Abstract: The present invention relates to a mortar or concrete material comprising cement, water, fine aggregate and coarse aggregate, wherein the fine aggregate is partially replaced by metallic mineral extraction residues (MMERs) not subjected to thermal treatment, with a pH of less than 7, with a particle size of less than 4 mm, and partially stabilised with limestone material that comprises at least 60% calcite with a particle size of less than 63 ?m. The present invention also relates to the method for preparing said material and the use thereof to prepare construction materials.

Abstract: An enclosure for providing a local convergence point for a fiber optic network may include an enclosure frame and an end panel defining a plurality of ports. The enclosure may include a feeder compartment to receive through at least one of the ports an optical source cable from the network. The enclosure may include a feeder compartment panel pivotally coupled to the feeder compartment and configured to pivot. The enclosure may also include a feeder splice tray removably coupled to the feeder compartment panel and configured to receive one or more optical fibers from the optical source cable. The feeder splice tray may be configured to communicatively couple at least one optical fiber of the optical source cable to at least one distribution fiber configured to facilitate communication with a destination device configured to receive an optical signal from the network.

Abstract: An enclosure for providing a local convergence point for a fiber optic network may include an enclosure frame and an end panel defining a plurality of ports. The enclosure may include a feeder compartment to receive through at least one of the ports an optical source cable from the network. The enclosure may include a feeder compartment panel pivotally coupled to the feeder compartment and configured to pivot. The enclosure may also include a feeder splice tray removably coupled to the feeder compartment panel and configured to receive one or more optical fibers from the optical source cable. The feeder splice tray may be configured to communicatively couple at least one optical fiber of the optical source cable to at least one distribution fiber configured to facilitate communication with a destination device configured to receive an optical signal from the network.

Abstract: Fiber optic enclosures, terminal assemblies, end cap assemblies, and methods of sealing fiber optic enclosures are disclosed. The terminal assembly of a fiber optic enclosure may include an input fiber sealing assembly and an output fiber sealing assembly. The input fiber sealing assembly may include an input fiber insert positioned in an input fiber channel of the cap body, an input fiber compression plate positioned in the input fiber channel, and an input fiber compression member for compressing the insert between the fiber compression plate and the base plate. The output fiber sealing assembly may include an output fiber insert positioned in the output fiber channel of the cap body, an output fiber compression plate positioned in the output fiber channel, and an output fiber compression member for compressing the insert between the fiber compression plate and the base plate.

Abstract: Fiber optic enclosures, terminal assemblies, end cap assemblies, and methods of sealing fiber optic enclosures are disclosed. The terminal assembly of a fiber optic enclosure may include an input fiber sealing assembly and an output fiber sealing assembly. The input fiber sealing assembly may include an input fiber insert positioned in an input fiber channel of the cap body, an input fiber compression plate positioned in the input fiber channel, and an input fiber compression member for compressing the insert between the fiber compression plate and the base plate. The output fiber sealing assembly may include an output fiber insert positioned in the output fiber channel of the cap body, an output fiber compression plate positioned in the output fiber channel, and an output fiber compression member for compressing the insert between the fiber compression plate and the base plate.

Abstract: A housing for fiber optic cable pivotably attachable to an adjacent housing to form a modular housing system is disclosed. The housing may include a first body having a plurality of members angled relative to one another to form a first chamber therebetween, the first body including an opening for receiving a fiber cable in the first chamber. An attachment feature may alternatively pivotably attach one of: a) a first cover to the first body to selectively enclose a first side of the first chamber in a cover state, or b) a second body of an adjacent housing to the first chamber to create a joint chamber involving a second chamber of the second body and the first chamber of the first body in an attached housing state.

Abstract: A housing for fiber optic cable pivotably attachable to an adjacent housing to form a modular housing system is disclosed. The housing may include a first body having a plurality of members angled relative to one another to form a first chamber therebetween, the first body including an opening for receiving a fiber cable in the first chamber. An attachment feature may alternatively pivotably attach one of: a) a first cover to the first body to selectively enclose a first side of the first chamber in a cover state, or b) a second body of an adjacent housing to the first chamber to create a joint chamber involving a second chamber of the second body and the first chamber of the first body in an attached housing state.

Abstract: Rack-mountable, tiltable surge protector housings for power surge protector accessibility are disclosed. Related assemblies, methods, and base station equipment are also disclosed. The surge protector housings may be installed in an equipment rack to support the surge protector housing for use. The surge protector housings support one or more surge protectors for receiving input power through the surge protector housing. The surge protector housing is configured to provide surge protected output power from the received input power. The surge protector housings include a front section having surge protectors supported therein. The front section can be tilted to provide convenient access to the surge protectors, such as during installation and replacement of surge protectors, and connecting power to and disconnecting power from the surge protectors.

Abstract: Rack-mountable, tiltable surge protector housings having translatable surge protector trays for surge protector accessibility are disclosed. Related assemblies, methods, and base station equipment are also disclosed. The surge protector housings may be installed in an equipment rack to support the surge protector housing for use. The surge protector housings support one or more surge protectors for receiving input power through the surge protector housing. The surge protector housing is configured to provide surge protected output power from the received input power. The surge protector housings include a surge protector tray having surge protectors supported therein that is translatable to be extendible from and retracted into the surge protector housing to provide convenient access to the surge protectors, such as during installation and replacement of surge protectors, and connecting power to and disconnecting power from the surge protectors.