CN103711365B - Lock set and the method that device is changed between non-lockable and key is lockable - Google Patents
Lock set and the method that device is changed between non-lockable and key is lockable Download PDFInfo
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- CN103711365B CN103711365B CN201310446335.1A CN201310446335A CN103711365B CN 103711365 B CN103711365 B CN 103711365B CN 201310446335 A CN201310446335 A CN 201310446335A CN 103711365 B CN103711365 B CN 103711365B
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Abstract
Lock set (30) comprises lock housing body (32), lock core assembly (38), lock core pipe (40) and at least one releasable holding device (48).Lock core assembly (38) can be arranged in lock housing body (32) or be mounted to lock housing body (32).Lock core pipe (40) in lock core assembly (38) carries out the locking and unlocking of lock set (30) relative to lock core assembly (38) pivotable by lock core assembly (38).At least one releasable holding device (48) is removable between at least a first position, wherein primary importance prevents from removing lock core assembly (38) from lock housing body (30), and the second place allows to remove lock core assembly (38) from lock housing body (30).Releasable holding device (48) is to the movement of at least second place, in order to allow to remove lock core assembly (38) from lock housing body (30), allow in response to for pivotable lock core pipe (40) to the key (44) of the correct coding of at least one extracting position and be prevented from response to for pivotable lock core pipe (40) to the key (44) of the correct coding of at least one holding position.
Description
Technical field
The present invention relates to lock set and the method for being changed between non-lockable and key is lockable by device.
The present invention mainly develops and is used for shaking window apparatus lock set, and will be described according to this application hereinafter.But the present invention is not limited to this embody rule, is also suitable for using and is suitable for sash lock and the door lock of other type.
Background technology
Lock for new window or new door is arranged on window or door in the factory of be everlasting this window of manufacture or door, then delivers to building site and installs.If building owner requires that in house, all locks use identical key (that is, all or most lock in a key operated house), so just must carry out following content.First, contractor orders all locks for this house and requires that this lock uses identical key.Then the lock that house belonging to it proves is delivered to window/door frame company.Lock is mounted to window/door and window/door is delivered to correct house by then window/door frame company.Finally, window/door arrives at correct house and installs.The shortcoming of this method is, very difficult and complicated from the order of logistics viewpoint above-mentioned steps, and uses identical key to cause real obstacle for locks all in house.
Alternative method allows contractor order to have sash lock and the door lock of different key, then, after house is completed, arranges locksmith that all locks are set to identical key again.This just relates to locksmith and from each window and door, removes lock and disassemble each lock thus close to lock core.The shortcoming of the method is that it can bring very large extra cost to contractor.
Above-mentionedly key process is reseted and the lock set configured is known for ease of removing lock core thus simplifying.But this lock is because of the hardship of one or more following shortcoming.First, in order to reset key, they need the rear portion close to lock usually, thus therefore need lock to remove from door or window.Secondly, they need extra removing and the key installed (different from proper operation key) for lock core.This extra key may be lost or be controlled by locksmith.3rd, the lock core type that these locks use and key are not generally apply in a lot of country, and therefore it can arrange the limited amount of the lock of identical keys.
Interchangeable core lock core is also known, and this lock core simplifies the interchangeability of similar lock core thus helps to reset identical keys.These lock cores remove through the front surface of lock and do not need to remove lock from window or door.But the shortcoming of these lock cores is that they need extra control key thus enable interchangeable core lock core carry out removing and reinstalling.This control key may be lost and/or be controlled by locksmith.These lock cores neither generally be applied in a lot of country.Another shortcoming is that these lock core manufactures are more complicated and more expensive than common lock core type.
The lock core being called as disk lock core or disk lock core is also known, this lock core have can from lock the pipe that remove thus help to reset identical keys.These pipes remain on lock by the geometrical clamp of upspringing being arranged in pipe rear portion.But the shortcoming of these lock cores must have to the passage at the rear portion of pipe or extra pipe to remove key to remove them.Passage to the rear portion of pipe passes usually in order to keep safety to be arranged on window or door with regard to inaccessible hole once lock.Therefore, in order to close to this hole and geometrical clamp, the lock of the type must remove from door/window.Another shortcoming of the lock core of the type is that it is regarded as having lower security grade, and does not therefore usually use on door.Avoid using on door to attempting to bring another shortcoming when locks all in building is arranged identical key.
The lock core can removing core type is also known, and this lock core can remove through the front surface of lock.Remove core lock core to remove at the hold-down screw at the rear portion of lock core by unscrewing.But just as above-mentioned disk/disk lock core, in order to allow to remove, the passage to lock core rear portion must be available.
Another shortcoming of generally common lock is the difficult point converted to by lockable for non-key lock in the lockable lock of key.This conversion is really too complicated and therefore need service and the expense of locksmith for ordinary household.And some locks do not allow to carry out such conversion.
Goal of the invention
What the object of the invention is to overcome substantially or at least improve in above-mentioned shortcoming is one or more.
Summary of the invention
Therefore, in a first aspect, the invention provides a kind of lock set, comprising:
Lock housing body;
Lock core assembly, can be arranged in lock housing body or be mounted to lock housing body;
Lock core pipe, in lock core assembly, and can pivotable thus carried out the locking and unlocking of lock set by the key of correct coding relative to lock core assembly; And
At least one releasable holding device, removable between at least a first position, wherein primary importance prevents from removing lock core assembly from lock housing body, and the second place allows to remove lock core assembly from lock housing body.
Wherein, be used for allowing to remove the movement of lock core assembly, releasable holding device at least second place from lock housing body, key in response to correct coding is used for pivotable lock core pipe and is allowed to at least one extracting position, and is used for pivotable lock core pipe in response to the key of correct coding and is prevented at least one holding position.
Lock core assembly preferably includes lock core installed part, and this lock core installed part can be arranged in lock housing body releasedly, and lock core can be arranged in lock core installed part;
Wherein at least one releasable holding device, in primary importance, prevents from removing lock core installed part and lock core from lock housing body, and, in the second place, allow to remove lock core installed part and lock core from lock housing body.
Lock core pipe preferably can be switched at least locked and at least one in locked between extracting position.
Lock core pipe preferably pivotable can rotate at least locked and at least one comprises the holding position of latched position and/or unlocked position.
Lock set preferably also comprises obstruction, this obstruction can by the rotary actuation of lock core pipe in response to the lock core pipe of the key of described correct coding between at least a first and a second position, wherein primary importance prevents releasable holding device from primary importance to the movement of the second place, and the second place, allow releasable holding device from primary importance to the movement of the second place.
Wherein, when obstruction is in the second place, releasable holding device can move to the second place from primary importance thus allow to remove lock core assembly from lock housing body.
Preferably, when obstruction is in the second place, releasable holding device can move to the second place from primary importance thus allow by removing lock core assembly with instrument or the releasable holding device of finger presses from lock housing body.
Lock set preferably also comprises button.
Wherein, when obstruction is in the second place, releasable holding device can move to the second place from primary importance thus allow from lock housing body, to remove lock core assembly by the releasable holding device of this button press.
Obstruction preferably includes recess, and a part at least releasable holding device can move into this recess, and when obstruction is in the second place, recess enters the second place.
Thus, when obstruction is in the second place, finger or instrument or button can be used so that releasable holding device is moved to the second place from primary importance, enter recess at least in part, thus allow to remove lock core assembly from lock housing body.
Lock housing body preferably includes access aperture, and obstruction is blocked access hole in primary importance, and in the second place not blocked access hole.
Thus when obstruction is in the second place, instrument can pass access aperture and effectively engage with releasable holding device, and for releasable holding device being moved to the second place from primary importance thus allowing to remove lock core assembly from lock housing body.
Access aperture is roughly contiguous releasable holding device preferably.
Lock housing body preferably can be mounted to surface, and releasable holding device allows to remove lock core assembly from lock housing body to moving of the second place in response to the key of correct coding, without the need to removing lock housing body from this surface, wherein the key of correct coding is used for pivotable lock core pipe at least one extracting position.
Lock core preferably has lock core type or disk lock core type.
Lock housing body preferably includes lock core assembly opening and lock core assembly comprises the lock core installed part that can be arranged in this lock core assembly opening.
In second aspect, the invention provides one and device is converted to non-lockable method from key is lockable.
This device comprises:
Housing;
Lock core assembly, can be arranged in this housing or be mounted to this housing;
Lock core pipe, in lock core assembly, and can pivotable thus carried out the locking and unlocking of this device by the key of correct coding relative to lock core assembly; And
At least one releasable holding device, removable between at least a first position, wherein at least primary importance prevents from removing lock core assembly from housing, and at least the second place allows to remove lock core assembly from housing.Allow to remove the movement of lock core assembly, releasable holding device at least second place from lock housing body, key in response to correct coding is used for pivotable lock core pipe and is allowed to at least one extracting position, and is used for pivotable lock core pipe in response to the key of correct coding and is prevented at least one holding position.
The method comprises the following steps:
With the key pivotable lock core pipe of correct coding at least one extracting position;
At least one releasable holding device mobile is to the second place;
Lock core assembly is removed from housing;
Non-lockable plug is arranged in this housing or is mounted to this housing; And
Primary importance arranges the holding device of at least one release thus keeps non-lockable plug being arranged in this housing or being mounted to this housing.
Lock core assembly preferably also comprises lock core installed part, this lock core installed part can be arranged in lock housing body releasedly, lock core pipe can be arranged in lock core installed part and the method is further comprising the steps of: when at least one releasable holding device is moved to the second place, remove lock core installed part and lock core from housing.
In a third aspect, the invention provides and a kind of device is lockablely converted to the lockable method of key from non-.
This device comprises:
Housing;
Non-lockable plug, can be arranged in this housing or be mounted to this housing; And
At least one releasable holding device, removable between at least a first position, wherein primary importance prevents from removing non-lockable plug from housing, and the second place allows to remove non-lockable plug from housing.
The method comprises the following steps:
At least one releasable holding device mobile is to the second place;
Non-lockable plug is removed from housing;
Lock core assembly be arranged in this housing or be mounted to this housing; And
Primary importance arranges the holding device of at least one release thus keeps lock core assembly being arranged in this housing or being mounted to this housing.
Subsequently, releasable holding device is to the movement of at least second place, key in response to correct coding is used for can allowing at least one extracting position relative to lock core assembly pivotable lock core pipe, and is used for being prevented at least one holding position relative to lock core assembly pivotable lock core pipe in response to the key of correct coding.
Lock core assembly preferably also comprises lock core installed part, this lock core installed part can be arranged in lock housing body releasedly, lock core pipe can be arranged in lock core installed part and the method is also included in when at least one releasable holding device is moved to the second place, lock core installed part and lock core pipe is installed in the housing or is mounted to housing.
Accompanying drawing explanation
Now only will describe the preferred embodiment of the present invention in an illustrative manner with reference to the accompanying drawings, in the accompanying drawings:
Fig. 1 is the top view of the first embodiment shaking window apparatus lock set;
Fig. 2 is the top view stereo figure of lock set shown in Fig. 1;
Fig. 3 is the partial cross bottom views stereogram of lock set shown in the Fig. 1 in lock core holding position;
Fig. 4 shows the lock set in Fig. 3 of lock core extracting position;
Fig. 5 shows the lock set at first Fig. 4 taken out in step process;
Fig. 6 shows the lock set of the Fig. 5 after lock core takes out;
Fig. 7 is the top view of lock set shown in Fig. 4;
Fig. 8 is the top view of lock set shown in Fig. 5
Fig. 9 is the top view of lock set shown in Fig. 6;
Figure 10 is the top view stereo figure of the lock set shown in Fig. 1 in the installation process of non-lockable lock core;
Figure 11 shows the lock set of the Figure 10 in the process being converted to lockable lock core;
Figure 12 is in lock core holding position and the partial cut-away top figure of lock set shown in Fig. 1 of locking;
Figure 13 illustrates the lock set of Figure 12 that drive chain is housed.
Figure 14 is in lock core holding position and the partial cut-away top figure of lock set shown in Fig. 1 of lock unblock;
Figure 15 illustrates at lock core extracting position and the lock set of the Figure 14 unlocked;
Figure 16 is in lock core holding position and the partial cross stereogram shaking the second embodiment of window apparatus lock set of locking;
Figure 17 illustrate in lock core holding position and Figure 16 of locking shake window apparatus;
Figure 18 illustrate in lock core holding position and the Figure 16 unlocked shake window apparatus;
Figure 19 illustrate lock core extracting position Figure 16 shake window apparatus;
Figure 20 illustrates that the Figure 16's having installed lock core plug shakes window apparatus;
Figure 21 is the stereogram of the 3rd embodiment of plunger-type lock set;
Figure 22 is the stereogram of the 4th embodiment of sliding door lock assembly; And
Figure 23 is the exploded perspective view of the replacement form of lock core assembly.
Detailed description of the invention
Fig. 1 to Figure 15 illustrates the first embodiment shaking window apparatus lock set 30.Lock set 30 comprises housing 32, shakes window apparatus handle 34 and pair of openings 36, and lock set 30 is fastened to window frame through opening 36 by securing member (not shown).
Lock set 30 also comprises lock core assembly 38, and lock core assembly 38 comprises lock core installed part 39, and lock core 41 is mounted to lock core installed part 39.Lock core pipe 40 is arranged on (see Figure 11) in lock core 41.The upper rear surface of housing 32 comprises (first) access aperture 42.Lock core assembly 38 is arranged on opening 32a(in housing 32 releasedly see Fig. 6) in, this will describe in detail below.
Fig. 3 shows bottom and the lock core pipe 40 of lock core installed part 39, and wherein correct key 44 is inserted in lock core pipe 40.Lock core installed part 39 keeps being mounted to housing 32 by the releasable holding device of the shoulder 46 on the side of installed part 39 and sliding part 48 form, wherein shoulder 46 engages with housing 32, and sliding part 48 engages with the recess 49 on the opposite side of installed part 39.Sliding part 48 is mounted to housing 32.Eccentric drive projection 50 is arranged on the rear portion of pipe 40.
Fig. 3 shows and to prevent lock core assembly 38(and lock core installed part 39 and lock core 41 in primary importance) sliding part 48 that removes from housing 32.Fig. 3 also illustrates obstruction 52, and obstruction 52 passes through the rotating drive of the projection 50 caused by key 44 to primary importance.Obstruction 52 comprises (second) access aperture 54 wherein.
Fig. 4 shows spring 56, and sliding part 48 is biased towards primary importance shown in Fig. 3 and Fig. 4 by spring 56.Fig. 4 also illustrates the Rocker arm 58 with the first end 58a and the second end 58b.
Get back to Fig. 3, protruding 50 location obstruction 52, wherein access aperture 42 and access aperture 54 misalignment can be seen.Therefore, instrument 60 can not engage with Rocker arm 58 through access aperture 42 and access aperture 54.Therefore, when key 44 is for driving projection 50 to shown primary importance, obstruction 52 is by preventing moving thus preventing sliding part 48 from moving from shown position of Rocker arm 58.Therefore, lock core assembly 38 is prevented to remove from housing 32.
Fig. 4 shows the key 44 rotated to the second place and causes protruding 50 to drive obstruction 52 to the second place.As best illustrated in figure 5, in the second place, access aperture 42 and access aperture 54 are alignd and instrument 60 can be pressed in the second end 58b of Rocker arm 58 through access aperture 42 and access aperture 54.As shown in Figure 6, press tool 60 pivot rocker arm 58 on the direction of arrow 61 and drive the first end 58a to enter inclined cam surface 48a on sliding part 48, sliding part 48 is caused to move to the second place in the direction of the arrow 62 thus, in the second place, sliding part 48 no longer engages with the recess 49 in installed part 39.Therefore, lock core assembly 38 can remove from housing 32.
Fig. 7, Fig. 8 and Fig. 9 correspond respectively to Fig. 4, Fig. 5 and Fig. 6 and illustrate sliding part 48 from primary importance to the movement of the second place, and after this moves, lock core assembly 38 can remove from housing 32.
Lock set 30 advantageously allows lock core assembly 38, and therefore allows lock core 41 to remove from lock set quickly and easily.Importantly, this point can when without the need to perform when rear portion close to lock set and therefore without the need to the window frame dismounting lock set 30 from association.Then, change lock core assembly 38 relatively fast and easily can replace, and without the need to the service of locksmith, wherein change lock core assembly 38 be set to and in house major part other phase-locked with key.To be obstruction allowing only to be controlled by correct key close to rocking arm and the location between not allowing close to rocking arm for another advantage of lock set 30, and this point is not only convenient but also maintain safety.
Another advantage of lock set 30 is described referring now to Figure 10 and Figure 11.
Figure 10 shows the lockable version of non-key of shaking window apparatus 30 ' of being produced by (key is lockable) shown in Fig. 1 to Fig. 9 lock set 30.Shaking window apparatus 30 ' uses the lockable plug of non-key 70 to substitute above-mentioned lock core assembly 38.Plug 70 is included in projection 72 below, and obstruction 52 is positioned at the same position shown in Fig. 4 to Fig. 9 by protruding 72.Shaking window apparatus 30 ' can convert back to key lockable quickly and easily, takes out plug 70 by use instrument 60 from housing 32, in the mode similar with above-mentioned taking-up lock core assembly 38, then substitutes plug 70 with lock core assembly 38.
Figure 11 show produced by (key is lockable) shown in Fig. 1 to Fig. 9 lock set 30 shake window apparatus 30 " the lockable version of non-key of replacement.Shake window apparatus 30 " use lock core plug 80 to substitute lock core 41.Plug 80 is included in projection 82 below, and obstruction 52 is positioned at the same position shown in Fig. 4 to Fig. 9 by protruding 82.Lock core plug 80 is fixed to installed part 39 by support 38a and support 38b, and support 38a and support 38b is kept by screw 38c and screw 38d respectively.Shake window apparatus 30 " can convert back to key lockable quickly and easily, from housing 32, take out plug 80 by use instrument 60, in the mode similar with above-mentioned taking-up lock core assembly 38.Then removal bracket 38a and support 38b thus allow to remove plug 80 and substitute with lock core 41.Then by support 38a and support 38b, lock core 41 is fixed to installed part 39.Then lock core installed part 39 is arranged in the opening 32a in housing 32.
The alternative form of lock core assembly 38 ' is shown in Figure 23, and wherein lock core pipe is directly mounted to lock core installed part 39 and above-mentioned support and lock core and lock core installed part 39 ' global formation.
Figure 12 shows above-mentioned lock set 30 and shows the key 44 in latched position.On this position, access aperture 42 and access aperture 54 do not line up, so instrument 60 can not be used to remove lock core assembly 38.And locking bar 90 is biased to the position engaged with lock gear 92 by spring (not shown), thus prevent locking bar 90 from rotating.As shown in Figure 13, gear 92 is connected to planetary gear 94, and planetary gear 94 is connected to worm drive 95 successively.Worm drive 95 rotarily drives rotation by handle 34.The planetary gear 94 that rotarily drives of worm drive 95 rotates, and planetary gear 94 drives the chain 96 of termination in window support 98 successively.Therefore, because prevent lock gear 92 from rotating, so also prevent planetary gear 94 from rotating.Therefore, engage with lock gear 92 by arranging locking bar 90, thus prevent opening of window.
Figure 14 illustrates that key 44 rotates the lock set 30 to unlocked position, on this position, drives locking bar 90 to be disengaged from lock gear 92 by protruding 50 opposings with the spring (not shown) that locking bar 90 associates.Therefore, on this position, the rotation of handle 34 can cause the rotation of worm drive 95 and planetary gear 94, and causes support 98 driven away from lock set 30 by chain 96 thus open window.Importantly, on this position, access aperture 42 and access aperture 54 also unjustified, so instrument 60 can not be used for removing lock core 38 from housing.
Therefore, lock set 30 advantageously avoids removing lock core assembly in both locked.
Figure 15 illustrates and rotates to the key 44 of a position, and in this position, protruding 50 drive obstruction 52 to access aperture 42 and access aperture 54 in the position of this aligned in position, thus allow as described above remove lock core assembly 38 with instrument 60.
Figure 16 to Figure 20 illustrates the second embodiment shaking window apparatus lock set 100.Very similar and similar characteristics like numerals will indicates with lock set 30 mentioned above for lock set 100.But in lock set 100, obstruction 52 does not have access aperture, the substitute is recess 102, recess 102 can position thus the pivotable preventing or allow Rocker arm 58 to carry out in response to the promotion of instrument 60 moves (with mentioned above similar).
More specifically, Figure 16 shows lock core pipe 40 lock set 100 in the locking position, and in the locking position, protruding 50 drive obstruction 52 to position, and on this position, the second end 58b of Rocker arm 58 can not carry out pivotable to enter recess 102.Therefore, press the second end 58b of Rocker arm 58 can not pivot rocker arm 58 with instrument 60, thus sliding part 48 can not be retracted and lock core assembly 38 can not take out from housing 32.
Figure 18 shows and rotates lock core pipe 40 to unlocked position by key 44, and its protrusions 50 is located obstruction 52 and second end 58b of Rocker arm 58 is not also alignd with recess 102.Thus prevent from taking out lock core assembly 38 from housing 32.
Figure 19 illustrates position pipe 40 and protruding 50 being rotated the second end 58b and recess 102 to Rocker arm 58 and align.As shown in the figure, then with instrument 60, second end 58b pivotable of Rocker arm 58 can be entered recess 102, during recess 102 pivotable first end 58a enters and engages with the driving of sliding part 48.This moves and drives sliding part 48 to depart from the joint with the recess 49 in lock core installed part 39, and allows to take out lock core assembly 38 with similar mode mentioned above from housing 32.
Figure 20 show the lock core plug 104 by being similar to plug 70 be converted to non-lockable after lock set 100.The same with the first embodiment, in the projection 106 at the rear portion of lock core plug 104, obstruction 52 is positioned at the same position shown in Figure 19, thus allows for that fast and easily lock set 100 to be converted to key lockable and take out plug 104.
Figure 21 shows the 3rd embodiment of plunger-type door lock 110, and wherein releasable lock core assembly 38 is similar to those assemblies mentioned above.
Figure 22 shows the 4th embodiment of sliding door lock 120, and wherein releasable lock core assembly 38 is similar to those assemblies mentioned above.
Although with reference to preferred embodiment describing the present invention, it should be appreciated by those skilled in the art that the present invention can other forms many realize.Such as, (not shown) in the substituting embodiment of lock set, lock set comprises greatly to enough pointing the opening that can push away rocking arm.And (not shown) in another embodiment, lock set comprises the button pushing away rocking arm.In these two embodiments, finger or button can only obstruction location to allow identical time pivot rocker arm.
Claims (17)
1. a lock set, comprising:
Lock housing body;
Lock core assembly, can be arranged in described lock housing body or can be mounted to described lock housing body;
Lock core pipe, in described lock core assembly, and can pivotable thus carried out the locking and unlocking of described lock set by the key of correct coding relative to described lock core assembly; And
At least one releasable holding device, removable between at least a first position, wherein at least primary importance prevents from removing described lock core assembly from described lock housing body, and at least the second place allows to remove described lock core assembly from described lock housing body
Wherein, be used for allowing from described lock housing body remove described lock core assembly, releasable holding device is to the movement of at least second place, key in response to correct coding is used for lock core pipe described in pivotable and is allowed to at least one extracting position, and is used for lock core pipe described in pivotable in response to the key of correct coding and is prevented at least one holding position.
2. lock set as claimed in claim 1,
Wherein, described lock core assembly comprises lock core installed part, and described lock core installed part can be arranged in described lock housing body releasedly, and lock core can be arranged in described lock core installed part;
Wherein, at least one releasable holding device, in primary importance, prevents from removing described lock core installed part and described lock core from described lock housing body, and, in the second place, allow to remove described lock core installed part and described lock core from described lock housing body.
3. lock set as claimed in claim 1, wherein,
Described lock core pipe can be switched at least locked, and at least one extracting position is between described latched position and described unlocked position.
4. lock set as claimed in claim 1, wherein,
Described lock core pipe can rotate pivotly at least locked, and at least one holding position comprises described latched position and/or described unlocked position.
5. lock set as claimed in claim 1, wherein,
Described lock set also comprises obstruction, described obstruction can be driven in response to the rotation of the lock core pipe of the key of described correct coding between at least a first and a second position by described lock core pipe, wherein primary importance prevents releasable holding device from primary importance to the movement of the second place, and the second place allows releasable holding device from primary importance to the movement of the second place
Wherein, when described obstruction is in the second place, releasable holding device can move to the second place from primary importance thus allow to remove described lock core assembly from described lock housing body.
6. lock set as claimed in claim 5, wherein,
When described obstruction is in the second place, releasable holding device can move to the second place from primary importance, thus allows by removing described lock core assembly with instrument or the releasable holding device of finger presses from described lock housing body.
7. lock set as claimed in claim 5, wherein,
Described lock set also comprises button,
When described obstruction is in the second place, releasable holding device can move to the second place from primary importance, thus allows from described lock housing body, to remove described lock core assembly by the releasable holding device of described button press.
8. lock set as claimed in claim 5, wherein,
Described obstruction comprises recess, releasable holding device can move into described recess at least partially, when described obstruction is in the second place, described recess enters the second place,
Thus, when described obstruction is in the second place, finger or instrument or button can be used so that releasable holding device is moved to the second place from primary importance, enter described recess at least in part, thus allow to remove described lock core assembly from described lock housing body.
9. lock set as claimed in claim 5, wherein,
Described lock housing body comprises access aperture, and described obstruction blocks described access aperture in primary importance, and in the second place, do not block described access aperture,
Thus, when described obstruction is in the second place, instrument can pass described access aperture and operatively engage with releasable holding device, and for releasable holding device is moved to the second place from primary importance, thus allow to remove described lock core assembly from described lock housing body.
10. lock set as claimed in claim 9, wherein, the roughly contiguous releasable holding device of described access aperture.
11. lock sets as claimed in claim 1, wherein,
Described lock housing body can be mounted to surface, and the key in response to correct coding is used for pivotable lock core pipe removes described lock core assembly from described lock housing body, without the need to removing described lock housing body from this surface at least one extracting position, releasable holding device to mobile permission of the second place.
12. lock sets as claimed in claim 1, wherein said lock core is lock core type or disk lock core type.
13. lock sets as claimed in claim 1, wherein,
Described lock housing body comprises lock core assembly opening, and described lock core assembly comprises the lock core installed part that can be arranged in described lock core assembly opening.
Device is converted to non-lockable method from key is lockable by 14. 1 kinds,
Described device comprises:
Housing;
Lock core assembly, can be arranged in described housing or can be mounted to described housing;
Lock core pipe, in described lock core assembly, and can pivotable thus carried out the locking and unlocking of described device by the key of correct coding relative to described lock core assembly; And
At least one releasable holding device, removable between at least a first and a second position, wherein primary importance prevents from removing described lock core assembly from described housing, and the second place allows to remove described lock core assembly from described housing, allow to remove described lock core assembly from described lock housing body, releasable holding device is to the movement of the second place, key in response to correct coding is used for lock core pipe described in pivotable and can allows at least one extracting position, and the key in response to correct coding is used for lock core pipe described in pivotable to be prevented at least one holding position,
Said method comprising the steps of:
With lock core pipe described in the key pivotable of correct coding at least one extracting position;
At least one releasable holding device mobile is to the second place;
Described lock core assembly is removed from described housing;
Can be arranged on non-in described housing or be mounted to described housing by locking plug; And
At least one releasable holding device to be arranged in primary importance thus to keep non-lockable plug being arranged in described housing or being mounted to described housing.
15. methods as claimed in claim 14, wherein,
Described lock core assembly comprises lock core installed part, described lock core installed part can be arranged in described lock housing body releasedly, described lock core pipe can be arranged in described lock core installed part, and described method is further comprising the steps of: when at least one releasable holding device is moved to the second place, remove described lock core installed part and described lock core from described housing.
Device is lockablely converted to the lockable method of key from non-by 16. 1 kinds,
Described device comprises:
Housing;
Non-lockable plug, can be arranged in described housing or can be mounted to described housing; And
At least one releasable holding device, removable between at least a first and a second position, wherein primary importance prevents from removing described non-lockable plug from described housing, and the second place allows to remove described non-lockable plug from described housing,
Said method comprising the steps of:
At least one releasable holding device mobile is to the second place;
Described non-lockable plug is removed from described housing;
Lock core assembly be arranged in described housing or be mounted to described housing; And
At least one holding device discharged is arranged in primary importance, thus keeps described lock core assembly being arranged in described housing or being mounted to described housing,
Subsequently, releasable holding device is to the movement of at least second place, can be used for being allowed to at least one extracting position relative to described lock core assembly pivotable lock core pipe in response to the key of correct coding, and be used for being prevented at least one holding position relative to lock core pipe described in described lock core assembly pivotable in response to the key of correct coding.
17. methods as claimed in claim 16, wherein,
Described lock core assembly also comprises lock core installed part, described lock core installed part can be arranged in described lock housing body releasedly, described lock core pipe can be arranged in lock core installed part, and described method also comprises when at least one releasable holding device is moved to the second place, is arranged in described housing or is mounted to described housing by described lock core installed part and described lock core pipe.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| AU2012904298 | 2012-10-02 | ||
| AU2012904298A AU2012904298A0 (en) | 2012-10-02 | A lock assembly and a method for converting a device between non lockable and key lockable | |
| AU2013202403A AU2013202403B2 (en) | 2012-10-02 | 2013-04-04 | A lock assembly and a method for converting a device between non lockable and key lockable |
| AU2013202403 | 2013-04-04 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103711365A CN103711365A (en) | 2014-04-09 |
| CN103711365B true CN103711365B (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310446335.1A Expired - Fee Related CN103711365B (en) | 2012-10-02 | 2013-09-25 | Lock set and the method that device is changed between non-lockable and key is lockable |
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| Country | Link |
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| CN (1) | CN103711365B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1127023A (en) * | 1994-06-10 | 1996-07-17 | 伊姆斯股份有限公司 | Closure system, in particular for motor vehicles and building equipment |
| EP1507055A1 (en) * | 2003-08-11 | 2005-02-16 | Fritz Aumüller | Cylinder lock |
| CN1620542A (en) * | 2002-01-23 | 2005-05-25 | 温洛克股份公司 | High security lock and key blade combination |
| EP2436858A2 (en) * | 2010-10-01 | 2012-04-04 | Burg-Wächter Kg | Locking cylinder for a lock |
| CN202347951U (en) * | 2011-08-17 | 2012-07-25 | 上海凯研机械设备有限公司 | Encoding type safe mechanical interlocking system |
-
2013
- 2013-09-25 CN CN201310446335.1A patent/CN103711365B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1127023A (en) * | 1994-06-10 | 1996-07-17 | 伊姆斯股份有限公司 | Closure system, in particular for motor vehicles and building equipment |
| CN1620542A (en) * | 2002-01-23 | 2005-05-25 | 温洛克股份公司 | High security lock and key blade combination |
| EP1507055A1 (en) * | 2003-08-11 | 2005-02-16 | Fritz Aumüller | Cylinder lock |
| EP2436858A2 (en) * | 2010-10-01 | 2012-04-04 | Burg-Wächter Kg | Locking cylinder for a lock |
| CN202347951U (en) * | 2011-08-17 | 2012-07-25 | 上海凯研机械设备有限公司 | Encoding type safe mechanical interlocking system |
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| Publication number | Publication date |
|---|---|
| CN103711365A (en) | 2014-04-09 |
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