The present invention belongs to the technical field of an object driving device, in particular to an object's motion attitude adjusting device and a puncturing, liquid filling and mixing system. The object's motion attitude adjusting apparatus includes a turntable, a plurality of object's motion attitude adjusting devices provided on the turntable, the object's motion attitude adjusting device including a base and a plurality of object's motion attitude adjusting mechanisms provided on the base, a first driving wheel connected with each of the object's motion attitude adjusting mechanisms in a transmission manner, a first driving component connected with the turntable for driving the turntable, and a second driving component connected with the first driving wheel for driving the first driving wheel.

Described is a wind-up ride on toy with wind-up mechanism to propel a rider. The ride on toy comprises a body portion having a seat portion. A first axle is rotatably connected with the body portion, while a pair of wheels are connected with the first axle. The wind-up mechanism has an elastic band and a rotatable spool. The elastic band is fixed at a first end within the body portion and is attached with the rotatable spool at a second end. Additionally, the rotatable spool is operably connected with the first axle, such that winding the elastic band around the spool causes the elastic band to transition from a relaxed state to a stretched state and, upon allowing the elastic band to return to the relaxed state, the spool rotates the first axle and pair of wheels, thereby causing the wind-up ride on toy to propel forward.

Described is a wind-up ride on toy with wind-up mechanism to propel a rider. The ride on toy comprises a body portion having a seat portion. A first axle is rotatably connected with the body portion, while a pair of wheels are connected with the first axle. The wind-up mechanism has an elastic band and a rotatable spool. The elastic band is fixed at a first end within the body portion and is attached with the rotatable spool at a second end. Additionally, the rotatable spool is operably connected with the first axle, such that winding the elastic band around the spool causes the elastic band to transition from a relaxed state to a stretched state and, upon allowing the elastic band to return to the relaxed state, the spool rotates the first axle and pair of wheels, thereby causing the wind-up ride on toy to propel forward.

A handheld touch apparatus for providing a variety of tactile sensations to the fingers and thumb of a hand of a user. The touch apparatus includes a multi-faceted block body having an outer surface defined by a plurality of planar faces joined together by radiused edges that meet together to form rounded corners. The block body is sized for holding within the palm of the user's hand and for being supported, rotated and manipulated by the fingers and thumb of the same hand. The touch apparatus further includes tactile features extending from the planar faces of the block body and that are selectively movable relative to their associated planar faces. The tactile features are contained within the volume of an imaginary sphere defined by the rounded corners and isolated from the tactile features on adjacent planar faces by the radiused edges of the block body.

A handheld touch apparatus for providing a variety of tactile sensations to the fingers and thumb of a hand of a user. The touch apparatus includes a multi-faceted block body having an outer surface defined by a plurality of planar faces joined together by radiused edges that meet together to form rounded corners. The block body is sized for holding within the palm of the user's hand and for being supported, rotated and manipulated by the fingers and thumb of the same hand. The touch apparatus further includes tactile features extending from the planar faces of the block body and that are selectively movable relative to their associated planar faces. The tactile features are contained within the volume of an imaginary sphere defined by the rounded corners and isolated from the tactile features on adjacent planar faces by the radiused edges of the block body.

A novel bamboo tube fighting toy comprises a baseplate. The baseplate has an upward flange. The flange is machined with grooves on two sides. An upper housing plate is fixed above the baseplate, and the upper housing plate is provided with a first elongated slot and a second elongated slot. A movable rod penetrates through the groove and is mounted below the second elongated slot. A first sleeve, a rolling ball, a first spring and a handle are mounted at an outer end of the movable rod. A second sleeve, a collar, a second spring and a cross bar are mounted at an inner end of the movable rod. The second sleeve is connected to above the movable rod. The collar is provided at an upper part of the second sleeve. The second spring is supported between the collar and the movable rod. The cross bar is embedded at a lower part of the movable rod. A control rope is fixed on the cross bar, and is connected with a bamboo tube robot on the upper housing plate by penetrating through the second sleeve. The movable rod moves to drive the bamboo tube robot to move, and the movable rod swings to drive the bamboo tube robot to swing, thus correspondingly completing imitation of various fighting actions. The control rope is connected from the bamboo tube robot to the cross bar, such that the length of the control rope is greatly reduced. The movable rod realizes control of the bamboo tube robot by the leverage effect.

A novel bamboo tube fighting toy comprises a baseplate. The baseplate has an upward flange. The flange is machined with grooves on two sides. An upper housing plate is fixed above the baseplate, and the upper housing plate is provided with a first elongated slot and a second elongated slot. A movable rod penetrates through the groove and is mounted below the second elongated slot. A first sleeve, a rolling ball, a first spring and a handle are mounted at an outer end of the movable rod. A second sleeve, a collar, a second spring and a cross bar are mounted at an inner end of the movable rod. The second sleeve is connected to above the movable rod. The collar is provided at an upper part of the second sleeve. The second spring is supported between the collar and the movable rod. The cross bar is embedded at a lower part of the movable rod. A control rope is fixed on the cross bar, and is connected with a bamboo tube robot on the upper housing plate by penetrating through the second sleeve. The movable rod moves to drive the bamboo tube robot to move, and the movable rod swings to drive the bamboo tube robot to swing, thus correspondingly completing imitation of various fighting actions. The control rope is connected from the bamboo tube robot to the cross bar, such that the length of the control rope is greatly reduced. The movable rod realizes control of the bamboo tube robot by the leverage effect.

A handheld touch apparatus for providing a variety of tactile sensations to the fingers and thumb of a hand of a user. The touch apparatus includes a cubic body having an outer surface defined by a plurality of faces that are planar and orthogonal to one another and joined together by radiused edges that meet together to form rounded corners. The cubic body is sized for holding within the palm of the user's hand and for being supported, rotated and manipulated by the fingers and thumb of the same hand. The touch apparatus further includes tactile features extending from the faces of the cubic body and that are selectively movable relative to their associated faces. The tactile features are contained within the volume of an imaginary sphere defined by the rounded corners and isolated from the tactile features on adjacent faces by the radiused edges of the cubic body.

A handheld touch apparatus for providing a variety of tactile sensations to the fingers and thumb of a hand of a user. The touch apparatus includes a cubic body having an outer surface defined by a plurality of faces that are planar and orthogonal to one another and joined together by radiused edges that meet together to form rounded corners. The cubic body is sized for holding within the palm of the user's hand and for being supported, rotated and manipulated by the fingers and thumb of the same hand. The touch apparatus further includes tactile features extending from the faces of the cubic body and that are selectively movable relative to their associated faces. The tactile features are contained within the volume of an imaginary sphere defined by the rounded corners and isolated from the tactile features on adjacent faces by the radiused edges of the cubic body.

An action figure gaming assembly includes a controller and an action figure. The controller includes an actuator and a rotating surface. The action figure is attached to and rotates on a rotating surface when the actuator is activated. The action figure performs one of several attack maneuvers (weapon strike, punch, kick, lean and slap, and telescoping first) and one of several death configurations (torso split, disintegration, scissor split, and a forward or backward collapse). During game play, the action figure gaming assembly duels against other action figure gaming assemblies. Activation of the actuator causes the action figure to rotate with the rotation surface of the controller and to strike an opponent. Activation of the trigger portion by an opponent causes the action figure to transition to the death mode. In the death mode, part of a first body portion separates from part of a second body portion.