CN202500287U - Stone cellular board - Google Patents

Abstract

Disclosed in the utility model is a stone cellular board, comprising a stone panel and a cellular substrate. The stone cellular board is characterized in that: the stone panel is formed by a carved board and the cellular substrate is formed by a cellular layer and transition layers, wherein one transition layer or the transition layers is/are arranged at one side or two sides of the cellular layer. The processing method of the stone cellular board is as follows: cellular layers are stretched and spread on transition layers and then compressing and composite pasting are carried out, so that cellular substrates are formed; when the thickness of a stone panel is larger than 8mm, the cellular substrates are respectively pasted at the left side and the right side of the stone panel and then centering cutting as well as grinding and polishing are carried out on the bonded boards, so that two stone cellular boards are obtained; and when the thickness of the stone panel is less than or equal to 8mm, composite pasting of one cellular substrate is carried out on one side of the stone panel to obtain a stone cellular board. According to the utility model, the stone panel on the surface of the cellular substrate is formed by the carved board, so that the board has advantages of a match board and a cellular board; and meanwhile, the stone can be utilized fully, thereby reducing the cost.

Description

Stone beehive board

Technical field

The utility model relates to a kind of building and ornament materials and manufacture craft thereof, is specifically related to a kind of stone beehive board.

Background technology

Stone material, such as granite various in style, marble and white marble etc., with its peculiar wear-resisting, corrosion-resistant, be difficult for pickup, be convenient to clean and the gay colours decorative pattern, and become the preferred material that modern building is decorated.But use the thickness all should be more than 15mm in fact; This is just having a strong impact on the utilization of limited stone resources effective and can hold development; When body of wall and end face employing lithotome decoration, owing to its deadweight reason, not only bonding materials and adhesion technique require very tight especially; And in the practical process very easily afterwards, generation is peeled off and is come off.

For addressing these problems, ultra-thin stone appears, i.e. stone beehive board, the thickness of stone material reaches below the 8mm, is formed via compoiste adhering by surperficial stone material and base material, and base material then is to be bonded successively by base plate, cellular board and transition laminate.The surface stone material be cut into behind the thin plate through the water cutter by lithotome bonding with base material, one side weight saving like this, a stone material may be partitioned into several plane materiels on the other hand, and lithotome is fully used.But the plane materiel of stone beehive board is whole-colored natural stone face at present, and the pattern form is dull, can not satisfy client and designer's demand.

Traditional carving plate, the stone material area is little, when running into such as industrial art pattern, large-scale many curves embossing pattern and Mosaic board etc., when needing the area of processing bigger, the excessive back of board dimension difficult processing, the finished product rapid wear is broken; The 2nd, some large-scale patterns only carry out monolithic cutting back and carry out assembling construction to the scene, and the limit of stone material plate, rib and angle are all destroyed in the process owing to there is not the backing protection easily, thereby increase maintenance and after service cost.There is the shortcoming of lithotome in stone mosaic, and because of the tailing that is processed to form is difficult to utilize once more or can only handle as rubbish, not only waste material but also environment is polluted.

Therefore, need to be badly in need of parquets technology and the sheet material of processing after ultra-thin cellular board technology combines, thereby to fill up the blank in the present decoration industry, widen the scope of application of stone material.

Summary of the invention

The utility model purpose provides a kind of stone beehive board, through the improvement of structure, has both strong points of stone beehive board and match board, and is in light weight, simplifies process, and can fully use tailing, reduces the waste to lithotome, reduces production costs.

For achieving the above object; The technical scheme that the utility model adopts is: a kind of stone beehive board; Comprise stone panel and honeycomb substrate, both compoiste adherings constitute integrative-structure, and said stone panel is made up of the carving plate; Said honeycomb substrate is made up of keriotheca and transition zone, and said transition zone is arranged at the one or both sides of said keriotheca.

In the technique scheme, comprise a fireproof heated board, this fireproof heated board and said base plate bottom are bonding, and this fireproof heated board can adopt rock cotton board to constitute.

In the technique scheme, said transition zone is that aluminium sheet or galvanized sheet constitute, and is used to improve the hardness of honeycomb substrate and the ability of bearing load.

In the technique scheme, said cellular board is that aluminum honeycomb panel, plastic honeycomb board or plastic foamboard constitute, and can alleviate the overall weight of honeycomb substrate.

Its processing technology is: at first be keriotheca to be stretched be tiled on the transition zone, it is compound to compress stickup, constitutes honeycomb substrate; When the thickness of stone panel＞8mm, then paste honeycomb substrate respectively in the left and right sides of stone panel, carry out centering cutting and grinding and polishing to the sheet material after bonding again, obtain two parts of stone beehive boards; As the thickness≤8mm of stone panel, then carry out compound stickup honeycomb substrate in stone panel one side, obtain a stone beehive board.

In the technique scheme, said stone panel is the carving plate, according to the engraving pattern that designs, many curved surface engravings is carried out on the surface of the stone beehive board that obtains.

In the technique scheme, with the bonding again one deck fireproof heated board in bottom of the said stone beehive board that obtains.

Because the technique scheme utilization, the advantage that the utility model compared with prior art has is:

1, because the utility model combines stone material carving plate with stone beehive board,, avoided the unicity of stone beehive board in the past with both advantages; Satisfying designer and client uses the lithotome pattern to carry out the demand of the bold design of industrial art and decorative effect pattern; Make full use of lithotome simultaneously, thicker stone material can obtain the polylith stone panel through cutting, saves the natural stone resource; Reduce environmental pollution, reduced cost;

In the processing capable of using of the manufacturing process of the utility model remaining tailing as the primary color panels or the pattern plate of match board, thereby significantly reduce waste to lithotome;

3. the stone beehive board behind the carving is promptly attractive in appearance; Weight is light again; And whole stone beehive board dimensional requirement is changeable, not only can carry out scale and standardized production, can also develop the ornament that is used for furniture and office's internal and external ornament of various ways thus;

4. through the mode of embedded nut on honeycomb substrate or bolt, carry out the mode of entity attaching with the traditional cement mortar and compare, more convenient flexible, difficult drop-off, efficiency of construction is improved;

5. fireproof heated board is pasted in the honeycomb substrate bottom, has fire prevention and heat preservation effect, remedies the deficiency of lithotome.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment one;

Fig. 2 is the partial enlarged drawing of Fig. 1;

Fig. 3 is the left view of Fig. 1;

Fig. 4 is the structural representation (fireproof heated board is not drawn) of the utility model embodiment two;

Fig. 5 is the partial enlarged drawing of Fig. 4;

Fig. 6 is the structural representation after the cutting of Fig. 4 carving.

Wherein: 1, carving plate; 2, keriotheca; 3, transition zone; 4, fireproof heated board; 5, honeycomb substrate.

The specific embodiment

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Embodiment one: shown in Fig. 1～3, a kind of stone beehive board comprises stone panel and honeycomb substrate 5; Both compoiste adherings constitute integrative-structure; Said stone panel is made up of carving plate 1, and said honeycomb substrate 5 is made up of keriotheca 2 and transition zone 3, and said transition zone 3 is arranged at the and arranged on left and right sides of said keriotheca 2; Keriotheca 2 is an aluminum honeycomb panel, and transition zone 3 is an aluminium sheet.

Its manufacturing process is: at first be keriotheca 2 to be stretched be tiled on the transition zone 3, it is compound to compress stickup, constitutes honeycomb substrate 5; The carving plate thickness is 7mm, is bonded on the honeycomb substrate 5, obtains a stone beehive board.

Embodiment two: shown in Fig. 4～6, a kind of stone beehive board comprises stone panel, honeycomb substrate 5 and fireproof heated board 4; Three's compoiste adhering constitutes integrative-structure, and said stone panel is made up of carving plate 1, and said carving plate 1 and said honeycomb substrate 5 are bonding; Said honeycomb substrate 5 is made up of keriotheca 2 and transition zone 3, and keriotheca 2 is a plastic honeycomb board, and transition zone 3 is a galvanized sheet; Said fireproof heated board 4 adopts rock cotton board, with honeycomb substrate 5 bottom bonding connections.

Its manufacturing process is: at first be keriotheca 2 to be stretched be tiled on the transition zone 3, it is compound to compress stickup, constitutes honeycomb substrate 5; The thickness of carving plate 1 is 16mm; Stickup honeycomb substrate 5 (as shown in Figure 4) is divided in the left and right sides of carving plate 1, carries out the centering cutting to the sheet material after bonding again, and grinding and polishing; Obtain two parts of stone beehive boards; According to the pattern that designs, many curved surface engravings, bonding fireproof heated board 4 rock cotton board in the bottom of stone beehive board are at last carried out in the surface of stone beehive board.

Claims (4)

1. stone beehive board; Comprise stone panel and honeycomb substrate, both compoiste adherings constitute integrative-structure, and it is characterized in that: said stone panel is made up of the carving plate; Said honeycomb substrate is made up of keriotheca and transition zone, and said transition zone is arranged at the one or both sides of said keriotheca.

2. stone beehive board according to claim 1 is characterized in that: also comprise a fireproof heated board, this fireproof heated board and said base plate bottom are bonding.

3. stone beehive board according to claim 1 is characterized in that: said transition zone is that aluminium sheet or galvanized sheet constitute.

4. stone beehive board according to claim 1 is characterized in that: said cellular board is that aluminum honeycomb panel, plastic honeycomb board or plastic foamboard constitute.

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