Abstract: A tool holder has a long base and a positioning structure disposed in the base, wherein the positioning structure includes a plugged impression, a basal part, a connecting part and two clamping arms. The plugged impression is provided with a convex column for positioning the socket. The clamping arms are opposite to each other for positioning the socket wrench or other tool. The positioning structure can improve the convenience of the tool user to take and store the socket and the socket wrench, and the disposed stability is high.

Abstract: An adjustable hand tool collecting rack includes a base formed with multiple T-shaped rails thereon. Each rail includes an elongated stub having two opposite sides each having a wing laterally extending therefrom. Multiple partition boards are transversally slidably mounted onto the base, wherein each partition board is vertical relative to the tool supporting surface of the base. Each partition board has multiple T-shaped grooves defined in a sliding side thereof, wherein each T-shaped groove is slidably coupled with a corresponding one of the T-shaped rails. Multiple protrusions laterally extend from two opposite faces of each of the multiple partition boards. Each protrusion has a lower side aligns with a contour of a top portion of a corresponding one of the multiple T-shaped grooves and the lower side of each of the multiple protrusions abuts a top portion of a corresponding one of the multiple rails.

Abstract: A modular bottle rack includes at least two modular units laterally mounted to each other. Each modular unit includes a main frame and a basket mounted onto the main frame, wherein the bracket is selectively reciprocally moved relative to the main frame due to a height of the bottle supported on the main frame. Two fasteners are screwed onto the bracket for selectively positioning the bracket on the main frame. The main frame includes is divided into an assembling portion and a supporting portion, wherein a first connecting structure and a second connecting structure are respectively disposed on two opposite sides of the assembling portion, and the first connecting structure is assembled to a second connecting structure of an adjacent modular unit.

Abstract: A modular bottle rack includes at least two modular units laterally mounted to each other. Each modular unit includes a main frame and a basket mounted onto the main frame, wherein the bracket is selectively reciprocally moved relative to the main frame due to a height of the bottle supported on the main frame. Two fasteners are screwed onto the bracket for selectively positioning the bracket on the main frame. The main frame includes is divided into an assembling portion and a supporting portion, wherein a first connecting structure and a second connecting structure are respectively disposed on two opposite sides of the assembling portion, and the first connecting structure is assembled to a second connecting structure of an adjacent modular unit.

Abstract: A bottle bracket includes a main frame divided into an assembling portion and a supporting portion, wherein at least one slot is defined in the assembling portion. At least one bracket is selectively positioned on the assembling portion. The at least one bracket includes a mounting portion abutting against the assembling portion and having at least one bore defined therein. A first holder extends from a top edge of the mounting portion and at least one through hole is defined in the first holder for allowing a bottle extending through the first holder, wherein the bottle stands on the supporting portion after extending through the at least one opening. At least one fastener sequentially extends through the at least one slot and the at least one through hole and for selectively positioning the at least one bracket due to a clamping effect thereof.

Abstract: A tool storage device includes a platform and a fastening seat. The platform has a first guide structure. The fastening seat has a first standing wall, a tongue projecting from the first standing wall, a second standing wall, and an interconnecting segment interconnecting the first and second standing walls. The fastening seat is rotatable relative to the platform between a first position where the first segment engages the first guide structure, and a second position where a distance between an end of the tongue which is opposite to the second standing wall and a center of gravity of the second standing wall varies from that when the fastening seat is at the first position.

Abstract: A tool storage device includes a platform and a fastening seat. The platform has a first guide structure. The fastening seat has a first standing wall, a tongue projecting from the first standing wall, a second standing wall, and an interconnecting segment interconnecting the first and second standing walls. The fastening seat is rotatable relative to the platform between a first position where the first segment engages the first guide structure, and a second position where a distance between an end of the tongue which is opposite to the second standing wall and a center of gravity of the second standing wall varies from that when the fastening seat is at the first position.

Abstract: An end piece of a tool suspension rack is mounted onto a distal end of a metal rack of the tool suspension rack. The metal rack has at least one slide structure formed thereon for slidably multiple tool holders, wherein at least one distal end of the metal rack has an end piece mounted thereon. The end piece has a groove structure defined therein for allowing the tool holder passing through the end piece such that the tool holders is slidably mounted on the metal rack. The groove structure has a curved protrusion formed on an inner periphery thereof to prevent the tool holders, which are slidably mounted on the metal rack, from accidently detaching from the metal rack.

Abstract: A tool suspension rack includes at least one first buckle groove longitudinally defined therein. The first buckle groove includes two buckling portion. At least one socket rack is partially and slidably received in the first buckle groove and laterally buckled into the two buckling portion. At least one end-piece is partially inserted into the at least one end of the tool suspension rack. A buckling hole is defined in a bottom of the at least one first buckle groove. The at least one end-piece includes a hook and a knob for operating the hook, wherein the hook is selectively engaged into the buckling hole. The knob for releasing the hook form the buckling hole extends toward the bottom surface of the tool suspension rack such that an operator presses the knob from the bottom surface.

Abstract: An end piece of a tool suspension rack is mounted onto a distal end of a metal rack of the tool suspension rack. The metal rack has at least one slide structure formed thereon for slidably multiple tool holders, wherein at least one distal end of the metal rack has an end piece mounted thereon. The end piece has a groove structure defined therein for allowing the tool holder passing through the end piece such that the tool holders is slidably mounted on the metal rack. The groove structure has a curved protrusion formed on an inner periphery thereof to prevent the tool holders, which are slidably mounted on the metal rack, from accidently detaching from the metal rack.

Abstract: A magnetic tool suspension rack in accordance with the present invention comprises a rack having at least one groove longitudinally defined in a bottom thereof, wherein the at least one groove having the function of limiting. Multiple tool holders are slidably mounted on a top of the rack, wherein the tool holders are adapted to collect hand tools. At least one magnetic device is slidably mounted in the at least one groove, wherein at least one magnetic is limited within the groove and is adapted for positioning the rack with hand tools on a adsorbate.