Abstract: Bit receptacle structure a lower section of which has a tapered receiving channel in which a magnet with similar shape is accommodated. A locating plate with a certain height integrally upward extends from a long side of the receiving channel. A top end of the locating plate is outward downward curled to define a gap. A certain section of the locating plate is formed with an arched holding slot. Two sides of top edge of the holding slot are respectively formed with hooking notches. A rectangular magnet attracts aback face of the locating plate. The bits are sequentially placed in the receiving channel and attracted and located by the rectangular magnet and the magnet in two directions. Therefore, the bits are more firmly located. Even if a user holds the receptacle via the holding slot and quickly walks, the bits will not randomly slip and shake within the receiving channel.

Abstract: Magnet-equipped rack structure for hand tool and parts, including a rack body, several magnets, a connecting member and a check block. The rack body is a box body made of metal material by punching. When punched, the rack body is formed with an internal receptacle. One side of the rack body is welded with the connecting member. The connecting member is a metal sheet. The middle section of the connecting member has an integrally downward extending anti-upturning plate. The upper side of the middle section is formed with several recesses to which the adhesive blocks of the magnets are adhered. An outward inclined stop plate downward extends from lower edge of the connecting member for fitting with the check block. The check block is formed with a middle split. The outer faces of the check block are formed with outer slipproof ribs. The inner faces of the check block defining the split are formed with inner slipproof ribs.