A cooler stand apparatus for supporting a cooler above a ground surface includes a platform, a plurality of legs, and a holder. The holder is spaced in a first direction away from the platform, and the legs extend in a second direction opposite the first away from the platform. The platform is positionable in a raising position such that the legs space the platform above a ground surface and the holder secures a cooler on the platform. The platform is also positionable in a storage position such that the cooler is supported by a different surface of the platform and is surrounded by the legs. Retainers are provided for securing the cooler to the platform when the platform supports the cooler while in the storage position.

A cooler stand apparatus for supporting a cooler above a ground surface includes a platform, a plurality of legs, and a holder. The holder is spaced in a first direction away from the platform, and the legs extend in a second direction opposite the first away from the platform. The platform is positionable in a raising position such that the legs space the platform above a ground surface and the holder secures a cooler on the platform. The platform is also positionable in a storage position such that the cooler is supported by a different surface of the platform and is surrounded by the legs. Retainers are provided for securing the cooler to the platform when the platform supports the cooler while in the storage position.

A packing container includes a tray-fitted palette, a top case, a cushion member, and a slope plate. The tray-fitted palette has a tray on which a packed article is placed and a palette fixed to the bottom surface of the tray. The top case is in a tubular shape open at the bottom and covers the side and top faces of the packed article. The cushion member is placed between the packed article and the top case. When the packed article placed on the tray is moved, the slope plate is coupled to the tray-fitted palette. The cushion member is arranged as a reinforcement stand under the slope plate coupled to the tray-fitted palette.

A packing container includes a tray-fitted palette, a top case, a cushion member, and a slope plate. The tray-fitted palette has a tray on which a packed article is placed and a palette fixed to the bottom surface of the tray. The top case is in a tubular shape open at the bottom and covers the side and top faces of the packed article. The cushion member is placed between the packed article and the top case. When the packed article placed on the tray is moved, the slope plate is coupled to the tray-fitted palette. The cushion member is arranged as a reinforcement stand under the slope plate coupled to the tray-fitted palette.

The disclosure provides a battery pack frame, a frame set, and a new energy heavy truck. The battery pack frame includes a frame body formed by connecting a plurality of frame beams end to end. The battery pack frame includes a plurality of adapter assemblies for pre-mounting two adjacent frame beams. At least one adapter assembly is arranged between any the two adjacent frame beams, and each adapter assembly includes a threaded connection assembly and an inserting limiting assembly, the inserting limiting assembly being configured to limit relative positions of the two adjacent frame beams, the threaded connection assembly being configured to pre-connect the two adjacent frame beams, and the two adjacent frame beams being pre-mounted through the each adapter assembly and then welded. By using the solution, the tangential force that the two adjacent frame beams may withstand after being connected is improved.

The disclosure provides a battery pack frame, a frame set, and a new energy heavy truck. The battery pack frame includes a frame body formed by connecting a plurality of frame beams end to end. The battery pack frame includes a plurality of adapter assemblies for pre-mounting two adjacent frame beams. At least one adapter assembly is arranged between any the two adjacent frame beams, and each adapter assembly includes a threaded connection assembly and an inserting limiting assembly, the inserting limiting assembly being configured to limit relative positions of the two adjacent frame beams, the threaded connection assembly being configured to pre-connect the two adjacent frame beams, and the two adjacent frame beams being pre-mounted through the each adapter assembly and then welded. By using the solution, the tangential force that the two adjacent frame beams may withstand after being connected is improved.

A pipe frame, a pipe crate and methods of use thereof for holding a plurality of pipes together for storing, handling and transport are disclosed herein. In one form, there is provided a pipe frame including: at least two frame members connectable together to form the pipe frame; at least one transverse leg formation operatively associated with an end of a first frame member; at least one receiving opening defined at an end of a second frame member and configured to at least partially receive the at least one transverse leg formation for attachment and orientation of the first frame member relative to the second frame member; a locking catch operatively associated with the receiving opening; and a locking element operatively associated with the transverse leg formation and releasably connectable to the locking catch for locking the first frame relative to the second frame.

A pipe frame, a pipe crate and methods of use thereof for holding a plurality of pipes together for storing, handling and transport are disclosed herein. In one form, there is provided a pipe frame including: at least two frame members connectable together to form the pipe frame; at least one transverse leg formation operatively associated with an end of a first frame member; at least one receiving opening defined at an end of a second frame member and configured to at least partially receive the at least one transverse leg formation for attachment and orientation of the first frame member relative to the second frame member; a locking catch operatively associated with the receiving opening; and a locking element operatively associated with the transverse leg formation and releasably connectable to the locking catch for locking the first frame relative to the second frame.

According to one aspect, a non-roll end sleeve is configured to be disposed on a seamless cylindrical paper tube, said non-roll sleeve having a rectangular cross-section perpendicular to a central axis of the cylindrical paper tube when disposed on the cylindrical paper tube. According to another aspect, a container includes a seamless paper tube having at least one end provided with a shape in cross-section generally having N sides, where N is an integer selected from 3 to 8, which at least one end is closed by flaps of material between openings cut into the at least one end that have been folded inwardly and secured in place to form an end closure.