201219096 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種藉由讀取體讀取資訊保持體所保持之 資訊之資訊讀取玩具。 【先前技術】 先前’已知有一種讀取資料保持體之資料而進行遊戲之 遊戲玩具（例如專利文獻1)。該遊戲玩具包含讀取資料保持 體之資料之資料讀取部、根據所讀取之資料進行遊戲之控 制。卩、顯不遊戲之内谷之顯不部、設置有資料保持體之旋 轉體、及使旋轉體旋轉之旋轉驅動機構，若使用者滑動操 作抓取部’則藉由旋轉驅動機構而使旋轉體開始旋轉，同 時開始資料保持體之資料之讀取。 [先前技術文獻] [專利文獻] [專利文獻1]曰本專利特開2003-320165號公報 【發明内容】 [發明所欲解決之問題] 然而，於該遊戲玩具中，係藉由使用者滑動操作抓取 部，而旋轉體旋轉，資料保持體被移送至資料讀取部。 本發明之目的在於提供—種資訊讀取玩具，其係於玩具 本體中，若將讀取體設為可讀取資訊保持體所保持之資訊 之狀態，則開始向藉由讀取體讀取資訊之讀取位置移送 訊保持體。 、 為解決上述課題’本發明之資訊讀取玩具包含：玩具本 158009.doc 201219096 體；資訊保持體，其伴拄 持體所保持H ^ 讀取體’其可讀取資訊保 ，及供給機構，其設置於玩具本體，向 體讀取資訊保持體所保持之資訊之讀取位置供給 ==體；供給機構係於玩具本體中讀取體被設為可自 置之資訊保持體讀取資訊之狀態時，向讀取 位置供給資訊保持體。 又’本發明之資訊讀取玩具中，讀取體包含：演出部， t崎由光、聲音及振動所組成之群中之-種以上之演 臾出控制。p ,其根據所讀取之資訊而控制演出部。 健：’本發明之資訊讀取玩具中，演出控制部包含：資訊 存部’其可儲存複數個所讀取之資訊；及演出儲存部， =存有複數個與該資訊儲存部中所儲存之資訊相對應之 2資讯；且根據該資訊儲存部中所儲存之f訊自演出儲 存邛讀出演出資訊，並控制演出部。 進而，本發明之f訊讀取玩具中，玩具本體包含儲存有 不玩具之種類之玩具資訊的玩具#訊儲存部丨讀取體可 向可讀取該玩具資訊儲存部中所儲存之玩具資訊之位置移 動。 [發明之效果j 根據本發明， f實施方式】 使用者可速度良好地進行資訊讀取遊戲。 -以下，本發明之實施形態之資訊讀取玩具】令，分別例 不掃描器10作為讀取體，例示金屬片（medal)3〇作為資訊保 持體，但本發明之構成要素之形態並不限定於該等。201219096 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an information reading toy that reads information held by an information retaining body by a reading body. [Prior Art] A game toy in which a game is read by reading data of a material holder has been known (for example, Patent Document 1). The game toy includes a data reading unit that reads data of the data holder, and controls the game based on the read data.卩, the display of the inner valley, the rotating body provided with the data holding body, and the rotary driving mechanism for rotating the rotating body, if the user slides the gripping portion, the rotation is rotated by the driving mechanism The body begins to rotate and at the same time the reading of the data holder is started. [Prior Art Document] [Patent Document 1] [Patent Document 1] Japanese Patent Laid-Open Publication No. 2003-320165 [Summary of the Invention] [Problems to be Solved by the Invention] However, in the game toy, the user slides The gripping portion is operated, and the rotating body is rotated, and the data holder is transferred to the data reading portion. The object of the present invention is to provide an information reading toy which is attached to a toy body and, if the reading body is set to read the information held by the information holding body, starts reading from the reading body. The reading position of the information is moved to the message holder. In order to solve the above problems, the information reading toy of the present invention includes: toy book 158009.doc 201219096 body; information holding body, which is held by the holding body, H ^ reading body', which can read information security, and supply mechanism Provided in the toy body, the reading position of the information held by the body reading information holding body is supplied to the == body; the feeding mechanism is in the toy body, and the reading body is set as the self-contained information holding body to read the information. In the state, the information holder is supplied to the reading position. Further, in the information reading toy of the present invention, the reading body includes a performance unit, and t-saki is controlled by a plurality of types of light, sound, and vibration. p , which controls the performance department based on the information read. Jian: In the information reading toy of the present invention, the performance control unit includes: a information storage unit that can store a plurality of read information; and a performance storage unit, where a plurality of stored information are stored in the information storage unit. The information corresponds to the 2 information; and according to the information stored in the information storage department, the performance information is read from the performance storage, and the performance department is controlled. Further, in the f-reading toy of the present invention, the toy body includes a toy that stores toy information of a type other than a toy. The storage unit can read the toy information stored in the toy information storage unit. The position moves. [Effect of the Invention j According to the present invention, the f embodiment] The user can perform the information reading game at a good speed. - In the following, the information reading toy according to the embodiment of the present invention is exemplified as the case where the scanner 10 is not used as the reading body, and the metal piece 3 is exemplified as the information holding body. However, the form of the components of the present invention is not Limited to these.
>58009.d〇c S 201219096 (整體） 圖1係本發明之實施形態之資訊讀取玩具1之掃描器1 〇及 玩具本體20之立體圖。資訊讀取坑具1包含作為讀取體之 掃描器10與玩具本體2〇β 圖2係表示用於掃描器1〇卡合於玩具本體2〇之導軌21之 圖。導軌21包含大致平行之一對導軌21a及21b。掃描器1〇 可載置於玩具本體20上，並且可沿該等導軌2la及21b，一 邊保持載置於玩具本體2〇上之狀態一邊藉由使用者而於玩 具本體20上移動。 (玩具本體） 圖3係表示玩具本體2〇之握持部22及基座24之立體圖。 即’自下方觀察玩具本體2〇之圖。自玩具本體2〇之下表面 (基座24之下表面）突設有握持部22，使用者以手握住握持 部22，將玩具本體2〇置於前臂部，從而可保持玩具本體 20 〇 圖4係表示打開玩具本體2〇之上表面蓋25之狀況之圖。 玩具本體20之上表面蓋25被安裝成可旋動，若向上方旋 動，則由上表面蓋25所覆蓋之旋轉盤26露出。旋轉盤26係 對於基座24可旋轉地安裝。於旋轉盤26，設置有可載置複 數個作為資訊保持體之金屬片3G(圖5)之載置部27。載置部 27係作為可收容金屬片3()之大小之凹部而形成，且沿旋轉 盤26之圓周方向而配置。使用者使上表面蓋25旋動，而使 旋轉盤26露出’藉此可於載置部”载置金屬片％。圖4 中’表示最多可載置7個圓盤形狀之金屬片％之载置部 158009.doc 201219096 27，但載置部27之形狀並不限定於此。 圖5係表示於玩具本體20之載置部27裁置有金屬片3〇之 狀況之圖。即’可依照上述圖4所示之載置部2 7之形狀， 將圓盤形狀之金屬片30a〜30g於圓周方向上排列。圖5中， 表示載置有7牧金屬片3 0之狀況，但金屬片3〇載置1枚以上 即可，使用者可同時使用最大牧數（本.實施例中為7牧）以内 之所需牧數之金屬片30。 (資訊保持體） 圖6係金屬片30之俯視圖。金屬片3〇可作為資訊讀取玩 具1中之資訊保持體而發揮功能。本實施形態中，金屬片 3〇形成為圓盤狀，且中央部分包含合成樹脂，周緣部包含 壓鑄件。又，於其表面可施予各金屬片3〇不同之動物、恐 龍、昆蟲等凸紋（relief)。金屬片3〇之形狀、材質，設計等 並不限定於該等，資訊讀取玩具丨可根據提供給使用者之 樂趣進行各種設計。 圖7係表示金屬片3〇之内部之圖。於金屬片3〇之内部安 裝有基板31，該基板31中設置有儲存有資訊之冗晶片。該 U：晶Μ ’ f㈣有各金屬片3G不同之固有之類別資訊。 ，’该1C晶片構成為對來自掃描器1〇之詢問信號進行應 答，將所保持之類別資訊作為應答信號而對掃描器10發 出。 (讀取體） 圖8係表示掃描器1〇之夹握告⑼及炎握開關㈣sp ch)12之圖。掃描器1〇可作為資訊讀取玩具1中之讀取 158009.doc 201219096 體而發揮功能。本實施形態中，器1〇整體上形成為圓 盤狀，且設置有使用者所抓握之灸握部u。於夾握部“設 置有夾握開關12，若使用者握住失握部u，並按下夾握開 關12而成為導通狀態，則自掃描器1〇開始詢問信號之發 送，並於特定時間（例如30秒）内維持讀取待機狀態。 圖9係表示掃描器10之演出控制部14、發光㈣及發聲 和之圖。本實施形態中，演出控制部u、發光料及發 聲部17均設置於掃描器1〇之内部。 發光部16包含LED等，經由演出部蓋13向使用者提供可 視覺辨認之發光模式。發聲部17包含揚聲器等，向使用者 提供語音、合成聲音、效果音等可收聽之發聲模式。演出 控制部14係藉由内部基板上之電路而實現。 發光部16及發聲部17係與演出控制部"電性連接，藉由 演出控制部U被控制為進行發光及發聲演出。演出控制部 14係與作為儲存有發聲資料或發光模式等演出資訊之演出 儲存部之記憶體1()2(圖29)連接。作為演出f訊，例如可使 用下述者，但並不限定於該等。 [演出資訊Π藉由掃描器10進行金屬片3〇之讀取時所發聲之 讀取音； U出貝進行玩具資訊之讀取時所發聲之對應於該玩具 資訊之讀取結束音； 出貝Λ 3]與作為資訊儲存部之記憶體⑽（圖叫中所儲 =之資訊相對應之發聲資料（例如，藉由金屬片3〇之類別 _ Λ所特疋的與該金屬片3〇上所施予之凸紋所表示之動物 158009.doc 201219096 等之名字等相對應的聲音）；及 [演出資訊4]必殺技音》 (旋轉盤） 圖10係表示玩具本體20之基座24及旋轉盤26之圖。圖1〇 中，省略上表面蓋25而表示。旋轉盤26構成將金屬片3〇向 藉由掃描器1 0讀取金屬片30所保持之資訊之讀取位置供給 之供給機構的一部分。 圖 11係表示方孔（square hole)23與角軸（square shank)47 之圖。方孔23設置成與旋轉盤26之背面之旋轉中心成為同 軸。角軸47設置於旋轉驅動機構（圖2〇),且自基座以之上 表面向上方突出。旋轉盤26中，方孔23與角軸47結合。藉 由該結合，角軸47與旋轉盤26—體地可旋轉或不可旋轉。 圖12係表示與後述之卡合部41卡合而將旋轉盤設為不可 旋轉之被卡合部28之圖。被卡合部28形成於靠旋轉盤％之 周緣背面。圖12中，表示有3處被卡合部28a〜28c之部位， 除此以外，被卡合部28亦可隔開特定之間隔而遍及旋轉盤 26之全周形成複數個。 圖13係表示旋轉輥29之圖。旋轉輥29係可旋轉地設置於 旋轉盤26之背面之周緣附近3處，藉此，旋轉盤％可於基 座24之上表面上平滑地旋轉。 又，於旋轉盤26之中心，在蓋80之下方配置有用以保持 玩具資訊之玩具資讯儲存部81(圖28)。玩具資訊儲存部81 係與金屬片30同樣地内置設置有IC晶片之基板。該IC晶片 構成為對來自掃描器10之詢問信號進行應答，將表示玩具 158009.doc 201219096 之種類之玩具資訊作為應答信號而對掃描器1〇發出。 (卡合部、内部解除開關） 圖14係表示内部解除開關40及卡合部41之圖。 於基座24之在基座24上安裝有旋轉盤26時可與上述被卡 σ。卩28卡合之位置上形成有卡合部41。該卡合部41可採取 自基座24之上表面犬出之狀態、與自基座24之上表面沒入 之狀態之任一者，於未對後述内部解除開關4〇施加外力之 狀態下，藉由彈性構件（未圖示）向自基座24之上表面突出 之方向賦能，藉此成為自基座24之上表面突出之狀態。自 基座24之上表面突出之卡合部41與旋轉盤％之被卡合部28 卡合，而使旋轉盤26及與旋轉盤26成為一體之角軸…成為 不可旋轉之狀態。 内部解除開關40設置於基座24之上表面。若内部解除開 關40被按壓，則抵抗彈性構件之彈力而將卡合部“設為自 基座24之上表面沒入之狀態。於是，卡合部“與旋轉盤％ 之被卡合部28之卡合被解除，旋轉盤％及角軸”成為可旋 轉之狀態。 圖15係表示内部解除開關4〇附近之構造之圖。於基座以 之内部可上下擺動地設置有臂構件42，卡合部“設置成自 臂構件42向上方突出。内部解除開_通常藉由彈性構件 43而向上方被賦能。若内部解除開關4()被按壓，則内部解 除開關40向下方移動，與臂構件42抵接，使臂構件42=下 方擺動。藉此’卡合部41亦向下方移動，成為自基座^之 上表面沒入之狀態。 158009.doc 201219096 圖16係自與圖15不同之方向觀察内部解除開關仰附近之 構造之圖。内部解除開關4〇之下部周緣州系以與上述臂構 件42之自由端側45抵接並將其按下之方式發揮作用。藉 此，卡合部4!亦向下方移動，而自基座处上表面沒入。 (外部解除開關） 圖^係表示外部解除開關5〇及内部解除開_之圖。上 表面蓋25上所設置之外部解除開關5〇係於將上表面蓋辦 為關閉狀態（覆蓋旋轉盤26之狀態）時，成為與上述内部解 除開關40對向之位置關係。 圖18及圖19係表示外部解除開關5()附近之構造之圖。圖 19表示外部解除開關5〇被按下之狀態。 於未施加外力之狀態下，外部解除開關5〇係藉由包含彈 簣等之彈性構件51而向上方被賦能。此時，於外部解除開 關50之下表面所設置之突起部52未將上述内部解除開關扣 按下’因此臂構件42未被按下。即，卡合部41自基座以之 上表面突出，而與旋轉盤26之被卡合部28卡合。於該狀熊 下，旋轉盤26及與旋轉盤26成為一體之角軸47不可旋轉。 此處，若外部解除開關50被按下，則突起部52向下方突 出。突起部52與上述内部解除開關4〇抵接，並將内部解除 開關40按下》即，處於外部解除開關5〇被按下之狀態時， 内部解除開關40亦成為被按下之狀態，因此，臂構件“亦 被按下，卡合部41亦自基座24之上表面沒入，而與旋轉盤 26之被卡合部28之卡合被解除，旋轉盤26變得可旋轉。 (旋轉驅動機構） 158009.doc -10· 201219096 圖20係表示基座24之内部 圖。於基座24之内部設置有 旋轉驅動機構70。自旋轉驅動 付細動機構70，除上述角軸47突出 以外，操作部60亦自基座24向側方突出。 圖21係表示操作部60之構造 何化之圖。刼作部6〇包含中間臂 62、設置於中間臂62之—端 • 碼且由使用者握持之抓握部 (grip)61、及設置於中間臂之 牙疋另—端之齒條部63，且形成 為俯視大致T字形狀。 圖22係表示抓握部61之移動方向之圖。操作部财，設 置有齒條部6 3之另一端收納於旋轉驅動機構7 〇之内部(基 座24之内部）’設置於—端之抓握部&安裝成自基座μ露 出。又，操作部60安裝成可於與中間臂62平行之方向上相 對於基座24進行往復移動。因此，抓握部62可於相對於基 座24接近之位置與離開之位置之間進行往復移動。 土 圖23係表示彈性構件64之圖。操作部6〇係於中間臂a之 中途部分，經由於操作部60之移動方向上對稱配置之彈性 構件64a及64b而連接於基座24。即，彈性構件64a及6扑將 基座24與中間臂62彈性結合。因此，若使用者握持抓握部 61，使其抵抗彈性構件64之彈性而移動至相對於基座24離 開之位置為止，則操作部60成為向朝向基座24之内部之方 向被賦能之狀態。 圖24係表示旋轉驅動機構70之内部構造之圖。圖24中， 自旋轉盤26之側表示基座24之内部。旋轉驅動機構7〇包含 與操作部6 0之齒條部6 3喃合之小齒輪7 2、與小齒輪7 2成為 一體地進行旋轉之大齒輪71、及與大齒輪71嚙合並與角軸 158009.doc -11 - 201219096 47成為一體地進行旋轉之驅動齒輪73。 圖25係表示旋轉驅動機構7〇之彈性構件74之圖。旋轉驅 動機構70之小齒輪72係藉由該彈性構件74而自上方被壓 住，從而可旋轉之速度受到抑制。因此，即便操作部的藉 由彈性構件64之彈性而欲朝向基座24之内部，與齒條部63 嚙合之小齒輪72之旋轉速度亦受到抑制，結果操作部6〇朝 向基座24之内部之速度亦受到抑制。 於旋轉驅動機構70之小齒輪72進行旋轉之情形時，大齒 輪71因與其成為一體而亦進行旋轉，與該大齒輪71嚙合之 驅動齒輪73及與驅動齒輪73成為一體之角軸47亦進行旋 轉，結果與角軸47成為一體之旋轉盤26亦進行旋轉。藉由 上述連動，置於旋轉盤26之載置部27之金屬片30被依序供 給至藉由掃描器10可讀取之位置。 然而，於與角軸47成為一體之旋轉盤26藉由上述卡合部 41與被卡合部28之卡合而成為不可旋轉之情形時，角軸47 無法旋轉’故而驅動齒輪73、大齒輪71、小齒輪72均無法 旋轉。因此’與小齒輪72嚙合之齒條部63亦無法移動，結 果操作部60保持在以朝向基座24之内部之方式被賦能之狀 態下。於該狀態下，抓握部61保持在自基座24離開之位置 上。 (資訊讀取玩具1之動作準備及動作） 作為資訊讀取動作之準備，首先使用者將金屬片3〇載置 於旋轉盤26上。為此，使玩具本體20之上表面蓋25旋動， 將旋轉盤26露出。其次，於旋轉盤26上之載置部27載置金 158009.doc •12· 201219096 屬片30。再者，本實施例中，於載置部27之可載置之所有 部位载置有金屬片30，但並不需要載置於所有載置部，只 要載置至少1枚金屬片30即可。 使用者於載置金屬片30後，使上表面蓋25旋動，而再次 覆蓋旋轉盤26。繼而，握持操作部6〇之抓握部61，使其向 自基座24離開之方向移動（圖22之移動方向）。如前述，操 作部60藉由彈性構件64而欲向朝向基座24之内部之方向移 動但外部解除開關50未被按下，因此内部解除開關4〇亦 未被按下，故而卡合部41與旋轉盤26之被卡合部28相卡 合。因此，於該狀態下，旋轉盤26成為不可旋轉。因此， 與旋轉盤26成為一體之角軸47成為不可旋轉，故而與角軸 47成為一體之驅動齒輪73、與其嚙合之大齒輪71、與大齒 輪71成為一體之小齒輪72均成為不可旋轉。與小齒輪”嚙 合之齒條部63亦變得無法移動，因此操作部6〇保持在向朝 向基座24之内部之方向被賦能之狀態下。 其次’使用者將夾握開關11被按下而成為讀取待機狀態 之掃描器10相對於玩具本體2〇，配置於掃描器1〇之下表面 將玩具本體20之外部解除開關50按下之位置上（參照圖 26)。此時，掃描器10成為可讀取位於掃描器1〇之下方之 金屬片3 0中所保持之資訊的狀態。 圖27係省略上表面蓋25之讀取待機狀態之構成圖。如圖 27所示，載置於旋轉盤26上之金屬片30、與成為可讀取玩 具本體20中金屬片30之類別資訊之狀態之掃描器1〇的位置 關係，成為若旋轉盤26進行旋轉則金屬片3〇被供給至掃描 158009.doc -13- 201219096 器ίο之下方之位置的位置關係。即，掃描器10以上述方式 配置於玩具本體2〇上時，掃描器10位於旋轉盤26上之金屬 片30藉由旋轉盤26之旋轉所繪製之軌跡之上方。此時，掃 描器10成為可讀取來自旋轉盤26上之金屬片3〇之資訊之狀 態’因此本實施例中，該掃描器丨〇之下方之位置相當於藉 由掃描器10讀取金屬片3 0所保持之類別資訊之讀取位置。 又，此時係如上所述般藉由掃描器丨〇之下表 解除開關50按下，因此内部解除開關4〇亦被按下，結果卡 合部〇與旋轉盤26之被卡合部28之卡合被解除。因此，旋 轉盤26變得可旋轉，故而操作部6〇藉由彈性構件之彈性 而向朝向基座24之内部之方向開始移動。藉此，齒條㈣ 使小齒輪72旋轉。再者，小齒輪72之旋轉速度藉由彈性構 件74而受到抑制，因此操作部6〇朝向基座以之内部之移動 速度亦受到抑制^藉由小齒輪72進行旋轉，而與小齒輪η 成為-體之大齒輪71進行旋轉，與其喃合之驅動齒輪^ 行旋轉，且與驅動齒輪73成為一體之角軸47、與角軸47成 為一體之旋轉㈣開始旋轉。若旋轉盤城行旋轉，則旋 轉盤26上之金屬W依序供給至餘位置， 器10讀取資訊。 怦彻 掃描器10自供給至讀取位 4 位置之金屬片30讀取依序資 (表不金屬片3〇之類別之類別資訊 — 於每次類別資訊被讀取時，自、，貞出控制部 ⑽（圖29)讀出關於讀取音 ，；^儲存部之記憶 姑也丨^「 出貝5fl ’並控制發聲部17 使例如叮」之讀取音發聲。類 ㈣資讯之讀取可對應於: 158009.doc 201219096 而 轉盤26之_而連續料行1 對使用者提供例如「叮叮叮叮…」之聲音連續地發聲， 作A次所咳取之類別f訊係儲存於與演出控制部14連接之 情^儲存部之記憶㈣2(_)卜作為資蘭存部之 :隐體，可設定為僅儲存自讀取時間最新之類別資訊回 疒St疋數之類別資訊’且設定為於特定數之類別資訊儲 :、，’。時新之類別資訊被讀取之情料，將讀取時間最久 遠之類別資訊消H時，該特定數理想的是少於可載置 於旋轉盤26上之金W3G之數。例如，本實施例中，可載 :於旋轉盤26上之金屬片3〇之數為7個，因此記憶體1〇2設 j為可儲存自讀取時間最新之類別資訊往回數之6個類別 資訊。於是，於6個類別資訊儲存結束時，第7個類別資訊 被讀取之情形時，將讀取時間最久遠之類別資訊消去，並 代替儲存第7個類別資訊。即，即便不變更载置於旋轉盤 26上之金屬片30，只要旋轉盤26繼續旋轉，則記憶體1〇2 中所儲存之特定數之類別資訊之内容便可於每次掃描器i 〇 新續取金屬片30之類別資訊時進行更新。更具體地進行說 明，則藉由旋轉盤26之旋轉，而將分別施予「鷹」、「老 虎」、「蝗蟲」、「螳螂」、「獵豹」、「犀牛」、「大象」之凸紋 之7個金屬片3 0(儲存有各不相同之類別資訊）按照此順序供 給至讀取位置。於是’藉由掃描器10，而於記憶體102申 首先儲存有「鷹」、「老虎」、「蝗蟲j、「螳螂」、「獵豹」、 「犀牛」之6個類別資訊，但若旋轉盤26繼續旋轉，則新 讀取「大象」之類別資訊。於是，讀取時間最久遠之 158009.doc -15· 201219096 「鷹」之類別資訊被消去，記憶體102中所蝕少 ^ 吓储存之類別資 訊更新為「老虎」、「蝗蟲」、「螳螂」、「獵豹 」 辱牛」、 「大象」。進而’ S旋轉盤26進行旋轉（即，旋轉盤^旋轉 1周）’則再次讀取「鷹」之類別資訊。 疋此次「老 虎」之類別資訊被消去，記憶體1〇2中所儲存之類別資汛 更新為「蝗蟲」、「螳螂」、「獵豹」、「犀牛 「 》 」 大象」、 鷹」。藉此，後述之與記憶體1〇2中所儲存之類別資訊相 對應的讀取結束後之演出（具體而言，藉由記憶體ι〇2中所 儲存之類別資訊各自所特定的以施於金屬片3〇上之凸紋所 表示之動物等之名稱的聲音輸出）亦發生變化，因此趣味 性變高。 (資訊讀取之功能方塊圖） 圖28係掃描器1〇及玩具本體2〇之功能方塊圖。掃描器 係接近配置於玩具本體20上，自玩具本體2〇之旋轉盤％上 所載置之金屬片3 0讀取類別資訊後，藉由使用者使其以所 需之時序沿導執21移動時，被引導至配置於旋轉盤％上之 玩具資訊儲存部81之附近，從而可自玩具資訊儲存部81讀 取玩具資訊。 圖29係掃描器10之功能方塊圖。掃描器1〇包含夾握開關 12、控制部1 〇 1、作為演出儲存部及資訊儲存部之記憶體 1 〇2、資訊收發部1 〇3、演出控制部14及演出部i 5。 演出部15較佳為可包含發光部丨6、發聲部〖7及振動部 19。用於對使用者提供之演出之功能並不限定於該等。 資机收發部103可發送詢問信號，且可接收金屬片3 〇對 158009.doc -16 - 201219096 該詢問信號進行應答而發送之應答信號（類別資訊）。又， 資訊收發部103可接收玩具資訊儲存部8丨對該詢問信號進 行應善而發送之應答彳§號（玩具資訊）。該等枚發信號之形 態可使用例如電波，但並無限定。 記憶體102係作為儲存有發聲資料及發光模式等演出資 訊之演出儲存部、1作為用以儲存掃描器1〇自金屬片3〇讀 取之類別資訊及自玩具資訊儲存部81讀取之玩具資訊的資 訊儲存部而發揮功能。 籍甶使用者握住夾握 —wr Xyj χ ^ ^ ^ ^ 發部103發送詢問信號，於特定時間（例如⑽秒）之内，等待 來自金屬片30及玩具資訊儲存部81之應答。控制部⑻係 於貝訊收發#103接收到來自金屬片3〇之應答信號（類別資 訊）之情欠形時，將自金屬片3〇接收之類別資訊儲存於記憶 體（貝nfL儲存部）令，另一方面，對演出控制部Μ發送自 記憶體1〇2(演出儲存部）讀出演出資訊而進行特定之演出之 指不y寅出控制部14根據該指示，使用記憶體ι〇2中所健 存之决出資訊’使演出部15中所包含之發光部b、發聲部 任一者進行動作或使其等適當組合進行動 者之次出（例如，讀取音「 夕a =藉由類別資訊所特定之動物等之名稱」： 老虎」）之輸出）。 、展」 則將自玩I:::::自玩具資訊儲存部81接收玩具資訊， 啊資訊鍺存部）t /81接收之玩具資訊儲存於記憶體 另一方面，根據所接收之玩具資訊， 158009.doc •17· 201219096 對演出控制部14發送自記憶體102(演出儲存部）讀出演出資 訊而進行特定之演出之指示。演出控制部14係與上述同樣 地’使用記憶體1〇2中所儲存之演出資訊，實施特定之演 出（例如，讀取結束音「吱鏘」之輸出）。 (資訊讀取玩具1中之讀取動作之流程） 圖30係表示資訊讀取玩具1中之讀取動作、具體而言為 使用者之動作及伴隨於此之資訊讀取玩具1中之動作之流 程圖。使用者能夠以圖30所示之順序操作資訊讀取玩具 1，而進行資訊讀取遊戲。 步驟si中’使用者使上表面蓋25旋動而使旋轉盤26露 出。 步驟S2中，使用者將金屬片3〇載置於旋轉盤％之載置部 27。 。 步驟S3中，使用者以上表面蓋25覆蓋旋轉盤％。 步驟S4中，使用者握持操作部6〇之抓握部61，使其向自 基座24離開之方向移動。 步驟S 5中，使用者將夾握開關丨2已被按壓之狀態之掃描 器10安裝於其下纟面按下玩具本體20之外部解除開關之 位置上（即，玩具本體20中將掃描器10設為可讀取金屬片 30所保持之資訊之狀態）。 步驟S6中’掃描器1〇按下玩具本體2〇之外部解除開關 50 〇 步驟S7中，外部解除開關50按下内部解除開關4〇。 步驟S8中，卡合部41與被卡合部以之卡合被解除。 158009.doc 201219096 步驟S9中’操作部60向基座24之内部方向開始移動。 步驟S10中，旋轉盤26開始旋轉。 步驟S11中，旋轉盤26上之金屬片3〇被供給至掃描器1〇 之下方（本實施形態中之讀取位置）。 步驟S12中，使用者以掃描器1〇讀取金屬片3〇之類別資 。更準確而言為，接收作為來自對來自掃描器丨〇之詢問 信號進行應答之金屬片30之應答信號的類別資訊。 以掃描器10自藉由旋轉盤26之旋轉動作而被供給至讀取 位置之金屬片3〇讀取資訊（S12)後，使用者使掃描器以 所需之時序沿導軌21移動。於是，掃描器1〇被引導至旋轉 盤26之中心附近，從而使用者能夠以該掃描器⑺讀取來自 该中心附近内置之玩具資訊儲存部81之玩具資訊（步驟 S13)(更準確而言為’可自玩具資訊儲存部以接收作為應 答仏號之玩具資訊）。藉由以上而讀取動作結束。 /如以上之一連串動作般，本實施形態之資訊讀取玩具丄 系玩八本體20中將作為讀取體之掃描器設為可讀取之狀 態、與將作為資訊保持體之金屬片3〇向掃描器1〇之下方 (-賣取位置）開始供給連動，因此使用者可速度良好地進行 資訊讀取遊戲。 (直至演出結束為止之控制部101及演出部15之動作之流程） 圖31係表示按壓掃描_之夾握開關12而成為讀取待機 狀f之後’讀取結束後之直至演出結束為止之控制部1〇1 及肩出部15之動作的流程圖。演出部15係藉由基於控制部 101之指不之演出控制部14之動作而控制。以下，例示演 158009.doc 201219096 出部15中所包含之發聲部17對使用者提供聲音之情形但 利用發光部16或振動部19之演出亦可同樣地實施。 ~~ 步驟321中，首先掃描器10成為讀取待機狀態，因此根 據控制部ιοί之指示，演出控制部14自發聲部17輸出待機 音。更具體而言，演出控制部14根據來自控制部ι〇ι之指 示，自記憶體102(演出儲存部）讀出待機音之聲音資料，^ 根據該聲音資料而自發聲部17輸出待機音。 步驟S22中，控制部101判定是否已讀取金屬片％之類別 資訊（準確而言為，是否接收到作為對資訊收發部1〇3所發 出之詢問信號之應答信號的金屬片3〇之類別資訊）。若判 定之結果為真則進行至步驟S23，若為假則進行至步驟 25 ° 步驟S23中’控制部101將所讀取之(所接收之)金屬片3〇 之類別資訊儲存於記憶體1〇2(資訊儲存部）中。 步驟S24中，發聲部17輸出讀取音。更具體而言，㈣ S24中對應於控制部101已讀取（接收）金屬片川之類別資 訊，控制部101向演出控制部14發出指示，根據該指示， 演出控制部14自記憶體102(演出儲存部）讀出讀取音之聲音 資料，並根據該聲音資料而自發聲部17輸出讀取音。 步驟S25中，控制部101判定是否已讀取玩具資訊（更準 確而言為，S否接收到作為對資訊收發部1()3所發出之詢 問信號之應答信號的玩具資訊^敎之結果為真則進 行至步驟S26，若為假則進行至步驟S3〇。再者所讀取之 玩具資訊藉由控制部HH而被儲存於記憶體1〇2(資訊儲存 158009.doc -20- 201219096 部）中。 步驟S30中，控制部1〇1判定是否已經過特定時間。若結 果為真則結束’若為假則返回至步驟S22，再次進行是否 已讀取金屬片30之類別資訊之判定。如上所述，只要步驟 S25中之判定結果不為真，便進行至步驟S3〇，且於未經過 特定時間時返回至步驟S22〇即，只要玩具資訊未被讀 取，且於特定時間内時則在每次讀取金屬片3〇之類別資訊 時進行步驟S23、步驟S24，重複類別資訊於記憶體丨〇2中 之儲存、讀取音之輸出。類別資訊之讀取係藉由旋轉盤26 之旋轉而以極短之間隔連續地進行，因此所輸出之讀取音 亦連續地被使用者所聽到。即，若將讀取音設為「叮」之 曰則使用者連續地聽到作為大致上連續之音之「叮叮叮 叮叮…」。 另一方面’若步驟S25之判定結果為真，則進行至步驟 S26 ’該步驟S26中’控制部1〇1判定記憶體1〇2中是否儲存 有1個以上之類別資訊。若結果為真，則進行至步驟S27作 為使用者使類別資訊之讀取結束之動作，若為假，則成為 完全未進行類別資訊之讀取，因此進行至步驟S30，若為 特定時間内’則返回至步驟S22，再次判定是否已讀取金 屬片30之類別資訊。即，即便未進行類別資訊之讀取且已 進打玩具資訊之讀取（進行類別資訊之讀取之前，使掃描 器1〇沿導軌21移動而讀取玩具資訊之情形等），亦不會進 行至步驟S27之後的處理。 步驟S27中’發聲部17輸出讀取結束音。更具體而言’ 158009.doc -21· 201219096 對應於確認到步驟S25中控制部1〇1已讀取（接收）玩具資 訊、及步驟S26中記憶體中儲存有㈣以上之類別資訊，控 制部iOi向演出控制部14發出指示作為使用者使讀取動作 結束之動作。繼而，根據該指示，演出控制部以將與記憶 體1〇2(資訊儲存部）中所儲存之玩具資訊相對應之讀取結束 音之聲音資料自記憶體102(演出儲存部）讀出’並根據該聲 音資料，使用發聲部17輸出讀取結束音。再者，該讀取結 束音已與步驟S 2 5中所讀取之p g签4 γ所碩取之玩具資訊建立了對應關係， 若與内置於資訊讀取玩具！之玩具資訊儲存部中所儲存之 玩具資訊不同之玩具資訊以該時序被讀取（例如，若不使 掃描器10沿導軌移動而自玩具本體2〇拆除，並讀取同樣 地設置於其他玩具(例如腰帶玩具或武器玩具)中之玩具資 訊儲存部之玩具資訊），則輸出其他讀取結束m , 該讀取結束音之聲音資料係根據本發明中所指之資訊儲存 部（記憶體102)中所儲存之杳·^ B义 厂听储存之資汛（玩具資訊）而自演出儲存部 讀出之演出資訊之一例。再者，之後之步驟㈣之控制部 1〇1所進行之處理亦為與步驟⑵中所讀取之資訊讀取玩具 1之玩具資訊建立了對應關係之處理，若與之不同之玩具 資訊被讀取’則進行完全不同之處理。即，掃描器10之於 制部HH之處理根據讀取金屬片3〇之類別資訊後被讀取之 玩具資訊而變化。 另外’右進仃至步驟S28，則發聲部17根據自各金屬片 3〇讀取之類別資訊，對藉由該類別資訊所特定之動物等之 名稱進行發聲。更具體而言，控制部⑼向演出控㈣14<58009.d〇c S 201219096 (Overall) Fig. 1 is a perspective view of the scanner 1 and the toy body 20 of the information reading toy 1 according to the embodiment of the present invention. The information reading pit 1 includes a scanner 10 as a reading body and a toy body 2 〇 β. Fig. 2 is a view showing a guide rail 21 for the scanner 1 〇 to be engaged with the toy body 2 。. The guide rail 21 includes a pair of substantially parallel guide rails 21a and 21b. The scanner 1A can be placed on the toy body 20 and can be moved on the toy body 20 by the user while being held on the toy body 2 沿 along the guide rails 21a and 21b. (Toy Main Body) FIG. 3 is a perspective view showing the grip portion 22 of the toy body 2 and the base 24. That is, the figure of the toy body 2 is observed from below. A grip portion 22 is protruded from a lower surface of the toy body 2 (the lower surface of the base 24), and the user holds the grip portion 22 by hand, and places the toy body 2 on the forearm portion, thereby maintaining the toy body 20 is a view showing a state in which the upper surface cover 25 of the toy body 2 is opened. The upper surface cover 25 of the toy body 20 is attached to be rotatable, and if it is rotated upward, the rotary disk 26 covered by the upper surface cover 25 is exposed. The rotary disk 26 is rotatably mounted to the base 24. The rotating disk 26 is provided with a mounting portion 27 on which a plurality of metal pieces 3G (Fig. 5) as information holding bodies can be placed. The placing portion 27 is formed as a recess that can accommodate the size of the metal piece 3 (), and is disposed along the circumferential direction of the rotary disk 26. The user rotates the upper surface cover 25 to expose the rotary disk 26, whereby the metal piece % can be placed on the mounting portion. In Fig. 4, 'the metal piece can be placed up to 7 disc shapes. The mounting portion is 158009.doc 201219096 27, but the shape of the placing portion 27 is not limited thereto. Fig. 5 is a view showing a state in which the metal piece 3 is cut on the mounting portion 27 of the toy body 20. The disk-shaped metal pieces 30a to 30g are arranged in the circumferential direction in accordance with the shape of the placing portion 27 shown in Fig. 4. In Fig. 5, the state in which the grazing metal piece 30 is placed is shown, but the metal is placed. The sheet 3 can be placed on one or more pieces, and the user can simultaneously use the metal piece 30 of the desired number of shepherds within the maximum number of shepherds (in the present embodiment, 7). (Information holder) Fig. 6 is a piece of metal The top view of 30. The metal piece 3 can function as an information holder in the information reading toy 1. In the present embodiment, the metal piece 3 is formed in a disk shape, and the central portion includes synthetic resin, and the peripheral portion includes die casting. In addition, on the surface, each metal piece can be applied to 3 different animals, dinosaurs, insects, etc. (relief). The shape, material, design, etc. of the metal sheet are not limited to these, and the information reading toy can be variously designed according to the pleasure provided to the user. Fig. 7 shows the inside of the metal sheet 3 The substrate 31 is mounted inside the metal sheet 3, and the substrate 31 is provided with a redundant wafer in which information is stored. The U: wafer 'f(4) has different types of information unique to each metal sheet 3G. 'The 1C The wafer is configured to respond to the interrogation signal from the scanner 1 and transmit the held category information as a response signal to the scanner 10. (Reading body) FIG. 8 is a view showing the scanner (9) and The image of the ignitor switch (4) sp ch) 12. The scanner 1 〇 can function as a reading 158009.doc 201219096 in the information reading toy 1. In the present embodiment, the device 1 is formed into a disk shape as a whole. And a moxibustion grip portion u gripped by the user is provided. The grip portion 12 is provided with a grip switch 12, and if the user holds the grip portion u and presses the grip switch 12 to be in a conductive state, The scanner 1〇 starts to send the inquiry signal, and Reading standby state is maintained a predetermined time (e.g., 30 seconds). Fig. 9 is a view showing the performance control unit 14, the light emission (four), and the utterance of the scanner 10. In the present embodiment, the performance control unit u, the illuminant and the sounding unit 17 are both provided inside the scanner 1A. The light-emitting unit 16 includes an LED or the like, and provides a visually identifiable light-emitting pattern to the user via the performance unit cover 13. The sounding unit 17 includes a speaker or the like, and provides a user with a audible sounding mode such as a voice, a synthesized sound, and an effect sound. The performance control unit 14 is realized by a circuit on the internal substrate. The light-emitting unit 16 and the sound-emitting unit 17 are electrically connected to the performance control unit ", and the performance control unit U is controlled to perform light-emitting and vocal performance. The performance control unit 14 is connected to the memory 1 () 2 (Fig. 29) of the performance storage unit storing the performance information such as the utterance data or the illumination mode. As the performance, for example, the following may be used, but it is not limited to these. [Performance information] The reading sound of the sound produced by the scanner 10 when the metal sheet is read by the scanner 10; the reading end sound corresponding to the toy information when the reading of the toy information is performed by the U Bellow 3] and the sound data corresponding to the information stored in the information storage unit (10) (the information stored in the figure is called (for example, the metal sheet 3 is characterized by the category _ Λ and the metal sheet 3〇 The sound corresponding to the name of the animal 158009.doc 201219096, etc., and the corresponding sound); and [performance information 4] must kill sound (rotary disk) Fig. 10 shows the base 24 of the toy body 20 and A view of the rotary disk 26. In Fig. 1A, the upper surface cover 25 is omitted. The rotary disk 26 is configured to supply the reading position of the metal piece 3 to the information held by the scanner 10 reading the metal piece 30. Part of the supply mechanism Fig. 11 is a view showing a square hole 23 and a square shank 47. The square hole 23 is provided coaxially with the center of rotation of the back surface of the rotary disk 26. The angular axis 47 is set to rotate Drive mechanism (Fig. 2〇), and protrudes upward from the upper surface of the base In the rotary disk 26, the square hole 23 is coupled to the angular axis 47. By this combination, the angular axis 47 and the rotary disk 26 are integrally rotatable or non-rotatable. Fig. 12 is a view showing engagement with an engaging portion 41 to be described later. The rotating disk is a non-rotatable engaged portion 28. The engaged portion 28 is formed on the back surface of the rotating disk %. In Fig. 12, the three engaging portions 28a to 28c are shown. Further, the engaged portion 28 may be formed plurally over the entire circumference of the rotary disk 26 at a predetermined interval. Fig. 13 is a view showing the rotary roller 29. The rotary roller 29 is rotatably provided to the rotary disk 26. Three places near the periphery of the back surface, whereby the rotating disk % can smoothly rotate on the upper surface of the base 24. Further, at the center of the rotating disk 26, a toy information for holding the toy information is disposed below the cover 80. The storage unit 81 (Fig. 28). The toy information storage unit 81 has a substrate on which an IC chip is mounted in the same manner as the metal piece 30. The IC chip is configured to respond to an inquiry signal from the scanner 10, and represents a toy 158009.doc. Toy information of the type of 201219096 as a response signal to the scanner Fig. 14 is a view showing the internal release switch 40 and the engagement portion 41. When the rotary disk 26 is attached to the base 24 of the base 24, the card can be engaged with the above-mentioned card. An engaging portion 41 is formed at a position where the σ28 is engaged with the yoke 28. The engaging portion 41 can take any state from the upper surface of the pedestal 24 and the state of being immersed from the upper surface of the pedestal 24. When an external force is not applied to the internal release switch 4 to be described later, the elastic member (not shown) is energized in a direction protruding from the upper surface of the susceptor 24, whereby the upper surface of the susceptor 24 is formed. Prominent state. The engaging portion 41 projecting from the upper surface of the base 24 is engaged with the engaged portion 28 of the rotating disk, and the rotating disk 26 and the angular axis integral with the rotating disk 26 are in a non-rotatable state. The internal release switch 40 is disposed on the upper surface of the base 24. When the internal release switch 40 is pressed, the engaging portion "is detached from the upper surface of the base 24 against the elastic force of the elastic member. Thus, the engaging portion "and the engaged portion 28 of the rotating disk %" When the engagement is released, the rotating disk % and the angular axis are in a rotatable state. Fig. 15 is a view showing a structure in the vicinity of the internal release switch 4A. The arm member 42 is provided inside the base so as to be swingable up and down. The engaging portion is "provided to protrude upward from the arm member 42. The internal release is normally energized upward by the elastic member 43. When the internal release switch 4 () is pressed, the internal release switch 40 moves downward, abuts against the arm member 42, and swings the arm member 42 = lower. Thereby, the engaging portion 41 also moves downward, and the upper surface of the base is immersed. 158009.doc 201219096 Fig. 16 is a view showing the structure of the vicinity of the internal release switch from the direction different from that of Fig. 15. The lower peripheral state of the inner release switch 4A functions to abut against the free end side 45 of the arm member 42 and press it down. By this, the engaging portion 4! also moves downward, but is immersed from the upper surface of the base. (External release switch) Fig. 2 shows the external release switch 5〇 and the internal release switch. The external release switch 5 provided on the upper surface cover 25 is in a positional relationship with the internal release switch 40 when the upper surface cover is closed (the state in which the rotary disk 26 is covered). 18 and 19 are views showing the structure in the vicinity of the external release switch 5 (). Fig. 19 shows a state in which the external release switch 5 is pressed. The external release switch 5 is energized upward by an elastic member 51 including a magazine or the like in a state where no external force is applied. At this time, the projection 52 provided on the lower surface of the external release switch 50 does not press the internal release switch, so that the arm member 42 is not pressed. That is, the engaging portion 41 protrudes from the upper surface of the base and engages with the engaged portion 28 of the rotary disk 26. Under the bear, the rotating disk 26 and the angular axis 47 integral with the rotating disk 26 are not rotatable. Here, when the external release switch 50 is pressed, the protruding portion 52 protrudes downward. When the protrusion 52 is in contact with the internal release switch 4A and the internal release switch 40 is pressed, that is, when the external release switch 5 is pressed, the internal release switch 40 is also pressed, so that the internal release switch 40 is also pressed. When the arm member is also pressed, the engaging portion 41 is also immersed from the upper surface of the base 24, and the engagement with the engaged portion 28 of the rotary disk 26 is released, and the rotary disk 26 is rotatable. Rotary drive mechanism) 158009.doc -10· 201219096 Fig. 20 is an internal view showing the susceptor 24. A rotary drive mechanism 70 is provided inside the susceptor 24. The self-rotating drive fine action mechanism 70 is protruded in addition to the above-mentioned angular axis 47. In addition, the operation unit 60 also protrudes laterally from the susceptor 24. Fig. 21 is a view showing the structure of the operation unit 60. The operation unit 6 〇 includes an intermediate arm 62, and is provided at the end of the intermediate arm 62. The grip 61 held by the user and the rack portion 63 provided at the other end of the middle arm are formed in a substantially T-shape in plan view. Fig. 22 shows the movement of the grip portion 61. The direction of the operation. The operation unit is provided with the other end of the rack portion 63 and is housed in the rotary drive. The inside of the mechanism 7 (the inside of the susceptor 24) 'the grip portion disposed at the end is mounted to be exposed from the base μ. Further, the operating portion 60 is mounted in a direction parallel to the intermediate arm 62 with respect to The base 24 is reciprocally moved. Therefore, the grip portion 62 is reciprocally movable between a position close to the base 24 and a position to be separated. Figure 23 is a view showing the elastic member 64. The operation portion 6 is attached to The intermediate portion of the intermediate arm a is connected to the base 24 via the elastic members 64a and 64b which are symmetrically arranged in the moving direction of the operation portion 60. That is, the elastic members 64a and 6 elastically couple the base 24 and the intermediate arm 62. Therefore, when the user grips the grip portion 61 and moves to a position away from the susceptor 24 against the elasticity of the elastic member 64, the operation portion 60 is energized toward the inside of the susceptor 24. Fig. 24 is a view showing the internal structure of the rotary drive mechanism 70. In Fig. 24, the side of the rotary disk 26 indicates the inside of the base 24. The rotary drive mechanism 7 includes the rack portion 6 with the operation portion 60. 3 merging pinion 7 2, and pinion 7 2 become The large gear 71 that rotates integrally and the drive gear 73 that meshes with the large gear 71 and rotates integrally with the angle shafts 15009.doc -11 - 201219096 47. Fig. 25 shows the elastic member 74 of the rotary drive mechanism 7 The pinion 72 of the rotary drive mechanism 70 is pressed from above by the elastic member 74, so that the speed of the rotation is suppressed. Therefore, even if the operation portion is elasticized by the elastic member 64, it is intended to be oriented toward the base. The rotation speed of the pinion gear 72 that meshes with the rack portion 63 is also suppressed inside the seat 24, and as a result, the speed of the operation portion 6A toward the inside of the susceptor 24 is also suppressed. When the pinion gear 72 of the rotary drive mechanism 70 rotates, the large gear 71 rotates integrally therewith, and the drive gear 73 meshing with the large gear 71 and the angular shaft 47 integrated with the drive gear 73 are also performed. As a result of the rotation, the rotary disk 26 integrated with the angular axis 47 is also rotated. By the above interlocking, the metal piece 30 placed on the mounting portion 27 of the rotary disk 26 is sequentially supplied to a position readable by the scanner 10. However, when the rotating disk 26 integrated with the angular axis 47 is non-rotatable by the engagement of the engaging portion 41 and the engaged portion 28, the angular axis 47 cannot be rotated. Therefore, the driving gear 73 and the large gear are driven. 71. The pinion 72 cannot rotate. Therefore, the rack portion 63 that meshes with the pinion gear 72 cannot move, and the operation portion 60 is held in a state of being energized toward the inside of the susceptor 24. In this state, the grip portion 61 is held at a position away from the base 24. (Preparation and Operation of Operation of Information Reading Toy 1) As a preparation for the information reading operation, first, the user mounts the metal piece 3 on the rotating disk 26. To this end, the upper surface cover 25 of the toy body 20 is rotated to expose the rotary disk 26. Next, the mounting portion 27 on the rotary disk 26 carries the gold 158009.doc • 12· 201219096 slab 30. Further, in the present embodiment, the metal piece 30 is placed on all the places where the mounting portion 27 can be placed, but it is not necessary to be placed on all the mounting portions, and it is only necessary to mount at least one metal piece 30. . After the user places the metal piece 30, the upper surface cover 25 is rotated to cover the rotary disk 26 again. Then, the grip portion 61 of the operation portion 6 is gripped to move in the direction away from the susceptor 24 (the moving direction of Fig. 22). As described above, the operation portion 60 is intended to move toward the inside of the susceptor 24 by the elastic member 64, but the external release switch 50 is not pressed, so that the internal release switch 4 is not pressed, so the engagement portion 41 is not pressed. It engages with the engaged portion 28 of the rotary disk 26. Therefore, in this state, the rotary disk 26 becomes non-rotatable. Therefore, the angle shaft 47 integrated with the rotary disk 26 is not rotatable, so that the drive gear 73 integrated with the angle shaft 47, the large gear 71 meshed therewith, and the pinion gear 72 integrated with the large gear 71 are all non-rotatable. The rack portion 63 that meshes with the pinion also becomes incapable of moving, so that the operating portion 6 is held in a state of being energized toward the inside of the base 24. Next, the user presses the grip switch 11 The scanner 10, which is in the reading standby state, is placed at a position on the lower surface of the scanner 1 to press the external release switch 50 of the toy body 20 (see FIG. 26). The scanner 10 is in a state in which the information held in the metal piece 30 located below the scanner 1 is readable. Fig. 27 is a view showing a configuration in which the reading standby state of the upper surface cover 25 is omitted. The positional relationship between the metal piece 30 placed on the rotary disk 26 and the scanner 1A in a state in which the type information of the metal piece 30 in the toy body 20 can be read is such that the metal piece 3 is rotated when the rotary disk 26 is rotated. The positional relationship is supplied to the position below the scanning 158009.doc -13 - 201219096. That is, when the scanner 10 is disposed on the toy body 2 in the above manner, the scanner 10 is located on the metal plate 30 on the rotating disk 26. Drawn by the rotation of the rotating disk 26 Above the trajectory, at this time, the scanner 10 becomes a state in which information from the metal piece 3 on the rotary disk 26 can be read. Therefore, in the present embodiment, the position below the scanner 相当于 is equivalent to scanning by The device 10 reads the reading position of the category information held by the metal piece 30. Further, at this time, as described above, the scanner release switch 50 is pressed, so that the internal release switch 4 is also When pressed, the engagement between the engagement portion 〇 and the engaged portion 28 of the rotary disk 26 is released. Therefore, the rotary disk 26 is rotatable, so that the operation portion 6 is oriented toward the base by the elasticity of the elastic member. The inner direction of the 24 starts to move. Thereby, the rack (4) rotates the pinion 72. Further, the rotational speed of the pinion 72 is suppressed by the elastic member 74, so that the operating portion 6 is directed toward the base and is internally The moving speed is also suppressed. The pinion gear 72 rotates, and the pinion gear η is turned into a body-shaped large gear 71, and the driving gear that rotates therewith is rotated, and the angular axis 47 is integrated with the driving gear 73. Rotation with the angle shaft 47 (4) Starting to rotate. If the rotating disk row rotates, the metal W on the rotating disk 26 is sequentially supplied to the remaining position, and the device 10 reads the information. The scanner 10 reads from the metal piece 30 supplied to the position of the reading bit 4. According to the category information (the category information of the category of the metal sheet 3) - when each category information is read, the control unit (10) (Fig. 29) reads out the read sound, and the storage unit The memory of the 姑 丨 「 「 「 「 「 「 「 「 「 「 「 「 「 「 「 「 「 「 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 。 1 The user is provided with a sound such as "叮叮叮叮..." continuously, and the category c signal coughed by the A time is stored in the memory connected to the performance control unit 14 (4) 2 (_) As the Owner's Office: it can be set to store only the category information of the latest category information from the reading time, and set it to the category information of a specific number: ,, '. When the new category information is read, when the category information of the longest reading time is cleared, the specific number is desirably less than the number of gold W3Gs that can be placed on the rotating disk 26. For example, in this embodiment, the number of metal sheets 3 on the rotating disk 26 can be 7, so that the memory 1〇2 is set to be 6 which can store the latest information from the reading time. Category information. Therefore, when the seventh category information is read at the end of the six categories of information storage, the category information of the oldest reading time is erased, and the seventh category information is stored instead. That is, even if the metal piece 30 placed on the rotary disk 26 is not changed, as long as the rotary disk 26 continues to rotate, the content of the specific type of information stored in the memory 1 〇 2 can be read every time the scanner i 〇 Update when the category information of the metal piece 30 is newly renewed. More specifically, the rotation of the rotating disk 26 will be applied to the convexity of "Eagle", "Tiger", "Aphid", "螳螂", "Cheetah", "Rhinoceros" and "Elephant" respectively. The seven metal pieces 30 of the pattern (which store different types of information) are supplied to the reading position in this order. Then, by means of the scanner 10, the memory type 102 first stores six categories of information such as "Eagle", "Tiger", "Aphid j, "螳螂", "Cheetah" and "Rhino", but if the disk is rotated 26 Continue to rotate, and then read the category information of "Elephant". As a result, the information of the category of the "Eagle" has been eliminated. The information in the memory 102 has been eroded. The information on the categories of the scared storage has been updated to "Tiger", "Aphid" and "螳螂". "Cheetah" insults cattle" and "elephant". Further, the 'S rotating disk 26 is rotated (that is, the rotating disk is rotated by one week)', and the category information of "Eagle" is read again. The information on the category of "Old Tiger" has been eliminated. The categories of information stored in Memory 1〇2 have been updated to "Aphids", "螳螂", "Cheetah", "Rhinoceros" "Elephant" and "Eagle". Thereby, the post-reading performance corresponding to the category information stored in the memory 1〇2 described later (specifically, the specific information of each of the category information stored in the memory 〇2 is applied The sound output of the name of the animal or the like indicated by the relief on the metal piece 3〇 also changes, so the taste becomes high. (Functional Block Diagram of Information Reading) FIG. 28 is a functional block diagram of the scanner 1〇 and the toy body 2〇. The scanner is disposed on the toy body 20, and after reading the category information from the metal piece 30 placed on the rotating disk of the toy body 2, the user follows the guide at the required timing. When moving, it is guided to the vicinity of the toy information storage unit 81 disposed on the rotating disk %, so that the toy information can be read from the toy information storage unit 81. 29 is a functional block diagram of the scanner 10. The scanner 1A includes a grip switch 12, a control unit 1 〇 1, a memory 1 as a performance storage unit and an information storage unit 2, a message transmitting/receiving unit 1 〇3, a performance control unit 14, and a performance unit i5. The performance unit 15 preferably includes a light-emitting unit 丨6, a sound-emitting unit 7, and a vibration unit 19. The function for the performance provided to the user is not limited to these. The asset transmitting and receiving unit 103 can transmit an inquiry signal and can receive a response signal (category information) transmitted by the metal piece 3 〇 158009.doc -16 - 201219096 in response to the inquiry signal. Further, the information transmitting/receiving unit 103 can receive the response information (toy information) that the toy information storage unit 8 transmits to the inquiry signal. The shape of the burst signals may be, for example, an electric wave, but is not limited. The memory 102 is used as a performance storage unit for storing performance information such as vocal data and illumination mode, 1 as a type information for storing the scanner 1 〇 reading from the metal sheet 3, and a toy read from the toy information storage unit 81. The information storage department of the information functions. The user holds the grip — wr Xyj χ ^ ^ ^ ^ The transmitting unit 103 sends an inquiry signal to wait for a response from the metal piece 30 and the toy information storage unit 81 within a certain time (for example, (10) seconds). The control unit (8) stores the category information received from the metal sheet 3 in the memory (below nfL storage unit) when the response signal (category information) from the metal sheet 3 is received by the beacon transceiver #103. On the other hand, the performance control unit Μ transmits the performance information from the memory 1〇2 (the performance storage unit) to perform the specific performance, and the control unit 14 uses the memory ι according to the instruction. In the second step, the light-emitting unit b and the sound-emitting unit included in the performance unit 15 are operated or are appropriately combined to perform the second-out (for example, reading the sound " = the name of the animal (such as the tiger) specified by the category information). , exhibition will receive the toy information from the toy information storage unit 81, the information storage department) t / 81 received toy information stored in the memory on the other hand, according to the received toy information 158009.doc •17· 201219096 The performance control unit 14 transmits an instruction to read the performance information from the memory 102 (the performance storage unit) and perform a specific performance. The performance control unit 14 performs the specific performance (for example, the output of the reading end sound "吱锵") using the performance information stored in the memory 1〇2 in the same manner as described above. (Flow of Reading Operation in Information Reading Toy 1) FIG. 30 shows the reading operation in the information reading toy 1, specifically, the action of the user and the information accompanying the reading of the information in the toy 1. Flow chart. The user can operate the information reading toy 1 in the order shown in FIG. 30 to perform an information reading game. In step si, the user rotates the upper surface cover 25 to expose the rotary disk 26. In step S2, the user places the metal piece 3 on the mounting portion 27 of the rotating disk %. . In step S3, the user covers the rotating disk % with the upper surface cover 25. In step S4, the user grips the grip portion 61 of the operation portion 6 to move in a direction away from the susceptor 24. In step S5, the user mounts the scanner 10 in the state in which the grip switch 丨2 has been pressed on the lower jaw surface of the toy body 20 (ie, the scanner body 20) 10 is set to read the state of the information held by the metal piece 30). In step S6, the scanner 1 〇 presses the external release switch 50 of the toy body 2 〇. In step S7, the external release switch 50 presses the internal release switch 4 〇. In step S8, the engagement portion 41 is engaged with the engaged portion and released. 158009.doc 201219096 In step S9, the operation unit 60 starts moving in the inner direction of the susceptor 24. In step S10, the rotary disk 26 starts to rotate. In step S11, the metal piece 3A on the rotary disk 26 is supplied to the lower side of the scanner 1 (the reading position in the present embodiment). In step S12, the user reads the category of the metal piece 3〇 by the scanner 1〇. More precisely, the category information is received as a response signal from the metal piece 30 responsive to the interrogation signal from the scanner. After the scanner 10 reads the information from the metal piece 3 supplied to the reading position by the rotation of the rotary disk 26 (S12), the user moves the scanner along the guide rail 21 at a desired timing. Then, the scanner 1 is guided to the vicinity of the center of the rotary disk 26, so that the user can read the toy information from the toy information storage portion 81 built in the vicinity of the center with the scanner (7) (step S13) (more precisely, It is 'from the toy information storage department to receive the toy information as a response nickname). The reading operation ends by the above. In the information reading toy device of the present embodiment, the scanner as the reading body is set to a readable state and the metal piece 3 to be the information holding body. Since the supply is started below the scanner 1 (-selling position), the user can perform the information reading game at a good speed. (Flow of the operation of the control unit 101 and the performance unit 15 until the end of the performance) FIG. 31 shows the control until the end of the performance after the reading is completed after the grip switch 12 of the scan_ is pressed and the reading standby mode f is performed. Flowchart of the operation of the portion 1〇1 and the shoulder portion 15. The performance unit 15 is controlled by the operation of the performance control unit 14 based on the control unit 101. Hereinafter, the sounding unit 17 included in the output unit 15 of the example 158009.doc 201219096 provides a sound to the user, but the performance by the light-emitting unit 16 or the vibration unit 19 can be similarly performed. In the step 321, the scanner 10 is in the reading standby state. Therefore, the performance control unit 14 outputs the standby sound from the sounding unit 17 in accordance with the instruction of the control unit ιοί. More specifically, the performance control unit 14 reads the sound data of the standby sound from the memory 102 (the performance storage unit) based on the instruction from the control unit ι, and outputs the standby sound from the sounding unit 17 based on the sound data. In step S22, the control unit 101 determines whether or not the category information of the sheet metal % has been read (accurately, whether or not the metal sheet 3 that is the response signal to the inquiry signal sent from the information transmitting and receiving unit 1〇3 is received. News). If the result of the determination is true, proceed to step S23, and if it is false, proceed to step 25 °. In step S23, the control unit 101 stores the type information of the read (received) metal piece 3〇 in the memory 1 〇 2 (information storage department). In step S24, the sounding unit 17 outputs a read sound. More specifically, (4) in S24, the control unit 101 issues an instruction to the performance control unit 14 in response to the control unit 101 having read (received) the category information of the metal piece, and according to the instruction, the performance control unit 14 is from the memory 102 ( The performance storage unit reads the sound data of the read sound, and outputs the read sound from the sound generating unit 17 based on the sound data. In step S25, the control unit 101 determines whether or not the toy information has been read (more precisely, the result of the reception of the toy information as the response signal to the inquiry signal sent from the information transmitting and receiving unit 1) 3 is If yes, proceed to step S26. If it is false, proceed to step S3. The toy information read is stored in the memory 1〇2 by the control unit HH (information storage 158009.doc -20-201219096) In step S30, the control unit 1〇1 determines whether or not a specific time has elapsed. If the result is true, the process ends. If the result is false, the process returns to step S22, and the determination as to whether or not the category information of the metal piece 30 has been read is performed again. As described above, if the result of the determination in step S25 is not true, the process proceeds to step S3, and when the specific time has not elapsed, the process returns to step S22, that is, as long as the toy information is not read, and within a certain time. Then, step S23 and step S24 are performed each time the category information of the metal sheet 3 is read, and the output of the category information in the memory unit 2 and the output of the read sound are repeated. The reading of the category information is performed by rotating the disc. 26 rotation and extreme The interval is continuously performed, so that the outputted sound is continuously heard by the user. That is, if the read tone is set to "叮", the user continuously hears as a substantially continuous sound. On the other hand, if the result of the determination in step S25 is true, the process proceeds to step S26. In the step S26, the control unit 1〇1 determines whether or not one or more memory 1s 2 are stored. If the result is true, the process proceeds to step S27 as the user ends the reading of the category information. If it is false, the category information is not read at all. Therefore, the process proceeds to step S30. In a specific time, 'returns to step S22, and it is determined again whether the category information of the metal piece 30 has been read. That is, even if the category information is not read and the toy information is read (before reading the category information) When the scanner 1 is moved along the guide rail 21 to read the toy information, etc., the processing after step S27 is not performed. In step S27, the sounding unit 17 outputs the reading end sound. More specifically, 158009 . Doc -21· 201219096 Corresponding to the confirmation that the control unit 1〇1 has read (received) the toy information in step S25, and the type information of the (four) or more is stored in the memory in step S26, the control unit iOi issues to the performance control unit 14. Instructing the user to end the reading operation. Then, according to the instruction, the performance control unit uses the sound data of the reading end sound corresponding to the toy information stored in the memory 1 (the information storage unit). Reads from the memory 102 (performance storage unit) and outputs a reading end sound using the sounding unit 17 based on the sound data. Further, the reading end sound has been read with the pg sign 4 read in step S25. The toy information obtained by γ has established a corresponding relationship, if it is built in the information reading toy! The toy information stored in the toy information storage unit is read at the timing (for example, if the scanner 10 is not moved along the guide rail, the toy body 2 is removed, and the reading is similarly set to other toys. (for example, the toy information of the toy information storage unit in the belt toy or the weapon toy), the other reading end m is output, and the sound data of the reading end sound is the information storage unit (memory 102) according to the present invention. An example of the performance information read from the performance storage department of the 义·^ B. Furthermore, the processing performed by the control unit 1〇1 of the subsequent step (4) is also processed in accordance with the toy information of the information reading toy 1 read in the step (2), and if different toy information is Read 'and do a completely different process. Namely, the processing of the scanner 10 by the processing unit HH changes in accordance with the toy information read after reading the category information of the metal piece 3〇. Further, the sounding unit 17 sounds the name of the animal or the like specified by the category information based on the category information read from each of the metal sheets 3〇. More specifically, the control unit (9) controls the performance (four) 14
S 158009.doc •22- 201219096 發出指示，根據嗲 _ 訊儲存部）中所健"/不’演出控制部14根據記憶體102(資 建立了對應μ/之複數個類別資訊’將與各類別資訊 物等之名稱聲音之聲音資料自記憶體 出動物等之名稱聲音：：根據該聲音資料而自發聲部17輸 關係之動物等之名二:聲：該各類別資訊建立了對應 3之杀曰貢料係根據本發明中所指 之資δίΐ储存部（記情 ··# ψ ^y- ^ ^ )中所儲存之資訊（類別資訊）而自 次出儲存部讀出之演出資訊之-例。 步驟S29t，發聲邱山 制心w 《聲心7輸出必殺技音。更具體而言，控 制。P 101向演出控制部〗 ..A 赞出才曰不’根據該指示，演出控 制。卩14將與記憶體丨〇 、 (貧5ί1儲存部）中所儲存之玩具資訊相 對應之必殺技音之顧^立& 、 g貝料自記憶體1〇2(演出儲存部）讀 出，並根據該聲音瞀钮二二 科而自發聲部17輸出必殺技音。因 此，該必殺技音之整立咨士丨〆 θ資料係根據本發明中所指之資訊储 存部（記憶體102)t所儲存之資咨^、 仔之貝讯（玩具資訊）而自演出儲存 部讀出之演出資訊之—例。 藉由以上之一連电廬柿 ^ 理’本貫施形態之資訊讀取玩具1 右金屬片30之向掃描器10之供給開始，則掃描器10自 金屬片30讀取（接收）類別資訊。發聲部17輸出與所讀取之 類別資訊相對應之聲音、> 〜^ a s貝取結束音、與所讀取之類別資 訊相對應之動物等之名稱、及必殺技音等。 (實施例） 右使用者使掃為益10以所需之時序沿設置於玩具本體20 之導執21a及21b移動’則掃描器财引導至設置於旋轉盤 153009.doc •23- 201219096 26之中央之玩具資訊儲存部81的上方（可讀取玩具資訊之 讀取位置藉此，掃描器1〇讀取玩具資訊儲存部8ι中所 儲存之玩具資訊，所讀取之玩具資訊係儲存於作為資訊儲 存部之記憶體102中。演出控制部14根據記憶體1〇2中所儲 存之玩具資訊，將關於與該玩具資訊相對應之讀取結束音 ^演出資訊（讀取結束音之聲音資料）自作為演出儲存部之 記憶體102讀出，並控制發聲部17，以使對應於該玩具資 訊之讀取結束音（「吱鏘」等）發聲。 讀取結束音發聲後，演出控制部14參照作為資訊儲存4 之：憶體1〇2’將與記憶體1〇2中所儲存之類別資訊相對; 聲。例如，若設為將實施有 廣出資a孔自作為演出儲存部之記憶體丨〇2讀出，並根才 該演出資訊而控制發聲部17以進行發聲。例如，將對應方 類別資訊之演出資訊設為對藉由類別資訊所特定之方 ^屬片3G上之凸紋所表示之動物等之名稱」進行發聲之屬 於是，對所有由作為資訊儲存部之記憶體叫 :儲存之類別資訊之各個所特定之動物等之名稱進㈣ 腐J、「老虎」、「禮蟲 厂 螂」、「獵豹」、「犀牛之凸紋之金屬 存於記情一Φ f 之金屬片30之各類別資^ 己隐體102中，則對應於該等 各 守頰刊貢訊，連續地發彳 「次所表不之動物等之名稱、即，「 蝗蟲·丨」「螳螂丨」「獵豹丨」「犀牛丨je 7 資本實施财’進行關於與類別^訊相對應之演d 之’秀出後’繼而演出#岳丨丨邮丨4 ώ从从 沖1Λ ㊉㈣制。卩14自作m儲存部之奋 隐體102，讀出關於必殺 叙技g之肩出貧訊，並控制 •3· 158009.doc •24· 201219096 17進行消出。該必殺技音例如為「嘰嘎鏘丨I吧吧吧吧、 吱鏘」等。 ' 本實施例之以上之動作就聲音演出方面來看如下所述。 [聲音次出1]若將掃描器10安裝於玩具本體2〇上，則旋轉盤 26進行旋轉，開始金屬片3〇之連續讀取，發出「叮叮叮 叮…」之音； [聲音决出2]之後，若使用者使掃描器1〇以所需之時序移動 而讀取玩具資訊，則發出「吱鏘」之音， [聲音演出3]根據自金屬片3〇讀取之類別資訊，輸出高聲朗 明「鹰！」「老虎丨」「蝗蟲I」「螳螂！」「獵豹丨」「犀 牛I」等動物等之名稱之發聲， [聲音演出4]最後’發出r嘰嘎鏘！！吧吧吧吧、吱銀」 等必殺技音。 本發明並不受上述實施形態任何限定，當然只要屬於本 發明之技術範圍’則能夠以各種態樣實施。 本實施形態之資訊讀取玩具i中，玩具本體20中將掃描 器10(讀取體）設為可讀取之狀態、與開始金屬片3〇(資訊保 持體）之向讀取位置之供給係連動。藉由該連動，使用者 可速度良好地進行資訊讀取遊戲。 又，掃描器10(讀取體）中，係進行基於類別資訊或玩具 資訊之讀取之演出，因此可對使用者提供資訊讀取遊戲之 樂趣。 又’掃描器10(讀取體）中，演出根據所讀取之類別資訊 或玩具資訊之内容而變化，因此可對使用者進一步提供資 158009.doc • 25· 201219096 訊讀取遊戲之樂趣。 又’掃描器10(讀取體）中，可讀出玩具本體20之玩具資 訊’例如用於演出之變化等。 【圖式簡單說明】 圖1係本發明之實施形態之資訊讀取玩具1之掃描器1 〇及 玩具本體20之立體圖； 圖2係表示用於掃描器10卡合於玩具本體2〇之導軌21之 圖； 圖3係表示玩具本體2〇之握持部22及基座24之立體圖； 圖4係表示打開玩具本體2〇之上表面蓋25之狀況之圖； 圖5係表示於玩具本體20之載置部27載置有金屬片3〇之 狀況之圖； 圖6係金屬片3〇之俯視圖； 圖7係表示金屬片30之内部之圖； 圖8係表示掃描器1〇之夾握部丨丨及夾握開關12之圖； 圖9係表示掃描器10之演出控制部14、發光部16及發聲 部17之圖； 圖10係表示玩具本體20之基座24及旋轉盤26之圖； 圖11係表示方孔23與角軸47之圖； 圓12係表示被卡合部28之圖； 圖13係表示旋轉輥29之圖； 圖14係表示内部解除開關40及卡合部41之圖； 圖15係表示内部解除開關4〇附近之構造之圖； 圖16係表示内部解除開關4〇附近之構造之圖；S 158009.doc •22- 201219096 Issues instructions, according to the & _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The name of the information, such as the sound information of the sound, the name of the animal, etc. from the memory: The name of the animal that the spontaneous part 17 loses according to the sound data: Sound: The information of each category establishes the corresponding 3 The killing tribute is the performance information read out from the secondary storage department according to the information (category information) stored in the δίΐ storage department (remembering ··# ψ ^y- ^ ^ ) referred to in the present invention. - Example. Step S29t, sounding Qiushan system heart w "Sounds 7 output killing technique. More specifically, control. P 101 to the performance control department〗 .. A praises the talents not according to the instruction, the performance control卩14 will be related to the memory information stored in the memory 丨〇, (the poor 5 1 1 storage), and the 贝 技 & g g g g g g g g g g g g g 读 读 读 读 读 读 读 读 读 读 读 读 读 读 读 读 读 读 读Out, and according to the sound button two or two, the spontaneous part 17 outputs the killing sound Therefore, the data of the singularity of the singularity is based on the information stored in the information storage unit (memory 102) t, which is stored in the information storage unit (the toy information). Example of the performance information read by the performance storage unit. The scanner 10 is started by the above-mentioned one of the information reading toy 1 and the supply of the right metal piece 30 to the scanner 10. The category information is read (received) from the metal piece 30. The sounding unit 17 outputs a sound corresponding to the type information read, >~^ as a ending sound, and an animal corresponding to the type information read. Name, and killing technique, etc. (Embodiment) The right user causes the sweeper to move along the guides 21a and 21b provided to the toy body 20 at the required timing, and then the scanner guides to the rotary disk 153009. .doc •23- 201219096 26 The top of the toy information storage unit 81 in the center (the reading position of the toy information can be read, whereby the scanner 1 reads the toy information stored in the toy information storage unit 8ι, read The toy information is stored as information In the memory 102 of the storage unit, the performance control unit 14 displays the end-of-speech sound information (the sound data of the reading end sound) corresponding to the toy information based on the toy information stored in the memory 1〇2. The sounding unit 17 is read from the memory 102 as the performance storage unit, and the sounding unit 17 is controlled so as to sound the reading end sound (“吱锵” or the like) corresponding to the toy information. After the reading end sound is sounded, the performance control unit 14 Referring to the information storage 4: the memory 1 〇 2 ′ will be compared with the category information stored in the memory 1 〇 2; for example, if it is set as a memory that will implement the wide-spreading a hole as the performance storage unit丨〇2 reads out, and the utterance portion 17 is controlled to perform sounding only after the performance information. For example, the performance information of the corresponding party category information is set to be the name of the animal or the like indicated by the relief on the square piece 3G specified by the category information, and all of them are used as the information storage unit. The memory is called: the name of each specific animal to be stored in the category information. (4) Corruption J, "Tiger", "Limited Plant", "Cheetah", "The rhinoceros's metal of the rhinoceros is stored in the record Φ In each category of the metal sheet 30 of the f, the corresponding secrets of the cheeks are corresponding to the names of the animals, such as "the locusts and cockroaches".螳螂丨 「 猎 猎 猎 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 秀 秀 秀 秀 秀 秀 秀 秀卩14Self-made as the m storage unit of the cryptic body 102, read out the sneak peek g shoulders out of the news, and control •3· 158009.doc •24· 201219096 17 to eliminate. The sniper sound is for example叽嘎锵丨I, let’s go, oh, etc. The above actions of the present embodiment are as follows in terms of sound performance. [Sound out 1] When the scanner 10 is attached to the toy body 2, the rotating disk 26 is rotated, and the continuous reading of the metal piece 3 is started, and a sound of "叮叮叮叮..." is sounded; After 2], if the user reads the toy information by moving the scanner 1 at the desired timing, a sound of "吱锵" is sounded, and [sound show 3] is based on the category information read from the metal sheet 3 The output of the singer "Eagle!", "Tiger", "Aphid I", "螳螂!", "Cheetah", "Rhinoceros I" and other animals, [sound show 4] finally 'issued r叽嘎锵! ! Let's go, bar silver, etc. The present invention is not limited to the above-described embodiments, and of course, it can be implemented in various aspects as long as it falls within the technical scope of the present invention. In the information reading toy i of the present embodiment, the scanner body 10 (reading body) is in a readable state in the toy body 20, and the supply position of the starting metal piece 3 (information holder) is read. Linked. With this linkage, the user can perform an information reading game at a good speed. Further, in the scanner 10 (reading body), a performance based on the reading of the category information or the toy information is performed, so that the user can be provided with the information reading game. Further, in the scanner 10 (reading body), the performance varies depending on the type of information to be read or the content of the toy information, so that the user can further provide the game with the 158009.doc • 25· 201219096 news. Further, in the scanner 10 (reading body), the toy information of the toy body 20 can be read, for example, for changes in performances and the like. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a scanner 1 and a toy body 20 of an information reading toy 1 according to an embodiment of the present invention; FIG. 2 is a view showing a guide rail for a scanner 10 to be engaged with a toy body 2 Figure 3 is a perspective view showing the grip portion 22 and the base 24 of the toy body 2; Figure 4 is a view showing the state of opening the upper surface cover 25 of the toy body 2; Figure 5 is a view showing the toy body FIG. 6 is a plan view showing a state in which the metal piece 3 is placed; FIG. 6 is a plan view showing the inside of the metal piece 30; FIG. 7 is a view showing the inside of the metal piece 30; FIG. 9 is a view showing the performance control unit 14, the light-emitting unit 16, and the sound-emitting portion 17 of the scanner 10. FIG. 10 is a view showing the base 24 and the rotary disk 26 of the toy body 20. Figure 11 is a view showing the square hole 23 and the angle axis 47; the circle 12 is a view showing the engaged portion 28; Figure 13 is a view showing the rotating roller 29; and Figure 14 is a view showing the internal release switch 40 and the engagement Fig. 15 is a view showing a structure in the vicinity of the internal release switch 4A; Fig. 16 is a view showing an internal release switch 4A. a map of the nearby structure;
S 158009.doc -26 - 201219096 圖17係表示外部解除開關5 0及内部解除開關4之圖； 圖18係表示外部解除開關50附近之構造之圖； 圖19係表示外部解除開關5〇被按下之狀態之圖； 圖20係表示基座24之内部之圖； 圖21係表示操作部6〇之構造之圖； 圖22係表示抓握部61之移動方向之圖； 圖23係表示彈性構件64之圖； 圖24係表示旋轉驅動機構7〇之内部構造之圖； 圖25係表示旋轉驅動機構70之彈性構件74之圖； 圖26係表示讀取待機狀態下之掃描器10及玩具本體20之 圖， 圖27係省略上表面蓋25之讀取待機狀態之構成圖； 圖28係掃描器1〇及玩具本體2〇之功能方塊圖； 圖29係掃描器1〇之功能方塊圖； 圖30係表示資訊讀取玩具i中之讀取動作之流程圖；及 圖3 1係表示直至演出結束為止之控制部ι〇1及演出部15 之動作之流程圖。 【主要元件符號說明】 1 資訊讀取玩具 10 掃描器 11 炎握部 12 夾握開關 13 演出部蓋 14 演出控制部 158009.doc •27- 201219096 15 演出部 16 發光部 17 發聲部 19 振動部 20 玩具本體 21a、21b 導軌 22 握持部 23 方孔 24 基座 25 上表面蓋 26 旋轉盤 27 載置部 28 被卡合部 28a〜28c 被卡合部 29a~29c 旋轉輥 30 、 30a~30g 金屬片 31 基板 40 内部解除開關 41 卡合部 42 臂構件 43 彈性構件 44 下部周緣 45 自由端側 47 角軸 158009.doc -28 * 201219096 50 外部解除開關 51 彈性構件 52 突起部 60 操作部 61 抓握部 62 中間臂 63 齒條部 64a、64b 彈性構件 70 旋轉驅動機構 71 大齒輪 72 小齒輪 73 驅動齒輪 74 彈性構件 80 蓋 81 玩具資訊儲存部 101 控制部 102 記憶體 103 資訊收發部 158009.doc -29-Fig. 17 is a view showing the external release switch 50 and the internal release switch 4; Fig. 18 is a view showing the structure in the vicinity of the external release switch 50; Fig. 19 is a view showing that the external release switch 5 is pressed. Fig. 20 is a view showing the inside of the susceptor 24; Fig. 21 is a view showing the configuration of the operating portion 6''; Fig. 22 is a view showing the moving direction of the grip portion 61; Fig. 23 is a view showing the elasticity Figure 24 is a view showing the internal structure of the rotary drive mechanism 7; Figure 25 is a view showing the elastic member 74 of the rotary drive mechanism 70; Figure 26 is a view showing the scanner 10 and the toy in the standby state. FIG. 27 is a block diagram showing the read standby state of the upper surface cover 25; FIG. 28 is a functional block diagram of the scanner 1 and the toy body 2; FIG. 29 is a functional block diagram of the scanner 1 Fig. 30 is a flow chart showing the reading operation in the information reading toy i; and Fig. 31 is a flow chart showing the operations of the control unit ι1 and the performance unit 15 until the end of the performance. [Description of main component symbols] 1 Information reading toy 10 Scanner 11 Inflammatory grip 12 Grip switch 13 Performance cover 14 Performance control unit 158009.doc • 27- 201219096 15 Performance unit 16 Light-emitting unit 17 Sound-emitting unit 19 Vibration unit 20 Toy body 21a, 21b Guide rail 22 Grip portion 23 Square hole 24 Base 25 Upper surface cover 26 Rotating disk 27 Mounting portion 28 Engaged portions 28a to 28c Engaged portions 29a to 29c Rotating roller 30, 30a to 30g Metal Sheet 31 Base plate 40 Internal release switch 41 Engagement portion 42 Arm member 43 Elastic member 44 Lower peripheral edge 45 Free end side 47 Angle shaft 158009.doc -28 * 201219096 50 External release switch 51 Elastic member 52 Projection portion 60 Operating portion 61 Grip Portion 62 intermediate arm 63 rack portion 64a, 64b elastic member 70 rotary drive mechanism 71 large gear 72 pinion 73 drive gear 74 elastic member 80 cover 81 toy information storage unit 101 control unit 102 memory 103 information transceiver unit 158009.doc - 29-