M351731 五、新型說明： 【新型所屬之技術領域】 本創作係關於步行玩具，詳言之，係關於頭部可更換 的步行玩具。 【先前技術】 以往，曾提案有一種使前腳與後腳朝彼此相反方向轉 動而步行的步行玩具（例如專利文獻1)。該步行玩具的前 腳與後腳係分別藉由支轴而前後地動作，該前腳與後腳係 藉由連結桿所連結，並且形成於以馬達所旋轉驅動之圓板 的扣合轴係鬆嵌於連結桿的貫通孔，藉由馬達的驅動力使 圓板旋轉時，連結桿會跟著前後地往復移動，而使前腳與 後腳前後移動來前進。 〔專利文獻1〕曰本國實開平5— 82487號公報 【新型内容】 〔創作所欲解決之課題〕 上述之步行玩具雖可使前腳與後腳移動來步行，但只 有前進之動作，而有其動作簡單且缺乏趣味之問題。 本創作係用以解決上述問題點而開發者，其課題在於 提供一種不僅可使前腳與後腳移動來前進，亦可一邊使頭 部擺動一邊步行，並且藉由更換頭部使頭部的動作不同， 而不會玩腻的步行玩具。 〔用以解決課題之手段〕 為了解決上述課題，本創作之步行玩具係使前腳與後 腳前後轉動而步行的步行玩具，其特徵為： M351731 '將頭部可裝卸自如地設置於玩具本體， - 在上述玩具本體設有可轉動自如地支持分別設置於 前腳與後腳之支轴的軸承， 在上述前腳的支軸可裝卸自如地裝設有將上述頭部 予以擺動驅動的驅動構件， 當上述前腳轉動時，裝設於上述前腳之支軸的上述驅 . 動構件會與上述前腳連動而轉動， - 上述驅動構件係扣合於上述頭部，使上述頭部與上述 前腳的轉動連動而擺動，而一邊使上述頭部擺動一邊步行。 亦可設為以軸體構成上述驅動構件，將該軸體固定於 上述頭部，並且將該轴體裝設於上述前腳的支轴，上述軸 體會與上述前腳的轉動連動而轉動，使固定有該轴體的上 述頭部朝左右擺動。 又，上述步行玩具係以下述方式構成為佳：上述驅動 構件係由轴體、與從該轴體的上端朝正交方向突出的一片 • 驅動月所構成；在上述頭部的兩側面設有可朝上下方向轉 動自如地支持於上述玩具本體的軸部，並且在上述頭部的 底面，朝左右方向形成往下方突出的扣合板，且該扣合板 的下端係形成有從一端朝另一端傾斜的傾斜面；上述驅動 構件係以使上述驅動片朝向前方的方式安裝於上述前腳的 支軸，該驅動片係抵接於上述傾斜面而從下方支撐上述頭 部；當上述驅動構件的軸體與上述前腳的支軸連動而朝左 右轉動時，上述驅動片係抵接於上述扣合板的傾斜面而朝 左右轉動，而透過上述扣合板使上述頭部以上述軸部為中 4 M351731 •心而上下擺動。 -接著，上述步行玩具亦可構成：上述驅動構件係由軸 體、與從該軸體的上端朝正交方向突出的一片驅動片所構 成；在上述頭部的兩側面設有以滑動於朝前後方向形成之 長孔的方式支持在上述玩具本體的轴部，在上述頭部上面 之一邊的側面侧，形成有朝後方突出的突出片，在該突出 片形成有朝下方突出的兩個扣合轴；上述驅動構件係以使 上述驅動片成為橫向同時使該驅動片位於上述兩個扣合軸 之間的方式安裝於上述前腳的支軸；當上述驅動構件的軸 體與上述前腳的支轴連動而朝左右轉動時，上述驅動片係 朝前後轉動，而透過扣合於該驅動片的上述扣合軸使上述 頭部前後地擺動。 再者，上述步行玩具亦可構成：具備馬達作為上述前 腳及後腳的驅動源，且控制該馬達之導通/關斷（ON/OFF) 的開關係藉由以可相對於上述玩具本體前後地滑動之方式 φ 配置的操作構件來控制；上述操作構件的操作部係從上述 玩具本體的後部朝後方突出而配置，將該操作部進行拉出 操作時，上述開關係進行ON動作，進行推回動作時，上述 開關係進行OFF動作。 從上述玩具本體的後部突出的上述操作部係以模仿 步行動物的尾巴來形成為佳。 又，上述步行玩具亦可構成：上述步行玩具係具備馬 達作為上述前腳及後腳的驅動源，上述前腳與後腳係分別 藉由一對腳部與連結該一對腳部的連結板所構成，上述前 5 M351731 腳的連結板與上述後腳的連結板係在從其中心偏移的位置 由連結桿所連結，該連結桿係經由齒輪及運動轉換機構而 作動性地連結於上述馬達，藉由上述馬達的旋轉驅動而使 上述連結桿前後地往復移動，使上述前腳與後腳與該連結 桿的往復移動連動而分別以上述軸承作為支點朝向彼此相 反的方向轉動。 較佳為在上述前腳之連結板的上表面中央設置上述 前腳的支軸，在上述後腳之連結板的上表面中央設置上述 後腳的支軸，上述運動轉換機構係由：藉由上述齒輪旋轉 的圓板、設置於該圓板的偏心轴、及與該偏心軸扣合之形 成於上述連結桿的長孔所構成。 〔創作之效果〕 根據本創作，由於頭部與腳的動作連動而擺動，故不 僅可使腳移動而前進，也可加入頭部的動作，所以可提案 一種外觀看起來也很有趣的步行玩具。 而且，由於可藉由更換頭部而使頭部的動作不同，故 雖然即便是例如頭部會擺動的機構，但因都是相同的動作 而會玩腻，然而藉由替換頭部，動作也會改變，而可實現 不會玩腻的步行玩具。 根據本創作之一實施態樣，當步行玩具進行步行動作 時，可一邊使頭部朝左右擺動，一邊步行。 根據本創作之一實施態樣，以驅動片抵接於形成在頭 部之扣合板的方式，使驅動片朝向前方以將驅動構件安裝 於前腳的支軸，當前腳轉動使驅動片左右轉動時，頭部的 M351731 扣合板會以乘載於驅動片上的方式抵接，故頭部會以軸部 為中心而上下擺動，得以實現可一邊步行一邊使頭部上下 擺動的步行玩具。 根據本創作之一實施態樣，以驅動片包夾在形成於頭 部之扣合轴的方式，使上述驅動片成為橫向以將驅動構件 安裝於前腳的支軸，當前腳轉動使驅動片前後轉動時，形 成於頭部的扣合轴會扣合於驅動片，轴部會支持於玩具本 體的長孔，故頭部係沿著長孔前後擺動，得以實現可一邊 步行一邊使頭部前後擺動的步行玩具。 根據本創作之一實施態樣，使操作用來控制馬達之開 關的ΟΝ/OFF之操作構件的操作部從玩具本體的後部朝後 方突出，藉由使ΟΝ/OFF對應於拉出/推回操作，當其他 的步行玩具碰撞到步行中之步行玩具的後面時，馬達即會 停止，所以可提供一種不僅能夠步行且亦具有可在遊戲中 擴展使用範圍之可能性的步行玩具 根據本創作之一實施態樣，由於係模仿步行動物的尾 巴來形成操作部，故從表面看起來操作開關的操作構件可 成為步行動物身體的一部分，可實現不會有不諧調感之自 然形態的步行玩具。 【實施方式】 第1圖係表示本創作之步行玩具的一例，該步行玩具 A係模仿烏龜而形成者，該步行玩具A可藉由前腳2與後 腳3在玩具本體1朝彼此相反的方向轉動而前進步行，頭 部4係與前腳2和後腳3的動作連動而擺動。 7 M351731 此外，本實施例中雖模仿烏龜而形成步行玩具a，但 只要是將前腳2與後腳3於載置面接地而步行者即可，未 必限定於烏龜。 該步订玩具A係如第2圖所示，玩具本體！係由躺體 部5與仿照甲殼而形成的蓋罩部6所構成，在軀體部$收 容有未圖示的電池、馬達7、及將馬達7的旋轉傳送至前 腳2、後腳3的齒輪，益且配置有葉片式開關（leaf switch) ^與對葉片式開關9進行⑽(導通/關斷）操作的操作 在該軀體部5的前部形成有用來支持前腳2之支軸1 的軸承13、及用來支持頭部4的兩片支持板14，在後面苦 貝J形成有用來支持後腳3之支轴16的軸承1?。此外，名 „4形成有用來軸支後述第2頭部扑之支軸㈣ 孔1=、及用來支持第3頭部4c之支轴4〇的長孔⑽。 如腳2的左右一對腳部2a作；, 該連結板18的上面中：，突結板18所連結’名 .^ + i . 大出形成有筒狀支軸12 ;且名 二靠近右腳的底面’朝下方突出形成有連結於後 3:=連結軸19。上述支軸12係可 上述支軸12係形成為筒狀， 部4a的軸體3卜或°入=述之第1頭 f, 00 , . ^ 1仆或弟3頭部4c之驅 4而姆出部20以正交方式形输合溝21。 M351731 於上？ a的上部突出形成有：歲- 於上述肷合溝21的三片嵌合片22b 。 及第3頭部㈣一片驅動月22c。 動弟2頌部4b 另-方面’後腳3的左右一對腳部 所連結，且在該連結板23的上面中央，;^板23 16;且在比該古妯丄、 出开乂成有支轴 車16罪近左腳的底面，朝下方突出形+ + 連結於後述連結桿25的連 =也成有 自如地轴支於把體邱5夕“上这支轴16係可轉動 以支軸16 ^ Λ 嶋置的姆17，而後… 文孕由ib為中心珂後地轉動。 端來Γί:桿25而言，在其中央形成有長孔26，在1前 ^成有與前腳2之連結轴19連結 = :=她之連結㈣連結的連結孔= =轉時’連結桿25會前後地往復移動，其：:8 與平面齒輪27形成為_體， 係 嚙八而祐絲土， 丁面27係與齒輪8b ^系愈H ^與冠#輪_成—體，而冠歯輪 28及H 輪以喷合而旋轉。也就是說，圓板 傳、、,429與連結桿25係構搞藉由K的齒輪所 ，之馬達7的旋轉運動轉換成連結桿25之前 動之運動韓拖撼接- 便的在復矛夕 移動連^ 腳與後腳3係與連結桿25的往復 的方向轉^㈣軸承13、歸17作為支'_彼此相反 的方向轉動（荟照第3A圖至第抑圖）。 C馬達7係以未圖示的電也帝 藉由操作從躺體部5朝後方突出之^而動作，並可 大出之作杯10的操作軸10a M351731 ^制疋否要使該馬達7動作。於該操作桿Μ的前端一體 地形成有俯視看起來呈大致u字狀的扣合板_，且在该 扣合板⑽❸卜側面形成有扣合凸部l〇c，如» 4A圖所 桿1〇的操作軸恤往後方進行拉出操作時，扣 口板⑽θ往後方滑動而使扣合凸部…推壓葉 9、的可動接點9b而與固定接點^接觸，使葉片式 =如第仙圖所示’若將操作軸l〇a推入時^於 ^ °凸相C對莱片式開關9之可動接點9b的推塵合被解 除，故會_點93脫離，而使葉片式開關9成為： 接者’本貫施形態中，$備有可左右擺動 4-a種二Γ動的第2頭部4b、前後擺動的第3頭部:二 一種類的頭部作為頭部4。 出^! 4a係如第5A至第5C圖所示，頂板30係突 心t 71板30的下面則形成有軸體31，且科 3 Γ上部形成有以十字狀突出之嵌合片⑽，並= 弟8A圖所示，將該軸體3Hf 心繼片32_合溝21，藉: ，前後轉動時，可使軸體31與支轴12;=當 如乐9A圖及第9B圖所示可使頭 連動而左右地擺動。 ^㈣的w後移動 時，由又於行造 1料4Mt簡料障礙物 才由於弟1碩部七會以敲打.障礙物的方 本體1可進行方向轉換，而在撞到 欠玩具 行步行。 早破物的狀,％下仍可進 M351731 第2頭部4b係如第6A至第6D圖所示，在兩側面的 下部後端，分別突出形成有支轴35，在支韩35的後方， 坪簧部36係一體地形成於侧面的後端，且在頭部内部從一 端朝向另一端（第6B圖中從右到左），形成有形成朝下方 傾斜之傾斜面的扣合板37，並且，如第8B _示，㈣ 動構件22的驅動片22c朝向前方的方式將轴體^插入支 軸…使嵌合片22b嵌合於嵌合溝21，使第2頭部处的 支軸35軸支於支持板14的軸孔…，藉由上述方式 在驅動片22c抵接於扣合板37之斜面的狀態下將第2 4b安裝於軀體部5。 、 在該狀態下’當前腳2前後轉動時，可使驅動構件Μ ”支軸12 一體地轉動，且可使驅動片22c朝左 則所示，當驅動片22。向右轉動時會 == 反广的右侧’故第2頭部处係以低頭的方式 支軸35為中心向下方轉動，而當驅動片22c向左轉動時 於扣合板37的左側，故第2頭部处係以括頭的 方1以支軸35為中心向下方轉動’因此，可使第2頭部 腳2的前後移動連動而上下擺動。此外，第_圖 目中’以圓關繞X的符號及以®圈11繞點（.） k號係表示頭部的擺動方向，前者表示向下， 向上。 私不 又’由於突出於支軸35後方的彈簧部36在第 朝上方轉動時’會被麗抵於軀體部5的上表面，故當驅 片22對扣合板37的上推被解除時，第2頭部牝的向下 M351731 移動會變得很快。 的下二3,部弋：如第7A圖至第7C圖所示，在兩側面 〇 大㈣成有支轴40,且在上面之一邊的 =則，朝後方突出形成有突出片41， I面朝下方隔著預定間隔形成有兩個扣合軸^，如第％ 圖：不，以驅動構件22的驅動片22。朝向左方的方 吏嵌合片2_於嵌合溝21，而設 2 乂弟3㈣4G的兩怖合㈣挾持驅 並錢支軸40軸支於支持板U的長孔14b，藉此=、， 可將第3頭部4c安裝於軀體部5。 件於當前腳2前後轉動時，可使驅動構 2，"：轉動，且可使驅動片奴前後轉動， °弟1A圖及第11B圖所示#驅動片 時，由於係以兩個扣合轴42挾持驅動片22c，故;= 朝4=導引於長孔14”而朝前方移動，當驅 =故朝後方轉動時，第3頭部4c的支轴4 方㈣14b中而朝後方移動，可使第3頭部4^前= 的則後移動連動而朝前後擺動。 支軸12 可與玩具本體1的前進步行連動而朝左右 _ ’且第2頭部4b在以使驅動構件22的驅動片 向丽方之方式安裝於前腳2的支軸12 而朝上下擺動’且苐3頭部 構件22的驅動片22c朝向左方之方式安裝於前腳2的支軸 ]2 M351731 ' 12時，可與玩具本體1的前進步行連動而朝前後擺動，所 - 以步行玩具A的步行動作不僅使前腳2與後腳3移動來前 進步行，還有加上頭部4的動作，而且藉由更換部4而使 ‘頭部4的動作不同，故可實現不會玩腻的步行玩具。 此外，屬於使上述步行玩具A步行之動力的馬達7係 可藉由葉片式開關9的ΟΝ/OFF來控制，而該葉片式開關 9的ΟΝ/OFF可藉由將操作桿10拉出或推回來控制，故當 與其他的步行玩具A對戰時，只要由於對方的步行玩具A 從操作桿10的後方碰撞、或者步行玩具A本身被對方推擠 而後退而致使操作桿10的前端被推壓到遊戲盤的壁面 等，而使操作桿10被推回時，葉片式開關9即變成OFF， 馬達7則停止，步行玩具A係成為停止狀態，故敗戰已定， 因此，可提案一種不僅可使頭部4移動來進行步行動作， 且對戰遊戲也可列入考量的步行玩具A。 又，雖沒有圖示，但只要模仿步行動物的尾巴來形成 φ 操作桿即可。例如，模仿烏龜形成步行玩具時，只要模仿 烏龜的尾巴來形成操作桿的形狀即可，因此，操作桿無須 為了能在具有機械形狀的步行玩具中被看見而配置於步行 玩具的底面，亦可在放置於遊戲面上的狀態下進行開關的 0N/0FF 操作。 【圖式簡單說明】 第1圖係表示本創作之步行玩具的一例之斜視圖。 第2圖係表示上述步行玩具的分解斜視圖。 第3A圖至第3D圖係說明上述步行玩具之步行狀態的 13 M351731 底面圖。 葉片式開關的關係 弟4A圖及弟4B圖係表示操作椁與 之俯視圖。 第5A圖至第5C圖係表 及從下方觀看的斜視圖。 示第1頭部的側視圖、底面圖 弟6A圖至弟6D圖係表示第2藤邮丨.β 4 I矛4碩。[5的侧視圖、背面圖、 底面圖及從下方觀看的斜視圖。 • 帛7Α圖至$ 7C圖係表示第3頭部的側視圖、底面圖 及從下方觀看的斜視圖。 弟8A圖至弟8C圖係分別表示將第1、第2、第3頭 部安裝於玩具本體的狀態之斜視圖。 弟9A圖及第9B圖係表示與前腳的動作連動而動作之 第1頭部的圖。 苐10A圖及第10B圖係表示與前腳的動作連動而動作 之第2頭部的圖。 ® 第11人圖及第11B圖係表示與前腳的動作連動而動作 之弟3頭部的圖。 【主要元件符號說明】 1 玩具本體 2 前腳 2a 腳部 3 後腳 4 頭部 4a 第1頭部 4b 第2頭部 4c 第3頭部 5 躯體部 6 蓋罩部 7 馬達 7a 小齒輪 14 M351731 8 a 冠齒輪 8b 齒輪 9 葉片式開關 9a 固定接點 9b 可動接點 10 操作桿 10a 操作轴 10b 扣合板 10c 扣合凸部 12、 16、 35、40 13、17 軸承 14 支持板 14a 軸孔 14b 長孔 19 連結轴 20 膨出部 21 敌合溝 22 驅動構件 22a 、 31 轴體 22b '32 嵌合片 22c 驅動片 24 連結軸 25 連結桿 25a 、25b 連結孔 28 圓板 30 頂板 37 扣合板 42 扣合轴 A 步行玩具 支轴 15M351731 V. New description: [New technical field] This creation is about walking toys. In more detail, it is about walking toys that can be replaced with heads. [Prior Art] A walking toy in which the front leg and the rear leg are rotated in opposite directions to each other has been proposed (for example, Patent Document 1). The front leg and the rear leg of the walking toy are respectively moved forward and backward by a support shaft, and the front leg and the rear leg are connected by a connecting rod, and the fastening shaft formed on the circular plate driven by the motor is loosely coupled to the connecting shaft. When the circular plate is rotated by the driving force of the motor, the connecting rod reciprocates back and forth, and the front and rear legs move forward and backward to advance. [Patent Document 1] 曰 实 实 5 5 — — — — — — — — — — — — — — — — — — — — — 5 5 — — — — 〕 〕 〕 〕 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述Simple and uninteresting questions. The present invention aims to solve the above problems, and an object of the present invention is to provide a method in which not only the front foot and the rear foot can be moved to advance, but also the head can be swung while walking, and the head movement is changed by replacing the head. And won't be tired of walking toys. [Means for Solving the Problem] In order to solve the above problem, the walking toy of the present invention is a walking toy that allows the front foot and the rear foot to rotate back and forth, and is characterized in that: M351731 'The head can be detachably mounted on the toy body, - The toy body is provided with a bearing that rotatably supports the support shafts respectively provided on the front legs and the rear legs, and the support shaft of the forefoot is detachably mounted with a drive member for oscillating and driving the head portion, and the front foot When the rotation is performed, the driving member mounted on the support shaft of the front leg rotates in conjunction with the front leg, and the drive member is engaged with the head portion to swing the head portion in conjunction with the rotation of the front leg. While walking the head, the person walks. The shaft member may be configured as a shaft body, and the shaft body may be fixed to the head portion, and the shaft body may be attached to a support shaft of the front leg, and the shaft body may be rotated in conjunction with the rotation of the front leg to fix The above-mentioned head having the shaft body swings to the left and right. Further, the walking toy is preferably configured such that the driving member is constituted by a shaft body and a piece of driving month that protrudes in an orthogonal direction from an upper end of the shaft body, and is provided on both side faces of the head portion. The shaft portion of the toy body is rotatably supported in the up-and-down direction, and a fastening plate that protrudes downward is formed in the left-right direction on the bottom surface of the head, and the lower end of the fastening plate is formed to be inclined from one end toward the other end. The driving member is attached to the support shaft of the front leg such that the drive piece faces forward, the drive piece abuts against the inclined surface to support the head from below; and the shaft of the drive member When the front piece rotates to the left and right in conjunction with the support shaft of the forefoot, the drive piece abuts against the inclined surface of the buckle plate and rotates to the left and right, and the head portion is made of the above-mentioned shaft portion through the above-mentioned buckle plate. 4 M351731 • And swing up and down. - the walking toy may be configured such that the driving member is constituted by a shaft body and a driving piece projecting from the upper end of the shaft body in an orthogonal direction; and the side surfaces of the head portion are provided to slide toward The long hole formed in the front-rear direction supports the shaft portion of the toy body, and a protruding piece that protrudes rearward is formed on a side surface side of one of the upper surfaces of the head portion, and two protruding pieces protruding downward are formed in the protruding piece The drive member is attached to the support shaft of the front leg such that the drive piece is laterally disposed while the drive piece is positioned between the two fastening shafts; and the shaft body of the drive member and the forefoot When the shaft rotates to the left and right, the driving piece rotates forward and backward, and the head is swung back and forth through the fastening shaft that is fastened to the driving piece. Furthermore, the walking toy may be configured to include a motor as a driving source for the front leg and the rear leg, and an opening/closing relationship for controlling the ON/OFF of the motor to be slidable back and forth with respect to the toy body The operation member of the operation member is controlled by the operation member disposed in the manner of φ; the operation portion of the operation member is disposed to protrude rearward from the rear portion of the toy body, and when the operation portion is pulled out, the opening relationship is turned ON and the pushback operation is performed. At the time, the above-described open relationship is turned OFF. The above-mentioned operation portion protruding from the rear portion of the above toy body is preferably formed by mimicking the tail of a walking animal. Further, the walking toy may be configured such that the walking toy includes a motor as a driving source for the front leg and the rear leg, and the front leg and the rear leg are each formed by a pair of leg portions and a connecting plate connecting the pair of leg portions. The connecting plate of the front 5 M351731 and the connecting plate of the rear leg are connected by a connecting rod at a position offset from the center thereof, and the connecting rod is operatively coupled to the motor via a gear and a motion converting mechanism. The rotation of the motor drives the connecting rod to reciprocate back and forth, and the front leg and the rear leg are rotated in the opposite directions to each other with the bearing as a fulcrum in conjunction with the reciprocating movement of the connecting rod. Preferably, a support shaft of the front leg is disposed at a center of an upper surface of the connecting plate of the front leg, and a support shaft of the rear leg is disposed at a center of an upper surface of the connecting plate of the rear leg, and the motion conversion mechanism is rotated by the gear The circular plate, the eccentric shaft provided on the circular plate, and the long hole formed in the connecting rod that is engaged with the eccentric shaft. [Effects of Creation] According to this creation, since the movement of the head and the foot moves in conjunction with each other, it is possible to move not only the foot but also the movement of the head, so it is possible to propose a walking toy that looks interesting and interesting. . Moreover, since the movement of the head can be changed by changing the head, even if the mechanism that the head swings, for example, the same operation is performed, but the movement is also replaced by the head. Will change, but can achieve a walking toy that will not be tired. According to one embodiment of the present invention, when the walking toy performs a walking motion, the head can be swung while walking to the left and right. According to one embodiment of the present invention, the driving piece is facing forward to connect the driving member to the support shaft of the front leg in such a manner that the driving piece abuts against the engaging plate formed on the head, and the current foot rotates to rotate the driving piece to the left and right. The M351731 clasp on the head is abutted on the drive piece, so the head swings up and down around the shaft to realize a walking toy that can swing the head up and down while walking. According to one embodiment of the present invention, the driving piece is laterally disposed to mount the driving member to the front leg of the forefoot in such a manner that the driving piece is clamped to the fastening shaft formed on the head, and the current foot is rotated to move the driving piece back and forth. When rotating, the fastening shaft formed on the head will be fastened to the driving piece, and the shaft part will support the long hole of the toy body, so the head swings back and forth along the long hole, so that the head can be walked while walking Swinging walking toy. According to one embodiment of the present invention, the operation portion of the operation member for operating the ΟΝ/OFF of the switch for controlling the motor protrudes rearward from the rear of the toy body by the ΟΝ/OFF corresponding to the pull-out/pushback operation When the other walking toys collide with the back of the walking toy in the walk, the motor will stop, so it is possible to provide a walking toy that is not only capable of walking but also has the possibility of expanding the range of use in the game. In the embodiment, since the operating portion is formed by mimicking the tail of the walking animal, the operating member that operates the switch from the surface can be a part of the body of the walking animal, and a walking toy that does not have a natural form of uncomfortable feeling can be realized. [Embodiment] Fig. 1 is a view showing an example of a walking toy of the present invention. The walking toy A is formed by imitating a turtle, and the walking toy A can be rotated in the opposite direction of the toy body 1 by the front foot 2 and the rear foot 3 in the toy body 1. On the other hand, the head 4 is oscillated in conjunction with the movements of the front foot 2 and the rear foot 3. 7 M351731 In the present embodiment, the walking toy a is formed by mimicking a tortoise. However, the front foot 2 and the rear leg 3 are grounded on the mounting surface and may be walked, and are not necessarily limited to the turtle. This step is to order the toy A as shown in Figure 2, the toy body! The cover body portion 5 is formed of a cover body portion 5 and a cover portion 6 formed of a carapace, and a battery (not shown), a motor 7 , and a gear for transmitting the rotation of the motor 7 to the front leg 2 and the rear leg 3 are housed in the body portion $. A leaf switch is disposed and a (10) (on/off) operation is performed on the vane switch 9 . A bearing 13 for supporting the support shaft 1 of the front leg 2 is formed at the front portion of the body portion 5. And two support plates 14 for supporting the head 4, and a bearing 1 for supporting the support shaft 16 of the rear leg 3 is formed in the back bitter J. Further, the name "4" is formed with a shaft (4) for the second head flap to be described later, and a long hole (10) for supporting the support shaft 4 of the third head portion 4c. The leg portion 2a is made; in the upper surface of the connecting plate 18: the protruding plate 18 is connected with 'name. ^ + i. The large protruding portion is formed with the cylindrical supporting shaft 12; and the bottom surface of the second leg is protruded downward. The support shaft 12 is connected to the rear 3:= coupling shaft 19. The support shaft 12 is formed in a tubular shape, and the shaft body 3 of the portion 4a is inserted into the first head f, 00, . 1 servant or younger 3 head 4c drive 4 and the mortise 20 is orthogonally shaped to form the transfer groove 21. M351731 is on the upper part of the upper part of the a: a three-piece fitting of the above-mentioned kneading groove 21 The piece 22b and the third head (four) are driven by the month 22c. The second leg 4b is connected to the left and right legs of the rear leg 3, and is located at the center of the upper surface of the connecting plate 23; And the bottom of the left foot is 16 sinned by the sacred shackle, and the sin is folded downwards + + is connected to the connecting rod 25 which will be described later, and is also freely supported by the body. 5th eve "The 16-axis of this shaft can be rotated With the support shaft 16 ^ 嶋 set the m 17 , and then ... The pregnancy is rotated from the center of the ib.杆 : : : : : : : : : : : : : : : : : : : : : : : : 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆 杆25 will reciprocate back and forth, and its::8 and the face gear 27 are formed into a body, which is a bit of a squid, and the wire 27b and the gear 8b are more than H ^ and the crown # wheel _ into a body, and The crown wheel 28 and the H wheel rotate by spraying. That is to say, the circular plate transmission, the 429 and the connecting rod 25 are constructed by the gear of the K, and the rotary motion of the motor 7 is converted into the movement of the connecting rod 25 before the movement is dragged and lowered. The movement of the foot and the rear foot 3 and the reciprocating direction of the connecting rod 25 are rotated (4), and the bearing 13 is rotated as a branch in the opposite direction (the third to the third). The C motor 7 is operated by an electric device (not shown) that is protruded rearward from the lying body portion 5, and can be used as the operating shaft 10a of the cup 10, M351731. action. A fastening plate _ which is substantially U-shaped in a plan view is integrally formed at a front end of the operating rod ,, and a fastening convex portion l 〇c is formed on a side surface of the fastening plate (10), such as a rod of the 4A drawing. When the operation shaft is pulled out to the rear, the buckle plate (10) θ slides rearward so that the fastening convex portion presses the movable contact 9b of the blade 9, and contacts the fixed contact ^, so that the blade type is as follows. If the operation axis l〇a is pushed in, the dust-collecting of the movable contact 9b of the sheet-type switch 9 is released, so that the point 93 is disengaged and the blade is removed. The switch 9 is: In the embodiment of the present invention, the second head 4b that swings 4-a kind of two swings and the third head that swings back and forth are provided: two heads of the head are used as the head Department 4. 4A to 5C, the top plate 30 is formed on the lower surface of the plate 30, and the shaft body 31 is formed on the lower surface of the plate 30, and the upper portion of the base 3 is formed with a fitting piece (10) protruding in a cross shape. And = as shown in the figure 8A, the shaft body 3Hf is succeeded by the 32_closing groove 21, by:, when rotating back and forth, the shaft body 31 and the support shaft 12 can be made; = when the music is 9A and 9B It is shown that the head can be oscillated while swinging left and right. ^ (4) When moving after w, the 4Mt material obstacles are made by the line again. Because the brother 1 is a 7th party, the obstacle can be used to change direction, and when it hits the toy line, it can walk. . The shape of the early breakage can still enter M351731. The second head 4b is as shown in Figures 6A to 6D. On the lower rear end of the two sides, a support shaft 35 is protruded, respectively, behind the branch 35 The flat spring portion 36 is integrally formed at the rear end of the side surface, and a buckle plate 37 that forms an inclined surface that is inclined downward is formed from one end toward the other end (from right to left in FIG. 6B) inside the head. Further, as shown in Fig. 8B, the driving piece 22c of the movable member 22 is inserted into the support shaft so that the driving piece 22c of the movable member 22 faces forward; the fitting piece 22b is fitted to the fitting groove 21, and the support shaft at the second head portion is provided. The 35-axis is supported by the shaft hole of the support plate 14, and the second portion 4b is attached to the body portion 5 in a state where the driving piece 22c abuts against the inclined surface of the engaging plate 37 as described above. In this state, when the current foot 2 is rotated back and forth, the drive member 支 "shaft 12 can be integrally rotated, and the drive piece 22c can be turned to the left as shown in the figure. When the blade 22 is rotated, it will be == The second head portion of the opposite side is rotated downward about the lower support shaft 35, and when the drive piece 22c is rotated to the left, on the left side of the buckle 37, the second head portion is The square 1 of the head is rotated downward about the support shaft 35. Therefore, the front and rear movements of the second head 2 can be moved up and down in conjunction with each other. In addition, in the figure, the symbol of the circle around X is ® circle 11 around the point (.) k indicates the direction of the head's swing, the former indicates downward, upward. Privately, 'because the spring portion 36 protruding from the rear of the support shaft 35 is turned upwards, 'will be 丽Abutting against the upper surface of the body portion 5, when the push-up of the cleat 22 to the clasp plate 37 is released, the downward movement of the second head cymbal M351731 becomes very fast. 7A to 7C, the two sides are enlarged (four) into a support shaft 40, and on the one side of the upper side, the protrusion is formed toward the rear. Two pieces of fastening shafts are formed on the sheet 41, I face downward at predetermined intervals, as shown in Fig. 100: No, the driving piece 22 of the driving member 22 is formed. The square fitting piece 2_ facing the left side is fitted In the groove 21, the two scorpions 3 (four) 4G are provided, and the third support portion 5 is attached to the body portion 5 by the lower end 14b of the support plate U. When the current foot 2 is rotated back and forth, the drive mechanism 2, ": rotation, and the driver can be rotated back and forth, °D 1A and 11B shown in the # drive piece, due to the two buckles The coupling shaft 42 holds the driving piece 22c, so that == is guided toward the long hole 14" and moves forward, and when the driving is rotated backward, the supporting shaft 4 of the third head 4c is in the rear side (four) 14b and is rearward. When moving, the third head 4^ front = then moves backward and swings forward and backward. The support shaft 12 can be pivoted up and down in conjunction with the forward walking of the toy body 1 toward the right and left sides, and the second head portion 4b is attached to the support shaft 12 of the front foot 2 so that the drive piece of the drive member 22 is turned toward the front. Further, when the driving piece 22c of the head member 22 is attached to the left side of the support shaft 2 2 M351731 '12, it can be oscillated back and forth in conjunction with the forward walking of the toy body 1, and the walking toy A The walking motion not only moves the front foot 2 and the rear foot 3 to advance, but also adds the movement of the head 4, and the movement of the head 4 is different by the replacement unit 4, so that a walk that does not get tired can be realized. toy. Further, the motor 7 belonging to the power of walking the above-mentioned walking toy A can be controlled by the ΟΝ/OFF of the vane switch 9, and the ΟΝ/OFF of the vane switch 9 can be pulled or pushed by the operating lever 10. When the game is returned to the other, the front end of the operating lever 10 is pushed by the other side of the walking toy A, as long as the walking toy A of the other party collides from the rear of the operating lever 10, or the walking toy A itself is pushed by the opponent and retreats. When the operation lever 10 is pushed back to the wall surface of the game board or the like, the vane switch 9 is turned OFF, the motor 7 is stopped, and the walking toy A is in a stopped state, so that the battle is fixed. Therefore, it is possible to propose not only The head 4 can be moved to perform a walking action, and the competition game can also be included in the walking toy A. Further, although not shown, it is only necessary to simulate the tail of the walking animal to form the φ operating lever. For example, when mimicking a turtle to form a walking toy, it is only necessary to mimic the tail of the turtle to form the shape of the operating lever. Therefore, the operating lever does not need to be disposed on the bottom surface of the walking toy in order to be seen in a walking toy having a mechanical shape. The ON/OFF operation of the switch is performed while placed on the game surface. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an example of a walking toy of the present invention. Fig. 2 is an exploded perspective view showing the walking toy. Fig. 3A to Fig. 3D are bottom views of the 13 M351731 illustrating the walking state of the above walking toy. The relationship between the vane switch and the brother 4A and 4B shows the operation and the top view. Figures 5A through 5C are diagrams and oblique views from below. The side view and the bottom view of the first head are shown in Fig. 6A to Fig. 6D, which shows the second vine. [5 side view, rear view, bottom view and oblique view from below. • 帛7Α to $7C shows the side view of the third head, the bottom view, and the oblique view from below. The 8A to 8C drawings show oblique views of the state in which the first, second, and third head portions are attached to the toy body, respectively. Figs. 9A and 9B are diagrams showing the first head that operates in conjunction with the movement of the forefoot. Figs. 10A and 10B are views showing a second head that operates in conjunction with the movement of the forefoot. ® Figure 11 and Figure 11B show the figure of the head of the 3rd brother who operates in conjunction with the movement of the forefoot. [Description of main component symbols] 1 Toy body 2 Front foot 2a Foot 3 Rear foot 4 Head 4a First head 4b Second head 4c Third head 5 Body part 6 Cover part 7 Motor 7a Pinion 14 M351731 8 a Crown gear 8b Gear 9 Vane switch 9a Fixed contact 9b Movable contact 10 Operating lever 10a Operating shaft 10b Fastening plate 10c Fastening projection 12, 16, 35, 40 13, 17 Bearing 14 Support plate 14a Shaft hole 14b Length Hole 19 Connecting shaft 20 Bulging portion 21 Enemy groove 22 Driving member 22a, 31 Shaft body 22b '32 Mating piece 22c Driving piece 24 Connecting shaft 25 Connecting rod 25a, 25b Connecting hole 28 Round plate 30 Top plate 37 Fitting plate 42 Buckle Axis A walking toy support shaft 15