M407157 五、新型說明： 【新型所屬之技術領域】 本新型係有關一種承紙盤結構，特別是一種應用於連 續傳送設備之承紙盤結構。 【先前技術】 傳真機、印表機、掃描機或多功能事務機（Multi Function Printer，MFP)等可提供掃描或是列印的事務機 φ 器，已普遍應用在家庭或各種辦公場所中。以掃描機為 例，掃描機可以將掃描紙張文件而轉換成電子格式檔案， 以利於文件之儲存與管理，成為無紙化檔案管理之重要設 備。 掃描機依照掃描模式可以分為平台式掃描機（Flatbed Scanner)或是饋紙式掃描機（Sheetfed Scanner)。平台 式掃描機提供一個掃描平面’待掃描文件放置於掃描平面 φ 上即可進行掃描作業。一般平台式掃描機最大的缺點是依 ' 次僅能掃描一張文件，多個待掃描文件需要執行多次掃描 作業。饋紙式掃描機則設置有進紙機構，進紙機構構成一 • 傳送待掃描文件之傳送路徑，使待掃描文件逐張的送入掃 描機内’快速地完成掃描作業。 一般饋紙式掃描機在對應傳送路徑之饋入口處設置 裝設有承紙盤（Paper tray )，以承載多張待掃描的文件。 譬如FUJITSU公司所推出之型號F1-S1300掃描機，此種 M407157 饋紙式掃描機的承紙盤與出紙口具有一夾角，可對軟質紙 張順利的傳送進行掃描作業。由於承紙盤與出紙口具有一 夾角，故而承紙盤所佔據之空間較小。然此一型式之饋紙 式掃描機於傳送路徑中將使軟質紙張進入饋入口時略為 %曲，故热法掃描如信用卡等硬質卡片。 又如PANASONIC公司所推出型號KV_sl〇25C掃描 機’此種饋紙式掃描機的承紙盤則與出紙σ位在同-直線 除可供軟質文件傳送掃描外，並且能夠傳送掃描如信 ^卡等之硬料片。在掃描時，硬#卡^會於傳送路^ =Γ成損壞。然此一型式之韻紙式掃描機之承乾 现將佔據較大的空間。 【新型内容】 紙盤描機，為精簡承紙盤所佔據之空間，承 ^〜角度，但卻無法掃描硬質卡片。為掃 田貝片需將承紙盤與出紙口位在同一直線t 、 得承紙盤佔據較大空間，也就是空 二 =部使 ，衝突，於此，本新型===業間產 盤結構。 出了種设合式承紙 重& '里所揭露之複合式承紙盤紐禮总 並由 其包括有一對支撐件、一副载# 其中，一對支浐杜A ± j戰盤及一主載盤 入口處，副端二係樞設於事務機器對應1 ^套次於事務機器上，另一端則樞設〉 ί = 盤上設有一置卡位置。而主载盤則樞接於 3側^1 =務機器的收置位置，或是展開於事務機 軸=:Λ_的工作位置。於工作位置，副 =置卡位置與事務機器饋人口及出紙口位於同-直 路/副载盤即可職硬質卡片以饋人於事務機器之傳送 载:構而主載盤與事務機器出紙口呈一夹角，主載盤與副 器之傳送Ζ紙位置即可裝紐質紙張以饋人於事務機 根據本㈣所揭露之複合絲紙盤結構，主载盤與副 以可旋轉之關係樞設於事務機器，主載盤與副载盤可 共同地靠擺於事務機器上，以作為事務機器的外蓋^載 盤與副载盤並可共同地展開於事務機器的外側，副载盤即 可裝載硬質卡片以饋入於事務機器，主載盤與副载盤可裝 載軟質紙張以饋人於事務機器，進而提供—種具備有軟質 '㈣及硬質卡片承載功能之複合式承紙盤結構，並且有效 解決空間湘與掃描作業間產生的技術衝突。 有關本新型之詳細特徵與實作，茲配合圖式在實施方 式中詳細說明如下，其内容足以使任何熟習相關技術者了 解本新型之技術内容並據以實施，且根據本說明書所揭露 之内容及圖式，任何熟習相關技術者可輕易地理解本新型 相關之目的及優點。 【實施方式】 5 M407157 根據本新型所揭露之複合式承紙盤結構， 務機器的讀入口，用以承載待工作 、叹於一 件經由饋入口而％ λ s，古^ 以V待工作物 工作，完成傳送路徑中進行預設 成預叹工作之待工作物件並由事務 ^。其中，事務機器係指傳真機、印表機、掃插機= :=務機(脑WiGn Pri咖，MFp)等可提供掃描二 2卩的機器。此類事務機器中包括有由複數個滾輪（如 取紙滚輪、分紙滾輪、傳送滾輪、线 值样y_ 等）所構成之 二！，傳送路徑的入口即為饋入口，傳送路徑的出口 紙口。待工作物件可以是軟質的紙張或硬質的卡片 為(ΙΓ卡）。在—以下本新型的實施例中，將以掃描機作. ，”、，型之具財施例，而於掃域内複數贿輪所構 之傳送路徑係呈水平’亦即饋入口、傳送路徑及出紙口位 在同一直線上。 「卜根據本新型所揭露之之複合式承紙盤結構，請參閱 「第1、2、5圖」所示’複合式承紙盤結構1〇隸設於 事務機器20侧邊。其中事務機器2〇内部由複數個滾輪 21構成一傳送路徑22(圖中以虛線繪示），傳送路徑^ 1 則為饋入口 221，另-側為出紙π 222。於事務機器2〇 對應於饋入口 221側的兩端分別設有活動槽23及套接座 Μ (兩端左右相對稱）。活動槽23與套接座24間隔—矩 離且對應事務機器20側牆25處具有一止擋部251。 根據本新型所揭露之之複合式承紙盤結構’複合式承 紙盤結構1Q包括有—對支撐件11、-副載盤12及-主 载盤13。 _凊苓閱「第3A圖」所示，支撐件n大致上呈一桿 體 端為滑移端111、另一端為樞接端112,支撐件u 即由滑移端111伸人於事務機器2G之活動槽23内。滑移 端形成一「L」型缺槽而構成一抵靠部lln，抵靠部 可跨置於側牆25之止擋部251。又在抵靠部llu的 側面凸叹有-導滑塊1112來使支撐件u限制於活動槽 23内移動。樞接端112開設有一貫穿的套接孔，並 於由套接孔112處延伸突出一導桿丨122。 请參閱「第3B圖」所示，副載盤12大致上呈一長型 板體。畐,J載盤12的兩側牆121上分別設有第一轉轴m ，第二轉轴123(副載盤12兩端左右對應，僅說明一側）， 第一轉軸123具有外側段1231與内側段1232。又，副载 盤12中段位置處具有置卡部124，提供一置卡位置以承 載硬質卡片。置卡部124的兩側則為銜接部125、126, 銜接部125、126略具有一角度θ，此角度約5度〜15度（請 參閱第3D圖所示）。 主載盤13大致上呈一長型板體’其面積大於副载盤 12二至三倍’用以承載軟f紙張。主载盤13具有銜接端 ⑶與延伸端132，於延伸端132言史置有—可調整之延伸 M407157 盤133，並且在主載盤13上設有調整座134，延伸盤 與調整座134用以根據軟質紙張的大小（如A4尺寸或 Letter尺寸）調整，而提供一承載軟質紙張的位置。 请參閱「第3C圖」所示，在主載盤13銜接端131 的兩側具有一對樞接耳1311(左右對應僅說明一側）， 樞接耳1311内側面設有軸座1312，並於鄰近軸座i3i2 處具有定位塊1313。 萌再麥閱 — Θ又4牙ΊΤ -丄 w 動地裝設於事務機器20之活動槽23，支撐件u之滑移 知111伸入於活動槽23 (未固定），而副載架12第二轉 軸I23以可旋轉之關係穿套過支撐件11之套接孔121， 第二轉軸123之内侧段1232位在套接孔U21内，第二轉 軸之外側段1231伸出於套接孔ιΐ2ι外。又，副載架 12之第-轉輛122則以可旋轉之關係穿套於套接座 如此，使副載架12可旋轉地裝設於對應事務機器2〇饋入 口 221的位置處。副載架12可靠攏於事務機器20，此-位置定義為收置位置’副載架並展開於事務機器外， 使副載盤！2的置卡部124與饋人⑽ 出紙口奶位在同-直線上，此—位置定義為工作位置。 為保持副載盤12位在工作位置上，支推件u之抵靠部 1⑴恰可跨置於事務機器2G側牆25之止播部251。 主载盤13之銜接端131係透過榷接耳⑶㈠區接於副 M407157 載盤12,主載盤13銜接著副載盤12之銜接部i25、 /、同構成可置放軟質紙張之置紙位置，銜接部125、126 ,角度即可匹配主载盤13，使軟質紙張平順放置。其中 樞接耳1311之轴座1312以可旋轉之關係套置於第二轉轴 123之外側段1231’並且令支撐件11之導桿1122對應於 定位塊1313的位置。主載盤13與副載# 12可共同旋轉 .而靠攏於事務機器20移至收置位置，或是共同展開於事 •務機器2〇外而移至工作位置，於工作位置上，主載盤13 與饋入口 22卜傳送路徑22、出紙口您所構成之直線具 有一角度。另，於主承盤13旋轉過程中，導桿⑽ 著定位塊⑶3而滑動到定位塊1313的兩端，使主^盤 π於收置位置上及工作位置上係藉由導桿η22與定位塊 13U之配置而被定位。並且於工作位置，主載盤13銜接 端131之端緣抵靠於支撐件11及副載盤12，而保持工作 •位置上之角度關係。 續請參閱「第4、5、6、7圖」所示，根據本新型所 揭露之複合式承紙盤結構，設置於事務機器Μ之饋入口 221處，主載盤13與副載盤12共同具有靠攏於事務機哭 2〇的收置位置（如第4圖所示），使主载盤13與副_ 12在不使用時可作為事務機㈣外殼之-部分，並節省 所佔據的空間。主载盤13與副載盤12亦共同具有展開於 事務機器20外㈣供承載硬f卡片或軟質紐的工作位 9 置（如第5圖所示）。 於入於工作位置上，㈣“之計位置與事務機哭20 饋入口功、傳送路徑22、出紙口奶位 : 而主载盤13與副载盤12 直線上。 2〇Μ^σ2 冓成之置紙位置與事務機器 具有—角产=送路徑22、出紙口扣所構成之直線 所亍） 载盤12即可袭载硬質卡片3〇(如第6圖 所不）以經由饋入口 俜、、， 口 俨22 达入於事務機器20之傳送路 二成掃描付後，經由出紙口 222而移出。而 二成之置紙位置亦可裝载軟質紙張 2〇之僂、、，^ 、工由饋入口 221傳送入於事務機器 而^出 在完成掃描作業後，經由出紙口- 根據本新型所揭露之複合式承紙盤 與副载盤12提供—種具備有軟質紙張仙及硬質 二载功月b之複合式承紙盤結構，即可提供最佳之空間利用 亚提供兩種掃描作業模式（卡片模式及紙張槿式）。 =達成本新"佳”彻_及提供兩種掃描 純式’在本新型之創作精神下，㈣盤丨 1 亦可直接地固定於事務機⑽上。㈣= 班^機裔20上，並使副載部12置卡部124之的置卡位 U務機器20饋入σ 221、傳送路徑22、出紙口奶 ;同直線上。而主載盤13銜接固定於副載盤U，由 二:盤1;與副裁盤12所構成之置紙位置與 饋傳送路徑.22、出紙口 222所構成之直線具有 角度。以透過固定之副載盤12 質卡Η π H ± 戰盤分別承載硬 或讀f紙張4G進行兩種掃描作業模式。 、雖然本新型以前叙較佳實施例揭露如上，然其並非 、,、艮疋本新型’任何熟習此項技術者，在不脫離本新型 之精神和範圍内，當可作些許之更動與㈣，因此本新型 之專利保護範圍須視本說明書所附之申料利範圍所 定者為準。 【圖式簡單說明】 第1圖為本新型結構組成分解示意圖； ^ 2圖為本新型結構組成分解示意圖； 第3A 3B、3C、3D圖為本新型中各組成構件結構 示意圖； 第4圖為本新型靠攏位置狀態示意圖； 第5圖為本新型工作位置狀態示意圖； 第6圖為本新型工作位置放置硬質卡片狀態示意 圖；及 ~ 第7圖為本新型工作位置放置軟質紙張狀態示意圖。 【主要元件符號說明】 10 複合式承紙盤結構 11 支撐件 M407157 111 滑移端 1111 抵靠部 1112 導滑塊 112 框接端 1121 套接孔 1122 導桿 12 副載盤 121 側牆 122 第一轉軸 123 第二轉軸 1231 外側段 1232 内側段 124 置卡部 125 、 126 銜接部 13 主載盤 131 銜接端 132 延伸端 133 延伸盤 134 調整座 1311 框接耳 1312 軸座 1313 定位塊 12 M407157 20 事務機器 21 滾輪 22 傳送路徑 221 饋入口 222 出紙口 23 活動槽 24 套接座 25 側牆 251 止擋部 30 硬質卡片 40 軟質紙張M407157 V. New description: [New technical field] The present invention relates to a paper tray structure, in particular to a paper tray structure for continuous conveying equipment. [Prior Art] A fax machine, a printer, a scanner, or a Multi Function Printer (MFP) can provide a scanning or printing machine, which has been widely used in homes or various office places. Taking a scanner as an example, the scanner can convert scanned paper files into electronic format files to facilitate the storage and management of documents, and become an important device for paperless file management. The scanner can be divided into a flatbed scanner (Flatbed Scanner) or a sheetfed scanner (Sheetfed Scanner) according to the scanning mode. The flatbed scanner provides a scanning plane. The scanned file is placed on the scanning plane φ for scanning. The biggest disadvantage of a typical flatbed scanner is that it can scan only one file at a time, and multiple scans need to be performed for multiple scanned files. The paper-feeding scanner is provided with a paper feeding mechanism which constitutes a transport path for transferring the documents to be scanned, and causes the documents to be scanned to be fed into the scanner one by one to quickly complete the scanning operation. Generally, the paper-feeding scanner is provided with a paper tray at a feeding inlet of the corresponding conveying path to carry a plurality of documents to be scanned. For example, FUJITSU's model F1-S1300 scanner, the M407157 paper-feeding scanner's paper tray has an angle with the paper exit, which can scan the smooth transfer of soft paper. Since the paper tray has an angle with the paper exit, the paper tray takes up less space. However, this type of paper-feeding scanner will slightly soften the soft paper into the feed port in the transport path, so the thermal scan scans hard cards such as credit cards. Another example is the model KV_sl〇25C scanner introduced by PANASONIC. The paper tray of this type of paper-feeding scanner is in the same line as the paper output σ, which can be used for soft file transfer scanning, and can transmit scans such as letter ^ Hard material such as cards. When scanning, the hard #卡^ will be damaged on the transmission path ^=. However, the commitment of this type of rhyme paper scanner will occupy a large space. [New Content] The paper-drawing machine is designed to streamline the space occupied by the paper tray, but it cannot scan hard cards. In order to sweep the sheet, it is necessary to place the paper tray and the paper exit port in the same straight line t, and the paper tray takes up a large space, that is, the empty two = part, conflict, here, the new === inter-industry production structure. A combination of the paper-carrying weight & 'the composite tray-covered gift that is revealed in the whole and includes a pair of support members, a pair of ##, a pair of support 浐 Du A ± j battlepan and one At the entrance of the main carrier, the secondary end is pivoted on the transaction machine corresponding to 1^ sets on the transaction machine, and the other end is pivoted> ί = There is a card position on the disk. The main carrier is pivotally connected to the 3 side ^1 = the machine's storage position, or the working position of the transaction machine axis =: Λ _. In the working position, the sub-card position is located in the same-straight-line/sub-distribution as the transaction machine feeds the paper and the paper outlet is a hard card to feed the transaction machine: the main carrier and the transaction machine The paper mouth is at an angle, and the main tray and the sub-machine convey the crepe paper position to install the new paper to feed the machine. According to the composite wire tray structure disclosed in the above (4), the main carrier and the sub-rotate are rotatable. The relationship is pivoted on the transaction machine, and the main carrier and the sub-carrier can be placed together on the transaction machine as the outer cover of the transaction machine and the sub-carrier and can be deployed together on the outside of the transaction machine. The sub-tray can be loaded with a hard card to feed into the transaction machine. The main carrier and the sub-carrier can be loaded with soft paper to feed the transaction machine, thereby providing a composite with a soft '(4) and rigid card carrying function. The paper tray structure and effectively solve the technical conflict between space Xiang and scanning operations. The detailed features and implementations of the present invention are described in detail in the following embodiments, which are sufficient to enable anyone skilled in the art to understand the technical contents of the present invention and implement it according to the present disclosure. And the drawings, any related art can easily understand the related purposes and advantages of the present invention. [Embodiment] 5 M407157 According to the composite tray structure disclosed in the present invention, the reading inlet of the machine is used to carry the work to be carried, sighs one piece through the feed inlet and λ s, the ancient ^V to work Work, complete the transfer path to pre-set the work object to be pre-sighed by the work ^. Among them, the transaction machine refers to a machine that can provide scanning, such as a fax machine, a printer, a sweeper = := machine (brain WiGn Pri, MFp). This type of transaction machine consists of a plurality of rollers (such as a pickup roller, a separation roller, a transfer roller, a line value y_, etc.). The entrance of the transmission path is the inlet of the feed and the exit of the transport path. The object to be worked on can be soft paper or a hard card (Leica). In the following embodiments of the present invention, the scanning machine is used as a financial example of the type, and the transmission path of the multiple bribes in the sweeping domain is horizontally, that is, the feeding inlet and the conveying path. And the paper exits are on the same line. "In accordance with the structure of the composite paper tray disclosed in the present invention, please refer to the "composite paper tray structure 1" as shown in "1, 2, 5" On the side of the transaction machine 20. The transaction machine 2 is internally constituted by a plurality of rollers 21 to form a transmission path 22 (shown by a broken line in the figure), the transmission path ^1 is the feed inlet 221, and the other side is the paper output π 222. At the two ends of the transaction machine 2A corresponding to the side of the feed inlet 221, there are respectively an active groove 23 and a socket Μ (both ends are symmetrical). The movable slot 23 is spaced from the socket 24 by a moment and has a stop 251 at the side wall 25 of the transaction machine 20. The composite tray structure 1Q according to the present invention comprises a pair of support members 11, a sub-carrier 12 and a main tray 13. _ 「 "" Figure 3A", the support member n is substantially a rod end is a sliding end 111, the other end is a pivot end 112, and the support member u is extended from the sliding end 111 to the transaction machine 2G in the activity slot 23. The slip end forms an "L"-shaped notch to form an abutting portion 11n, and the abutting portion can straddle the stopper portion 251 of the side wall 25. Further, a guide slider 1112 is slid on the side of the abutting portion 11u to restrict the support member u from moving in the movable groove 23. The pivoting end 112 defines a through-hole, and a guiding rod 122 extends from the socket 112. Referring to "Fig. 3B", the sub-tray 12 is substantially a long plate body. The first rotating shaft m and the second rotating shaft 123 (the two sides of the secondary carrier 12 correspond to each other, only one side is illustrated), and the first rotating shaft 123 has an outer section 1231. With the inner segment 1232. Further, the sub-tray 12 has a card portion 124 at a position in the middle portion to provide a card position for carrying a hard card. The two sides of the carding portion 124 are the engaging portions 125, 126, and the engaging portions 125, 126 have an angle θ which is about 5 to 15 degrees (see Fig. 3D). The main carrier 13 is substantially in the form of a long plate body 'having an area two to three times larger than the sub-tray 12' for carrying soft f-sheets. The main carrier 13 has a connecting end (3) and an extending end 132. The extended end 132 is provided with an adjustable extension M407157 disk 133, and an adjustment seat 134 is provided on the main carrier 13 for extending the disk and the adjusting seat 134. To adjust the size of the soft paper (such as A4 size or Letter size) to provide a position to carry soft paper. As shown in FIG. 3C, a pair of pivoting ears 1311 are provided on both sides of the connecting end 131 of the main carrier 13 (the left and right sides only indicate one side), and the inner side of the pivoting lug 1311 is provided with a shaft seat 1312, and A positioning block 1313 is provided adjacent to the shaft seat i3i2. The germination and the gingival ΊΤ 4 4 4 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 动 111 111 111 111 111 111 111 111 111 111 111 The second rotating shaft I23 is sleeved through the sleeve hole 121 of the support member 11 in a rotatable relationship. The inner portion 1232 of the second rotating shaft 123 is located in the sleeve hole U21, and the outer side portion 1231 of the second rotating shaft protrudes from the sleeve hole. Ϊ́2 2 outside. Further, the first-rotor 122 of the sub-carrier 12 is slidably fitted to the socket in a rotatable relationship. Thus, the sub-carrier 12 is rotatably mounted at a position corresponding to the feed port 221 of the transaction machine 2 . The sub-carrier 12 is reliably attached to the transaction machine 20, and this position is defined as the storage position 'sub-carrier' and is deployed outside the transaction machine to make the sub-carrier! The carding portion 124 of the 2 is in the same line as the milking point of the feeder (10), and this position is defined as the working position. In order to keep the sub-tray 12 in the working position, the abutment portion 1(1) of the pusher u can be placed across the stop portion 251 of the side wall 25 of the transaction machine 2G. The connecting end 131 of the main carrier 13 is connected to the sub-M407157 carrier 12 through the splicing ear (3) (1), and the main carrier 13 is connected to the engaging portion i25 of the sub-tray 12, and the paper constituting the soft paper can be placed. The position, the connecting portions 125, 126, the angle can match the main carrier 13, so that the soft paper is placed smoothly. The shaft seat 1312 of the pivoting lug 1311 is sleeved in the outer side section 1231' of the second rotating shaft 123 in a rotatable relationship and the guiding rod 1122 of the supporting member 11 corresponds to the position of the positioning block 1313. The main carrier 13 and the sub-carrier #12 can rotate together. They are moved to the storage position by the transaction machine 20, or are moved together to the work machine 2 and moved to the working position. In the working position, the main load The disk 13 has an angle with the straight line formed by the feed port 22 and the paper exit port. In addition, during the rotation of the main retainer 13, the guide bar (10) slides the positioning block (3) 3 and slides to both ends of the positioning block 1313, so that the main plate π is placed on the receiving position and the working position by the guiding rod η22 and positioning. The configuration of block 13U is located. And in the working position, the end edge of the engaging end 131 of the main carrier 13 abuts against the support member 11 and the sub-tray 12 while maintaining the angular relationship of the work position. Continuation, please refer to the "Figures 4, 5, 6, and 7". The composite tray structure disclosed in the present invention is disposed at the feed inlet 221 of the transaction machine, and the main tray 13 and the sub-tray 12 are provided. Together with the location of the crying 2 (as shown in Figure 4), the main carrier 13 and the secondary -12 can be used as part of the outer casing of the transaction machine (4) when not in use, and save the occupied space. The main carrier 13 and the sub-tray 12 also have a working position 9 (as shown in Fig. 5) which is unfolded outside the transaction machine 20 for carrying a hard f card or a soft button. In the working position, (4) "The position and the transaction machine cry 20 feed inlet work, transfer path 22, paper outlet milk position: and the main carrier 13 and the sub-loading tray 12 are straight. 2〇Μ^σ2 冓The paper placement position and the transaction machine have a line of angle = the delivery path 22 and the paper exit buckle. The carrier 12 can carry a hard card 3 (as shown in Fig. 6) to feed through The entrance port 、, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ^, the work is fed into the transaction machine by the feed inlet 221, and after the completion of the scan operation, via the paper exit port - the composite paper tray and the sub-tray 12 according to the present invention are provided with a kind of soft paper The composite tray structure of the sin and the hard two-loaded power b can provide the best space for the use of two scanning modes (card mode and paper 槿). = Achieve this new "佳" And provide two kinds of scanning pure styles. Under the creative spirit of this new type, (4) Pan 1 can also be straight Secured to the transaction machine ⑽. (4) = Class 2, and the card position of the card portion 124 of the sub-carrier 12 is fed into the σ 221, the transmission path 22, and the paper outlet milk; The main carrier 13 is fixedly coupled to the sub-tray U by two: the disc 1; the paper-disposing position formed by the sub-disc 12 has an angle with a straight line formed by the feed transport path 22.22 and the paper exit 222. Two scanning operation modes are performed by carrying a hard or read f paper 4G through the fixed sub-tray 12, the quality card π π H ± battle disk. Although the preferred embodiment of the present invention has been disclosed above, it is not intended to be a novelty of the present invention, and it may be modified and (4) without departing from the spirit and scope of the present invention. Therefore, the scope of patent protection of this new type shall be subject to the scope of the application scope attached to this specification. [Simple diagram of the diagram] Figure 1 is a schematic diagram of the decomposition of the new structure; ^ 2 is a schematic diagram of the decomposition of the new structure; 3A 3B, 3C, 3D diagram is a schematic diagram of the structure of each component; The schematic diagram of the new position of the close position; the fifth figure is a schematic diagram of the state of the new working position; the sixth figure is a schematic diagram of the state of placing the hard card in the new working position; and ~ FIG. 7 is a schematic view of the state of placing the soft paper in the new working position. [Main component symbol description] 10 Composite paper tray structure 11 Support member M407157 111 Slip end 1111 Abutment portion 1112 Guide slider 112 Frame end 1121 Socket hole 1122 Guide rod 12 Sub-tray 121 Side wall 122 First Rotary shaft 123 second shaft 1231 outer section 1232 inner section 124 carding portion 125, 126 engaging portion 13 main carrier 131 connecting end 132 extending end 133 extending disk 134 adjusting seat 1311 framed ear 1312 shaft seat 1313 positioning block 12 M407157 20 transaction Machine 21 Roller 22 Transport path 221 Feed inlet 222 Paper exit 23 Active slot 24 Socket 25 Side wall 251 Stop 30 Hard card 40 Soft paper
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