1332415 (1) 九、發明說明 【發明所屬之技術領域】 將其他的機器人玩具予以分 設在做爲核心的核心機器人 的可變形玩具。 公報中，係揭示了一種具有 的部位就會改變的可變形玩 將其他的機器人玩具予以分 設在做爲核心的核心機器人 的可變形玩具。 6-66789號公報 本發明係有關於一種藉由 割所得的複數個分割零件，裝 玩具’以構成大型機器人玩具 【先前技術】 在日本實開平6-66789號 共通的光源，一旦變形則發光 具。最近，則提案了一種藉由 割所得的複數個分割零件，裝 玩具，以構成大型機器人玩具 [專利文獻1]日本實開平 【發明內容】 〔發明所欲解決之課題〕 但是，在使用以往之核心 ’不管是核心機器人玩具，或 都不會發光及/或發出聲音。 具與大型機器人玩具雙方都爲 置之構造的話，則會使構造複 題。 本發明的目的，係爲提供 機器人玩具雙方，可共用發光 機器人玩具的可變形玩具中 者是大型機器人玩具，幾乎 這是因爲如果核心機器人玩 設有音響發生裝置或發光裝 雜化，而產生成本提高的問 一種核心機器人玩具與大型 裝置及/或音響發生裝置的 -5- (2) (2)1332415 可變形玩具。 本發明之另一目的’係爲提供一種將發光裝置及/或 音響發生裝置’裝備在核心機器人玩具’而於大型機器人 玩具也可共用的可變形玩具。 本發明之其他目的，係爲提供一種可使具備操作發光 裝置及/或音響發生裝置之操作部的分割零件的功能或形 態產生改變，並且即使如此’仍不會使發光裝置及/或音 響發生裝置的操作發生障礙的可變形玩具。 本發明之其他目的，係爲提供一種即使將發光裝置及 /或音響發生裝置裝備於核心機器人玩具’仍可輕易地進 行大型機器人玩具之按鍵操作的可變形玩具。 本發明之其他目的，係爲提供一種可改變傳達操作發 光裝置及/或音響發生裝置之力量的傳達方向的可變形玩 具。 〔用以解決課題之手段〕 本發明之可變形玩具，係藉由將其他的機器人玩具予 以分割所得的複數個分割零件，裝設在做爲核心的核心機 器人玩具，以構成大型機器人玩具。該核心機器人玩具， 係內藏著只要從外部操作開關，即可發光的發光裝置及/ 或發出聲音的音響發生裝置。此外，核心機器人玩具及將 其他的機器人玩具予以分割所得的複數個分割零件，係在 核心機器人玩具裝設有複數個分割零件的狀態下，藉由操 作分割零件的操作部，即可操作開關。 -6 - (3) (3)1332415 根據本發明的可變形玩具，內藏於核心機器人玩具中 的發光裝置及/或音響發生裝置，亦可使用於大型的機器 人玩具’所以不須另外爲大型機器人玩具準備發光裝置及 /或音響發生裝置，故可降低可變形玩具的成本。 再者，核心機器人玩具，最好在機器人玩具本體的內 部具備開關，並透過核心機器人玩具的一個外裝零件（例 如爲人形機器人時，其頭部等），而來操作開關。在本說 明書中，所謂的機器人玩具本體，係指至少包括了開關的 核心機器人玩具的構成零件。此時，是透過變位機構，將 一個外裝零件安裝在機器人玩具本體，在核心機器人玩具 以單體來使用時，開關係位在可操作的第1位置，而在將 複數個分割零件裝設到核心機器人玩具，以構成大型機器 人玩具時，開關係可移位到可外露於機器人玩具本體之外 部的第2位置。在具備操作部的分割零件的內部，在已被 裝設到核心機器人玩具的狀態下，係內藏著可直接操作開 關的操作機構。一旦爲如此構成的話，就不須透過構成核 心機器人玩具之一部份的外裝零件，而可直接藉由用來構 成大型機器人玩具的分割零件，即可直接操作開關。因此 ，即使是在核心機器人玩具的組裝精密度、及核心機器人 玩具與複數個分割零件的組裝精密度不高的情形下，藉由 確實地操作大型機器人玩具的操作部，而可操作開關。 此外，具備操作部的分割零件，係可由複數個組裝零 件所構成。此時，在複數個組裝零件的內部，以內藏著被 分割的操作機構爲宜。一旦爲此種構成的話，具備操作發 (4) (4)1332415 光裝置及/或音響發生裝置之操作部的分割零件，就不須 呈經常爲一體之物的構成，所以，不僅該分割零件的製造 更顯容易，還可藉由改變複數個組裝零件的組合，而可變 更分割零件的形態。並且，因爲在各個組裝零件的內部， 係內藏著被分割的操作機構，所以即使改變了組裝零件的 組合’仍不會使發光裝置及/或音響發生裝置的操作產生 阻礙》 再者，若核心機器人玩具爲人形機器人玩具時，則核 心機器人玩具係具備：頭部、身體部、一對腕部、及一對 腳部。在身體部的正面側還可設置發光顯示部。此時，上 述的一個外裝零件係爲包含頭部，並透過變位機構而與機 器人玩具本體相連接的構造。在核心機器人玩具爲單體使 用時，頭部係位在身體部的上方。而在把複數個分割零件 裝設到核心機器人玩具時，頭部則位在身體部的背面側， 使開關露出般地構成變位機構。並且，在把複數個分割零 件裝設到核心機器人玩具時，一對的腳部係可沿著身體部 的背面設置般，以可變形的方式構成一對的腳部。再者， 在把複數個分割零件裝設到核心機器人玩具的狀態下，核 心機器人玩具係以開關位在上方的姿勢，構成大型機器人 玩具之身體部的一部份。此時，在包括大型機器玩具之頭 部及操作部之分割零件的內部，在已裝設至核心機器人玩 具的狀態下，最好是內藏著可直接操作開關的操作機構》 一旦如此構成大型機器人玩具，則即使是在從正前來看大 型機器人玩具，成爲更醒目且易於操作之位置的大型機器 ⑧ -8 * (5) (5)1332415 人的上半身部份，配置了操作部，仍可確實地操作設於核 心機器人玩具的開關。此外，因爲可將核心機器人玩具小 型化，組裝至大型機器人玩具，所以，即使是從大型機器 人玩具的外觀來看，也不易看出核心機器人的存在，故可 提昇觀賞可變形玩具者的嗜好。 如上所述’在具備操作部的分割零件，係由複數個組 裝零件所構成時，在複數個組裝零件的內部，內藏著被分 割的操作機構時，操作機構最好是由：一邊改變方向，一 邊將操作部的直線運動，傳達至開關之方向變換型的力傳 達機構所構成。一旦設置了這種力傳達機構，則無須複雜 的機構，即可藉由簡單的機構來操作發光裝置及/或音響 發生裝置。 甚至，操作部係可由：從大型機器人玩具之身體部的 正面側’朝向背面側押入的滑動構件所構成。此時，方向 變換型的力傳達機構’最好是爲將滑動構件的直線運動， 變換成朝向機器人玩具本體內之開關之方向的直線運動的 構成。如此一來，就可以簡單的機構來實施操作發光裝置 及/或音響發生裝置之力的傳達，並可用少數的零件數， 即可獲得可構成大型機器人玩具的可變形玩具。 【實施方式】 茲參照圖面，詳細說明本發明之可變形玩具的最佳形 態如下。 第1圖（A) 、（B)至第3圖（A) 、( B )，係爲1332415 (1) IX. Description of the invention [Technical field to which the invention pertains] Other robot toys are classified into a transformable toy as a core robot. In the communique, it is revealed that a deformable play with changed parts will be divided into other transformable toys that are core robots. Japanese Patent Publication No. 6-66789. The present invention relates to a plurality of divided parts obtained by cutting a toy to form a large robot toy. [Prior Art] A light source common to Japanese Kaikai 6-66789, once deformed, the light-emitting device . Recently, a plurality of divided parts obtained by cutting are put up, and toys are installed to constitute a large robot toy. [Patent Document 1] Japanese Shokaiping [Summary of the Invention] [Problems to be Solved by the Invention] However, in the past, The core 'whether it is a core robot toy, or it will not emit light and / or make a sound. If both of them are constructed with both large robot toys, the construction will be reworked. The object of the present invention is to provide a robot toy, and a deformable toy that can share the illuminating robot toy is a large robot toy, which is almost because if the core robot plays with an acoustic generating device or a luminescent device, the cost is incurred. Improved -5- (2) (2) 1332415 transformable toy for a core robot toy and large device and / or sound generator. Another object of the present invention is to provide a transformable toy that can be used in a large robot toy by equipping a light-emitting device and/or an acoustic generating device with a core robot toy. Another object of the present invention is to provide a change in the function or form of a divided component having an operation portion for operating a light-emitting device and/or an acoustic generating device, and even if it does not cause the light-emitting device and/or the sound to occur. A deformable toy in which the operation of the device is impeded. Another object of the present invention is to provide a transformable toy which can easily perform key operation of a large robot toy even if the illuminating device and/or the acoustic generating device are equipped in the core robot toy. Another object of the present invention is to provide a deformable toy that can change the direction in which the power of the operating light emitting device and/or the sound generating device is transmitted. [Means for Solving the Problem] The transformable toy of the present invention is installed as a core robot toy as a core by a plurality of divided components obtained by dividing other robot toys to constitute a large robot toy. The core robot toy has a light-emitting device that emits light by operating a switch from the outside and/or an acoustic generating device that emits sound. Further, the core robot toy and a plurality of divided parts obtained by dividing other robot toys are operated in a state where the core robot toy is provided with a plurality of divided parts, and the operation unit of the divided parts is operated to operate the switch. -6 - (3) (3) 1332415 According to the transformable toy of the present invention, the illuminating device and/or the acoustic generating device incorporated in the core robot toy can also be used for a large robot toy 'so there is no need to additionally The robot toy is equipped with a light-emitting device and/or an acoustic generating device, so that the cost of the transformable toy can be reduced. Further, the core robot toy preferably has a switch inside the robot toy body and operates the switch through an exterior component of the core robot toy (e.g., a humanoid robot, its head, etc.). In the present specification, the so-called robot toy body refers to a component part of a core robot toy including at least a switch. At this time, an external component is mounted on the robot toy body through the displacement mechanism, and when the core robot toy is used as a single body, the relationship is in the operable first position, and the plurality of divided parts are mounted. When the core robot toy is set to constitute a large robot toy, the open relationship can be shifted to the second position that can be exposed outside the robot toy body. Inside the divided component having the operation unit, an operating mechanism that can directly operate the switch is housed in a state in which it is mounted to the core robot toy. Once constructed, it is not necessary to pass through the outer parts that form part of the core robot toy, and the switch can be directly operated by directly forming the divided parts of the large robot toy. Therefore, even in the case where the assembly precision of the core robot toy and the assembly precision of the core robot toy and the plurality of divided parts are not high, the switch can be operated by reliably operating the operation portion of the large robot toy. Further, the divided parts including the operation unit may be composed of a plurality of assembled parts. In this case, it is preferable to have a divided operation mechanism inside the plurality of assembled parts. In the case of such a configuration, it is not necessary to have a configuration in which the operating parts of the optical device and/or the acoustic generating device of the hair device (4) (4) 1332415 are arranged, so that not only the divided components but also the divided components are provided. The manufacturing is easier, and the shape of the divided parts can be changed by changing the combination of a plurality of assembled parts. Further, since the divided operating mechanism is housed inside each of the assembled components, even if the combination of the assembled components is changed, the operation of the light-emitting device and/or the sound generating device is not hindered. When the core robot toy is a humanoid robot toy, the core robot toy has a head, a body part, a pair of wrists, and a pair of feet. A light-emitting display portion may be provided on the front side of the body portion. At this time, one of the exterior parts described above is a structure including a head and connected to the robot body by a displacement mechanism. When the core robot toy is used alone, the head is tied above the body part. When a plurality of divided parts are mounted to the core robot toy, the head is placed on the back side of the body part, and the switch is exposed to form a displacement mechanism. Further, when a plurality of divided parts are attached to the core robot toy, the pair of feet can be formed in a deformable manner along the back surface of the body portion. Further, in a state in which a plurality of divided parts are mounted to the core robot toy, the core robot toy is in a position in which the switch position is above, and constitutes a part of the body part of the large robot toy. At this time, in the inside of the divided parts including the head and the operation portion of the large machine toy, in the state of being mounted to the core robot toy, it is preferable to have an operating mechanism that can directly operate the switch. The robot toy, even in the large robots that look at the large robot toy from the front, becomes a more conspicuous and easy-to-operate position. 8-8 * (5) (5) 1332415 The upper part of the person is equipped with the operation unit, still The switch provided in the core robot toy can be reliably operated. In addition, since the core robot toy can be miniaturized and assembled into a large robot toy, even from the appearance of a large robot toy, it is difficult to see the existence of the core robot, so that the taste of the toy can be improved. As described above, when a divided component including an operation unit is composed of a plurality of assembled components, when a divided operating mechanism is incorporated in a plurality of assembled components, the operating mechanism preferably changes direction. The linear motion of the operation unit is transmitted to the direction-converting force transmission mechanism of the switch. Once such a force transmission mechanism is provided, the illuminating device and/or the acoustic generating device can be operated by a simple mechanism without requiring a complicated mechanism. Further, the operation unit can be constituted by a sliding member that is pushed in from the front side of the body portion of the large robot toy toward the back side. At this time, it is preferable that the direction-converting force transmission means ' is configured to convert the linear motion of the sliding member into a linear motion in the direction of the switch in the robot toy body. In this way, the force of operating the illuminating device and/or the acoustic generating device can be transmitted in a simple mechanism, and a deformable toy that can constitute a large robot toy can be obtained with a small number of parts. [Embodiment] Referring to the drawings, the optimum configuration of the transformable toy of the present invention will be described in detail as follows. Figure 1 (A), (B) to Figure 3 (A), (B), is
-9- (6) 1332415 用來說明本實施形態之可變形玩具的構成圖。第1圖（A 、 )、（B)係爲本實施形態所使用之核心機器人玩具的正 . 面圖、及將該身體部予以縱剖所示的側面圖’第2圖係顯 示本實施形態所使用之核心機器人玩具呈折疊狀態之側面 圖，第3圖（A) 、（B)爲本實施形態之可變形玩具，構 成大型機器人玩具之狀態的正面圖、及該大型機器人玩具 之要部的構成的—部縱剖側面圖。 ^ 首先，核心機器人玩具1係如第1圖（A)及（B )所 示般，爲具備：頭部3、在上部具備該頭部3的身體部5 、藉由關節部7a而被安裝在該身體部5之左右的一對腕 部7、藉由關節部9d而被安裝在該身體部5之下部的一對 腳部9的人形機器人玩具。在身體部5的正面側係設有構 成發光裝置之一部份的發光顯示部11。發光顯示部11可 由發光二極體或燈等所構成。發光裝置係由：該發光顯示 部1 1 '後述的開關1 3、印刷電路板1 9及電源電路23、電 φ 池2 5所構成。 核心機器人玩具1，在本例中，係在由身體部5所構 成的機器人玩具本體的內部具備開關13，並透過爲核心機 器人玩具1之一個外裝零件的頭部3，而可操作開關13。 也就是說’在本例中，只要將頭部3下壓，即可操作開關 13。身體部5係具備內部呈空洞的身體部盒5a。在該身體 部盒5a的上部則設有開口部15。在靠近該開口部15的身 體部盒5a內’係配置了由電路基板等所構成之支持體17 所支撐的開關13。在該身體部盒5a內，係朝縱向內藏支 (S) -10- (7) (7)1332415 持著印刷電路板1 9。在該印刷電路板1 9，係設有：操作 開關13時，可使發光顯示部11發光的發光控制電路21、 及供電至該發光控制電路21的電源電路23。此外，在身 體部盒5a內，又內藏著供電至電源電路23的電池25，例 如爲乾電池。 上述做爲一個外裝零件的頭部3,係透過變位機構27 而被安裝在構成機器人玩具本體的身體部5。變位機構27 係具有：在核心機器人玩具1爲單體使用時，頭部3係位 在可操作開關13的第1位置，而在將後述之複數個分割 零件裝設至核心機器人玩具1時，頭部則可變位到使開關 13外露於做爲機器人玩具本體的身體部5之外部的第2位 置般，將頭部3安裝到身體部5。變位機構27係由：在上 面具有頭部3，且藉由朝下方變位而來操作開關13的支持 板27a'及在身體部5的肩部，以可自由轉動的方式支持 著該支持板27a之一端的鉸鏈部27b所構成。如第2圖所 示，開口部15係被支持板27a所阻塞。開關13係在內部 具備彈簧機構（復元機構），其係具有當施加於主頂點的 力量解除時，主頂點可藉由彈簧機構而回復到原來位置的 功能。因此，一旦施加於支持板2 7a的力量解除的話，支 持板27a就可藉由開關13的彈簧機構，而回復到原來的 位置。 在此，所謂可操作開關1 3的第1位置，係指頭部3 如第1圖（A)及（B)所示般，幾乎直立地位在身體部5 的上方的位置。而所謂可使開關13外露於做爲機器人玩 -11 - 1332415 C8) 具本體之身體部5之外部的第2位置，係指頭部3如第2 圖所示般，透過變位機構27的鉸鏈部27b，而變位到位於 身體部5之後側的位置。 各腕部7係藉由關節部7a而被安裝在身體部5。此外 ，各腳部9係具備：大腿部9a、脛部9b及足部9c，大腿 部9a係在關節部9d與身體部5連接，大腿部9a與脛部 9b，則在關節部9e相互連接。 像這種機器人玩具1的各關節，係如第2圖所示般， 使頭部3透過變位機構27的鉸鏈部27b而變位，使其位 在身體部5的後側，並使各腳部9彎折而位在身體部5的 後側，而爲可折疊成小型的構成。此外，該核心機器人玩 具1，在呈第1圖（A)及（B)所示的姿勢時，只要將頭 部3下壓，支持板27a就會透過鉸鏈部27b向下轉動，按 壓開關13，而使發光顯示部11發光。 大型機器人玩具29係如第3圖（A ) 、（ B )所示般 ’藉由將其他的機器人玩具予以分割所得的複數個分割零 件3 1，3 3，裝設到做爲核心之核心機器人玩具1而構成。 也就是說，核心機器人玩具1，如第2圖及第3圖（B) 所不’在折疊成小型的狀態下，在其上部係利用無圖示的 雄雌連接機構，以可裝卸的方式與分割零件31連接，在 其下部則利用無圖示的雄雌連接機構，以可裝卸的方式與 分割零件3 3連接。 分割零件3 1係由：具有胸部之功能的箱形組裝零件 3la、被安裝在該組裝零件31a前的箱形組裝零件3lb、被 -12- (9) (9)1332415 安裝在組裝零件3 1 a之上部，具有頭部之功能的組裝零件 31c、透過關節部31d而被安裝在組裝零件31a之左右， 且具有腕部之功能的組裝零件3 1 e所構成。在呈折疊狀態 之核心機器人玩具1的上部，係利用無圖示的雄雌連接機 構，以可裝卸的方式與箱形組裝零件31a的下部連接。 分割零件33係由：具有腰部功能的箱形組裝零件34 、具有與該組裝零件34之左右的下部相連之一對腿部的 功能的一對組裝零件36所構成。組裝零件36係由：具有 與組裝零件34之左右下部相連之關節部的功能的組裝零 件36a、具有與該組裝零件36a之下部相連之大腿部的功 能的組裝零件36b、具有與該組裝零件36a之下部相連之 關節部的功能的組裝零件3 6c、具有與該組裝零件36c之 下部相連之脛部的功能的組裝零件36d、具有與該組裝零 件3 6d之下部相連之足部的功能的組裝零件3 6e所構成。 並且，在呈折疊狀態之核心機器人玩具1的下部，係利用 無圖示之雄雌連接機構，以可裝卸的方式與箱形的組裝零 件3 4相連。 在折疊狀態下被組入的核心機器人玩具1，係在做爲 發光裝置的發光顯示部11 ’露出於組裝零件31a與組裝零 件34之間，或者是透過被設置在組裝零件31a的窗部（ 無圖示）而外露的狀態下，被組入至大型機器人玩具29 內。 分割零件31係在將複數個分割零件31，33裝設至核 心機器人玩具〗而構成大型機器人玩具29的狀態下’藉 -13- (12) (12)1332415 )、(B ) 、（C) 、（D)及（E)，係爲顯示第4圖之 核心機器人之折疊過程的說明圖，第6圖係近似於實施品 之形狀的大型機器人玩具的正面圖，第7圖係第6圖的右 側面圖，第8圖係顯示在第6圖中，將構成胸部的分割零 件之前面的組裝零件卸下之狀態的正面圖，第9圖係顯示 構成第6圖之大型機器人玩具之要部構成的一部縱剖側面 圖。在這些圖中，與上述第1圖（A) 、（B)至3圖對應 的構成零件，係使用在第1圖（A) 、（B)至第3圖中所 示之符號的數字，再加上100後的數字爲符號，故省略其 說明。 在第6圖的大型機器人玩具129中，構成胸部之分割 零件1 3 1之前面的組裝零件1 3 1 b，係呈獅子的臉的形狀。 此外，第8圖係爲將構成第6圖所示之胸部之分割零件 1 3 1之前面的組裝零件1 3 1 b予以卸下的狀態，在該狀態下 ，滑動構件141a的端面係露出於組裝零件131a的前面。 甚至，在本圖中，設於核心機器人玩具101的發光顯示部 1 1 1，係呈一部份裝入組裝零件1 3 1 a內般，來進行核心機 器人玩具1 〇 1與組裝零件1 3 1 a的組裝。 因此，在本實施品中，在由組裝零件1 3 1 b所構成之 獅子臉之大小般開口的內部，因爲藉由設於核心機器人玩 具101的發光顯示部111的發光，而變明亮，所以大型機 器人玩具129也會呈發光顯示的狀態。 在上例中，雖是以人形機器人玩具來構成核心機器人 玩具及大型機器人玩具，但是本發明並非只限於此，亦可-9- (6) 1332415 A configuration diagram for explaining a transformable toy of the present embodiment. Fig. 1 (A, ) and (B) are a front view of a core robot toy used in the present embodiment, and a side view showing a longitudinal section of the body portion. Fig. 2 shows the embodiment. The core robot toy used is a side view of the folded state, and FIG. 3(A) and (B) are the deformable toys of the embodiment, and the front view of the state of the large robot toy and the main part of the large robot toy. The composition of the section - side profile view. First, the core robot toy 1 includes a head portion 3, a body portion 5 having the head portion 3 at the upper portion, and a joint portion 7a as shown in Figs. 1(A) and (B). A pair of wrist portions 7 on the left and right sides of the body portion 5, and a humanoid robot toy that is attached to the pair of leg portions 9 at the lower portion of the body portion 5 by the joint portion 9d. On the front side of the body portion 5, a light-emitting display portion 11 constituting a part of the light-emitting device is provided. The light-emitting display portion 11 can be constituted by a light-emitting diode or a lamp or the like. The light-emitting device is composed of a switch 13 to be described later, a printed circuit board 19, a power supply circuit 23, and an electric φ cell 25. The core robot toy 1, in this example, is provided with a switch 13 inside the robot toy body constituted by the body part 5, and is passed through the head 3 which is an exterior part of the core robot toy 1, and the switch 13 is operable. . That is to say, in this example, the switch 13 can be operated as long as the head 3 is depressed. The body part 5 is provided with a body part case 5a which is hollow inside. An opening 15 is provided in the upper portion of the body part box 5a. A switch 13 supported by a support 17 made of a circuit board or the like is disposed in the body portion case 5a close to the opening portion 15. In the body part case 5a, the printed circuit board 19 is held toward the longitudinally-incorporated branch (S)-10-(7)(7) 1332415. In the printed circuit board 197, a light-emitting control circuit 21 that allows the light-emitting display unit 11 to emit light and a power supply circuit 23 that supplies power to the light-emitting control circuit 21 are provided. Further, in the body casing 5a, a battery 25 supplied to the power supply circuit 23, for example, a dry battery, is housed. The head portion 3, which is an outer casing member, is attached to the body portion 5 constituting the robot toy body via the displacement mechanism 27. The displacement mechanism 27 has a head 3 that is positioned at the first position of the operable switch 13 when the core robot toy 1 is used alone, and is attached to the core robot toy 1 when a plurality of divided components to be described later are attached. The head is displaced to the second position where the switch 13 is exposed to the outside of the body portion 5 as the robot toy body, and the head portion 3 is attached to the body portion 5. The displacement mechanism 27 is provided with a head 3 on the upper surface, and the support plate 27a' for operating the switch 13 and the shoulder portion of the body portion 5 by being displaced downward, and supporting the support in a freely rotatable manner The hinge portion 27b at one end of the plate 27a is formed. As shown in Fig. 2, the opening portion 15 is blocked by the support plate 27a. The switch 13 is internally provided with a spring mechanism (recovery mechanism) which has a function of returning the main vertex to the original position by the spring mechanism when the force applied to the main vertex is released. Therefore, once the force applied to the support plate 27a is released, the support plate 27a can be returned to the original position by the spring mechanism of the switch 13. Here, the first position of the operable switch 13 means that the head portion 3 is almost erected above the body portion 5 as shown in Figs. 1(A) and (B). In the second position, the switch 13 can be exposed to the outside of the body portion 5 having the body as the robot. -11 - 1332415 C8) The head portion 3 is transmitted through the displacement mechanism 27 as shown in FIG. The hinge portion 27b is displaced to a position on the rear side of the body portion 5. Each of the wrist portions 7 is attached to the body portion 5 by the joint portion 7a. Further, each of the leg portions 9 includes a thigh portion 9a, a crotch portion 9b, and a leg portion 9c. The thigh portion 9a is connected to the body portion 5 at the joint portion 9d, and the thigh portion 9a and the crotch portion 9b are at the joint portion. 9e is connected to each other. As shown in Fig. 2, the joints of the robot toy 1 are displaced by the hinge portion 27b of the displacement mechanism 27 so as to be positioned on the rear side of the body portion 5, and each of the joints The leg portion 9 is bent to be positioned on the rear side of the body portion 5, and is foldable into a small configuration. Further, when the core robot toy 1 is in the posture shown in FIGS. 1(A) and (B), the support plate 27a is rotated downward through the hinge portion 27b by pressing the head portion 3, and the switch 13 is pressed. The light-emitting display portion 11 is caused to emit light. The large robot toy 29 is attached to a plurality of divided parts 3 1, 3 3 obtained by dividing other robot toys as shown in Fig. 3 (A) and (B), and is installed as a core robot as a core. The toy 1 is composed. In other words, the core robot toy 1, as shown in Fig. 2 and Fig. 3(B), is folded in a small state, and is attached to the upper part by a male-female connection mechanism (not shown) in a detachable manner. It is connected to the divided component 31, and is connected to the divided component 3 3 at a lower portion thereof by a male-female connecting mechanism (not shown). The divided part 3 1 is composed of a box-shaped assembled part 3la having a function of a chest, a box-shaped assembled part 3lb installed in front of the assembled part 31a, and a -12-(9) (9) 1332415 mounted on the assembled part 3 1 The upper part of a is an assembly part 31c having a function of a head, and is attached to the right and left sides of the assembly part 31a via the joint portion 31d, and is composed of an assembly part 3 1 e having a function of a wrist. The upper portion of the core robot toy 1 in a folded state is detachably connected to the lower portion of the box-shaped assembled component 31a by a male and female connecting mechanism (not shown). The divided component 33 is composed of a box-shaped assembled component 34 having a waist function and a pair of assembled components 36 having a function of one pair of legs connected to the left and right lower portions of the assembled component 34. The assembly part 36 is composed of an assembly part 36a having a function of a joint portion connected to the left and right lower portions of the assembly part 34, an assembly part 36b having a function of a thigh portion connected to a lower portion of the assembly part 36a, and an assembly part having the same An assembly part 36c having a function of a joint portion connected to the lower portion of 36a, an assembly part 36d having a function of a crotch portion connected to a lower portion of the assembly part 36c, and a function of a foot portion connected to a lower portion of the assembly part 36d The assembled part 3 6e is constructed. Further, the lower portion of the core robot toy 1 in a folded state is detachably connected to the box-shaped assembling member 34 by a male-female connecting mechanism (not shown). The core robot toy 1 incorporated in the folded state is exposed between the assembled component 31a and the assembled component 34 as a light-emitting display portion 11' as a light-emitting device, or through a window portion provided in the assembled component 31a ( In the exposed state, it is incorporated into the large robot toy 29. The divided part 31 is a state in which a plurality of divided parts 31, 33 are attached to a core robot toy to constitute a large robot toy 29, by borrowing -13 (12) (12) 1332415), (B), (C) (D) and (E) are explanatory diagrams showing the folding process of the core robot of Fig. 4, and Fig. 6 is a front view of a large robot toy similar to the shape of the implement, and Fig. 7 is a sixth figure. In the right side view, Fig. 8 is a front view showing a state in which the assembled parts of the front part of the divided part of the chest are removed, and Fig. 9 shows the large robot toy which constitutes Fig. 6. A longitudinal sectional side view of the part. In these figures, the components corresponding to the above-described first drawings (A) and (B) to 3 are numbers using the symbols shown in FIGS. 1(A) and (B) to 3, The number after the addition of 100 is a symbol, and the description thereof is omitted. In the large robot toy 129 of Fig. 6, the assembly part 1 3 1 b which is the front surface of the divided part 1 3 1 of the chest is in the shape of a lion's face. In addition, FIG. 8 is a state in which the assembled component 1 3 1 b which is the front surface of the divided component 1 3 1 of the chest shown in FIG. 6 is removed, and in this state, the end surface of the sliding member 141a is exposed. The front of the part 131a is assembled. Even in the figure, the light-emitting display unit 1 1 1 provided in the core robot toy 101 is partially loaded into the assembled component 1 3 1 a to carry out the core robot toy 1 〇 1 and the assembled component 1 3 . 1 a assembly. Therefore, in the present embodiment, the inside of the lion face which is formed by the assembled component 1 3 1 b is brightened by the light emitted from the light-emitting display unit 111 of the core robot toy 101. The large robot toy 129 is also in a state of being illuminated. In the above example, although the humanoid robot toy constitutes a core robot toy and a large robot toy, the present invention is not limited thereto, and may be
-16 - (13) 1332415 適用於交通工具機器人玩具或動物機器人玩具等的可變形 玩具。 〔產業上之利用可行性〕 在有關本發明的可變形玩具中，係在核心機器人玩具 ，內藏著只要從外部操作開關即可發光的發光裝置及/或 發出聲音的音響發生裝置，且核心機器人玩具及複數個分 割零件，係在核心機器人玩具裝設有複數個分割零件的狀 態下，藉由操作分割零件的操作部，即可操作開關，所以 ’發光裝置及/或音響發生裝置可被核心機器人玩具及大 型機器人玩具所共用。因爲零件數減少，故可降低可變形 玩具的成本。 【圖式簡單說明】 第1圖（A) 、（B)係爲實施本發明之基本構成的核 φ 心機器人玩具的正面圖 '及將該身體部予以縱剖所示的側 面圖。 第2圖係顯示第1圖之核心機器人玩具呈折疊狀態的 側面圖。 第3圖（A) ' (B)係爲本例中所使用之大型機器人 玩具之正面圖 '及該大型機器人玩具之要部構成的一部縱 剖側面圖。 第4圖（A) 、（B)及（C)係爲將本發明適用於具 體實施品之實施品的核心機器人玩具的放大正面面、左側 (S) -17- (14) (14)1332415 面圖及右側面圖。 第 5 圖（A) 、（B) 、（C) 、（D)及（E)係顯示 實施品之核心機器人玩具之折暨步驟的說明圖。 第6圖係貫施品之大型機器人玩具的正面圖。 第7圖係第6圖之大型機器人玩具的右側面圖。 第8圖係顯不在第6圖之大型機器人玩具中，卸下構 成胸部之分割零件之前面之組裝品的狀態的正面圖。 第9圖係顯示實施品之大型機器人玩具之要部構成的 縱剖面圖。 【主要元件符號說明】 1，1 〇 1 :核心機器人玩具 3 , 1 0 3 :頭部 5 :身體部 5a :身體部盒 7 :腕部 7a :關節部 9 :腳部 9a :大腿部 9b :脛部 9c :足部 9d :關節部 9e :關節部 11, 111 :發光顯示部 -18- (15) (15)1332415 1 3 :開關 1 5 :開口部 17 :支持體 1 9 :印刷電路板 2 1 :發光控制電路 2 3 :電源電路 2 5 :電池 27 :變位機構 2 7 a :支持板 27b :鉸鏈部 29, 1 29 :大型機器人玩具 3 1，1 3 1 :分割零件 3 1 a , 1 3 1 a :組裝零件 3 1 b，1 3 1 b :組裝零件 3 1 c , 1 3 1 c :組裝零件 31d， 131d :關節部 3 1 e，1 3 1 e :組裝零件 3 3 :分割零件 3 4 :組裝零件 3 5 :操作部 3 6 :組裝零件 36a,36b，36c，36d，36e:組裝零件 3 7 :操作機構 3 9 :操作機構部 -19- 1332415 (16) 39a :滑動構件 \ 39b :螺旋彈簧 3 9 c :錐形面 4 1 :操作機構部 4 1 a :滑動構件 41b :螺旋彈簧 43 :操作機構部 43a :滑動構件 43b :螺旋彈簧-16 - (13) 1332415 A transformable toy suitable for use in vehicle robot toys or animal robot toys. [Industrial Applicability] The transformable toy according to the present invention is a core robot toy in which a light-emitting device that emits light by externally operating a switch and/or an acoustic generating device that emits sound, and a core The robot toy and a plurality of divided parts are in a state in which a plurality of divided parts are mounted in the core robot toy, and the switch can be operated by operating the operation part of the divided parts, so that the 'light-emitting device and/or the sound generating device can be Core robot toys and large robot toys are shared. Because the number of parts is reduced, the cost of the deformable toy can be reduced. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1(A) and Fig. 1(B) are front views of a nuclear φ heart robot toy which is a basic configuration of the present invention, and a side view showing the body portion in a longitudinal section. Fig. 2 is a side view showing the core robot toy of Fig. 1 in a folded state. Fig. 3(A) '(B) is a front view of a front view of a large robot toy used in this example' and a main section of the main part of the large robot toy. Figure 4 (A), (B) and (C) are enlarged front faces of the core robot toy to which the present invention is applied to the implementation of the specific embodiment, and the left side (S) -17-(14) (14) 1332415 The face view and the right side view. Figure 5 (A), (B), (C), (D), and (E) show an illustration of the folding and procedural steps of the core robot toy of the implement. Figure 6 is a front view of a large robot toy. Figure 7 is a right side view of the large robot toy of Figure 6. Fig. 8 is a front elevational view showing the state in which the assembly of the front part of the divided part of the chest is removed in the large robot toy of Fig. 6. Fig. 9 is a longitudinal sectional view showing the configuration of the main part of the large robot toy of the embodiment. [Description of main component symbols] 1,1 〇1: Core robot toy 3, 1 0 3 : Head 5: Body part 5a: Body part box 7 : Wrist part 7a : Joint part 9 : Foot part 9a : Thigh part 9b : crotch portion 9c : foot portion 9d : joint portion 9e : joint portion 11 , 111 : light-emitting display portion -18- (15) (15) 1332415 1 3 : switch 1 5 : opening portion 17 : support body 1 9 : printed circuit Plate 2 1 : Light-emitting control circuit 2 3 : Power supply circuit 2 5 : Battery 27 : Positioning mechanism 2 7 a : Support plate 27b : Hinge portion 29, 1 29 : Large robot toy 3 1,1 3 1 : Split part 3 1 a , 1 3 1 a : Assembly part 3 1 b, 1 3 1 b : Assembly part 3 1 c , 1 3 1 c : Assembly part 31d, 131d: Joint part 3 1 e, 1 3 1 e : Assembly part 3 3 : split part 3 4 : assembly part 3 5 : operation part 3 6 : assembly part 36a, 36b, 36c, 36d, 36e: assembly part 3 7 : operating mechanism 3 9 : operating mechanism part -19- 1332415 (16) 39a : Sliding member \ 39b : coil spring 3 9 c : tapered surface 4 1 : operating mechanism portion 4 1 a : sliding member 41b : coil spring 43 : operating mechanism portion 43 a : sliding member 43 b : coil spring