METHOD OF CONSTRUCTING A PANEL-EXPANDABLE SHELTER Russian patent published in 2024 - IPC E04H1/12 E04H9/00 G01V3/00 H01Q1/42 

Abstract RU 2818635 C1

FIELD: construction; physics.

SUBSTANCE: invention relates to construction of radiotransparent panel-expandable shelters and can be used in radiophysical, astrophysical, electrophysical and geomagnetic measurements. Formation of frameless panel-type shelter 1 begins with formation of base module (BM) 2 by arranging external tongue and groove three-dimensional angle posts (ETG3DAP) 3 at the corners of BM 2 base, horizontal branches of which are connected to each other by external tongue and groove two-dimensional sections (ETG2DS) 7 of interpanel stepper expanders (IPSE), which determined the dimensions of the base (length, width). Formation of height of shelter 1 is carried out by installation on vertical branches ETG3DAP 3 ETG2DS 7, which determined height. On external tongues of ETG3DAP 3 and ETG2DS 7 internal tongue and groove base panels (ITGBP) 5 are installed row by row by internal tongues, wherein door 15 is formed by half tongue and groove base panels (HTGBP) 6 identical to crosswise dimensions of ITGBP 5. ETG3DAP 9 are installed by external vertical tongues into internal tongues of the last row of ITGBP 5 at the corners of BM 2 and ETG2DS 10 IPSE are installed between them, closing the perimeter of external tongues of the roof module (RM) 8. Formation of inclined part of RM 8 of shelter 1 is carried out by installation on inclined branches of ETG3DAP 9 ETG2DS 11, which determined the size of inclined part RM 8. On external tongues ETG3DAP 9 and ETG2DS 11, ITGBP 5 are installed row by row by internal tongues, thus forming a roof of shelter 1. ETG3DAP 13 are installed by external tongues into internal tongues of the last rows of ITGBP 5 of both inclined parts of RM 8 at the corners and ETG2DS 14 IPSE are installed between them, forming a comb of RM 8.

EFFECT: creation of dielectric radiotransparent frameless panel-type shelters with a panel expansion function with a constant pitch on any size: length, width, height.

10 cl, 5 dwg

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RU 2 818 635 C1

Authors

Orlov Aleksandr Borisovich

Orlov Kirill Aleksandrovich

Dates

2024-05-03Published

2023-11-23Filed