Special brick for building concealed wiring decoration ditch frame

Abstract

The utility model relates to a special brick 2 for a house-building concealed-wire-reserving decoration ditch frame. The special brick is characterized in that: A, the house concealed-wire-reserving decoration ditch frame does not need wall building; and B, huge waste is avoided. 3, the technical key points are as follows: (1) furrows and frames are reserved at required positions; the building method is simple and fast; the original design of the house is not influenced; the production raw materials of the special brick are the same as those of common sintered bricks. The depths of the transverse ditches and the vertical ditches are 30 millimeters, and the widths of the ditches can be 60 millimeters, 120 millimeters and 180 millimeters as required. The transverse ditches are generally arranged on the roof and turn to the opposite wall top along the wall top. A vertical ditch with the width of 60 mm is built by the ditch bricks, two threading pipes are arranged in parallel, and two wire boxes are arranged at the lower end. Vertical ditches with the width of 120 mm are built in a matched mode through the ditch bricks and the frame bricks, and vertical ditches with the width of 60 mm are built alternately through one layer of ditch bricks and one layer of frame bricks; and the ditch bricks are alternately built on the left and the right for seam pressing. And a wire box frame is independently built by the frame bricks. (2) a frame (mounting a wire box or a switch box) is built at the lower end of the vertical ditch and is 1m away from the floor tile;

Description

(I) Technical field: Housing construction, concealed wire decoration field (II) Background technology:

[0001] The current house renovation still requires trenching in the wall. The newly repaired wall is broken again, which is laborious and noisy, affecting people working and resting around.

[0002] The debris from wall construction (bricks, cement, river sand, water) takes up land and pollutes the environment. It is a huge waste of construction materials, construction funds, construction resources, and decoration fees. It is a pity. (III) Summary of the invention:

[0003] (1) Technology to be solved:

[0004] It solves the problem of concealed wiring decoration without building walls, and leaving trenches and frames when building houses; it avoids the huge waste of construction materials, construction funds, construction resources, and decoration costs caused by debris from building walls, which benefits the country and the people.

[0005] (2) Technical solutions adopted:

[0006] In recent years, houses are generally built with 20 or 24 porous brick walls (that is, the length of the brick, or the thickness of the wall is 20 cm and 24 cm). This special brick is invented to match the concealed line decoration in this situation, leaving grooves and frames when building houses, thus avoiding huge waste.

[0007] This special brick leaves grooves and frames for concealed line decoration without affecting the original design of the house; it can leave horizontal, vertical, wide, narrow and oblique grooves at the required positions; the laying method is simple and fast.

[0008] The raw materials used to produce this special brick are the same as those used to sinter ordinary bricks.

[0009] (3) The beneficial effects of leaving trenches and frames when building houses:

[0010] A. Avoided huge waste.

[0011] Avoid the construction materials, construction costs, (IV) Description of the drawings:

[0012] The shape and size of this special brick (unit: mm)

[0013] Figure 1 This is a 20-meter multi-hole groove brick: length 200, width 120, height 120.

[0014] The missing corner is 60cm long, 30cm wide and 120cm high.

[0015] Figure 2 For the 20-hole frame brick diagram: length 170, width 120, height 120

[0016] Figure 3 For the 240 multi-hole groove brick diagram: length 240, width 120, height 120

[0017] Corner 60, width 30, height 120

[0018] Figure 4 For the 24-hole frame brick diagram: length 210, width 120, height 120

[0019] Figure 5 For 20 solid groove bricks: length 200, width 120, height 60

[0020] Figure 6 For 20 solid frame brick diagram: length 170, width 120, height 60

[0021] Figure 7 For 24 solid groove bricks: length 240, width 120, height 60

[0022] Figure 8 For 24 solid frame bricks: length 210, width 120, height 60

[0023] Fig. 9 This is a masonry diagram of a porous brick wall with a vertical groove width of 60 and a depth of 30;

[0024] The vertical groove width of 24 porous brick wall is 60 and the depth is 30. The same method is used for this

[0025] Fig.10 This is a diagram of the masonry method for a 20-well porous brick wall with a vertical groove of 120 in width and 30 in depth; the masonry method for the wire box or switch box at the lower end of the vertical groove is to align the two groove bricks, and then build a 60-wide vertical groove on top and install a box; the masonry method for a vertical groove of 120 in width: align the two groove bricks of the next layer, and press the seam with the frame bricks of the upper layer, and repeat the process of alternating the masonry methods for 24-well porous bricks. The same masonry method is used for the wire box or switch box at the lower end of the vertical groove.

[0026] Fig.11 This is a 20-meter multi-hole brick wall with a vertical groove width of 180 and a depth of 30. Two switch boxes or wire boxes are installed side by side, and then a 60-meter-wide vertical groove is built on top; if a vertical groove width of 180 is required, the same method is used to build upwards. However, the groove bricks are laid alternately on the right and the left. The frame bricks are still in the middle to facilitate the compression of the brick seams; the laying method of 24-meter multi-hole bricks is the same as that of 20-meter multi-hole bricks.

[0027] Fig.12 Diagram for installing a wire box at the lower end of the vertical groove; the frame bricks are independently built into a frame, and then the vertical groove with a width of 60 is built upward to intersect with the horizontal groove on the top of the wall. (V) Specific implementation methods:

[0028] Brick factories that meet the national quality standards for sintered ordinary bricks can produce and sell this special brick. Construction teams or construction companies can use this special brick and its groove and frame laying method and technology. The groove and frame laying method of this special brick:

[0029] A: Vertical trench masonry method:

[0030] Example: The laying method of 20 multi-hole brick vertical trench and wire box frame is as follows:

[0031] Laying method: Place one layer of groove bricks on the left and one layer on the right to facilitate pressing the seams.

[0032] Function of vertical groove: two wire threading tubes with diameter of 20mm or 16mm are placed vertically in parallel in the vertical groove.

[0033] B: Method of laying horizontal groove:

[0034] The horizontal groove is usually at the top of the wall, with a depth of 30 mm and a height of 60 mm, 120 mm, 180 mm, etc.

[0035] A wire box or switch box is installed at the lower end of the vertical groove, and the upper end intersects with the horizontal groove at the top of the wall.

[0036] How to build horizontal grooves:

[0037] Lay the groove bricks flat in one layer, that is, the horizontal groove height is 60 mm, and lay the frame bricks flat in one layer, that is, the horizontal groove height is 120 mm.

[0038] C: Masonry method with switch box frame:

[0039] The method of laying grooves and frames is the same as that of porous bricks.

[0040] Place a frame brick where a frame is needed, then you can install a switch box, and then lay it according to the vertical or horizontal groove method.

[0041] D: The groove and frame laying method of solid brick load-bearing walls is the same as that of porous bricks.

[0042] The utility model is characterized in that the house hidden line decoration does not require the construction of walls to obtain trenches and frames, and the trenches and frames are left when the house is built, which is just one of the better implementation methods of not constructing walls.

[0043] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A special brick for building a house with hidden lines and decoration groove frame, including groove bricks and frame bricks, wherein the groove bricks and frame bricks are porous bricks or solid bricks, and are characterized in that: The porous groove brick is a 20-porous groove brick missing a rectangular corner or a 24-porous groove brick missing a rectangular corner. The size of the 20-porous groove brick is 200mm long x 120mm wide x 120mm high, the size of the 24-porous groove brick is 240mm long x 120mm wide x 120mm high, and the size of the rectangular corner is 30mm long x 60mm wide x 120mm high; the porous frame brick is a 20-porous frame brick or a 24-porous frame brick. The size of the 20-porous frame brick is 170mm long x 120mm wide x 120mm high, and the size of the 24-porous frame brick is 210mm long x 120mm wide x 120mm high; the solid groove brick is a 20-solid groove brick missing a rectangular corner or a 24-solid groove brick missing a rectangular corner. The size of the 20-solid groove brick is 200mm long x 120mm wide x 60mm high, and the size of the 24-solid groove brick is 240mm long x 120mm wide x height 60mm, the dimensions of the rectangular corner are length 30mm x width 60mm x height 60mm; the solid frame bricks are 20 solid frame bricks or 24 solid frame bricks, the dimensions of 20 solid frame bricks are length 170mm x width 120mm x height 60mm, and the dimensions of 24 solid frame bricks are length 210mm x width 120mm x height 60mm; the missing corners form a groove, the decorated wire conduit is placed in the groove, and the frame bricks form a frame for installing the switch box or wire box.

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