CN102226361B - Electric control door lock core device with idling insert core - Google Patents
Electric control door lock core device with idling insert core Download PDFInfo
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- CN102226361B CN102226361B CN2011101340666A CN201110134066A CN102226361B CN 102226361 B CN102226361 B CN 102226361B CN 2011101340666 A CN2011101340666 A CN 2011101340666A CN 201110134066 A CN201110134066 A CN 201110134066A CN 102226361 B CN102226361 B CN 102226361B
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Abstract
The invention discloses an electric control door lock core device with an idling insert core and provides an electric control door lock core device with an idling insert core, and the device provided by the invention is better in stability and less prone to failure, and can be used for realizing separate control of door opening from inside and outside and realizing automatic back locking after closing a door, idling of a lock during abnormal outward opening of the door and good pick-proof and anti-theft performances. The lock core device comprises a lock main body (1), a lock tongue device positioned in the lock main body (1), an oblique tongue device and a clutch device, wherein the oblique tongue device and the clutch device are connected with the lock tongue device, the clutch device comprises a clutch connecting rod (30), an outer clutch column (31), an electromagnet connecting rod (32), an electromagnet (33), a connecting rod spring (34) and an inner clutch column (35), the electromagnet (33) is used for controlling the electromagnet connecting rod (32) to be buckled with the outer clutch column (31) when the device provided by the invention is power-on, and the connecting rod spring (34) is used for controlling the electromagnet connecting rod (32) to be separated from the outer clutch column (31) when the device provided by the invention is power-off.
Description
Technical field
The present invention relates to a kind of band idle running lock pin type electric-controlled door lock core device.
Background technology
Existing lock pin electric control door lock kind is a lot.But existing the d.c. motor armature, such mode have dead point to start, and be subjected to the impact that environment temperature and humidity is larger, and oxidation armature component and the loose contact of relevant control assembly etc., there is unsettled hidden danger, so existing core-inset type electric control door lock exists: influenced by ambient temperature large and exist unstable hidden danger, power of electromagnet to be out of order greatly and easily, the defect such as application life is short, on the other hand, interior outward opening door is not separately controlled, turnover is opened the door and is all needed key to open the door, use like this inconvenience, and the pick-proof and anti-theft performance of these door locks is general.
In sum, existing lock pin electric control door lock has the following disadvantages: influenced by ambient temperature large and have that unstable hidden danger, power of electromagnet are out of order greatly and easily, interior outward opening door is separately controlled and used trouble, and also the pick-proof and anti-theft Performance Ratio is poor.
Summary of the invention
Technical problem to be solved by this invention is to overcome the deficiencies in the prior art, provide a kind of stability relatively good, not easy break-down, can realize that interior outward opening door is separately controlled, the lock pin type electric-controlled door lock core device is dallied in the improper protection of unblanking outdoors to dally, band that the anti-theft pick-proof performance is good.
the technical solution adopted in the present invention is: the present invention includes the lock main body, be positioned at the bolt device of described lock main body, latch bolt device and arrangement of clutch, described latch bolt device all is connected with described bolt device with described arrangement of clutch, inside and outside described arrangement of clutch can be used for, unblank and dally under improper state of unblanking, described arrangement of clutch comprises clutch linkage, outer clutch post, the electromagnet connecting rod, electromagnet, rod spring, interior clutch post, one end of described clutch linkage is connected with described bolt device, the other end is provided with block and through hole, described block contacts with described interior clutch post, described interior clutch post is provided with the hollow cylinder I in the inner part, described hollow cylinder I is passed respectively described through hole, described lock main body, described interior clutch post is provided with notched hollow cylinder II in the outer part, described outer clutch post is positioned at described hollow cylinder II, described outer clutch post outline is rounded and be with jagged, mid portion is square opening, described electromagnet connecting rod is arranged on the guide pillar of described interior clutch post rotatable, described electromagnet is fixedly installed on described interior clutch post and is connected with described electromagnet connecting rod, described rod spring is arranged on described guide pillar, its two ends contact with described hollow cylinder II and described electromagnet connecting rod respectively, during energising, the described electromagnet connecting rod of described magnet control and described outer clutch post phase buckle, during dead electricity, described rod spring is controlled described electromagnet connecting rod and is separated with described outer clutch post, described bolt device comprises bolt plate, dead bolt, plectrum resets, locking plate, touch connecting rod, the reseting plate spring, locking plate spring and bolt plate spring, described dead bolt is fixedly installed on the front end of described bolt plate and can passes the dead bolt hole that arranges on described lock main body front side board, on described bolt plate, laterally be provided with chute, on described lock main body, be provided with the bolt plate guide pillar, described bolt plate guide pillar passes described chute, described shake-up small end is provided with snap fit, described being hooked in after door lock is opened separated with described latch bolt device, when closing, door lock contacts with described latch bolt device, the centre position of described shake-up connecting rod vertically is provided with chute, described bolt plate is provided with touches the connecting rod guide pillar, described shake-up connecting rod guide pillar passes described chute, the lower end of described shake-up connecting rod is connected with the described plectrum that resets, the described plectrum that resets is arranged on described bolt plate rotatable, on the described plectrum that resets, be provided with the hook groove, described hook groove and described bolt plate guide pillar coupling, described locking plate is arranged on described bolt plate rotatable, described locking plate is provided with the hook groove, described hook groove and described bolt plate guide pillar coupling, resetting after described reseting plate spring rotates for the described plectrum that resets, resetting after described locking plate spring rotates for described locking plate, described bolt plate spring is for ejecting described bolt plate, make described dead bolt pass described dead bolt hole and keeper is clasped, described latch bolt device comprises the shake-up latch bolt, the latch bolt push rod, touch sheet, the latch bolt spring, touch the sheet holder, touch flat spring, described shake-up latch bolt is fixed on the front end of described latch bolt push rod and is positioned at the inclined tongue hole of described lock main body front side, the rear end of described latch bolt push rod is arranged on described shake-up sheet holder, described shake-up sheet is arranged on described shake-up sheet holder rotatable, described latch bolt spring is arranged on described latch bolt push rod, its two ends push against respectively in described shake-up latch bolt and described shake-up sheet holder, described shake-up flat spring is arranged on described shake-up sheet holder, with described shake-up sheet and described shake-up sheet holder, contact respectively, described shake-up sheet contacts with described bolt device after door lock is opened, after closing, with described bolt device, separate.
on described bolt plate, be provided with the reseting plate guide pillar, the locking plate guide pillar, the described plectrum that resets is arranged on described reseting plate guide pillar rotatable, described locking plate is arranged on described locking plate guide pillar rotatable, described reseting plate spring is connected to described shake-up connecting rod and the described plectrum that resets, reset between plectrum and described bolt plate, described locking plate spring is arranged on described locking plate guide pillar, and with described bolt plate, with described locking plate, be connected respectively, described bolt plate spring is fixedly installed on described lock main body, and respectively with the sidewall contact of described bolt plate with the lock main body.
Described bolt device also comprises the upper lock link that is slidably matched with described bolt plate, lower lock link, described upper lock link, described lower lock link pass respectively described lock body, described bolt plate when open locking, control described on lock link and described lower lock link slide up and down.
Described lock core device also comprises that the interior jam plate, internal lock flat spring, the interior jam plate that are arranged on the lock core shell block stir seat, described interior jam plate is horizontally installed in described lock main body and is slidably matched with described plug body, described internal lock flat spring is arranged on described interior jam plate and with described interior jam plate and is connected with described lock core shell block, it is suitable with described interior jam plate that described interior jam plate is stirred seat, controls the described interior jam plate slip described lock main body that passes or retract.
Described lock main body comprise described lock core shell block and with the suitable lock core cap of described lock core shell block, described bolt device, described latch bolt device and described arrangement of clutch all are arranged on described lock core shell block.
The invention has the beneficial effects as follows: owing to the present invention includes lock main body, the bolt device that is positioned at described lock main body, latch bolt device and arrangement of clutch, described latch bolt device all is connected with described bolt device with described arrangement of clutch, and described arrangement of clutch can be used for inside and outside separately control unblanks and dally under improper state of unblanking.described arrangement of clutch comprises clutch linkage, outer clutch post, the electromagnet connecting rod, electromagnet, rod spring, interior clutch post, one end of described clutch linkage is connected with described bolt device, the other end is provided with block and through hole, described block contacts with described interior clutch post, described interior clutch post is provided with the hollow cylinder I in the inner part, described hollow cylinder I is passed respectively described through hole, described lock main body, described interior clutch post is provided with notched hollow cylinder II in the outer part, described outer clutch post is positioned at described hollow cylinder II, described outer clutch post outline is rounded and be with jagged, mid portion is square opening, described electromagnet connecting rod is arranged on the guide pillar of described interior clutch post rotatable, described electromagnet is fixedly installed on described interior clutch post and is connected with described electromagnet connecting rod, described rod spring is arranged on described guide pillar, its two ends contact with described hollow cylinder II and described electromagnet connecting rod respectively, during energising, the described electromagnet connecting rod of described magnet control and described outer clutch post phase buckle, during dead electricity, described rod spring is controlled described electromagnet connecting rod and is separated with described outer clutch post, by after described electromagnet power supply, overcoming the very little pulling force of described rod spring, described electromagnet connecting rod and described outer clutch post are clasped, and described power of electromagnet is little, easy break-down not, inside door handle with can realize a drawback lock after described interior clutch post is connected, outer door handle with can realize unblanking outdoors after described outer clutch post is connected, in realizing, outward opening door is separately controlled, the self-locking but described latch bolt device of while is connected with described bolt device, so stability of the present invention is relatively good, easy break-down not, can realize separately control of interior outward opening door, while with invalid electronics key, opening the door, can't trigger power supply to described electromagnet, and this moment, described electromagnet connecting rod separates with described outer clutch post under described rod spring effect, while rotating door outer handle, described outer clutch post freely rotates, can not drive, described interior clutch post, described clutch linkage rotates, described bolt device can not move, the door lock that can only dally can not be opened, so the present invention can play the improper protective effect of dallying of unblanking outdoors, be beneficial to anti-theft pick-proof.
The accompanying drawing explanation
Fig. 1 is the structural representation before the present invention unblanks;
Fig. 2 is the structural representation after the present invention unblanks;
Fig. 3 is the structural representation after the present invention has assembled;
Fig. 4 is the structural representation of clutch linkage of the present invention;
Fig. 5 is the front view of clutch post in the present invention;
Fig. 6 is the rear elevation of clutch post in the present invention;
Fig. 7 is the structural representation of the outer clutch post of the present invention;
Fig. 8 is the structural representation of electromagnet connecting rod of the present invention;
Fig. 9 is the structural representation of electromagnet of the present invention.
The specific embodiment
as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, shown in Figure 9, the present invention includes lock main body 1, bolt device, the latch bolt device, arrangement of clutch, described lock main body 1 comprises lock core shell block 100 and lock core cap 110, described lock core cap 110 is arranged on described lock core shell block 100 suitable with it, described bolt device, described latch bolt device, described arrangement of clutch all is arranged on described lock core shell block 100, described bolt device comprises bolt plate 2, dead bolt 3, plectrum 4 resets, locking plate 5, touch connecting rod 6, reseting plate spring 7, locking plate spring 8 and bolt plate spring 9, described bolt plate 2 is T-shaped structure, described bolt plate 2 is connected with described arrangement of clutch, described dead bolt 3 is fixedly installed on the front end of described bolt plate 3 and can passes the dead bolt hole that arranges on described lock core shell block 100 front side boards, on described bolt plate 2, laterally be provided with chute 20, on described lock core shell block 100, be provided with bolt plate guide pillar 10, described bolt plate guide pillar 10 passes described chute 20, limiting described bolt plate 2 can only be at described lock core shell block 100 transverse shifting, described shake-up connecting rod 6 upper ends are provided with snap fit 60, described snap fit 60 separates with described latch bolt device after door lock is opened, when closing, door lock contacts with described latch bolt device, the centre position of described shake-up connecting rod 6 vertically is provided with chute 61, described bolt plate 2 is provided with touches connecting rod guide pillar 21, described shake-up connecting rod guide pillar 21 passes described chute 61, the lower end of described shake-up connecting rod 6 is connected with the described plectrum 4 that resets, on described bolt plate 2, be provided with reseting plate guide pillar 22, the described plectrum 4 that resets of locking plate guide pillar 23 is arranged on described reseting plate guide pillar 22 rotatable, on the described plectrum 4 that resets, be provided with and hook groove 45, described hook groove 45 and described bolt plate guide pillar 10 couplings, described locking plate 5 is arranged on described locking plate guide pillar 23 rotatable, described locking plate 5 is provided with and hooks groove 50, described hook groove 50 and described bolt plate guide pillar 10 couplings, described reseting plate spring 7 is provided with two, be connected to described shake-up connecting rod 6 and the described plectrum 4 that resets, described resetting between plectrum 4 and described bolt plate 2, resetting after described reseting plate spring 7 rotates for the described plectrum 4 that resets, described locking plate spring 8 is arranged on described locking plate guide pillar 23, and with described bolt plate 2, with described locking plate 5, be connected respectively, resetting after described locking plate spring 8 rotates for described locking plate 5, described bolt plate spring 9 is fixedly installed on described lock core shell block 100, and respectively with the sidewall contact of described bolt plate 2 and described lock core shell block 100, described bolt plate spring 9 is be used to ejecting described bolt plate 2, make described dead bolt 3 pass described dead bolt hole and keeper is clasped, in addition, described bolt device also comprises the upper lock link 24 that is slidably matched with described bolt plate 2, lower lock link 25, described upper lock link 24, described lower lock link 25 passes respectively described lock main body 1, described bolt plate 2 when open locking, control described on lock link 24 and described lower lock link 25 slide up and down.described latch bolt device comprises shake-up latch bolt 11, latch bolt push rod 12, touch sheet 13, latch bolt spring 14, touch sheet holder 15, touch flat spring 16, described shake-up latch bolt 11 is fixed on the front end of described latch bolt push rod 12 and is positioned at the inclined tongue hole of described lock main body 1 front side, the rear end of described latch bolt push rod 12 is arranged on described shake-up sheet holder 15, on described shake-up sheet holder 15, be provided with and touch sheet guide pillar 150, described shake-up sheet 13 is arranged on described shake-up sheet guide pillar 150 rotatable, described latch bolt spring 14 is arranged on described latch bolt push rod 12, its two ends push against respectively in described shake-up latch bolt 11 and described shake-up sheet holder 15, described shake-up flat spring 16 is arranged on described shake-up sheet guide pillar 150, with described shake-up sheet 13 and described shake-up sheet holder 15, contact respectively, on described shake-up sheet 13, be provided with a clamping part, described clamping part and described shake-up connecting rod 6 are suitable, after opening, door lock contacts with described shake-up connecting rod 6, door lock separates with described shake-up connecting rod 6 after closing, described arrangement of clutch comprises clutch linkage 30, outer clutch post 31, electromagnet connecting rod 32, electromagnet 33, rod spring 34, interior clutch post 35, one end of described clutch linkage 30 arranges porose 301, described hole 301 is enclosed within on the cylinder that described bolt plate 2 arranges in the inner part, described hole 301 is slightly larger than described hole, in this side, also be provided with a block 302, described block 302 contacts with described locking plate 5, described clutch linkage 30 can make described locking plate 5 rotate around described locking plate guide pillar 23 when rotating, the other end is provided with block 36 and through hole 37, described block 36 contacts with described interior clutch post 35, described interior clutch post 35 is provided with hollow cylinder I 38 in the inner part, described hollow cylinder I 38 is passed respectively described through hole 37, described lock main body 1, its outline is circular, centre is square, can match by side's tongue little of the handle of inside door, described interior clutch post 35 is provided with notched hollow cylinder II 39 in the outer part, described outer clutch post 31 is positioned at described hollow cylinder II 39, described outer clutch post 31 outlines are rounded and be with jagged, mid portion is that square opening can coordinate by side's bar little of the handle of external door, described electromagnet connecting rod 32 is arranged on the guide pillar 300 of described interior clutch post 35 rotatable, described electromagnet 33 is fixedly installed on described interior clutch post 35 and is connected with described electromagnet connecting rod 32, described rod spring 34 is arranged on described guide pillar 300, its two ends contact with described hollow cylinder II 39 and described electromagnet connecting rod 32 respectively, during energising, described electromagnet 33 is controlled described electromagnet connecting rod 32 and described outer clutch post 31 phase buckles, during dead electricity, described rod spring 34 is controlled described electromagnet connecting rod 32 and is separated with described outer clutch post 31.
in addition, the present invention also comprises the interior jam plate 41 that is arranged on described lock core shell block 100, internal lock flat spring 42, interior jam plate is stirred seat 43, described interior jam plate 41 is horizontally installed in described lock main body 1, on described lock core shell block 100, be provided with interior jam plate guide pillar 17, on described interior jam plate 41, be provided with sliding tray 40, described interior jam plate guide pillar 17 passes described sliding tray 40, described described interior jam plate 41 is slidably matched with described lock core shell block 100, described internal lock flat spring 42 is arranged on described interior jam plate 41, and be connected with described lock core shell block 100 with described interior jam plate 41, described interior jam plate is stirred seat 43 between described lock core shell block 100 and described lock core cap 110, controlling described interior jam plate 41 slides and passes or the interior lockhole of described lock core shell block 100 front end faces of retracting.
Operating principle of the present invention is:
during drawback lock, the rotary door Internal handle, by coordinating of the little side's bar of handle and described hollow cylinder I 38, driving described interior clutch post 35 rotates, thereby by described block 36, described clutch linkage 30 is rotated, described clutch linkage 30 drives described locking plate 5 and rotates, described hook groove 50 exits described bolt plate guide pillar 10, simultaneously, described bolt plate 2 overcomes the elastic force of described bolt plate spring 9, move inward, the described plectrum 4 that resets touches the rear rotation of described bolt plate guide pillar 10, described hook groove 45 is positioned at described bolt plate guide pillar 10 places, make the described plectrum 4 that resets hook tight with described bolt plate guide pillar 10, described bolt plate 3 drives described upper lock link 24 simultaneously, described lower lock link 25 inwardly slides, thereby realize the inside door release.
while unblanking outward: with electron key (Card Reader, Remote opens the door) the described electromagnet 33 of triggering power supply, described electromagnet 33 overcomes the elastic force of described rod spring 34, adhesive pulls described electromagnet connecting rod 32, described electromagnet connecting rod 32 rotates around described guide pillar 300, described electromagnet connecting rod 32 and the described outer clutch post 31 of this moment are clasped, then rotate door outer handle, by described outer clutch post 31, described electromagnet connecting rod 32, described electromagnet 33, described interior clutch post 35 drives described clutch linkage 30 and rotates, described clutch linkage 30 drives described locking plate 5 and rotates, described hook groove 50 exits described bolt plate guide pillar 10, simultaneously, described bolt plate 2 overcomes the elastic force of described bolt plate spring 9, move inward, the described plectrum 4 that resets touches the rear rotation of described bolt plate guide pillar 10, described hook groove 45 is positioned at described bolt plate guide pillar 10 places, make the described plectrum 4 that resets hook tight with described bolt plate guide pillar 10, described bolt plate 3 drives described upper lock link 24 simultaneously, described lower lock link 25 inwardly slides, thereby realize the external door release.
at closing time: described shake-up latch bolt 11 inside contracts and promotes described latch bolt push rod 12 under the effect of doorframe lock buckle, described latch bolt push rod 12 promotes described shake-up sheet 13 around described shake-up sheet guide pillar 150, described shake-up sheet 13 drives described shake-up connecting rod 6 and moves up, the lower end of described shake-up connecting rod 6 drives the described plectrum 4 that resets and rotates around described reseting plate guide pillar 22, described hook groove 45 breaks away from described bolt plate guide pillar 10, simultaneously, described bolt plate spring 9 promotes described bolt plate 2 and outwards laterally slides under the effect of elastic force, described locking plate 5 touches the rear rotation of described bolt plate guide pillar 10, described locking plate 5 hooks tight with described bolt plate guide pillar 10, described dead bolt 3 stretches in the doorframe lock buckle, also promote simultaneously described upper lock link 20, in the protruding control of described lower lock link 21, lower knocker, make on an automatic locking.
And improper while unblanking outdoors: can't trigger power supply to described electromagnet 33; and this moment; described electromagnet connecting rod 32 separates with described outer clutch post 31 under described rod spring 34 effects; while rotating door outer handle, described outer clutch post 31 freely rotates described hollow cylinder II 39 is interior, can not drive described clutch linkage 30 rotations; described bolt device can not move; can only dally door lock and can not open, playing the improper protective effect of unblanking outdoors to dally, being beneficial to anti-theft pick-proof.
The present invention can be widely used in the door lock field.
Claims (5)
1. be with idle running lock pin type electric-controlled door lock core device for one kind, it comprises lock main body (1), be positioned at the bolt device of described lock main body (1), latch bolt device and arrangement of clutch, described latch bolt device all is connected with described bolt device with described arrangement of clutch, it is characterized in that: described arrangement of clutch can be used for inside and outside separately control unblanks and dallies under improper state of unblanking, described arrangement of clutch comprises clutch linkage (30), outer clutch post (31), electromagnet connecting rod (32), electromagnet (33), rod spring (34), interior clutch post (35), one end of described clutch linkage (30) is connected with described bolt device, the other end is provided with block (36) and through hole (37), described block (36) contacts with described interior clutch post (35), described interior clutch post (35) is provided with hollow cylinder I (38) in the inner part, described hollow cylinder I (38) is passed respectively described through hole (37), described lock main body (1), described interior clutch post (35) is provided with notched hollow cylinder II (39) in the outer part, described outer clutch post (31) is positioned at described hollow cylinder II (39), described outer clutch post (31) outline is rounded and be with jagged, mid portion is square opening, described electromagnet connecting rod (32) is arranged on the guide pillar (300) of described interior clutch post (35) and goes up rotatable, described electromagnet (33) is fixedly installed on described interior clutch post (35) and above with described electromagnet connecting rod (32), is connected, described rod spring (34) is arranged on described guide pillar (300), its two ends contact with described hollow cylinder II (39) and described electromagnet connecting rod (32) respectively, during energising, described electromagnet (33) is controlled described electromagnet connecting rod (32) and described outer clutch post (31) phase buckle, during dead electricity, described rod spring (34) is controlled described electromagnet connecting rod (32) and is separated with described outer clutch post (31), described bolt device comprises bolt plate (2), dead bolt (3), plectrum (4) resets, locking plate (5), touch connecting rod (6), reseting plate spring (7), locking plate spring (8) and bolt plate spring (9), described dead bolt (3) is fixedly installed on the front end of described bolt plate (2) and can passes the dead bolt hole that arranges on described lock main body (1) front side board, on described bolt plate (2), laterally be provided with chute (20), on described lock main body (1), be provided with bolt plate guide pillar (10), described bolt plate guide pillar (10) passes described chute (20), described shake-up connecting rod (6) upper end is provided with snap fit (60), described snap fit (60) separates with described latch bolt device after door lock is opened, when closing, door lock contacts with described latch bolt device, the centre position of described shake-up connecting rod (6) vertically is provided with chute (61), described bolt plate (2) is provided with touches connecting rod guide pillar (21), described shake-up connecting rod guide pillar (21) passes described chute (61), the lower end of described shake-up connecting rod (6) is connected with the described plectrum that resets (4), it is upper rotatable that the described plectrum that resets (4) is arranged on described bolt plate (2), on the described plectrum that resets (4), be provided with and hook groove (40), described hook groove (40) and described bolt plate guide pillar (10) coupling, it is upper rotatable that described locking plate (5) is arranged on described bolt plate (2), described locking plate (5) is provided with and hooks groove (50), described hook groove (50) and described bolt plate guide pillar (10) coupling, resetting after described reseting plate spring (7) rotates for the described plectrum that resets (4), resetting after described locking plate spring (8) rotates for described locking plate (5), described bolt plate spring (9) is be used to ejecting described bolt plate (2), make described dead bolt (3) pass described dead bolt hole and keeper is clasped, described latch bolt device comprises shake-up latch bolt (11), latch bolt push rod (12), touch sheet (13), latch bolt spring (14), touch sheet holder (15), touch flat spring (16), described shake-up latch bolt (11) is fixed on the front end of described latch bolt push rod (12) and is positioned at the inclined tongue hole of described lock main body (1) front side, the rear end of described latch bolt push rod (12) is arranged on described shake-up sheet holder (15), it is upper rotatable that described shake-up sheet (13) is arranged on described shake-up sheet holder (15), described latch bolt spring (14) is arranged on described latch bolt push rod (12), its two ends push against respectively in described shake-up latch bolt (11) and described shake-up sheet holder (15), described shake-up flat spring (16) is arranged on described shake-up sheet holder (15), with described shake-up sheet (13) and described shake-up sheet holder (15), contact respectively, described shake-up sheet (13) contacts with described bolt device after door lock is opened, after closing, with described bolt device, separate.
2. band according to claim 1 idle running lock pin type electric-controlled door lock core device, it is characterized in that: on described bolt plate (2), be provided with reseting plate guide pillar (22), locking plate guide pillar (23), it is upper rotatable that the described plectrum that resets (4) is arranged on described reseting plate guide pillar (22), it is upper rotatable that described locking plate (5) is arranged on described locking plate guide pillar (23), described reseting plate spring (7) is connected to described shake-up connecting rod (6) and the described plectrum that resets (4), reset between plectrum (4) and described bolt plate (2), described locking plate spring (8) is arranged on described locking plate guide pillar (23), and with described bolt plate (2), with described locking plate (5), be connected respectively, described bolt plate spring (9) is fixedly installed on described lock main body (1), and respectively with described bolt plate (2) and the lock main body (1) sidewall contact.
3. band according to claim 1 idle running lock pin type electric-controlled door lock core device, it is characterized in that: it is characterized in that: described bolt device also comprises the upper lock link (24) that is slidably matched with described bolt plate (2), lower lock link (25), described upper lock link (24), described lower lock link (25) pass respectively described lock main body (1), described bolt plate (2) when open locking, control described on lock link (24) and described lower lock link (25) slide up and down.
4. band according to claim 1 idle running lock pin type electric-controlled door lock core device, it is characterized in that: described lock core device also comprises the interior jam plate (41) that is arranged on lock core shell block (100), internal lock flat spring (42), interior jam plate is stirred seat (43), described interior jam plate (41) is horizontally installed in described lock main body (1) and is slidably matched with described plug body (1), described internal lock flat spring (42) is arranged on described interior jam plate (41) above and is connected with described lock core shell block (100) with described interior jam plate (41), it is suitable with described interior jam plate (41) that described interior jam plate is stirred seat (43), controlling described interior jam plate (41) slides and to pass or to retract described lock main body (1).
5. band according to claim 1 idle running lock pin type electric-controlled door lock core device, it is characterized in that: described lock main body (1) comprise described lock core shell block (100) and with the suitable lock core cap (110) of described lock core shell block, described bolt device, described latch bolt device and described arrangement of clutch all are arranged on described lock core shell block (100).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101340666A CN102226361B (en) | 2011-05-24 | 2011-05-24 | Electric control door lock core device with idling insert core |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101340666A CN102226361B (en) | 2011-05-24 | 2011-05-24 | Electric control door lock core device with idling insert core |
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| Publication Number | Publication Date |
|---|---|
| CN102226361A CN102226361A (en) | 2011-10-26 |
| CN102226361B true CN102226361B (en) | 2013-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011101340666A Expired - Fee Related CN102226361B (en) | 2011-05-24 | 2011-05-24 | Electric control door lock core device with idling insert core |
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| CN102587743B (en) * | 2012-02-17 | 2014-09-03 | 嘉兴美可泰科技有限公司 | Automatic-locking anti-theft door lock |
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| CH715020B1 (en) * | 2018-05-24 | 2022-06-15 | Hawa Sliding Solutions Ag | Lock, hardware, locking plate and locking device for sliding doors and sliding door systems. |
| CN109138626B (en) * | 2018-09-29 | 2023-06-23 | 浙江威欧希科技股份有限公司 | Semi-automatic electronic lock with free protection |
| CN109881975B (en) * | 2019-03-17 | 2020-08-07 | 黄思忠 | Clutch type door lock body |
| CN110388136B (en) * | 2019-08-29 | 2024-05-10 | 深圳市弘博汇科技有限公司 | Screw rod shifting block driving type lock structure |
| CN112217051A (en) * | 2020-09-23 | 2021-01-12 | 中航光电科技股份有限公司 | New energy automobile electronic lock with feedback function and clutch mechanism |
| CN114295878B (en) * | 2021-12-30 | 2024-03-19 | 广东电网有限责任公司 | District electricity utilization management system and district electricity utilization management method |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH086514B2 (en) * | 1988-02-29 | 1996-01-24 | 株式会社アルファ | Electric lock for hinged door |
| JP3602870B2 (en) * | 1994-06-24 | 2004-12-15 | 美和ロック株式会社 | Electric lock |
| CN2658313Y (en) * | 2003-10-29 | 2004-11-24 | 应高峰 | Electric controlled lock |
| CN2806674Y (en) * | 2005-06-05 | 2006-08-16 | 程飞 | Clutch for lock and electric control lock having same |
| CN201045258Y (en) * | 2007-05-25 | 2008-04-09 | 陈润明 | Lock pin type electric-controlled door lock core |
| CN201190466Y (en) * | 2008-05-12 | 2009-02-04 | 林卫中 | Latche type electric-controlled anti-theft lock |
| CN201714177U (en) * | 2010-05-21 | 2011-01-19 | 杨继宗 | Electrical-controlled double quick lock |
| CN202125129U (en) * | 2011-05-24 | 2012-01-25 | 陈润明 | Lock core device of idle mortise type electric lock |
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2011
- 2011-05-24 CN CN2011101340666A patent/CN102226361B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
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| CN102226361A (en) | 2011-10-26 |
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