Abstract: An operational apparatus for a vehicle slide door comprises an outer open lever connected to an outside handle of the door, an inside handle of the door rotatable in door-opening and door-closing directions, an inner open lever connected to the inside handle, a child-proof mechanism, a powered closing unit for closing the door from a half-latched position to the full-latched position, a fail-safe lever for interrupting an operation of the powered closing unit, a sub inner lever connected to the inside handle. The inner open lever transmits a door-closing rotation of the inside handle to the fail-safe lever without through the child-proof mechanism. The sub inner lever transmits a door-opening rotation of the inside handle to the fail-safe lever without through the child-proof mechanism. The fail-safe lever is moved in the same direction by either of the door-opening and the door-closing rotations of the inside handle.

Abstract: Presented is a slidable deadbolt security device designed for installation with a sliding glass door or sliding glass window. The slidable deadbolt security device is fastened to the threshold in association with the leading edge of the fixed door portion of a slidable door assembly. A deadbolt is manipulable to engage or disengage the sliding door portion. The relationship of the slidable deadbolt and the sliding door frame is such that the deadbolt cannot be disengaged from the sliding door frame unless the sliding door is completely closed. In an aspect of the invention relating to sliding glass windows, the slidable deadbolt is slidably mounted on the windowsill adjacent the leading edge of the fixed window portion of the window assembly and spaced laterally from the fixed window frame to enable the slidable window portion to move therebetween.

Abstract: A burglarproof device for a sliding leaf including at least a locking organ capable of being protruding with respect to the front edge of the sliding leaf, so as to cooperate with a keeper inserted against the corresponding stile of the sash-frame. This burglarproof device includes a burglar-safe case defined by an inner wall and an outer wall extending perpendicularly to a bottom provided with an elongated slot through which passes the locking organ; and a keeper formed by a cap including an opening for receiving the locking organ, this cap being capable of covering a bearing capable of being inserted in the fillister of the sash-frame. This cap has a shape without undercut impeding a tool from being hooked in during an attempt of burglary.

Abstract: A rotatable security bar mechanism permanently attached to the frame of a slidable panel such as a patio door or window, capable of being operated without interfering with the normal operation of the panel or window, is disclosed. The pivoting security bar assembly includes a single bar section having generally rectangular dimensions and which are disposed to interfere with the direction of travel of a slidable panel or door in its normal operating direction. The Security bar rotates about hinges alternatively in an open and closed position to cover the slidable track area of the slidable or moveable panel member. When the bar is in the locked position, it covers slidable track members utilizing the shape, design, and trim levels which are similar to the design trim of the slidable panel or window units color and design, such as to be unnoticeable.

Abstract: A device for attaching to a sliding door of a pair of sliding doors and for allowing opening of the sliding door by use of a foot. The device includes a first portion, a second portion, and attaching apparatus. The first portion is attached to the interior surface of the bottom of the sliding door and is engaged by the foot when opening the sliding door. The second portion is attached to the exterior surface of the bottom of the sliding door and is engaged by the foot when opening the sliding door. The attaching apparatus attaches the first portion and the second portion to the sliding door.

Abstract: A limiter or stop for a sliding door or sliding panel is provided. The limiter includes a shaft disposed within the escutcheon that is connected to a head. The head includes two spaced-apart holes for frictionally receiving locking rods or bars. The head is further connected to retaining elements for securing the rods in position after insertion. The rods may be manually removed and inserted into either hole in the head. Rods of differing lengths are provided. Accordingly, a single limiter is provided that may be installed in a variety of different positions.

Abstract: A lock for sliding door, window or like closure includes a drive member mobile in the longitudinal direction of the casing relative to the casing and includes an arrangement which cooperates with a complementary arrangement attached to the cylinder to enable the drive member to be moved in one direction or the other by means of the key and another arrangement which cooperates with a complementary arrangement of the sliding assembly to enable the sliding assembly to be moved by means of the key.

Abstract: A flexible coupling is provided for a lock actuator and a latch assembly. The coupling is particularly useful for sliding glass doors and enables the actuator to be mounted to the door in an axially offset relationship with respect to the connecting member of the latch assembly. The coupling includes a male member that includes an outwardly protruding knuckle that is pivotally and frictionally received in the socket of a female member. The male member is connected to either the lock actuator or the latch assembly while the female connector is connected to the other of the lock actuator or the latch assembly. Rotation of the lock actuator results in rotation of both the male and female member thereby resulting in rotation of the connecting member of the latch assembly even though the actuator is disposed offset from the connecting member.

Abstract: A switch cabinet for electronics and electrical engineering is proposed with a door hinged on at least one side (1) as well as a centering mechanism for the level centering of the door during closing (1), where the centering mechanism is arranged in the area of the locking mechanism, and where the centering mechanism's components, one centering piece (3) and one catching part (11), are arranged on the door (1) or on a framework element (2) of the switch cabinet and interlock when closing the door (1).

Abstract: In a lock for sliding closures a covering plate forms an integral part of a sliding assembly. Fixing members include arrangements to receive complementary arrangements of the covering plate and to cooperate with the latter to guide the moving assembly when it slides relative to the wall and to hold it against the wall.

Abstract: A blocker member is mounted on the vehicle body adjacent the floor mounted door track and includes a housing and a blocker lever which is pivotally mounted on the housing. The blocker lever is operably connected to the fuel filler door by a cable. When the fuel filler door is opened, the cable is tensioned and pivots the blocker lever to an extended position in which the blocker lever extends into the path of sliding movement the door. Thus, whenever the fuel filler door is open, the sliding door is blocked from sliding open into engagement with the fuel filler door. The blocker member preferably includes a resilient bumper against which the blocker lever seats in order to absorb energy when the door is slid into engagement with the blocker lever.

Abstract: A door opening screening system that is suitable for screening large garage door openings and that includes two retractable screen assemblies that are deployed across the garage door opening and that are secured together to form a screen across the garage door opening. The door opening screening system also includes at least one screen assembly trackway section that is attachable above a doorway opening and that includes a resilient U-shaped trackway guide member that forms a screen guide channel sized to receive and hold a top edge of a screen assembly.

Abstract: A lock for a sliding door, window or like closure comprises a casing forming a slide fixed relative to a profile and extending substantially in a transverse direction of the profile and a mobile member mounted to slide relative to the casing forming a slide in the transverse direction and fastened to the feeler and to the abutment member.

Abstract: A magnetically actuated safety lock device provides automatic locking capability to doors such as sliding glass patio doors and prevents unsupervised opening of the door by young children, thereby barring their access to dangerous environments. When the sliding door is closed, it is automatically locked. The lock device is installed in a position high upon the sliding door to prevent actuation by young children and requires no permanent modification to the door on which it is installed. The lock device consists of a locking assembly and a magnetic key. The locking assembly includes a magnetized latch assembly and a mounting bracket. The latch is held in the locked position by gravity and is only rotated into the unlocked position through the application of hand pressure or the repulsive force of the magnetic key. The doors can be unlocked from both inside and outside the door. Upon removal of either the magnetic force or hand pressure, the latch rotates back into the locked position.

Abstract: A latch for a sliding door of a truck or the like comprises a housing, a latch bar mounted to the housing for pivotal movement and spring means biasing the latch bar towards a latched position. An outboard cam is rotatably mounted to the housing for camming engagement with the latch bar. An outside handle is mounted to the outboard cam. An inboard cam is rotatably mounted to the housing for camming engagement with the latch bar and an inside handle is mounted to the inboard cam. A lock slide is mounted for manual movement into and out of locking engagement with the outboard cam. A mechanism is also included for moving the lock slide when positioned in the locking position out of the locking position in response to pivotal movement of the latch bar.

Abstract: A latch plate pivots between a latch position wherein the latch plate engages with the striker and an open position wherein the latch plate releases the striker. A pawl member pivots between an engaging position wherein the pawl member engages with the latch plate to restrain the latch plate in the latch position and a releasing position wherein the pawl member disengages from the latch plate. A holding lever pivots while incorporating with the latch plate and the pawl member. The holding lever includes a holding portion which is engageable with the pawl member to restrain the pawl member in the releasing position and an arm portion against which a projected part of the latch plate abuts to pivot the holding lever in a direction to disengage the holding portion from the pawl member when the latch plate is pivoted from the latch position toward the open position.

Abstract: A new Adjustable Telescopic Window Security System for facilitating increased security for various sizes of conventional windows while allowing the user to simultaneously adjust the position of the window so as to allow ventilation through the conventional window. The inventive device includes a telescopic security tube adjustable to various sizes of windows, at least one window engaging suction cup to retain the present invention to the conventional window, and a pair a pane engaging caps secured to opposite ends of the telescopic security tube engaging the conventional window pane.

Abstract: A lock for the locking of a sliding closure. The lock includes a housing (10) with a pair of hook shaped locking elements (11) which are mounted for counter-rotation within the housing. A handle (26) is mounted for rotation on the housing and is coupled to a gear wheel (23) which meshes with a pair of rack elements (30,32) which are located for sliding movement in the housing (10). A projection (34) from each rack element (30,32) engages in a curved slot (35) of the locking element (11). Consequently, rotation of the handle (26) results in a sliding movement of each of the racks (30,32) which causes the locking elements to move between a first position where the locking elements are substantially retracted in the housing (10) and a second position where the locking elements can latchingly engage with a strike.

Abstract: An external lock assembly for sliding doors and the like, cooperating with a tubular frame mounted element, which has a thickness and form such as to enable it to be mounted within the limited space available in between a pair of sliding door panels (glass panel and shutter panel). The external lock assembly comprises at least one and preferably a pair of sliding bolts and effects a locked condition of the sliding door when the sliding bolts enter within a central vertical hole of the tubular frame mounted element.

Abstract: A vehicle door latch has a rotatable fork bolt that is latched by a detent in primary or an intermediate secondary latch position. The detent is operated via an intermittent lever that is operated by a transfer lever that is actuated by inside and outside door handles via suitable mechanical linkage. The door latch includes a locking lever that disables the door handles from operating the intermittent lever when it is in the locked position. The door latch also includes a cinching mechanism that automatically engages the fork bolt in the primary latch position when the intermediate secondary latch position is reached. The cinching mechanism shifts out of the way responsive to an unlatching operation to provide a fail-safe feature.

Abstract: A locking device for a set of double sliding doors comprising two U-shaped clips and a flexible band operatively engaging both clips. The locking device is designed to prevent the relative movement of double sliding doors which comprise an interior door and an exterior door, with the interior door sliding in an interior track and the exterior door sliding in an exterior track. The interior and exterior tracks are parallel to each other. In a closed position, an inside vertical stile of the interior door is adjacent to, and which overlaps an inside vertical stile of the exterior door defining a space between the interior and exterior doors. A U-shaped clip is secured to the inside stile of each sliding door. The flexible band is secured at its first end to the U-shaped clip secured to the inside stile of the interior door and then traverses through the space between the interior and exterior doors to the inside stile of the exterior door.

Abstract: A multipoint lock for securing a door to a door frame includes a tie bar longitudinally movable on the door with two latch members adjustably secured laterally relative thereto. The latch members are modular with hooks for selectively securing to the tie bar and other latch members. A metal face plate is securable over a door side groove with the tie bar movably secured to the plate in the groove at at least two locations by securing members extending through openings in the plate, tie bar and a plastic spacer. The securing members each include a longitudinal body member with parallel longitudinal sides cooperating with a tie bar slot to guide the tie bar. Rivets at ends of the securing members are secured to the plate. A link, pivotable about a substantially horizontal axis, has one arm driveably engaging the tie bar to selectively move the tie bar vertically toward a disengaged position.

Abstract: A relay assembly for a vehicle sliding door comprises an outer opening lever mounted on a base plate for releasing a latch unit by operation of an outside open handle, a locking lever mounted on the base plate and having an unlocked position and a locked position, an inner opening lever mounted on the base plate for releasing the latch unit by operation of an inside open handle, a child-proof lever mounted on the base plate and having a non-proof position and a proof position, and a ratchet lever mounted on the base plate and coupled to the latch unit through a rod or wire. The locking lever and child-proof lever are pivotally mounted on the base plate by a first shaft, and are provided on opposite sides of the base plate, respectively. The inner opening lever and outer opening lever are pivotally mounted on the base plate by a second shaft parallel to the first shaft, and are provided on opposite sides of the base plate, respectively.

Abstract: A latch for maintaining a sliding door in one of several modes such as a child-safety mode. When in the child-safety mode, the range of motion of the sliding door is restricted, however, the latch may be disengaged by an adult from either side of the sliding door. The latch may also be employed in a security mode to prevent any opening of the sliding door from the exterior side. The latch may additionally be employed in a ventilation mode wherein the sliding door is slightly opened with overriding of the latch available only from the interior of the sliding door.

Abstract: A multi-point sliding door latch adapted to be fitted in a single opening in the lock face of the stile of the sliding door and arranged for coaction with a keeper structure on an associated jamb and for coaction with a handle assembly mounted on the stile of the sliding door and including a tail member operated by a thumb turn or a key lock.

Abstract: A latch keeper is mounted to a keeper housing in such a manner that a first portion of the latch keeper engages a latch hook on one side of a housing wall, and a second portion of the latch keeper is disposed on an opposite side of the housing wall. When the latch hook and the latch keeper are interengaged and a force is applied, the latch keeper imparts a moment force against the keeper housing.

Abstract: A power striker apparatus engages a striker with a latch to move the striker with respect to the latch mechanism from a secondary latch position to a primary latch position. A base member supports the striker for movement between a first position and a second position with respect to the latch mechanism. A biasing member urges the base member toward the first position. A drive moves the base member from the first position against the urging of the biasing member toward the second position and selectively releases the base member when in the second position if the striker is in the secondary latch position when the base member reaches the second position, such that the striker snaps back to the first position in response to the urging of the biasing member to inertially drive the striker into the primary latch position with respect to the latch mechanism from the secondary latch position before the moveable closure can move with respect to the opening.

Abstract: A power striker apparatus for a movable closure assembly includes a fixed frame defining a portal through a barrier. A movable closure is mounted on the frame for movement along a fixed path between a first end limit of movement wherein the closure is in a closed position obstructing the portal and a second end limit of movement wherein the closure is in an open position. The power striker apparatus can include a striker mounted on one of the frame and the closure. A latch mechanism is mounted on the other of the frame and the closure, so that the latch mechanism is engageable with the striker for releasibly latching the closure in the closed position. A base member is provided for supporting the striker for movement between a first position and a second position with respect to the latch mechanism. A biasing member urges the base member toward the first position. A drive mechanism moves the base member from the first position against the urging of the biasing member toward the second position.

Abstract: A closure system for a sliding main door and a sliding screen door system of the type typically used in houses and some commercial buildings operates to permit three modes of operation of the sliding screen door and the sliding main door relative to one another. In a first mode of operation handles on the doors freely pass by one another and the two doors may be operated completely independently of one another. The handle on the sliding screen door is capable of movement to different vertical positions; and in another position, cooperating surfaces on the two handles cause the sliding screen door always to be closed when the main door is closed. When the main door is opened, however, the sliding screen door in this mode is capable of movement back and forth independently of the main door to the extent of the opening of the sliding main door.

Abstract: An apparatus for mounting a front latch device to a front side of a sliding door to be closed and opened by moving in front-and-rear direction of a vehicle body comprises a mounting wall to which the front latch device is mounted by screws or bolts. The front latch device is provided with a latch body accommodating a fork member and pawl member, and first and second metal plates mounted to the latch body. The first metal plate is closely adhered onto the mounting wall, and the second metal plate has boss portions to be engaged with ends of the screws or bolts. The latch body sandwiched between the first and second plates. The mounting wall is parallel to a direction in which the front latch device moves.

Abstract: A door lock has a latch which is rotatable from a retracted position to an extended position by means of a linkage. A safety button extends from the latch when the latch is retracted. The linkage cannot be moved unless the safety button has been pressed, which occurs when the door is adjacent the door frame. This prevents the latch from extending and so damaging the keeper in the door frame. The linkage also has a notch which cooperates with a tang projecting from the housing. The tang an notch prevent the latch from being rotated from the extended position to the retracted position except by operation of the linkage. This feature makes it difficult to force the lock open without a key. In addition, one or more remote locks may be added to the main lock. With two remote locks it is possible to provide three anchor points for a door.

Abstract: A security lock for a sliding door or window assembly is provided. The lock comprises two pivotally connected overlapping bars having a releasable slider mechanism associated with the pivot point. The lock is adapted to sit in or above the track along which the sliding door or window moves.

Abstract: An interlock mechanism, for an automotive vehicle having a fuel filler door and a sliding door on a same side of the vehicle body, has a sensor mounted proximate the filler door for sensing movement thereof, a latch for releasably latching the sliding door in a closed position when the filler door is open, and a cable connected between the sensor and the latch for communicating the position of the filler door to the latch. The latch has a cam member mounted to the vehicle body, a pivotable hook for preventing movement of the cam when the filler door is open and disengaged from the cam member when the filler door is closed, and a key extending from the sliding door for engagement with the cam member when the sliding door is in a closed position and for disengagement from the cam member when the sliding door is moved to an open position. The sliding door is locked in a closed position when the filler door is opened.

Abstract: A pocket door latch assembly has a housing with a latch arm pivotally mounted therewithin. The latch arm has a latch nose at one end and an inverted generally V-shaped slot adjacent its other end, and the arm is pivotable between a first position wherein it is entirely within the housing and a second position wherein the latch nose extends outwardly of the housing. An actuator has a portion slidable within the slot between a first position adjacent the one end of the arm and a second position spaced from the one end to pivot the latch arm between its first and second positions. The actuating means is manipulable outwardly of the housing to slide the slidable portion of the actuating means within the slot between its first and second positions, thereby pivoting the latch arm between its positions.

Abstract: An improved sliding door latch comprising a recess formed in the leading edge of a sliding door, a latchplate covering said recess and formed with an opening to allow engagement by a latch member, a housing mountable in a recess formed in a door jamb, a latch member pivotally mounted in said housing and movable into and out of a position engaging said latchplate, lever means actuable to move said latch member, and privacy latch engageable with said lever means to prevent undesired actuation of said lever means.

Abstract: A locking assembly secures sliding windows disposed in a common track in the closed condition. One substantially inelastic strap is permanently fixed at at one end to one sliding window and has one component of a coupling device connected at its other end. Another substantially inelastic strap is permanently fixed at one end to the other sliding window and has another component of the coupling device connected at its other end. The components of the coupling device are selectively matable and separable for respectively connecting and disconnecting the straps. The straps have a combined length such that, when the windows are in the closed condition and the coupling components are mated, the straps are tautly extended between the windows.

Abstract: A slam latch for securing a slidable window or door to a corresponding frame consists of a housing including a base plate, a catch and a keeper wherein the catch is spring biased downward against the housing so as to become operatively engaged with the keeper attached to the frame when the door or window is moved to a closed position causing the catch and keeper to become in juxtaposition to one another.

Abstract: A lock and alarm device includes: a lock body held on a window and door rail at a lower position of the door or window for an easier concealment, a vise having two jaw members telescopically mounted in a bottom of the lock body to be firmly tensioned or retained on the rail as driven by a knob for retarding a sliding opening of the window and door, and an alarm mounted on the lock body and operatively actuated for sensitively detecting an unexpected opening of the window and door for enhancing security when the opening of the window or door triggers a touch-on switch of an alarm circuit, or when the vibrations caused by the opening of the window or door actuates a vibration sensor of the alarm circuit.

Abstract: The present invention provides an assembly for latching a moving panel relative to a frame in which the moving panel slides or glides. A keeper is secured to the frame, and a latch is secured to the moving panel in such a manner that the keeper and latch are adjacent one another when the moving panel is moved to a closed position within the frame. Rotation of a key or handle on the moving panel causes the latch to extend and capture the keeper and pull the moving panel toward the frame as it latches. The latch cannot capture the keeper until a spike extending from the frame deflects a button on the moving panel. When the moving panel is latched, the spike provides resistance to vertical movement of the moving panel relative to the frame.

Abstract: A latch assembly and process for manufacturing such an assembly and process for painting an assembly with a pivoting member are disclosed. The latching assembly comprises a body, a latch moveable between open and closed positions, and a thumb turn mounted for pivotal movement in the body. The thumb turn includes a cylindrical boss mounted for rotation in the body about a central axis of rotation, and a lever arm extending radially outwardly from the central axis of rotation of the cylindrical boss to a free end exposed outside of the body. A plurality of resilient arms having free hook ends engage the cylindrical boss to hold the cylindrical boss in the body while allowing for rotational movement of the cylindrical boss with pivotal movement of the lever arm. The free hook ends are held in a separate position which prevents rotational movement during the painting step of the manufacturing process.

Abstract: A door opening of an operator cab for a construction machine is enlarged so that protrusion of the door beyond a turning radius can be avoided when the door is fully opened and so that the operator cab can have a wide indoor space. Therefore, a side wall (2a) of the operator cab (2) at an opposite side to a boom of a working-machine installed on a swivel base (1) is formed to have an outer convex surface, including the door; rails (4, 5 and 6) are provided on the side wall (2a) of the operator cab (2); the door (3) is provided with rollers (7, 8 and 9) which are always engaged with the rails to slide the door for easy opening and closing operation, and the position of the door (3) when the door is locked fully open is set to be within a range of turning radius (R) of the swivel base (1) along the outer surface of side wall (2a) of the operator cab (2).

Abstract: The invention is directed to a security grille system for attachment to screen sliding doors. Many safety features are encompassed in the design of the system.

Abstract: A bilateral-type door locking handle assembly is disclosed. The assembly, owing to its bilaterality, can be employed in both a leftward- and a rightward-retractable door unit to enable its maker to save manufacturing costs and stock space of the product, in which: left latch 25 and right latch 28 are pivoted to pivot 22; lock plate 18 is vertically slidably moved by projection 41 of lever 17 connected with both rotor 19 of lock 12 and base shaft 14 of thumb turn 15, the projection being so arranged as to be pushed by plate 36 fixed to the rotor; notches 30 and 31 abutting on a left and a right surface of plate 29 of the lock plate are provided in shoulders of the left and the right latch, respectively; and, driving plate 40 is provided in an upper end of rear handle 9 so as to project therefrom and abut against each of arm 37 of the left latch and arm 38 of the right latch, the rear handle being interlocked with a front handle 6.

Abstract: A lock for a sliding door has at least one locking bolt adapted in use to be moved between an open position and a locking position by activation of an operating member which rotates a pinion which engages a pair of drive racks to cause movement of the locking bolt generally parallel to the longitudinal axis of the bolt and in a direction parallel to a leading edge of a door in which the lock is mounted. The locking bolt is adapted when moved to its locking position to move into locking engagement with a staple-like keep mounted on a frame for the door when the door is in a closed position. A key operated deadlock facility prevents activation of the operating member. Preferably, the lock is also fitted with a safety mechanism so that it cannot be damaged if the door to which it is fitted is closed when the lock is in a locking position, and it is also possible to provide both an automatic latching and a panic feature on the lock.

Abstract: A security knob assembly for a panel including a pet door, mounted on the panel remotely from the pet door, the security knob assembly including a latch movable between lock and unlock positions, the latch being operated by rotation of a knob after the knob is pushed in axially from a disengaged to an engaged position. The knob has an array of pins that engage an array of holes when the knob is pushed in to operate the latch. The latch may also be operated by a key cylinder, and the mechanism provides a plug to plug up the opening to the mechanism when a key cylinder is absent.

Abstract: A multipoint lock assembly is provided for securing a sliding door in a tightly closed and locked condition. The multipoint lock assembly comprises a plurality of latch cartridges mounted at vertically spaced positions along a free side edge of a sliding door, wherein the latch cartridges each include a keyhole-shaped latch port and are movable together for engaging headed latch pins mounted on an adjacent door jamb. A main actuator cartridge is mounted on the door for moving the latch cartridges to an unlatched position to permit door movement to an open position in response to rotation of a door handle. A trigger assembly retains the latch cartridges in the unlatched position until the door is closed, at which time the trigger assembly releases the latch cartridges for spring-loaded movement to a latched position engaging the latch pins. A security deadbolt is also provided on the main actuator cartridge and can be thrown when the door is closed for positively locking the door.

Abstract: A ventilation stop for limiting the length of movement of a slidable door or window sash. The ventilation stop is located in a fixed element of a window or door assembly, preferably in an interior glazing stop of a fixed sash adjacent to the slidable sash. The stop includes a recess in the glazing stop, a tab disposed in and protruding from the recess, and a hinge pin disposed in friction fit through a bore in the tab and extending into the glazing stop beyond the recess, preferably in both directions from the tab. The axes of the bore and the pin are parallel to the direction of movement of the slidable sash, permitting the tab to be turned into an interfering relationship with the slidable sash, thereby limiting the length of movement of the sash, or to be turned out of interference, thereby permitting unrestricted movement of the sash. Preferably the glazing stop is hollow, allowing for easy insertion of the pin into the tab from within the glazing stop during assembly of a window or door unit.

Abstract: There is provided a bilateral-type door locking handle assembly. In the assembly in a leftward- and a rightward-retractable door unit enabling the assembly of a single type to be mass-produced and enabling reductions in manufacturing cost and a saving of storage space thereof: a left and a right latch plate 25 and 28 are rotatably mounted on fixed pivots 22 and 51, respectively; a lock disk 17 connected with a shaft 14 of a thumb turn 15 is provided with locking blades 18, 48; locking projections 30 and 31 abutting against the blades 18 and 48 are formed in upper shoulders of the latch plates 25 and 28, respectively; a shaft 33 for transmitting torque produced in handles 6, 9 is fitted in an interlocking shaft 35 in which a driving plate 40 is provided; and, a driving projection 39 abutting against a follower 37 of the latch plate 25 and 38 of the latch plate 28 is formed in an upper portion of the driving plate 40.

Abstract: An interlock mechanism is mounted proximate a door track for a vehicle having a sliding door and a fuel filler door on the same side of the vehicle. The mechanism has a pair of interacting links which prevent either door from opening when the other is already open. A first link is connected to the filler door and obstructs movement of a second link in the door track, and thus the sliding door, when the filler door is open. When the sliding door is open, the second link obstructs movement of the first link which in turn prevents the filler door from opening.

Abstract: The assembly is used in leftward- and rightward-retractable door units, and provides wide variations of key to prevent the assembly from being illegally unlocked. In the assembly: a left 25 and a right 28 latch plate are supported on pivots 22 and 54, respectively; a lock casing 17 connected with a thumb turn 15 has locking blades 18, 48; locking projections 30 and 31 abutting against the blade 18 are in the plates 25 and 28, respectively; an interlocking shaft 35 receiving torque transmitted from a front 6 and a rear 9 handle has a driving plate 40; a driving projection 39 abutting against the arms 37, 38 is in the plate 40; a locking hole 50 of a core 20 received in a lock casing 17 assumes a regular hexagonal shape in cross-section, provided that one of its six corners forms a curved surface 50a; a locking pin 51 extends from an inner surface of the hole 50; and, a locking projection 53 is in a center of the bottom of the core 20.