An interconnectable wall panel system and method of forming and assembling the same are provided. A plurality of wall panels are provided that are interconnectable in a predetermined manner and arrangement, and wherein the wall panels comprise features for enhancing ease and accuracy of assembly. Wall panel members of the present disclosure are suitable for use in constructing modular building units, such as bathroom pods.

Modular wall panels having a frame of a plurality of frame components and at least one wall sheet affixed to the frame. Frame component may have angled ends, straight ends, or a combination thereof. Each end of the frame components may have at least one fastener or at least one corresponding receiver to selectively connect adjacent frame components end on end in forming a frame, including corners. Frames can thus be assembled in the field and are fully customizable. A hub may be utilized with multiple sides having fastener(s) or receiver(s) to interconnect frame components. A wall system includes a plurality of such wall panels connected to one another along the outer surfaces of the frame components of their respective frames.

A system for mounting wall panels to a wall frame or other surface, and methods for assembling and using such a system. The disclosed system may include a plurality of mounting brackets, an adjustable wall panel support mechanism coupled to the mounting brackets, and a wall panel attachment member such as a hook plate. The position and orientation of the wall panel attachment member relative to the mounting brackets may be precisely adjusted, allowing fine adjustments in the position and orientation of a wall panel after the wall panel has been installed.

A building construction includes a plurality of vertically oriented studs, each extending between a floor and a ceiling of a building, each stud including a first and second stud sections in parallel, spaced apart relation, and a connecting wall which connects together the first and second stud sections in the parallel, spaced apart relation, each stud section including a central wall having lengthwise extending recesses, and two wing walls extending from opposite side edges of the central wall; and side connecting panels for connecting together wing walls of horizontally spaced apart studs, with the outer surface of each side connecting panel being coplanar with the outer surface of each respective central wall.

A method of bonding a structural component to a building, including the steps of: (i) receiving a structural component including an attachment zone constituting at least 10% of the total surface area of one side of the structural component, wherein the attachment zone has been prepared according to a method including the steps of: a. applying a frit to the attachment zone; and b. tempering the structural component so as to bond the frit to the structural component; (ii) providing a building engagement face at least coextensive with the attachment zone of the structural component; (iii) applying a bonding sealant to a majority of at least one of the attachment zone or the building engagement face; and (iv) engaging the bonding sealant with the other of the attachment zone or the building engagement face.

A method of receiving and processing a broadcast signal including a Non-Real Time (NRT) service and a broadcast receiver are disclosed herein. A A method of processing a Non-Real Time (NRT) service in a broadcast receiver, the method comprises receiving and processing first signaling information including content access information and second signaling information including content detail information, receiving and processing third signaling information including content update information, receiving and storing a content including at least one file through NRT based on the first signaling information and the second signaling information, identifying update availability of the content based on the content update information included in the third signaling information, and receiving at least one file included in the content by accessing a File Delivery over Unidirectional Transport (FLUTE) session transmitting the content when the update is available.

A universal mounting system can include: a mount, a bracket, and a panel. The mount includes a horizontal flange defining a first array of bores; a vertical flange extending below and substantially perpendicular to the horizontal flange and defining an outer broad face and a second array of bores across the outer broad face; a vertical capture channel arranged on the outer broad face; an upper threaded fastener captured by the vertical capture channel; and a lower threaded fastener captured by the vertical capture channel below the upper threaded fastener. The bracket includes a first slot and a second slot; and an upper receiver and a lower receiver offset below the upper receiver arranged perpendicular to the first and second slot. The bracket is configured to fasten to the upper threaded fastener via the first slot and to fasten to the lower threaded fastener via the second slot.

A cement board made to rapidly and accurately match with a base body. The base body has at least one short and tapered projection extending outward. The cement board includes a concrete slab, a reinforcing frame, and at least one fixing member. The at least one fixing member has at least one positioning hole and at least fixing hole defined thereon. The reinforcing frame is positioned into the concrete slab. The at least one positioning hole is coupled to the at least one projection, to position the cement board onto the base body. The at least one fixing member is coupled to the at least one fixing hole, to fixing the cement board onto the base body. The positioning hole is a tapered hole, a diameter of the positioning hole gradually reduces from one end adjacent to the base body to the other end.

A movable wall panel system is disclosed. The movable wall panel system may include at least one monitoring system to monitor at least one area adjacent the movable wall panel system. The movable wall panel system may include a touch screen as part of an operator interface.

Disclosed are a wall construction system with drywall composite columns and a method for constructing walls using thin sheet steel sections in concrete composite construction for erecting story-high walls with at least one-sided planking with building boards, in particular for residential buildings. Structural loads of solid ceilings and facade walls are absorbed via the composite columns arranged in a modular grid within the wall plane. The joining of the composite columns takes place at the column head over a concrete beam on which the ceiling rests. In-filling wall or facade elements may be arranged between the composite columns. The composite columns include a concrete composite column with a sheet metal reinforcement and a spatially offset thin-walled sheet steel section for mounting drywall thereto even after the metal reinforcement has been filled with concrete. The sheet metal reinforcement and the thin-walled sheet steel section may have different material qualities and thicknesses.