Abstract: A connection device for use with a blast-resistant container includes a frame with a recess, and a connecting member. An arcuate surface is formed on the outside of the opening of the recess. The connecting member is connected to the frame at one end with a head engaged in the recess and connected to a side panel at the other end. Thus, this connection device can transmit strong membrane force between each two panels of a container and meet the connection requirement of a blast-resistant container. When there is a blast, the connection device is able to confine the blast within the container for that the maximum strain of the plastic hinge in the connecting member can be controlled by the curvature of that arcuate surface formed on the frame.

Abstract: A base plate support for a container, comprising a main body, horizontal fastening plate, and at least one vertical fastening plate. The main body has a tube-like structure extended along a longitudinal direction and an upper side which is by a gap divided into two half-plates. A connecting plate bridges the gap inside the tube-like structure. The horizontal fastening plate extends from a lateral side of the main body for holding a base plate of a container. The vertical fastening plate extends from an upper side of the main body for holding a lateral wall plate of the container, continuing from one of the two half-plates. A force generated by a bomb blast flexibly deforms at least one of the two half-plates and is thus effectively absorbed.