Abstract: An electrical fixture mounting assembly is provided for quickly and easily mounting an electrical fixture to a bracket and brace assembly. The electrical fixture mounting assembly includes an electrical box, a brace assembly for attaching to a support structure and a bracket for attaching the electrical box to the brace. The brace assembly is typically and adjustable member that extends between ceiling joists located above an aperture in a ceiling. The bracket is connected to the brace by a snap fit. The bracket includes retention fingers that are resilient to snap onto the brace and prevent movement of the bracket with respect to the brace during installation of the electrical box. The bracket includes tabs with threaded apertures for receiving mounting screws. The electrical box includes circular apertures and at least one keyhole shaped slot aligned with the threaded apertures in the flanges of the bracket.

Abstract: An electrical box assembly includes an adjustable electrical box cover. The cover includes a base having a central opening and a collar encircling the central opening. A sleeve slides through the collar and is adjusted by a plurality of adjustment screws. In one embodiment, the adjustment screws are positioned within the sleeve and the collar. The sleeve and collar have inwardly extending tabs to receive the adjustment screws allow adjustment of the sleeve with respect to the collar.

Abstract: A mounting bracket is provided for supporting an electrical box to a support structure. The mounting bracket includes a mounting base for coupling to the electrical box, and a body member extending perpendicular to the mounting base and extending against the back wall of the electrical box. The body member includes a support member and extension member that can be folded outwardly from the back wall of the electrical box to contact an opposing wall and support the electrical box. In another embodiment, the mounting bracket includes a front plate with a central opening for receiving an electrical box and a pair of extension members that extend in a rearward direction with respect to the electrical box. The support members can include an extension member that can be folded outwardly to contact an opposing wall surface to support the electrical box.

Abstract: An electrical box assembly includes an adjustable electrical box cover. The cover includes a base plate having a central opening and a collar encircling the central opening. A sleeve slides through the collar and is adjusted by a plurality of adjustment screws. In one embodiment, the adjustment screws are positioned between the sleeve and the collar. In another embodiment, the sleeve and collar have inwardly extending tabs to receive the adjustment screws.

Abstract: A mounting bracket is provided for mounting to an opening in a wall. The mounting bracket is for an electrical box or electrical device such as a switch, plug or fire alarm for mounting the electrical box or device to a wall without the need for an additional mounting structure. The mounting bracket includes a central opening for receiving the electrical device. At least two legs are integrally formed with a face plate of the bracket and bent perpendicular to the face plate to extend into an opening formed in the wall. A pivotal arm is mounted in each leg and coupled to a screw for limited pivotal movement to pivot the arms between a first retracted position and a second extended position to attach the mounting plate to the wall. The screw is rotated to draw the arm toward the face plate to contact the inner surface of the wall and draw the face plate into contact with the outer surface of the wall.

Abstract: A brace assembly supports an outlet box that receives an electrical fixture. A first brace member has a first base. A second brace member has a second base and is adjustably received by the first brace member. A first mounting surface extends from the base of the first brace member. The first mounting surface forms a first angle greater than 90 degrees with the first base. A second mounting surface extends from the second base of the second brace member. The second mounting surface forms a second angle greater than 90 degrees with the second base. The angled mounting surfaces provide a compression fit between the brace assembly and supports to which the first and second brace members are secured.

Abstract: An electrical box has a side wall with at least one mounting flange that is contained completely within the perimeter of the side wall. The flange is coupled to the side wall along a common non-linear edge to resist bending of the flange along the joining edge with the side wall. In one embodiment, the electrical box has a substantially circular side wall with at least one recessed portion. The mounting flange is connected to the upper edge of the recessed portion and is positioned within a radius of the circular side wall.

Abstract: A supporting structure, including a bracket brace and a bracket is disclosed. Preferably, the brace has an inside section and an outside section that move relative to each other. A portion of the inside section can be positioned completely within the outside section and each of the inside and outside sections have a pair of vertical portions. The brace also has a slot extending through the inside and outside sections. The bracket is coupled to the inside section of the brace and to each of the vertical portions of the outside sections of the brace. The bracket also has a coupling members in the form of threaded openings to secure a supported member; such as an electrical junction box, against the brace to prohibit relative movement between the brace and the bracket. The brace and bracket allow new, heavier lighting fixtures and ceiling fans to be safely supported.