CN209099911U - A kind of non-hole intelligent lock - Google Patents

Abstract

The utility model discloses a kind of non-hole intelligent locks, it is related to intelligent lock production technical field, mainly solve to only rely on that the movement of motor driven lock tongue may there is a situation where can not open the door after Caton in traditional smart lock, technical points include lock housing and cover board, and two main lock tongues and a secondary lock tongue are equipped in the lock housing；The two main lock tongues are fixedly connected with main slide plate, the main slide plate sliding is set to above lock housing, and be equipped with main slide plate top between the main slide plate and lock housing to the main spring of main lock tongue direction, the main slide plate locked instrument to lock to the main slide plate after pressure is additionally provided between the main slide plate and lock housing；The pair lock tongue is fixedly connected with release board, and the release board locked instrument to lock to the release board after pressure is additionally provided between the release board and lock housing；The pair lock tongue front end is equipped with the trigger device of main lock tongue and the secondary lock tongue pop-up.

Description

A kind of non-hole intelligent lock

Technical field

The utility model relates to intelligent lock production technical field, in particular to a kind of non-hole intelligent lock.

Background technique

Smart lock, which refers to, is different from tradition machinery lock, is with safety, convenience, the compound lock of advanced technology Tool generally uses on-mechanical key as the mature technology of user's identification id, for example, Fingerprint Lock, refer to vein lock, iris recognition Gate inhibition's magnetic card, radio-frequency card TM card etc..

Notification number is that the Chinese patent of CN1888361B discloses a kind of non-hole intelligent lock, runs lock control jointly by multiple groups Device form two systems control signal code, setting wherein it is a set of be normal use system, i.e., will control signal code export to Magnetic general assembly, magnetic general assembly coil have electromagnetism power drive traveller magnetic plate compressed spring, and magnetic plate is swung to magnetic general assembly direction, Latch hook falls, and big lock tongue is moved into lock housing, can be unlocked；It is another set of be back-up system, i.e., will control signal code export to Electromagnet, electromagnet coil have the mating slide bar movement of electromagnetism power drive, and mating slide bar special joint and drawing and swing plate lower bottom head are cut with scissors Equidirectional movement is connect, drawing and swing plate top, which comes directly towards to swing to magnetic plate, hits, and magnetic plate is swung to magnetic general assembly direction, under latch hook It falls, big lock tongue is moved into lock housing, can also be unlocked；There are also have a knob to unlock on locking closure.

However, in the technical scheme, be provided only with motor-driven lock tongue and carry out locking, when the installation accuracy of door is not high or When deviation is occurred by long-term gravity, lock tongue can be stuck in the slot for accommodating lock tongue, and the driving force of motor is smaller, it is difficult to by it The case where pulling out, smart lock will being caused to fail to open.

Utility model content

The purpose of the utility model is to provide a kind of non-hole intelligent locks, use motor driven and traditional Mechanical Driven The mode be combineding with each other controls the switch of smart lock, thus the case where avoiding smart lock lock tongue card column that from can not opening the door.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of non-hole intelligent lock, including lock housing and cover board, the lock housing is interior to be equipped with two main lock tongues and a secondary lock tongue；Two The main lock tongue is fixedly connected with main slide plate, and the main slide plate sliding is set to above lock housing, and the main slide plate and lock housing it Between be equipped with by main slide plate top to the main spring of main lock tongue direction, be additionally provided between the main slide plate and lock housing to after pressure The main slide plate locked instrument that main slide plate locks；The pair lock tongue is fixedly connected with release board, the release board sliding setting It is equipped with release board top in lock housing, between the release board and lock housing to the first torsional spring of secondary lock tongue direction, it is described to release Put the release board locked instrument for being additionally provided between plate and lock housing and locking to the release board after pressure；The pair lock tongue front end is set Main slide plate locked instrument and release board locked instrument, the two main lock tongues are triggered after having trigger device, the trigger device to be pressurized And the secondary lock tongue pop-up；It is additionally provided with pulling plate above the main slide plate, the pulling plate has pulling plate to far from main lock tongue The driving device that direction pulls.

By using above-mentioned technical proposal, main slide plate locked instrument is set, the main slide plate after pressure can be consolidated It is fixed, so that the fixation after retracting in lock housing to two main lock tongues being fixedly connected with main slide plate can be realized；The fixed dress of release board is set It sets, the release board after pressure can be fixed, to can realize that the secondary lock tongue being fixedly connected with release board is pulled lock Fixation after in shell；Secondary lock tongue front end be arranged trigger device, can act on after compression main slide plate locked instrument and Release board locked instrument makes main lock tongue and secondary lock tongue pop-up, completes the work of the locking of smart lock；It is arranged on main slide plate and draws Plate can be pulled back main slide plate by pulling back pulling plate, realize the unlatching to main lock tongue, the setting driving dress under pulling plate Set, driving device is using automatically controlled, therefore, can acquisition module corresponding with driving device connection, can be realized and main lock tongue is opened It opens.

Further, the main slide plate locked instrument includes the first wedge block for being set on main slide plate of sliding, and described the One wedge block is mutually perpendicular to along glide direction of the glide direction with main slide plate along lock housing of main slide plate, solid on first wedge block Surely it is equipped with the first pin shaft, the bottom of the lock housing is vertically equipped with the second lock pillar, and first pin shaft is equipped with the first wedge block The spring pulled to the second lock pillar direction, first wedge block are stuck in the second lock pillar after two main lock tongues are retracted in lock housing Afterwards.

By using above-mentioned technical proposal, on main slide plate therefore the first wedge block of sliding setting is pulled back main slide plate After dynamic, the first wedge block can be stuck on the second lock pillar of lock housing bottom, to realize the fixation to main slide plate, make main lock tongue What is be capable of fixing after being pulled rearwardly is in inside lock housing.

Further, the release board locked instrument includes the second wedge block for being set on release board of sliding, and described the Two wedge blocks are mutually perpendicular to along the glide direction and release board of release board along the glide direction of lock housing, solid on second wedge block Surely it is equipped with the second pin shaft, the bottom of the lock housing is vertically equipped with third lock pillar, and second pin shaft is equipped with the second wedge block The spring pulled to third lock pillar direction, second wedge block is after being stuck in third lock pillar after secondary lock tongue is retracted in lock housing.

By using above-mentioned technical proposal, sliding is equipped with the second wedge block and therefore pulls back release board on release board After dynamic, the second wedge block can be stuck on the third lock pillar on lock housing bottom, to realize to the fixation of the position of release board, make pair The inside in lock housing that lock tongue is capable of fixing after being pulled rearwardly.

Further, the front end rotation of the secondary lock tongue is provided with columned hoodle, and the diameter of the hoodle is greater than pair The thickness of lock tongue, and axis rotation of the hoodle where itself.

By using above-mentioned technical proposal, it is equipped with hoodle in the front end of secondary lock tongue, it being capable of axis where itself Rotation, therefore, when switch gate, hoodle can abut after touching the side for accommodating the slot of secondary lock tongue with it, later hoodle It may occur from turning, so that secondary lock tongue opens and closes smooth during can ensure that switch gate.

Further, the trigger device includes the hoodle axis under hoodle, and the hoodle axis slides in secondary lock tongue, Release screw is additionally provided under the hoodle axis, the release screw, which has, takes off plate, and the hoodle axis will take off plate after being pressurized It pushes up backward, it is described to take off the stepped groove for being provided on plate and passing through for the first pin shaft and the second pin shaft, first pin shaft and the second pin Axis is butted on the side of stepped groove always, and described to take off after plate retreats, first pin shaft and the second pin shaft are respectively to far from second The direction of lock pillar and third lock pillar is mobile.

By using above-mentioned technical proposal, it is arranged with hoodle axis in hoodle, hoodle axis can will be located at hoodle axis after being pressurized The plate that takes off afterwards pushes up backward, takes off plate equipped with the stepped groove for supplying the first pin shaft and the second pin shaft to pass through and therefore takes off plate backward After movement, the first pin shaft and the second pin shaft can be close to middle part, so that the first wedge block and the second wedge block be made to lose respectively The position-limiting action of two lock pillars and third lock pillar realizes the pop-up of main lock tongue and secondary lock tongue.

Further, it the pulling plate and takes off and is additionally provided with jam plate between plate, rotation is provided with latch hook on the jam plate, described The side of latch hook is equipped with the first lock pillar for being perpendicularly fixed on lock housing bottom, is equipped in the latch hook by latch hook to the first lock pillar side To the second torsional spring of overturning, the latch hook is butted on the first lock pillar after main lock tongue and secondary lock tongue pop-up, is connected under the pulling plate Pearl is dialled, the pulling plate drives group pearl to stir latch hook to the direction far from the first lock pillar when mobile to the direction far from main lock pillar.

By using above-mentioned technical proposal, in pulling plate and takes off and be additionally provided with jam plate between plate, latch hook, lock are equipped on jam plate It is hooked in main lock tongue and when secondary lock tongue is in the lock state can be stuck on the first lock pillar, main lock tongue and secondary lock tongue is made to be in locking In state, unlock when, pulling plate move down will drive dial pearl stir latch hook, so that latch hook is lost the limit of the first lock pillar, main lock Tongue and secondary lock tongue can retract backward under driving effect.

Further, the driving device includes the motor in lock housing, and the motor side is equipped with reciprocating screw rod, institute It states motor and reciprocating screw rod rotation is driven by gear drive, be connected with feed screw nut, the feed screw nut edge on the reciprocating screw rod Reciprocating screw rod be moved forward and backward, the motor is equipped with microswitch close to the side of main lock tongue, and the feed screw nut has top Needle, the thimble close motor after contacting microswitch.

By using above-mentioned technical proposal, the rotation of motor driven reciprocating screw rod is driven pulling plate, reciprocating screw rod can have Effect improves motor working efficiency, without the device of control motor positive and inverse is separately provided；Thimble, top are equipped on feed screw nut Needle can trigger microswitch and close, after the work that feed screw nut completes that pulling plate pulls back, before feed screw nut is repositioned to When position, thimble can trigger microswitch and close motor, and feed screw nut is made to stop in initial position.

Further, the motor and the reciprocating screw rod being connected to the motor are equipped with two groups, and every group of motor and reciprocating screw rod are equal It is mutually independent.

By using above-mentioned technical proposal, the combination equipped with identical two groups of motors and reciprocating screw rod, and two groups of motors with The combination of reciprocating screw rod be mutually independent it is non-interference, therefore, after single motor breaks down, another group of motor and reciprocal The combination of screw rod can continue to rotate, and not influence the normal use of smart lock.

In conclusion the utility model has the following beneficial effects:

1, using the form of main lock tongue and secondary lock tongue cooperating, wherein main lock tongue motor driven, secondary lock tongue machine driving, It can effectively avoid lock tongue and block the case where rear smart lock can not open smart lock；

2, the driving device of two groups of independent motors and reciprocating screw rod is set, therefore, even if one group of motor or reciprocating screw rod Combination stop working after, another group can be used as spare motor and work on.

Detailed description of the invention

Fig. 1 is a kind of overall structure diagram of non-hole intelligent lock of the present embodiment；

Fig. 2 is that a kind of non-hole intelligent lock of the present embodiment opens the structural schematic diagram after cover board；

Fig. 3 is a kind of bottom substance schematic diagram of the cover board of non-hole intelligent lock of the present embodiment；

Fig. 4 is that a kind of non-hole intelligent lock of the present embodiment opens the structural schematic diagram after cover board and pulling plate；

Fig. 5 is a kind of explosive view of non-hole intelligent lock of the present embodiment；

Fig. 6 is the partial enlarged view in a kind of non-hole intelligent lock Fig. 5 of the present embodiment at A；

Fig. 7 is the structural schematic diagram of driving device in a kind of non-hole intelligent lock of the present embodiment.

In figure, 1, lock housing；11, the first lock pillar；12, the second lock pillar；13, third lock pillar；2, cover board；3, main slide plate；31, main Lock tongue；32, main spring；321, bourdon tube；33, the first wedge block；34, the first pin shaft；4, release board；41, secondary lock tongue；411, bullet Pearl；412, hoodle axis；42, the first torsional spring；43, the second wedge block；44, the second pin shaft；5, plate is taken off；51, stepped groove；6, it draws Plate；61, kerve；62, pearl is dialled；7, jam plate；71, latch hook；72, the second torsional spring；8, motor；81, reciprocating screw rod；82, feed screw nut； 821, thimble；83, microswitch；91, interior spanner set；911, internal gear；912, inner rack；92, outer spanner set；921, external tooth Wheel；922, outer rack gear.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment:

A kind of non-hole intelligent lock, referring to FIG. 1 and FIG. 2, including lock housing 1 and the cover board being placed in lock housing 12, in lock housing 1 one Two main lock tongues 31 and a secondary lock tongue 41 are extended on the side of side, two main lock tongues 31 are located at the two sides of secondary lock tongue 41；Two main locks Tongue 31 is fixedly connected with main slide plate 3, and main slide plate 3 is located in lock housing 1, and the bottom of main slide plate 3 and lock housing 1 slides and connects, in master The two sides of slide plate 3 are equipped with main spring 32, and 32 one end of main spring is butted on main slide plate 3, and the other end is butted on 1 side of lock housing, thus It can be by the two main ejections outward of lock tongue 31；Be defined for the position to main spring 32, can be stable in main slide plate 3 with Between lock housing 1, it is arranged with bourdon tube 321 outside two main springs 32, therefore, main spring 32 is only flexible along bourdon tube 321.

Referring to Fig. 5 and Fig. 6, for main lock tongue 31 is fixed after main lock tongue 31 is pressed into lock housing 1, in main slide plate 3 It is additionally provided with 3 locked instrument of main slide plate to lock to the main slide plate 3 after pressure between lock housing 1, in the present embodiment, main cunning 3 locked instrument of plate includes the first wedge block 33 that sliding is set on main slide plate 3, sliding of first wedge block 33 along main slide plate 3 Direction is mutually perpendicular to main slide plate 3 along the glide direction of lock housing 1, and is fixed with the first pin shaft on the first wedge block 33 34, it is equipped with the second lock pillar 12 in the bottom upper vertical of lock housing 1, and be equipped on the first pin shaft 34 by 33 court of the first wedge block The spring pulled to 12 side of the second lock pillar, therefore, after two main lock tongues 31 are retracted in lock housing 1,33 meeting of the first wedge block After being stuck in the second lock pillar 12, to realize the fixation to the position of main slide plate 3, the i.e. fixation to the position of two main lock tongues 31.

Referring to Fig. 5 and Fig. 6, be fixedly connected with release board 4 on secondary lock tongue 41, release board 4 be located at the upper end of main slide plate 3 and It slides and connects with main slide plate 3, the pushed up release board 4 in secondary 41 direction of lock tongue is equipped between release board 4 and lock housing 1 For one torsional spring 42(referring to Fig. 3), the first torsional spring 42 is installed on the lower section of cover board 2, is additionally provided between release board 4 and lock housing 1 to pressure The release board fixer that release board 4 after lower is fixed, in the present embodiment, release board fixer includes that sliding is set to The second wedge block 43 on release board 4, the second wedge block 43 is along the direction and release board 4 of the sliding of release board 4 along lock housing 1 The direction of sliding be mutually perpendicular to, the second pin shaft 44 is fixed on the second wedge block 43, is vertically equipped in the bottom of lock housing 1 Third lock pillar 13, the second pin shaft 44 are equipped with the bullet for pulling the direction of the side where the second wedge block 43 to third lock pillar 13 Spring, therefore, the second wedge block 43 is after it can be stuck in third lock pillar 13 after secondary lock tongue 41 is retracted backward in lock housing 1, to realize Fixation to the position of release board 4, the i.e. fixation to the position of secondary lock tongue 41.

Referring to Fig.1, in the front end of secondary lock tongue 41, rotation is provided with columned hoodle 411, and the diameter of hoodle 411 is greater than pair The thickness of lock tongue 41, and hoodle 411 can be rotated along the axis where hoodle 411 itself, therefore, and in switch gate, hoodle 411 can be abutted with the slot reserved for secondary lock tongue 41 after rotation, to guarantee the smooth of switch gate at secondary 41 position of lock tongue.

Referring to Fig. 5 and Fig. 6, it is additionally provided with trigger device on secondary lock tongue 41, main 3 locked instrument of slide plate can be triggered and released 4 locked instrument of plate is put, enables two main lock tongues 31 and a secondary lock tongue 41 pop up, in the present embodiment, trigger device includes being set to Hoodle axis 412 under hoodle 411, hoodle axis 412 slide in secondary lock tongue 41, are equipped with horizontal take off in the lower end of hoodle axis 412 Plate 5 is put, hoodle axis 412 can will take off plate 5 after being pressurized and push up backward, take off and be provided on plate 5 for the first pin shaft 34 and the second pin shaft 44 The stepped groove 51 passed through, therefore, the side of the first pin shaft 34 and the second pin shaft 44 due to being butted on stepped groove 51 always is taking off plate After 5 move backward, the first pin shaft 34 and the second pin shaft 44 can be moved to the direction far from the second lock pillar 12 and third lock pillar 13 respectively It is dynamic, so that the first wedge block 33 and the second wedge block 43 is enabled to be detached from the position-limiting action of the second lock pillar 12 and third lock pillar 13 respectively, Main slide plate 3 and release board 4 can be ejected forward under the action of the elastic force of main spring 32 and the first torsional spring 42 respectively, to complete The pop-up of two main lock tongues 31 and a secondary lock tongue 41, smart lock complete the process of locking.

Referring to Fig. 5, to be supported to the main lock tongue 31 in being in the lock state, also set between plate 5 in pulling plate 6 and taking off There is jam plate 7, rotation is provided with latch hook 71 on jam plate 7, and the bottom for being perpendicularly fixed at lock housing 1 is equipped in the side of latch hook 71 On the first lock pillar 11, the second torsional spring 72 for overturning latch hook 71 to the direction of the first lock pillar 11 is provided in latch hook 71, by The effect of the elastic force of second torsional spring 72, latch hook 71 are butted on the first lock pillar 11 after main lock tongue 31 and secondary lock tongue 41 pop up, from And it can avoid latch hook 71 and draw back, and then the jam plate being connected with latch hook 71 7 and main slide plate 3 is avoided to draw back.

It referring to Fig. 2 and Fig. 5, is connected under pulling plate 6 and dials pearl 62, dialled pearl 62 and be butted on the one end of latch hook 71 far from the first lock pillar 11 On, when mobile to the direction far from the first lock pillar 11 when pulling plate 6, it will drive and dial pearl 62 for latch hook 71 to far from the first lock pillar 11 Direction is stirred, so that latch hook 71 and the first lock pillar 11 be made to lose withstanding effect, main slide plate 3 is connected with pulling plate 6, is divided into pulling plate 6 There is the driving device for pulling pulling plate 6 to the direction far from main lock tongue 31, so that the retrogressing of main slide plate 3 can be realized.

Referring to Fig. 2 and Fig. 7, driving device includes the motor 8 for being set to the inside of lock housing 1, and the side of motor 8 is equipped with reciprocal Screw rod 81, motor 8 are connect with reciprocating screw rod 81 using gear-driven mode, and feed screw nut 82 is connected on reciprocating screw rod 81, And feed screw nut 82 is moved forward and backward along reciprocating screw rod 81, and the kerve 61 that screw mandrel nut 82 passes through is provided on pulling plate 6, when When two main lock tongues 31 are in the state being ejected, feed screw nut 82 is butted on one end in kerve 61 far from main lock tongue 31, later, electricity Machine 8 rotates, and drives feed screw nut 82 mobile to one end far from main lock tongue 31, and feed screw nut 82 can drive pulling plate 6 to separate The direction of main lock tongue 31 is mobile, and main lock tongue 31 is retracted in lock housing 1；Close to the side of main lock tongue 31 equipped with miniature on motor 8 Switch 83 is equipped with thimble 821 close to the side of microswitch 83 on feed screw nut 82, therefore, when feed screw nut 82 by pulling plate 6 to After direction far from main lock tongue 31 is pulled to distalmost end, i.e., after main lock tongue 31 being retracted 1 inside of lock housing, feed screw nut 82 is continued on Reciprocating screw rod 81 is mobile, and when it is moved at 8 position of motor, i.e., closest to after at the position of main lock tongue 31, thimble 821 triggers micro- Type switch 83 closes motor 8.

Referring to Fig. 7, motor 8 and the reciprocating screw rod 81 being connected with motor 8 are for being equipped with two groups, and two groups of motors 8 and past multifilament The combination of bar 81 is mutually independent, when pulling to pulling plate 6, it is only necessary to the combination of one group of motor 8 and reciprocating screw rod 81 Can be realized, therefore, when the work in combination of one group of motor 8 and reciprocating screw rod 81 when something goes wrong, another group of motor 8 and toward multifilament The combination of bar 81 can continue to pull pulling plate 6, not impact to the unlatching of smart lock.

Referring to Fig. 2, the interior spanner set 91 on the inside of door and the outer spanner set close to outer side of door are additionally provided in lock housing 1 92, it is externally provided with internal gear 911 in interior spanner set 91, is engaged with internal gear 911 and is connected with inner rack 912, inner rack 912 is in main lock Tongue 31 and secondary lock tongue 41 are butted on the side of release board 4 and main slide plate 3 when popping up, therefore, in the interior spanner set 91 being located on the inside of door After middle loading handle i.e. can be rotated in spanner set 91, release board 4 and main slide plate 3 are pulled back, realize two main lock tongues 31 and The retrogressing of one secondary lock tongue 41；It is externally provided with external gear 921 in outer spanner set 92, is engaged with external gear 921 and is connected with outer rack gear 922, outer rack gear 922 is butted on the side of release board 4 when secondary lock tongue 41 pops up, and release board can be realized after rotating outer spanner set 92 4 retrogressing, in the unlatching that secondary lock tongue 41 can be completed outdoors.

Working principle:

When needing to open the smart lock for being in locking states, first by being set to the information collections such as fingerprint instrument outdoors dress Carry out identity validation is set, indication motor 8 rotates, and after motor 8 rotates, under the transmission effect of gear, realizes reciprocating screw rod 81 Rotation, reciprocating screw rod 81 can drive the feed screw nut 82 that is through on reciprocating screw rod 81 along reciprocating screw rod 81 to separate after rotating The direction of main lock tongue 31 is mobile, and then pulling plate 6 is driven to move backward, and dials pearl 62 due to being fixed under pulling plate 6, can stir Latch hook 71 makes latch hook 71 lose the position-limiting action to the first lock pillar 11, and main slide plate 3 is whole can be under the driving of feed screw nut 82 It retracts backward, is retracted into two main lock tongues 31 in lock housing 1；Later, outer spanner set 92 is rotated, outer spanner set 92 drives external gear 921 rotations, and then drive the outer rack gear 922 for engaging connection with external gear 921 mobile to the direction far from secondary lock tongue 41, outer rack gear Release board 4 is pushed up backward in 922 moving process, can be realized and retract secondary lock tongue 41 in lock housing 1.

When closing smart lock in the open state, hoodle 411 is convex in outside, and hoodle 411, which is butted on, accommodates hoodle 411 Slot side wall after 411 axis of hoodle is pressed down on, 411 axis of hoodle, which can drive, takes off plate 5 to the direction far from secondary lock tongue 41 It is mobile, take off after plate 5 moves backward, can enable across the stepped groove 51 taken off on plate 5 the first pin shaft 34 and the second pin shaft 44 to Centre is drawn close, and therefore, the first wedge block 33 and the second wedge block 43 under the first pin shaft 34 and the second pin shaft 44 can divide The limit of the second lock pillar 12 and third lock pillar 13 to them is not lost, and therefore, main slide plate 3 and release board 4 can be respectively in main springs 32 and first torsional spring 42 the lower pop-up of elastic force effect, to complete the work of the locking of main lock tongue 31 and secondary lock tongue 41.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of non-hole intelligent lock, including lock housing (1) and cover board (2), it is characterised in that: it is main to be equipped with two in the lock housing (1) Lock tongue (31) and a secondary lock tongue (41)；

The two main lock tongues (31) are fixedly connected with main slide plate (3), and main slide plate (3) sliding is set to above lock housing (1), and It is equipped between the main slide plate (3) and lock housing (1) and main slide plate (3) is pushed up into the main spring (32) to main lock tongue (31) direction, The main slide plate locked instrument to lock to the main slide plate (3) after pressure is additionally provided between the main slide plate (3) and lock housing (1)；

The pair lock tongue (41) is fixedly connected with release board (4), and release board (4) sliding is set in lock housing (1), described to release It puts equipped with the first torsional spring (42) pushed up release board (4) to secondary lock tongue (41) direction between plate (4) and lock housing (1), it is described The release board locked instrument to lock to the release board (4) after pressure is additionally provided between release board (4) and lock housing (1)；

Pair lock tongue (41) front end is equipped with trigger device, and the trigger device triggers main slide plate locked instrument and release after being pressurized Plate locked instrument, the two main lock tongues (31) and the secondary lock tongue (41) are popped up；

It is additionally provided with pulling plate (6) above the main slide plate (3), the pulling plate (6) has pulling plate (6) to far from main lock tongue (31) Direction pull driving device.

2. a kind of non-hole intelligent lock according to claim 1, it is characterised in that: the main slide plate locked instrument includes sliding Shifting is set to the first wedge block (33) on main slide plate (3), first wedge block (33) along main slide plate (3) glide direction with Main slide plate (3) is mutually perpendicular to along the glide direction of lock housing (1), is fixed with the first pin shaft on first wedge block (33) (34), the bottom of the lock housing (1) is vertically equipped with the second lock pillar (12), and first pin shaft (34) is equipped with the first wedge block (33) spring pulled to the second lock pillar (12) direction, first wedge block (33) retract lock housing (1) in two main lock tongues (31) After being stuck in the second lock pillar (12) after interior.

3. a kind of non-hole intelligent lock according to claim 2, it is characterised in that: the release board locked instrument includes sliding Shifting is set to the second wedge block (43) on release board (4), second wedge block (43) along release board (4) glide direction with Release board (4) is mutually perpendicular to along the glide direction of lock housing (1), is fixed with the second pin shaft on second wedge block (43) (44), the bottom of the lock housing (1) is vertically equipped with third lock pillar (13), and second pin shaft (44) is equipped with the second wedge block (43) spring pulled to third lock pillar (13) direction, second wedge block (43) are retracted in lock housing (1) in secondary lock tongue (41) After be stuck in third lock pillar (13) after.

4. a kind of non-hole intelligent lock according to claim 3, it is characterised in that: the front end rotation of the pair lock tongue (41) It is provided with columned hoodle (411), the diameter of the hoodle (411) is greater than the thickness of secondary lock tongue (41), and the hoodle (411) the axis rotation where itself.

5. a kind of non-hole intelligent lock according to claim 4, it is characterised in that: the trigger device includes being set to hoodle (411) the hoodle axis (412) under, the hoodle axis (412) slide in secondary lock tongue (41), also set under the hoodle axis (412) Have release screw (413), the release screw (413), which has, to be taken off plate (5), and the hoodle axis (412) will take off after being pressurized Plate (5) pushes up backward, described to take off the stepped groove (51) for being provided on plate (5) and passing through for the first pin shaft (34) and the second pin shaft (44), First pin shaft (34) and the second pin shaft (44) are butted on the side of stepped groove (51) always, described to take off after plate (5) retreat, institute It is mobile to the direction far from the second lock pillar (12) and third lock pillar (13) respectively to state the first pin shaft (34) and the second pin shaft (44).

6. a kind of non-hole intelligent lock according to claim 5, it is characterised in that: the pulling plate (6) and take off plate (5) it Between be additionally provided with jam plate (7), rotation is provided with latch hook (71) on the jam plate (7), and the side of the latch hook (71) is equipped with vertical solid The first lock pillar (11) on lock housing (1) bottom, the latch hook (71) are interior equipped with latch hook (71) is square to the first lock pillar (11) To the second torsional spring (72) of overturning, the latch hook (71) is butted on the first lock pillar after main lock tongue (31) and secondary lock tongue (41) pop up (11) it on, is connected under the pulling plate (6) and dials pearl (62), the band when pulling plate (6) is mobile to the direction far from the first lock pillar (11) Dynamic group pearl (62) latch hook (71) is stirred to the direction far from the first lock pillar (11).

7. a kind of non-hole intelligent lock according to claim 1, it is characterised in that: the driving device includes being set to lock housing (1) motor (8) in, motor (8) side are equipped with reciprocating screw rod (81), and the motor (8) is driven past by gear drive Multifilament bar (81) rotates, and is connected with feed screw nut (82) on the reciprocating screw rod (81), and the feed screw nut (82) is along past multifilament Bar (81) is moved forward and backward, and the motor (8) is equipped with microswitch (83) close to the side of main lock tongue (31), the feed screw nut (82) it has thimble (821), thimble (821) contact microswitch (83) closes motor (8) afterwards.

8. a kind of non-hole intelligent lock according to claim 7, it is characterised in that: the motor (8) and with motor (8) phase Reciprocating screw rod (81) even is equipped with two groups, and every group of motor (8) is mutually independent with reciprocating screw rod (81).