CN113643464B - Intelligent security guard access control system - Google Patents
Intelligent security guard access control system Download PDFInfo
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- CN113643464B CN113643464B CN202010358721.5A CN202010358721A CN113643464B CN 113643464 B CN113643464 B CN 113643464B CN 202010358721 A CN202010358721 A CN 202010358721A CN 113643464 B CN113643464 B CN 113643464B
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- unlocking information
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00309—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated with bidirectional data transmission between data carrier and locks
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00563—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys using personal physical data of the operator, e.g. finger prints, retinal images, voicepatterns
Abstract
The invention relates to an intelligent security entrance guard system, wherein a lock body is arranged on a door body, the lock body comprises a door lock and a safety lock, the door lock can be opened outside the door and inside the door, and the safety lock can be opened only outside the door but not inside the door; the identification system is coupled with the lock body and is provided with a first identification unit, and first preset unlocking information is prestored in the first identification unit; when the door lock is in a first use state, the door lock is locked and the safety lock is not locked, when an outdoor person inputs first actual unlocking information, the first identification unit identifies the first actual unlocking information, and if the first actual unlocking information is matched with first preset unlocking information, the door lock is unlocked; and if the first actual unlocking information is not matched with the first preset unlocking information, the door lock and the safety lock are both unlocked and enter a second use state. The present invention prevents children or wakened old and feeble persons in the door from opening the door and putting strangers in the room even if they are cheated, thereby preventing the problems of children loss, household property loss, etc.
Description
Technical Field
The invention relates to an access control system, in particular to an intelligent security access control system.
Background
The intelligent access control system is more and more widely applied to daily life, and needs to be opened through related intelligent identification or a matched key when the door is opened from the outside. However, a large vulnerability exists in the related intelligent access control system at present, and a lockset in the intelligent access control system can be easily opened in a door, so that a great hidden danger can be brought when only children exist in the house. Although parents can educate children from being unable to open doors for strangers in daily life, most children understand the reason, but the identification ability and the vigilance of the children are weak, when strangers say some good words or lie to cheat the children, the strangers may be regarded as trusty persons, so that the doors are opened, and the loss of children, the property loss of families and the like are caused.
Disclosure of Invention
In order to solve the problems, the invention provides an intelligent security access control system.
According to one aspect of the present invention, there is provided an intelligent security access control system, comprising:
a door body;
the lock body is arranged on the door body and comprises a door lock and a safety lock, the door lock can be opened outside the door and inside the door, and the safety lock can be opened only outside the door but not inside the door; and
the identification system is coupled with the lock body and is provided with a first identification unit, and first preset unlocking information is prestored in the first identification unit;
when the door lock is in a first use state, the door lock is locked and the safety lock is not locked, when an outdoor person inputs first actual unlocking information, the first identification unit identifies the first actual unlocking information, and if the first actual unlocking information is matched with the first preset unlocking information, the door lock is unlocked; if the first actual unlocking information is not matched with the first preset unlocking information, the door lock and the safety lock are both unlocked and enter a second use state.
As an optional technical solution, the identification system further has a second identification unit coupled to the first identification unit, when the access control system enters a second use state, the second identification unit is turned on, and second preset unlocking information is prestored in the second identification unit;
when the door lock is in a second use state, if an outdoor person wants to unlock, second actual unlocking information is input, the second identification unit identifies the second actual unlocking information, if the second actual unlocking information is matched with second preset unlocking information, the door lock and the safety lock are unlocked simultaneously, and if the second actual unlocking information is not matched with the second preset unlocking information, the door lock and the safety lock are kept locked.
As an optional technical solution, the first preset unlocking information is different from the second preset unlocking information.
As an optional technical solution, the system further includes an alarm system, the alarm system is coupled to the identification system, and the alarm system sends an alarm when the second actual unlocking information does not match the second preset unlocking information.
As an optional technical solution, the first identification unit is a face identification unit, a fingerprint identification unit, or an iris identification unit.
As an optional technical solution, the second recognition unit is a gesture recognition unit or an audio recognition unit.
As an optional technical solution, the first identification unit has a first information acquisition module, a first storage module and a first comparison module, which are coupled to each other, wherein the first information acquisition module is configured to acquire the first actual unlocking information and send the first actual unlocking information to the first comparison module, the first storage module stores the first preset unlocking information, and the first comparison module compares the first actual unlocking information with the first preset unlocking information to identify whether the first actual unlocking information matches the first preset unlocking information after receiving the first actual unlocking information.
As an optional technical solution, the second identification unit has a second information acquisition module, a second storage module and a second comparison module, which are coupled to each other, wherein the second information acquisition module is configured to acquire the second actual unlocking information and send the second actual unlocking information to the second comparison module, the second storage module stores the second preset unlocking information, and the second comparison module compares the second actual unlocking information and the second preset unlocking information after receiving the second actual unlocking information to identify whether the second actual unlocking information matches the second preset unlocking information.
As optional technical scheme, this intelligent security guard access control system still includes induction system, and this induction system is coupled with this identification system, and this induction system is used for detecting whether there is outdoor personnel to be close to this door body, and when this induction system detected that there is outdoor personnel to be close to this door body, this identification system function.
As an optional technical scheme, the lock body is provided with a key hole; in the second use state, if an outdoor person wants to unlock, the person needs to use a door entering key matched with the lock body to insert into the key hole to unlock the door lock and the safety lock.
In summary, in the intelligent security entrance guard system of the present invention, when the identification result of the first identification unit is that the first actual unlocking information is not matched with the first preset unlocking information, the lock is further locked on the basis of the lock falling of the door lock, and the lock can only be opened outside the door but not inside the door, so that when a stranger tries to cheat a child or an old-and-weak-old man inside the door to open the door outside the door, the child or the old-and-weak-old man inside the door cannot open the door to put the stranger into the room even if the stranger is cheated, thereby avoiding the problems of child loss, family property loss, and the like.
The invention is described in detail below with reference to the drawings and specific examples, but the invention is not limited thereto.
Drawings
FIG. 1 is a schematic diagram of an intelligent security access control system according to an embodiment of the present invention;
fig. 2 is a block diagram of an intelligent security access control system according to an embodiment of the present invention.
DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION
FIG. 1 is a schematic diagram of an intelligent security access control system according to an embodiment of the present invention; fig. 2 is a block diagram of an intelligent security access control system according to an embodiment of the present invention.
Referring to fig. 1 and 2, an intelligent security access control system 1 includes a door 10, a lock 20 and an identification system 30, wherein the lock 20 is disposed on the door 10, and the lock 20 includes a door lock 201 and a safety lock 202, wherein the door lock 201 can be opened both outside and inside the door, and the safety lock 202 can be opened only outside and not inside the door; meanwhile, the identification system 30 is coupled to the lock body 20 (i.e. the identification system 30 is coupled to both the door lock 201 and the safety lock 202), the identification system 30 has a first identification unit 301, and the first identification unit 301 stores first preset unlocking information in advance.
When the door lock 201 is unlocked and the safety lock 202 is not locked in the first use state (in general, the lock body 20 is in the first use state, that is, after the door body 10 is closed, only the door lock 201 is locked and the safety lock 202 is not locked), when an outdoor person inputs first actual unlocking information, the first identification unit 301 identifies the first actual unlocking information, and if the first actual unlocking information is matched with the first preset unlocking information, the door lock 201 is unlocked; if the first actual unlocking information does not match the first predetermined unlocking information, the door lock 201 and the safety lock 202 both fall into the second use state (that is, in the second use state, not only the door lock 201 remains in the fall lock state, but also the safety lock 202 changes from the original non-fall lock state into the fall lock state). In short, when the person outside the door fails to input the unlocking information matching with the first preset unlocking information, the safety lock 202 will further fall off on the basis that the door lock 201 is originally fallen off, and the safety lock 202 cannot be opened inside the door, so that when only one child or weak old man in the room is at home, the problem that the child or old man opens the door to strangers or dangerous persons due to cheating can be avoided, and therefore the problems of child loss, home property loss and the like can be avoided.
Referring to fig. 1 and fig. 2, the identification system 30 further has a second identification unit 302 coupled to the first identification unit 301, when the intelligent security access control system 1 enters the second use state, the second identification unit 302 is turned on, and the second identification unit 302 stores second predetermined unlocking information in advance. In practice, the second recognition unit 302 is, for example, activated upon receiving a notification from the first recognition unit 301, or the second recognition unit 302 is activated upon receiving a notification from a processing unit in the recognition system 30.
In the second use state, both the door lock 201 and the safety lock 202 are locked, at this time, if an outdoor person wants to unlock, second actual unlocking information is input, then the second identification unit 302 identifies the second actual unlocking information, if the second actual unlocking information matches with second preset unlocking information, both the door lock 201 and the safety lock 202 are unlocked simultaneously, and if the second actual unlocking information does not match with the second preset unlocking information, both the door lock 201 and the safety lock 202 keep locked. In short, when the first actual unlocking information is not matched with the first preset unlocking information, the safety lock 202 also enters a lock-falling state as the door lock 201, at this time, if an outdoor person wants to continue unlocking, the second actual unlocking information needs to be input, then the second identification unit 302 compares the second actual unlocking information with the second preset unlocking information, if the actual unlocking information is matched, the door lock 201 and the safety lock 202 are both unlocked, if the actual unlocking information is not matched, the door lock 201 and the safety lock 202 keep the lock-falling state, and the outdoor person cannot unlock the door and enter the room. Furthermore, in other embodiments, when the second actual unlocking information does not match the second preset unlocking information, not only the door lock 201 and the safety lock 202 are in the lock-out state, but also the intelligent security access control system 1 will issue an alarm, that is, the intelligent security access control system 1 may further include an alarm system 50, the alarm system 50 is coupled to the recognition system 30, when the second actual unlocking information does not match the second preset unlocking information, the alarm system 50 issues an alarm to deter people outside the door, and in addition, the alarm system 50 may further connect in a house owner who uses the intelligent security access control system to inform that a stranger is trying to unlock the door and enter the room, so as to remind the house owner to raise the vigilance and return to check the situation as soon as possible.
Preferably, in this embodiment, the first predetermined unlocking information is different from the second predetermined unlocking information, for example, the first predetermined unlocking information is a face image pre-stored in the recognition system 30 (correspondingly, the first recognition unit 301 is a face recognition unit), and the second predetermined unlocking information is audio information pre-stored in the recognition system 30 (correspondingly, the second recognition unit 302 is an audio recognition unit); or the first unlocking information is a fingerprint image pre-stored in the recognition system 30 (correspondingly, the first recognition unit 301 is a fingerprint recognition unit), and the second pre-unlocking information is gesture information pre-stored in the recognition system 30 (correspondingly, the second recognition unit 302 is a gesture recognition unit); alternatively, the first unlocking information is an iris image stored in the recognition system 30 in advance (accordingly, the first recognition unit 301 is an iris recognition unit at this time); and the second pre-unlock information is audio information pre-stored in the identification system 30 (accordingly, the second identification unit 302 is an audio identification unit). For example, the first preset unlocking information and the second preset unlocking information may be other unlocking information, and correspondingly, the first identification unit 301 and the second identification unit 302 may also be other identification units as long as the corresponding functions can be realized.
In actual use, the first identification unit 301 has a first information acquisition module 3011, a first storage module 3012, and a first comparison module 3013, which are coupled to each other, where the first information acquisition module 3011 is configured to obtain first actual unlocking information and send the first actual unlocking information to the first comparison module 3013, the first storage module 3012 stores first preset unlocking information, and the first comparison module 3013, after receiving the first actual unlocking information, compares the received first actual unlocking information with first preset unlocking information stored in the first storage module 3012 in advance to identify whether the first actual unlocking information matches the first preset unlocking information. In fact, the first preset unlocking information pre-stored in the first storage module 3012 is also acquired by the first information acquisition module 3011, and after the acquisition is completed, the first preset unlocking information is stored in the first storage module 3012 to be compared and called.
Correspondingly, the second identification unit 302 has a second information collection module 3021, a second storage module 3022, and a second comparison module 3023 that are coupled to each other, where the second information collection module 3021 is configured to obtain second actual unlocking information and send the second actual unlocking information to the second comparison module 3023, the second storage module 3022 stores second preset unlocking information, and after the second comparison module 3023 receives the second actual unlocking information, the second actual unlocking information and the second preset unlocking information stored in the second storage module 3022 in advance are compared to identify whether the second actual unlocking information matches the second preset unlocking information. In fact, the second preset unlocking information pre-stored in the second storage module 3022 is also acquired by the second information acquisition module 3021, and after the acquisition is completed, the second preset unlocking information is stored in the second storage module 3022 to be compared and called.
It should be noted that, when the first identification unit 301 is a face identification unit, the first information acquisition module 3011 may be an image acquirer and may acquire face image information, and when the second identification unit 302 is an audio identification unit, the second information acquisition module 3021 may be an audio acquirer and may acquire audio information sent by an outdoor person; similarly, when the first recognition unit 301 is a fingerprint recognition unit, the first information collection module 3011 may be a fingerprint collector and may obtain fingerprint image information, and when the second recognition unit 302 is a gesture recognition unit, the second information collection module 3021 may be a gesture detection sensor and may obtain gesture motion information. This is for illustrative purposes only, and not for limiting purposes.
In this embodiment, when the first actual unlocking information is not matched with the first predetermined unlocking information, the security lock 202 enters the second use state after being unlocked, and if the unlocking is desired, the unlocking is performed only by the identification of the second identification unit 302, but not limited thereto, in other embodiments, the intelligent security access control system 1 may also not have the second identification unit 302, but the lock body 20 has the key hole 203, and in the second use state, if the unlocking is desired, the person outside the door needs to use the entry key matched with the lock body 20 to insert into the key hole 203 to unlock the door lock 201 and the security lock 202.
It should be noted that, in the above, two unlocking manners (one is to unlock by using the second identification unit 302, and the other is to unlock by using a corresponding key) when the second use state is illustrated (the state where the door lock 201 and the safety lock 202 are both locked), in practical applications, there may be other unlocking manners, for example, after the first identification unit 301 identifies that the first actual unlocking information is not matched with the first preset unlocking information and the safety lock 202 is locked, the unlocking functions of the door lock 201 and the safety lock 202 may be suspended, until the door lock 201 is still locked after the preset time interval, the first identification unit 301 is normally operated again, and the person outside the door may be identified again. That is, once the first identification unit 301 identifies that the first actual unlocking information does not match the first preset unlocking information, the security lock 202 will be unlocked, and the identification system 30 will stop operating within a preset time (e.g. the preset time is 15 minutes), and anyone cannot unlock the door lock 201 and the security lock 202 in any way, and only after the preset time (e.g. 15 minutes), the security lock 202 will be automatically unlocked (but the door lock 201 will not be automatically unlocked), and at the same time, the identification system 30 (the first identification unit 301) will operate normally again.
In addition, the intelligent security entrance guard system 1 of the present invention further includes a sensing system 40, the sensing system 40 is coupled to the identification system 30, the sensing system 40 is used for detecting whether an outdoor person is close to the door 10, and when the sensing system 40 detects that an outdoor person is close to the door 10, the identification system 30 operates. Therefore, the identification system 30 in the invention can be kept in a dormant state under a common condition, energy can be saved, and meanwhile, as long as the sensing system 40 detects that a person approaches the door body 10, the identification system 30 can be awakened to identify the person outside the door in time, so that the purposes of identifying the person outside the door in time and saving energy can be achieved.
It should be noted that, in the embodiment, the identification system 30 is mounted on the door 10, but is not limited thereto, and in other embodiments, the identification system 30 may be embedded in the lock body 20 as long as the identification system 30 is coupled with the lock body 20 to complete related communication and commands.
In summary, when the first actual unlocking information is not matched with the first preset unlocking information as a result of the identification by the first identification unit, the intelligent security access control system further enables the safety lock to be locked on the basis of locking falling of the door lock, and the safety lock can only be unlocked outside the door and cannot be unlocked inside the door, so that when a stranger tries to cheat a child inside the door or an old-weak person to open the door outside the door, the child or the old-weak person inside the door cannot be unlocked to put the stranger into the room even if the stranger is cheated, and therefore the problems of child loss, household property loss and the like can be avoided.
The present invention is capable of other embodiments, and various changes and modifications may be made by one skilled in the art without departing from the spirit and scope of the invention.
Claims (10)
1. An intelligent security guard access control system, which is characterized by comprising:
a door body;
the lock body is arranged on the door body and comprises a door lock and a safety lock, the door lock can be opened outside the door and inside the door, and the safety lock can only be opened outside the door but not inside the door; and
the identification system is coupled with the lock body and is provided with a first identification unit, and first preset unlocking information is prestored in the first identification unit;
when the door lock is in a first use state, the door lock is locked and the safety lock is not locked, when an outdoor person inputs first actual unlocking information, the first identification unit identifies the first actual unlocking information, and if the first actual unlocking information is matched with the first preset unlocking information, the door lock is unlocked; if the first actual unlocking information is not matched with the first preset unlocking information, the door lock and the safety lock are both unlocked and enter a second use state.
2. The intelligent security access control system of claim 1, wherein the identification system further comprises a second identification unit coupled to the first identification unit, the second identification unit being enabled when the access control system enters a second use state, the second identification unit having second predetermined unlocking information pre-stored therein;
when the door lock is in a second use state, if an outdoor person wants to unlock, second actual unlocking information is input, the second identification unit identifies the second actual unlocking information, if the second actual unlocking information is matched with second preset unlocking information, the door lock and the safety lock are unlocked simultaneously, and if the second actual unlocking information is not matched with the second preset unlocking information, the door lock and the safety lock are kept locked.
3. The intelligent security access control system of claim 2, wherein the first predetermined unlock information is different from the second predetermined unlock information.
4. The intelligent security access control system of claim 2, further comprising an alarm system coupled to the identification system, the alarm system configured to issue an alarm when the second actual unlock message does not match the second predetermined unlock message.
5. The intelligent security access control system of claim 2, wherein the first recognition unit is a face recognition unit, a fingerprint recognition unit, or an iris recognition unit.
6. The intelligent security entrance guard system of claim 2, wherein the second recognition unit is a gesture recognition unit or an audio recognition unit.
7. The intelligent security access control system according to claim 2, wherein the first identification unit has a first information acquisition module, a first storage module and a first comparison module coupled to each other, wherein the first information acquisition module is configured to acquire the first actual unlocking information and send the first actual unlocking information to the first comparison module, the first storage module stores the first preset unlocking information, and the first comparison module compares the first actual unlocking information with the first preset unlocking information to identify whether the first actual unlocking information matches the first preset unlocking information after receiving the first actual unlocking information.
8. The intelligent security access control system according to claim 7, wherein the second identification unit has a second information acquisition module, a second storage module and a second comparison module coupled to each other, wherein the second information acquisition module is configured to acquire the second actual unlocking information and send the second actual unlocking information to the second comparison module, the second storage module stores the second preset unlocking information, and the second comparison module compares the second actual unlocking information with the second preset unlocking information to identify whether the second actual unlocking information matches the second preset unlocking information after receiving the second actual unlocking information.
9. The system of claim 1, further comprising a sensing system coupled to the identification system, the sensing system configured to detect whether an outside person is approaching the door, wherein the identification system is configured to operate when the sensing system detects that an outside person is approaching the door.
10. The intelligent security access control system of claim 1, wherein the lock body has a keyhole; in the second use state, if an outdoor person wants to unlock, the person needs to use a door entering key matched with the lock body to insert into the key hole to unlock the door lock and the safety lock.
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