Node structure is assembled to partition wall in assembled light
Technical Field
The utility model relates to a node construction is assembled to partition wall in assembled light weight belongs to construction technical field.
Background
Along with the vigorous popularization of the green building in China, the assembly type building becomes the development trend of the building industry in the future with the advantages of short construction period, environmental protection, high overall quality of the building and the like, and the assembly type light inner partition wall is used as an important part in the construction process of the assembly type building and determines the overall construction quality of the building. At present, the construction method of the light inner partition wall assembly node of the fabricated building is various, a structural column, a ring beam and the like are required to be arranged in the traditional assembly node construction method, the quantities of embedded steel bars, template assembly and concrete pouring are large, the construction problems of complex construction procedures, poor quality, high cost, long construction period and the like exist, and the construction requirements at the current stage are difficult to meet.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a node construction is assembled to partition wall in assembled light to improve holistic efficiency of construction and the construction quality of partition wall in the light, reduce the labour and drop into, practice thrift the cost.
The technical scheme of the utility model: an assembled node structure of a light inner partition wall comprises a concrete floor slab or a beam and two or more light inner partition wall precast slabs, wherein a fiber cement wedge-shaped plug is embedded between the concrete floor slab or the beam and the light inner partition wall precast slabs, 7-shaped anchoring steel bars are implanted between the concrete floor slab or the beam and the light inner partition wall precast slabs, and bonding mortar is filled in a gap between the concrete floor slab or the beam and the light inner partition wall precast slabs; inner partition wall tongue-and-groove is arranged on the inner partition wall joint between the adjacent light inner partition wall prefabricated plates, 1-shaped steel bars are embedded between the adjacent light inner partition wall prefabricated plates, and bonding mortar is filled in the gap between the adjacent light inner partition wall prefabricated plates.
And an alkali-resistant anti-cracking grid cloth is hung on the outer side of the light inner partition prefabricated plate at the rabbet of the inner partition.
The 1-shaped anchoring reinforcing steel bars are obliquely implanted into the light inner partition prefabricated slab, and the included angle between the 1-shaped anchoring reinforcing steel bars and the horizontal plane is 30-45 degrees.
The length of the 1-shaped reinforcing steel bars or the 7-shaped reinforcing steel bars implanted into the light inner partition wall precast slab is larger than 100mm, and the arrangement distance of the 1-shaped reinforcing steel bars or the 7-shaped reinforcing steel bars is 200-250 mm.
Due to the adoption of the technical scheme, the utility model has the advantages of: the utility model discloses having cancelled the structure way such as partition constructional column, ring roof beam in the light, through setting up interior partition prefabricated plate seam, interior partition tongue-and-groove, the wall body squeeze into the anchor reinforcing bar and the alkali-resistant anti net cloth that splits of hanging of nail, effectively guaranteed the holistic steadiness of interior partition wall body, anti-cracking performance, the construction quality problem of flexible crack has appeared in junction between interior partition wall and concrete structure, wall and wall, the whole work progress process of assembling is simple, and convenient for operation has shortened construction period, and is with low costs.
Drawings
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is a cross-sectional view A-A of FIG. 1;
fig. 3 is a schematic structural diagram of an inner partition wall joint.
Description of reference numerals: 1-light inner partition prefabricated slab, 2-bonding mortar, 3- '1' -shaped reinforcing steel bars, 4-inner partition joints, 5-inner partition tongue and groove, 6-fiber cement wedge-shaped plugs, 7-alkali-resistant anti-cracking grid cloth, 8- '7' -shaped anchoring reinforcing steel bars and 9-concrete floor slab or beam.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the present invention is further described in detail with reference to the accompanying drawings and examples.
The embodiment of the utility model provides a: referring to fig. 1-3, an assembled lightweight inner partition splicing node structure comprises a concrete floor or beam 9 and two or more lightweight inner partition precast slabs 1, wherein a fiber cement wedge-shaped plug 6 is embedded between the concrete floor or beam 9 and the lightweight inner partition precast slabs 1, a 7-shaped anchoring steel bar 8 is embedded between the concrete floor or beam 9 and the lightweight inner partition precast slabs 1, and a gap between the concrete floor or beam 9 and the lightweight inner partition precast slabs 1 is filled with bonding mortar 2; inner partition wall tongue-and-groove 5 is arranged on an inner partition wall joint 4 between adjacent light inner partition wall prefabricated plates 1, 1-shaped reinforcing steel bars 3 are obliquely implanted between the adjacent light inner partition wall prefabricated plates 1, an included angle between the 1-shaped anchoring reinforcing steel bars 8 and the horizontal plane is 45 degrees, and bonding mortar 2 is filled in gaps between the adjacent light inner partition wall prefabricated plates 1. And an alkali-resistant anti-cracking grid cloth 7 is hung on the outer side of the light inner partition prefabricated slab 1 at the inner partition rabbet 5. The length of the light inner partition prefabricated slab 1 with the 1-shaped steel bars 3 or the 7-shaped steel bars 3 embedded in the light inner partition prefabricated slab is larger than 100mm, and the arrangement distance of the 1-shaped steel bars 3 or the 7-shaped steel bars 3 is 250 mm.
The construction method of the assembled node structure of the assembled light inner partition wall comprises the following steps:
firstly, sprinkling water to wet an installation base surface of a concrete floor slab or a beam 9, cleaning dust at the joint of a lightweight inner partition prefabricated slab 1, smearing adhesive mortar 2 on the concrete floor slab or the beam 9 at a position where the lightweight inner partition prefabricated slab 1 is required to be installed in a full manner, meanwhile smearing the adhesive mortar 2 at the joint of the lightweight inner partition prefabricated slab 1, then splicing the lightweight inner partition prefabricated slab 1, implanting 7-shaped reinforcing steel bars 3 pre-embedded on the concrete floor slab or the beam 9 into the lightweight inner partition prefabricated slab 1, implanting 1-shaped reinforcing steel bars 3 between the adjacent lightweight inner partition prefabricated slabs 1, then temporarily fixing and flatly filling the lightweight inner partition prefabricated slab 1 by using fiber cement wedge-shaped plugs 6, and ensuring that a grouting gap of 40mm is reserved between the lightweight inner partition prefabricated slab 1 and the concrete floor slab or the beam 9;
filling a grouting gap between the lightweight inner partition prefabricated slab 1 and a concrete floor slab or beam 9 by using bonding mortar 2, and nailing and hanging an alkali-resistant anti-cracking grid cloth 7 to tie and reinforce an inner partition joint 4 between the lightweight inner partition prefabricated slab 1, thereby effectively avoiding expansion cracks at the joints of different structural interfaces;
and step three, jointing the joint 4 of the inner partition wall, scraping off the bonding mortar 2 protruding out of the joint of the wall panel surface, jointing the joint opening to be 4-5 mm lower than the wall panel surface, and after the bonding mortar 2 is cured for 3 days, pulling out the fiber cement wedge-shaped plug 6, and filling and tamping the fiber cement wedge-shaped plug with the same-grade bonding mortar 2.