초록 ▼

A self-contained latch module in combination with a pusher and catch (collectively “latch assembly”) allows for the locking of two doors with a single lock. The latch module contains two spring-loaded bolts, one active and one passive. Pushing the active bolt into the latch housing, the passive bolt

A self-contained latch module in combination with a pusher and catch (collectively “latch assembly”) allows for the locking of two doors with a single lock. The latch module contains two spring-loaded bolts, one active and one passive. Pushing the active bolt into the latch housing, the passive bolt extends out of the opposite side of the latch housing. Pushing onto the passive bolt in the direction of the latch housing while the active bolt is depressed will allow the passive bolt to retract into the housing without affecting the active bolt on the opposite side. This allows a user to slam closed the associated doors in any order. The self-latching nature of this latch assembly allows for the automatic latching of the cabinet doors without having to manually latch one of the doors before locking the other. In the case of tall wardrobe doors, it is desirable to install two latch assemblies; one at the top and another at the bottom, with the lock installed in the center position of the door, thereby preventing the prying of the doors. The latch assembly is mountable at the top and/or bottom of a cabinet or wardrobe, and is field retrofitable.

대표청구항 ▼

1. A latch assembly for multiple doors of an enclosure, comprising: a pusher engagement member for mounting on a first associated door of an associated enclosure;a catch engagement member for mounting on a second associated door of an associated enclosure;a housing defining an interior chamber along

1. A latch assembly for multiple doors of an enclosure, comprising: a pusher engagement member for mounting on a first associated door of an associated enclosure;a catch engagement member for mounting on a second associated door of an associated enclosure;a housing defining an interior chamber along an elongated axis of such housing; anda pair of sliding spring-loaded bolts comprising respective bolt and spring pairs received in axial alignment for slide movement in such interior chamber with said bolts in partially nested position, such that an active bolt of such pair of bolts engages and pushes outwardly away from said housing a passive bolt of such pair of bolts whenever said active bolt is engaged by said pusher engagement member for relatively inward movement of such active bolt relative to said housing, so that said passive bolt is in a relatively extended position relative to said housing to engage said catch engagement member whenever the second associated door of the associated enclosure is in a closed position. 2. A latch assembly as in claim 1, wherein said passive bolt is mounted for inward sliding movement along said interior chamber relative to said housing whenever said passive bolt is engaged by said catch engagement member, without moving said active bolt. 3. A latch assembly as in claim 1, wherein: said interior chamber comprises a u-shaped channel formed by said housing; andsaid latch assembly further includes a cap plate for selectively enclosing said u-shaped channel for maintaining said springs and inward ends of said bolts in said interior chamber. 4. A latch assembly as in claim 1, wherein: said bolts have respective outward ends forming angled surfaces for contact with said engagement members for respectively being driven by said engagement members in an inward direction relative to said housing; andsaid bolts have respective inward ends forming pins disposed for securing respective ends of their paired springs. 5. A latch assembly as in claim 1, further comprising a pair of mating stop members formed respectively on said active bolt and said passive bolt for limiting the range of inward movement of said active bolt. 6. A latch assembly as in claim 1, further comprising a pair of cradles formed in said interior chamber for respectively receiving said pair of springs in parallel, non-axial alignment. 7. A latch assembly as in claim 1, further including a lock for mounting relative to the associated enclosure for locking the first and second associated doors whenever such doors are closed. 8. A latch assembly as in claim 1, wherein: said interior chamber comprises a u-shaped channel formed by said housing, with said passive bolt mounted therein for inward sliding movement along said interior chamber relative to said housing whenever said passive bolt is engaged by said catch engagement member, without moving said active bolt;said bolts have respective outward ends forming angled surfaces for contact with said engagement members for respectively being driven by said engagement members in an inward direction relative to said housing; andsaid bolts have respective inward ends forming pins disposed for securing respective ends of their paired springs; andsaid latch assembly further includes a cap plate for selectively enclosing said u-shaped channel for maintaining said springs and inward ends of said bolts in said interior chamber;a pair of mating stop members formed respectively on said active bolt and said passive bolt for limiting the range of inward movement of said active bolt; anda pair of cradles formed in said interior chamber for respectively receiving said pair of springs in parallel, non-axial alignment. 9. A latch assembly for mounting on a cabinet having at least respective paired first and second doors, comprising: respective pusher and catch members for respective mounting on said first and second doors of a cabinet; anda latch module for mounting on said cabinet between said pusher and catch members, said latch module having a housing defining an interior chamber along an elongated axis of such housing, and having a pair of slam bolts received in said interior chamber for respective closing engagement of said bolts depressed into said latch module housing whenever respectively engaged by said pusher and catch members;wherein said bolts are partially nested relative to each other so that depressing one bolt into said latch housing extends the other bolt out of the opposite side of the latch module housing while depressing such other bolt into said latch housing passes by the one bolt without changing position of such one bolt in such latch module housing. 10. A latch assembly as in claim 9, further comprising a pair of mating stop members formed respectively on said bolts for limiting the range of depressing movement of such one bolt into said latch module housing. 11. A latch assembly as in claim 9, wherein said slam bolts are respectively associated with springs received within said latch module housing. 12. A latch assembly as in claim 11, further comprising: a u-shaped channel formed by said latch module housing and forming said interior chamber thereof; andsaid latch assembly further includes a cap plate for selectively closing said u-shaped channel for maintaining said springs and inward ends of said bolts in said interior chamber. 13. A latch assembly as in claim 11, wherein: said bolts have respective outward ends forming angled surfaces for contact with said pusher and catch members for respectively being depressed by said pusher and catch members into said latch module housing; andsaid bolts have respective inward ends forming pins disposed for securing respective ends of their associated springs. 14. A latch assembly as in claim 11, further comprising a pair of cradles formed in said interior chamber for respectively receiving said pair of springs in parallel, non-axial alignment. 15. A latch assembly as in claim 9, further including a lock for mounting relative to the associated enclosure for locking the first and second associated doors whenever such doors are closed. 16. A latch assembly as in claim 9, further including: a second set of respective pusher and catch members for respective mounting on said first and second doors; anda second latch module for mounting on said cabinet between said second set of respective pusher and catch members.