A head saw machine includes a head saw body, a self-contained docking arrangement to perform a handhold position and a self-stand position to the head saw machine, a motor having an output line, a cutting blade rotatably connected with an output link of the motor, a front handle attached adjacent a front end of the head saw body, and a rear handle integrally extended from a position adjacent to a rear end of the head saw body, which allow the user holding thereon.

An adapter tool is provided. The adapter tool includes an elongated handle having a top end opposite a bottom end. A head is attached to and is substantially perpendicular with the handle. The head includes a first end opposite a second end. At least one of the first end and the second end may include a head mating end. The present invention further includes a plurality of tool attachments. Each of the tool attachments includes a tool mating end releasably attachable to the head mating end. Each of the plurality of tool attachments may include a tool portion including a different type of tool. Therefore, different tool attachments may be connected to the head to form different tools.

A blow molded container includes a main member (20) forming a tool cavity. The main member (20) has an inner surface. The main member (20) further contains at least one corner portion (30) and at the corner portion (30), the main member (20) includes at least a first layer (40) and a second layer (42). The first layer (40) forming the inner surface, and the first layer (40) and the second layer (42) are affixed together along a predetermined pattern while being separated from each other elsewhere. The first layer (40) is formed with a first protruding part (143) along the predetermined pattern, and the second layer (42) is formed with a second protruding part (145) along the predetermined pattern. The first protruding part (143) and the second protruding part (145) are affixed together.

An accommodating apparatus configured for accommodating screws and a screw driver includes a sleeve and a support. The sleeve defines a receiving hole, and a sidewall of the sleeve defines a fixing groove in communication with the receiving hole. The support includes an accommodating plate, and the accommodating plate includes two opposing clamping blocks for clamping the screw driver, and a protrusion corresponding to the fixing groove. The accommodating plate has a mounting surface, and the support defines a plurality of through holes in the mounting surface for receiving the screws. The protrusion is releasably-engagable with the fixing groove, thereby enabling the accommodating plate to be received in the receiving hole of the sleeve, and further enabling the accommodating plate to be disengaged from the sleeve.

A multiple tool, including at least one tool body provided with a central portion and radial portions departing from said central portion, each of said radial portions carrying a respective tool. The multiple tool further includes at least a frame provided with at least an opening for removably housing said at least one tool body, and with peripheral seats for removably housing respective implements.

A tool holder for a gun-shaped power tool includes a base including a first slot and a second slot extending parallel to the first slot, a first support member adjustably securable along the first slot and along a first side of the base, and a second support member adjustably securable along the second slot and along the first side of the base. A tool bit and/or a barrel of the tool may be supported by surfaces of the support members when the tool is stored in the tool holder, so that a grip of the tool is readily accessible by a user. The power tool holder provides a structure for ergonomically positioning and storing a gun-shaped power tool, improving the ease and speed of access of the tool during assembly operations.

A tool sheath and associated components and methods. The sheath can be configured to receive a pliers. The sheath can include one or more pliers retainers configured to engage the pliers to retain the pliers in a pliers receiving space of the pliers.

A wrench organizing assembly includes a base, which is selectively positionable upon a substantially horizontal surface. A pipe is attached to and extends upwardly from a top of the base. A plate is rotatably attached to the pipe proximate to an upper end of the pipe, with the plate being parallel to the top of the base. A plurality of hangers is selectively attachable to the plate so that a hook segment of each hanger is positioned between the plate and the base. A tool, such as a wrench, can be hung from each hook segment so that a plurality of wrenches can be organized by size and readily accessed by rotation of the plate relative to the base.

A container includes a base with base walls and a cavity defined by the base walls, a receptacle on one of the base walls, and a retainer selectively coupled to the receptacle. The retainer is configured to support a plurality of tools within the cavity. The base is sized to receive only a single retainer.

A hand sander and sanding disc fixture for attaching a sanding disc to a hand sander includes a table having a top with a sander storage station and an application station thereon. The storage station has a holder capable of holding a hand sander having a sander pad on the top of the table. The application station has at least two datum pegs extending from the top of the table that are capable of passing through two corresponding datum holes in the sanding disc. The at least two datum pegs having datum surfaces configured to be received in datum notches in an outer diameter of the sander pad. The datum pegs are capable of aligning the sander pad with the sanding disc when the sander pad is pressed against an attaching side of the sanding disc.