The present disclosure includes a multi-tool including a handle having a first and a second end opposite the first end and a hammer face attached at the first end of the handle. A pry bar is attached at the first end of the handle along with a lifting hook. A vault key is attached at the second end of the handle. The lifting hook may extend from the first end of the handle or may be formed as a groove or cutout in the first end of the handle or in the pry bar.

A lightweight applicator system is provided for efficient extrusive dispensing of work material from a cartridge. A body of the system includes handle and cartridge frame portions. The handle portion defines a hub structure, which includes at least first and second retention structures. The cartridge frame portion includes a cage member configured for receiving a cartridge of work material, and is releasably coupled to the hub structure in revolvable manner First and second accessory tools are coupled respectively to the first and second retention structures in detachable manner A drive portion is operably coupled to the body, and includes a drive member passing displaceably into the cartridge frame portion for forcing extrusion of work material therefrom. The handle and cartridge frame portions of the body are formed of one or more predetermined nonmetallic materials.

A device for reducing direct contact between a person's hand and an object in their environment. The device is a low touch utensil comprising a body with a top and bottom surfaces, and a peripheral wall extending therebetween. A handle on the body is grasped in a single hand of a user. The user manipulates the body to bring at least one region of the utensil's body into contact with a surface of an object in their environment, particularly a surface the user might think is contaminated with viruses, bacteria or other substances. The user manipulates the body to apply one of a pushing force, a pulling force, and a rotational force on the object to move the object, activate a function of the object, or deactivate a function of the object. The contact region on the body may be a specially configured region of the peripheral wall.

A device for reducing direct contact between a person's hand and an object in their environment. The device is a low touch utensil comprising a body with a top and bottom surfaces, and a peripheral wall extending therebetween. A handle on the body is grasped in a single hand of a user. The user manipulates the body to bring at least one region of the utensil's body into contact with a surface of an object in their environment, particularly a surface the user might think is contaminated with viruses, bacteria or other substances. The user manipulates the body to apply one of a pushing force, a pulling force, and a rotational force on the object to move the object, activate a function of the object, or deactivate a function of the object. The contact region on the body may be a specially configured region of the peripheral wall.

A device for reducing direct contact between a person's hand and an object in their environment. The device is a low touch utensil comprising a body with a top surface, a bottom surface, and a peripheral wall extending therebetween. A handle provided on the body is grasped in a single hand of a user. The user manipulates the body to bring at least one region of the utensil's body into contact with a surface of an object in their environment, particularly a surface the user might think is contaminated with viruses, bacteria or other substances. The user manipulates the body to apply a pushing force on the object or a pulling force on the object in order to move the object, activate a function of the object, or deactivate a function of the object. The contact region on the body may be a specially configured region of the peripheral wall.

A device for reducing direct contact between a person's hand and an object in their environment. The device is a low touch utensil comprising a body with a top surface, a bottom surface, and a peripheral wall extending therebetween. A handle provided on the body is grasped in a single hand of a user. The user manipulates the body to bring at least one region of the utensil's body into contact with a surface of an object in their environment, particularly a surface the user might think is contaminated with viruses, bacteria or other substances. The user manipulates the body to apply a pushing force on the object or a pulling force on the object in order to move the object, activate a function of the object, or deactivate a function of the object. The contact region on the body may be a specially configured region of the peripheral wall.

A storage container having a base storage compartment configured to receive a divider by which the storage compartment is divided into two or more sub-compartments, wherein divider comprises one or more engagement features for selectively engaging with the storage container, the storage container further having a retainer lid configured to retain a divider within an engagement surface of the storage container.

An insulated multi-tool comprising a pair of opposing jaws, a pair of opposed handles operatively connected to the jaws relative to a pivot to force the jaws into a clamping position about an object, at least one of the opposed handles having a tool-receiving pocket, at least one tool stored in the tool receiving pocket, the at least one tool pivotally attached relative to the tool receiving pocket for movement between a stored position in which the at least one tool is stored within the tool receiving pocket and an open, use position in which the at least one tool is located relative to at least one of the opposed handles for use, and wherein the a pair of opposed handles are electrically insulated from both the pair of opposing jaws and each at least one tool.

The invention relates is a multi-purpose utility tool. More specifically, the present invention provides an attachable handle for gripping pots and pans used in outdoor cooking. The attachable handle can be configured to connect to a fuel canister and prepare the fuel canister for disposal or recycling. The attachable handle can have a puncture tool to pierce the fuel canister. The connection of the attachable handle to the fuel canister can aid in the evacuation of fuel from the canister.

A pneumatically driven apparatus, including a hand guided and/or hand held pneumatic power tool, includes a pneumatic rotary vane (PRV) motor, a working element and a gear arrangement for transmitting a rotational movement and torque. The PRV motor includes a housing defining a cylindrical chamber extending along a cylinder axis, and a cylindrical rotor located in the chamber and extending along and rotatable about an axis running to the cylinder axis. The rotor includes radially movable vanes forced radially outwards during rotation of the rotor. The gear arrangement is a magnetic gear arrangement, and that the rotor of the motor includes permanent magnets attached thereto between the vanes, so that the rotor of the PRV motor forms one of the rotating components of the magnetic gear arrangement.