Konami Digital Entertainment Co., Ltd.

Ryosuke Toriyama

Koji Okamoto

Shinichi Hanamoto

Hachitaro Sato

Motokazu Shibasaki

Ryoji Hayashi

Tetsuro Itami

Makoto Umeno

The present invention provides a transformable toy capable of being transformed from a doll robot toy into a compact figure. Each of leg sectionsof the doll robot toyhas a knee-position connecting mechanismfor connecting a thigh sectionand a shin sectionand an ankle-position connecting mechanismfor connecting the shin sectionand a foot section. The knee-position connecting mechanismis constructed so as to allow a calf portion of the shin sectionto be placed adjacent to the rear side of the thigh section. The ankle-position connecting mechanismis constructed so as to allow a sole portion of the foot sectionto be placed adjacent to the back side of the body sectionof the doll robot toy.

Transformable toy

The present invention provides a transformable toy with which the user can enjoy the transforming process of the figure of the toy much more than ever. A movable toy includes an assembly composed of a plurality of components. The assembly is mounted onto an upper body of a toy doll to constitute an exteriorfor the upper body of a toy robot. The assembly includes a first assembly constituent section, a second assembly constituent section, and a third assembly constituent section. The first assembly constituent section (A,) is disposed in a front side of the toy doll. The second assembly constituent section (B,) is connected to the first assembly constituent section and disposed in a back side of the toy doll. A handle (A,B) composing the third assembly constituent section connects the first and second assembly constituent sections. The first, second and third assembly constituent sections are assembled together in an annular shape to constitute the exterior

Transformable toy and leg structure for toys

The present invention provides a transformable toy capable of transformations which are more unpredictable than those according to the prior art. A neck section () is constructed to be extended and contracted in a direction where a first to fourth components (-) are arranged. The first component () is fixed to a fixed section of the transformable toy. The first component () and the second component () are connected by a slide type connecting mechanism. The second component () is fitted in the first component (). The second to fourth components (-) are connected by a rotary type connecting mechanism. All or most of the second to fourth components (-) are received in the first component ().

To provide an assembly unit for a toy capable of storing unused engaging section in a part unit thereof. An arm part () of the toy comprises a rotating member () rotating about a rotating shaft () provided in the body () thereof. The rotating member () has an engaging section (), which is used for connecting the rotating member to a second part unit (), which is connected to the arm part (), and a hand (necessary member) (). When a separate member () is connected to the arm part (), the handis stored in the bodyand the engaging section () is exposed to the outside of the body (). When the separate member () is not connected to the arm part (), the engaging section () is stored in the body () and the hand () is exposed to the outside of the body ().

Assembly unit for toy and morphologically deforming toy

The present invention provides a transformable toy of which a figure is transformed between a doll robot toy and a four-legged walking robot toy with rear-leg sections thereof of a more natural shape. One of a pair of leg sectionsof the doll robot toyis provided with a knee-position connecting mechanismfor connecting a thigh sectionand a shin sectionand an ankle-position connecting mechanismfor connecting the shin sectionand a foot section. The knee-position connecting mechanismincludes a connecting linkconnected to both of the thigh sectionand the shin sectionrespectively with turning pairsand. The ankle-position connecting mechanismis so constructed as to connect the shin sectionand the foot sectionwith a turning pair. Then, the shin sectionis length-adjustably constructed so that it can become long in a figure of the doll robot toy and become short in a figure of the four-legged walking robot toy.

The present invention provides a play toy system using a remote-controlled traveling toy, which enables the remote-controlled traveling toy to make a movement that is more unexpected than before, for play. The remote-controlled traveling toyincludes one front wheeland two rear wheelsandThe traveling toy is remotely controlled by remote control signals and is so constructed as to travel on a traveling surface of a play board. The diameter sizes of the two rear wheelsandare different. With one front wheeland two rear wheelshaving a different diameter, the remote-controlled traveling toycan move most unexpectedly that anyone has ever experienced, according to the state of the traveling surface of the play board.

Growing community of inventors

Kanagawa, Japan

Ryosuke Toriyama