JP3104690U - Civil and architectural sheets attached to ropes for tension binding - Google Patents

Abstract

An object of the present invention is to bind and fix a material to a size and shape by a single worker. It can be completed in a short time without the need for materials (ropes, plates, pipes, etc.).
A plurality of binding vertical ropes Y and a plurality of binding vertical and horizontal ropes X are laid on a body 1 of a civil engineering / architectural sheet attached to a tension binding rope, and the binding rope is integrated with the sheet body. The vertical and horizontal binding ropes are made of the same material and the same color as the sheet, and are processed into a rope shape for the purpose of reinforcement and binding. Both of the vertical and horizontal binding ropes extend about 500 mm from the sheet end due to the binding.
[Selection diagram] Fig. 1

Description

The present invention is an integrated structure in which a rope for tension and binding is attached to a sheet for civil engineering and construction (commonly known as a blue sheet). The present invention relates to a civil and architectural sheet attached to a rope for tightening and binding, which is stretched for the purpose of protecting materials and curing the site.

Conventionally, sheets for civil engineering and construction have been disclosed in, for example, JP-A-9-328933 and JP-A-2003-138755, using new equipment. The new load increases, and the method of fixing and tightening is not uniform, which is problematic.

Various proposals have been made to solve the above-mentioned problems when the civil engineering / architectural sheet is stretched.For example, a string / rope extending from the vertical / horizontal direction of the civil engineering / architectural sheet is used. At work sites for civil engineering and construction work, they are stretched to protect materials and cure the sites, but all have drawbacks such as not being effective.

On the other hand, the binding parts of civil engineering and construction sheets are weak and easily damaged, and the sheets themselves are not strong enough to tear and be blown away by the wind, which poses a danger to nearby residents, houses and field workers. Such as civil engineering and building construction work sites, has become a problem in maintenance. In the above-mentioned binding method using a tension material only in the surrounding area from the vertical and horizontal directions of the civil engineering and building sheets, the effect is expected only to maintain and protect the materials and curing surface by stretching the sheets. Can not.

Conventionally, a sheet for civil engineering and construction has been separately prepared, and a method of fixing and binding has been adopted, though it is an uneven method, in order to cover a material and a curing surface using a binding rope or the like. However, bundling and fixing according to the size of the material and the uneven shape is inevitably unstable, requiring a lot of labor to stretch the sheet, and also requires another rope to store the sheet. In addition, the laying and handling of binding ropes vary depending on the worker, and it is highly necessary to pay particular attention to the maintenance of the sheets and ropes when monitoring the material storage area and the sheets stretched on the curing surface in bad weather. In the case of civil engineering and architectural sheets, the middle part cannot be fixed with the binding rope, but only the outer periphery of the sheet is tied up. There are problems such as letting.

In order to solve the above-mentioned problem, a vertical rope Y and a horizontal rope X are formed on a main body of a sheet for civil and architectural sheets attached to a rope for tension and binding according to the present invention. The ends of a plurality of vertical and horizontal ropes are all extended by about 500 mm from the sheet due to binding.

The vertical and horizontal binding ropes are made of the same material and the same color as the sheet, are processed into a rope shape for the purpose of reinforcement and binding, and are thermocompressed and integrated with the sheet.

Compared to the existing sheet with no reinforcement in the middle, the area of the sheet portion surrounded by each rope is small, making it difficult to tear.

According to the present invention, the binding and fixing according to the size and shape of the material can be sufficiently tensioned by one worker, and the binding and fixing of the civil engineering / architectural sheet can be achieved by removing the flap at the middle of the sheet. It can be completed in a short time without the need for holding auxiliary materials (ropes, plates, pipes, etc.).

In addition, when the sheet is withdrawn, it can be completed in a short time with a small amount of labor, and when storing the sheet, it is easy to clear the sheet after folding, and the laying and handling of the binding rope are simplified.

In addition, the maintenance of the sheets placed on the material storage area and the curing surface is extremely stable even in bad weather, and the sheeting for civil and architectural works is good, and the sheets are not damaged so much that the landscape is not damaged. Without affecting the aesthetics of the city.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a diagram showing the entirety of the sheet for civil engineering and construction of the tension-attaching rope attachment according to the present invention, in which a vertical rope Y and a horizontal rope X for binding are integrated with the sheet 1. It indicates that.

FIG. 2 shows a state in which the vertical rope Y and the horizontal rope X for binding are laid by thermocompression bonding, and FIG. 3 is a cross-sectional view taken along line AB in FIG. In this case, the vertical rope Y for binding and the horizontal rope X are integrated.

FIG. 4 shows a state in which the civil engineering / architectural sheet attached to the tension binding rope according to the present invention is stretched on building materials or the like. At this time, the building material 13 was protected from rain and snow, was not affected by the shape and quantity of the building material 13, prevented fluttering due to wind, and allowed a reliable seating.

The civil engineering and construction sheet attached to the rope for tension binding in the present invention has a simple structure, so it is durable even under wind, snow, rain and harsh conditions. The protection and maintenance of the curing surface can be surely realized.

It is a figure which shows this invention and the sheet | seat for civil engineering and architecture whole. FIG. 3 is a partial view showing a structure in which vertical and horizontal ropes for binding are laid on a sheet by thermocompression bonding and integrated. It is sectional drawing between the vertical and horizontal rope intersection parts AB in FIG. The invention, civil and architectural sheets that cover materials at construction sites.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Civil engineering / architectural sheet 2 Laying part of bundling rope thermocompression-bonded to sheet 11 Bound state of vertical rope 12 Bound state of horizontal rope 13 Building material A Cross section of vertical and horizontal rope crossing point B Cross section of vertical and horizontal rope cross section End point X Horizontal rope for binding Y Vertical rope for binding

Claims (1)

A mesh-shaped rope body based on a square made of the same material as the sheet for civil engineering and architectural sheets is laid on the sheet by thermocompression bonding, and functions as a binding rope. Civil and architectural seats characterized by being able to gain tension, provide flexible and reliable tensioning, and at the same time increase the strength of the seat itself.

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