RU85531U1 - PROFILE PANEL - Google Patents

Abstract

1. A profile panel consisting of upper and lower horizontal cross members, each made with a wall and shelves, having the same profile and mirrored relative to one another, and of vertical jumpers of the same length parallel to each other, connected to the upper and lower horizontal cross members, made with grooves having a shape corresponding to the outer size of the vertical jumpers to accommodate their upper and lower parts, respectively, characterized in that the vertical jumpers are raft but are installed to each other, form a continuous covering of the panel, are located with a gap of their upper and lower parts relative to the inner surfaces of the walls of the upper and lower horizontal crossbars and are fixed on one side of the corresponding grooves located longitudinally, formed, respectively, by the bent part of the lower shelf during bending its end perpendicular to the inner surface of the wall and meeting it in the upper horizontal cross member and the bent part of the upper shelf during subsequent bending of its end perpendicular to the inner surface of the wall and counter to it in the lower horizontal cross member, and bounded, respectively, by the internal surfaces of the wall and upper shelf in the upper horizontal cross member and the inner surfaces of the wall and lower shelf in the lower horizontal cross member. ! 2. The panel according to claim 1, characterized in that the upper horizontal cross member has a cross-section, as shown in figure 2, position 2. ! 3. The panel according to claim 1, characterized in that the lower horizontal cross member has a cross section, as shown in figure 3, item 11. ! 4. Panel by

Description

The utility model relates to the field of construction, namely to panels of profile elements, for example, for fences for various purposes.

A known system of exclusive fences, consisting of interconnected functional units, including horizontal and vertical structural elements of the profile type, RU No. 28713 U1, E04H 17/00, 2003.04.10.

Known temporary fence, consisting of racks, upper and lower horizontal cross members attached to the posts, vertical jumpers located parallel to each other, connected to the upper and lower cross members, RU No. 12166 U1, E04H 17/00, 1993.12.16.

Known panel fencing, including load-bearing racks connected to a lattice panel made of rigidly connected horizontal and vertical elements, RU No. 60963 U1, E04H 17/14, E04H 17/00, 2007.02.10.

Known trellised section of the fence, consisting of load-bearing posts, upper and lower horizontal profile cross members attached to load-bearing posts, vertical jumpers of the same length parallel to each other, connected to upper and lower horizontal profile cross-sections made with grooves having a shape corresponding to the outer size vertical jumpers, RU No. 63830 U1, E04H 17/00, 2007.06.10.

Known rolling beam containing two mirror-mounted profile elements, interconnected and having vertically oriented walls, RU No. 2232125 C2, E04C 3/04, 2004.07.10.

Known building element of the prefabricated construction of a stationary fence, containing longitudinal and transverse beams made of a T-shaped bent profile, and internal transverse profiles located parallel to the transverse beams and relative to each other, RU No. 57776 U1, E04C 3/00, E04H 17/00 , 2006.10.27.

Known devices for fences and elements of building structures do not meet the requirements of hidden, one-sided placement of fasteners.

Known panel lattice fencing, consisting of upper and lower horizontal cross members, each made with a wall and shelves having the same profile and mirror-mounted one relative to another, and of vertical jumpers of the same length parallel to each other, connected to the upper and lower horizontal cross members, made with grooves having a shape corresponding to the outer size of the vertical jumpers to accommodate their upper and lower parts, respectively, RU No. 73011 U1, ЕНН 17/00, 2008.05.10.

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

The ends of the shelves of the profiles on the upper and lower horizontal crossbars of the "closest analogue" are bent and directed towards each other. On the bent parts of the shelves of the “closest analogue”, holes are made, combined by a gap in the through grooves to accommodate the upper and lower parts of the vertical jumpers and designed to fasten the vertical jumpers only for the lattice structure, which does not allow the panel to be used for continuous sewing.

The present utility model is based on the solution of a problem that allows to increase the reliability and aesthetic properties of the structure, ensure operational safety, and expand functional qualities.

The technical result of this utility model is to perform horizontal crossbars with longitudinal grooves that allow one-sided fastening of vertical jumpers, the use of the proposed profiles allows you to hide fasteners and sharp edges of continuous sewing inside the profile.

According to the utility model, this problem is solved due to the fact that the profile panel consists of upper and lower horizontal cross members, each made with a wall and shelves, having the same profile and mirrored one relative to the other. The profile panel consists of vertical jumpers of the same length, parallel to each other, connected to the upper and lower horizontal crossbars. The upper and lower horizontal cross members are made with grooves having a shape corresponding to the outer size of the vertical jumpers to accommodate their upper and lower parts, respectively.

The vertical jumpers are tightly mounted to each other, form a continuous covering of the panel, are located with a gap of their upper and lower parts relative to the inner surfaces of the walls of the upper and lower horizontal crossbars and are fixed on one side of the corresponding grooves. The grooves are located longitudinally. The groove is formed, respectively, by the bent part of the lower flange during subsequent bending of its end perpendicular to the inner surface of the wall and counter to it in the upper horizontal cross member. The groove is formed, respectively, by the bent part of the upper shelf during subsequent bending of its end perpendicular to the inner surface of the wall and counter to it in the lower horizontal cross member. The groove is bounded, respectively, by the inner surfaces of the wall and the upper shelf in the upper horizontal cross member. The groove is limited, respectively, by the inner surfaces of the wall and the lower shelf in the lower horizontal cross member.

In addition, the upper horizontal cross member has -shaped section.

In addition, the lower horizontal cross member has -shaped section.

In addition, the upper and lower horizontal cross members are made of bent equal-channel channels.

In addition, the upper and lower horizontal crossbars are made of bent unequal channels.

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 - Panel, General view.

Figure 2 - The upper horizontal cross member with -shaped section.

Figure 3 - Lower horizontal cross member with -shaped section.

Figure 4 - Fastening a vertical jumper with an upper horizontal cross member.

Figure 5 - Fastening a vertical jumper with a lower horizontal cross member.

The panel contains:

The upper horizontal cross member is 1.

Profile -shaped cross-section (cross-member 1) - 2,

wall (profile 2) - 3,

inner surface (walls 3) - 4,

lower shelf (profile 2) - 5,

bent part (shelves 5) - 6,

end (parts 6) - 7,

top shelf (profile 2) - 8,

inner surface (shelves 8) - 9.

The bottom horizontal cross member is 10.

Profile -shaped cross-section (cross-pieces 10) - 11,

wall (profile 11) - 12,

inner surface (walls 12) - 13,

the upper shelf (profile 11) - 14,

bent part (shelves 14) - 15,

the end (parts 15) - 16,

lower shelf (profile 11) - 17,

the inner surface (shelves 17) - 18.

Longitudinal groove (in profile 2) - 19.

Longitudinal groove (in profile 11) - 20.

Vertical jumpers - 21,

the upper part (jumpers 21) - 22,

the lower part (jumpers 21) - 23.

Continuous sewing (from jumpers 21) - 24.

The profile panel consists of an upper horizontal cross member 1, a lower horizontal cross member 10 and vertical jumpers 21.

The upper horizontal cross member 1 has -shaped section of profile 2. Profile 2 contains a wall 3 with an inner surface 4, an upper shelf 8 with an inner surface 9 and a lower shelf 5. Part 6 of the lower shelf 5 is bent during subsequent bending of its end 7 perpendicular to the inner surface 4 of wall 3 and meets it forming a longitudinal groove 19.

The lower horizontal cross member 10 has -shaped section of profile 11. Profile 11 contains a wall 12 with an inner surface 13, a lower shelf 17 with an inner surface 18 and an upper shelf 14. A portion 15 of the upper shelf 14 is bent during subsequent bending of its end 16 perpendicular to the inner surface 13 of the wall 12 and meets it forming a longitudinal groove 20.

The upper 1 and lower 10 horizontal cross members are mirrored one relative to another.

The upper 1 and lower 10 horizontal crossbars can be made of bent equal-channel channels.

The upper 1 and lower 10 horizontal cross-beams can be made of bent unequal channels.

Vertical jumpers 21 are made with the upper 22 and lower 23 parts and are connected to the upper 1 and lower 10 horizontal crossbars.

The longitudinal grooves 19 and 20 have a shape corresponding to the outer size of the vertical jumpers 21 for placing their upper 22 and lower 23 parts with gaps "a" and "b" relative to the inner surfaces 4 and 11 of the walls 3 and 10 of the upper 1 and lower 10 horizontal cross members, respectively.

The longitudinal groove 19 is limited by the inner surface 4 of the wall 3 and the inner surface 9 of the upper shelf 8 in the upper horizontal cross member 1. The longitudinal groove 20 is limited by the internal surface 13 of the wall 12 and the inner surface 18 of the lower shelf 17 in the lower horizontal cross member 10.

Vertical jumpers 21 are fixed on one side of the grooves 19 and 20.

The vertical jumpers 21 have the same length, are tightly mounted to each other and form a continuous covering 24 of the panel.

The assembly of the panel is as follows.

Place the lower horizontal cross member 10 with the wall 12 down, and the upper horizontal cross member 1 with the wall 3 up. The vertical cross members 21 are started, they are fastened when tightly installed to each other until a continuous sewing 24 is formed.

It is recommended to use a profile sheet (MP-20 × 1100 V / R, TP 20 × 1100, S-21) or special siding (skill! ^® from ROLTEK firm) as continuous sewing.

The material of continuous suturing 24 is taken with a height dimension of 30-33 mm less than the external size between the mounted upper 1 and lower 10 horizontal cross-pieces. When fastening the material of continuous suturing 24, it is recommended to leave a gap “a” equal to 15 mm between the upper parts 22 of the vertical jumpers 21 relative to the inner surface 4 of the wall 3 of the upper horizontal cross member 1 and a gap “b” equal to 10-15 mm between the lower parts 23 of the vertical jumpers 21 relative to the inner surface 13 of the wall 12 of the lower horizontal cross member 10.

After fastening the continuous sewing 24, using the gaps "a" and "b", if necessary, carry out the laying of the cable when placing it in the grooves 19 and 20.

The distance between the upper 1 and lower 10 horizontal crossbars and the type of material for continuous sewing 24 is determined depending on the purpose and operating conditions of the panel.

The implementation of the upper 1 and lower 10 horizontal crossbars with longitudinal grooves 19 and 20 allows one-sided fastening of the vertical jumpers 21 when using profiled sheets or siding, which increases aesthetic properties, expands functional qualities and prevents the possibility of dismantling continuous sewing 24 from the outside.

Obtaining profiles 2 and 11 and using them for the upper 1 and lower 10 horizontal crossbars allows you to protect the upper and lower external surfaces of the panel from deformation under external influences.

Using the proposed profiles 2 and 11 allows you to hide the fasteners and sharp edges of the siding or profile sheets of continuous sewing 24 inside the profile, as well as prevent moisture retention inside the profiles 2 and 11 and protect against possible injuries, which increases the reliability and safety of the panel design.

The location of the vertical jumpers 21 with a gap relative to the inner surfaces 4 and 13 of the walls 3 and 12 of the upper 1 and lower 10 horizontal crossbars allows you to use any material for continuous sewing 24 without effort.

The presence of grooves 19 and 20, made in profiles 2 and 11, allows us to solve the complex problem of obtaining high-quality panels, giving them strength and aesthetic properties, and using them for various purposes.

The proposed profile panel was manufactured by ROLTEK LLC using well-known technologies and materials, and the assembly of an experimental batch using fastening elements widely used in the construction industry determines, according to the applicant, compliance with its criterion of “industrial applicability”.

Claims (5)

1. A profile panel consisting of upper and lower horizontal cross members, each made with a wall and shelves, having the same profile and mirrored relative to one another, and of vertical jumpers of the same length parallel to each other, connected to the upper and lower horizontal cross members, made with grooves having a shape corresponding to the outer size of the vertical jumpers to accommodate their upper and lower parts, respectively, characterized in that the vertical jumpers are raft but are installed to each other, form a continuous covering of the panel, are located with a gap of their upper and lower parts relative to the inner surfaces of the walls of the upper and lower horizontal crossbars and are fixed on one side of the corresponding grooves located longitudinally, formed, respectively, by the bent part of the lower shelf during bending its end perpendicular to the inner surface of the wall and meeting it in the upper horizontal cross member and the bent part of the upper shelf during subsequent bending of its end perpendicular to the inner surface of the wall and counter to it in the lower horizontal cross member, and bounded, respectively, by the internal surfaces of the wall and upper shelf in the upper horizontal cross member and the inner surfaces of the wall and lower shelf in the lower horizontal cross member. 2. The panel according to claim 1, characterized in that the upper horizontal cross member has a cross-section, as shown in figure 2, position 2. 3. The panel according to claim 1, characterized in that the lower horizontal cross member has a cross section, as shown in figure 3, item 11. 4. The panel according to claims 2 and 3, characterized in that the upper and lower horizontal cross members are made of bent equal-channel channels. 5. The panel according to claims 2 and 3, characterized in that the upper and lower horizontal cross members are made of bent unequal channels.