201220254 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種插入特定牧數之硬幣並藉由對操作部進 行操作而取出所收納之例如玩具等收納物之收納物取出裝 ' 置。 、 【先前技術】 先前，銷售收納於透明膠囊等容器中之玩具等物品之物 品取出裝置為人所周知（例如，參照專利文獻1 )。 於專利文獻1記載之物品取出裝置中，向收納於物品取 出裝置中之硬幣收納裝置插入硬幣並對操作手柄進行操作 而取出所收納之玩具等物品。 操作手柄與硬幣收納裝置連動，可暫時保持插入之硬 幣，於保持有特定枚數之硬幣時可對操作手柄進行操作而 取出物品。另一方面，於插入之硬幣未達到特定枚數之情 形時，無法對操作手柄進行操作，從而無法取出物品。月 此時自節能觀點及故障少之方面考慮，不電氣性二進行 硬幣之筛選及物品之取出而是機械性地進行篩選及物品之 取出。 Γ [先前技術文獻] [專利文獻] [專利文獻1]日本專利第3954970號公報 【發明内容】 [發明所欲解決之問題] 然而’上述先前之物品取出裝置中，成為辦象之硬幣之 160730.doc 201220254 帶種為1種，因此物品之價格設定之自由度較低。此外， 存在無法將消費稅考慮在内來設定價格之問題。 由此，本發明係馨於上述問題而完成者，其目的在於提 供一種可增大價格設定之自由度之收納物取出裝置。 [解決問題之技術手段] 本發明之收納物取出裝置之特徵在於，其係分別插入特 定枚數之第i種硬修及直徑較該第i種硬幣大之第2種硬帶 並藉由對操作部進行操作而自收納物收納部取出收納物 者’且包括：硬幣保持部，其可分別保持特定枚數之上述 第1種硬繁及上述第2種硬帶；以及硬帶檢測裝置，其根據 上述操作部之初始操作而檢測上述硬幣保持部中是否分別 保持有特定枚數之第丨種硬幣及第2種硬幣；且上述硬幣檢 測裝置於檢測出上述硬幣保持部中未保持有特定牧數之上 述第！種硬幣或上述第2種硬幣之任一者或兩方時，阻止進 行上述操作部之初始操作以後之操作，此外於檢測出上述 硬幣保持部中保持有特定技數之上述第〗種硬擎或上述第2 種硬幣之兩方時，允 吋尤孑進仃上述刼作部之初始操作以後之 刼作。 此外，本發明之收納物取出裝置亦可設為如下者，即包 :可篩選出所插入之硬帶為第】種硬幣與第2種硬幣之硬幣 師選部’該硬幣篩選部包括：硬幣插入口，其相對於重力 =向而傾斜形成’·硬幣通路，其供自硬幣插入口插入之硬 幣通過；硬帶姿勢變更部，其設置於上述硬幣通路 插入至硬幣插入口並於相對於重力方向而傾斜之傾斜狀離 160730.doc 201220254 下通過上述硬幣通路之第1種硬幣允許保持傾斜狀態直接 通過，而對自硬幣插入口插入並於相對於重力方向而傾斜 之傾斜狀態下通過上述硬幣通路之第2種硬幣，藉由 硬幣之上部接觸而使第2種硬幣之姿勢自傾斜狀態向與重 力方向平行之平行狀態變更；第1硬瞥通路，其使保持傾 斜狀態直接通過上述硬幣姿勢變更部之第丨種硬幣進入； 以及第2硬幣通路，其使藉由上述硬幣姿勢變更部而變更 了姿勢之第2種硬幣進入。 此外，本發明之收納物取出裝置中亦可設為如下，即上 述硬帶保持部包括··第i硬幣保持部，其保持通過上述第i 硬幣通路之第旧硬幣；以及第2硬帶保持部’其保持通過 i述第2硬幣通路之第2種”’·且上述第W幣保持部於 處於初始位置時與第i種硬幣抵接而支揮該^種硬I，上 述第2硬繁保持部於處於初始位置時與第2種”抵接而支 撐該第2種硬幣’此外設置有解除機構’該解除機構根據 上述操作部之初始操作以後之操作而使處於初始位置之第 1硬幣保持部、第2硬幣保持部大致同時地向退避位置移 動’從而大致同時地解除第i硬幣保持部、第2硬幣保持部 各自對硬幣之支撐。 [發明之效果] 〜根據本發明之收納物取出裝置’可提供一種增大價格設 定之自由度之收納物取出裝置。 【貫施方式】 W ’參照圖式對本發明之較佳實施形態進行詳細說 16〇73〇.d〇c 201220254 明。 如圖1至圖3所示’本發明之實施形態之收納物取出裝置 ’於筐體η上部設置有作為收納物收 納邛之收納益12，該收納盒丨2收納將例如玩具等包裝於膠 囊等谷器中而成之收納物Α。收納盒12之底面朝向後部傾 斜於底面後部之中間壁13設置有】個可使收納物A落下之 取出孔131。另外，本實施形態中將收納物A設為於膠囊 等合器中包裝有玩具等而成者進行說明，但如自與本發明 所欲解決之問題之關係所明白般，只要為可收納於收納物 取出裝置中且可取出者，則亦可為任意。因此收納物包 、3 士本實&形g般為gj定形狀者，亦可為不定形之氣體、 液體此外，收納物亦可為如本實施形態般借助自重落下 而取出者，但亦可為不借助自重落下而是藉由利用某些機 構廷出至收納物取出裝置外而取出者。 說本貫細*形態中，於構成收納盒1 2之底壁之中間壁 13设置有作為購買者自收納盒12取出收納物a之收納物取 冓之旋轉α 14。於旋轉台j 4上形成有多個可供收納物 Α通過之缺口 141，缺口 141通過與設置於收納盒12之中間 壁13上之取出孔131對應之位置。 於收納盒12下側之㈣”巾具Μ置有保持所插入之 硬^硬幣保持部 '檢測是否保持有較牧數之硬幣之硬 欢貝丨裝置70之單元2〇 '及於取出收納物時操作之操作部 40 ’詳細内容會於下文敍述。 此外’覆盍筐體11之前表面開口之前壁lu藉由鉸鏈而 160730.doc 201220254 開閉自由地設置於收納盒12之下方前表面。自前壁iu露 出有用以插入硬幣c之硬幣插入口 22、及排出自收納盒12 取出之收納物A之收納物取出口 15，此外，設置有退還之 硬幣所排出之硬幣接收盤16。 此外，於前壁111上，構成為自收納盒12取出收納物八而 操作之操作部40之旋轉手柄41自前壁lu露出，該旋轉手 柄41可相對於前壁m旋轉地配置。旋轉手柄41之詳細内 容會於下文敍述，不管有無插入硬幣均可自初始狀態略微 旋轉（初始操作），僅於硬幣檢測裝置7〇檢測出硬幣保持部 中保持有特定枚數之特定硬幣之情形時可進行初始操作以 後之操作。進而，用以退還插入之硬幣之退還桿17自前壁 111突出。 如圖2及圖3所示，於操作部4〇中，構成齒輪連動機構之 一部分之主軸體42之一端安裝於露出於前壁lu前表面上 之旋轉手柄41之旋轉中心軸。該主軸體42藉由安裝於筐體 11之後壁112與前壁iu之未圖示之轴承而兩頭支撐，並且 於另一端固定有正齒輪43。於該正齒輪43上方，與該正齒 輪43嚙合之小齒輪44可旋動地被軸支撐於後壁丨12上。 進而，於該小齒輪44上方，與該小齒輪44嚙合之正齒輪 45可旋轉地被軸支撐著。於該正齒輪45上一體地形成有相 互中心軸相同之齒輪部45 A。 另一方面，旋轉台14可旋轉地設置於構成收納盒12之底 壁之中間壁13上，於旋轉台14之底面形成有齒軌142，齒 輪部45A與該齒軌142喝合。 160730.doc 201220254 因此’當藉由手動使旋轉手柄41向箭頭T1方向旋轉時， 旋轉力經由主轴體42傳遞至正齒輪43，箭頭T2方向之旋轉 力經由與該正齒輪43嚙合之小齒輪44及齒輪45而傳遞至旋 轉台14。 而且’當藉由持續操作旋轉手柄41使旋轉台丨4旋轉特定 角度而使旋轉台14之缺口 141之一與收納盒丨2之中間壁13 之取出孔131—致時，收納於收納盒12中之收納物a中之一 個通過旋轉台14之缺口 141自取出孔ι31落下而被送出至收 納物取出口 15。 此外，於被旋動軸支撐於後壁112上之正齒輪43之斜下 方’與該正齒輪43嚙合之正齒輪46旋轉自由地被軸支撐於 僮體11之後壁112上。於該正齒輪46下方，與該正齒輪46 嗜合之小齒輪47呈安裝於一端之中間軸48可於前壁111與 後2 112之間旋動狀地被韩支撑著。此外，於中間轴4 $之 大致中央部安裝有錐齒輪49。 因此’當購買者使旋轉手柄41旋轉時主軸體42旋轉，從 而使正齒輪43旋轉。由此，一方面經由小齒輪44、正齒輪 45及齒輪部45A而使旋轉台14旋轉。此外，另一方面通過 正齒輪43之旋轉而經由正齒輪46及小齒輪47使中間軸48旋 轉’從而使錐齒輪49旋轉。因此’如後述般當阻止錐齒輪 49之旋轉時，旋轉手柄41及旋轉台14之旋轉亦被阻止。 且說’如圖2所示，於中間軸48下方設置有沿水平方向 延伸之下段中間壁5 1，於下段中間壁5 1上配置有剖面 「口」字狀之裝卸構件52 ^該裝卸構件52於上側可裝卸地 160730.doc 201220254 搭載有詳細内容於下文敍述之内置有硬幣檢測裝置7〇及硬 幣保持部60之單元2〇，自單元2〇之硬幣保持部6〇落下之硬 幣c經由設置於下段中間壁51上之長孔（省略圖示）而落下 至下方之硬幣貯存部53。 另外，以上說明之收納物取出裝置1〇之構造只不過為將 收納物A設為包裝有玩具等之膠囊等容器之情形之實施 例，不會對本發明有任何限定。即，於實施本發明時，至 於以上說明之部分，根據收納物A而適當選擇適當構造即 〇 且說，收納物取出裝置1〇中，當分別插入有特定牧數之 第1種硬幣及直徑較該第丨種硬幣大之第2種硬幣且對操作 部40(旋轉手柄41)進行操作時，自作為物品收納部之收納 盒I2取出收納物A，硬幣從自筐體u之前壁ln露出之硬幣 插入口 22插入。硬幣插入口 22構成本發明中所說之硬幣篩 選部21，至於該方面會於下文進行敍述。 自硬幣插入口 22插入之第丨種、第2種硬幣c各自通過第j 硬幣通路27、第2硬幣通路2S並由處於筐體丨丨下側之内部 空間之單元20内之硬幣保持部6〇暫時保持。另外，第i硬 幣通路27、第2硬幣通路28構成本發明中所說之硬幣篩選 部21，至於該方面會於下文進行敍述。 且說’參照圖7對硬幣保持部6〇進行詳細說明。 硬幣保持部60於寬度方向中央具有與硬幣c下部抵接而 支撐该硬幣C之硬幣支撐構件61，於硬幣支撐構件61左右 設置有第1硬幣導引部62R及第2硬幣導引部62L。硬幣支撐 160730.doc 201220254 構件61及硬幣導引部62L、62R朝向筐體11前表面傾斜，且 前端連接於硬幣接收盤16。 另外，於統稱第1、第2硬幣導引部62R、62L時記作 「硬幣導引部62」，而於加以區別之情形時記作「第1硬 幣導引部62R」、「第2硬幣導引部62L」。 第1硬幣導引部62R可與通過第1硬幣通路27而來之第1種 硬幣（例如1 00日元硬幣）之主面抵接而支撐該硬幣。此外， 第2硬幣導引部62L可與通過第2硬幣通路28而來之直徑較 第1種硬幣大之第2種硬幣（例如直徑較1 〇〇日元硬幣大之i 〇 曰元硬幣）之主面抵接而支撐該硬幣。第！、第2硬幣導引 部62R、62L具有如下功能，即分別與硬幣支撐構件61 一起 將第1種、第2種硬幣c保持於硬幣保持部60以防止硬幣c 落下’並且分別個別地設定硬幣保持部6〇可保持之第1 種、第2種硬幣之枚數。 且說，對硬幣枚數之設定功能進行詳述。 於硬幣導引部62中以特定間隔設置有多個擋板安裴部 621 ’擋板622可裝卸地安裝於該擋板安裝部62丨上。可藉 由將擋板622安裝於某一位置之擋板安裝部621而變更硬幣 保持部60可保持之第！種 '第2種硬幣之牧數。即，於擋板 622上設置有向硬幣保持部6〇内突出之硬幣支撐突起 6221 ’硬幣支撐突起“以可與進入硬幣保持部6〇並欲沿硬 %支撐構件6 1之傾斜於硬幣保持部6〇内向筐體丨丨前方滾動 之硬幣c之側部抵接而於該位置上保持硬幣c。對硬幣枚 數之設定功能更具體地進行說明，例如，於第丨種硬幣為 160730.doc 201220254 100曰元硬幣、第2種硬幣為10曰元硬幣之情形時，當收納 物A之提供者希望將收納物A之價格設為11〇日元時，收納 物A之提供者如圖7所示將擋板622安裝於自位於最後方之 擋板安裝部621向前方有1個間隔之擋板安裝部621，從而 將可由硬幣保持部6〇分別保持之第丨種、第2種硬幣之枚數 設定為1枚即可。 其次，基於圖4至圖6對硬幣篩選部21進行說明。 硬幣篩選部21包括用以插入硬幣C之硬幣插入口 22、與 更％插入口 22連接之硬幣通路23、及與硬幣通路23連接之 第1硬幣通路27、第2硬幣通路28。 硬幣插入口 22如圖4及圖5所示相對於重力方向而傾斜設 置。由此，插入至硬幣插入口 22之硬幣c ,於相對於重力 方向而傾斜之傾斜狀態下進入與硬幣插入口 22之後方連接 6又置之硬幣通路23。此外，於硬幣插入口 Μ下方設置有令 用以退還所插入之硬幣C之退還桿17突出之㈤口25。此 外用以文裝於筐體11上之安裝部26向外側突出設置於外 周部。 、 =圖6所示，硬幣通路23連接設置於硬幣插入口 後方 (I7筐體11内部）。此外，硬幣姿勢變更部24設置於硬幣通 上可乂更收納物取出裝置10中所使用之兩種硬幣c 任者之姿勢。具體而言，當可於收納物取出裝置10 用第1種硬幣及直徑較該第丨種硬幣大之第2種硬幣 2 ’藉由與通過時之第2種硬幣之上部接觸而可將第2種硬 中之安勢自相對於重力方向而傾斜之傾斜狀態向與重力方 160730.doc 201220254 向平行之平行狀態變更。此外’本實施形態中，硬幣姿勢 變更部24不與第i種硬幣之上部接觸，因此允許該幻種硬 幣不變更㈣而保神對於重力方向傾斜之傾斜狀態直接 通過。此外，與硬幣通路23(即硬幣姿勢變更部叫連接之 第1硬幣通路27設置於硬繁插入口 22相對於重力方向而傾 斜之方向側（本實施形態中為右側卜即’第丨硬幣通路”存 在於通過硬幣姿勢變更部24之保持傾斜狀態之第丨種硬幣 之前進方向上，因此通過硬幣姿勢變更部24之第i種硬幣 保持傾斜狀態直接進入第i硬幣通路27。此外，第2硬幣通 路28同樣與硬幣通路23連接，但設置於與第丨硬幣通路u 對向之側（本實施形態中為左側）。即，該第2硬幣通路“存 在於藉由硬幣姿勢變更部24而朝向與重力方向平行之平行 狀態變更姿勢之第2種硬幣之前進方向上，因此通過硬幣 姿勢變更部24之第2種硬幣不進入第1硬幣通路27而是進入 第2硬幣通路28。因如上所述，硬幣篩選部2 1基於自硬幣 插入口 22插入之硬幣C有無於硬幣姿勢變更部24進行與其 直徑大小對應之姿勢變更，而使該硬幣C進入第1硬幣通路 27與第2硬幣通路28中之某一者。即，硬幣篩選部21基於 自硬幣插入口 22插入之硬幣C有無於硬幣姿勢變更部24進 行與其直徑大小對應之姿勢變更而篩選硬幣C。 更具體而言，當將100日元硬幣般之小徑硬幣C插入至硬 幣插入口 22時，傾斜之小徑硬幣C保持傾斜而直接通過硬 幣通路23(硬幣姿勢變更部24)並被導引向右方向而進入第1 硬幣通路27。 160730.doc 12 201220254 另一方面’當將ίο日元硬幣般之大徑硬幣C插入至硬幣 插入口 22時，傾斜之大徑硬幣c之上部藉由設置於硬幣通 路23上之硬幣姿勢變更部24而被導引向與傾斜相反之方向 (左側），向相反側傾斜而被導引向左方向並進入第2硬幣通 路28 〇 另外，可於自第1硬幣通路27及第2硬幣通路28至硬幣保 持。卩60為止之途中，設置檢測所投入之硬幣c是否為適當 之硬幣c之硬幣選擇器。例如，設置於第丨硬幣通路27上之 硬幣選擇器檢測硬幣C是否為1〇〇日元硬幣，於第2硬幣通 路28中檢測疋否為直徑較丨〇〇日元硬幣大之1 〇日元硬幣。 於硬幣c為不適當之硬幣之情形時退還至硬幣接收盤16。 如圖8及圖9所示，硬幣支撐構件61包括保持第2種硬幣c 之第2硬幣保持部63、及保持第1種硬幣C之第1硬幣保持部 64，且包括可移動地保持第2硬幣保持部〇及第1硬幣保持 部64之基座部65。 基座部65為朝向筐體u前表面而寬度變細之細長板狀構 件，於上表面之大致四角設置有卡止塊65卜於卡止塊651 上.設置有朝向左右兩外側及上方開口之卡止凹部6 5 2。 第2硬幣保持部63及第丨硬幣保持部64對應於基座部65而 包括寬度朝向筐體⑽表面變細之細長板狀構件即保持構 件主體631、641。此外，於保持構件主體631、641之後端 部（圖8中為右端部）設置有卡止塊632及卡止塊642。 卡止塊632、642包括自保持構件主體631、641向上方延 伸之支柱部633、643、及自支柱部633、643之上端水平延 I60730.doc •13. 201220254 伸且向内側彎曲之卡止部634、644。 为外，如圖8(B)所 ^ 卜正邯W4、644沿上下方向偏移 设置，即便第2硬幣保持部63及第丨硬幣保持部料相互接 近，卡止部634、644亦不會相互干擾。另外 634、644為上則可為任意。 哪一卡止部 橢圓形狀之螺絲孔635、645向前後方向傾斜設置於第2 硬幣保持部63及第i硬幣保持部64之保持構件主體、 641 ° 即，第2硬幣保持部63之保持構件主體631中，螺絲孔 635向後方朝左端部側傾斜，第！硬幣保持部^之螺絲孔 645向後方朝右端部側傾斜。即，螺絲孔635及螺絲孔料5 呈八字形狀。 螺絲66插通兩螺絲孔635、645，螺絲66緊固於基座部μ 之下表面。 因此，藉由使第2硬幣保持部63及第】硬幣保持部64相對 於基座部65相對性地向後方移動，而使螺絲的移動至螺絲 孔635、645之前端。由此，第2硬幣保持部〇及第i硬幣保 持。卩64向相互離開之方向移動，從而硬幣支撐構件6丨之總 寬度變大。平時第2硬幣保持部63及第！硬幣保持部M藉由 施壓構件（省略圖示）向擴大之方向施壓而成為該狀態。 即，该狀態為第2硬幣保持部63及第丨硬幣保持部64位於初 始位置之狀態，此時第2硬幣保持部63及第1硬幣保持部64 可保持硬幣C。 另一方面’藉由使第2硬幣保持部63及第1硬幣保持部^ 160730.doc。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 [Prior Art] Conventionally, an article take-out device for selling an article such as a toy stored in a container such as a transparent capsule is known (for example, refer to Patent Document 1). In the article take-out device described in Patent Document 1, a coin is inserted into a coin storage device housed in the article take-out device, and the operation handle is operated to take out an article such as a stored toy. The operation handle is interlocked with the coin storage device to temporarily hold the inserted coin, and the operation handle can be operated to take out the item while holding a certain number of coins. On the other hand, when the inserted coin does not reach a certain number of cases, the operation handle cannot be operated, and the article cannot be taken out. At this time, from the point of view of energy saving and the number of failures, the second is not to conduct the screening of the coins and the removal of the articles, but to mechanically perform the screening and the removal of the articles. [Prior Art Document] [Patent Document 1] [Patent Document 1] Japanese Patent No. 3954970 [Invention] [Problems to be Solved by the Invention] However, in the above-mentioned prior article take-out device, 160730 is a coin of the image. .doc 201220254 There is one species, so the price of the item is set to a lower degree of freedom. In addition, there is a problem that the price cannot be set in consideration of the consumption tax. Accordingly, the present invention has been made in view of the above problems, and an object thereof is to provide a storage object take-out device which can increase the degree of freedom in price setting. [Technical means for solving the problem] The storage object take-out device of the present invention is characterized in that a specific number of the i-th hard-repair and a second hard-belt having a larger diameter than the i-th coin are inserted and The operation unit operates to take out the storage item from the storage unit storage unit and includes a coin holding unit that holds a predetermined number of the first type of hard fibers and the second type of hard tape, and a hard tape detecting device. According to the initial operation of the operation unit, it is detected whether or not a specific number of the second type coin and the second type of coin are respectively held in the coin holding unit; and the coin detecting device detects that the coin holding unit does not hold a specific The number of the pastoral number! When the coin or the second type of the coin is used, the operation after the initial operation of the operation unit is prevented, and the above-mentioned type of hard engine in which the specific skill is held in the coin holding unit is detected. Or when both of the above-mentioned second types of coins are used, it is allowed to perform the operation after the initial operation of the above-mentioned processing unit. Further, the storage object take-out device of the present invention may be a package that can filter out the inserted hard tape as the coin type of the first type of coin and the second type of coin. The coin screening unit includes: coin insertion The mouth is inclined with respect to gravity = a coin passage for the coin inserted from the coin insertion opening; the hard band posture changing portion is disposed at the coin passage inserted into the coin insertion opening with respect to the gravity direction The first type of coin passing through the above-mentioned coin passage is allowed to pass obliquely from 160730.doc 201220254, and the coin is inserted through the coin insertion port and is inclined in a tilted state with respect to the direction of gravity. In the second type of coin, the posture of the second type of coin is changed from the inclined state to the parallel state parallel to the direction of gravity by the contact of the upper portion of the coin, and the first hard passage is directly changed by the coin posture. The second type of coin entering the part; and the second coin passage, the second type of posture changed by the coin posture changing unit Money to enter. Further, in the storage take-out device of the present invention, the hard tape holding portion may include an i-th coin holding portion that holds the old coin passing through the i-th coin passage; and the second hard tape holding portion The second portion of the second coin passage is held by the first coin passage, and the first W coin holding portion is in contact with the i-th coin to support the hard I, and the second hard When the original holding position is in the initial position, the second type "contacts the second type of coin" and the release mechanism is provided. The release mechanism is the first position at the initial position based on the operation after the initial operation of the operation unit. The coin holding portion and the second coin holding portion are moved to the retracted position substantially simultaneously, and the support of the coin by the i-th coin holding portion and the second coin holding portion is released substantially simultaneously. [Effects of the Invention] The storage article take-out device according to the present invention can provide a storage object take-out device which increases the degree of freedom in price setting. [Comprehensive Mode] W ′ Referring to the drawings, a preferred embodiment of the present invention will be described in detail. 16〇73〇.d〇c 201220254 明. As shown in FIG. 1 to FIG. 3, the storage item take-out device of the embodiment of the present invention is provided with a storage benefit 12 as a storage object storage pocket in the upper portion of the casing n, and the storage box 2 accommodates, for example, a toy or the like in a capsule. The storage material made in the barn. The intermediate wall 13 of the bottom surface of the storage case 12 which is inclined toward the rear portion of the bottom surface is provided with an extraction hole 131 through which the storage object A can be dropped. In addition, in the present embodiment, the storage item A is described as being packaged with a toy or the like in a capsule or the like. However, as long as it is understood from the relationship with the problem to be solved by the present invention, it can be accommodated. Any one of the storage take-out devices that can be taken out may be used. Therefore, the storage bag, the three-dimensional shape, the shape of the g-shaped gj, or the shape of the gj, may be an amorphous gas or a liquid, and the storage object may be taken out by the self-weight as in the present embodiment, but It can be taken out without using the self-weight, but by using some mechanism to take out the storage device and take out the device. In the present embodiment, the intermediate wall 13 constituting the bottom wall of the storage case 1 2 is provided with a rotation α 14 which is taken by the purchaser to take out the storage object a from the storage case 12. A plurality of notches 141 through which the storage objects pass are formed in the rotary table j 4, and the notches 141 pass through positions corresponding to the extraction holes 131 provided in the intermediate wall 13 of the storage case 12. The (four)" towel holder on the lower side of the storage box 12 is provided with a unit 2' for holding the inserted hard coin holding portion 'to detect whether or not the coin having a higher number of cows is held. The details of the operation portion 40 of the operation will be described below. In addition, the front wall of the front cover opening of the casing 11 is opened and closed by the hinge 160730.doc 201220254 and is freely disposed on the lower front surface of the storage case 12. The wall iu is provided with a coin insertion opening 22 for inserting the coin c, and a storage object take-out opening 15 for discharging the storage item A taken out from the storage case 12, and a coin receiving tray 16 for discharging the returned coin. The front wall 111 is configured such that the rotary handle 41 of the operation unit 40 that is operated by taking out the storage object from the storage case 12 is exposed from the front wall lu, and the rotary handle 41 is rotatably disposed with respect to the front wall m. Details of the rotary handle 41 The content will be described below, and the coin may be slightly rotated from the initial state with or without the insertion of the coin (initial operation), and only the coin detecting device 7 detects the specific coin holding the specific number of coins in the coin holding portion. In the case of the shape, the operation after the initial operation can be performed. Further, the return lever 17 for returning the inserted coin protrudes from the front wall 111. As shown in Fig. 2 and Fig. 3, in the operation portion 4, a part of the gear linkage mechanism is formed. One end of the main shaft body 42 is attached to a central axis of rotation of the rotary handle 41 exposed on the front surface of the front wall lu. The main shaft body 42 is attached to a bearing (not shown) of the rear wall 192 and the front wall iu by the rear wall of the casing 11. The two ends are supported, and a spur gear 43 is fixed at the other end. Above the spur gear 43, a pinion gear 44 meshing with the spur gear 43 is rotatably supported by the rear wall cymbal 12. Further, the pinion gear Above the 44, a spur gear 45 meshing with the pinion gear 44 is rotatably supported by a shaft. The spur gear 45 is integrally formed with gear portions 45A having the same central axis. On the other hand, the rotary table 14 is rotatable. It is disposed on the intermediate wall 13 constituting the bottom wall of the storage case 12, and a rack 142 is formed on the bottom surface of the turntable 14, and the gear portion 45A is engaged with the rack 142. 160730.doc 201220254 Therefore, when by manual Rotating handle 41 rotates in the direction of arrow T1 The rotational force is transmitted to the spur gear 43 via the spindle body 42, and the rotational force in the direction of the arrow T2 is transmitted to the rotary table 14 via the pinion gear 44 and the gear 45 meshing with the spur gear 43. And 'when the rotary handle 41 is continuously operated When the rotary table 4 is rotated by a specific angle so that one of the notches 141 of the turntable 14 is aligned with the take-out hole 131 of the intermediate wall 13 of the storage cassette 2, one of the contents a stored in the storage case 12 is rotated. The notch 141 of the table 14 is dropped from the take-out hole ι31 and sent out to the storage object take-out port 15. Further, the spur gear 43 is supported obliquely below the spur gear 43 supported by the rotary shaft 112 on the rear wall 112. The gear 46 is rotatably supported by the shaft on the rear wall 112 of the body 11. Below the spur gear 46, the pinion 47 that is in contact with the spur gear 46 has an intermediate shaft 48 attached to one end and is rotatably supported between the front wall 111 and the rear 2 112. Further, a bevel gear 49 is attached to a substantially central portion of the intermediate shaft 4 $. Therefore, when the purchaser rotates the rotary handle 41, the spindle body 42 rotates, thereby rotating the spur gear 43. Thereby, the rotary table 14 is rotated via the pinion gear 44, the spur gear 45, and the gear portion 45A. Further, on the other hand, the intermediate shaft 48 is rotated via the spur gear 46 and the pinion 47 by the rotation of the spur gear 43 to rotate the bevel gear 49. Therefore, when the rotation of the bevel gear 49 is blocked as will be described later, the rotation of the rotary handle 41 and the rotary table 14 is also prevented. Further, as shown in FIG. 2, a lower wall intermediate wall 151 extending in the horizontal direction is disposed below the intermediate shaft 48, and a detachable member 52 having a cross-sectional "mouth" shape is disposed on the lower intermediate wall 51. In the upper detachable area 160730.doc 201220254, the unit 2〇 incorporating the coin detecting device 7〇 and the coin holding unit 60 described in detail below is provided, and the coin c that has fallen from the coin holding unit 6 of the unit 2 is installed. The long hole (not shown) on the lower intermediate wall 51 is dropped to the coin storage portion 53 below. In addition, the structure of the storage material take-out device 1 described above is merely an embodiment in which the storage item A is a container such as a capsule in which a toy or the like is packaged, and the present invention is not limited thereto. In other words, in the case of the above-described embodiment, the appropriate structure is appropriately selected according to the storage item A, and the first type of coin in which the specific number of sheep is inserted and the diameter are respectively inserted in the storage take-out device 1A. When the second coin of the second type of coin is operated and the operation unit 40 (rotation handle 41) is operated, the storage item A is taken out from the storage box I2 as the article storage unit, and the coin is exposed from the front wall ln of the housing u. The coin insertion opening 22 is inserted. The coin insertion opening 22 constitutes the coin screening portion 21 described in the present invention, and this aspect will be described below. The first type and the second type of coins c inserted from the coin insertion opening 22 pass through the j-th coin passage 27 and the second coin passage 2S, and are held by the coin holding portion 6 in the unit 20 of the inner space on the lower side of the casing. 〇 Keep it for the time being. Further, the i-th coin passage 27 and the second coin passage 28 constitute the coin screening unit 21 described in the present invention, and this aspect will be described below. Further, the coin holding portion 6A will be described in detail with reference to Fig. 7 . The coin holding portion 60 has a coin supporting member 61 that abuts against the lower portion of the coin c to support the coin C at the center in the width direction, and a first coin guiding portion 62R and a second coin guiding portion 62L are provided on the left and right sides of the coin supporting member 61. Coin support 160730.doc 201220254 The member 61 and the coin guiding portions 62L, 62R are inclined toward the front surface of the casing 11, and the front end is connected to the coin receiving tray 16. In addition, when the first and second coin guiding portions 62R and 62L are collectively referred to as "coin guiding portion 62", when they are distinguished, they are referred to as "first coin guiding portion 62R" and "second coin". Guide portion 62L". The first coin guiding portion 62R can abut against the main surface of the first type of coin (for example, a 100-yen coin) that has passed through the first coin passage 27 to support the coin. Further, the second coin guiding portion 62L can be a second type coin having a diameter larger than that of the first type coin by the second coin passage 28 (for example, an i-yuan coin having a diameter larger than 1 yen coin) The main surface abuts to support the coin. The first! The second coin guiding portions 62R and 62L have the function of holding the first type and the second type of coins c in the coin holding unit 60 together with the coin supporting member 61 to prevent the coins c from falling, and individually setting the coins. The number of the first type and the second type of coins that can be held by the holding unit 6〇. In addition, the function of setting the number of coins is described in detail. A plurality of shutter mounting portions 621 are provided in the coin guiding portion 62 at a predetermined interval. The shutter 622 is detachably attached to the shutter mounting portion 62. The retaining portion of the coin holding portion 60 can be changed by attaching the shutter 622 to the shutter mounting portion 621 at a certain position! Kind of 'the second kind of coin number. That is, the bezel 622 is provided with a coin supporting protrusion 6221 'coin supporting protrusion' protruding into the coin holding portion 6A so as to be able to enter the coin holding portion 6 and to be inclined to the coin holding along the hard % supporting member 61 The portion 6A is in contact with the side portion of the coin c that rolls in front of the casing, and holds the coin c at the position. The function of setting the number of coins is more specifically described. For example, the coin of the third type is 160730. Doc 201220254 When the second coin is a 10-dollar coin, when the provider of the storage item A wants to set the price of the storage item A to 11 yen, the provider of the storage item A is as shown in the figure. As shown in FIG. 7, the baffle 622 is attached to the baffle attaching portion 621 which is spaced apart from the rearmost baffle attaching portion 621, and the second and second species which can be held by the coin holding portion 6 The number of coins is set to 1. The coin screening unit 21 will be described with reference to Fig. 4 to Fig. 6. The coin screening unit 21 includes a coin insertion opening 22 for inserting the coin C, and is connected to the more % insertion port 22. a coin passage 23 and a coin passage 23 The first coin passage 27 and the second coin passage 28. The coin insertion opening 22 is inclined with respect to the direction of gravity as shown in Figs. 4 and 5, whereby the coin c inserted into the coin insertion opening 22 is opposed to gravity. In the inclined state in which the direction is inclined, the coin passage 23 which is connected to the coin insertion opening 22 is connected to the coin insertion opening 22. Further, under the coin insertion opening, a return lever 17 for returning the inserted coin C is provided (5) Further, the mounting portion 26, which is attached to the casing 11, is protruded outward from the outer peripheral portion. As shown in Fig. 6, the coin passage 23 is connected to the rear of the coin insertion opening (inside the I7 casing 11). Further, the coin posture changing unit 24 is provided on the coin opening to change the posture of the two types of coins c used in the storage take-out device 10. Specifically, the first type of coin can be used in the storage take-out device 10. And the second type of coin 2' having a diameter larger than that of the second type of coin 2' can be tilted from the direction of gravity by the contact of the second type of hardness with the upper portion of the second type of coin To the gravity side 160730.doc 20122 0254 is changed to the parallel parallel state. In the present embodiment, the coin posture changing unit 24 does not contact the upper portion of the i-th coin, so that the magical coin is allowed to be changed without changing (4) and the tilting state of the gravity direction is directly In addition, the first coin passage 27 that is connected to the coin passage 23 (that is, the coin posture changing unit) is provided on the side of the direction in which the hard insertion port 22 is inclined with respect to the direction of gravity (in the present embodiment, the right side is the 'th. Since the coin passage is present in the forward direction of the third type of coin held in the inclined state by the coin posture changing unit 24, the i-th coin of the coin posture changing unit 24 is kept in the inclined state and directly enters the i-th coin passage 27. Further, the second coin passage 28 is also connected to the coin passage 23, but is provided on the side opposite to the second coin passage u (left side in the present embodiment). In other words, the second coin passage "is present in the forward direction of the second type of coin that is changed in the parallel state parallel to the direction of gravity by the coin posture changing unit 24, so that the second coin of the coin posture changing unit 24 is passed. The second coin passage 28 is not inserted into the first coin passage 27. As described above, the coin screening unit 2 1 performs the posture corresponding to the diameter of the coin posture changing unit 24 based on the coin C inserted from the coin insertion opening 22 . When the coin C enters one of the first coin passage 27 and the second coin passage 28, the coin screening unit 21 performs the coin posture changing unit 24 based on whether or not the coin C inserted from the coin insertion opening 22 is present. The coin C is selected by changing the posture corresponding to the diameter. More specifically, when the 100 yen coin-like small-diameter coin C is inserted into the coin insertion opening 22, the inclined small-diameter coin C is kept inclined and directly passes through the coin passage 23 (The coin posture changing unit 24) is guided to the right direction and enters the first coin passage 27. 160730.doc 12 201220254 On the other hand, 'When the ίο yen coin is the big diameter coin C When entering the coin insertion opening 22, the upper portion of the inclined large-diameter coin c is guided in the opposite direction to the inclination (left side) by the coin posture changing portion 24 provided on the coin passage 23, and is inclined to the opposite side. Guided to the left direction and into the second coin passage 28, it is possible to detect whether or not the inserted coin c is appropriate in the middle of the first coin passage 27 and the second coin passage 28 to the coin holding. The coin selector of the coin c. For example, the coin selector provided on the second coin passage 27 detects whether the coin C is a 1 yen coin, and detects whether the diameter is the next day in the second coin passage 28. The coin is 1 〇 yen coin. When the coin c is an inappropriate coin, it is returned to the coin receiving tray 16. As shown in Figs. 8 and 9, the coin supporting member 61 includes the second coin c. The coin holding portion 63 and the first coin holding portion 64 holding the first type of coin C include a base portion 65 that movably holds the second coin holding portion 〇 and the first coin holding portion 64. The base portion 65 Thinner to the front surface of the casing u The plate-like member is provided with a locking block 65 on the locking block 651 at substantially four corners of the upper surface. A locking recess 615 is provided to the left and right outer sides and the upper opening. The second coin holding portion 63 and the third The coin holding portion 64 includes the holding member bodies 631 and 641 which are thin plate-shaped members whose width is tapered toward the surface of the casing (10) corresponding to the base portion 65. Further, at the rear end portions of the holding member main bodies 631 and 641 (in Fig. 8 The right end portion) is provided with a locking block 632 and a locking block 642. The locking blocks 632 and 642 include pillar portions 633 and 643 extending upward from the holding member bodies 631 and 641, and horizontally extending from the upper ends of the pillar portions 633 and 643. I60730.doc •13.201220254 The locking portions 634 and 644 which are bent and bent inward. In addition, as shown in Fig. 8(B), the positive wraps W4 and 644 are offset in the vertical direction, and even if the second coin holding portion 63 and the second coin holding portion are close to each other, the locking portions 634, 644 do not. Interfere with each other. In addition, 634 and 644 are arbitrary. Which of the locking portion elliptical-shaped screw holes 635 and 645 is provided in the holding member main body of the second coin holding portion 63 and the i-th coin holding portion 64 in the front-rear direction, and 641 °, that is, the holding member of the second coin holding portion 63 In the main body 631, the screw hole 635 is inclined rearward toward the left end side, the first! The screw hole 645 of the coin holding portion is inclined toward the rear toward the right end side. That is, the screw hole 635 and the screw hole material 5 have a figure-eight shape. The screw 66 is inserted through the two screw holes 635, 645, and the screw 66 is fastened to the lower surface of the base portion μ. Therefore, the second coin holding portion 63 and the first coin holding portion 64 are relatively moved rearward with respect to the base portion 65, so that the screws are moved to the front ends of the screw holes 635 and 645. Thereby, the second coin holding unit 〇 and the i-th coin are held. The crucible 64 is moved in the direction away from each other, so that the total width of the coin supporting member 6 turns becomes large. Usually the second coin holding unit 63 and the first! The coin holding portion M is pressed in a direction in which it is pressed by a pressing member (not shown) to be in this state. In other words, in this state, the second coin holding portion 63 and the second coin holding portion 64 are in the initial position. At this time, the second coin holding portion 63 and the first coin holding portion 64 can hold the coin C. On the other hand, by the second coin holding portion 63 and the first coin holding portion ^ 160730.doc
-14- 201220254 相對於基座部65相對性地向前方移動，而使螺絲66移動至 螺絲孔635、645之後端。由此，第2硬幣保持部63及第1硬 幣保持部64向相互接近之方向移動，從而硬幣支撐構件6 i 之總寬度變小。即，第2硬幣保持部63及第1硬幣保持部64 大致同時地向退避位置移動。如此一來，大致同時地解除 第2硬幣保持部63及第1硬幣保持部04各自對硬幣匸之支 樓’從而保持之硬幣C借助自重落下。 其次’對硬幣檢測裝置70進行詳細說明。 如圖7所示，於硬幣保持部60後方（圖7中為左側）設置有 硬幣檢測裝置70。硬幣檢測裝置7〇檢測是否由硬幣保持部 60分別保持有特定牧數之第1種及第2種硬幣c，僅於檢測 出保持有特定枚數之情形時允許旋轉手柄41旋轉而可取出 收納物A，並且使由硬幣保持部6〇保持之硬幣c落下並收 納於硬幣貯存部53中。 於第1硬幣通路27及第2硬幣通路28之下方位置，各大致 二角形狀之擺動構件71R、71L可擺動地且平時於圖7中被 向順時針方向施壓而位於圖7所示之位置。 另外，於統稱左右擺動構件時，記作「擺動構件7丨」， 而於對左右加以區別之情形時記作「擺動構件」、 「擺動構件71R」。 擺動構件71於未投入硬幣c之狀態下，頂部711朝向大致 上方且傾斜面712朝向前上方。 因此，自第1硬幣通路27及第2硬幣通路28落下之硬幣c 刀別抵接於擺動構件71之傾斜面712而被保持於硬幣支撐 s 160730.doc -15- 201220254 構件61上。此時，於投入之硬幣c之枚數未達到特定牧數 之情形時’該硬幣C於硬幣支撐構件61上滾動並向前方移 動’與設置於硬幣導引部62上之擋板622抵接而停止，從 而被保持於硬幣支撐構件61上。 當投入特定枚數之硬幣C時，最後之硬幣C於使擺動構 件71沿圖7中順時針旋動之狀態下停止。 於與擺動構件71L、71R相同之鉛直面内分別設置有出 沒構件72L、72R。 另外，省略出沒構件72R之圖示。此外，於統稱左右出 沒構件時，s己作「出沒構件7 2」’而於對左右加以區別之 情形時記作「出沒構件72L」、「出沒構件72R」。 左右出沒構件72L、72R藉由旋轉軸（省略圖示）而一體地 連、且繞紅轉軸一體旋轉。此外，左右出沒構件72L、 72R可分別個別地在向自旋轉中心離開之方向突出之突出 位置、與向接近旋轉中心之方向沒入之沒入位置之間移 動，藉由未圖示之施壓構件自沒入位置朝向突出位置之方 向施壓即，左右出沒構件72L·、72R於初始狀態下處於突 出位置。此外，於該旋轉軸上安裝有與錐齒輪钩嚙合之錐 齒輪75(參照圖2)。因此，當伴隨旋轉手柄41之旋轉而使錐 齒輪49旋轉時，錐齒輪乃亦旋轉，因此出沒構件”亦旋 轉。如上所述，左右出沒構件72[、72R與擺動構件71[、 71R處於相同鉛直面内，因此藉由出沒構件72旋轉而使左 右出沒構件72L、72R與擺動構件71L、71R抵接。此時’ 於由硬幣保持部60保持之第！種硬幣c或第2種硬幣c中之 160730.docThe -14-201220254 is relatively moved forward relative to the base portion 65, and the screw 66 is moved to the rear end of the screw holes 635, 645. Thereby, the second coin holding portion 63 and the first coin holding portion 64 move in the direction in which they approach each other, and the total width of the coin supporting member 6 i becomes small. In other words, the second coin holding portion 63 and the first coin holding portion 64 move toward the retracted position substantially simultaneously. In this manner, the coins C held by the second coin holding portion 63 and the first coin holding portion 04, respectively, are held at the same time, and the coins C held by the second coin holding portion 63 are dropped by their own weight. Next, the coin detecting device 70 will be described in detail. As shown in Fig. 7, a coin detecting device 70 is provided behind the coin holding portion 60 (left side in Fig. 7). The coin detecting device 7 detects whether or not the first type and the second type of coins c are held by the coin holding unit 60, and allows the rotating handle 41 to be rotated and can be taken out and stored only when a certain number of cases is detected. The object A, and the coin c held by the coin holding portion 6A is dropped and stored in the coin storage portion 53. Below the first coin passage 27 and the second coin passage 28, the substantially double-angled swing members 71R and 71L are swingably and normally pressed in the clockwise direction in FIG. 7 and are located in FIG. position. In addition, when the left and right swinging members are collectively referred to as "oscillating members 7", the "swinging members" and "swinging members 71R" are referred to when they are distinguished from each other. In the state where the coin c is not inserted, the swinging member 71 faces the upper portion 711 toward the upper side and the inclined surface 712 faces the front upper portion. Therefore, the coin c which has fallen from the first coin passage 27 and the second coin passage 28 abuts against the inclined surface 712 of the swinging member 71 and is held by the coin support s 160730.doc -15-201220254 member 61. At this time, when the number of coins to be fed c does not reach the specific number of shepherds, the coin C is rolled on the coin supporting member 61 and moved forward to abut against the shutter 622 provided on the coin guiding portion 62. It is stopped and thus held on the coin supporting member 61. When a specific number of coins C is put in, the last coin C is stopped in a state where the swinging member 71 is rotated clockwise in Fig. 7. The upper members 72L, 72R are provided in the same vertical plane as the swing members 71L, 71R, respectively. In addition, the illustration of the detaching member 72R is omitted. In addition, when it is said that the left and right parts are left and right, the "following member 7 2" is used, and when it is distinguished from the left and right, it is referred to as "fake member 72L" and "family member 72R". The right and left haunting members 72L and 72R are integrally connected by a rotating shaft (not shown) and integrally rotated around the red rotating shaft. Further, the left and right haunting members 72L and 72R are individually movable between a protruding position that protrudes in a direction away from the center of rotation and a immersed position that is immersed in a direction close to the center of rotation, and is pressed by a not shown. When the member is pressed in the direction from the immersed position toward the protruding position, the left and right detaching members 72L and 72R are in the protruding position in the initial state. Further, a bevel gear 75 that meshes with the bevel gear hook is attached to the rotating shaft (see Fig. 2). Therefore, when the bevel gear 49 rotates accompanying the rotation of the rotary handle 41, the bevel gear also rotates, so that the detaching member "also rotates. As described above, the left and right detachment members 72 [, 72R are identical to the oscillating members 71 [, 71R In the vertical plane, the left and right haunting members 72L and 72R are in contact with the swinging members 71L and 71R by the rotation of the housing member 72. At this time, the first type of coin c or the second type of coin c held by the coin holding unit 60 In the 160730.doc
S -16- 201220254 至> 一者未達到特定牧數之情形時，擺動構件71L、十 之至乂 一者藉由與處於突出位置之出沒構件72抵接而向前 方（圖7中所說之逆時針方向）旋動。而且，當出沒構件”進 v方疋轉牯，出沒構件72於處於突出位置之狀態下直接通 過擺動構件71之位置，與處於其下方之未圖示之擋板抵接 而使旋轉受到阻止。另夕卜，出沒構件72旋轉而直至通過擺 動構件71之位置為止之旋轉手柄41之操作相當於初始操 作，且為可與由硬幣保持部6〇保持之硬幣c之枚數無關而 進行之動作。如上所述，於硬幣保持部6〇未保持有特定枚 數之硬幣C之情料，出沒構件72之旋轉被阻纟，因此旋 轉手柄41之初始操作以後之操作亦被阻止。此外，因此， 出沒構件72之旋轉被阻止，由此錐齒輪75及錐齒輪的之旋 轉亦被阻止，旋轉手柄4 1無法旋轉，從而旋轉台14不旋轉 而無法取出收納物A。 其次，對於由硬幣保持部60保持之第1種硬幣及第2種硬 幣之任一者達到特定枚數之狀態下使旋轉手柄4丨旋轉之情 形進行說明。當旋轉手柄41旋轉時，出沒構件72亦旋轉， 左右出沒構件72L、72R與擺動構件71L、71R抵接。然 而，雖然擺動構件71L、71R欲向前方（圖7中之逆時針方 向）旋動，但因由硬幣保持部60保持之硬幣C之存在而使得 其無法旋動。如此一來，反之，出沒構件72受擺動構件71 擠壓而對抗於施壓構件之施壓向,沒入位置移動。即便於該 狀態下出沒構件7 2進一步旋轉而通過擺動構件7丨之位置， 因出沒構件72未處於突出位置而不與擋板抵接，從而以後 160730.doc -17- 201220254 之旋轉不會被阻止。因此，允許旋轉手柄41之初始操作以 後之操作，旋轉台14旋轉而可取出收納物A ^ 此外’於與出沒構件72相同之旋轉轴上設置有與出沒構 件72—起旋轉之旋轉板73。旋轉板73之周緣為凸輪，該凸 輪伴隨旋轉而與第2硬幣保持部63之卡止塊632及第丨硬幣 保持部64之卡止塊642抵接，從而將第2硬幣保持部63及第 1硬幣保持部64向前方擠壓。由此，第2硬幣保持部63及第 1硬幣保持部64向相互接近之方向移動，即大致同時地向 退避位置移動。如此一來，硬幣支撐構件6丨之總寬度變 小，硬幣C之支撐被大致同時地解除，因此硬幣匚落下而 收、’内於硬幣貯存部5 3。即，本發明申所說之本實施形態之 解除機構由以如下方式導引之基座部65、螺絲孔635、 634、螺絲66構成，即其等使伴隨第2硬幣保持部63之卡止 塊632第1硬幣保持部64之卡止塊642、出沒構件72之旋 動而將第2硬幣保持部63之卡止塊632及第丨硬幣保持部64 之卡止塊642向前方擠壓之旋轉板73、第2硬幣保持部63及 第1硬幣保持部64，伴隨向各自之前方之移動而向相互接 近之方向即大致同時地向退避位置移動。 下面’對收納物A之購買動作進行說明。 首先，於投入硬幣C之前，旋轉手柄41之初始操作以後 之旋轉被阻止，取出收納物A之旋轉台14不旋轉，因此無 法取出收納物A。 其次，當自硬幣插入口 22投入硬幣C時，第i種硬幣c及 第2種硬幣C於硬幣姿勢變更部24之作用下而被篩選為進入 160730.doc -18 - 201220254 第1硬幣通路27者（即第1種硬幣）、及進入第2硬幣通路者 (即第2種硬幣）。硬幣C於第1硬幣通路27及第2硬幣通路28 内滾動，且分別被保持於硬幣支撐構件61之第丨硬幣保持 部64及第2硬幣保持部63上。 落下至硬幣保持部60上之硬幣C借助第2硬幣保持部63及 第1硬幣保持部64之傾斜而向前方移動，與安裝於硬幣導 引部62上之擋板622抵接而停止。而且，當保持之硬幣c達 到特定牧數時，使最後之硬幣C與擺動構件71L、71R抵接 並向後方（圖7中之順時針方向）旋動，而無法向前方（圖7中 之逆時針方向）旋動。由此與擺動構件71抵接之出沒構件 72自突出位置向沒入位置移動，因此出沒構件72可越過擺 動構件71之位置而旋動，其結果，可進行旋轉手柄41之初 始操作以後之旋轉操作。 當於該狀態下使旋轉手柄41進一步旋轉時，經由錐齒輪 49及錐齒輪75而使出沒構件72及旋轉板73旋轉，將第2硬 幣保持部63及第1硬幣保持部64向前方擠壓。由此，硬幣 支撐構件61之總寬度變小，解除對硬幣c之支撐，因此硬 幣C落下而收納於硬幣貯存部53中。 另一方面，與此同時，保持收納物A之旋轉台14旋轉， 於旋轉台14之缺口 141到達中間壁13之取出孔13 1之位置 時，使收納物A落下而向收納物取出口 15取出收納物A。 以上’根據所說明之本實施形態之收納物取出裝置10， 可使用兩種硬幣C講買收納物a，因此可增大價格設定之 自由度。 s 160730.doc -19· 201220254 此外，本實施形態之收納物取出裝置10之硬幣篩選部2i 包括：硬幣插入口 22,其相對於重力方向而傾斜形成；硬 幣通路23，其供自硬幣插入口插入之硬幣通過；硬幣姿勢 變更部24，其設置於上述硬幣通路23上，對插入至硬幣插 入口 22並於相對於重力方向而傾斜之傾斜狀態下通過硬幣 通路23之第1種硬幣允許保持傾斜狀態直接通過，而對自 硬幣插入口 22插入並於相對於重力方向而傾斜之傾斜狀態 下通過上述硬幣通路23之第2種硬幣，藉由與該硬幣之上 部接觸而使第2種硬幣之姿勢自傾斜狀態向與重力方向平 行之平行狀態變更；第1硬幣通路27 ’其由保持傾斜狀態 直接通過硬幣姿勢變更部24之第1種硬幣進入；以及第之硬 幣通路28，其由通過硬幣姿勢變更部24而變更了姿勢之第 2種硬幣進入，因此可機械性地篩選第丨種硬幣及直徑較第 1種硬幣大之第2種硬幣。 此外，本實施形態中包含旋轉板73等之解除機構使第2 硬幣保持部63及第！硬幣保持部64大致同時地向退避位置 移動而大致同時地解除第2硬幣保持部63及第丄硬幣保持部 64各自對硬幣之支撐，因此保持之硬幣c彼此發生干擾: 情況較少’不易引起硬幣堵塞。 < 以上，對本發明之較佳實施例進行了詳述，但本發明之 收納物取出裝置並不限定於上述實施形態，可於請求項之 範圍中所記載之本發明之要旨範圍内進行各種變形、辦 化。 < 即，上述實施形態中，對丨台收納物取出裝置1〇進行了 160730.docS -16 - 201220254 to > When one does not reach the specific number of shepherds, the swinging member 71L, the tenth to the first one is abutted by the abutting member 72 at the protruding position (refer to FIG. 7) Rotate counterclockwise). Further, when the ejector member "turns in", the detaching member 72 directly passes through the position of the oscillating member 71 in a state of being in the protruding position, and abuts against a shutter (not shown) below it to prevent the rotation from being blocked. In addition, the operation of the rotating handle 41 until the position of the swinging member 71 is rotated until the position of the swinging member 71 is rotated is equivalent to the initial operation, and is performed irrespective of the number of coins c held by the coin holding portion 6A. As described above, in the case where the coin holding portion 6 is not held with a certain number of coins C, the rotation of the detaching member 72 is blocked, so that the operation after the initial operation of the rotary handle 41 is also prevented. The rotation of the detaching member 72 is prevented, whereby the rotation of the bevel gear 75 and the bevel gear is also prevented, and the rotary handle 4 1 cannot be rotated, so that the rotary table 14 does not rotate and cannot take out the storage A. Second, for the coin holding The case where the rotation handle 4 is rotated in a state in which any one of the first type of coin and the second type of coin held by the unit 60 reaches a certain number is described. When the rotary handle 41 is rotated, The member 72 is also rotated, and the right and left haunting members 72L and 72R are in contact with the swinging members 71L and 71R. However, although the swinging members 71L and 71R are intended to be rotated forward (counterclockwise in FIG. 7), the coin holding portion 60 is used. The coin C is held so that it cannot be rotated. In this way, on the contrary, the ejector member 72 is pressed by the swinging member 71 against the pressing direction of the pressing member, and moves into the immersed position. Even in this state The member 7 2 is further rotated to pass the position of the swinging member 7丨, since the infest member 72 is not in the protruding position and does not abut against the flap, so that the rotation of the subsequent 160730.doc -17-201220254 is not prevented. Therefore, the rotation is allowed. After the initial operation of the handle 41, the rotary table 14 is rotated to take out the storage item A. Further, a rotating plate 73 that rotates with the ejector member 72 is provided on the same rotating shaft as the ejector member 72. The rotating plate 73 The peripheral edge is a cam, and the cam abuts against the locking block 632 of the second coin holding portion 63 and the locking block 642 of the second coin holding portion 64, thereby holding the second coin holding portion 63 and the first coin. The portion 64 is pressed forward. Thereby, the second coin holding portion 63 and the first coin holding portion 64 move in the direction in which they approach each other, that is, move toward the retracted position substantially simultaneously. Thus, the total of the coin supporting members 6 When the width is small, the support of the coin C is released substantially simultaneously, so that the coin is dropped and received, and is inside the coin storage portion 53. That is, the release mechanism of the present embodiment as described in the present invention is guided as follows The base portion 65, the screw holes 635, 634, and the screw 66 are configured to rotate the locking block 642 of the first coin holding portion 64 and the detaching member 72 with the locking block 632 of the second coin holding portion 63. The locking plate 632 of the second coin holding portion 63 and the locking block 642 of the second coin holding portion 64 are pressed forward by the rotating plate 73, the second coin holding portion 63, and the first coin holding portion 64. Each of the movements in the front direction moves toward the retracted position substantially simultaneously in the direction in which they approach each other. Next, the purchase operation of the storage item A will be described. First, before the coin C is inserted, the rotation after the initial operation of the rotary handle 41 is blocked, and the rotary table 14 from which the storage object A is taken out does not rotate, so that the storage A cannot be taken out. Next, when the coin C is inserted from the coin insertion opening 22, the i-th coin c and the second coin C are filtered by the coin posture changing unit 24 to enter 160730.doc -18 - 201220254 first coin passage 27 (ie, the first type of coin) and the second coin passage (ie, the second type of coin). The coin C rolls in the first coin passage 27 and the second coin passage 28, and is held by the second coin holding portion 64 and the second coin holding portion 63 of the coin supporting member 61, respectively. The coin C that has fallen onto the coin holding portion 60 moves forward by the inclination of the second coin holding portion 63 and the first coin holding portion 64, and comes into contact with the shutter 622 attached to the coin guiding portion 62 to stop. Further, when the held coin c reaches the specific number of shepherds, the last coin C is brought into abutment with the swinging members 71L, 71R and rotated rearward (clockwise in Fig. 7), and cannot be forward (in Fig. 7) Turn counterclockwise). Thereby, the detachment member 72 abutting against the oscillating member 71 is moved from the protruding position to the immersed position, so that the detaching member 72 can be rotated beyond the position of the oscillating member 71, and as a result, the rotation of the rotating handle 41 can be performed after the initial operation. operating. When the rotary handle 41 is further rotated in this state, the beating member 72 and the rotating plate 73 are rotated via the bevel gear 49 and the bevel gear 75, and the second coin holding portion 63 and the first coin holding portion 64 are pressed forward. . Thereby, the total width of the coin supporting member 61 is reduced, and the support of the coin c is released, so that the coin C is dropped and stored in the coin storing portion 53. On the other hand, at the same time, the rotary table 14 holding the storage item A is rotated, and when the notch 141 of the rotary table 14 reaches the position of the extraction hole 13 1 of the intermediate wall 13, the storage object A is dropped and the outlet 15 is taken out to the storage object. Take out the storage A. According to the storage item take-out device 10 of the present embodiment described above, the storage item a can be purchased using two kinds of coins C, so that the degree of freedom in price setting can be increased. s 160730.doc -19 201220254 Further, the coin screening unit 2i of the storage object take-out device 10 of the present embodiment includes a coin insertion opening 22 which is formed obliquely with respect to the direction of gravity, and a coin passage 23 which is supplied from the coin insertion opening. The inserted coin passes; the coin posture changing unit 24 is provided on the coin passage 23, and is allowed to be held by the first type of coin inserted through the coin passage 23 in an inclined state inserted into the coin insertion opening 22 and inclined with respect to the direction of gravity. When the tilted state passes directly, the second type of coin that has passed through the coin passage 23 in an inclined state inserted from the coin insertion opening 22 and tilted with respect to the direction of gravity is brought into contact with the upper portion of the coin to make the second type of coin The posture is changed from the inclined state to the parallel state parallel to the direction of gravity; the first coin passage 27' enters the first type of coin directly passing through the coin posture changing unit 24 while being kept inclined; and the first coin passage 28 passes through The coin posture changing unit 24 enters the second type of coin in which the posture is changed, so that the second type of coin can be mechanically screened and the diameter of the first type is smaller than the first type. The second coin of the coin. Further, in the present embodiment, the release mechanism such as the rotary plate 73 or the like is provided to the second coin holding portion 63 and the first! The coin holding portion 64 is moved to the retracted position at substantially the same time, and the second coin holding portion 63 and the second coin holding portion 64 are respectively released from the coin support at substantially the same time. Therefore, the held coins c interfere with each other: The coin is clogged. In the above, the preferred embodiment of the present invention has been described in detail. However, the present invention is not limited to the above-described embodiment, and various types of the present invention can be carried out within the scope of the present invention as described in the scope of the claims. Deformation, management. < Namely, in the above embodiment, the storage device take-out device 1〇 was carried out 160730.doc
S 201220254 說明，但亦可將2台收納物取出裝置10上下層疊使用。由 此’可貫現店鋪中之有限空間之有效利用，並且可由例如 年齡小之個子小之小孩等操作下段之收納物取出裝置，而 由大人操作上段之收納物取出裝置。 【圖式簡單說明】 圖1係本發明之實施形態之收納物取出裝置之整體立體 圖。 圖2係自圖1中之Π方向觀察之透視圖。 圖3係表示收納物取出裝置之内部之構成圖。 圖4係内置有硬幣篩選部等之單元之整體立體圖 圖5係硬幣篩選部之一部分之前視圖。 圖6係自背面下方觀察硬擎篩選部之—部之立體圖 圖7係硬幣保持部及硬幣檢測裝置之立體圖。 圖8(A)係硬幣支撐構件之俯視圖 8(C)係底視圖。 圖8(B)係側視圖，圖 圖9(A)係第2硬幣保持部之俯 价、日θ 視圖’圖9(B)係基座部 俯視圖，圖9(C)係第1硬幣保持部之俯視圖。 【主要元件符號說明】 10 收納物取出裝置 11 筐體 12 收納盒（收納物收納部） 13 中間壁 14 旋轉台（收納物取出機構） 15 收納物取出口 160730.doc s -21*· 硬幣接收盤 退還桿 口 〇 一 早兀 硬幣篩選部 硬幣插入口 硬幣通路 硬幣姿勢變更部 開口 安裝部 第1硬幣通路 第2硬幣通路 操作部 旋轉手柄 主軸體 正齒輪 小齒輪 正齒輪 齒輪部 正齒輪 小齒輪 中間軸 錐齒輪 下段中間壁 裝卸構件 -22- 201220254 53 硬幣貯存部 60 硬幣保持部 61 硬幣支撐構件 62R 第1硬幣導引部 62L 第2硬幣導引部 63 第1硬幣保持部 64 第2硬幣保持部 65 基座部 66 螺絲 70 硬幣檢測裝置 71 擺動構件 71R 左擺動構件 71L 右擺動構件 72 出沒構件 72L 右出沒構件 72R 左出沒構件 73 旋轉板 75 錐齒輪 111 前壁 112 後壁 141 缺口 142 齒軌 621 擋板安裝部 622 擋板 s 160730.doc -23- 201220254 631 保持構件主體 632 卡止塊 633 支柱部 634 卡止部 635 螺絲孔 641 保持構件主體 642 卡止塊 643 支柱部 644 卡止部 645 螺絲孑L 651 卡止塊 652 卡止凹部 711 頂部 712 傾斜面 6221 硬幣支撐突起 A 收納物 C 硬幣 T1 箭頭 T2 箭頭 T3 箭頭 160730.doc -24-Although it is described in S 201220254, two storage material take-out devices 10 may be stacked one on top of the other. Therefore, the limited space in the store can be effectively utilized, and the storage take-out device of the lower stage can be operated by, for example, a child of a young age, and the storage take-out device of the upper stage can be operated by an adult. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall perspective view of a storage object take-out device according to an embodiment of the present invention. Figure 2 is a perspective view from the direction of the weir in Figure 1. Fig. 3 is a view showing the configuration of the inside of the storage object take-out device. Fig. 4 is an overall perspective view of a unit in which a coin screening unit or the like is built. Fig. 5 is a front view of a portion of the coin screening unit. Fig. 6 is a perspective view of a portion of the hard filter portion viewed from the lower side of the back surface. Fig. 7 is a perspective view of the coin holding portion and the coin detecting device. Fig. 8(A) is a plan view of the coin supporting member. Fig. 8(C) is a bottom view. 8(B) is a side view, and FIG. 9(A) is a top view of the second coin holding portion, and a view of the day θ. FIG. 9(B) is a plan view of the base portion, and FIG. 9(C) is a first coin holding. Top view of the department. [Description of main component symbols] 10 Storage material take-out device 11 Housing 12 Storage box (storage storage unit) 13 Intermediate wall 14 Rotary table (storage take-out mechanism) 15 Storage take-out outlet 160730.doc s -21*· Coin reception Disk returning rod 〇 early morning 兀 coin screening unit coin insertion port coin passage coin posture changing unit opening mounting portion first coin passage second coin passage operation portion rotating handle spindle body spur gear pinion spur gear gear portion spur gear pinion middle Bevel gear lower stage intermediate wall attaching and detaching member-22 - 201220254 53 Coin storage unit 60 Coin holding unit 61 Coin supporting member 62R First coin guiding portion 62L Second coin guiding portion 63 First coin holding portion 64 Second coin holding portion 65 Base portion 66 Screw 70 Coin detecting device 71 Swing member 71R Left swing member 71L Right swing member 72 Fold member 72L Right exit member 72R Left exit member 73 Rotating plate 75 Bevel gear 111 Front wall 112 Rear wall 141 Notch 142 Track 621 Baffle mounting portion 622 baffle s 160730.doc -23- 201220254 631 Main body 632 locking block 633 pillar portion 634 locking portion 635 screw hole 641 holding member main body 642 locking block 643 pillar portion 644 locking portion 645 screw 孑 L 651 locking block 652 locking recess 711 top 712 inclined surface 6221 coin support Protrusion A Storage C Coin T1 Arrow T2 Arrow T3 Arrow 160730.doc -24-