A junction box mountable on a roof surface, comprising a housing unit and an enclosing unit, the housing unit and enclosing unit combining to form a waterproof assembly. The housing unit is mountable to a roof surface via a flashing having a continuous, raised waterproofing track that mates with a waterproofing recess in a bottom surface of the housing unit to create a waterproofing zone inside the housing unit. At least one bottom pass through is located within the waterproofing zone and provides a channel from the internal housing area through the roof surface.

The present disclosure relates to an assembly having a cable support and a cable inserted in the support, the latter may include: at least one base, made of a rigid material, having at least one receptacle provided with a longitudinal axis and, of which the inner dimension D.sub.int is given, and at least one strap, made of a material more flexible than that of the base, having at least two lips on the one hand arranged opposite one another to define a slot for the passage of a cable between the lips and on the other hand, shaped to define an orifice, wherein the cable is inserted, this orifice, provided with a longitudinal axis, communicating with the slot along this longitudinal axis of the orifice, the lips having, together, an outer dimension D′.sub.ext equal or greater than the inner dimension of the receptacle.

The present disclosure relates to an assembly having a cable support and a cable inserted in the support, the latter may include: at least one base, made of a rigid material, having at least one receptacle provided with a longitudinal axis and, of which the inner dimension D.sub.int is given, and at least one strap, made of a material more flexible than that of the base, having at least two lips on the one hand arranged opposite one another to define a slot for the passage of a cable between the lips and on the other hand, shaped to define an orifice, wherein the cable is inserted, this orifice, provided with a longitudinal axis, communicating with the slot along this longitudinal axis of the orifice, the lips having, together, an outer dimension D′.sub.ext equal or greater than the inner dimension of the receptacle.

A space saving wall mount enclosure for receiving a small number of optic fiber cassettes. The enclosure receives a rack which is rotatable about a rack axis between a first closed position wherein the cassettes are held within the enclosure and the enclosure door may be closed and a second open position where the rack is rotatable outwards allowing for the insertion or removal of the cassettes.

A space saving wall mount enclosure for receiving a small number of optic fiber cassettes. The enclosure receives a rack which is rotatable about a rack axis between a first closed position wherein the cassettes are held within the enclosure and the enclosure door may be closed and a second open position where the rack is rotatable outwards allowing for the insertion or removal of the cassettes.

An assembly for supporting a power strip is provided and includes a housing. The housing extends between an upper end and a lower end. The housing includes front and rear enclosures. The front enclosure includes a front wall, an interior wall, and a first cord support. The front wall defines a front aperture. The interior wall extends from the front wall at the upper end. The interior wall at least partially defines an interior receptacle that is configured to receive a body of a power strip. The rear enclosure includes a rear wall and a second cord support disposed at the lower end. The interior wall and the rear enclosure cooperate to enclose a body of a power strip within the interior receptacle. The first cord support and the second cord support cooperate with each other to facilitate retention of a cord therebetween.

This application is directed to a mounting plate for attaching an electronic device to a mounting surface. The mounting plate includes an opening configured to receive a mounting fastener for securing the mounting plate to the mounting surface, and a first polygonal fastener structure configured to mate with a complementary second polygonal fastener structure of the electronic device. When the first and second fastener structures are mechanically mated to each other, the electronic device is fixed to the mounting plate. When the mounting fastener is secured to the mounting surface through the opening, the mounting plate is rotatable such that when the electronic device is fixed onto the mounting plate and the mounting plate is secured to the mounting surface by the mounting fastener, the electronic device and the mounting plate have an unlimited range of rotation with respect to the mounting surface and substantially consistent resistance.

The present disclosure provides descriptions of electrical box assemblies for supporting heavy fixtures, such as ceiling fans, and facilitating electrical connections to the fixtures. The electrical box assembly includes an electrical box that allows a connection between the box and electrical conduits and a connection, e.g., a weatherproof connection, with a housing of the fixture. The box has an open front face to house electrical connections between the fixture and wires supplying electrical power to the box via the conduits. The box has a bottom wall and an open front face. A reinforcement member fits within the electrical box and includes a panel shaped to conform to at least a portion of the bottom wall and one or more standoffs extending toward the open front face of the box. When the reinforcement member is positioned within the box, mounting holes in the bottom wall of the box and reinforcement member are aligned to allow the box to be attached to a building structure.

The present disclosure provides descriptions of electrical box assemblies for supporting heavy fixtures, such as ceiling fans, and facilitating electrical connections to the fixtures. The electrical box assembly includes an electrical box that allows a connection between the box and electrical conduits and a connection, e.g., a weatherproof connection, with a housing of the fixture. The box has an open front face to house electrical connections between the fixture and wires supplying electrical power to the box via the conduits. The box has a bottom wall and an open front face. A reinforcement member fits within the electrical box and includes a panel shaped to conform to at least a portion of the bottom wall and one or more standoffs extending toward the open front face of the box. When the reinforcement member is positioned within the box, mounting holes in the bottom wall of the box and reinforcement member are aligned to allow the box to be attached to a building structure.

An enclosure for receiving a fiber optic cassette is disclosed comprising a housing having cassette receiving housing portion and a fiber optic cassette receiving rack which fits in the cassette receiving housing portion. The cassette receiving rack comprises a pair of opposed elongate guide members extending parallel to and be spaced apart from one another. A first end of the rack is secured in the cassette receiving space between the top wall and the bottom wall for rotation about an axis between a first position, where the rack is received in at least a portion the cassette receiving housing portion and the at least one door is closed, and a second position wherein a second end of the rack is positioned outside the cassette receiving space and the at least one door is open. The opposed guide members receive each of the at least one fiber optic cassettes therebetween.