CN209620907U - A kind of smart electronics cabinet lock - Google Patents

Abstract

The utility model discloses a kind of smart electronics cabinet locks, including lock body, handle, intelligent assembly and wake-up mechanism；One wall surface of lock body is equipped with lock core cavity and the first resettlement groove, and another wall surface is equipped with the second resettlement groove；Second resettlement groove is connected to lock core cavity and the first resettlement groove；Handle one end is articulated in lock body, and the other end is equipped with the lock core being adapted to lock core cavity；Intelligent assembly is set in the second resettlement groove, and touch-switch including circuit board, on circuit board and the unlocking mechanism connecting with circuit board, unlocking mechanism is to lock core locking or unlock；Wake-up mechanism includes key column on the handle, is adapted with key column and touch-switch set on the silica gel push-button of the first resettlement groove, silica gel push-button and the first resettlement groove interference fit, silica gel push-button；When key column drives silica gel push-button to press touch-switch, electronic cabinet lock is activated；When unlocking mechanism is to lock core locking, there are gaps between silica gel push-button and touch-switch.The utility model has good sealing performance, can dustproof and waterproof.

Description

A kind of smart electronics cabinet lock

Technical field

The utility model relates to cabinets to lock field, and in particular to a kind of smart electronics cabinet lock.

Background technique

With advances in technology, intelligent electronic lock is because it has real time monitoring, sound-light alarm, remote unlocking, bluetooth and sweeps The functions such as code unlocking, are more and more applied in indoor outer cabinet.

Under normal conditions, intelligent electronic lock can power by included energy storage device or external power supply, and for most of nothings The passive cabinet body of method external power supply, can only be by included energy storage device power supply.Therefore, in this case, frequent to avoid Energy storage device is replaced, extends the service life of smart electronics cabinet lock system, strict requirements is proposed to the power consumption of electronic lock, are Reduce power consumption, be usually to make electronic lock in a dormant state, wait need using when intelligent electronic lock system is activated again.

In existing technical solution, usually using the principle of microswitch or electromagnetic induction, in intelligent electronic lock Trigger device is arranged to activate intelligent electronic lock in outer surface, and there are commonly purely mechanic switching regulator or magnetic induction switches.However, no matter It is Purely mechanical or magnetic inductive, the electronic cabinet lock of the existing exposed trigger device of band all exists in lockset outer surface Hole, the presence of the hole destroy the electronic cabinet lock easily by external force, and also bad at hole make at water proof and dust proof Reason, the strong influence normal use of intelligent electronic lock.

Utility model content

In view of the deficiencies in the prior art, the purpose of this utility model is to provide a kind of smart electronics cabinet lock, tools There is good waterproof and dustproof performance.

To achieve the above objectives, the technical scheme adopted by the utility model is that: a kind of smart electronics cabinet lock comprising:

Lock body, one wall surface are equipped with lock core cavity and the first resettlement groove, and another wall surface is equipped with the second resettlement groove；Second peace Slot is set to be connected to lock core cavity and the first resettlement groove；

Handle, one end is articulated in the lock body and the other end is equipped with the lock core being adapted to the lock core cavity；

Intelligent assembly, be set to second resettlement groove in comprising circuit board, the touch-switch on circuit board with And the unlocking mechanism connecting with circuit board, the unlocking mechanism are used for lock core locking or unlock；

Wake-up mechanism comprising key column on the handle, set on the silica gel push-button of the first resettlement groove, the silicon Glue key and the first resettlement groove are interference fitted, and the silica gel push-button is adapted with key column and touch-switch；

When the key column drives silica gel push-button to press touch-switch, the electronic cabinet lock is activated；

When the unlocking mechanism is to lock core locking, there are gaps between the silica gel push-button and touch-switch.

Further, the unlocking mechanism includes:

Bracket is fixed on the lock body；

Electromagnet is set on the bracket, and with the circuit board communication, the circuit board is for controlling electromagnet Be powered power-off；

Lock pin is used for locking lock core, is connected with electromagnet, and it is additionally provided with reset spring between electromagnet；

When electromagnet powers off, the reset spring drives the lock pin to move and be plugged in lock core towards close to lock core direction, When electromagnet is powered, electromagnet drives the lock pin to move and unlock towards far from lock core direction.

Further, the silica gel push-button is additionally provided with key pressing plate close to one end of key column.

Further, the circuit board is equipped with indicator light, offers on the lock body and to match with the indicator light Loophole, the loophole are sealed by the sealing element of translucent material, and the handle is equipped with and matches with the loophole Light-guiding pillar.

Further, it is additionally provided on the lock body and is located at ipsilateral pivot joint chamber with the lock core cavity, the pivot joint is intracavitary to be set There is pin joint seat, the pin joint seat is hinged by pin shaft and the handle.

Further, the pin shaft is equipped with torsional spring, and the one end of torsional spring is set on handle, and the other end is set to pin joint seat On.

Further, magnetic induction part is additionally provided with by first resettlement groove, the handle is equipped with and the magnetic induction The magnetic part that element matches, the magnetic induction part and circuit board communication.

Further, the side on the handle far from lock body offers the mechanical key lock matched with the lock core Hole is also rotatably connected to protection cap on the handle, and the protection cap the cover is on the mechanical key lockhole.

Further, the handle is equipped with the wake-up hole that matches with the silica gel push-button, the protection cap the cover in On the wake-up hole.

Further, second resettlement groove is equipped with cover board, offers line outlet on the cover board, on the line outlet Equipped with crimping ring.

Compared with the prior art, the advantages of the utility model are:

Activating part intelligent assembly is located at inner cavity chamber i.e. the second resettlement groove by the utility model, avoids the outer of intelligent assembly Dew, avoids intelligent assembly from being destroyed by external force, and silica gel push-button and the first resettlement groove have good leakproofness using being interference fitted Can, play the role of dustproof and waterproof, meets requirement of the existing indoor and outdoor cabinet body for smart electronics cabinet lock protective performance.

Detailed description of the invention

Fig. 1 is that smart electronics cabinet provided by the embodiment of the utility model locks explosive view；

Fig. 2 is lock body structure schematic diagram provided by the embodiment of the utility model；

Fig. 3 is the structural schematic diagram at another visual angle of lock body provided by the embodiment of the utility model；

Fig. 4 is the structural schematic diagram after smart electronics cabinet provided by the embodiment of the utility model lock assembling；

Fig. 5 is the structural schematic diagram at another visual angle after smart electronics cabinet provided by the embodiment of the utility model lock assembling；

Structural schematic diagram when Fig. 6 is lock core locking in Fig. 5；

Fig. 7 is positive structure schematic when smart electronics cabinet provided by the embodiment of the utility model locks protection cap opening.

In figure: A, lock core cavity；B, it is pivotally connected chamber；1, lock body；10, the first resettlement groove；11, the second resettlement groove；12, loophole； 13, magnetic induction part；2, intelligent assembly；20, circuit board；21, touch-switch；22, unlocking mechanism；220, bracket；221, electromagnetism Iron；222, lock pin；23, indicator light；3, handle；30, lock core；31, light-guiding pillar；32, protection cap；33, hole is waken up；34, mechanical key Spoon lockhole；4, wake-up mechanism；40, key column；41, silica gel push-button；42, key pressing plate；5, pin joint seat；50, pin shaft；51, torsional spring； 52, lock tongue installing component；6, cover board；60, crimping ring；7, lockset installing component.

Specific embodiment

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

Embodiment 1

Shown in Figure 1, the utility model embodiment provides a kind of smart electronics cabinet lock comprising lock body 1, handle 3, Intelligent assembly 2, wake-up mechanism 4 and lockset installing component 7.

Referring to fig. 2 to shown in Fig. 3, for the schematic diagram of 1 two kinds of different perspectivess of the present embodiment lock body, You Tuzhong is it is found that lock body 1 Two wall surfaces offer two chambers respectively, are exocoel and inner cavity chamber respectively, wherein lock core cavity A and first is equipped in exocoel Resettlement groove 10, exocoel can be used to accommodate handle 3, and inner cavity chamber is the second resettlement groove 11；Second resettlement groove 11 and lock core cavity A Connection, 10 slot bottom of the first resettlement groove are connected to the second resettlement groove 11.Lockset mounting portion there are two being set on the outside of the second resettlement groove 11 Part 7, two lockset installing components 7 are located at 1 both ends of lock body, can be convenient the smart electronics cabinet by lockset installing component 7 The installation of lock.

Shown in Figure 4,3 one end of handle is articulated in lock body 1 and the other end is equipped with the lock core 30 being adapted to lock core cavity A, hand Handle 3 can open and close on lock body 1, realize the inside and outside overturning of handle, and when handle 3 closes on lock body 1, handle 3 is contained in exocoel Room, lock core 30 are contained in lock core cavity A.

Shown in Figure 1, intelligent assembly 2 is set in the second resettlement groove 11, and intelligent assembly 2 includes circuit board 20, touches out 21 and unlocking mechanism 22 are closed, touch-switch 21 is set on circuit board 20, and unlocking mechanism 22 is connect with circuit board 20, due to the second peace Slot 11 to be set to be connected to lock core cavity A, circuit board 20 can control unlocking mechanism 22 and enter locking or solution lock pin 30 in lock core cavity A, Cover board 6 is additionally provided on second resettlement groove 11, cover board 6 is used to seal, and offers line outlet on cover board 6, can be used as intelligence electricity The line outlet of sub- cabinet lock external equipment is arranged external when to smart electronics cabinet lock connection external equipment on circuit board 20 The respective devices of equipment can be picked out from the line outlet, and line outlet is equipped with crimping ring 60, play the fixed function to connecting line, Unlocking instruction is sent to external equipment, unlocking mechanism 22 can be controlled by circuit board 20 and lock core 30 is unlocked.

Referring to shown in Fig. 1 and Fig. 5, wake-up mechanism 4 includes the key column 40 being set on handle 3, is set to the first resettlement groove 10 Silica gel push-button 41, silica gel push-button 41 have good elasticity, and with the first resettlement groove 10 be interference fitted, thus have it is good Sealing performance, silica gel push-button 41 are additionally provided with key pressing plate 42 close to one end of key column 40, and key pressing plate 42 further seals First resettlement groove 10；Silica gel push-button 41 is adapted with key column 40 and touch-switch 21, so that when handle 3 closes on lock body 1, Key column 40 can be against silica gel push-button 41, and silica gel push-button 41 is against touch-switch 21, and when pressing handle 3, key column 30 Silica gel push-button 41 can be driven to press touch-switch 21.Since key column 40 is arranged on handle, intelligence is can be realized in pressing handle The activation of energy electronic cabinet lock, it is simple to operate.In the present embodiment, touch-switch 21 is located at circuit board 20 close to lock core cavity A mono- Side, silica gel push-button 41 are located at lock body 1 close to the side lock core cavity A, and key column 40 is located at handle 3 close to 30 side of lock core, convenient for pressing Press handle to activate electronic cabinet lock.

Due to only having opened up the first resettlement groove 10 on lock body 1 for disposing silica gel push-button 41, and silica gel push-button 41 with First resettlement groove 10 interference fit, it is ensured that the integrality of lockset has the protection intensity same with other locksets, can effectively prevent It is only destroyed by external force, it is ensured that the normal use of smart electronics cabinet lock.

When unlocking mechanism 22 is to 30 locking of lock core, there are gaps between silica gel push-button 41 and touch-switch 21, in the shape When the smart electronics cabinet being activated to lock under state, it is only necessary to press handle 3, key column 40 is forced to press silica gel push-button 41, silica gel push-button 41 pressing touch-switch 21 are active at this point, electronic cabinet lock is activated, and send unlocking instruction to external equipment Unlocking mechanism 22 is controlled by circuit board 20 to be unlocked lock core 30.

It is appreciated that in order to prevent because the mistake of handle 3 by due to activate the smart electronics cabinet to lock, touch-switch 21 must press It just may be implemented to activate more than certain duration, above-mentioned silica gel push-button can be selected with touch-switch and spring back button or other The microswitch of class, it is specific to activate principle that be substituted for light-sensitive element or other magnetic induction class devices.In the present embodiment It is arranged using common knob, key technical application is mature, at low cost, high reliablity, promotes convenient for large-scale.

The utility model takes full advantage of the architectural characteristic of cabinet lock, and activating part intelligent assembly is located at inner cavity chamber i.e. second Resettlement groove ideally solves the problems, such as that electronic cabinet lock intelligent assembly is exposed, while convenient for operation, avoids intelligent assembly It is destroyed by external force, silica gel push-button and the first resettlement groove have good sealing performance using being interference fitted, and play dust-proof anti- The effect of water meets requirement of the existing indoor and outdoor cabinet body for smart electronics cabinet lock protective performance, has high popularization Value.

Embodiment 2

Shown in Figure 1, the utility model embodiment provides a kind of smart electronics cabinet lock, the present embodiment and embodiment 1 Difference be: unlocking mechanism 22 include bracket 220, electromagnet 221, lock pin 222；Bracket 220 is fixed on lock body 1；Electromagnetism Iron 221 is set on bracket 220, and is connected to by welding or conducting wire with circuit board 20, and control electromagnet is provided on circuit board 20 221 circuit；Lock pin 222 is used for locking lock core 30, and electromagnet 221 has an aperture, and 222 partial receipt of lock pin is in aperture In, being exposed at the part of aperture, circumferentially protrusion has convex gear, reset spring is arranged between convex gear and electromagnet 221, so that lock Pin 222 is connected with electromagnet 221, and lock pin 222 is adsorbed under the energization of electromagnet 221 and to the movement of 221 direction of electromagnet, thus Lock pin 222 is set to be detached from lock core 30, to unlock；Due to being additionally provided with reset spring between lock pin 222 and electromagnet 221, work as circuit When plate 20 controls the power-off of electromagnet 221, reset spring drives lock pin 222 to move towards close 30 direction of lock core and is plugged in lock core 30, to realize locking, when circuit board 20 controls electromagnet 221 again to be powered, electromagnet 221 drives lock pin 222 towards separate 30 direction of lock core moves and unlocks, while 222 compression reseting spring of lock pin.

Other relevant modules can also be set on circuit boards, then be connected with external equipment, external equipment passes through circuit Plate controls electromagnet action, and the remote unlocking (such as bluetooth unlocking) or other modes unlocking function of the lockset can be realized.

Embodiment 3

Referring to shown in Fig. 1 and Fig. 6, the utility model embodiment provides a kind of smart electronics cabinet lock, the present embodiment and reality The difference for applying example 1 is: circuit board 20 is equipped with indicator light 23, offers the loophole matched with indicator light 23 on lock body 1 12, loophole 12 penetrates through exocoel and inner cavity chamber, and loophole 12 is sealed by the sealing element of translucent material, and handle 3 is equipped with The light-guiding pillar 31 matched with loophole 12, when electronic cabinet lock is activated, indicator light 23 is lighted, and the light of indicator light 23 can be with It is transmitted on the light-guiding pillar 31 of handle by loophole 12, is identified by external staff, to play alarm and indicative function.

Embodiment 4

Referring to figure 1 and figure 2, the utility model embodiment provides a kind of smart electronics cabinet lock, the present embodiment and reality The difference for applying example 1 is: it is additionally provided on lock body 1 and is located at ipsilateral pivot joint chamber B with lock core cavity A, be equipped with pin joint seat 5 in pivot joint chamber B, Pin joint seat 5 is fixed (lock bolt structure multiplicity, in the present embodiment not lock tongue drawn in the figure) by lock tongue installing component 52, lock tongue peace It fills component 52 to be located on the outside of pivot joint chamber B, pin joint seat 5 is hinged by pin shaft 50 and handle 3.Pin shaft 50 is equipped with torsional spring 51, torsional spring 51 one end are set on handle 3, and the other end is set on pin joint seat 5.

Shown in Figure 6, handle 3 is located in exocoel, and under the action of torsional spring 51, handle 3 has the tendency that falling off outward, But it is led since lock core 30 is lockked by lock pin 222, handle 3 can not be deviate from, and when lock pin 222 is unlocked from lock core 30, handle 3 is in torsional spring It is ejected under the action of 51, forms structure as shown in Figure 5.

Shown in Figure 2, pivot joint chamber B opening is equipped with positive stop lug boss (not indicating in figure), to ensure handle 3 in certain model Interior rotation is enclosed, guarantees normal switch lock.

Embodiment 5

Referring to fig. 2 and shown in Fig. 4, the utility model embodiment provides a kind of smart electronics cabinet lock, the present embodiment and reality The difference for applying example 4 is: magnetic induction part 13 is additionally provided with by the first resettlement groove 10, handle 3 is equipped with and 13 phase of magnetic induction part The magnetic part (not shown) of cooperation, magnetic induction part 13 are connected to circuit board 20.It is arranged by corresponding position on handle 3 Magnetic part, the state in place of handle can be perceived, to realize intelligent monitoring to the institute, when handle occurs due to accident When pop-up, it can check in time, and check reason.

Embodiment 6

Shown in Figure 7, the utility model embodiment provides a kind of smart electronics cabinet lock, the present embodiment and embodiment 1 Difference be: offer the mechanical key lockhole 34 matched with lock core 30 far from the side of lock body 1 on handle 3, can will Mechanical key is inserted into mechanical key lockhole 34, and realization opens the lock with the key, and protection cap 32, protection cap are also rotatably connected on handle 3 32 the covers increase the protection to mechanical key lockhole 34 on mechanical key lockhole 34, and protection cap 32 is screwed in handle 3 On, loosening the screw can be rotated protection cap 32.

Shown in Figure 7, handle 3 is equipped with the wake-up hole 33 that matches with silica gel push-button 41, and 32 the cover of protection cap is in calling out It wakes up on hole 33, when smart electronics cabinet lock can not be waken up by pressing handle, the wake-up can be inserted by similar objects such as safety pins Hole 33 drives silica gel push-button 41 to press touch-switch 21, realizes and wakes up.

The utility model is not limited to above embodiment, for those skilled in the art, not Under the premise of being detached from the utility model principle, several improvements and modifications can also be made, these improvements and modifications are also considered as this reality Within novel protection scope.The content being not described in detail in this specification belongs to well known to professional and technical personnel in the field The prior art.

Claims (10)

1. a kind of smart electronics cabinet lock, characterized in that it comprises:

Lock body (1), one wall surface are equipped with lock core cavity (A) and the first resettlement groove (10), and another wall surface is equipped with the second resettlement groove (11)； Second resettlement groove (11) is connected to lock core cavity (A) and the first resettlement groove (10)；

Handle (3), one end is articulated in the lock body (1) and the other end is equipped with the lock core (30) being adapted to the lock core cavity (A)；

Intelligent assembly (2) is set in second resettlement groove (11) comprising circuit board (20) is set on circuit board (20) Touch-switch (21) and the unlocking mechanism (22) that is connect with circuit board (20), the unlocking mechanism (22) be used for lock core (30) locking or unlock；

Wake-up mechanism (4) comprising the key column (40) being set on the handle (3), the silica gel for being set to the first resettlement groove (10) Key (41), the silica gel push-button (41) and the first resettlement groove (10) are interference fitted, the silica gel push-button (41) and key column (40) and touch-switch (21) is adapted；

When the key column (40) drives silica gel push-button (41) to press touch-switch (21), the electronic cabinet lock is activated；

When the unlocking mechanism (22) is to lock core (30) locking, exist between the silica gel push-button (41) and touch-switch (21) Gap.

2. smart electronics cabinet as described in claim 1 lock, which is characterized in that the unlocking mechanism (22) includes:

Bracket (220) is fixed on the lock body (1)；

Electromagnet (221) is set on the bracket (220), and is connected to the circuit board (20), and the circuit board (20) is used In the energization power-off of control electromagnet (221)；

Lock pin (222) is used for locking lock core (30), is connected with electromagnet (221), and it also sets between electromagnet (221) There is reset spring；

When electromagnet (221) powers off, the reset spring drives the lock pin (222) to move and insert towards close to lock core (30) direction It is connected to lock core (30), when electromagnet (221) is powered, electromagnet (221) drives the lock pin (222) towards far from lock core (30) direction It moves and unlocks.

3. smart electronics cabinet lock as described in claim 1, it is characterised in that: the silica gel push-button (41) is close to key column (40) One end be additionally provided with key pressing plate (42).

4. smart electronics cabinet lock as described in claim 1, it is characterised in that: the circuit board (20) is equipped with indicator light (23), the loophole (12) matched with the indicator light (23) is offered on the lock body (1), the loophole (12) passes through The sealing element of translucent material seals, and the handle (3) is equipped with the light-guiding pillar (31) matched with the loophole (12).

5. smart electronics cabinet lock as described in claim 1, it is characterised in that: be additionally provided with and the lock core on the lock body (1) Chamber (A) is located at ipsilateral pivot joint chamber (B), is equipped with pin joint seat (5) in the pivot joint chamber (B), the pin joint seat (5) passes through pin shaft (50) hinged with the handle (3).

6. smart electronics cabinet lock as claimed in claim 5, it is characterised in that: the pin shaft (50) is equipped with torsional spring (51), institute Torsional spring (51) one end is stated on handle (3), the other end is set on pin joint seat (5).

7. smart electronics cabinet lock as described in claim 1, it is characterised in that: be additionally provided with magnetic strength by first resettlement groove (10) It answers element (13), the handle (3) is equipped with the magnetic part matched with the magnetic induction part (13), the magnetic induction member Part (13) is connected to circuit board (20).

8. smart electronics cabinet lock as described in claim 1, it is characterised in that: far from the side of lock body (1) on the handle (3) The mechanical key lockhole (34) matched with the lock core (30) is offered, is also rotatably connected to protection cap on the handle (3) (32), protection cap (32) the cover is on the mechanical key lockhole (34).

9. smart electronics cabinet lock as claimed in claim 8, it is characterised in that: the handle (3) is equipped with and presses with the silica gel The wake-up hole (33) that key (41) matches, protection cap (32) the cover is on the wake-up hole (33).

10. smart electronics cabinet lock as described in claim 1, it is characterised in that: second resettlement groove (11) is equipped with cover board (6), line outlet is offered on the cover board (6), the line outlet is equipped with crimping ring (60).