CN209194905U - Built-in fitting - Google Patents

Abstract

The utility model relates to a kind of built-in fittings, including ontology, the outer surface of ontology is equipped with the non slip surface cooperated for heat insulating decorative board to be used to increase the frictional force between ontology and heat insulating decorative board, one end of ontology is equipped with the mounting groove for cooperating with anchoring piece, the end face of mounting groove and anchoring piece cooperation is open end, remaining end face of mounting groove is closed end face structure；The utility model by built-in fitting be equipped with one end be opening, remaining be enclosed mounting groove so that built-in fitting and heat insulating decorative board cooperate, in the environment of exposing to the weather drenches with rain, water will not be made to penetrate into heat insulating decorative board, play good waterproof effect；And sliding surface and flange is set by setting up defences on the outer surface of built-in fitting, after being embedded into heat-insulation decorative slab, achieve the effect that enhance whole binding force by adhesive glue, had not only played the role of preventing sheet deformation the anti-drawing strength for improving entirety plate again.

Description

Built-in fitting

Technical field

The utility model belongs to building built-in part technical field more particularly to a kind of suitable for pre- on heat-insulation decorative slab Embedded part.

Background technique

Decorative panel is typically hung over wall using the additional anchoring sub-assembly of built-in fitting during hanging wall by decorative panel On, anchoring sub-assembly is fixed on the wall by setscrew；But built-in fitting on the market is many kinds of, especially for decoration Heat-insulation decorative slab in plate, because heat-insulation decorative slab generally used by substrate be the plate with heat insulation function, intensity Deficiency, after being inserted in heat-insulation decorative slab by existing embedded part structure, will lead to bearing capacity is insufficient, plate is easily-deformable, The defects of plate anti-drawing strength is insufficient, since heat-insulation decorative slab is typically all to hang on the metope of insulation and decoration requirement, Therefore in the environment of exposing to the weather drenches with rain, so that the waterproof performance between built-in fitting and heat-insulation decorative slab is particularly important.

Summary of the invention

The purpose of the utility model is to overcome the shortcomings of the prior art, and provide a kind of structure novel, waterproofness The built-in fitting that energy is good, plate anti-drawing strength is good.

The purpose of this utility model is completed by following technical solution, and this built-in fitting includes ontology, and described The outer surface of body is equipped with the non slip surface cooperated for heat insulating decorative board to be used to increase between ontology and heat insulating decorative board Frictional force, one end of the ontology are equipped with the mounting groove for cooperating with anchoring piece, and what the mounting groove and anchoring piece cooperated should End face is open end, remaining end face of the mounting groove is closed end face structure.

Preferably, being outward extended with flange at the open end of the mounting groove.

Preferably, the flange on the ontology is located in two flank side surfaces of the ontology.

Preferably, the flange on the ontology is located in four flank side surfaces of the ontology.

Preferably, the mounting surface of the flange and the heat insulating decorative board fits.

Preferably, the ontology is inserted in the slot that heat insulating decorative board is equipped with, and flange set on ontology is located at At the mounting surface of heat insulating decorative board.

Preferably, the mounting groove on the ontology is matched with the built-in edges on anchoring piece, and the anchoring piece is fixed On wall.

Preferably, the non slip surface of the ontology is adhesively fixed by adhesive glue and the slot inner face on heat insulating decorative board.

Preferably, the other end of the ontology, which is equipped with, is inserted in the guide table on heat insulating decorative board convenient for built-in fitting.

Preferably, the anchoring piece is divided into monoblock type or adjustable structure.

The utility model has the following beneficial effects: being increased by the non slip surface for being provided with slot on the outer surface of built-in fitting Greatly with the contact area of decorative panel, the faying face of adhesive glue, and achieve the effect that by adhesive glue to enhance whole binding force；In advance It is provided with flange on embedded part, after being embedded into heat-insulation decorative slab, protrudes from sheet edge, is combined after encapsulating solidification with anchoring piece When installation, not only played the role of preventing sheet deformation but also improved the anti-drawing strength of whole plate, wind resistance compressive load and waterproof Leakproofness；Built-in fitting be equipped with one end be opening, remaining be enclosed mounting groove so that built-in fitting and heat insulating decorative board Cooperation, in the environment of exposing to the weather drenches with rain, will not be such that water penetrates into heat insulating decorative board, play good waterproof effect.

Detailed description of the invention

Fig. 1 is embedded part structure schematic diagram of the surrounding with flange of the rectangle trough rim of the utility model.

Fig. 2 is embedded part structure schematic diagram of the surrounding with flange of the isosceles triangle trough rim of the utility model.

Fig. 3 is embedded part structure schematic diagram of the surrounding with flange of the right angled triangle trough rim of the utility model.

Fig. 4 is embedded part structure schematic diagram of the surrounding with flange of the arch trough rim of the utility model.

Fig. 5 is embedded part structure schematic diagram of the two sides with flange of the rectangle trough rim of the utility model.

Fig. 6 is embedded part structure schematic diagram of the two sides with flange of the isosceles triangle trough rim of the utility model.

Fig. 7 is embedded part structure schematic diagram of the two sides with flange of the right angled triangle trough rim of the utility model.

Fig. 8 is embedded part structure schematic diagram of the two sides with flange of the arch trough rim of the utility model.

Fig. 9 is structural schematic diagram between the built-in fitting of the utility model and anchoring piece.

Figure 10 is structural schematic diagram between the built-in fitting of the utility model and heat insulating decorative board, wall.

Figure 11 is the monoblock type anchor arrangement schematic diagram of the utility model.

Figure 12 is the adjustable anchor arrangement schematic diagram of the utility model.

Figure 13, which is that the built-in edges on the anchoring piece of the utility model are tiltedly corresponding, arranges overlooking structure diagram.

Label in attached drawing is respectively as follows: 1, ontology；2, anchoring piece；3, heat insulating decorative board；4, adhesive glue；5, wall；11, prevent Sliding surface；12, guide table；13, mounting groove；14, flange；21, built-in edges；11-1, non-slip groove；11-2, trough rim；2-1, T font connect Fitting；2-2, L-type connector；2-2-1, elongate holes.

Specific embodiment

Do detailed introduction below in conjunction with 1 to 10 pair of the utility model of attached drawing: the utility model includes ontology 1, ontology 1 Outer surface be equipped with the non slip surface 11 that cooperate for heat insulating decorative board 3 with for increasing between ontology 1 and heat insulating decorative board 3 Frictional force, when built-in fitting is embedded in the slot that heat insulating decorative board 3 is opened up, which is embedded in heat insulating decorative board 3 In the slot opened up, for increasing the frictional force between the slot of heat insulating decorative board 3, to prevent heat insulating decorative board 3 from installing Afterwards, built-in fitting is caused to be detached from plate due to the influence of external force factor；One end of ontology 1 is equipped with for cooperating with anchoring piece 2 The end face that mounting groove 13, mounting groove 13 and anchoring piece 2 cooperate is open end, remaining end face of mounting groove 13 is closed end face Structure, the mounting groove 13 are groove；The advantage is that: after making the cooperation of the slot of built-in fitting and heat insulating decorative board 3, in exposing to the weather In the environment of drenching with rain, water will not be made to penetrate into heat insulating decorative board, play good waterproof effect.

Flange 14 is outward extended at the open end of mounting groove 13, because of some heat insulating decorative boards 3, such as heat insulating decorative board Material, inherent strength is insufficient, therefore there are flange 14 at the lateral surface periphery of built-in fitting, after being embedded into heat-insulation decorative slab, Sheet edge is protruded from, when combining installation with anchoring piece after encapsulating solidification, not only plays the role of preventing sheet deformation from cracking but also mention The high anti-drawing strength of whole plate；And heat insulating decorative board 3 can make built-in fitting equipped with flange 14 and protect when installing on wall Forced area between warm decorative panel is bigger, and structural behaviour is more stable.

As shown in attached drawing 5 to 8, the flange 14 on ontology 1 is located in two flank side surfaces of ontology 1, and two flank side surface is preferred For in corresponding two flank side surface, so that the stress between built-in fitting and heat insulating decorative board is more uniform, and processes also more For convenience.

As shown in attached drawing 1 to 4, the flange 14 on ontology 1 is located in four flank side surfaces of ontology 1, so that built-in fitting and heat preservation Gap between decorative panel may not flow into water and penetrate into the slot of heat insulating decorative board 3, greatly enhance waterproof performance, It is secondary, the adhesive glue 4 between built-in fitting and heat insulating decorative board is not overflowed on heat insulating decorative board 3, shape is more aesthetically pleasing.

Common heat insulating decorative board 3 is therefore square body is in vertical distribution between flange 14 and the lateral surface of ontology 1；But it is Make preferably to be bonded between flange 14 and the mounting surface of heat insulating decorative board 3 on ontology 1, between flange 14 and the lateral surface of ontology 1 Distribution can also be located at the shape on the heat insulating decorative board 3 at place according to flange 14 and change therewith.

Ontology 1 is inserted in the slot that heat insulating decorative board 3 is equipped with, and flange 14 set on ontology 1 is located at insulation and decoration At the mounting surface of plate 3；Peace after the flange 14 is in the slot that built-in fitting insertion heat insulating decorative board 3 is opened up, with heat insulating decorative board 3 Dress face is in close contact, and the slot inner face that the non slip surface 11 on ontology 1 and heat insulating decorative board 3 are equipped with is in close contact.

Mounting groove 13 on ontology 1 is matched with the built-in edges 21 on anchoring piece 2, and anchoring piece 2 is fixed on wall 5； Built-in edges 21 on anchoring piece 2 can be set as two sides be arranged symmetrically or anchoring piece 2 on be arranged two built-in edges 21, a built-in edges 21 are located at the side of anchoring piece 2, another built-in edges 21 is located at the other side of anchoring piece 2, and two built-in edges 21 are along opposite Skew symmetry direction arrangement molding (as shown in Fig. 13)；During the installation process, two in anchoring sub-assembly 2 are embedding for heat insulating decorative board 3 Enter and the heat insulating decorative board 3 with built-in fitting is installed respectively at side 21.

The non slip surface 11 of ontology 1 is adhesively fixed by adhesive glue 4 and the slot inner face on heat insulating decorative board, plays bonding, close The function of sealing waterproof, improve anti-drawing strength, improve wind resistance compressive load, the adhesive glue 4 are preferably that thermosetting property two-component is superpower viscous Gum deposit or the superpower adhesive glue of thermosetting property one-component have water absorption rate extremely low, and compression strength stretches tensile strength, shear strength, stripping It is big from performance values such as intensity, impact strengths, chemical resistance corrosivity is fabulous, thermal coefficient is low, weatherability, resistance to ag(e)ing are splendid The features such as, the binder with effects equivalent can also be used to replace in adhesive glue 4.

The other end of ontology 1, which is equipped with, is inserted in the guide table 12 on heat insulating decorative board 3 convenient for built-in fitting, the guide table 12 Section is trapezoidal, arc, triangle or any one rectangular, and the both ends of the guide table 12 may include narrowing side, that is, pass through Chamfering or arc-shaped transition molding, with ensure that built-in fitting is pre-buried in process of production or installation process it is pre-buried in, improve insertion Working efficiency.

Anchoring piece 2 divides for monoblock type or adjustable structure；As shown in Fig. 11, monolithic construction are as follows: with built-in fitting phase The end of cooperation is the end face with built-in edges 21, is planar ends with the fixed end of wall, and is in L with the main body of anchoring piece 2 Type structure；As shown in Fig. 12, adjustable structure are as follows: the part matched with built-in fitting is T shaped connecting piece 2-1, with The fixed part of wall is L-type connector 2-2, which matches company with T shaped connecting piece 2-1 by bolt It connects, and L-type connector 2-2 is equipped with elongate holes 2-2-1, convenient for the company between L-type connector 2-2 and T shaped connecting piece 2-1 Connect length adjustment.

Above-mentioned non slip surface 11 is rough rough surface, in order to make the aesthetics of built-in fitting and adding convenient for built-in fitting Work, rough surface preferably in etc. equal arranged non-slip groove 11-1, the section of trough rim 11-2 is rectangle, isosceles Triangle, right angled triangle, arch etc. are rough any one (as shown in attached drawing 1 to 8).

The utility model is not limited to above embodiment, makees any variation no matter constituting in its shape or material, all It is to be designed using structure provided by the utility model, is all a kind of deformation of the utility model, is considered as practical new at this Within type protection scope.

Claims (10)

1. a kind of built-in fitting, including ontology (1), it is characterised in that: the outer surface of the ontology (1) is equipped with for filling with heat preservation The non slip surface (11) of plaque (3) cooperation is to be used to increase the frictional force between ontology (1) and heat insulating decorative board (3), the ontology (1) one end is equipped with the mounting groove (13) for cooperating with anchoring piece (2), what the mounting groove (13) and anchoring piece (2) cooperated The end face is open end, remaining end face of the mounting groove (13) is closed end face structure.

2. built-in fitting according to claim 1, it is characterised in that: be outward extended at the open end of the mounting groove (13) Flange (14).

3. built-in fitting according to claim 2, it is characterised in that: the flange (14) on the ontology (1) is located at described In two flank side surfaces of body (1).

4. built-in fitting according to claim 2, it is characterised in that: the flange (14) on the ontology (1) is located at described In four flank side surfaces of body (1).

5. built-in fitting according to claim 2, it is characterised in that: the flange (14) and the heat insulating decorative board (3) Mounting surface fits.

6. built-in fitting according to claim 2, it is characterised in that: it is set that the ontology (1) is inserted in heat insulating decorative board (3) In some slots, and flange (14) set on ontology (1) is located at the mounting surface of heat insulating decorative board (3).

7. built-in fitting according to claim 1, it is characterised in that: mounting groove (13) and anchoring piece on the ontology (1) (2) built-in edges (21) on match, and the anchoring piece (2) is fixed on wall (5).

8. built-in fitting according to claim 1, it is characterised in that: the non slip surface (11) of the ontology (1) passes through adhesive glue (4) it is adhesively fixed with the slot inner face on heat insulating decorative board.

9. built-in fitting according to claim 1, it is characterised in that: the other end of the ontology (1), which is equipped with, is convenient for built-in fitting The guide table (12) being inserted on heat insulating decorative board (3).

10. built-in fitting according to claim 1, it is characterised in that: the anchoring piece (2) is divided into monoblock type or adjustable knot Structure.