JP2013244198A

JP2013244198A - Transformable toy

Info

Publication number: JP2013244198A
Application number: JP2012119949A
Authority: JP
Inventors: Jintei Cho; 仁定張; Kimimasa Cho; 仁誠張
Original assignee: JENOIDO PROTO DESIGN KK; M S C KK; Jenoido Proto Design KK
Current assignee: JENOIDO PROTO DESIGN KK; M S C KK; Jenoido Proto Design KK
Priority date: 2012-05-25
Filing date: 2012-05-25
Publication date: 2013-12-09

Abstract

PROBLEM TO BE SOLVED: To provide a transformable toy of an unconventional new structure, which allows its interesting transformation.SOLUTION: A toy body 10 includes a drive part 20, a drive cam 51 driven by the drive part 20, and a first transformable part 90 and a second transformable part 118. The first transformable part 90 can transform from a first position to a second position, urged by a resilient member 99, and locked to a first locking member 60 at the first position. The second transformable part 118 can transform from a third position to a fourth position, urged by a resilient member 117, and locked to a second locking member 70 at the third position. The drive cam 51 rotates and releases the locking of the first locking member 60, transforms the first transformable part 90 to the second position, releases the locking of the second locking member 70, and transforms the second transformable part 118 to the fourth position so that the toy can change its form.

Description

本発明は、走行中に形態が変化する形態変化玩具に関する。 The present invention relates to a shape-changing toy whose shape changes during traveling.

従来、手動で自動車玩具形態からロボット玩具形態に変化する走行玩具が存在した（例えば、特許文献１）。この走行玩具は、自動車玩具形態の時は速く走行し、ロボット玩具形態の時は遅く走行する。また、走行中に自動車玩具形態からロボット玩具形態に変化する形態変化玩具が存在した（例えば、特許文献２）。 Conventionally, there has been a traveling toy that manually changes from a car toy form to a robot toy form (for example, Patent Document 1). This traveling toy travels fast when in the form of a car toy and travels slowly when in the form of a robot toy. Further, there has been a form changing toy that changes from a car toy form to a robot toy form during traveling (for example, Patent Document 2).

特公平４−２５８３４号公報Japanese Patent Publication No. 4-25834 特開平８−２０６３６５号公報JP-A-8-206365

しかし、従来の形態変化玩具において、内部に動力源を内蔵し、当該動力源により走行し、この走行中に動力源により回転する駆動カムを利用して形態を変化させるものは存在しなかった。 However, there is no conventional shape-changing toy that has a built-in power source, travels by the power source, and changes the shape by using a drive cam that rotates by the power source during the travel.

本願発明は、上記問題点に鑑み案出したものであって、従来にない、新規な構成を有し、興趣有る変形を行うことができる形態変化玩具を提供することを目的とする。 The present invention has been devised in view of the above-described problems, and an object thereof is to provide a form-changing toy that has a novel structure and is capable of performing interesting deformation.

本願請求項１に係る形態変化玩具は、上記目的を達成するため、玩具本体を有し、玩具本体は、駆動部と、駆動部によって駆動される駆動カムと、少なくとも第１の変形部と第２の変形部が設けられ、第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、第２の変形部は、第３の位置から第４の位置に変形可能であり、弾性部材により第４の位置の方向に付勢され、弾性部材の弾性に抗して第３の位置で第２の係止部材に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、次に第２の係止部材の係止を解除して第２の変形部を第４の位置に変形させて形態を変化させるように構成されていることを特徴とする。 In order to achieve the above object, a form-change toy according to claim 1 of the present application has a toy body, the toy body comprising a drive unit, a drive cam driven by the drive unit, at least a first deforming unit, and a first toy unit. 2 deformation portions are provided, the first deformation portion can be deformed from the first position to the second position, and is urged in the direction of the second position by the elastic member to resist the elasticity of the elastic member. Then, the second deforming portion can be deformed from the third position to the fourth position, and is moved in the direction of the fourth position by the elastic member. Energized and locked to the second locking member at the third position against the elasticity of the elastic member. When the drive cam rotates, the locking of the first locking member is released and the first locking member is released. The deformed portion is deformed to the second position, and then the second locking member is unlocked and the second deformed portion is deformed to the fourth position. Characterized in that it is configured to change.

本願請求項２に係る形態変化玩具は、上記目的を達成するため、玩具本体を有し、玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、第１の変形部と第２の変形部が設けられ、第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、第２の変形部は、第３の位置から第４の位置に変形可能であり、弾性部材により第４の位置の方向に付勢され、弾性部材の弾性に抗して第３の位置で第２の係止部材に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、次に第２の係止部材の係止を解除して第２の変形部を第４の位置に変形させて形態を変化させるように構成されていることを特徴とする。 The form change toy according to claim 2 of the present application has a toy body in order to achieve the above object, the toy body includes a drive unit, a drive wheel driven by the drive unit, and a drive cam. And the second deformable portion, the first deformable portion is deformable from the first position to the second position, and is urged in the direction of the second position by the elastic member to be elastic. The second locking portion is locked to the first locking member at the first position against the elasticity of the member, and the second deformable portion can be deformed from the third position to the fourth position. When the drive cam rotates, the first locking member is locked when the driving cam is rotated against the elasticity of the elastic member. Release and deform the first deformable portion to the second position, then unlock the second locking member to deform the second deformable portion to the fourth position It was characterized by being configured to vary the forms.

本願請求項３に係る形態変化玩具は、上記目的を達成するため、第１の変形部は、一対の車輪を有し、玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第２の変形部が変形してロボット形態となることを特徴とする。 In the form changing toy according to claim 3 of the present application, in order to achieve the above object, the first deformable portion has a pair of wheels, and the toy main body is an automobile when the driving wheel and the pair of wheels are grounded. The driving cam rotates during driving, the first deforming portion deforms and stands up, the pair of wheels are grounded, the driving wheel is separated from the grounding surface, and the second deforming portion is further deformed. It is a robot form.

本願請求項４に係る形態変化玩具は、上記目的を達成するため、玩具本体は、第３の変形部が設けられ、第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、第１の変形部の変形により係止が解除され、第６の位置に変形して形態を変化させるように構成されていることを特徴とする。 In the form changing toy according to claim 4 of the present application, in order to achieve the above object, the toy body is provided with a third deforming portion, and the third deforming portion can be deformed from the fifth position to the sixth position. And is biased in the direction of the sixth position by the elastic member, and is locked to the first deforming portion at the first position at the fifth position against the elasticity of the elastic member. The lock is released by deformation of the portion, and the shape is changed to change to the sixth position.

本願請求項５に係る形態変化玩具は、上記目的を達成するため、第１の変形部は、一対の車輪を有し、玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第１の変形部の変形により第３の変形部が変形し、次に第２の変形部が変形してロボット形態となることを特徴とする。 In the form changing toy according to claim 5 of the present application, in order to achieve the above object, the first deforming portion has a pair of wheels, and the toy body is an automobile when the driving wheel and the pair of wheels are grounded. The driving cam rotates during driving, the first deforming portion deforms and rises, the driving wheel moves away from the ground contact surface with the pair of wheels in contact with the ground, and the first deforming portion deforms to cause the first deformation portion to stand up. The third deforming portion is deformed, and then the second deforming portion is deformed into a robot form.

本願請求項６に係る形態変化玩具は、上記目的を達成するため、玩具本体を有し、玩具本体は、駆動部と、駆動部によって駆動される駆動カムと、第１の変形部と、第３の変形部が設けられ、第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、第１の変形部の変形により第３の変形部の係止が解除され、第３の変形部を第６の位置に変形させて形態を変化させるように構成されていることを特徴とする。 In order to achieve the above object, the form-changing toy according to claim 6 of the present application has a toy main body, the toy main body including a drive unit, a drive cam driven by the drive unit, a first deformation unit, 3 deformable portions are provided, the first deformable portion can be deformed from the first position to the second position, and is urged in the direction of the second position by the elastic member to resist the elasticity of the elastic member. The third deforming portion can be deformed from the fifth position to the sixth position and is moved in the direction of the sixth position by the elastic member. Energized and locked to the first deforming portion in the first position at the fifth position against the elasticity of the elastic member, and when the drive cam rotates, the first locking member is locked. The first deforming portion is released and deformed to the second position, and the third deforming portion is unlocked by the deformation of the first deforming portion, and the third deforming portion is Deformed into 6 position, characterized in that it is configured to change forms.

本願請求項７に係る形態変化玩具は、上記目的を達成するため、玩具本体を有し、玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、第１の変形部と第３の変形部が設けられ、第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、第１の変形部の変形により第３の変形部の係止が解除され、第３の変形部を第６の位置に変形させて形態を変化させるように構成されていることを特徴とする。 In order to achieve the above object, a form-changing toy according to claim 7 of the present application has a toy main body, the toy main body includes a drive unit, a drive wheel driven by the drive unit, and a drive cam. And a third deformable portion. The first deformable portion can be deformed from the first position to the second position, and is urged in the direction of the second position by the elastic member to be elastic. The third deformable portion is deformed from the fifth position to the sixth position by being locked by the first locking member at the first position against the elasticity of the member. When the drive cam rotates, the first locking member is engaged with the first deforming portion at the first position against the elasticity of the elastic member. The locking of the member is released, the first deforming portion is deformed to the second position, and the locking of the third deforming portion is released by the deformation of the first deforming portion. , Characterized in that it is configured a third modification portion so as to deform to change the form to the position of the sixth.

本願請求項８に係る形態変化玩具は、上記目的を達成するため、第１の変形部は、一対の車輪を有し、玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第１の変形部の変形により第３の変形部が変形してロボット形態となることを特徴とする。 In the form changing toy according to claim 8 of the present application, in order to achieve the above object, the first deforming portion has a pair of wheels, and the toy body is an automobile when the driving wheel and the pair of wheels are grounded. The driving cam rotates during driving, the first deforming portion deforms and rises, the driving wheel moves away from the ground contact surface with the pair of wheels in contact with the ground, and the first deforming portion deforms to cause the first deformation portion to stand up. 3 is deformed into a robot form.

本願請求項９に係る形態変化玩具は、上記目的を達成するため、玩具本体は、駆動部によって回転する歯車群が設けられ、第１の変形部には、前記一対の車輪と連動すると共に、第１の位置にある時には、歯車群から離れ、第２の位置にある時には、歯車群の一つの歯車と噛み合う従動歯車が設けられていることを特徴とする。 In the form change toy according to claim 9 of the present application, in order to achieve the above object, the toy main body is provided with a gear group that is rotated by a drive unit, and the first deformation unit is interlocked with the pair of wheels, A driven gear is provided that is separated from the gear group when in the first position and meshes with one gear of the gear group when in the second position.

本願請求項１０に係る形態変化玩具は、上記目的を達成するため、玩具本体を有し、玩具本体は、駆動部と、駆動部によって回転する歯車群と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、第１の変形部が設けられ、第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させて形態を変化させるように構成され、第１の変形部は、一対の車輪と一対の車輪と連動する従動歯車を有し、玩具本体は、駆動輪と一対の車輪が接地している時は第１の変形部が第１の位置にあって、自動車形態となり従動歯車が歯車群から離れて駆動輪で走行し、走行中に駆動カムが回転して第１の変形部が第２の位置に移動して起立したロボット形態となり、一対の車輪が接地した状態で駆動輪が接地面から離れて、歯車群の一つの歯車が従動歯車と噛み合って一対の車輪で歩行することを特徴とする。 In order to achieve the above object, the form-changing toy according to claim 10 of the present invention has a toy body, and the toy body includes a drive unit, a gear group rotated by the drive unit, and a drive wheel driven by the drive unit. A driving cam is provided, and a first deforming portion is provided. The first deforming portion can be deformed from the first position to the second position, and is biased in the direction of the second position by the elastic member. The first locking member is locked to the first locking member at the first position against the elasticity of the elastic member, and when the drive cam rotates, the locking of the first locking member is released and the first deformation is performed. The first deforming portion has a pair of wheels and a driven gear that is interlocked with the pair of wheels, and the toy body has a pair of driving wheels and a pair of driving wheels. When the wheel is in contact with the ground, the first deforming part is in the first position, and the driven gear is in the form of an automobile. The drive wheel travels away from the vehicle group with the drive wheels, and the drive cam rotates during the travel to move the first deformed portion to the second position to stand up, and the drive wheels are in a state where the pair of wheels are grounded. Is separated from the ground contact surface, and one gear of the gear group meshes with the driven gear and walks with a pair of wheels.

本願請求項１１に係る形態変化玩具は、上記目的を達成するため、ロボット形態の玩具本体と、玩具本体を覆う自動車形態のカバー体を有し、玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、足部形状の第１の変形部が設けられ、足部形状の第１の変形部は、一対の車輪を有し、折り畳んだ第１の位置から突出した第２の位置に変形可能であり、弾性部材により突出した第２の位置の方向に付勢され、弾性部材の弾性に抗して折り畳んだ第１の位置で第１の係止部材に係止され、前記カバー体には、頭部形状の第２の変形部が設けられ、頭部形状の第２の変形部は、カバー体に収納された第３の位置からカバー体から突出した第４の位置に変形可能であり、弾性部材により突出した第４の位置の方向に付勢され、弾性部材の弾性に抗してカバー体に収納された第３の位置で第２の係止部材に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して足部形状の第１の変形部を突出した第２の位置に変形させ、次に第２の係止部材の係止を解除して頭部形状の第２の変形部を突出した第４の位置に変形させるように構成され、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して足部形状の第１の変形部が突出して玩具本体を起立させ、一対の車輪が接地した状態で駆動輪が接地面から離れ、頭部形状の第２の変形部が突出してロボット形態となることを特徴とする。 In order to achieve the above object, a form-changing toy according to claim 11 of the present application has a robot-type toy main body and a car-type cover body that covers the toy main body, and the toy main body is driven by the drive unit and the drive unit. A first deforming portion having a foot shape, and the first deforming portion having the foot shape has a pair of wheels and is folded from the first position. The first locking member can be deformed to the projecting second position, biased in the direction of the second position projecting by the elastic member, and folded against the elasticity of the elastic member. The cover body is provided with a head-shaped second deformable portion, and the head-shaped second deformable portion protrudes from the cover body from the third position accommodated in the cover body. Deformable to the fourth position and attached in the direction of the fourth position protruding by the elastic member. And is locked to the second locking member at the third position stored in the cover body against the elasticity of the elastic member, and when the drive cam rotates, the locking of the first locking member is released. Then, the foot-shaped first deforming portion is deformed to the projecting second position, and then the second locking member is unlocked and the head-shaped second deforming portion is projected. When the driving wheel and the pair of wheels are in contact with each other, the vehicle is in the form of an automobile, and the driving cam rotates during traveling and the foot-shaped first deforming portion protrudes toy. The main body is erected, the drive wheel is separated from the ground surface in a state where the pair of wheels are grounded, and the head-shaped second deforming portion protrudes to form a robot.

本願請求項１２に係る形態変化玩具は、上記目的を達成するため、前記カバー体は、背部形状の第３の変形部が設けられ、背部形状の第３の変形部は、カバー体に収納された第５の位置からカバー体から突出した第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗してカバー体に収納された第５の位置で第１の位置にある足部形状の第１の変形部に係止され、足部形状の第１の変形部の変形により係止が解除され、カバー体から突出した第６の位置に変形するように構成され、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して足部形状の第１の変形部が突出して玩具本体を起立させ、一対の車輪が接地した状態で駆動輪が接地面から離れ、足部形状の第１の変形部の変形により背部形状の第３の変形部がカバー体に収納された状態から突出し、頭部形状の第２の変形部が突出してロボット形態となることを特徴とする。 In the form change toy according to claim 12 of the present application, in order to achieve the above object, the cover body is provided with a back-shaped third deformable portion, and the back-shaped third deformable portion is accommodated in the cover body. The sixth position is deformable from the fifth position to the sixth position protruding from the cover body, is urged by the elastic member in the direction of the sixth position, and is stored in the cover body against the elasticity of the elastic member. Locked to the first deformed portion in the foot shape at the first position at the position 5, and unlocked by the deformation of the first deformed portion in the foot shape, the sixth projecting from the cover body When the driving wheel and the pair of wheels are in contact with each other, the vehicle is in the form of an automobile. During driving, the driving cam rotates and the foot-shaped first deforming portion protrudes to The drive wheel is separated from the ground surface in a state where the pair of wheels are grounded, and the foot-shaped first Protrudes from a state where a third variant of the back shape by deformation of the deformable portion is accommodated in the cover body, a second modification of the head shape is characterized by comprising a robot mode projects.

本願請求項１３に係る形態変化玩具は、上記目的を達成するため、ロボット形態の玩具本体と、玩具本体を覆う自動車形態のカバー体を有し、玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、足部形状の第１の変形部が設けられ、足部形状の第１の変形部は、一対の車輪を有し、折り畳んだ第１の位置から突出した第２の位置に変形可能であり、弾性部材により突出した第２の位置の方向に付勢され、弾性部材の弾性に抗して折り畳んだ第１の位置で第１の係止部材に係止され、前記カバー体は、背部形状の第３の変形部が設けられ、背部形状の第３の変形部は、カバー体に収納された第５の位置からカバー体から突出した第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗してカバー体に収納された第５の位置で第１の位置にある足部形状の第１の変形部に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して足部形状の第１の変形部を突出した第２の位置に変形させ、次に足部形状の第１の変形部の変形により背部形状の第３の変形部の係止が解除され、背部形状の第３の変形部をカバー体から突出した第６の位置に変形させるように構成され、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して足部形状の第１の変形部が突出して玩具本体を起立させ、一対の車輪が接地した状態で駆動輪が接地面から離れ、足部形状の第１の変形部の変形により背部形状の第３の変形部がカバー体に収納された状態から突出してロボット形態となることを特徴とする。 In order to achieve the above object, a form-changing toy according to claim 13 of the present invention has a robot-type toy main body and an automobile-type cover body that covers the toy main body, and the toy main body is driven by the drive unit and the drive unit. A first deforming portion having a foot shape, and the first deforming portion having the foot shape has a pair of wheels and is folded from the first position. The first locking member can be deformed to the projecting second position, biased in the direction of the second position projecting by the elastic member, and folded against the elasticity of the elastic member. The cover body is provided with a back-shaped third deformable portion, and the back-shaped third deformable portion protrudes from the cover body from the fifth position housed in the cover body. Is deformable to a position and is urged by the elastic member in the direction of the sixth position, Locked to the first deformed portion in the foot shape at the first position at the fifth position housed in the cover body against the elasticity of the member, and when the drive cam rotates, the first lock The locking of the member is released and the foot-shaped first deforming portion is deformed to the projected second position, and then the back-shaped third deforming portion is deformed by the deformation of the foot-shaped first deforming portion. Is released, and is configured to deform the third deformed portion of the back shape to the sixth position protruding from the cover body, and when the driving wheel and the pair of wheels are grounded, it becomes an automobile form, During driving, the drive cam rotates and the foot-shaped first deforming portion protrudes to erect the toy body, and with the pair of wheels in contact with the ground, the drive wheel moves away from the ground contact surface, and the foot-shaped first Due to the deformation of the deforming portion, the back-shaped third deforming portion protrudes from the state of being accommodated in the cover body and becomes a robot form. And wherein the door.

本願請求項１４に係る形態変化玩具は、上記目的を達成するため、玩具本体は、駆動部によって回転する歯車群が設けられ、足部形状の第１の変形部には、前記一対の車輪と連動すると共に、自動車形態の時には、歯車群から離れ、ロボット形態の時には、歯車群の一つの歯車と噛み合う従動歯車が設けられ、ロボット形態時に一対の車輪が駆動部によって強制的に回転させられて起立走行することを特徴とする。 In the form changing toy according to claim 14 of the present invention, in order to achieve the above object, the toy main body is provided with a gear group that is rotated by a driving unit, and the first deforming part having a foot shape includes the pair of wheels and In conjunction with the interlock, and in the form of an automobile, it is separated from the gear group. It is characterized by running upright.

本願請求項１５に係る形態変化玩具は、上記目的を達成するため、ロボット形態の玩具本体を有し、玩具本体は、駆動部と、駆動部によって回転する歯車群と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、足部形状の第１の変形部が設けられ、足部形状の第１の変形部は、一対の車輪と一対の車輪と連動する従動歯車を有し、突出した第２の位置に変形可能であり、弾性部材により突出した第２の位置の方向に付勢され、弾性部材の弾性に抗して折り畳んだ第１の位置で第１の係止部材に係止され、前記駆動カムは、回転すると第１の係止部材の係止を解除して足部形状の第１の変形部を突出した第２の位置に変形させるように構成され、玩具本体は、駆動輪と一対の車輪が接地している時は足部形状の第１の変形部が第１の位置にあって、自動車形態となり従動歯車が歯車群から離れ駆動輪で走行し、走行中に駆動カムが回転して足部形状の第１の変形部が第２の位置に突出して起立したロボット形態となり、一対の車輪が接地した状態で駆動輪が接地面から離れて、歯車群の一つの歯車が従動歯車と噛み合って一対の車輪で起立走行することを特徴とする。 In order to achieve the above object, a form-changing toy according to claim 15 of the present application has a robot-type toy body, and the toy body is driven by a drive unit, a gear group rotated by the drive unit, and the drive unit. A driving wheel and a driving cam are provided, and a foot-shaped first deforming portion is provided, and the foot-shaped first deforming portion has a pair of wheels and a driven gear interlocking with the pair of wheels, The first locking member can be deformed to the projecting second position, biased in the direction of the second position projecting by the elastic member, and folded against the elasticity of the elastic member. When the drive cam is rotated, the drive cam is configured to release the lock of the first locking member and to deform the foot-shaped first deforming portion to the second position protruding, and the toy body When the drive wheel and the pair of wheels are in contact with the ground, the first deformed portion having the foot shape is the first. In the position, the robot is in the form of an automobile, the driven gear travels away from the gear group and travels with the drive wheel, the drive cam rotates during travel, and the foot-shaped first deforming portion protrudes to the second position and stands up The driving wheel is separated from the grounding surface in a state where the pair of wheels are grounded, and one gear of the gear group meshes with the driven gear to stand up and run on the pair of wheels.

本願請求項１６に係る形態変化玩具は、上記目的を達成するため、玩具本体には、駆動部の動力を駆動カムに伝達する伝達手段と、伝達手段を伝達位置と非伝達位置に切り替える切替手段を備え、伝達手段が伝達位置にある時には変形し、伝達手段が非伝達位置にある時には変形しないことを特徴とする。 In order to achieve the above object, the toy main body according to claim 16 of the present application has a transmission means for transmitting the power of the drive unit to the drive cam, and a switching means for switching the transmission means between the transmission position and the non-transmission position. And is deformed when the transmission means is in the transmission position, and is not deformed when the transmission means is in the non-transmission position.

本願発明に係る形態変化玩具は、玩具本体を有する。玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備えている。さらに、玩具本体は、第１の変形部と第２の変形部が設けられている。第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止されている。第２の変形部は、第３の位置から第４の位置に変形可能であり、弾性部材により第４の位置の方向に付勢され、弾性部材の弾性に抗して第３の位置で第２の係止部材に係止されている。前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、次に第２の係止部材の係止を解除して第２の変形部を第４の位置に変形させて形態を変化させるように構成されている。 The form change toy according to the present invention has a toy body. The toy body includes a drive unit, drive wheels driven by the drive unit, and a drive cam. Furthermore, the toy main body is provided with a first deformation portion and a second deformation portion. The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member. The second deformable portion can be deformed from the third position to the fourth position, is urged in the direction of the fourth position by the elastic member, and resists the elasticity of the elastic member at the third position. It is latched by 2 latching members. When the drive cam rotates, the first locking member is unlocked and the first deforming portion is deformed to the second position, and then the second locking member is unlocked and the first cam is unlocked. The second deforming portion is deformed to the fourth position to change the form.

本願発明に係る形態変化玩具は、駆動カムの回転によって、第１の変形部と第２の変形部の係止を順に解除して、形態を変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない新規な興趣ある構成にすることができるという効果がある。 The form changing toy according to the present invention can change the form by releasing the locking of the first deforming part and the second deforming part in order by the rotation of the drive cam, There is an effect that a mechanism is not required, the form can be changed during traveling, and an unprecedented new interesting configuration can be obtained.

本願発明に係る形態変化玩具は、第１の変形部が、一対の車輪を有する。玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第２の変形部が変形してロボット形態となる。 In the form change toy according to the present invention, the first deforming portion has a pair of wheels. The toy body is in the form of an automobile when the driving wheel and the pair of wheels are in contact with the ground, and the driving cam rotates while the vehicle is running, the first deforming portion is deformed and stands up, and the pair of wheels are in contact with the ground. The driving wheel is separated from the ground contact surface, and the second deforming portion is further deformed to form a robot.

本願発明に係る形態変化玩具は、駆動カムの回転によって、第１の変形部と第２の変形部の係止を順に解除して、第１の変形部を起立させ、第２の変形部を変形させて、自動車形態からロボット形態に変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない新規な興趣ある構成にすることができるという効果がある。 In the form change toy according to the present invention, the rotation of the driving cam sequentially releases the locking of the first deformable portion and the second deformable portion, raises the first deformable portion, and It can be deformed to change from a car form to a robot form, and does not require a complicated mechanism as in the past, and can change the form during traveling, and has a new and interesting structure There is an effect that can be made.

本願発明に係る形態変化玩具は、玩具本体に第３の変形部が設けられている。第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、第１の変形部の変形により係止が解除され、第６の位置に変形して形態を変化させるように構成されている。 In the form changing toy according to the present invention, the toy body is provided with a third deforming portion. The third deformable portion can be deformed from the fifth position to the sixth position, is urged by the elastic member in the direction of the sixth position, and resists the elasticity of the elastic member at the fifth position. It is configured to be locked to the first deformable portion at the position 1, to be unlocked by the deformation of the first deformable portion, and to be deformed to the sixth position to change the form.

本願発明に係る形態変化玩具は、駆動カムの回転によって、第１の変形部と第２の変形部の係止を順に解除して、形態を変化させることができ、さらに、第１の変形部の変形により第３の変形部の係止が解除されて第３の変形部も変形するので、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない新規な興趣ある構成にすることができるという効果がある。 The form changing toy according to the present invention can change the form by sequentially releasing the locking of the first deformable part and the second deformable part by the rotation of the drive cam, and further the first deformable part. Since the third deformable portion is unlocked by the deformation of the third deformable portion, the third deformable portion is also deformed, so that a complicated mechanism is not required as in the prior art, and the form can be changed during traveling. There is an effect that it is possible to make a new and interesting structure that has not existed before.

本願発明に係る形態変化玩具は、第１の変形部が一対の車輪を有する。玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第１の変形部の変形により第３の変形部が変形し、次に第２の変形部が変形してロボット形態となる。 In the form change toy according to the present invention, the first deforming portion has a pair of wheels. The toy body is in the form of an automobile when the driving wheel and the pair of wheels are in contact with the ground, and the driving cam rotates while the vehicle is running, the first deforming portion is deformed and stands up, and the pair of wheels are in contact with the ground. The driving wheel moves away from the ground contact surface, and the third deforming portion is deformed by the deformation of the first deforming portion, and then the second deforming portion is deformed to be in a robot form.

本願発明に係る形態変化玩具は、駆動カムの回転によって、第１の変形部と第２の変形部の係止を順に解除して、第１の変形部を起立させ、第２の変形部を変形させて、さらに、第１の変形部の変形により第３の変形部の係止が解除されて第３の変形部も変形するので、自動車形態からロボット形態に変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない新規な興趣ある構成にすることができるという効果がある。 In the form change toy according to the present invention, the rotation of the driving cam sequentially releases the locking of the first deformable portion and the second deformable portion, raises the first deformable portion, and Furthermore, since the third deforming portion is unlocked by the deformation of the first deforming portion and the third deforming portion is also deformed, the vehicle form can be changed to the robot form. As described above, there is an effect that a complicated mechanism is not required, the form can be changed during traveling, and an unprecedented new interesting configuration can be obtained.

本願発明に係る形態変化玩具は、玩具本体を有する。玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備えている。さらに、玩具本体は、第１の変形部と第３の変形部が設けられている。第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止されている。第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止されている。前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、第１の変形部の変形により第３の変形部の係止が解除され、第３の変形部を第６の位置に変形させて形態を変化させるように構成されている。 The form change toy according to the present invention has a toy body. The toy body includes a drive unit, drive wheels driven by the drive unit, and a drive cam. Furthermore, the toy main body is provided with a first deformation portion and a third deformation portion. The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member. The third deformable portion can be deformed from the fifth position to the sixth position, is urged by the elastic member in the direction of the sixth position, and resists the elasticity of the elastic member at the fifth position. It is latched by the 1st deformation part in the 1 position. When the drive cam rotates, the first locking member is unlocked and the first deforming portion is deformed to the second position, and the third deforming portion is locked by the deformation of the first deforming portion. Is released, and the third deforming portion is deformed to the sixth position to change the form.

本願発明に係る形態変化玩具は、駆動カムの回転によって、第１の変形部の係止を解除して、形態を変化させることができ、さらに、第１の変形部の変形により第３の変形部の係止が解除されて第３の変形部も変形するので、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない新規な興趣ある構成にすることができるという効果がある。 The form-changing toy according to the present invention can change the form by releasing the locking of the first deformable part by the rotation of the drive cam, and the third deformable part by the deformation of the first deformable part. Since the locking of the part is released and the third deforming part is also deformed, a complicated mechanism is not required as in the prior art, and the form can be changed during traveling, which is a novel and interesting new feature. There exists an effect that it can be set as a certain structure.

本願発明に係る形態変化玩具は、第１の変形部が一対の車輪を有する。玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第１の変形部の変形により第３の変形部が変形してロボット形態となる。 In the form change toy according to the present invention, the first deforming portion has a pair of wheels. The toy body is in the form of an automobile when the driving wheel and the pair of wheels are in contact with the ground, and the driving cam rotates while the vehicle is running, the first deforming portion is deformed and stands up, and the pair of wheels are in contact with the ground. The driving wheel is separated from the ground contact surface, and the third deforming portion is deformed by the deformation of the first deforming portion, so that the robot is formed.

本願発明に係る形態変化玩具は、駆動カムの回転によって、第１の変形部の係止を解除して、第１の変形部を起立させ、第１の変形部の変形により第３の変形部の係止が解除されて第３の変形部も変形するので、自動車形態からロボット形態に変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない新規な興趣ある構成にすることができるという効果がある。 In the form changing toy according to the present invention, the rotation of the drive cam releases the locking of the first deformable portion, erects the first deformable portion, and the third deformable portion by the deformation of the first deformable portion. Since the lock is released and the third deforming part is also deformed, it is possible to change from a car form to a robot form, which does not require a complicated mechanism as in the prior art, and changes the form during traveling. There is an effect that it can be made a new and interesting configuration that has not been possible in the past.

本願発明に係る形態変化玩具は、玩具本体に駆動部によって回転する歯車群が設けられている。また、第１の変形部には、前記一対の車輪と連動すると共に、第１の位置にある時には、歯車群から離れ、第２の位置にある時には、歯車群の一つの歯車と噛み合う従動歯車が設けられている。 In the shape-changing toy according to the present invention, a gear group that is rotated by a drive unit is provided on the toy body. Further, the first deforming portion is interlocked with the pair of wheels, and is separated from the gear group when in the first position, and is engaged with one gear of the gear group when in the second position. Is provided.

本願発明に係る形態変化玩具は、第１の変形部の形態が変化して第１の位置から第２の位置に移動すると、第１の変形部に設けられた従動歯車が駆動部によって回転する歯車群の一つの歯車と噛み合うので、駆動部の動力が従動歯車に伝達され、一対の車輪が強制的に回転する。このように本願発明に係る形態変化玩具は、形態の変化に伴って、駆動部も変化するので、興趣ある玩具にすることができるという効果がある。 In the form-changing toy according to the present invention, when the form of the first deforming part changes and moves from the first position to the second position, the driven gear provided in the first deforming part is rotated by the driving part. Since it meshes with one gear of the gear group, the power of the drive unit is transmitted to the driven gear, and the pair of wheels are forcibly rotated. As described above, the shape-changing toy according to the present invention has an effect that it can be an interesting toy because the drive unit also changes as the shape changes.

本願発明に係る形態変化玩具は、玩具本体に、駆動部の動力を駆動カムに伝達する伝達手段と、伝達手段を伝達位置と非伝達位置に切り替える切替手段を備え、伝達手段が伝達位置にある時には変形し、伝達手段が非伝達位置にある時には変形しない。 The form-changing toy according to the present invention comprises a transmission means for transmitting the power of the drive unit to the drive cam, and a switching means for switching the transmission means between a transmission position and a non-transmission position, and the transmission means is in the transmission position. It is sometimes deformed and not deformed when the transmitting means is in the non-transmitting position.

本願発明に係る形態変化玩具は、切替手段により伝達手段を伝達位置にすると、駆動部の動力が駆動カムに伝達するので、変形玩具として遊ぶことができ、切替手段により伝達手段を非伝達位置に切り替えると、駆動部の動力が駆動カムに伝達しないので、単なる走行玩具として遊ぶことができ、複数の異なる玩具遊びをすることができるという効果がある。 In the form change toy according to the present invention, when the transmission means is set to the transmission position by the switching means, the power of the drive unit is transmitted to the drive cam, so that it can be played as a deformed toy, and the transmission means is set to the non-transmission position by the switching means. When switched, the power of the drive unit is not transmitted to the drive cam, so that it is possible to play as a simple running toy and to play a plurality of different toys.

本願発明に係る形態変化玩具の自動車形態時の説明図である。It is explanatory drawing at the time of the motor vehicle form of the form change toy concerning this invention. 図１の自動車形態時のカバー体の説明図である。It is explanatory drawing of the cover body at the time of the motor vehicle form of FIG. 図１の自動車形態時の玩具本体の説明図である。It is explanatory drawing of the toy main body at the time of the motor vehicle form of FIG. 本願発明に係る形態変化玩具のロボット形態時の正面から視た説明図である。It is explanatory drawing seen from the front at the time of the robot form of the form change toy concerning this invention. 図４のロボット形態時の側面から視た説明図である。It is explanatory drawing seen from the side at the time of the robot form of FIG. 本願発明に係る形態変化玩具の他の実施の形態を説明する説明図である。It is explanatory drawing explaining other embodiment of the shape change toy concerning this invention. 本願発明に係る形態変化玩具の他の実施の形態を説明する説明図である。It is explanatory drawing explaining other embodiment of the shape change toy concerning this invention. 図１の自動車形態時の一方から視た外観斜視図である。It is the external appearance perspective view seen from one at the time of the motor vehicle form of FIG. 図１の自動車形態時の他方から視た外観斜視図である。It is the external appearance perspective view seen from the other at the time of the motor vehicle form of FIG. 図１の自動車形態時の正面から視た正面図である。It is the front view seen from the front at the time of the motor vehicle form of FIG. 図４のロボット形態時の後方から視た外観斜視図である。It is the external appearance perspective view seen from back at the time of the robot form of FIG. 図４のロボット形態時の側面から視た側面図である。It is the side view seen from the side at the time of the robot form of FIG. 図４のロボット形態時の正面から視た正面図である。It is the front view seen from the front at the time of the robot form of FIG. 図４のロボット形態時の前方から視た外観斜視図である。It is the external appearance perspective view seen from the front at the time of the robot form of FIG. 図４のロボット形態時の背面から視た背面図である。It is the rear view seen from the back at the time of the robot form of FIG. 図４のロボット形態時の一部を外して正面から視た正面図である。It is the front view which removed a part at the time of the robot form of FIG. 4, and was seen from the front. 図４のロボット形態時の一部を外して背面から視た背面図である。It is the rear view which removed a part at the time of the robot form of FIG. 4, and was seen from the back surface. 図４のロボット形態時の一部を外して背面から視た背面斜視図である。It is the back perspective view which removed a part at the time of the robot form of Drawing 4, and was seen from the back. 図４のロボット形態時の要部拡大図である。FIG. 5 is an enlarged view of a main part in the robot configuration of FIG. 4. 図４のロボット形態時の一部を外して背面右側から視た斜視図である。It is the perspective view which removed a part at the time of the robot form of FIG. 4, and was seen from the back right side. 図４のロボット形態時の一部を外して背面右側から視た斜視図である。It is the perspective view which removed a part at the time of the robot form of FIG. 4, and was seen from the back right side. 図４のロボット形態時の右方から視た要部斜視図である。It is the principal part perspective view seen from the right at the time of the robot form of FIG. 図４のロボット形態時の一部を外して右後方から視た斜視図である。It is the perspective view which removed a part at the time of the robot form of FIG. 4, and was seen from the right rear. 図４の自動車形態時の要部説明図である。It is principal part explanatory drawing at the time of the motor vehicle form of FIG. 図４のロボット形態時の背面右方から視た斜視図である。It is the perspective view seen from the back right side at the time of the robot form of FIG. 図４のロボット形態時の正面右側から視た斜視図である。It is the perspective view seen from the front right side at the time of the robot form of FIG. 図４のロボット形態時の背面左方から視た斜視図である。It is the perspective view seen from the back left side at the time of the robot form of FIG. 図４のロボット形態時の背面左方から視た斜視図である。It is the perspective view seen from the back left side at the time of the robot form of FIG. 図４のロボット形態時の左方から視た要部斜視図である。It is the principal part perspective view seen from the left at the time of the robot form of FIG. 図４のロボット形態時の左方から視た側面図である。It is the side view seen from the left at the time of the robot form of FIG. 図２のカバー体の説明斜視図である。FIG. 3 is an explanatory perspective view of the cover body of FIG. 2. 図２のカバー体の説明斜視図である。FIG. 3 is an explanatory perspective view of the cover body of FIG. 2. 図２のカバー体の説明斜視図である。FIG. 3 is an explanatory perspective view of the cover body of FIG. 2.

形態変化玩具の概要について、図１乃至５に基づいて説明する。形態変化玩具１は、玩具本体１０を有する。玩具本体１０は、駆動部２０と、駆動部２０によって駆動される駆動輪２６，２６と駆動カム５１を備えている。さらに、玩具本体１０は、第１の変形部９０と第２の変形部１１８，１２１，１２５が設けられている。第１の変形部９０は、第１の位置（係止位置）から第２の位置（非係止位置）に変形可能であり、弾性部材９９により第２の位置（非係止位置）の方向に付勢され、弾性部材９９の弾性に抗して第１の位置（係止位置）で第１の係止部材（第１の係止解除片）６０に係止されている。第２の変形部１１８，１２１，１２５は、第３の位置（係止位置）から第４の位置（非係止位置）に変形可能であり、弾性部材１１７，１２３，１２７により第４の位置（非係止位置）の方向に付勢され、弾性部材１１７，１２３，１２７の弾性に抗して第３の位置（係止位置）で第２の係止部材（第２の係止解除片）７０に係止されている。前記駆動カム５１は、回転すると第１の係止部材（第１の係止解除片）６０の係止を解除して第１の変形部９０を第２の位置に変形させ、次に第２の係止部材（第２の係止解除片）７０の係止を解除して第２の変形部１１８，１２１，１２５を第４の位置に変形させて形態を変化させるように構成されている。 The outline | summary of a shape change toy is demonstrated based on FIG. The shape change toy 1 has a toy body 10. The toy main body 10 includes a drive unit 20, drive wheels 26 and 26 driven by the drive unit 20, and a drive cam 51. Furthermore, the toy main body 10 is provided with a first deformable portion 90 and second deformable portions 118, 121, and 125. The first deformable portion 90 can be deformed from the first position (locking position) to the second position (non-locking position), and the direction of the second position (non-locking position) by the elastic member 99. And is locked to the first locking member (first locking release piece) 60 at the first position (locking position) against the elasticity of the elastic member 99. The second deformable portions 118, 121, and 125 can be deformed from the third position (locking position) to the fourth position (non-locking position), and the elastic members 117, 123, and 127 can move to the fourth position. The second locking member (second locking release piece) is biased in the direction of (non-locking position) and resists the elasticity of the elastic members 117, 123, 127 at the third position (locking position). ) 70. When the drive cam 51 rotates, the first locking member (first locking release piece) 60 is unlocked to deform the first deforming portion 90 to the second position, and then the second The locking member (second unlocking piece) 70 is unlocked and the second deforming portions 118, 121, 125 are deformed to the fourth position to change the form. .

形態変化玩具１は、駆動カム５１の回転によって、第１の変形部９０と第２の変形部１１８，１２１，１２５の係止を順に解除して、形態を変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない興趣ある構成にすることができる。 With the rotation of the drive cam 51, the shape-changing toy 1 can release the first deforming portion 90 and the second deforming portions 118, 121, and 125 in order to change the shape, as in the conventional case. In addition, a complicated mechanism is not required, and the form can be changed during traveling, and an unprecedented configuration can be obtained.

形態変化玩具１は、第１の変形部９０が、一対の車輪１０１，１０２を有する。玩具本体１０は、駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は自動車形態となり、走行中に駆動カム５１が回転して第１の変形部９０が変形して起立し、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れ、さらに第２の変形部１１８，１２１，１２５が変形してロボット形態となる。 In the form changing toy 1, the first deformable portion 90 has a pair of wheels 101 and 102. The toy main body 10 is in the form of an automobile when the drive wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, and the drive cam 51 rotates during running and the first deforming portion 90 is deformed and stands up. In a state where the pair of wheels 101 and 102 are grounded, the driving wheels 26 and 26 are separated from the ground surface, and the second deforming portions 118, 121, and 125 are deformed to form a robot.

形態変化玩具１は、駆動カム５１の回転によって、第１の変形部９０と第２の変形部１１８，１２１，１２５の係止を順に解除して、第１の変形部９０を起立させ、第２の変形部１１８，１２１，１２５を変形させて、自動車形態からロボット形態に変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない興趣ある構成にすることができる。 The shape-changing toy 1 releases the locking of the first deformable portion 90 and the second deformable portions 118, 121, and 125 in turn by the rotation of the drive cam 51, erects the first deformable portion 90, and The two deformable portions 118, 121, and 125 can be deformed to change from an automobile form to a robot form, which does not require a complicated mechanism as in the prior art, and can change the form during traveling. It is possible to make an interesting configuration that is not possible in the past.

形態変化玩具１は、玩具本体１０に第３の変形部１３２が設けられている。第３の変形部１３２は、第５の位置（係止位置）から第６の位置（非係止位置）に変形可能であり、弾性部材１４１により第６の位置（非係止位置）の方向に付勢され、弾性部材１４１の弾性に抗して第５の位置（係止位置）で第１の位置（係止位置）にある第１の変形部９０に係止され、第１の変形部９０の変形により係止が解除され、第６の位置（非係止位置）に変形して形態を変化させるように構成されている。 In the form changing toy 1, the toy body 10 is provided with a third deforming portion 132. The third deformable portion 132 can be deformed from the fifth position (locking position) to the sixth position (unlocked position), and is directed by the elastic member 141 to the sixth position (unlocked position). To the first deformation portion 90 in the first position (locking position) at the fifth position (locking position) against the elasticity of the elastic member 141, and the first deformation The locking is released by the deformation of the portion 90, and the shape is changed to the sixth position (non-locking position).

形態変化玩具１は、駆動カム５１の回転によって、第１の変形部９０と第２の変形部１１８，１２１，１２５の係止を順に解除して、形態を変化させることができ、さらに、第１の変形部９０の変形により第３の変形部１３２の係止が解除されて第３の変形部１３２も変形するので、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない興趣ある構成にすることができる。 The form-changing toy 1 can change the form by sequentially releasing the locking of the first deformable part 90 and the second deformable parts 118, 121, 125 by the rotation of the drive cam 51. Since the deformation of the first deformable portion 90 releases the locking of the third deformable portion 132 and the third deformable portion 132 is also deformed, a complicated mechanism is not required as in the prior art, and while traveling, A form can be changed and it can be set as an interesting structure which is not in the past.

形態変化玩具１は、第１の変形部９０が一対の車輪１０１，１０２を有する。玩具本体１０は、駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は自動車形態となり、走行中に駆動カム５１が回転して第１の変形部９０が変形して起立し、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れ、さらに第１の変形部９０の変形により第３の変形部１３２が変形し、次に第２の変形部１１８，１２１，１２５が変形してロボット形態となる。 In the shape-changing toy 1, the first deformation portion 90 has a pair of wheels 101 and 102. The toy main body 10 is in the form of an automobile when the drive wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, and the drive cam 51 rotates during running and the first deforming portion 90 is deformed and stands up. In the state where the pair of wheels 101 and 102 are in contact with the ground, the driving wheels 26 and 26 are separated from the ground surface, and the third deforming portion 132 is deformed by the deformation of the first deforming portion 90, and then the second deforming portion. 118, 121, and 125 are transformed into a robot form.

形態変化玩具１は、駆動カム５１の回転によって、第１の変形部９０と第２の変形部１１８，１２１，１２５の係止を順に解除して、第１の変形部９０を起立させ、第２の変形部１１８，１２１，１２５を変形させて、さらに、第１の変形部９０の変形により第３の変形部１３２の係止が解除されて第３の変形部１３２も変形するので、自動車形態からロボット形態に変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない興趣ある構成にすることができる。 The shape-changing toy 1 releases the locking of the first deformable portion 90 and the second deformable portions 118, 121, and 125 in turn by the rotation of the drive cam 51, erects the first deformable portion 90, and The second deformable portions 118, 121, and 125 are deformed, and the third deformable portion 132 is unlocked by the deformation of the first deformable portion 90, and the third deformable portion 132 is also deformed. It is possible to change from a form to a robot form, which does not require a complicated mechanism as in the prior art, and can change the form during traveling, and can have an unprecedented configuration.

形態変化玩具１は、玩具本体１０を有する。玩具本体１０は、駆動部２０と、駆動部２０によって駆動される駆動輪２６，２６と駆動カム５１を備えている。さらに、玩具本体１０は、第１の変形部９０と第３の変形部１３２が設けられている。第１の変形部９０は、第１の位置（係止位置）から第２の位置（非係止位置）に変形可能であり、弾性部材９９により第２の位置（非係止位置）の方向に付勢され、弾性部材９９の弾性に抗して第１の位置（係止位置）で第１の係止部材（第１の係止解除片）６０に係止されている。第３の変形部１３２は、第５の位置（係止位置）から第６の位置（非係止位置）に変形可能であり、弾性部材１４１により第６の位置（非係止位置）の方向に付勢され、弾性部材１４１の弾性に抗して第５の位置（係止位置）で第１の位置（係止位置）にある第１の変形部９０に係止されている。前記駆動カム５１は、回転すると第１の係止部材（第１の係止解除片）６０の係止を解除して第１の変形部９０を第２の位置に変形させ、第１の変形部９０の変形により第３の変形部１３２の係止が解除され、第３の変形部１３２を第６の位置に変形させて形態を変化させるように構成されている。 The shape change toy 1 has a toy body 10. The toy main body 10 includes a drive unit 20, drive wheels 26 and 26 driven by the drive unit 20, and a drive cam 51. Furthermore, the toy main body 10 is provided with a first deformable portion 90 and a third deformable portion 132. The first deformable portion 90 can be deformed from the first position (locking position) to the second position (non-locking position), and the direction of the second position (non-locking position) by the elastic member 99. And is locked to the first locking member (first locking release piece) 60 at the first position (locking position) against the elasticity of the elastic member 99. The third deformable portion 132 can be deformed from the fifth position (locking position) to the sixth position (unlocked position), and is directed by the elastic member 141 to the sixth position (unlocked position). And is locked to the first deformable portion 90 at the first position (locking position) at the fifth position (locking position) against the elasticity of the elastic member 141. When the drive cam 51 is rotated, the first locking member (first locking release piece) 60 is unlocked and the first deforming portion 90 is deformed to the second position. The locking of the third deforming portion 132 is released by the deformation of the portion 90, and the third deforming portion 132 is deformed to the sixth position to change the form.

形態変化玩具１は、駆動カム５１の回転によって、第１の変形部９０の係止を解除して、形態を変化させることができ、さらに、第１の変形部９０の変形により第３の変形部１３２の係止が解除されて第３の変形部１３２も変形するので、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない興趣ある構成にすることができる。 The shape-changing toy 1 can change the form by releasing the locking of the first deforming portion 90 by the rotation of the drive cam 51, and further, the shape changing toy 1 can be changed to the third shape by the deformation of the first deforming portion 90. Since the locking of the portion 132 is released and the third deformable portion 132 is also deformed, a complicated mechanism is not required as in the prior art, and the form can be changed during traveling, which is an unprecedented interest. Some configurations can be used.

形態変化玩具１は、第１の変形部９０が一対の車輪１０１，１０２を有する。玩具本体１０は、駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は自動車形態となり、走行中に駆動カム５１が回転して第１の変形部９０が変形して起立し、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れ、さらに第１の変形部９０の変形により第３の変形部１３２が変形してロボット形態となる。 In the shape-changing toy 1, the first deformation portion 90 has a pair of wheels 101 and 102. The toy main body 10 is in the form of an automobile when the drive wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, and the drive cam 51 rotates during running and the first deforming portion 90 is deformed and stands up. When the pair of wheels 101 and 102 are grounded, the driving wheels 26 and 26 are separated from the grounding surface, and the third deforming portion 132 is deformed by the deformation of the first deforming portion 90 to be in the form of a robot.

形態変化玩具１は、駆動カム５１の回転によって、第１の変形部９０の係止を解除して、第１の変形部９０を起立させ、第１の変形部９０の変形により第３の変形部１３２の係止が解除されて第３の変形部１３２も変形するので、自動車形態からロボット形態に変化させることができ、従来のように、複雑な機構を必要とせず、しかも、走行中に形態を変化させることができ、従来にない興趣ある構成にすることができる。 The shape-changing toy 1 releases the locking of the first deformable portion 90 by the rotation of the drive cam 51 and raises the first deformable portion 90, and the third deformable portion 90 is deformed by the deformation of the first deformable portion 90. Since the locking of the part 132 is released and the third deforming part 132 is also deformed, it can be changed from the automobile form to the robot form, and does not require a complicated mechanism as in the prior art, and while traveling. A form can be changed and it can be set as an interesting structure which is not in the past.

形態変化玩具１は、玩具本体１０に駆動部２０によって回転する歯車群４１が設けられている。また、第１の変形部９０には、前記一対の車輪１０１，１０２と連動すると共に、第１の位置（係止位置）にある時には、歯車群４１から離れ、第２の位置（非係止位置）にある時には、歯車群４１の一つの歯車４７と噛み合う従動歯車１０３が設けられている。 In the shape-changing toy 1, the toy body 10 is provided with a gear group 41 that is rotated by the drive unit 20. In addition, the first deforming portion 90 is interlocked with the pair of wheels 101 and 102, and when in the first position (locking position), is separated from the gear group 41 and is in the second position (non-locking). In the position), a driven gear 103 that meshes with one gear 47 of the gear group 41 is provided.

形態変化玩具１は、第１の変形部９０の形態が変化して第１の位置から第２の位置に移動すると、第１の変形部９０に設けられた従動歯車１０３が駆動部２０によって回転する歯車群４１の一つの歯車４７と噛み合うので、駆動部２０の動力が従動歯車１０３に伝達され、一対の車輪１０１，１０２が強制的に回転する。このように形態変化玩具１は、形態の変化に伴って、駆動部も変化するので、興趣ある玩具にすることができる。 When the form of the first deforming portion 90 changes and the shape changing toy 1 moves from the first position to the second position, the driven gear 103 provided in the first deforming portion 90 is rotated by the driving portion 20. Therefore, the power of the drive unit 20 is transmitted to the driven gear 103, and the pair of wheels 101 and 102 are forcibly rotated. Thus, since the drive part also changes with the change of a form, the form change toy 1 can be made into an interesting toy.

形態変化玩具１は、玩具本体１０を有する。玩具本体１０は、駆動部２０と、駆動部２０によって回転する歯車群４１と、駆動部２０によって駆動される駆動輪２６，２６と駆動カム５１を備え、さらに、第１の変形部９０が設けられている。第１の変形部９０は、第１の位置（係止位置）から第２の位置（非係止位置）に変形可能であり、弾性部材９９により第２の位置（非係止位置）の方向に付勢され、弾性部材９９の弾性に抗して第１の位置（係止位置）で第１の係止部材（第１の係止解除片）６０に係止されている。前記駆動カム５１は、回転すると第１の係止部材（第１の係止解除片）６０の係止を解除して第１の変形部９０を第２の位置（非係止位置）に変形させて形態を変化させるように構成されている。第１の変形部９０は、一対の車輪１０１，１０２と一対の車輪１０１，１０２と連動する従動歯車１０３を有する。玩具本体１０は、駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は第１の変形部９０が第１の位置（係止位置）にあって、自動車形態となり従動歯車１０３が歯車群４１から離れて駆動輪２６，２６で走行する。玩具本体１０は、走行中に駆動カム５１が回転して第１の変形部９０が第２の位置（非係止位置）に移動して起立したロボット形態となり、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れて、歯車群４１の一つの歯車４７が従動歯車１０３と噛み合って一対の車輪１０１，１０２で起立走行する。 The shape change toy 1 has a toy body 10. The toy main body 10 includes a drive unit 20, a gear group 41 rotated by the drive unit 20, drive wheels 26 and 26 driven by the drive unit 20, and a drive cam 51, and further includes a first deformation unit 90. It has been. The first deformable portion 90 can be deformed from the first position (locking position) to the second position (non-locking position), and the direction of the second position (non-locking position) by the elastic member 99. And is locked to the first locking member (first locking release piece) 60 at the first position (locking position) against the elasticity of the elastic member 99. When the driving cam 51 rotates, the first locking member (first locking release piece) 60 is released and the first deforming portion 90 is deformed to the second position (non-locking position). To change the form. The first deformation unit 90 includes a pair of wheels 101 and 102 and a driven gear 103 that is interlocked with the pair of wheels 101 and 102. When the drive wheels 26 and 26 and the pair of wheels 101 and 102 are grounded, the toy main body 10 is in the form of an automobile with the first deforming portion 90 in the first position (locking position), and the driven gear 103. Travels away from the gear group 41 on the drive wheels 26 and 26. The toy body 10 has a robot configuration in which the driving cam 51 rotates and the first deforming portion 90 moves to the second position (non-locking position) while running, and the pair of wheels 101 and 102 are grounded. In this state, the drive wheels 26 and 26 are separated from the ground contact surface, and one gear 47 of the gear group 41 is engaged with the driven gear 103 and is erected on the pair of wheels 101 and 102.

形態変化玩具１は、ロボット形態の玩具本体１０と、玩具本体１０を覆う自動車形態のカバー体１１０を有する。玩具本体１０は、駆動部２０と、駆動部２０によって駆動される駆動輪２６，２６と駆動カム５１を備え、さらに、足部形状の第１の変形部９０が設けられている。足部形状の第１の変形部９０は、一対の車輪１０１，１０２を有し、折り畳んだ第１の位置（係止位置）から突出した第２の位置（非係止位置）に変形可能であり、弾性部材９９により突出した第２の位置（非係止位置）の方向に付勢され、弾性部材９９の弾性に抗して折り畳んだ第１の位置（係止位置）で第１の係止部材（第１の係止解除片）６０に係止されている。前記カバー体１１０は、頭部形状の第２の変形部１１８が設けられている。頭部形状の第２の変形部１１８は、カバー体１１０に収納された第３の位置からカバー体１１０から突出した第４の位置に変形可能であり、弾性部材１１７により突出した第４の位置の方向に付勢され、弾性部材１１７の弾性に抗してカバー体１１０に収納された第３の位置で第２の係止部材（第２の係止解除片）７０に係止されている。前記駆動カム５１は、回転すると第１の係止部材（第１の係止解除片）６０の係止を解除して足部形状の第１の変形部９０を突出した第２の位置（非係止位置）に変形させ、次に第２の係止部材（第２の係止解除片）７０の係止を解除して頭部形状の第２の変形部１１８を突出した第４の位置に変形させるように構成されている。駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は自動車形態となり、走行中に駆動カム５１が回転して足部形状の第１の変形部９０が突出して玩具本体１０を起立させ、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れ、頭部形状の第２の変形部１１８が突出してロボット形態となる。 The shape-changing toy 1 has a robot-like toy main body 10 and an automobile-shaped cover body 110 that covers the toy main body 10. The toy main body 10 includes a drive unit 20, drive wheels 26 and 26 driven by the drive unit 20, and a drive cam 51, and is further provided with a foot-shaped first deformation unit 90. The foot-shaped first deformable portion 90 has a pair of wheels 101 and 102 and can be deformed to a second position (non-locking position) protruding from the folded first position (locking position). There is a first engagement at the first position (locking position) which is biased in the direction of the second position (non-locking position) protruding by the elastic member 99 and folded against the elasticity of the elastic member 99. Locked to a stop member (first locking release piece) 60. The cover body 110 is provided with a head-shaped second deformable portion 118. The head-shaped second deformable portion 118 can be deformed from the third position housed in the cover body 110 to the fourth position protruding from the cover body 110, and the fourth position protruding by the elastic member 117. And is locked to the second locking member (second locking release piece) 70 at the third position stored in the cover body 110 against the elasticity of the elastic member 117. . When the drive cam 51 rotates, the first locking member (first locking release piece) 60 is released and the drive cam 51 protrudes from the first deformed portion 90 in a foot shape (non-positioned position). The fourth position where the second locking member (second locking release piece) 70 is unlocked and the head-shaped second deformable portion 118 protrudes. It is comprised so that it may deform | transform into. When the driving wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, the vehicle is in the form of a car. During driving, the driving cam 51 rotates and the foot-shaped first deforming portion 90 protrudes, and the toy body 10 is moved. In a state where the pair of wheels 101 and 102 are grounded, the driving wheels 26 and 26 are separated from the grounding surface, and the head-shaped second deforming portion 118 protrudes to form a robot.

形態変化玩具１は、前記カバー体１１０に背部形状の第３の変形部１３２が設けられている。背部形状の第３の変形部１３２は、カバー体１１０に収納された第５の位置（係止位置）からカバー体１１０から突出した第６の位置（非係止位置）に変形可能であり、弾性部材１４１により第６の位置（非係止位置）の方向に付勢され、弾性部材１４１の弾性に抗してカバー体１１０に収納された第５の位置（係止位置）で第１の位置（係止位置）にある足部形状の第１の変形部９０に係止され、足部形状の第１の変形部９０の変形により係止が解除され、カバー体１１０から突出した第６の位置（非係止位置）に変形するように構成されている。形態変化玩具１は、駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は自動車形態となり、走行中に駆動カム５１が回転して足部形状の第１の変形部９０が突出して玩具本体１０を起立させ、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れ、足部形状の第１の変形部９０の変形により背部形状の第３の変形部１３２がカバー体１１０に収納された状態から突出し、頭部形状の第２の変形部１１８が突出してロボット形態となる。 The shape-changing toy 1 is provided with a back-shaped third deformable portion 132 on the cover body 110. The back-shaped third deformable portion 132 can be deformed from a fifth position (locking position) housed in the cover body 110 to a sixth position (non-locking position) protruding from the cover body 110, The elastic member 141 is biased toward the sixth position (non-locking position), and the first position is held at the fifth position (locking position) stored in the cover body 110 against the elasticity of the elastic member 141. The sixth deformed portion is locked to the foot-shaped first deformable portion 90 at the position (locked position), and is unlocked by the deformation of the foot-shaped first deformable portion 90, and protrudes from the cover body 110. It is comprised so that it may deform | transform into this position (non-locking position). When the driving wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, the shape-changing toy 1 is in the form of an automobile, and the driving cam 51 rotates during traveling to form a foot-shaped first deforming portion 90. The toy body 10 protrudes and the toy body 10 is raised, and the drive wheels 26 and 26 are separated from the grounding surface in a state where the pair of wheels 101 and 102 are grounded, and the back-shaped third deforming portion 90 is deformed by the deformation of the foot-shaped first deforming portion 90. The deformable portion 132 protrudes from the state accommodated in the cover body 110, and the head-shaped second deformable portion 118 protrudes to form a robot.

形態変化玩具１は、ロボット形態の玩具本体１０と、玩具本体１０を覆う自動車形態のカバー体１１０を有する。玩具本体１０は、駆動部２０と、駆動部２０によって駆動される駆動輪２６，２６と駆動カム５１を備え、さらに、足部形状の第１の変形部９０が設けられている。足部形状の第１の変形部９０は、一対の車輪１０１，１０２を有し、折り畳んだ第１の位置（係止位置）から突出した第２の位置（非係止位置）に変形可能であり、弾性部材９９により突出した第２の位置（非係止位置）の方向に付勢され、弾性部材９９の弾性に抗して折り畳んだ第１の位置（係止位置）で第１の係止部材（第１の係止解除片）６０に係止されている。前記カバー体１１０は、背部形状の第３の変形部１３２が設けられている。背部形状の第３の変形部１３２は、カバー体１１０に収納された第５の位置（係止位置）からカバー体１１０から突出した第６の位置（非係止位置）に変形可能であり、弾性部材１４１により第６の位置（非係止位置）の方向に付勢され、弾性部材１４１の弾性に抗してカバー体１１０に収納された第５の位置（係止位置）で折り畳んだ第１の位置（係止位置）にある足部形状の第１の変形部９０に係止されている。前記駆動カム５１は、回転すると第１の係止部材（第１の係止解除片）６０の係止を解除して足部形状の第１の変形部９０を突出した第２の位置（非係止位置）に変形させ、次に足部形状の第１の変形部９０の変形により背部形状の第３の変形部１３２の係止が解除され、背部形状の第３の変形部１３２をカバー体１１０から突出した第６の位置（非係止位置）に変形させるように構成されている。駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は自動車形態となり、走行中に駆動カム５１が回転して足部形状の第１の変形部９０が突出して玩具本体１０を起立させ、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れ、足部形状の第１の変形部９０の変形により背部形状の第３の変形部１３２がカバー体１１０に収納された状態から突出してロボット形態となる。 The shape-changing toy 1 has a robot-like toy main body 10 and an automobile-shaped cover body 110 that covers the toy main body 10. The toy main body 10 includes a drive unit 20, drive wheels 26 and 26 driven by the drive unit 20, and a drive cam 51, and is further provided with a foot-shaped first deformation unit 90. The foot-shaped first deformable portion 90 has a pair of wheels 101 and 102 and can be deformed to a second position (non-locking position) protruding from the folded first position (locking position). There is a first engagement at the first position (locking position) which is biased in the direction of the second position (non-locking position) protruding by the elastic member 99 and folded against the elasticity of the elastic member 99. Locked to a stop member (first locking release piece) 60. The cover body 110 is provided with a back-shaped third deformable portion 132. The back-shaped third deformable portion 132 can be deformed from a fifth position (locking position) housed in the cover body 110 to a sixth position (non-locking position) protruding from the cover body 110, The elastic member 141 is biased in the direction of the sixth position (non-locking position) and is folded at the fifth position (locking position) stored in the cover body 110 against the elasticity of the elastic member 141. It is locked to the first deformed portion 90 having the foot shape at the position 1 (locking position). When the drive cam 51 rotates, the first locking member (first locking release piece) 60 is released and the drive cam 51 protrudes from the first deformed portion 90 in a foot shape (non-positioned position). And then the back-shaped third deformable portion 132 is unlocked by the deformation of the foot-shaped first deformable portion 90, and the back-shaped third deformable portion 132 is covered. It is configured to be deformed to a sixth position (unlocked position) protruding from the body 110. When the driving wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, the vehicle is in the form of a car. During driving, the driving cam 51 rotates and the foot-shaped first deforming portion 90 protrudes, and the toy body 10 is moved. The drive wheels 26 and 26 are separated from the ground contact surface in a state where the pair of wheels 101 and 102 are grounded, and the back-shaped third deformable portion 132 is covered by the deformation of the foot-shaped first deformable portion 90. It protrudes from the state accommodated in 110 and becomes a robot form.

形態変化玩具１は、玩具本体１０に駆動部２０によって回転する歯車群４１が設けられている。足部形状の第１の変形部９０には、前記一対の車輪１０１，１０２と連動すると共に、自動車形態の時には、歯車群４１から離れ、ロボット形態の時には、歯車群４１の一つの歯車４７と噛み合う従動歯車１０３が設けられている。形態変化玩具１は、ロボット形態時に一対の車輪１０１，１０２が駆動部２０によって強制的に回転させられて起立走行する。 In the shape-changing toy 1, the toy body 10 is provided with a gear group 41 that is rotated by the drive unit 20. The first deforming portion 90 having a foot shape is interlocked with the pair of wheels 101 and 102 and is separated from the gear group 41 when in the form of an automobile, and with one gear 47 of the gear group 41 when in the form of a robot. A meshing driven gear 103 is provided. The form-changing toy 1 runs upright while the pair of wheels 101 and 102 are forcibly rotated by the drive unit 20 in the form of a robot.

形態変化玩具１は、ロボット形態の玩具本体１０を有する。玩具本体１０は、駆動部２０と、駆動部２０によって回転する歯車群４１と、駆動部２０によって駆動される駆動輪２６，２６と駆動カム５１を備え、さらに、足部形状の第１の変形部９０が設けられている。足部形状の第１の変形部９０は、一対の車輪１０１，１０２と一対の車輪１０１，１０２と連動する従動歯車１０３を有し、突出した第２の位置（非係止位置）に変形可能であり、弾性部材９９により突出した第２の位置（非係止位置）の方向に付勢され、弾性部材９９の弾性に抗して折り畳んだ第１の位置（係止位置）で第１の係止部材（第１の係止解除片）６０に係止されている。前記駆動カム５１は、回転すると第１の係止部材（第１の係止解除片）６０の係止を解除して足部形状の第１の変形部９０を突出した第２の位置（非係止位置）に変形させるように構成されている。玩具本体１０は、駆動輪２６，２６と一対の車輪１０１，１０２が接地している時は足部形状の第１の変形部９０が第１の位置（係止位置）にあって、自動車形態となり従動歯車１０３が歯車群４１から離れ駆動輪２６，２６で走行し、走行中に駆動カム５１が回転して足部形状の第１の変形部９０が第２の位置（非係止位置）に突出して起立したロボット形態となり、一対の車輪１０１，１０２が接地した状態で駆動輪２６，２６が接地面から離れて、歯車群４１の一つの歯車４７が従動歯車１０３と噛み合って一対の車輪１０１，１０２で起立走行する。 The shape change toy 1 has a toy body 10 in the form of a robot. The toy body 10 includes a drive unit 20, a gear group 41 that is rotated by the drive unit 20, drive wheels 26 and 26 that are driven by the drive unit 20, and a drive cam 51. A section 90 is provided. The foot-shaped first deforming portion 90 has a pair of wheels 101 and 102 and a driven gear 103 that is interlocked with the pair of wheels 101 and 102, and can be deformed to a protruding second position (non-locking position). And is biased in the direction of the second position (non-locking position) protruding by the elastic member 99, and the first position (locking position) folded against the elasticity of the elastic member 99 is the first. The locking member (first locking release piece) 60 is locked. When the drive cam 51 rotates, the first locking member (first locking release piece) 60 is released and the drive cam 51 protrudes from the first deformed portion 90 in a foot shape (non-positioned position). (Locking position). The toy body 10 has a first-shaped deformable portion 90 in the foot shape when the drive wheels 26 and 26 and the pair of wheels 101 and 102 are in contact with the ground, and is in the form of an automobile. The driven gear 103 moves away from the gear group 41 and travels on the drive wheels 26, 26. During the travel, the drive cam 51 rotates and the foot-shaped first deformable portion 90 is in the second position (unlocked position). The drive wheels 26 and 26 are separated from the ground surface with the pair of wheels 101 and 102 grounded, and one gear 47 of the gear group 41 meshes with the driven gear 103 to form a pair of wheels. 101,102 stand up and run.

形態変化玩具１は、図６，７に示すように、玩具本体１０に、駆動部２０の動力を駆動カム５１に伝達する伝達手段４２，６９ａと、伝達手段４２，６９ａを伝達位置と非伝達位置に切り替える切替手段５５，６７を備え、伝達手段４２，６９ａが伝達位置にある時には変形し、伝達手段４２，６９ａが非伝達位置にある時には変形しないようにしても良い。 As shown in FIGS. 6 and 7, the shape-changing toy 1 transmits, to the toy main body 10, transmission means 42 and 69 a for transmitting the power of the drive unit 20 to the drive cam 51, and transmission means 42 and 69 a as non-transmitted positions. Switching means 55 and 67 for switching to a position may be provided, so that it is deformed when the transmission means 42 and 69a are in the transmission position, and may not be deformed when the transmission means 42 and 69a are in the non-transmission position.

形態変化玩具１は、切替手段５５，６７により伝達手段４２，６９ａを伝達位置にすると、駆動部２０の動力が駆動カム５１に伝達するので、変形玩具として遊ぶことができ、切替手段５５，６７により伝達手段４２，６９ａを非伝達位置に切り替えると、駆動部２０の動力が駆動カム５１に伝達しないので、単なる走行玩具として遊ぶことができ、複数の異なる玩具遊びをすることができる。 When the transmission means 42, 69a is set to the transmission position by the switching means 55, 67, the shape-changing toy 1 can play as a deformed toy because the power of the drive unit 20 is transmitted to the drive cam 51, and the switching means 55, 67. By switching the transmission means 42, 69a to the non-transmission position, the power of the drive unit 20 is not transmitted to the drive cam 51, so that it can be played as a simple running toy and a plurality of different toy plays can be performed.

さらに、形態変化玩具１について詳細に説明する。図１，１０に示すように、形態変化玩具１は、ロボット形態の玩具本体１０と、玩具本体１０を覆う自動車形態のカバー体１１０とからなる。玩具本体１０について説明する。図３，１７，１８に示すように、ロボット形態の玩具本体１０は、枠部材１１を有する。枠部材１１は、細長板状の一対のフレーム１２，１３と、一対のフレーム１２，１３の前部を連結する連結板１５とからなる。連結板１５の略中央には、ガイドピン１５ａが設けられている。図１６にも示すように、一対のフレーム１２，１３の間にゼンマイユニット（駆動部）２０が取り付けられている。ゼンマイユニット２０は、ケース２１内に図示しない歯車群とゼンマイが設けられ、このゼンマイの動力を歯車群を介して伝達される駆動軸２２と出力軸２３を有し、さらに自由回転する遊動軸２５を備えている。駆動軸２２の両端には駆動輪２６，２６が取り付けられている。遊動軸２５の両端には遊動輪２７，２７が取り付けられている。 Furthermore, the form change toy 1 is demonstrated in detail. As shown in FIGS. 1 and 10, the shape-changing toy 1 includes a robot-like toy body 10 and a car-like cover body 110 that covers the toy body 10. The toy body 10 will be described. As shown in FIGS. 3, 17, and 18, the toy body 10 in the form of a robot has a frame member 11. The frame member 11 includes a pair of elongated plates 12 and 13 and a connecting plate 15 that connects the front portions of the pair of frames 12 and 13. A guide pin 15 a is provided in the approximate center of the connecting plate 15. As shown in FIG. 16, a mainspring unit (drive unit) 20 is attached between the pair of frames 12 and 13. The mainspring unit 20 is provided with a gear group and a mainspring (not shown) in a case 21, and has a drive shaft 22 and an output shaft 23 through which the power of the mainspring is transmitted via the gear group, and a free-rotating shaft 25 that freely rotates. It has. Drive wheels 26 and 26 are attached to both ends of the drive shaft 22. Idle wheels 27 are attached to both ends of the idle shaft 25.

図３，４，１６に示すように、出力軸２３は、一方のフレーム１２の外側に突出し、この突出部に回転体３１が固定され、出力歯車３３が回動可能に設けられている。回転体３１には、略Ｖ字状の係合凹部３２が形成されている。出力歯車３３には、回転体３１の係合凹部３２に係脱する略Ｖ字状の係合凸部３５が設けられている。出力歯車３３は、出力軸２３に取り付けられたバネ（弾性部材）３６により回転体３１に圧接している。 As shown in FIGS. 3, 4, and 16, the output shaft 23 protrudes to the outside of one frame 12, a rotating body 31 is fixed to the protruding portion, and an output gear 33 is rotatably provided. The rotating body 31 is formed with a substantially V-shaped engaging recess 32. The output gear 33 is provided with a substantially V-shaped engaging convex portion 35 that engages with and disengages from the engaging concave portion 32 of the rotating body 31. The output gear 33 is pressed against the rotating body 31 by a spring (elastic member) 36 attached to the output shaft 23.

図３，１７に示すように、一方のフレーム１２には、後方に向かって略直線状に配置された歯車群４１が設けられている。歯車群４１は、前記出力歯車３３と噛み合う中間平歯車４２と、中間平歯車４２と一体の中間小歯車４３と、この中間小歯車４３と噛み合う大平歯車４５と、この大平歯車４５と噛み合う小平歯車４６と、この小平歯車４６と噛み合う最終歯車４７とからなる。前記大平歯車４５は、フレーム１２，１３に回動可能に取り付けられた伝達軸４８に固定されている。伝達軸４８は、他方のフレーム１３の外側に突出し、この突出部に駆動カム５１が固定されている。 As shown in FIGS. 3 and 17, one frame 12 is provided with a gear group 41 arranged substantially linearly toward the rear. The gear group 41 includes an intermediate spur gear 42 that meshes with the output gear 33, an intermediate small gear 43 that is integral with the intermediate spur gear 42, a large spur gear 45 that meshes with the intermediate spur gear 43, and a small spur gear that meshes with the large spur gear 45. 46 and a final gear 47 that meshes with the small spur gear 46. The large spur gear 45 is fixed to a transmission shaft 48 rotatably attached to the frames 12 and 13. The transmission shaft 48 protrudes to the outside of the other frame 13, and the drive cam 51 is fixed to the protruding portion.

図３，２４に示すように、駆動カム５１は、一方（Ｘ方向）の回転時に順番に係合する第１の係合爪５２と第２の係合爪５３を有し、さらに他方（Ｙ方向）の回転時に他方のフレーム１３に設けられた固定突起に係止される係止突起を有する。他方のフレーム１３の後方には、第１の係止解除片６０が回動可能に取り付けられている。第１の係止解除片６０は、合成樹脂によって一体成形され、円形の中心部６１と、中心部６１の後方に形成されたストッパー部６２と、中心部６１の前方に形成された弾性部６３と、中心部６１の下部から前方に伸びる係止部６４とからなり、中心部６１がネジによりフレーム１３に回動可能に取り付けられている。第１の係止解除片６０は、フレーム１３に切り欠きによって形成された弾性片６５に弾性部６３が係合して、一方（Ｘ方向）に付勢され、ストッパー部６２がフレーム１３に形成された突起６６に係止されている。 As shown in FIGS. 3 and 24, the drive cam 51 has a first engagement claw 52 and a second engagement claw 53 which are sequentially engaged when one (X direction) rotates, and the other (Y And a locking protrusion that is locked to a fixing protrusion provided on the other frame 13 during rotation in the direction). A first unlocking piece 60 is rotatably attached to the rear of the other frame 13. The first locking release piece 60 is integrally formed of synthetic resin, and has a circular center portion 61, a stopper portion 62 formed at the back of the center portion 61, and an elastic portion 63 formed at the front of the center portion 61. And the latching | locking part 64 extended ahead from the lower part of the center part 61, and the center part 61 is rotatably attached to the flame | frame 13 with the screw | thread. The first unlocking piece 60 is urged in one direction (X direction) by the elastic part 63 engaging with the elastic piece 65 formed by cutting out the frame 13, and the stopper part 62 is formed in the frame 13. The protrusion 66 is locked.

図３，２４に示すように、他方のフレーム１３の前方には、第２の係止解除片７０が回動可能に取り付けられている。第２の係止解除片７０は、合成樹脂によって一体成形され、円形の中心部７１と、中心部７１の前方に形成された係合部７２と、中心部７１の下部に形成されたストッパー７３と、中心部７１の上部から後方に伸びる係止部７４とからなり、中心部７１がネジによりフレーム１３に回動可能に取り付けられている。 As shown in FIGS. 3 and 24, a second locking release piece 70 is rotatably attached to the front of the other frame 13. The second unlocking piece 70 is integrally formed of synthetic resin, and has a circular center portion 71, an engagement portion 72 formed in front of the center portion 71, and a stopper 73 formed in the lower portion of the center portion 71. And the latching | locking part 74 extended back from the upper part of the center part 71, and the center part 71 is rotatably attached to the flame | frame 13 with a screw | thread.

図３，２１に示すように、第２の係止解除片７０の前方であって、フレーム１２，１３には、揺動軸８０が揺動可能に取り付けられている。揺動軸８０は、略中心には揺動突起８５が設けられ、フレーム１３から突出する突出部には係止片８７及び係合片８１が固定され、フレーム１２から突出する突出部には係止片８８が形成されている。図５にも示すように、揺動突起８５には、摺動係止板７７が設けられている。 As shown in FIGS. 3 and 21, a swing shaft 80 is swingably attached to the frames 12 and 13 in front of the second locking release piece 70. The swinging shaft 80 is provided with a swinging protrusion 85 substantially at the center, and a locking piece 87 and an engaging piece 81 are fixed to the protruding part protruding from the frame 13, and the protruding part protruding from the frame 12 is engaged. A stop piece 88 is formed. As shown in FIG. 5, a sliding locking plate 77 is provided on the swing protrusion 85.

図１，２５に示すように、摺動係止板７７は、前部に円孔７８が形成され、後部に長手方向に伸びる長孔７９が形成されている。摺動係止板７７は、円孔７８が揺動突起８５に取り付けられ、長孔７９が前記連結板１５のガイドピン１５ａに取り付けられ、揺動軸８０の揺動により長手方向に往復スライドする。係合片８１は、下部にフレーム１３に切り欠きによって形成された弾性片７５に係合する弾性軸８２が設けられ、後部に第２の係止解除片７０の係合部７２と係合する係合凸部８３が形成されている。第２の係止解除片７０は、前記係合片８１の係合凸部８３によって一方（Ｘ方向）に付勢され、ストッパー７３がフレーム１３に形成された突起７６に係止されている。 As shown in FIGS. 1 and 25, the sliding locking plate 77 has a circular hole 78 formed in the front portion and a long hole 79 extending in the longitudinal direction in the rear portion. The sliding locking plate 77 has a circular hole 78 attached to the swinging protrusion 85, a long hole 79 attached to the guide pin 15 a of the connecting plate 15, and reciprocally slides in the longitudinal direction by the swinging of the swinging shaft 80. . The engaging piece 81 is provided with an elastic shaft 82 that engages with an elastic piece 75 formed by a notch in the frame 13 at the lower portion, and engages with the engaging portion 72 of the second unlocking piece 70 at the rear portion. An engaging convex portion 83 is formed. The second unlocking piece 70 is urged in one direction (X direction) by the engaging projection 83 of the engaging piece 81, and the stopper 73 is locked to the protrusion 76 formed on the frame 13.

図３，２５，２６に示すように、枠部材１１の後部には足部材９０が回動可能に取り付けられている。足部材９０は、一対の足底板９１，９２と、足底板９１，９２を連結する連結板９５と、足底板９１，９２に略直角に設けられた垂直板９３，９４とからなる。垂直板９３，９４の後部には、それぞれ取付板９３ａ，９４ａが設けられている（図２７参照）。一方の垂直板９３の取付板９３ａは、一方のフレーム１２の後部に連結軸９７を介して回動可能に連結されている。他方の垂直板９４の取付板９４ａは、他方のフレーム１３の後部に連結軸９８を介して回動可能に連結されている。なお、連結軸９７と９８は、軸心が略一致するように配置されている。図１７に示すように、連結軸９８には、バネ部材９９が巻装され、当該バネ部材９９の弾性により、足底板９１，９２は、フレーム１２，１３に対して略直角となる方向に付勢されている。 As shown in FIGS. 3, 25, and 26, a foot member 90 is rotatably attached to the rear portion of the frame member 11. The foot member 90 includes a pair of sole plates 91, 92, a connecting plate 95 that couples the sole plates 91, 92, and vertical plates 93, 94 provided substantially at right angles to the sole plates 91, 92. Mounting plates 93a and 94a are provided at the rear portions of the vertical plates 93 and 94, respectively (see FIG. 27). The mounting plate 93a of one vertical plate 93 is rotatably connected to the rear portion of one frame 12 via a connecting shaft 97. The mounting plate 94a of the other vertical plate 94 is rotatably connected to the rear portion of the other frame 13 via a connecting shaft 98. The connecting shafts 97 and 98 are disposed so that the axes are substantially coincident with each other. As shown in FIG. 17, a spring member 99 is wound around the connecting shaft 98, and the soles 91 and 92 are attached in a direction substantially perpendicular to the frames 12 and 13 by the elasticity of the spring member 99. It is energized.

図３，１７に示すように、前記足部材９０の垂直板９３，９４には、車軸１００が回動可能に設けられている。この車軸１００の両側には、車輪１０１，１０２が固定されている。図３，２６に示すように、車輪１０１，１０２は、足底板９１，９２の略コ字状の切欠部９１ａ，９２ａから突出している。一方の車輪１０１近傍の車軸１００には、従動平歯車１０３が固定されている。従動平歯車１０３は、足底板９１，９２が折り畳まれてフレーム１２，１３と略平行となっている時、前記一方のフレーム１２に設けられた歯車群４１の最終歯車４７から離れており、足底板９１，９２が展開してフレーム１２，１３と略直角となっている時、歯車群４１の最終歯車４７と噛み合うようになっている。 As shown in FIGS. 3 and 17, the axle 100 is rotatably provided on the vertical plates 93 and 94 of the foot member 90. Wheels 101 and 102 are fixed on both sides of the axle 100. As shown in FIGS. 3 and 26, the wheels 101 and 102 protrude from substantially U-shaped notches 91 a and 92 a of the sole plates 91 and 92. A driven spur gear 103 is fixed to the axle 100 near one of the wheels 101. The driven spur gear 103 is separated from the final gear 47 of the gear group 41 provided on the one frame 12 when the soles 91 and 92 are folded and substantially parallel to the frames 12 and 13. When the bottom plates 91 and 92 are unfolded and substantially perpendicular to the frames 12 and 13, they mesh with the final gear 47 of the gear group 41.

足部材９０の他方の垂直板９４には、前記バネ部材９９の弾性により、足底板９１，９２が付勢され、図３，１７に示すように、足底板９１，９２が折り畳まれてフレーム１２，１３と略平行となっている時、第１の係止解除片６０のストッパー部６２に係止される第１の係止突起９４ｂが形成されている。また、足部材９０の他方の垂直板９４には、前記バネ部材９９の弾性により、足底板９１，９２が付勢され、足底板９１，９２が展開してフレーム１２，１３と略直角となっている時、フレーム１３に形成された突起１６に係止される第２の係止突起９４ｃが形成されている。足部材９０の一方の垂直板９３には、上部に係止縁９３ｂが形成されている。フレーム１２，１３は、前端に軸受け片１２ａ，１３ａが形成され、前部側面に軸受け板１７，１８が設けられている。 The other vertical plate 94 of the foot member 90 is urged by the elasticity of the spring member 99 to urge the soles 91 and 92, and the soles 91 and 92 are folded as shown in FIGS. , 13 is formed with a first locking projection 94b that is locked to the stopper portion 62 of the first locking release piece 60. Further, the other vertical plate 94 of the foot member 90 is urged by the elasticity of the spring member 99, so that the foot plates 91 and 92 are urged, and the foot plates 91 and 92 are deployed to be substantially perpendicular to the frames 12 and 13. A second locking projection 94c that is locked to the projection 16 formed on the frame 13 is formed. One vertical plate 93 of the foot member 90 is formed with a locking edge 93b at the top. The frames 12 and 13 have bearing pieces 12a and 13a formed at the front ends, and bearing plates 17 and 18 provided on the front side surfaces.

次に自動車形態のカバー体１１０について説明する。図２，８，９に示すように、カバー体１１０は、フロントカバー１１１と、前部右側面カバー１２１と、前部左側面カバー１２５と、トップカバー１３０とからなる。フロントカバー１１１は、前記軸受け片１２ａ，１３ａの外側に支軸１１５によって取り付けられ、下カバー１１２と傾斜カバー１１３とからなる。傾斜カバー１１３の一部を構成する前面カバー１１６は、前記軸受け片１２ａ，１３ａの内側に支軸１１５によって回動可能に取り付けられ、支軸１１５に巻装されたバネ部材１１７によって開く方向に付勢されている。前面カバー１１６は、内面にロボット玩具の頭部１１８が固定され、バネ部材１１７の弾性に抗して閉じた状態（頭部１１８をカバー体１１０の内側に収納した状態）で、前記摺動係止板７７の一側に係止されている。 Next, the cover body 110 in the form of an automobile will be described. As shown in FIGS. 2, 8, and 9, the cover body 110 includes a front cover 111, a front right side cover 121, a front left side cover 125, and a top cover 130. The front cover 111 is attached to the outside of the bearing pieces 12 a and 13 a by a support shaft 115, and includes a lower cover 112 and an inclined cover 113. A front cover 116 constituting a part of the inclined cover 113 is attached to the inside of the bearing pieces 12a and 13a so as to be rotatable by a support shaft 115 and attached in a direction to be opened by a spring member 117 wound around the support shaft 115. It is energized. The front cover 116 has the head 118 of the robot toy fixed to the inner surface and is closed against the elasticity of the spring member 117 (the head 118 is housed inside the cover body 110). Locked to one side of the stop plate 77.

図２２に示すように、前部右側面カバー１２１は、フレーム１３の軸受け板１８に連結軸１２２を介して後部が回動可能に取り付けられ、連結軸１２２に巻装されたバネ部材１２３によって先部が開く方向に付勢されている。図２１に示すように、前部右側面カバー１２１は、バネ部材１２３の弾性に抗して先部を閉じた状態で前記揺動軸８０の係止片８７に係止部１２４が係止されている。前部右側面カバー１２１は、開くとロボット玩具の右上腕部を構成する。 As shown in FIG. 22, the front right side cover 121 is attached to the bearing plate 18 of the frame 13 through a connecting shaft 122 so that the rear portion is rotatable, and the front right side cover 121 is moved forward by a spring member 123 wound around the connecting shaft 122. The part is biased in the opening direction. As shown in FIG. 21, in the front right side cover 121, the locking portion 124 is locked to the locking piece 87 of the swing shaft 80 in a state where the front portion is closed against the elasticity of the spring member 123. ing. When the front right side cover 121 is opened, it constitutes the upper right arm of the robot toy.

図２９に示すように、前部左側面カバー１２５は、フレーム１２の軸受け板１７に連結軸１２６を介して後部が回動可能に取り付けられ、連結軸１２６に巻装されたバネ部材１２７によって先部が開く方向に付勢されている。図２８に示すように、前部左側面カバー１２５は、バネ部材１２７の弾性に抗して先部を閉じた状態で前記揺動軸８０の係止片８８に係止部１２８が係止されている。前部左側面カバー１２５は、開くとロボット玩具の左上腕部を構成する。 As shown in FIG. 29, the front left side cover 125 is attached to the bearing plate 17 of the frame 12 via the connecting shaft 126 so that the rear portion is rotatable, and the front left side cover 125 is advanced by a spring member 127 wound around the connecting shaft 126. The part is biased in the opening direction. As shown in FIG. 28, in the front left side cover 125, the locking portion 128 is locked to the locking piece 88 of the swing shaft 80 in a state where the front portion is closed against the elasticity of the spring member 127. ing. When the front left side cover 125 is opened, it constitutes the left upper arm of the robot toy.

図２，８，９に示すように、トップカバー１３０は、上前部カバー１３１と、上前部カバー１３１の後部に前部が支軸１３６によってヒンジ連結された上後部カバー１３２と、上後部カバー１３２の後部に上部が支軸１３７によってヒンジ連結された後部カバー１３３と、上後部カバー１３２の右側に支軸１３８によってヒンジ連結された後部右側面カバー１３４と、上後部カバー１３２の左側に支軸１３９によってヒンジ連結された後部左側面カバー１３５とからなる。トップカバー１３０は、上前部カバー１３１が枠部材１１の連結板１５にネジ止めされて、枠部材１１に取り付けられている。 As shown in FIGS. 2, 8, and 9, the top cover 130 includes an upper front cover 131, an upper rear cover 132 having a front portion hinged to a rear portion of the upper front cover 131 by a support shaft 136, and an upper rear portion. A rear cover 133 whose upper part is hinged to the rear part of the cover 132 by a support shaft 137, a rear right side cover 134 hinged to the right side of the upper rear cover 132 by a support shaft 138, and a left side of the upper rear cover 132. The rear left side cover 135 is hinged by a shaft 139. The top cover 130 is attached to the frame member 11 with the upper front cover 131 screwed to the connecting plate 15 of the frame member 11.

上後部カバー１３２は、支軸１３６に巻装されたバネ部材１４１によって、上前部カバー１３１に対して屈曲する方向に付勢され、バネ部材１４１の弾性に抗して上前部カバー１３１と平坦となる位置で、前記足部材９０の一方の垂直板９３に形成された係止縁９３ｂに係止されている。後部右側面カバー１３４は、支軸１３８に巻装されたバネ部材１４２によって開く方向に付勢され、バネ部材１４２の弾性に抗して閉じた位置で、閉じた前部右側面カバー１２１に係止されている。後部左側面カバー１３５は、支軸１３９に巻装されたバネ部材１４３によって開く方向に付勢され、バネ部材１４３の弾性に抗して閉じた位置で、閉じた前部左側面カバー１２５に係止されている。 The upper rear cover 132 is urged in a direction to be bent with respect to the upper front cover 131 by a spring member 141 wound around the support shaft 136, and resists the elasticity of the spring member 141 with the upper front cover 131. At a position where it is flat, it is locked to a locking edge 93 b formed on one vertical plate 93 of the foot member 90. The rear right side cover 134 is urged in the opening direction by the spring member 142 wound around the support shaft 138, and is engaged with the closed front right side cover 121 in a closed position against the elasticity of the spring member 142. It has been stopped. The rear left side cover 135 is biased in the opening direction by a spring member 143 wound around the support shaft 139, and is engaged with the closed front left side cover 125 at a closed position against the elasticity of the spring member 143. It has been stopped.

形態変化玩具１は、図８に示す自動車玩具形態から図１４に示すロボット玩具形態に変化する。自動車玩具形態時には、図１に示すように、足部材９０が折り畳まれ、玩具本体１０が箱形形状のカバー体１１０内に収納されている。ロボット玩具形態時には、図４，５に示すように、足部材９０が突出し、カバー体１１０が展開し、頭部１１８が突出し右腕部（前部右側面カバー）１２１及び左腕部（前部左側面カバー）１２５が側方に開く。 The form changing toy 1 changes from the car toy form shown in FIG. 8 to the robot toy form shown in FIG. As shown in FIG. 1, the foot member 90 is folded and the toy body 10 is housed in a box-shaped cover body 110 in the form of a car toy. In the robot toy form, as shown in FIGS. 4 and 5, the foot member 90 protrudes, the cover body 110 expands, the head 118 protrudes, and the right arm portion (front right side cover) 121 and the left arm portion (front left side surface). Cover) 125 opens to the side.

さらに自動車玩具形態時について具体的に説明する。図１，３に示すように、足部材９０は、一対の足底板９１，９２がフレーム１２，１３と略平行となるようにバネ部材９９の弾性に抗して折り畳まれ、他方の足底板９２の垂直板９４に形成された第１の係止突起９４ｂが、第１の係止解除片７０のストッパー部６２に係止されている。足部材９０に設けられた車軸１００の従動平歯車１０３は、玩具本体１０の歯車群４１の最終歯車４７から離れている。車軸１００の両側に設けられた車輪１０１，１０２は、なんら拘束されることなく自由回転が可能で、接地する。 Furthermore, the case of a toy car will be specifically described. As shown in FIGS. 1 and 3, the foot member 90 is folded against the elasticity of the spring member 99 so that the pair of sole plates 91 and 92 are substantially parallel to the frames 12 and 13, and the other sole plate 92 is folded. The first locking projection 94 b formed on the vertical plate 94 is locked to the stopper portion 62 of the first locking release piece 70. The driven spur gear 103 of the axle 100 provided on the foot member 90 is separated from the final gear 47 of the gear group 41 of the toy body 10. The wheels 101 and 102 provided on both sides of the axle 100 can freely rotate without any restriction and are grounded.

カバー体１１０の前部右側面カバー１２１は、バネ部材１２３の弾性に抗して閉じられ、揺動軸８０の係止片８８に係止されている。カバー体１１０の前部左側面カバー１２５は、バネ部材１２７の弾性に抗して閉じられ、揺動軸８０の係止片８７に係止されている。 The front right side cover 121 of the cover body 110 is closed against the elasticity of the spring member 123 and is locked to the locking piece 88 of the swing shaft 80. The front left side cover 125 of the cover body 110 is closed against the elasticity of the spring member 127 and is locked to the locking piece 87 of the swing shaft 80.

カバー体１１０のフロントカバー１１１は、前面カバー１１６がバネ部材１１７の弾性に抗して閉じた状態で摺動係止板７７の一側に係止されている。前面カバー１１６の内面に固定されたロボット玩具の頭部１１８がカバー体１１０の内側に収納した状態となっている。 The front cover 111 of the cover body 110 is locked to one side of the sliding lock plate 77 with the front cover 116 closed against the elasticity of the spring member 117. The head 118 of the robot toy fixed to the inner surface of the front cover 116 is housed inside the cover body 110.

トップカバー１３０の上後部カバー１３２は、図１に示すように、バネ部材１４１の弾性に抗して上前部カバー１３１と平坦となる位置で、足部材９０の一方の垂直板９３に形成された係止縁９３ｂに係止されている。後部右側面カバー１３４は、バネ部材１４２の弾性に抗して閉じた位置で、閉じた前部右側面カバー１２１に係止されている。後部左側面カバー１３５は、バネ部材１４３の弾性に抗して閉じた位置で、閉じた前部左側面カバー１２５に係止されている。 As shown in FIG. 1, the upper rear cover 132 of the top cover 130 is formed on one vertical plate 93 of the foot member 90 at a position flat with the upper front cover 131 against the elasticity of the spring member 141. It is latched by the latching edge 93b. The rear right side cover 134 is locked to the closed front right side cover 121 at a position closed against the elasticity of the spring member 142. The rear left side cover 135 is locked to the closed front left side cover 125 at a position closed against the elasticity of the spring member 143.

形態変化玩具１は、自動車形態の時、一対の駆動輪２６，２６、一対の遊動輪２５，２５、一対の車輪１０１，１０２が接地する。この接地した状態で、形態変化玩具１を手で保持して後方に移動させると、駆動輪２６，２６の後方回転が、ゼンマイユニット２０内の歯車群を介してゼンマイに弾性を蓄える。この駆動輪２６，２６の後方回転は、出力軸２３にも伝わり、出力軸２３の回転が回転体３１、回転体３１の係合凹部３２、出力歯車３３の係合凸部３５、出力歯車３３、中間平歯車４２、中間小歯車４３、大平歯車４５、伝達軸４８を介して駆動カム５１に伝わり、駆動カム５１がＹ方向に回転する。駆動カム５１は、Ｙ方向に略１回転すると、係止突起が他方のフレーム１３に設けられた固定突起に係止され、その位置で停止する。その位置が初期位置となる。駆動カム５１が停止すると、伝達軸４８、大平歯車４５、中間小歯車４３、中間平歯車４２、出力歯車３３が回転不能となるが、回転体３１の係合凹部３２が出力歯車３３の係合凸部３５から外れるので、出力軸２３はさらにゼンマイの巻き方向に回転させることができる。 When the form change toy 1 is in the form of an automobile, the pair of driving wheels 26 and 26, the pair of idle wheels 25 and 25, and the pair of wheels 101 and 102 are grounded. When the shape-changing toy 1 is held by hand and moved rearward in this grounded state, the backward rotation of the drive wheels 26 and 26 accumulates elasticity in the mainspring via the gear group in the mainspring unit 20. The backward rotation of the drive wheels 26, 26 is also transmitted to the output shaft 23, and the rotation of the output shaft 23 is the rotating body 31, the engaging concave portion 32 of the rotating body 31, the engaging convex portion 35 of the output gear 33, and the output gear 33. Then, it is transmitted to the drive cam 51 via the intermediate spur gear 42, the intermediate small gear 43, the large spur gear 45, and the transmission shaft 48, and the drive cam 51 rotates in the Y direction. When the drive cam 51 rotates approximately once in the Y direction, the locking protrusion is locked to the fixed protrusion provided on the other frame 13 and stops at that position. That position becomes the initial position. When the drive cam 51 stops, the transmission shaft 48, the large spur gear 45, the intermediate small gear 43, the intermediate spur gear 42, and the output gear 33 become non-rotatable, but the engaging recess 32 of the rotating body 31 engages with the output gear 33. Since it deviates from the convex part 35, the output shaft 23 can be further rotated in the winding direction of the mainspring.

形態変化玩具１は、手を離すと、ゼンマイに蓄えられた動力により、駆動軸２２及び駆動輪２６，２６が回転して走行を行う。出力軸２３も回転し、出力軸２３の回転が回転体３１、回転体３１の係合凹部３２、出力歯車３３の係合凸部３５、出力歯車３３、中間平歯車４２、中間小歯車４３、大平歯車４５、伝達軸４８を介して駆動カム５１に伝わり、駆動カム５１がＸ方向に回転する。駆動カム５１の第１の係合爪５２が、弾性片６５の弾性に抗して、第１の係止解除片６０の係止部６４を係止して押し下げ、ストッパー部６２が上方に移動して、他方の足底板９２の垂直板９４に形成された第１の係止突起９４ｂの係止を解除する。図４，５に示すように、玩具本体１０、即ち一対のフレーム１２，１３は、足底板９１，９２が接地した状態で、バネ部材９９の弾性により連結軸９７，９８を中心として起立し、フレーム１２，１３が足底板９１，９２と略直角となると、他方の足底板９２の垂直板９４に形成された第２の係止突起９４ｃが、フレーム１３に形成された突起１６に係止される。 When the shape change toy 1 is released, the drive shaft 22 and the drive wheels 26 and 26 are rotated by the power stored in the mainspring to travel. The output shaft 23 also rotates, and the rotation of the output shaft 23 is the rotating body 31, the engaging concave portion 32 of the rotating body 31, the engaging convex portion 35 of the output gear 33, the output gear 33, the intermediate spur gear 42, the intermediate small gear 43, It is transmitted to the drive cam 51 through the large spur gear 45 and the transmission shaft 48, and the drive cam 51 rotates in the X direction. The first engaging claw 52 of the drive cam 51 resists the elasticity of the elastic piece 65 to lock and push down the locking portion 64 of the first locking release piece 60, and the stopper portion 62 moves upward. Then, the locking of the first locking projection 94b formed on the vertical plate 94 of the other sole plate 92 is released. As shown in FIGS. 4 and 5, the toy main body 10, that is, the pair of frames 12 and 13, stands up around the connection shafts 97 and 98 by the elasticity of the spring member 99 with the sole plates 91 and 92 grounded. When the frames 12, 13 are substantially perpendicular to the sole plates 91, 92, the second locking projections 94 c formed on the vertical plate 94 of the other sole plate 92 are locked to the projections 16 formed on the frame 13. The

駆動輪２６，２６が接地面から離れるが、玩具本体１０が起立すると、フレーム１２に設けられた歯車群４１の最終歯車４７が足部材９０の従動平歯車１０３と噛み合う。上記したように、ゼンマイに蓄えられた動力により、大平歯車４５が回転しているので、小平歯車４６を介して最終歯車４７は回転しており、この最終歯車４７の回転が従動平歯車１０３に伝わり、車軸１００及び車輪１０１，１０２が回転して、そのまま起立走行（歩行）を続行する。 The drive wheels 26, 26 are separated from the ground contact surface, but when the toy body 10 stands up, the final gear 47 of the gear group 41 provided on the frame 12 meshes with the driven spur gear 103 of the foot member 90. As described above, because the large spur gear 45 is rotated by the power stored in the mainspring, the final gear 47 is rotated via the small spur gear 46, and the rotation of the final gear 47 is transferred to the driven spur gear 103. Then, the axle 100 and the wheels 101 and 102 rotate, and the standing running (walking) is continued as it is.

トップカバー１３０の上後部カバー１３２は、足部材９０の一方の垂直板９３の係止縁９３ｂから外れ、バネ部材１４１の弾性により開く方向に回動する。上後部カバー１３２は、開く方向に回動するとロボット形態の背部を構成する。後部右側面カバー１３４は、閉じた前部右側面カバー１２１から外れ、バネ部材１４２の弾性により開く方向に回動する。後部左側面カバー１３５は、閉じた前部左側面カバー１２５から外れ、バネ部材１４３の弾性により開く方向に回動する。 The upper rear cover 132 of the top cover 130 is disengaged from the locking edge 93 b of one vertical plate 93 of the foot member 90 and is rotated in the opening direction by the elasticity of the spring member 141. When the upper rear cover 132 is rotated in the opening direction, it constitutes a robot-shaped back portion. The rear right side cover 134 is detached from the closed front right side cover 121 and is rotated in the opening direction by the elasticity of the spring member 142. The rear left side cover 135 is detached from the closed front left side cover 125 and is rotated in the opening direction by the elasticity of the spring member 143.

さらに駆動カム５１のＸ方向の回転により、第２の係合爪５３が第２の係止解除片７０の係止部７４を係止して押し上げ、係合部７２が係合片８１の係合凸部８３を弾性片７５の弾性に抗して押し下げ、揺動軸８０を揺動させる。揺動軸８０が揺動することにより、揺動軸８０の両側に設けられた係止片８７，８８が前部右側面カバー１２１と前部左側面カバー１２５から外れる。前部右側面カバー１２１は、連結軸１２２に巻装されたバネ部材１２３によって先部が外側に展開する。前部右側面カバー１２１は、開くとロボット玩具の右上腕部を構成する。前部左側面カバー１２５は、連結軸１２６に巻装されたバネ部材１２７によって先部が外側に展開する。前部左側面カバー１２５は、開くとロボット玩具の左上腕部を構成する。 Further, by the rotation of the drive cam 51 in the X direction, the second engagement claw 53 engages and pushes up the engagement portion 74 of the second engagement release piece 70, and the engagement portion 72 engages the engagement piece 81. The joint protrusion 83 is pushed down against the elasticity of the elastic piece 75, and the swing shaft 80 is swung. When the swinging shaft 80 swings, the locking pieces 87 and 88 provided on both sides of the swinging shaft 80 are detached from the front right side cover 121 and the front left side cover 125. A front portion of the front right side cover 121 is developed outward by a spring member 123 wound around the connecting shaft 122. When the front right side cover 121 is opened, it constitutes the upper right arm of the robot toy. The front left side cover 125 is unfolded outward by a spring member 127 wound around the connecting shaft 126. When the front left side cover 125 is opened, it constitutes the left upper arm of the robot toy.

揺動軸８０が揺動すると、揺動突起８５を介して摺動係止板７７が摺動して前面カバー１１６から外れ、前面カバー１１６がバネ部材１１７の弾性により回転して、前面カバー１１６の内面に固定されたロボット玩具の頭部１１８が表出する。このように、形態変化玩具１は、走行中に、起立して足部材９０及び頭部１１８を突出させ、腕部材１２１，１２５を引き出して、自動車形態からロボット形態に変化させることができる。 When the swing shaft 80 swings, the sliding locking plate 77 slides through the swing protrusion 85 and comes off from the front cover 116, and the front cover 116 rotates due to the elasticity of the spring member 117, and the front cover 116. The head 118 of the robot toy fixed to the inner surface of the robot is exposed. As described above, the form-changing toy 1 can change from the automobile form to the robot form by standing up and projecting the leg member 90 and the head 118 and pulling out the arm members 121 and 125 while running.

なお、図６に示すように、前記歯車群４１に、駆動部２０の動力を駆動カム５１に伝達する時と、伝達しない時に切り替えることができる切替手段５５を設けても良い。前記中間平歯車４２を揺動板５６に回動可能に取り付け、中間平歯車４２と一体の中間小歯車４３が常に大平歯車４５と噛み合うようにして、当該揺動板５６を大平歯車４５の支軸４５ａに回動可能に取り付ける。揺動板５６に操作板５７を設ける。揺動板５６又は操作板５７に係止凸部を形成し、一方のフレーム１２に係止凸部と係脱する係止凹部を形成することにより、揺動板５６の位置決めを行うことができる。即ち、切替手段５５は、駆動部２０の動力を駆動カム５１に伝達する中間平歯車（伝達手段）４２と、中間平歯車（伝達手段）４２を伝達位置と非伝達位置に切り替える揺動板（切替手段）５６とからなり、中間平歯車（伝達手段）４２が出力歯車３３と噛み合う位置（伝達位置）にある時には駆動カム５１が回転するので変形し、中間平歯車（伝達手段）４２が出力歯車３３と噛み合わない位置（非伝達位置）にある時には変形しない。伝達位置と非伝達位置は、前述したように、揺動板５６又は操作板５７に形成された係止凸部とフレーム１２に形成された係止凹部を係脱させて位置決めされる。このように、形態変化玩具１は、操作板５７を介して揺動板５６を揺動させ、中間平歯車（伝達手段）４２を出力歯車３３と噛み合う位置（伝達位置）で位置決めさせると、上述したように変形を行う玩具として遊ぶことができ、中間平歯車（伝達手段）４２を出力歯車３３と噛み合わない位置（非伝達位置）で位置決めさせると、変形しないので、単なるゼンマイ走行玩具として遊ぶことができる。 As shown in FIG. 6, the gear group 41 may be provided with switching means 55 that can be switched when the power of the drive unit 20 is transmitted to the drive cam 51 and when it is not transmitted. The intermediate spur gear 42 is rotatably attached to the swing plate 56, and the intermediate spur gear 43 integral with the intermediate spur gear 42 is always meshed with the large spur gear 45 so that the swing plate 56 is supported by the large spur gear 45. Attached to the shaft 45a so as to be rotatable. An operation plate 57 is provided on the swing plate 56. By forming a locking projection on the swing plate 56 or the operation plate 57 and forming a locking recess on and disengaging from the locking projection on one frame 12, the swing plate 56 can be positioned. . That is, the switching means 55 includes an intermediate spur gear (transmission means) 42 that transmits the power of the drive unit 20 to the drive cam 51, and a swing plate (switching between the transmission position and the non-transmission position). Switching means) 56, and when the intermediate spur gear (transmission means) 42 is in a position (transmission position) where it engages with the output gear 33, the drive cam 51 rotates and deforms, and the intermediate spur gear (transmission means) 42 outputs. It does not deform when it is in a position where it does not mesh with the gear 33 (non-transmission position). As described above, the transmission position and the non-transmission position are positioned by engaging / disengaging the locking projection formed on the swing plate 56 or the operation plate 57 and the locking recess formed on the frame 12. As described above, when the shape changing toy 1 swings the swing plate 56 via the operation plate 57 and positions the intermediate spur gear (transmission means) 42 at the position (transmission position) where the intermediate spur gear (transmission means) 42 is engaged, The intermediate spur gear (transmission means) 42 can be played at a position where it does not mesh with the output gear 33 (non-transmission position). Can do.

また、図７に示すように、前記伝達軸４８に、駆動部２０の動力を駆動カム５１に伝達する時と、伝達しない時に切り替えることができる切替手段６７を設けても良い。この切替手段６７は、伝達軸４８を右軸４８ａと左軸４８ｂに分割し、右軸４８ａと左軸４８ｂに歯車６８ａ，６８ｂを固定し、両歯車６８ａ，６８ｂに同時に噛み合う切替歯車（伝達手段）６９ａを揺動部材６９に回動可能に取り付ける。切替手段６７は、揺動部材６９を操作して、切替歯車（伝達手段）６９ａを歯車６８ａと６８ｂに噛み合わせると、駆動部２０の動力を駆動カム５１に伝達することができ、揺動部材６９を操作して、切替歯車（伝達手段）６９ａを歯車６８ａと６８ｂから離すと、駆動部２０の動力が駆動カム５１に伝達できなくなる。このように、形態変化玩具１は、揺動部材６９を操作して、切替歯車（伝達手段）６９ａを歯車６８ａ，６８ｂと噛み合う位置（伝達位置）で位置決めさせると、上述したように変形を行う玩具として遊ぶことができ、切替歯車６９ａ（伝達手段）を歯車６８ａ，６８ｂと噛み合わない位置（非伝達位置）で位置決めさせると、変形しないので、単なるゼンマイ走行玩具として遊ぶことができる。 In addition, as shown in FIG. 7, the transmission shaft 48 may be provided with switching means 67 that can be switched when the power of the drive unit 20 is transmitted to the drive cam 51 and when it is not transmitted. The switching means 67 divides the transmission shaft 48 into a right shaft 48a and a left shaft 48b, fixes gears 68a and 68b to the right shaft 48a and the left shaft 48b, and simultaneously engages both gears 68a and 68b (transmission means). ) 69a is rotatably attached to the swing member 69. The switching means 67 can transmit the power of the drive unit 20 to the drive cam 51 by operating the swinging member 69 to mesh the switching gear (transmission means) 69a with the gears 68a and 68b. If the switching gear (transmission means) 69a is separated from the gears 68a and 68b by operating 69, the power of the drive unit 20 cannot be transmitted to the drive cam 51. As described above, when the shape changing toy 1 operates the swing member 69 to position the switching gear (transmission means) 69a at the position (transmission position) where the switching gear (transmission means) 69a meshes with the gears 68a and 68b, the shape change toy 1 is deformed as described above. It can be played as a toy, and if the switching gear 69a (transmission means) is positioned at a position where it does not mesh with the gears 68a, 68b (non-transmission position), it will not be deformed, so it can be played as a simple spring running toy.

本願発明は、自動車玩具形態からロボット玩具形態に変化する形態変化玩具に利用可能である。 The present invention can be used for a form-change toy that changes from a car toy form to a robot toy form.

１形態変化玩具
１０玩具本体
１１枠部材
１２フレーム
１２ａ軸受け片
１３フレーム
１３ａ軸受け片
１５連結板
１６突起
１７軸受け板
１８軸受け板
２０ゼンマイユニット（駆動部）
２１ケース
２２駆動軸
２３出力軸
２５遊動軸
２６駆動輪
２７遊動輪
３１回転体
３２係合凹部
３３出力歯車
３５係合凸部
３６バネ（弾性部材）
４１歯車群
４２中間平歯車（伝達手段）
４３中間小歯車
４５大平歯車
４５ａ支軸
４６小平歯車
４７最終歯車
４８伝達軸
４８ａ右軸
４８ｂ左軸
５１駆動カム
５２第１の係合爪
５３第２の係合爪
５５切替手段
５６揺動板
５７操作板
６０第１の係止解除片（第１の係止部材）
６１中心部
６２ストッパー部
６３弾性部
６４係止部
６５弾性片
６６突起
６７切替手段
６８ａ歯車
６８ｂ歯車
６９揺動部材
６９ａ切替歯車（伝達手段）
７０第２の係止解除片（第２の係止部材）
７１中心部
７２係合部
７３ストッパー
７４係止部
７５弾性片
７６突起
７７摺動係止板
７８円孔
７９長孔
８０揺動軸
８１係合片
８２弾性軸
８３係合凸部
８５揺動突起
８６係止突起
８７係止片
８８係止片
９０足部材（第１の変形部）
９１足底板
９１ａ切欠部
９２足底板
９２ａ切欠部
９３垂直板
９３ａ取付板
９３ｂ係止縁
９４垂直板
９４ａ取付板
９４ｂ第１の係止突起
９４ｃ第２の係止突起
９５連結板
９７連結軸
９８連結軸
９９バネ部材（弾性部材）
１００車軸
１０１車輪
１０２車輪
１０３従動平歯車
１１０カバー体
１１１フロントカバー
１１２下カバー
１１３傾斜カバー
１１５支軸
１１６前面カバー
１１７バネ部材（弾性部材）
１１８ロボット玩具の頭部（第２の変形部）
１２１前部右側面カバー（右上腕部第２の変形部）
１２２連結軸
１２３バネ部材（弾性部材）
１２４係止部
１２５前部左側面カバー（左上腕部第２の変形部）
１２６連結軸
１２７バネ部材（弾性部材）
１２８係止部
１３０トップカバー
１３１上前部カバー
１３２上後部カバー（背部第３の変形部）
１３３後部カバー
１３４後部右側面カバー
１３５後部左側面カバー
１３６支軸
１３７支軸
１３８支軸
１３９支軸
１４１バネ部材（弾性部材）
１４２バネ部材（弾性部材）
１４３バネ部材（弾性部材） DESCRIPTION OF SYMBOLS 1 Form change toy 10 Toy main body 11 Frame member 12 Frame 12a Bearing piece 13 Frame 13a Bearing piece 15 Connecting plate 16 Protrusion 17 Bearing plate 18 Bearing plate 20 Spring unit (drive part)
21 Case 22 Drive shaft 23 Output shaft 25 Idle shaft 26 Drive wheel 27 Idle wheel 31 Rotating body 32 Engaging recess 33 Output gear 35 Engaging projection 36 Spring (elastic member)
41 gear group 42 intermediate spur gear (transmission means)
43 intermediate small gear 45 large spur gear 45a support shaft 46 small spur gear 47 final gear 48 transmission shaft 48a right shaft 48b left shaft 51 drive cam 52 first engagement claw 53 second engagement claw 55 switching means 56 swing plate 57 Operation plate 60 first locking release piece (first locking member)
61 Central part 62 Stopper part 63 Elastic part 64 Locking part 65 Elastic piece 66 Protrusion 67 Switching means 68a Gear 68b Gear 69 Swing member 69a Switching gear (Transmission means)
70 Second locking release piece (second locking member)
71 Center part 72 Engaging part 73 Stopper 74 Locking part 75 Elastic piece 76 Projection 77 Sliding locking plate 78 Circular hole 79 Long hole 80 Oscillating shaft 81 Engaging piece 82 Elastic shaft 83 Engaging convex part 85 Oscillating protrusion 86 Locking protrusion 87 Locking piece 88 Locking piece 90 Foot member (first deformation portion)
91 Foot plate 91a Notch portion 92 Foot sole plate 92a Notch portion 93 Vertical plate 93a Mounting plate 93b Locking edge 94 Vertical plate 94a Mounting plate 94b First locking projection 94c Second locking projection 95 Connection plate 97 Connection shaft 98 Connection Shaft 99 Spring member (elastic member)
DESCRIPTION OF SYMBOLS 100 Axle 101 Wheel 102 Wheel 103 Driven spur gear 110 Cover body 111 Front cover 112 Lower cover 113 Inclined cover 115 Spindle 116 Front cover 117 Spring member (elastic member)
118 Robot toy head (second deformable portion)
121 Front right side cover (upper right arm part second deformation part)
122 connecting shaft 123 spring member (elastic member)
124 Locking part 125 Front left side cover (left upper arm part second deformed part)
126 Connecting shaft 127 Spring member (elastic member)
128 Locking portion 130 Top cover 131 Upper front cover 132 Upper rear cover (back third deformed portion)
133 Rear cover 134 Rear right side cover 135 Rear left side cover 136 Support shaft 137 Support shaft 138 Support shaft 139 Support shaft 141 Spring member (elastic member)
142 Spring member (elastic member)
143 Spring member (elastic member)

Claims

玩具本体を有し、
玩具本体は、駆動部と、駆動部によって駆動される駆動カムと、少なくとも第１の変形部と第２の変形部が設けられ、
第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、
第２の変形部は、第３の位置から第４の位置に変形可能であり、弾性部材により第４の位置の方向に付勢され、弾性部材の弾性に抗して第３の位置で第２の係止部材に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、次に第２の係止部材の係止を解除して第２の変形部を第４の位置に変形させて形態を変化させるように構成されていることを特徴とする形態変化玩具。 Having a toy body,
The toy main body is provided with a drive unit, a drive cam driven by the drive unit, at least a first deformation unit and a second deformation unit,
The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member,
The second deformable portion can be deformed from the third position to the fourth position, is urged in the direction of the fourth position by the elastic member, and resists the elasticity of the elastic member at the third position. 2 is locked to the locking member,
When the drive cam rotates, the first locking member is unlocked and the first deforming portion is deformed to the second position, and then the second locking member is unlocked and the first cam is unlocked. A shape-changing toy configured to change the shape by deforming the two deformable portions into a fourth position.

玩具本体を有し、
玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、第１の変形部と第２の変形部が設けられ、
第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、
第２の変形部は、第３の位置から第４の位置に変形可能であり、弾性部材により第４の位置の方向に付勢され、弾性部材の弾性に抗して第３の位置で第２の係止部材に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、次に第２の係止部材の係止を解除して第２の変形部を第４の位置に変形させて形態を変化させるように構成されていることを特徴とする形態変化玩具。 Having a toy body,
The toy body includes a drive unit, a drive wheel driven by the drive unit, and a drive cam, and further provided with a first deformation unit and a second deformation unit,
The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member,
The second deformable portion can be deformed from the third position to the fourth position, is urged in the direction of the fourth position by the elastic member, and resists the elasticity of the elastic member at the third position. 2 is locked to the locking member,
When the drive cam rotates, the first locking member is unlocked and the first deforming portion is deformed to the second position, and then the second locking member is unlocked and the first cam is unlocked. A shape-changing toy configured to change the shape by deforming the two deformable portions into a fourth position.

第１の変形部は、一対の車輪を有し、
玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第２の変形部が変形してロボット形態となることを特徴とする請求項２記載の形態変化玩具。 The first deformation part has a pair of wheels,
The toy body is in the form of an automobile when the driving wheel and the pair of wheels are in contact with the ground, and the driving cam rotates while the vehicle is running, the first deforming portion is deformed and stands up, and the pair of wheels are in contact with the ground. The shape-changing toy according to claim 2, wherein the driving wheel is separated from the grounding surface, and the second deforming portion is deformed to form a robot.

玩具本体は、第３の変形部が設けられ、
第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、第１の変形部の変形により係止が解除され、第６の位置に変形して形態を変化させるように構成されていることを特徴とする請求項２記載の形態変化玩具。 The toy body is provided with a third deforming portion,
The third deformable portion can be deformed from the fifth position to the sixth position, is urged by the elastic member in the direction of the sixth position, and resists the elasticity of the elastic member at the fifth position. It is configured to be locked to the first deformable portion at the position 1, unlocked by the deformation of the first deformable portion, and deformed to the sixth position to change the form. The shape-changing toy according to claim 2.

第１の変形部は、一対の車輪を有し、
玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第１の変形部の変形により第３の変形部が変形し、次に第２の変形部が変形してロボット形態となることを特徴とする請求項４記載の形態変化玩具。 The first deformation part has a pair of wheels,
The toy body is in the form of an automobile when the driving wheel and the pair of wheels are in contact with the ground, and the driving cam rotates while the vehicle is running, the first deforming portion is deformed and stands up, and the pair of wheels are in contact with the ground. 5. The drive wheel is separated from the ground contact surface, the third deforming portion is deformed by the deformation of the first deforming portion, and then the second deforming portion is deformed to form a robot. Shape change toy.

玩具本体を有し、
玩具本体は、駆動部と、駆動部によって駆動される駆動カムと、第１の変形部と、第３の変形部が設けられ、
第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、
第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、第１の変形部の変形により第３の変形部の係止が解除され、第３の変形部を第６の位置に変形させて形態を変化させるように構成されていることを特徴とする形態変化玩具。 Having a toy body,
The toy main body is provided with a drive unit, a drive cam driven by the drive unit, a first deformation unit, and a third deformation unit,
The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member,
The third deformable portion can be deformed from the fifth position to the sixth position, is urged by the elastic member in the direction of the sixth position, and resists the elasticity of the elastic member at the fifth position. Locked to the first deformable portion at position 1,
When the drive cam rotates, the first locking member is unlocked and the first deforming portion is deformed to the second position, and the third deforming portion is locked by the deformation of the first deforming portion. Is changed, and the third deformable portion is deformed to the sixth position to change the shape, and the shape-changing toy is characterized in that the shape is changed.

玩具本体を有し、
玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、第１の変形部と第３の変形部が設けられ、
第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、
第３の変形部は、第５の位置から第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗して第５の位置で第１の位置にある第１の変形部に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させ、第１の変形部の変形により第３の変形部の係止が解除され、第３の変形部を第６の位置に変形させて形態を変化させるように構成されていることを特徴とする形態変化玩具。 Having a toy body,
The toy body includes a drive unit, a drive wheel and a drive cam driven by the drive unit, and further includes a first deformation unit and a third deformation unit,
The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member,
The third deformable portion can be deformed from the fifth position to the sixth position, is urged by the elastic member in the direction of the sixth position, and resists the elasticity of the elastic member at the fifth position. Locked to the first deformable portion at position 1,
When the drive cam rotates, the first locking member is unlocked and the first deforming portion is deformed to the second position, and the third deforming portion is locked by the deformation of the first deforming portion. Is changed, and the third deformable portion is deformed to the sixth position to change the shape, and the shape-changing toy is characterized in that the shape is changed.

第１の変形部は、一対の車輪を有し、
玩具本体は、駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して第１の変形部が変形して起立し、一対の車輪が接地した状態で駆動輪が接地面から離れ、さらに第１の変形部の変形により第３の変形部が変形してロボット形態となることを特徴とする請求項７記載の形態変化玩具。 The first deformation part has a pair of wheels,
The toy body is in the form of an automobile when the driving wheel and the pair of wheels are in contact with the ground, and the driving cam rotates while the vehicle is running, the first deforming portion is deformed and stands up, and the pair of wheels are in contact with the ground. 8. The shape-changing toy according to claim 7, wherein the driving wheel is separated from the grounding surface, and the third deforming portion is deformed by deformation of the first deforming portion to form a robot.

玩具本体は、駆動部によって回転する歯車群が設けられ、
第１の変形部には、前記一対の車輪と連動すると共に、第１の位置にある時には、歯車群から離れ、第２の位置にある時には、歯車群の一つの歯車と噛み合う従動歯車が設けられていることを特徴とする請求項３、５又は８記載の形態変化玩具。 The toy body is provided with a gear group that is rotated by a drive unit,
The first deformable portion is provided with a driven gear that interlocks with the pair of wheels and is separated from the gear group when in the first position and meshes with one gear of the gear group when in the second position. The shape-changing toy according to claim 3, 5, or 8.

玩具本体を有し、
玩具本体は、駆動部と、駆動部によって回転する歯車群と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、第１の変形部が設けられ、
第１の変形部は、第１の位置から第２の位置に変形可能であり、弾性部材により第２の位置の方向に付勢され、弾性部材の弾性に抗して第１の位置で第１の係止部材に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して第１の変形部を第２の位置に変形させて形態を変化させるように構成され、
第１の変形部は、一対の車輪と一対の車輪と連動する従動歯車を有し、
玩具本体は、駆動輪と一対の車輪が接地している時は第１の変形部が第１の位置にあって、自動車形態となり従動歯車が歯車群から離れて駆動輪で走行し、走行中に駆動カムが回転して第１の変形部が第２の位置に移動して起立したロボット形態となり、一対の車輪が接地した状態で駆動輪が接地面から離れて、歯車群の一つの歯車が従動歯車と噛み合って一対の車輪で歩行することを特徴とする形態変化玩具。 Having a toy body,
The toy body includes a drive unit, a gear group that is rotated by the drive unit, a drive wheel and a drive cam that are driven by the drive unit, and further includes a first deformation unit,
The first deformable portion can be deformed from the first position to the second position, is urged in the direction of the second position by the elastic member, and resists the elasticity of the elastic member at the first position. 1 is locked to the locking member,
The driving cam is configured to change the form by releasing the locking of the first locking member and deforming the first deforming portion to the second position when rotated.
The first deforming portion has a pair of wheels and a driven gear interlocking with the pair of wheels,
When the drive wheel and the pair of wheels are in contact with the toy body, the first deforming portion is in the first position, and the toy body is in the form of an automobile and the driven gear travels away from the gear group and travels on the drive wheel. The drive cam rotates and the first deforming portion moves to the second position to stand up, and the pair of wheels are in contact with the ground while the drive wheels are separated from the contact surface, and one gear of the gear group. Meshing with a driven gear and walking with a pair of wheels.

ロボット形態の玩具本体と、玩具本体を覆う自動車形態のカバー体を有し、
玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、足部形状の第１の変形部が設けられ、
足部形状の第１の変形部は、一対の車輪を有し、折り畳んだ第１の位置から突出した第２の位置に変形可能であり、弾性部材により突出した第２の位置の方向に付勢され、弾性部材の弾性に抗して折り畳んだ第１の位置で第１の係止部材に係止され、
前記カバー体には、頭部形状の第２の変形部が設けられ、
頭部形状の第２の変形部は、カバー体に収納された第３の位置からカバー体から突出した第４の位置に変形可能であり、弾性部材により突出した第４の位置の方向に付勢され、弾性部材の弾性に抗してカバー体に収納された第３の位置で第２の係止部材に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して足部形状の第１の変形部を突出した第２の位置に変形させ、次に第２の係止部材の係止を解除して頭部形状の第２の変形部を突出した第４の位置に変形させるように構成され、
駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して足部形状の第１の変形部が突出して玩具本体を起立させ、一対の車輪が接地した状態で駆動輪が接地面から離れ、頭部形状の第２の変形部が突出してロボット形態となることを特徴とする形態変化玩具。 It has a toy body in the form of a robot and a cover body in the form of a car that covers the toy body,
The toy body includes a drive unit, a drive wheel driven by the drive unit, and a drive cam, and further includes a foot-shaped first deformation unit,
The foot-shaped first deformable portion has a pair of wheels, is deformable to a second position protruding from the folded first position, and is attached in the direction of the second position protruding by the elastic member. And is locked to the first locking member at the first position folded against the elasticity of the elastic member,
The cover body is provided with a head-shaped second deforming portion,
The head-shaped second deformable portion can be deformed from the third position housed in the cover body to the fourth position protruding from the cover body, and is attached in the direction of the fourth position protruding by the elastic member. And is locked to the second locking member at the third position stored in the cover body against the elasticity of the elastic member,
When the drive cam rotates, the locking of the first locking member is released, the foot-shaped first deforming portion is deformed to the projected second position, and then the second locking member is engaged. It is configured to release the stop and deform the head-shaped second deformed portion to the fourth position protruding,
When the drive wheel and the pair of wheels are in contact with the ground, the vehicle is in the form of a car, and the drive cam rotates while the vehicle is running, the foot-shaped first deforming portion protrudes to stand the toy body, and the pair of wheels are grounded. The shape-changing toy characterized in that the driving wheel is separated from the ground surface in a state and the head-shaped second deforming portion protrudes to form a robot.

前記カバー体は、背部形状の第３の変形部が設けられ、
背部形状の第３の変形部は、カバー体に収納された第５の位置からカバー体から突出した第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗してカバー体に収納された第５の位置で第１の位置にある足部形状の第１の変形部に係止され、足部形状の第１の変形部の変形により係止が解除され、カバー体から突出した第６の位置に変形するように構成され、
駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して足部形状の第１の変形部が突出して玩具本体を起立させ、一対の車輪が接地した状態で駆動輪が接地面から離れ、足部形状の第１の変形部の変形により背部形状の第３の変形部がカバー体に収納された状態から突出し、頭部形状の第２の変形部が突出してロボット形態となることを特徴とする請求項１１記載の形態変化玩具。 The cover body is provided with a back-shaped third deformation portion,
The back-shaped third deformable portion can be deformed from a fifth position housed in the cover body to a sixth position protruding from the cover body, and is biased in the direction of the sixth position by the elastic member, Deformation of the foot-shaped first deformable portion, which is locked to the foot-shaped first deformable portion at the first position at the fifth position housed in the cover body against the elasticity of the elastic member And is configured to be deformed to a sixth position protruding from the cover body,
When the drive wheel and the pair of wheels are in contact with the ground, the vehicle is in the form of a car, and the drive cam rotates while the vehicle is running, the foot-shaped first deforming portion protrudes to stand the toy body, and the pair of wheels are grounded. In the state, the driving wheel is separated from the ground contact surface, and the deformation of the foot-shaped first deforming portion protrudes from the state in which the back-shaped third deforming portion is stored in the cover body, and the head-shaped second deforming portion The shape-changing toy according to claim 11, wherein the shape of the toy protrudes into a robot shape.

ロボット形態の玩具本体と、玩具本体を覆う自動車形態のカバー体を有し、
玩具本体は、駆動部と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、足部形状の第１の変形部が設けられ、
足部形状の第１の変形部は、一対の車輪を有し、折り畳んだ第１の位置から突出した第２の位置に変形可能であり、弾性部材により突出した第２の位置の方向に付勢され、弾性部材の弾性に抗して折り畳んだ第１の位置で第１の係止部材に係止され、
前記カバー体は、背部形状の第３の変形部が設けられ、
背部形状の第３の変形部は、カバー体に収納された第５の位置からカバー体から突出した第６の位置に変形可能であり、弾性部材により第６の位置の方向に付勢され、弾性部材の弾性に抗してカバー体に収納された第５の位置で第１の位置にある足部形状の第１の変形部に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して足部形状の第１の変形部を突出した第２の位置に変形させ、次に足部形状の第１の変形部の変形により背部形状の第３の変形部の係止が解除され、背部形状の第３の変形部をカバー体から突出した第６の位置に変形させるように構成され、
駆動輪と一対の車輪が接地している時は自動車形態となり、走行中に駆動カムが回転して足部形状の第１の変形部が突出して玩具本体を起立させ、一対の車輪が接地した状態で駆動輪が接地面から離れ、足部形状の第１の変形部の変形により背部形状の第３の変形部がカバー体に収納された状態から突出してロボット形態となることを特徴とする形態変化玩具。 It has a toy body in the form of a robot and a cover body in the form of a car that covers the toy body,
The toy body includes a drive unit, a drive wheel driven by the drive unit, and a drive cam, and further includes a foot-shaped first deformation unit,
The foot-shaped first deformable portion has a pair of wheels, is deformable to a second position protruding from the folded first position, and is attached in the direction of the second position protruding by the elastic member. And is locked to the first locking member at the first position folded against the elasticity of the elastic member,
The cover body is provided with a back-shaped third deformation portion,
The back-shaped third deformable portion can be deformed from a fifth position housed in the cover body to a sixth position protruding from the cover body, and is biased in the direction of the sixth position by the elastic member, The fifth position housed in the cover body against the elasticity of the elastic member is locked to the first deformed portion in the foot shape at the first position,
When the drive cam is rotated, the first locking member is unlocked and the foot-shaped first deforming portion is deformed to the projected second position, and then the foot-shaped first deformation is performed. The locking of the back-shaped third deformable portion is released by the deformation of the portion, and the back-shaped third deformable portion is configured to be deformed to a sixth position protruding from the cover body,
When the drive wheel and the pair of wheels are in contact with the ground, the vehicle is in the form of a car, and the drive cam rotates while the vehicle is running, the foot-shaped first deforming portion protrudes to stand the toy body, and the pair of wheels are grounded. In this state, the driving wheel is separated from the ground contact surface, and the deformation of the foot-shaped first deforming portion projects the back-shaped third deforming portion from the state accommodated in the cover body to form a robot. Shape change toy.

玩具本体は、駆動部によって回転する歯車群が設けられ、
足部形状の第１の変形部には、前記一対の車輪と連動すると共に、自動車形態の時には、歯車群から離れ、ロボット形態の時には、歯車群の一つの歯車と噛み合う従動歯車が設けられ、ロボット形態時に一対の車輪が駆動部によって強制的に回転させられて起立走行することを特徴とする請求項１１、１２又は１３記載の形態変化玩具。 The toy body is provided with a gear group that is rotated by a drive unit,
The first deformed portion in the foot shape is interlocked with the pair of wheels, and is provided with a driven gear that is separated from the gear group when in the form of an automobile and meshes with one gear of the gear group when in the form of a robot. 14. The shape-changing toy according to claim 11, wherein the pair of wheels are forcibly rotated by the drive unit and run upright when in the form of a robot.

ロボット形態の玩具本体を有し、
玩具本体は、駆動部と、駆動部によって回転する歯車群と、駆動部によって駆動される駆動輪と駆動カムを備え、さらに、足部形状の第１の変形部が設けられ、
足部形状の第１の変形部は、一対の車輪と一対の車輪と連動する従動歯車を有し、突出した第２の位置に変形可能であり、弾性部材により突出した第２の位置の方向に付勢され、弾性部材の弾性に抗して折り畳んだ第１の位置で第１の係止部材に係止され、
前記駆動カムは、回転すると第１の係止部材の係止を解除して足部形状の第１の変形部を突出した第２の位置に変形させるように構成され、
玩具本体は、駆動輪と一対の車輪が接地している時は足部形状の第１の変形部が第１の位置にあって、自動車形態となり従動歯車が歯車群から離れ駆動輪で走行し、走行中に駆動カムが回転して足部形状の第１の変形部が第２の位置に突出して起立したロボット形態となり、一対の車輪が接地した状態で駆動輪が接地面から離れて、歯車群の一つの歯車が従動歯車と噛み合って一対の車輪で起立走行することを特徴とする形態変化玩具。 It has a robot-type toy body,
The toy body includes a drive unit, a gear group that is rotated by the drive unit, a drive wheel and a drive cam that are driven by the drive unit, and further includes a foot-shaped first deformation unit,
The first deforming portion in the shape of a foot has a pair of wheels and a driven gear interlocking with the pair of wheels, is deformable to a projecting second position, and is a direction of the second position projecting by an elastic member And is locked to the first locking member at the first position folded against the elasticity of the elastic member,
The driving cam is configured to release the locking of the first locking member and rotate the foot-shaped first deforming portion to the second position protruding when rotating,
When the drive wheel and the pair of wheels are in contact with the toy body, the foot-shaped first deforming portion is in the first position, and the toy body is in the form of an automobile, and the driven gear moves away from the gear group and runs on the drive wheel. , The driving cam rotates during running and the first deformed portion in the shape of the foot protrudes to the second position to stand up, and the driving wheel is separated from the grounding surface with the pair of wheels in contact with the ground, A shape-changing toy characterized in that one gear of a gear group meshes with a driven gear and runs upright with a pair of wheels.

玩具本体には、駆動部の動力を駆動カムに伝達する伝達手段と、伝達手段を伝達位置と非伝達位置に切り替える切替手段を備え、伝達手段が伝達位置にある時には変形し、伝達手段が非伝達位置にある時には変形しないことを特徴とする請求項１乃至１５のいずれか１項に記載の形態変化玩具。 The toy body includes transmission means for transmitting the power of the drive unit to the drive cam, and switching means for switching the transmission means between a transmission position and a non-transmission position. The transmission means is deformed when the transmission means is in the transmission position, and the transmission means is not The shape-changing toy according to any one of claims 1 to 15, wherein the toy is not deformed when in the transmission position.