A sandcastle building system includes interlocking forms that allow users to build various tower and wall shapes, thereby providing endless creative possibilities. Each interlocking forms has a non-removable connecting or locking pin that facilitates connecting one interlocking form to an adjacent form. Each form has a surface that is configured to impart a design on sand surrounded by the forms to create a castle-look once the forms are removed. The forms can also include an anchor peg assembly that allows the forms to be stabilized in sand when the sand castle is being built.

A sandcastle building system includes interlocking forms that allow users to build various tower and wall shapes, thereby providing endless creative possibilities. Each interlocking forms has a non-removable connecting or locking pin that facilitates connecting one interlocking form to an adjacent form. Each form has a surface that is configured to impart a design on sand surrounded by the forms to create a castle-look once the forms are removed. The forms can also include an anchor peg assembly that allows the forms to be stabilized in sand when the sand castle is being built.

This invention pertains to the field of toy technology and discloses a shoe sole that can press out 3D models, which includes a toy shoe sole main body made of PVC material. The characteristic of the invention are as follows: The upper surface of the said toy sole body is provided with a shoe treading surface, and the interior of the shoe treading surface is provided with a deflector slope and an ink inlet. The ink inlet is located in the center of the deflector slope. The interior of the toy sole body is provided with a color ink storage chamber, which enables the user to press 3D three-dimensional models of various shapes by simple foot movements when walking or playing in the snow, increasing the fun and interactivity of snow activities.

This invention pertains to the field of toy technology and discloses a shoe sole that can press out 3D models, which includes a toy shoe sole main body made of PVC material. The characteristic of the invention are as follows: The upper surface of the said toy sole body is provided with a shoe treading surface, and the interior of the shoe treading surface is provided with a deflector slope and an ink inlet. The ink inlet is located in the center of the deflector slope. The interior of the toy sole body is provided with a color ink storage chamber, which enables the user to press 3D three-dimensional models of various shapes by simple foot movements when walking or playing in the snow, increasing the fun and interactivity of snow activities.

The present disclosure belongs to the technical field of toys and claims a model-making toy capable of stepping out 3D models, comprising a toy sole body, wherein an upper surface of the toy sole body is provided with a tread surface. When a user walks or plays in snow, he/she can step out 3D models of various shapes through simple foot movements, thus increasing fun and interaction of snow activities. Through the cooperation of the liquid inlet, the pigment storage cavity and the connecting through hole, it is convenient to add pigments to the model, so that the formed 3D model is more vivid and interesting.

Equipment for building sand castles can include a body having a single, monolithic, hollow structure with a vertical axis and a sidewall that is continuous and uninterrupted in a rotational direction about the vertical axis. The sidewall can include an inner pattern that is castle-like in appearance. The inner pattern can form an outer pattern in sand located inside the body. The body also has an open bottom, an open top that is completely unobstructed and has no inward protrusion, and a top radial dimension at the open top is smaller than a bottom radial dimension at the open bottom such that the body is tapered. A handle extends from the body adjacent the open top. The handle can be used to vertically lift the body from the sand located inside the body to form a freestanding sand castle without support from the body.

Equipment for building sand castles can include a body having a single, monolithic, hollow structure with a vertical axis and a sidewall that is continuous and uninterrupted in a rotational direction about the vertical axis. The sidewall can include an inner pattern that is castle-like in appearance. The inner pattern can form an outer pattern in sand located inside the body. The body also has an open bottom, an open top that is completely unobstructed and has no inward protrusion, and a top radial dimension at the open top is smaller than a bottom radial dimension at the open bottom such that the body is tapered. A handle extends from the body adjacent the open top. The handle can be used to vertically lift the body from the sand located inside the body to form a freestanding sand castle without support from the body.

Disclosed is a multi-shape combined detachable sandbox, including an upper shell and a lower shell. The detachable upper shell is arranged above the lower shell. A cavity is formed inside the lower shell. The lower shell is formed by splicing a plurality of connecting plate assemblies to form various combinations. The present disclosure has the following beneficial effects: a connector is connected to a first connecting plate, a second connecting plate, a third connecting plate, a fourth connecting plate, a fifth connecting plate and a sixth connecting plate, and a first upper shell connecting plate, a second upper shell connecting plate, a third upper shell connecting plate, and a fourth upper shell connecting plate to form various combinations of the upper shell and the lower shell. The present disclosure features simple structure, diverse changes, flexible combination and proper and simple use, and has better promotion and application.

Disclosed is a multi-shape combined detachable sandbox, including an upper shell and a lower shell. The detachable upper shell is arranged above the lower shell. A cavity is formed inside the lower shell. The lower shell is formed by splicing a plurality of connecting plate assemblies to form various combinations. The present disclosure has the following beneficial effects: a connector is connected to a first connecting plate, a second connecting plate, a third connecting plate, a fourth connecting plate, a fifth connecting plate and a sixth connecting plate, and a first upper shell connecting plate, a second upper shell connecting plate, a third upper shell connecting plate, and a fourth upper shell connecting plate to form various combinations of the upper shell and the lower shell. The present disclosure features simple structure, diverse changes, flexible combination and proper and simple use, and has better promotion and application.