CN207728170U - A kind of luggage case smart lock - Google Patents

Abstract

A kind of luggage case smart lock, control assembly including lock-in component and for controlling lock-in component movement, lock-in component includes the moving member that can be moved back and forth, latches and for latch hook that is being fastened with lock and can rotating, control assembly includes tumbler lock mechanism, drive link and the driving motor that drive link can be driven to move, and driving motor electrical connection can control the intelligent unlocking module of driving motor rotation；When intelligent unlocking module unlocks, driving motor rotates and drive link is driven to move, and then moving member is driven to move for drive link so that latch hook is unlocked with lock；When spring lock unlocks, tumbler lock mechanism can rotate and push drive rod rotation, drive link is detached from driving motor, tumbler lock mechanism rotation simultaneously can push moving member movement so that latch hook is unlocked with lock, it is directly pushed with moving member using tumbler lock mechanism, the effect that tumbler lock mechanism is taken into account unlock and pushed, directly pushes unlock with moving member so that unlock is efficient.

Description

A kind of luggage case smart lock

Technical field

The utility model is related to lock technology fields, and in particular to a kind of luggage case smart lock.

Background technology

Existing smart lock or coded lock are equipped with lock core, driver blade, closing piece and latch hook, and lock core pushes driver blade direction The direction of unlock is moved, and closing piece is moved along the driving inclined-plane of driver blade so that the protruding portion in latch hook enters recessed on closing piece It in slot, unlocks successfully at this time, but the unlock of the lock core of existing smart lock or coded lock generally requires the shifting by driver blade Dynamic drive and the cooperation between closing piece and drive block could carry out, and drive driver blade to move using the thrust of the unlock rotation of lock core It is dynamic, then make the closing piece movement on driver blade and then the unlock with moveable lock hook and lock, carry out power between multiple structures It transmits, then the driving force consumption between structure is fast and complicated, and the efficiency of unlock is low.

Utility model content

The purpose of this utility model is that being directed to deficiency in the prior art, and a kind of luggage case smart lock is provided, the row The unlock of Lee's case smart lock is efficient.

The purpose of this utility model is achieved through the following technical solutions：

A kind of luggage case smart lock is provided, it includes lock-in component and the control for controlling the lock-in component movement to include Component, the both ends of the control assembly are all provided with that there are one the lock-in components, and the lock-in component includes that can move back and forth Moving member, lock and for fastened with the lock and latch hook that can rotate, the moving member can control turning for the latch hook Unlock that is dynamic and then controlling the latch hook and the lock, the control assembly include tumbler lock mechanism, drive link and can drive The driving motor of the dynamic drive link movement, the driving motor electrical connection can control the intelligence solution of the driving motor rotation Lock module；When the intelligent unlocking module unlock, the driving motor rotates and the drive link is driven to move, and then the biography The moving member is driven to move for lever so that the latch hook is unlocked with the lock；When the spring lock unlock, the spring lock Mechanism can rotate and push the drive rod rotation so that the drive link can be detached from the driving motor, while institute The moving member movement can be pushed so that the latch hook is unlocked with the lock by stating tumbler lock mechanism rotation.

Wherein, the driving motor is equipped with drive block, the shaft of the internal thread of the drive block and the driving motor External screw thread be threadedly coupled so that when driving motor drive block is moved back and forth along the shaft of the driving motor, it is described Drive block surface is equipped with protrusion, and the drive link is with cylindrical portion and two set on the cylindrical portion lateral wall and along institute State the transmission arm of cylindrical portion to extend radially outwardly, the transmission arm of one end corresponds to the protrusion and is equipped with to be lacked with what it was fastened Mouthful；When the intelligent unlocking module unlock, the driving motor rotation simultaneously drives the drive link to move by the drive block.

Wherein, the tumbler lock mechanism includes the lock core for coordinating key to be inserted into, the clutch block positioned at the lock core lower end, institute It states clutch block and is equipped with the pushing portion that can push transmission arm described in the other end of drive link；When the tumbler lock mechanism unlock, institute The drive rod rotation can be pushed by the transmission arm at the end by stating clutch block rotation, so that the drive link and institute State drive block disengaging.

Wherein, the upper surface of the moving member is protruding with the cylinder that can be hinged with the cylindrical portion.

Wherein, the intelligent unlocking module has mainboard, and running through on the mainboard has limit hole, and the limit hole is equipped with two A sensor for detecting the position of the moving member movement, the moving member protrude into the limit hole equipped with gag lever post Interior, the gag lever post is located between two sensors.

Wherein, the intelligent unlocking module includes fingerprint control module and/or wireless control module, when fingerprint is correct or When being unlocked by wireless control module, the intelligent unlocking module controls the driving motor and rotates and then drive the control Component processed moves the lock-in component, so that the latch hook is unlocked.

Wherein, the wireless control module is bluetooth module, the bluetooth module when the electronic equipment that operator carries and institute When stating the bluetooth module matching in intelligent unlocking module, the intelligent unlocking module controls the driving motor and rotates and then drive The control assembly moves the lock-in component, so that the latch hook is unlocked.

The beneficial effects of the utility model：The luggage case smart lock of the utility model, structure includes control assembly, sealed Component and tumbler lock mechanism, wherein control assembly control lock-in component moves so that the latch hook fastened with lock is rotated and solved Lock, and tumbler lock mechanism pushes drive link and so that drive link is detached from driving motor, is rotated using tumbler lock mechanism so that being driven Bar is detached from driving motor, and tumbler lock mechanism rotates and pushes moving member and is moved to latch hook and lock unlock, utilizes spring lock Mechanism is directly pushed with moving member, and the effect that tumbler lock mechanism is taken into account unlock and pushed directly pushes unlock with moving member, So that unlock is efficient.

Description of the drawings

Using attached drawing, the utility model is described in further detail, but the embodiment in attached drawing is not constituted to the utility model Any restrictions for those of ordinary skill in the art without creative efforts, can also be according to following attached Figure obtains other attached drawings.

Fig. 1 is view of the luggage case smart lock of the utility model in the case where being installed on luggage case state.

Fig. 2 is the partial interior view of the luggage case smart lock of the utility model.

Fig. 3 is the decomposition view of the inside part of the luggage case smart lock of the utility model.

Fig. 4 is that the part-structure of the luggage case smart lock of the utility model connects view.

Include in Fig. 1 to Fig. 4：

1- shells；

20- driving motors, drive block 200, protrusion 201, drive link 21, cylindrical portion 210, the first transmission arm 211, second Transmission arm 212, notch 213, tumbler lock mechanism 22, lock core 220, clutch block 221, shifting block 222, pushing portion 223, mainboard 23, limit Position hole 230, sensor 231, battery 24；

30- first movements part, cylinder 300, gag lever post 301, through-hole 302, limited mouth 303, support plate 304, the second circular cone Convex block 305, the second moving member 31, third moving member 32, rotation lock 33, latch hook 34, lock 35.

Specific implementation mode

The utility model is further described with the following Examples.

A kind of specific implementation mode of the luggage case smart lock of the utility model, as Figure 1-Figure 4, the present embodiment provides Luggage case smart lock, include the shell 1 mounted on the one of folding side of luggage case, the lock-in component in shell 1 and Control assembly.See Fig. 3 and Fig. 4, for the control assembly for controlling the lock-in component movement, the both ends of the control assembly are equal If there are one the lock-in component, the control assembly includes driving motor 20, drive link 21, tumbler lock mechanism 22 and intelligence solution Lock module, the intelligent unlocking module can control the rotation of the driving motor 20, and the intelligent unlocking module includes fingerprint control Molding block and/or wireless control module, when fingerprint is correct or is unlocked by wireless control module, the intelligent unlocking Module controls the driving motor 20 and rotates and then the control assembly is driven to move the lock-in component, so that the latch hook 34 It unlocks, the wireless control module is bluetooth module, when bluetooth module and the intelligence of the electronic equipment that operator carries solve When bluetooth module in lock module matches, the intelligent unlocking module controls the driving motor 20 and rotates and then drives the control Component processed moves the lock-in component, so that the latch hook 34 is unlocked, the intelligent unlocking module further includes mainboard 23 and is used for To the battery 24 that intelligent unlocking module and driving motor 20 are powered, the mainboard 23 is located at the top of the moving member, the master Connect the fingerprint control module and/or the wireless control module on plate 23, and through there is limit hole on the mainboard 23 230, the limit hole 230 sets that there are two for detecting the sensor 231 of the moving member position, two sensors 231 It is correspondingly arranged, and is respectively positioned on the lower surface of the mainboard 23.

The driving motor 20 is arranged on the moving member of the lock-in component, and the driving motor 20 is described for driving Drive link 21 moves, and the shaft of the driving motor 20 is equipped with external screw thread, and the driving motor 20 is equipped with drive block 200, institute The internal thread for stating drive block 200 is threadedly coupled with the shaft external screw thread of the driving motor 20, so that the driving motor 20 The drive block 200 is moved back and forth along the shaft of the driving motor 20, and the surface of the drive block 200 is equipped with protrusion 201, institute The upper end that protrusion 201 is located at the drive block 200 is stated, the drive link 21 is set to the circle with cylindrical portion 210 and two 210 lateral wall of cylindrical portion and the transmission arm to extend radially outwardly along the cylindrical portion 210 are 211 He of the first transmission arm Second transmission arm 212, second transmission arm 212 are set to one end of the drive link 21, and first transmission arm 211 is set to institute The other end of drive link 21 is stated, second transmission arm 212 corresponds to the protrusion 201 and is equipped with the notch 213 fastened with it, is used for The drive link 21 is connect with the driving motor 20, the other side is equipped with the first circular cone convex block, one end cap of the elastic component It is located on the first circular cone convex block, the other end is set on the moving member of the lock-in component.

Tumbler lock mechanism 22 is located at first transmission arm, 211 place end, and the tumbler lock mechanism 22 can be rotated and be supported It pushes away the moving member and is moved to the latch hook 34 and 35 unlock of the lock, and the tumbler lock mechanism 22 includes that cooperation key is inserted Lock core 220, the clutch block 221 positioned at 220 lower end of the lock core entered, 221 outside of the clutch block are extended with shifting block on one side 222, the clutch block 221 is equipped with the pushing portion 223 that can push first transmission arm 211, and the pushing portion 223 is located at institute The another side in 221 outside of clutch block is stated, the pushing portion 223 pushes first transmission arm 211 and moves, and key is inserted into the lock Core 220 rotates, and the shifting block 222 of the clutch block 221 is driven to be rotated towards side, and the pushing portion 223 is towards remote at this time Direction from the shifting block 222 rotates, and the pushing portion 223 pushes first transmission arm 211 so that first transmission arm 211 move towards side, since the cylindrical portion 210 on the drive link 21 is hinged with the moving member so that described first The moving direction of transmission arm 211 and second transmission arm 212 is on the contrary, at this point, the protrusion 201 is detached from the notch 213.

The lock-in component includes that moving member, rotation lock 33 are articulated with shell 1 and the latch hook 34 that can latch is (in conjunction with figure 2), the latch hook 34 is used to fasten and can rotate with lock 35, and the moving member can move back and forth, and the moving member includes First movement part 30, the second moving member 31 and third moving member 32, the control assembly are located on the first movement part 30, institute It includes cylinder 300, gag lever post 301, through-hole 302 and limited mouth 303 to state first movement part 30, and about 302 through-hole runs through institute First movement part 30 is stated, the tumbler lock mechanism 22 is located in the through-hole 302, and the cylinder 300 is from the first movement part 30 upper surface protrusion, and can be hinged with the cylindrical portion 210, the limited mouth 303 is set to the first movement On the lateral surface of part 30, and the limited mouth 303 is formed there through from the inside of the through-hole 302 towards outside, when the shifting block When 222 rotation, rotation, is moved at the limited mouth 303, at this point, described group in the through-hole 302 of the first movement part 30 Block 222 turns at the limited mouth 303, and when further carrying out rotating the lock core 220, the shifting block 222 pushes described The side of limited mouth 303 so that the first movement part 30 moves, the rotation being located between the lock 35 and the latch hook 34 33 rotation of lock so that the latch hook 34 is with 35 unlock of the lock, the effect that the tumbler lock mechanism 22 is taken into account unlock and pushed, Directly unlock is pushed with the moving member so that unlock is efficient.

The first movement part 30 is equipped with gag lever post 301, upper table of the gag lever post 301 from the first movement part 30 Face is protruded, and the gag lever post 301 protrudes into the limit hole 230, and the gag lever post 301 be located at two sensors 231 it Between, when the intelligent unlocking module, which controls the driving motor 20, to be rotated, the driving motor 20 drives the drive link 21 It is mobile, since the drive link 21 connect with the first movement part 30 so that the drive of first movement part 30 positioned at its two The second moving member 31 and third moving member 32 of side are moved towards same direction, and the mainboard 23 is located at the first movement part 30 Top, when the first movement part 30 moves, the gag lever post 301 towards side move, when the gag lever post 301 touch To side the sensor 231 when, the sensor 231 sends out signal, and the intelligent unlocking module controls the drive at this time Dynamic motor 20 stops operating and inverts, when the gag lever post 301 touches the sensor 231 of the other side, the sensing Device 231 sends out signal, and the intelligent unlocking module controls the driving motor 20 and stops operating, and 230 both ends of the limit hole are set Sensor 231 is set, is on the one hand the edge for preventing the gag lever post 301 from colliding the limit hole 230 in the process of moving, The gag lever post 301 is also continuing to move to when needing to stop so that limit is inaccurate, on the other hand, utilizes the limit Cooperation between position bar 301 and the sensor 231 so that unlock in place, limit and precise control are unlocked reliable and stable.And The height of the gag lever post 301 is higher than the cylinder 300, prevents the drive link 21 from colliding the intelligence in the process of running Unlocked state causes structure to be destroyed, and support plate 304, the support plate are equipped between the gag lever post 301 and the cylinder 300 304 are located on the first movement part 30, and the inner end of the support plate 304 is extended with the second circular cone convex block 305, the elasticity One end of part is set on the first circular cone convex block, and the other end is set on the second circular cone convex block 305, the elastic component Preferably spring.

The unlocking manner of the utility model the specific implementation process is as follows：

One, it is unlocked on fingerprint module using fingerprint or visible electronic equipment (such as smart mobile phone or intelligent hand Table) on open bluetooth and wireless control module is matched, wireless module receives the unlocking pin that visible electronic equipment is sent After information or after fingerprint module receives the decoding of correct fingerprint, start the rotation for controlling driving motor 20, the driving is electric Machine 20 drives the drive link 21 to move, and since the drive link 21 is connect with the moving member, then the moving member is driven to move Dynamic, the moving member movement drives and is unlocked between the latch hook 34 and lock 35 of its end, and lock 35 bounces, at this time It unlocks successfully.

Two, key unlock：Key is inserted into the tumbler lock mechanism 22, rotates the tumbler lock mechanism 22, described in drive The shifting block 222 of clutch block 221 is rotated towards side, and the pushing portion 223 is directed away from the direction of the shifting block 222 at this time Rotation, the pushing portion 223 push first transmission arm 211 so that and first transmission arm 211 is moved towards side, by It is hinged with the moving member in the cylindrical portion 210 on the drive link 21 so that first transmission arm 211 and described second The moving direction of transmission arm 212 is on the contrary, at this point, the protrusion 201 and the disengaging of the notch 213, further rotate the lock core When 220, the shifting block 222 pushes the side of the limited mouth 303 so that the first movement part 30 moves, and drives described turn 33 rotation of dynamic lock so that the latch hook 34 is detached from the lock 35, and lock 35 bounces, and unlocks at this time successfully.

Since above-mentioned unlocking manner can switch at random as needed so that efficient quick can be achieved in the lock of the utility model Unlock and also further increase unlock ease of use.

Finally it should be noted that above example is only to illustrate the technical solution of the utility model, rather than to this reality With the limitation of novel protected range, although being explained in detail to the utility model with reference to preferred embodiment, this field it is general Lead to it will be appreciated by the skilled person that can be modified or replaced equivalently to the technical solution of the utility model, without departing from this The spirit and scope of utility model technical solution.

Claims (7)

1. a kind of luggage case smart lock, it is characterised in that：Control including lock-in component and for controlling the lock-in component movement The both ends of component processed, the control assembly are all provided with there are one the lock-in component, and the lock-in component includes that can move back and forth Moving member, lock and for fastened with the lock and latch hook that can rotate, the moving member can control the latch hook Rotate and then control the unlock of the latch hook and the lock, the control assembly includes tumbler lock mechanism, drive link and can Drive the driving motor of the drive link movement, the driving motor electrical connection that can control the intelligence of the driving motor rotation Unlocked state；When the intelligent unlocking module unlock, the driving motor rotates and the drive link is driven to move, and then described The moving member is driven to move for drive link so that the latch hook is unlocked with the lock；When the spring lock unlock, the pellet Latch mechanism can rotate and push the drive rod rotation so that the drive link can be detached from the driving motor, simultaneously It is mobile so that the latch hook and lock unlock that the tumbler lock mechanism rotation can push the moving member.

2. a kind of luggage case smart lock according to claim 1, it is characterised in that：The driving motor is equipped with transmission Block, the internal thread of the drive block are threadedly coupled the institute so that the driving motor with the external screw thread of the shaft of the driving motor The shaft that drive block is stated along the driving motor moves back and forth, and the drive block surface is equipped with protrusion, and the drive link has circle Cylindrical portion and two are set to the cylindrical portion lateral wall and the transmission arm to extend radially outwardly along the cylindrical portion, and one The transmission arm at end corresponds to the protrusion and is equipped with the notch fastened with it；When the intelligent unlocking module unlock, the driving Motor rotates and drives the drive link to move by the drive block.

3. a kind of luggage case smart lock according to claim 2, it is characterised in that：The tumbler lock mechanism includes cooperation key Lock core, the clutch block positioned at the lock core lower end of spoon insertion, the clutch block are equipped with the other end institute that can push drive link State the pushing portion of transmission arm；When the tumbler lock mechanism unlock, the clutch block rotation can pass through the transmission arm at the end The drive rod rotation is pushed, so that the drive link is detached from the drive block.

4. a kind of luggage case smart lock according to claim 2, it is characterised in that：The upper surface of the moving member is protruding with The cylinder that can be hinged with the cylindrical portion.

5. a kind of luggage case smart lock according to claim 1, it is characterised in that：The intelligent unlocking module has master Plate, through there is a limit hole on the mainboard, the limit hole sets that there are two the biographies of the position for detecting the moving member movement Sensor, the moving member are protruded into equipped with gag lever post in the limit hole, the gag lever post be located at two sensors it Between.

6. a kind of luggage case smart lock according to claim 1, it is characterised in that：The intelligent unlocking module includes fingerprint Control module and/or wireless control module, when fingerprint is correct or is unlocked by wireless control module, the intelligence solution Lock module controls the driving motor and rotates and then the control assembly is driven to move the lock-in component, so that the latch hook is opened Lock.

7. a kind of luggage case smart lock according to claim 6, it is characterised in that：The wireless control module is bluetooth mould Block, it is described when the bluetooth module for the electronic equipment that operator carries is matched with the bluetooth module in the intelligent unlocking module Intelligent unlocking module controls the driving motor and rotates and then the control assembly is driven to move the lock-in component, so that described Latch hook is unlocked.