CN209641574U - A kind of Duola's line electric door lock - Google Patents

Abstract

The utility model relates to a kind of Duola's line electric door locks, including lock housing, lock core component and electric appliance case assembly, lock core component includes lock core and drive shaft, drive shaft is equipped with solution lock slide, it solves lock slide and is equipped with lock pillar, lock core return spring is set between lock core and drive shaft, bearing return spring is equipped between drive shaft and electric appliance case assembly, drive shaft outer cover is equipped with STATEMENT OF FEDERALLY SPONSORED, drive shaft is equipped with slide block, at least two are equipped between drive shaft and lock housing by stirring STATEMENT OF FEDERALLY SPONSORED or slide block to pull the bracing wire control mechanism of bracing wire, the electric door lock is in addition to having the power supply opening of conventional electric door lock, starting, other than the functions such as closing, key can also be passed through, control multiple bracing wire control mechanisms on lockset, to control vehicle top tank, trunk, the switch such as cushion, and it does not need to be equipped with additional key, solution It has determined using forgetting key is lost in vehicle processes to the problem for lockset of not opening, to vehicle, user of service brings great convenience.

Description

A kind of Duola's line electric door lock

Technical field

The utility model relates to a kind of electric door locks, and in particular to a kind of Duola's line electric door lock.

Background technique

Electric door lock is the igniting of electric vehicle or motorcycle and the main component for closing fire, mainly by lock housing and in lock housing Lock core component and tail portion electric appliance case assembly composition, vehicle user of service be inserted into key pass through lock core component machine electric appliance case assembly It is lighted a fire or is stopped working to vehicle.

In actual use, vehicle user of service needs to switch cushion and fuel tank toward contact existing electric door lock, to protect The existing cushion of anti-theft, the fuel tank of the fuel tank, cushion of demonstrate,proving vehicle are provided with switch lockset, and this kind of lockset needs dedicated key Spoon could be opened, so that vehicle user of service needs to carry key, once forget to carry or lose the oil that will not open Case and cushion, it is greatly inconvenient to vehicle driver bring.

Utility model content

The technical problem to be solved by the utility model is in view of the above shortcomings of the prior art,

A kind of Duola's line electric door lock for opening the switches such as fuel tank, trunk, cushion by single key is provided.

To achieve the above object, the utility model provides following technical solution: a kind of Duola's line electric door lock, including lock The electric appliance case assembly of shell, lock core component and tail portion in lock housing, the lock core component include lock core and with lock core phase The drive shaft of connection, the drive shaft are equipped with solution lock slide, and the solution lock slide is equipped with lock pillar, the lock core and transmission The lock core return spring for return after lock core pressing is equipped between shaft, it is characterised in that: the drive shaft and electrical appliance kit group The bearing return spring for drive shaft return is equipped between part, the drive shaft outer cover is equipped with to be joined with the drive shaft Dynamic STATEMENT OF FEDERALLY SPONSORED, one end that the drive shaft corresponds to lock housing are equipped with slide block, are equipped with extremely between the drive shaft and lock housing Few two by stirring STATEMENT OF FEDERALLY SPONSORED or slide block to pull the bracing wire control mechanism of bracing wire.

By adopting the above technical scheme, drive shaft is disposed with from lock core toward electric appliance case assembly direction solves lock slide, dials Motion block and STATEMENT OF FEDERALLY SPONSORED, and bracing wire control mechanism can under specific circumstances respectively with the slide block of different level and STATEMENT OF FEDERALLY SPONSORED phase It is corresponding, and lock core return spring is provided between lock core and drive shaft, it is set again between drive shaft and electric appliance case assembly Have bearing return spring, when normal static, due to the elastic force of bearing return spring, make slide block can always with same level The bracing wire control mechanism in face abuts against, and STATEMENT OF FEDERALLY SPONSORED is also due to bearing return spring always cannot be with opposite bracing wire control mechanism It being in contact, during normal use, key is inserted into from lock core, when rotating key, lock core will drive drive shaft to rotate together, this When drive shaft be not in contact at this time with solution lock slide, so lock pillar can not bounce back, unlock steering lock, but at this point, slide block Bracing wire control mechanism corresponding thereto is abutted against, drive shaft is rotated, it will pushes slide block to individually pull the drawing Bracing wire in line traffic control mechanism, and to pull other bracing wire control mechanism, it is only necessary to be inserted into after key after pressing lock core, bearing Return spring and lock core return spring concurrent deformation, the slide block on drive shaft are detached from its bracing wire control machine for corresponding to horizontal plane Structure, and the STATEMENT OF FEDERALLY SPONSORED that slide block issues is set, it is moved down with drive shaft, bracing wire control mechanism corresponding thereto is offseted It connects, since STATEMENT OF FEDERALLY SPONSORED can be rotated with multiple directions, so at least two groups bracing wire control mechanism can be set in the horizontal plane, and It can individually manipulate, bearing return spring is under the action of lock core return spring again after the completion of operation, and drive shaft and lock core are again Can self-return, this setting so that electric door lock by it is multiple need bracing wire control locksets be integrated together, do not need be equipped with additionally Key, solve the problems, such as to forget key to not open lockset using losing in vehicle processes, to vehicle user of service with Carry out great convenience.

A kind of above-mentioned Duola's line electric door lock, can be further arranged to: the bracing wire control mechanism includes the first bracing wire Control mechanism and the second bracing wire control mechanism, the first bracing wire control mechanism include the first bracing wire slot being arranged in lock housing, It the first bracing wire sliding block for being arranged in the first bracing wire slot, the first spring being arranged between the first bracing wire sliding block and lock housing and sets The swing arm in the corresponding first bracing wire sliding block one end setting of lock housing is set, one end that the first bracing wire sliding block corresponds to swing arm is equipped with first Boss, the swing arm offsets with first boss to be connect.

By adopting the above technical scheme, bracing wire control mechanism include with linkage block cooperation unlock the first thread drawing mechanism and with Slide block matches the second thread drawing mechanism of unlock, is arranged one in lock housing and mutually abuts against with the first bracing wire sliding block and STATEMENT OF FEDERALLY SPONSORED Swing arm, the first bracing wire slider bottom be arranged a first boss compatible with swing arm, pressing rotate lock core after, link Part also pushes one end of swing arm, and active force is also transmitted in first boss by the other end of swing arm, pushes the first bracing wire sliding block It moves back, to pull the bracing wire in the first bracing wire sliding block, unlocks corresponding lockset, and due to first on the first bracing wire sliding block Spring can also drive the first bracing wire sliding block return under the action of losing external force, and such setting structure is simple, makes each drawing machine Structure can be manipulated individually, keep vehicle user of service's use more convenient.

A kind of above-mentioned Duola's line electric door lock, can be further arranged to: the second bracing wire control mechanism includes that setting exists The second bracing wire slot in lock housing, the second bracing wire sliding block being arranged in the second bracing wire slot and setting are in the second bracing wire sliding block and lock Second spring between shell, one end that the second bracing wire sliding block corresponds to slide block are equipped with second boss, the second boss one End is connected with second spring, and the other end is corresponding with slide block.

By adopting the above technical scheme, slide block and the second bracing wire control mechanism keep horizontal direction pair under normal circumstances Together, make pull to the bracing wire in the second bracing wire sliding block, also need to only say that key insertion rotation can drive slide block and the Second boss on two bracing wire sliding blocks abuts against, and second boss also should be active force and the second bracing wire sliding block is pushed to move back, thus The bracing wire in the second bracing wire sliding block is pulled, corresponding lockset is unlocked, and since the second spring on the second bracing wire sliding block also can The second bracing wire sliding block return is driven under the action of losing external force, setting in this way enables each thread drawing mechanism individually to manipulate, and the Two bracing wire sliding blocks can unlock latching in the case where it is convenient second bracing wire control mechanism is manipulated, bracing wire can connect This kind of individually operated lockset of trunk, oil cap, keeps vehicle user of service's use more convenient.

A kind of above-mentioned Duola's line electric door lock, can be further arranged to: the STATEMENT OF FEDERALLY SPONSORED center is equipped with drive shaft altogether and wears If linkage hole, the STATEMENT OF FEDERALLY SPONSORED periphery be equipped at least one around it is described linkage hole setting transmission arm.

By adopting the above technical scheme, a cross linkage compatible with drive shaft is opened up at the center of STATEMENT OF FEDERALLY SPONSORED Hole, in rotation, STATEMENT OF FEDERALLY SPONSORED can rotate the drive shaft made together, be equipped at least one in STATEMENT OF FEDERALLY SPONSORED periphery and surround the linkage The transmission arm of hole setting, transmission arm are abutted against with rocker arm, and a transmission arm is arranged more, can also control machine with polygamy for a bracing wire Structure, such setting structure are simple, easy to use.

A kind of above-mentioned Duola's line electric door lock, can be further arranged to: the first bracing wire slot is externally provided with bracing wire fixed plate, It is equipped with a bracing wire on the hole of the bracing wire fixed plate and is loaded in the first bracing wire sliding block.

By adopting the above technical scheme, it is externally provided with bracing wire fixed plate in the first bracing wire slot, reinforces the first bracing wire slot, makes the first drawing Line traffic control mechanism uses more stable.

The utility model has the beneficial effects that the electric door lock is in addition to having the power supply opening of conventional electric door lock, starting, closing Etc. other than functions, multiple bracing wire control mechanisms on lockset can also be controlled by key, thus control vehicle top tank, after The switch such as boot, cushion, and do not need to be equipped with additional key, it solves and forgets key using loss in vehicle processes to beat The not problem of unlocking tool, to vehicle, user of service brings great convenience.

The utility model is described in further detail with reference to the accompanying drawings and examples.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram of the utility model embodiment.

Fig. 2 is the structural schematic diagram under the utility model embodiment stationary state.

Fig. 3 is the stereoscopic schematic diagram under the utility model embodiment pressing state.

Fig. 4 is the stereoscopic schematic diagram of the utility model embodiment lock core component.

Fig. 5 is the connection schematic diagram of the utility model embodiment drive bearing and STATEMENT OF FEDERALLY SPONSORED.

Fig. 6 is the stereoscopic schematic diagram of the second bracing wire of the utility model embodiment sliding block.

Fig. 7 is the stereoscopic schematic diagram of the first bracing wire of the utility model embodiment sliding block.

Specific embodiment

A kind of Duola's line electric door lock, the electric appliance case assembly 3 of lock core component 2 and tail portion including lock housing 1 and in lock housing 1 Composition, the lock core component 2 includes lock core 21 and the drive shaft being connected with lock core 21 4, is set on the drive shaft 4 There is solution lock slide 41, the solution lock slide 41 is equipped with lock pillar 411, is equipped between the lock core 31 and drive shaft 4 for lock core 31 The lock core return spring 5 of return after pressing, it is characterised in that: be equipped between the drive shaft 4 and electric appliance case assembly 3 for transmission The bearing return spring 6 of 4 return of shaft, 4 outer cover of drive shaft are equipped with the STATEMENT OF FEDERALLY SPONSORED 7 to link with the drive shaft 4, One end of the corresponding lock housing 1 of the drive shaft 4 is equipped with slide block 42, and at least two are equipped between the drive shaft 4 and lock housing 1 Pull the bracing wire control mechanism of bracing wire by stirring STATEMENT OF FEDERALLY SPONSORED 7 or slide block 42, the bracing wire control mechanism includes the One bracing wire control mechanism and the second bracing wire control mechanism, the first bracing wire control mechanism include first be arranged in lock housing 1 Bracing wire slot 11, is arranged between the first bracing wire sliding block 8 and lock housing 1 the first bracing wire sliding block 8 being arranged in the first bracing wire slot 11 First spring 81 and the swing arm 82 that corresponding first bracing wire sliding block, the 8 one end setting of lock housing 4 is set, the first bracing wire sliding block 8 One end of corresponding swing arm 82 is equipped with first boss 83, and the swing arm 82 offsets with first boss 83 to be connect, the second bracing wire control Mechanism processed include the second bracing wire slot 12 being arranged in lock housing 1, the second bracing wire sliding block 9 being arranged in the second bracing wire slot 12 and Second spring 91 between second bracing wire sliding block 9 and lock housing 1 is set, and the second bracing wire sliding block 9 corresponds to the one of slide block 42 End is equipped with second boss 92, and described 92 one end of second boss is connected with second spring 91, and the other end is corresponding with slide block 42, 7 center of STATEMENT OF FEDERALLY SPONSORED is equipped with the linkage hole 71 that drive shaft 4 is worn altogether, and 7 periphery of STATEMENT OF FEDERALLY SPONSORED is surrounded equipped at least one The transmission arm 72 that the linkage hole 71 is arranged, the first bracing wire slot 11 are externally provided with bracing wire fixed plate 111, the bracing wire fixed plate It is equipped with a bracing wire on 111 hole and is loaded in the first bracing wire sliding block 8.

As shown in Fig. 2, the electric door lock of the present embodiment remains static, at this time lock core 21 due to lock core return spring 5 with Locking closure is in same level, and is arranged in below lock core 21 and the drive shaft 4 that connect with lock core 21 is also due to bearing return bullet Spring 6 makes the slide block 42 on drive shaft 4 just be in same level with the second boss 92 on the second bracing wire sliding block 9, connection It moves 7 and is in different level with swing arm 82, when opening corresponding lockset using the second zipper control mechanism, it is only necessary to say dedicated Key be inserted into the keyhole of lock core 21, then horizontal (direction description according to Fig.2) rotation key counterclockwise, lock core 21 also will drive drive shaft 4 to rotate, and horizontal plane locating for STATEMENT OF FEDERALLY SPONSORED 7 does not abut against object and will dally in rotation process, stir Block 42 is rotated counterclockwise with drive shaft 4 will push the second boss 92 on the second bracing wire sliding block 9 to drive the second bracing wire sliding Block 9 moves back, and the second bracing wire sliding block 9, which moves back, drives second spring 91 to deform, and the bracing wire in the second bracing wire sliding block 9 is pulled, thus The lockset being connected with the bracing wire is unlocked, is extracted after then turning round key, second spring 91 is also because deformation power drives second 9 return of bracing wire sliding block, the setting of the second bracing wire control mechanism does not need pressing lock core 21, easy to use.

As shown in figure 3, the electric door lock of the present embodiment is under pressing state, lock core 21 is due to compressing lock core return bullet at this time Spring 5 will be arranged in below lock core 21 and the drive shaft 4 that connect with lock core 21 is also due to lock with locking closure in not same level The pushing of core 21 makes 6 deformation of bearing return spring, and the slide block 42 on drive shaft 4 and second on the second bracing wire sliding block 9 are convex Platform 92 is respectively at different level, and the STATEMENT OF FEDERALLY SPONSORED 7 being threaded through on drive shaft 4 will pass through bearing return spring 6 and transmission The limit of shaft 4 is in same level with the swing arm 82 being arranged in lock housing 1, when manipulating the first bracing wire control mechanism, only (direction description according to Fig.3), lock are rotated counterclockwise after needing then to push lock core 21 in private key insertion lock core 21 Core 21 also will drive drive shaft 4 to rotate, and in rotation process, slide block 42 is moved down with drive shaft 4 so that with second in rotating Bracing wire sliding block 9 cannot contact, and rotating counterclockwise is, STATEMENT OF FEDERALLY SPONSORED 7 will push the swing arm 82 that single-point is fixed in lock housing 1, swing 82 To offset with first boss 83 the other end is taken in one end by the active force that STATEMENT OF FEDERALLY SPONSORED 7 pushes, and from driving the first bracing wire sliding block 8 It moves back, to pull the bracing wire in the first bracing wire sliding block 8, unlocks lockset corresponding to the bracing wire, pulled out after then turning round key Out, also because deformation power drives 8 return of the first bracing wire sliding block, bearing return spring 6 also drives on drive shaft 4 the first spring 83 It moves, lock core return spring 5 also will be parallel with locking closure with movable lock core 21, complete the unlocking function of the first bracing wire control mechanism.

As shown in Figure 3-Figure 5, the center of STATEMENT OF FEDERALLY SPONSORED 7 is equipped with cross linkage hole 71 corresponding with drive shaft 4, and joins 7 periphery of moving part can around multiple transmission arms 72 that linkage hole 71 is arranged, with the increase and decrease of transmission arm 72, can be set it is multiple with First bracing wire control mechanism is in the bracing wire control mechanism of same level, such as Fig. 3, Fig. 4, when lock core 21 rotates clockwise, In The other end of corresponding first bracing wire sliding block, 8 one end of STATEMENT OF FEDERALLY SPONSORED 7 is equipped with a transmission arm 72, can be set one in this transmission arm 72 The group bracing wire control mechanism similar with the first, second bracing wire control mechanism, makes multiple bracing wire control mechanisms be integrated in an electric switch It locks.

The above is only the preferred embodiments of the utility model, therefore, it does not limit the scope of the patents of the utility model, all fortune With simply modification and the equivalent structure variation for it of the utility model specification and schema content institute, it is intended to be limited solely by the utility model Scope of patent protection within.

Claims (5)

1. a kind of Duola's line electric door lock, the electric appliance case assembly of lock core component and tail portion including lock housing, in lock housing, the lock Core assembly includes lock core and the drive shaft that is connected with lock core, and the drive shaft is equipped with solution lock slide, the solution Lock slide is equipped with lock pillar, and the lock core return spring for return after lock core pressing is equipped between the lock core and drive shaft, special Sign is: the bearing return spring for drive shaft return, the transmission are equipped between the drive shaft and electric appliance case assembly Shaft outer cover is equipped with the STATEMENT OF FEDERALLY SPONSORED to link with the drive shaft, and one end that the drive shaft corresponds to lock housing, which is equipped with, stirs Block is equipped at least two by stirring STATEMENT OF FEDERALLY SPONSORED or slide block to pull the bracing wire of bracing wire between the drive shaft and lock housing Control mechanism.

2. a kind of Duola's line electric door lock according to claim 1, it is characterised in that: the bracing wire control mechanism includes One bracing wire control mechanism and the second bracing wire control mechanism, the first bracing wire control mechanism include that first be arranged in lock housing is drawn Wire casing, the first bracing wire sliding block being arranged in the first bracing wire slot, the first spring being arranged between the first bracing wire sliding block and lock housing And the swing arm of the corresponding first bracing wire sliding block one end setting of lock housing is set, one end that the first bracing wire sliding block corresponds to swing arm is set There is first boss, the swing arm offsets with first boss to be connect.

3. a kind of Duola's line electric door lock according to claim 2, it is characterised in that: the second bracing wire control mechanism includes The second bracing wire slot for being arranged in lock housing, the second bracing wire sliding block being arranged in the second bracing wire slot and setting are sliding in the second bracing wire Second spring between block and lock housing, the second bracing wire sliding block correspond to slide block one end be equipped with second boss, described second Boss one end is connected with second spring, and the other end is corresponding with slide block.

4. a kind of Duola's line electric door lock according to claim 1 or 2 or 3, it is characterised in that: the STATEMENT OF FEDERALLY SPONSORED center is equipped with The linkage hole that drive shaft is worn altogether, the STATEMENT OF FEDERALLY SPONSORED periphery are equipped at least one around the transmission arm of linkage hole setting.

5. a kind of Duola's line electric door lock according to claim 2 or 3, it is characterised in that: the first bracing wire slot is externally provided with Bracing wire fixed plate is equipped with a bracing wire on the hole of the bracing wire fixed plate and is loaded in the first bracing wire sliding block.