Abstract: An anti-ligature device for attachment to an edge of a door leaf, the anti-ligature device having a proximity sensor arranged to detect a ligature secured around the anti-ligature device. The proximity sensor may be arranged to detect a weight being suspended from a ligature secured around the anti-ligature device. The sensitivity of the proximity sensor may be user-controllable, such that the anti-ligature device can be calibrated once affixed to the door leaf.

Abstract: A latching device for automotive applications, in particular a backrest latch for the bolting and unbolting of seat backrests in motor vehicles. The latching device in its basic construction is equipped with a locking mechanism consisting predominantly of a catch and predominantly a pawl. Furthermore, an element which can be mechanically impinged by a drive unit, in particular an unbolting element is provided for the locking mechanism. In accordance with the invention, the drive unit for the element and in particular the unbolting element is equipped with at least an end stop demonstrating a cantilever arm.

Abstract: A handle assembly for a vehicle door includes: a body defining an opening dimensioned to at least partially receive therein a hand of a user, the opening communicating with a chamber defined in the body anterior of the opening; at least one pivot arm mounted on the body for pivotal movement relative thereto; a closure for the opening, the closure connected to the at least one pivot arm for pivotal movement relative thereto, and the closure selectively moveable relative to the body between a first position, in which the closure occupies the opening, and a second position, in which the closure is moved into the chamber so that the hand of the user may be at least partially received through the opening; and a motor for effecting selective movement of the closure between the first and second positions thereof.

Abstract: A roller system is disclosed that includes a roller axle with a longitudinal axis that houses at least a portion of a latch assembly. The latch assembly includes a latch with an exposed portion that moves substantially orthogonal to the longitudinal axis. The system also has a roller assembly that removably fits around the roller axle and has a latch catch. The system has two configurations: (1) a locked configuration, where the exposed portion of the latch obstructs the latch catch from sliding, thereby locking the roller assembly onto the roller axle; and (2) an unlocked configuration, where the exposed portion of the latch is moved towards the longitudinal axis, thereby allowing the latch catch to slide past, separating the roller assembly from the roller axle.

Abstract: A multiple-latch-locking lock structure includes a casing in which a lock tongue control unit and a lock latch control unit are arranged. The lock tongue control unit includes an operation-linking member, a positioning member, an arresting member, a swinging member, and a slide block. When a lock core is rotated, the rectangular lock tongue and the triangular lock tongue are driven to get pushed out and retracted back for latch-locking and unlocking. The lock latch control unit includes a rotating member, a slide plate, and a slide bar. When a handle is rotated, the lock latch is driven to get pushed out and retracted back, thereby achieving security latch-locking and the slide plate is caused to move up and down to achieve a function of controlling a vertical latch. As such, multiple latch locking can be achieved to provide the lock with better security and better burglary resistance.

Abstract: A gate latch apparatus is disclosed for a residential safety gate. The gate latch apparatus includes a housing having opposable buttons. The buttons are squeezed to unlock opposing slides. The slides are slid to in turn slide a latch out of a latch receiver to permit the residential safety gate to be opened.

Abstract: A refrigerator includes a cabinet including a storage compartment provided therein; a first door rotatably coupled to the cabinet to open and close the storage compartment; a second door rotatably coupled to the first door and comprising a stopper; a locking device configured to selectively allow the rotation of the second door with respect to the first door, wherein the locking device includes a moving member having different displacements according to an opening/closing state of the first door; and a hooking member having different displacements according to the displacements of the moving member and selectively hooking the stopper thereto.

Abstract: A refrigeration appliance includes a case body and a door connected to the case body. The door includes a doorframe, a container connected to the back of the doorframe, and a foamed heat insulation material located between the doorframe and the container. The door has a through hole that extends in a front-to-rear direction. The doorframe has a first wall facing the through hole. The container has a second wall facing the through hole. The first wall and the second wall are superposed and clamped to form an inner wall of the through hole. This solution can avoid displacement between the doorframe and the container, thereby avoiding foam leakage.

Abstract: The modular door lock includes a tubular shell with a lock tongue at an open end and a turning wheel in the shell. The outer edge of the turning wheel extends out to a flange. A support frame lies between the turning wheel and the lock tongue and a drive is set in the frame. The lock tongue is permanently connected with a connection strap, which is drive-jointed with the turning wheel flange end via the drive. The door lock has a first state causing the lock tongue to draw back into the shell opening end through the drive and the connection strap, as well as a second state that causes the lock tongue to automatically reach outwards, the turning wheel to automatically rotate to the initial position, and the connection strap and drive mechanism to automatically return to their initial positions under the movement of the tongue.

Abstract: A lock including a body which houses a combination lock, which is releasable by the selection of a set code, the code being selectable by the movement of one or more dials, the or each dial including a first part which is manipulable by a user, wherein the lock includes a code finding device to enable the set code to be identified, the code finding device including a code finding member associated with the or each dial, the or each code finding member being engageable with a second part of the respective dial, to identify a position of the dial which corresponds with a digit of the set code, wherein the second part of each dial is moveable relative to the first part of the respective dial and relative to the respective code finding member between a disengaged position and an engaged position, and wherein the or each code finding member is fixed substantially stationary relative to the body.

Abstract: A humanized convenient door lock includes a lock housing, a latch, a security hook, an outside handle operation mechanism, an inside handle operation mechanism, a cylinder driving mechanism, and an inside deadlocking rotary knob driving mechanism. The inside handle operation mechanism drives and controls the latch, the security hook, and the inside deadlocking rotary knob driving mechanism. To open the door, it only needs a one-time operation by pressing down a handle, thereby providing ease and convenience. The design is a humanized one, making it particularly suit for the needs of the disabled and the elderly and for urgent door opening.

Abstract: Lock devices, systems, and methods that can include an internal mechanism to permit backdriven operation and lost motion operation. In one form the lock includes an assembly of parts that includes parts having locating features that can assist in those parts being assembled with other parts of the assembly in a single, relative orientation. Further, lost motion may be utilized to accommodate manual displacement of one or more components that can also be displaceable, in at least certain situations, via operation of a motor. The lock can also include an internal power source capable of driving electronics used to determine handedness of a door.

Abstract: An aircraft engine nacelle door operating system locking manual drive unit includes a housing, an input drive shaft, an output drive shaft, a lock shaft, and a lock spring. The input drive shaft, the output drive shaft, and the lock shaft are all rotationally mounted in the housing. The output drive shaft continuously engages and mates with the input drive shaft, and he lock shaft extends at least partially into and engages the input drive shaft. The lock shaft is movable between a lock position, in which it engages and mates with the output drive shaft, and an unlock position, in it is disengaged from the output drive shaft. The lock spring supplies a bias force to the lock shaft that urges the lock shaft toward the lock position.

Abstract: A aircraft storage bin latch system that includes a paddle button assembly having a button that is movable between home and actuation positions, a latch assembly that includes a striker assembly with a striker and a hook assembly, and a cable that extends between the paddle button assembly and the latch assembly. The hook assembly includes a hook, a pivotal trigger arm, and an indicator that is movable between first and second positions when the trigger arm is moved from an engaged position to a disengaged position. Movement of the button from the home position to the actuation position pushes or pulls the cable, thereby pivoting the trigger arm from the engaged position to the disengaged position and disengaging the hook from the striker. Pivotal movement of the trigger arm from the engaged position to the disengaged position results in linear movement of the indicator from the first position to the second position.

Abstract: A vehicle door handle device, including: a frame fixable on a vehicle door panel inner side, the frame having a supporting hole; a link including a shaft section pivotably supported in the supporting hole, the link being configured to be rotated and biased by a biasing member to one side; and an outer handle mountable on the door panel, the outer handle including an engaging portion to be engaged on the link, the outer handle being configured to pivot the link through the engaging portion against a rotational biasing force of the biasing member. The shaft section includes: a groove portion and a guide portion in the shaft section to extend in an extending direction of the groove portion. The frame includes a groove engaging portion insertable through the groove portion, and an opening to enable the guide portion to be inserted through the opening.

Abstract: A refrigerator includes a cabinet, a main door, an auxiliary storage compartment provided to a rear surface of the main door, and a sub-door. The main door is rotatably connected to the cabinet, and the sub-door is rotatably connected to the main door. An access opening is provided in the main door to allow access to the auxiliary storage compartment. The refrigerator also includes a button exposed at a front surface of the sub-door to receive input provided by a user, a hook member having a pivot shaft mounted to its rear end, and a locking protrusion provided in a groove located on a front surface of the main door that can selectively couple to the hook member. The hook member protrudes backward from a rear surface of the sub-door and can rotate within the sub-door about the pivot shaft in response to receipt of user input at the button.

Abstract: A pressure relief latch includes a first housing, the first housing having a handle pivotably attached, and a safety release with a hook. A roller support is slidingly engaged with the first housing and linked to the handle. The roller support has a locking pin, and has a roller attached to one end. A second housing includes a spring and a keeper extending away from the spring. When the latch is in use, the keeper of the second housing and the roller of the first housing are engaged when the latch is in the closed position. The hook of the safety release engages the locking pin of the roller support when the latch is in the closed position, preventing upward rotation of the handle. When the safety release is actuated, the hook disengages the locking pin. Upward rotation of the handle causes the roller and the keeper to disengage.

Abstract: Methods of installing door systems in an opening. The methods involve racking the door system using a bottom spacer located between a bottom of a door panel and the sill such that the door system is not square with respect to the opening when the bottom ends of latch side and hinge side vertical jambs of the door system are resting on the sill of the opening.

Abstract: A magnetic locking apparatus has a body and an engaging mount. The body has a casing, a bolt and a driving device. The bolt is retractably mounted in the casing and has a connecting section, an engaging section and at least one magnetic element. The driving device is mounted in the casing and has a handle mount. The engaging mount faces the casing and the bolt and has a locking hole and at least one magnetic element mounted at two sides of the locking hole to attract the at least one magnetic element of the bolt.

Abstract: Falling latch locking device having a first locking device casing that includes a handle, a closing element and a lock, and having a second locking device casing that includes a cut-out for receiving the closing element in the closed state, wherein the lock comprises a stop that can be moved by locking and unlocking the lock and in the locked state the stop blocks the opening of the handle.

Abstract: The present disclosure relates to a lock device, such as for safety functions, which includes a displaceable lock bolt, which can cooperate with a receiver in order to provide a locked position and unlocked position. The lock bolt includes a guide portion in a second lock bolt portion which, in response to a guiding device applying a force to the lock bolt, guides the lock bolt from the unlocked position to the locked position. The guiding device, in the locked position, is prevented from displacing the lock bolt to the unlocked position. The lock bolt is arranged to be displaced from the locked position to the unlocked position through influence of an external force applied to a first lock bolt portion.

Abstract: A push-push heart cam lock assembly for use in connection with a slidable tray within a vehicle. The push-push heart cam includes a breakaway feature to prevent breakage of the pin if a user pulls the assembly rather than pushes the assembly when attempting to close the assembly. The assembly includes a base, a track formed in the base, and a pin slidable within the track which is formed on the base. The assembly further includes a heart shaped cam having a fixed piece and a movable piece wherein the fixed piece and the movable piece of the heart shaped cam are mounted within the track of the base. In the event that the user pulls the slidable mechanism, the pin moves between the fixed piece and the movable piece of the heart shaped cam.

Abstract: A mortise lock for mounting in a door. The lock includes a bolt movable along a first axis between an extended position and a retracted position. Included are means for biasing the bolt to its extended position. The lock further includes a driven member which is mounted for rotation about a second axis generally perpendicular to the first axis. As the driven member is made to rotate about the second axis, it engages the bolt and urges it, overcoming the bias, to its second position. A drive member is mounted for rotation about a third axis, generally parallel to the second axis.

Abstract: A mortise lock comprising: a case having opposite inner and outer sides which are horizontally spaced when the mortise lock is mounted on a door; a latchbolt supported by the case for movement between extended and retracted positions, the latchbolt extending from the outer side of the case; an element configured to be operably connected to a latch adjacent a top or a bottom of the door, the element being movably supported by the case and partially extending from the inner side of the case; and a latchbolt bar movably supported by the case, the latchbolt bar having an outer end operably connected to the latchbolt for moving the latchbolt between the extended and retracted positions, and the latchbolt bar having an inner end operably connected to the element for moving the element when the latchbolt bar moves the latchbolt.

Abstract: A bolt mechanism comprising a backing plate adapted to be mounted on a complementary surface of a flat panel, a bolt assembly housing attached to the backing plate, a sliding bolt assembly carried on the bolt assembly housing one end of which has a bolt mechanism adapted to engage and latch to a striker, a spring on the housing for keeping the end of the bolt extending out of the bolt assembly housing, the backing plate being adapted for attachment to and detachment from an actuator housing assembly.

Abstract: A system for preventing ingress of liquid into an opening in a computer casing may include a door rotatably connected to the computer casing, a layer of material adhered to the door and having a chamfered edge, a bar movably connected to the computer casing and operable for travel in a first direction or a second direction opposite the first direction and a spring having a first end connected to the bar and a second end connected to the computer casing for biasing the bar in the first direction of travel. Closing the door causes the layer of material to contact a recessed surface of the opening and deflect the chamfered edge to form a seal in the recessed opening. Moving the bar in the first direction retains the door relative to the computer to maintain the seal formed by the layer of material.

Abstract: A sealed push button latch. It includes a housing with an upper cavity and a lower cavity and a rim which provides a seal contact seat. The lower cavity has a latch opening formed therein at a first side thereof, and at least one drain/return clip aperture formed at a second side thereof. A push button with a keyed lock is slidably received in the upper cavity. A biasing device biases the push button to a closed position. A seal positioned on the push button provides sealing between the seal contact seat of the rim of the housing and the push button. A locking latch is slidably positioned in the lower cavity, and is slidably movable between a protruding position through the latch opening, and a retracted position, wherein pushing the push button down into the housing retracts the locking latch into the lower cavity.

Abstract: A combination of an actuator housing assembly and a bolt mechanism adapted to enable attachment and detachment, the assemblies being carried on opposed sides of a panel. The bolt mechanism assembly comprises a sliding bolt assembly one element of which is adapted to latch to a striker.

Abstract: A fixing structure for locking an object having a hook piece is disclosed. The fixing structure includes a rotating element, an elastic element and a base. The rotating element includes a rotating element body, a plurality of bumps, a first containing space, and a second containing space. The first containing space and the second containing space are disposed inside the rotating element body. The second containing space communicates with the first space. The elastic element connects with a bottom of the rotating element. The rotating element and the elastic element are disposed in the base body. The trajectory groove is disposed around the inside of the base body. The rotating element body can rotatively rise or descend such that the hook piece can be in the first containing space or second containing space.

Abstract: Disclosed is a convertible motorized latch that may be configured in either of a slam latch or a dead bolt latch configuration, just by desired selection and replacement of a minimal number of components, and which may be used on new (oem) equipment or in retrofit applications. In either preferred configuration, an electric motor contained within the latch housing operates to open or unlock the latch. Latch closure may be provided by spring actuation in a slam configuration or by further motor operation in a dead bolt configuration. Either present configuration may make use of an electrical feedback switch for signaling latch retraction while the dead bolt configuration may also include a second electrical feedback switch for signaling latch extension. A gear train may be incorporated within the latch housing to provide reduced speed and increased torque from the electric motor.

Abstract: The mortise lock of the invention has an adjustable backset employing a latch bolt spacer, a dead bolt extender and two body spacers between the mortise lock body and mortise lock face plate. All the spacers are removable.

Abstract: An ink cartridge for an inkjet printer includes a bottom face and a front face; an ink interface on the front face of the ink cartridge for connection to a cartridge receiving structure; a guide interface in the bottom face for guiding the cartridge along a straight line during insertion into the cartridge receiving structure for connecting the ink interface; a latch track disposed in the bottom face of the ink cartridge to guide a latch of the cartridge receiving structure; a latch stop disposed in the latch track for engaging the latch, where the latch track comprises a locking track and an unlocking track to accommodate movement of the latch with respect to the latch stop, the locking track being at least partly separate from the unlocking track; and a latch guide for redirecting the latch towards the locking track, rather than the unlocking track.

Abstract: An ink cartridge for an inkjet printer includes a bottom face and a front face; interfaces on the front face of the ink cartridge for connection to a cartridge receiving structure, the interfaces including an ink interface; a guide interface in the bottom face for guiding the cartridge along a straight line for connecting the interfaces; and a latch stop and a latch track disposed in the bottom face of the ink cartridge to guide and retain, respectively, a latch of the cartridge receiving structure. The latch track includes a locking track and an unlocking track to accommodate movement of the latch with respect to the latch stop, the locking track being at least partly separate from the unlocking track, the movement of the latch being along the locking track into a locked engagement position at insertion, and along the unlocking track into an unlocked position at ejection.

Abstract: A latch mechanism for selectively fastening a dirt cup to a vacuum cleaner having a locking recess. The latch mechanism can include a latch member having a portion that is selectively received in the locking recess and a cam follower surface, and a latch actuator comprising at least one button with a cam surface that faces the cam follower surface. When the latch mechanism is actuated, the cam surface bears against the cam follower surface, which initiates vertical movement of the latch member relative to the latch actuator. The latch member is thereby moved from a latched position in which the portion of the latch member is received within the locking recess to an unlatched position in which the portion of the latch member is removed from the locking recess, thereby allowing the dirt cup to be removed from the vacuum cleaner.

Abstract: A bolt mechanism comprising a backing plate adapted to be mounted on a complementary surface of a flat panel, a bolt assembly housing attached to the backing plate, a sliding bolt assembly carried on the bolt assembly housing one end of which has means adapted to engage and latch to a striker, a spring on said housing for keeping the end of the bolt extending out of the bolt assembly housing, the backing plate having means adapted to enable attachment to and detachment from an actuator housing assembly having complementary means adapted to enable attachment and detachment.

Abstract: A pair of left and right slide pins 10 and 20 are disposed at the rear side of the lid 1 movably in the lateral direction. The base member 30 is installed in the installation part formed on the lid 1 from the surface side of the lid 1. The operation handle 50 that drives a pair of slide pins 10 and 20 is mounted on the surface side of the base member 30. Also, the rotor 40 causing a pair of slide pins 10 and 20 to interlock in accordance with drive operation of the operation handle 50 is rotatably installed at the base member 30. The rotor 40 has a pair of drive force transmission engagement parts 43 and 43. A pair of slide pins 10 and 20 have the engaged parts 101 and 201, which are separately engaged with one and the other of the pair of drive force transmission engagement parts 43 and 43, respectively. The rotor 40 is mounted in the base member 30 in a state where the respective drive force transmission parts 43 and 43 are exposed to the rear side of the lid 1.

Abstract: A collapsible plastic storage and transport container has four sidewalls configured to be collapsible inwardly towards a bottom part. Two opposing first sidewalls have recesses and upper corner regions with a spring clip. The spring clip is fixedly connected to a first sidewall and has a free end with a locking projection. The other two opposing second sidewalls have detents disposed on edges of the two second sidewalls. The free end of the spring clip is moveable in a plane of the first sidewall against a spring force of the spring clip, and the locking projection engages behind a corresponding detent to lock the first sidewalls with the second sidewalls. The upper corner regions of the first sidewalls are double-walled, with a closed outer surface and an inner surface with a grip hole. Each spring element can only be actuated from inside the container.

Abstract: A push-push heart cam lock assembly for use in connection with a slidable tray within a vehicle. The push-push heart cam includes a breakaway feature to prevent breakage of the pin if a user pulls the assembly rather than pushes the assembly when attempting to close the assembly. The assembly includes a base, a track formed in the base, and a pin slidable within the track which is formed on the base. The assembly further includes a heart shaped cam having a fixed piece and a movable piece wherein the fixed piece and the movable piece of the heart shaped cam are mounted within the track of the base. In the event that the user pulls the slidable mechanism, the pin moves between the fixed piece and the movable piece of the heart shaped cam.

Abstract: In a damping mechanism for a pivot door arranged in a door frame, comprising a door fixture arranged in or on the door panel, a frame fixture arranged in or on the door frame, a damper arrangement arranged in the door fixture or the frame fixture and a damper arrangement counter part mounted in the frame fixture or in the door fixture, a damper arrangement with a brake catcher provided with a damper member includes a spring element which pulls the brake catcher into the fixture and the damper arrangement counter part includes at least one trigger element which is abutted by the brake catcher during closing of the door, so that the damper arrangement begins to dampen the pivot movement of the door as soon as a fixture part of the door comes into contact with a fixture part of the door frame.

Abstract: This invention relates to a cylindrical lock assembly and the combination of the cylindrical lock assembly and bolt assembly. The lock assembly includes a chassis housing an actuator that is rotatable about an axis xx to move a shuttle relative to the chassis. The shuttle operatively engages the bolt assembly to retract the latch bolt. The lock set also includes outer furniture which is adjustable in its position relative to the shuttle to accommodate doors of a range of thickness.

Abstract: A mortise lock is provided with independently rotatable spindles and a highly accessible lock-handing selector. Also, a clutching mortise lock is provided that enables operative rotation in both directions to retract the latch.

Abstract: A mortise lock incorporating a modular powerpack with dual independent return mechanisms, one for the inside operator and one for the outside, using linear springs, and with a lockout feature for selective “locking out” of the return mechanisms to accommodate external operators with built-in powerpacks.

Abstract: A lock assembly is provided for releasably coupling a dome of a telecommunications enclosure to a base of the telecommunications enclosure. The lock assembly generally includes a housing having at least one stop, a slider disposed at least partly within the housing and moveable between an extended position for coupling the dome of the telecommunications enclosure to the base of the telecommunications enclosure and a retracted position for uncoupling the dome from the base, and a cam configured to rotate and move the slider between the retracted position and the extended position. The cam is engageable with the at least one stop of the housing to stop rotation of the cam when the slider moves to the retracted position and/or to stop rotation of the cam when the slider moves to the extended position.

Abstract: The present invention relates to an opening and closing device of push-push type for lids, with particular reference to the lids of fuel tanks in cars and motorcycles, which uses a mechanism comprising a heart-shaped cam (6) and a roto-translating pin (3), in which the cam (6) is positioned in detached and parallel position with respect to the roto-translating pin (3) and in which the heart-shaped cam (6) and the pin (3) are connected by means of a rocker (8).

Abstract: A latch-bolt mechanism includes a housing, a latch-bolt, and a drive member. The latch-bolt is movable between an extended position and a retracted position, and includes a bolt body and an engaging member operable to move relative to the bolt body between an engagement position and a disengagement position and having an engaging portion. The drive member has a driving portion. When the engaging member is at the engagement position, the driving portion can be activated to contact and push the engaging portion so as to move the latch-bolt from the extended position to the retracted position. When the engaging member is at the disengagement position, contact between the driving portion and the engaging portion can be prevented.

Abstract: Several new components are provided for a mortise lock. First, a non-handed clutching assembly, including a pair of spindle hubs rotatable within a pair of outer operating cams, is provided for a mortise lock. Second, a spindle-mounted lock-handing selector—which can be removed from one side of the lockset body while the lockset body is installed in the mortise of a door—is provided to set the handing of the clutching assembly. Third, an escapement mechanism is provided for a reciprocating-slide-based clutchworks, enabling the slides to move into a position biasing a clutch lever arm toward a hub-coupling position, even if the outer and spindle hubs are misaligned. Fourth, a guardbolt-actuated blocking assembly for a lockset is provided to block movement of the stop works or clutchworks when the door is closed and the outside door handle is disabled.

Abstract: A stop arrangement for precluding disengagement of a mortise deadbolt lock element by a cam which is employed to extend and retract the element. The arrangement employs first and second stop arms angularly spaced from a cam, which are rotatable, along with the cam, and which engage the lock element to preclude over-rotation.

Abstract: A computer casing may have an opening that requires sealing against water ingress. A system for preventing ingress of liquid into the opening may include a door rotatably connected to the computer casing, a layer of material adhered to the door and having a chamfered edge, a bar movably connected to the door and operable for travel in a first direction or a second direction opposite the first direction and a spring having a first end connected to the bar and a second end connected to the door for biasing the bar in the first direction of travel. Closing the door causes the layer of material to contact a recessed surface of the opening and deflect the chamfered edge to form a seal in the recessed opening. Moving the bar in the first direction retains the door relative to the computer to maintain the seal formed by the layer of material.

Abstract: A double slide arm spring mechanism for biasing a primary mechanism to home position after operation and retaining the primary mechanism in the home position pending further operation. The double slide arm spring mechanism includes a pair of slideably interlocking arms each having a longitudinal frame member and a spring engaging flange at each end. The frame members are a disposed to engage one another while permitting relative sliding of the arms. The slide arms are interlocked such that one flange of each arm is situated between the two flanges of the other arm. Two compression springs are retained between the flanges of the arms such that sliding of either arm toward the other necessarily compresses both springs. Potential energy stored in the springs returns the slide to its neutral position when the operator is released thereby also returning the operator to its neutral position.

Abstract: A latch system for a sliding member and a stationary member has upper and lower bodies fixed to the sliding member; an anchor block fixed to the stationary member; a release body slidably connected to the anchor block such that the release body can move relative to the anchor block; a lower arm having a first end and a second end, the first end of the lower arm being attached to the release body; a control arm having a first end and a second end, the first end of the control arm being rotatably attached to the second end of the lower arm; and a swivel cam having a first end and a second end, the first end of the swivel cam being rotatably attached to the second end of the control arm.