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Stone balustrade and making and mounting process thereof

An installation process and railing technology, which is applied to building structures, ladder structures, buildings, etc., can solve the problems of inconvenient transportation and installation, large stone railings, and low production efficiency, so as to facilitate large-scale operation and production, Remarkable effect, stone saving effect

Inactive Publication Date: 2013-04-17
SUZHOU GARDEN DEV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] However, using this kind of stone railing production and installation process has many disadvantages in the whole stone production, for example: a. The stone block surface is large, the material price is high, and generally more stones need to be manually mined; b. The production is difficult and the production efficiency is low. , most of which are made by hand; c. Due to the large size and heavy weight of the stone railings, it is inconvenient to transport and install

Method used

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  • Stone balustrade and making and mounting process thereof
  • Stone balustrade and making and mounting process thereof
  • Stone balustrade and making and mounting process thereof

Examples

Experimental program
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Embodiment 1

[0023] Embodiment one: Such as figure 2 As shown in the implementation schematic diagram of the stone railing of the present invention divided into three parts, the stone railing is divided into three stone components according to the overall shape structure of the stone railing in the figure, which are respectively the upper handrail part 1, the middle railing part 2 and the lower part. Mud Department 3. In practical application, the fence part 2 and the mud dragging part 3 do not need to be divided, that is, the stone railing can be divided into two stone components.

[0024] In terms of manufacturing method, first mix the ingredients according to the design drawing of the stone railing, that is, use the cutting machine to process the required specification stone; in addition, you need to prepare stone glue and tenons. Usually, the tenons can be selected but not limited to ∮12 stainless steel round tenons4 . As mentioned above, set the positioning line on the stone comp...

Embodiment 2

[0025] Embodiment two: Such as image 3 As shown in the implementation schematic diagram of the stone railing of the present invention divided into seven parts, according to the overall shape structure of the stone railing in the figure, the stone railing is first divided into three stone components, which are respectively the upper handrail part 1, the middle railing part 2 and the lower part. Drag mud part 3. Handrail portion 1 is further divided into multiple stone components by handrail 11, pad stone 15, vase support 13, half vase side 12, 14, etc. again.

[0026] The method of manufacture and installation are similar to those of the examples, so details are not repeated here. The benefit of present embodiment is just more obvious to handrail part division multi-block stone component. In addition to saving labor and materials, and easy installation, a railing can be made by multiple people or machined in batches, and it is not limited by angles and spaces, shortening t...

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Abstract

The invention discloses a stone balustrade and a making and mounting process thereof. The stone balustrade is formed by splicing more than two partitioned stone components, tenon components matched in size and shape are arranged at spliced positions among the stone components, each tenon component comprises a rigid rabbet arranged in an oillet of the stone component on one side and a mortise arranged on the butted stone component on the other side, and the stone components are processed and shaped respectively and spliced into an integral stone balustrade through the tenon components. By the application and implementation of the technical scheme, compared with conventional making and mounting processes for stone balustrades, the stone balustrade and the making and mounting process thereof have the advantages that split processing first and assembling second is adopted, so that requirements on choosing stone materials are lowered, and stone saving is facilitated; mechanized processing can be adopted locally, so that large-scale working making is facilitated; and transport is convenient, so that making and mounting efficiency of the stone balustrades as ancient garden building materials is greatly improved.

Description

technical field [0001] The invention relates to a manufacturing process of an ancient garden building, in particular to a manufacturing and installation process of a stone railing without monolithic processing. Background technique [0002] like figure 1 As shown, it is a traditional common stone railing in ancient garden buildings. It can be seen from the diagram that the stone railings are processed from whole stones, and can be divided into handrails, railings and mud dragging only in terms of shape and function. However, the traditional method generally uses the whole stone to be hollowed out. The middle part is used as a vase support, the upper part is a handrail, the lower part is chiseled squarely, and the two sides are supplemented by stone pillars and connected horizontally. [0003] However, using this kind of stone railing production and installation process has many disadvantages in the whole stone production, for example: a. The stone block surface is large, t...

Claims

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Application Information

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IPC IPC(8): E04F11/18
Inventor 周益张喜平
Owner SUZHOU GARDEN DEV
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