RU63830U1 - LATTED FENCE SECTION - Google Patents

Abstract

The fence section is designed for the manufacture of trellised fences, hedges, fences. The section consists of racks (1), upper (2) and lower (3) horizontal cross members, vertical jumpers (4). Crossbars (2 and 3) and crosspieces (4) have channel profiles. On the walls (5) of the cross members (2 and 3), through grooves (6) are made in the shape of the reciprocal profile of the jumpers (4). The through grooves (6) are provided with tongues (7) that have the ability to bend to a vertical position, return to horizontal and interact with jumpers (4). On the walls (8) of the jumpers (4), through grooves (9) are located in the upper part and (10) in the lower. Through grooves (9 and 10) are interfaced with through grooves (6) by means of reeds (7). The structural design of the section provides a strong and reliable connection of jumpers (4) with crossbars (2 and 3) without the use of fasteners, 2 zp f-ly, 5 ill.

Description

The utility model relates to the field of construction, namely to lattice structural elements for fences, hedges, fences.

A known system of exclusive fences, consisting of interconnected functional units, including horizontal and vertical structural elements with nodes for their fixation, RU No. 28713 U1, E04H 17/00, 2003.04.10.

Known lattice structure consisting of two angular profile belts and a lattice of rods attached to the girth to the belts, SU No. 1684446 A1, E04C3 / 04, 1987.06.01; RU No. 2159310 C1, E04C 3/08, 2000.11.20; RU No. 2236524 C1, E04C 3/08, 2004.09.20.

Known fencing, consisting of uprights, upper and lower horizontal crossbars attached to the uprights, vertical jumpers located parallel to each other, connected to the upper and lower crossbars, RU No. 12166 U1, E04H 17/00, 1999.12.16.

This technical solution was adopted as the closest analogue of this utility model.

However, it has a disadvantage.

The fencing of the closest analogue is made of plastic profiles interconnected by clamps and not meeting the requirements for obtaining a rigid structure, which reduces its reliability and functionality, worsens performance.

The present utility model is based on the solution of a problem that allows to ensure the strength and reliability of joints without the use of fasteners, prevent corrosion and expand the possibilities for use.

According to a utility model, this problem is solved due to the fact that the trellised section of the fence consists of posts, upper and lower horizontal crossbars attached to the stands, vertical jumpers located parallel to each other, connected to the upper and lower crossbars.

The upper and lower horizontal crossbars and vertical jumpers have channel profiles, through the grooves are made on the channel walls of the upper and lower horizontal crossbars, having the shape of a reciprocal profile of vertical jumpers and provided with tongues that can bend to a vertical position, return to horizontal and interact with vertical jumpers, on the walls of which through the grooves are located in the upper and lower parts, respectively, for the upper and lower horizontal cross, ny with their through grooves through the reeds, while the profiles of the racks, upper and lower horizontal crossbars and vertical jumpers are made of galvanized.

In addition, the vertical jumpers are made of the same length.

In addition, the vertical bridges have at least two types of length dimensions.

The applicant has not identified sources containing information on technical solutions identical to this utility model, which allows us to conclude that it meets the criterion of "novelty."

The essence of the utility model is illustrated by drawings, which depict:

Figure 1 - Lattice section of the fence, General view.

Figure 2 - Horizontal cross member, bottom view.

Figure 3 - Vertical jumper, front and side views.

Figure 4 - The position of the through grooves when connecting a vertical jumper with a horizontal cross member, top view.

Figure 5 - Fragment of the connection of the vertical jumper with the upper horizontal cross member, axonometry.

The trellised fence section contains:

Racks 1.

Upper horizontal cross member 2.

Lower horizontal cross member 3.

Vertical jumpers 4.

Walls (crossbeams 2 and 3 in the form of channels) 5,

- through grooves (in the walls 5) 6,

- tongues (in the through grooves 6) 7.

Walls (cross members 4 in the form of channels) 8,

- through grooves (in the upper part of the walls 8) 9,

- through grooves (in the lower part of the walls 8) 10.

The lattice section of the fence consists of racks 1, upper 2 and lower 3 horizontal crossbars and vertical jumpers 4. The upper 2 and lower 3 horizontal crossbars are attached to the posts 1. Vertical

jumpers 4 are located parallel to each other and are connected to the upper 2 and lower 3 horizontal crossbars.

Vertical jumpers 4 can be made of the same length.

Vertical jumpers 4 may have two or more types of sizes in length.

The advantage has two types of length sizes.

Racks 1, upper 2 and lower 3 horizontal cross members and vertical jumpers 4 are made of galvanized.

The upper 2 and lower 3 horizontal cross members and vertical jumpers 4 have channel profiles.

Through the grooves 6 are made on the walls of 5 channels of the upper 2 and lower 3 horizontal crossbars. The through grooves 6 have the shape of a reciprocal profile of vertical jumpers 4. The through grooves 6 are provided with tongues 7. The tongues 7 have the ability to bend to a vertical position and return to horizontal. The tongues 7 interact with the vertical jumpers 4.

On the walls 8 of the vertical jumpers 4, through the grooves 9 are located in their upper parts, and through the grooves are located in the lower part 10. The through grooves 9 and 10 are made, respectively, for the upper 2 and lower 3 horizontal cross. Through grooves 9 and 10 are associated with through grooves 6 and with tongues 7 of the upper 2 and lower 3 horizontal cross-beams.

Assembly lattice section is as follows.

Mount the upper 2 and lower 3 horizontal crossbars to the posts 1.

Pre-raise the tongues 7 in the through grooves 6 to their vertical position. Turn alternately in through grooves 6 vertical

jumpers 4 to align their through grooves 9 and 10 with through grooves 6. Then the tabs 7 are returned to their horizontal position and fix the position of the vertical jumpers 4 relative to the horizontal cross-pieces 2 and 3.

Reliability of the connection ensures the implementation of through grooves on horizontal crossbars and on vertical jumpers.

The strength of the connection without the use of fasteners ensures the presence of reeds in the through grooves of the horizontal crossbars, the ability of the reeds to bend to a vertical position and return to the horizontal position for interaction with the through grooves of the vertical crossbars and to connect their grooves with the grooves of the horizontal jumpers.

Corrosion prevention provides a choice of galvanized profiles for racks, horizontal crossbars and vertical jumpers.

The expansion of the ability to use confirms the implementation of vertical jumpers of the same length, as well as the implementation of their different lengths.

The proposed lattice section of the fence was manufactured in an industrial way; during the assembly of the pilot batch, galvanized profiles widely known in the construction industry were used, which, according to the applicant, determines its compliance with the criterion of “industrial applicability”.

Claims (3)

1. The lattice section of the fence, consisting of uprights, upper and lower horizontal crossbars attached to the uprights, vertical jumpers located parallel to each other, connected to the upper and lower crossbars, characterized in that the upper and lower horizontal crossbars and vertical jumpers have channel profiles , on the walls of the channels of the upper and lower horizontal cross-beams, through grooves are made, having the form of a reciprocal profile of vertical jumpers and provided with tongues having the possibility of folding up to vertical position, return to horizontal and interaction with vertical jumpers, on the walls of which in the upper and lower parts there are through grooves, respectively, for the upper and lower horizontal transverse, paired with their through grooves through the tongues, while the profiles of the racks, upper and lower horizontal crossbars and vertical jumpers are galvanized. 2. The lattice section of the fence according to claim 1, characterized in that the vertical jumpers are made of the same length. 3. The lattice section of the fence according to claim 1, characterized in that the vertical jumpers have at least two types of dimensions in length.