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Finishing process of stone two/multiple cylinders

A stone and cylinder technology, applied in the field of splicing hollow cylinders with arc-shaped slates, can solve the problems of large input of manpower and material resources, low flexibility, and time-consuming, and achieves the reduction of production costs, the avoidance of potential safety hazards, and the improvement of processing efficiency. Effect

Active Publication Date: 2014-10-22
环球石材(福建)有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The processing method of the traditional stone hollow cylinder has the following defects: a. The flatness of the arc-shaped stone slab surface is poor, which affects the overall appearance, and the edges and corners are seriously broken; b. It takes a lot of time to polish; c. It is necessary to carry out an overall trial assembly, which requires a lot of manpower and material resources, and the splicing is difficult, and there are safety hazards during processing; d. There are some differences in the boundary shape of each arc-shaped stone slab, so the arc There is no interchangeability between shaped stone slabs, and the flexibility of installation is small

Method used

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  • Finishing process of stone two/multiple cylinders
  • Finishing process of stone two/multiple cylinders
  • Finishing process of stone two/multiple cylinders

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0029] refer to figure 1 , the finishing process of two stone cylinders, which includes the following steps: a. cutting the stone with a wire machine, and cutting to form a semi-circular arc-shaped slab 1 with a rough surface, filling glue on the inner arc surface 12 of the semi-circular-arc slate 1 and Sticking the mesh to reinforce it; b, first using a coarse grinder to roughly grind the semicircular arc-shaped slate 1, and then using a water mill for water grinding; c, placing the semicircular arc-shaped slate 1 with the inner arc surface 12 facing up on the double-knife bridge cutting On the base 3 of the machine, the base 3 has two matching inverted splayed surfaces 31, and the above-mentioned semi-circular arc-shaped stone slab 1 can be placed horizontally after being placed on the inverted splayed surfaces 31, and then two horizontal cutter heads 21 are used to Simultaneously carry out horizontal cutting to the two axial sides 13 of the semi-circular arc-shaped stone sl...

Embodiment 2

[0032] refer to Figure 7 The processing process of this embodiment is basically the same as that of the above-mentioned embodiment, and the main difference is that this embodiment consists of three 1 / 3 arc-shaped stone plates 1' spliced ​​into a full circle, and then stacked in turn to form a three-piece cylinder 5'.

[0033] Also refer to Figure 5 and Figure 6, the finishing process of multi-piece stone columns, which includes the following steps: a. Cutting stone with a wire machine, and cutting to form a 1 / 3 arc-shaped slate 1' with a rough surface, and 1 / 3 arc-shaped slate 1' The inner arc surface 12' of the inner arc surface 12' is glued and the mesh is reinforced to reinforce it; b. First use a rough grinder to rough grind 1 / 3 of the arc-shaped stone slab 1', and then use a water mill to water grind; c. Grind 1 / 3 The arc-shaped stone slab 1' is placed on the base 3' of the double-knife bridge cutting machine with the inner arc surface 12' facing upwards. The base 3...

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Abstract

The invention discloses a finish machining process of a stone material dual / multi-splicing cylinder, which comprises the following steps: a. cutting a stone material to obtain circular arc stone plates with rough surfaces; b. polishing the outer arc surfaces of one circular arc stone plate until the outer arc surface is smooth; c. placing the circular arc stone plate horizontally with the inner arc surface up, and cutting two axial lateral surfaces of the circular arc stone plate radially; d. placing another circular arc stone plate horizontally with the outer arc surface up, and then cutting two radial end surfaces of the circular arc stone plate vertically; and e. finally splicing the lateral surfaces of the circular arc stone plates and stacking into a hollow cylinder with one above another. According to the invention, the existing equipment in the traditional technology is utilized, through controlling the machining process strictly, the radial end surfaces and the axial lateral surfaces of the circular arc stone plates have extremely high flatness, and all the circular arc stone plates can be installed actually without integral trial splicing.

Description

technical field [0001] The invention relates to the field of stone processing, in particular to a method for splicing hollow cylinders by using arc-shaped stone slabs. Background technique [0002] With the continuous development of my country's economy, especially the rapid development of the construction field, the interior decoration of houses is becoming more and more sophisticated. Among them, stone columns are very popular, and stone columns refer to architectural decorations made of marble and granite. Solid or hollow cylinder. Since the cost of solid cylinders is too high and it is not conducive to handling, hollow cylinders are currently the main products on the market. [0003] The processing technology of the traditional stone hollow cylinder is as follows: first dig out the arc-shaped stone slabs with a wire machine, then scrape the glue on the back mesh of the color palette, then polish and polish, and then use the bridge cutter to cut corners and height respect...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B28D1/24
Inventor 钟发成杨培杰孔凡祥黄龙林
Owner 环球石材(福建)有限公司
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