TH17199Y - Interlocking brick walls with openings for electrical junction boxes. - Google Patents

Abstract

Page 1 of 1 page Summary of the Invention Interlocking brick with compartments for electrical junction boxes. The interlocking brick is of the type of interlocking brick for construction, with the following characteristics: inside the first interlocking brick (10) there is a compartment for electrical junction boxes (11), and from the compartment for electrical junction boxes (11) there are two open-ended pipes (30) to the outside of the first interlocking brick (10), with two pipes in different directions to serve as outlets for conduit (40) and inlets for conduit (40) that connect to the compartment for electrical junction boxes (11) to serve as pathways for conduit (40) containing electrical wires (50) to branch off in different directions. The second interlocking brick (20) has an open-ended pipe (30) inside that penetrates from the first side of the second interlocking brick (20) to the second side of the second interlocking brick (20) to the outside of the second interlocking brick (20). A second interlocking brick (20) is constructed to provide a pathway for the conduit (40) to run in different directions. At least one first interlocking brick (10) and at least one second interlocking brick (20) are connected together to form a network, and inside at least one junction box (12) and several conduits (40) are installed to form a network of conduit pathways (40) containing the electrical wires (50).

Claims (5)

Page 1 of 2: Claims 1. Interlocking bricks with compartments for electrical junction boxes, which are of the type of interlocking bricks used for construction, have a special characteristic: inside the first interlocking brick (10) there is a compartment for electrical junction boxes (11), and from the compartment for electrical junction boxes (11) there are two open-ended pipes (30) to the outside of the first interlocking brick (10), with two pipes in different directions to serve as outlets for conduit (40) and entrances for conduit (40) that connect to the compartment for electrical junction boxes (11) to serve as a pathway for conduit (40) containing electrical wires (50) to branch off in different directions. The second interlocking brick (20) has an open-ended pipe (30) inside that passes from the first side of the second interlocking brick (20) to the second side of the second interlocking brick (20) to the outside of the second interlocking brick (20) to serve as a pathway for conduit (40) to branch off in different directions. At least one first interlocking brick (10) and at least one second interlocking brick (20) shall be connected together to form a network and inside shall be installed at least one junction box (12) and a number of conduit (40) to be connected together to form a network of conduit routes (40) containing the electrical wires (50) inside. 2. Interlocking bricks with compartments for electrical junction boxes, according to claim 1, where the first interlocking brick (10) shall be in the form of the first interlocking brick (10) upper (13) U-shaped with a back wall and the first interlocking brick (10) lower (14) U-shaped with a back wall, which are joined together to provide compartments for electrical junction boxes (11) inside. Page 2 of 2 pages. 3. Interlocking bricks with compartments for electrical junction boxes, in accordance with any one of the claims 1-2, where the first interlocking brick (10) shall contain compartments for electrical junction boxes, (11) shall contain at least one compartment connecting the conveyor route to at least one open-ended pipe (30). 4. Interlocking bricks with compartments for electrical junction boxes, in accordance with any one of the claims 1-3, where the first interlocking brick (10) contains at least one open-ended pipe (30). 5. Interlocking bricks with channels for housing electrical junction boxes, according to any one of the claims 1-4, where the second interlocking brick (20) shall contain at least one open-ended pipe (30) of different orientations for the insertion of conduit (40) to provide pathways for the conduit (40) to different directions.