200529105 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種販賣紙包裝、罐頭、瓶裝、或寶特瓶裝 之商品的自動販買機之商品搬出裝置。 【先前技術】 先前技術，該種之商品搬出裝置方面，具備有：將商品向 上下方向重疊而收容的複數個商品收容部、將各商品收容部 》口寬度方向feg開之縱長中空狀的分隔構件、及安裝於分隔構 件之下端側之搬出單元，係習知者（例如，日本國特許公開 肇 公報 2003-233866 號）。 上述搬出裝置係由：將商品收容部之下面開閉的自由轉動 之開閉板、將朝向開閉板之下方之轉動限制成大致水平位置 的大致半圓形之轉動限制板、在商品收容部內設置成可向寬 度方向出沒之商品保持板、由於抵接於商品保持板之預定部 位上，而使商品保持板朝向商品收容部內突出之凸輪狀之抵 接構件所構成。 並且，在上述搬出單兀中，選擇任意的商品之時，將商品 βι 保持板朝向商品收容部內突出，而從商品收容部之下方卡止 於第2個之商品上，而將從下方之第2個商品利用商品保持 板而保持於商品收容部內，在此狀態時，由轉動限制板將開 關板之轉動限制解除之時，可使開閉板向下方轉動而將商品 收容部之下面開放，而使最下位的商品從商品收容部落下而 搬出。 但是，在上述商品搬出裝置中，商品保持板向下方轉動 200529105 β 時’係被收容於搬出裝置內，因此商品保持板係在商品收容 t 部之深度方向上被形成比搬出單元更小。因此，例如爲了在 商品保持板之寬度方向上對應如寶特瓶等之長的商品，而將 商品收容部之深度方向上的尺寸做成比搬出單元更大，在商 品收容部之深度方向上收容比商品保持板更長之長商品之 時’由商品保持板保持的商品變成不穩定，例如商品傾斜而 產生商品阻塞，或商品從商品保持板脫落，而使複數個商品 被搬出等，容易在商品收容部之深度方向上產生商品搬出之 不利情形。 _ 【發明內容】 本發明係鑑於上述問題點而進行開發者，其目的在提供一 種商品搬出裝置，即使在商品收容部之深度方向上有長的商 品之時’亦可永遠良好地搬出。 爲了達成本發明之上述目的，本發明之商品搬出裝置，係 針對具備有：將商品朝上下方向堆疊而收容之商品收容部、 將商品收容部之下面開閉的開閉構件、及在商品收容部之內 側面上朝向上下方向可自由轉動地設置之商品保持構件，將 · 商品保持構件轉動而在商品收容部內向寬度方向突出之 時，可從商品收容部之下方將第2個之商品由商品保持構件 而保持於商品收容部內，在該狀態下將商品收容部之下面開 放之時，可使最下位的商品從商品收容部落下，之商品搬出 裝置，其特徵爲：具備有：與上述商品保持構件一起向商品 收容部內突出，而從下方卡止於第2個之商品的補助構件， 將補助構件在商品收容部之深度方向上形成比商品保持構 -6- 200529105 件更長。 因而，從商品收容部之下方卡止於第2個之商品的補助構 件，在商品收容部之深度方向上被形成比商品保持構件更長 之故，因此可從商品收容部之下方將第2個之商品橫亙於商 品收容部之深度方向上而穩定地保持。從而，即使如寶特瓶 等在商品收容部之深度方向上爲長形的商品之時，亦可永保 良好地被搬出。 【實施方式】 本實施形態之商品搬出裝置係由：將商品A向上下方向一 列地推疊而收容的商品收容部1 〇、及將各商品收容部1 0內 之商品A從下方一個接一個地搬出之搬出單元20所構成， 其係被使用於一種販賣罐頭、瓶裝、紙包裝或寶特瓶裝之商 品的自動販賣機者。 各商品收容部1 〇彼此在寬度方向上配置有間隔，而在寬 度方向上由一個個交互配置的複數個第1及第2隔開構件 1 1，1 2所分隔，寬度方向兩端的商品收容部1 〇之側方，分別 被側板1 3所覆蓋。第1及第2隔開構件1 1，12被形成縱長 中空狀，在第1隔開構件1 1之下端側上，設置有將搬出單 兀2 0之一部分露出的開口部1 1 a，1 1 b。各側板1 3被形成比 商品收容部1 〇之前後方向的尺寸更短，該前端側配置成比 商品收容部1 〇之前端面位於更後方。並且，在各側板1 3之 下端側上設置有朝向前方傾斜、且向下方延設之延出部 1 3 a，延出部1 3 a之前端係一直延伸到商品收容部1 〇之前端 位置。在各隔開構件1 1，1 2及各側板1 3之上面安裝有天板 -7 - 200529105 I4,其前端下部及背面由向寬度方向延伸的複數個連結板15 、 而連結。此時，背面側之連結板1 5彼此在上下方向上配置 有間隔地而被安裝於複數個位置上。 並且，在商品收容部1 0內之背面側上設置有可向前後方 ’ 向移動之商品隔開部1 6，商品隔開部1 6係由朝向上下方向 延伸之板狀構件所形成。商品隔開部1 6將寬度方向兩端側 朝向後方折曲，介由分別安裝於其上端側及下端側上之段差 螺絲所形成的卡合銷1 6a而被支持於各隔開構件1 1，1 2及各 側板1 3上。各隔開構件1 1，1 2及各側板1 3之上端側及下端 馨 側上，分別設置有使卡合銷1 6a自由移動地插入之長孔 17,18’各長孔17,18上設置有可使卡合銷16a卡合、且彼此 在前後方向上配置有間隔的複數個溝（未圖示）。亦即，將卡 合銷16a卡合於各長孔17,18之任意的溝中之時，可使商品 隔開部1 6向前後方向任意的位置移動。並且，在商品隔開 部1 6之寬度方向中央部上朝向上下方向延伸的凹部丨6b，係 對前面側成凹狀地設置，如第1 0圖所示，在凹部1 6 b中插 入寶特瓶狀之商品A的蓋部分。 又，在各商品收容部1 0之前面側上分別設置有，防止商 品A之向前方落下用的落下防止板19，落下防止板.19係使 其寬度方向一端側，自由轉動地安裝於向上下方向延伸的支 軸1 9 a上。即，利用落下防止板1 9，使商品收容部1 〇之前 面開口部之寬度方向一端側被覆蓋，將落下防止板1 9向後 方轉動之時，可使商品收容部1 0之前面開口部被開放。 搬出單元20係由：插入第1隔開構件11內的單元本體 200529105 2 1、將各商品收容部1 0之下面開閉之一對開閉板22、在各 商品收容部1 〇內出沒的一對商品保持板23、使商品保持板 23朝向上下方向而自由移動地支持之一對滑板24、安裝於 商品保持板23上之補助板25、使開閉板22朝向下方的轉動 被限制於大致水平位置之轉動限制板26、驅動各開閉板22 及各商品保持板2 3的馬達2 7、使各商品保持板2 3突出於各 商品收容部1 〇內的凸輪構件28所構成。 單元本體21係由覆蓋搬出單元20的前面、上面及背面之 框狀的構件所形成，其寬度方向兩側面分別被開放。並且， 在單元本體21之上下方向大致中央及下端側上，分別安裝 有連結單元本體21之前端側及後端側的補強構件21a，21b。 各開閉板22係配置於各商品收容部1 0的下端，個別之一 端側介由支軸22a而自由轉動地支持於單元本體2 1上。開 閉板22係以朝向商品收容部1 0之深度方向延伸的方式，而 對單元本體2 1之側面形成橫長形，其下面形成有補強肋 22b。此時，在開閉板22之下面設置有成蜂巢狀之正六角形 的多數個凹部22c，各補強肋22b形成於各凹部22c之間。 並且，在開閉板22之支軸22a上安裝有彈簧22d，彈簧22d 之一端卡止於開閉板22之上面側，另一端則固定於單元本 體2 1側。即，開閉板22經由彈簧22d而向下方被賦予彈力。 各商品保持板23係配置於開閉板22之上方，各上端介由 支軸23a而自由轉動地安裝於滑板24之下端側上。在商品 保持板2 3之上端側上，設置有插通支軸2 3 a的一對軸承部 23b，各軸承部23b彼此在寬度方向上配置有間隔。各軸承 200529105 部23b之間設置有凸輪構件28抵接的接觸部23c，接觸部 23c係形成朝向後方傾斜。並且，在商品保持板23上，設置 有安裝補助板25用之一對狹長狀、且彼此在寬度方向上配 置間隔的長孔2 3 d。 滑板24係自由移動地朝上下方向設置在單元本體2 1上， 其上端側上安裝有使滑板24朝上下方向上移動之操作銷 24a。操作銷24a之一端側，係朝向上下方向自由移動地插 入設置於單元本體21之前面的操作板24b之長孔24c內， 在長孔24c內設置有可使操作銷24a卡合、彼此朝向上下方 向配置有間隔之複數個溝24d。即，將操作銷24a卡合於任 意之溝24d內之時，可使商品保持板23之上下方向的位置 變更。 補助板2 5係由平板狀之構件所形成，其係以向商品收容 部1 〇之深度方向延伸的方式，而對單元本體2 1之側面形成 橫長形。此時，補助板25係向商品收容部1 〇之深度方向形 成比商品保持板2 3更長的長形。在補助板2 5上設置有卡合 於商品保持板2 3之各長孔2 3 d中、且在寬度方向上配置間 隔的一對安裝片2 5 a，如第6圖所示，各安裝片2 5 a沿著補 助板2 5之裏面.而形成大致L字狀地折曲。即，各安裝片2 5 a 插入商品保持板23之各長孔23d中，而在商品保持板23之 前端側上移動之時，使各安裝片25a卡合於各長孔23d中， 因而如第7圖所示，可使補助板2 5被固定於商品保持板2 3 上。 轉動限制板2 6被形成爲大致半圓形，其可使各開閉板2 2 200529105 之下方朝向水平方向轉動。即，如第8圖所示，轉動限制板 26位於橫亙各開閉板22之兩方之時，各開閉板22經由任何 一個轉動限制板2 6而限制朝向下方之轉動，因而保持閉鎖 狀態，轉動限制板2 6在任何一方之開閉板2 2側上轉動時， 另一方之開閉板22解除上述之轉動限制，而向下方轉動， 因此使該商品收容部1 0之下面被開放。 馬達27配置於單元本體21之上部係被構成可正轉及反 轉。一直延伸到單元本體2 1之下端的驅動軸2 7 a，介由齒輪 單元2 7 b而連接到馬達2 7上，驅動軸2 7 a係可自由轉動地 被支持於單元本體21之各補強構件21a，21b上，且其下端 安裝有轉動限制板26。即，馬達27被連接到自動販賣機之 控制部（未圖示），利用控制部而控制轉動動作。 凸輪構件28係由橫剖面爲長圓形之縱長構件所形成，其 係在驅動軸27a上成一體轉動的方式而被安裝者。此時，凸 輪構件2 8係被形成使驅動軸2 7 a朝向橫剖面長邊方向之一 端側而偏位，其周方向一部分（橫剖面長邊方向之另一端 側），係成爲抵接於商品保持板23之接觸部23c上的第1抵 接部2 8 a。可抵接於商品保持板2 3的下端側（前端側）之下面 的第2抵接部28b，向徑方向上突設於凸輪構件28之下端側 上，第2抵接部28b係與第1抵接部28a爲同一方向地突出。 如以上構成之搬出單元20，在單元本體2 1之背面側上配 置有隔開部2 1 c，而從下方插入第1隔開構件1 1內，而利用 螺絲等固定於第1隔開構件1 1上。此時，單元本體2 1之寬 度方向兩側面被第1隔開構件1 1之側面所覆蓋，搬出單元 -11- 200529105 2 〇之各開閉板2 2及各商品保持板2 3，從第1隔開構件i i 之開口部1 1 a而露出到外部。 其次，在上述商品搬出裝置，將商品A從商品收容部1 〇 搬出之時，如第14圖所示，將搬出單元20之馬達27轉動， 、 而使轉動限制板2 6旋轉。此時，凸輪構件2 8與轉動限制板 26 —起轉動，凸輪構件28之第1抵接部28a抵接於商品保 持板23之接觸部23c上，使商品保持板23在商品收容部1〇 側上轉動，且凸輪構件28之第2抵接部28b移動到商品保 持板23之下端側的下方。因而，商品保持板23與補助板25 φ 一起突出於商品收容部1 〇內，補助板25從下方而卡止於第 2個之商品A上，使商品A被保持於商品收容部10內。此 時，由商品保持板23保持的商品A，不僅由抵接於商品保 持板23之上端側的凸輪構件28之第1抵接部28a、而且亦 由凸輪構件28之第2抵接部28b所支持。其後，使轉動限 制板26之旋轉繼續進行之時，由轉動限制板26解除開閉板 22之轉動限制，如第15圖所示，開閉板22利用彈簧22d 而向下方轉動，而使商品收容部1〇之下面被開放，因而使 β 最下位的商品Α落下而搬出。 在上述商品搬出裝置，將收容於商品收容部1 0之商品’ 變更爲外徑尺寸不同的其它種類之商品等，而欲調整商品保 持板23之突出位置之時，利用滑板24之操作銷24a，將商 品保持板2 3向上下方向任意之位置移動的話即可。並且’ 將收容於商品收容部1 0之商品’變更爲長度尺寸不同的其 它種類之商品等，而欲調商品收容部1 0之深度尺寸之時’ -12- 200529105 如第1 1圖所示，將商品隔開部1 6移動到前後方向任意之位 置即可。 依照本實施形態之商品搬出裝置，具備有：與商品保持板 23 —起突出於商品收容部10內，而從下方卡止於第2個之 ' 商品A的補助板2 5，將補助板2 5形成在商品收容部1 〇之 涂度方向上比商品保持板23更長，因此可使商品A橫亙於 商品收容部1 0之深度方向上穩定地被保持，例如即使如寶 特瓶等在商品收容部之深度方向上爲長形的商品之時，亦可 永保良好地被搬出。 鲁 並且’將補助板25形成平板狀之故，不會使補助板25在 厚度方向上大型化，因此有利用補助板25而不妨礙商品收 容部1 0內商品之朝向下方之移動的優點。 又，補助板25係被自由裝脫地安裝於商品保持板23上之 故，因而補助板25可因應於需要而設置，因此可使汎用性 提高。 第1 6圖至第1 9圖係顯示補助板之另一實施形態，第1 6 圖係補助板之立體圖，第1 7圖係裝設補助板後的搬出單元 馨 的要部立體圖，第1 8圖及第1 9圖係商品保持板及補助板之 側面圖。 同圖中顯示的補助板30係由平板狀的構件所形成，其係 向商品收容部1 〇之深度方向延伸的方式，而對單元本體2 1 之側面形成橫長形。此時，與上述實施形態同樣地，補助板 3〇係向商品收容部1 0之深度方向形成比商品保持板23更長 的長形。在補助板30之寬度方向（商品收容部10之深度方 -13- 200529105 向）的兩端，分別設置有一直延伸到單元本體2 1之前面側及 背面側爲止之安裝片3〇a，各安裝片30a係可自由轉動地支 持於突設在單元本體21之前面及背面上的支軸31上。即， 在各安裝片3 0 a的前端側上設置有可自由轉動地卡合於支軸 31上之卡合部30b，卡合部30b係可裝脫地在支軸31上形 成大致U字狀。並且，支軸3 1係設置於與單元本體2 1彼此 在上下方向上位置不同的複數個位置上，補助板30係安裝 於任意之支軸3 1上。 在本實施形態中，商品保持板23突出於商品收容部10內 之時，商品保持板23抵接於補助板30之下面，補助板30 以支軸3 1爲中心而轉動，而與商品保持板23 —起突出於商 品收容部1 〇內。因而，與上述實施形態同樣地，補助板30 從下方卡止於第2個之商品A上，而使商品A被保持於商 品收容部1 〇內。 並且，將商品保持板23向上下方向移動之時，如第1 8圖 所示，將安裝於下方之支軸3 1上的補助板30從支軸3 1上 卸除，如第1 9圖所示，而安裝於上方的支軸3 1上之時，可 使補助板30與商品保持板23 —起向上下方向移動的話即 可。 因而，依照本實施形態，將補助板30安裝於設置在單元 本體21上之支軸3 1上，利用商品保持板23之抵接，做成 以支軸3 1爲中心而轉動，因此不需要在商品保持板23上設 置安裝補助板30之新構造’故可使商品保持板23之構造被 簡單化。 -14- 200529105 並且，將支軸31設置於彼此在上下方向上位置不同的複 數個位置上，將補助板30設置成可安裝於任意之支軸3 1上 之故，因此可使補助板30與商品保持板23 —起向上下方向 移動，因應於商品之外徑尺寸，可確實地對應於將商品保持 板23之突出位置向上下方向調整之情況。 第20圖至第23圖中具備有限制上述補助板30之裝脫的 限制構件，第20圖及第2 1圖係補助板及限制構件之立體 圖，第22圖及第23圖係其側面剖面圖 同圖中所示之限制構件32係分別設置於單元本體2 1之前 後兩端側上，其係以覆蓋各支軸31的方式，將板狀之構件 折曲所形成。在限制構件32之前面側及背面側上分別設置 有向支軸31之軸向延伸之卡止片32a，各卡止片32a係以分 別對應於上方之支軸3 1及下方之支軸3 1的方式，而各被設 置於上下二個位置上。即，各卡止片32a係個別配置於支軸 31之上方，其與支軸31之間具有朝向上下方向之預定間隔 D 〇 在上述構成，將補助板30從支軸3 1卸除之時，如第22 圖所示，將補助板3 0以支軸3 1爲中心一直轉動到預定之轉 動位置（補助板30大致成水平位置），在該狀態時將補助板 3 〇沿著限制構件3 2之卡止片3 2 a而向支軸3 1的徑方向移動 之時，支軸3 1從卡合部30b之U字狀的開放部分離開而解 除與支軸3 1之卡合，而使補助板3 0從支軸3 1卸除。 並且，在通常的搬出動作中，補助板30並未一直轉動到 上述卸除時之轉動位置（補助板3 0大致成水平位置），因此 -15- 200529105 補助板30位於卸除時之轉動位置以外之時，如第23圖所 示，即使補助板3〇向斜上方移動之時，卡合部30b卡止於 限制構件3 2之卡止片3 2 a上，而限制朝向卡合解除方向移 動之故，因此卡合部30b不會從支軸31離開，因而可確實 ’ 地防止補助板3 0之意外脫落。 又，本發明並不限制於顯示之上述實施形態，如設置於螺 旋式柱上的商品搬出裝置，亦可適用於具備有做爲開關構件 之閘柄及做爲商品保持構件之鎖柄者。 【圖式簡單說明】 Φ 第1圖係顯示係本發明之一個實施形態的商品搬出裝置之 全體立體圖。 第2圖係商品搬出裝置之分解立體圖。 第3圖係商品搬出裝置之要部之分解立體圖。 第4圖係商品搬出裝置之要部正面剖面圖。 第5圖係搬出單元之立體圖。 第6圖係補助板之立體圖。 第7圖係裝設有補助板之搬出單元的要部之立體圖。 # 第8圖係開閉板之底面圖。 第9圖係開閉板之局部側面剖面圖。 第1 0圖係商品收容部之平面剖面圖。 第1 1圖係商品收容部之平面剖面圖。 第1 2圖係商品保持板及凸輪構件之側面圖。 第1 3圖係商品保持板及凸輪構件之平面圖。 第1 4圖係商品搬出裝置之動作說明圖。 -16- 200529105 第1 5圖係商品搬出裝置之動作說明圖。 _ 第1 6圖係補助板之立體圖。 第1 7圖係裝設有補助板之搬出單元的要部之立體圖。 第1 8圖係商品保持板及補助板之側面圖。 ' 第1 9圖係商品保持板及補助板之側面圖。 第20圖係補助板及限制構件之立體圖。 第2 1圖係補助板及限制構件之分解立體圖。 第22圖係商品保持板及補助板之側面剖面圖。 第23圖係商品保持板及補助板之側面剖面圖。 φ 【元件符號說明】 A 商品 10 商品收容部 11,12 第1及第2隔開構件 11a 開口部 13 側板 13a 延出部 14 天板 15 連結板 16 商品隔開部 16a 卡合銷 16b 凹部 17,18 長孔 19 落下防止板 19a 支軸 -17- 200529105 20 搬出單元 2 1 單元本體 21a，2 1 b 補強構件 21c 隔開部 22 開閉板 22b 補強肋 22c 凹部 22a 支軸 22d 彈簧 23 商品保持板 23a 支軸 23b 軸承部 23c 接觸部 23d 長孔 24 滑板 24a 操作銷 24b 操作板 24c 長孔 24d 溝 25 補助板 25a 安裝片 26 轉動限制板 27 馬達 27a 驅動軸200529105 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to a product removal device for an automatic vending machine that sells paper packaging, canned, bottled, or bottled goods. [Prior art] According to the prior art, this type of product carrying device includes a plurality of product storage units that store products in an up-down direction, and a vertically long hollow shape that opens each product storage unit in the width direction. The partition member and a carry-out unit mounted on the lower end side of the partition member are known (for example, Japanese Patent Laid-Open Publication No. 2003-233866). The carrying-out device is composed of a freely rotating opening and closing plate that opens and closes the lower part of the product storage section, a substantially semicircular rotation restricting plate that restricts the rotation to the lower part of the opening and closing plate to a substantially horizontal position, and is provided in the product storage section so that The commodity holding plate that is seen in the width direction is formed by a cam-shaped abutment member that abuts on a predetermined portion of the commodity holding plate, and causes the commodity holding plate to protrude into the commodity storage portion. Furthermore, in the above-mentioned carrying-out unit, when an arbitrary product is selected, the product βι holding plate protrudes toward the product storage section, and is locked on the second product from below the product storage section, and from the first one below. The two products are held in the product storage section by the product holding plate. In this state, when the rotation restriction plate releases the rotation restriction of the switch plate, the opening and closing plate can be rotated downward to open the lower surface of the product storage section, and Remove the lowest item from the product-containing tribe. However, in the above-mentioned product carrying-out device, when the product holding plate is rotated downwards 200529105 β, it is accommodated in the carrying-out device. Therefore, the product holding plate is formed smaller in the depth direction of the product containing t than the carrying-out unit. Therefore, for example, in order to correspond to a long product such as a PET bottle in the width direction of the product holding plate, the size of the product storage section in the depth direction is made larger than the carrying-out unit, and in the depth direction of the product storage section. When accommodating a long product longer than the product holding plate, the product held by the product holding plate becomes unstable, for example, the product is oblique and the product is blocked, or the product falls off the product holding plate, so that multiple products are carried out, etc., easily. An unfavorable situation in which the goods are carried out occurs in the depth direction of the goods containing section. _ [Summary of the Invention] The present invention was developed in view of the above-mentioned problems, and its purpose is to provide a product removal device that can always be carried out well even when there are long products in the depth direction of the product storage section. In order to achieve the above-mentioned object of the present invention, the product carrying-out device of the present invention is directed to a product storage unit including: a product storage unit that stacks products in a vertical direction; an opening and closing member that opens and closes the lower surface of the product storage unit; When the product holding member is rotatably installed on the inner surface facing up and down, and when the product holding member is rotated to protrude in the product storage section in the width direction, the second product can be held by the product from below the product storage section. The component is held in the product storage unit, and when the lower surface of the product storage unit is opened in this state, the product moving device that can lower the lowest product from the product storage tribe is provided with: The components protrude together into the product storage section, and the auxiliary component of the second product locked from below is formed in the depth direction of the product storage section to be longer than the product holding structure-6-200529105. Therefore, since the auxiliary member of the second product locked from below the product storage section is formed longer than the product holding member in the depth direction of the product storage section, the second component can be formed from below the product storage section. Each product is held horizontally and stably in the depth direction of the product storage section. Therefore, even when the product is elongated in the depth direction of the product accommodating section, such as a bottle, it can always be carried out well. [Embodiment] The product carrying-out device of this embodiment is composed of a product storage unit 10 for accommodating product A by pushing it up and down in a row, and one by one of the products A in each product storage unit 10 from below. The unloading unit 20 is an automatic vending machine used for selling canned, bottled, paper-packed, or bottled goods. Each product storage section 10 is spaced from each other in the width direction, and is separated in the width direction by a plurality of first and second partition members 1 1 and 12 that are alternately arranged one by one, and stores the products at both ends in the width direction. The sides of the section 10 are covered by the side plates 13 respectively. The first and second partition members 1 1 and 12 are formed in a hollow shape. On the lower end side of the first partition member 1 1, an opening portion 1 1 a that exposes a part of the carrying unit 20 is provided. 1 1 b. Each side plate 13 is formed to be shorter in size than the front-rear direction of the product storage portion 10, and the front end side is arranged further rearward than the front end surface of the product-receiving portion 10. Further, on the lower end side of each of the side plates 13, an extension portion 13 a inclined toward the front and extending downward is provided, and the front end of the extension portion 13 a extends to the front end position of the product storage portion 10. . A top plate -7-200529105 I4 is mounted on each of the partition members 11 and 12 and each of the side plates 13. The front end lower portion and the back surface are connected by a plurality of connection plates 15 extending in the width direction. At this time, the connection plates 15 on the back side are arranged at intervals in the vertical direction and are mounted at a plurality of positions. In addition, a product partition 16 that can be moved forward and backward is provided on the back side of the product storage section 10, and the product partition 16 is formed by a plate-like member extending in the vertical direction. The product partition 16 is bent toward the rear at both ends in the width direction, and is supported by the partition members 1 1 via engaging pins 16a formed by stepped screws mounted on the upper end and the lower end, respectively. , 1 2 and each side plate 1 3. Each of the partition members 11 and 12 and the upper and lower sides of each of the side plates 13 are provided with long holes 17, 18 'for inserting the engaging pins 16a freely, and long holes 17, 18' A plurality of grooves (not shown) are provided to allow the engagement pins 16 a to be engaged and to be spaced from each other in the front-rear direction. That is, when the engaging pin 16a is engaged in any of the slots 17 and 18, the product partition 16 can be moved to an arbitrary position in the forward and backward directions. In addition, a recessed portion 6b extending in the up-down direction on the center portion in the width direction of the product partition portion 16 is provided in a concave shape to the front side. As shown in FIG. 10, a treasure is inserted into the recessed portion 16b. Cap part of the special bottle-shaped product A. In addition, a drop prevention plate 19 for preventing the product A from falling forward is provided on the front side of each of the product storage portions 10, and the drop prevention plate 19 is installed at one end side in the width direction and is rotatably installed upward. The support shaft extending in the downward direction is 19 a. That is, the fall prevention plate 19 is used to cover one end side in the width direction of the front face opening portion of the commodity storage portion 10, and when the fall prevention plate 19 is rotated backward, the front face opening portion of the commodity storage portion 10 can be covered. Be open. The unloading unit 20 is composed of: a unit body 200529105 2 inserted into the first partition member 11; a pair of opening and closing plates 22 for opening and closing the lower part of each of the commodity storage sections 10; The product holding plate 23, a pair of slides 24 supporting the product holding plate 23 in a vertical direction and freely supporting it, the auxiliary plate 25 mounted on the product holding plate 23, and the downward rotation of the opening and closing plate 22 are restricted to a substantially horizontal position The rotation restricting plate 26, a motor 27 for driving each of the opening and closing plates 22 and each of the commodity holding plates 23, and a cam member 28 that projects each of the commodity holding plates 23 into each of the commodity storage portions 10 are configured. The unit main body 21 is formed by frame-shaped members covering the front, upper, and back surfaces of the carry-out unit 20, and the width-side both side surfaces are opened. Further, reinforcement members 21a, 21b connecting the front end side and the rear end side of the unit main body 21 are mounted at approximately the center and the lower end side of the unit main body 21 in the up-down direction, respectively. Each of the opening and closing plates 22 is arranged at the lower end of each of the product accommodating portions 10, and one end side of each of the opening and closing plates 22 is rotatably supported on the unit body 21 via a support shaft 22a. The opening-and-closing plate 22 is formed to extend laterally to the side of the unit main body 21 so as to extend in the depth direction of the product accommodating portion 10, and a reinforcing rib 22b is formed on the lower side thereof. At this time, a plurality of recessed portions 22c having a regular hexagonal shape in a honeycomb shape are provided below the opening and closing plate 22, and each reinforcing rib 22b is formed between each recessed portion 22c. A spring 22d is attached to the support shaft 22a of the opening and closing plate 22. One end of the spring 22d is locked on the upper side of the opening and closing plate 22, and the other end is fixed to the unit body 21 side. That is, the opening-and-closing plate 22 is biased downward by the spring 22d. Each product holding plate 23 is disposed above the opening and closing plate 22, and each upper end is rotatably mounted on the lower end side of the slide plate 24 via a support shaft 23a. On the upper end side of the product holding plate 23, a pair of bearing portions 23b inserted through the support shaft 2a are provided, and the bearing portions 23b are spaced apart from each other in the width direction. A contact portion 23c abutting the cam member 28 is provided between each bearing 200529105 portion 23b, and the contact portion 23c is formed to be inclined rearward. Furthermore, the product holding plate 23 is provided with a pair of elongated holes 2 3 d for mounting the auxiliary plate 25 in a narrow shape and spaced apart from each other in the width direction. The slide plate 24 is provided on the unit body 21 in a freely upward and downward direction, and an operation pin 24a for moving the slide plate 24 in the vertical direction is mounted on the upper end side thereof. One end of the operation pin 24a is inserted into the long hole 24c of the operation plate 24b provided on the front face of the unit body 21 so as to move freely in the up-and-down direction. The long hole 24c is provided with the operation pins 24a to engage and face each other A plurality of grooves 24d are arranged at intervals in the direction. That is, when the operation pin 24a is engaged in the arbitrary groove 24d, the position of the product holding plate 23 in the vertical direction can be changed. The auxiliary plate 25 is formed by a flat plate-shaped member, and is formed in a horizontally elongated shape on the side surface of the unit body 21 in such a manner as to extend in the depth direction of the product storage portion 10. At this time, the auxiliary plate 25 is formed in an elongated shape longer than the product holding plate 23 in the depth direction of the product storage portion 10. The auxiliary plate 25 is provided with a pair of mounting pieces 2 5 a that are engaged with the long holes 2 3 d of the product holding plate 2 3 and are spaced in the width direction. As shown in FIG. The piece 2 5 a is bent along the inside of the auxiliary plate 25 to form a substantially L shape. That is, each mounting piece 25a is inserted into each of the long holes 23d of the commodity holding plate 23, and when the front end side of the commodity holding plate 23 is moved, each of the mounting pieces 25a is engaged with each of the long holes 23d. As shown in FIG. 7, the auxiliary plate 25 can be fixed to the product holding plate 2 3. The rotation restricting plate 26 is formed in a substantially semicircular shape, and can rotate the lower side of each of the opening and closing plates 2 2 200529105 in a horizontal direction. That is, as shown in FIG. 8, when the rotation restricting plate 26 is positioned on both sides of each of the opening and closing plates 22, each of the opening and closing plates 22 restricts downward rotation through any one of the rotation restricting plates 26, and thus maintains the locked state and rotates. When the restriction plate 26 is rotated on either side of the opening-closing plate 22, the other opening-closing plate 22 releases the above-mentioned rotation restriction and rotates downward, so that the lower surface of the product storage portion 10 is opened. The motor 27 is disposed above the unit body 21 and is configured to be able to rotate forward and backward. The drive shaft 2 7 a extending to the lower end of the unit body 21 is connected to the motor 2 7 through the gear unit 2 7 b. The drive shaft 2 7 a is rotatably supported by each reinforcement of the unit body 21 The members 21a, 21b are provided with a rotation restricting plate 26 at the lower end. That is, the motor 27 is connected to a control unit (not shown) of the vending machine, and the rotation operation is controlled by the control unit. The cam member 28 is formed by an elongated member having an oblong cross section, and is mounted on the drive shaft 27a so as to rotate integrally. At this time, the cam member 28 is formed so that the drive shaft 27a is deviated toward one end side in the longitudinal direction of the cross section, and a part of the circumferential direction (the other end side in the longitudinal direction of the cross section) is abutted on The first contact portion 2 8 a on the contact portion 23 c of the product holding plate 23. The second abutment portion 28b that can abut on the lower end side (front end side) of the product holding plate 23 is projected on the lower end side of the cam member 28 in a radial direction, and the second abutment portion 28b is connected to the first The 1 contact portion 28a projects in the same direction. The carrying-out unit 20 configured as described above is provided with a partition 2 1 c on the back side of the unit body 21, and is inserted into the first partition member 11 from below, and is fixed to the first partition member by screws or the like. 1 1 on. At this time, both side surfaces of the unit body 21 in the width direction are covered by the side surfaces of the first partition member 11 and each opening-closing plate 2 2 and each commodity holding plate 2 3 of the unit-11- 200529105 2 〇 are carried out, starting from the first The opening 1 1 a of the partition member ii is exposed to the outside. Next, when the above-mentioned product unloading device unloads the product A from the product storage unit 10, as shown in FIG. 14, the motor 27 of the unloading unit 20 is rotated to rotate the rotation restricting plate 26. At this time, the cam member 28 rotates together with the rotation restricting plate 26, and the first abutment portion 28a of the cam member 28 abuts on the contact portion 23c of the product holding plate 23, so that the product holding plate 23 is in the product storage portion 10. It rotates on the side, and the 2nd contact part 28b of the cam member 28 moves below the lower end side of the commodity holding plate 23. Therefore, the product holding plate 23 and the auxiliary plate 25 φ protrude into the product accommodating section 10, and the auxiliary plate 25 is locked on the second product A from below, so that the product A is held in the product accommodating section 10. At this time, the product A held by the product holding plate 23 includes not only the first contact portion 28 a of the cam member 28 abutting on the upper end side of the product holding plate 23 but also the second contact portion 28 b of the cam member 28. Supported. Thereafter, when the rotation of the rotation restriction plate 26 is continued, the rotation restriction plate 26 is released from the rotation restriction of the opening and closing plate 22. As shown in FIG. 15, the opening and closing plate 22 is rotated downward by the spring 22d to store the product. The lower part of the section 10 is opened, so that the lowest-order product A of β is dropped and carried out. When the above-mentioned product carrying-out device changes the product '10 stored in the product storage section 10 to another type of product having a different outer diameter, etc., and when the protruding position of the product holding plate 23 is to be adjusted, the operating pin 24a of the slide plate 24 is used. , Just move the product holding plate 2 3 up and down any position. In addition, when "the product stored in the product storage section 10" is changed to another type of product with a different length and size, and the depth of the product storage section 10 is to be adjusted "-12- 200529105 As shown in Figure 11 Just move the product partition 16 to any position in the front-back direction. The product carrying-out device according to this embodiment is provided with a product holding plate 23 that protrudes from the product storage portion 10 and is locked to the second 'subsidiary plate 2 of commodity A' from the bottom, and the auxiliary plate 2 5 is formed in the coating direction of the product storage section 10 and is longer than the product holding plate 23, so that the product A can be stably held across the depth direction of the product storage section 10, for example, even if the bottle is When the product storage section has an elongated product in the depth direction, it can always be carried out well. Further, since the auxiliary plate 25 is formed into a flat plate shape, the auxiliary plate 25 does not become large in the thickness direction. Therefore, there is an advantage that the auxiliary plate 25 is used without hindering the downward movement of the goods in the product accommodating portion 10. In addition, since the auxiliary plate 25 is detachably mounted on the product holding plate 23, the auxiliary plate 25 can be provided as needed, thereby improving the versatility. Figures 16 to 19 are diagrams showing another embodiment of the auxiliary board. Figure 16 is a perspective view of the auxiliary board. Figure 17 is a perspective view of the main part of the unit unit after the auxiliary board is installed. Figures 8 and 19 are side views of the commodity holding plate and the auxiliary plate. The auxiliary plate 30 shown in the figure is formed by a flat plate-shaped member, which extends in the depth direction of the product storage section 10, and forms a horizontally long shape on the side of the unit body 21. At this time, as in the above embodiment, the auxiliary plate 30 is formed in an elongated shape longer than the product holding plate 23 in the depth direction of the product storage portion 10. At both ends of the auxiliary plate 30 in the width direction (the depth direction of the commodity storage section 10- 13-200529105), mounting pieces 30a extending to the front and back sides of the unit body 21 are provided, respectively. The mounting piece 30 a is rotatably supported on a support shaft 31 protruding from the front surface and the back surface of the unit body 21. That is, the front end of each mounting piece 30a is provided with an engaging portion 30b rotatably engaged with the support shaft 31, and the engaging portion 30b is detachably formed on the support shaft 31 in a substantially U shape. shape. The support shaft 31 is provided at a plurality of positions which are different from the unit body 21 in the vertical direction, and the auxiliary plate 30 is mounted on an arbitrary support shaft 31. In the present embodiment, when the product holding plate 23 protrudes inside the product accommodating portion 10, the product holding plate 23 abuts below the auxiliary plate 30, and the auxiliary plate 30 rotates around the support shaft 31 and holds the product The plate 23 rises and protrudes inside the commodity storage section 10. Therefore, as in the above embodiment, the auxiliary plate 30 is locked to the second product A from below, so that the product A is held in the product storage unit 10. When the product holding plate 23 is moved up and down, as shown in FIG. 18, the auxiliary plate 30 attached to the lower support shaft 31 is removed from the support shaft 31, as shown in FIG. 19 As shown in the figure, when mounted on the upper support shaft 31, the auxiliary plate 30 and the product holding plate 23 can be moved upward and downward together. Therefore, according to this embodiment, the auxiliary plate 30 is mounted on the support shaft 31 provided on the unit body 21, and the abutment of the product holding plate 23 is used to rotate around the support shaft 31. Therefore, it is not necessary Since the new structure of the installation support plate 30 is provided on the product holding plate 23, the structure of the product holding plate 23 can be simplified. -14- 200529105 In addition, since the support shaft 31 is provided at a plurality of positions which are different from each other in the vertical direction, and the auxiliary plate 30 is installed to be able to be mounted on any of the support shafts 31, the auxiliary plate 30 can be made. Moving with the commodity holding plate 23 in the up-down direction can correspond to the outer diameter dimension of the product, and can definitely correspond to the case where the protruding position of the commodity holding plate 23 is adjusted in the up-down direction. 20 to 23 are provided with restricting members that restrict the attachment and detachment of the auxiliary plate 30. Figs. 20 and 21 are perspective views of the auxiliary plate and the restricting member, and Figs. 22 and 23 are side sections thereof. The restriction members 32 shown in the figure are respectively provided on the front and rear ends of the unit body 21, and are formed by bending plate-like members so as to cover the support shafts 31. On the front side and the back side of the restricting member 32, locking pieces 32a extending in the axial direction of the supporting shaft 31 are respectively provided. Each locking piece 32a corresponds to the supporting shaft 3 1 above and the supporting shaft 3 below. One way, and each is set in two positions. That is, each locking piece 32a is individually arranged above the support shaft 31, and there is a predetermined distance D between the support shaft 31 and the support shaft 31 in the up-down direction. When the auxiliary plate 30 is removed from the support shaft 31 in the above configuration, As shown in FIG. 22, the auxiliary plate 30 is rotated around the supporting shaft 31 to a predetermined rotation position (the auxiliary plate 30 is substantially horizontal), and in this state, the auxiliary plate 30 is moved along the restricting member. When the locking piece 3 2 a of 3 2 is moved in the radial direction of the supporting shaft 31, the supporting shaft 31 is separated from the U-shaped opening portion of the engaging portion 30 b to release the engagement with the supporting shaft 31. Then, the auxiliary plate 30 is removed from the support shaft 31. In addition, during the normal unloading operation, the auxiliary plate 30 has not been rotated to the above-mentioned turning position at the time of removal (the auxiliary plate 30 is approximately horizontal position). Therefore, -15-200529105 At other times, as shown in FIG. 23, even when the auxiliary plate 30 is moved obliquely upward, the engaging portion 30b is locked on the locking piece 3 2a of the restricting member 32, and the direction is restricted from being released from the engagement. Because of the movement, the engaging portion 30b does not leave the support shaft 31, so that the accidental fall of the auxiliary plate 30 can be reliably prevented. In addition, the present invention is not limited to the above-mentioned embodiment shown. For example, a product carrying device provided on a screw post may also be applied to a person having a lock handle as a switch member and a lock handle as a product holding member. [Brief description of the drawings] Φ Figure 1 is an overall perspective view showing a product unloading device according to an embodiment of the present invention. Fig. 2 is an exploded perspective view of a product carrying device. FIG. 3 is an exploded perspective view of a main part of the product carrying device. FIG. 4 is a front cross-sectional view of a main part of the product carrying device. Fig. 5 is a perspective view of the unloading unit. Figure 6 is a perspective view of the auxiliary plate. Fig. 7 is a perspective view of a main part of a carrying-out unit provided with an auxiliary plate. # Figure 8 is the bottom view of the opening and closing plate. Fig. 9 is a partial side sectional view of the opening and closing plate. Fig. 10 is a plan cross-sectional view of a commodity storage section. FIG. 11 is a plan sectional view of a commodity storage section. Fig. 12 is a side view of a commodity holding plate and a cam member. Fig. 13 is a plan view of a commodity holding plate and a cam member. Fig. 14 is an operation explanatory diagram of the product carrying device. -16- 200529105 Figure 15 shows the operation of the product unloading device. _ Figure 16 is a perspective view of the auxiliary board. Fig. 17 is a perspective view of a main part of a carrying-out unit provided with an auxiliary plate. Figure 18 is a side view of the commodity holding plate and the auxiliary plate. '' Figure 19 is a side view of a commodity holding plate and an auxiliary plate. Figure 20 is a perspective view of the auxiliary plate and the restriction member. Figure 21 is an exploded perspective view of the auxiliary plate and the restriction member. Fig. 22 is a side sectional view of a commodity holding plate and an auxiliary plate. Figure 23 is a side cross-sectional view of a commodity holding plate and an auxiliary plate. φ [Description of component symbols] A Product 10 Product storage section 11, 12 First and second partition members 11a Opening section 13 Side plate 13a Extending section 14 Top plate 15 Link plate 16 Commodity partition section 16a Engagement pin 16b Recess 17 , 18 Long hole 19 Fall prevention plate 19a Support shaft-17- 200529105 20 Take-out unit 2 1 Unit body 21a, 2 1 b Reinforcing member 21c Partition 22 Opening and closing plate 22b Reinforcement rib 22c Recess 22a Support shaft 22d Spring 23 Product holding plate 23a Support shaft 23b Bearing portion 23c Contact portion 23d Long hole 24 Slide plate 24a Operating pin 24b Operating plate 24c Long hole 24d Groove 25 Auxiliary plate 25a Mounting piece 26 Rotation restriction plate 27 Motor 27a Drive shaft
-18- 200529105 27b 齒 輪 單 元 28 凸 輪 構 件 28a 第 1 抵 接 部 28b 第 2 抵 接 部 30 補 助 板 30a 安 裝 片 30b 卡合 部 3 1 支 軸 32 限 制 構 件 32a 卡 止 片 -19--18- 200529105 27b Gear unit 28 Convex gear structure 28a 1st abutment portion 28b 2nd abutment portion 30 Auxiliary plate 30a mounting piece 30b Engaging portion 3 1 shaft 32 Restriction structure 32a Locking piece -19-