Rapidly deployable, immediately activated Mobile Mission Kits are highly flexible armored protective apparatuses that can be used in countless environments and against various threat types and levels to protect people, infrastructure and equipment while giving end users unit dominance advantages through the ability to establish an extended and hardened perimeter with checkpoint options by interconnecting operative (Mobile Mission Kit) units that interlock, an internal structural mission cage that can accommodate necessary tactical gear, weapons, equipment and supplies for missions or emergency responses, offensive capabilities, and stopping intrusion efforts from adversarial groups or entities. The Mobile Mission Kit does not require assembly or construction to activate the protective barrier upon arrival, and would not require any tools or equipment to active barrier, interconnect units, deactivation, or prepare for extraction

A deformable container includes a bag body, a first connecting member and a second connecting member. The bag body is formed with an opening. The first connecting member has a first tube portion and a first annular flange protruding from an end of the first tube portion. The first tube portion passes through the opening to be exposed from the bag body. The bag body is pressed against a pressing surface of the first annular flange. The second connecting member has a second tube portion. The second tube portion is sleeved on the first tube portion.

A modular portable storage container system includes container sections, each having a frame. A latch mechanism retains the frames against an infrastructure substrate. The latch mechanism has: a spring latch, latch receiver, and retaining hook. The container sections are movable between unlatched and latched positions. When unlatched, the container sections are movable relative to the substrate and when latched the frames of the container sections are retained in contact with mounting points of the substrate via the latch mechanism. The spring latch and the latch engage one another when the container sections are in the latched position, and the retaining hook engages with the frame to rotatably retain the frame. The spring latch and retaining hook include mounting flanges that are selectively slidably and fixedly mountable to mounting points of the infrastructure substrate in one or more positions defined by a size of the container sections.

An eco-friendly detachable container including a base assembly having a metallic plate attached to a support panel; telescopic corner posts; side panels; a top panel; a first door assembly; a second door assembly; a locking mechanism. The detachable container is vertically adjustable. The support pane, the telescopic corner posts, the side panels, the top panel, the first door assembly, the second door assembly, and the locking mechanism are made entirely from recycled plastic, virgin plastic, or regrind plastic. The metallic plate is made of a recycled aluminum.

The intermodal warehousing system includes a platform, a plurality of legs, four corner castings, and additional castings located on the long sides of the platform. Each of the legs may be extendable with an anchor located at one end and a casting located at the other, the leg and the casting being comprised of aluminum. The anchor is carried by a steel plate that is bolted to the leg. To avoid a galvanic reaction, aluminum bushings with steel inserts are welded to the interior of the leg and steel bolts secure the steel plate to the steel inserts. An external handle includes a bolt extending into said leg and cooperating with a wedge located therein that moves the anchor up or down. The handle bolt, wedge and anchor are so constructed and arranged so that rotation of the handle moves the anchor up or down to lock the leg to a casting.

An expandable-volume liner is usable with a collapsible liquid holding tank frame consisting of top and bottom rails spaced apart by vertical struts. The expandable-volume liner has pliant impervious side walls, a pliant impervious floor panel and at least one pliant impervious collapsible bag extending outwardly from the liner. Each bag is optionally extendable between its respective surrounding top and bottom rails and adjacent struts to conform the tank to the differing footprints presented by various sites and the volume of liquid necessary to accomplish the task at hand. The liners are especially suited to firefighting applications and can be used in conjunction with existing frames built for non-expandable volume liners.

A modular fuel tank assembly includes a first fuel tank body defining a first inner volume and a second fuel tank body defining a second inner volume, where the first inner volume is spatially separate from the second inner volume. A connecting conduit is in fluid communication with the first fuel tank and the second fuel tank. The first fuel tank, the second fuel tank and the connecting conduit each define a double-walled structure having an inner wall and an outer wall spaced apart from the inner wall.

A liquid storage tank with a storage unit has a flexible wall assembled from liquid-impermeable, flexible membrane sections. Due to their dimensions, these membrane sections give the liquid storage tank a predetermined operational shape when filled with the target amount of liquid. In the vertical operational position, this predetermined operational shape is drop-shaped, featuring an upper tip and a lower, bulged bottom area, where the tip is equipped with a supporting suspension for the storage unit, and a first liquid connection is provided in the bottom area. A method for manufacturing the liquid storage tank includes iterative calculations for the predetermined operational shape.

The present invention refers to a disassemble and configurable modular container for strategic areas that have the potential for using space of oil platforms. The disassemble and configurable modular container of the present application is made of plates that allow expansion and variation in height due to the vertical sliding feature, in addition to changing its configuration through fitting crossheads, without the need to use a crane for mobilizing the container in the unit, as it can be easily assembled/disassembled by two employees. Furthermore, the detachable and configurable modular container as described herein, is molded to the layout of the environment available due to its height adjustment and configuration variation (single piece or L, T or U shaped), and hence, it overcomes the difficulties that aerial interference, such as lines, gutters and pipes from equipment and structures inherent to the site, can cause.

A tank cleaning arrangement comprising a tank having an inlet and an outlet; a flexible bladder located inside the tank, the bladder having a first end in fluid communication with the tank inlet and a second end in fluid communication with the tank outlet, the bladder defining an interior to receive content via the inlet and to expel content via the outlet, the bladder positioned inside the tank such that a space exists around the bladder inside the tank; the arrangement further comprising a pressure port extending from outside the tank into the space around the bladder via which varying pressure can be applied to the space to cause varying expansion and contraction of the bladder.