CN108360785A - Concealed frame type wall brick system and its construction method in a kind of assembled room - Google Patents

Abstract

A prefabricated indoor hidden frame wall brick system and its construction method, comprising: glue keel (1), wall brick (2), L-shaped corner code (3), self-tapping screws (4), leveling keel (5 ), brace (6) and leveler cap (7). Fix the leveling keel (5) on the solid wall with bolts and level it, fix the L-shaped corner bracket (3) on the leveling keel with self-tapping screws (4) and apply structural glue, and then glue the keel (1 ) is fixed on the leveling screw (5) with self-tapping screws (4) and applied with structural glue, and the wall brick (2) is supported by the L-shaped corner bracket (3) and then glued to the rubber keel (1). Then put the tie bar (6) into the two vertical wall bricks, the bottom of the wall brick falls on the L-shaped corner, drag the wall brick to transfer the self-weight of the wall brick to the leveling keel, and finally, the leveler cap will pull the tie bar tension. Realize the dry construction of wall bricks.

Description

A prefabricated indoor hidden frame wall brick system and its construction method

technical field

The patent of the present invention relates to a prefabricated indoor hidden frame wall brick system and its construction method, in particular to a dry hanging system for installing decorative wall bricks indoors through L-shaped pieces and rubber keel pieces.

Background technique

With the development of the construction industry, the interior decoration industry has made remarkable achievements, but the decoration process has not been improved as a whole, and it still stays in the traditional process.

The traditional interior decoration wall tile system mainly relies on cement, mortar, paint and other materials to be processed, installed and pasted by workers on site. The control of project quality is mainly limited by the technical level of on-site workers. This exists to do bigger waste problem, and quality is difficult to guarantee. There are also long construction periods, cumbersome processes, heavy workload, a lot of construction waste, poor environment, high cost, difficult to carry out later maintenance and repairs, and no longer meet customer needs. The concept of emphasizing practicality, environmental protection, and energy saving advocated by modern urbanites do not match. The traditional technology that came into existence relying on the technology at that time can no longer meet the existing production needs and is no longer advanced. Therefore, this technology needs to be completely replaced.

Contents of the invention

With the promulgation of domestic prefabricated building regulations, prefabricated decoration has become the trend of the entire decoration industry, and traditional decoration techniques can no longer meet the decoration needs of prefabricated buildings.

The purpose of the patent of the present invention is to provide a prefabricated indoor hidden frame wall brick system and its construction method to overcome the above-mentioned shortcomings and deficiencies in the prior art. A decoration system that uses dry construction by industrial workers in accordance with standardized procedures to overcome the above-mentioned shortcomings and deficiencies in traditional techniques by assembling industrially produced parts and components in a reliable manner.

The simple principle of the present invention: firstly, the leveling keel needs to be installed on the civil wall. In the case of the light steel keel wall, the L-shaped corner code and the rubber keel can be directly nailed to the vertical keel;

Then install the L-shaped corner bracket and the rubber keel from the bottom and apply structural glue, then hold the wall bricks with the L-shaped corner bracket first and stick them to the rubber joist, and pre-embed the tie bars into the four wall bricks In the middle butt joint, put the braces in sequence according to the layout of the designed wall tiles.

Finally, use the leveler cap to tighten the tie bar, so that the vertical joint between the wall brick and the wall brick is straight. After 24 hours of curing with the structural adhesive, remove the leveler cap to complete the installation.

The technical problems to be solved by the patent of the present invention can be realized through the following technical solutions:

As the first aspect of the present invention, a prefabricated indoor hidden frame wall brick system includes: glue keel, wall brick, L-shaped corner code, leveling keel, leveler cap, and tie bar;

The leveling keel is fixed on the solid wall;

The L-shaped corner bracket is detachably connected to the leveling keel, and is marked with structural glue;

The rubber keel is detachably connected to the leveling keel, and the structural glue is applied, and the wall brick is dragged by an L-shaped corner code and then bonded to the rubber keel;

The tie bars are loaded into two vertical wall bricks;

The leveler cap is configured as a wedge-shaped structure, which is wedged between the vertical joints of the tie bars pre-embedded wall bricks to tighten the tie bars.

The shape of the rubber keel and the L-shaped corner bracket and the functional design of the notch.

Wherein, the L-shaped corner bracket is first fixed on the leveling keel, and applied with structural glue; then the glue rib keel is fixed on the leveling keel and coated with structural glue, and the wall tiles are dragged by the L-shaped corner bracket and then bonded to the glue. on the rib keel; the L-shaped corner code is a load-bearing wall brick, which undertakes the self-weight of the wall brick. The rubber keel is an adhesive reinforcement.

Further, the rubber rib keel includes: an upper glued place, a nail groove, and a lower glued place; wherein, the upper glued place is a place where structural glue is applied, and the nail groove is a place where self-tapping screws are nailed, The lower glued place is the place where structural glue is applied.

Further, the L-shaped corner code is a nailing place and a supporting place; wherein, the nailing place is a self-tapping screw nailing place, and the supporting joint is a supporting place at the bottom of the wall tile.

Wherein, the leveling keel is fixed on the solid wall with bolts, and the leveling is completed.

Wherein, the leveler cap is set in a wedge-shaped structure, which is wedged between the braces to tighten the braces. After 24 hours of curing with the structural adhesive, the leveler cap is removed to complete the installation.

As a second aspect of the present invention, a construction method of an assembled indoor hidden frame wall brick system is characterized in that it includes the following steps:

The first step is to level the solid wall with leveling keels; this step can be omitted for light steel keel walls;

In the second step, according to the design drawing, nail the L-shaped corner code and fix it on the leveling keel or directly nail it on the vertical keel of the light steel keel wall and apply structural glue;

The third step is to fix the glue rib keel on the leveling keel according to the design drawing or directly nail it on the vertical keel of the light steel keel wall and apply structural glue;

The fourth step is to support the wall bricks with L-shaped corner brackets and then glue them to the rubber keel. The L-shaped corner brackets are load-bearing wall bricks and undertake the self-weight of the wall bricks. The rubber keel is an adhesive reinforcement.

The fifth step is to insert the tie bars into the middle butt joints of the four wall bricks, and put the tie bars in order according to the layout of the designed wall bricks;

The sixth step is to pass the leveler cap through the tie bar to tighten the wall brick and the wall brick;

Step 7: After 24 hours of curing with the structural adhesive, remove the leveler cap, and caulk the gaps between the wall bricks to complete the installation.

Among them, the second step and the fourth step are repeated in sequence according to the installation height of the wall bricks in the design drawings.

In the fifth step, the rectangular plastic sheet at the bottom of the brace penetrates into the middle butt joints of the four wall tiles, passes through the clip at the front end of the brace through the leveler cap, and tightens the wall tiles and the wall tiles to ensure that the wall tiles The flatness of the installation and the gap between the brick joints; the leveler cap will tighten the tie bars, and after 24 hours of curing with the structural adhesive, remove the leveler cap to complete the installation.

The beneficial effects of the patent of the present invention:

A prefabricated wall brick hidden frame wall brick system completely solves various problems existing in the traditional interior decoration process. This system is constructed in the form of dry method, and there is no wet operation in the whole process.

The entire construction process of the patent of the present invention does not have on-site wet work, and is green and environmentally friendly.

Since all indoor wall tiles are connected and installed by structural glue and aluminum alloy materials, the environment is clean and tidy, the installation is convenient, the quality is guaranteed, the mechanical performance is excellent, the manufacturing process is simple, economical and energy-saving, the construction process is simplified, and the labor force is reduced. Investment, small workload and low cost.

Since the system is constructed by dry method, there is no wet operation of cement and yellow sand on the site, which can ensure the cleanliness of the construction site, reduce the impact of the technical level of the construction personnel on the quality, and solve the problem of hollowing and falling off of traditional wall tiles. . To meet the needs of today's interior decoration industry for new technologies and to ensure high efficiency and high quality is the construction requirement. It is more scientific and reasonable than traditional construction schemes, and can produce very good economic benefits.

Description of drawings

Fig. 1 is a diagram of the vertical butt joint adhesive fixing method of the patent of the present invention.

Figure 2 is a diagram of the fixing method of the patented transverse leveler of the present invention.

Fig. 3 is a sectional view of the rubber rib keel of the patent of the present invention.

Fig. 4 is a sectional view of the L-shaped corner code of the patent of the present invention.

Reference signs:

Rubber keel 1, wall brick 2, L-shaped corner code 3, self-tapping screw 4, leveling keel 5, tie bar 6, leveler cap 7.

The glued joint 101 of the structural glue is punched on the rubber rib keel, the nail groove 102 is nailed with the self-tapping screw, and the sticky place 103 of the structural glue is punched down.

L-shaped corner code self-tapping screw 301, wall brick support 302.

Detailed ways

Below in conjunction with specific embodiment, the patent of the present invention is described further. It should be understood that the following examples are only used to illustrate the patent of the present invention but not to limit the scope of the patent of the present invention.

Example 1

As shown in Figure 1 and Figure 2, a prefabricated indoor hidden frame wall brick system, including: glue keel 1, wall brick 2, L-shaped corner code 3, self-tapping screw 4, leveling keel 5, tie bar 6 , leveler cap 7.

The leveling keel is fixed on the solid wall;

The L-shaped corner bracket is detachably connected to the leveling keel, and the structural glue is applied; the rubber rib joist is detachably connected to the leveling joist, and the structural glue is applied, and the wall brick is dragged by the L-shaped corner bracket and then bonded to the rubber rib joist. The tie bars are put into two vertical wall bricks; the leveler cap is set as a wedge-shaped structure, which is wedged between the vertical joints of the tie bars pre-embedded in the wall bricks to tighten the tie bars.

Refer to Fig. 3 and Fig. 4 for the functional design of the molding of the rubber keel and the L-shaped corner code and the notch.

As shown in Figure 3, the glued rib keel 1 is an upper gluing part 101, a nail groove 102, and a lower gluing part 103; wherein, the upper gluing part 101 is a place where structural glue is applied, and the nail groove 102 is a self-tapping part. The place where the screw is nailed, and the lower adhesive place 103 is the place where the structural glue is applied.

As shown in Figure 4, the L-shaped corner code 3 is a nailing part 301 and a supporting part 302; wherein, the nailing part 301 is a self-tapping screw nailing part, and the supporting part 302 is a supporting part at the bottom of the wall tile.

Wall brick dry hanging system, the wall bricks are connected by structural glue plus L-shaped corner brackets and rubber keels, and the bottom of the wall bricks falls on the L-shaped corner brackets. To bear the self-weight of the wall bricks, the rubber keel is an adhesive reinforcement, which effectively transmits the vertical shear force to the leveling keel and the wall through the L-shaped corner code. Straighten the vertical joints between the wall tiles and the wall tiles by means of a leveler.

The leveling keel 5 is fixed on the solid wall with bolts, and the leveling is completed.

The leveler cap 7 is set in a wedge-shaped structure, wedged between the braces 6 and the braces 6, and the braces 6 are tightened. After 24 hours of curing with the structural adhesive, the leveler cap 7 is removed to complete the installation.

A construction method of a prefabricated wall brick hidden frame wall brick system is shown in Figure 1 and Figure 2, including the following steps:

The first step is to level the solid wall with the leveling keel 5; this step can be omitted for the light steel keel wall;

In the second step, nail the L-shaped corner code 3 to the leveling keel 5 according to the design drawing or directly nail it to the vertical keel of the light steel keel wall and apply structural glue;

The third step is to fix the glue rib keel 1 on the leveling keel 5 according to the design drawing or directly nail it on the vertical keel of the light steel keel wall and apply structural glue;

In the fourth step, the wall brick 2 is first held by the L-shaped corner bracket 3 and then bonded to the rubber keel 1. The L-shaped corner bracket is a load-bearing wall brick and bears the self-weight of the wall brick. The rubber keel is an adhesive reinforcement.

The fifth step is to insert the tie bars 6 into the middle butt joints of the four wall bricks, and put the tie bars in order according to the layout of the designed wall bricks;

The sixth step is to pass the leveler cap 7 through the tie bar 6 to tighten the wall tile 2 and the wall tile 2;

In the seventh step, after 24 hours of curing with the structural adhesive, the leveler cap 7 is removed, and the gap between the wall tiles 2 is caulked to complete the installation.

The specific embodiments of the present invention have been described above, but the present invention is not limited thereto, and the present invention can have various changes as long as it does not deviate from the purpose of the present invention.

Claims (9)

1. A prefabricated indoor hidden frame wall brick system, characterized in that: comprising: glue keel (1), wall brick (2), L-shaped corner code (3), leveling keel (5), pull bar ( 6) and leveler cap (7); The leveling keel (5) is fixed on the solid wall; The L-shaped corner bracket (3) is detachably connected to the leveling keel (5), and is applied with structural glue; The rubber keel (1) is detachably connected to the leveling keel (5), and is covered with structural glue, and the wall brick (2) is dragged by an L-shaped corner code (3) and then bonded to the rubber keel (1 )superior; Described stay bar (6) is packed in vertically every two wall bricks; The leveler cap (7) is configured as a wedge-shaped structure, which is wedged between the vertical joints of the tie bars (8) embedded in the wall bricks (2) to tighten the tie bars (8). 2. A kind of prefabricated indoor hidden frame wall brick system according to claim 1, characterized in that: the shape of the rubber keel (1) and the L-shaped corner code (3) and the functional design of the notch; The rubber keel (1) L-shaped corner code (3) is detachably connected to the leveling keel (5) by self-tapping screws (4); The L-shaped corner bracket (3) is first fixed on the leveling keel and applied with structural glue; then the glue rib keel (101) is fixed on the leveling keel and coated with structural glue, and the wall brick (2) is fixed with the L-shaped corner bracket ( 3) After dragging, bond it to the rubber keel (1); The L-shaped corner bracket (3) is a load-bearing wall brick, which bears the weight of the wall brick; the glue keel (1) is an adhesive reinforcement. 3. A prefabricated indoor hidden frame wall brick system according to claim 2, characterized in that: said glue keel (1) includes: upper glued part (101), nail groove (102), Lower adhesive place (103); Wherein, the upper glued place (101) is a place where structural glue is applied, the nail groove (102) is a place where self-tapping screws are driven, and the lower glued place (103) is a place where structural glue is applied. 4. A prefabricated indoor hidden frame wall brick system according to claim 2, characterized in that: the L-shaped corner code (3) is a nailing place (301) and a supporting place (302); Wherein, the nailing place (301) is a nailing place with a self-tapping screw, and the supporting joint (302) is a supporting joint at the bottom of a wall brick. 5. A prefabricated indoor hidden frame wall brick system according to claim 1, characterized in that: the leveling keel (5) is fixed on the solid wall with bolts, and the leveling is completed. 6. A prefabricated indoor hidden frame wall brick system according to claim 1, characterized in that: the leveler cap (7) is set as a wedge-shaped structure, wedged into the tie bars (6) and pre-embedded wall bricks ( 2) Between the vertical joints, tighten the braces (6), and after 24 hours for the structural adhesive to cure, remove the leveler cap (7) to complete the installation. 7. A construction method for an assembled indoor hidden frame wall brick system, characterized in that it includes the following steps: In the first step, use the leveling keel (5) to level the solid wall; this step can be omitted for the light steel keel wall; In the second step, fix the L-shaped corner code (3) on the leveling keel (5) according to the design drawing or directly nail it on the vertical keel of the light steel keel wall and apply structural glue; The third step is to nail the glue rib keel (1) to the leveling keel (5) according to the design drawing or directly nail it to the vertical keel of the light steel keel wall and apply structural glue; The fourth step is to hold the wall brick (2) with the L-shaped corner bracket (3) first and then bond it to the rubber keel (1). The L-shaped corner bracket is a load-bearing wall brick, which bears the weight of the wall brick. The rubber keel is an adhesive reinforcement; The fifth step is to snap the tie bars (6) into the middle butt joints of the four wall bricks, and put the tie bars in order according to the layout of the designed wall bricks; The sixth step is to pass the leveler cap (7) through the tie bar (6) to tighten the wall brick (2) and the wall brick (2); In the seventh step, after 24 hours of curing with the structural adhesive, the leveler cap (7) is removed, and the gap between the wall tiles (2) is caulked to complete the installation. 8. The construction method according to claim 7, wherein the second step and the fourth step are repeated sequentially according to the installation height of the wall bricks in the design drawings. 9. The construction method according to claim 8, characterized in that: in the fifth step, the rectangular plastic sheet at the bottom of the brace (6) penetrates into the middle butt joints of the four wall bricks, and passes through the leveler cap (7) Pass through the clamping strip at the front end of the tie bar, tighten the wall brick (2) and the wall brick (2), to ensure the flatness of the installation of the wall brick (2) and the gap between the bricks; After 24 hours of curing with the structural adhesive, remove the leveler cap to complete the installation.