METHOD FOR CONSTRUCTING STRUCTURES FROM BAKED CLAY Russian patent published in 2023 - IPC E04B1/16 C04B33/32 C04B33/36 

Abstract RU 2810035 C1

FIELD: construction.

SUBSTANCE: used for the construction of prefabricated civil and industrial structures based on a metal frame using available raw materials. A method for constructing structures from baked clay involves constructing a structure frame consisting of a magnetically conductive metal (steel), which is covered with a layer of clay from the bottom up, placing a circuit of a water-cooled electromagnetic inductor around the perimeter of the structure, and creating holes for steam to escape from the clay. Using an electromagnetic inductor, the magnetically conductive metal (steel) inside the clay is heated to the firing temperature in the following mode: first, the clay is dried from free moisture with a low-power current, then the power is increased and the steel element (reinforcement) is heated in a controlled mode to the clay firing temperature; cooling of the burned element of the structure occurs naturally. The use of the proposed method during the construction of a structure makes it possible to subsequently heat both the walls and the floor in an electromagnetic field, without installing heating devices inside the structure, and in combination with the 3D printing of houses, to fire the structure layer by layer with the laying of steel reinforcement, which adds moisture resistance and strength and further speeds up the entire construction process.

EFFECT: creating reliable low-rise clay frame structures that are fireproof, not destroyed by flooding, quickly dried, with high thermal insulation properties, using available natural raw materials; economic efficiency and manufacturability of this method, as well as the use of available natural raw materials, can significantly simplify the logistics of building materials.

1 cl, 5 dwg

Similar patents RU2810035C1

Title Year Author Number
PROPPANT AND METHOD OF PROPPANT PRODUCTION 2016
  • Mozhzherin Vladimir Anatolevich
  • Novikov Aleksandr Nikolaevich
  • Sakulin Vyacheslav Yakovlevich
  • Migal Viktor Pavlovich
  • Salagina Galina Nikolaevna
RU2619603C1
METHOD FOR MANUFACTURING OF LIGHT-WEIGHT HIGH-SILICA MAGNESIUM-CONTAINING PROPPANT FOR PRODUCTION OF SHALE HYDROCARBONS 2012
  • Pejchev Viktor Georgievich
  • Plotnikov Vasilij Aleksandrovich
  • Pliner Aleksandr Sergeevich
  • Tin'Gaev Ivan Anatol'Evich
RU2513792C1
METHOD FOR PRODUCING COLOURED SPECKLED CERAMIC GROG PRODUCTS (VARIANTS) 2020
  • Mozhzherin Vladimir Anatolevich
  • Sakulin Vyacheslav Yakovlevich
  • Novikov Aleksandr Nikolaevich
  • Migal Viktor Pavlovich
  • Salagina Galina Nikolaevna
RU2773836C1
CERAMIC MASS 0
  • Alfereva Galina Anatolevna
  • Strelnikov Vladimir Ivanovich
  • Soboleva Kirillina Leontevna
SU1694544A1
METHOD OF MANUFACTURING LIGHT-WEIGHT HIGH-STRENGTH CERAMIC PROPS 2002
  • Ipatov S.A.
  • Potapov M.A.
RU2203248C1
FIREPROOF CONCRETE MIXTURE 2009
  • Dunaeva Marina Nikolaevna
  • Grishpun Efim Moiseevich
  • Gorokhovskij Aleksandr Mikhajlovich
RU2410361C1
ALUMINOSILICATE MIXTURE FOR PRODUCTION OF GRANULES 1998
  • Simanovskij B.A.
  • Rozanov O.M.
  • Mozhzherin V.A.
  • Migal' V.P.
  • Sakulin V.Ja.
  • Novikov A.N.
  • Salagina G.N.
  • Shtern E.A.
RU2140875C1
MIXTURE FOR MANUFACTURING FIRECLAY ARTICLES AND METHOD OF PREPARATION OF REFRACTORIES 1998
  • Shatokhin I.M.
  • Kuz'Min A.L.
RU2148566C1
METHOD OF MULTILAYER POROUS GLASS CERAMIC BLOCK 2006
  • Buller Vladimir Jakovlevich
  • Manankov Anatolij Vasil'Evich
  • Loktjushin Pavel Aleksandrovich
RU2338702C2
CHARGE FOR PRODUCING ACID-RESISTANT CERAMICS 2016
  • Vitkalova Irina Andreevna
  • Torlova Anastasiya Sergeevna
  • Pikalov Evgenij Sergeevich
  • Selivanov Oleg Grigorevich
  • Chukhlanov Vladimir Yurevich
RU2638596C1

RU 2 810 035 C1

Authors

Lappo Vladimir Vladimirovich

Dates

2023-12-21Published

2023-05-24Filed