CN203569839U - Stone dry bonding installation structure - Google Patents

Abstract

The utility model discloses a stone dry bonding installation structure which comprises stone (1), dry glue (2), a transverse keel (3) and a vertical keel (4). The transverse keel (3) is connected to the vertical keel (4) fixed to the wall face; a glue filling groove (5) is formed in the back face of the stone (1), a glue permeable hole (6) is formed in the contact portion of the transverse keel (3) and the stone (1), the stone (1) and the transverse keel (3) adhere together through the dry glue (2), the front portion of the dry glue (2) permeates the glue filling groove (5) of the stone (1) so that a glue nail structure can be formed, and the rear portion of the dry glue (2) extends out of the glue permeable hole (6) and is attached to the back face of the transverse keel (3) so that a glue nail structure can be formed. The stone dry bonding installation structure can solve the problems that the thickness of a stone dry hanging board is insufficient, dry hanging is unsafe, and construction cannot be conducted, reduction of the exploration quantity of the natural stone can be reduced, the construction efficiency is improved, use space occupied by stone dry hanging is reduced, and effective indoor use space is expanded.

Description

The dry sticky mounting structure of stone material

Technical field

The utility model relates to the dry sticky mounting structure of a kind of stone material.

Background technology

Current domestic wall-surface stone is installed and is all adopted dry-hanging method construction, and the requirement that the sheet metal thickness that current building supplies business provides does not often reach international dry-hang stone high-class product, stone material thickness of slab negative common difference is bigger than normal, adopts conventional cladding mounting means cannot meet safety requirements, even cannot install.And many interior decorations position is because usage space requires restriction, also cannot adopt conventional dry-hanging method construction.

There is following drawback in traditional stone material dry suspending structure: when 1, stone material thickness is not enough, still use traditional dry hanging article construction, the back side is very thin stone material, has had a strong impact on the intensity of stone material, and the safety in utilization of stone material reduces greatly.2, traditional dry-hang stone is larger to taking of usage space.

Utility model content

The purpose of this utility model is: provide a kind of stone material dry sticky mounting structure, it is not enough that it can solve dry-hang stone thickness of slab, the cladding dangerous and problem that cannot construct, thus reduce lithotome yield; Improve efficiency of construction; Minimizing dry-hang stone takies usage space, widens indoor effective usage space.

The technical solution of the utility model is: the dry sticky mounting structure of a kind of stone material, and it comprises stone material, dry viscose glue, horizontal keel, centre keel, described horizontal keel are connected on the centre keel that is fixed on metope; Described back face of stone has glue-filling slot, horizontal keel and stone material contact site have seep through hole, between stone material and horizontal keel, by dry viscose glue, be bonded together, the interior glue pin structure that forms of glue-filling slot of stone material is infiltrated in the front portion of dry viscose glue, and the rear portion of dry viscose glue is stretched out seep through hole and is attached to horizontal keel reverse side and forms glue pin structure.

Described glue-filling slot is hook groove structure.

Described glue-filling slot be stone material Zi outer to interior groove obliquely.

The utility model has the advantages that: the dry sticky mounting structure of stone material of the present utility model, it is not enough that it can solve dry-hang stone thickness of slab, the cladding dangerous and problem that cannot construct, thus reduce lithotome yield; Improve efficiency of construction; Minimizing dry-hang stone takies usage space, widens indoor effective usage space; Meet various special circumstances and the designing requirement of interior decoration, to the thickness requirement of material, can greatly reduce and easy, saving of labor, building site noiselessness, no dust pollution also improve efficiency of construction simultaneously greatly.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further described:

Fig. 1 implements the sectional view of stone material thickness when enough in prior art;

Fig. 2 is the sectional view while implementing stone material thickness deficiency in prior art;

Fig. 3 is the structural representation of the utility model embodiment;

Wherein: 1 stone material; 2 dry viscose glues; 3 horizontal keel; 4 centre keels; 5 glue-filling slots; 6 seep through holes.

The specific embodiment

Embodiment: as shown in Figure 3, the dry sticky dried hanging hang structure of a kind of stone material, it comprises stone material 1, dry viscose glue 2, horizontal keel 3, centre keel 4.Glue-filling slot 5 be on stone material 1 Zi outer to interior groove obliquely, horizontal keel 3 cross sections are L-type.

Horizontal keel 3 are connected on the centre keel 4 that is fixed on metope; Horizontal keel 3 are and can be effectively connected by variety of way with centre keel 4.Stone material 1 back side has glue-filling slot 5, and dry viscose glue 2 pours into the inner physical connection that forms; Horizontal keel 3 have seep through hole 6 with stone material contact surface, stone material 1 is by the dry viscose glue 2 in glue-filling slot 5 with to see through the glue nail that seep through hole 6 forms at horizontal keel 3 back sides fixing, and seep through hole 6 is beneficial to dry viscose glue 2 and by seep through hole 6, through horizontal keel 3, forms overleaf glue nail and realize physical connection.Dry viscose glue 2 forms respectively physical connection and makes in conjunction with self cementability at stone material 1 and 3 of horizontal keel and realizes and being reliably connected between stone material 1 and horizontal keel 3.Wherein stone material 1 by dry viscose glue 2 in curdled appearance next part is not infiltrated the glue-filling slot 5 of stone material 1 one sides, after solidifying, at the interior formation glue of glue-filling slot 5, follow closely, opposite side is attached to the reverse side of horizontal keel 3 through the rear expansion in seep through hole 6 of horizontal keel 2, after solidifying, also form glue nail, between bilateral glue nail, form physical connection, and self expand the bonding force acting in conjunction of rear and stone material 1 and horizontal keel 3 by dry viscose glue 2, stone material 1 is bonded on horizontal keel 3 securely to the dry sticky dried hanging hang structure of the stone material of complete.

It should be pointed out that for the utility model through absolutely proving, also can there is the embodiment of multiple conversion and remodeling, be not limited to above-mentioned specific embodiment.Above-described embodiment is as just explanation of the present utility model, rather than to restriction of the present utility model.In a word, protection domain of the present utility model should comprise those apparent conversion or alternative and remodeling to those skilled in the art.

Claims (3)

1. the dry sticky mounting structure of stone material, is characterized in that: it comprises stone material (1), dry viscose glue (2), horizontal keel (3), centre keel (4), and described horizontal keel (3) are connected on the centre keel (4) that is fixed on metope; Described stone material (1) back side has glue-filling slot (5), horizontal keel (3) have seep through hole (6) with stone material (1) contact site, between stone material (1) and horizontal keel (3), by dry viscose glue (2), be bonded together, the interior glue pin structure that forms of glue-filling slot (5) of stone material (1) is infiltrated in the front portion of dry viscose glue (2), and the rear portion of dry viscose glue (2) is stretched out seep through hole (6) and is attached to horizontal keel (3) reverse side and forms glue pin structure.

2. the dry sticky mounting structure of stone material according to claim 1, is characterized in that: described glue-filling slot (5) is hook groove structure.

3. the dry sticky mounting structure of stone material according to claim 1, is characterized in that: described glue-filling slot (5) is stone material (1) from outward to interior groove obliquely.

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