出口端或遠端的一値下方位置， 卽被下降至下限的堆昼張片組堆置桌台的出口端或遠端， 所以被推件34推向收集架64的堆昼張片組被第二値輔 助推件1 2 0進一步推送以便確保將該張片組供應至收集 架上。 堆昼張Η組S /將僅利用推件3 4或透過推件3 4和 第二個輔肋推件1 2 0之間的共同作用而供應到收集架 64上。這個第二個輔助推件1 20的一値實例可以和已 經參考圖6而說明的第一値輔助推件8 0具有相同的構造 Ο 輸出裝置1 1 0含有如圖3和4所示利用液壓缸 1 1 1被前後移動的一個推件1 1 2。舉例來説，這個推 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） _ 16 一 (請先閲讀背面之注意事項再填寫本頁) 裝 .ΤΓ. 經濟部中央標準局貝工消費合作社印製 經濟部中央標準局S工消費合作社印製 Α6 Β6 五、發明説明（15 ) 件112被置於和收集架64的下限停止位置相同的位置 上，當推件112被向前推時，支撑於收集架64上的堆 叠張Η組將被推送至傳送裝置1〇◦的入口端或近端。 液壓缸111和推件112被置於該對無端點驅動本 體6 1之間，使得推件1 1 2由被支撑於雙驅動本體6 1 上的收集架64後面前進至收集架上方。一個切除部份 6 5被構造於收集架64中相關於驅動本體6 1的一個安 裝部份上，所以推件1 1 2將經由切除部份6 5被移入和 移出。 如圔7之中所示，在裝置1◦的一個導入部份，張片 組S的一個導入通道44將延伸在和通道20的桌台21 可能被提供的相同的直線上。這個張片組導入通道44具 有一個數目的推件4 5。相鄰推件4 5之間的間隔被設定 成與相鄰推件2 6之間的間隔相同，所以推件2 6和4 5 在相同的直線上移動而且彼此相通。 因此，支撑於配送架54上的張片組S將被一次取至 導入通道44上，然後經由導入通道44被傳送至張Η組 堆置通道2 ◦上。也就是説，利用間歇地移動推件4 5於 導入通道44上，張片組S將被傳送至堆置通道20上的 推件2 6。 其次，本發明的一値構造將與其操作式一起被加以說 明。於前製程中構成的張片組S間歇地被傳送裝置7 0加 以傳送。在傳送裝置70的出口端或遠端，張片組S將被 推件7 2透過第一個輔助推件8 0的協助而緩慢地推送至 (請先閲讀背面之注意事項再？^本頁) Γ % 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） ~ 17 ~ i〇50^8 A6 B6 經濟部中央標準肩負工消費合作社印製 五、發明説明（16 ) 配送架5 4上。 配送架54被間歇地上升。當配送架54暫停時，它 們將由傳送裝置70接收供應的張片組S,然後再度上升 。利用這個方式，配送架54將載送張Η組S至較上層的 裝置10的入口，而將張片組S推送至各個裝置10上。 圖2Α是顯示由配送架54推送張片組S至裝置10 上的一種方法的一個實例，而圖2Β是其另一値例子。在 圖2 Α中，當一個預定數目（例如，1 0組）的張片組被 堆昼於最下層的裝置1 ◦上以後，張片組將被推送至第二 層的裝置1◦上，而在养成第二層的裝置上的堆疊工作之 後，張Η組將被推送至第三層的裝置上。 在本方法中，當架子54輪回暫停於最下方的位置時 ,張片組S由傳送裝置70被連續地供應至配送架54。 每次當一個張片組被供應時，最下層的輸入裝置9 0被啓 動而重覆推送張片組至最下層裝置10上的作業。同時， 張片組利用構成上傳送裝置的推件2 6被持續傳送至上層 堆置站。 以此方式，張Η組S被堆置於構成最下層的裝置1 0 的張片組堆置皋台2 1的上堆置站中。然後，堆置桌台 2 1打開而將張片組S投至堆疊張片組堆置桌台3 1上。 經由重覆上述程序，一個預定數目的張片組S被堆昼 於桌台31的上表面上，因而同時構成至少兩値堆簦張片 組S /。桌台3 1在上限位置預備等待第一個張片組S被 投下，然後隨著張片組S堆疊數量之增加而逐步下降。在 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） -18 - (請先閲讀背面之注意事項再填寫本頁) .丨裝. 訂. 線. 2050^8 A6 B6 五、發明説明（17 ) (請先閲讀背面之注意事項再填窝本頁) 下限位置上，完成堆疊工作而將堆疊張片組s/傳送至下 一個製程。也就是說，當完成張Η組S ·*的傳送時，構成 下傳送裝置的推件34被間歇地啓動而——推送張片組 S /至收集架64上。第二個輔助推件1 20將協助此推 送作業。 Τ 收集架64被缓慢地下降至最下層裝置1◦的出口以 便接收張片組S / ,而張片組S /利用輸出裝置1 1 0的 操作被移送至傳送裝置100,以便進行下一個製程。當 在最下層的裝置10上一完成堆S張片組的構造之後，另 一組的張片組S開始被禅送至第二層的裝置1 0上。配送 架54被暫停直到在最下層的裝置1〇上完成一個預定數 目的張片組的堆疊工作。其次，為了供應張片組S至第二 層的裝置10，配送架54在每接收到一個張片組S時被 升高並且接收供應的另一組張片組S給下一個配送架54 〇 以此方式，張片組S缓慢地由傳送裝置70被供應至 配送升降裝置50的各個配送架54,而這些張片組S— 一被載至第二層的裝置10的入口。 經濟部中央標準局貝工消费合作社印製 載送張片組S的配送架54在對應於第二層的裝置 10的入口的一値位置上暫停。當配送架54暫停時，第 二層的輸入裝置9 0被啓動而反覆地由配送架54推動由 配送桌台5 4緩慢載送的張片組S至第二層的裝置1 ◦上 Ο 當一値預定數目的張片組被堆疊於第二層的裝置上時 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） 一 19 一 A6 B6 經濟部中央標準局貝工消費合作社印製 五、發明説明（18 ) ，將開始供應張片組至第三層的裝置上。 構成於第二層的裝置上的堆叠張片組S將被緩慢傳送 至暫停於該裝置的出口的收集架64上，而載送張K組的 收集架6 4被下降至第一層的裝置以被對準輸出裝置 1 1 0。張片組被連績地堆疊於第三層的裝置，第四層的 裝置上，以下類推。 再度參考圔2B,在最下層的裝置1〇上完成堆疊張 片組S —的構成之前，張片組被供應至較上層的裝置上。 換句話說，當一組張片組被成列地供應至最下層的裝置上 時，配送架54將被移_至第二層的裝置以便成列地供應 另一組的張片組於其上。以此方式，堆疊張片組的構成將 在各個張片組構成裝置上被同時進行。 如上所述，各値配送架5 4可以被暫停於任何一層的 張片組構成裝置，而一個希望的數目的張片組S可以利用 輸入裝置90被供應至該裝置。因此，本發明可以被有效 地應用做為用以依序堆疊紙幣，明信片等的一個糸統或裝 置。 依據本發明，張片組堆疊条統可以被安裝於一個相當 有限的空間之中，而大量的堆疊張片組可以被有效率地連 續産生（即可以進行大量生産）。 本發明可以被應用於用以堆昼成疊的紙幣，明信片， 車票等等的一個糸統或裝置而發揮其優點。依據這些紙幣 等的印刷程序中使用的印刷面的數目，由配送升降裝置被 供應至張片組構成裝置的張片組的數目（數量）和0次（ (請先閲讀背面之注意事项再場寫本頁) -丨裝_ 訂· 線_ 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） -20 - A6 B6 2050^8 五、發明説明（19 ) 順序）可以被隨著地調整。結果，由於少數的堆fi条統可 以符合其中印刷面以各種方式被分隔的前製程的需求或條 件，以經濟性來說本發明非常有利。 (請先閲讀背面之注意事項再填寫本頁) —裝· 線- 經濟部中央標準局貝工消費合作社印製 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） -21 -T line · 2050 ^ 8 A6 B6 Printed by the Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy 5. Description of invention (12) The first auxiliary pusher 80 is used to further promote the use of the pusher 72 to be pushed by the conveyor 70 The sheet group S of the distribution rack 54 is supplied to the distribution rack 54 with certainty. The sheet group S will be supplied to the distribution rack 54 using only the pusher 7 2 of the conveyor 70, or they will be supplied to the distribution through the joint action between the conveyor 70 and the first auxiliary pusher 80 Frame 5 4. As a specific example of the first auxiliary push member 80, as shown in Fig. 6, the first auxiliary push member 80 is guided by a cam device and extends upward from below the conveying device 70. When the sheet group S is being conveyed, the first auxiliary pusher 8 Q will be on standby (outside of the conveying track), but when the conveyance of the Zhang group is stopped, the pusher 80 will advance upward to move the sheet group Push onto the distribution rack 54. For example, a cam groove 81 is constructed in a support plate 82 integral with the first auxiliary rib pusher 80, and a fixed guide pin 83 is slidably fitted in the cam groove 81 Among them, the supporting plate 82 is moved back and forth using a moving device such as a rotatable rocker 84. When the rocker 84 is rotated in one direction, the support plate 84 moves in one direction according to the cam groove 81 so that the pusher 80 protrudes at an oblique angle from below to upward at an oblique angle and continues in this state to push out the sheet Group S. On the other hand, when the rocker 84 is rotated in the opposite direction, the support plate 8 2 moves in the other direction according to the guide groove 8 1 so that the pushing member 80 is inclined downward from above at an oblique angle The angle moves back, so the pusher 80 will be on standby for the next push-out operation. The size of this paper is in accordance with Chinese National Standard (CNS) Grade 4 (210 X 297 mm). One 14 _ (please read the precautions first and then 5 ^ table pages) 丨 installation. Order. -Line · Ministry of Economic Affairs Central Standards 曷Printed by employee consumer cooperatives Α6 __Β6_ V. Description of the invention (13) As a device for moving the film group S supplied to the distribution rack 54 from the conveyor 70 to the stacking day film group constituting device 1◦, the input device 90 is placed on the first end of the stack of fi sheets constituting device 10. In this value input device 90, for example, a feed pusher 92 will be moved back and forth using a value hydraulic cylinder 91. When the pushing member 92 is moved forward, the sheet group S supported on the distribution rack 54 is pushed onto the stack S sheet group constituting device 10. Regarding the lowermost input device 90, as shown in FIG. 5, the pushing member 92 is provided in the system in a rotatable manner, so that when the device 90 is pushed forward, an insult block will be used to avoid The pushing member 92 rotates, but when the device 90 is moved backward, the pushing member 92 will be turned to the outside of the moving track of the sheet group S that is to be supplied later by using a stop 94 to be positioned on the conveying device 7 °, or The pusher 92 will be joined with the sheet group S to be subsequently supplied so as to be released to the outside of the moving track of the sheet group S. When the device 10 corresponds to the distribution rack 54, the input device 90 will be activated and the sheet group S will be supplied from the distribution rack 54 to the stacking day sheet group constituting device 10. On the other hand, the collecting and lifting device 60 will be provided to receive a stack of sheet pieces S > by the collecting rack 64 and transfer it to the next process, a sheet sheet conveying device 100 and to support the collection The stacking sheet group on the rack 64 moves to the output device 1 1 0 on the conveyor 100. The sheet group conveying device 100 will contain a belt conveying device or a guide table and a pusher as in the sheet group conveying device 70. The paper size is in accordance with the Chinese National Standard (CNS) A 4 specifications ( 210 X 297 mm) -15-J .----- Ν ---.------------- installed ---; --- order ---- "line ( (Please read the precautions on page f before filling out this page) A6 B6 2050 ^ 8 V. Description of the invention (14). The conveyor 100 is placed at a height approximately and is lowered to the lowest stack of the day sheet composition device 1 The lower limit of the stack S sheet group is stacked on the table 3 1 at the same position. The collection rack 64 is suspended on each floor of the device to receive the stacked sheet group. The collection rack 64 is stacked on the table 31 and the conveyor 100 Pause at a position approximately the same as their height, so that the stack β sheet group S / can be used by the output device 1 1 ◦ is transferred from the collection rack 6 4 to the conveying device 100. In order to ensure that the stack sheet group H is stacked by The table 31 is transferred to the collection rack 64, and the stacking sheet stack forming device 10 will be provided with a second auxiliary member 1 2 0 at its exit or far end, respectively. Specifically, as above As mentioned, the stacked sheet H group constituting device 10 on each layer has a lower conveying device including a stacked sheet H group stacking table 3 1 and a pusher 3 4. The second auxiliary pusher 1 2 0 is placed on the pusher 34 At the lower end of the outlet or distal end of the stack, the stack of day stacks that has been lowered to the lower limit stacks the exit or distal end of the table, so it is pushed by the pusher 34 toward the stack of stacks of stacks 64 It is further pushed by the second auxiliary pusher 1 2 0 in order to ensure that the sheet set is supplied to the collection rack. The stack of day sheets Η S / will only use the pusher 3 4 or through the pusher 3 4 and the second auxiliary The rib pushers 1 2 0 cooperate to be supplied to the collecting rack 64. An example of this second auxiliary push member 120 can be the same as the first auxiliary push member 80 that has been explained with reference to FIG. The same structure Ο The output device 1 1 0 contains a pusher 1 1 2 that is moved back and forth by using the hydraulic cylinder 1 1 1 as shown in FIGS. 3 and 4. For example, the size of this pusher is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) _ 16 1 (Please read the precautions on the back before filling out this page). Installed. ΤΓ. Ministry of Economic Affairs Central Printed by the quasi-bureau Beigong Consumer Cooperative, printed by the Central Standards Bureau of the Ministry of Economic Affairs, printed by A6, B6. 5. Description of the invention (15) The piece 112 is placed at the same position as the lower limit stop position of the collecting rack 64, when the push piece 112 When pushed forward, the stacked sheets supported on the collection rack 64 will be pushed to the inlet or near end of the conveyor 10. The hydraulic cylinder 111 and the pusher 112 are placed in the pair of endless drive bodies 6 Between 1, the pusher 1 1 2 advances from behind the collection rack 64 supported on the dual drive body 6 1 to above the collection rack. A cut-out portion 65 is constructed on a mounting portion of the collecting frame 64 relative to the driving body 61, so the pusher 1 12 will be moved in and out through the cut-out portion 65. As shown in Fig. 7, in an introduction portion of the apparatus 1 °, an introduction passage 44 of the sheet group S will extend on the same straight line as the table 21 of the passage 20 may be provided. This sheet group introduction channel 44 has a number of pushers 45. The interval between the adjacent pushers 45 is set to be the same as the interval between the adjacent pushers 26, so the pushers 26 and 45 move on the same straight line and communicate with each other. Therefore, the sheet group S supported on the distribution rack 54 will be taken to the introduction channel 44 at a time, and then transferred to the sheet H group stacking channel 2 by the introduction channel 44. That is, by intermittently moving the pusher 45 on the introduction path 44, the sheet group S will be transferred to the pusher 26 on the stacking path 20. Next, a structure of the present invention will be explained together with its operation formula. The sheet group S formed in the previous process is intermittently conveyed by the conveying device 70. At the exit or far end of the conveyor 70, the sheet set S will be pushed slowly by the pusher 72 through the assistance of the first auxiliary pusher 80 (please read the notes on the back first? ^ ) Γ% The paper size is in accordance with Chinese National Standard (CNS) A4 specifications (210 X 297 mm) ~ 17 ~ i〇50 ^ 8 A6 B6 Printed by the Central Standard of the Ministry of Economic Affairs and Consumers Cooperatives 5. Instructions for invention (16) 5 on the distribution rack. The distribution rack 54 is intermittently raised. When the distribution rack 54 is suspended, they will receive the supplied sheet group S by the conveyor 70, and then rise again. In this way, the distribution rack 54 will carry the sheet H group S to the entrance of the upper device 10, and push the sheet group S to each device 10. FIG. 2A is an example showing a method of pushing the sheet group S onto the device 10 by the distribution rack 54, and FIG. 2B is another example of it. In FIG. 2 Α, when a predetermined number (for example, 10 groups) of film sets are stacked on the lowest device 1 ◦, the film sets will be pushed to the second device 1 ◦ After stacking on the second-layer device, the Zhang H group will be pushed to the third-layer device. In this method, when the rack 54 is suspended at the lowermost position in turn, the sheet group S is continuously supplied to the distribution rack 54 by the conveyor 70. Each time when a sheet group is supplied, the lowermost input device 90 is activated to repeat the operation of pushing the sheet group to the lowermost layer device 10. At the same time, the sheet group is continuously transferred to the upper stacking station by the pusher 26 constituting the upper transfer device. In this way, the Zhang H group S is stacked in the upper stacking station of the sheet group stacking station 21 that constitutes the lowermost device 10. Then, the stacking table 2 1 is opened and the sheet group S is dropped onto the stacking sheet group stacking table 3 1. By repeating the above procedure, a predetermined number of film sets S are piled on the upper surface of the table 31, thereby forming at least two stacked pile film sets S / at the same time. Table 31 prepares to wait for the first film group S to be dropped at the upper limit position, and then gradually decreases as the number of film group S stacks increases. The Chinese National Standard (CNS) A4 specifications (210 X 297 mm) -18-(Please read the precautions on the back before filling out this page). 丨 Install. Order. Thread. 2050 ^ 8 A6 B6 5. Description of the invention (17) (please read the precautions on the back before filling the nest page). At the lower limit, complete the stacking work and transfer the stacked sheet group s / to the next process. That is, when the conveyance of the sheet H group S · * is completed, the pusher 34 constituting the lower conveying device is intermittently activated to push the sheet group S / to the collection rack 64. The second auxiliary pusher 120 will assist this push operation. The collection rack 64 is slowly lowered to the exit of the lowermost device 1◦ to receive the sheet set S /, and the operation of the sheet set S / utilizing the output device 1 10 is transferred to the conveyor 100 for the next process . After the construction of the stack of S sheets is completed on the device 10 at the lowermost layer, the sheet group S of the other group starts to be sent to the device 10 on the second layer. The distribution rack 54 is suspended until a predetermined number of sheets are stacked on the lowermost device 10. Secondly, in order to supply the sheet group S to the device 10 on the second level, the distribution rack 54 is raised every time one sheet group S is received and another group of sheet groups S that receives the supply is given to the next distribution rack 54. In this way, the sheet group S is slowly supplied by the conveying device 70 to the respective distribution racks 54 of the distribution elevator 50, and these sheet groups S are carried to the entrance of the device 10 on the second floor. The distribution rack 54 carrying the sheet group S printed by the Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs is suspended at a value corresponding to the entrance of the device 10 on the second floor. When the distribution rack 54 is suspended, the input device 90 on the second floor is activated and the distribution rack 54 repeatedly pushes the sheet group S slowly carried by the distribution table 54 to the device 1 on the second floor. When a predetermined number of film sets are stacked on the second layer of the device, the paper size is in accordance with the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) -19 19 A6 B6 Ministry of Economic Affairs Central Standards Bureau Printed by the consumer cooperative V. Description of invention (18), will start supplying the film set to the device on the third floor. The stacked sheet group S formed on the device of the second layer will be slowly transported to the collection rack 64 suspended at the exit of the device, while the collection rack 64 carrying the group K of sheets is lowered to the device of the first layer To be aligned with the output device 1 1 0. The film crews are successively stacked on the third-tier device, the fourth-tier device, and so on. Referring again to 圔 2B, before the formation of the stacked sheet group S- is completed on the lowermost device 10, the sheet group is supplied to the upper layer device. In other words, when a group of sheet groups is supplied in rows to the lowest-level device, the distribution rack 54 will be moved to the second-layer device to supply another group of sheet groups in row on. In this way, the constitution of stacked sheet groups will be performed simultaneously on each sheet group constituting device. As described above, each of the value distribution racks 54 can be suspended at any layer of the film group constituting device, and a desired number of film groups S can be supplied to the device using the input device 90. Therefore, the present invention can be effectively applied as a system or device for sequentially stacking banknotes, postcards, and the like. According to the present invention, the stacking system of sheet groups can be installed in a relatively limited space, and a large number of stacked sheet groups can be efficiently and continuously produced (that is, mass production can be performed). The present invention can be applied to a system or device for stacking banknotes, postcards, tickets, etc. in a stack of days and exerts its advantages. Depending on the number of printing surfaces used in the printing process of these banknotes, etc., the number (quantity) and 0 times of the sheet group supplied to the sheet group forming device by the distribution elevator ((Please read the precautions on the back side first Write this page)-丨 Installation_ Order · Thread_ This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) -20-A6 B6 2050 ^ 8 Fifth, the invention description (19) order) can It is adjusted accordingly. As a result, the present invention is very advantageous in terms of economy because a small number of stacking fi systems can meet the requirements or conditions of the pre-process in which the printing surfaces are separated in various ways. (Please read the precautions on the back before filling in this page) — Installation · Line-This paper is printed by the Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economy. twenty one -