CN207110732U - Intelligent bullet cabinet dedicated lock - Google Patents

Intelligent bullet cabinet dedicated lock Download PDF

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Publication number
CN207110732U
CN207110732U CN201720833724.3U CN201720833724U CN207110732U CN 207110732 U CN207110732 U CN 207110732U CN 201720833724 U CN201720833724 U CN 201720833724U CN 207110732 U CN207110732 U CN 207110732U
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CN
China
Prior art keywords
locking bar
bottom plate
electromagnet
slide bar
accommodating cavity
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Active
Application number
CN201720833724.3U
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Chinese (zh)
Inventor
陈波
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Dongguan Dongsheng Magnetoelectric Technology Co Ltd
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Dongguan Dongsheng Magnetoelectric Technology Co Ltd
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Priority to CN201720833724.3U priority Critical patent/CN207110732U/en
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Publication of CN207110732U publication Critical patent/CN207110732U/en
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Abstract

The utility model discloses a kind of Intelligent bullet cabinet dedicated lock, the first electromagnet including locking bar assembly, positioned at locking bar assembly rear end side, the second electromagnet, circuit board and button positioned at the positive rear end of locking bar assembly, the first electromagnet include the first electromagnet casing, fore-aft travel through the first slide bar in the first electromagnet casing and are sheathed on the first spring of the first slide bar rear perpheral;Second electromagnet includes the second electromagnet casing, fore-aft travel through the second slide bar in the second electromagnet casing and is sheathed on the peripheral second spring in the second slide bar front end, and the second slide bar leading section has an axis;Locking bar assembly includes the first locking bar and the second locking bar, and the first locking bar is engaged to form a lock-bit with the leading section of the second locking bar, and rearward end is engaged the screens to be formed and be caught in for axis.The utility model be provided simultaneously with it is automatic locked and unlocking function with manual, be swift in motion and precisely, it is safe, it is practical, improve the performance of bullet cabinet dedicated lock on the whole.

Description

Intelligent bullet cabinet dedicated lock
Technical field
It the utility model is related to a kind of electronic lock, more particularly to Intelligent bullet cabinet dedicated lock.
Background technology
The member of the units such as police, army and shooting association, often needs to use gun to exercise a public function or be shot at training Deng.Gun, using that can cause serious consequence accidentally, to avoid using gun and ammunition during non-on duty or training, need with ammunition Strict control gun and ammunition are taken, it is therefore desirable to bullet cabinet storage, control gun.
During traditional weapons management, the bullet cabinet used matches somebody with somebody gearing key lock, security and management difficulty one It is directly the major issue that bullet cabinet manager encounters, has much employed electronic lock to improve the security of bullet cabinet.
Electronic lock is referred to be different from tradition machinery lock, set using on-mechanical key such as password, random code, Quick Response Code, fingerprint Not, iris is set, magnetic card, radio-frequency card, TM cards etc. realize the opening and closing of lock as user's identification ID, is in user's identification, safety Property, the more intelligentized lockset of managerial aspect.Because it has the features such as security, convenience and technical advance, to carrying The security of high bullet cabinet plays an important role.
But traditional electronic lock, due to internal structure design obtain it is less reasonable, cause open and close sensitivity it is low, easily Break down, it is inconvenient for use, it is impracticable, and security is low.Meanwhile the execution of electronic lock function needs electric energy to maintain, once Appearance there is not electrical phenomena, then electronic lock will be unable to normal operation, and practicality substantially reduces, and can not ensure the normal of bullet in bullet cabinet Take.
Utility model content
For above-mentioned deficiency, the purpose of this utility model is to provide Intelligent bullet cabinet dedicated lock, be provided simultaneously with automatically with Manual to lock and unlocking function, moreover, it is rapid with action of locking and precisely to unlock, high sensitivity is convenient and swift, security Height, practical, wearability is good, service life length, improves the performance of bullet cabinet dedicated lock on the whole.
The utility model is that technical scheme is used by reaching above-mentioned purpose:
Intelligent bullet cabinet dedicated lock, including a bottom plate and the cover plate that is covered on bottom plate, shape between the cover plate and bottom plate Into an accommodating cavity, it is characterised in that also include being arranged at a locking bar assembly that on bottom plate and rear end is located in accommodating cavity, be arranged at One first electromagnet in accommodating cavity and positioned at locking bar assembly rear end side, be arranged in accommodating cavity and positioned at locking bar assembly just after End one second electromagnet, be arranged on bottom plate and be respectively electrically connected to the first electromagnet and a circuit board of the second electromagnet, And be electrically connected to a button of circuit board, wherein, first electromagnet include be fixed on bottom plate the first electromagnet casing, Fore-aft travel is through the first slide bar in the first electromagnet casing and is sheathed on the first spring of the first slide bar rear perpheral; Second electromagnet includes being fixed on the second electromagnet casing on bottom plate, fore-aft travel through in the second electromagnet casing The second slide bar and be sheathed on the second spring of the second slide bar front end periphery, the second slide bar leading section has an axis, and this Two springs are located at axis rear end;The locking bar assembly include rotating respectively the first locking bar for being arranged on bottom plate and being oppositely arranged with Second locking bar, first locking bar extend respectively to outside accommodating cavity with the leading section of the second locking bar and are engaged to form a lock-bit, Rearward end is engaged the screens to be formed and be caught in for axis, and the first locking bar rear end side is provided with and connected with the first slide bar front end The driven rod connect.
As further improvement of the utility model, in addition to be arranged on bottom plate a mechanical lock, be arranged at mechanical lock Upper end and the spill spin block being located in accommodating cavity and rotation are arranged at the swingle on bottom plate and in accommodating cavity, wherein, The swingle one end is located at spill spin block side, and the other end is connected with the second slide bar rear end of the second electromagnet.
As further improvement of the utility model, the mechanical lock upper end has a rotary shaft, and the spill spin block is arranged In rotary shaft periphery, and the spill spin block has a turning arm;The swingle is rotated by an installation axle and is arranged on bottom plate, should Swingle is divided into the rotary bar of interconnection and rotation vertical pole, and overall is in 7 shapes, and the of the rotary bar and the second electromagnet Two slide bar rear ends connect, and the rotation vertical pole is located at turning arm side.
As further improvement of the utility model, a mounting seat is provided with the bottom plate and in accommodating cavity, A sensing guide rod has been inserted immediately below in the bottom plate front end and mounting seat and between the first locking bar and the second locking bar, The sensing guide rod front end and a block is provided with the lock-bit, in sensing guide rod periphery and positioned at bottom plate front end and peace One the 3rd spring and one first back-up ring are arranged between dress seat, the sensing guide rod front end is located at outside accommodating cavity with block.
As further improvement of the utility model, an infrared ray sense is provided with the bottom plate and in accommodating cavity Device is answered, the infrared inductor is located at mounting seat side, and the infrared inductor and circuit board electrical connection.
As further improvement of the utility model, the LED instructions for being electrically connected to circuit board are provided with the bottom plate Lamp.
As further improvement of the utility model, first locking bar is rotated by one first connecting shaft and is arranged at bottom plate On, first connecting shaft by the first locking bar be divided into first connecting portion, the first half latch hooks for being integrally formed at first connecting portion front end, And the first fixture block of first connecting portion rear end is integrally formed at, wherein, in the first connecting portion inner side edge and to the second locking bar side To being convexly equipped with some first gear teeth, it is raised that the first half latch hook front end is provided with one;Second locking bar is by one second connection Axle is rotated and is arranged on bottom plate, and the second locking bar is divided into second connecting portion, is integrally formed at second connecting portion by second connecting shaft The second half latch hooks of front end and the second fixture block for being integrally formed at second connecting portion rear end, wherein, on the inside of the second connecting portion Side and some second gear teeth being meshed with first gear teeth are convexly equipped with to the first locking bar direction, are opened up in the second half latch hook front end Have for the raised groove being caught in;First gear teeth be meshed with second gear teeth after, respectively with the first fixture block and the second fixture block phase The screens is combined to form, it is outer and be combined to form the lock that the first half latch hook with the second half latch hooks extends respectively to accommodating cavity Position.
As further improvement of the utility model, the first slide bar leading section offers the first of ribbon supply lever insertion Jack, rearward end offer an annular groove, and one second back-up ring is embedded with the annular groove, before first spring is located at the second back-up ring End.
As further improvement of the utility model, the second slide bar rearward end of second electromagnet is offered for rotation Second jack of cross bar insertion.
As further improvement of the utility model, it is micro- in the accommodating cavity and below rotation vertical pole to be provided with one Dynamic switch.
The beneficial effects of the utility model are:Using the locking bar assembly designed with special construction, the first electromagnet and The structures such as two electromagnet are used in combination, and realize automatic locking and unlocking function, while by setting up mechanical lock, spill spin block and rotation Bull stick three is combined, and when occurring that auto-unlocking can not be used with locking function because of phenomena such as out of power, realizes and unlocks manually With locking function, either using automated manner or manual mode, action of unlocking and lock is rapid and accurate, sensitivity Height, convenient and swift, safe, practical, wearability is good, service life length, improves bullet cabinet dedicated lock on the whole Performance.
Above-mentioned is the general introduction of utility model technical scheme, below in conjunction with accompanying drawing and embodiment, to the utility model It is described further.
Brief description of the drawings
Fig. 1 is explosive view of the present utility model;
Fig. 2 is external structure schematic diagram of the present utility model;
Fig. 3 is part-structure schematic diagram of the present utility model;
Fig. 4 is the structural representation of the utility model locking bar assembly.
Embodiment
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose taken, below in conjunction with Accompanying drawing and preferred embodiment, specific embodiment of the present utility model is described in detail.
Fig. 1 to Fig. 4 is refer to, the utility model embodiment provides Intelligent bullet cabinet dedicated lock, including a bottom plate 1 and lid Together in the cover plate 2 on bottom plate 1, an accommodating cavity is formed between the cover plate 2 and bottom plate 1.The present embodiment Intelligent bullet cabinet dedicated lock Also include being arranged at a locking bar assembly 3 that on bottom plate 1 and rear end be located in accommodating cavity, to be arranged at accommodating cavity interior and be located at locking bar group One first electromagnet 4 of the rear end side of part 3, it is arranged in accommodating cavity and positioned at one second electromagnet of 3 positive rear end of locking bar assembly 5th, it is arranged on bottom plate 1 and is respectively electrically connected to the first electromagnet 4 and a circuit board 6 of the second electromagnet 5 and is electrically connected to electricity One button 7 of road plate 6, wherein, first electromagnet 4 include be fixed on bottom plate 1 the first electromagnet casing 41, front and rear work Move through the first slide bar 42 in the first electromagnet casing 41 and be sheathed on the first spring of the rear perpheral of the first slide bar 42 43;The second electromagnet casing 51 that second electromagnet 5 includes being fixed on bottom plate 1, fore-aft travel are through the second electromagnetism The second slide bar 52 in iron shell 51 and the second spring 53 for being sheathed on the front end of the second slide bar 52 periphery, before second slide bar 52 End has an axis 521, and the second spring 53 is located at the rear end of axis 521;The locking bar assembly 3, which includes rotating respectively, to be arranged at On bottom plate 1 and the first locking bar 31 and the second locking bar 32 that are oppositely arranged, the fore-end of the locking bar 32 of the first locking bar 31 and second Do not extend to outside accommodating cavity and be engaged to form a lock-bit 33, rearward end is engaged the screens to be formed and be caught in for axis 521 34, and the rear end side of the first locking bar 31 is provided with the driven rod 35 being connected with the front end of the first slide bar 42.
In the present embodiment, first locking bar 31 is rotated by one first connecting shaft 13 and is arranged on bottom plate 1, first company First locking bar 31 is divided into first connecting portion 311, is integrally formed at the first half latch hooks of the front end of first connecting portion 311 by spindle 13 312 and be integrally formed at the first fixture block 313 of the rear end of first connecting portion 311, wherein, in the inner side edge of first connecting portion 311 and Some first gear teeth 3111 are convexly equipped with to the direction of the second locking bar 32, the first half front end of latch hook 312 is provided with a projection 3121; Second locking bar 32 is rotated by one second connecting shaft 14 and is arranged on bottom plate 1, and second connecting shaft 14 divides the second locking bar 32 Into second connecting portion 321, it is integrally formed at the second half latch hooks 322 of the front end of second connecting portion 321 and is integrally formed at the second company Second fixture block 323 of the rear end of socket part 321, wherein, it is convexly equipped with the inner side edge of second connecting portion 321 and to the direction of the first locking bar 31 Some second gear teeth 3211 being meshed with first gear teeth 3111, offered in the second half front end of latch hook 322 for projection 3121 The groove 3221 being caught in;First gear teeth 3111 be meshed with second gear teeth 3211 after, respectively with the first fixture block 313 and second Fixture block 323 is combined to form the screens 34, and the first half latch hook 312 and the second half latch hooks 322 are extended respectively to outside accommodating cavity And it is combined and forms the lock-bit 33.
In the present embodiment, as shown in Figures 1 and 3, Intelligent bullet cabinet dedicated lock also includes the machine being arranged on bottom plate 1 Tool lock 8, the spill spin block 9 for being arranged at the upper end of mechanical lock 8 and being located in accommodating cavity and rotation are arranged on bottom plate 1 and positioned at appearance A swingle 10 of intracavitary is put, wherein, the one end of swingle 10 is located at the side of spill spin block 9, and the of the other end and the second electromagnet 5 The rear end of two slide bar 52 connects.Specifically, the upper end of mechanical lock 8 has a rotary shaft 81, the spill spin block 9 is sheathed on rotary shaft 81 peripheries, and the spill spin block 9 has a turning arm 91;The swingle 10 is rotated by an installation axle 11 and is arranged on bottom plate 1, The swingle 10 divides the rotary bar 101 and rotation vertical pole 102 for interconnection, and overall be in 7 shapes, the rotary bar 101 and The rear end of the second slide bar 52 connection of second electromagnet 5, the rotation vertical pole 102 are located at the side of turning arm 91.Pass through mechanical lock 8, rotation Switch block 9 and the three of swingle 10 are combined, and when occurring that auto-unlocking can not be used with locking function because of phenomena such as out of power, enter Row is unlocked with locking manually.
Meanwhile the leading section of the first slide bar 42 offers the first jack 421 of the insertion of ribbon supply lever 35, rearward end opens up There is an annular groove, one second back-up ring 80 is embedded with the annular groove, first spring 43 is located at the front end of the second back-up ring 80.Described second The rearward end of the second slide bar 52 of electromagnet 5 offers the second jack 522 inserted for rotary bar 101.
Meanwhile it is provided with a microswitch 90 in the accommodating cavity and below rotation vertical pole 102.
As further improvement of this embodiment, as shown in Figures 1 and 3, set on the bottom plate 1 and in accommodating cavity Be equipped with a mounting seat 12, in the front end of bottom plate 1 and mounting seat 12 and between the first locking bar 31 and the second locking bar 32 just under Side has inserted a sensing guide rod 20, a block 30 is provided with the front end of sensing guide rod 20 and in lock-bit 33, at this Sensing guide rod 20 is peripheral and one the 3rd spring 40 and one first back-up ring are arranged between the front end of bottom plate 1 and mounting seat 12 50, the front end of sensing guide rod 20 is located at outside accommodating cavity with block 30.
Meanwhile it is provided with an infrared inductor 60, the infrared inductor on the bottom plate 1 and in accommodating cavity 60 are located at the side of mounting seat 12, and the infrared inductor 60 electrically connects with circuit board 6.Meanwhile it is provided with electricity on the bottom plate 1 It is connected to a LED light 70 of circuit board 6.
Embodiment adds self-induction control function in place, and before progress is automatic locking, infrared inductor 60 is real-time The position of sensitive guide rod 20, after sensing that sensing guide rod 20 promotes (i.e. lock ring in place) in place, LED light 70 It is luminous to make instruction, restart and lock.
Bullet cabinet dedicated lock provided by the utility model can both realize automatic locking and unlocking function, can realize hand again It is dynamic to lock and unlocking function.
The automatic locking operation principle with unlocking:
When needing to unlock, button 7 is pressed, the second electromagnet 5 is started by circuit board 6, second in the second electromagnet 5 is slided Bar 52 moves toward the direction away from locking bar assembly 3, the axis 521 of the second slide bar 52 is departed from screens 34, while second spring 53 Compressed;Simultaneously, because the first spring 43 in the first electromagnet 4 in locking state is in compressive state, Under the elastic restoring force effect of one spring 43, the first slide bar 42 moves toward the direction away from locking bar assembly 3, and the first slide bar 42 pulls Driven rod 35, simultaneously because the engagement between first gear teeth 3111 and second gear teeth 3211, drive the of the first locking bar 31 The second half latch hooks 322 of half latch hook 312 and the second locking bar 32 separate, and realize auto-unlocking function;
When needing to lock, button 7 is pressed again, while lock ring enters in lock-bit 33, lock ring promotes block 30, makes sensing Guide rod 20 now, the position of the real-time sensitive guide rod 20 of infrared inductor 60, works as infrared ray toward promoting in accommodating cavity After inductor 60 senses that sensing guide rod 20 promotes (i.e. lock ring in place) in place, LED light 70 lights and makes instruction;Connect , the first electromagnet 4 is started by circuit board 6, the first slide bar 42 in the first electromagnet 4 moves toward close to the direction of locking bar assembly 3 Dynamic, the first slide bar 42 promotes driven rod 35, due to the engagement between first gear teeth 3111 and second gear teeth 3211, makes first The first half latch hooks 312 of locking bar 31 are close to the second half latch hooks 322 of the second locking bar 32, while the first spring 43 is compressed;In this Meanwhile under the elastic restoring force effect of second spring 53, the second slide bar 52 moves toward close to the direction of locking bar assembly 3, until The axis 521 of the end of second slide bar 52 is caught in screens 34, simultaneously because between first gear teeth 3111 and second gear teeth 3211 Engagement, the second half latch hooks 322 of the second locking bar 32 finally make the first half close to the first half latch hooks 312 of the first locking bar 31 The projection 3121 of the front end of latch hook 312 is caught in the groove 3221 of the second half front ends of latch hook 322, realizes automatic locking function.
Manual locking and the operation principle unlocked:
When needing to unlock, spill spin block 9 is driven to rotate by mechanical lock 8, the turning arm 91 on spill spin block 9 drives swingle 10 rotation vertical pole 102 rotates, and rotary bar 101 is driven the second slide bar 52 in the second electromagnet 5 toward away from locking bar assembly 3 Direction movement, the axis 521 of the second slide bar 52 is departed from screens 34, while second spring 53 is compressed;Simultaneously, due to The first spring 43 in the first electromagnet 4 in locking state is in compressive state, in the elastic restoring force of the first spring 43 Under effect, the first slide bar 42 moves toward the direction away from locking bar assembly 3, and the first slide bar 42 pulls driven rod 35, simultaneously because the Engagement between one gear teeth 3111 and second gear teeth 3211, drive the first half locks of latch hook 312 and second of the first locking bar 31 The second half latch hooks 322 of bar 32 separate, and realize manual unlocking function;
When needing to lock, as long as artificially by the second the half of the first half locking bars 32 of latch hook 312 and second of the first locking bar 31 Latch hook 322 fastens.
Emphasis of the present utility model essentially consists in, using the locking bar assembly designed with special construction, the first electromagnet with The structures such as the second electromagnet are used in combination, and realize automatic locking and unlocking function, at the same by set up mechanical lock, spill spin block and Swingle three is combined, and when occurring that auto-unlocking can not be used with locking function because of phenomena such as out of power, realization is opened manually Lock and locking function, either using automated manner or manual mode, action of unlocking and lock is rapid and accurate, sensitivity Height, convenient and swift, safe, practical, wearability is good, service life length, improves bullet cabinet dedicated lock on the whole Performance.
It is described above, only it is preferred embodiment of the present utility model, not technical scope of the present utility model is made Any restrictions, therefore identical with the utility model above-described embodiment or approximate technical characteristic is used, and obtained other structures, Within the scope of protection of the utility model.

Claims (10)

1. Intelligent bullet cabinet dedicated lock, including a bottom plate and the cover plate that is covered on bottom plate, formed between the cover plate and bottom plate One accommodating cavity, it is characterised in that also include being arranged at a locking bar assembly that on bottom plate and rear end is located in accommodating cavity, be arranged at appearance Put intracavitary and be located at one first electromagnet of locking bar assembly rear end side, be arranged in accommodating cavity and be located at the positive rear end of locking bar assembly One second electromagnet, be arranged on bottom plate and be respectively electrically connected to the first electromagnet and a circuit board of the second electromagnet and A button of circuit board is electrically connected to, wherein, first electromagnet includes the first electromagnet casing, preceding being fixed on bottom plate Activity through the first slide bar in the first electromagnet casing and is sheathed on the first spring of the first slide bar rear perpheral afterwards;Institute Stating the second electromagnet includes being fixed on the second electromagnet casing on bottom plate, fore-aft travel through in the second electromagnet casing Second slide bar and the second spring for being sheathed on the second slide bar front end periphery, the second slide bar leading section have an axis, and this second Spring is located at axis rear end;The locking bar assembly includes rotating the first locking bar for being arranged on bottom plate and being oppositely arranged and the respectively Two locking bars, first locking bar extend respectively to outside accommodating cavity with the leading section of the second locking bar and are engaged to form a lock-bit, after Matching ends form the screens being caught in for axis, and the first locking bar rear end side is provided with and is connected with the first slide bar front end A driven rod.
2. Intelligent bullet cabinet dedicated lock according to claim 1, it is characterised in that also include the machine being arranged on bottom plate Tool lock, the spill spin block for being arranged at mechanical lock upper end and being located in accommodating cavity and rotation are arranged on bottom plate and are located at accommodating cavity An interior swingle, wherein, the swingle one end is located at the second slide bar rear end of spill spin block side, the other end and the second electromagnet Connection.
3. Intelligent bullet cabinet dedicated lock according to claim 2, it is characterised in that the mechanical lock upper end has a rotation Axle, the spill spin block is sheathed on rotary shaft periphery, and the spill spin block has a turning arm;The swingle is turned by an installation axle Dynamic to be arranged on bottom plate, the swingle is divided into the rotary bar and rotation vertical pole of interconnection, and overall is in 7 shapes, and the rotation is horizontal Bar is connected with the second slide bar rear end of the second electromagnet, and the rotation vertical pole is located at turning arm side.
4. according to any described Intelligent bullet cabinet dedicated lock in claims 1 to 3, it is characterised in that on the bottom plate and A mounting seat is provided with accommodating cavity, in the bottom plate front end and mounting seat and between the first locking bar and the second locking bar Underface has inserted a sensing guide rod, a block is provided with the sensing guide rod front end and in lock-bit, in the sensing Guide rod is peripheral and one the 3rd spring and one first back-up ring, the sensing guide rod are arranged between bottom plate front end and mounting seat Front end is located at outside accommodating cavity with block.
5. Intelligent bullet cabinet dedicated lock according to claim 4, it is characterised in that on the bottom plate and be located at accommodating cavity An infrared inductor is inside provided with, the infrared inductor is located at mounting seat side, and the infrared inductor and circuit board Electrical connection.
6. Intelligent bullet cabinet dedicated lock according to claim 5, it is characterised in that be provided with and be electrically connected on the bottom plate One LED light of circuit board.
7. Intelligent bullet cabinet dedicated lock according to claim 1, it is characterised in that first locking bar is by one first connection Axle is rotated and is arranged on bottom plate, and the first locking bar is divided into first connecting portion, is integrally formed at first connecting portion by first connecting shaft The first half latch hooks of front end and the first fixture block for being integrally formed at first connecting portion rear end, wherein, on the inside of the first connecting portion Side and some first gear teeth are convexly equipped with to the second locking bar direction, it is raised that the first half latch hook front end is provided with one;Described second Locking bar is rotated by one second connecting shaft and is arranged on bottom plate, and the second locking bar is divided into second connecting portion, one by second connecting shaft The second half latch hooks for being formed at second connecting portion front end and the second fixture block for being integrally formed at second connecting portion rear end, wherein, The second connecting portion inner side edge and some second gear teeth being meshed with first gear teeth are convexly equipped with to the first locking bar direction, this 2 half latch hook front ends are offered for the raised groove being caught in;First gear teeth be meshed with second gear teeth after, respectively with first Fixture block and the second fixture block are combined to form the screens, and the first half latch hook and the second half latch hooks are extended respectively to outside accommodating cavity simultaneously It is combined to form the lock-bit.
8. Intelligent bullet cabinet dedicated lock according to claim 1, it is characterised in that the first slide bar leading section offers First jack of ribbon supply lever insertion, rearward end offer an annular groove, one second back-up ring are embedded with the annular groove, first bullet Spring is located at the second back-up ring front end.
9. Intelligent bullet cabinet dedicated lock according to claim 3, it is characterised in that the second slide bar of second electromagnet Rearward end offers the second jack for rotary bar insertion.
10. Intelligent bullet cabinet dedicated lock according to claim 3, it is characterised in that in the accommodating cavity and positioned at rotation Turn to be provided with a microswitch below vertical pole.
CN201720833724.3U 2017-07-10 2017-07-10 Intelligent bullet cabinet dedicated lock Active CN207110732U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720833724.3U CN207110732U (en) 2017-07-10 2017-07-10 Intelligent bullet cabinet dedicated lock

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720833724.3U CN207110732U (en) 2017-07-10 2017-07-10 Intelligent bullet cabinet dedicated lock

Publications (1)

Publication Number Publication Date
CN207110732U true CN207110732U (en) 2018-03-16

Family

ID=61574929

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720833724.3U Active CN207110732U (en) 2017-07-10 2017-07-10 Intelligent bullet cabinet dedicated lock

Country Status (1)

Country Link
CN (1) CN207110732U (en)

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