JPS62245393A - Residence management by transponding card - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a building management method using a transponding card, and particularly relates to a management method for ascertaining the presence status of key persons in an intelligent building. be.

Here, transponding card (hereinafter referred to as TI?C)
) refers to an IC card with wireless transmission and reception capabilities added.

(Prior Art) Conventionally, this type of method for managing the presence of key persons in the building was such that the receptionist turned on a lamp by pressing a button when the main person entered the building, and turned off the lamp when the person left the building. Ta.

FIG. 4 is a diagram illustrating the name management of such key persons.

In this case, display lamps 8-1 to c-5 corresponding to each main person are arranged on the display board. For example, if lamp A-1 is determined to be the president, lamp B-4 is determined to be the managing director E, etc. As shown in the figure, the lighting of lamps A-1 and B-4 indicates that the president and managing director E are awake at night.

(Problems to be Solved by the Invention) However, in the conventional library attendance management method described above, the receptionist must be present when key persons enter and leave the library. There was also the problem that people had to enter the museum from a designated reception area, and even if they were there before night, no one could tell where they were in the museum.

The present invention eliminates the above-mentioned problems, eliminates the need to monitor the entrance to the museum and fix the exit gate, and provides a transponder that can quickly and accurately ascertain the whereabouts of key persons in the museum while they are in the museum. The purpose is to provide a method of managing attendance using landing cards.

(Means for Solving the Problems) In order to solve the above problems, the present invention provides a building management information processing device provided in a building center, a transmission path provided in the building, and a transmission path provided in the building. A local wireless transmitter/receiver is installed in each area and connected to the building, and residents in the building are allowed to carry transponding cards, which are IC cards with wireless transmitter/receiver functions, and these cards contain the individual identification information of the carriers. The card holder is stored and the identification information is collected via a wireless communication means to identify the card holder, and the location of the card holder is searched via the wireless communication means, Information on the presence of the card holder in the building is displayed on a display device having a terminal function and connected to the 0'' transmission line, which is installed at a predetermined location.

(Function) According to the present invention, there is a registered management information processing device provided in the center of a building, a transmission path provided in the building, and a local wireless transmitter/receiver device connected to the transmission path and provided in each area. The building is equipped with a transponding card, which is an IC card with wireless transmission/reception capability added to the IC card, and the identification information of the individual carrier is stored in the card. a terminal function installed at a predetermined location in a building and connected to the transmission path; information about the card holder's presence in the facility is displayed on a display device having the card holder.

Therefore, even if people are not monitoring people coming in and out of the library, people can enter and leave the library from anywhere, and accurate information such as occupancy status and communication methods can be displayed quickly and accurately.

(Example) Hereinafter, an example of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a block diagram of the occupancy management system using TRC according to the present invention, and FIG. 2 is a diagram of the TI? It is a block diagram of C.

As shown in FIG. 1, the presence monitoring area MA exists in various places in the intelligent building, such as conference room CR1 and office room WR, and this presence monitoring area MA includes a local radio control device (hereinafter referred to as LRC). ) 7 and an antenna (hereinafter referred to as ANT) 6 are provided, and this LI?
C7 and eight NT6 are connected to the center CE via the transmission line 4 such as LAN. The center CE is provided with a central control device (hereinafter referred to as CRC) 1, a computer (CPU) 2, a console 3, and the like. Furthermore,
The center CE is also connected to a display device via a transmission path 4 such as a LAN. These display devices include a display-only display device 8 provided at the switchboard SB and an information retrieval type display device 9 provided at the reception office RO.

Here, visitors to the museum carry TRC5;
It has a configuration in which individual identification information such as each individual identification code is stored in advance, and the location of the person can be searched.

FIG. 2 is a configuration diagram of the TRC 5 of the present invention. In the figure, 5-1 is a transmitting/receiving unit that wirelessly transmits and receives data to and from the LRC 7 via an antenna, and 5-2 is a control unit, which controls and controls the entire TRC. Perform information processing. 5-3 is a memory consisting of an IC, and this memory is an R memory in which communication control procedures are written.
It consists of OM, RAM that stores data, etc. Furthermore, although not shown, an input/output section may be provided that allows the wearer to input and output information.

Here, bidirectional wireless communication is performed between the LRC7 installed on the fixed side and the TRC5 carried by the person in the museum.
Personal identification information such as each personal identification code stored in advance in the LRC 7 is collected by the LRC 7 and can be used for personal identification.

In addition, polling signals and position signals are synchronized and transmitted from multiple LRCs 7 provided in each area, and the TRC
5 stores a device signal composed of LRC7, and T R
The C5 responds by transmitting a self-identifying signal and a stored location signal, and this response signal can be collected by the LRC 7 to obtain location information of the occupant carrying the TRC 5.

The communication system and position detection method using these TRCs have already been disclosed in the patent application filed in 1986 by the same applicant.
-165876 and Japanese Patent Application No. 60-177011.

Next, FIG. 3 is a flowchart of the main person's presence management operation showing one embodiment of the present invention.

Hereinafter, a method for managing the presence of key persons in the museum will be explained based on FIGS. 1 and 3.

(1) First, for building occupancy management, system 1 drive and system drive time are set manually from the console 3 of the center CE that has a management information processing device, or at a pre-scheduled time (step ■) . When the system is activated, a bus is formed to collect information from each presence monitoring area MA and to the display device, making it possible to exchange information with the display device 8.9.

(2) Next, the center's CRCi center console 3,
It waits for input from the information retrieval type display device 9, etc. (step ■).

(3) Next, the input light is determined (step ■).

(4) As a result of the judgment, in the case of manual transmission of TRC information to CRCI, information from the carrier of TRC5 in each presence monitoring area MA is transmitted to ANT6, LRC7, transmission line 4, and CRC1.
Monitoring status information is created from the information from the TRC 5, building structure information (layout information) registered in the center, telephone wiring information, personal information, etc. (step 2).

(5) Determine whether or not there is a change between the created monitoring status information and the previous monitoring status information (step ①).

(6) As a result, if there is a change, update the monitoring status information (step ■), and if there is no change, return to step ■ and use the center CRCI, center console 3, information search type display device 9, etc. Waits for input.

(7) Therefore, when updating is performed, the update monitoring status information is output to the display devices 8 and 9, and the display contents are changed (Step 2).

(8) In the case of an inquiry about library presence information from the information retrieval type display device 9, it is analyzed to whom the inquiry is made for the library presence information (step 2).

(9) The monitoring status information of the person being queried is continuously displayed (step ■).

(10) Display the monitoring status information on the information search type display device 9 and respond (step [phase]).

(11) When the termination instruction is given from the console 3 of the center CE or the scheduling time comes, this system is stopped (step 2).

With this configuration, a response is made to the person inquiring about the occupancy information based on the monitoring information displayed at that time. For example, when a visitor or an intermediary call is received, the first responder, such as a receptionist or switchboard operator, makes an inquiry to the center CB using the information search type display device 9,
For example, when a display as shown in FIG. 5 is displayed on the display device 8 exclusively for display, it is possible to check whether the main person is currently in the museum or not, and if so, Quickly and accurately grasp information such as where they are in the building, what number is the nearest telephone number, and whether they are in a special meeting (in a state where they cannot be contacted) to respond to visitors or callers. , (1) Intercede.

In other words, please wait. (2) Intercede with a representative.

(3) Since the person cannot be contacted, appropriate responses can be made, such as asking the person to go home.

Note that the present invention is not limited to the above embodiments,
Various modifications are possible based on the spirit of the present invention, and these are not excluded from the scope of the present invention.

(Effects of the Invention) As described above in detail, according to the present invention, the building management information processing device provided in the center of the building, the transmission path provided in the building, and the information processing device connected to the transmission path are provided. A local wireless transmitter/receiver is installed in each area, and visitors are asked to carry a transponding card, which is an IC card with a wireless transmitter/receiver function added, and personal identification information of the mobile phone is stored in the card. is collected via a wireless communication means to identify the card holder, and the location of the card holder is searched for via the wireless communication means, and transmitted to a fiii transmission path provided at a predetermined location in the building. The said car l'J* in the building is connected to a display device having a terminal function.
Since information about the occupants of the four buildings is displayed, (1) it is possible to automatically manage the presence of one important person in an intelligent building, etc.

(2) The first response to inquiries from outside or inside the building can be made quickly, accurately, and appropriately, making it possible to further advance the intelligentization of buildings.

[Brief explanation of drawings]

Fig. 1 is a block diagram of the second method for managing library attendance using the TRC according to the present invention, Fig. 2 is a block diagram of the TRC of the present invention, Fig. 3 is a flowchart of the procedure for managing library attendance according to the present invention, and Fig. 4 is a conventional FIG. 5 is a diagram showing a display example of the present invention. MA... Attendance monitoring area, CE... Center, l...
・Central control device x (CRC), 2...
・Computer (CPU), 3...Console, 4
...Transmission path, 5...TRC, 5-1...Transmission/reception section, 5-2...Control section, 5-3...Memory, 6...
Antenna (ANT), 7... Local radio control device (LRC), 8... Display device for display only, 9.
...Information retrieval type display device. Patent applicant: Oki Electric Industry Co., Ltd. (1 other person)

Claims (1)

[Claims] A building management information processing device installed in the building center, a transmission line installed in the building, and a local wireless transmitting and receiving device connected to the transmission line and installed in each area are installed, and wireless transmitting and receiving functions are added to the IC card. A person in the museum carries a transponding card, stores personal identification information of the cardholder in the card, collects the identification information via wireless communication means to identify the cardholder, and searching for the location of the card holder via wireless communication means;
Attendance using a transponding card, characterized in that information about the presence of the card holder in the building is displayed on a display device having a terminal function, which is installed at a predetermined location in the building and connected to the transmission line. Management method.