An intermodal container has a roof, floor, side walls and end walls converted for use as a water processing tank, the tank walls reinforced so that the tank can be filled with water. The tank is lines with a flexible liner. On one of the walls aligned apertures are made in the liner and the wall with an inwardly facing flange surface facing into the tank. A process wall is mounted against the flange surface with fastening bolts exposed at the outside of the tank. The process wall is bolted from outside the tank so that a margin of the liner at the aperture is pinched between the process wall and the flange surface to seal it in place. Interface components are mounted and sealed at ports in the process wall to provide inputs to, and outputs from, the tank interior both above and below the design level of water in the tank.

A container for distilled spirits includes a stainless steel body, stainless steel top element and stainless steel bottom element wherein the body, top element and body element are joined together without solder such that the flavor of the distilled spirits therein is preserved. A method of making the container is also disclosed.

A single-use beverage barrel for one-time use, produced from a primarily cylindrical casing part, deep-drawn bottom and lid parts, having an opening in the center of the lid part, which is sealed by a plastic fitting and wherein the casing part is produced from stainless steel and has a wall thickness of 0.8 mm or less and the bottom part and the lid part are also produced from stainless steel and have a wall thickness of 0.8 mm or less.

An open-type storage basket easy to assemble, comprising a side frame body arranged on a side and a bottom plate arranged on a bottom of the side frame body, the side frame body is formed by bending of at least one side edge frame, which have end parts connected through an X type clamping piece whose longitudinal cross section presents an X shape, the X type clamping piece includes a first V shaped metal strap arranged on one side, a second V shaped metal strap arranged on the other side; one end of the side edge frame is inserted into the first V shaped metal strap while the other end is inserted into the second V shaped metal strap; the first and second V shaped metal straps fix and connect together the side edge frame at the two ends through extrusion deformation to form side frame bodies of various shapes.

A basket includes an annular sidewall and an expanded mesh securely mounted onto a lower portion of the annular sidewall to define a containing space that has an upward opening. The annular sidewall includes an annular groove laterally defined in a lower portion of the annular sidewall and an annular flange inwardly extending from a lower edge of the annular sidewall, wherein a width of the annular flange is greater than a depth of the annular groove. An annular lip is outwardly formed on a top edge of the annular sidewall by folding. The expanded mesh has an annular edge received in the annular groove and is supported by the annular flange.

A container is produced from a single-layered, helically bent sheet-metal trip (20). A first, helically running peripheral portion (22) of the sheet-metal strip (20) is bent out in the direction of the outside of the container (10) to form a helically running bent out edge (24). A second, helically extending peripheral portion (26) of the sheet-metal strip (20) overlaps a third portion (28) of the sheet-metal strip (20) on the inside of the container (10). The third portion is adjacent to the bent-out edge (24) and extends in the direction of the second peripheral portion (26) from the bent out edge (24). The second peripheral portion (26) is connected in a fluid-tight manner to the third portion (28) of the sheet-metal strip (20) on the inside of the container (10).

An intermodal container having a roof, a floor, side walls and end walls is converted for use as a tank for processing water with the roof, floor, side walls and first end wall forming a roof, floor, side walls and one end wall of a tank. The tank has an opposing end wall fixed to the container side walls, all of the tank walls being reinforced to enable the tank to hold water. A flexible liner tub for containing water to be processed is supported by the floor and mounted against the tank walls and has a margin at a top edge. A liner cap mounted to the roof has a margin at its edge with the liner tub and the liner cap overlapping and sealed to one another at their margins.

Two-piece metal aerosol container and method of manufacture are provided in accordance with the present invention. A rolled and longitudinally welded cylindrical tube forms the container body, including a cylindrical sidewall and reduced diameter shoulder and neck portions (formed by a sequential necking process), while a separate metal base component is attached via a crimped seam. The open-top end of the container neck portion is curled to receive a manually actuatable dispensing valve assembly. The container is resistant to internal pressures in excess of 311 psi (2150 kPa) and offers increased strength and pressure resistance (compared to a three piece rolled metal aerosol container), while being easy to manufacture and low in cost.

An intermodal container converted to a tank for processing wastewater has a process wall detachable from a hatchway in a wall of the container. The process wall is bolted to an interior facing flange in the container wall and is installed so as to sandwich a gasket and a lip between the process wall and the flange. When the process wall is at a container end wall, first components for interface with water to be treated are sealingly fixed into one part of the process wall designed to be below the level of contained water. Second process components such as those associated with communication cabling, power cabling or piping to be run through the converted container are sealingly fixed into an upper part of the process wall above a design level of contained water to be treated.

The patent discloses a storage basket with high strength and bearing capacity, including a second metal basket body, wherein two sides of the second metal basket body are fixedly assembled with first metal basket bodies; the first metal basket bodies are assembled and arranged on the two sides of the second metal basket body, so that the first metal basket bodies and the second metal basket body are connected into a whole to form the storage basket; and two side edges, connected to each other, of the first metal basket bodies and the second metal basket body are welded with each other to form a whole or are connected into a whole through Z-shaped connecting components. The storage basket of the patent has high strength and bearing capacity and can assist in finishing more tasks that require load bearing.