JP2002115430A - Traffic regulation system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a traffic regulation system capable of suppressing action, such as dropping an annoying advertisement into a mail box, while securing free traffic to a common area of as a mansion or the like. SOLUTION: In the traffic regulation system, having a traffic regulation part regulating the traffic of a common area, a traffic control part for performing control on a passable or unpassable state for the traffic regulation part, and an imaging part for photographing passersby to the common area, the traffic control part makes the traffic regulation part the unpassable at normal time; and when the passersby are photographed by the imaging part, the traffic regulation system making the traffic regulation part the passable is provided.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a traffic control system for controlling entrances to common buildings such as condominiums and apartment buildings and tenant buildings. Traffic regulation system for the traffic of the city.

[0002]

2. Description of the Related Art Conventionally, common buildings such as condominiums and condominiums and tenant buildings (hereinafter referred to as "condominiums, etc."
That. In), there is a common area such as a lobby used by an unspecified number of people such as residents, building users, visitors, and newspaper deliverers. In this common area, there are many cases where a post box, home delivery locker, sofa, etc. are installed. For example, in condominiums, anyone can freely pass through the lobby, and only people with the resident's permission can pass into the resident area. In other words, an entrance door that is normally locked is installed between the lobby and the resident area, and when the resident enters the resident area, the resident authentication code must be entered from a numeric keypad or the like. The electric lock on the door was unlocked only for a certain period of time, and the door was entered through the door. Visitors also used the lobby intercom set in the lobby and contacted the resident to have the resident unlock the electric lock on the entrance door, and entered the resident's area.

[0003]

However, in the conventional traffic regulation system, since the traffic to the common area is free, a nuisance advertisement is posted in a mail box or the like installed in the common area, and the corpse of the small animal is lost. The situation was such that a tramp was sitting on the sofa.

[0004] This has been a serious problem for residents from the viewpoint of safety and education. Here, if the conventional traffic regulation system is simply applied to traffic to the common area, traffic to the common area is normally regulated to be improper, and the identity of a resident or the like is determined by a personal identification card or the like. You can only pass if you can authenticate. In this case, unless the resident or the courier has to contact the resident so that the resident or the like can pass through the newspaper, the newspaper or baggage cannot be put into the mail box or the courier locker, which is inconvenient. On the other hand, for residents and managers,
Each time a newspaper deliverer or the like comes in contact, the door must be unlocked, which is bothersome and inconvenient. In addition, when an unwanted advertisement is posted, there is no clue to search for the person who posted the ad, and therefore, there is a problem that it is difficult to stop the posting operation because the mailer cannot be identified.

[0005] Therefore, an object of the present invention is to provide a traffic regulation system capable of suppressing acts such as posting of annoying advertisements while securing free traffic to such a common area.

[0006]

In order to solve the above-mentioned problems, a first aspect of the present invention is to provide a traffic restricting section for restricting traffic in a common area, and a state in which the traffic restricting section can pass or cannot pass. A traffic control system having a traffic control unit for controlling the traffic control unit and an imaging unit for photographing a pedestrian to the common area. A traffic control system that allows the traffic control unit to pass when the traffic is photographed by the traffic control unit. According to the first aspect of the present invention, photographing makes it possible to pass through the common area, so that the mental load is small for a well-intentioned passerby, but the mental load is large for a malicious passer-by. Therefore, a deterrent effect is exerted against malicious passers-by.

[0007] A second invention is a traffic regulation unit for regulating traffic in a common area, a traffic control unit for controlling whether or not the traffic regulation unit can pass or not, and a traffic control unit for controlling traffic to the common area. An image capturing unit for capturing an image, and an image recording unit for recording an image captured by the image capturing unit, the traffic control unit is set to a non-passable state at normal times, and the image captured by the image capturing unit is stored in the image recording unit. Provided is a traffic regulation system that, when recorded, puts the traffic regulation unit into a traffic-enabled state only for a predetermined time. According to this configuration, a person who wants to pass through the common area can pass through the common area on the condition that the image is captured and recorded by the imaging unit. For this reason, when any case occurs, it is possible to provide information for identifying the criminal based on the recorded image.

[0008] In the first invention or the second invention, a code input unit for inputting an authentication code by a passer-by is provided, and the traffic control unit is configured to input a previously stored authentication code from the code input unit. By setting the traffic regulation unit to be in a traffic-enabled state only for a predetermined time, a specific person can be allowed to travel to the common area without photographing. Further, when the traffic regulation unit is composed of a first regulation unit that regulates traffic from outside to the common area and a second regulation unit that regulates traffic from the common area to the specific person exclusive area, the image is captured by the imaging unit. When an image is recorded, the first restricting unit is allowed to pass, and when a previously stored authentication code is input from the code input unit, the first restricting unit and the second restricting unit are allowed to pass. In this case, a specific person can pass by a single code input not only to the common area but also to the exclusive area, and other general persons can pass only to the common area. Thereby, the convenience of the specific person can be improved. Furthermore, by recording an image when the image taken by the imaging unit is of such a degree that the passerby's face can be recognized, it is possible to pass through the common area when the image of the face can be reliably recorded, Security is improved.

A third aspect of the present invention provides a traffic regulation unit for regulating traffic in a common area, a traffic control unit for controlling the traffic regulation unit to permit or restrict traffic, and a traffic control unit for controlling traffic in the common area. An image capturing unit for capturing an image, an image recording unit for recording an image captured by the image capturing unit, a display unit for displaying an image captured by the image capturing unit, a presence mode in which an administrator determines whether or not traffic is possible, and A switching unit that switches between an absence mode determined by recording and a traffic control unit, which normally holds the traffic regulation unit in a non-passable state, and in the presence mode, an image captured by the imaging unit. It is displayed on the display unit, and when there is an unlocking operation input, it is possible to pass only for a predetermined time, and in the absence mode, when an image taken by the imaging unit is recorded in the image recording unit, it passes through the traffic regulation unit only for a predetermined time. Ready state To provide a traffic regulation system that. According to such a configuration, the traffic regulation by the manager and the traffic regulation by the unmanned can be selectively used, so that the flexible operation according to the situation of the installation location becomes possible.

[0010]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 6 show a case where the present invention is applied to a traffic regulation system of a lobby F in an apartment. It should be noted that the application of the present invention is not limited to condominiums, but can also be applied to multi-story buildings having common areas.

FIG. 1 is a layout diagram showing the installation position of each device in a condominium. In the apartment, there are a passage E shared by residents and a residence A of each resident,
A resident area in which B, C, etc. and a management room D exist;
There is a lobby F which is a common area used by unspecified persons such as visitors, newspaper deliverers, courier companies as well as residents.

In the lobby F, there are an entrance door G to the outside of the apartment and an entrance door H to the resident area, and electric locks A and B are provided respectively. In the lobby F, a mailbox and a lobby intercom 4 are provided. Here, the electric lock provided on the entrance door G to the outside of the apartment is referred to as an electric lock A (first restricting unit). on the other hand,
The electric lock provided on the entrance door H to the resident area is referred to as an electric lock B (second regulating unit). In addition, a guide device 2 is installed outside the apartment. In each house, an intercom master unit 5, an intercom slave unit 6, an electric lock 7 on the door, and the like are installed.
Control device 1 (traffic control unit) is installed. As shown in FIG. 1, in the traffic control system, the intercom master unit 5, the manager intercom 3, the lobby intercom 4, the guide device 2, the electric lock A, and the electric lock B of each dwelling are connected to the control device 1. ing.

Next, the control device 1 will be described with reference to FIG. FIG. 2 is a block diagram of the control device 1.
The control device 1 includes an interface with various connected devices, a communication processing unit 1i that controls an intercom system in an apartment, a lock control unit 1h that controls locking / unlocking of an electric lock, and a guidance device. A matching unit 1j that performs a matching process of the authentication data input from the second unit 2, a guidance device control unit 1k that controls the guidance device 2, an image / voice recording unit 11 (image recording unit) that records images / voices, and a guide. A monitor / speaker 1d that outputs images / sounds received from the device 2 in a form that humans can recognize visually and audibly.

The interfaces with various devices include an interphone master unit I / F1a for connecting to the interphone master unit 5 and an administrator intercom I / F for connecting to the administrator interphone 3. / F1b, a lobby intercom I / F1c which is an interface for connecting to the lobby intercom 4, a guide device I / F1g which is an interface for connecting to the guide device 2, and an interface for connecting to the electric lock A. A certain electric lock AI / F1
e, and an electric lock BI / F1f, which is an interface for connecting to the electric lock B, is connected by a twisted pair wire or a coaxial line via a terminal block, a connector, or the like. Each interface uses a well-known technique in the present embodiment, and is appropriately replaced according to a device, a communication method, a type of a transmission signal, and the like as the technology advances.

The communication processing unit 1i performs an exchange process for intercommunication with the intercom master unit 5 of the residences A, B, and C, the intercom unit 3 for the manager, the lobby intercom unit 4 and the guide unit 2, and the intercom master unit. It performs a process of transmitting and receiving a control signal for unlocking the electric lock A and the electric lock B from the device 5 and the intercom 3 for the manager. It should be noted that a specific technique of the exchange processing and a technique of the transmission / reception processing use a well-known technique and are not the essence of the present invention, and therefore description thereof is omitted.

The lock control unit 1h controls the electric lock A and / or the electronic lock A based on an image input from the intercom master unit 5, the manager's intercom 3, the lobby intercom 4, or an authentication code ゛. Alternatively, lock / unlock control processing is performed on the electric lock B. In controlling the electric lock, appropriate control is performed according to the type of the electric lock to be installed.

The collation unit 1j performs collation determination as to whether or not the code input from the lobby intercom 4 or the guidance device 2 matches a previously stored authentication code of a resident or the like. Specifically, the code input from the code input unit 41 of the lobby intercom 4 is input to the collating unit 1j via the communication unit 41, the lobby interphone I / F1c, and the communication processing unit 1i.
And a collation process is performed. Alternatively, the code input from the code input unit 21 of the guide device 2
7. Guide device I / F 1g Guide device control unit 1k inputs the data to collating unit 1j and performs collation processing. The authentication code of the resident or the like is stored in a memory (not shown) in advance.

The guidance device control unit 1k performs various controls on the guidance device 2, records images and voices received from the guidance device 2 in the image / voice recording unit 11 and corrects the face in the received image. Processing related to the guide device 2 is performed, such as determining whether or not the image has been captured and instructing the lock control unit 1h to unlock the electric lock when an image in which the face has been correctly captured is recorded. Note that various processes in the communication processing unit 1i, the collation unit 1j, and the guidance device control unit 1k are realized by software processing using a CPU or the like. Image / audio recording unit 1l
Is composed of a hard desk, and digitally records / records images and sounds from the guidance device 2. Monitor / Speaker 1d
Is a device that displays images and sounds output by the guidance device 2 on a display and a speaker in real time.

Next, the guide device 2 will be described with reference to FIG. 3, which is a block diagram of the guide device 2. Guiding device 2
Is a code input unit 21 for a resident to input a code using a numeric keypad, and a camera / microphone 22 for photographing a visitor.
(Imaging unit), a light 23 which is turned on when the camera is activated and irradiates the visitor, a photographing button 24 which is operated when the visitor takes an image of the face, and a notification that the person has approached the guidance device 2. A human body detector 25 for detection, a display unit 26 for guiding a visitor or a resident about an operation method, a transmission / reception unit 27 for transmitting / receiving a control signal or the like to / from the control device 1, and controlling an image captured by a camera The control unit 1 includes an image transmission unit 28 that sends the image data to the device 1, a sound transmission unit 29 that sends the sound collected by the microphone to the control device 1, and a control unit 20 that controls these devices. The contents of the guidance are stored in a memory (not shown) in advance. Here, the camera is arranged at a position where the visitor's face can be photographed in front when the visitor presses the photographing button 24.

Next, regarding the lobby intercom 4,
This will be described with reference to FIG. 4 which is a block diagram of the lobby intercom 4. The lobby intercom 4 includes a code number input unit 41 composed of a ten-key pad for a house number or a code to be visited by a passer-by, a handset 42 for making a call with each of the houses A, B, and C or an intercom in the manager's office. A human body detector 43 for detecting a person approaching the intercom 4,
A house number display section 44 for displaying the house number input from the code input section 41 so that the house number can be confirmed, a communication section 45 for communicating with the control device 1, and a control section 4 for integrally controlling these.
0. When the human body detector 43 detects a human body, the control unit 40 causes the house number display unit 44 to display operation guidance.

In the present embodiment, an ultrasonic sensor is used as the human body detector 43. Alternatively, an infrared sensor or a mat sensor may be used. Note that the lobby intercom 4 is similar to the one conventionally used, and thus the description is omitted.

The manager intercom 3 will be described with reference to FIG. The manager intercom 3 includes a code input unit 31 including a numeric keypad for inputting each house number,
A handset 32 for talking with a resident or a visitor, and electric locks A and B installed at entrance doors G and H of the lobby F
Locking / unlocking operation unit 33 for locking / unlocking, a presence / absence operation unit 34 for switching between a presence mode in which a manager controls traffic and an absence mode in which security is automatically performed, a house number during conversation, and a current The display unit 35 includes a display unit 35 for displaying a mode and the like, a communication unit 36 for communicating with the control device 1, and a control unit 30 for integrally controlling these. The intercom master unit 5 and the intercom slave unit 6 installed in the dwellings A, B, and C are the same as those conventionally used, and the description thereof will be omitted.

Next, the schematic operation of the traffic control system thus configured will be described. First, a case where the resident of the house C returns home from going out will be described. The resident inputs a code given in advance from the code input unit 21 of the guidance device 2. If the input code matches the authentication code stored in control device 1, electric lock A
And B are unlocked for a predetermined time. The resident sequentially passes through the entrance door G to the outside, the lobby F, and the entrance door H to the resident area within this time, and returns to the house C through the passage E. When going out, the thumb turns provided on the entrance doors G and H are manually operated to unlock.

Next, a case where a visitor visits the house C will be described. The visitor stands in front of the guide device 2 and removes masks, sunglasses, and other objects with hidden faces. When the photograph button 24 is pressed, the electric lock A is unlocked.
Enter Lobby F. That is, the visitor can enter the lobby F when the face is photographed. In the lobby F, the user picks up the handset 42 of the lobby intercom 4 and inputs the house number of the house C from the code input section 41. At this time, the visitor confirms the house number display on the house number display section 44 to prevent erroneous connection. When the resident of the house C confirms the visitor using the intercom master 5, the electric lock B is unlocked from the intercom master 5. The visitor can enter the resident area from the unlocked entrance door H and reach the house C. Note that the newspaper deliverer can enter the lobby F by the same operation as the above-mentioned visitor, and can post a newspaper in the mailbox. In this way, a person other than the resident can enter the lobby F if the face is photographed, while the resident only needs to enter the code once in the guidance device 2 and not only the lobby F but also the resident You can enter into the area for use.

Next, the detailed operation of the traffic regulation system will be described with reference to FIG. First, as a premise, as shown in FIG. 1, each device is connected and the traffic control system is in an operating state.

In step S1, the current mode set by the presence / absence operation unit 34 of the manager intercom 3 is
It is determined whether the mode is the presence mode or the absence mode. That is, the operation signal of the presence / absence operation unit 34 is sent from the intercom 3 for the manager to the control device 1 from the communication unit 36. In the control device 1,
The mode is managed by the guidance device controller 1k based on the operation signal received via the manager intercom I / F 1b / communication processor 1i.

Here, the presence mode is a mode in which a manager confirms a visitor in the manager's office and permits the passage to the lobby F. Specifically, the electric lock A is determined by the manager. The unlock mode refers to a mode in which the controller 1 determines whether or not the electric lock A can be unlocked without the intervention of an administrator. By having such two modes, the convenience of the manager is achieved. In other words, even when the manager is in the manager's office, if the manager wants to do other business, setting the absence mode can leave the monitoring of the visitor to the passage control system.

Next, an operation when it is determined in step S1 that the mode is the manager presence mode will be described. Guiding device 2
It is determined whether or not the human body detector 25 provided in (1) has detected a human body (step S2). Specifically, when the human body detector 25 of the guide device 2 detects a human body, the human body detection signal is transmitted from the transmission / reception unit 27 to the control device 1. The control device 1 determines whether or not a human body has been detected based on whether or not a human body detection signal has been received by the guide device control unit 1k via the guide device I / F 1g.

If no human body is detected, the process returns to step S1 and waits until a human body is detected. On the other hand, when the human body is detected by the human body detector 25, a timer T which is a retriggerable timer (not shown) provided in the guidance device control unit 1k is provided.
1 is reset-started to start timing (step S
3). Then, the guide device control unit 1k controls the guide device I / F.
An activation signal for the camera / microphone 22 is sent from the 1g to the guide device 2. When the start signal is received from the transmission / reception unit 27, the guide device 2 starts the camera / microphone 22 and displays the image / image input from the camera / microphone 22.
The audio is transmitted from the image transmission unit 28 and the audio transmission unit 29 to the control device 1. The control device 1 outputs the image and sound received via the guide device I / F 1g to the monitor / speaker 1d (step S4).

The manager looks at the monitor / speaker 1d and determines whether or not the person approaching the guide device 2 is a person who can be allowed to pass to the lobby F. If it is determined that the person is allowed to pass through the lobby F, the manager operates the application / unlock operation unit 33 of the manager intercom 3 to enter the lobby F from outside. Unlocks the electric lock A of the entrance door G. In other words, the manager uses the electric lock A of the entrance door G in the application / unlock operation unit 33 of the manager intercom 3.
When the unlocking operation is performed on the
Is released to the control device 1 for the electric lock A. In the control device 1, the intercom I / F 1b for the manager
-The lock control unit 1h receives the unlock signal via the communication processing unit 1i. The lock control unit 1h releases the electric lock A from the electric lock AI / F1e only for a predetermined time. Here, the predetermined time is a time sufficient for the visitor to enter the lobby F from the vicinity of the guide device 2, for example, about 5 seconds. In addition,
When the person approaching the guide device 2 determines whether or not the person who is allowed to pass to the lobby F is allowed, the person may be able to have a conversation with the manager, or the manager may use the entrance G door. A face image or a voice may be recorded simultaneously with the unlocking operation on the electric lock A.

The monitor display and the like are continued until the timer T1 completes the measurement of a predetermined time (for example, one minute). On the other hand, when the timer T1 completes the time measurement, the display on the monitor or the like is stopped, and the process returns to step S1 to be in a standby state (step S5,
S6). That is, when detecting the count-up of the timer T1, the control device 1 sends an image / voice stop signal to the guide device 2 from the guide device control unit 1k via the guide device I / F 1g. The guide device 2 receives the image / voice stop signal from the transmission / reception unit 27 and
In step 2, the shooting / sound collection and image / sound transmission are stopped.

Next, a description will be given of processing in the case of the manager absence mode. If it is determined in step S1 that the mode is the manager absence mode, the process proceeds to step S7. Step S7
Then, it is determined whether or not the human body detector 25 provided in the guide device 2 has detected a human body. Specifically, when the human body detector 25 of the guide device 2 detects a human body, the human body detection signal is transmitted from the transmission / reception unit 27 to the control device 1. Control device 1
Then, the guide device control unit 1k via the guide device I / F 1g
By receiving the human body detection signal at, the presence or absence of human body detection is determined.

If no human body is detected, the process returns to step S1 and waits until a human body is detected. On the other hand, the human body detector 2
When a human body is detected in step 5, the timer T2, which is a retriggerable timer (not shown) provided in the guide device control unit 1k, is reset and started to measure time (step S8).

Then, a guidance display control signal stored in advance is transmitted from the guidance device I / F 1 g to the guidance device 2. Upon receiving the display control signal, the guidance device 2 displays the operation guidance on the display unit 26 (step S9). For example, characters and pictures are displayed on the liquid crystal display of the display unit 26, and guidance is played by voice. The contents of the guidance are as follows: "If you are a resident, please enter your authentication code. When the face is photographed, the electric lock on the door will be unlocked, so please enter from the door. "

Next, it is determined whether a code has been input from the code input section 21 of the guide device 2 (step S1).
0). This authentication code is a code previously assigned to a specific person such as a resident or a home delivery company. That is, the code input from the code input unit 21 of the guide device 2 is
Is transmitted to the control device 1. In the control device 1, the matching unit 1j determines whether or not the received code matches the authentication code previously given to the resident or the like (step S11,
12). Here, if they match, the lock control unit 1h controls the unlocking of the electric locks A and B in the case of the resident, and controls the unlocking of only the electric lock A in the case of the home delivery company (step S14). On the other hand, if they do not match, guidance is displayed on the display unit 26 of the guidance device 2 (S13).

Next, in step S10, if there is no code input, it is determined whether or not the photographing button 24 has been pressed (step S15). Specifically, when the photographing button 24 of the guide device 2 is pressed, a pressing signal is transmitted from the transmitting / receiving unit 27 to the control device 1. In the control device 1, the guide device I /
The press of the shooting button 24 is determined based on whether or not the press signal has been received from F1g.

Here, when it is determined that the photographing button is pressed, the control device 1 causes the guide device 2 to photograph the face of the passerby who is the operator and to collect the affiliation and the name of the passerby. Send out audio. Then, by performing predetermined image processing on the received image, it is determined whether the face is correctly photographed. If the face has been correctly photographed, it is recorded in the image / audio recording unit 11 together with the date and time (step S16). On the other hand, if the face has not been correctly photographed, a message “The face could not be correctly photographed” is output to the display unit 26 (step S18),
It returns to step S1. Here, "the face is correctly photographed" is used to identify a visitor, such as the presence of a face area in the image, the fact that the face area is not hidden by a mask, sunglasses, a helmet, or the like. That is, a face that can be used as information is photographed.

Specifically, a control signal is transmitted from the control device 1 to the guide device 2 via the guide device I / F 1g. In the guidance device 2, the camera / microphone 22 is activated based on the control signal received by the transmission / reception unit 27, and the captured image is controlled from the image transmission unit 28 to the control device 1, and the collected sound is controlled from the voice transmission unit 29. Each is sent to the device 1. The control device 1 receives an image and a sound from the guidance device I / F 1g, and determines whether or not the face is correctly photographed by the guidance device control unit 1k by performing predetermined image processing.

Here, the predetermined image processing will be described. First, a difference image between a previously stored background image and an input image is created. Note that the background image is an image photographed in normal times when no person is present in front of the camera. In this difference image, for example, the position of the shape of the head and shoulders is detected from a histogram in which the luminance values are projected on both the X and Y axes, and a face region is extracted. Next, it is determined whether or not a texture having eye, nose, and mouth characteristics exists with a predetermined positional correlation in the face area in the input image. For example, when there is no eye feature, it is determined that sunglasses are worn, and the result is that the face is not correctly photographed. The predetermined image processing is not limited to this, and a statistical method such as a neural network may be used.

When an image or the like is recorded in the image / sound recording unit 11, the lock control unit 1 h unlocks the electric lock A for a predetermined time (step S 17). Thus, a person other than the resident or the like can enter the lobby F without photographing the face and without a resident or a manager. However, if it is not necessary to record an image, steps S16 and S18 are omitted, and when a pedestrian is photographed, the electric lock A is unlocked (step S16).
17) You may do it. In addition, if no operation is performed after the detection of the person once and before the time measurement by the timer T2 is completed (for example, for one minute), the processing is interrupted (step S19).

Although the present embodiment has the manager presence mode and the absence mode, the control device 1 is further provided with a scheduler, and the electric lock A is kept in the unlocked state during the time when the newspaper deliverer passes. Then, usability may be improved. That is, from the scheduler having the scheduling function to the lock control unit 1
For example, the unlocked state holding signal of the electric lock A may be transmitted only at 5:00 to 7:00 and 15:00 to 17:00 with respect to h.

Further, in the present embodiment, the electric lock A and the electric lock B at the entrance door have been described as the traffic restricting means. However, the present invention is not limited to this. In such a case, a drive motor or the like used for opening / closing control of the door is used as a passage restricting means.

In the present embodiment, the electric lock A is used as the first restricting means and the electric lock B is used as the second restricting means. However, only one first restricting means may be used as the traffic restricting means. In this case, the function corresponding to the second regulating means can be substituted by using a conventional lobby intercom system.

Further, in this embodiment, both the camera and the microphone are used, but the confirmation may be made only by the camera.

Furthermore, in the present embodiment, it is assumed that the face image has been reliably photographed. However, an image including information such as clothes and height that can be used as a clue to passers-by may be used.

[0046]

According to the present invention, it is possible to pass to the common area on condition that the passerby is photographed.
Malicious persons are afraid of being identified, resulting in psychological deterrence of traffic to the common area.
On the other hand, a person who has no malicious intent can pass through to the common area just by photographing, without burdening the resident or the like. In addition, when a certain incident occurs, it is possible to provide a cue for the criminal based on the recorded images and sounds and the recorded date and time. Therefore,
It is possible to provide a traffic regulation system that enables a resident or the like to suppress acts such as posting annoying advertisements while securing free traffic to the common area.

[Brief description of the drawings]

FIG. 1 is a layout diagram showing installation positions of respective devices in a condominium.

FIG. 2 is a block diagram of a control device 1.

FIG. 3 is a block diagram of the guide device 2;

FIG. 4 is a block diagram of a lobby intercom 4;

FIG. 5 is a block diagram of a manager intercom 3;

FIG. 6 is a processing flow of the control device 1;

[Explanation of symbols]

 1 ... Control device 2 ... Guidance device 3 ... Intercom for manager 4 ... Lobby intercom 5 ... Intercom master 6 ... Intercom slave

Claims (7)

[Claims] 1. A traffic regulation unit for regulating traffic in a common area, a traffic control unit for controlling the traffic regulation unit to be able to pass or not to pass, and photographing a pedestrian to the common area. A traffic regulation system having an imaging unit, wherein the traffic control unit is in a state where the traffic regulation unit is not allowed to pass at normal times, and when the image capturing unit photographs the pedestrian, the traffic regulation unit is allowed to pass. A traffic regulation system characterized by 2. A traffic control unit for restricting traffic in the common area, a traffic control unit for controlling the traffic control unit to be in a passable or non-passable state, and photographing a pedestrian to the common area. An image capturing unit, a traffic regulation system having an image recording unit that records an image captured by the image capturing unit, wherein the traffic control unit is normally in a state where the traffic control unit is not allowed to pass, and the image capturing unit A traffic regulation system, wherein when the image photographed by the camera is recorded in the image recording unit, the traffic regulation unit is allowed to pass. 3. The traffic control device according to claim 1, further comprising a code input unit for inputting an authentication code by the passerby, wherein the traffic control unit passes the traffic control unit when a pre-stored authentication code is input from the code input unit. The traffic regulation system according to claim 1 or 2, wherein the traffic regulation system is enabled. 4. The traffic control unit has a first control unit that controls traffic from outside to the common area and a second control unit that controls traffic from the common area to the specific area. The section, when the passerby is photographed by the imaging unit, or when the image photographed by the imaging unit is recorded in the image recording unit, it is possible to pass through the first regulating unit, the code 4. The traffic control system according to claim 3, wherein the first control unit and the second control unit are allowed to pass when an authentication code stored in advance is input from the input unit. 5. The traffic control system according to claim 2, wherein the traffic control unit records the image captured by the image capturing unit when the image can recognize a passer's face. 6. The traffic control section makes the first regulation section traversable in a predetermined time zone stored in advance.
Or the traffic regulation system according to claim 5. 7. A traffic control unit for controlling traffic in the common area, a traffic control unit for controlling whether the traffic control unit can pass or not pass, and photographing a pedestrian to the common area. An image capturing unit, an image recording unit that records an image captured by the image capturing unit, a display unit that displays an image captured by the image capturing unit, and a presence mode in which an administrator determines whether or not traffic is possible. A switching unit for switching between an absence mode determined by recording and a traffic control system,
The traffic control unit normally holds the traffic control unit in a non-passable state, displays an image captured by the image capturing unit on the display unit in the presence mode, and waits for a predetermined time when there is an unlock input. A traffic regulation system, wherein the traffic regulation system is set in a traffic-permitted state only when the image captured by the imaging unit is recorded in an image recording unit in the absence mode.