Surface attachable storage systems having a base rail (7) for attachment to a wall (1) or ceiling (2) surface, an outer rail (11) for attachment to the base rail to form a rail assembly (3), the outer rail having means for attaching accessories for holding storage items and at least one accessory (4, 5) for holding storage items. The means on the outer rail for attaching accessories for holding storage items may be at least one pin-receiving socket (17) in the outer rail of the rail assembly for inserting a mating bayonet-type pin (23) on an accessory or a T-slot (15) in the outer rail of the rail assembly for inserting T-pins (26, 30) of an accessory.

Surface attachable storage systems having a base rail (7) for attachment to a wall (1) or ceiling (2) surface, an outer rail (11) for attachment to the base rail to form a rail assembly (3), the outer rail having means for attaching accessories for holding storage items and at least one accessory (4, 5) for holding storage items. The means on the outer rail for attaching accessories for holding storage items may be at least one pin-receiving socket (17) in the outer rail of the rail assembly for inserting a mating bayonet-type pin (23) on an accessory or a T-slot (15) in the outer rail of the rail assembly for inserting T-pins (26, 30) of an accessory.

A shelf structure has a frame member, a layer member and at least one reinforcement board. An outer surface of the frame member has a plurality of parallel ribs and an inner surface of frame member has a contacting face between each two ribs. An upper end and a lower end of the frame member respectively has an upper portion and a lower portion parallel with each other. A lower surface of the upper portion has at least one protruding rib. The lower portion is smaller than the upper portion. The layer member is assembled in the frame member and overlaps the upper portion of the frame member. The reinforcement board has a length equal and parallel to two opposite sides of the frame member and secured to the other two opposite side of the frame member.

A shelf structure has a frame member, a layer member and at least one reinforcement board. An outer surface of the frame member has a plurality of parallel ribs and an inner surface of frame member has a contacting face between each two ribs. An upper end and a lower end of the frame member respectively has an upper portion and a lower portion parallel with each other. A lower surface of the upper portion has at least one protruding rib. The lower portion is smaller than the upper portion. The layer member is assembled in the frame member and overlaps the upper portion of the frame member. The reinforcement board has a length equal and parallel to two opposite sides of the frame member and secured to the other two opposite side of the frame member.

A shelf assembly for an appliance includes a shelf support operably coupled with a cabinet liner. First and second supports are positioned below the shelf support. The first and second supports are positioned on opposing sidewalls of the cabinet liner. A rear shelf portion is slidably supported on the shelf support between rearward and forward positions. A front shelf portion is positioned adjacent to the rear shelf portion and is movable between a raised position and a lowered position. A plurality of rotatable arms are configured to support the front shelf portion. Each rotatable arm of the plurality of rotatable arms is operably coupled with one of the first and second supports at a first end and is further operably coupled with the front shelf portion at a second end. A connecting arm interconnects the rear shelf portion and the front shelf portion.

An elongated support member and a goods storage system includes an elongated support member (3,4) including two spaced wall portions (19,20) defining a channel (21) extending in a longitudinal direction of the elongated support member for receipt of an inner mounting end (22) of a support bracket (7,8,9, 10), wherein each one of the two spaced wall portions comprises at least one engagement means (23a, 23b; 24a, 24b) facing the channel for engagement with a laterally projecting engagement means of the support bracket, wherein each one of the engagement means (23a, 23b; 24a, 24b) has an open end facing in the same direction in the longitudinal direction of the elongated support member for receipt of an engagement means of the support bracket during mounting of a goods storage system.

A modular mounting assembly and system is disclosed that permits a wide variety of accessory items to be easily coupled and uncoupled to a vertical surface. In certain embodiments, the vertical surface may be a surface of an above ground storage tank. A saddle is fixedly coupled to the vertical surface and slidably mates with a shelf mount that is fixedly coupled to an upper portion of an accessory item support. To maintain the accessory item support in place, relative to the vertical surface, a side mount is fixedly mounted on the vertical surface. It is disposed below the saddle, and removably couples with a lower portion of the accessory item support.

A modular mounting assembly and system is disclosed that permits a wide variety of accessory items to be easily coupled and uncoupled to a vertical surface. In certain embodiments, the vertical surface may be a surface of an above ground storage tank. A saddle is fixedly coupled to the vertical surface and slidably mates with a shelf mount that is fixedly coupled to an upper portion of an accessory item support. To maintain the accessory item support in place, relative to the vertical surface, a side mount is fixedly mounted on the vertical surface. It is disposed below the saddle, and removably couples with a lower portion of the accessory item support.

A rack assembly has two support frames and at least one shelf that are secured to the support frames by connecting assemblies. Each connecting assembly comprises a well secured to a medial surface of each vertical tube of the support frame, and a hook that extends from each end of each shelf, with each hook having an opening extending therethrough. The connecting assembly also includes a connector that is seated inside each well, each connector having a top plate that has an elongated opening, the connector also having a body that is sized and configured to fit inside a well, the body defining two wings with a space between the wings, and wherein each wing has a bump positioned in the center of the inner surface of each wing that faces the space. Each hook is inserted through the elongated opening of a corresponding connector with the bump on each wing fitted inside the opening of the hook to retain the hook inside the body of the connector.

An upstream rail of a turbine engine turbine casing, which includes a casing body extending along a longitudinal axis, includes a base including a radial face, extending substantially radially from the casing body, a plate including an upper face, extending substantially along the longitudinal axis, a connection portion between the base and the plate, including a concave face connecting the radial and upper faces, the concave and radial faces extending on either side of an edge. The upstream rail is repaired through a method including covering a surface with a solder, the surface including the upper and concave faces such that the solder extends until the edge, and machining the covered surface, in a single action, in a direction toward the radial face, so as to reshape the surface, wherein the machining of the covered surface is performed on a portion of the radial face.