JP2013131915A - Multiple dwelling house intercom system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a multiple dwelling house intercom system capable of confirming new information regardless of a type of information by simple operation.SOLUTION: A room master unit 2 comprises: a memory 27 for storing visitor video information imaged by a camera of a multiple entrance unit 1, a report message composed of a picture or voice transmitted from a management room master unit 4, security information from a fire sensor 35, gas leak sensor 36, or the like, and home delivery notification information or the like transmitted from a home delivery box 5, when receiving them; a master unit CPU 30 for attaching an information type and newly-arrived/already-read flag, and time information, when storing them in the memory 27; a newly-arrived display lamp 28 for indicating that new information has been stored, when reception information stored in the memory 27 has information to which the newly-arrived flag is attached; and an indication button 29 for indicating various types of information. When the indication button 29 is operated, the master unit CPU 30 first reads out the newly-arrived information of the reception information stored in the memory 27, and makes a monitor 25 indicate the read out information.

Description

  The present invention relates to an apartment house intercom system, and more particularly, to a multifunctional apartment house intercom system in which various security sensors such as a fire sensor are connected to a parent machine installed in each dwelling unit and further displays information on a delivery box. .

Conventionally, there is a collective housing intercom system in which various security sensors such as a fire sensor are connected to a living room base unit installed in each dwelling unit, and information on a delivery box and a message from an administrator are displayed (for example, Patent Document 1). reference). In such an intercom system, a sensor operation history and a parcel delivery status history are recorded, and if there is new arrival information, it is recorded so as to be understood.
When displaying the contents of the recorded new arrival information, the new arrival information is displayed and checked for each item such as visitor information and security information (see, for example, Patent Document 2).

JP 2003-143307 A JP 2006-166181 A

However, the procedure for confirming new arrival information in the above conventional multi-dwelling house intercom system, for example, when it is desired to confirm new arrival of visitor information, it is necessary to select visitor information first, and the new arrival information of other items is displayed. If I wanted to see it, I had to switch items.
For this reason, it is troublesome to operate whether there is new arrival information for each item such as a visitor history and an alarm history such as a fire alarm. In particular, when there are many types of newly arrived information, it takes time and effort to determine what information has not been confirmed and to reach the information.

  Therefore, the present invention has been made in view of such problems, and an object thereof is to provide a collective housing intercom system in which new information can be easily confirmed regardless of the type of information with a simple operation.

In order to solve the above-mentioned problem, the invention of claim 1 is installed in each dwelling unit for responding to a call from a collective entrance machine, and a collective entrance machine for a visitor to call a resident from a common entrance A master unit, a controller that controls communication between the collective entrance and the master unit, and a management unit that is connected to the control unit and communicates with the master unit and transmits image and audio data. In the multi-family intercom system, the living room master unit is a visitor video information imaged by a camera provided in the group entrance unit in conjunction with a call from the group entrance unit, an image or a sound transmitted from the management unit base unit. And at least visitor video information and security information types such as security information to notify the occurrence of abnormalities such as fire sensors and gas leak sensors, and delivery notification information sent from the delivery box A notification information storage unit that stores the received information, a storage control unit that attaches the information type and the new / read flag, and time information when storing in the notification information storage unit, If there is information with a new arrival flag attached to the received information stored in the notification information storage section, a new arrival notification section for displaying that new information is stored, and a display button for displaying various information, And a playback control unit that reads out and plays back new arrival information from received information stored in the notification information storage unit when a display button is operated in a state where the new arrival notification unit displays notifications. It is characterized by that.
According to this configuration, the contents can be displayed regardless of the type of the new arrival information by a simple operation of operating one display button, and the new arrival information can be easily confirmed.

According to a second aspect of the present invention, in the configuration of the first aspect, the storage control unit adds a priority set in advance for each type of information to be received and stores it in the notification information storage unit, and the reproduction control unit In response to the operation of the display button, the new arrival information is sequentially reproduced from the information with the highest priority.
According to this configuration, when there are a plurality of new arrival information, information with high importance is displayed first, which is preferable in terms of security.

According to a third aspect of the present invention, in the configuration according to the second aspect, when reproducing information having the same priority, the reproduction control unit refers to the added time information and sequentially extracts and reproduces the new information. It is characterized by that.
According to this configuration, since new information is displayed in order, the information can be recognized and grasped in time series.

According to a fourth aspect of the present invention, in the configuration according to any one of the first to third aspects, if the display control button is operated when the display button is operated in a state where there is no new arrival information in the notification information storage unit, the attached time information The read information stored according to the above is reproduced in time series.
According to this configuration, since the read various information that has been saved by the same operation as the operation for displaying the new arrival information is displayed, the various information can be viewed with a simple operation.

According to a fifth aspect of the present invention, in the configuration according to any one of the first to fourth aspects, the new arrival notification unit is formed integrally with the display button.
According to this configuration, since a separate notification means is not necessary, the number of members can be reduced, and since the operation unit blinks or the like, it is easy to grasp the newly arrived state.

  According to the present invention, contents can be displayed regardless of the type of new arrival information by a simple operation of operating one display button, and new arrival information can be easily confirmed. And since display is performed in order of high priority, it is preferable in terms of security.

It is block explanatory drawing which shows an example of the apartment house intercom system which concerns on this invention. It is a flowchart which shows the flow of a display of receiving information. It is a flowchart which shows the other flow of a display of receiving information.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments embodying the present invention will be described below in detail with reference to the drawings. FIG. 1 is a block diagram illustrating an example of a multi-family intercom system according to the present invention, wherein 1 is a multi-purpose entrance for a visitor to call a resident from a common entrance, and 2 is a response to a call from the multi-purpose entrance 1 In order to do this, the master unit 3 installed in each dwelling unit, 3 is a controller for controlling communication between the collective entrance unit 1 and the master unit 2, and 4 is communicated with the master unit 2 by the manager. Management room master unit for sending image or voice data or making a call, 5 is a delivery box for the delivery company to store the delivery to the resident, and 6 is an adapter for connecting the room master unit 2 to the controller 3. .
The collective entrance machine 1, the management room parent machine 4 and the delivery box 5 are connected to the controller 3 via transmission lines L1, L2 and L3, respectively. From the control unit 3, a main unit trunk line L4 for connecting the living room main unit 2 is arranged for each floor, for example, and the living room main unit 2 is connected to the main unit main line L4 via the transmission line L5 and the adapter 6. .

The living room base unit 2 includes an operation unit 21 for answering calls from the collective entrance machine 1 and performing various settings, a microphone 22 and a speaker 23 for making a call, a call circuit 24 for controlling the microphone 22 and the speaker 23, a set A monitor 25 that displays a captured image of a camera (not shown) provided in the entrance machine 1, a video demodulation circuit 26 that demodulates a received video signal, a memory that stores video and images, audio, security sensor information, and the like 27, a new arrival indicator 28 that flashes or lights to notify when there is new arrival information, a display button 29 that displays and operates the received information on the monitor 25, a parent CPU 30 that controls the whole room parent device 2, and a controller 3. A main unit interface 31 for performing communication, a sensor interface 32 for connecting various sensors, and a commercial power supply to supply power to each circuit And a source circuit 33 and the like.
The new arrival indicator lamp 28 is formed integrally with the display button 29, and the display button 29 itself blinks. The sensor interface 32 is connected to a fire sensor 35, a gas leak sensor 36, a human sensor 37, and the like.

  The apartment house intercom system configured as described above operates as follows. However, the call from the collective entrance machine 1, the response operation of the room master unit 2 that has received the call, and the operation of displaying the visitor video on the monitor 25 in accordance with the call operation are the same as in the conventional collective housing intercom system. Therefore, the description is omitted, and here, the description will focus on the flow of control in which the storage master 2 stores and stores the various information in the memory 27 and displays the stored information.

In the memory 27 of the living room master unit 2, visitor information such as a visitor video that has not responded under the control of the master unit CPU 30, management room information such as image information and audio information sent from the management room master unit 4, The home delivery notification information for notifying that the parcel has arrived in the home delivery box 5 and various information such as operation information (security information) when the fire sensor 35, gas leak sensor 36, human sensor 37, etc. are operated are stored.
These types of information include a flag, time information, etc., for the master CPU 30 to recognize the type of visitor information, security information, etc., and to determine the priority set in advance for each type, new arrival (unread) or read. It is added and stored in the memory 27.
The priorities are set in advance and stored in the parent CPU 30. However, here, it is assumed that only security information is given priority. Further, the security information is also displayed by receiving the operation information of the security sensor connected to the other room master unit 2 via the controller 3.

  In addition to storing the various information in the memory 27, the parent CPU 30 causes the new arrival indicator 28 to blink in order to notify the resident that there is new arrival information. When the display button 29 is operated by a resident who has confirmed the blinking new arrival indicator 28, the new arrival information is first extracted and displayed from the information stored in the memory 27 under the control of the master CPU 30. .

The flow of the reception information display will be specifically described based on the flowchart of FIG. When the display button 29 is pressed (S1) by the resident who has received the new arrival information and has confirmed the blinking new arrival indicator 28, the new arrival information is displayed on the monitor 25. First, when there is a new security-related item for which priority display is set (S2), the security-related information is displayed as alarm information (S3). At this time, when there are a plurality of new arrivals related to security, they are sequentially displayed by a predetermined recovery operation.
The new arrival indicator 28 blinks while there is new arrival information and waits for a confirmation operation, and shifts to a lighting operation when there is still new arrival information not displayed during the display operation. If there are a plurality of new arrivals related to security, they are displayed in chronological order from the newest.

When the display of all new information related to security is completed, the new information that has not yet been displayed in time series is sequentially displayed by pressing the display button 29. Here, the new arrival information of the visitor is the latest, and this information is displayed (S4). This information is the visitor information at the time of absence or the visitor information that has not responded, and is displayed by a display operation. In addition, if there is a voice input, the voice is reported from the speaker 23.
When the display button 29 is continuously pressed, new information is displayed next. Here, a notification image such as a circulation transmitted from the management room base unit 4 is reproduced (S5) and displayed. Further, when the display button 29 is pressed, home delivery information is displayed. This information is automatically deleted by removing the package from the delivery box 5. Also, the newly arrived information once displayed is continuously stored in the memory 27 with the already read flag attached instead of the unread flag.

After that, if there is unread new arrival information by pressing the display button 29, the display is continued in chronological order, display of visitor information (S7), notification sound of a message from the administrator (S8), management room base unit 4 Recording of notifications transmitted from and playback of recordings (S9) are sequentially performed.
Note that the message from the management room base unit 4 is automatically deleted by calling the management room base unit 4 and talking, or by a predetermined deletion operation of the management room base unit 4.

When the display of new arrival information or report sound as all unread information is completed in this way, the read information is continuously displayed from the new information in time series in response to pressing of the display button 29. In FIG. 2, display of visitor information (S10), notification recording playback (S11), alarm history display (S12), notification recording playback (S13), etc. is performed as the display of the read information. When all of the above are displayed, the last screen for notifying that all the history has been displayed is displayed (S17). Thereafter, when the display button 29 is pressed, the screen shifts to a notification top which is a guidance screen for displaying received information. When the display button 29 is further pressed, the process proceeds to S4 and the displayed visitor information is displayed again.
Note that if the “end button” (not shown) of the operation unit 21 is pressed during the display operation, the display returns to the standby screen. In addition, the new arrival indicator 28 is turned off when there is no unread information.

  Next, the flow of display when new arrival information is received while receiving information is being displayed will be described. The flowchart of FIG. 3 shows the flow of display when new arrival information is received halfway, and shows the case where new arrival information is received while a message from the administrator is being reported (S28). This will be specifically described below.

 When the display button 29 is pressed after receiving the blinking of the new arrival indicator 28 (S21) for the first time, alarm information is first displayed (S23), and then a message image from the administrator is displayed by operating the display button 29 ( The flow up to S28) is the same as S1 to S8 in FIG.

When receiving the display new arrival information while reporting the message from the administrator during the notification sound (S28), the master CPU 30 stores it in the memory 27 and shifts the new arrival indicator 28 to blinking (S29). Thereafter, when the display button 29 is pressed, the information just received is displayed (S30). Here, the notification image is received and the recorded image is displayed.
Thereafter, the display is continued in response to the operation of the display button 29. When the display of newly arrived information is completed, the read information is continuously displayed. This flow (S31 to S38) is the same as the flow (S10 to S17) in FIG.

Thus, the contents can be displayed regardless of the type of the new arrival information by a simple operation of operating one display button 29, and the new arrival information can be easily confirmed. In addition, when there are a plurality of newly arrived information, information with high importance is displayed first, which is preferable in terms of security.
In addition, since it is displayed in order from the new information, it is easy to recognize and grasp information in time series, and various information that has been read and stored in the same operation as the operation to display newly arrived information is displayed. Various information can be viewed with a simple operation.
Further, by incorporating the new arrival indicator 28 in the display button 29, a separate notification means is not required, so that the number of members can be reduced, and since the operation unit performs blinking, it is easy to grasp the new arrival state.

In the above embodiment, security information, visitor information, management room information, home delivery notification information, etc. can be displayed on the living room master unit 2, but at least two items of information, visitor information and security information, are displayed. The above-described configuration for displaying newly arrived information by operating one display button 29 is convenient even only for display.
Moreover, although the fire sensor 35, the gas leak sensor 36, and the human sensor 37 are attached to the living room main unit 2 as security sensors, other sensors such as a window sensor may be connected. Further, the new arrival indicator 28 and the display button 29 may be configured separately.

  1 .... Meeting entrance machine 2 .... Home room master 3 .... Control unit 4 .... Management room master 5 .... Home delivery box 27 ... Memory (notification information storage unit) 28 ... New display Light (new arrival notification part), 29 ... Display button, 30 ... Master unit CPU (memory control part, regeneration control part), 35 ... Fire sensor, 36 ... Gas leak sensor, 37 ... Human sensor.

Claims (5)

A collective entrance machine for visitors to call residents from a common entrance, a living room master set up in each dwelling unit to respond to calls from the collective entrance machine, the collective entrance machine and the living room master machine In a collective housing intercom system having a controller that controls communication between and a management room master that is connected to the controller and communicates with the living room master and sends out image and audio data,
The living room master unit is a visitor video information imaged by a camera provided in the collective entrance machine in conjunction with a call from the collective entrance machine, a communication item consisting of an image or sound transmitted from the management room master unit, And at least visitor video information and security information can be received among information types such as security information notifying the occurrence of anomalies such as fire sensors, gas leak sensors, and delivery notification information transmitted from the delivery box,
A notification information storage unit that stores the received information, a storage control unit that attaches an information type, a new arrival / read flag, and time information when storing in the notification information storage unit, and a notification information storage unit If there is information with a new arrival flag attached to the received information, it has a new arrival notification section for displaying that new information is stored, and a display button for displaying various information,
A playback control unit that reads out and plays back new arrival information among received information stored in the notification information storage unit when the display button is operated while the new arrival notification unit is displaying a notification. An apartment intercom system characterized by that. The storage control unit adds a priority set in advance for each type of information to be received and stores it in the notification information storage unit,
2. The collective housing intercom system according to claim 1, wherein the reproduction control unit sequentially reproduces newly arrived information from information with a high priority in response to an operation of the display button. 3. The collective housing intercom system according to claim 2, wherein, when reproducing information having the same priority, the reproduction control unit sequentially retrieves and reproduces the new information with reference to the added time information. The reproduction control unit reproduces the read information stored in accordance with the attached time information in time series when the display button is operated in a state where there is no new arrival information in the notification information storage unit. The apartment house intercom system according to any one of claims 1 to 3. 5. The collective housing intercom system according to claim 1, wherein the new arrival notification unit is formed integrally with the display button.

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