Show metadata Hide metadata

(19)

(11)

2 275 455

(13)

(51)

IPC

E01D21/00(2006-01-01)

E01D21/10(2006-01-01)

E01D19/14(2006-01-01)

(21) (22)

Application

2004103662/03, 2004-02-10

(24)

Start date

2004-02-10

(22)

Actual filing date

2004-02-10

(45)

Published

2006-04-27

(72)

Inventor

Karchenkov Valentin SemenovichKharebava Zhilo AntonovichChepurnov Konstantin GavrilovichPavljukov Jurij AleksandrovichBiktashev Rafik KhanefaevichVelichko Vladimir PavlovichPassek Vadim Vasil'Evich

(73)

Holder

Otkrytoe Aktsionernoe ObshchestvoOtkrytoe Aktsionernoe Obshchestvo Institut Transportnogo Stroitel'Stva" Tsniis)

SCAFFOLD FOR BRIDGE SPAN STRUCTURE MOUNTING Russian patent published in 2006 - IPC E01D21/00 E01D21/10 E01D19/14

Abstract RU 2275455 C2

FIELD: bridge building, particularly to construct bridge span structures in rivers or in flood-plains in deep water.

SUBSTANCE: scaffold comprises pile foundation, grillage to connect piles of foundation and one or several supports arranged in grillage. Grillage and piles are made as inventory floating system consisted of one or several pontoons or piles arranged in vertical tubular guiders formed in each pontoon. Each vertical tubular guide is provided with two guiding grooves. Each pile comprises two diametrically opposite steel support bars to provide vertical pontoon displacement along piles immersed in ground. Device for pontoon vertical displacement is made as walking jacks, which cooperate with steel support rods and pontoon deck eyebolts. Adjacent pontoons of grillage consisted of two pontoons or more are connected one to another by connection platforms.

EFFECT: reduced building material consumption and decreased time, reduced labor and power inputs, non-interference in water pool ecology.

3 cl, 1 dwg

Similar patents RU2275455C2

Title	Year	Author	Number
METHOD FOR CONSTRUCTING BRIDGE SUPPORT IN WATER AREA	2023	Konnykh Andrej Albertovich Sukhorukov Aleksej Aleksandrovich Romanov Dmitrij Vyacheslavovich Kolyushev Igor Evgenevich Lyutyj Sergej Mikhajlovich Malygin Evgenij Gennadevich	RU2809049C1
METHOD OF BRIDGE BUILDING OVER WATER BODY	2004	Kostylev V.V. Sur E.G.	RU2237123C1
METHOD FOR ASSEMBLING OVER-PIER PART OF BRIDGE SPAN STRUCTURE	2003	Najval'T I.A. Rogach V.I. Zverev G.L. Khaliullin Ju.M. Polishko G.Ju. Denisov M.I. Bogdanov A.N. Tsepenok V.I.	RU2247805C2
PROTECTIVE CASE FOR BRIDGE PIER GRILLAGE AND ERECTION METHOD THEREOF	2004	Pavljukov Ju.A. Velichko V.S. Morozov V.N. Likverman A.I.	RU2263176C1
RIGGING FOR HIGH PILE GRILLAGE CONSTRUCTION IN BRIDGE SUPPORTS	2004	Schast'In Valerij Vladimirovich Karchenkov Valentin Semenovich Kharebava Zhilo Antonovich Chepurnov Konstantin Gavrilovich Pavljukov Jurij Aleksandrovich Velichko Vladimir Pavlovich Passek Vadim Vasil'Evich	RU2275454C2
METHOD FOR TRANSFER OF LONG-SPAN STEAM-AND-WATER MIXTURE DELIVERY PIPELINE OVER CANYON LOCATED IN SEISMICALLY ACTIVE ZONE	2023	Bellendir Evgenij Nikolaevich Illarionov Aleksandr Gennadevich Budarin Aleksandr Mikhajlovich Rempel Georgij Igorevich Butovka Aleksej Nikolaevich Kretov Dmitrij Aleksandrovich	RU2815705C1
EQUIPMENT FOR HIGH GRATING OF BRIDGE PIERS BUILDING	2003	Pavljukov Ju.A. Dankovtsev A.F. Chepurnov K.G. Likverman A.I. Velichko V.P. Passek V.V.	RU2250948C1
METHOD TO ERECT BASE PIER SECTION OF CABLE TRUSS BRIDGE SPAN CABLE-STAYED GIRDER AND PILOT BEAM TO REALISE THIS METHOD	2011	Gorbachev Sergej Evgen'Evich Alekhina Natal'Ja Petrovna Shevchenko Andrej Vladimirovich Fomichev Mikhail Alekseevich	RU2460838C1
METHOD OF RECONSTRUCTION OF BRIDGEWORK WITH DISPLACEMENT OF RAILWAY BRIDGE FRAMEWORK AFLOAT AND ERECTION OF PEDESTRIAN BRIDGE	2000		RU2198978C2
METHOD OF BRIDGE BUILDING OVER WATER BODY	2004	Kostylev V.V. Sur E.G.	RU2237125C1

RU 2 275 455 C2

Authors

Karchenkov Valentin Semenovich

Kharebava Zhilo Antonovich

Chepurnov Konstantin Gavrilovich

Pavljukov Jurij Aleksandrovich

Biktashev Rafik Khanefaevich

Velichko Vladimir Pavlovich

Passek Vadim Vasil'Evich

Dates

2006-04-27—Published

2004-02-10—Filed