200911555 九、發明說明 【發明所屬之技術領域】 本發明是關於紀念幣版壓印裝置之版成型機構，詳細 地說是關於對轉印有版樣的紀念幣壓印日期或順序編號等 用的紀念幣壓印機構。 【先前技術】 習知已有可在紀念幣原材板形成有凹凸版圖樣後販售 紀念幣的紀念幣版壓印裝置。該裝置是因應使用者遊覽觀 光地、遊樂園設施、參觀展覽館等時，做爲參觀遊覽紀念 欲擁有觀光地、展覽館等相關風景或吉祥物圖樣等紀念幣 的期望而誕生的產物。 第8圖中圖示著該紀念幣版壓印裝置外觀的一例。 紀念幣版壓印裝置51的前面上方揭示著紀念幣版成 型過程說明用的紀念幣購買步驟顯示部5 6。於該紀念幣購 買步驟顯示部56的下方，設有可觀看紀念幣版成型機構 的透明窗57。在透明窗57的前部，具有版樣選擇面板54 ，該版樣選擇面板54配置有可分別選擇不同版樣的版樣 選擇按鈕54a、54b及54c。版樣選擇按鈕54a、54b及 54c內是內藏有發光燈泡。 版樣選擇面板54的下部配置有已形成凹凸圖樣紀念 幣的售出部58，其旁邊設有硬幣投入部55。 想要購買紀念幣的人，首先是在硬幣投入部5 5投入 指定的硬幣。 -4 · 200911555 當硬幣投入後，裝置內部的版成型機構（未圖示）， 會將硬幣原材板供應在旋轉面平整的輥和搭載有版的輥之 間的上部，同時版樣選擇面板5 4的3個版樣選擇按鈕5 4 a 、54b及54c會亮燈，藉此催促紀念幣購買者選擇按壓凹 凸圖樣各不相同的其中一個按鈕。當紀念幣購買者選擇其 中一個按鈕進行按壓時，硬幣原材板會落下在旋轉面平整 的輥和搭載有版的輥之間，於硬幣原材板形成著所選擇的 版樣，從售出部5 8售出具有凹凸圖樣的紀念幣。 第9圖、第10圖中圖示著第8圖紀念幣版壓印裝置 的版成型機構。 第9圖爲表示版成型機構的全體透視圖，第10圖爲 版成型機構的正面圖。 固定基座66是固定在未圖示的裝置框體，上面豎立 設有版成型用輥部份組入用的輥安裝板68、69，下面安裝 有版安裝輥驅動用馬達61，於該馬達61的驅動軸62固定 著齒輪63。另一方面’軸7〇是可旋轉地安裝在輥安裝板 68、69，軸7〇的—端固定著齒輪71。齒輪63和齒輪65 之間是圈掛著鍊條64 ’藉此讓馬達6 1的旋轉力可傳達至 軸70。 於軸70固定著壓延輥74，再加上軸70的端部安裝有 齒輪7 1。軸73是以平行於軸70可旋轉地安裝在輥安裝板 68、69，於軸73固定著以大致120度間隔在周圍面安裝 有3個版（第1版76a等）的版安裝輥75。再加上軸73 的端部安裝有可咬合於齒輪7 1的齒輪7 2。第1版7 6 a、 -5- 200911555 第2版及第3版設有可壓印不同圖樣的凹凸。 傳達至軸70的馬達旋轉力是透過齒輪71傳達至齒輪 72’藉此旋轉版安裝輥75。壓延輥74的圓周面和版安裝 輥75的版是形成壓接，壓延輥74和版安裝輥75是共同 旋轉。 在壓延輥74和版安裝輥75的壓接面上部，設有可將 紀念幣原材板78引導至壓接面的導軌77。導軌77是垂直 方向形成有長溝槽的構造，紀念幣原材板78是受限在長 溝槽側壁的同時落下（註：即，紀念幣原材板78是沿著 長溝槽側壁落下）。在該長溝槽上貼有未圖示的透明板避 免紀念幣原材板78飛出。 在導軌77的上部附近，鏊設有可讓電磁線圈的柱塞 84出入的貫通孔77a。當電磁線圏的柱塞84突出於貫通 孔7 7 a時，經由未圖示紀念幣原材板進料斗送過來的紀念 幣原材板7 8就會停止在導軌7 7內，當電磁線圈驅動讓柱 塞84縮入時紀念幣原材板78就會掉落在壓延輥74和版 安裝輥7 5的壓接面。 根據旋轉編碼器等的窄槽計數製作版成型時機訊號， 藉此驅動電磁線圈讓紀念幣原材板78落下，由壓延輥74 和搭載在版安裝輥75的版進行壓延的同時讓轉印有版樣 的紀念幣落下。落下來的紀念幣是滑落在引導坡道81，進 入紀念幣承接口 85，然後掉落至紀念幣出售口 86。購買 者可從紀念幣售出部5 8拿到紀念幣。 此種裝置所加工的紀念幣，如上述是可做爲遊樂園設 -6 - 200911555 施等參觀遊覽後的紀念品或伴手禮物購入的一個收藏品。 於是’該裝置就以紀念幣表面壓延時可轉印有觀光地、遊 樂園設施象徵性的各種設計圖樣的紀念幣做爲商品提供。 如上述製成的紀念幣即使只是具有象徵性設計圖樣還 是相當有價値’但爲了再賦予附加價値，可在圖樣等設計 面的紀念幣反面追加購入日期或順序編號等轉印，如此一 來就可提供更有價値的商品。現在，世界各地已有上述相 同的紀念幣版壓印裝置，但還沒有出現可對形成有版樣的 紀念幣進行日期轉印或順序編號轉印等的裝置。 另，上述版形成機構是由本案申請人所創作實施的發 明，只要於該版形成機構設有入上述的曰期或順序編號等 壓印功能就能夠更加提昇附加價値。 [專利文獻1]日本特開20〇5-748 54號公報 [專利文獻2]日本實開昭62- 1 3 7626號公報 【發明內容】 [發明欲解決之課題] 習知和此種紀念幣版壓印裝置的紀念幣版轉印用機構 具有相同構成的例子如專利文獻1或專利文獻2記載的裝 置。 然而，專利文獻1是使用旋轉編碼器檢測旋轉藉此檢 測製版完畢的主體是否著版在版胴外圍面，再加上並未揭 示有除了版樣以外壓印有做爲紀念用的日期或順序編號的 技術。另外，專利文獻2是利用輥做爲版凹凸圖樣形成用 200911555 的裝置進行轉印，該案申請人的提案並不是具有上述附加 價値賦予用紀念幣壓印機構的裝置。 本發明之目的在於提供一種可在以版成型機構轉印版 樣後的紀念幣背面並壓印有日期或順序編號等藉此能夠更 加提昇售出的紀念幣附加價値的版成型機構之紀念幣壓印 機構。 [用以解決課題之手段] 爲達成上述目的，本發明的申請專利範圍第1項，係 將紀念幣原材板落下，以旋轉面爲平整的壓延輥和旋轉面 搭載有版1個版以上的版安裝輥對落下的紀念幣原材板進 行壓延轉印版的凹凸圖樣，藉此製成具圖樣的紀念幣然後 對該紀念幣進行出售的紀念幣版壓印裝置之版成型機構， 其特徵爲，具備有：上述壓延時使紀念幣彎曲的輥側爲傾 斜成較低，可承接落下的上述具有圖樣的紀念幣加以誘導 的紀念幣誘導坡道；經上述紀念幣誘導坡道誘導成反面的 紀念幣其收容用的紀念幣壓印箱；可對收容在紀念幣壓印 箱的紀念幣背面每壓印一次就更新文字、數字或壓印曰期 的壓印手段；及可對上述壓印手段壓印後的紀念幣進行推 出將該紀念幣推出至上述壓印機外的紀念幣推出手段。 本發明的申請專利範圍第2項，是於申請專利範圍第 1項記載的發明中，其特徵爲，具有可檢測出紀念幣已收 容在上述紀念幣壓印箱底部的紀念幣配置確認感測器，上 述壓印手段，具備·壓印機作用驅動源；壓印面具有上述 -8- 200911555 文字、數字或日期的突起部，每壓印一次就會讓具有下一 個文字、數字或者是曰期的突起部配置在上述壓印面的壓 印部：及根據上述紀念幣配置確認感測器的紀念幣檢測驅 動上述壓印機驅動源使上述壓印部嵌入上述紀念幣壓印箱 內，壓印後，使上述壓印部回到原來位置的壓印機驅動部 ，此外上述紀念幣推出手段，具備：售出機構用驅動源； 配置在上述紀念幣轉印箱附近，可將紀念幣推出在紀念幣 售出坡道的紀念幣推出部；及上述壓印手段的壓印結束後 ，驅動上述售出機構用驅動源，將該驅動力傳達至上述紀 念幣推出部的驅動力傳達部。 本發明的申請專利範圍第3項，是於申請專利範圍第 2項記載的發明中，其特徵爲，上述紀念幣壓印箱是在上 部及前後面側分別具有開口部，從上述上部側開口部嵌入 著上述壓印部，在前面側開口部上部連接有上述誘導坡道 的端部，在前面側開口部下部連接有上述紀念幣售出坡道 的端部，從後面側的開口部往紀念幣壓印箱內突出著上述 紀念幣推出部。 [發明效果] 根據上述構成時，因追加有購入日期的壓印或順序編 號等的壓印，所以能夠提供更有價値的紀念幣商品。紀念 幣追加有上述的壓印，能夠讓購買者、販賣者獲得下述利 益。 •紀念幣壓印有購入曰期時，可讓購買者擁有當時去 -9 - 200911555 過該景點的回憶。 •將壓印有購入日期的紀念幣當做伴手禮送給親友時 可證明購買者確實於當日去過該景點。 •紀念幣壓印有順序編號時可讓購買者獲得購入優先 順位的優越感。 •可讓購買者以紀念幣順序編號的壓印換碼編號（ 1000或10000爲最佳換碼數字）爲標的購入。 •紀念幣順序編號的壓印，例如：若是在壓印有心形 圖樣的紀念幣上壓印有" 1 082 ”（日語諧音爲永遠）的順序 編號時就可讓該紀念幣象徵著永遠的愛，若此成爲一種傳 說、迷信流傳於市面上則有可能會以此爲標的購入。原本 ，在美國、加拿大等早上出門後撿到的第1枚1分錢硬幣 是稱爲"信幸運便士 "，視爲幸運符。從上述背景得知人們 對便士的印象良好’因此容易出現同樣的傳說、迷信。 【實施方式】 [發明之最佳實施形態] 以下’參照圖面等對本發明的實施形態進行詳細說明 〇 第1圖爲表示具有本發明紀念幣壓印機構的版成型機 構實施形態透視圖。第2圖爲版成型機構從背面看時的透 視圖’第3圖爲第丨圖的平面圖，第4圖爲具有紀念幣壓 印機構的版成型機橇A _ A剖線剖面圖。另，第丨圖及第2 圖中爲了容易看到內部構造而省略輥安裝板69及齒輪71 -10- 200911555 、72 (只針對第2圖）等。圖中和第9圖所說明的各機構 部份的構成標有相同圖號的部份是具有相同功能。本發明 是構成爲在輥安裝板6 8、6 9之間配置紀念幣誘導坡道2 ’ 其下部設有包括紀念幣壓印箱7 8、壓印手段及紀念幣推出 手段的紀念幣壓印機構。 首先，對設置在齒輪72面的窄槽圓盤21產生的事先 設定個數的脈衝進行計算，再加上在該脈衝計數後，經過 事先設定的時間後產生版成型時機訊號。根據版成型時機 訊號縮入設置在導軌77路徑途中的電磁線圈柱塞84讓暫 停的紀念幣原材板78落下。 接著，以壓延輥74和版安裝輥75轉印有版樣的紀念 幣掉落在輥安裝板68和69之間配置的紀念幣誘導坡道2 。紀念幣誘導坡道2，如第4圖所示是傾斜成壓延輥74側 下部爲較低。紀念幣原材板7 8落入在導軌7 7內時，以最 先接觸到壓延輥74外圍面的狀態壓延在壓延輥74和版安 裝輥75之間然後轉印有版樣，因此形成其接觸到壓延輥 74外圍面的側爲彎曲的紀念幣，利用該彎曲讓紀念幣背面 側成朝上落在紀念幣誘導坡道2。 設置在紀念幣誘導坡道2前端的紀念幣壓印箱8是上 部和前後部具有開口 8 a、8 b、8 c。接著，紀念幣壓印箱8 的底面配置有以光學性（利用光遮蔽）對所收容的紀念幣 進行檢測的壓印箱內紀念幣配置確認感測器7 (參照第5B 圖）。開口部8b是可嵌入下降的壓印部1 〇。開口部8b的 上部是卡止著紀念幣誘導坡道2的前端部，從其下面讓背 11 - 200911555 面有壓印的紀念幣推出至紀錄幣售出坡道9。 壓印部1〇(第2圖中省略）是安裝在軸20, 紀念幣壓印箱8的上部。壓印部1 〇是在壓印面具 、數字或日期的突起，當軸20的下降使壓印面到 幣壓印箱8的底部時，內藏在壓印部1〇的彈簧（ )其彈力會讓上次已壓印過的文字、數字或日期的 送，讓下一個文字、數字或日期的突起移動至壓印 文字、數字或日期的突起碰撞紀念幣背面，藉此壓 字、數字或曰期。另，對於曰期是以日單位配置成 期。 軸20是固定在壓印機驅動部28，壓印機驅動f 可上下移動地安裝在壓印機構安裝板67上豎立設 27。壓印機驅動部28設有紀念幣壓印啓動作用馬驾 該紀念幣壓印啓動作用馬達6的輸出軸固定著小齒 設置在軸27周圍面上下方向的齒軌咬合著。該齒 輪機構可讓紀念幣壓印啓動作用馬達6的輸出傳達 ，使固定在壓印機驅動部28的壓印部1 0上下移動 馬達輸出軸、齒軌、小齒輪是設置在壓印機驅動部 ，並未圖示在第1圖、第2圖中。當壓印部10從 8a下降進入至紀念幣壓印箱8內使壓印面接觸紀念 時，上述的彈簧的彈力會讓上次已壓印的順序編號 個號碼壓印在紀念幣背面。 於此，以包括有紀念幣壓印啓動作用馬達6、 1 〇及壓印機驅動部2 8的機構部份構成壓印手段。 配置在 有文字 達紀錄 未圖示 突起回 面使該 印有文 改變曰 β 28是 置的軸 i 6，於 輪。和 軌小齒 至齒軌 。另’ 28內 開口部 幣背面 的下一 壓印部 -12- 200911555 於壓印機構安裝板67又設有壓印紀念幣售出機構用 馬達5，該馬達軸22是可旋轉地安裝在旋轉板24的一端 。旋轉板24的另一端是可旋轉地安裝在連結桿25的一端 ，連結桿25的另一端安裝有紀念幣推出部26。紀念幣推 出部26是配置在可從開口部8 c進入紀念幣壓印箱8內的 位置，當壓印紀念幣售出機構用馬達5旋轉驅動時，紀念 幣推出部26會突出至紀念幣壓印箱8內部，將壓印有順 序編號等的紀念幣從開口部8b下部往外推出。當壓印紀 念幣售出機構用馬達5又再次旋轉驅動時，紀念幣推出部 26會後退回到原來的位置。於此，由包括有壓印紀念幣售 出機構用馬達5、旋轉板24及紀念幣推出部26的機構部 份構成紀念幣推出手段。 第5A圖至第5D圖是紀念幣壓印機構全體動作說明 用的透視圖。如第5A圖所示，版成型後的紀念幣是成反 面滑落在紀念幣誘導坡道2。紀念幣3 0是以反面狀態滑落 收容在紀念幣壓印箱8，該狀態是由紀念幣配置確認感測 器7檢測出（第5B圖）。紀念幣配置確認感測器7在紀 念幣收容前可檢測出一定量的光，當收容有紀念幣時光會 被遮蔽，因此檢測訊號就會送出至下述的控制電路板。 該檢測訊號會讓紀念幣壓印啓動作用馬達6驅動降下 壓印機1 0對紀念幣3 0背面壓印順序編號等（第5 C圖） 。當壓印結束時壓印機1 0會上昇（第5 D圖）回到當初的 位置。接著，連結桿25會突出使紀念幣推出部26推出紀 念幣落下至紀念幣售出坡道9進行出售（第5E圖）。 -13- 200911555 第6圖是表示應用具有本發明紀念幣壓印機構之版成 型機構的紀念幣版壓印裝置的電路構成方塊圖。 控制電路板10搭載有各電路部，CPU14連接有 ROM18、RAM19及不變性記憶體部23。此外，CPU14又 分別連接有版旋轉馬達（版旋轉驅動手段）6 1開關驅動用 的由繼電器形成的馬達驅動部1 7，和原點位置檢測用感測 器4及位置檢測用光學感測器3及壓印箱內紀念幣配置確 認感測器7控制用的感測器控制輸出入電路1 6，以及紀念 幣暫停用電磁線圈1 1、壓印紀念幣售出機構用馬達5及紀 念幣壓印啓動作用馬達6控制用的電磁線圈控制輸出入電 路15。再加上，CPU14又連接有可將來自於版位置調整 用電位器12的模擬電壓轉換成A/D電壓的A/D轉換部13 〇 ROM 1 8是容納有版成型機構驅動用的控制程式及該控 制程式驅動時使用的各種數據。 不變性記憶體部2 3分別容納有設定脈衝數資料及版 相對的設定時間。該設定時間數據是可利用版位置調整用 電位器1 2以事先所設定的時間爲中心加以前後變更。版 位置調整用電位器12可獨立調整設定時間數據t讓裝置 組裝時的個別製造起因的版偏位等調整而位於正確位置。 RAM 19是在CPU14進行運算等時做爲作業區使用， 再加上RAM 1 9是可暫時性容納數據。 CPU 1 4是從ROM 1 8讀出控制程式加以執行，藉此除 了可實現版成型控制部以外，還可實現版轉印所需的脈衝 -14- 200911555 數計數部、時間計測部等各功能部。 版成型控制部是執行裝置全體的管理、控制，即，執 行硬幣投入相對應的版成型機構部的控制，和來自版位置 調整用電位器1 2的輸入相對應的運算控制，和原點位置 檢測用光學感測器4及位置檢測用光學感測器3的輸出入 控制及對紀念幣暫停用電磁線圈1 1、冷卻用電磁線圈5及 版旋轉馬達61的驅動控制等。再加上，爲讓版成型後的 紀念幣壓印有順序編號等，又執行對壓印箱內紀念幣配置 確認感測器的輸入控制及對壓印紀念幣售出機構用馬達5 及紀念幣壓印啓動作用馬達6的驅動控制。此外，當版成 形控制部以時間計測部所計測的時間成爲t時，就對電磁 線圈控制輸出入電路1 5送出電磁線圈驅動訊號（版成型 時機訊號）。 第7圖是應用具有本發明紀念幣壓印機構之版成型機 構的紀念幣版壓印裝置的動作流程說明用流程圖。 以下，一邊參照第1圖、第2圖、第4圖、第5A圖 至第5E圖、第6圖及第8圖一邊說明版成型及紀念幣壓 印的詳細過程。二點虛線所包圍的步驟部份是屬於直接關 係到本發明的流程部份。 當紀念幣購買者在硬幣投入部55投入1〇〇圓日本硬 幣時，版成型控制部就會確認出投入的硬幣爲所規定的硬 幣[步驟（以下稱「S」）〇〇1]。如此一來，蓄積有多數 紀念幣原材板的紀念幣進料斗就會啓動將1枚紀念幣原材 板78支出在導軌77的入口（S002 )。紀念幣原材板78 -15- 200911555 欲沿著導軌7 7落下’但因紀念幣暫停用電磁線圏的柱塞 84突出於導軌77所以就能夠停止紀念幣原材板78往下游 落下（S003 )。 版成型控制部另一方面會讓可選擇不同圖樣的版樣選 擇面板54上的3個版樣選擇按鈕的發光燈泡亮燈’藉此 催促紀念幣購買者按壓所希望選購的版樣選擇按鈕。 當版成型控制部確認出紀念幣購買者已經執行版的選 擇（S004 )時，就會根據版樣選擇按鈕所傳送過來的訊號 將驅動訊號送出至馬達驅動部1 7使版旋轉馬達6 1旋轉（ S 005 ) ° 版旋轉馬達6 1的旋轉力是透過軸62、齒輪63傳達至 鍊條64，在齒輪65減速後傳達至軸70。軸70的旋轉是 透過齒輪71、72傳達至軸73，使壓延輥74和版安裝輥 75開始旋轉的同時使窄槽圓盤21也開始旋轉。 版安裝輥75的初期位置是針對原點位置檢測用光學 感測器4成爲只讓基準片以指定角度停止在跟前位置的狀 態，從該位置開始旋轉，當基準片通過位置檢測用光學感 測器4時，從位置檢測用光學感測器4的受光元件部會輸 出原點位置檢測訊號。 當版成型控制部收到原點位置檢測訊號時，會將脈衝 數計測部（計算器）14b的數字歸〇，脈衝數計測部會開 始對位置檢測用光學感測器4所檢測的脈衝進行計數（ S006 )= 接著又啓動版旋轉（S007)。版成型控制部會從不變 -16- 200911555 性記憶體部20讀出設定脈衝數資料，對脈衝計數 計數達到設定脈衝數進行判定。當計數達到設定脈 ，接著由時間計測部從計數達到設定脈衝數的時間 計算時間。接著對所計算的時間是否達到設定時間 定（S008 )。當所計算的時間達到設定時間時，版 制部會對電磁線圈控制輸出入電路1 5輸出版成型 號，電磁線圈控制輸出入電路1 5會驅動紀念幣暫 磁線圈縮入柱塞84。如此一來就會讓紀念幣原材相 著導軌77落下（S009 )。 沿著導軌77落下的紀念幣原材板78會受到壓 有版樣（S 0 1 0 )，然後掉落在版成型機構的下部。 落下的紀念幣會成反面滑落在紀念幣誘導坡道 接著，紀念幣會被收容在紀念幣壓印箱8的底部（ 。版成型控制部是透過輸出入控制電路1 6控制著 內紀念幣配置確認感測器7，當由壓印箱內紀念幣 認感測器7從光入射狀態檢測出光遮蔽時，就會驅 幣壓印啓動作用馬達6，使壓印部10下降。當壓| 到達紀念幣壓印箱8底部時，利用彈簧的彈力將壓 底面的順序編號等壓印在紀念幣3 0背面。壓印後 幣壓印啓動作用馬達6會反轉，使壓印部1 0上昇 來位置（S 0 1 2 )。 版成型控制部執行紀念幣壓印啓動作用馬達6 後，就會開始執行壓印紀念幣售出機構用馬達5的 藉此讓馬達旋轉力利用旋轉板24、連結桿25轉換 部是否 衝數時 點開始 進行判 成型控 時機訊 停用電 ί 78沿 延轉印 2上。 soil) 壓印箱 配置確 動紀念 印部10 印部1 0 ，紀念 回到原 的關閉 驅動。 成直線 -17- 200911555 運動將安裝在連結桿25前端的紀念幣推出部26突出於紀 念幣壓印箱8內。 將壓印後的紀念幣3 0從開口部8b往外推出，讓紀念 幣30滑落在紀念幣售出坡道9上（S013)。然後，紀念 幣30會落入紀念幣承接口 85從紀念幣售出口 86售出（ S 0 1 4 )。紀念幣購買者可從紀念幣售出口 8 6取出紀念幣 〇 以上的實施形態，可對收容在紀念幣壓印箱的紀念幣 背面每壓印一次就進行更新文字、數字壓印的壓印手段是 以壓印部從正上方下降進壓印部爲例子進行了說明，但也 可構成爲將壓印部待機在紀念幣壓印箱上部側部，利用彈 簧將壓印部移動至紀念幣壓印箱正上方後，降下壓印部進 行壓印。此外，上述實施形態中，以可將壓印後的紀念幣 推出至壓印箱旁的推出手段排出紀念幣，但其變形例也可 以構成爲將紀念幣壓印箱的底部一邊爲樞接機構，藉由落 下對面的邊讓紀念幣落下在紀念幣壓印箱的正下方後售出 的構造。於該狀況時，紀念幣確認感測器是不採用光學式 而是利用紀念幣置於底部時的紀念幣重量打開機械式開關 進行檢測，或是將光學式感測器設置在紀念幣壓印箱的側 面。 [產業上之可利用性] 本發明可應用做爲設置在觀光地或遊樂園設施、展覽 館的紀念幣販賣機。 -18- 200911555 【圖式簡單說明】 第1圖爲表示具有本發明紀念幣壓印機構的版成型機 構實施形態透視圖。 第2圖爲版成型機構從背面看時的透視圖。 第3圖爲第1圖的平面圖。 第4圖爲具有紀念幣壓印機構的版成型機構A-A剖線 剖面圖。 第5A圖爲紀念幣壓印機構動作說明用透視圖，表示 紀念幣落下時的狀態圖。 第5B圖爲紀念幣壓印機構動作說明用透視圖，表示 感測器檢測出紀念幣時的狀態圖。 第5 C圖爲紀念幣壓印機構動作說明用透視圖，表示 降下壓印機對紀念幣進行壓印時的狀態圖。 第5D圖爲紀念幣壓印機構動作說明用透視圖，表示 紀念幣壓印後的上昇壓印機時的狀態圖。 第5 E圖爲紀念幣壓印機構動作說明用透視圖，表示 對壓印後的紀念幣進行售出時的狀態圖。 第6圖爲表示應用具有本發明紀念幣壓印機構之版成 型機構的紀念幣版壓印裝置的電路構成方塊圖。 第7圖爲應用具有本發明紀念幣壓印機構之版成型機 構的紀念幣版壓印裝置的動作流程說明用流程圖。 第8圖爲表示紀念幣版壓印裝置的外觀透視圖。 第9圖爲版成型機構從上部位置背面側看的透視圖。 -19- 200911555 第ι〇圖爲版成型機構的正面圖。 【主要元件符號說明】 2 :紀念幣誘導坡道 3 :位置檢測用光學感測器 4 :原點位置檢測用光學感測器 5 :壓印紀念幣售出機構用馬達 6 :紀念幣壓印啓動作用馬達 7 :壓印箱內紀念幣配置確認感測器 8 :紀念幣壓印箱 9 :紀念幣售出坡道 1 0 :控制電路板 1 1 :紀念幣暫停用電磁線圏 12 :版位置調整用電位器（VR) 13 : A/D轉換器200911555 IX. INSTRUCTIONS OF THE INVENTION [Technical Field] The present invention relates to a plate forming mechanism for a commemorative coin printing device, and more particularly to a stamping date or a sequential number for a commemorative coin to which a pattern is transferred. Commemorative coin imprinting agency. [Prior Art] It is known that a commemorative coin-type imprinting apparatus for selling commemorative coins can be sold after a commemorative coin sheet is formed with a embossed pattern. This device is a product that was born as a commemorative commemorative wish to have a commemorative coin such as a sightseeing spot, an exhibition hall, and other related scenery or mascots, etc., when the user visits the sightseeing area, the amusement park facilities, and visits the exhibition hall. An example of the appearance of the commemorative coin printing apparatus is shown in Fig. 8. A commemorative coin purchase step display portion 56 for commemorating the description of the coin type forming process is disclosed on the upper front side of the commemorative coin printing device 51. Below the commemorative coin purchase step display portion 56, a transparent window 57 is provided for viewing the commemorative coin-plate forming mechanism. At the front of the transparent window 57, there is a pattern selection panel 54 which is provided with pattern selection buttons 54a, 54b and 54c which can respectively select different patterns. Inside the pattern selection buttons 54a, 54b, and 54c are built-in light-emitting bulbs. The lower portion of the pattern selection panel 54 is provided with a sold portion 58 in which the concave-convex pattern commemorative coin has been formed, and a coin input portion 55 is provided beside the coin-shaped portion. The person who wants to purchase the commemorative coin first puts the designated coin in the coin input unit 5 5 . -4 · 200911555 When the coin is put in, the plate forming mechanism (not shown) inside the device supplies the coin raw material plate to the upper portion between the roller with the flat surface and the plate with the plate, and the plate selection panel The 5 pattern selection buttons 5 4 a , 54b and 54c of 5 4 will light up, thereby urging the commemorative coin purchaser to select one of the buttons different in the pressing pattern. When the commemorative coin purchaser selects one of the buttons to press, the coin raw material plate will fall between the roller having the flat surface of the rotating surface and the roller with the plate, and the selected version of the coin raw material plate is formed and sold. The Ministry of Commerce sold a commemorative coin with a concave-convex pattern. Fig. 9 and Fig. 10 illustrate the plate forming mechanism of the commemorative coin printing apparatus of Fig. 8. Fig. 9 is an overall perspective view showing the plate forming mechanism, and Fig. 10 is a front view showing the plate forming mechanism. The fixed base 66 is fixed to a device casing (not shown), and the roller mounting plates 68 and 69 for assembling the plate forming roller are erected on the upper surface, and the plate mounting roller driving motor 61 is attached to the lower surface. The drive shaft 62 of 61 is fixed to the gear 63. On the other hand, the shaft 7 is rotatably attached to the roller mounting plates 68, 69, and the end of the shaft 7 is fixed to the gear 71. Between the gear 63 and the gear 65, a chain 64' is hung to thereby transmit the rotational force of the motor 61 to the shaft 70. A calender roll 74 is fixed to the shaft 70, and a gear 71 is attached to the end of the shaft 70. The shaft 73 is rotatably attached to the roller attachment plates 68 and 69 in parallel with the shaft 70, and the plate mounting roller 75 is fixed to the shaft 73 at a peripheral interval of approximately 120 degrees, and three plates (first plate 76a, etc.) are attached to the peripheral surface. . Further, the end of the shaft 73 is fitted with a gear 7 2 engageable with the gear 71. The first edition 7 6 a, -5- 200911555 The 2nd edition and the 3rd edition have irregularities that can imprint different patterns. The motor rotational force transmitted to the shaft 70 is transmitted to the gear 72' through the gear 71 to thereby rotate the plate mounting roller 75. The circumferential surface of the calender roll 74 and the plate of the plate mounting roller 75 are formed into a crimp, and the calender roll 74 and the plate mounting roll 75 are rotated together. On the pressure contact surface portion of the calender roll 74 and the plate mounting roller 75, a guide rail 77 for guiding the commemorative coin stock plate 78 to the pressure contact surface is provided. The guide rail 77 is a configuration in which a long groove is formed in the vertical direction, and the commemorative coin stock sheet 78 is confined while being restricted by the long groove side wall (note: the commemorative coin stock sheet 78 is dropped along the long groove side wall). A transparent plate (not shown) is attached to the long groove to prevent the commemorative coin raw material sheet 78 from flying out. In the vicinity of the upper portion of the guide rail 77, a through hole 77a through which the plunger 84 of the electromagnetic coil enters and exits is provided. When the plunger 84 of the solenoid wire protrudes from the through hole 7 7 a, the commemorative coin raw material plate 78 sent through the commemorative coin raw material feeding hopper (not shown) stops in the guide rail 7 7 as the electromagnetic coil When the plunger 84 is retracted by the drive, the commemorative coin stock sheet 78 is dropped on the crimping surface of the calender roll 74 and the plate mounting roller 75. The plate forming timing signal is prepared based on the narrow groove count of the rotary encoder or the like, thereby driving the electromagnetic coil to drop the commemorative coin raw material plate 78, and the calender roll 74 and the plate mounted on the plate mounting roller 75 are rolled while the transfer is performed. The commemorative coins of the version fell. The falling commemorative coin is slid down on the guiding ramp 81, enters the commemorative coin bearing interface 85, and then falls to the commemorative coin selling port 86. The purchaser can get the commemorative coin from the commemorative coin sales department. The commemorative coins processed by such a device, as described above, can be used as a collection of souvenirs or hand-made gifts purchased after the visit of the amusement park -6 - 200911555. Then, the commemorative coin of various design patterns that can be transferred to the sightseeing place and the amusement park facility is priced as a commodity. The commemorative coin made as described above is quite valuable even if it has only a symbolic design pattern. However, in order to re-add the additional price, it is possible to add a purchase date or a sequential number to the reverse side of the commemorative coin on the design surface such as the pattern, so that More valuable products are available. Now, the same commemorative coin-type imprinting apparatus has been used in the world, but there has not been a device for date transfer or sequential number transfer of a commemorative coin in which a pattern is formed. Further, the above-mentioned plate forming mechanism is an invention created and executed by the applicant of the present invention, and the additional price can be further increased as long as the stamping function such as the above-mentioned period or sequence number is provided in the plate forming mechanism. [Patent Document 1] Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. An example of the commemorative coin-printing mechanism of the plate imprinting apparatus having the same configuration is the device described in Patent Document 1 or Patent Document 2. However, Patent Document 1 detects the rotation using a rotary encoder to thereby detect whether or not the body on which the plate is finished is placed on the outer surface of the plate, and does not disclose the date or order in which the plate is imprinted in addition to the plate. Numbered technology. Further, Patent Document 2 discloses a transfer using a roll as a plate-and-concave pattern forming apparatus of 200911555, and the applicant's proposal is not a device having the above-described price-imparting embossing mechanism. An object of the present invention is to provide a commemorative coin of a plate forming mechanism capable of further increasing the price of a commemorative coin sold after the commemorative coin is transferred by a plate forming mechanism and imprinted with a date or a sequential number. Imprinting mechanism. [Means for Solving the Problem] In order to achieve the above object, the first item of the patent application scope of the present invention is to drop a commemorative coin raw material sheet, and a rolling roll and a rotating surface which are flat on a rotating surface are provided with a plate or more. The mounting plate of the commemorative coin plate of the commemorative coin plate of the falling commemorative coin, thereby forming a commemorative coin with a pattern and then selling the commemorative coin The utility model is characterized in that: the above-mentioned pressure delay is such that the roll side of the commemorative coin is inclined to be lower, and the commemorative coin induced ramp which is induced by the above-mentioned commemorative coin which can be taken down can be accepted; the ramp is induced by the above commemorative coin The commemorative coin of the reverse side is a commemorative coin embossing box for accommodating; the embossing means for updating the text, the number or the embossing period can be updated every time the back of the commemorative coin contained in the commemorative coin embossing box is embossed; The commemorative coin after the embossing means is pushed out to introduce the commemorative coin to the commemorative coin launching means outside the above-mentioned embossing machine. According to a second aspect of the invention, in the second aspect of the invention, the commemorative coin configuration confirmation that the commemorative coin has been accommodated in the bottom of the commemorative coin embossing box is detected. The embossing means has a driving source acting on the embossing machine; the embossing surface has the above-mentioned -8-200911555 characters, numbers or date protrusions, and each imprinting will have the next character, number or period The embossing portion is disposed on the embossing portion of the embossing surface: and the commemorative coin detecting of the commemorative coin arrangement detecting sensor drives the embossing machine driving source to embed the embossing portion in the commemorative coin embossing box, and imprints Thereafter, the embossing unit is returned to the original position of the squeegee driving unit, and the commemorative coin ejecting means includes: a driving source for the selling mechanism; and is disposed near the commemorative coin transfer box to push the commemorative coin a commemorative coin launching portion of the commemorative coin sold on the ramp; and after the embossing of the embossing means is completed, driving the drive source for the above-mentioned selling mechanism, and transmitting the driving force to the commemorative coin push The driving force transmission unit of the outlet. According to a third aspect of the invention, the commemorative embossing box has an opening on the upper portion and the front and rear sides, and is open from the upper side. The embossed portion is fitted, the end portion of the induced ramp is connected to the upper portion of the front side opening portion, and the end portion of the commemorative coin selling ramp is connected to the lower portion of the front side opening portion, and the opening portion from the rear side is opened. The commemorative coin embossing box highlights the above-mentioned commemorative coin launching department. [Effect of the Invention] According to the above configuration, since the embossing such as the embossing or the sequential number of the purchase date is added, it is possible to provide a more commemorative commemorative coin product. The embossing of the commemorative coin has the above-mentioned embossing, which enables the purchaser and the seller to obtain the following benefits. • Commemorative coins are stamped with a purchase period, which allows the purchaser to have memories of the attraction at the time of -9 - 200911555. • When a commemorative coin imprinted with the date of purchase is given as a companion gift to relatives and friends, it can be proved that the purchaser did go to the attraction on the same day. • Commemorative coins are stamped with sequential numbers to give buyers a superior sense of purchase priority. • The stamping escape number (1000 or 10000 is the best escape number) that allows the purchaser to order in commemorative currency order as the target purchase. • Imprint of the commemorative coin serial number, for example, if the commemorative coin imprinted with a heart-shaped pattern is imprinted with the serial number of " 1 082 ” (Japanese homonym is forever), the commemorative coin can be symbolized forever. Love, if it becomes a legend, superstition is spread on the market, it may be used as the target purchase. Originally, the first 1 cent coin that was picked up after going out in the morning in the United States, Canada, etc. is called "letter of luck" Penny " is regarded as a lucky charm. From the above background, it is known that people have a good impression of pennies. Therefore, the same legend and superstition are likely to occur. [Embodiment] [Best Embodiment of the Invention] The following is a description of the present invention with reference to the drawings and the like. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Fig. 1 is a perspective view showing an embodiment of a plate forming mechanism having a commemorative coin embossing mechanism of the present invention. Fig. 2 is a perspective view of a plate forming mechanism when viewed from the back. The plan view of the figure, Fig. 4 is a sectional view of the profile forming machine skid A _ A with the commemorative coin embossing mechanism. In addition, in the second and second figures, the roller mounting is omitted in order to easily see the internal structure. The plate 69 and the gears 71 -10- 200911555, 72 (only for the second figure), etc. The components of the various parts of the mechanism illustrated in the figure and the figure 9 are marked with the same figure and have the same function. It is configured to arrange a commemorative coin-inducing ramp 2' between the roller mounting plates 6 8 and 6 9 and a commemorative coin embossing mechanism including a commemorative coin embossing box 78, an embossing means, and a commemorative coin launching means. First, a predetermined number of pulses generated by the narrow grooved disk 21 provided on the surface of the gear 72 are calculated, and after the pulse is counted, a plate forming timing signal is generated after a predetermined time. The signal retracting into the electromagnetic coil plunger 84 disposed on the path of the guide rail 77 causes the suspended commemorative coin stock sheet 78 to fall. Next, the commemorative coin transferred with the calender roll 74 and the plate mounting roller 75 is dropped on the roller. The commemorative coin arranged between the plates 68 and 69 induces the ramp 2. The commemorative coin induces the ramp 2, as shown in Fig. 4, which is inclined to the lower side of the calender roll 74 to be lower. The commemorative coin raw material plate 7 8 falls into the When the guide rail 7 7 is inside, the first contact with the outer surface of the calender roll 74 is The state is calendered between the calender roll 74 and the plate mounting roller 75 and then transferred with a pattern, so that the side which is in contact with the peripheral surface of the calender roll 74 is formed as a curved commemorative coin, with which the back side of the commemorative coin is turned upside down. In the commemorative coin-inducing ramp 2. The commemorative coin embossing box 8 disposed at the front end of the commemorative coin-inducing ramp 2 has openings 8a, 8b, 8c at the upper and front and rear portions. Next, the bottom surface of the commemorative coin embossing box 8 The commemorative coin arrangement confirmation sensor 7 (see FIG. 5B) for detecting the commemorative coins contained therein by optical (shading by light) is disposed (the fifth portion is shown in FIG. 5B). The opening portion 8b is an embossing portion 1 that can be inserted and lowered. The upper portion of the opening portion 8b is a front end portion that locks the commemorative coin-inducing ramp 2, and a commemorative coin having an embossed surface on the back 11 - 200911555 is pushed out to the record coin sales ramp 9 from below. The nip portion 1 (omitted in Fig. 2) is attached to the shaft 20, and the upper portion of the commemorative coin embossing box 8. The embossing portion 1 is a projection of the embossed mask, number or date. When the lowering of the shaft 20 causes the embossed surface to reach the bottom of the embossing cylinder 8, the spring ( ) embedded in the embossing portion 1 其Let the last embossed text, number or date be sent to the next text, number or date to the back of the embossed text, number or date of the commemorative coin, thereby pressing the word, number or 曰period. In addition, for the flood season, the period is configured in Japanese units. The shaft 20 is fixed to the nip driving unit 28, and the nip press driver f is erected on the embossing mechanism mounting plate 67 so as to be movable up and down. The embossing machine drive unit 28 is provided with a commemorative coin embossing start function. The commemorative coin embossing start action motor 6 has an output shaft fixed with small teeth. The tooth track disposed on the surface in the lower direction around the shaft 27 is engaged. The gear mechanism can transmit the output of the commemorative coin imprinting action motor 6, so that the embossing portion 10 fixed to the embossing machine driving portion 28 moves up and down the motor output shaft, the rack gear, and the pinion gear are set in the embossing machine drive. The parts are not shown in the first figure and the second figure. When the embossing portion 10 descends from 8a into the commemorative coin embossing box 8 so that the embossed surface contacts the commemoration, the elastic force of the spring described above causes the last embossed sequential number to be imprinted on the back of the commemorative coin. Here, the embossing means is constituted by a mechanism portion including the commemorative coin embossing starter motor 6, 1 〇 and the embossing drive unit 28. The configuration is in the presence of the text. The record is not shown. The protrusion is turned back to make the printed text change 曰 β 28 is the axis i 6, on the wheel. And rail small teeth to the rack. The next embossing portion -12-200911555 on the back side of the opening coin is further provided with an embossed commemorative coin selling mechanism motor 5 which is rotatably mounted on the squeezing mechanism mounting plate 67. One end of the plate 24. The other end of the rotary plate 24 is rotatably attached to one end of the connecting rod 25, and the other end of the connecting rod 25 is attached with a commemorative coin ejecting portion 26. The commemorative coin ejecting portion 26 is disposed at a position that can enter the commemorative coin embossing box 8 from the opening portion 8c. When the embossed commemorative coin selling mechanism is rotationally driven by the motor 5, the commemorative coin ejecting portion 26 is highlighted to the commemorative coin. Inside the embossing box 8, commemorative coins imprinted with sequential numbers and the like are pushed out from the lower portion of the opening portion 8b. When the imprinting coin selling mechanism motor is again driven by the motor 5, the commemorative coin ejecting portion 26 will be returned to the original position. Here, the commemorative coin issuing means is constituted by the mechanism portion including the embossed commemorative coin selling mechanism motor 5, the rotary plate 24, and the commemorative coin launching portion 26. Fig. 5A to Fig. 5D are perspective views for explaining the overall operation of the commemorative coin embossing mechanism. As shown in Figure 5A, the commemorative coin after the plate is formed is reversed on the commemorative coin-induced ramp 2 . The commemorative coin 30 is slid down in the reverse state and housed in the commemorative coin embossing box 8, which is detected by the commemorative coin arrangement confirmation sensor 7 (Fig. 5B). The commemorative coin arrangement confirmation sensor 7 can detect a certain amount of light before the commemorative coin is accommodated, and the light is blocked when the commemorative coin is accommodated, so that the detection signal is sent to the control circuit board described below. The detection signal will cause the commemorative coin imprinting action motor 6 to drive down the imprinting machine 10 to the commemorative coin 30 back imprinting sequence number, etc. (Fig. 5C). When the embossing is finished, the embossing machine 10 will rise (Fig. 5D) back to the original position. Next, the connecting rod 25 is protruded so that the commemorative coin issuing portion 26 pushes the commemorative coin to the commemorative coin selling ramp 9 for sale (Fig. 5E). -13- 200911555 Fig. 6 is a block diagram showing the circuit configuration of a commemorative coin printing apparatus using a plate forming mechanism having the commemorative coin embossing mechanism of the present invention. Each circuit unit is mounted on the control circuit board 10. The CPU 18 is connected to the ROM 18, the RAM 19, and the invariant memory unit 23. Further, the CPU 14 is further connected to a plate rotation motor (plate rotation driving means) 61, a motor drive unit 17 for relay driving, and an origin position detecting sensor 4 and a position detecting optical sensor. 3 and the commemorative coin arrangement in the stamping box. The sensor for controlling the sensor 7 controls the input/output circuit 1 6, and the commemorative coin suspension solenoid 1 1 , the embossed commemorative coin selling mechanism motor 5 and the commemorative coin The electromagnetic coil control for the embossing start action motor 6 controls the input/output circuit 15. Further, the CPU 14 is connected to an A/D converter 13 that converts the analog voltage from the plate position adjusting potentiometer 12 into an A/D voltage. The ROM 1 8 is a control program for driving the plate forming mechanism. And various data used when the control program is driven. The invariable memory unit 2 3 accommodates the set pulse number data and the set time relative to the plate. The set time data is changed by the plate position adjustment potentiometer 1 2 with respect to the time set in advance. The position adjustment potentiometer 12 can independently adjust the set time data t so that the plate offset of the individual manufacturing cause at the time of assembly of the device is adjusted to be at the correct position. The RAM 19 is used as a work area when the CPU 14 performs calculations and the like, and the RAM 19 is temporarily storable. The CPU 14 reads and executes the control program from the ROM 18, thereby realizing the functions of the pulse--14-200911555 number counting unit and the time measuring unit required for the plate transfer in addition to the plate forming control unit. unit. The plate molding control unit is a management and control of the entire execution device, that is, control of the plate molding mechanism portion corresponding to the coin input, calculation control corresponding to the input from the plate position adjustment potentiometer 12, and the origin position. The input/output control of the optical sensor 4 for position detection and the optical sensor 3 for position detection, and the drive control of the commemorative coin suspension electromagnetic coil 1 1 , the cooling electromagnetic coil 5 , and the plate rotation motor 61 . In addition, in order to imprint the commemorative coin after the plate is stamped with the serial number, etc., the input control of the commemorative coin configuration confirmation sensor in the stamping box and the motor 5 for the embossed commemorative coin selling mechanism and the commemoration are performed. The coin imprinting actuates the drive control of the motor 6. Further, when the time measured by the time measuring unit by the plate forming control unit becomes t, the electromagnetic coil drive signal (plate forming timing signal) is sent to the electromagnetic coil control input/output circuit 15. Fig. 7 is a flow chart for explaining the operation flow of the commemorative coin type imprint apparatus using the plate forming mechanism of the commemorative coin imprinting mechanism of the present invention. Hereinafter, the detailed process of plate forming and commemorative coin printing will be described with reference to Figs. 1, 2, 4, 5A to 5E, 6 and 8. The steps surrounded by the two-dotted line are part of the process directly related to the present invention. When the commemorative coin purchaser inputs a round Japanese coin in the coin input unit 55, the plate forming control unit confirms that the input coin is the predetermined coin [step (hereinafter referred to as "S") 〇〇 1]. As a result, the commemorative coin feeding hopper which accumulates the majority of the commemorative coin raw material sheet starts to discharge one commemorative coin raw material sheet 78 at the entrance of the guide rail 77 (S002). The commemorative coin stock board 78 -15- 200911555 wants to fall along the guide rail 7 7 but can stop the commemorative coin stock board 78 falling downstream due to the commemorative coin suspended by the plunger 84 protruding from the guide rail 77 (S003 ). On the other hand, the plate forming control unit causes the light bulbs of the three pattern selection buttons on the pattern selection panel 54 of different patterns to be illuminated, thereby urging the commemorative coin purchaser to press the desired pattern selection button. . When the plate forming control unit confirms that the commemorative coin purchaser has executed the plate selection (S004), the drive signal is sent to the motor drive unit 7 according to the signal transmitted from the pattern selection button. The rotational force of the (S 005 ) ° rotation motor 6 1 is transmitted to the chain 64 through the transmission shaft 62 and the gear 63, and is transmitted to the shaft 70 after the gear 65 is decelerated. The rotation of the shaft 70 is transmitted to the shaft 73 through the gears 71, 72, and the rolling roller 74 and the plate mounting roller 75 start to rotate, and the narrow groove disk 21 also starts to rotate. The initial position of the plate mounting roller 75 is a state in which the datum position detecting optical sensor 4 stops the reference piece at a predetermined angle only at the front position, and starts to rotate from the position, and optically senses the position piece passing position detecting. In the case of the device 4, the origin position detecting signal is output from the light receiving element portion of the position detecting optical sensor 4. When the plate forming control unit receives the home position detecting signal, the number of the pulse number measuring unit (calculator) 14b is attributed, and the pulse number measuring unit starts the pulse detected by the position detecting optical sensor 4. Count (S006) = Then the version rotation is started (S007). The plate molding control unit reads the set pulse number data from the invariable -16-200911555 memory unit 20, and determines that the pulse count count reaches the set pulse number. When the count reaches the set pulse, the time is calculated by the time measuring unit from the time when the count reaches the set number of pulses. Then, it is determined whether or not the calculated time has reached the set time (S008). When the calculated time reaches the set time, the printing unit controls the output of the solenoid coil into the circuit 105, and the solenoid control output circuit 15 drives the commemorative coin temporary coil to retract the plunger 84. As a result, the commemorative coin material is dropped along the guide rail 77 (S009). The commemorative coin stock sheet 78 dropped along the guide rails 77 is pressed against the plate (S 0 1 0) and then dropped on the lower portion of the plate forming mechanism. The fallen commemorative coin will slide down on the opposite side of the commemorative coin-inducing ramp. The commemorative coin will be contained at the bottom of the commemorative coin embossing box 8. (The stencil control unit controls the commemorative coin configuration through the output control circuit 16. The confirmation sensor 7 detects the light shielding from the light incident state by the commemorative sensor 7 in the embossing box, and the coin-pressing priming motor 6 is caused to lower the embossing portion 10. When the pressure reaches | When the bottom of the commemorative coin embossing box 8 is used, the sequential number of the bottom surface of the pressing surface is embossed on the back side of the commemorative coin 30 by the elastic force of the spring. After the embossing, the embossing start action motor 6 reverses, so that the embossing part 10 rises. When the plate forming control unit executes the commemorative coin embossing starter motor 6, the embossed commemorative coin selling mechanism motor 5 is started, whereby the motor rotating force is utilized by the rotating plate 24, When the conversion part of the connecting rod 25 is pressed, the timing of the molding is started. The timing of the signal is deactivated. 78 78. The transfer printing is carried out. soil) The embossing box is arranged to commemorate the printing part 10, and the printing part 10 is commemorated. Turn off the driver. Straight line -17- 200911555 The commemorative coin ejecting portion 26, which is attached to the front end of the connecting rod 25, protrudes from the commemorative coin embossing box 8. The embossed commemorative coin 30 is pushed out from the opening 8b, and the commemorative coin 30 is slid down on the commemorative coin sale ramp 9 (S013). Then, the commemorative coin 30 will fall into the commemorative coin interface 85 sold from the commemorative coin outlet 86 (S 0 1 4). The commemorative coin purchaser can take out the commemorative coin 〇 above the commemorative coin sales outlet, and can perform the embossing method for updating the text and digital embossing every time the commemorative coin contained in the commemorative coin embossing box is embossed once. The embossing portion is described as an example in which the embossing portion is lowered from the upper side into the embossing portion. However, the embossing portion may be placed on the upper side portion of the commemorative coin embossing box, and the embossing portion may be moved to the commemorative coin pressure by the spring. Immediately after the printing box is lowered, the embossing portion is lowered for imprinting. Further, in the above embodiment, the commemorative coin is discharged by the push-out means capable of pushing the embossed commemorative coin to the side of the embossing box, but the modified example may be configured such that the bottom side of the commemorative coin embossing box is a pivoting mechanism. By the side of the opposite side, the commemorative coin is sold under the commemorative coin embossing box. In this case, the commemorative coin confirms that the sensor is not optical, but uses the commemorative coin weight when the commemorative coin is placed at the bottom to open the mechanical switch for detection, or the optical sensor is set at the commemorative coin embossing The side of the box. [Industrial Applicability] The present invention can be applied as a commemorative coin vending machine installed in a sightseeing place or an amusement park facility or an exhibition hall. -18- 200911555 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an embodiment of a plate forming machine having the commemorative coin embossing mechanism of the present invention. Figure 2 is a perspective view of the plate forming mechanism as seen from the back. Fig. 3 is a plan view of Fig. 1. Fig. 4 is a cross-sectional view showing the section A-A of the plate forming mechanism having the commemorative coin embossing mechanism. Fig. 5A is a perspective view showing the action description of the commemorative coin embossing mechanism, showing the state diagram when the commemorative coin is dropped. Fig. 5B is a perspective view showing the action description of the commemorative coin embossing mechanism, showing the state diagram when the sensor detects the commemorative coin. Figure 5C is a perspective view of the action description of the commemorative coin embossing mechanism, showing the state diagram when the embossing machine is pressed against the commemorative coin. Fig. 5D is a perspective view showing the action description of the commemorative coin embossing mechanism, showing the state diagram of the embossed coin press after the upper boost printing machine. Fig. 5E is a perspective view showing the operation description of the commemorative coin embossing mechanism, showing a state diagram when the commemorative coin after the embossing is sold. Fig. 6 is a block diagram showing the circuit configuration of a commemorative coin printing apparatus using a plate forming mechanism having the commemorative coin imprinting mechanism of the present invention. Fig. 7 is a flow chart for explaining the operation flow of the commemorative coin printing apparatus using the plate forming mechanism of the commemorative coin embossing mechanism of the present invention. Figure 8 is a perspective view showing the appearance of a commemorative coin printing device. Fig. 9 is a perspective view of the plate forming mechanism as seen from the back side of the upper position. -19- 200911555 The first figure is the front view of the plate forming mechanism. [Explanation of main component symbols] 2 : Commemorative coin induced ramp 3 : Optical sensor for position detection 4 : Optical sensor for origin position detection 5 : Imprinted commemorative coin sales mechanism motor 6 : Commemorative coin imprint Start-up action motor 7: commemorative coin configuration confirmation sensor 8 in embossing box: commemorative coin embossing box 9: commemorative coin sale ramp 1 0: control circuit board 1 1 : commemorative coin suspension solenoid 圏 12: version Position adjustment potentiometer (VR) 13 : A/D converter
14 ： CPU 1 7 :馬達驅動部（S S R )14 : CPU 1 7 : Motor drive unit (S S R )
18 ： ROM18 : ROM
19 ： RAM 20 :軸 21 :窄槽圓盤 22 :馬達軸 23 :不變性記憶體部 24 :旋轉板 -20- 200911555 2 5 :連結桿 2 6 :紀念幣 27 :軸 29 :齒輪箱 3 0 :紀念幣 5 1 :紀念幣 54 :版樣選 5 5 :硬幣投 5 6 :紀念幣 5 8 :紀念幣 6 1 :馬達 62 、 70 、 73 63 、 65 、 71 6 4 :鍊條 66 :固定基 6 7 :壓印機 68 、 69 :輥 74 :壓延輥 7 5 :版安裝 76a 、 76b ' 77 :導軌 7 8 :紀念幣 8 5 :紀念幣 8 6 :紀念幣 推出部 版壓印裝置 擇面板 入部 購買步驟顯示部 售出部 :軸 、72 :齒輪 座 構安裝板 安裝板 輥 76c :版 原材板 承接口 售出口 -21 -19 : RAM 20 : Axis 21 : Narrow grooved disk 22 : Motor shaft 23 : Invariant memory part 24 : Rotating plate -20- 200911555 2 5 : Connecting rod 2 6 : Commemorative coin 27 : Axis 29 : Gear box 3 0 : Commemorative coin 5 1 : Commemorative coin 54 : Version selection 5 5 : Coin cast 5 6 : Commemorative coin 5 8 : Commemorative coin 6 1 : Motor 62 , 70 , 73 63 , 65 , 71 6 4 : Chain 66 : Fixed base 6 7 : Stamping machine 68 , 69 : Roller 74 : Calendering roller 7 5 : Plate mounting 76a , 76b ' 77 : Guide rail 7 8 : Commemorative coin 8 5 : Commemorative coin 8 6 : Commemorative coin launching plate imprinting device selection panel Incoming part purchase step display part sold part: shaft, 72: gear seat mounting plate mounting plate roller 76c: plate raw material plate bearing interface for sale - 21 -