PROTECTIVE BANK CONSOLIDATION STRUCTURE AND METHOD OF STRUCTURE ERECTION Russian patent published in 2006 - IPC E02B3/12 

Abstract RU 2280730 C1

FIELD: hydraulic building, particularly to protect and consolidate sea, river and water storage pool banks.

SUBSTANCE: bank consolidation structure comprises separately installed elongated pile members provided with relaxation means. The elongated pile members are driven in stable ground and are not subjected to outer impacts. Elongated pile members are made of hardening material to be injected directly in ground or in vertical wells previously drilled in ground. The elongated pile members are provided with metal rod members extending for the full pile member lengths of for part of pile member lengths. Metal rod members have lower ends anchored in elongated pile member bodies and upper ends projecting over ground surface. The elongated pile members are located in two areas, namely in beach and bank areas and are grouped in several rows so that each area contains at least three rows in area width direction. Elongated pile members of adjacent rows are arranged in staggered order. Elongated pile members are retained in ground along the full elongated member heights by means of three-dimensional elements enclosing the pile members. The three-dimensional elements are formed of compacted ground penetrated with branched reinforcing means located at different heights. The branched reinforcing members are created of hardening material and are used as anchors. Distances between elongated members in each row and between adjacent rows are selected to provide overlapping of three-dimensional elements cross-sections and from ground type. Relaxation members are fastened to upper projecting ends of metal rod members so that the rod members of adjacent pile members and adjacent rows are connected with each other. Some or all elongated members of rear rows in both areas to be consolidated are inclined in vertical plane, mainly towards bank area.

EFFECT: increased reliability of bank protective structures and reduced costs of bank consolidation works.

4 cl, 5 dwg, 1 ex

Similar patents RU2280730C1

Title Year Author Number
REINFORCEMENT METHOD FOR EARTH EMBANKMENTS OF WATERED HYDRAULIC STRUCTURES 2003
  • Lobov O.I.
  • Mel'Nikov B.N.
  • Ivanenko V.I.
  • Sherstjuk S.L.
RU2246582C1
PROCESS OF CONSOLIDATION OF WATER-SATURATED GROUND IN FOUNDATIONS OF BUILDINGS AND STRUCTURES 2002
  • Lobov O.I.
  • Mel'Nikov B.N.
  • Ivanenko V.I.
  • Sherstjuk S.L.
RU2204650C1
REINFORCEMENT METHOD OF FOUNDATIONS OF BUILDINGS ON STRUCTURALLY UNSTABLE SOILS AND SOILS WITH KARST FORMATIONS 2013
  • Lobov Oleg Ivanovich
  • Ehpp Aleksandr Arnovich
  • Ivanenko Viktor Ivanovich
  • Sherstjuk Dmitrij Sergeevich
  • Ivanenko Ekaterina Viktorovna
RU2537448C1
ERECTION OF TUNNELS IN STRUCTURALLY UNSTABLE SOILS WITH KARST PHENOMENA AND/OR BOIL PROCESSES 2013
  • Lobov Oleg Ivanovich
  • Ehpp Aleksandr Arnovich
  • Ivanenko Viktor Ivanovich
  • Sherstjuk Dmitrij Sergeevich
  • Ivanenko Ekaterina Viktorovna
RU2537711C1
COAST-PROTECTING AND ANTI-FILTRATION COATING 2017
  • Baev Oleg Andreevich
RU2644952C1
MODULE OF BANK PROTECTIVE STRUCTURE 2002
  • Bimbat D.Z.
  • Chechetkin V.N.
  • Jusupov V.A.
RU2243319C2
MODULAR COAST PROTECTION STRUCTURE 2013
  • Gritsykhin Vladimir Aleksandrovich
  • Afanas'Ev Dmitrij Fedorovich
  • Cherednikov Sergej Jul'Evich
  • Korpakova Irina Grigor'Evna
  • Injutina Irina Sultanovna
RU2528191C1
MODULE OF BANK PROTECTION CONSTRUCTION 2002
  • Bimbat D.Z.
  • Chechetkin V.N.
  • Jusupov V.A.
RU2229553C1
FROZEN-TYPE BERTH STRUCTURE 2020
  • Kuznetsov Georgij Ivanovich
  • Kruk Natalya Vladimirovna
RU2739801C1
SHORE-PROTECTIVE STRUCTURE AND STRUCTURE ERECTION METHOD 2006
  • Kuznetsov Petr Ivanovich
  • Melikhov Viktor Vasil'Evich
  • Bykov Anatolij Aleksandrovich
  • Jakovlev Sergej Valentinovich
  • Karengina Tamara Vasil'Evna
  • Kuznetsova Vera Ivanovna
RU2315150C1

RU 2 280 730 C1

Authors

Lobov Oleg Ivanovich

Mel'Nikov Boris Nikolaevich

Ivanenko Viktor Ivanovich

Sherstjuk Sergej Leonidovich

Dates

2006-07-27Published

2005-01-26Filed