A cabinet can include a body for housing electronic equipment, a plurality of legs extending downwardly from the body, with each leg secured to a different bottom corner of the body, a plurality of balls, each ball secured to one of the legs, and a plurality of support cups configured to be secured to a support surface.

A cabinet can include a body for housing electronic equipment, a plurality of legs extending downwardly from the body, with each leg secured to a different bottom corner of the body, a plurality of balls, each ball secured to one of the legs, and a plurality of support cups configured to be secured to a support surface.

The present invention relates to modular framework support systems. In particular, it relates to framework support systems of the non-penetrative type particularly used for supporting heating and ventilating apparatus and other service and plant apparatus on a roof of a building. The application describes a support (10) for a modular framework system, the support comprising a planar foot (11) comprising a socket (12) having a substantially rectangular cross-section with a long axis and a short axis. The socket has a base and an opening. The socket is provided with one or more elongate ribs (25) between the base and the opening and extending into the socket. The socket further comprises a projection (20) extending upwardly from the base, the projection having a spine (21) aligned with the long axis of the socket. Preferably, each rib (25) has a stepped configuration such that an operatively lower portion of the rib extends further into the socket than an operatively upper portion of the rib.

A weight distributing chair stabilizing device for use in stabilizing a chair having at least a pair of spaced apart support members includes a plurality of stabilizing members, each having a planar bottom side configured to engage a ground surface and an opposed top side configured to receive a respective support member of the chair. The top side of each stabilizing member defines a linear channel extending between opposed peripheral edges of the top side, the channel being configured to selectively receive a respective chair support member therein. The stabilizing members may be a set of four circular discs although stabilizing members having other shape configurations would also work. When equally spaced apart on a ground surface, the support members of the chair may be positioned thereon and, as a result, the weight of the chair is equally distributed so as to stabilize the chair even on soft ground.

A table or chair leg protective sleeve is provided. The table or chair leg protective sleeve sleeves a table or chair leg; the table or chair leg protective sleeve includes a protective sleeve body and a protective sleeve base; the protective sleeve body is embedded into the protective sleeve base; the protective sleeve base includes a nonwoven cloth pad and a hard component; a first groove is provided in the nonwoven cloth pad; and the hard component is embedded in the first groove. Since the hard component is arranged in the protective sleeve base, a hard structural member exists between the protective sleeve body and the protective sleeve base. When the chair leg is moved, the hard component at a middle layer is used as a support, so that the table or chair leg protective sleeve has a load-bearing capacity and does not deform as a whole.

A table or chair leg protective sleeve is provided. The table or chair leg protective sleeve sleeves a table or chair leg; the table or chair leg protective sleeve includes a protective sleeve body and a protective sleeve base; the protective sleeve body is embedded into the protective sleeve base; the protective sleeve base includes a nonwoven cloth pad and a hard component; a first groove is provided in the nonwoven cloth pad; and the hard component is embedded in the first groove. Since the hard component is arranged in the protective sleeve base, a hard structural member exists between the protective sleeve body and the protective sleeve base. When the chair leg is moved, the hard component at a middle layer is used as a support, so that the table or chair leg protective sleeve has a load-bearing capacity and does not deform as a whole.

A surface protector includes a surface protector base, a hollow nail attachment component embedded within the surface protector base, and a pad adjacent the surface protector base. The hollow nail attachment component includes a base, an upper edge protruding from the surface protector base, and a wall extending between the base and the upper edge. In some examples, the upper edge is serrated. The upper edge can be configured to attach to a piece of furniture.

A surface protector includes a surface protector base, a hollow nail attachment component embedded within the surface protector base, and a pad adjacent the surface protector base. The hollow nail attachment component includes a base, an upper edge protruding from the surface protector base, and a wall extending between the base and the upper edge. In some examples, the upper edge is serrated. The upper edge can be configured to attach to a piece of furniture.

An article stabilizing wedge assembly includes a wedge and a cover. The wedge has an incline surface at a first end of the wedge, a snap-engaging depression, and side, top, and bottom indentations. The snap-engaging depression is on an external-facing surface of the wedge. The side, top, and bottom indentations are at a second end of the wedge, opposite the first end. The cover includes a carrying loop at a first end of the cover, a snap-engaging hook, a top cutout, and a bottom cutout. The snap-engaging hook is on an internal-facing surface of the cover. The snap-engaging hook is configured to engage with the snap-engaging depression. The top and bottom cutouts are at a second end of the cover, opposite the first end, and correspond to the top and bottom indentations, respectively. Methods of making and using an article stabilizing wedge assembly are disclosed.

An article stabilizing wedge assembly includes a wedge and a cover. The wedge has an incline surface at a first end of the wedge, a snap-engaging depression, and side, top, and bottom indentations. The snap-engaging depression is on an external-facing surface of the wedge. The side, top, and bottom indentations are at a second end of the wedge, opposite the first end. The cover includes a carrying loop at a first end of the cover, a snap-engaging hook, a top cutout, and a bottom cutout. The snap-engaging hook is on an internal-facing surface of the cover. The snap-engaging hook is configured to engage with the snap-engaging depression. The top and bottom cutouts are at a second end of the cover, opposite the first end, and correspond to the top and bottom indentations, respectively. Methods of making and using an article stabilizing wedge assembly are disclosed.