An swivel glide includes a metal screw stem, a hemispherical plastic connecting seat and a hemispherical plastic base; the lower end of the metal screw stem is connected to the top of the hemispherical plastic connecting seat; the hemispherical plastic connecting seat is formed by injection molding of plastic parts, wherein the bottom of the hemispherical plastic connecting seat is provided with a cavity, a side wall of the cavity is provided with a concave arc-shaped spherical surface, wherein an outer side wall of the hemispherical plastic base is provided with a convex arc-shaped spherical surface, wherein a convex arc-shaped spherical surface is clamped in the concave arc-shaped spherical surface, and diameter of the concave arc-shaped spherical surface is 1 mm larger than diameter of the convex arc-shaped spherical surface.

A chair leg mountable coaster assembly includes a plate that is mountable to one of a plurality of legs of a chair. The plate extends laterally from the leg in a single direction that is orientated parallel to a plane that extends through bottom ends of the plurality of legs. The plate is one of a plurality of the plates, each of which is configured to be mountable to a respective one of the plurality of the legs so that each leg is engaged with one of the plates. The plates reduce penetration of the legs into a soft substrate, such as sand, dirt, and soil. The plates are sized to allow multiple ones of the chairs to be stacked without interference by the plates.

A chair leg mountable coaster assembly includes a plate that is mountable to one of a plurality of legs of a chair. The plate extends laterally from the leg in a single direction that is orientated parallel to a plane that extends through bottom ends of the plurality of legs. The plate is one of a plurality of the plates, each of which is configured to be mountable to a respective one of the plurality of the legs so that each leg is engaged with one of the plates. The plates reduce penetration of the legs into a soft substrate, such as sand, dirt, and soil. The plates are sized to allow multiple ones of the chairs to be stacked without interference by the plates.

Provided is a rubber foot for a heatable or heated metal device, such as a cast iron grid of a cooking hob. The rubber foot includes a shaft forming an upper part of said rubber foot and having a symmetry axis. The shaft has a cylindrical body for inserting into a hole in the bottom of the metal device along the symmetry axis. The rubber foot includes a head forming a lower part of said rubber foot and being provided for a position below the hole in the bottom of the metal device. The rubber foot includes at least one wing enclosing at least partially the cylindrical body and formed by at least one ring enclosing the cylindrical body which can be subdivided by at least one recess. The rubber foot with the shaft, head and at least one wing is formed as a single-piece part.

Provided is a rubber foot for a heatable or heated metal device, such as a cast iron grid of a cooking hob. The rubber foot includes a shaft forming an upper part of said rubber foot and having a symmetry axis. The shaft has a cylindrical body for inserting into a hole in the bottom of the metal device along the symmetry axis. The rubber foot includes a head forming a lower part of said rubber foot and being provided for a position below the hole in the bottom of the metal device. The rubber foot includes at least one wing enclosing at least partially the cylindrical body and formed by at least one ring enclosing the cylindrical body which can be subdivided by at least one recess. The rubber foot with the shaft, head and at least one wing is formed as a single-piece part.

A pallet structure includes at least one bottom plate and at least one air bag. The at least one bottom plate is disposed on a bottom side of the cabinet for supporting the cabinet. The at least one air bag is detachably installed on a bottom side of the at least one bottom plate. The at least one air bag is inflated to prop the at least one bottom plate against the cabinet upwardly until at least one supporting component of the cabinet leaves away from a supporting surface, so as to effectively absorb a shock load during transportation of the cabinet.

A pallet structure includes at least one bottom plate and at least one air bag. The at least one bottom plate is disposed on a bottom side of the cabinet for supporting the cabinet. The at least one air bag is detachably installed on a bottom side of the at least one bottom plate. The at least one air bag is inflated to prop the at least one bottom plate against the cabinet upwardly until at least one supporting component of the cabinet leaves away from a supporting surface, so as to effectively absorb a shock load during transportation of the cabinet.

A table leg assembly for supporting a table top. The table leg assembly includes a leg member having a lower end that defines an open interior. A tube end insert is received within the open interior at the lower end of each of the leg members. A threaded internal opening of the tube end insert receives an attachment rod of either a caster wheel assembly or a glide assembly. The glide assembly includes a glide member having a support foot mounted to the threaded attachment rod. A spacer is positioned along the attachment rod between the lower end of the leg member and the support foot. The spacer is movable along the attachment rod to cover the threaded attachment rod and lock the glide member in position. The attachment rod of the caster wheel assembly is received within the tube end insert to mount the caster wheel assembly to the leg member.

A table leg assembly for supporting a table top. The table leg assembly includes a leg member having a lower end that defines an open interior. A tube end insert is received within the open interior at the lower end of each of the leg members. A threaded internal opening of the tube end insert receives an attachment rod of either a caster wheel assembly or a glide assembly. The glide assembly includes a glide member having a support foot mounted to the threaded attachment rod. A spacer is positioned along the attachment rod between the lower end of the leg member and the support foot. The spacer is movable along the attachment rod to cover the threaded attachment rod and lock the glide member in position. The attachment rod of the caster wheel assembly is received within the tube end insert to mount the caster wheel assembly to the leg member.

A surface protection device and a method for mounting the same on a terminal end of a furniture leg are provided. The surface protection device is defined by a furniture glide including a furniture glide base having an upper surface directable towards the terminal end of the furniture leg and a lower surface interconnected by an outer periphery. A fastener extends from the furniture glide base along an axis and has a first end and a second end receivable in the terminal end of the furniture leg for frictionally connecting the furniture glide base to the furniture leg. A cup has an outer surface and an inner surface defining a cavity for receiving the furniture glide base therein. Matted material is molded into the outer surface of the cup.