A modular grid system for insertion into a protective case has a grid plate with a lattice that forms round or square holes, into which round or square pegs are frictionally inserted. The grid is elevated above the bottom of the case by standoffs, such that when an object such as a gun or drone is pressed into the invention, the pegs under the invention depress into the negative space, leaving undepressed pegs on all sides of the object to prevent lateral movement during transport in the case. Modular frames of different shapes and sizes can be connected together to create a protective depression in any shape or size of case. The lid of the case closes upon the object, thereby securing and protecting it with foam on all sides.

A display apparatus comprises a display including a stand mounting portion; a protective member coupleable to and decoupleable from the display along an edge of the display so that while the protective member is coupled to the display, the protective member covers at least the edge of the display; and a stand mountable to the stand mounting portion of the display along a front and rear direction of the display, the protective member includes a mounting portion protective member coupleable to and decoupleable from at least a portion of the display; a support protective member coupleable to and decoupleable from a portion of a lower end of the display; and a fall prevention protective member coupleable to and decoupleable from a side end of the display and coupleable to and decoupleable from a side end of the support protective member.

The present disclosure relates to a system comprising at least one primary package accommodating at least one article, and a secondary package accommodating the primary package, wherein the secondary package comprises a second package material having a water vapor transmission rate lower than about 100 g/m.sup.2/day, as measured according to Water Vapor Transmission Rate Test, and a resistance to compression higher than about 150N.

A protective bracket and a using method thereof. The protective bracket including: a main body part; an extension part extending outwardly from the main body part, at least part of the extension part being inclined relative to the main body part; a fixing part, extending from a free end of the extension part away from the main body part; a stopping part, connected to the main body part at a preset angle, in a thickness direction of the main body part, the fixing part and the stopping part being located at a same side of the main body part, and an end face of the fixing part away from the main body part being closer to the main body part than an end face of the stopping part away from the main body part.

A corner protector is provided with a body with a recess formed in the body. The recess defines a first surface to receive and contact a pane surface of a pane in the recess. The recess defines a second surface angled relative to the first surface and intersecting the first surface to receive and contact a first edge surface of the pane. The recess defines a third surface angled relative to the first surface and the second surface and intersecting the first surface to receive and contact a second edge surface of the pane. The body defines an aperture formed in the first surface and oriented at a convergence of the first surface, the second surface, and the third surface such that the second surface and the third surface do not intersect. The aperture is formed to a blind depth in the body.

Disclosed is a packaging box. The packing box includes: a main body portion having a front surface and a storage space formed therein, wherein the front surface is configured to be opened and closed; and a bottom portion positioned below the body portion. The bottom portion includes: a bottom pad; and an inclined plate having a same height as the bottom pad at a first end thereof and having a slope toward a second end thereof. The inclined plate with the slope installed at the bottom portion of the packing box may allow easy ingress and egress of products into and from a storage space therein.

An omni foam grid system for insertion into a protective case has a grid plate sandwiched between a lower perimeter frame, or series of stepped pegs or peg/holster combinations, and an upper perimeter frame. The grid plate has a lattice that forms round or square holes, into which round or square pegs are frictionally inserted. The lower perimeter frame or pegs position the grid plate above the bottom of the case, such that when an object such as a gun or drone is pressed into the invention, the pegs under the invention depress into the negative space, leaving undepressed pegs on all sides of the object to prevent lateral movement during transport in the case. The lid of the case closes upon the object, thereby securing and protecting it with foam on all sides.

A container for objects comprises an outer casing with walls defining an internal volume and padding inserted into the internal volume of the casing. The outer casing is made of thermoformed plastic material, and the padding consists of a shaped foam shell, of a shape and size adapted to the shape and size of the internal volume of the casing. A method of manufacturing the object container comprises: providing at least one sheet of a thermoformable plastic material; thermoforming the at least one sheet of thermoformable plastic material to form an outer casing of the container; forming a padding consisting of a shaped foam shell, of a shape and size adapted to the shape and size of an internal volume of the outer casing of the container; inserting the padding into the internal space of the outer casing of the container.

An expandable foam corner protector is provided. The expandable foam corner protector includes (i) a first L-shaped bracketing portion; (ii) a second L-shaped bracketing portion; and (iii) an interior channel portion, which is located between the bracketing portions, including a plurality of arc-shaped cuts extending through a thickness in a Z-direction of the interior channel portion. At least a portion of the arc-shaped cuts are aligned along a X-direction and are free to expand to form expanded openings along a Y-direction in response to an external force applied to the interior channel portion along the Y-direction. The interior channel portion is configured to define a generally right angle configured to overlie a corner of an inanimate object, and wherein the first L-shaped bracketing portion, the second L-shaped bracketing portion, and the interior portion define a U-shaped channel including the generally right angle of the interior channel portion.