An implement holder is disclosed. One embodiment provides an implement retention device including a main body having an attachment surface to secure the implement retention device to a mounting surface, a device retention surface having a retention slot that is wider than a device to be stored therein, the retention slot having a first side having an overhanging portion on at least a proximal end of the slot and a second side having an overhanging portion on at least a distal end of the retention slot, and a first magnet adjacent to the first side overhanging portion and a second magnet adjacent to the second overhanging portion, wherein when an implement is situated within the retention slot, the magnets rotate the implement and secures it behind the first overhanging portion and second overhanging portion. Other embodiments are disclosed herein.

A carrier pouch includes a pouch section, and a carrier attachment assembly coupled with the pouch section. The carrier attachment assembly enables a wearer to carry the carrier pouch with hands-free mobility, and includes a rigid assembly and a number of elastic bands, with the rigid assembly being elongated and having a proximal end and a distal end as extremities thereof. The distal end of the rigid assembly comfortably tucks in an inner side of a waistband of a garment worn by the wearer. The number of elastic bands extends across and over or under the rigid assembly to enable positioning of the carrier attachment assembly coupled with the pouch section on a limb of the wearer or the waistband of the garment. The rigid assembly is movable outside or inside the number of elastic bands to attach the carrier pouch on a waist or the limb of the wearer.

A lifting hook 100 (200, 250, 260, 270) has an inner leg 102, an outer leg 104, and a connecting part 106 connecting these legs. With respect to a worker equipped with a lever type carabiner 2(4), the inner leg 102 is located on the inner side close to the carabiner 2(4), and the outer leg 104 is located on the outer side far from the carabiner 2(4). The inner leg 102 and the outer leg 104 relatively have a height difference, and at least a portion 104main of the outer leg 104 is located higher than the inner leg 102.

In some embodiments, a pry bar is shaped to be conveniently worn along the belt by an operator such as a law enforcement officer. The pry bar includes a curved lever arm having a curvature that matches an operator's waist, and a prying ridge extending inward from a longitudinal end of the curved lever arm. The inward orientation of the prying ridge reduces the lever action of the pry bar, but allows the operator to conveniently carry the pry bar on the waist without snagging on external objects.

A lanyard device suitable for connecting a tool to a user in use, including a housing at least part of which is adapted to be connected to clothing, belt and/or safety harness. The housing including at least one socket means formed thereon and/or therein, said device also including a flexible lanyard or tether means, at least one end of which is adapted to connect to a tool in use. At least part of the said lanyard means includes a portion to be received and/or engage with said socket means and said socket means shaped and/or orientated such that the flexible lanyard cannot pass freely through said socket means when the user lets go of the tool and/or lanyard.

A quick slide-out-type outdoor tool pouch, which comprises a pouch body used for holding contents; an opening through which the contents are taken out is provided above the pouch body; the rear end of a pouch cover (2) is connected to the pouch body and may be rotated to cover the opening; a sliding band (1) is provided, the tail end of the sliding band (1) is connected to the inner side of the pouch body by means of a connection place (6), and the connection place (6) is located at the inner side of the pouch body at the side connected to the pouch cover (2); a through-outlet (5) for the sliding band (1) to penetrate is provided on the pouch body at the side opposite to the connection place (6); and after being folded, the front end of the sliding band (1) may be inserted into a holding part (3). The quick slide-out-type outdoor tool pouch enables tools to be taken out quickly, which may increase the timeliness with which tools are taken out in emergency situations.

A tool attachment system is provided. The tool attachment system includes a tool attachment device and a receiver that cooperate to lock or secure, for example, a bag or pouch. When the tool attachment device is coupled to the receiver, a locking mechanism locks the tool attachment device to the receiver in a locked position. To remove the tool attachment device, a user applies a force to a button to cause the tool attachment device to disengage from the receiver.

A tool bag comprising a base panel, a plurality of sidewalls, a bottom edge connected to the base panel, a first vertical edge and a second vertical edge, each of the sidewalls having an outer surface and an inner surface, a belt flap having a lower portion defining a first horizontal sidewall, the horizontal sidewall connected to the base panel and mounted perpendicular to the first vertical edge on each of the plurality of sidewalls, a removable cover slidably inserted into a vertical groove on the second vertical edge on each of the plurality of sidewalls, the removable cover when inserted forming a second horizontal sidewall, and a third horizontal wall connected to the inner surface on each of the plurality of sidewalls and inserted between the belt flap defining the first horizontal sidewall and the removable cover defining the second horizontal sidewall.

A lanyard for a power tool includes a belt; a connector having a first part connected to the belt at a first location along a length of the belt and a second part connected to the belt at a second location along the length of the belt, the first part being releasably attachable to the second part; and a lock configured to lock the first part to the second part.

A system for transferring an object from one user to another user that is useful to prevent unintentional dropping of the object is disclosed. A cam is rotatably connected to a structure that is configured to be attached to a first user. A central housing with two ports is configured to allow for the attachment of a tool by lanyard or other means. When the first cam is locked into the one of the housing ports, it cannot be released from the housing unless a second cam is inserted into the second housing port and captured. Once the second cam is captured the first cam is released, thus safely passing the tool from the first user to the second user while minimizing the chance of dropping the tool.