CN105089371A - Control method of electronic lock and electronic lock of this type - Google Patents
Control method of electronic lock and electronic lock of this type Download PDFInfo
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- CN105089371A CN105089371A CN201510573094.6A CN201510573094A CN105089371A CN 105089371 A CN105089371 A CN 105089371A CN 201510573094 A CN201510573094 A CN 201510573094A CN 105089371 A CN105089371 A CN 105089371A
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- spring
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Abstract
The invention relates to a control method of an electronic lock and the electronic lock of this type. The electronic lock comprises a lock base, a handle, a circuit board, a spring bolt device and an electronic control box. A clamping plate arranged in the handle is in cooperation with a button or a rotary knob or a lock cylinder, a spring bolt and the clamping plate are buckled, whether the electronic lock is triggered by the outside or not is judged through an inner touch switch, the spring bolt is controlled through an electronic control piece, and the opening function of the electronic lock is achieved. The integrity of the lock is good, anti-breaking strength is large, the power supply requirement for the electronic lock of this type is greatly lowered, and therefore the safety and reliability of the electronic lock of this type can be guaranteed.
Description
Technical field
The present invention relates to electronic lock, be specifically related to a kind of control method and the type electronic lock of electronic lock.
Background technology
Industry enclosure obtains extensive use in various fields, and inside is often provided with industrial nucleus equipment, therefore it there are certain requirements access control.The electronic lock kind that industry enclosure uses is more, as Chinese Patent Application No. 200820228536.9 " electric control lock for optical cable cross ", mention a kind of a kind of electric control lock by installing door lock body and door lock catching groove on casing door leaf and doorframe respectively, by being provided with active fastening block and the electromagnet of spring reset in door lock body, realize the control to electric control lock.But in this kind of mode, because needs opposite house lock body and door lock catching groove are installed respectively, be comparatively difficult to reach required matching size both during concrete enforcement, the simplification of intensity and installation also has problems, thus and fails to be well used.
Summary of the invention
For overcoming above-mentioned deficiency, the object of the invention is control method and the type electronic lock that a kind of electronic lock is provided to this area, making it solve above-mentioned technical problem existing in existing electronic lock.Its objective is and to be realized by following scheme.
A control method for electronic lock, described electronic lock comprises lock body, dead bolt, latch bolt spring, reset tongue, back-moving spring, clamp, electrical control member, touch-switch, the button that clamp can be made to move up and down or knob also or lock core;
When this electronic lock is in locking, dead bolt and the clamp be installed on lock body are clasped, thus control lock body is in closure state, and dead bolt does not trigger touch-switch, and reset tongue is stopped and compression reseting spring by lock body;
Press the button or rotate knob, also or rotary locking cylinder time, drive clamp to move upward, clamp drives dead bolt move upward and still keep buckle status, and dead bolt compression latch bolt spring also triggers touch-switch;
Unblank if now do not obtain to authorize, then the electromagnetic coil that electrical control member comprises is energized and keeps, and electromagnetic coil produces magnetic force, and the bearing that electrical control member is comprised is retracted, and bearing does not affect the motion of dead bolt; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, then latch bolt spring promotes dead bolt and moves downward simultaneously, makes dead bolt still keep the buckle status with clamp;
Unblank to authorize if obtain, then electromagnetic coil power-off/maintenance off-position, bearing is promoted the hole clipping (4011) fallen on dead bolt by the carriage spring in electrical control member or permanent magnet; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, and dead bolt is blocked by bearing, and cannot be promoted move downward by latch bolt spring, dead bolt and clamp disengage and remove buckle status;
After lock body is opened, reset tongue loses lock body to be stopped, back-moving spring promotes reset tongue and moves downward, reset thimble on reset tongue promotes bearing and exits hole clipping, and latch bolt spring promotes dead bolt and moves downward, and dead bolt is fallen, touch-switch removes trigger state, and now lock body is in unlocking condition.
A kind of electronic lock, comprise lock body pedestal, handle, circuit board, bolt device and Electronic Control Box, it is characterized in that, described handle upper end is connected with lock body base runner, button or knob, also or lock core are installed in the lockhole of handle, at its lower end, and are positioned at button or knob, also or the rear end of lock core coordinate with it the clamp that can move up and down; Described circuit board, bolt device are installed on Electronic Control Box in Electronic Control Box, are installed on the lock body pedestal back side; Described circuit board includes electrical control member and touch-switch, this electrical control member includes electromagnetic coil and is positioned at the bearing of electromagnetic coil, and there is tactile spring touch-switch upper end; Described bolt device comprises dead bolt, reset tongue, latch bolt spring and back-moving spring, dead bolt there is the hole clipping with bearing fit, dead bolt and tactile spring are slidably matched, dead bolt up/down movement triggers spring, dead bolt connects latch bolt spring, reset tongue has the reset thimble coordinated with bearing end face, and reset tongue connects back-moving spring, bolt device lower end and clamp interlock and can move up and down with clamp and move up and down, and reset sublingual end and lockhole outer wall offset.
As the further improvement of such scheme, described circuit board, circuit board is provided with Bluetooth control chip or singlechip control chip, also or the combination of the two; The power supply of electrical control member and the correspondence with foreign country of electronic lock is controlled by Bluetooth control chip or singlechip control chip.
As the further improvement of such scheme, described electronic lock also comprises external powered communication contact, this external powered communication contact is two hard contacts or three hard contacts, also or four hard contacts, be positioned at lock body base-plates surface and be connected with described circuit board, being responsible for being connected with this external powered communication contact and powering to circuit board and communicate by the power supply contact on a kind of self-powered electron key.
Structural principle of the present invention is simple, adopt control method and the type electronic lock of the electronic lock of this kind of mode, lock body good integrity, simple installation, be positioned at button on handle and clamp separate, lockset is when by external force violence damage, be not easy to cause the destruction to clamp, control method flexibly, reliably, thus ensure that the stability of the frame for movement of electronic lock self, effectively can carry out control and management to electronic lock.
Accompanying drawing explanation
Fig. 1 is the detonation configuration schematic diagram of electronic lock in the present invention;
Fig. 2 is the internal construction schematic diagram of electronic lock when locking in the present invention;
Fig. 3 is the structure for amplifying schematic diagram of part A in Fig. 2;
Fig. 4 is the electronic lock schematic diagram that bearing is retracted when button is pressed;
Fig. 5 is the schematic diagram that electronic lock bearing when button is pressed falls into hole clipping;
Fig. 6 is the internal construction schematic diagram of electronic lock when unblanking;
Fig. 7 is electronic lock internal construction schematic diagram after being unlocked;
Fig. 8 is that electronic lock adopts knob to drive confined explosion's structural representation of clamp;
Fig. 9 is the structural representation of electronic lock when including external powered communication contact.
In figure, 1-lock body pedestal, 2-handle, 3-circuit board, 4-bolt device, 5-Electronic Control Box, the external communication contact of 6-, 102-light guide sheet, 201-lockhole, 202-button, 203-knob, 204-clamp, 2021-button spring, 2041-clamp spring, 2022-roller bearing, 2042-ramp structure, 301-electrical control member, 3011-electromagnetic coil, 3012-bearing, 302-touch-switch, 3021-touches spring, 303-tongue tube, 304-display lamp, 401-dead bolt, 4011-hole clipping, 402-reset tongue, 4021-reset thimble, 403-latch bolt spring, 404-back-moving spring, 2031-is protruding, 2043-groove.
specific implementation method
Below with reference to accompanying drawing, the invention will be further described.
In below describing, " upwards " or " downwards " motion, " triggerings " or " remove trigger " be comparatively speaking, be appreciated that, do not change this electronic lock control method general principle basis on, " upwards " motion also can become " downwards " motion, " triggering " also can become " triggering " or " remove and trigger ", and this state is all comparatively speaking, to the control method of electronic lock, actual change does not occur.Protection scope of the present invention should be belonged at this.
For convenience of understanding content of the present invention, the electronic lock below adopting a kind of industrial occasions to use is described.Be appreciated that control method and the type electronic lock of a kind of electronic lock of the present invention not only only limit the use of on such lockset, also can meet application demand in the use occasion of more polyelectron lock.As limitation of the present invention, and all protection scope of the present invention should should not be considered as to this.
Embodiment one, be illustrated in figure 1 the detonation configuration schematic diagram of the type electronic lock, this electronic lock comprises lock body pedestal, handle, circuit board, bolt device and Electronic Control Box.Handle upper end is connected with lock body base runner, button, button spring, clamp and clamp spring are installed in the lockhole of handle, at its lower end, button connects button spring, be positioned at button rear end and roller bearing is installed, clamp lower end is ramp structure and is slidably matched with roller bearing, button press can promote clamp and move upward, and clamp is connected with clamp spring; The circuit board of this electronic lock, bolt device are installed in Electronic Control Box, and Electronic Control Box is installed on the lock body pedestal back side; This circuit board includes electrical control member and touch-switch, this electrical control member includes electromagnetic coil and is positioned at the bearing of electromagnetic coil, and bearing rear end is connected with carriage spring, and there is tactile spring touch-switch upper end; This circuit board there is the display lamp for showing electronic lock oneself state, lock body pedestal and handle are separately installed with display lamp cooperation place the light guide sheet be made up of light transmissive material, be convenient to the state from lock body appearance observation display lamp; This circuit board is also provided with tongue tube, the position that handle coordinates with this tongue tube is provided with the magnetic post be made up of permanent magnet material, when handle closed/open is on lock body pedestal, magnetic post can affect closing/opening a way of tongue tube, thus handle closed/open can be detected; This bolt device comprises dead bolt, reset tongue, latch bolt spring and back-moving spring, dead bolt there is the hole clipping with bearing fit, dead bolt connects latch bolt spring, reset tongue connects back-moving spring, bolt device lower end and clamp interlock and can move up and down with clamp and move up and down, and reset sublingual end and lockhole outer wall offset; When dead bolt rises to high point, bearing can fall into hole clipping and block dead bolt and make it can not be promoted move downward by latch bolt spring, and dead bolt and tactile spring are slidably matched, and trigger tactile spring when dead bolt moves upward, namely touch-switch is triggered; Reset tongue there is the reset thimble coordinated with bearing end face, reset tongue is positioned at below dead bolt, reset thimble is arranged in chute on dead bolt can freely-movable, when reset tongue is positioned at a high position, reset thimble departs from bearing end face, does not affect the motion of bearing, when reset tongue is positioned at low level, reset thimble promotes bearing end face, and bearing is retracted.
Fig. 2 is the internal construction schematic diagram of electronic lock of the present invention before locking, and Fig. 3 is the structure for amplifying schematic diagram of part A in Fig. 2.During locking, handle closes on lock body pedestal, and clamp and dead bolt interlock, reset sublingual end and lockhole outer wall offsets, reset tongue compression reseting spring, and reset thimble is positioned at a high position and departs from bearing end face, bearing is positioned at dead bolt surface and compresses carriage spring, and dead bolt does not trigger the tactile spring of touch-switch.
Fig. 4 is the electronic lock schematic diagram that bearing is retracted when button is pressed.After pressing the button, Button Compression button spring, the roller bearing being installed on button rear end promotes the ramp structure of clamp, clamp is moved upward and compressing card flat spring, and clamp drives dead bolt to move upward, and compression latch bolt spring, dead bolt triggers the tactile spring of touch-switch.
If now electronic lock does not obtain and unblanks to authorize, then the electromagnetic coil of electrical control member is powered, and produces magnetic force, makes bearing compress carriage spring and is retracted in electromagnetic coil, or making bearing still keep original retracted mode, bearing cannot fall into the hole clipping on dead bolt; During release button, clamp moves downward under the promotion of clamp spring, and now dead bolt also moves downward under the promotion of latch bolt spring, continues to block clamp, removes the triggering to touch-switch, and handle cannot be opened, can see shown in Fig. 2 and Fig. 3.
If Fig. 5 is the schematic diagram that electronic lock bearing when button is pressed falls into hole clipping.When pressing the button/after, electronic lock obtain unblanks authorize, then not to solenoid or disconnect to solenoid, bearing is promoted by carriage spring, and when dead bolt is pushed to a high position by clamp, bearing falls into the hole clipping on dead bolt.
If Fig. 6 is the schematic diagram of electronic lock when unblanking.After bearing falls into hole clipping, now release button, bearing stops dead bolt to move downward, and dead bolt cannot continue to block clamp, and handle can be opened.
If Fig. 7 is electronic lock of the present invention internal construction schematic diagram after being unlocked.After handle is opened, the sublingual end that resets loses support, and back-moving spring promotes reset tongue and moves downward, and reset thimble promotes bearing and retracts and exit hole clipping, and dead bolt is promoted to move downward by latch bolt spring, removes the triggering to touch-switch.
During locking, only need handle to push in lock body pedestal, the sublingual end that resets is promoted upwards by lockhole outer wall, and compression reseting spring; Dead bolt slightly promotes upwards to fall afterwards by the inclined-plane of clamp rear end, and is formed with clamp and be clasped, electronic lock recovery blocking.
One's own profession insider can recognize, LED post also can be adopted as display lamp, protrude from lock body base-plates surface, without the need to being provided with light guide sheet on lock body pedestal, and on handle, installs light guide sheet can use.All protection scope of the present invention should be considered as to this.
Be appreciated that in described electronic lock, button rear end also can be adopted to adopt ramp formation to coordinate with the ramp formation of clamp, and button press promotes clamp and moves upward.Also the protection domain of patent of the present invention should be belonged to this.
Be appreciated that, in described electronic lock, equally also can adopt to press the button makes clamp decline, dead bolt is promoted to move downward by latch bolt spring, thus the reed on triggering touch-switch, the electromagnetic coil conduction of electrical control member makes bearing retract, and dead bolt continuation decline is still blocked clamp and handle cannot be opened.The frame for movement of this button and dead bolt and open and close controlling mode thereof are similar to frame for movement in above-mentioned electronic lock and open and close controlling mode thereof, do not repeat them here.
Be appreciated that in described electronic lock, adopt knob or lock core to substitute button, be the schematic diagram of the simple structure that a kind of knob drives clamp to move up and down as shown in Figure 8; There is projection knob or lock core rear end, the groove fit on this projection and clamp, drive clamp to move up and down, the function of also can realize above-mentioned electronic lock locking, unblanking when rotating knob or lock core.Do not repeat them here.
Be appreciated that in described electronic lock, the electrical control member possessing above-mentioned functions also has other constituted modes, and as contained the magnet be made up of permanent magnetism material in electrical control member, and bearing is comprise the magnetic bearing be made up of permanent magnetism material; Under electromagnetic coil off-position, the magnetic force of magnet and the magnetic force of magnetic bearing repel each other, magnet and alternative carriage spring, and magnet applies outside repulsion to magnetic bearing; And after electromagnetic coil conduction, suction is produced to magnetic bearing, overcome the repulsion of magnet to magnetic bearing, magnetic bearing is retracted.To this, should recognize, this electronic lock frame for movement does not change, and be only that structure and the constituted mode of electrical control member changes, and electrical control member, to the control that this electronic lock plays, basic change does not occur, and should belong to the protection domain of patent of the present invention yet.
In the present embodiment, if electronic lock breaks down, as touch-switch fault, power supply trouble etc., then can directly rely on button or knob, also or lock core drive clamp to move upward, make clamp drive dead bolt to move upward, now electrical control member still can be in off-position, bearing directly can fall into hole clipping, after clamp moves downward, dead bolt is stopped by bearing and departs from buckle status with clamp, thus can ensure that electronic lock can normally be opened when breaking down.
Embodiment two, a kind of control method of electronic lock, the difference of the present embodiment and embodiment one is:
Electrical control member in described electronic lock, adopts the magnetic bearing be made up of permanent magnet material.When electromagnetic coil off-position, this magnetic bearing compression carriage spring also keeps retracting in electromagnetic coil; And producing the magnetic force repelled each other with magnetic bearing when the solenoid is activated, namely magnetic bearing is promoted outwards motion by carriage spring, and the now power supply of cutoff solenoid, magnetic bearing can maintain this and stretch out state.
Be appreciated that the control method of the electronic lock adopting this kind of electrical control member, then only when electronic lock acquisition is unblanked to authorize, to electromagnetic coil energising, magnetic bearing need be stretched out, can realize unblanking.
Be appreciated that the electrical control member with such function can also by other similar constituted modes, as micromachine can reach above-mentioned effect equally; Also a kind of electrical control member formed containing the magnet be made up of permanent magnet material can be adopted, when electromagnetic coil off-position, bearing compression carriage spring is retracted in electromagnetic coil, and kept retracted mode by the locking of the magnetic force of magnet, and when solenoid, electromagnetic coil to bearing produce magnetic force also and the magnetic force of magnet repel each other, balance out the suction of magnet to bearing, bearing is promoted outwards motion by carriage spring, and the now power supply of cutoff solenoid, bearing can keep stretching out state.The electrical control member constituted mode with the type function is more, to this, all should be considered as protection scope of the present invention.
Be appreciated that the control method of the electronic lock adopting this kind of electrical control member, the effect of touch-switch can be retained, also can not adopt touch-switch.To this, all protection scope of the present invention should be considered as.
Adopt the electrical control member of this type, can to avoid needing when electronic lock is triggered touch-switch keeping to the power supply guarantee electronic lock of electrical control member, not by the problem of illegally opening, the requirement to electric power system can being effectively reduced.Meanwhile, adopt this kind of electrical control member application mode, the structure of reset tongue also can not be adopted to promote electrical control member bearing and retract, simplify electronic lock frame for movement.Can recognize, this electronic lock frame for movement does not change or only slightly changes, and is more the change adopting the type electrical control member to occur the control mode that this electronic lock plays, and also should belong to the protection domain of patent of the present invention.
Embodiment three, a kind of control method of electronic lock, the difference of the present embodiment and embodiment two is:
Produce the magnetic force repelled each other with magnetic bearing when electromagnetic coil forward in electrical control member is energized, namely magnetic bearing is promoted outwards to move by carriage spring, the now power supply of cutoff solenoid, and magnetic bearing can maintain this and stretch out state; And the magnetic force attracting to magnetic bearing is produced when electromagnetic coil is oppositely energized, magnetic bearing can compress carriage spring and retract in electromagnetic coil, now the power supply of cutoff solenoid, and magnetic bearing also can maintain this retracted mode.
The electronic lock adopting the type electrical control member to form, also can cancel the existence of reset tongue and back-moving spring; When needs are unblanked, power to electromagnetic coil conduct positive, magnetic bearing falls into lockhole, and stop dead bolt to move downward with clamp, dead bolt and clamp depart from can unblank; And electromagnetic coil conducting is when oppositely powering, magnetic bearing exits lockhole, and dead bolt can fall.
Embodiment four, a kind of electronic lock, in the present embodiment and previous embodiment, the difference of electronic lock is:
Described electronic lock also comprises circuit board, circuit board is provided with Bluetooth control chip or singlechip control chip, also or the combination of the two; The power supply of electrical control member and the correspondence with foreign country of electronic lock is controlled by Bluetooth control chip or singlechip control chip.
Embodiment five, a kind of electronic lock, in the present embodiment and previous embodiment, the difference of electronic lock is:
Described electronic lock also comprises external powered communication contact, as shown in Figure 9.This external powered communication contact is two hard contacts or three hard contacts, also or four hard contacts, be positioned at surface of lock body and be connected with the electrical control member of described electronic lock, being responsible for being connected with this external powered communication contact and powering to electrical control member and communicate by the power supply contact on a kind of self-powered electron key.
Adopt the electronic lock of this kind of electrical control member, when only needing to unblank, by the power supply contact on electron key and powered communication contact, power supply control is carried out to electrical control member, realize unblanking step.
Adopt this kind of externally fed mode, electronic lock can depart from the requirement of cabinet in-line power, or as stand-by power supply interface, can reduce this electronic lock holistic cost further, provide the reliability that lock body is powered, and applies also more flexible.
Be appreciated that the electrical control member in the above electronic lock, the motor with similar functions also can be adopted to substitute electrical control member in such scheme, realize opening/close control to electronic lock, also should belong to the protection domain of patent of the present invention to this.
Electronic lock of the present invention is by being installed on clamp in handle and button or knob, also or the coordinating of lock core, dead bolt and clamp buckle, judge whether electronic lock is triggered by the external world by inner touch-switch again, electrical control member is used to control dead bolt, realize the open function of electronic lock, namely accomplished lock body good integrity, tamper-proof intensity is large, greatly reduce again the power reguirements needed for the type electronic lock, thus safety and the reliability of the type electronic lock can be ensured.
But, the foregoing is only better possible embodiments of the present invention, not limit the scope of the invention, therefore the equivalent structure change that all utilizations manual of the present invention and accompanying drawing content are made, be all included in protection scope of the present invention.
Claims (10)
1. a control method for electronic lock, comprising:
Electronic lock comprises lock body (1), dead bolt (401), latch bolt spring (403), reset tongue (402), back-moving spring (404), clamp (204), electrical control member (301), touch-switch (302), the button (202) that clamp can be made to move up and down or knob (203) and goes back or lock core;
When this electronic lock is in locking, dead bolt and the clamp be installed on lock body are clasped, thus control lock body is in closure state, and dead bolt does not trigger touch-switch, and reset tongue is stopped and compression reseting spring by lock body;
Press the button or rotate knob, also or rotary locking cylinder time, drive clamp to move upward, clamp drives dead bolt move upward and still keep buckle status, and dead bolt compression latch bolt spring also triggers touch-switch;
Unblank if now do not obtain to authorize, then the electromagnetic coil that electrical control member comprises is energized and keeps, and electromagnetic coil produces magnetic force, and the bearing that electrical control member is comprised is retracted, and bearing does not affect the motion of dead bolt; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, then latch bolt spring promotes dead bolt and moves downward simultaneously, and make dead bolt still keep the buckle status with clamp, touch-switch is removed and triggered;
Unblank to authorize if obtain, then electromagnetic coil power-off/maintenance off-position, bearing is promoted the hole clipping (4011) fallen on dead bolt by the carriage spring (3013) in electrical control member or permanent magnet; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, and dead bolt is blocked by bearing, and cannot be promoted move downward by latch bolt spring, dead bolt and clamp disengage and remove buckle status;
After lock body is opened, reset tongue loses lock body to be stopped, back-moving spring promotes reset tongue and moves downward, reset thimble (4021) on reset tongue promotes bearing and exits hole clipping, latch bolt spring promotes dead bolt and moves downward, dead bolt is fallen, and touch-switch removes trigger state, and now lock body is in unlocking condition.
2. a control method for electronic lock, comprising:
Electronic lock comprises lock body, dead bolt, latch bolt spring, reset tongue, back-moving spring, clamp, electrical control member, the button that clamp can be made to move up and down or knob also or lock core;
When this electronic lock is in locking, dead bolt and the clamp be installed on lock body are clasped, thus control lock body is in closure state, and the electromagnetic coil now in electrical control member is not energized, and reset tongue is stopped and compression reseting spring by lock body;
Press the button or rotate knob, also or rotary locking cylinder time, drive clamp to move upward, clamp drives dead bolt move upward and still keep buckle status, dead bolt compression latch bolt spring;
Unblank if now do not obtain to authorize, then electromagnetic coil power-off/maintenances off-position of comprising of electrical control member, the bearing maintenance retracted mode that electrical control member comprises, bearing does not affect the motion of dead bolt; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, then latch bolt spring promotes dead bolt and moves downward simultaneously, makes dead bolt still keep the buckle status with clamp;
Unblank to authorize if obtain, then electromagnetic coil energising, electromagnetic coil produces magnetic force, makes bearing fall into hole clipping on dead bolt; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, and dead bolt is blocked by bearing, and cannot be promoted move downward by latch bolt spring, dead bolt and clamp disengage and remove buckle status;
After lock body is opened, reset tongue loses lock body to be stopped, back-moving spring promotes reset tongue and moves downward, and the reset thimble on reset tongue promotes bearing and exits hole clipping, and latch bolt spring promotes dead bolt and moves downward, and dead bolt is fallen, and now lock body is in unlocking condition.
3. a control method for electronic lock, comprising:
Electronic lock comprises lock body, dead bolt, latch bolt spring, clamp, electrical control member, touch-switch, the button that clamp can be made to move up and down or knob also or lock core;
When this electronic lock is in locking, dead bolt and the clamp be installed on lock body are clasped, thus control lock body is in closure state, and dead bolt does not trigger touch-switch;
Press the button or rotate knob, also or rotary locking cylinder time, drive clamp to move upward, clamp drives dead bolt move upward and still keep buckle status, and dead bolt compression latch bolt spring also triggers touch-switch;
Unblank if now do not obtain to authorize, then the electromagnetic coil that electrical control member comprises connects forward power supply, and electromagnetic coil produces suction to the bearing that electrical control member comprises, and bearing is retracted and keeps, bearing does not affect the motion of dead bolt; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, then latch bolt spring promotes dead bolt and moves downward simultaneously, makes dead bolt still keep the buckle status with clamp;
Unblank to authorize if obtain, then electromagnetic coil turn-on reversal power supply, electromagnetic coil produces repulsion to bearing, and bearing falls into the hole clipping on dead bolt; If now release button or rotate knob, also or rotary locking cylinder time, clamp moves downward, and dead bolt is blocked by bearing, and cannot be promoted move downward by latch bolt spring, dead bolt and clamp disengage and remove buckle status; Lock body is opened.
4. an electronic lock, comprise lock body pedestal (1), handle (2), circuit board (3), bolt device (4) and Electronic Control Box (5), it is characterized in that, described handle upper end is connected with lock body base runner, button (202) or knob (203), also or lock core are installed in the lockhole (201) of handle, at its lower end, and are positioned at button or knob also or the rear end of lock core coordinate with it the clamp (204) that can move up and down; Described circuit board, bolt device are installed on Electronic Control Box in Electronic Control Box, are installed on the lock body pedestal back side; Described circuit board includes electrical control member (301) and touch-switch (302), this electrical control member includes electromagnetic coil (3011) and is positioned at the bearing (3012) of electromagnetic coil, and there is tactile spring (3021) touch-switch upper end; Described bolt device comprises dead bolt (401), reset tongue (402), latch bolt spring (403) and back-moving spring (404), dead bolt has and the hole clipping of bearing fit (4011), dead bolt and tactile spring are slidably matched, dead bolt up/down movement triggers spring, dead bolt connects latch bolt spring, reset tongue there is the reset thimble (4021) coordinated with bearing end face, reset tongue connects back-moving spring, bolt device lower end and clamp interlock and can move up and down with clamp and move up and down, and reset sublingual end and lockhole outer wall offset.
5. electronic lock as claimed in claim 4, is characterized in that described dead bolt there is the hole clipping with bearing fit, refers to bearing and can fall into hole clipping and block dead bolt, stop dead bolt to move downward.
6. electronic lock as claimed in claim 4, is characterized in that described reset tongue there is the reset thimble coordinated with bearing end face, and when referring to reset thimble up/down movement, promotion falls into the bearing that hole clipping blocks dead bolt and exits hole clipping.
7. electronic lock as claimed in claim 4, it is characterized in that, in described handle, button is installed, also comprise the button spring (2021) be connected with button and the clamp spring (2041) be connected with clamp, clamp lower end is ramp structure (2042), and this ramp structure and button rear end are slidably matched and can move up and down.
8. electronic lock as claimed in claim 4, it is characterized in that, described ramp structure and button rear end are slidably matched and can move up and down, and also comprise button rear end and are provided with roller bearing (2022) or ball, and described ramp structure and roller bearing or ball are slidably matched and can move up and down.
9. the electronic lock as described in claim 4 ~ 8 any one, is characterized in that, also comprises:
Described circuit board also includes Bluetooth control chip or singlechip control chip, also or the combination of the two; The power supply of electrical control member and the correspondence with foreign country of electronic lock is controlled by Bluetooth control chip or singlechip control chip.
10. the electronic lock as described in claim 4 ~ 8 any one, is characterized in that, also comprises:
Described electronic lock also comprises external powered communication contact (6), this external powered communication contact is two hard contacts or three hard contacts, also or four hard contacts, be positioned at surface of lock body and be connected with the electrical control member of described electronic lock, being responsible for being connected with this external powered communication contact and powering to electrical control member and communicate by the power supply contact on a kind of self-powered electron key;
When needing to unblank, by the power supply contact on electron key and powered communication contact, power supply control is carried out to electrical control member, realize unblanking step.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510573094.6A CN105089371A (en) | 2015-09-10 | 2015-09-10 | Control method of electronic lock and electronic lock of this type |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510573094.6A CN105089371A (en) | 2015-09-10 | 2015-09-10 | Control method of electronic lock and electronic lock of this type |
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| CN105089371A true CN105089371A (en) | 2015-11-25 |
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|---|---|---|---|
| CN201510573094.6A Pending CN105089371A (en) | 2015-09-10 | 2015-09-10 | Control method of electronic lock and electronic lock of this type |
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| CN105178728A (en) * | 2015-10-30 | 2015-12-23 | 武汉普林光通科技有限公司 | Electronic lock |
| CN105332563A (en) * | 2015-12-01 | 2016-02-17 | 武汉普林光通科技有限公司 | Trigger structure of electronic lock and trigger mode for electronic lock |
| CN105507685A (en) * | 2016-01-24 | 2016-04-20 | 武汉普林光通科技有限公司 | Electronic cabinet lock and control method thereof |
| CN105650269A (en) * | 2015-12-29 | 2016-06-08 | 江阴皇润车业有限公司 | Electromagnetic lock for gear shifting mechanism |
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| CN105178728A (en) * | 2015-10-30 | 2015-12-23 | 武汉普林光通科技有限公司 | Electronic lock |
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| TWI711755B (en) * | 2015-12-01 | 2020-12-01 | 美商品譜公司 | Electronic lock with misalignment scoring system and method of testing for misalignment issues in a lock's installation |
| CN105332563B (en) * | 2015-12-01 | 2018-11-02 | 武汉普林光通科技有限公司 | A kind of trigger architecture and its triggering method of electronic lock |
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| CN105650269B (en) * | 2015-12-29 | 2018-06-26 | 江阴皇润车业有限公司 | For the electromagnetic lock of gearshift |
| WO2017124825A1 (en) * | 2016-01-24 | 2017-07-27 | 武汉普林光通科技有限公司 | Electronic door lock and control method |
| CN105507685B (en) * | 2016-01-24 | 2018-11-02 | 武汉普林光通科技有限公司 | A kind of electronic cabinet lock and its control method |
| CN105507685A (en) * | 2016-01-24 | 2016-04-20 | 武汉普林光通科技有限公司 | Electronic cabinet lock and control method thereof |
| CN105756431A (en) * | 2016-04-15 | 2016-07-13 | 武汉普林光通科技有限公司 | Safe electronic lock with automatic unlocking function |
| CN108894619A (en) * | 2018-07-05 | 2018-11-27 | 宁波恒杰工业锁闭技术有限公司 | A kind of open method of plane lock system with electric control function, flat lock |
| CN108894619B (en) * | 2018-07-05 | 2023-12-05 | 宁波恒杰工业锁闭技术有限公司 | Plane lock system with electric control function and opening method of plane lock |
| CN109403736A (en) * | 2018-12-04 | 2019-03-01 | 宁波生久柜锁有限公司 | The controlled type industrial intelligent lock of lock core |
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