Abstract: The wrench uses a spring driven locking mechanism to lock the movable lower jaw into position. A release bar enables the locking mechanism to be rotated, against the spring tension, to a position that releases the lower jaw for movement. Once released the spring tension returns the locking mechanism to a position that prevents movement of the lower jaw. A spring extending from the top of the stationary jaw into the lower jaw maintains the lower jaw adjacent to the upper jaw. By releasing the locking mechanism, repositioning the wrench without completed removal and then relocking the locking mechanism, the wrench can be used in a ratchet style. The locking mechanism is a multi-toothed semi circle that interacts with the teeth on the lower jaw shaft to engage and disengage the lower jaw.

Abstract: The disclosed redesigned folding tote includes a release mechanism located on one of the handles to release one or more locking mechanisms located on the platform. One of the locking mechanisms maintains the platform in an open position while another locks the platform into the folded, closed position. When released from the closed position, a spring on the underside of the platform facilitates the opening of the wheel support frame. Slides lock the handles in the desired position relative to one another and are slide along the handles evenly through use of stop members. Rotating spacers protect the tote as it is brought up stairs or curbs.

Abstract: The invention is an improved Offset Head Ratchet Wrench. It allows the user to remove or interchange different size ratchet heads or tools quickly with the push of a button attached at the head of the activating shaft. This shaft can activate in three stages if it is operating an offset wrench. The activating shaft is attached to an E shaped structure, which is made up of an activating shaft, locking pin and pivot pin, all three being attached to a central plate. Stage one is when the activating shaft is in a partially depressed position. The locking pin releases the ratchet head for rotation only. Stage two is when the activating shaft is fully depressed, it releases the pivot pin, allowing the ratchet head to be easily and quickly removed or exchanged for another type of tool with a similarly designed head.

Abstract: The operating control device can be use on electronic equipment, such as cell phones, computers, engine analyzers, etc. as well as non electronic equipment such as hand tools. An input device enables the input of user access data and a readout panel monitors the equipment status. A programmable feature selection member enables the user to select at least one programmable feature and respective activation time period. An internal member controls operation of the equipment by controlling power transfer from the power source to one or more said programmable features based upon user selection, to enable full or partial activation of the device.

Abstract: The operating control device can be use on equipment such as hand tools, electronics or fuel pumps. An input device enables the input of user access codes and a readout panel monitors the equipment status. A control member is in communication with the input device, readout panel, power source, driver member and activation member to prevent operation of the equipment by requiring entry of a user code. The control device can include a programmable timer to communicate with the control member to enable the power to flow from the power source to the driver member for a predetermined period of time. A clock can track time and activate and deactivate the timer. The communication can be through electrical wires that can be encased in a solid material to make the control member and wires inaccessible. When used directly on a fuel pump, the control member prevents fuel from reaching the engine without the input of a proper user code.

Abstract: Improvement to a prior art collapsible wheeled caddy are disclosed to enable the caddy to be used for specialized purposes. A hinged lid is attached to the edge of the front panel to close the caddy top while lying proximate the front panel when open. The front panel can be recessed to receive the lid and preferably, arcs in the lid are dimensioned to accommodate the handles. The recess can accommodate one or more storage members, including a storage panel that has been dimensioned to be affixed within the recess. Hangers are configured to interact with the sides of the caddy to accommodate hanging items such as file folders. A back panel can be used containing retaining members to removably affix items to the panel. A stacking caddy is disclosed that has a handle recess and retaining member dimensioned to receive the wheeled handles. Caddy receiving channels are placed in the bottom of the stacking caddy to receive the edges of the wheeled caddy.

Abstract: The invention is an improved Offset Head Ratchet Wrench. It allows the user to remove or interchange different size ratchet heads or tools quickly with the push of a button attached at the head of the activating shaft. This shaft can activate in three stages if it is operating an offset wrench. The activating shaft is attached to an E shaped structure, which is made up of an activating shaft, locking pin and pivot pin, all three being attached to a central plate. Stage one is when the activating shaft is in a partially depressed position. The locking pin releases the ratchet head for rotation only. Stage two is when the activating shaft is fully depressed, it releases the pivot pin, allowing the ratchet head to be easily and quickly removed or exchanged for another type of tool with a similarly designed head.

Abstract: A tool is disclosed for the removal of quick release couplings from a conduit. The tool has a body that is divided into a rotatably connected gripping portion and a release portion. Handles are connected to the body to activate the clamping and releasing action of the tool. Compressing the handles causes the gripping element to compress and the gripping portion and the release portion to rotate around the connection, creating a distance between the gripping and release elements. The release element has a pair of plates with neither, one or both of the plates being movable. Preferably the top plate has a spring member that retains the top plate adjacent the lower plate, thereby enabling a conduit to snap in and be maintained between the two plates. The clamping member can have a flat surface or at least one arc, and in come embodiments, the receiving member is a mirror image of the clamping member. An optional guide can be used adjacent the clamping member to prevent side to side movement.