JP3207229U - Blindfold fence - Google Patents

Abstract

Provided is a blindfold fence that can be easily attached to a wire mesh fence without a mounting bracket and has durability. A part of the upper and lower parts of a blindfold unit panel 3 is inserted and attached to a gap between two upper and lower trunk edges 2 of a wire mesh fence 2. No mounting brackets are required, and even ordinary consumers can easily install a blindfold fence, and there is no corrosion of the mounting brackets, so durability is improved. Furthermore, by dividing and combining the unit panel for blindfold into a plurality of parts, it is possible to deal with various commercially available wire mesh fences. [Selection] Figure 4

Description

The present invention relates to a blindfold fence in which a unit panel for blindfolding to a wire mesh fence is attached without a mounting bracket and can be easily constructed by a general consumer.

The conventional blindfold fence is a construction in which the unit panel for blindfold is attached to the wire mesh fence with a mounting bracket, and the effect of blinding the line of sight and sunlight is sufficient.

However, in the construction in which the unit panel for blindfold is attached with the mounting bracket, the installation work is complicated, and the construction cannot be easily performed by general consumers.

Furthermore, in order to obtain a sufficient blinding effect, the number of the blindfolding unit panels increases, so that the construction takes time.

In addition, since the metal fence is constructed outdoors, the mounting bracket has a problem in durability against corrosion due to rain.

Japanese Utility Model Publication No. 02-093473

The problem to be solved is the use of mounting brackets for the construction of the blindfold fence.

The main feature of the present invention is that the unit panel for blindfold used for the blindfold fins has a shape that does not require a mounting bracket.

The blindfold unit panel of the present invention is installed by inserting part of the upper and lower part of the blindfold unit panel into the gap between the upper and lower sides of the body edge of the wire mesh fence. Can be installed.

Since there is no mounting bracket, there is no corrosion of the mounting bracket at the joint and durability is improved.

By connecting the lower part of the blindfold unit panel to the ground or block on which the metal fence posts are constructed, there is no weight load at the joint between the metal fence and the blindfold unit panel, and durability is improved.

By dividing the blindfold unit panel into an upper part, a central part, and a lower part, the shape of the body edge of various commercially available wire mesh fences can be handled by combining the upper part, the central part, and the lower part of the blindfold unit panel. .

The example of the blindfold fence of this invention is shown, The partially cutaway front view of a blindfold fence. The side view of a blindfold fence. The perspective view of the shape of the unit panel for blindfolds similarly. The perspective view which shows the state which attached the unit panel for blindfolds to the wire mesh fence. The side view of the unit panel shape example for blindfolds by the difference in the shape of the trunk edge part of a fence main body. The side view of the component which divided | segmented the blindfold unit panel.

The purpose of eliminating the need for mounting brackets was solved by the shape of the blindfold unit panel.

FIG. 1 is a front view of an embodiment of the present invention, and 1-3, A, and B are the same as FIGS. 2, 3, 4, 5, and 6. FIG.

In the embodiment shown in FIG. 1, a plurality of metal wires 2a, 2a,... Are joined in a grid pattern to a plurality of pillars 1, 1,. In the wire mesh fence to which the fence body 2 is attached, the upper part 3b for the blindfold in the gap between the trunk edge (upper) 2b of the fence body 2 and the lower part of the unit panel for the blindfold in the gap between the trunk edge (lower) 2c It is a blindfold fence to which 3c is inserted and attached in a detachable state.

The embodiment of FIG. 2 is a side view of the blindfold unit panel 3 attached to the fence body 2. In addition, the weight of the blindfold unit panel 3 does not become a load on the metal fence by bringing the blindfold unit panel lower part 3c into contact with the ground or the block on which the support column 1 is built.

FIG. 3 shows an example of the shape of the blindfold unit panel 3. The upper part 3b of the blindfold unit panel can be inserted into the gap between the trunk edge (upper) 2b of the fence body 2, and the lower part 3c of the blindfold unit panel can be inserted into the gap between the trunk edge (lower) 2c of the fence body 2. Shape.

FIG. 4 shows an example of a state in which the blindfold unit panel 3 is attached to the wire mesh fence. The upper part 3b of the blindfold unit panel is inserted into the gap between the trunk edge (upper) 2b of the fence body 2, and the lower part of the panel unit 3c for blindfold is inserted into the gap between the trunk edge (lower) 2c of the fence body 2, By inserting panels in two places, the top and bottom, it is possible to attach to the wire mesh fence without using a mounting bracket. Moreover, although the joining part (attachment part) is not fixed, the unit panel lower part 3c for the blindfold is in contact with the ground or the block on which the support column 1 is built, so that the wire fence is stable without applying a load. Can be installed in condition.

In the embodiment of FIG. 5, due to the difference in the shape of the trunk edge portion of the fence body, the trunk edge portion (upper) (lower) in the shape of the blindfolding unit panel lower part 3 c of the same direction type blindfolding unit panel A Bottom) If it is not possible to attach to 2c, the body edge (upper) (bottom) Different direction type blindfolding unit panel B of the blindfolding unit panel lower part 3c to form the body edge (lower) 2c This indicates that it can be installed.

FIG. 6 is a side view of components obtained by dividing the trunk edge (upper) (lower) same-direction type blindfolding unit panel A and the trunk edge (upper) (lower) different-direction type blindfolding unit panel B of FIG. It becomes. In this way, it is possible to replace the blindfold unit panel by dividing it into upper, middle and lower parts, and it can be flexibly adapted to differences in the shape and height of the trunk edge of a commercially available wire mesh fence. It becomes possible to respond.

Blindfold fences can be constructed without mounting brackets, reducing the number of parts and reducing industrial waste.

1 Prop 2 Fence body 2a Wire 2b Trunk edge (top)
2c trunk edge (bottom)
3 Blindfold unit panel 3a Center unit for blindfold 3b Upper unit panel for blindfold 3c Lower unit panel for blindfold A Body edge (top) (bottom) Unidirectional type blindfold unit panel B Body edge (top) (bottom ) Unit panel for different direction type blindfold

Claims (2)

A blindfold fence that does not require mounting brackets, by inserting the upper and lower part of the blindfold unit panel into the gap between the two upper and lower trunk edges. By dividing the blindfold unit panel into multiple parts, the blindfold fence can flexibly cope with the difference in the shape and height of the trunk edge of a commercially available wire mesh fence.

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