John D. Brush Co., Inc.

Douglas E Shaffer

David A Nowicky

Leland E Emery

Philip B Race

Peter F Lynch

Scott W Osiecki

Todd B Abernethy

Patrick J Beattie

Kelvin H Wildman

Terri Peartree Cleveland

Richard J Sylvester

James W Sekol

Douglas Owen Nichol

Richard James Rhinewald

James W Hall

Alvin R Williams

David Lewis

David P Fisher

Christine M Keane

A protective enclosure including a housing defining a door opening is provided. A first flange extends from an opening end of a door and is angled relative to a surface of said door inwardly toward an interior storage space of the enclosure. The first flange and the door surface form an obtuse angle. A second flange extends from a hinge end of the door and is angled relative to the door surface inwardly toward the interior storage space. The second flange and the door surface form an obtuse angle. A hinge pivotally mounts the door with the housing. A locking mechanism selectively locks the door to the housing. The housing includes a channel disposed along at least a portion of the door opening. At least a portion of the first and second flanges are disposed within the channel when the door is closed to resist pry attacks.

Protective enclosure including a pry resistant door

A multi-drawer file cabinet having an upper cabinet that may be stacked on top of a lower file cabinet is provided. The lower cabinet includes a top surface having a peripheral edge with a first perimeter. The upper cabinet includes a base with a sidewall. The sidewall has a peripheral edge with a second perimeter. The second perimeter is larger than the first perimeter so that the sidewall fits around the peripheral edge of the top surface of the first cabinet. The cabinets include an extendable drawer assembly having a pair of slide members slidably positioned between a pair of outer tracks formed in a casing and tracks formed in a drawer frame. Furthermore, a locking assembly is associated with a recess in the casing and a ledge of a drawer head to allow the drawer assembly to remain in a locked position even if the cabinet sustains fire damage.

Stackable blow molded cabinet

A locking mechanism for an enclosure is provided. The enclosure comprises a base including a locking groove formed therein, and a lid pivotally coupled with the base having a lock bore formed therein. The lock mechanism is mounted in the lock bore and includes a pin that is selectively positioned within the locking groove to secure the lid to the base. Also provided is a molding device and method for forming the lock bore. The mold device includes a base member with a pair of arms having a mold protrusion and a lower cam surface. The molding device also includes a housing having a pair of mold protrusion openings. The mold protrusions selectively extend outwardly through mold protrusion openings when a wedge engages the lower cam surfaces on the arms, wherein the arms spread apart from one another to form a pair of snap grooves in the lock bore.

Mold device and method for forming a lock bore

A latching system for live bolts as in a door retains the live bolts within the door until the door is closed. A latch holds a live bolt link against travel that would insert the live bolts into the door body jamb until a link lifter forces the link out if the latch against the bias of a hold-down spring. The link lifter can take the form of an inclined surface on a cam mounted on the hinge side of the door. The cam engages the door body jamb as the door closes and travels into the door until the link lifter engages and lifts the link out of the latch.

Live bolt latching and releasing system

An insulated steel shell safe has a lip extending inward around an inner periphery of a door opening; and a molded resin liner, inserted into the steel shell through the door opening, is connected to the lip to form an interior of the safe. The liner has a face flange seated against the front face of the lip and outwardly extending ribs engaging a rear face of the lip. This supports the liner within the shell by engagement of the face flange and the ribs with the lip while insulation material is poured through a back wall of the shell into the space between the shell and the liner.

Steel shell safe with snap-in resin liner

A live bolt lock mechanism for a safe door uses a rotatable idler 15 in a middle region of the door. A plurality of live bolts 20 spaced around the door each has a connecting rod 19 joined to the idler 15 at crank locations for operating the live bolts. A handle 25 is mounted between the idler and the opening edge of the door, and a combination lock 30 is mounted beside the idler. An actuator 27 rotated by the handle moves an actuator link 31 connected to the idler for rotating the idler when the handle turns. A lock link 50 mounted on the idler and extending toward the combination lock 30 has a projection disposed adjacent the combination lock to block the lock link and idler from movement unless a combination for the lock is fulfilled.

Live bolt lock mechanism for safe door

A wall safe 10 uses an open front steel cabinet 20 mounted flush within a wall with a lock assembly 30 secured in one region and a portable deposit box 50 removably locked in place within another region. Lock assembly 30 includes a combination lock 24, an operating arm 35 enabled to turn when combination lock 24 is open, and a pair of live bolts 25 linked together for movement by arm 35 between locked and unlocked positions. A pair of dead bolts 19 arranged on an inner wall of cabinet 20 opposite live bolts 25 cooperate with lock assembly 30 in holding deposit box 50 securely in place. Opposite ends of the deposit box have internal steel channels 54 and 55 enclosing recesses into which the live and dead bolts enter through apertures 60 in the side walls of box 50. When locked, live bolts 25 pin together lock assembly 30, a crossbar 16 at the back of cabinet 20, and deposit box 50, making the system highly resistant to attack.

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Victor, NY, United States of America

Douglas E Shaffer