Abstract: A shipping carton including a box assembly and a plurality of pots containing floral groupings. A bonding material is applied to the base of the box assembly and the pots containing floral groupings are disposed in the retaining space of the box so that the bonding material engages and connects each of the pots containing floral groupings. Retaining inserts may be disposed in the retaining space of the box to retain the growing medium contained in the pots within the pots during movement or shipment of the box assembly. The retaining inserts may be secured to the inner surface of the side walls of the box through a securing means such as a clip to prevent displacement of the retaining inserts during movement or shipment of the box assembly.

Abstract: A shipping carton including a box assembly and a plurality of pots containing floral groupings. A bonding material is applied to the base of the box assembly and the pots containing floral groupings are disposed in the retaining space of the box so that the bonding material engages and connects each of the pots containing floral groupings. Retaining inserts may be disposed in the retaining space of the box to retain the growing medium contained in the pots within the pots during movement or shipment of the box assembly. The retaining inserts may be secured to the inner surface of the side walls of the box through a securing means such as a clip to prevent displacement of the retaining inserts during movement or shipment of the box assembly.

Abstract: A shipping carton including a box assembly and a plurality of pots containing floral groupings. A bonding material is applied to the lower end of the pots and the pots containing floral groupings are disposed in the retaining space of the box so that the bonding material engages and connects each of the pots to the box. Retaining inserts may be disposed in the retaining space of the box to retain the growing medium contained in the pots within the pots during movement or shipment of the box assembly. Methods of using a shipping box.

Abstract: A shipping carton including a box assembly and a plurality of pots containing floral groupings. A bonding material is applied to the base of the box assembly and the pots containing floral groupings are disposed in the retaining space of the box so that the bonding material engages and connects each of the pots containing floral groupings. Retaining inserts may be disposed in the retaining space of the box to retain the growing medium contained in the pots within the pots during movement or shipment of the box assembly. The retaining inserts may be secured to the inner surface of the side walls of the box through a securing means such as a clip to prevent displacement of the retaining inserts during movement or shipment of the box assembly.

Abstract: A shipping carton including a box assembly and a plurality of pots containing floral groupings. A bonding material is applied to the base of the box assembly and the pots containing floral groupings are disposed in the retaining space of the box so that the bonding material engages and connects each of the pots containing floral groupings. Retaining inserts may be disposed in the retaining space of the box to retain the growing medium contained in the pots within the pots during movement or shipment of the box assembly. The retaining inserts may be secured to the inner surface of the side walls of the box through a securing means such as a clip to prevent displacement of the retaining inserts during movement or shipment of the box assembly.

Abstract: An electrode cap for use in encephalographic analysis which includes a flexible head cover having a plurality of spaced electrode anchor tabs disposed on the inner side thereof. Flexible electrode lead wires extend through the head cover and are attached to electrodes inside the cover. Each electrode is mounted in an independently positionable engaging tab which is adapted to be selectively positioned by finely adjustable contact engagement with one of the anchor tabs at a pre-selected locus. The head cover is preferably of multi-panel construction, including a crown flap which can be folded between opened and closed positions, thereby facilitating ready access to the interior of the head cover and ease of replacement or repair of one or more of the electrodes and the respective lead. An electrode board adapter is provided for connecting the electrodes to the E.E.G. amplifier and readout instrument.