METHOD OF ERECTION OF LARGE-PANEL BUILDINGS AND STRUCTURES Russian patent published in 2019 - IPC E04H9/02 

Abstract RU 2696730 C1

FIELD: construction.

SUBSTANCE: invention relates to construction, namely, to construction of large-panel buildings for construction under normal conditions and earthquake-prone areas. Technical result is achieved due to availability of adjustment of tension of connecting element and squeezing of horizontal joint it becomes possible to account for friction forces in joints. Method of erection of large-panel buildings and structures consists in connection of reinforced concrete floor and bearing walls along vertical with the help of reinforcement rods and reduction of load-bearing walls as to height by reinforcement rods freely arranged in channels of panels of load-bearing walls with subsequent fixation of pre-stressed state. Wall panels of bearing walls are made with recesses from below of panels and coaxially vertically arranged channels, in which after mounting panels on top of one floor is inserted reinforcement rods with a screw profile, which reinforcement outlets are screwed in connecting couplings of lower floor, located in the recesses of panel, and the bearing walls reduction is performed by the floor by tensioning and fixing the voltage in the level of the ceiling of the floor plate and the bottom of panels using a jack and lock nuts with thrust in metal plate with central hole for reinforcement with subsequent connection of outlets of upper and lower panels by screw couplings and filling channels and recesses of panel with cement-sand solution with high mobility.

EFFECT: invention is aimed at reducing labour intensity of mounting walls of large-panel buildings, improving reliability and strength of joint of connected structures.

1 cl, 4 dwg

Similar patents RU2696730C1

Title Year Author Number
METHOD OF MULTISTORY LARGE-PANEL BUILDINGS CONSTRUCTION 1989
  • Timokhin Pavel Nikolaevich
RU2017000C1
LARGE-PANEL EARTHQUAKE-PROOF BUILDING 0
  • Markosyan Sergej Rafaelovich
SU1767137A1
TYPICAL MODULE OF A LARGE-PANEL BUILDING 2022
  • Leonteva Marina Petrovna
  • Zakharov Arkadij Vasilevich
  • Zabulaeva Tatyana Rustikovna
RU2796099C1
METHOD OF INCREASING DURABILITY OF LARGE-PANEL BUILDING AT EXTREME ACTIONS BY PREVENTING PROGRESSIVE DESTRUCTION 2018
  • Nikolaev Stanislav Vasilevich
RU2692055C1
STRUCTURE OF A MULTI-STOREY BUILDING 2020
  • Zurabyan Artem Sarkisovich
RU2742781C1
METHOD OF INCREASING THE SEISMIC RESISTANCE OF LARGE-PANEL HOUSES WITHOUT WALL COLUMNS 2017
  • Berzhinskij Yurij Anatolevich
  • Berzhinskaya Lidiya Petrovna
  • Kiselev Dmitrij Valerevich
  • Ivankina Lyudmila Ilinichna
  • Salandaeva Olga Ivanovna
RU2664562C1
DEVICE TO JOIN BUILDING STRUCTURES 2011
  • Blazhko Vladimir Pavlovich
  • Kharitonova Galina Vladimirovna
RU2496950C2
MULTISTOREY PREFABRICATED BUILDING AND METHOD OF ERECTING SAME 0
  • Sorokin Aleksej Mikhajlovich
  • Volga Vladimir Semenovich
  • Zavarov Aleksej Ivanovich
  • Kasilov Aleksandr Vasilevich
  • Kukhorev Vladimir Nikolaevich
  • Kobenko Anatolij Viktorovich
SU1252440A1
JOINT CONNECTION OF THREE-LAYER WALL PANELS 2011
  • Danel' Vladimir Viktorovich
RU2478156C1
DESIGN OF A MULTI-STOREY BUILDING 2022
  • Zurabyan Artem Sarkisovich
RU2780044C1

RU 2 696 730 C1

Authors

Blazhko Vladimir Pavlovich

Bubis Aleksandr Aleksandrovich

Smirnova Lyubov Nikolaevna

Tikhonov Igor Nikolaevich

Tikhonov Georgij Igorevich

Dates

2019-08-05Published

2018-09-13Filed