A reinforced structure is disclosed which includes a structural component as well as a reinforcing part that is arranged in a cavity of the structural component. The reinforcing part can include a support part and a connection, the support part being arranged in the cavity such that a distance between the support part and the structural component at a position of the structural component with a higher probability of deforming under a force load from outside on the structural component is shorter than at a position of the structural component with a lower probability of deforming under a force load from the outside.

A cooker with a gasket is provided that may include a top plate on which a plurality of burners may be placed; a manifold panel provided in front of the top plate and including thereon a plurality of knobs to control output powers of the plurality of burners; and a gasket that extends along a front end of the top plate and is compressed between the top plate and the manifold panel to hermetically seal the top plate and the manifold panel.

The metallic crystal structures inspired edge-to-edge tessellations and a tessellation based lattice structures are disclosed. In accordance with an exemplary embodiment of the invention, basic unit lattice cells are stacked and connected to constitute a three-dimensional tessellations, wherein each of the basic unit lattice cells comprises a multiple flat connecting portions formed on a surface of the basic unit lattice cell and intersecting with a multiple of axes intersecting in a center of the basic unit lattice cell, and the flat connecting portions of one of the basic unit lattice cell is connected to the flat connecting portions of the adjacent basic unit lattice cell to constitute a connection structure of edge-to-edge tessellation. The formed tessellations are periodically tessellated in a design domain to form different tessellated lattice structures. The Functionally Tessellated (FT) lattice structures composed of different tessellations by interlocking into each other are also disclosed.

The metallic crystal structures inspired edge-to-edge tessellations and a tessellation based lattice structures are disclosed. In accordance with an exemplary embodiment of the invention, basic unit lattice cells are stacked and connected to constitute a three-dimensional tessellations, wherein each of the basic unit lattice cells comprises a multiple flat connecting portions formed on a surface of the basic unit lattice cell and intersecting with a multiple of axes intersecting in a center of the basic unit lattice cell, and the flat connecting portions of one of the basic unit lattice cell is connected to the flat connecting portions of the adjacent basic unit lattice cell to constitute a connection structure of edge-to-edge tessellation. The formed tessellations are periodically tessellated in a design domain to form different tessellated lattice structures. The Functionally Tessellated (FT) lattice structures composed of different tessellations by interlocking into each other are also disclosed.

The present invention relates to a component for home appliances to which a metallic texture is imparted by forming a decorative part only on a partial region thereof having a bent portion, and the component for home appliances according to the present invention has a three-dimensional shape, and includes a decorative part formation region in which a decorative part has been formed and which exists on at least a portion of a surface of the component, and a cross section of the decorative part formation region includes a bent portion in which a curvature varying section exists.

The present invention relates to a component for home appliances to which a metallic texture is imparted by forming a decorative part only on a partial region thereof having a bent portion, and the component for home appliances according to the present invention has a three-dimensional shape, and includes a decorative part formation region in which a decorative part has been formed and which exists on at least a portion of a surface of the component, and a cross section of the decorative part formation region includes a bent portion in which a curvature varying section exists.

A structure may include a rotational element having a fixed central point and rotational freedom. A structure may include one or more branches connected to a tangent of the rotational element and extending outward therefrom, wherein the unit cell repeats throughout the structure; and wherein the unit cell allows rotational movement of the rotational element and prevents translational movement of the rotational element.