阅读说明：本技术 一种四方连续图案拼花石材排版方法 (Four-side continuous pattern parquet stone typesetting method ) 是由 王宏 周永泉 金�一 徐剑 徐春香 池德华 黄宇 杨闯 唐一丰 陈尚书 但小虎 于 2021-09-24 设计创作，主要内容包括：本发明提出了一种四方连续图案拼花石材排版方法,包括如下步骤：S1、测量建筑物表面需要铺设装饰板的待铺面,其中待铺面的长度为A,宽度为B；S2、制作花纹石材板,其中花纹石材板的长度为a,宽度为b,并使Na＝A,Mb＝B。S3、分别对多个不同的待铺面依次进行铺设,铺设后形成一个完整的建筑装饰面。本方案的技术效果在于,在一个矩形地板面上,当室内增设了酒柜或者衣柜等物品时,破坏了原有的室内矩形地板结构,本发明针对这一问题将室内分成多个模块,并对花纹石材板进行对应的设计,从而能够满足室内拼花工艺的完成。(The invention provides a method for composing square continuous pattern parquet stone, which comprises the following steps: s1, measuring the to-be-paved surface of which a decorative plate needs to be paved on the surface of the building, wherein the length of the to-be-paved surface is A, and the width of the to-be-paved surface is B; and S2, manufacturing the patterned stone plate, wherein the length of the patterned stone plate is a, the width of the patterned stone plate is B, and Na is equal to A, and Mb is equal to B. And S3, respectively and sequentially paving a plurality of different to-be-paved surfaces to form a complete architectural decoration surface. The technical effect of the scheme is that when articles such as wine cabinets or wardrobes are additionally arranged indoors on one rectangular floor surface, the original indoor rectangular floor structure is damaged.)

1. A four-side continuous pattern parquet stone typesetting method is characterized by comprising the following steps:

s1, measuring the to-be-paved surface of which a decorative plate needs to be paved on the surface of the building, wherein the length of the to-be-paved surface is A, and the width of the to-be-paved surface is B;

s2, manufacturing a patterned stone plate, wherein the length of the patterned stone plate is a, the width of the patterned stone plate is B, and Na is equal to A, and Mb is equal to B;

and S3, respectively and sequentially paving a plurality of different to-be-paved surfaces to form a complete architectural decoration surface.

2. The method of claim 1, wherein the patterned stone plate is a plate-shaped member, or the patterned stone plate is formed by splicing a plurality of unit blocks.

3. The method as claimed in claim 2, wherein N, M in the patterned stone slab are respectively non-0 natural numbers.

4. The method of claim 2, wherein when the length and width of the patterned stone slab cannot satisfy Na, Mb, and N, M are respectively non-0 natural numbers, the length and width of the patterned stone slab are scaled by C and D, and Na, C, Mb, D, and B.

5. The method of claim 4, wherein the lengths and widths of the patterned stone slab are scaled as follows:

the overall length and width of the patterned stone plate are scaled;

or, the patterned stone plate is divided into a plurality of unit blocks, and the sizes of partial unit blocks or all unit blocks in the plurality of unit blocks are scaled so as to change the size of the patterned plate.

6. The method as claimed in any one of claims 1 to 5, wherein the patterned stone slab is composed of a stone body and a patterned part, and the stone body and the patterned part have the same scale when zoomed.

7. The method for composing a square continuous pattern parquet stone as claimed in claim 6, wherein the method for making the pattern part of the pattern stone plate is as follows:

the method comprises the following steps: cutting pattern grooves on the pattern stone plate according to the shape of the patterns:

step two: and fixedly installing the decorative pattern part in the pattern groove.

8. The method as claimed in claim 7, wherein the pattern portions of two adjacent patterned stone plates are mutually penetrated, and the mutually penetrated pattern portions are respectively located on two adjacent patterned stone plates.

9. The four-side continuous pattern parquet stone composition as claimed in claim 8, wherein said to-be-paved portion includes a main body decoration portion and an edge decoration portion, the main body decoration portion is paved at a predetermined position of the to-be-paved portion, then the edge decoration portion is paved around the main body decoration portion, and the paved subject decoration portion and the edge decoration portion are filled with the to-be-paved portion.

10. The four-sided continuous patterned stone layout method according to claim 9, wherein the body decorative portion has a length Ka and a width Lb, wherein K, L are respectively non-0 natural numbers; the edge decoration part has a length of 0.9a to 1.8a and a width of 0.9b to 1.8 b.

Technical Field

The invention relates to the technical field of architectural decoration, in particular to a method for composing square continuous pattern parquet stone.

Background

Pattern patterns, as a simple decorative element, are frequently used in decorative design and construction. After the independent pattern form is continuously mature, on the basis that the independent pattern form has certain historical and cultural connotations, in order to achieve higher decorative requirements, a pattern expression mode with a meeting function of continuous patterns appears, namely two-square continuous patterns and four-square continuous patterns. Originally, people can only adopt regular plates of different varieties to carry out pattern and color splicing and pasting due to the limitation of cutting technology when using stone materials to carry out design of decorative patterns, and the change is little.

In recent years, with the rapid development of the ultrahigh pressure water jet cutting technology, the complicated integrated mosaic technology for stone processing becomes possible. However, the stone processed in factory is on site, and because there is no typesetting design on the whole, the regularity of construction environment can not satisfy the modular pavement of the finished product combined stone, and the stone is cut and bonded on site, which not only wastes resources, but also the construction quality can not satisfy the design requirements.

The ever-changing combination patterns in the planar design seem reasonable, but once the design and material processing deepening stage of the specific decoration engineering is achieved, especially the complex splicing of hard and fragile stone materials still has considerable technical difficulty. Especially, the common requirement of modern decoration on modulus technology in fast pace is undoubtedly a great technical challenge for the tetragonal texture pattern without simple segmentation condition. In recent years, with the rapid development of computer-aided technology, the difficulty is to reduce the threshold for an experienced designer and technician, but the design concept which is continuously and rapidly developed has endless requirements on the technology, and in addition to the formulation of modulization, the method also relates to more technologies in the aspect of material science, has profound connotation, and is worth of continuously improving the pursuit standard of decoration enterprises for decoration appearance and quality control, so that the deep research on the generalized solution of complex patterns is necessary.

Disclosure of Invention

Aiming at solving the technical problem, the invention provides a method for composing square continuous pattern mosaic stone, which divides the interior of a room into a plurality of modules and correspondingly designs a pattern stone plate, thereby meeting the completion of an indoor mosaic process.

Specifically, the invention provides a method for composing square continuous pattern parquet stone, which comprises the following steps:

s1, measuring the to-be-paved surface of which a decorative plate needs to be paved on the surface of the building, wherein the length of the to-be-paved surface is A, and the width of the to-be-paved surface is B;

and S2, manufacturing the patterned stone plate, wherein the length of the patterned stone plate is a, the width of the patterned stone plate is B, and Na is equal to A, and Mb is equal to B.

And S3, respectively and sequentially paving a plurality of different to-be-paved surfaces to form a complete architectural decoration surface.

The technical effect of the scheme is that when articles such as wine cabinets or wardrobes are additionally arranged indoors on one rectangular floor surface, the original indoor rectangular floor structure is damaged.

In the prior art, the decorative pattern stone plate is complex in process and high in installation difficulty, and when some additional factors such as wine cabinets, wardrobes and the like destroy the surface shape of the original floor, the installation process is more difficult, and the decorative pattern stone plate solves the problem.

Further, the patterned stone plate is a plate-shaped member, or the patterned stone plate is formed by splicing a plurality of unit blocks. In this scheme, wherein divide into a plurality of unit blocks with decorative pattern stone material board, the processing and the transportation of decorative pattern stone material board of being convenient for.

Further, N, M in the pattern stone board are respectively non-0 natural numbers. The scheme can effectively ensure the integrity of the patterned stone plate.

Further, when the length and the width of the patterned stone slab cannot satisfy Na, Mb, and N, M are respectively non-0 natural numbers, the length and the width of the patterned stone slab are scaled by C and D, and Na, C, and Mb, D, and B are set.

In actual processing, the decorative pattern stone plate can have a plurality of size types of different sizes when batch production, and when these size types can not satisfy site operation, need adjust the size of decorative pattern stone plate once more to can satisfy the requirement of laying of different scenes.

Further, the length and width of the patterned stone plate are scaled as follows:

the overall length and width of the patterned stone plate are scaled;

or, the patterned stone plate is divided into a plurality of unit blocks, and the sizes of partial unit blocks or all unit blocks in the plurality of unit blocks are scaled so as to change the size of the patterned plate.

Preferably, the patterned stone plate consists of a stone main body and a patterned part, and the proportions of the stone main body and the patterned part are the same when the stone main body and the patterned part are zoomed. The effect of this scheme lies in: the utility model is used for leading the stone main body and the pattern part to be consistent in scaling, thereby partly destroying the original shape of the pattern stone plate.

Further, the manufacturing method of the pattern part in the pattern stone plate comprises the following steps:

the method comprises the following steps: cutting pattern grooves on the pattern stone plate according to the shape of the patterns:

step two: and fixedly installing the decorative pattern part in the pattern groove.

Furthermore, the pattern parts of two adjacent pattern stone plates are mutually penetrated, and the mutually penetrated pattern parts are respectively positioned on the two adjacent pattern stone plates.

Preferably, the to-be-paved portion comprises a main body decoration portion and an edge decoration portion, the main body decoration portion is laid at a preset position of the to-be-paved portion, then the edge decoration portion is laid around the main body decoration portion, and the to-be-paved portion is filled with the theme decoration portion and the edge decoration portion after the laying is finished.

When a scene with irregular ground surface is paved, the difficulty of paving the patterned stone plate is higher in the scene; in order to solve the technical problem that the patterned stone plate is difficult to lay in a specific scene, a main body decoration part which is a rectangular part of a main body is firstly determined at the center of the ground surface, and then edge decoration parts are laid on the periphery of the main body decoration part.

Preferably, the body decorative portion has a length Ka and a width Lb, wherein K, L are each a non-0 natural number; the edge decoration part has a length of 0.9a to 1.8a and a width of 0.9b to 1.8 b. In this scheme, be equipped with K decorative pattern stone material board on the main part decoration portion along self length direction, be equipped with L decorative pattern stone material board on the width direction. Wherein the edge decoration part comprises a decorative pattern stone material board after zooming, and wherein the quantity of edge decoration part is a plurality to can enclose the periphery of main part decoration part and establish the decoration.

Further, the edge decoration portion has a length of 0.9a to 1a and a width of 0.9b to 1 b. The technical effect of the scheme is as follows: the edge decoration part and the main body decoration part can be effectively ensured.

The technical effect of the scheme is as follows: the decorative pattern stone has small size difference between the edge decorative part and the main decorative part, and is used for satisfying the beauty of the decorative surface.

Detailed Description

The present invention is described in further detail below.

The embodiment provides a method for composing a square continuous pattern parquet stone, which comprises the following steps:

s1, measuring the to-be-paved surface of which a decorative plate needs to be paved on the surface of the building, wherein the length of the to-be-paved surface is A, and the width of the to-be-paved surface is B;

and S2, manufacturing the patterned stone plate, wherein the length of the patterned stone plate is a, the width of the patterned stone plate is B, and Na is equal to A, and Mb is equal to B.

And S3, respectively and sequentially paving a plurality of different to-be-paved surfaces to form a complete architectural decoration surface.

The technical effect of the scheme is that when articles such as wine cabinets or wardrobes are additionally arranged indoors on one rectangular floor surface, the original indoor rectangular floor structure is damaged.

In the prior art, the decorative pattern stone plate is complex in process and high in installation difficulty, and when some additional factors such as wine cabinets, wardrobes and the like destroy the surface shape of the original floor, the installation process is more difficult, and the decorative pattern stone plate solves the problem.

Further, the patterned stone plate is a plate-shaped member, or the patterned stone plate is formed by splicing a plurality of unit blocks. In this scheme, wherein divide into a plurality of unit blocks with decorative pattern stone material board, the processing and the transportation of decorative pattern stone material board of being convenient for.

Further, N, M in the pattern stone board are respectively non-0 natural numbers. The scheme can effectively ensure the integrity of the patterned stone plate.

Further, when the length and the width of the patterned stone slab cannot satisfy Na, Mb, and N, M are respectively non-0 natural numbers, the length and the width of the patterned stone slab are scaled by C and D, and Na, C, and Mb, D, and B are set.

In actual processing, the decorative pattern stone plate can have a plurality of size types of different sizes when batch production, and when these size types can not satisfy site operation, need adjust the size of decorative pattern stone plate once more to can satisfy the requirement of laying of different scenes.

Further, the length and width of the patterned stone plate are scaled as follows:

the overall length and width of the patterned stone plate are scaled;

or, the patterned stone plate is divided into a plurality of unit blocks, and the sizes of partial unit blocks or all unit blocks in the plurality of unit blocks are scaled so as to change the size of the patterned plate.

Wherein the unit blocks are labeled α 1, α 2, α 3, α 4, α 5, etc. in sequence. Checking whether the modulus N, M of the stone plate with the pattern to be designed in the direction of A, B is a natural number or not by paying off in a field sleeving manner, if the modulus N, M cannot be met, adjusting the sizes of unit blocks to be designed, namely alpha 1, alpha 2, alpha 3, alpha 4, alpha 5 and the like, and carrying out fine adjustment according to the requirements of the modulus N, M or integral scaling according to scaling of the unit blocks until the requirements are met.

And then, the data are sorted and stored, and the data can be used as the basis for the modulization processing of the complex parquet stone.

As an embodiment of this embodiment, the patterned stone slab is composed of a stone main body and a patterned portion, and the proportions of the stone main body and the patterned portion when the stone main body and the patterned portion are zoomed in and zoomed out are the same. The effect of this scheme lies in: the utility model is used for leading the stone main body and the pattern part to be consistent in scaling, thereby partly destroying the original shape of the pattern stone plate.

Further, the manufacturing method of the pattern part in the pattern stone plate comprises the following steps:

the method comprises the following steps: cutting pattern grooves on the pattern stone plate according to the shape of the patterns:

step two: and fixedly installing the decorative pattern part in the pattern groove.

Furthermore, the pattern parts of two adjacent pattern stone plates are mutually penetrated, and the mutually penetrated pattern parts are respectively positioned on the two adjacent pattern stone plates.

As an implementation manner of this embodiment, the to-be-paved portion includes a main body decoration portion and an edge decoration portion, the main body decoration portion is laid at a predetermined position of the to-be-paved portion, then the edge decoration portion is laid around the main body decoration portion, and the to-be-paved portion and the edge decoration portion after the laying are filled with the to-be-paved portion.

When a scene with irregular ground surface is paved, the difficulty of paving the patterned stone plate is higher in the scene; in order to solve the technical problem that the patterned stone plate is difficult to lay in a specific scene, a main body decoration part which is a rectangular part of a main body is firstly determined at the center of the ground surface, and then edge decoration parts are laid on the periphery of the main body decoration part.

As an embodiment of the present embodiment, the body decorative portion has a length Ka and a width Lb, wherein K, L are respectively non-0 natural numbers; the edge decoration part has a length of 0.9a to 1.8a and a width of 0.9b to 1.8 b. In this scheme, be equipped with K decorative pattern stone material board on the main part decoration portion along self length direction, be equipped with L decorative pattern stone material board on the width direction. Wherein the edge decoration part comprises a decorative pattern stone material board after zooming, and wherein the quantity of edge decoration part is a plurality to can enclose the periphery of main part decoration part and establish the decoration.

Further, the edge decoration portion has a length of 0.9a to 1a and a width of 0.9b to 1 b. The technical effect of the scheme is as follows: the edge decoration part and the main body decoration part can be effectively ensured.

The technical effect of the scheme is as follows: the decorative pattern stone has small size difference between the edge decorative part and the main decorative part, and is used for satisfying the beauty of the decorative surface.

In addition, this embodiment also proposes a method for analyzing, meshing and marking patterns of continuous patterns, wherein the types of stones to be patterned can be classified into A, B, C, D, E, etc., the patterned stone plates corresponding to the material a can be classified into a1, a2, a3, a4, etc., the patterned stone plates corresponding to the material B can be classified into B1, B2, B3, B4, etc., and by analogy, the marking and the modular unit division are attempted, so that a, B, c, d, etc. in the unit blocks correspond to adjacent blocks by numbers, and the blocks are copied by the law to form a lower single drawing of the unitized composite block. It should be noted that care should be taken to avoid a significantly protruding fine profile to avoid force damage during transport and paving. Thereby forming the outer edge processing cutting line of the first secondary unit block and cutting and forming.

It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the inventive concept thereof, and these changes and modifications can be made without departing from the spirit and scope of the invention.