Quay wall structure
Abstract
A gravity-type quay wall comprising a rubble base stage ( 3 ) extending from the sea bottom. A lower part ( 1 a ) is constructed on the rubble base stage ( 3 ) by stacking cell block units ( 4 ) wherein each of the cell block units ( 4 ) have four walls defining a vacant space therein for filling with rubble ( 5 ). Two of the walls of the cell block units ( 4 ) are side walls ( 6,6 a ), each having one of a female key ( 13 ) or a male key ( 14 ) for mating with adjacent cell block units ( 4 ). In an upper part of a top staged cell block unit ( 4 a ) is a depressed portion ( 7 ). An L-shaped shelf-style middle part ( 1 b ) is settled on a top surface of the rubble ( 5 ) of the lower part ( 1 a ) wherein the rubble ( 5 ) is filled halfway in the depressed portion ( 7 ). An upper part ( 1 c ) is settled on the middle part ( 1 b ) with the same length and width thereof.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . A quay wall ( 1 ), comprising:
a rubble base stage ( 3 ); a lower part ( 1 a ) comprising cell block units ( 4 ) each having four walls defining a vacant space there between wherein two of said walls are side walls ( 6 , 6 a ) and each side wall ( 6 , 6 a ) includes one of a female key ( 13 ) and male key ( 14 ) thereon in a vertical direction, and each vacant space is filled with rubble ( 5 ), and in an upper part of a top staged cell block unit ( 4 a ) on a left wall ( 6 ) or right wall ( 6 a ) of said top staged cell block ( 4 a ), is a depressed portion ( 7 ); a middle part ( 1 b ) settled on a top surface of said rubble ( 5 ) of said lower part ( 1 a ) which halfway fills said depressed portion; and an upper part ( 1 c ) settled on said middle part ( 1 b ) with the same length and width thereof.
2 . A quay wall ( 1 ) according to claim 1 , wherein said middle part ( 1 b ) comprises:
a bottom surface ( 10 ); a front wall ( 11 ) having a length being the same as said bottom surface ( 10 ) and having a width being smaller than that of said bottom surface ( 10 ); a back wall ( 12 ) having a height being the same as to that of said front wall ( 11 ) from said bottom surface ( 10 ), said backwall ( 12 ) being spaced from said front wall ( 11 ); side walls ( 15 , 16 ) having one of a female key ( 13 a ) and a male key ( 14 a ) formed thereon in a vertical direction, said side walls ( 15 , 16 ) being perpendicularly connected to said front wall ( 11 ) and said back wall ( 12 ) wherein said front wall ( 11 ), said backwall ( 12 ), and said side walls ( 15 , 16 ) define a compartment ( 17 ) in which rubble ( 5 ) is filled in the space thereof and wherein said upper part ( 1 c ) is installed above said rubble ( 5 ) surrounded by said front wall ( 11 ), said back wall ( 12 ) and said side walls ( 15 , 16 ); a water cavity ( 18 ) having a matching length and width with said compartment ( 17 ), which is formed by connecting a fore projection wall ( 19 ) in front of said front wall ( 11 ), and said front wall ( 11 ) with left and right side walls ( 20 , 21 ); semi-round projection parts ( 22 ) placed in rows up and down on said fore projection wall ( 19 ), and a plurality of sea holes ( 23 ) defined between said semi-round projection parts ( 22 ); and supporting walls ( 24 ) joining said bottom surface ( 10 ) and said back wall ( 12 ).
3 . A quay wall ( 1 ) according to claim 1 , wherein said upper part ( 1 c ) comprises:
a concrete cap ( 30 ) having an area being the same as said water cavity ( 18 ) and compartment ( 17 ) and having a plurality of round projections ( 31 ) formed on a front of said concrete cap ( 30 ); and a concrete plate ( 32 ) laid on a backward surface of earth ( 33 ).
4 . A gravity-type quay wall ( 1 ) for absorbing wave forces and for positioning on a rubble base stage, said wall comprising:
a plurality of cell block units ( 4 ) in a stacked relationship to define a lower part ( 1 a ), each of said cell block units ( 4 ) defining a vacant space therein for filling with rubble ( 5 ), one of said cell block units ( 4 ) being a top staged cell block unit ( 4 a ) wherein said top staged cell block unit ( 4 a ) is stacked above said other cell block units ( 4 ) and defines a depressed portion ( 7 ) therein; a middle part ( 1 b ) positioned above said lower part ( 1 a ) such that said middle part ( 1 b ) settles on the rubble ( 5 ) of said lower part ( 1 a ) within said depressed portion ( 7 ), said middle part ( 1 b ) including a bottom surface ( 10 ) and a front wall ( 11 ) and back wall ( 12 ) extending from said bottom surface ( 10 ), said back wall ( 12 ) being spaced from and parallel to said front wall ( 11 ); side walls ( 15 , 16 ) perpendicularly extending from said bottom surface ( 10 ) and interconnecting said front wall ( 11 ) and said back wall ( 12 ); a fore projection wall ( 19 ) spaced from and parallel to said front wall ( 11 ) wherein said front wall ( 11 ) is between said fore projection wall ( 19 ) and said back wall ( 12 ); left and right side walls ( 20 , 21 ) interconnecting said fore projection wall ( 19 ) and said front wall ( 11 ); said front wall ( 11 ), said back wall ( 12 ), and said side walls ( 15 , 16 ) defining a compartment ( 17 ) for filling with the rubble ( 5 ); said fore projection wall ( 19 ), said front wall ( 11 ), and said left and right side walls ( 20 , 21 ) defining a water cavity ( 18 ); projection parts ( 22 ) placed in rows on said fore projection wall ( 19 ) and said fore projection wall ( 19 ) defining a plurality of holes ( 23 ) between said projection parts ( 22 ); a concrete cap ( 30 ) for covering said compartment ( 17 ) and said water cavity ( 18 ); and a plurality of projections ( 31 ) formed on said concrete cap ( 30 ).
5 . A quay wall ( 1 ) for absorbing wave forces and for positioning on a rubble base stage, said wall comprising:
a plurality of cell block units ( 4 ) in a stacked relationship to define a lower part ( 1 a ), each of said cell block units ( 4 ) having four walls defining a vacant space therebetween for filling with rubble ( 5 ) wherein two of said four walls are side walls ( 6 , 6 a ) and each of said side walls ( 6 , 6 a ) include one of a female key ( 13 ) and male key ( 14 ) for mating with adjacent cell block units ( 4 ), one of said cell block units ( 4 ) being a top staged cell block unit ( 4 a ) wherein said top staged cell block unit ( 4 a ) is stacked above said other cell block units ( 4 ) and defines a depressed portion ( 7 ) therein; a middle part ( 1 b ) positioned above said lower part ( 1 a ) such that said middle part ( 1 b ) settles on the rubble ( 5 ) of said lower part ( 1 a ), said middle part ( 1 b ) including a bottom surface ( 10 ), a front wall ( 11 ) and a back wall ( 12 ) both extending from said bottom surface ( 10 ), side walls ( 15 , 16 ) extending from said bottom surface ( 10 ) and interconnecting said front wall ( 11 ) and said back wall ( 12 ), and a fore projection wall ( 19 ) in front of and spaced from said front wall ( 11 ) and interconnected to said front wall ( 11 ) by left and right side walls ( 20 , 21 ), said back wall ( 12 ) being spaced from said front wall ( 11 ) and said side walls ( 15 , 16 ) including one of a female key ( 13 a ) and a male key ( 14 a ) for mating with adjacent middle parts ( 1 b ), said front wall ( 11 ), said back wall ( 12 ), and said side walls ( 15 , 16 ) define a compartment ( 17 ) for filling with the rubble ( 5 ) and said fore projection wall ( 19 ), said front wall ( 11 ), and said left and right side walls ( 20 , 21 ) define a water cavity ( 18 ); semi-round projection parts ( 22 ) placed in rows on said fore projection wall ( 19 ) and said fore projection wall ( 19 ) defining a plurality of sea holes ( 23 ) between said semi-round projection parts ( 22 ); supporting walls ( 24 ) joining said bottom surface ( 10 ) and said back wall ( 12 ). a concrete cap ( 30 ) for covering said compartment ( 17 ) and said water cavity ( 18 ); a plurality of round projections ( 31 ) formed on a front of said concrete cap ( 30 ).Cited by (0)
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