CN105658888A

CN105658888A - Mortice lock assembly operable in holdback mode and anti-lockout mode

Info

Publication number: CN105658888A
Application number: CN201480057814.7A
Authority: CN
Inventors: S·J·海特; S·P·泰泽
Original assignee: Assa Abloy Australia Pty Ltd
Current assignee: Assa Abloy Australia Pty Ltd
Priority date: 2013-10-25
Filing date: 2014-10-27
Publication date: 2016-06-08
Anticipated expiration: 2034-10-27
Also published as: NZ717794A; HK1219767A1; WO2015058251A1; CN105658888B; SG11201602077SA; AU2014339758B2

Abstract

The invention relates to a mortice lock assembly (2) including a latchbolt assembly (28) that is moveable relative to a housing (5) between an extended position and a retracted position. The mortice lock assembly also includes a selector means (51) adjustable at the front wall (25) of the housing (5) for selecting a mode of operation of the mortice lock assembly. The mode of operation includes a holdback mode whereby the bolt assembly (28) is retained in a retracted position or an anti lockout mode whereby a lock mechanism (48) is prevented from remaining in an active condition.

Description

The mortice lock assembly that can operate under being detained pattern and anti-lock pattern

Technical field

The present invention relates to a kind of mortice lock assembly being used in door, this mortice lock assembly includes housing, also has the latch bolt that can move relative to this housing. More specifically, this mortice lock assembly is such mortice lock assembly, this mortice lock assembly includes for latch bolt being moved to the actuator of retracted position from extended position, being used for pushing latch bolt to the latch bolt biasing device of extended position, and includes locking device to control the operation of this actuator.

Background technology

Mortice lock assembly according to the above-mentioned type generally will form a part for lockset in use, and this lockset includes laying respectively at the interior door furniture of the inner side and outer side of door and outer door furniture. Door furniture can include the handle for interacting with actuator or knob and the cylinder for interacting with locking device. Lockset may be mounted in various environment, and it is generally desirable to mortice lock operation mode be can adjust to adapt to these environment.

Mortice lock assembly may be mounted in such environment, and wherein the portion of time door on daytime is all exposed to the high volume of traffic, and other part-times by day then need to secure the doors in closed position. One embodiment of this situation is exactly the Qianmen of public building (such as library or school), and wherein the central volume of traffic through door is bigger by day. Door can be pushed to closed position by door closure member or spring hinge. In the middle of by day, the given volume of traffic, then desirably need not all make latch bolt retracts before being moved from closed position by door every time. But, at night, it is necessary to secure the doors in closed position.

Mortice lock assembly may be mounted in such environment, and wherein gate open is to the safe space (such as storeroom etc.) needing reasonable benefit/risk grade. Lockset will include the cylinder lock being positioned at the outside of door, but can not include the cylinder lock being positioned at the inner side of door. Alternatively, cylinder lock may be mounted at the inner side of door, and their key can be stayed in outer lock cylinder by people. If outer cylinder lock have adjusted locking device to prevent operation actuator, and is closed by door after entering the people of storeroom, then it is likely in this people place storeroom. This brings safety problem naturally.

Expect to provide a kind of mortice lock assembly that can be adapted to multiple environment.

Can not admit that the document or material were known in Australia or the information that the document or material comprise is regarded as a part for known general knowledge before the priority date of any claim using here the reference of the patent documentation provided as prior art or other materials being regarded as.

Summary of the invention

According to the present invention, it is provided that a kind of mortice lock assembly for using together with door, this mortice lock assembly includes: housing; Latch bolt assembly, this latch bolt assembly includes head, and this head can move between extended position and retracted position, and at this extended position, described head stretches out from the antetheca of described housing, and at this retracted position, described head is retracted in described housing substantially; Actuator, this actuator is operable to move described latch bolt assembly to described retracted position from described extended position; Latch bolt biasing device, this latch bolt biasing device is for biasing described latch bolt assembly to described extended position; Locking device, this locking device can be adjusted between non-applied state and active state, in this non-applied state, described actuator is operable to make described latch bolt move from described extended position to described retracted position, and at this active state, cause described actuator not to be operable to make described latch bolt assembly move from described extended position to described retracted position; Selector installation, described selector installation can be adjusted selecting operator scheme at described antetheca place, this operator scheme includes delay pattern and anti-lock pattern, in this delay pattern, described latch bolt assembly is maintained at described retracted position, and in this anti-lock pattern, described latch bolt prevents described locking mechanism to be retained in described active state to the movement of described retracted position.

Preferably, described latch bolt assembly includes body, described in head attachment to this body, the position of described head can be adjusted between the first position and the second position relative to described body, in this primary importance, forbid adjusting at described antetheca place described selector installation, and in this second position, described selector installation can be adjusted to select described operator scheme. Preferably, when described head is constructed such that proper described head is positioned at described primary importance relative to described antetheca, described latch bolt assembly can move between described extended position and described retracted position, and when described head is positioned at the described second position, forbid that described latch bolt assembly moves between described extended position and described retracted position. It may further be preferable that this mortice lock assembly includes the panel positioned for the described antetheca adjacent to described housing, when described panel is adjacent to the described antetheca location of described housing, forbid that described head takes the described second position. Preferably, described panel can be attached to housing by least one securing member adjacent to described antetheca, and described fastening allows to dismantle described panel thus allowing to adjust described head to take the described second position. These are preferably arranged and prohibit the passage operating described selector, thus reducing the described selector possibility by unauthorized personnel's tampering.

Preferably, described selector installation includes rotating the selector component to adjust described operator scheme around selector axis. It may further be preferable that described selector installation is configured to forbid that described selector component rotates around described selector axis. Preferably, wherein said structure includes: described selector installation has spheroid locking key; And described selector component has the outer surface interacted with described spheroid locking key. It may further be preferable that described selector component has the outer surface including at least two spheroid recess, described at least two spheroid recess is respectively used to take at described selector installation to hold described spheroid locking key when described delay pattern and described anti-lock pattern. It may further be preferable that described at least two spheroid recess is positioned at the opposite sides of described selector component. These are preferably arranged and reduce the possibility being not intended to operate described selector.

Preferably, described selector component includes having the near-end driving surface, and this driving surface is configured so that carrying out use when the driver described selector component of rotation with described driver is connected. Preferably, described locking device includes the slip locking key moved when adjusting the state of described locking device between described active state and non-applied state relative to described housing, and described selector component includes being formed at the far-end interacted when described selector operates under described anti-lock pattern or described delay pattern with described slip locking key. Preferably, described far-end includes ramped surfaces, when described locking device is in described active state and described selector installation is in described anti-lock pattern, this ramped surfaces and described slip locking key interact, so that described latch bolt have adjusted the position of described slip locking key to the movement of described retracted position. Preferably, described slip locking key includes lug, and when described selector installation is in described delay pattern and described latch bolt moves to described retracted position, the described far-end of this lug and described selector component interacts.

Preferably, the described far-end of described selector component includes recess, when described selector installation is in described delay pattern, described recess interacts with described lug, thus when described latch bolt be in described retracted position and described locking device be adjusted to described non-applied state from described active state time, forbid that described latch bolt moves from described retracted position. Preferably, when described locking device is in described active state and described latch bolt moves to described retracted position, have adjusted the described lug position relative to described slip locking key, thus preventing described lug to be positioned in described recess. Preferably, the described position of described lug can adjust by pivoting between the first position and the second position relative to described slip locking key, and described lug is configured to towards taking this primary importance to bias.

Preferably, described selector installation can move together with described latch bolt assembly between described extended position and described retracted position. Preferably, described selector installation can be adjusted to and take normal manipulation mode. It may further be preferable that when described selector installation be adjusted to take normal mode time, described selector installation is formed at when described latch bolt moves to described retracted position and avoids engaging with described locking device.

Accompanying drawing explanation

The preferred embodiment of the present invention will be described in detail with reference to the attached drawings below easily. Accompanying drawing and the illustration being merely an example of how to implement the present invention detailed further below. The concrete form of various features as depicted and layout should be interpreted as limitation of the present invention.

Fig. 1 is the lockset of the preferred implementation being combined with the mortice lock assembly according to present invention exploded partial perspective view before being arranged in door.

Fig. 2 is the axonometric chart of the mortice lock assembly of Fig. 1, and its cover plate removes from lock housing body, and outer cylinder lock set is fixed to mortice lock housing.

Fig. 3 is the front view of the mortice lock assembly of Fig. 2, and wherein latch bolt is positioned at extended position, and selector installation is in normally " O " operator scheme.

Fig. 4 is the front view of the mortice lock assembly of Fig. 3, and wherein latch bolt assembly is positioned at retracted position, and locking device is in non-applied state.

Fig. 5 is the front view of the mortice lock assembly of Fig. 4, and wherein locking device is in active state.

Fig. 6 is the front view of the mortice lock assembly of Fig. 2, and wherein latch bolt is positioned at extended position, and selector installation is in delay " H " operator scheme.

Fig. 7 is the front view of the mortice lock assembly of Fig. 6, and wherein latch bolt is positioned at retracted position, and locking device is in non-applied state.

Fig. 8 is the front view of the mortice lock assembly of Fig. 7, and wherein locking device is in the active state being detained latch bolt.

Fig. 9 is the front view of the mortice lock assembly of Fig. 6, and wherein locking device is in active state.

Figure 10 is the front view of the mortice lock assembly of Fig. 9, wherein lug deflection.

Figure 11 is the front view of the mortice lock assembly of Fig. 2, and wherein latch bolt is positioned at extended position, and selector installation is in anti-lock " A " operator scheme, and locking device is in active state.

Figure 12 is the front view of the mortice lock assembly of Figure 11, and wherein latch bolt is positioned at partially retracted position.

Figure 13 is the front view of the mortice lock assembly of Figure 12, and wherein latch bolt is positioned at retracted position, and locking device is in non-applied state.

Figure 14 is the decomposition view of latch bolt, locking mechanism and selector installation.

Figure 15 is the side view of the mortice lock assembly of Fig. 2, and wherein panel is removed, and the head of latch bolt is rotated to expose selector installation.

Detailed description of the invention

Illustrating the embodiment of lockset 1 referring now to Fig. 1, Fig. 1, put it briefly, lockset 1 includes mortice lock assembly 2, interior door furniture 2 and outer door furniture 4. Mortice lock assembly 4 includes housing 5, and housing 5 is arranged in formation in use in the mortise cavity 6 of the lateral edges of door 7. The inner side of interior door furniture 3 and door 7 is positioned adjacent to, and the outside of outer door furniture 4 and door 7 is positioned adjacent to.

Interior door furniture 3 shown in Fig. 1 includes escutcheon 8 in rectangle, interior lever handle 99 and inner cylinder lock set 9, and inner cylinder lock set 9 is directed at the opening 10 in interior escutcheon 8 in use. Outer door furniture includes outer rectangle escutcheon 11, outer lever handle 12, outer cylinder lock set 13. Equally, when lockset in use, outer cylinder lock set 13 is arranged in the opening 14 of outer escutcheon 11. Interior lever handle 99 and outer lever handle 12 all can rotate around actuator axis XX, thus rotating inner axis of heart 16 and outer axle 16 respectively.

The actuator 17 of inner axis of heart 15 and outer axle 16 and mortice lock assembly 2 interacts, and only a part for actuator 17 is visible in FIG. Actuator 17 will be more fully described with reference to diagram after a while. Should be realized that, it is illustrated that inner handle 99 and outdoor handle 12 be only the preferred form being suitable for rotating the component closed that can catch of inner axis of heart 15 and outer axle 16. Inner handle 99 and outdoor handle 12 could alternatively be turning knob etc.

Inner cylinder lock set 9 and outer cylinder lock set 13 all include sleeve 19 and lock core 20 (only internal cylinder 20 is visible in FIG), and by inserting suitable key (not shown), lock core 20 can rotate in sleeve 19. Cam 21 (only the cam on outer cylinder lock 19 is visible in FIG) is attached to the rear portion of lock core 20, thus rotating together with lock core 20. Cam 21 by by with reference to illustrate after a while be more fully described in the way of interact with the features of mortice lock assembly 2. It should be appreciated, however, that according to which features in mortice lock assembly interacting, the shape of cam 21 can be different from the shape shown in Fig. 1. Although additionally, Fig. 1 suggested pellet cylinder lock assembly, but the present invention can include any type of cylinder lock assembly.

Housing shown in Fig. 1 is included pedestal 22 and is attached to the cover 23 of pedestal 22 by screw fastener 24. Antetheca 25 is attached to pedestal 22 by screw fastener 18 (referring to Figure 15). Panel 26 is attached to pedestal 22 also by screw fastener 27 through antetheca 25. Panel 26 is intended to pull down from housing 5 by being removed by screw fastener 27 when door 7 is in open mode, in order to adjust operator scheme, will be more fully described this operator scheme with reference to diagram after a while.

Illustrating mortice lock assembly referring now to Fig. 2, Fig. 2, wherein cover 23 is pulled down to expose the inner member of mortice lock 2 from pedestal 22. While figure 2 show that be referred to as the mortice lock assembly of standard gate back gauge, it will be appreciated that present invention can also apply to hatch back gauge and long door back gauge.

The present invention includes taking any type of latch bolt assembly 28. Fig. 2 illustrates the latch bolt assembly 28 with the beveled head 29 being attached to body 30. The shape of head 29 can be different from the inclined plane shape shown in figure, for instance, head 29 can alternatively have fillet (bullnose) shape. Latch bolt assembly 28 is shown at extended position, and at this extended position, head 29 stretches out through the opening in antetheca 25. Act between latch bolt assembly 28 and butting section 32 compressing the latch bolt biasing device 31 shown in this preferred form of spring. The butting section 32 of diagram is in position relative to housing 7, but, it can alternatively form with housing 7. Latch bolt biasing device 31 acts on latch bolt assembly 28 to be biased towards extended position as shown in Figure 2.

Fig. 2 also show auxiliary bolt 34, and auxiliary bolt 34 has the wedge-shaped head 33 extended through another opening in antetheca 25. Auxiliary bolt also includes body 35, and body 35 is positioned at after antetheca 25 in housing 7, thus interacting with the locking mechanism 36 on the body 30 being positioned at latch bolt assembly 28. Again act between auxiliary bolt 34 and butting section 88 compressing the auxiliary bolt biasing device 37 shown in this preferred form of spring. Butting section 88 is shown as forming with pedestal. Attaching latch is biased towards extended position as shown in Figure 2 by auxiliary pin biasing device 37.

Locking mechanism 36 includes deadlocking member 38, deadlocking member 38 must be oriented to avoid with and the retainer 39 of pedestal 22 association contact, in order to latch bolt assembly 28 can be moved from extended position. While attaching latch 34 keeps being in extended position (when being such as positioned at open position when door 7), deadlocking member 38 will be avoided engaging with retainer 39. But, when when auxiliary bolt 34 is retracted and situation Xiamen 7 that latch bolt 28 stretches out is closed, deadlocking member 38 will be directed at retainer 39. When latch bolt assembly 28 is retracted by actuator 17, shuttle 40 and deadlocking member 38 interact, so that deadlocking member 38 moves and is not directed at retainer 39. Think: when deadlocking member 38 is aligned and engages with retainer 39, locking mechanism 36 is in active state; When deadlocking member 38 is moved and avoids engaging with retainer 39, locking mechanism 36 is in non-applied state.

Form the actuator 17 according to a part for the mortice lock assembly 2 of the present invention to be operable to from extended position, latch bolt assembly 28 is moved to retracted position (referring to Fig. 4). This actuator can take to realize any form of this function, and Fig. 2 illustrate only a preferred form of actuator 17. The actuator 17 of diagram includes interior hub 41 and the outer hub 42 (being blocked) that can rotate independently around actuator axis XX (referring to Fig. 1). Each including in interior hub 41 and outer hub 42 is respectively used to receive the axle recess 43 (in only, the axle recess of hub 41 is visible in fig. 2) of inner axis of heart 15 and outer axle 16. Each include arm 44, the free end of arm 44 and latch bolt assembly 28 in interior hub 41 and outer hub 42 interact. More specifically, the free end of arm 44 interacts with the shuttle 40 of detent mechanism 36. Interior hub 41 or outer hub 42 rotate shuttle 46 is shifted to the inwall 45 of housing 5, and locking mechanism is adjusted to non-applied state by this rotation, thus allowing latch bolt assembly 28 to move towards retracted position. Actuator 17 also includes actuator biasing device 46, and actuator biasing device 46 acts on the protuberance 47 of interior hub 41 and outer hub 42. This promotes interior hub 41 and outer hub 42 to resist described rotation.

Mortice lock assembly 2 according to the present invention includes causing the inoperable locking device 48 of actuator 17 when being in active state. Locking device 48 can take any form to realize this function, and the invention is not restricted to locking device as depicted. The locking device 48 of diagram includes slip locking key 49, interior pawl 50 and outer pawl (this outer pawl is invisible in the drawings). Fig. 2 illustrates the locking device 48 being in non-applied state, and in this non-applied state, actuator 17 can operate and make latch bolt 28 move from extended position. When locking device 48 is in non-applied state, interior pawl 50 and/or outer pawl separate with actuator. To be more fully described from non-applied state adjusting and locking mechanism 48 by referring to diagram after a while.

Mortice lock assembly 2 according to the present invention also includes selector installation 51, and selector installation 51 can be adjusted selecting operator scheme. Selector installation 51 can take any form, will be more fully described selector installation 51 with reference to diagram after a while. But, Fig. 2 illustrates the far-end 52 of the selector component 53 of the part defining selector installation 51. Additionally, Fig. 2 illustrates the selector installation 51 being under normal manipulation mode, at this normal manipulation mode, when latch bolt moves to retracted position, selector installation 51 is avoided interacting with locking device 48.

By with reference to Fig. 3, Fig. 4 and Fig. 5 describe mode that mortice lock 2 operates or more specifically latch bolt assembly 28 how to retract. Illustrate the latch bolt assembly 28 being positioned at extended position with reference first to Fig. 3, Fig. 3, wherein auxiliary bolt 34 also is located at extended position. Locking mechanism 36 is maintained at non-applied state by this, thus allowing latch bolt assembly 28 to retract from extended position. It is further noted that locking device 48 is in non-applied state from Fig. 3, wherein slip locking key 49 is positioned at cocked position relative to pawl 50. Pawl 50 is shown under the impact of pawl biasing device 54 and takes non-locking state, pawl biasing device 54 to include compression spring 55 and the follower 56 acted also on pawl 50. When such as door 7 (referring to Fig. 1) is positioned at open position, the mortice lock assembly 2 shown in Fig. 3 can take this structure.

Door 7 (referring to Fig. 1) move to closed position will cause mortice lock assembly at least temporarily to take structure as shown in Figure 4. Fig. 4 illustrates latch bolt assembly 28 and auxiliary bolt 34, and both of which moves to retracted position. It is further noted that the far-end 52 of selector installation 53 has been moved into closer to slip locking key 49 from Fig. 4, without the position from the cocked position adjustment slip locking key 49 shown in Fig. 3.

Fig. 5 illustrates mortice lock assembly, and wherein locking device 48 is adjusted to active position. Cam 21 has been rotated into engaging slide locking key 49 and has made slip locking key 49 move down towards pawl 50, and this causes pawl 50 to rotate around pawl axle 57, when pawl 50 takes this position, it is prevented that hub 41 rotates. It should be understood that slip locking key 49 can cause outer pawl (not shown) to rotate in the way of being similar to interior pawl 50, thus preventing outer hub 42 from rotating. Will refer only to the interaction between slip locking key 49 and interior pawl 50 below to describe mortice lock, however, it is to be appreciated that this interaction is readily adaptable for use in outer pawl. It is further noted that locking device 48 can be retained in active state from Fig. 5, latch bolt 28 is positioned at retracted position simultaneously. This realizes when selector installation 51 operates in a normal operating mode, and at this normal manipulation mode, the far-end 52 of selector component 53 does not interact with the slip locking key 48 of locking device.

Describe the mortice lock assembly 2 mode of operation under delay pattern (holdbackmode) now with reference to Fig. 6, Fig. 7 and Fig. 8 or more specifically how latch bolt assembly 28 be maintained at retracted position. Fig. 6 illustrates the latch bolt assembly 48 being positioned at extended position, and wherein selector installation is taked to be detained operator scheme. When selector installation 51 is in this operator scheme, the far-end 52 of selector component 53 is oriented such that and forms recess 58 in far-end 52 towards upward direction. User is then generally by using thumb to apply pressure against the ends to the head 29 of latch bolt assembly 28, so that latch bolt assembly moves to retracted position, as shown in Figure 7. This makes the recess 58 at far-end 52 place of selector component 53 be directed at the lug 50 of slip locking key 49. Fig. 8 illustrates that the rotation of cam 21 makes slip locking key 49 move down, so that lug 59 is positioned at recess 58. Latch bolt assembly 28 is maintained in retracted position by this. Also should note from FIG. 8 that, pawl 50 is rotated to latched position, in this latched position, it is prevented that actuator 17 operates. This will make interior lever handle 99 and outer lever handle 12 (referring to Fig. 1) be in rigid state, and allows door 7 to move to open position, without rotating any one lever handle 9,12.

Preferably, when selector installation 51 is in delay operator scheme and locking device 48 already at active state, it is prevented that lug 59 is unexpected to be positioned in recess 59. Such as, when locking device 48 be in active state and door 7 from open position move to closed position thus latch bolt 28 is retracted time, it may occur that this situation. Below with reference to Fig. 9 and Figure 10, this is described.

Fig. 9 illustrates the latch bolt 28 being positioned at extended position and the locking device 48 being in active state, and wherein selector installation 51 is still within being detained operator scheme. This makes the far-end 52 of selector component 53 be directed at the lug 59 in slip locking key 49. Illustrate the latch bolt 28 moving to retracted position referring now to Figure 10, Figure 10, at this retracted position, the far-end 52 of selector installation 53 engagement lug 59 also makes lug 59 deflect. This prevent lug 59 to be positioned in the recess 58 in the far-end 52 of selector component 53, this prevent latch bolt 28 and be maintained at retracted position. Preferably, lug 59 is biased to the orientation shown in Fig. 8. This is realized by counter-jib 60, and counter-jib 60 promotes lug to rotate in the clockwise direction, until lug engages with the wall 87 formed in slip locking key 49. But, this counter-jib 60 could alternatively be torque spring etc.

Now with reference to accompanying drawing 11, Figure 12 and Figure 13, the mode of operation of mortice lock 2 when selector installation 51 is under anti-lock pattern is described. Figure 11 illustrates slip locking key 49 faced by the ramped surfaces 51 that the far-end 52 of selector component 53 is positioned such that on this far-end. Figure 11 also show cam 21 and is rotated into driving slip locking key 49 downwards so that locking device 48 is in active state. This causes pawl 50 to rotate around pawl axle 57 thus preventing actuator 17 from operating. Latch bolt 28 is shown at extended position.

Illustrate that latch bolt assembly 28 is partially retracted referring now to Figure 12, Figure 12, thus the ramped surfaces 61 engaging slide locking key 49 on the far-end 52 of selector component 53. The retraction of the latch bolt 28 shown in Figure 12 causes owing to door 7 moves to closed position, rather than because the rotation of hub 41 causes. Figure 13 illustrates that latch bolt assembly 28 is retracted further, thus locking key 49 of sliding is slided in the ramped surfaces 61 of the far-end 52 of selector component 53. This causes slip locking key 49 to be risen, thus non-applied state taked by locking device 48. This allows pawl 50 to rotate to non-locked position under the impact of pawl biasing device 54, thus allowing actuator 17 to operate.

Alternatively, the retraction of latch bolt assembly 28 can also cause due to the rotation of interior hub 41 or outer hub 42. Interior pawl 50 can rotate in the clockwise direction from the position shown in Figure 13, to take rest position (outer pawl can also take rest position). When interior (or outer) pawl 50 is positioned at rest position, this interior (or outer) pawl can not interact with slip locking key 49. Thus, when interior pawl 50 is in dead status, outer pawl can take latched position, thus preventing outer hub 42 from rotating, and interior hub 41 still rotates freely. If selector installation is under anti-lock pattern, then in, the rotation of hub 41 will cause latch bolt assembly 28 seat meeting, and adjust the state of locking device 48 to non-applied state.

It is further noted that the spheroid locking key 62 associated with locking key 49 of sliding is arranged in formation above the spine 63 of rear wall 45 from Figure 13, thus slip locking key 49 is maintained at cocked position. Even if after latch bolt assembly 28 returns to extended position under the impact of latch bolt biasing device 31, this will also ensure that slip locking key 49 is maintained at cocked position. On the contrary, by making spheroid locking key 62 be positioned at below spine 63, spheroid locking key 62 promotes slip locking key 49 to be positioned at the down position described in Figure 12. It should be appreciated that by making selector installation be under anti-lock pattern, if door 7 is moved to closed position from open position, then this is prevented from locking device 48 and is retained in active state.

Selector installation 51 according to the present invention can take on any appropriate form, as long as this selector installation can at least be detained between pattern and anti-lock pattern and adjust operator scheme. The preferred form of selector installation is shown in Figure 14 relevant to latch bolt assembly 28. The body 30 of latch bolt 30 is shown at its dismounting form, to illustrate that body 30 is formed by frame section 64 and insertion section 65. Body 30 is formed by two parts, consequently facilitating the assembling of latch bolt 28 and feature associated there. This framework includes antetheca 66 and rear wall 67, has two openings 68,69 in antetheca 66. Larger open 68 in the two opening receives the short axle 70 (being blocked by head 29) being associated with head 29, and short axle 70 allows head 29 to rotate relative to framework 64 in that larger open 68. Smaller opening 69 in antetheca 66 is directed at the similar little opening 70 in rear wall 67, and both receives the axle portion 71 of selector component 53. When mortice lock assembly 2 is assembled, the near-end 72 of selector component 53 is positioned adjacent to the antetheca 66 of framework 64, and the rear wall 67 of the far-end 52 of selector component 53 and framework 64 is positioned adjacent to. Marginal texture 73 and the cervical region 74 of axle 71 on insertion section 65 are positioned adjacent to, thus when insertion section 65 is placed on framework 64, selector component 53 is caught by the body of latch bolt assembly.

Preferably, selector installation 51 forbids that selector component 53 rotates around selector axis 22 except being configured in time adjusting operator scheme at near-end 72 place. Selector installation 51 can construct to realize this function in any appropriate form, Figure 14 illustrate the axle 71 of selector component 53 include spheroid recess 75 with and the spheroid locking key 76 that is associated of insertion section 65 interact. The spheroid 77 of spheroid locking key 76 is biased by compression spring 78, thus once selector component 53 has been rotated to tram, (positively) is placed in the spheroid recess 75 on the axle of selector component 53 just in form-fit manner. Spheroid locking key 76 device prevents the unexpected possibility rotated of selector component 53, and adds selector component 53 relative to the pinpoint possibility of latch bolt 28. The axle 71 of selector component 53 includes three spheroid recesses 75, and these three spheroid recess 75 is corresponding with the selector component 53 being positioned at delay pattern, anti-lock pattern and normal mode respectively. Additionally, cervical region 74 covers the 3/4 of the circumference of axle 71, and interact with marginal texture 73, to limit the rotation of axle 71, to take a pattern in these three pattern.

Figure 14 also show the shuttle 40 on the framework 64 being respectively positioned on latch bolt assembly 28 and locking key component 38. Act on the shuttle biasing device 78 between the rear wall 67 of framework 64 and shuttle 40 and shuttle 40 is pushed to the antetheca 66 of framework 64. Additionally, locking key biasing device 79 acts between insert 65 and locking key component 38 towards the roof 80 of framework 64.

Illustrate the front view of mortice lock assembly 2 referring now to Figure 15, Figure 15, wherein panel is removed. Removing of panel allows the head 29 of latch bolt assembly 28 to rotate to the second position relative to body 30 from primary importance, and in this primary importance, latch bolt assembly 28 can move relative to housing, and in this second position, exposes the near-end 72 of selector component 53. Should also be noted that latch bolt assembly 28 is prevented to the movement of retracted position when head 29 is positioned at the second position. The near-end 72 of selector component 53 has the surface structure taking groove 81 form, and this groove can hold driver (such as screwdriver), in order to selector component 53 rotates relative to body 30. Obviously, the surface structure of replacement is also feasible. Driving surface also to include labelling 82, labelling 82 can be directed at alphabetical A, O or the H representing anti-lock pattern, normal mode and delay pattern respectively. Once selector installation 51 has been adjusted to takes preferred operator scheme, then makes head 29 return to and be vertically oriented, and panel is attached to the antetheca 25 of housing 5. Once panel 26 be attached to the antetheca 25 of housing 5, then forbid the head 29 rotation relative to body 30 by head 29 against panel 26.

Should recognizing from the above description, mortice lock assembly 2 as described above relatively simply can be adjusted between its operator scheme. This makes mortice lock assembly 2 can be more suitable for various environment.

Can national applications beyond Australia or the Australia patent application in the future based on the present invention or the priority requiring the present invention. It should be understood that following provisional claims is only what be provided by way of example, it is not intended to limit the scope being likely to claim in applying for any this future. Feature can be increased to this interim right in future or omit feature from this provisional claims, to limit further or again to limit the present invention.

Claims

1. the mortice lock assembly for using together with door, this mortice lock assembly includes:

Housing;

Latch bolt assembly, this latch bolt assembly includes head, and this head can move between extended position and retracted position, and at this extended position, described head stretches out from the antetheca of described housing, and at this retracted position, described head is retracted in described housing substantially;

Actuator, this actuator is operable to move described latch bolt assembly to described retracted position from described extended position;

Latch bolt biasing device, this latch bolt biasing device is for biasing described latch bolt to described extended position;

Locking device, this locking device can be adjusted between non-applied state and active state, in this non-applied state, described actuator is operable to make described latch bolt move from described extended position to described retracted position, and at this active state, cause described actuator not to be operable to make described latch bolt assembly move from described extended position to described retracted position;

Selector installation, described selector installation can be adjusted selecting operator scheme at described antetheca place, this operator scheme includes delay pattern and anti-lock pattern, in this delay pattern, described latch bolt assembly is maintained at described retracted position, and in this anti-lock pattern, described latch bolt prevents described locking mechanism to be retained in described active state to the movement of described retracted position.

2. mortice lock assembly according to claim 1, wherein, described latch bolt assembly includes body, described head attachment is to this body, the position of described head can be adjusted between the first position and the second position relative to described body, in this primary importance, forbids adjusting described selector installation at described antetheca place, and in this second position, described selector installation can be adjusted to select described operator scheme.

3. mortice lock assembly according to claim 2, wherein, when described head is constructed such that proper described head is positioned at described primary importance relative to described antetheca, described latch bolt assembly can move between described extended position and described retracted position, and when described head is positioned at the described second position, forbid that described latch bolt assembly moves between described extended position and described retracted position.

4. mortice lock assembly according to claim 3, this mortice lock assembly includes the panel positioned for the described antetheca adjacent to described housing, when described panel is adjacent to the described antetheca location of described housing, forbids that described head takes the described second position.

5. mortice lock assembly according to claim 4, wherein, described panel can be attached to housing by least one securing member adjacent to described antetheca, and described securing member allows to dismantle described panel thus allowing to adjust described head to take the described second position.

6. according to mortice lock assembly in any one of the preceding claims wherein, wherein, described selector installation includes rotating the selector component to adjust described operator scheme around selector axis.

7. mortice lock assembly according to claim 6, wherein, described selector installation is configured to forbid that described selector component rotates around described selector axis.

8. mortice lock assembly according to claim 7, wherein, described structure includes: described selector installation has spheroid locking key; And described selector component has the outer surface interacted with described spheroid locking key.

9. mortice lock assembly according to claim 8, wherein, described selector component has the outer surface including at least two spheroid recess, and described at least two spheroid recess is respectively used to take at described selector installation to hold described spheroid locking key when described delay pattern and described anti-lock pattern.

10. mortice lock assembly according to claim 9, wherein, described at least two spheroid recess is positioned at the opposite sides of described selector component.

11. the mortice lock assembly according to any one of claim 6 to 10, wherein, described selector component includes having the near-end driving surface, and this driving surface is configured so that carrying out use when the driver described selector component of rotation with described driver is connected.

12. the mortice lock assembly according to any one of claim 6 to 11, wherein, described locking device includes the slip locking key moved when adjusting the state of described locking device between described active state and non-applied state relative to described housing, and described selector component includes being formed at the far-end interacted when described selector operates under described anti-lock pattern or described delay pattern with described slip locking key.

13. mortice lock assembly according to claim 12, wherein, described far-end includes ramped surfaces, when described locking device is in described active state and described selector installation is in described anti-lock pattern, this ramped surfaces and described slip locking key interact, so that described latch bolt have adjusted the position of described slip locking key to the movement of described retracted position.

14. the mortice lock assembly according to claim 12 or 13, wherein, described slip locking key includes lug, and when described selector installation is in described delay pattern and described latch bolt moves to described retracted position, the described far-end of this lug and described selector component interacts.

15. mortice lock assembly according to claim 14, wherein, the described far-end of described selector component includes recess, when described selector installation is in described delay pattern, described recess interacts with described lug, thus when described latch bolt be in described retracted position and described locking device be adjusted to described non-applied state from described active state time, forbid that described latch bolt moves from described retracted position.

16. mortice lock assembly according to claim 15, wherein, when described locking device is in described active state and described latch bolt moves to described retracted position, have adjusted the described lug position relative to described slip locking key, thus preventing described lug to be positioned in described recess.

17. mortice lock assembly according to claim 16, wherein, the position of described lug can adjust by pivoting between the first position and the second position relative to described slip locking key, and described lug is configured to towards taking this primary importance to bias.

18. according to mortice lock assembly in any one of the preceding claims wherein, wherein, described selector installation can move together with described latch bolt assembly between described extended position and described retracted position.

19. according to mortice lock assembly in any one of the preceding claims wherein, wherein, described selector installation can be adjusted to and take normal manipulation mode.

20. mortice lock assembly according to claim 19, wherein, when described selector installation be adjusted to take normal mode time, described selector installation is avoided when described latch bolt moves to described retracted position engaging with described locking device.