Abstract: A toolbox with a socket-retaining structure has two half-bodies having inner surfaces, at least one elongated recess defined in the inner surface, a pivotal rod transversally attached inside the elongated recess, and multiple connecting blocks pivotally and slidably mounted on the pivotal rod. Each connecting block has an insertion end that is adapted to engage with a socket so that the socket is connected to the toolbox. By using the pivotal rod and pivoting the multiple connecting blocks on the pivotal rod, sockets can be mounted on the toolbox inside the elongated recess. Moreover, the sockets can be conveniently detached from the socket-retaining structure.

Abstract: A multi-functional ratchet wrench has a wrench body, a ratchet, a pawl, a trigger, a lug connector and a socket connector. The wrench body has a head in which the ratchet is rotatably mounted and the pawl control the direction of rotation when moved by the trigger connected to the pawl. The lug connector is formed on one side of the ratchet, and the socket connector formed on the opposite side of the ratchet. The socket connector comprises a connecting tube, an outer collar and a latching device. The connecting tube selectively holds a tool bit. The outer collar is mounted slidably on the connecting tube. The latching device is clamped between the connecting tube and the outer collar to cause the outer collar to stay in position to hold the tool bit in the connecting tube. Thereby, the ratchet wrench can selectively use different tool bits.

Abstract: A compact toolbox has a case and multiple containers. The case has an outer case and an inner case. The inner case is attached pivotally to the outer case. The outer case has a rear housing and a front housing. The rear housing is attached pivotally to the front housing. The containers are mounted in the case, are attached pivotally to the case and have multiple bit holes. The bit holes are different sizes. Drill bits are stowed in the bit holes. By pivoting the case and the containers, the case and the containers are stacked for storage. Therefore the compact toolbox not only occupies a small volume but also can organize and stow many different sized drill bits.

Abstract: A toolbox has a body, a top holder, a bottom holder, a first cap and a second cap. The top holder and the bottom holder are mounted in the body. The first cap and the second cap are pivotally attached to the body, engage each other to open and close together and cover the top holder, so that the toolbox opens easily. Further, the caps are made of a transparent material and allow the tools in the toolbox to be seen easily.

Abstract: A multi-functional ratchet wrench has a wrench body, a ratchet, a pawl, a trigger, a lug connector and a socket connector. The wrench body has a head in which the ratchet is rotatably mounted and the pawl control the direction of rotation when moved by the trigger connected to the pawl. The lug connector is formed on one side of the ratchet, and the socket connector formed on the opposite side of the ratchet. The socket connector comprises a connecting tube, an outer collar and a latching device. The connecting tube selectively holds a tool bit. The outer collar is mounted slidably on the connecting tube. The latching device is clamped between the connecting tube and the outer collar to cause the outer collar to stay in position to hold the tool bit in the connecting tube. Thereby, the ratchet wrench can selectively use different tool bits.

Abstract: An attache style toolbox with an outer frame includes two hollow half bodies (10) to hold multiple tools and an outer frame (20) to hold the two half bodies (10). Each half body (10) has multiple strips (12) formed on an outer periphery of the half body (10) and multiple through holes (147) defined inside the half body (10). The outer frame (20) is composed of two shells (22), and each shell (22) accommodates one half body (10) and has two strip recesses (224) mating with the strip (12) on the half body (10). Each shell (22) further has multiple retaining posts (29) extending inward to respectively engage the multiple through holes (147) and be held together by threaded rods. Therefore, the outer frame (20) is firmly combined with the two half bodies (10) to provide protection and attractiveness to the attache style toolbox.

Abstract: A filing tool assembly has a housing, multiple filing tools and a clamping device. The housing has an opening and is composed of a base and a cover pivotally mounted on the base. The filing tools are pivotally held in the housing at a position near the opening. The clamping device is attached to the housing to keep the cover from pivotal rotation relative to the base. Accordingly, a filing tool assembly versatile in use and convenient in transportation is provided.

Abstract: An attache style toolbox with an outer frame includes two hollow half bodies (10) to hold multiple tools and an outer frame (20) to hold the two half bodies (10). Each half body (10) has multiple strips (12) formed on an outer periphery of the half body (10) and multiple through holes (147) defined inside the half body (10). The outer frame (20) is composed of two shells (22), and each shell (22) accommodates one half body (10) and has two strip recesses (224) mating with the strip (12) on the half body (10). Each shell (22) further has multiple retaining posts (29) extending inward to respectively engage the multiple through holes (147) and be held together by II threaded rods. Therefore, the outer frame (20) is firmly combined with the two half bodies (10) to provide protection and attractiveness to the attache style toolbox.

Abstract: A tool bit cartridge for storing tool bits has a housing (10) and a bin (20) pivotally mounted inside the housing (10) by two pivot pins (26) with nubs and two pivot holes (12) with detents. The bin (20) has multiple compartments (22) to individually store the tool bits to keep the tool bits in order. The pivot pins (26) having multiple nubs and holes (12) with detents can hold the bin (20) steady at a desired angle. Thereby, the bin (20) are be selectively tilted by pulling the bin (20) outward to allow tool bits to be removed conveniently from the housing (10).

Abstract: A tool bracket for storing tool bits has a base (10) and a rack (20) pivotally mounted inside the base (10) by two pivot pins (26) with nubs and two pivot holes (12) with detents. The rack (20) has multiple compartments (22) to individually store the tool bits to keep the tool bits in order. The base (10) further has multiple positioning devices to insert into the rack (20) to hold the tool bits when the rack (20) is pivoted completely inside the base (10). Additionally, the pivot pins (26) and holes (12) can hold the rack (20) steady at a desired angle. Thereby, the rack (20) can be tilted by pulling the rack (20) outward to release and conveniently remove tool bits from the base (10).

Abstract: A case for tool shafts has a housing with an opening and an entrance, a sliding member slidably mounted on the housing, a top cap covering the opening, a bottom cap covering the entrance and an optional suspension plate. The multiple tool shafts are movably accommodated inside the housing in parallel and pushed to the opening by the sliding member. Thereby, the multiple tool shafts are arranged inside the case in an orderly manner. An individual tool shaft can be positioned at the opening by the sliding member removed conveniently from the housing through the opening.

Abstract: A case for tool shafts has a housing with an opening and an entrance, a sliding member slidably mounted on the housing, a top cap covering the opening, a bottom cap covering the entrance and an optional suspension plate. The multiple tool shafts are movably accommodated inside the housing in parallel and pushed to the opening by the sliding member. Thereby, the multiple tool shafts are arranged inside the case in an orderly manner. An individual tool shaft can be positioned at the opening by the sliding member removed conveniently from the housing through the opening.

Abstract: A tool case has a body, at least one baffle and a positioning device. The body has a recess with a bottom and multiple cavities defined in the bottom of the recess to hold tools. The at least one baffle is pivotally attached to the body with a pivot pin, is selectively received in the recess and covers the cavities in the body. The positioning device is mounted in the inner surface of the cavity to hold the at least one baffle closed relative to the body. Accordingly, the tools can be held in the cavities by the at least one baffle, and forming a positioning device in each cavity is unnecessary. Consequently, removing the tools from the cavities is easy and convenient.

Abstract: A toolbox for displaying and storage tool heads consists of a box (10), a lid (20) pivotally connected the box (10), multiple storage racks (30) rotatably mounted inside the box (10) and a gang bar (40) engaging the storage racks (30). The multiple storage racks (30) are tilted by the gang bar (40) in unison to allow tool heads out to be removed from the toolbox conveniently. Additionally, the lid (20) can be pivoted to a back position of the box (10) to serve as a stand so the toolbox can display the tool heads.

Abstract: A tool handle in accordance with the present invention elementally consists of a cylinder with two ends. A tool handle has a hexagonal axial socket defined in one end of the cylinder and a second hexagonal radial socket defined near the other end of the cylinder perpendicular to the hexagonal axial socket. Thereby, a tool handle can selectively engage a tool head at the hexagonal axial socket or the hexagonal radial socket to drive the tool head in different ways.