CN201972546U - Anti-theft door with hidden decoder - Google Patents
Anti-theft door with hidden decoder Download PDFInfo
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- CN201972546U CN201972546U CN2010202239781U CN201020223978U CN201972546U CN 201972546 U CN201972546 U CN 201972546U CN 2010202239781 U CN2010202239781 U CN 2010202239781U CN 201020223978 U CN201020223978 U CN 201020223978U CN 201972546 U CN201972546 U CN 201972546U
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- 230000000694 effects Effects 0.000 description 11
- 230000009545 invasion Effects 0.000 description 11
- 238000010586 diagram Methods 0.000 description 8
- 238000000034 method Methods 0.000 description 5
- 230000006870 function Effects 0.000 description 4
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- 208000027534 Emotional disease Diseases 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 2
- 230000002265 prevention Effects 0.000 description 2
- 238000012545 processing Methods 0.000 description 2
- 230000004224 protection Effects 0.000 description 2
- 238000012797 qualification Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000003111 delayed effect Effects 0.000 description 1
- 230000009977 dual effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
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Abstract
The utility model relates to the field of electrical design and discloses an anti-theft door with a hidden decoder. The anti-theft door with the hidden decoder is characterized in that a door leaf is arranged in a doorframe and can do open and close movement along one side frame of the doorframe, and a digital electronic control lock is arranged on the door leaf; a password collector is arranged on the outer door surface of the door leaf and is used for causing a user to input a door opening signal; the password collector is sequentially electrically connected with a decoder and a processor, and the decoder and the processer are arranged at the outer side surface of the doorframe, wherein the processer is connected with the digital electronic control lock on the inner door leaf, the decoder is connected with the processer and is used for decoding the door opening signal input by the user to determine whether the current door opening signal is the legal door opening signal or not, and the processer is used for controlling the digital electronic control lock on the inner door leaf for unlocking when the current door opening signal is the legal door opening signal. The anti-theft performance is good.
Description
Technical field
The utility model relates to electrical design field, relates in particular to a kind of electronic anti-theft door.
Background technology
Along with the enhancing that people's safe antitheft is realized, security door has been come into huge numbers of families.Present security door mainly is by raising theftproof performances such as the mechanically stables of strengthening lockset, door leaf.Take place so existing first, second, third, fourth anti-theft safety door can only be taken precautions against some common larceny cases of registering one's residence,, protect the people's life, property safety not to play a good antitheft effect effectively for crime prevention.
Especially for financial department, financial sector is for cost squeeze, a large amount of foundation is from line self-help bank or financial convenient supermarket (i.e. the work of the being convenient to profit self-aided terminal service mode of unmanned service), along with self-help bank more and more enters into society, the means of offender's house breaking are also more and more higher, such as, in 2008, several offenders just occurred in banking and used cutting machine to destroy the protective equipment of self-service automatic teller machine, malice is entered the room and is stolen the case of cash drawing box.
The utility model content
The utility model embodiment provides a kind of security door, and its theftproof performance is better.
A kind of security door that the utility model embodiment provides is characterized in that, comprising: doorframe,
Be provided with door leaf in doorframe, described door leaf can be along a side frame open and close movement of described doorframe,
Door leaf is provided with digital electric control lock;
The outer shop front of described door leaf is provided with the password collector, and described password collector is used for importing enabling signal for the user;
Described password collector is electrically connected with decoder, processor in turn, and described decoder, processor all are arranged on the lateral surface of described doorframe,
Wherein, described processor with described in digital electric control lock on the door leaf be connected,
Described decoder is connected with described processor, and the enabling signal of the described user's input that is used to decode determines whether current enabling signal is legal enabling signal,
Described processor be used for when current enabling signal is legal enabling signal control described in the digital electric control lock unlatching of door leaf.
Alternatively, in described doorframe, be provided with door leaf, specifically:
In described doorframe, be provided with external door leaf, interior door leaf,
Described external door leaf is provided with door lock, and described digital electric control lock is in described on the door leaf;
Described password collector is arranged on the outer shop front of described interior door leaf.
Alternatively, described processor also is electrically connected with alarm, and described alarm is used for detecting at described processor and externally sends alarm signal when illegally opening the door.
Alternatively, also be embedded with detection line in door leaf and/or the external door leaf in described, the head and the tail of described each detection line are connected with described processor respectively,
Described processor is used for judging the current illegal door opening state that is in when arbitrary detection line disconnects from beginning to end.
Alternatively, in described, be embedded with two detection lines in the door leaf.
Alternatively, described detection line crosses one another, and runs through described interior door leaf.
Alternatively, an end of described two detection lines is electrically connected with the input interface of described processor respectively, and described processor is used for judging the current illegal door opening state that is in when described two detection lines connect.
Alternatively, the outer shop front of door leaf also is provided with indicator lamp in described, and described indicator lamp is electrically connected with described processor, be used to indicate described in the state of digital electric control lock of door leaf.
Alternatively, described password collector is fingerprint input device or keyboard.
Therefore; because the shop front of interior door leaf is provided with digital electric control lock; in the present embodiment can be with decoder; processor is arranged on the lateral surface of doorframe; thereby make after the security door of present embodiment is installed; decoder; processor (can but be not limited to this decoder; in the processor setting control box in the drawings; this control box can play the protection decoder; the effect of processor) is hidden between doorframe and the body of wall; be not extraneous as seen; can avoid illegal invasion person that these critical electronic equipment are carried out machinery; electronics destroys and illegal invasion, further improves the anti-theft effect of this security door.
Make present embodiment security door from appearance with common simple gate theftproof lock indistinction, can play fascination illegal invasion person and the effect that helps improving anti-theft effect.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present utility model, constitutes the application's a part, does not constitute to improper qualification of the present utility model, in the accompanying drawings:
The profile frame for movement schematic diagram of a kind of security door that Fig. 1 provides for the utility model embodiment 1;
The electronic system schematic diagram of a kind of security door that Fig. 2 provides for the utility model embodiment 1;
The electronic system schematic diagram of a kind of security door that Fig. 3 provides for the utility model embodiment 2;
The pin of the processor of a kind of security door that Fig. 4 provides for the utility model embodiment 3 is set schematic diagram;
The Electronic Control schematic flow sheet of a kind of security door that Fig. 5 provides for the utility model embodiment 3.
The specific embodiment
Describe the utility model in detail below in conjunction with accompanying drawing and specific embodiment, be used for explaining the utility model in this illustrative examples of the present utility model and explanation, but not as to qualification of the present utility model.
Embodiment 1:
The profile frame for movement schematic diagram of a kind of security door that Fig. 1 provides for present embodiment.Referring to diagram, this structure mainly comprises as follows: doorframe 101, in this doorframe 101, be provided with door leaf 103, and door leaf 103 can carry out open and close movement along a side frame of doorframe 101, realizes opening the door, closing the door.Door leaf 103 is provided with digital electric control lock 104.
Referring to shown in Figure 2, the outer shop front of door leaf 103 is provided with password collector 106 (be such as but not limited to into: fingerprint input device or keyboard etc.), this password collector 106 is used for importing enabling signal for the user, such as being PIN PAD or finger print identifier.This password collector 106 is electrically connected with decoder 201, processor 202 in turn, this decoder 201 is used to receive the unlocking signal that obtains on the password collector 106, and it is decoded, what decoder 201 picked out is often to open signal, decoding by the time be closure state, adjustable delay 2-30S, even 90S.Decoder 201 inputs to processor 202 with decoded result, and by then thinking legal unblanking, processor 202 sends unlocking signal to digital electric control lock 104, opens door lock as decoding; If this decoding is not passed through, then think current for illegally unblanking, processor 202 can but be not limited to start alarm signal and report to the police.
In the present embodiment can be with decoder 201; processor 202 is arranged on the lateral surface of doorframe 101; thereby make after the security door of present embodiment is installed; decoder 201; processor 202 (can but be not limited to this decoder 201; processor 202 is arranged in the control box 107 among Fig. 1; 107 protections of this control box decoder 201; the effect of processor 202) is hidden between doorframe 101 and the body of wall; be not extraneous as seen; can avoid illegal invasion person that these critical electronic equipment are carried out machinery; electronics destroys and illegal invasion, helps improving the anti-theft effect of this security door.
Embodiment 2:
Fig. 3 is the security door frame for movement schematic diagram of a kind of two-door structure provided by the invention, and referring to diagram, the difference of present embodiment and embodiment 1 is following:
Be provided with two door leafs in doorframe: external door leaf 501, interior door leaf 103, external door leaf 501, interior door leaf 103 can carry out open and close movement along a side frame of doorframe 101 respectively, realize opening the door, closing the door.Being provided with on external door leaf 501, interior door leaf 103 has door lock respectively, and the door lock 105 that wherein is arranged on the external door leaf 501 is mechanical lock or digital electric control lock, and the door lock in being arranged on the door leaf 103 is digital electric control lock 104.
The outer shop front of interior door leaf 103 (shop front relative with external door leaf 501) is provided with password collector 106 (be such as but not limited to into: fingerprint input device or keyboard etc.), this password collector 106 is used for importing enabling signal for the user, such as being PIN PAD or finger print identifier.This password collector 106 is electrically connected with decoder 201, processor 202 in turn, this decoder 201 is used to receive the unlocking signal that obtains on the password collector 106, and it is decoded, what decoder 201 picked out is often to open signal, decoding by the time be closure state, adjustable delay 2-30S, even 90S.Decoder 201 inputs to processor 202 with decoded result, and by then thinking legal unblanking, processor 202 sends unlocking signal to digital electric control lock 104, opens door lock as decoding; If this decoding is not passed through, then think current for illegally unblanking, processor 202 can but be not limited to start alarm signal and report to the police.
Therefore, because in the present embodiment, external door leaf 501 is provided with lockset, and also is provided with digital electric control lock 104 on the outer shop front in interior door leaf 103, is provided with by dual lockset and strengthens security personnel, so be applied in some important strick precaution places, can realize the double control of electronics (on-mechanical formula) promptly a people destroy another people at the official hour drawback lock, the side is normal door, otherwise, for illegally opening the door, will report to the police.
In addition because the shop front of interior door leaf 103 is provided with digital electric control lock 104, make present embodiment security door from appearance with common simple gate theftproof lock indistinction, can play fascination illegal invasion person and the effect that helps improving anti-theft effect.
Can connect acoustic-optic alarm 203 in the present embodiment on processor 202, when processor 202 was determined current generation illegal invasion, acoustic-optic alarm 203 sent the sound and light alarm signal, reaches announcement and reports to the police, deterrence illegal invasion person's effect.
In order further to improve the theftproof performance of this security door, can also bury detection line 204 underground in the inside of external door leaf 501 or interior door leaf 103 or external door leaf 501 and interior door leaf 103, make the head weak point and the tail end of each detection line 204 be electrically connected (each detection line 204 normality is in closure state) respectively with processor 202.Like this, when arbitrary detection line 204 wherein disconnects (cut off door leaf or adopt the mode of other mechanical damages to make situations such as detection line 204 is cut off such as illegal invasion person), then processor 202 can detect the disconnection of detection line 204, and detect current illegal invasion state, send alarm signal by warning device, and can send alarm signal to external public security system, the notice public security system.As seen, detection line 204 is set in door leaf, effectively anti-illegal-inbreak person adopts cutting mechanics to destroy and the situation of illegal invasion, improves theftproof performance.
In addition, in order further to improve theftproof performance, when in door leaf (external door leaf 501 and/or interior door leaf 103), burying detection line 204 underground, can adopt the mode of burying underground of intersecting, make the detection line 204 that intersects to run through whole door leaf, improve the distribution area of detection line 204, further improve theftproof performance.The security door that adopts intersection to sunken cord is reported to the police with respect to the anti-cutting of only burying single detection line 204 underground, and intersection detection line 204 of the present invention is buried underground can further have following beneficial effect:
1, can accomplish whether the self check circuit is normal;
2, can the delinquency prevention molecule arrange single line to be received after destroying and cause circuit still unimpeded on the metal surface, not ruined illusion having studied a line.
In order further to improve the Electronic Performance of this security door, can also indicator lamp 205 be set on interior door leaf 103 surfaces, this indicator lamp 205 is connected with processor 202, be used for control, the state of the digital electric control lock 104 in the indication on the door leaf 103: such as normal door indicator lamp, alarm lamp etc. are set according to processor 202.
Embodiment 3:
As a kind of enforcement of the electronic control system of the digital electric control lock 104 in the lockset shown in the embodiment 2, can but be not limited to the pin of processor 202 (being such as but not limited to be single-chip microcomputer or other process chip) is connected according to mode shown in Figure 4:
At first the six roots of sensation electric wire on the digital electric control lock 104 in the present embodiment is carried out following setting:
1, red line is set at the DC12V positive pole;
2, brown line is set at the DC12V negative pole;
3, reddish brown two lines are connected on the digital electric control lock 104 always and power up. and when door magnetic was closed, dead bolt stretched out automatically and locks;
4, dark blue when connecing negative pole, form the loop with red line, lock core is fixed, and during disconnection, lock core is fixing;
5, yellow and redness is connected on the positive pole, and with the brown loop that has, the dead bolt indentation is unblanked;
6, white (+) and brown formation door magnetic K1 signal, door is a low level when closed, door is a high level when opening;
7, sky blue (+) and brown formation signal are high level when dead bolt spues, and are low level when unblanking the back;
Input interface IN1 is connected with lock inside door magnetic, make this magnetic K1 (Men Kaiwei high level (opening), Men Guanwei low level (closing), need to transfer switching signal to circuit) normally closed under normal conditions, door is opened promptly disconnected, processor 202 can be according to the current state of the closed of door magnetic or disconnection decision gate magnetic, the alarm switch place output alarm signal that connects at the output pin end during with improper opening the door;
Input interface IN2 connects a K switch 2, the two ends of this K switch 2 are electrically connected with the head and the tail of detection line 204A respectively, K switch 2 is in normally off under normal conditions, when detection line 204A is cut off, K switch 2 is in off-state, processor 202 is according to the folding of K switch 2, judges whether detection line 204A is cut off malicious sabotage, thereby in time finds malicious sabotage and at the external output alarm signal of output pin end;
Input interface IN3 connects a K switch 3, the head and the tail of the detection line 204B that the two ends of this K switch 3 are interior with being arranged at door leaf are electrically connected, K switch 2 is in normally off under normal conditions, when detection line 204B is cut off, K switch 3 is in off-state, processor 202 is according to the folding of K switch 3, judges whether detection line 204B is cut off malicious sabotage, thereby in time finds malicious sabotage and at the external output alarm signal of output pin end; Reports to the police immediately when K2 or K3 disconnect (the detection line 204A and/or the B that promptly are embedded in door leaf in are cut off), OUT1,2 output closures, alarm lamp lights, though K2 and K3 all closure do not stop warning yet, until power-off restarting.
Input interface IN4 connects a K switch 4, the two ends of this K switch 4 respectively be arranged at door leaf in detection line 204A, B be electrically connected, K switch 4 is in normally open under normal conditions, as detection line 204A, when B is connected, K switch 4 is in closure state, and processor 202 is according to the folding of K switch 4, judge whether detection line 204A, B are lumped together by stubborn, if then judge the broken ring of malice taken place, thereby in time find malicious sabotage and at the external output alarm signal of output pin end.When K4 closure (when promptly manually tree lace A in the door and B being connected together, perhaps other ways are the whole time-out that is screwed in of wiring, and at this moment A and B also can closures), report to the police immediately, OUT1,2 output closures, alarm lamp lights, even disconnecting, K4 do not stop to report to the police, until power-off restarting yet.
Input interface IN5 connects a K switch 5, this K switch 4 is electrically connected with decoder 201, this K switch 4 is in normally open under normal conditions, as password collector 106 the enabling signal input is arranged, during decoder 201 decoding work, then this K switch 5 is in closure state, and processor 202 inserts decoded signal so that processor 202 determines whether to unblank according to preset program according to decoded signal.When K5 is in normally open (decoding), check the K1 state, if K1 disconnects (promptly door but is opened without decoding), report to the police immediately, OUT1,2 outputs are closed, alarm lamp lights, though K1 once more closure do not stop warning yet, until power-off restarting.Be can not do this detection when door is opened, because he is in the Program time delay processing procedure.
Input interface IN6 connects breaking-proof switch K6, breaking-proof switch K6 is electrically connected with the control box 107 of this processor 202, breaking-proof switch K6 normality is in closure state, when control box 107 is opened, breaking-proof switch K6 disconnects, processor 202 is according to the folding of K switch 6, in time finds malicious sabotage and at the external output alarm signal of output pin end.When K6 (control box 107 inner spring switches are introduced voltages at decoder 201 and driven circuit in the control boxes 107, or set up defences at base and to take passs apart) reports to the police when disconnecting, OUT1,2 exports closure, and alarm lamp lights, until power-off restarting.
Input interface IN7 connects a K switch 7, the control end of K switch 7 is electrically connected respectively at external power supply, K switch 7 is in closure state under normal conditions, when external power supply disconnects (being that this control system is in power down mode), K switch 7 is disconnected, processor 202 is according to the folding of K switch 7, thereby finds that in time power-off condition at the external output alarm signal of output pin end, in time informs the user.Report to the police when K7 disconnects (control box 107 external power supplys are cut off), the external power supply indicator lamp extinguishes, and adopts buzzer to report to the police. and alarm sound is the sound that ticks of per second secondary, until the K7 closure.
Input interface IN8 connects digital electric control lock 104 dead bolt K8, and (lock leaves and is low level (opening), lock closes and is high level (closing), available circuit transfers switching signal to, the effect of K8 is if K8 is a closed condition, then to start OUT4 output. the locking lock core), the dead bolt K8 of numeral electric control lock 104 is in closure state under normal conditions, be in off-state when opening the door, processor 202 is according to the folding of K switch 8, detect digital electric control lock 104 state.Processor 202 is checked the K8 states, after the K8 closure, illustrates that dead bolt locks, and OUT7,8 is kept closed, fixed lock core, and key can not open the door.
The operation logic of each K switch 1-K8 that input pin connects is as follows:
1, when K2 or K3 disconnection, report to the police, until power-off restarting;
2, when K4 is closed, report to the police, until power-off restarting;
3, when disconnecting, K6 reports to the police, until power-off restarting;
4, when disconnecting, K7 reports to the police, until the K7 closure; K7 adopts buzzer to report to the police. and alarm sound is the per second secondary sound that ticks
5, when K8 is closed, start the OUT4 fixed lock core.
Output interface OUT1 is electrically connected alarm switch, with output alarm signal, triggers alarm switch.
Output interface OUT2 is electrically connected alarm lamp, with according to processor 202 be controlled at alarm condition when taking place, light alarm lamp;
Output interface OUT3 is electrically connected digital electric control lock 104, with the control according to processor 202, to the output automatic locking gate signal of digital electric control lock 104, realizes locking a door automatically.When the place of swiping the card swipe the card correct after, K5 time-delay (2-30S) remains in closure state (decoding), control box 107 audible-visual annunciators begin to send per second " drip " sound, OUT4 transfers off-state to; This moment can the turning the key in the lock of digital electric control lock 104, audible-visual annunciator sends, and to drip sound in fact synchronous with the OUT4 off-state.
In the time-delay process, K5 is kept closed, and K1 is in closure state, and expression is decoded but do not opened the door, and waits for that key opens the door, and K1 does not open yet if time-delay finishes, and the meeting of then digital electric control lock 104 automatically locks.
Back K1 disconnects if open the door, and yellow normal door lamp lights, and begins to carry out Program time delay; In the Program time delay process, if the K1 closure, the expression door shuts, and yellow normal door lamp extinguishes, need control can not the automatically locking of digital electric control lock 104.
Output interface OUT4 is electrically connected digital electric control lock 104, with the control according to processor 202, to digital electric control lock 104 output fixed lock core signals, realizes automatic fixed lock core;
Output interface OUT5 is electrically connected digital electric control lock 104, with the control according to processor 202, to digital electric control lock 104 output unlocking signals, to realize remote unlocking;
Output interface OUT6 is electrically connected the normal door indicator lamp, with according to processor 202 be controlled at normal door the time, light the normal door indicator lamp;
Output interface OUT7 is electrically connected buzzing, with according to the control of processor 202 with according to processor 202 be controlled at alarm condition when taking place, start buzzing and report to the police;
Output interface OUT8 uses for system extension for reserving port.
In addition, when this door lock control system can adopt the mode of eight DIP devices 302 coding to pull out sign indicating number to set, can but be not limited to the 1-4 position of DIP device 302 is set at address code, the 5-6 position is set at delay time.
In addition, this processing can also have serial ports 301, and this serial ports 301 can be connected with external system of control centre serial ports 301, communicates by letter so that extraneous system of control centre carries out serial ports 301 with this processor 202, realizes the unified monitoring function.
Above-mentioned function can be carried out following functional description according to table one processor 202 is set:
Table one: description list is set in the control of processor 202
| Sequence number | Set-up function | Functional description |
| 1 | Anti-unblanking reported to the police | 1, decoding can not opened the door, and also can't open the door even lock core is destroyed; 2, decoding back (in 2s～30s scope) unblanks effectively, otherwise needs decoding once more. |
| 2 | The instant alarming function | 1, anti-violence destroy A, when |
| A, when control cabinet unnormal unlocking, instant alarming; B, when decoder 201 improper dismountings or destroyed, instant alarming. |
| 3 | Delayed alarm | 1, the warning of not closing the door or lock: when door is normal open after, (in 2s～30s scope) failed to close to the doorstep or locked, and reports to the police. |
| 4 | Anti-power failure is reported to the police | 1, after civil power and UPS outage, reports to the police in the 2S. |
Detailed flow process can be referring to shown in the schematic flow sheet shown in Figure 5.
The system of present embodiment implements mainboard can be as follows:
Mainboard is of a size of long * wide=116*80mm, apart from the four jiaos of 5mm place perforates in each summit, totally four holes,
Because the restricted width of outer container can be slightly, limited length.
Mainboard will design watchdog circuit, battery charging circuit, program encryption circuit.
Whether breaking-proof switch is contained on the mainboard according to circumstances, design a wire jumper short circuit and debug.
The main switch key switch is contained on the casing.
More than technical scheme that the utility model embodiment is provided be described in detail, used specific case herein principle and the embodiment of the utility model embodiment are set forth, the explanation of above embodiment only is applicable to the principle that helps to understand the utility model embodiment; Simultaneously, for one of ordinary skill in the art, according to the utility model embodiment, the part that on the specific embodiment and range of application, all can change, in sum, this description should not be construed as restriction of the present utility model.
Claims (9)
1. a security door is characterized in that, comprising: doorframe,
Be provided with door leaf in doorframe, described door leaf can be along a side frame open and close movement of described doorframe,
Door leaf is provided with digital electric control lock;
The outer shop front of described door leaf is provided with the password collector, and described password collector is used for importing enabling signal for the user;
Described password collector is electrically connected with decoder, processor in turn, and described decoder, processor all are arranged on the lateral surface of described doorframe,
Wherein, described processor with described in digital electric control lock on the door leaf be connected,
Described decoder is connected with described processor, and the enabling signal of the described user's input that is used to decode determines whether current enabling signal is legal enabling signal,
Described processor be used for when current enabling signal is legal enabling signal control described in the digital electric control lock unlatching of door leaf.
2. a kind of security door according to claim 1 is characterized in that,
In described doorframe, be provided with door leaf, specifically:
In described doorframe, be provided with external door leaf, interior door leaf,
Described external door leaf is provided with door lock, and described digital electric control lock is in described on the door leaf;
Described password collector is arranged on the outer shop front of described interior door leaf.
3. a kind of security door according to claim 1 is characterized in that,
Described processor also is electrically connected with alarm, and described alarm is used for detecting at described processor and externally sends alarm signal when illegally opening the door.
4. according to claim 2 or 3 described a kind of security doors, it is characterized in that,
Also be embedded with detection line in described in door leaf and/or the external door leaf, the head and the tail of described each detection line are connected with described processor respectively,
Described processor is used for judging the current illegal door opening state that is in when arbitrary detection line disconnects from beginning to end.
5. a kind of security door according to claim 4 is characterized in that,
In described, be embedded with two detection lines in the door leaf.
6. a kind of security door according to claim 5 is characterized in that,
Described detection line crosses one another, and runs through described interior door leaf.
7. a kind of security door according to claim 5 is characterized in that,
One end of described two detection lines is electrically connected with the input interface of described processor respectively, and described processor is used for judging the current illegal door opening state that is in when described two detection lines connect.
8. according to arbitrary described a kind of security door of claim 1 to 3, it is characterized in that,
The outer shop front of door leaf also is provided with indicator lamp in described, and described indicator lamp is electrically connected with described processor, be used to indicate described in the state of digital electric control lock of door leaf.
9. according to arbitrary described a kind of security door of claim 1 to 3, it is characterized in that,
Described password collector is fingerprint input device or keyboard.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202239781U CN201972546U (en) | 2010-06-10 | 2010-06-10 | Anti-theft door with hidden decoder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202239781U CN201972546U (en) | 2010-06-10 | 2010-06-10 | Anti-theft door with hidden decoder |
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| Publication Number | Publication Date |
|---|---|
| CN201972546U true CN201972546U (en) | 2011-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202239781U Expired - Fee Related CN201972546U (en) | 2010-06-10 | 2010-06-10 | Anti-theft door with hidden decoder |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104134264A (en) * | 2014-08-07 | 2014-11-05 | 成都信鑫信息技术有限公司 | Intelligent entrance guard system |
| CN106910268A (en) * | 2017-01-18 | 2017-06-30 | 深圳市多度科技有限公司 | Intelligent access control device and door opening method thereof |
| CN108729823A (en) * | 2018-01-19 | 2018-11-02 | 林建华 | A kind of concealed burglar-proof door is anti-to rush device |
-
2010
- 2010-06-10 CN CN2010202239781U patent/CN201972546U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104134264A (en) * | 2014-08-07 | 2014-11-05 | 成都信鑫信息技术有限公司 | Intelligent entrance guard system |
| CN106910268A (en) * | 2017-01-18 | 2017-06-30 | 深圳市多度科技有限公司 | Intelligent access control device and door opening method thereof |
| CN108729823A (en) * | 2018-01-19 | 2018-11-02 | 林建华 | A kind of concealed burglar-proof door is anti-to rush device |
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Granted publication date: 20110914 Termination date: 20140610 |