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Wooden architecture templet preparation method and the wooden architecture templet prepared by the method

A wooden building and formwork technology, which is applied to the preparation of building components on site, construction, building construction, etc., can solve the problems of waste, heavy steel formwork, perishable wood, insects, etc., and achieve reliable quality and convenient construction Beautiful and unique effect on construction and building walls

Inactive Publication Date: 2006-11-22
富子荣
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Its disadvantages are: the all-wood formwork not only has poor demoulding and the surface finish of the building after demoulding, but also the all-wood formwork is relatively easy to absorb water and swell, and shrinks, curls and cracks after encountering a dry environment. It is perishable and moth-eaten, causing waste, making the turnover times of the whole wooden formwork less, increasing the construction cost, and wasting forest resources; while the steel formwork is composed of a steel frame or a steel frame and the main body of the formwork, although its demoulding It is better, but the weight of the steel formwork is relatively heavy, and the cost and maintenance cost are relatively high
In addition, building formwork can only be used temporarily in building construction, which not only increases the labor intensity of workers, but also has a single function of the wall of the building

Method used

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  • Wooden architecture templet preparation method and the wooden architecture templet prepared by the method

Examples

Experimental program
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Effect test

Embodiment 1

[0022] The raw material is processed first, and the wood is cut into shreds. The length of each wood shred is 5-250mm, and its section can be round or square. If it is round, the diameter of its cross-section is 1-8mm. The long side is 1-8mm, and the short side is 1-8mm; then take 0.5 tons of the above-mentioned raw material wood wool and put it into a soaking tank for soaking, and at the same time take 0.8 tons of portland cement and 0.15 tons of water. Carry out concrete mixing; then fully mix the soaked raw wood wool and the well-mixed concrete, and fill it in the formwork mold, and press the press machine with a pressure of 20KN for 1 day to make the wood wool and concrete It is fully compressed and formed; then the compression-molded mold and formwork are naturally cured. Natural curing can be dried at room temperature or steam cured. If steam cured and dried, the steam temperature can be 40°C; finally, dismantled Mold, that is: the finished product is released from the m...

Embodiment 3

[0026] The raw material is processed first, and the wood is cut into shreds. The length of each wood shred is 5-250mm, and its section can be round or square. If it is round, the diameter of its cross-section is 1-8mm. The long side is 1-8mm, and the short side is 1-8mm; then take 0.8 tons of the above-mentioned raw material wood wool, put it in a soaking tank for soaking, and at the same time take 1 ton of Portland cement and 0.5 tons of water , to carry out concrete mixing; then fully mix and mix the soaked raw wood wool and the well-mixed concrete, put it into the formwork mold, fill it, and then press it with a pressure of 5000KN for 6 days, so that The wood wool and concrete are fully compressed and formed; then, the compression-molded molds and templates are subjected to natural curing. The natural curing can be dried at room temperature or steam cured. If steam cured and dried, the steam temperature can be 60 ℃; Finally, the mold is removed, that is, the finished produc...

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Abstract

This invention provides a wood architectural mold and the manufacturing method thereof, wherein the raw material components and weight ratio are: wood wool 0.5-1 ton, silicate cement 0.5-4 ton, and water 0.1-1 ton. The procedures comprise: (1)raw material processing, (2)wood wool wetting, (3)concrete mixing, (4)mixing material processing, (5)mold fitting, (6)press molding, (7)molding curing, (8) mould unloading, (9)finished product furnishing. This invention is characterized of fewer amount of wood used and broader application range. It not only can be used as mold connected to the concrete to be used as outside / inside bearing wall of a building, but can be used as inside bearing wall or non bearing wall of a building according to the density of the wood wool. Besides, the surface wood wool has strong adhesive force that enables it easy to be integrated with other decorative building materials, and the surface wood wool line is beautiful and unique which can be used directly as decorative walls.

Description

technical field [0001] The invention relates to a preparation method of a wooden building formwork, in particular to a preparation method of a wooden building formwork containing wood wool. Background technique [0002] At present, the building formwork used in the construction of reinforced concrete buildings is basically divided into two categories: one is all-wood formwork, and the other is steel formwork. Its disadvantages are: the all-wood formwork not only has poor demoulding and the surface finish of the building after demoulding, but also the all-wood formwork is relatively easy to absorb water and swell, and shrinks, curls and cracks after encountering a dry environment. It is perishable and moth-eaten, causing waste, making the turnover times of the whole wooden formwork less, increasing the construction cost, and wasting forest resources; while the steel formwork is composed of a steel frame or a steel frame and the main body of the formwork, although its demouldi...

Claims

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Application Information

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IPC IPC(8): C04B28/04C04B16/02C04B18/26
CPCC04B28/02E04F13/10E04F13/16E04G9/04Y02W30/91C04B18/26C04B40/0071
Inventor 富子荣
Owner 富子荣
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