An apparatus and method for manufacturing a container upper plate including a handle coupled thereto are disclosed. The apparatus includes a steel-plate-shaping unit for forming at least one projection on an upper surface of a steel plate, a holding-plate-supply unit for supplying a holding plate including a reception portion, and a mounting portion bilaterally extending from the reception portion and coupled to the steel plate, the mounting portion having at least one groove or at least one hole formed therein, to the steel-plate-shaping unit, a loading unit for loading the holding plate onto the steel plate such that the at least one projection on the steel plate is fitted into the at least one groove or the at least one hole, and a coupling unit for coupling the holding plate to the steel plate by pressing a fitted portion by means of a press plate.

A tap and solvent container assembly includes a container having an upper wall, a bottom wall and a side wall connecting the upper wall and said bottom wall. A bung hole is formed in the side wall and a threaded bung assembly is mounted within the bung hole. The threaded bung assembly has a threaded member and a tap assembly is threadedly mounted to the threaded member. The container has an inner reservoir for containing liquids such as solvents, paint, thinners, reducers, etc. The top assembly is used to dispense the liquids from the container.

TopSink: Liquid Storage Device with Automatic Discharge in High Volume Batches is a liquid storage device that automatically discharges excess liquid in preset volumes. By releasing surplus liquid from below the surface, TopSink prevents air from entering the discharge line, which significantly improves the heador flow forcein the line. With no air in the line, and with the liquid being released at high volumes, the discharged liquid is able to travel a further distanceeven over an inclinewithout external inputs like electricity. This advantage is in contrast with traditional overflow designs, which merely have a standpipe that enables excess water to trickle out of the line as the level rises. This allows air into the system, causing excess water to pool in the line and travel a minimal distance, TopSink solves this problem by releasing the energy of stored water in high volume bursts, from below the liquid's surface.

An emergency response containment vessel includes a sealing barrel and a carrier module for carrying and moving the sealing barrel. The sealing barrel includes a barrel body, a cover module, and a plurality of fastening modules. The barrel body includes a bottom wall and a surrounding wall connected to and surrounding the bottom wall, and has an opening opposite to the bottom wall. The cover module includes a cover pivotably connected to the surrounding wall, removably covering the opening, and formed with a plurality of notches. The fastening modules are connected to the surrounding wall and correspond in position respectively to the notches, and each including a stem removably disposed in and extending through a corresponding one of the notches and an abutment head movably connected to the stem and operable to move relative to and abut against the cover to press the cover on the surrounding wall when the cover covers the opening.

A tap and solvent container assembly includes a container having an upper wall, a bottom wall and a side wall connecting the upper wall and said bottom wall. A bung hole is formed in the side wall and a threaded bung assembly is mounted within the bung hole. The threaded bung assembly has a threaded member and a tap assembly is threadedly mounted to the threaded member. The container has an inner reservoir for containing liquids such as solvents, paint, thinners, reducers, etc. The top assembly is used to dispense the liquids from the container.

A closure for drums and containers accommodating sanitary fittings is contemplated. The closure is attached in a manner that avoids any recesses along the interior of the contain

A liquid storage tank includes a housing, a piston located in the housing, a cover, an elastic element, and an outlet pipe. The cover is attached to the housing and has a support post extending toward the piston. The piston, the housing, and the cover define a tank chamber. The tank chamber is filled with cooling liquid. The elastic element is connected with the tank hosing and the piston. The elastic element is free from contact with the cooling liquid. The outlet pipe communicates with the tank chamber. An extension direction of an opening of the outlet pipe is not parallel to a direction of movement of the elastic element. When the cooling liquid is decreased, the piston compressed the tank chamber such that the elastic element is released. The tank chamber is continuously compressed by pairing the elastic element and the piston.

A powder management container includes a keg body having first and second ports. The keg body has an interior for storing a metallic powder. The first port is defined by the keg body and is fluidly coupled to the keg body interior for transferring metallic powder into and from the keg body interior. The second port is defined by the keg body and is fluidly coupled to the keg body interior for controlling the atmosphere within keg body interior. Methods of making powder management containers and managing powder for additive manufacturing techniques are also disclosed.

The invention relates to a lid element (1) for a beverage container (2), at least comprising a lid panel (3) having an opening (4), a fold edge (6) extending around the lid panel (3) in a circumferential direction (5) for connecting the lid element (1) to the beverage container (2), as well as damping bead (7) extending circumferentially between the fold edge (6) and the lid panel (3); wherein the lid element (1) has an outer face (8) and an inner face (9), and the opening (4) has an opening rim (10) and an opening plane (11) formed by the opening rim (10); wherein the lid element (1) has a connection region (12) which directly adjoins the opening rim (10), extends around the opening rim (10) in the circumferential direction (5), and extends at least in part at an angle of inclination (13).

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.