A maritime dewatering pump container having an auxiliary function as a storage spill kit. The container is made from fiberglass and provides a base and a lid, wherein the base defines a compartment dimensioned and shaped to house a maritime dewatering pump. A bottom of the base may be reinforced with oriented salt-treated strand board. An upper portion of the base has an opening providing access to the compartment. A periphery of the base opening provides a water-resistant seal that engages a periphery of the lid. First clamping mechanisms along of the lid periphery operatively associate with second claiming mechanisms downward of the opening periphery so as to selectively urge the water-resistant sealing when the lid is in a closed condition relative to the base.

A caddy includes an outer shell, an inner compartment that is surrounded by the outer shell and connected to a top rim of the outer shell, and a handle connected to the inner compartment. The outer shell includes a plurality of exterior walls that define a plurality of corners. At each corner, a stabilizer is connected to two adjacent exterior walls and extends outward for the exterior walls. A support surface includes bottom surfaces of the exterior walls and the stabilizer, so that an area having a periphery defined by the outer ends of the stabilizers is larger than an area having a periphery defined by the corners. The inner compartment includes pockets having an open top and a closed bottom.

Product transport containers are disclosed. Such containers can provide one or more advantages compared to existing containers. For example, product transport containers described herein can maintain a product at a desired temperature for an extended period of time, including without the use of an active heating or cooling component. Such product transport containers described herein may also provide improved breathability, thermal insulation, and/or mechanical strength or dimensional stability. Such containers can include a plurality of walls defining an interior volume and a selectively openable side permitting movement of the product into and out of the interior volume of the container. The walls can be formed from a thermoformed non-woven fabric.

An organization system may include a slotted housing comprising a top notch. An organization system may include a cartridge configured to receive a spooled elongated profile object, and configured to be received by a slot of the slotted housing, wherein, the top notch is defined by a housing wall, wherein the slot and the housing wall form a soaking bath for the cartridge and the spooled elongated profile object therein; and wherein, when the spooled elongated profile object is unspooled from the cartridge, the top notch limits the cartridge from rocking or rotating within the slot.

A caddy system includes a caddy and stabilizers. The caddy includes an outer shell, an inner compartment, and a handle. The outer shell has walls that define corners. A bottom edge of the outer shell includes bottom surfaces of the walls. The caddy also includes a top rim. The inner compartment is surrounded by the outer shell and connects to the outer shell at the top rim. The inner compartment has a plurality of pockets. Each pocket has an open top and a closed bottom. The handle is connected to the inner compartment. The stabilizers connect to the caddy at the corners. An area defined by outer ends of the connected stabilizers is larger than an area defined by the bottom edge of the caddy.

A fluid storage device for lowering the center of gravity of the gas can, to inhibit the gas can from tipping, includes a container having a base wall, a top wall and a peripheral wall that define an interior space. The container holds a fluid in the interior space. The base wall is generally planar wherein the base wall is configured to stabilize a position of the container on a surface. The base wall has a length and a width each exceeding a height of the peripheral wall wherein the base wall is designed to inhibit the container from tipping over when the container is positioned on the surface. A spout coupled to the container is fluidly coupled to the interior space wherein the spout is designed to facilitate the fluid in being removed from and added to the interior space.

The present invention provides a handle device for a lid of a compartment. The handle device comprises a housing for attachment to the lid of the compartment, where the housing comprises a slot extending into the housing from a front of the housing. A handle portion is sized to slidably fit into the slot of the housing for retraction and deployment from the housing.