Abstract: A suspension package includes a frame and a hammock. The hammock is tensioned by tensioning panels at each end of the frame. The lower edges of the frame include bottom panels that are secured together at two opposing corners such that the bottom panels automatically move to a side wall bracing position when the frame is squared. The tensioning panel 42 is sufficiently long to overlap each of the side walls in order to apply a substantial portion of loads from the hammock directly to the side walls and thereby reduce creasing at the end walls. The hammock is C-shaped in cross section and includes welded product-retention regions between the upper and lower portions of the hammock to prevent the product from sliding into contact with the end walls. Accessories are held in the hammock by a tubular accessory holder which is held in place on an end wall of the frame by an outer box. The suspension package is moved into and out of the outer box along a direction perpendicular to one of the sides of the frame.

Abstract: A suspension package of the type having a frame and a hammock tensioned across the frame to enfold and support a product is provided with a brace to prevent the ends of the frame from moving inwardly. This brace simultaneously provides a safety net to protect the product being loaded into the hammock. The hammock is secured to tensor flaps on the frame, and these flaps are provided with tabs which prevent the flaps from rotating inwardly past the plane of the end panels. The hammock is folded in a double fan fold at its ends to facilitate top loading and to accommodate the widest range of product sizes and shapes. Each of the tensor flaps has an inner part and an outer part, and the hammock end is sandwiched between the inner and outer parts and held in place by a double ended rivet which simultaneously operates to secure the tensor flaps in the hammock tensioning position. Cinching devices are used around the hammock to center the product within the frame.

Abstract: A suspension package includes a frame having an upper part and lower part. The lower part has four corner posts and at least one bay defining element that is hinged to the corner posts to move between an operational position and a storage position. The bay defining element includes at least one flexible suspension sheet that extends across bays defined by the element. The upper part includes at least one upper flexible suspension sheet, and is mounted to move between an open position, in which the bays are exposed to allow a product to be inserted into and removed from the bay, and the closed position, in which the suspension sheets suspend the product within the frame. A tensioning device releasably holds the upper part in the closed position and tensions the suspension sheets. The package is preferably used with a collapsible enclosure.

Abstract: A suspension package of the type having a frame and a hammock tensioned across the frame to enfold and support a product is provided with a brace to prevent the ends of the frame from moving inwardly. This brace simultaneously provides a safety net to protect the product being loaded into the hammock. The hammock is secured to tensor flaps on the frame, and these flaps are provided with tabs whcih prevent the flaps from rotating inwardly past the plane of the end panels. The hammock is folded in a double fan fold at its ends to facilitate top loading and to accommodate the widest range of product sizes and shapes. Each of the tensor flaps has an inner part and an outer part, and the hammock end is sandwiched between the inner and outer parts and held in place by a double ended rivet which simultaneously operates to secure the tensor flaps in the hammock tensioning position. Cinching devices are used around the hammock to center the product within the frame.

Abstract: A two part EMI/RFI shielded container for electrical components includes a transporter which has a metal layer on its inner surface. The transporter is generally tubular in shape when closed, and at least one foldable tab is formed on the transporter to expose the metal layer to the outside when the tab is bent back. The container also includes a sleeve sized to receive the transporter. The sleeve defines a metal layer on its inner surface, which is brought into electrical contact with the tab of the transporter when the transporter is slid into the sleeve. Two ends of a blank are joined together to form the sleeve, and one of these ends is folded back on itself in order to place the metal layer of the sleeve into low resistance electrical contact across the joint.