Abstract: A knife rack includes a box body having a bottom, a plurality of peripheral walls surrounding the bottom, an accommodating space surrounded by the peripheral walls and the bottom and an opening provided where the accommodating space communicates with the outside, a top cover covering the opening and provided with a plurality of long slotted holes, and a plurality of round balls set within the accommodating space of the box body and used as a support structure for supporting knifes. The point-like contact between the round balls and the blades of stored knives can greatly reduce the contact area between the round balls and the blades, and the gaps between the round balls are conducive to air circulation.

Abstract: A knife rack includes a box body having a bottom, a plurality of peripheral walls surrounding the bottom, an accommodating space surrounded by the peripheral walls and the bottom and an opening provided where the accommodating space communicates with the outside, a top cover covering the opening and provided with a plurality of long slotted holes, and a plurality of round balls set within the accommodating space of the box body and used as a support structure for supporting knifes. The point-like contact between the round balls and the blades of stored knives can greatly reduce the contact area between the round balls and the blades, and the gaps between the round balls are conducive to air circulation.

Abstract: Installed in a container for locking opposing first part and second part of the container, a magnetic snap fastener is disclosed to include a male snap member having a stud with an engagement portion and a magnetic attractive member fixedly mounted in one side of the engagement portion, and a female snap member having a socket with a socket hole for receiving the engagement portion of the stud of the male snap member and a magnetic attractive member fixedly mounted in one side of the socket for attracting the magnetic attractive member of the male snap member when the engagement6 portion of the male snap member is attached to the socket hole in the female snap member.

Abstract: An imaging module includes an ink jet print head for printing human-readable or coded (e.g., bar code) information directly onto various porous and non-porous materials (e.g., a corrugated cardboard container), and a pair of reservoirs that hold the melted ink ultimately used in the printing process. The module also includes an ink feed hopper into which one or more solid sticks of hot melt wax ink are fed and an associated heater to melt the ink sticks in limited volume, together with associated vents, control pumps and valves, all integrated together within the imaging module to deliver the melted ink to the print head for printing on a container or other items.