STEEL CARCASS-FRAME BEARING STRUCTURE WITHIN INNER PERIMETRE OF GLASS WITH SINGLE AND MULTIPLE LAYER, SINGLE AND MULTIPLE STRUCTURE GLASING BY MEANS OF ADHESIVE SEALANTS WITH FUNCTION OF SPACER FRAME, WITH ELECTRIC HEATING, SERVICED BY VACUUMISATION OF INTERLAYER CHAMBERS, BURGLAR RETARDANT GRID INSIDE REINFORCED GLASING UNIT Russian patent published in 2012 - IPC E06B3/263 E06B3/56 E06B9/01 

Abstract RU 2454521 C2

FIELD: construction.

SUBSTANCE: bearing capacities of carcass-frame glasing make it possible to manufacture multiple-circuit panels of building facade glasing, with a mobile function, for instance, tilting. Installation of a vacuum nipple in the carcass makes it possible to get serviced vacuumisation of interlayer spaces. Installation of an electric thermal cable inside a carcass shaped pipe of glasing prevents formation of ice, fog, dew, increases heat insulation and makes it possible to avoid installation of heating radiators under the glased opening. The reinforced glasing unit with application of a carcass steel frame from a shaped pipe instead of a regular spacer foil frame, acquires the property of a rigid independent fold, the framing casework is not required for it, this is a new property of the glasing unit.

EFFECT: increased optical transmission properties of a glasing structure, increased heat insulation of interlayer chambers due to the possibility of multiple increase of a glasing unit thickness up to 200 mm, it becomes possible to install a burglar retardant grid inside a movable fold.

6 dwg

Similar patents RU2454521C2

Title Year Author Number
MOVABLE FRAMELESS SINGLE- AND MULTIPLE-LAYER GLASING STRUCTURES JOINED WITH DETACHABLE BUSHINGS OR SEALING FIXING MOUNTS AND HALF-FRAME GLASING STRUCTURES, THRUST JOINTED DETACHABLE HINGES FIXED BY MEANS OF MOVABLE FIXATORS, WINDOW AND DOOR UNITS WITH EXTENSIBLE ELEMENTS 2007
  • Kalashnikov Andrej Jur'Evich
RU2368750C2
ANTI-BREAKING WINDOW STRUCTURE 2014
  • Ziganurov Farit Magasumovich
  • Kudojarov Elmir Damirovich
RU2577706C1
HEAT-PROTECTIVE BREAK-IN PROTECTION INSULATED GLASING UNIT 2009
  • Smirnov German Anatol'Evich
RU2394976C1
ADAPTIVE INSULATING GLASS UNIT (VERSIONS) 2019
  • Nikitin Andrej Valentinovich
RU2708215C1
GLASS BLOCK FOR OPENINGS IN ROOMS 2001
  • Il'In A.P.
  • Bebkov A.B.
RU2213193C2
SHAPE AND SYSTEM OF SHAPES FOR TRANSLUCENT STRUCTURES 2014
  • Kosykh Konstantin Leonidovich
RU2566493C1
SYSTEM OF CONSTRUCTION TRANSLUCENT WALLING STRUCTURES 2015
  • Bazhenov Igor Adolfovich
  • Belov Dmitrij Viktorovich
RU2599243C1
METHOD FOR ASSEMBLY OF DOUBLE-GLAZED WINDOWS IN HOUSES OF LOG AND UNIT FOR VERTICAL INTERFACING OF INSULATING GLASS UNIT WITH LOAD-BEARING WOODEN ELEMENTS OF FRAME 2019
  • Domogatskii Sergei Aleksandrovich
  • Pletnikov Dmitrii Leonidovich
RU2736018C1
ENERGY EFFICIENT LIGHT-TRANSPARENT CONSTRUCTION 2016
  • Fedorov Anatolij Nikolaevich
RU2620241C1
METHOD AND DEVICE TO PROTECT BUILDINGS AND BUILDING STRUCTURES AGAINST DAMAGE CAUSED BY GAS-STEAM-AIR MIXTURE EXPLOSION 2005
  • Khajrullin Nail' Abdulovich
  • Zlotopol'Skij Arnol'D Iosifovich
  • Mtiullin Mansur Khamzinovich
  • Miftjakhetdinov Rushan Akhtjamovich
  • Rykov Aleksej Vladimirovich
  • Mishuev Adol'F Vladimirovich
  • Kazennov Vjacheslav Vasil'Evich
  • Gromov Nikolaj Viktorovich
RU2301312C2

RU 2 454 521 C2

Authors

Kalashnikov Andrej Jur'Evich

Dates

2012-06-27Published

2010-07-13Filed