Abstract: An access door has a rectangular outer frame adapted to be set in a wall and having two longitudinal sides and two transverse sides defining four corners and a rectangular inner frame congruent to the outer frame, having longitudinal and transverse sides and four corners, and dimensioned to fit within the outer frame. Hinges at corners at ends of one of the longitudinal sides hold the inner frame in the outer frame and allow pivoting of the inner frame in the outer frame generally about the one longitudinal side. Two transversely effective spring latches are provided at the other longitudinal side near ends thereof between the inner and outer frames, and two longitudinally effective spring latches are provided at the transverse sides near the other longitudinal side between the inner and outer frames.

Abstract: A striker assembly is provided for use with a lock assembly in latching a first body and a second body together and allowing at least one of the first and second bodies to pivotally move relative to the other of the first and second bodies. The lock assembly is mounted to the first body. The striker assembly includes a striker rotatably mounted to the second body and configured so that an associated latch of the lock assembly is selectively lockable to the striker to latch the first body to the second body. A lever extends from the striker and is engageable with the lock body so that the striker rotates when said at least one of the first and second bodies is pivotally moved relative to the other of the first and second bodies.

Abstract: A locking device applies to a casing having a cover and a seat for opening and closing of the casing. The locking device has a recess formed on an edge of the seat, a buckle downwards protruding from the cover and matching the recess, and a roller parallel-disposed in the recess and pivoted to the seat. The buckle has an arcuate face smoothly against an upper slot of the roller for closing and opening the casing. A direction of lifting of the cover corresponds to a rotation of the roller so that a direction of applied force can be continuously unchanged to achieve an ergonomic effect.

Abstract: There is a lock for a bi-directional door, swing or sliding door 19. The lock includes at least two pins 6, 7 which are spaced apart a distance exceeding the thickness of the door. The pins are adapted for simultaneous arcuate motion about an axis located between said pins 6, 7 and longitudinal movement between withdrawn and protruding positions. When the lock is in a configuration of use and the pins 6, 7 are moved from the withdrawn positions to the protruding positions an edge of the door 19 when placed at a location offset from the axis is engaged by at least one of said pins 6, 7 so that the door is secured at a position substantially over the axis.

Abstract: A walk-in chamber has a door opening closable by a door, which, when in the closed position can be either in a locked position or an unlocked position, dependent on the locking device, which includes a sliding bolt engageable with a locking bolt. To enable a person in the chamber to disengage the locking device, a safety mechanism is provided which enables moving the sliding bolt from an engaging position to a retracted position to enable a person to open the door.

Abstract: An oven lock mechanism has a latch that is moved between an unlatched and a latched position in response to movement of the door from an open to a closed position and a motor that turns a cam acting as a blocker to block the latch in the latched position when a cleaning cycle is initiated. The rotation of the cam also induces movement of the latch to cause the latch to pull the door in closer to the frame of the oven.

Abstract: An oven lock mechanism has a latch that is moved between an unlatched and a latched position in response to movement of the door from an open to a closed position and a motor that turns a cam acting as a blocker to block the latch in the latched position when a cleaning cycle is initiated. The rotation of the cam also induces movement of the latch to cause the latch to pull the door in closer to the frame of the oven.

Abstract: The device comprises a hook (2) connected to the door (5) and a support structure (1) in which is defined an aperture (4) for the introduction of the hook (2) and in which are mounted: a rotatable member (6) biased by a spring (12) and operable to retain a hook in a closure position of the door (5) and to release this hook (2); and a control device (14-16) including a pawl (15). When, with the door (5) closed, a force is applied to the hook (2) in the direction such as to open the door (5), the rotatable member (6) is initially free to turn, against the action of the spring (11), with respect to an auxiliary body (9), to a position in which the rotatable member (6) releases the auxiliary body (9) from the pawl (15, 19), and then to turn, together with the auxiliary body (9) and under the action of the spring (11), to release the hook (2).

Abstract: A door closer includes a striker, a latch mechanism, and an actuator that brings the striker into a standby position when the actuator performs a standby action and, brings the striker into a closed position when the actuator performs a closing operation. After the striker is located at the standby position and engaged with the latch mechanism, the striker is moved to the closed position, thereby closing the trunk lid with respect to the vehicle body. Between the actuator and the striker, the striker is held at the standby position when the actuator performs the standby action in a normal state. When a switching operation is performed, the striker is allowed to move to the closed position even when the actuator 30 performs the standby action.

Abstract: A door lock device includes a latch projecting from the side surface of the door, and a hook supported opposite to the latch in a doorjamb such that the hook can turn between a latch detaining position and a latch releasing position. A hook control member turns between a hook detaining position at a locking position and a hook releasing position. First, second and third rocking plates are interlocked with the hook control member. When a solenoid actuator rod engaging with the third rocking plate projects upward to fasten the door lock device, the third rocking plate is turned clockwise by a pin, and the second rocking plate having a pin pressed against the third rocking plate turns clockwise. Conversely, when the rod is retracted the door lock device is unfastened.

Abstract: A locking gate latch includes a latch assembly and a striker bar. The striker bar is attached to a gate frame and the latch assembly is attached to a gate post. The latch assembly includes a latch frame, a lock latch, a locking plate and a locking tongue. The lock latch is pivotally retained by one leg of the latch frame. The locking plate is pivotally retained by the other leg of the latch frame. One end of the locking tongue is attached to an outside key lock and the other end is received by the locking plate. Pivoting the outside key lock to one side locks the locking gate latch. Pivoting the outside key lock to the other side unlocks the locking gate latch. A second embodiment of the gate latch further includes an inside locking assembly, which allows a gate to be locked from an inside.

Abstract: A latch device engages and releases a striker by push-and-push operations. The latch device includes a case having an opening for receiving the striker therethrough, a latch member disposed inside the case and being able to be switched between an engagement position where the striker is prevented from being removed and a release position where the striker can be removed, a spring member for urging the latch member to the release position, generally heart-shaped cam grooves symmetrically provided on two sides of the latch member, and a pin member having a general U-shape and disposed inside the case. The pin member includes a U-shape intermediate portion disposed on a side opposite to the opening of the case, and edges formed at U-shape side portions. The edges project toward each other to engage and trace the cam grooves.

Abstract: An electro-mechanical lock release assembly for an enclosure such as a vending machine and including an electronic lock controller for disengaging a lock assembly securing the door of the enclosure against the enclosure frame in a closed, locked position. The lock controller is actuated remotely through a key controller to disengage the lock assembly and enable the door of the enclosure to be moved to an open position for accessing the enclosure.

Abstract: A locking apparatus locks a moving body to a housing against an urging force applied to the moving body. The locking apparatus includes a cam provided on one of the moving body and the housing, and having an engagement groove and a releasing groove, and a swivel body provided on the other of the moving body and the housing. The swivel body has a trace pin moving along the grooves and a balancer for balancing the trace pin. Thus, upon receiving a sudden load when the trace pin is in an engaging condition with the engagement groove, the trace pin is prevented from moving from the engagement groove to the releasing groove to thereby lock the moving body.

Abstract: A swing-down cup holder closure and release apparatus for releasably locking a cup tray portion of a swing-down cup-holder in a stowed position includes a latch that is supported either on the cup tray or a supporting structure such as an automotive seat or instrument panel. A latch receiver is supported on the other of the cup tray and the supporting structure. The latch and latch receiver are supported in positions on the cup tray and supporting structure, respectively, such that the latch engages the latch receiver when the cup tray is moved to the stowed position. The latch disengages and releases the cup tray from the stowed position in response to a predetermined amount of pressure applied inwardly to the cup tray. This allows an automotive vehicle passenger compartment occupant to release the cup holder with a single pressing motion and without having to directly manipulate the latch.

Abstract: A latch wherein latching and unlatching is accomplished by an inward push by the keeper into the latch housing. The latch uses an improved housing configuration in conjunction with improved internal components, allowing for more consistent and reliable operation.

Abstract: A lock for a door comprising a casing, a bolt operable to extend from or retract into the casing and manually operable bolt retention means to retain the bolt in its retracted state even when an automatically operating bolt holding member is released by inwards movement of a bolt release member. The bolt retention means comprises a snib having a part receivable in an opening in the bolt when the bolt is manually moved into the case from its normally retracted position. Once the snib part is in the opening and the inwards force on the bolt removed, the spring acting on the bolt moves the bolt to its normally retracted position, where it is then retained by the snib. To release the retention, the bolt is again moved further into the case, whereupon the snib part is moved clear of the bolt opening under spring bias, and the unretained bolt is moved by its bias to its normally retracted position.

Abstract: A push-push latch may include a body and a lever arm that is rotatively coupled to the body. A toggle may be coupled to the lever arm and the body. A pin of the toggle may be positioned within a groove in the body of the latch. When the pin is in a first stable position in the groove, an end of the lever arm is positioned away from the body, and the latch is open. When the pin is in a second stable position, the end of the lever arm is near the body, and the latch is closed. A torsion spring, which may be coupled between the body and the lever arm, moves the pin to either the first stable position or the second stable position during use. When the latch is open, applying a closing force to the latch rotates the lever arm towards the body and causes the pin to move from the first position to the second position when the closing force is removed.

Abstract: An electric door strike having a keeper rotatably mounted in a fixed strike case for movement between open and closed positions. The keeper includes dual solenoids with a biasing link between the solenoid plungers to urge the plungers to a non-actuated position. Changing the biasing link in the keeper changes the mode of operation. The application of an actuating signal to a solenoid moving the plungers to an actuated position which can be either the fail-safe or fail-secure mode of operation depending on the biasing link employed.

Abstract: The invention relates to a closure comprising a closing head (20) and a lock (10) which rest on the immobile or mobile part of a door, flap or such like. The closing head (20) has an undercut axial shoulder (26) which during coupling is engaged by a radially mobile blocking member (11) in the lock (10). The lock (10) further comprises a sensing member (12) and a restoring member (13) for the blocking member (11). To make the lock less prone to malfunctions the invention provides for the axially spring-loaded sensing member (12) to be used as a locking means for the radially spring-loaded blocking member (11). When the locking effect is actuated the blocking member (11) is held in a release position in relation to the closing head (20). When the closing head (20) is engaged the sensing member (12) carries out an axial movement which releases the lock so that the radial spring-loading can move the blocking member (11) into its blocked position.

Abstract: An electrically controlled strike including a strike frame; a keeper carried by the strike frame for movement when released allowing door opening and adapted to receive and resist door opening prior to keeper movement, an electrically powered solenoid carried by the frame, and a lock arm assembly operatively connected between the solenoid and the keeper for causing the keeper to assume a fail-safe condition allowing keeper movement when the solenoid is unpowered or alternatively a fail-secure condition preventing keeper movement when the solenoid is unpowered, the two conditions being selected by re-positioning an actuator.

Abstract: An adjustable catch mechanism comprising a housing having one or more sidewalls and a face plate that includes an opening. A front plate adapted to be positioned over the face plate. The front plate is provided with an opening aligned with the opening of the face plate. An adjustable plate is positioned in the housing and has a base section that has a threaded portion adapted to receive a threaded member on a mounting frame. The mounting frame has a base with a top side and a bottom side wherein the bottom side has the threaded member and the top side has a catch member.

Abstract: A power-closing bolt assembly for a motor-vehicle door latch has a housing, a bolt pivotal in the housing about a pivot axis between a pair of angularly offset end positions, and interengaging bolt and housing abutments respectively on the bolt and on the housing bearing angularly of the pivot axis on each other in each of the end positions. A drive displaces the bolt between the end positions. The housing abutments are spaced apart relative to the pivot axis by more than 180°.

Abstract: A closing device of a hinged door, wherein a locking body (38) is disposed upward-movably at an opening (36) with a flange part (38b) larger than the opening (36) positioned inside a case (33) installed on a storing device main body (31), a spherical body (37) is stored in each moving space (34) in the case (33), and an elastic piece (43) which forms a locking path (42) at the tip of a supporting body (41) on a hinged door (32) side, forms an ascending sloped surface (43a), and has a tip side having an upward elastic force larger than the weight of a locking body (38) is formed integrally in front of the locking part (42) of the supporting body (41), whereby at least one spherical body (37) is put on the upper surface of flange part (38b) so as to stop the locking body (38) from moving upward at the time of earthquake, and the locking body (38) pushes down the elastic piece (43) so as to enable it to be locked to the locking part (42) to control the hinged door (32) to a degree that it can be opened slightly.

Abstract: A tailgate assembly for a cargo box having a support deck and a wall structure extending therefrom. The tailgate assembly comprises a pair of brackets positioned along the wall structure at spaced apart locations and a tailgate pivotally mounted between the brackets and releasably securable to the wall structure via a latch mechanism. The tailgate assembly has a hinge assembly which allows the tailgate to be installed and removed without tools.

Abstract: A latch assembly for a dishwasher door having a bolt secured to the door. The bolt has a catch including a ramp surface facing toward the tub. An actuator is slidably connected to the bolt. A switch is secured to the bolt such that movement of the actuator may selectively close the switch. A handle is moveably mounted to the bolt in a position for access from the front surface of the door. A strike plate is connected to the tub and includes a latching portion extending toward the door. The strike plate flexes vertically to deflect up over the latch when the door moves to the closed position. The strike plate may be released from the latch by moving the handle upwardly.

Abstract: A symmetrical gravity operated gate latch for fastening a two way gate and arranged to be manually released easily from either side of the closed gate to permit swinging movement and opening of the gate in either direction. The gate latch including a means for swinging the free end of the gate shut, thereby securing itself through inertia and gravity. The free end of the gate including a striker bar which passes through the striker slot and through the first of two pivotally mounted flappers. The second flapper is positioned so said flapper may not pivot out of the housing, thereby securing the striker bar between the flappers until one of the flappers is rotated inward to release the striker bar.

Abstract: An electric door opening mechanism is disclosed which is operable in either a fail safe and a fail secure mode. The electric door opening mechanism comprises a housing having a cutout portion with an opening adapted to receive a bolt of a door. At least one keeper arm is pivotally mounted to the housing. The keeper arm has a locked position occluding the opening and an open position which allows the bolt to be inserted and withdrawn from the opening. A transmission lever pivotally mounted to the housing releasably engages each keeper arm. When the keeper arm and the transmission lever are engaged, the transmission lever holds the keeper arm in the locked position. A release lever pivotally mounted to the housing is adapted to engage the transmission lever. The release lever has three positions, a first unlocked position, a second locked position and a third unlocked position. When the release lever is in the locked position, it holds the transmission lever in engagement with the keeper arm.

Abstract: A closing device, in particular for the trunk of a motor vehicle, having a closure bolt (2) arranged on a support (1) and guide elements (3) to receive a lock mechanism, the guide elements (3) being, movable on the support (1), in particular swingable around an axis of rotation (4).

Abstract: In a security lock, for doors of furniture in particular, like e.g. built-in furniture in caravans, which are exposed to substantial forces in case of accidents, an engagement part 2 of a spring-charged pivotable bolt 5 is provided for which with a head part 8 in case of interlocking interlocks in a recess 9 of a receiving member 4. Interlocking takes place between a housing-integrated bordering wall 10 of said recess 9 and a cam 12 pivotably supported in said receiving member 4. Said cam 12 comprises diametrically opposed end sections 13, 14 of which the free end section 13 not facing said head part 8 of said bolt 5 can cooperate with a pin member 15 provided for on said engagement part 2.

Abstract: A latching system for locking in the closed position movable elements such as doors and drawers mounted in cabinet frames for movement between open and closed positions in which a latch element is attached to the cabinet frame and is provided with a cantilevered portion having an aperture therein which engages a pin in the movable element to releasably lock the movable element in the closed position against randomly applied forces such as earthquake generated forces and the like.

Abstract: A doorstop device to automatically and securely fix the door to be retained at the same opened position comprises a door member 11 mounted on a bottom side of a door 10 and including a magnet 12 and an elastic fixing member 17, and a floor member 15 buried in a floor face 18 and having a movable piece 16 which is attracted to the magnet 12 and engages with the elastic fixing member 17. As the door opened, the movable piece 16 of the floor member 15 projects and attaches to the magnet 12 of the door member 11, and the elastic fixing member 17 presses and holds the movable piece 16, thereby fixing the door 10 to be retained at the same position.

Abstract: A latch unit of the invention includes a casing having a holding chamber for holding a striker and a side chamber situated adjacent to the holding chamber, and a responding member housed in the side chamber. The holding chamber and the side chamber are partitioned by an elastic member projecting toward an introduction opening of the holding chamber for introducing the striker to be attached to the latch unit. The electric member is provided with an engaging projection for engaging the striker as the striker is inserted into the holding chamber. The side chamber is provided with an urging device for urging the responding member toward a base portion of the elastic member. An urging force of the urging device is set such that when an inertia force is applied to release an engagement of the elastic member and the striker to thereby extract the striker from the holding chamber, the responding member is allowed to move to a position for preventing the elastic member from being bent toward the side chamber.

Abstract: A power latch system is employed for securing a convertible roof to an automotive vehicle body. In another aspect of the present invention, a striker is movably mounted to either a forward or rearward portion of a convertible roof which is operably engaged by an automatically powered latch mounted to the vehicle body. Still another aspect of the present invention employs a rotatable latch having a striker engaging slot internally projecting from a periphery.

Abstract: A push-push type latch and a pin are mounted on corresponding moving and nonmoving components, such as a drawer or door and its frame. The latch uses a shuttle having a heart-curve to control the latching and unlatching of the pin. The shuttle is mounted on the housing using an off center pivot. As the pin moves back and forth within the shuttle, the shuttle pivots to control the pin's location within the heart curve. The latch may include a spring-biased fork for making an audible click to denote the latching and unlatching of the latch.

Abstract: A stand alone, electronic gate lock is integrally mountable with a barrier, such as a perimeter fence of an airport. The gate lock is configured to be locked and unlocked by an electronic key from key access ports on each of interior and exterior sides of the barrier. An electronic controller of the gate lock stores data associated with each attempted electronic key access of the gate lock, so that a history of access to the gate can be tracked. This enables every access to the gate lock to be tracked, thereby increasing the likelihood that the gate will be maintained in its locked condition at all times other than when opened for authorized access.

Abstract: An over-center toggle latch for securing two members together having a latch housing affixed to one of the members, a keeper affixed to the other of the members, a toggle pivotally mounted within the housing for pivotal movement between a first position and a second position, and a retainer disposed within the housing and in pivotal contact with each of the housing and the toggle for retaining the toggle in either of the first and second positions. The keeper pivots the toggle from the first position to the second position upon the closing of the latch and the keeper pivots the toggle from the second position to the first position upon the opening of the latch. A switch operable between a closed position and an open position wherein a circuit is closed only when the keeper means is in the second position and the circuit is open only when the keeper is in the first position, the switch being completely inoperable until the keeper is fully inserted in the housing whereby closing of the circuit is avoided.

Abstract: The present invention relates to a locking device with movable indicator (4, 5) for sensing the “door closed” or “door open” position of a dead-bolt, provided with a pivotably journalled rotating cam (2) (securing plate) intended to be moved between open and locked position by the released dead-bolt (8). The invention is characterized in that the rotating cam (2) and the indicator are mutually connected by means of a spring, e.g. a tension spring (1) arranged in closed, locking position to produce a force component in the closing direction of the rotating cam, and upon removal of the dead-bolt (8) from the rotating cam, i.e. when the door is opened by means of the indicator, to be displaced in relation to the centre (3) of rotation of the rotating cam so that a force component is obtained in opening direction and the rotating cam is turned to opening position by a snap action of the spring.