Mueller Co.

Justrite Manufacturing Company

Donald F Mack, Jr

Robert E Sands

Timothy M Logman

Gary L Bouc

Larry W Greenlee

A safety can for storing flammable liquid is disclosed. The safety can includes a receptacle and a valve mechanism. The valve mechanism can include a body assembly, a fill cover assembly, a pour valve assembly, a trigger assembly, and a handle. The body assembly of the valve mechanism can be mounted to the receptacle. The body assembly can include a fill spout and a separate pour spout. The fill cover assembly can be pivotally mounted to the body assembly about a fill cover axis. The pour valve assembly can be movably mounted to the body assembly and be disposed therein. The safety can includes a trigger assembly for convenient multi-functional operation of the safety can. The trigger can be positioned to allow the can to be filled, to pour from the can, and to place the container in a safety position.

Safety can

A resilient seat gate valve is provided with a housing having an opening for receiving the operating stem for the valve and a cover with a seal for the cover to the housing opening comprising a step peripheral surface and an angled surface located interiorly of the valve housing opening; the cover is provided with a locking mechanism for drawing the opening peripheral surface against the angled surface of the housing lip to compress the seal carried by the peripheral surface of the cover and to effect the attachment of the cover in place without bolts or screws; the valve disc is provided with side edges covered by an elastomer and protected with a fully enclosing, replaceable cap to prolong the life of the valve disc by protecting the elastomer coating from abrasion; a dumbbell dirt and fluid pressure seal O-ring arrangement is provided between the cover and lip of the housing to facilitate insertion and positioning of the seal during installation of the cover.

Gate valve structure

A handwheel expansion mechanism including a meter adapter, a handwheel body and an expansion cup. The expansion cup is slidingly engaged with the meter adapter, and the handwheel body is rotationally coupled to the meter adapter. Rotation of the handwheel body cause the handwheel body to create a space between the base of the meter adapter and the handwheel body. At the same time, metal-on-metal contact between the handwheel body and the expansion cup causes the expansion cup to pushed along the meter adapter.

Growing community of inventors

Lovington, IL, United States of America

Donald F Mack, Jr