1244455 五、發明說明（ι) 【發明所屬之技術領域】 本發明係爲一種有關堆疊捆紮機及散裝本集束體之物。 【先前技術】 由輪轉機等所送出之散裝本（散裝等紙張）係一旦以整 列重合狀態積聚後，便將其整體以捆紮帶捆裝而形成散裝 本集束體，之後便提供於輸送或存貨之用。 此種散裝本集束體之製作，一般係藉由將散裝本以平置 狀態進行積層之臥式堆疊捆紮機（參照日本專利公開特公 昭64 - 30 1號）或是藉由立起散裝本、以並列狀態積聚之 立式堆疊捆紮機（參照日本專利公開實公昭58 - 469 1號公 報、特開2000 - 1 1 855 1 1號公報）來進行。 而在如此所製作之散裝本集束體中，係貼附記載有編碼 、曰期、時間等屬性資料之貼紙、標籤或籤條等。 【專利文獻1】日本專利公開特公昭6 4 - 3 0 1號公報。 【專利文獻2】日本專利公開實公昭58- 469 1號公報。 【專利文獻3】日本專利特開2000-1185511號公報。 【發明內容】 〔發明所欲解決之技術問題〕 在貼紙、標籤或籤條等方面，於貼附或是裝配於散裝本 集束體之則’因必須先行記載各種屬性資料，故而必須要 有與堆疊捆紮機爲不同生產線所準備之印刷程序。 此外，該等貼紙、標籤或籤條等係在結束將此種散裝本 集束體之輸送後、解除捆紮狀態而將1張張的散裝本裝箱 1244455 五、發明說明（2) (分離）時，形成爲不需要之廢棄物。亦即，該等貼紙、 標籤或籤條等係爲一種消耗品，在具有此方面之成本問題 的同時，在形成爲垃圾之廢棄物處理上亦會導致垃圾問題 或環境破壞等問題。 本發明係有鑑於上述事情，其目的係爲提供一種堆疊捆 紮機及散裝本集束體，爲對於貼紙、標籤或籤條等係可無 須用以進行印刷之個別程序，且藉由消除貼紙、標籤或籤 條等消耗品，而可以低成本化及解決垃圾處理上之各種問 題。 〔解決問題之技術手段〕 爲達成上述目的，本發明係採取下列手段。 亦即，本發明係爲一種堆疊捆紮機，爲具備有：積聚部 ，爲將呈連續所搬送之散裝本以整列重合狀態下積聚；捆 紮部，藉由將以該積聚部所積聚之散裝本以捆紮帶成捲捆 裝，進以製作散裝本集束體；其特徵在於，在前述捆紮部 方面，於前述捆紮帶之表面上，爲設有印刷前述散裝本集 束體之屬性資料之印刷裝置。 利用此種構造後，於此種堆疊捆紮機中製作散裝本集束 體之過程裡，其中在捆紮帶之供給階段上因將屬性資料等 必要事項全數對於捆紮帶進行印刷，故而無須將印刷生產 線特別設置在此種堆疊捆紮機以外之處。 因此，大幅躍進地提昇用以製作散裝本集束體之作_交女 率（製作效率），此外，亦影響到成本的降低。 1244455 五、發明說明（3) 在前述捆紮部方面，係以構成如下者爲佳，即，設置有 將前述捆紮帶供給至捆裝位置之捆紮帶供給路徑，且在該 供給路徑上設置檢測出前述捆紮帶之通過的感測器，藉由 該感測器之檢測信號而作動前述印刷裝置。 在前述捆紮帶供給路徑上，設有跨越前述散裝本捆束的 捆紮帶用弓部，且構成爲在該弓部上供給前述捆紮帶，且 在前述弓部上設有前述印刷裝置者爲佳。 而在前述弓部上設有前述感測器者爲更佳。 前述印刷裝置係以呈噴墨方式者爲佳。 前述堆疊捆紮機係呈將散裝本以平置狀態積層之臥式形 式，而在前述散裝本集束體之製作過程中，係以設有形成 多數小捆束之第1積聚部、以及以多層堆積該小捆束之第 2積聚部爲佳。 此外，本發明係爲一種散裝本集束體，爲將以整列重合 #態所積聚之多張散裝本之周圍藉由捆紮帶捆裝而所形成 2散裝本集束體，其特徵在於，在捆紮帶之表面上係印刷 有該散裝本之屬性資料。 倘若爲此種構成之散裝本集束體時，則因無須使用貼紙 '標籤或籤條等，而能達到低成本化以及垃圾減量之目的 〇 前述屬性資料係以編碼、日期、時間者爲佳。 【實施方式】 &下，依據圖面說明本發明之實施例。 1244455 五、發明說明（4) 第1圖係顯示有關本發明之散裝本集束體1之一實施例 〇 該散裝本集束體1係爲，使多張散裝本（散裝等紙）2 以整列重合狀態下積聚的同時，以捆紮帶3捆裝此種積聚 狀態之散裝本2之周圍而形成者。同時，在該捆紮帶3之 表面上係印刷有編碼、日期、時間等屬性資料4。 從而，此種散裝本集束體1係爲一種僅觀看捆紮帶3便 可得知其屬性 > 容易且能迅速地判別屬性之物。此外，與 習知不同的是，因未使用有貼紙、標籤或籤條等，故而可 達到低成本化的同時，於拆卸捆紮帶3之際（卸裝），係 爲達到垃圾減量化之目的。 捆紮帶3係可使用以PP爲首之各種樹脂材料、或是其 他在可撓性及拉伸強度上優越之材料，作爲其形狀，亦是 除了具有可印刷屬性資料4之寬度的要點以外，並未有特 別之限制。 第2至4圖所示，係在製作上述散裝本集束體1時，可 使用之有關本發明之堆疊捆紮機1 0的第1實施例。 此種堆疊捆紮機1 〇係構成爲，將呈連續搬送之散裝本2 以整列重合狀態積聚、捆束，當該已捆束之散裝本2達到 所定積聚數量後，以捆紮帶3捆裝此種捆束狀態之散裝本 2之周圍。 本發明之第1實施例之堆疊捆紮機1 0係適用於立式者 。因此，具有將散裝本2豎立、且以並列之狀態下積聚之 1244455 五、發明說明（8) 此種第2實施例之堆疊捆紮機1 0亦係爲適用於立式之 物。不過，在第2實施例之堆疊捆紮機10中，係相對於 搬入部3 0，爲在途中設有利用第1鼓輪3 5之上升路徑3 6 與利用第2鼓輪3 7之下降路徑3 8，以在該下降路徑3 8所 生之下降力而豎立、並列散裝本2，且朝後端位置***’ 同時，使其在橫臥之柱狀上伸長之點係與上述第1實施例 相異。 其他方面，對於捆紮部1 2 (捆紮帶3之捆裝位置1 6 ) ，設有用以檢測出捆紮帶3之前端的前端感測器20之要 點、或是接收此種前端感測器20之檢測信號而在捆紮帶3 之表面上進行印刷的印刷裝置21之要點等，係與第1實 施例相同。 從而，在此係省略有關該等前端感測器20或印刷裝置 2 1之詳細說明。 第6圖係顯示有關本發明之堆疊捆紮機1 0之第3實施 例。 此種第3實施例之堆疊捆紮機1 0係爲適用於臥式者。 因此，在第3實施例之堆疊捆紮機1 0中，係具有用以將 散裝本2以平置狀態積層、捆束之第1積聚部40。 此外，針對此種臥式堆疊捆紮機1 0，其構造（作爲堆疊 捆紮機1 0之基本構造）亦是與習知同種之物略爲相同。 在此，以下係將其構造連同動作進行槪述。 在上述第1積聚部40中進行積層之散裝本2之捆束， -10- 1244455 五、發明說明（9 ) 並非爲截至達到散裝本集束體1之積聚張數爲止才一倂整 列齊化，而是在其一半程度或是1 / 3程度之小捆束狀態下 進行整列齊化。 並且在該第1積聚部40之二次側上設置第2積聚部41 ，藉由該第2積聚部41，而使以第1積聚部40所積層之 散裝本2之小捆束以階段堆積多數（例如爲2至3捆束左 右）、而呈大捆束化，形成在散裝本集束體1之積聚張數 整列齊化。 在上述第1積聚部40中，爲形成使散裝本2積層在可 進行滑行動作之暫時承接板43上，在結束積層後便使升 降台4 4上升於該暫時承接板4 3之下部待命，此時，該暫 時承接板43係後退、而使散裝本2之小捆裝移載至升降 台44上。 接著，下降該升降台44,當其形成爲與第2積聚部41 爲相同位準時，則藉由推進器4 5使散裝本2之小捆束朝 迴轉台46上押出，接著便將於其上方待命中之帶連結部 47下降、將該小捆束暫時提起。 並且，接下來於迴轉台46上送入散裝本2之小捆束時’ I ^ ! 在其上方藉由帶連接部47而使提起之小捆束進行疊層。 I 此外，在第1積聚部40之一次側上係設有搬入部30與 垂直交流部3 2。另外’在第2積聚邰4 1之一次側上則設 有捆紮部1 2。 在該捆紮部1 2方面，藉由使散裝本2之大捆束可上下 1244455 五、發明說明（11) 、捆紮帶3材質或供給速度、在印刷裝置2 1中之印刷頭 22的印刷方式或其他細部構造等，亦可因應實施例而進行 適當的變更。 此外，印刷裝置21並非爲限定在接收前端檢測感測器 20之檢測信號便進行作動之物，亦可爲由捆紮帶之傳送開 始ON信號而藉由作動定時器之信號來作動。 【發明之效果】 由上述說明可明顯得知，在關於本發明之堆疊捆紮機及 散裝本集束體中，可無須用以對於貼紙、標籤或籤條等進 行印刷之個別程序，且藉由無須貼紙、標籤或籤條等消耗 品，而可以低成本化及解決垃圾處理上之各種問題。 【圖式簡單說明】 第1圖所示係有關本發明之散裝本集束體之一實施例的 立體圖。 第2圖所示係有關本發明之堆疊捆紮機之第1實施例之 槪略示意側面圖。 第3圖所示係對應於第2圖之平面圖。 第4圖所不係沿第3圖之A - A線部分之放大圖。 第5圖所不係有關本發明之堆疊捆紮機之第2實施例之 槪略示意側面圖。 第6圖所不係有關本發明之堆R捆紫機之第3實施例之 槪略示意側面圖。 -13- 1244455 五、發明說明（12) 【主要部分之代表符號說明】 1 :散裝本集束體 2 :散裝本 3 :捆紮帶 4 :屬性資料 1〇：堆疊捆紮機 20 :前端感測器 2 1 :印刷裝置 40 :第1積聚部 41 :第2積聚部 -14-1244455 V. Description of the invention (ι) [Technical field to which the invention belongs] The present invention relates to a stacking and bundling machine and a bulk product. [Prior technology] Once the bulk books (papers in bulk, etc.) sent by a rotary machine, etc. are accumulated in a whole line of overlapping state, the whole is bundled with straps to form a bulk book cluster, which is then provided for transportation or inventory Use. The production of such bulk packs is generally by a horizontal stacking and bundling machine (see Japanese Patent Laid-Open No. Sho 64-30 1) for stacking bulk packs in a flat state, or by standing up bulk packs, A vertical stacking and bundling machine that accumulates in parallel (refer to Japanese Patent Publication No. Sho 58-469 1 and JP 2000-1 1 855 1 1). In the bulk body produced in this way, stickers, labels or tags with attribute information such as code, date and time are attached. [Patent Document 1] Japanese Patent Laid-Open No. 6 4-301. [Patent Document 2] Japanese Patent Publication No. Sho 58-469 No. 1. [Patent Document 3] Japanese Patent Laid-Open No. 2000-1185511. [Summary of the Invention] [Technical Problems to be Solved by the Invention] In terms of stickers, labels, or tags, when attaching or assembling to the bulk of the cluster, 'it is necessary to record various attribute data in advance, so it must be related to Stacking and bundling machine prepared printing procedures for different production lines. In addition, these stickers, labels, or tags, etc., are used to pack one piece of bulk paper after unloading the bundle after the transport of the bulk body has been completed. 1244455 5. Description of the invention (2) (Separation) , Formed as unwanted waste. That is, such stickers, labels or tags are a kind of consumables. While having a cost problem in this regard, the disposal of wastes formed as garbage will also cause problems such as garbage or environmental damage. The present invention has been made in view of the above-mentioned matters, and its object is to provide a stacking and bundling machine and a bulk of the bundle, and to eliminate the need for printing, such as stickers, labels or labels, and to eliminate the need for printing, Consumables, such as labels, can reduce costs and solve various problems in garbage disposal. [Technical means to solve the problem] To achieve the above object, the present invention adopts the following means. That is, the present invention is a stacking and bundling machine, which is provided with: an accumulation section for accumulating the bulk books conveyed in a row in an overlapping state; and a bundling section for accumulating the bulk books accumulated by the accumulation section. A bundle is bundled into a roll and fed to produce a bulk bundle. The feature is that, on the surface of the bundle, a printing device for printing the attribute information of the bulk bundle is provided on the surface of the bundle. After using this structure, in the process of making the bulk bundle in such a stacking and bundling machine, in the supply stage of the strapping, all necessary matters such as attribute data are printed on the strapping, so there is no need to specialize the printing production line. Placed outside such a stacking and bundling machine. Therefore, the work to make the bulk of this cluster is greatly improved. The production rate (production efficiency) also affects the cost reduction. 1244455 V. Description of the invention (3) In the aforementioned bundling unit, it is preferable to constitute a bundling band supply path for supplying the aforementioned bundling band to the bundling position, and a detection is provided on the feeding path. The sensor through which the strapping band passes passes through the detection signal of the sensor to activate the printing device. The bundling strap supply path is preferably provided with a bundling bow portion that spans the bulk bundle, and is configured to supply the bundling strap to the bundling portion and the printing device is provided to the bundling portion. . It is more preferable to provide the sensor on the bow portion. The printing device is preferably an inkjet system. The above-mentioned stacking and bundling machine is in a horizontal form in which bulk books are stacked in a flat state. During the production process of the above-mentioned bulk book cluster, a first accumulation section forming a plurality of small bundles is provided, and the stacking is performed in multiple layers. The second accumulation portion of the small bundle is preferable. In addition, the present invention is a bulk pack, which is formed by bundling a plurality of bulk packs that are accumulated in the entire column overlapped state with a bundling band, and is characterized in that The surface is printed with the attribute information of the bulk copy. If it is a bulk assembly with such a structure, the purpose of cost reduction and waste reduction can be achieved because there is no need to use stickers, labels, or tags, etc. 〇 The aforementioned attribute data is preferably coded, date, and time. [Embodiment] Next, an embodiment of the present invention will be described with reference to the drawings. 1244455 V. Description of the invention (4) The first figure shows an embodiment of the bulk collector 1 according to the present invention. The bulk collector 1 is such that a plurality of bulk copies (such as bulk paper) 2 are superimposed in a row. At the same time as the accumulation in the state, a bundle 3 is formed around the bulk notebook 2 in such an accumulation state. At the same time, attribute data 4 such as a code, date, and time are printed on the surface of the strap 3. Therefore, the bulk body 1 of this type is a substance whose properties can be known only by looking at the strap 3 > It is easy and quick to discriminate the properties. In addition, unlike conventional knowledge, because no stickers, labels, or tags are used, cost reduction can be achieved, and at the same time as the strap 3 is removed (unloaded), the purpose is to reduce waste. The strap 3 can use various resin materials such as PP, or other materials that are superior in flexibility and tensile strength. As its shape, in addition to the point of having the width of printable attribute data 4, There are no special restrictions. Figures 2 to 4 show the first embodiment of the stacking and bundling machine 10 according to the present invention which can be used when manufacturing the present bulk body 1. This stacking and bundling machine 10 is configured to accumulate and bundle the bulk books 2 that are continuously conveyed in a whole row of overlapped states. When the bundled bulk books 2 reach a predetermined accumulation amount, this is bundled with a strap 3 Around the bulk notebook 2 in this bundled state. The stacking and bundling machine 10 of the first embodiment of the present invention is suitable for a vertical person. Therefore, it is 1244455 that the bulk books 2 are erected and accumulated in a side-by-side state. 5. Description of the invention (8) The stacking and bundling machine 10 of the second embodiment is also suitable for a vertical type. However, the stacking and bundling machine 10 of the second embodiment is provided with an ascending path 3 6 using the first drum 35 and a descending path using the second drum 37 in relation to the carrying-in portion 30. 38, stand up in parallel with the descending force generated by this descending path 38, and insert the bulk 2 in parallel, and insert it towards the rear end position. At the same time, the point of elongation on the horizontal column is the same as the first implementation. The cases are different. In other respects, for the bundling part 12 (the bundling position 16 of the bundling band 3), a point of the front-end sensor 20 for detecting the front end of the bundling band 3 is provided, or the detection of the front-end sensor 20 is received. The gist and the like of the printing device 21 which prints signals on the surface of the band 3 are the same as those of the first embodiment. Therefore, detailed descriptions of the front-end sensors 20 or the printing device 21 are omitted here. Fig. 6 shows a third embodiment of the stacking and bundling machine 10 according to the present invention. The stacking and bundling machine 10 of the third embodiment is suitable for a horizontal person. Therefore, the stacking and bundling machine 10 of the third embodiment includes a first accumulating section 40 for stacking and bundling the bulk books 2 in a flat state. In addition, the structure of this horizontal stacking and bundling machine 10 (as the basic structure of the stacking and bundling machine 10) is also slightly the same as that of the same kind. Here, the structure and operation will be described below. The bundles of the bulk books 2 that are laminated in the first accumulation section 40 are described above. -10- 1244455 V. Description of the invention (9) is not to be aligned in a row until the number of the accumulated bulk 1 of the bulk body 1 is reached. Instead, they are aligned in a small bundle of half or 1/3 of the degree. In addition, a second accumulation section 41 is provided on the secondary side of the first accumulation section 40, and the second accumulation section 41 is used to stack the small bundles of the bulk 2 stacked in the first accumulation section 40 in stages. Many (for example, about 2 to 3 bundles) are bundled in large bundles, and the number of accumulated sheets formed in the bulk bundle 1 is aligned. In the above-mentioned first accumulating section 40, in order to form a temporary receiving plate 43 on which the bulk copy 2 can be slid, after finishing the stacking, the lifting platform 44 is raised to the lower portion of the temporary receiving plate 43 and stands by. At this time, the temporary receiving plate 43 is retracted, and the small bundles of the bulk notebook 2 are transferred to the lifting table 44. Next, the lifting table 44 is lowered, and when it is formed at the same level as the second accumulating section 41, the small bundles of the bulk books 2 are pushed out on the turntable 46 by the pusher 45, and then they will be put on it. The upper belt connecting portion 47 descends, and temporarily lifts the small bundle. Then, when the small bundles of the bulk 2 are fed on the turntable 46, 'I ^! The small bundles lifted up by the belt connection portion 47 are stacked on top of them. I In addition, a carry-in section 30 and a vertical communication section 32 are provided on the primary side of the first accumulation section 40. In addition, a binding portion 12 is provided on the primary side of the second accumulation 积 41. With regard to the bundling section 12, the large bundle of the bulk book 2 can be moved up and down 1244455 5. Description of the invention (11), the material or supply speed of the bundling belt 3, and the printing method of the print head 22 in the printing device 21 Or other detailed structures may be appropriately changed according to the embodiment. In addition, the printing device 21 is not limited to be activated by receiving a detection signal from the front-end detection sensor 20, and may be operated by a signal from an operating timer by transmitting a start signal from the strap. [Effects of the Invention] From the above description, it is obvious that the stacking and bundling machine and the bulk of the present invention with respect to the present invention require no separate procedures for printing stickers, labels, or tags, etc. Consumables such as stickers, labels, or tags can reduce costs and solve various problems in garbage disposal. [Brief Description of the Drawings] Fig. 1 is a perspective view showing an embodiment of the bulk bundle of the present invention. Fig. 2 is a schematic side view showing the first embodiment of the stacking and bundling machine according to the present invention. Figure 3 is a plan view corresponding to Figure 2. Figure 4 is not an enlarged view along the line A-A in Figure 3. Figure 5 is not a schematic side view of the second embodiment of the stacking and bundling machine according to the present invention. Fig. 6 is not a schematic side view of the third embodiment of the R-bundle purple machine of the present invention. -13- 1244455 V. Description of the invention (12) [Description of the representative symbols of the main parts] 1: Bulk bundles 2: Bulk books 3: Bundles 4: Attribute data 10: Stacking and bundling machines 20: Front-end sensors 2 1: Printing device 40: First accumulation section 41: Second accumulation section-14-