The present invention is a shipping container adapted to isolate and extinguish a fire within the container, the container comprising a container body having a bottom, an interior wall defining an internal region, an opening into the internal region, a cover positionable over the opening, an insert or liner provided within the container and at a fixed distance from its interior wall, the insert having apertures extending therethrough, the region between the container's interior wall and bottom and the insert containing a free-flowing expanded glass granulate having fire insulating, fire suppressing and smoke absorbing properties.

An electronic device may include the first housing facing the first direction, the second housing fastened to the first housing to face the second direction opposite to the first direction and including the battery disposition space open toward the second direction and the plurality of first insert portions that are apart from each other on the periphery of the battery disposition space along a circumference of the battery disposition space, and the cover fastened to the second housing to cover the battery disposition space, the cover including the first cover including the first material and the second cover including the second material and coupled to the first cover from the second direction, wherein the first cover may include the plurality of first hook structures provided at locations corresponding to the plurality of first insert portions and configured to fasten the second housing to the cover by being inserted into the plurality of first insert portions.

A packaging unit adapted to contain at least two button cells includes: for each of the button cells, a separate individual compartment that encloses the button cells; the individual compartments are each formed from a separate thermoformed plastics hood and a back plastics film fixed thereto; the individual compartments are configured such that they cannot be opened without tools; a carrier on which the individual compartments are attached; and the individual compartments are spaced apart from one another on the carrier.

A battery pack packing box capable of easily fixing a battery pack in a lower case by using a buffering member including an insertion hole into which the upper portion of the battery pack is inserted is provided. The buffering member includes a frame and a plurality of wing-shaped ribs.

A battery packaging material that is excellent in electrolytic solution resistance and ink printing characteristics of the surface. A battery packaging material comprising a laminate having at least a protective layer, a base material layer, a barrier layer, and a heat-sealable resin layer in this order, wherein a maximum value A of absorbance detected in an infrared wavenumber range of 2800 to 3000 cm.sup.−1 and a maximum value B of absorbance detected in an infrared wavenumber range of 2200 to 2300 cm.sup.−1 satisfy the relation: 0.05≤B/A≤0.75, as measured from an outermost surface of the protective layer, using attenuated total reflection Fourier transform infrared spectroscopy.

A tray assembly for loading a battery cap includes at least one first tray having a top surface, in which first grooves are provided, and a bottom surface, in which second grooves are provided, and at least one second tray having a top surface, in which third grooves are defined, and a bottom surface, in which fourth grooves are defined and disposed above or below the first tray. When the first tray is disposed above the second tray, each of the second grooves and each of the third grooves communicate with each other to provide a communication space. When the first tray is disposed below the second tray, each of the first grooves and each of the fourth grooves communicate with each other to provide a communication space. The battery cap is mounted in an erect state in the communication space provided by the first tray and the second tray.

In the present invention related to an electric vehicle battery transportation container having a shield sleeve, a ratchet tightens a belt to fix an electric vehicle battery to a seat base in a state in which a battery fixing hook connected to a leading end portion of the ratchet accommodated in a ratchet accommodation recess part formed in the seat base is inserted into an assembly hole formed in a lower bracket of the electric vehicle battery loaded on the seat base, one or more foldable anti-slip parts installed on the seat base stand upright to prevent left-right slip and front-rear slip of the electric vehicle battery at the same time, and a corner support shaft formed with an inclined structure having a decreasing inner diameter is unevenly coupled to a support shaft insertion groove to load seat bases on a transportation vehicle in multiple stages. When the seat base is manufactured as a grid frame, and front, rear, left, and right surfaces of the seat base are shielded using a shield sleeve according to the present invention, a weight of the seat base may be minimized to reduce a transportation cost when the seat base is loaded on and transported by a transportation vehicle or vessel, and contamination of the electric vehicle battery due to dust or foreign matters may be prevented while the electric vehicle battery loaded on the seat base is transported for a long time.

A battery cell storage case according to the present invention may comprise: a case in which battery cells are stored; and a discharge unit which is electrically connected to the case, is disposed outside the case, and discharges the battery cells, wherein the case comprises: an upper case which has a hollow structure and is open on one side thereof; and a lower case which has a hollow structure and is open on the side facing the open portion of the upper case.

In the present invention related to an electric vehicle battery transportation container having a battery fixing hook, one or more foldable anti-slip parts installed on a seat base manufactured in a plate shape having a closed upper surface stand upright to prevent left-right slip and front-rear slip of an electric vehicle battery at the same time, a ratchet tightens a belt to fix the electric vehicle battery to the seat base in a state in which a battery fixing hook connected to the ratchet accommodated in a ratchet accommodation recess part formed in the seat base by the belt is inserted into an assembly hole formed in a lower bracket of the electric vehicle battery loaded on the seat base, and a corner support shaft is unevenly coupled to a support shaft insertion groove formed with an inclined structure having a decreasing inner diameter to load seat bases on a transportation vehicle in multiple stages. According to the present invention, when a foldable anti-slip part stands upright, left-right slip or front-rear slip of the electric vehicle battery can be easily prevented, and particularly, when a ratchet tightens a belt to fix the electric vehicle battery to the seat base in a state in which a battery fixing hook is inserted into an assembly hole formed in a lower bracket of the electric vehicle battery, the electric vehicle battery can be firmly fixed to the seat base without interference between the belt and the upper surface of the electric vehicle battery.

An inner tray for battery cell transport includes a base plate extending in a longitudinal direction of a pouch-type battery cell; a plurality of insertion plates erected and located on the base plate, the insertion plates being spaced apart to accommodate a lead of the pouch-type battery cell; and at least one buffer pad located on the base plate and extending in the longitudinal direction to support the pouch-type battery cell.