CN112652106B - Entrance guard management system for registering check-in place - Google Patents
Entrance guard management system for registering check-in place Download PDFInfo
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- CN112652106B CN112652106B CN201910956936.4A CN201910956936A CN112652106B CN 112652106 B CN112652106 B CN 112652106B CN 201910956936 A CN201910956936 A CN 201910956936A CN 112652106 B CN112652106 B CN 112652106B
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Abstract
The invention provides an entrance guard management system for registering a check-in place. Based on the invention, the unlocking authority of the door lock mechanism can be managed by using identity authentication based on face recognition, so that the safety of check-in management can be improved compared with a mode of only depending on an unlocking certificate; and when the identity authentication is passed, the personalized notification information can be presented according to the priority sequence, wherein the presented personalized notification information can be combined with room attributes such as a smokeless room or a smoking room and the individual difference of the persons who live in to carry out safety escape prompt, indoor fire prompt, personnel nursing prompt information and/or door and window closing prompt information, so that the safety precaution consciousness of the persons who live in to be improved is facilitated, and the safety of the live in management can be further indirectly improved. In addition, the door lock mechanism can adopt a cascade mode that the door lock mechanism comprises a user-controlled lock and an authority electric control lock, and supports a mechanical lock type selection scheme that the user controls the lock, so that the cost of check-in management is reduced.
Description
Technical Field
The invention relates to the field of security protection, in particular to an entrance guard management system for registering an entrance place, a room entrance guard system based on entrance information registration, a face recognition terminal, an intelligent entrance guard device and an entrance management method based on entrance information registration.
Background
In check-in places such as hotels, apartments and the like, a conventional check-in management method is to install a door lock mechanism at a room check-in door and to assign an unlocking certificate such as a door card to a legitimate check-in person.
However, the conventional check-in management method is limited to the management of the user right for the check-in personnel, and lacks a management measure for the check-in security. Moreover, the conventional approach relies entirely on the unlocking certificate, and cannot avoid the intrusion of the unlocking certificate after being obtained by others in an illegal way.
Therefore, the safety of the check-in management method in the prior art needs to be improved.
Disclosure of Invention
In view of the above, embodiments of the present invention respectively provide an access control system for registering a check-in place, a room access control system registered based on check-in information, a face recognition terminal, an intelligent access control device, and a method for managing a house based on check-in information registration.
In one embodiment, there is provided an entrance guard management system for registering a place of check-in, the entrance guard management system including an information registration server in which an information acquisition terminal is disposed in a check-in registration area, a door lock mechanism provided at an entrance door of each room, and a face recognition terminal disposed outside the entrance door of each room, wherein:
the information registration server is used for receiving the face registration photo and the personnel description information of the person entering the living room and the room attribute information of the living room, which are input by the information acquisition end, and pushing the face registration photo and the personnel description information of the person entering the living room and the room attribute information of the living room to a face recognition terminal arranged outside the entrance of the living room;
the face recognition terminal arranged outside the entrance door of each room is used for receiving face registration photos and personnel description information of the persons who enter the room and room attribute information of the rooms which are pushed by the information registration server; when a human face appears in a monitoring visual field outside a door, the identity of the appearing human face is verified by using a human face registration photo; when the check-in identity passes, releasing unlocking authority of a user control lock in a door lock mechanism arranged on an entrance door of the room, generating personalized notification information according to the personnel description information and the room attribute information, and displaying the generated personalized notification information in a preset time length according to the priority from high to low;
wherein the content of the first and second substances,
the person description information includes person age information, the room attribute information includes room identification, smoking permission authority, window specification and adjacent room state, and the personalized notification information generated according to the person description information and the room attribute information includes:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor period;
and when the window specification indicates that the window adjacent street can be opened, generating the door and window closing prompt information with the fourth priority.
Optionally, the face recognition terminal is further used for presenting the personalized notification information in a visual and/or voice manner.
Optionally, the face recognition terminal is further configured to: generating advertisement information with a priority lower than all the personalized notification information, and presenting the advertisement information.
Optionally, a user-operated lock in the door lock mechanism automatically locks the entrance door in response to a closing of the entrance door and unlocks the entrance door in response to a user unlocking operation; the door lock mechanism further comprises an authority electric control lock, wherein the authority electric control lock inhibits the unlocking authority of the user-controlled lock in response to the closing of the entrance door and releases the unlocking authority of the user-controlled lock in response to the received unlocking electric control signal; and the face recognition terminal is further used for sending an unlocking electric control signal to the authority electric control lock when the check-in identity passes.
In another embodiment, there is provided a room access control system registered based on entrance information, the room access control system including a door lock mechanism installed at an entrance door of a room, and a face recognition terminal disposed outside the entrance door of the room, wherein the face recognition terminal is configured to:
receiving a face registration photo and personnel description information of a person who stays in and room attribute information of a room which stays in, wherein the face registration photo and the personnel description information are pushed by an information registration server;
when a face appears in a monitoring visual field outside a door, the face registration photo is used for carrying out identity verification on the appearing face;
when the check-in identity passes, releasing unlocking permission of a user control lock in a door lock mechanism, generating personalized notification information according to personnel description information and room attribute information, and presenting the generated personalized notification information in a preset time length according to the priority sequence from high to low;
wherein the content of the first and second substances,
the person description information includes person age information, the room attribute information includes a room identifier, a smoking permission authority, a window specification, and a neighboring room status, and the personalized notification information generated according to the person description information and the room attribute information includes:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
indoor fire prevention prompt information of a second priority level generated when the smoking permission authority indicates that smoking in the room is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
and generating door and window closing prompt information of a fourth priority when the window specification indicates that the window adjacent street can be opened.
Optionally, the face recognition terminal is further used for presenting the personalized notification information in a visual and/or voice manner.
Optionally, the face recognition terminal is further configured to generate advertisement information with a priority lower than all the personalized notification information, and present the advertisement information.
Optionally, a user-operated lock in the door lock mechanism automatically locks the entrance door in response to a closing of the entrance door and unlocks the entrance door in response to a user unlocking operation; the door lock mechanism further comprises an authority electric control lock, wherein the authority electric control lock inhibits the unlocking authority of the user-controlled lock in response to the closing of the entrance door and releases the unlocking authority of the user-controlled lock in response to the received unlocking electric control signal; and the face recognition terminal is further used for sending an unlocking electric control signal to the authority electric control lock when the check-in identity passes.
In another embodiment, a face recognition terminal is provided, which includes a communication module, a monitoring module, a media playing module, a door lock driving module, and a processor, wherein:
the monitoring module is provided with a monitoring visual field covering a monitoring area outside the door;
the communication module is used for receiving the face registration photo and the personnel description information of the person who stays in and the room attribute information of the room which are pushed by the information registration server, and sending the received face registration photo and the personnel description information as well as the room attribute information to the processor;
the processor is used for carrying out identity verification on the appeared human face by using the human face registration photo when the human face appears in the monitoring visual field outside the entrance door of the monitoring module; when the entrance identity verification passes, the door lock driving module is driven to release the unlocking authority of the user control lock in the door lock mechanism of the entrance door of the room, and personalized notification information is generated according to the personnel description information and the room attribute information and is sent to the media playing module;
the media playing module is used for presenting the personalized notification information generated by the processor in a preset time length according to the sequence from high priority to low priority;
the personnel description information comprises personnel age information, the room attribute information comprises room identification, smoking permission authority, window specification and adjacent room state, and the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
and when the window specification indicates that the window adjacent street can be opened, generating the door and window closing prompt information with the fourth priority.
Optionally, the media playing module comprises a display screen for visually presenting the personalized notification information and/or a loudspeaker for audibly presenting the personalized notification information.
Optionally, the processor is further configured to generate advertisement information with a priority lower than all the personalized notification information; the media playing module is further used for presenting the advertisement information.
In another embodiment, there is provided a smart entry device, including:
the area monitoring module is used for monitoring a monitoring area outside a door of a room;
the network communication module is used for receiving the face registration photo and the personnel description information of the person who enters the house and the room attribute information of the room which enters the house, which are pushed by the information registration server, and sending the received face registration photo and the personnel description information as well as the room attribute information to the processor;
the face recognition module is used for carrying out identity verification on the face when the face appears in a monitoring area outside the entrance door by using the face registration photo;
the authority control module is used for releasing the unlocking authority of a user control lock in a door lock mechanism of an entrance door of a room when the entrance identity verification passes;
the information generation module is used for generating personalized notification information according to the personnel description information and the room attribute information when the check-in identity passes, wherein the personnel description information comprises personnel age information, the room attribute information comprises a room identifier, smoking permission authority, a window specification and an adjacent room state, and the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the adjacent room state is a smoking room which is already occupied, the room position corresponding to the room identification is used as position reference to generate first-priority safe escape path indication information;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
door and window closing prompt information of a fourth priority is generated when the window specification indicates that windows adjacent to the window can be opened; and
and the media presentation module is used for presenting the personalized notification information generated by the processor in a preset time length according to the sequence from high priority to low priority.
In another embodiment, there is provided a check-in management method based on check-in information registration, including:
receiving a face registration photo and personnel description information of a person who stays in and room attribute information of a room which stays in, wherein the face registration photo and the personnel description information are pushed by an information registration server, the personnel description information comprises personnel age information, and the room attribute information comprises a room identifier, smoking permission authority, a window specification and an adjacent room state;
when a face appears in a monitoring area outside the entrance, the face registration photo is used for carrying out identity verification on the appearing face;
when the check-in identity passes, releasing the unlocking authority of a user control lock in a door lock mechanism of an entrance door installed in a room, and generating personalized notification information according to the personnel description information and the room attribute information, wherein the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the adjacent room state is a smoking room which is already occupied, the room position corresponding to the room identification is used as position reference to generate first-priority safe escape path indication information;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor period;
door and window closing prompt information of a fourth priority is generated when the window specification indicates that windows adjacent to the window can be opened; and
and presenting the personalized notification information generated by the processor in a preset time length according to the sequence of the priority from high to low.
In another embodiment, a non-transitory computer readable storage medium is provided, which stores instructions that, when executed by a processor, cause the processor to perform the steps in the home management method as described above.
Based on the embodiment, the unlocking authority of the door lock mechanism can be managed by using identity authentication based on face recognition, so that the safety of check-in management can be improved compared with a mode of only depending on an unlocking certificate; and when the identity authentication based on face recognition passes, personalized notification information can be presented according to the priority sequence, wherein the presented personalized notification information can comprise the safety escape path indication information with the highest priority, and can further comprise indoor fire prevention prompt information, and/or personnel nursing prompt information, and/or door and window closing prompt information by combining the individual difference of the checked-in personnel and the difference of the room attributes such as a smokeless room or a smoking room, so that the safety precaution consciousness of the checked-in personnel can be improved, and the safety of check-in management can be further indirectly improved. In addition, the door lock mechanism can adopt a cascading mode that the door lock mechanism comprises a user-controlled lock and an electric-controlled lock with authority, and supports a mechanical lock type selection scheme that the user controls the lock, so that the cost of check-in management can be reduced.
Drawings
The following drawings are only schematic illustrations and explanations of the present invention, and do not limit the scope of the present invention:
FIG. 1 is a schematic diagram of an exemplary architecture of a check-in entrance management system in one embodiment;
FIG. 2 is a schematic diagram of an example application of the gate inhibition management system shown in FIG. 1;
fig. 3 is an electrical schematic diagram of a face recognition terminal in the access control system shown in fig. 1;
FIG. 4 is a schematic flow chart diagram illustrating a method for enrollment management based on enrollment into a household in one embodiment;
fig. 5 is a schematic diagram of an exemplary logical structure of the smart entry device in an embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and examples.
Fig. 1 is a schematic diagram illustrating an exemplary architecture of a check-in entrance management system in an embodiment.
Referring to fig. 1, in this embodiment, the access control system for registering a check-in place may include:
an information registration server 10 of an information acquisition end 100 is arranged in a check-in area;
a door lock mechanism 30 provided at the entrance door 20 of each room;
and a face recognition terminal 40 disposed outside the entrance door 20 of each room.
The door lock mechanism 30 installed in the entrance door 20 of each room and the face recognition terminal 40 disposed outside the entrance door 20 of the room can be regarded as a set of room entrance systems registered based on the entrance information.
Taking a check-in place as a hotel as an example, the information acquisition terminal 100 of the information registration server 10 may be an information acquisition device disposed at a front desk of a hall, and information of all check-in persons can be acquired during a check-in procedure.
The collected information may include a face registration photo of the person who lives in and person description information, which may include certificate information, age, gender, and the like. And, the collected information may also include room attribute information of the room of stay, and the room attribute information may include room identification (such as room number), room specification (such as one-man room, two-man room, suite, business room, etc.), smoking permission authority (such as smoking room, smokeless room), window configuration (such as windowing, window-to-door, closed window, windowless, etc.), adjacent room status, etc.
Accordingly, the information registration server 10 is configured to receive the face registration photo and the person description information of the checked-in person and the room attribute information of the checked-in room, which are input by the information acquisition terminal 100.
Also, as can be seen from fig. 1, the information registration server 10 is communicatively connected (wired connection or wireless connection) to the face recognition terminal 40 outside the entrance door 20 of each room, and therefore, the information registration server 10 can also be used to push the entered face registration photograph and person description information of the person who enters the room, and the room attribute information of the room to the face recognition terminal 40 disposed outside the entrance door 20 of the room that enters the room (for example, unicast transmission with directivity).
The face recognition terminal 40 disposed outside the entrance door 20 of each room is communicatively connected to the door lock mechanism 30 installed at the entrance door 20 of the room, and the face recognition terminal 40 disposed outside the entrance door 20 of each room may be configured to receive the face registration photograph and the person description information of the person who enters the room, which are pushed by the information registration server 10, and the room attribute information of the room that enters the room.
The face recognition terminal 40 has a camera 41, and the monitoring field of view of the camera 41 covers the monitoring area outside the entrance door 20 of the room where the face recognition terminal 40 is located.
Accordingly, the face recognition terminal 40 disposed outside the entrance door 20 of each room is also used to authenticate a face that appears when the face appears in the monitoring field of view outside the entrance door 20, using the face registration photo; when the check-in authentication is passed, the unlocking authority of the door lock mechanism 30 installed at the entrance door of the room is released, and personalized notification information is generated based on the person description information and the room attribute information.
The personalized notification information generated by the face recognition terminal 40 according to the person description information and the room attribute information may include:
when the smoking permission authority in the room attribute information indicates that smoking is allowed or the adjacent room state is a smoking room which is occupied, the room position corresponding to the room identifier included in the room attribute information is taken as position reference to generate first-priority safe escape path indicating information, and the content of the first-priority safe escape path indicating information can include prompting words such as 'the fire passage turns to the right 20 meters from the door' and the like to the position and distance of the room relative to the fire passage, and/or graphic information such as a path map of the fire passage;
the indoor fire prevention notice information of the second priority generated when the smoking permission authority in the room attribute information represents that the indoor smoking is allowed, and the content of the indoor fire prevention notice information can contain warning words such as 'do not smoke at the head of a bed';
the person age information in the person description information contains a third-priority person care prompt message generated when the person age information falls in the minor period, and the content thereof may contain a prompt such as "please watch your child";
the window closing prompt information of the fourth priority generated when the window specification included in the room attribute information indicates that the window can be opened adjacent to the street may contain a prompt such as "please close the window before sleep".
The face recognition terminal 40 disposed outside the entrance door 20 of each room may be further configured to present the generated personalized notification information in a preset time length according to a priority order from high to low. Namely, the first priority, the second priority, the third priority and the fourth priority are presented in the order from high to low.
The time length of the single information of each piece of personalized notification information may be different, that is, the time length of the single information of the first-priority safety escape path indicating information may be longer than the time length of the single information of the second-priority to fourth-priority personalized notification information, for example, the time length of the single information of the first-priority safety escape path indicating information may be 5 seconds, and the time length of the single information of the second-priority to fourth-priority personalized notification information may be 3 seconds.
As can be seen from fig. 1, the face recognition terminal 40 may comprise a display screen 42 and a speaker 42, so that for the presentation of the personalized notification a combination of visualization and speech may be used. For example, for a visual presentation, the personalized notifications may be displayed on the display screen 42 one by one in a priority order, or the personalized notifications may be displayed on the display screen 42 in a typeset manner in a priority order; for voice presentation, the personalized notifications may be played voice-by-voice in a priority order, such as synchronized with the display-by-display of visually presented personalized notifications.
Of course, in practical applications, the face recognition terminal 40 does not necessarily include both the display 42 and the speaker 42, but may alternatively include one of the display 42 and the speaker 42. That is, the face recognition terminal 40 may be further configured to present the personalized notification information in a visual and/or voice manner.
In addition, the face recognition terminal 40 may be further configured to generate advertisement information with a priority lower than that of all personalized notification information (for example, when the number of generated personalized notification information pieces does not reach a preset information piece number threshold), and present the advertisement information, wherein the presentation of the advertisement information by the face recognition terminal 40 may still be in a visual and/or voice manner. That is, the advertisement information may be considered to have the lowest fifth priority. The advertisement information may be generated by the face recognition terminal 40 and loaded from a preset advertisement database according to the age information and gender information of the person in the person description information.
Fig. 2 is a schematic diagram of an application example of the access control management system shown in fig. 1. Referring to fig. 2, taking three rooms using room numbers of "201", "202", and "203" as room identifications as an example, personalized notification information and advertisement information generated and presented by the face recognition terminal 40 arranged outside the entrance of the three rooms based on the person description information and the room attribute information are listed in table 1.
TABLE 1
From the above example it can be seen that:
for the smoking room and the smokeless rooms adjacent to the occupied smoking room, the face recognition terminal 40 may present the safety escape path indicating information with the first priority after the identity authentication is passed, so as to help the occupied people to improve the vigilance and safety awareness of fire escape, wherein the path contents (e.g., distances) included in the safety escape path indicating information presented for different rooms may be different due to the reference positions determined by the positions of the different rooms;
for the smoking room, the face recognition terminal 40 can present indoor fire prevention prompt information with a second priority after the identity authentication is passed, so that the fire prevention awareness of the people who live in the smoking room can be improved;
for the rooms with the living people including the minors, the face recognition terminal 40 can present the nursing prompt information of the people with the third priority after the identity authentication is passed, so as to promote the in-room behavior constraint awareness of the living people to the people with limited or no behavior ability;
for the rooms with adjacent windows, the face recognition terminal 40 may present the door and window closing prompt information of the fourth priority after the identity authentication is passed. So as to help to improve the anti-theft consciousness of the personnel who live in;
for rooms where the resident contains minors, the face recognition terminal 40 may forgo presentation of the advertising information to avoid unpredictable negative psychological effects of the advertising information on the minors.
Based on the above embodiment, the unlocking authority of the door lock mechanism 30 can be managed by using the identity authentication based on the face recognition, so that the security of check-in management can be improved compared with a mode of only relying on an unlocking certificate; and when the identity authentication based on face recognition passes, personalized notification information can be presented according to the priority sequence, wherein the presented personalized notification information can comprise the safety escape path indication information with the highest priority, and can further comprise indoor fire prevention prompt information, and/or personnel nursing prompt information, and/or door and window closing prompt information by combining the individual difference of the checked-in personnel and the difference of the room attributes such as a smokeless room or a smoking room, so that the safety precaution consciousness of the checked-in personnel can be improved, and the safety of check-in management can be further indirectly improved.
Referring back to fig. 1, in this embodiment, the door lock mechanism 30 provided at the entrance door 20 of each room may include a user-operated lock 30a and an electric-controlled-right lock 30b.
The user-operated lock 30a may be an electronic lock or a mechanical lock installed at the door leaf 20a of the entrance door 20. The user-manipulated lock 30a may automatically lock the entry door 20 in response to the door leaf 20a of the entry door 20 being closed, and the user-manipulated lock 30a may also unlock the entry door 20 in response to a user-unlocking operation (e.g., key-turning on a mechanical lock or scanning a door card on an electronic lock).
The authorized electric control lock 30b may be a cathode lock installed in a lock hole of the door frame 20b of the entrance door 20. The electric right control lock 30b may prohibit the unlocking right of the user-controlled lock 30a in response to the door leaf 20a of the entrance door 20 being closed, for example, the prohibition of the unlocking right of the user-controlled lock 30a by the electric right control lock 30b may be realized by locking a latch tongue and/or a dead tongue in a latch tongue of the user-controlled lock 30 a; and, the authority electrically controlled lock 30b may also release the unlocking authority of the user-controlled lock 30a in response to the received unlocking electrical control signal.
Accordingly, the face recognition terminal 40 may be further configured to send an unlocking electric control signal to the electric control lock for permission 30b installed at the entrance door 20 belonging to the same room when the entrance authentication passes.
In practical applications, if the user selects an electronic lock such as a smart lock for the lock 30a, the lock itself has a high cost and needs to be powered by a battery, and the electronic lock needs to be wired inside the door 20 a. In contrast, if the user selects the mechanical lock for the operation lock 30a, the cost (including the cost of the lock body itself and the cost of the battery) can be reduced compared to the electric control lock, and moreover, the wiring is not required in the door leaf 20, so that the difficulty in installing the door lock mechanism 30 can be reduced. That is, the door lock mechanism 30 may adopt a cascade mode in which the door lock mechanism includes the user-operated lock 30a and the electric-controlled lock 30b, and support a mechanical lock selection scheme in which the user-operated lock 30a is operated, so that the cost of check-in management can be reduced.
Fig. 3 is an electrical schematic diagram of a face recognition terminal in the access control system shown in fig. 1. Referring to fig. 3, in one embodiment, the face recognition terminal 40 may include a monitoring module 51, a communication module 52, a door lock driving module 53, a media playing module 54, and a processor 55.
The monitoring module 51 may comprise a camera 41 as described above, whereby the monitoring module 51 may have a monitoring field of view covering a monitoring area outside the entrance door.
The communication module 52 may include a wireless network transceiver or a wired network transceiver, and the communication module 52 may be configured to receive the face registration photo and the person description information of the person who enters the living room and the room attribute information of the living room pushed by the information registration server 10, and send the received face registration photo and the person description information and the room attribute information to the processor 55.
The processor 55 may be configured to, when the monitoring module 51 presents a face in the monitoring field outside the door, authenticate the presented face by using the face registration photo received from the communication module 52; when the check-in identity passes, the door lock driving module 53 is driven to release the unlocking authority of the door lock mechanism 30 arranged at the entrance door of the room, and personalized notification information is generated according to the personnel description information and the room attribute information and is sent to the media playing module;
the personalized notification information generated by the processor 55 according to the person description information and the room attribute information may include:
when the smoking permission authority in the room attribute information indicates that smoking is allowed or the adjacent room state is a smoking room which is occupied, the room position corresponding to the room identifier included in the room attribute information is taken as position reference to generate first-priority safe escape path indicating information, and the content of the first-priority safe escape path indicating information can include prompting words such as 'the fire passage turns to the right 20 meters from the door' and the like to the position and distance of the room relative to the fire passage, and/or graphic information such as a path map of the fire passage;
the second priority indoor fire prevention notice information generated when the smoking permission authority in the room attribute information indicates that smoking in the room is allowed, and the content thereof may include a warning word such as "do not smoke at head of bed";
the person age information in the person description information contains a third-priority person care prompt message generated when the person age information falls in the minor period, and the content thereof may contain a prompt such as "please watch your child";
the window closing prompt information of the fourth priority generated when the window specification included in the room attribute information indicates that the window can be opened adjacent to the street may contain a prompt such as "please close the window before sleep".
The face recognition terminal 40 disposed outside the entrance door 20 of each room may be further configured to present the generated personalized notification information in a preset time length according to a priority order from high to low. Namely, the first priority, the second priority, the third priority and the fourth priority are presented in the order from high to low. The time length of the single information of each piece of personalized notification information may be different, that is, the time length of the single information of the first-priority safety escape path indicating information may be longer than the time length of the single information of the second-priority to fourth-priority personalized notification information, for example, the time length of the single information of the first-priority safety escape path indicating information may be 5 seconds, and the time length of the single information of the second-priority to fourth-priority personalized notification information may be 3 seconds.
The media playing module 54 may include the display screen 42 and/or the speaker 43, and the media playing module 54 may be configured to present the personalized notification information generated by the processor in a preset time duration according to a priority ranking, for example, the display screen 42 presents the personalized notification information in a visual manner, and/or the speaker 43 presents the personalized notification information in a voice manner.
For visual presentation, the personalized notifications may be displayed on the display screen 42 item by item in a priority order, or the personalized notifications may be displayed on the display screen 42 in a typeset in a priority order; for voice presentation, the personalized notifications may be played voice-by-voice by the speaker 43 in a priority order, such as synchronized with the display of visually presented personalized notifications on the display screen 42.
In addition, the processor 55 may be further configured to generate advertisement information with a priority lower than all the personalized notification information, and accordingly, the media playing module 54 may be further configured to present the advertisement information, wherein the presentation of the advertisement information by the media playing module 54 may still be in a visual and/or voice manner.
As can be seen in fig. 3, the face recognition terminal 40 may also include a non-transitory computer readable storage medium 56, where the non-transitory computer readable storage medium 56 may store instructions for execution by the processor 55.
The processor 55 may be understood as a method of registering a user based on the presence information during the process of executing the instructions.
Fig. 4 is a schematic flowchart of an entrance management method based on check-in information registration in one embodiment. Referring to fig. 4, in this embodiment, the method for managing entrance based on registration of the attendance information may include:
s610: receiving a face registration photo and personnel description information of a person who stays in and room attribute information of a room which stays in, wherein the face registration photo and the personnel description information are pushed by an information registration server;
s620: when a face appears in a monitoring area outside a door, the face registration photo is used for carrying out identity verification on the appearing face;
s630: and when the check-in identity passes, releasing the unlocking authority of the door lock mechanism of the entrance door arranged in the room, and generating personalized notification information according to the personnel description information and the room attribute information. In this step, the personalized notification information generated according to the person description information and the room attribute information may include:
when the smoking permission authority in the room attribute information indicates that smoking is allowed or the adjacent room state is a smoking room which is occupied, the room position corresponding to the room identifier included in the room attribute information is taken as position reference to generate first-priority safe escape path indicating information, and the content of the first-priority safe escape path indicating information can include prompting words such as 'the fire passage turns to the right 20 meters from the door' and the like to the position and distance of the room relative to the fire passage, and/or graphic information such as a path map of the fire passage;
the second priority indoor fire prevention notice information generated when the smoking permission authority in the room attribute information indicates that smoking in the room is allowed, and the content thereof may include a warning word such as "do not smoke at head of bed";
the person age information in the person description information contains a third-priority person care prompt message generated when the person age information falls in the minor period, and the content thereof may contain a prompt such as "please watch your child";
when the window specification included in the room attribute information indicates that the window is openable adjacent to the street, the fourth-priority door and window closing prompt information is generated, and the content of the fourth-priority door and window closing prompt information may include a prompt such as "please close the door and window before sleep".
S640: and presenting the personalized notification information generated by the processor in a preset time length according to the sequence of the priority from high to low.
In practical applications, this step may specifically include presenting the personalized notification information in a visual manner and/or in a voice manner with a preset duration according to the order from high to low in priority.
And ending the one-time house-entry management process for the checked-in personnel.
As an extension to the above process, S630 may further generate the advertisement information with a lower priority than all the personalized notification information, and at this time, S640 may further present the advertisement information.
In practical applications, the face recognition terminal 40 may not be limited to the electrical structure shown in fig. 3. That is, the face recognition terminal 40 may be regarded as an intelligent access control device integrating network communication, face monitoring, face recognition, authority control, information generation, and media presentation modules.
Fig. 5 is a schematic diagram of an exemplary logical structure of the smart entry device in an embodiment. Referring to fig. 5, in this embodiment, the smart door access device may include:
the area monitoring module 710 is used for monitoring a monitoring area outside an entrance door of a room;
the network communication module 720 is used for receiving the face registration photo and the person description information of the person who stays in and the room attribute information of the room which are pushed by the information registration server, and sending the received face registration photo and the person description information as well as the room attribute information to the processor;
the face recognition module 730 is used for performing identity verification on the face when the face appears in the monitoring area outside the entrance door by using the face registration photo;
the authority control module 740 is configured to release the unlocking authority of the door lock mechanism installed in the entrance door of the room when the entrance identity verification passes;
the information generating module 750 is configured to generate personalized notification information according to the person description information and the room attribute information when the check-in identity verification passes, where the personalized notification information generated according to the person description information and the room attribute information includes:
when the smoking permission authority in the room attribute information indicates that smoking is allowed or the adjacent room state is a smoking room which is checked in, the safety escape route indication information of the first priority is generated by taking the room position corresponding to the room identifier included in the room attribute information as a position reference, and the content of the safety escape route indication information can include a prompt language such as 'the fire fighting access turns to the right 20 meters away from the door' and the like to the room and/or graphic information such as a route map of the fire fighting access and the like;
the indoor fire prevention notice information of the second priority generated when the smoking permission authority in the room attribute information represents that the indoor smoking is allowed, and the content of the indoor fire prevention notice information can contain warning words such as 'do not smoke at the head of a bed';
the person age information in the person description information contains a third-priority person care prompt message generated when the person age information falls in the minor period, and the content thereof may contain a prompt such as "please watch your child";
when the window specification included in the room attribute information indicates that the window adjacent to the street can be opened, the fourth-priority door and window closing prompt information is generated, and the content of the fourth-priority door and window closing prompt information may include a prompt such as "please close the door and window before sleep"; and
and the media presentation module 760 is used for presenting the personalized notification information generated by the processor in a preset time length according to the sequence from high priority to low priority.
In practice, the media presentation module 760 may be further configured to present the personalized notification information visually and/or audibly.
In addition, the information generating module 750 may be further configured to generate advertisement information with a priority lower than all the personalized notification information, and accordingly, the media presenting module 760 may be further configured to present the advertisement information.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and should not be taken as limiting the scope of the present invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (14)
1. An access control system for registering a place of check-in, the access control system comprising an information registration server in which an information acquisition terminal is disposed in a check-in registration area, a door lock mechanism provided at an entrance door of each room, and a face recognition terminal disposed outside the entrance door of each room, wherein:
the information registration server is used for receiving the face registration photo and the personnel description information of the check-in personnel and the room attribute information of the check-in room, which are input by the information acquisition end, and pushing the face registration photo and the personnel description information of the check-in personnel and the room attribute information of the check-in room to a face recognition terminal arranged outside an entrance door of the check-in room;
the face recognition terminal arranged outside the entrance door of each room is used for receiving face registration photos and personnel description information of the persons who enter the room and room attribute information of the rooms which are pushed by the information registration server; when a human face appears in a monitoring visual field outside a door, the identity of the appearing human face is verified by using a human face registration photo; when the check-in identity passes, releasing unlocking authority of a user control lock in a door lock mechanism arranged on an entrance door of the room, generating personalized notification information according to the personnel description information and the room attribute information, and displaying the generated personalized notification information in a preset time length according to the priority from high to low;
the personnel description information comprises personnel age information, the room attribute information comprises room identification, smoking permission authority, window specification and adjacent room state, and the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
and when the window specification indicates that the window adjacent street can be opened, generating the door and window closing prompt information with the fourth priority.
2. The access control system of claim 1, wherein the face recognition terminal is further configured to present the personalized notification information in a visual and/or voice manner.
3. The access control system of claim 1, wherein the face recognition terminal is further configured to:
generating advertisement information with a priority lower than all the personalized notification information, and presenting the advertisement information.
4. The access control system of claim 1,
a user-operated lock in the door lock mechanism automatically locks the entrance door in response to a closing operation of the entrance door and unlocks the entrance door in response to a user unlocking operation;
the door lock mechanism further comprises an authority electric control lock, wherein the authority electric control lock inhibits the unlocking authority of the user-controlled lock in response to the closing of the entrance door and releases the unlocking authority of the user-controlled lock in response to the received unlocking electric control signal;
the face recognition terminal is further used for sending an unlocking electric control signal to the authority electric control lock when the check-in identity passes.
5. A room entrance guard system registered based on entrance information, comprising a door lock mechanism installed at an entrance of a room, and a face recognition terminal disposed outside the entrance of the room,
the face recognition terminal is used for:
receiving a face registration photo and personnel description information of a person who stays in and room attribute information of a room which stays in, wherein the face registration photo and the personnel description information are pushed by an information registration server;
when a human face appears in a monitoring visual field outside a door, the identity of the appearing human face is verified by using a human face registration photo;
when the check-in identity passes, releasing unlocking permission of a user control lock in the door lock mechanism, generating personalized notification information according to the personnel description information and the room attribute information, and displaying the generated personalized notification information in a preset time length according to the priority from high to low;
the personnel description information comprises personnel age information, the room attribute information comprises room identification, smoking permission authority, window specification and adjacent room state, and the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
and generating fourth-priority door and window closing prompt information when the window specification included in the room attribute information indicates that the window is adjacent to the street and can be opened.
6. The room access control system of claim 5, wherein the face recognition terminal is further configured to present the personalized notification information in a visual and/or voice manner.
7. The room access control system of claim 5, wherein the face recognition terminal is further configured to generate advertisement information with a priority lower than all the personalized notification information, and present the advertisement information.
8. Room access control system according to claim 5,
a user-operated lock in the door lock mechanism automatically locks the entrance door in response to a closing operation of the entrance door and unlocks the entrance door in response to a user unlocking operation;
the door lock mechanism further comprises an authority electric control lock, wherein the authority electric control lock inhibits the unlocking authority of the user-controlled lock in response to the closing of the entrance door and releases the unlocking authority of the user-controlled lock in response to the received unlocking electric control signal;
and the face recognition terminal is further used for sending an unlocking electric control signal to the authority electric control lock when the check-in identity passes.
9. The utility model provides a face identification terminal, its characterized in that, includes communication module, control module, media broadcast module, lock drive module and treater, wherein:
the monitoring module is provided with a monitoring visual field covering a monitoring area outside the door;
the communication module is used for receiving the face registration photo and the personnel description information of the person who stays in and the room attribute information of the room which are pushed by the information registration server, and sending the received face registration photo and the personnel description information as well as the room attribute information to the processor;
the processor is used for carrying out identity verification on the appeared human face by using the human face registration photo when the human face appears in the monitoring visual field outside the entrance door of the monitoring module; when the entrance identity verification passes, the door lock driving module is driven to release the unlocking authority of the user control lock in the door lock mechanism of the entrance door of the room, and personalized notification information is generated according to the personnel description information and the room attribute information and is sent to the media playing module;
the media playing module is used for presenting the personalized notification information generated by the processor in a preset time length according to the sequence from high priority to low priority;
the personnel description information comprises personnel age information, the room attribute information comprises room identification, smoking permission authority, window specification and adjacent room state, and the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
indoor fire prevention prompt information of a second priority level generated when the smoking permission authority indicates that smoking in the room is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
and when the window specification indicates that the window adjacent street can be opened, generating the door and window closing prompt information with the fourth priority.
10. The face recognition terminal of claim 9, wherein the media playing module comprises a display screen for visually presenting the personalized notification information and/or a speaker for audibly presenting the personalized notification information.
11. The face recognition terminal of claim 9,
the processor is further used for generating advertisement information with the priority lower than all the personalized notification information;
the media playing module is further used for presenting the advertisement information.
12. An intelligent entrance guard device, comprising:
the area monitoring module is used for monitoring a monitoring area outside the door of the room;
the network communication module is used for receiving the face registration photo and the personnel description information of the person who enters the house and the room attribute information of the room which enters the house, which are pushed by the information registration server, and sending the received face registration photo and the personnel description information as well as the room attribute information to the processor;
the face recognition module is used for carrying out identity verification on the appeared face by using the face registration photo when the face appears in the monitoring area outside the entrance;
the authority control module is used for releasing the unlocking authority of a user control lock in a door lock mechanism of an entrance door of a room when the entrance identity verification passes;
the information generation module is used for generating personalized notification information according to the personnel description information and the room attribute information when the check-in identity passes, wherein the personnel description information comprises personnel age information, the room attribute information comprises a room identifier, smoking permission authority, a window specification and an adjacent room state, and the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the neighboring room state is a checked smoking room, generating first-priority safe escape path indicating information by taking the room position corresponding to the room identifier as a position reference;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor interval;
door and window closing prompt information of a fourth priority is generated when the window specification indicates that the window adjacent street can be opened; and
and the media presentation module is used for presenting the personalized notification information generated by the processor in a preset time length according to the sequence from high priority to low priority.
13. An attendance management method based on attendance information registration, characterized by comprising:
receiving a face registration photo and personnel description information of a person who stays in and room attribute information of a room which stays in, wherein the face registration photo and the personnel description information are pushed by an information registration server, the personnel description information comprises personnel age information, and the room attribute information comprises a room identifier, smoking permission authority, a window specification and an adjacent room state;
when a face appears in a monitoring area outside the entrance, the face registration photo is used for carrying out identity verification on the appearing face;
when the check-in identity passes, releasing unlocking authority of a user control lock in a door lock mechanism of an entrance door installed in a room, and generating personalized notification information according to the personnel description information and the room attribute information, wherein the personalized notification information generated according to the personnel description information and the room attribute information comprises:
when the smoking permission authority indicates that smoking is allowed or the adjacent room state is a smoking room which is already occupied, the room position corresponding to the room identification is used as position reference to generate first-priority safe escape path indication information;
the indoor fire prevention prompt message of the second priority is generated when the smoking permission authority indicates that the indoor smoking is allowed;
a third-priority person care prompt message generated when the person age information includes an age falling within the minor period;
door and window closing prompt information of a fourth priority is generated when the window specification indicates that the window adjacent street can be opened; and
and presenting the personalized notification information generated by the processor in a preset time length according to the sequence of the priority from high to low.
14. A non-transitory computer readable storage medium storing instructions that, when executed by a processor, cause the processor to perform the steps of the home management method of claim 13.
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