CN207017809U - A kind of keyless electromechanical double-control coded lock - Google Patents

Abstract

The utility model discloses a kind of keyless electromechanical double-control coded lock, belong to field of lockset, including the dead bolt being mainly made up of latch bolt component and square tongue component, box body, be arranged in box body mainly by gear plectrum, upper dial is chosen, in dial and choose and set aside the shifting fork device of choosing composition, the striking gear of the driving square tongue component disengaging box body engaged with the gear plectrum of shifting fork device, dial to choose to choose either to set aside with upper group in control shifting fork device and choose the arrangement of clutch controlled by electric motor clutch for including clutch-plate that is synchronous or separating, also include the mechanical cipher device containing the combination disk that can change password of individually control arrangement of clutch action.The utility model individually controls realization to unlock by electric motor clutch and mechanical cipher device, is independent of each other；Mechanical cipher device can change password simultaneously, it is ensured that the safety of user.

Description

A kind of keyless electromechanical double-control coded lock

Technical field

Field of lockset is the utility model is related to, especially a kind of electromechanical double-control mechanical code lock.

Background technology

For a long time, people have tried to manufacture always it is a kind of can supply anti-theft safety door and other occasions use, Easy to operate, safe and reliable lockset, to substitute the mechanical anti-theft lock opened using key.Therefore market also occurs a variety of The electronic lock and coded lock of form, patent（CN205445184U）In disclose the utility model and disclose a kind of more dead bolt electronics Lock, including cover plate, latch bolt component, square tongue component, the upper world hooks, the lower world hooks, lock core is dialled and chooses, back box, is arranged in back box Shifting fork device, and the striking gear for stirring annexation, the master of square tongue component are formed between shifting fork device and square tongue component The secondary bolt component being servo-actuated in the lump with it is also associated with dead bolt；The upper group peach of the shifting fork device rotates counterclockwise band at closing time Moving gear plectrum and travelling gear rotate, and control travelling gear drives square tongue component and secondary dead bolt by the middle shift fork of striking gear Component stretches out back box and locked a door；Upper group peach, shift fork device and the striking gear of shifting fork device are rotated down during enabling clockwise Drive respectively in square tongue component, secondary bolt component and latch bolt component income back box；Electronic control shift fork is additionally provided with the back box The mechanism that peach rotates or separated simultaneously with upper group peach selectivity is dialled in device, is opened to control square tongue component to retract same realize The function of door.

Patent（CN201610662U）In disclose a kind of disc assembly of disc transmission device, including inner disc and external disk group Into disc assembly, inner disc is placed in external disk endoporus, and jam plate is set between inner disc and external disk.Jam plate is placed on external disk or interior In the groove set on disk, jam plate spring is provided with below jam plate in the groove of storage jam plate, jam plate is provided with tooth and inner disc is cylindrical Tooth on upper or external disk endoporus coordinates, and solution locking plate jack is provided with jam plate.Same shape is provided with each external disk Breach, when breach rotates to position corresponding to the control panel of door lock in each external disk, control panel is dropped into breach, from And dead bolt can be pulled, open door lock.The utility model can easily change inner disc and the relative angle of external disk, applied to The password of unlocking can easily be changed during mechanical code lock.

The existing intelligent anti-theft lock product of in the market all using common mechanical key antitheft lock as executing agency, In order to guard against Intelligent electronic control system failure, most intelligent anti-theft locks all use mechanical key as emergency opening, this shape Security, the reliability of the intelligent anti-theft lock of formula do not surmount standard machinery theftproof lock.

In order to lift the safety and reliability of product, in the market also has a kind of intelligent anti-theft of double set electronic control systems Lock product.The product set of system therein for using this scheme is for Emergency Preparedness., can when a set of electronic system failure To be unlocked, opened the door with other a set of electronic control system.Because of electronic component self-characteristic, the life cycle of this kind of product has Limit, multichannel electric-control system is by such environmental effects meeting while failure sometimes.

As socio-economic development people's living standard improves, intelligent anti-theft door, intelligent anti-theft lock etc. obtain more and more People's accreditation and use, in the more and more of strange land or tourist site investment house property, house property is hired out and also serves as one and invest back Report.But people there is one using the electronic safety lock described above using mechanical key as emergency opening device A little problems, once electrical control mechanism failure without carrying after emergency key or badge are lost lessee and intermediary all with user Door can not be opened, far away from thousands of miles away or even the landlord with city send key also to become a kind of burden, user's body Test bad.

Utility model content

The utility model technical issues that need to address are to provide a kind of keyless electromechanical double-control coded lock, pass through motor Clutch and mechanical cipher device individually control realization to unlock, and are independent of each other；Mechanical cipher device can change password simultaneously, it is ensured that The safety of user.

In order to solve the above technical problems, technical scheme is used by the utility model：

A kind of keyless electromechanical double-control coded lock, including dead bolt, the box being mainly made up of latch bolt component and square tongue component Body, be arranged in box body mainly by gear plectrum, it is upper dial choose, in dial to choose and set aside and choose the shifting fork device formed, filled with shift fork The striking gear of the driving square tongue component disengaging box body for the gear plectrum engagement put, control to dial to choose in shifting fork device and chosen with upper group Either set aside and choose synchronous or separation the arrangement of clutch controlled by electric motor clutch for including clutch-plate, in addition to individually control The mechanical cipher device containing the combination disk that can change password of arrangement of clutch action.

Technical solutions of the utility model further improvement is that：The arrangement of clutch include the clutch-plate that moves up and down and On-of pin, clutch-plate top are provided with the track runner of arc opened up along oblique upper, in dial choose be provided with it is relative with track runner The stopper slot for the strip opened up vertically answered, the on-of pin are located in track runner with stopper slot, existing by on-of pin Moving up and down in stopper slot dials to choose to choose either to set aside with upper group in selection chooses synchronous or separates.

Technical solutions of the utility model further improvement is that：The screw shaft and clutch-plate of the electric motor clutch connection Connect and drive clutch-plate to move up and down.

Technical solutions of the utility model further improvement is that：The mechanical cipher device including lock core pull out ink recorder structure and Lock core during by unlocking pulls out the lifting device of ink recorder structure driving, is provided with the lifting device and drives what clutch-plate moved upwards Hoist hook.

Technical solutions of the utility model further improvement is that：The clutch-plate bottom is provided with relative with hoist hook Lifting column.

Technical solutions of the utility model further improvement is that：The lock core pulls out ink recorder structure and is fixed in box body, described Lifting device includes being hinged on being pressed on lock core by torsion spring and pull out spy code support at the combination disk notches of ink recorder structure on box body, The drive disk for pulling out ink recorder structure with lock core and rotating coaxially is additionally provided with the box body, is offered on the drive disk same with drive disk The driving track for the arc-shaped that the heart is set, the setting of described driving track one end is jagged, is provided with outside the breach with visiting code branch Bridge joint touches and is pressed into the lock bolt pull bar in driving track, the lock bolt by spy code support in the case where lock core pulls out the unblock driving of ink recorder structure Pull bar upper end is connected by leverage with the lifter plate moved up and down, and the hoist hook is hinged on the lifter plate.

Technical solutions of the utility model further improvement is that：The leverage includes lever, lever one end and lock Fasten pull bar connection with a bolt or latch, the other end is connected with lifter plate, and its intermediate part is hinged by lever shaft and box body, is also set up on the lever There is the reduction torsion spring for resetting lever.

Technical solutions of the utility model further improvement is that：It is provided with the middle part of the hoist hook and is driven in striking gear Bump against when square tongue component is retracted with square tongue component rear end and promote hoist hook to be moved rearwards the top for making hoist hook and lifting post separation Post.

Technical solutions of the utility model further improvement is that：Positioning is provided between the hoist hook and clutch-plate Post, is provided with torsion spring hoist hook being pressed in locating dowel on the hoist hook.

Technical solutions of the utility model further improvement is that：Also include night latch switch, the night locking is opened Pass includes a drive shaft, and the insurance group that outwardly convex is provided with the drive shaft is chosen, and clutch-plate lower end is provided with dials with insurance Choose being chosen when insurance group for corresponding matching and turn in safety groove the safety groove that can prevent clutch-plate rising；Connect in the drive shaft Connect a spring leaf, elastic bumps be provided with spring leaf, be provided with the cartridge inner surface night latch switch open and The groove being engaged under closed mode with elastic bumps.

By adopting the above-described technical solution, the technological progress that the utility model obtains is：

The utility model is a kind of keyless electromechanical double-control coded lock, can by electric motor clutch and mechanical cipher device Unlocking is realized to control respectively, is independent of each other；Traditional key unlocking is abandoned simultaneously, avoid that key loss brings is tired Disturb.This Project Product electromechanical puzzle theft-proof lock can combine and various electronics with Electric Traction elements such as motor, electromagnet Control device is supported the use, and smart electronicses, the high security of biometrics password control system and ease for use and mechanical cipher are controlled The high security and high reliability of system combine, can with electric-control system input electronics, fingerprint, iris, facial image, Cell phone application, radio-frequency card etc. electronics or biological information password, which are realized, unlocks, and can also input mechanical cipher realization and unlock, two sets System uses with user's unrestricted choice；Realize the unification and ease for use and reliability complementation of two sets of control system high securities.

The utility model has the top safety and reliability of current intelligent anti-theft lock and ease for use, has finance, army With the security quality of level.Overcome the unstable insecure weakness of all-electronin control system simultaneously.Perfection, which solves, works as smart lock The drawbacks of breaking down and can not being unlocked without the mechanical emergency key of carrying at hand.

Mechanical cipher device includes lock core dial-up mechanism and lifting device, is driven by the unlocking motion of lock core shifting device Lifting device is lifted up, and is provided with hoist hook on lifting device, and clutch-plate bottom sets lifting column, hoist hook and lifting column Coordinate the lifting for realizing clutch-plate, independent of extra power, realize that clutch-plate is effectively lifted by mechanical structure, be finally completed Unlock.Mechanical cipher device can change password simultaneously, and the unlocking cipher before user can eliminate is reset, it is ensured that is made The safety of user.

Lifting device includes the spy code support for the mechanical cipher device being hinged on box body, visits code support and passes through spring compression At the combination disk notches that lock core pulls out ink recorder structure, drive disk is additionally provided with mechanical cipher device, circular arc is offered on drive disk The driving track of shape, the setting of driving track one end is jagged, is provided with lock bolt pull bar outside breach, lock bolt pull bar upper end passes through lever Mechanism is connected on lifter plate, and hoist hook is hinged with lifter plate.Lock core visits code support by lock bolt pull bar after pulling out the unblock of ink recorder structure It is pressed into arc track, drives lock bolt pull bar mobile by the rotation of drive disk and dragging lever action is transferred to lifter plate and most Act on eventually on hoist hook.The utility model is converted to the locking of mechanical cipher device and unlocking motion the fortune up and down of hoist hook It is dynamic, the locking and unblock realized under the control of mechanical cipher device are coordinated by cleverly structure design and existing lock body.

Leverage includes lever, and lever one end is connected with lock bolt pull bar, and the other end is connected with lifter plate, is also set on lever Reduction torsion spring is equipped with, reduction torsion spring ensures that activation lever timely resets after the completion of unlocking.

Fore-set is provided with the middle part of control hook, square tongue component rear end and top when striking gear drives the square tongue component to withdraw during unlocking Post, which collides, realizes that hoist hook is moved rearwards and with lifting post separation, ensures that control hook and clutch-plate are non-interference when declining.

The setting of night latch switch either electric motor clutch or mechanical cipher device all can not realize solution outdoors Lock, improve the security of indoor occupant.A spring leaf is connected in the drive shaft of night latch switch, is set on spring leaf flexible Projection, the groove being engaged under night latch switch on and off with elastic bumps is provided with cartridge inner surface, Rotational angle when instructing the operating personnel to use night blocking device.

Brief description of the drawings

Fig. 1 is the utility model front view；

Fig. 2 is the utility model rearview；

Fig. 3 is the utility model shifting fork device, striking gear, arrangement of clutch and electric motor clutch exploded perspective view；

Fig. 4 is the utility model mechanical cipher device, lifting device connection diagram；

Fig. 5 be the utility model mechanical cipher device, lifting device, electric motor clutch, in dial choose and night latch switch Attachment structure schematic diagram；

Fig. 6 is the utility model back box and the attachment structure schematic diagram of spacer；

Fig. 7 is the structural representation of the utility model cover plate；

Wherein, 1, latch bolt component, 2, square tongue component, 3, box body, 31, back box, 32, cover plate, 41, gear plectrum, 42, upper dial Choose, 43, in dial and choose, 44, set aside and choose, 45, stopper slot, 46, push rod, 47, commutation drive screw, 5, electric motor clutch, 51, screw rod Axle, 61, clutch-plate, 62, on-of pin, 63, track runner, 64, safety groove, 65, lifting column, 7, hoist hook, 71, fore-set, 8, visit Code support, 9, drive disk, 91, driving track, 92, breach, 10, lock bolt pull bar, 11, lifter plate, 12, lever, 121, lever turns Axle, 13, locating dowel, 14, drive shaft, 15, insurance dial and choose, 16, spring leaf, 17, steady pin, 18, reset post, 19, lattice gear, 20, Elongated slot, 21, guide groove, 22, lead, 23, spacer.

Embodiment

The utility model is described in further details with reference to embodiment：

As shown in Fig. 1~5, a kind of keyless electromechanical double-control coded lock, including mainly by latch bolt component 1 and square tongue component The dead bolt of 2 compositions, box body 3, the shifting fork device being arranged in box body 3, striking gear, arrangement of clutch, control arrangement of clutch action Electric motor clutch 5, include individually control arrangement of clutch action containing can change password combination disk mechanical cipher dress Put.

Shifting fork device include gear plectrum 41, it is upper dial choose 42, in dial and choose 43, set aside and choose 44 and commutation drive screw 47, change Be fixed on to drive screw 47 dial when choosing on 42 so that in dial and choose 43 and choose 42 synchronous axial systems with upper group, commutation drive screw 47 is solid Be scheduled on set aside when choosing on 44 so that in dial and choose 43 and choose 44 synchronous axial systems with setting aside, commutation drive screw 47 be fixed on group peach 42 or Which set aside on peach 44 part, respective side just has the function of enabling.Striking gear engages with gear plectrum 41, in gear plectrum 41 Lower striking gear driving square tongue component 2 is driven to pass in and out box body.In dial and choose push rod 46 is provided with 43, push rod 46 inserts latch bolt component 1 end, push rod 46 is dialled in drives latch bolt component 1 to pass in and out box body 3 when choosing 43 rotations unblock.Arrangement of clutch can control shift fork to fill Dial to choose 43 and choose 42 with upper group in putting and either set aside that to choose 44 selections synchronous or separate；Rotated when selecting synchronous in shifting fork device It is upper dial choose 42 or set aside choose 44 can drive in dial and choose 43 synchronous axial systems, and then drive that is engaged with gear plectrum 41 to stir dress Rotation is put, striking gear driving square tongue component 2 passes in and out box body；Selection separation when rotate shifting fork device in upper group choose 42 or under Dial choose 44 can not drive in dial and choose 43 rotations, realize idle running.

Arrangement of clutch includes the clutch-plate 61 and on-of pin 62 moved up and down, and the bottom of clutch-plate 61 is provided with lifting column 65, The top of clutch-plate 61 is provided with the track runner 63 of arc opened up along oblique upper, in dial and choose 43 lower ends and be provided with the strip opened up vertically The stopper slot 45 of shape, stopper slot 45 is corresponding with track runner 63, and on-of pin 62 is located in track runner 63 and stopper slot In 45.Dialled in being selected by on-of pin 62 in the moving up and down of stopper slot 45 and choose 43 42 are chosen with upper group or sets aside that to choose 44 synchronous Or separation.The upper and lower ends of clutch-plate 61 are provided with the guide groove 21 of two strips, and two are fixed with box body 3 with being oriented to Lead 22 corresponding to groove 21.Clutch-plate 61 designs longer, respectively sets a guide groove 21 at clutch-plate both ends, ensures clutch The up and down motion of piece 61 is more stable, avoids rolling on the move, ensures lockset action accuracy.

The utility model includes the mode of two unblocks, and two ways can be implemented separately unblock, be independent of each other.Wherein one Kind is to control arrangement of clutch to act by electric motor clutch 5, the screw shaft 51 and clutch-plate 61 that specially electric motor clutch 5 connects Connection, screw shaft 51 drives clutch-plate 61 to move upwards after electric motor clutch 5 is powered, after several seconds in electric motor clutch 5 Screw shaft 51 automatically fall realize reset.

Another kind is to control arrangement of clutch effect to realize by the mechanical cipher device containing the combination disk that can change password Unblock, while mechanical cipher device can change password, it is ensured that the safety of user.Mechanical cipher device pulls out ink recorder structure including lock core And lifting device, lifting device move upwards in the case where lock core pulls out the unblock driving of ink recorder structure.Lock core, which pulls out ink recorder structure, can pass through support It is fixed in box body 3, the installation portion for pulling out ink recorder structure with lock core and being engaged can also be provided directly with inside box body 3.

Lifting device includes visiting code support 8, drive disk 9, lock bolt pull bar 10, lifter plate 11 and hoist hook 7.Drive disk 9 with Lock core pulls out ink recorder structure and rotated coaxially, and the driving track 91 for the arc-shaped being arranged concentrically with drive disk 9 is offered on drive disk 9, drives The one end of dynamic rail road 91 sets jagged 92, is provided with lock bolt pull bar 10 outside breach 92, the upper end of lock bolt pull bar 10 passes through leverage It is connected on lifter plate 11, the middle part of lifter plate 11 offers vertical elongated slot 20, and the correspondence position on box body 3 sets steady pin 17, lifter plate 11 is by the mating connection of elongated slot 20 and steady pin 17 on box body 3, and lifter plate 11 can be along elongated slot about 16 Mobile, hoist hook 7 is fixed on the upper end of lifter plate 11 and the synchronization lifting of lifter plate 11.The lower end of code support 8 is visited to be hinged on box body 3, The upper end of spy code support 8 is pressed on by torsion spring pulls out on ink recorder structure, visits the upper end of code support 8 and is divided into two bifurcateds, a bifurcated stretches into Lock core is pulled out at the combination disk notches of ink recorder structure, and another bifurcated is arranged on the side of drive disk 9 and contacted with lock bolt pull bar 10.Lever Mechanism includes lever 12, and the one end of lever 12 is connected with lock bolt pull bar 10, and the other end is connected with lifter plate 11, and the middle part of lever 12 passes through Lever shaft 121 is be hinged with box body 3.Combination disk notches can be entered by pulling out ink recorder structure unblock driving test code support 8 in lock core, now Lock bolt pull bar 10 can be pressed into driving track 91 by another bifurcated for the spy code support being in contact with pull bar 10 of locking a door.Drive disk 9 rotation drives pull bars 10 of locking a door move downward, and pull bar 10 of locking a door drives the one end of lever 12 to move downward, lever 12 and lifter plate 11 One end of connection is moved and then promotes lifter plate 11 to move upwards upwards, and now hoist hook 7 can complete upward motion.Lever Reduction torsion spring is additionally provided with the lever shaft 121 at 12 middle parts, reduction torsion spring one end is connected with lock bolt pull bar 10, reduction torsion spring The other end is fixed in reset post 18, and reset post 18 is fixed on the lower section of one end that lever 12 is connected with lifter plate 11, is resetted Torsion spring realizes the reset of lever 12.

The middle part of hoist hook 7 is provided with fore-set 71, when striking gear drives square tongue component 2 to withdraw, the rear end of square tongue component 2 with Fore-set 71 bumps against and promotes hoist hook 7 to be moved rearwards and separated with lifting column 65.It is provided between hoist hook 7 and clutch-plate 61 Locating dowel 13, is provided with torsion spring hoist hook 7 being pressed in locating dowel 13 on hoist hook 7.

The utility model also includes night latch switch, and night latch switch includes a drive shaft being hinged on box body 14, the insurance that outwardly convex is provided with drive shaft 14 is dialled and chooses 15, and the lower end of clutch-plate 61 is provided with one and prolonged to driving direction of principal axis The lattice tilted down the gear 19 stretched, forms a safety groove 64 between lattice gear 19 and clutch-plate 61, insurance group chooses 15 and turns to guarantor Clutch-plate 61 is prevented to rise in dangerous groove 64.A spring leaf 16 is connected in drive shaft 14, elastic bumps, box are provided with spring leaf 16 Set fluted on the inner surface of body 3, groove is arranged on night latch switch on and off opening position, elastic bumps with it is recessed Groove is engaged, rotational angle when instructing the operating personnel to use night blocking device.

As shown in Figure 6,7, spacer 23 can also be added in the utility model, box body 3 is by 32 groups of back box 31 and cover plate Into spacer 23 is fixed on the top and bottom of back box 31, and the part of spacer 23 fixes company in the inside of back box 31 and with back box 31 Connect, the another part of spacer 23 stretches out the top and bottom of back box 31, and extension and the door body panel of spacer 23 are fixed, and positions The setting of piece 23, which when mounted to give lock body with door body top panel mutual alignment, to be positioned, and prevents panel from being used with lock body During be subjected to displacement.

Specifically used process of the present utility model is as follows：

Automatically controlled unlocking outdoors：The release that lockset is equipped with is to 5 one corresponding signals of electric motor clutch on lockset, motor Energization rotates after clutch 5 receives correct signal, drives clutch-plate 61 to move upwards, as shown in figure 3, control shifting fork device It is upper dial to choose 42 or set aside to choose 44 and dial with choose 43 synchronous, the related striking gear rotations of now swing handle drive shifting fork device, It is upper dial choose 42 or set aside choose 44 drive when rotating clockwise in dial and choose 43 synchronous axial systems, in dial the push rod 46 chosen on 43 and drive tiltedly Tongue component 1 enters box body 3, at the same in dial to choose and drive gear plectrum 41 to rotate, gear plectrum 41 drives striking gear, striking gear Driving square tongue component 2 enters box body, realizes and unlocks.

In door when locking, rotate counterclockwise group to choose 42 or set aside and choose 44 drive gear plectrums 41 and rotate counterclockwise, tooth Take turns plectrum 41 and drive striking gear, striking gear driving square tongue component 2 out of box body out, lock by realization.

Unlocked outside mechanical cipher device gate：The knob input password of mechanical cipher device is rotated clockwise, is allowed on knob The password numerical value of tag line alignment settings, sequentially inputs proper password, when last Password Input finishes, if Password Input Correctly, visit code support 8 and enter combination disk notches, while visit the driving track that yard support 8 drives lock bolt pull bar 10 to enter drive disk 9 In 91, dial knob is then rotated counterclockwise, code support is now visited and is just exited from the breach of combination disk, while mechanical cipher Device resets the password of input, and now drive disk 9 drives lock bolt pull bar 10 to decline and drive the lifter plate 11 of the lever other end Rise, the hoist hook 7 being now fixed on lifter plate is synchronous to be risen, and hoist hook 7 contacts with lifting column 65 and with clutch-plate 61 Motion upwards, control shifting fork device upper group choose 42 or set aside to choose 44 and dial with and choose 43 synchronous, now swing handle drives group The related striking gear of fork device rotates, it is upper dial choose 42 or set aside choose 44 drive when rotating clockwise in dial and choose 43 synchronous axial systems, In dial and choose push rod 46 on 43 and drive latch bolt component 1 to enter box body 3, while in dial to choose and drive gear plectrum 41 to rotate, gear plectrum Piece 41 drives striking gear, and striking gear driving square tongue component 2 enters box body, realizes and unlock.During unlocking after square tongue component 2 End contacts with the fore-set 71 on hoist hook and promotes hoist hook 7 to be moved rearwards and separated with lifting column 65.Bullet in electric motor clutch 5 Spring control screw shaft 51 declines, and screw shaft 51 drives clutch-plate 61 synchronously to move down reset.When again input mechanical cipher or conveniently The knob of mechanical cipher device is rotated clockwise, allows the tag line on knob to surmount the starting point of password numerical value, lock bolt pull bar 10 is just Ejected from the breach in driving dish driving track 91, while the torsion spring control lever on lever 12 resets, lifter plate 11 is therewith Decline, hoist hook 7 returns to initial position.

Mechanical cipher device of the present utility model can be not only applied in the lock body by electric motor clutch Electronic control, The mechanical cipher device in the utility model can be increased in many lock bodies.

Claims (10)

1. a kind of keyless electromechanical double-control coded lock, including mainly by latch bolt component（1）With square tongue component（2）The lock of composition Tongue, box body（3）, be arranged on box body（3）It is interior mainly by gear plectrum（41）, upper dial choose（42）, in dial choose（43）Chosen with setting aside （44）The shifting fork device of composition, the gear plectrum with shifting fork device（41）The driving square tongue component of engagement（2）Pass in and out dialling for box body Dial and choose in dynamic device, control shifting fork device（43）Chosen with upper group（42）Or set aside and choose（44）It is synchronous or separation include from Close piece（61）By electric motor clutch（5）The arrangement of clutch of control, it is characterised in that：Also include individually control arrangement of clutch action Containing can change password combination disk mechanical cipher device.

A kind of 2. keyless electromechanical double-control coded lock according to claim 1, it is characterised in that：The arrangement of clutch bag Include the clutch-plate moved up and down（61）And on-of pin（62）, clutch-plate（61）Top is provided with the track of the arc opened up along oblique upper Chute（63）, in dial choose（43）It is provided with and track runner（63）The stopper slot of the corresponding strip opened up vertically（45）, The on-of pin（62）It is located in track runner（63）With stopper slot（45）In, pass through on-of pin（62）In stopper slot（45）In Move up and down to dial in selection and choose（43）Chosen with upper group（42）Or set aside and choose（44）Synchronous or separation.

A kind of 3. keyless electromechanical double-control coded lock according to claim 2, it is characterised in that：The electric motor clutch （5）The screw shaft of connection（51）With clutch-plate（61）Connect and drive clutch-plate（61）Move up and down.

A kind of 4. keyless electromechanical double-control coded lock according to any one of claim 1 or 2, it is characterised in that：It is described Mechanical cipher device includes that lock core pulls out ink recorder structure and lock core during by unlocking pulls out the lifting device of ink recorder structure driving, the lifting dress Put and be provided with drive clutch-plate（61）The hoist hook moved upwards（7）.

A kind of 5. keyless electromechanical double-control coded lock according to claim 4, it is characterised in that：The clutch-plate（61） Bottom is provided with and hoist hook（7）Relative lifting column（65）.

A kind of 6. keyless electromechanical double-control coded lock according to claim 4, it is characterised in that：The lock core pulls out ink recorder Structure is fixed on box body（3）Interior, the lifting device includes being hinged on box body（3）On lock core be pressed on by torsion spring pull out ink recorder structure Combination disk notches at spy code support（8）, the box body（3）On be additionally provided with the driving pulled out ink recorder structure with lock core and rotated coaxially Disk（9）, the drive disk（9）On offer and drive disk（9）The driving track for the arc-shaped being arranged concentrically（91）, the driving Track（91）One end sets jagged（92）, the breach（92）It is outer to be provided with visiting code support（8）Contact and pull out code in lock core By spy code support under mechanism unblock driving（8）Press-in driving track（91）Interior lock bolt pull bar（10）, the lock bolt pull bar（10） Upper end passes through leverage and the lifter plate moved up and down（11）Connection, the hoist hook（7）It is hinged on the lifter plate（11） On.

A kind of 7. keyless electromechanical double-control coded lock according to claim 6, it is characterised in that：The leverage bag Include lever（12）, lever（12）One end and lock bolt pull bar（10）Connection, the other end and lifter plate（11）Connection, lever（12）Middle part Pass through lever shaft（121）With box body（3）It is be hinged, the lever（12）On be additionally provided with lever（12）The reset of reset is turned round Spring.

A kind of 8. keyless electromechanical double-control coded lock according to claim 4, it is characterised in that：The hoist hook（7） Middle part is provided with drives square tongue component in striking gear（2）During retraction with square tongue component（2）Bump against and promote hoist hook in rear end（7） Being moved rearwards makes hoist hook（7）With lifting column（65）The fore-set of separation（71）.

A kind of 9. keyless electromechanical double-control coded lock according to claim 4, it is characterised in that：The hoist hook（7） And clutch-plate（61）Between be provided with locating dowel（13）, the hoist hook（7）On be provided with hoist hook（7）It is pressed in locating dowel （13）On torsion spring.

A kind of 10. keyless electromechanical double-control coded lock according to any one of claim 1 or 2, it is characterised in that：Also wrap Night latch switch is included, the night latch switch includes a drive shaft（14）, the drive shaft（14）Upper setting is outwardly convex The insurance risen is dialled and chosen（15）, clutch-plate（61）Lower end is provided with to dial with insurance and chosen（15）Being dialled when insurance for corresponding matching is chosen（15）Turn Move to safety groove（64）In can prevent clutch-plate（61）The safety groove of rising（64）；The drive shaft（14）One spring of upper connection Piece（16）, spring leaf（16）On be provided with elastic bumps, the box body（3）It is provided with inner surface and is opened in night latch switch With the groove being engaged under closed mode with elastic bumps.