Abstract: Disclosed herein is a digital opening and closing device for an entrance. The device includes: a housing which includes an outer casing and an inner casing with a door interposed between the inner and outer casings; a password input unit which is provided on the outer casing; a door opening and closing unit which is installed in the housing and conducts the operation of opening or closing the door; a control unit which compares a password input to the password input unit with a preset reference password and controls the door opening and closing unit; an opening button which is provided on the inner casing and is used in automatically opening the door; a manual opening button which prevents the door from being automatically locked when the door is closed; and a power supply supplying drive power to the elements.

Abstract: A release mechanism is actuated by the heat of a fire to electrically and mechanically disconnect electrical wiring from an electronic lock having a plastic housing. The electronic lock is mounted on a fire door and as it is heated by a fire on the opposite side of the fire door, mounts that hold the lock melt, releasing the electronic lock to drop away from the fire door and prevent ignition of the plastic housing. The release mechanism may use shape memory alloy wire to contract and disconnect a ribbon cable. Solder connectors may also be used to disconnect wires. Intumescent material that expands when heated is used to drive the lock mechanism away from the fire door and insulation is used to control the timing of melting.

Abstract: An outer operational device includes a cover mounted to an outer side of a door. The outer operational device includes a handle and an actuating member operatively connected between the handle and a latch. A sliding block is movable between an alignment position and an alignment position under control of a driving device through electrification. When the sliding block is in the engagement position, a locking block locks the actuating member to prevent rotation of the handle, and the outer operational device is in a locked state avoiding retraction of the latch. When the sliding block is in the disengagement position, the sliding block allows rotation of the actuating member and the handle, and the outer operational device is in an unlocked state allowing retraction of the latch.

Abstract: A locking mechanism for the situation-dependent authorized admission or access to any casing and the protection of the casing against misuse of its contents is disclosed. The locking mechanism comprises at least one rotatable locking member (1) and at least one latch member (2) which can be unlocked by the rotatable locking member (1). In case of an emergency the latch member (2) is accessible also through a breakable barrier (3) and can be manually moved after the barrier (3) has been irreversibly destroyed.

Abstract: An improved locking handle and power module assembly provides continued ability to open and close a truck cap or tonneau cover from within or without, and presents an enclosed mechanism to prevent obstruction or jamming. A release handle is provided to permit unlatching of a latch mechanism operated by the locking handle without regard to whether the locking handle is locked or not.

Abstract: A dual function lock having a body, a shackle and a frangible element extending from the body is disclosed. The dual function lock also includes a first locking mechanism within the body wherein when the first locking mechanism is locked, the shackle is in a first position where the toe of the shackle is located within the frangible element so that the shackle cannot be rotated and wherein when the first locking mechanism is unlocked, the shackle can be lifted from the first position so that the toe of the shackle is not within the frangible element so that the shackle can be rotated. Methods of using the lock and a refillable insert of frangible elements are also disclosed.

Abstract: A door handle assembly that can be locked and unlocked using a key. The door handle assembly includes a bolt that is movable from an extended position to a retracted position. The first handle is coupled to the bolt and adapted to cause the bolt to retract when the first handle is pushed. A second handle is coupled to the bolt and adapted to cause the bolt to retract when the second handle is pulled. A key locking mechanism is coupled to the first handle. The key locking mechanism is adapted to selectively prevent the bolt from moving to the retracted position. A safety locking mechanism is coupled to the second handle. The safety locking mechanism is adapted to selectively prevent the bolt from moving to the retracted position.

Abstract: An entry lock for keeping an automatically locking or closing from closing or locking has a latch body assembly with a left arm assembly and an adjustable right arm assembly capable of being secured to opposing sides of the door while the latch body housing is locked or secured to an edge of the door. The lock is released by a standard handcuff key, carried by most law officers.

Abstract: A door latch for securing a door of a building in a closed condition, the door latch including a housing, a handle rod, a lock set assembled into the housing and including a movable key tab, a main lock pivotally connected to the handle rod and including a connecting slot, the main lock being movable for lifting an engagement end, an unlocking latch pivotally connected to the handle rod and including an engagement structure for coupling with the connecting slot and a lock bar assembled to the housing and being movable relative to the housing between a locked position and an unlocked position. Wherein, when the lock bar is in the locked position, the main lock is not pivotable from a position exterior to the building by the use of the handle rod, the main lock being pivotable from a position interior to the building by manual lifting.

Abstract: A door latch for securing a door of a building in a closed condition, the door latch including a housing, a handle rod, a lock set assembled into the housing and including a movable key tab, a main lock pivotally connected to the handle rod and including a connecting slot, the main lock being movable for lifting an engagement end, an unlocking latch pivotally connected to the handle rod and including an engagement structure for coupling with the connecting slot and a lock bar assembled to the housing and being movable relative to the housing between a locked position and an unlocked position. Wherein, when the lock bar is in the locked position, the main lock is not pivotable from a position exterior to the building by the use of the handle rod, the main lock being pivotable from a position interior to the building by manual lifting.

Abstract: An anti-panic lock assembly for a door and associated methods are provided. The lock assembly can be used to secure the door to a keeper structure mounted in a jamb of a door frame so that the assembly can be adjusted by first and second handles extending from the opposite sides of the door. The lock assembly generally includes a latch assembly with a latch member and a deadbolt assembly with a deadbolt member for engaging the keeper structure. The latch member is configured to be adjusted by a rotation of the handles between its extended and retracted positions. The deadbolt member is configured to be adjusted by a rotation of a deadbolt handle and a key lock mechanism between its extended and retracted positions. The assembly can be installed to provide an anti-panic feature from a select side of the door, by using a selective connection feature to selectively link one of the handles to the deadbolt assembly.

Abstract: An electronic door locking apparatus having a mortise lock including dead bolt and latch bolt installed therein, which is able to easily open a door from the outside by inserting a metal card having a magnet installed inside if a power source such as a dry battery is not supplied or if the locking apparatus is not useable due to other mechanical defects, and also able to perform a lock function since a dead bolt is locked if a door handle of an outer unit is rotated upwards when there are defects in a driving motor or electronic components.

Abstract: Electric lock with hammer for doors, locker doors, safe doors, telephone chassis, vending machines and the like which also have an anti jamming mechanism. To close the electric lock, the bar moves forward and the door latch closes upon a corresponding bolt. When moving forward, the bar stretches the spring into a tense state. The latch drops into a corresponding groove and mechanically locks the bar. To unlock the electric lock the solenoid activates the hammer while applying most of the energy over a relatively short period of time. The hammer in turn hits the latch out of its groove to unlock the electric lock. The spring pulls the bar backwards and the door latch opens up. According to the present invention, when mechanical pressure is applied upon any of lock mechanical components, the hammer strikes at the latch repeatedly until it comes out of its groove and the unlocks.

Abstract: The invention relates to a safety lock (1) for an elevator landing door detecting intrusion of a person in the shaft through the landing door, activating a bistable switch (21) through its spindle lever (11) putting the elevator into safe operation when the landing door is opened by turning the corresponding key, it being impossible to reset the switch (21) manually from the inside of the shaft, which comprises a device (17) fixing the lock in the open position with the door open, that is released when the door is closed such that the switch (21) can be reset by turning the lock (1) in the closing direction of the door in which the key is turned in the opposite direction to the opening direction, the switch (21) being reset mechanically by a mechanical means connected to the spindle lever (11).

Abstract: A panic exit door lock includes a cover (20) mounted to an outer side (10b) of a door (10). A sliding member (34) is slideably received in the cover (20) and operably connected to a latch (12). A handle (24) is pivotably mounted to the cover (20) and operably connected to the sliding member (34) such that rotation of the handle (24) causes sliding of the sliding member (34) to move the latch between an extended position and a retracted position. A limiting member (32) is pivotably received in the cover (20) between a blocking position not allowing movement of the sliding member (34) and a release position allowing movement of the sliding member (34). An inner lock core (54) and an outer lock core (270) are respectively mounted to an inner side (10a) and the outer side (10b) of the door (10). Either of the inner and outer lock cores (54, 270) can be rotated by a key to move the limiting member (32) between the blocking position and the release position.

Abstract: A door lock system for enclosures is provided which includes a screw drive mechanism releasably mounted on a back plate member and coupled via threads to a threaded locking member to linearly drive the locking member to engage with a receptor on an enclosure frame to lock the enclosure. A controller unit has an integrated circuit configured to control the operation of the screw drive mechanism and report the status of the door to a central location. A position switch is used to indicate whether the door is open or closed so that the controller unit can automatically engage the screw drive mechanism to lock the door after a preset time delay. A keypad allows a user to enter a code to unlock the door. A radio in the controller unit permits wireless communication to report status and to allow central command control over the doors.

Abstract: An emergency door opening tool set includes a screwdriver for removing a latch assembly cover plate, a second and a third tool for opening a locked door. The second tool includes an elongated bar with a mass of metal at one end thereof and an opening or recess in the shape of an outwardly projecting portion of the lock. A transverse force is applied to the elongated bar to break off the outwardly projection of the lock. The third tool includes an elongated bar, a T-shaped handle at one end thereof and a latch turning element at the opposite end. After removal of the broken off portion of the lock the third tool is inserted into the lock assembly and turned to retract a latch bolt from the striker plate. The set also includes a pouch or bag to carry the tool set.

Abstract: An emergency door opening tool set includes a screwdriver for removing a latch assembly cover plate, a second and a third tool for opening a locked door. The second tool includes an elongated bar with a mass of metal at one end thereof and an opening or recess in the shape of an outwardly projecting portion of the lock. A transverse force is applied to the elongated bar to break off the outwardly projection of the lock. The third tool includes an elongated bar, a T-shaped handle at one end thereof and a latch turning element at the opposite end. After removal of the broken off portion of the lock the third tool is inserted into the lock assembly and turned to retract a latch bolt from the striker plate. The set also includes a pouch or bag to carry the tool set.

Abstract: The present invention provides a locking device designed to open by tactile manipulation, without visual confirmation, of the locking combination. This device comprises a housing, a securing element, and a plurality of tumbling levers located inside the housing. Each tumbling lever is located in a plane of movement parallel to other planes of movements of the other tumbling levers. Also, each tumbling lever includes a tactile engagement surface and engages the securing element so that movement of a tactile engagement surface disengages the corresponding tumbling lever from the securing element.

Abstract: An emergency release for a door lock that is to be mounted to a door includes a lock unit having handles and a lock, one of the handles being associated with the lock and the other not associated therewith, a latch unit having a latching bolt, wherein the lock, when set, prevents retraction of the latching bolt by rotation of the handle associated with the lock, but does not prevent the retraction by rotation of the other handle, a linking unit having latch retraction means and a holding element, and a sensor unit having a sensor door. The sensor door is opened in response to a predetermined pressure change across the door on which the door lock is mounted and is connected to the holding element so that the holding element actuates latch retraction when the sensor door is opened for retracting the bolt independently of the lock unit.

Abstract: A parking meter has a vault housing and a vault door removably covering a main opening and having a back facing an interior of the housing. A lock assembly includes a lock cylinder disposed on the door and that has a body and a usually movable portion. A bolting mechanism operatively connects to the movable portion of the lock cylinder for selectively providing a locked position. A support structure is disposed on the interior side of the door and holds the bolting mechanism. A removable retainer engages the body of the lock cylinder, which is usually stationary. This results in the retainer preventing motion of the body sufficient to operate the bolting mechanism. The support structure is configured for releasably maintaining the retainer on the lock cylinder body. The vault housing defines a tool hole providing access to the interior of the housing for insertion of a disengagement tool through the tool hole.

Abstract: A safety system for opening a deck lid of a trunk compartment of vehicle includes a user operable device and a housing having an outer wall and a perimeter surface. The housing defines a recess therein, which is positioned below or behind a plane defined by the perimeter surface of the housing. The user operable device is positioned in the recess and below the plane defined by the perimeter surface such that the user operable device is actuable within the recess. The user operable to actuate the release mechanism to open the deck lid of the trunk compartment.

Abstract: A template for drilling a lock to gain access to a locked enclosure has a drill guide and a dial ring mounted to a key stud. A key blank may be inserted into the key stud, with the portion of the key blank which is insertable into the keyway of a lock extending from the template. The key lank is inserted into the keyway of a lock to position the template on the lock and the drill guide is manipulated to align a mark on the drill guide with a graduation on the dial ring to indicate a desired location for drilling a retainer of the lock.

Abstract: The lock removal tool is a forcible entry tool designed to facilitate forcible entry through a locked door or other barricaded entryway during an emergency situation. The lock removal tool comprises an elongated bar having a lock cutting tool on one end and a tool piece, such as a screwdriver or Allen wrench, extending from the other end. A slide hammer mechanism having first and second impact collars fixed near the ends of the bar and a weight slidably disposed on the bar between the impact collars allows a significant force to be imparted to the lock cutting tool. The lock cutting tool itself is a flat metal plate with a bifurcated leading edge, the bifurcation forming a lock cutting slot. The leading edge is tapered to allow the lock cutting tool to be inserted underneath a door knob or lock face plate.

Abstract: A keyway cylinder plug removal tool specifically configured for the removal of a lock core or cylinder plug from a safety deposit box. The tool includes a shaft received within a hole saw housing, the hole saw housing including a plurality of teeth, positioned about a cutting cylinder. The hole saw housing includes a shank. The shaft including a keyway end and a free end. The free end fits into the shank of the hole saw housing and a keyway tab attaches to the keyway end of the shaft. The keyway tab inserts into a keyway of a cylinder plug. Once the cylinder plug is removed, the latch bolt of the lock can be retracted, to open the safety deposit box. The keyway tab is typically flat and free of cut indentations or “keying,” but is generically insertable into most manufactures' proprietary keyway shapes. The keyway tab attached to the keyway end of the shaft. A shaft spring is received onto the shaft and abuts against the holesaw housing.

Abstract: An electronic locking system is provided wherein an electronic lock's restriction of movement of a locked securing member, such as a door latch or bolt, can be selectively overridden from inside a locked enclosure by manual manipulation of a handle. The handle moves the securing member to open a locked barrier even though the electronic lock remains in a locked condition.

Abstract: A lock assembly has an outer cap, an inner cap, three latch devices and a transmitting device. The latch devices are mounted between the outer cap and the inner cap, and each has a cylinder and a bolt. An actuating shaft is connected to the first cylinder, and an inner handle is connected to the actuating shaft at one end of the actuating shaft corresponding to the inner cap. The transmitting device is connected to the cylinders of the latch devices to actuate the cylinders to an unlocked condition simultaneously. Accordingly, when the inner handle is rotated, the cylinders of the latch devices will be simultaneously unlocked.

Abstract: A push button door locking mechanism including a push button mounted on a push button carrier housed within an inside spindle of a door lock assembly, a main retractor co-rotatingly attached to the spindle, and an inner cam aligned axially with the push button carrier. The inner cam has a flange portion extending substantially perpendicularly from a driver bar portion of the inner cam. The locking mechanism also includes a locking catch assembly having a first end and a second end. The first end includes a head portion formed to matingly engage the push button carrier. The second end is coupled to a locking wing. The locking catch assembly has a locked position wherein the locking wing matingly engages the flange preventing rotation of the flange with respect to the main retractor and an unlocked position allowing rotation of the flange with respect to the main retractor.

Abstract: A security override system for a locked box comprising a hasp portion mounted within a box and extending through an opening in an outer door of the box; a bracket mounted to the outer door; the bracket having a hook at one end and movable between an open position wherein the hook is outside the box and a closed position wherein the hook extends through an opening in the outer door of the box; the bracket mating with the hasp portion when in the closed position and forming a padlock receiving portion; a padlock installed within the padlock receiving portion; the hook engaging a retention plate slideably mounted within the box; the retention plate slideably movable between an extended position wherein the retention plate engages the hook when the bracket is in the closed position and a retracted position wherein the retention plate does not engage the hook when the bracket is in the closed position; and wherein the bracket is movable from the closed position to the open position when the retention plate is move

Abstract: A lock pick kit and method for opening a padlock without the padlock key, through the use of a conventional drill bit and a pair of specialized tools. The lock pick kit comprises a chisel having a shaft with first and second ends, a chisel handle attached to the first end, and a cylindrical protrusion attached to the second end. The second end of the shaft further includes a beveled cutting edge being positioned below and proximate a base portion of the protrusion. The kit further includes a pick having a shaft with first and second ends, a pick handle attached to the first end of the pick, with the pick handle configured to bend at a right angle to the longitudinal axis of the shaft, at its midpoint, an elongated tab extending from the second end of the pick at a right angle to the longitudinal axis of the shaft and a cylindrical protrusion extending from a free end of the elongated tab parallel to the axis of the shaft.

Abstract: A tool-operated sliding security system for a lockable enclosure comprising a bracket mounted to an outer door of an enclosure, the bracket being movable between an open position and a closed position, the bracket having at least one cutout therein; the outer door having a tool-operated security member mounted thereto, the security member extending through the cutout and moveable between an engaged position and a disengaged position; the outer door also comprising a tool-operated releasable retention member mounted thereto, the retention member releasably maintaining the outer door in a closed position; the bracket being immovable when the security member is in the engaged position and the bracket being movable when the security member is in the disengaged position; wherein the releasable retention member is accessible when the bracket is in the open position thereby rendering the outer door openable.

Abstract: A security override system for a locked box comprising a hasp portion connected to a bracket slideably mounted within a locked box, the hasp portion extending through an opening in an outer door of the box; the bracket being movable between a closed position, wherein the hasp portion mates with the opening to form a padlock receiving portion, and an open position, wherein the hasp portion does not mate with the opening to enable the selective insertion and removal of a locked padlock in the padlock receiving portion without first unlocking the padlock; a cam member attached to the box and controllable from outside the box; the cam member comprising a pushing portion positioned and dimensioned to cooperate with a corresponding cutout in the bracket such that the bracket is movable between the open position and the closed position by the interaction of the cam member pushing portion with the cutout.

Abstract: A method for removing a steering wheel lock using a device having a main body having a center opening and a pair of supporting arms extending outwardly and downwardly. The device further comprises a central shaft extending through the center opening in the main body. The central shaft includes an externally threaded portion and a hook portion extending therefrom for grabbing the steering wheel lock. A crank arm having an internally threaded bore is rotatably mounted to the externally threaded portion of the central shaft. To remove a steering wheel lock from a steering wheel, the crank arm is manually rotated which advances the central shaft in an upward direction which in turn pulls at the grab point of the steering wheel lock while the supporting arms of the main body holds the remainder of the steering wheel lock in place, thereby bending the steering wheel lock.

Abstract: A emergency trunk release apparatus of disclosed, comprised of comprising a lock bypass panel, located inside a trunk compartment. The lock bypass panel consists of an activation switch that is wired in parallel with a vehicle's electric trunk release such that its actuation will cause the trunk to open. The activation switch is a depression-type activation switch with an enlarged pad surface that allows it to be found easily in a dark trunk environment. The activation switch may be illuminated by any conventional means, so as to facilitate viewing in the darkness of the trunk. The present invention also includes a manual deactivation switch that takes the present invention temporarily out of service during times where cargo may accidentally activate the activation switch. It is envisioned that the present invention may be installed as a retrofit kit on existing automobiles or as original equipment on new vehicles.

Abstract: A security override system for a lockable enclosure comprising a hasp portion mounted to the enclosure and extending through an opening in an outer door of enclosure; a bracket mounted to the outer door, the bracket being movable between an open position and a closed position, the bracket having a fastening portion attached at one end thereof; the bracket mating with the hasp portion when in the closed position for forming a padlock receiving portion; the fastening portion being constructed and positioned to releasably engage a corresponding retention member mounted within the enclosure when the bracket is in the closed position; the bracket being immovable when the fastening portion is engaged with the retention member, the bracket being movable when the fastening portion is not engaged with the retention member.

Abstract: A security override system for a locked box comprising a first hasp portion mounted within a box and extending through a first opening in an outer door of the box; a second hasp portion connected to a bracket; the bracket slideably mounted within the box such that the second hasp portion extends through a second opening in the outer door, said sliding of the bracket being governed by a disguised false hinge latch which is connected to the outer door and extends through the bracket and a third opening in the outer door and is movable between a holding position and a released position; the bracket being movable between a closed position wherein the second hasp portion mates with the first hasp portion to form a padlock receiving portion for locking the outer door with a padlock and an open position wherein the second hasp portion does not mate with the first hasp portion; and wherein the outer door can be unlocked by moving the disguised latch to the released position so as to permit movement of the bracket int

Abstract: A security override system for a padlockable structure comprising a hasp portion mounted to the structure and extending through an opening in an outer surface of the structure; a bracket mounted to the outer surface, the bracket having a latching end and being movable between an open position wherein the latching end is outside the opening in the structure and a closed position wherein the latching end extends through the opening; the bracket mating with the hasp portion when in a closed position for forming a padlock receiving portion; the latching end engaging a retention plate slideably moveably mounted within the structure proximate the opening, the retention plate slideably movable between an extended position wherein the retention plate engages the latching end when the bracket is in the closed position and a retracted position wherein the retention plate does not engage the latching end when the bracket is in the closed position; a security screw extending through an opening in the outer door and conne

Abstract: A security override system for a locked box comprising a first hasp portion mounted within a box and extending through an outer door of the box; a second hasp portion connected to a bracket; the bracket slideably mounted within the box such that the second hasp portion extends through an opening in the outer door; the bracket being movable between a closed position wherein the second hasp portion mates with the first hasp portion to form a padlock receiving section and an open position wherein the second hasp portion does not mate with the first hasp portion; and wherein the outer door can be opened by moving the bracket into the open position and removing a locked padlock inserted in the padlock receiving section without first unlocking the padlock.

Abstract: Method and apparatus for non-destructively picking locks which normally are operated by keys, such locks capable of having twisting tumbler pins and sidebars. The method requires that: the pins be raised high in the keyway; the plug be axially bored by a thin drill which enters through a low portion of the keyway, the rear end of the drilled bore opening to the bolt cam operator; the drill bit be removed from the bore; and then the bolt cam operator be directly turned to shift open the bolt. This method does not decode the tumblers nor release any sidebar. The preferred apparatus comprises a pin raiser tool, which is self-retaining due to bias on the pins, which is transmitted to the handle of this tool; and a torquing tool, which is passed through the bore and has a blade which seats in the cam operator for turning the operator to shift open the lock bolt. A unique safety shield can be installed on the tailpiece to prevent picking by the method of this invention.

Abstract: A training device, for mounting to a standard door having a cutout at middle height, the door mounted in a door frame having a strike plate at middle height. A sliding box is mounted in the cutout for slidable motion toward and away from the strike plate. At least one spring is mounted between the sliding box and the cutout for biasing the sliding box toward the strike plate. The spring is selected to resist compression and thus motion of the sliding box away from the strike plate. The amount of resistance that the spring provides is equivalent to the amount of resistance presented by a doorknob and locking assembly on standard doors. Thus, a crowbar-like tool may be used to pry the sliding box away from the strike plate to open the door and simulate the force and action necessary to pry open any standard door.

Abstract: In an apparatus for the unlocking of doors of a motor vehicle in the event of an accident, at least one device for tensioning a safety belt is, in the case of an accident, operatively connected with at least one door-unlocking device. Operation of the belt tensioning device during an accident initiates operation of the door unlocking mechanism.

Abstract: A security vault used to secure valuables. The vault has an outer case and an interior. A movable panel member allows access to the interior. A locking mechanism operable by a programmable electronic circuit allows the panel member to be opened. A keypad is operable to provide a security code to the programmable electronic circuit. The keypad may be one or two, the first being located outside the vault and connected to the programmable electronic circuit. The second keypad may be located in the interior of the outer case. Either keypad may be used to provide the security code. The second keypad is used if damage occurs to the first keypad and is accessible from exterior of the security vault.

Abstract: A padlock holder is provided for receiving the body of a padlock and maintaining the padlock body at a predetermined location within the holder. When the padlock body is at that location the tumbler mechanism of the padlock is in registry with a hole formed in the holder. A drill bit is positioned in the opening to drill through the padlock body and the tumbler mechanism so that the padlock can be opened.

Abstract: Apparatus for opening, or removing without damage, automotive side-bar type ignition locks, comprises a combination tool with a plurality of projections extending horizontally and forwardly from the combination tool to engage the lock's keyway, at least one balanced pair of recesses in the lock's face, or, optionally, when the tool is used as a lock-remover, the inner walls of the lock's hollow wing-nut cylinder cap. When used as a lock-forcing opener, the combination tool is placed in position on the lock cylinder's face and a conventional wrench gripping the tool's hexagonally-shaped portion is turned to create torque applied by the tool's projections against the walls of the lock's recesses, forcing the lock cylinder to turn to its ON position and start the vehicle's engine.

Abstract: A lockable container, such as a toy safe, comprises a box having an upper wall, a lower wall, a back wall, and two side walls and having a front opening. A front door hinged to the box is movable between a closing position, in which the front door closes the front opening, and other positions, in which the front door does not close the front opening. A shelf disposed within the box extends from the back wall, between the side walls. A combination lock is mounted on the front door for locking the front door in the closing position and for unlocking the front door upon manipulation of the combination lock in accordance with a combination of alphanumeric characters. The front door has an inner surface, on which the combination is displayed below the shelf.

Abstract: Apparatus and method for removing side-bar automotive ignition locks without damage, a tool kit being provided containing a drill guide block, an adjustably molted drill bit, a side-bar pressure tool for insertion into the access opening created by the drill bit, and a wafer pressure tool for insertion into the keyway of the ignition lock to urge the lock wafer elements into alignment at the same time the side-bar pressure is being applied, causing retraction of the side-bar and consequent opening of the lock to permit its removal. Plugs are provided to reseal the drilled access opening.

Abstract: A tool to start ignition side bar type lock cylinders in all Ford vehicles is provided and consists of using a tool which has a guide key to hold the tool in place, two tabs to cut into the face of the cylinder, a hexagonal shape at rear of tool to accept a wrench for turning the cylinder to the ON position and thus start the vehicle.

Abstract: A lock has a keeper plate for attachment to a first relatively moveable part of the trunk, which keeper plate has a peripheral rim bounding a circular keeper opening and having a slot formed therein. An attachment plate is affixed to a second relatively moveable part of the trunk, while a hasp member is hingedly connected at one to the attachment plate and adapted at the other end to overlie the peripheral rim and the keeper opening when in a mated position. A hollow cylindrical bolt housing of cup-shaped configuration is fixed to and projects rearwardly of the hasp member. The bolt housing includes a cylindrical wall having a bolt opening therein positioned to align with the slot when the hasp member and the latching plate assume the mated position. A latching bolt is supported in the bolt housing for movement along an axis paralleling a diameter of the bolt housing, and has a free end portion aligned with the bolt opening.

Abstract: A tubular door lock having a kind of structure, wherein locking the lock by an inner knob is accomplished by first pressing and subsequent rotating of said knob, and unlocking by said knob can be done only be rotating of said knob.

Abstract: A relatively thin bend formed shim tool formed of sheet metal, or plastic, is provided to help a locksmith view and have access to lock release mechanism of a locked vehicle door from the outside when the vehicle door key is lost, or left inside the vehicle. The tool insert sheet portion is inserted downwardly between the outer surface of the door window glass and the outer window sill rubber seal to hold the rubber seal deflected back out of the way when two wedges are pushed down between the door window glass and the tool insert sheet at opposite ends thereof. The tool has a curved back bottom edge at the lower edge of the insert sheet portion that depends from a rounded top that spans a portion of the door outer sill rubber seal to an outer diverging outward sheet continuation to a further outwardly extended handle.