CN102725468A

CN102725468A - Adjustable mortice lock assembly

Info

Publication number: CN102725468A
Application number: CN2010800612328A
Authority: CN
Inventors: 唐纳德·约翰·纽曼
Original assignee: Assa Abloy Australia Pty Ltd
Current assignee: Assa Abloy Australia Pty Ltd
Priority date: 2009-12-18
Filing date: 2010-12-17
Publication date: 2012-10-10
Anticipated expiration: 2030-12-17
Also published as: AU2010333710A1; AU2010333710B2; SG181788A1; WO2011072334A1; NZ600680A; CN102725468B

Abstract

This invention relates to a mortice lock assembly (1) including a housing (2) with a bolt (15) moveable relative to the housing. The bolt (15) is moveable on operation of an inner hub (29) or outer hub (30). Rotation of either the inner hub (29) or outer hub (30) is controlled by an inner detent (33) and outer detent (34) respectively which form part of a locking means. A selector (20) is operable from the front face of the housing for selecting the condition of the inner detent (33) or outer detent (34). The arrangement of the mortice lock simplifies the process of adjusting the functionality of the mortice lock.

Description

Adjustable mortise lock assembly

Technical field

The present invention relates to be arranged in the mortise lock assembly in the mortise chamber at an edge.Such lock is usually used in guaranteeing that door etc. is in the closed position, and this will be convenient to hereinafter as a reference to describe the present invention.Yet, should be appreciated that the present invention can have other application.

Background technology

The mortise lock assembly comprises dead bolt, and when lock set was installed, when dead bolt is in extended position, its edge from door extended.Said dead bolt joins in the button hole on the doorframe, and is in the closed position to guarantee door.The door accessory is positioned on the opposite face of door face board, promptly on inboard and the outside of door, but and generally include manual engagement member, like knob or lever handle.Each knob or handle (hereinafter abbreviates handle usually as) interact with rotatable hub spare, and the rotation of hub spare makes dead bolt withdraw from extended position whereby.Lock set also comprises locking device, and by key control, key operated cylinder lock is in the lock state said locking device, and hub spare can't be operated usually.

When mortise lock need operate, its form can change to another kind of mounting means from a kind of mounting means.In an embodiment, its possibly need can not be on interior hub spare operating locking means, this can provide so-called escaping function.Yet, be installed in the door right hand edge on locked component on interior hub spare, be mounted in the door left-hand edge on locked component on outer hub spare.This possibly provide two kinds of different mortise lock kit forms simultaneously, installs at right-hand side and left-hand side, and preferably, single mortise lock assembly can be conditioned, to adapt to these different needs.Desirable situation is in the scope of other functions of mortise lock assembly, all can realize the mode of this adjusting, to satisfy the needs of environment for use.

In case explained how to realize those adjustings, will be easy to regulate, thus the installation of locking.Yet, be more preferably, when lock was installed, lock itself was not made this adjusting, because of more or less freely lock is made change.Therefore, preferably, lock can be conditioned than being easier to, but it does not do instant obvious adjusting.

Summary of the invention

Above-mentioned discussion to device is included in the manual, and purpose is for the present invention background to be provided fully.This does not hint or represents a part or this area that any of these theme forms prior art about common practise of the present invention, though its Australia Already in before priority date of the present invention.

In this manual, use a technical term compactly " interior " and " outward ", purpose is to describe the installation position of mortise lock.Explain that like the paragraph of front the orientation of lock can change, and subsequently the explanation of these terms is also needed to change, so that the present invention is carried out correct understanding.Especially, term " interior " and " outward " have been used to describe hub spare, and explain that in order to be easy to interior hub spare is the hub spare that shows on the mortise lock assembly nearside among Fig. 3.Certainly, if the mortise lock on the figure pivots, then interior hub spare can become outer hub spare.

Be used for the mortise lock assembly of door according to the present invention, it comprises the lock shell, and said lock shell at least partly is positioned at the cavity of a inside; Dead bolt, said dead bolt can move with respect to extended position, and so as to extending to the front panel of lock shell; Interior hub spare and outer hub spare, each hub spare cooperates with the manual engagement member of door inboard and outer side of door respectively, and each hub spare all can make dead bolt withdraw from extended position; Locking device, said locking device comprise respectively the interior stop device and outer stop device that is connected with outer hub spare with interior hub spare; Selector, it can be from the enterprising line operate of front panel of lock shell, the state of stop device and outer stop device in selecting; For example: user mode or non-working condition, in user mode, interior stop device and/or outer stop device can be regulated between locked; In latched position; Each hub spare can not operate, and at unlocked position, each hub spare can operate; At non-working condition, stop device and/or outer stop device were to adopt latched position in locking device can not be regulated; Lock release; When being in user mode; Dead bolt moves from extended position, can the position of interior stop device and/or outer stop device be adjusted to unlocked position from latched position; Also can operate said selector and select the state of lock release, as: user mode or non-working condition.

Preferably, said dead bolt comprises offset assembly, to be used for said dead bolt skew to extended position.Preferably, dead bolt comprises the head with oblique front, and said oblique front cooperates with the button hole that is positioned at doorframe in use, and like this, when at closing time, the head of dead bolt slips over button hole, and dead bolt is removed from extended position.More preferably, the mortise lock assembly is included in each and carries out interactional driven member between hub spare and outer hub spare and dead bolt, and the rotation of interior hub spare or outer hub spare all can reciprocating follower, and dead bolt is withdrawn from extended position.More preferably, driven member and lock release cooperatively interact, and when lock release was in user mode, stop device or outer stop device moved from latched position in the mobile meeting of driven member caused.More preferably, driven member and dead bolt interact, like this, interior hub spare or the independent effect of outer hub spare, moving of the dead bolt that is caused can drive said driven member and move.

Preferably, lock release comprises offset assembly, and it makes lock release tend to user mode.More preferably, locking device comprises offset assembly, and it makes locking device tend to user mode.Preferably, lock release comprises control lever, and said control lever pivots, and said axle is basically perpendicular to a direction, this direction exactly when lock release is regulated between user mode and non-working condition, the direction that dead bolt moves.

Preferably, selector comprises adjustable member, and said adjustable member is positioned at lock shell front, the state of stop device or outer stop device or lock release in being used to regulate.More preferably, said adjustable member is anchored on the lock shell, make need not to take apart the lock shell just can be adjusted.More preferably, selector comprises the locator member that cooperatively interacts with lock shell and adjustable member and adjustable member is fastened to the securing member of locator member.More preferably, the locator member fastens securing member.More preferably, the lock shell comprises flange, and said flange is positioned at the behind of lock shell front panel, and lock shell front panel contains the hole that is useful on the installation securing member.

Preferably, adjustable member pivots, and said axle is arranged essentially parallel to the direction that dead bolt moves, so that can select to adjust at the state of interior stop device, outer stop device and lock release.More preferably, said selector comprises linkage, and said linkage couples together adjustable member and interior stop device, outer stop device and lock release.More preferably, linkage comprises the member that several are microscler, and each long element is arranged essentially parallel to a direction and moves, when this direction is exactly the state of stop device, outer stop device and lock release in selector is regulated, and the direction that dead bolt moves.More preferably, the far-end of each long element all engages with interior stop device, outer stop device and lock release respectively, and the near-end of each long element engages with adjustable member.Further preferably; Adjustable member comprises the surface that cooperatively interacts with the long element near-end; Said surface comprises several structures; So that the shaft position of each long element all is different from the surf zone that engages with its near-end that it relied on, said adjustable member can be regulated the surf zone that it engages the long element near-end through axial rotation whereby.More preferably, the mortise lock assembly comprises can be connected to the anterior panel of lock shell, and anterior the hiding of said lock shell joins in the adjustable member.

Description of drawings

The accompanying drawing of an embodiment of hereinafter with reference mortise lock assembly of the present invention is convenient to the present invention is made more detailed description.The details of accompanying drawing and relevant detailed description can not be interpreted as and replace the broadly described generality in front of the present invention.

Fig. 1 is the stereogram of mortise lock assembly of the present invention preferred embodiment.

Fig. 2 is the exploded view of the mortise lock assembly of Fig. 1.

Fig. 3 is the part exploded view of the mortise lock assembly of Fig. 1, does not mark inner lock shell parts and interior hub spare among the figure.

Fig. 4 shows the stereogram of a part of Fig. 1 mortise lock assembly of panel.

Fig. 5 is the lateral view of Fig. 1 mortise lock assembly, do not mark the inner lock shell parts among the figure, and interior stop device is in the unlocked position.

Fig. 6 shows the sectional view of VI-VI direction among Fig. 5.

Fig. 7 shows the sectional view of VII-VII direction among Fig. 8.

Fig. 8 is the lateral view of Fig. 5 mortise lock assembly, and wherein interior stop device is in latched position.

Fig. 9 is the lateral view of Fig. 5 mortise lock assembly, and wherein interior stop device is in non-working condition.

Figure 10 is the lateral view of mortise lock assembly, wherein locks release lever and is in non-working condition.

Figure 11 is the lateral view of Figure 10 mortise lock assembly, wherein locks release lever and is in user mode.

Figure 12 is the lateral view of Figure 11 mortise lock assembly, and wherein the lock release control lever is in the use location, and outer stop device is in latched position.

Figure 13 is the lateral view of Figure 12 mortise lock assembly, and wherein the lock release control lever is in user mode, and the dead bolt assembly is in retracted position, and outer stop device is in the unlocked position.

The specific embodiment

At first with reference to figure 1, it shows the mortise lock assembly 1 that is used for a (not shown).This mortise lock assembly 1 comprises lock shell 2, and this lock shell 2 has the panel 3 that tightly is attached to lock shell 2 front surfaces.Top at lock shell 2 is porose 4, to let the cam subassembly 5 of (not shown) such as cylinder lock, latch and locking device cooperatively interact.Bottom at lock shell 2 is also porose 6, and the interaction that takes place between the door accessory (not shown) with the door accessory of making way for an inboard and outer side of door can be made with the subassembly of hub spare and cooperating.Fig. 2 shows the lock shell, and it is made up of pair of inside assembly 8 and lateral components 9, and this components inside 8 tightens together with the mode that lateral components 9 is followed closely 10 (see figure 1)s by securing member with tighten the screws.Fig. 2 also shows panel, and it is engaged to the lock shell through a pair of fastener element with the mode of tighten the screws nail 11.Apparently, also can use other forms of fastener element.

Fig. 2 shows front surface and the panel 3 of lock shell 2, they respectively porose 14 and 13, the head 15 of dead bolt assembly 16 passes through

hole

14,13 its extended position that outwards stretches.Shown preferable breech lock dead bolt assembly 16 comprises the pull bar 17 that is installed in head 15 back.18 pairs of heads 15 of compression spring apply active force, order about head 15 and arrive the extended position (see figure 3).Pull bar 17 interacts with the driven member 19 of hub spare subassembly 7, so that withdrawal dead bolt 16.About the withdrawal of dead bolt 16, will do more detailed explanation with reference to the illustration of back.

Fig. 2 shows the exploded view of hub spare subassembly, so that show inner lock shell assembly 8 and outer lock shell assembly 9.Interior hub spare 29 can be around axle XX rotation, to rotate driven member 19 with outer hub spare 30.The rotation of hub spare 29 and outer hub spare 30 in compression spring 31 stops through stop 32, so that hub spare 29 resets with outer hub spare 30 in making, driven member 19 is in resting position, and is as shown in Figure 3.

Stop device and outer stop device in Fig. 2 also shows, they interact with interior hub spare 29 and outer hub spare 30 respectively.When

stop device

33,34 engaged with stop slider 36, it was movably, through operation to cam subassembly 5, and controlled prevention movable slider 36.Cam subassembly 5 also can operate, and to move breech lock dead bolt withdrawal slide block 37, this breech lock dead bolt withdrawal slide block 37 interacts with control lever, and this control lever and driven member 19 are an integral body.As long as between control lever and driven member, exist driven nature to engage, control lever can be arranged with driven member in 19 minutes.Operation to slide

block

36,37 will be made more detailed description with reference to the illustration of back.

Fig. 2 shows the preferred implementation of wherein a kind of form selector installation 20 of the present invention.Operation selector installation 20 according to the effect of different elements in the mortise lock assembly 1, is selected its corresponding mode, will make more detailed description with reference to following illustration to the operation of selector.Illustrated selector installation comprises the adjustable member 21 of pentagon shape.The shape of this adjustable member 21 is optional, yet when it combined with the complementary hole 22 of lock shell 9 front surfaces, it helped to confirm the exact position of adjustable member 21 for lock shell 9.The back surface of adjustable member 21 has a plurality of protruding 23.This convexity 23 extends through the hole on locator plate 24, and cooperatively interacts with long element 25, and this long element 25 is connected to hub spare subassembly 7 with adjustable member 21.Flange 26 is arranged on the back of lock shell component 9 front plate, with the position of stationary adjustable assembly 21 with respect to lock shell 2.Flange comprises a plurality of holes that hold each long element 25.Long element is a kind of type of attachment between adjustable member 21 and the

stop device

33,34, and apparently, other forms of connection also is feasible.

Fig. 2 also shows breech lock subassembly 43, and generally speaking, itself and pull bar 17 cooperatively interact, and lives the position so that oblique tongue assembly 16 remains on lock bolt.In the industry; Be to be understood that (see figure 9) when the tongue 44 of breech lock subassembly 43 is in extended position, cooperatively interacting between breech lock subassembly 43 and the oblique tongue assembly 16; Can apply active force through head 15, resist oblique tongue assembly 16 and move from extended position to oblique tongue assembly 16.

With reference now to Fig. 3,, the part assembly drawing that it shows mortise lock assembly 1 has saved the inner assembly part 8 of locking shell 2 among the figure.The housing 27 the inside parts of hub spare subassembly 7 have also been saved, to show the inner assembly of hub spare subassembly.Moreover, it should be noted, also saved the interior hub spare 29 of hub spare subassembly 7, yet the shape of interior hub spare can be able to from Fig. 2 and Fig. 4 at least understand.

Fig. 3 shows the preferred form of locking device, stop device 33 and outer stop device 34 in it comprises, and stop device 33 cooperatively interacts with interior hub spare (not shown) and outer hub spare 30 respectively with outer stop device 34 in this.Interior stop device 33 rotates around axle YY with outer stop device 34, and axle YY is parallel with axle XX.Moving of sliding component 36, stop device 33 and outer stop device 34 rotations in can making, this sliding component 36 also cooperatively interacts with cam subassembly 5.In between locked, regulating stop device 33 and outside during stop device 34, sliding component 36 can move on the direction of arrow B.This of sliding component 36 moved, will make more detailed description with reference to following illustration.

Hub spare subassembly shown in Fig. 3 comprises leaf spring 38, and it is stop device 33 and outer stop device 34 generation skews at least internally, is in user mode to order about locking device.In user mode, the moving of sliding component 36 can be regulated interior stop device 33 and/or the position of outer stop device 34 between the locked.Leaf spring only is a kind of form of offset assembly, can be suitable for ordering about locking device and be in user mode, and other forms of offset assembly through the helical spring of axis of rotation YY generation effect, also is suitable for example.

Fig. 3 shows long element 25, and it is located in the hole that forms on the flange 26.Fig. 3 shows also that to be positioned at adjustable member 21 back lip-deep protruding 23, protruding 23 be the center, radially spaced hole through the axle with align member 24, engages with long element 25.Shown in Fig. 3, with respect to the certain orientation of adjustable member 21 of lock shell 2, make exactly in three long elements 25 two with protruding 23 in line so that those two long elements 25 can further extend into hub spare subassembly 7.The setting of the surperficial raising 23 in back is located the difference of adjustable member 21, can cause other combinations of the long element 25 that extends into hub spare subassembly 7.Be also to be understood that the back surface of adjustable member 21, can also be shaped with other modes that is different from protruding 23, to regulate the position of long element 25 in flange.

Selector installation 20 comprises the securing member 39 that the position of adjustable member is secured to lock shell 2.Securing member 39 shown in Fig. 3 is the form appearance with screw rod 39, and it passes threaded hole, centre and locator 24 on the adjustable member 21, and through being positioned at the threaded hole on the flange abutting aperture 22, is fastened to lock shell 2.This fastening setting makes adjustable member 21 and align member 24 be fastened to lock shell 2, still allows adjustable member 21 and align member 24 to rotate around axle ZZ simultaneously.This provides the adjusting of selecting in the selector installation 20.When selecting the better position of adjustable member 21, securing member 39 is tightened up, and adjustable member 21 is flushed with the front surface of lock shell 9, and this can be found out by Fig. 4.

When securing member 39 unclamped, adjustable member 21 moved along axle ZZ direction, away from flange, arrived a position up to it, and in this position, it can pass lock shell 9 front surfaces and rotate around axle ZZ.Securing member 39 still with locator plate 24 on interstitial hole cooperate, protruding 23 still with locator plate 24 in radial hole cooperates so that when the selection of selector installation regulated, adjustable member can rotate around locator member 24.

Should be appreciated that from Fig. 4 the adjustable member 21 that illustrates can rotate to five positions, these five positions are equivalent to the mortise lock assembly works with five kinds of different modes, and this numeral can be different certainly.

With reference now to Fig. 5,, it shows the interior stop device 33 that is in user mode and unlocked position.When stop device remained on unlocked position, interior hub spare can be by the user along the rotation of arrow A direction, with withdrawal dead bolt assembly 16.Interior stop device 33 is connected to stop slider 36 through flange 41a, and this flange 41a is positioned at the hole 42 on the stop slider, and this can more clearly understand from Fig. 3 and Fig. 6.As shown in Figure 7, stop slider 31 is moved along the arrow C direction, will cause the rotation of interior at least stop device 33 along axle YY directions.When interior stop device 33 was in this position, hub spare 29 was along direction of arrow rotation as shown in Figure 8 in it hindered.When interior stop device 33 adopted position shown in Figure 8, it considered to be in latched position.

When interior stop device 33 when between Fig. 8 and Fig. 5 locked shown in respectively, rotating freely at least, with respect to interior stop device, can think that locking device is in user mode.Fig. 5 and Fig. 3 show sheet flat spring 38, and it comprises pointed tooth 38a, and pointed tooth 38a and interior stop device 33 are in line.Pointed tooth 38a squints interior stop device 33 to user mode.By contrast, the interior stop device 33 shown in Fig. 9 is in non-working condition.The flange 41a of interior stop device 33 breaks away from stop slider 36, so that stop slider 36 can not cause moving of interior stop device 33 along moving of arrow C direction.Stop device 33 is in non-working condition in making, and stop device 33 is accomplished in can on selector installation, selecting to break away from.This comprises directed adjustable member 21, selects away from the arrow that points to inboard (not being the outside as shown in Figure 4).This will make, and on the inner surface of adjustable member 21 one of them is protruding to connect being aligned with long element 25a, and this long element 25a is connected with interior stop device 33.Stop device 33 turned clockwise around axle YY in this forced, with the effect of antagonism pointed tooth 38a.The interior stop device of above-mentioned reference is at user mode and non-working condition, and the discussion of the illustration of regulating between the locked, also is applicable to outer stop device 34.

Mortise lock assembly of the present invention also comprises lock release, in user mode, its in latched position is regulated stop device 33 with outside the position of stop device 34.If move on to unlocked position from this position, dead bolt assembly 16 can move on to advanced position from extended position.The effect of lock release has avoided outer stop device to be in, for example, latched position, and the door by mistake move to fastening position, thereby the occupants is kept outside of the door.When door was in the closed position, outer stop device still can be pinned through the operation of cam subassembly by the occupants.Figure 10 shows the preferred versions of lock release.Should be noted that Figure 10 has saved interior stop device 33 illustrating lock release, and comprise control lever 35, control lever 35 be usually located between stop device and the outer stop device 34.This position can be known from Fig. 3.Be further appreciated that from Fig. 2 or Fig. 3 control lever 35 and middle long element 25a cooperatively interact, also the middle pointed tooth 38c with sheet flat spring 38 cooperatively interacts.

Refer again to Figure 10, it has illustrated lock release and has been in non-use position, and whereby, flange 41c on the control lever 35 and stop slider 36 break away from.Adjustment adjustable member 21 so that middle long element 25c and adjustable member 21 backs lip-deep protruding 23 are not point-blank, rotates control lever 35 under the influence of middle pointed tooth 38c.This rotation of control lever 35 can engage flange 41c with stop slider 36, and is shown in figure 11.Lock release among Figure 11 is in user mode.

Figure 12 has illustrated outer stop device 34 and has been in latched position, because stop slider 36 moves along the direction of arrow C.Stop slider 36 also spurs control lever 35, so that be in closed position with reciprocal shuttle 42, through Fig. 3, is more readily understood this reciprocal shuttle 42.When driven member 19 when axle XX rotates, back and forth shuttle 42 interacts with driven member 19, driven member 19 plays control lever.When door moves to fastening position, can cause that oblique tongue assembly 16 moves to advanced position from extended position, shown in figure 13.Tiltedly the withdrawal of tongue assembly 16 can cause the rotation of driven member 19, and this rotation can cause that reciprocal shuttle member moves along the arrow B direction.Back and forth shuttle 42 fastens control levers 35, so that back and forth shuttle 42 can cause also that along moving of arrow B direction stop slider 36 moves along the arrow B direction.This causes that successively outer stop device 34 rotates to unlocked position shown in Figure 13 from latched position shown in Figure 12 at least.

Should be appreciated that from aforesaid description mortise lock assembly 1 of the present invention is relatively easily regulated.Yet adjustable member 21 is covered in panel 3 back, can reduce the possibility that selector is regulated by non-permission personnel.In addition, can select at an easy rate to break away from and the lock release function, and lock set lock shell be positioned at the mortise chamber of door from the front of lock shell 2, this is another advantage.

Under the situation that does not break away from spirit of the present invention or scope, as indicated above, various modifications and/or increase scheme can be introduced in this mortise lock assembly.

Claims

One kind be used for the door the mortise lock assembly, it comprises:

Lock shell, said lock shell at least partly are positioned at the cavity of a inside;

Dead bolt, said dead bolt can move with respect to extended position, and so as to extending to the front panel of said lock shell;

Interior hub spare and outer hub spare, each hub spare cooperates with the manual engagement member of door inboard and outer side of door respectively, and each hub spare all can make dead bolt withdraw from extended position;

Locking device, said locking device comprise respectively with said in hub the spare interior stop device and the outer stop device that are connected with said outer hub spare;

Selector, it can be from the enterprising line operate of the front panel of said lock shell, and stop device is respectively with outer stop device and uses or non-working condition in being used to select; In user mode, through operating said locking device, interior stop device and/or outer stop device can be regulated between locked; In said latched position; Each hub spare can not operate, and at said unlocked position, each hub spare can operate; At non-working condition, stop device and/or outer stop device were to adopt latched position in said locking device can not be regulated;

Lock release; When being in user mode; Said dead bolt moves from extended position, can the position of interior stop device and/or outer stop device be adjusted to unlocked position from latched position, also can operate said selector and be in user mode or non-working condition to select lock release.
2. mortise lock assembly according to claim 1 is characterized in that: said dead bolt comprises offset assembly, and said offset assembly is used for said dead bolt skew to extended position.
3. according to the described mortise lock assembly of aforementioned each claim; It is characterized in that: said dead bolt comprises the head with oblique front; Said oblique front cooperates with the button hole that is positioned at doorframe in use; When at closing time, said dead bolt head slips over said button hole, and said dead bolt is removed from extended position.
4. according to the described mortise lock assembly of aforementioned each claim; It is included in interactional driven member between each interior hub spare and outer hub spare and the dead bolt; The rotation of hub spare or said outer hub spare all can be moved said driven member in said, and said dead bolt is withdrawn from extended position.
5. mortise lock assembly according to claim 4; It is characterized in that: said driven member and said lock release cooperatively interact; When lock release was in user mode, stop device or outer stop device moved from latched position in the mobile meeting of driven member caused.
6. mortise lock assembly according to claim 5 is characterized in that: said driven member and said dead bolt interact, interior hub spare or the independent effect of outer hub spare, and moving of the dead bolt that is caused can drive said driven member and move.
7. according to the described mortise lock assembly of aforementioned each claim, it is characterized in that: said lock release comprises offset assembly, and it makes the lock release skew to adopting user mode.
8. according to the described mortise lock assembly of aforementioned each claim, it is characterized in that: said locking device comprises offset assembly, and it makes the locking device skew to adopting user mode.
9. according to the described mortise lock assembly of aforementioned each claim; It is characterized in that: said lock release comprises control lever; Said control lever pivots; Said axle is basically perpendicular to a direction, this direction exactly when said lock release is regulated between user mode and non-working condition, the direction that said dead bolt moves.
10. according to the described mortise lock assembly of aforementioned each claim; It is characterized in that: said selector comprises adjustable member; Said adjustable member is positioned at said lock shell front, is used to regulate the state of said interior stop device or outer stop device or lock release.
11. mortise lock assembly according to claim 10 is characterized in that: said adjustable member is anchored on said lock shell, make need not to take apart the lock shell just can be adjusted.
12. mortise lock assembly according to claim 11 is characterized in that: said selector comprises the locator member that cooperatively interacts with said lock shell and said adjustable member and said adjustable member is fastened to the securing member of locator member.
13. mortise lock assembly according to claim 12 is characterized in that: said locator member fastens securing member.
14. mortise lock assembly according to claim 13 is characterized in that: said lock shell comprises flange, and said flange is positioned at the behind of lock shell front panel, and lock shell front panel contains the hole that is useful on the installation securing member.
15. according to the described mortise lock assembly of arbitrary claim in the claim 10 to 14; It is characterized in that: said adjustable member pivots; Said axle is arranged essentially parallel to the direction that dead bolt moves, so as can be said in stop device, adjust in the state selection of stop device and said lock release outside said.
16. according to the described mortise lock assembly of arbitrary claim in the claim 10 to 15, it is characterized in that: said selector comprises linkage, said linkage couples together said adjustable member and interior stop device, outer stop device and lock release.
17. mortise lock assembly according to claim 16; It is characterized in that: said linkage comprises several long elements; Each long element is arranged essentially parallel to a direction and moves; This direction be exactly when said selector regulate said in stop device, said outside during the state of stop device and said lock release, the direction that dead bolt moves.
18. mortise lock assembly according to claim 17 is characterized in that: the far-end of each long element all engages with interior stop device, outer stop device and lock release respectively, and the near-end of each long element engages with adjustable member.
19. mortise lock assembly according to claim 18; It is characterized in that: said adjustable member comprises the surface that cooperatively interacts with said long element near-end; Said surface comprises several structures; So that the shaft position of each long element all is different from the surf zone that engages with its near-end that it depended on, said adjustable member can be regulated the surf zone that it engages the long element near-end through axial rotation whereby.
20. according to the described mortise lock assembly of arbitrary claim in the claim 10 to 19, it comprises can be connected to the anterior panel of lock shell, anterior the hiding of said lock shell joins in the adjustable member.