JPH0611050U - Personal identification card management system - Google Patents

Abstract

(57) [Summary] [Purpose] IDs for receiving displays and keyboards
It is an object of the present invention to obtain a personal identification card management system capable of expanding its function without adding it to a card. [Configuration] An ID card 100 having a function of transmitting and receiving signals to and from a host system, provided with signal and charging connectors 30 and 31, and a ROM in which an identification number is registered
54, the signal and charging connectors 51 and 65 and the ID card 100 which are respectively connected to the connectors 30 and 31.
When the ID card 100 receives a signal from the host system, the signal is input and the input signal is a ROM
Only when it corresponds to the identification number of 54, the content corresponding to the subsequently input signal is displayed on the liquid crystal display 61, and when the signal from the keyboard 60 is input, the signal based on the input is sent to the ID card 100. Desk card accommodating device 20 having a microprocessor 53 for outputting to
With 0 and.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to an apparatus for transmitting / receiving information to / from a host system by using a transmission / reception function of a personal identification card.

[0002]

[Prior art]

 The personal identification card is registered with an identification number for identifying the person and is used as a membership card or employee ID card. For example, in office buildings, it is used to call a mobile person, make a reservation for a conference room, etc., and to move in and out of a specific place (for example, a computer room) to improve work efficiency. Has been. In addition to this, it is also used as a personal telephone directory, depending on the function of the personal identification card. This personal identification card is a transmission / reception device for transmitting / receiving information to / from an upper system, a CPU as a processing device, a ROM, a RAM and a PROM as a storage device, and a plurality of LEDs for displaying in response to a call from the upper system. It is also equipped with a buzzer that sounds at that time and a battery that supplies voltage to these.

[0003]

[Problems to be solved by the device]

 With the conventional personal identification card as described above, for example, it was not possible to directly call a person in the same section or know the location of the person in the building. In order to add these functions, a receiving display, a keyboard, etc. are required, but this is not practical because it becomes large as a portable card. In addition, when the battery was replaced or charged, the operation of this card had to be confirmed, so it was entrusted to the management side. However, in this case, if this card contained information as a telephone directory, it could not be said to be a good measure from the viewpoint of private protection.

The present invention has been made to solve such a problem, and the functions can be expanded without adding a receiving display, a keyboard, etc. to a personal identification card, and the card can be outsourced to a management side. The purpose is to obtain a personal identification card management system that allows the battery to be charged without being charged.

[0005]

[Means for Solving the Problems]

 The personal identification card management system according to the present invention comprises a first storage section in which an identification number for identifying the person is registered, a first display section for displaying based on an input signal, a key switch, and a host system. Corresponds to the receiver that receives the transmitted signal, the transmitter that transmits the input signal to the host system, and the signal that is continuously input only when the signal input via the receiver corresponds to the identification number. And a rechargeable battery that supplies a voltage to each of the above-mentioned units, which displays the displayed information on the first display unit and outputs a signal based on the input to the transmitting unit when there is an input from the key switch. A personal identification card, a second storage section in which the same identification number as the content of the first storage section is registered, a second display section for displaying based on an input signal, and a keyboard. , The individual A card mounting portion to which the identification card is detachably mounted, a charging portion that supplies a voltage to the battery through the card mounting portion when the personal identification card is mounted to the card mounting portion, and the personal identification card is a card. When the receiving section receives a signal while it is mounted on the mounting section, the signal is input through the card mounting section, and the input signal corresponds to the identification number registered in the second storage section. When a signal from the keyboard is input, the signal corresponding to the signal that is continuously input is displayed on the second display section only when the personal identification is performed via the card mounting section. A desk card accommodating device having a second operation unit for outputting to a card transmission unit is provided.

[0006]

[Action]

 According to the present invention, a personal identification card having a transmission / reception function is mounted in a desk card accommodating device to transmit / receive a signal to / from a host system. When mounted, a signal from the host system is received by an ID card receiver. Upon reception, the second arithmetic unit of the desk card accommodating device inputs the signal through the card mounting unit, and decodes the identification number and contents. Then, the decrypted identification number is compared with the identification number registered in the second storage section, and only when they match, a display corresponding to the contents is displayed on the second display section. Further, when a signal is input from the keyboard, the second arithmetic unit transmits the content and the identification number based on the input signal from the transmitting unit of the ID card to the host system via the card mounting unit. Further, at this time, when the battery of the personal identification card needs to be charged, the charging section of the desk card accommodation device supplies a voltage to the battery.

[0007]

【Example】

 FIG. 1 is a block diagram showing an embodiment of the present invention, and FIG. 2 is an external view of an ID card and desk card accommodation device.

In the figure, 1 is an optical transmitter that emits light based on a signal from a management center, and 2 is a radio wave transmitted from a personal identification card 100 (hereinafter referred to as “ID card”) described later. It is a radio wave receiver, and it is distributed in dozens of locations on the ceiling of each floor of the office building as a set with the optical transmitter 1. 3 is a local controller installed on each floor to control the optical transmitter 1 and the radio wave receiver 2. Reference numeral 4 is a central controller, which is provided for each of several local controllers 3 and managed. The local controller 3 is controlled based on the signal from the center.

Reference numeral 100 denotes an ID card, which is a photodiode 11 that outputs a signal according to the light amount of the optical transmitter 1, an amplifier 12 that amplifies the signal, a pulse shaping circuit 13 that shapes the input signal into a predetermined waveform, A switching circuit 14 for switching signal paths, a microprocessor 17 for accessing and processing a ROM 18 based on an input signal, a ROM 18 in which software and an identification number are stored, a RAM 19 as a working memory, a PROM 20 for storing data, and 5 pieces. LED 22 to 26 and a buzzer 27 are connected to the display drive circuit 21, a key switch 28 for an emergency call (for example, when the person falls down due to illness) connected via an interface circuit (not shown), The transmission circuit 15 for transmitting a signal based on the processing and the antenna 16 are provided, and as will be described later. There are provided signal and charge connectors 30 and 31 for connecting to the desktop card storage device 200. The signal connector 30 is connected to the switching circuit 14 via the interface circuit 29, and the charging connector 31 is connected to the battery 32.

The LEDs 22 to 26, the buzzer 27, and the key switch 28 described above are respectively provided on the surface of the ID card 100 as shown in FIG. 2, and among them, the LED 22 is also used to inform the wearer that a call is being made. Then, the LED 23 is for notifying that there is a visitor, the LED 24 is for notifying that the conference will be held, the LED 25 is for instructing the carrier to return to his / her own seat, and the LE D26 is for instructing to charge the battery 32. The buzzer 27 also sounds when one of these LEDs is turned on. The switching circuit 14 described above connects the pulse shaping circuit 13 and the microprocessor 17 when the photodiode 11 receives light, and connects the microprocessor 17 and the transmission circuit 15 when the key switch 28 is turned on. Also, when the ID card 100 and the desk card accommodating device 200 are in the connected state, when the open station switch 58 is turned on, the interface circuit 29 and the transmission circuit 15 are connected, and the photodiode 11 receives light. In this case, the pulse shaping circuit 13 and the interface circuit 29 are connected. The switching circuit 14 operates under the control of either the microprocessor 17 or the microprocessor 53.

When the photodiode 11 receives the light from the optical transmitter 1, the microprocessor 17 first controls the switching circuit 14 to connect it to the pulse shaping circuit 13 and then shaped by the pulse shaping circuit 13. The identification number is decoded from the signal and compared with the identification number stored in ROM 18. Only when the identification numbers match, the display content is continuously decoded from the input signal, the corresponding LED (one of the LEDs 22 to 25) is turned on via the display drive circuit 21, and the buzzer 27 is turned on. To notify the wearer. The microprocessor 17 constantly monitors the voltage of the battery 32, and when the voltage reaches a predetermined value, blinks the LED 26 and sounds a buzzer with a tone color different from the above. Further, when the key switch 28 is turned on, the switching circuit 14 is controlled and connected to the transmission circuit 15 in the same manner as described above, and the content based on the key input and the identification number are transmitted via the switching circuit 14 to the transmission circuit 15. Then, the transmission circuit 15 transmits a radio wave based on the input signal from the antenna 16 to the radio wave receiver 2.

Reference numeral 200 denotes a desktop card accommodating device provided on the desk of the ID card carrier, which includes signal and charging connectors 51 and 65 for connecting to the connectors 30 and 31 provided in the ID card 100, and an interface. A microprocessor 53 connected to a signal connector 51 via a circuit 52, a ROM 54 for storing software, a RAM 55 as a working memory, a PROM 56 for storing data, and an external interface circuit for inputting information from the outside. 57, and a charging circuit 67 connected to a charging connector 65 via a charging switch 66.

On the front side, an opening switch 58 for transmitting and receiving signals to and from the management center through the ID card 100, a closing switch 59 for canceling the opening, a keyboard 60 for inputting numbers and characters, a liquid crystal display 61 and a buzzer. 64 are provided. LEDs 62 and 63 are provided above the opening switch 58, and when the opening switch 58 is turned on to connect to the management center, the LED 62 is turned on, and when not connected, the LED 63 (for error) is turned on. Has become. In addition, a charging switch 66 and LEDs 68 (charging) and 69 (charging end) for displaying the charging state of the battery 33 of the ID card 100 are provided around the ID card mounting portion.

Next, the operation of the desk card accommodation device 200 when the ID card 100 is mounted will be described. When the ID card 100 is inserted from the card mounting portion, the respective connectors 30, 31, 51, 65 are connected and the station opening switch 58 is turned on, the microprocessor 53 controls the switching circuit 14 to transmit it. 15 and the interface circuit 29 are connected, and transmitted from the antenna 16 of the ID card 100 to the radio wave receiver 2 together with the identification number in the ROM 54 in order to confirm whether or not communication with the management center is possible. At this time, the management center sends a response to the signal through the optical transmitter 1. Therefore, when the photo diode 11 of the ID card 100 receives the light, the microprocessor 53 detects that the pulse shaping circuit 13 The interface circuit 29 is connected and the signal is input to decode the identification number. Only when the decoded number is the same as the identification number stored in the ROM 54, the contents are continuously decoded from the input signal and the corresponding LED is turned on. In this case, when communication is possible, the LED 62 is turned on, and when communication is not possible, the LED 63 is turned on to notify the wearer of that fact.

When communication is possible, when the photodiode 11 of the ID card 100 receives a signal from the management center, the microprocessor 53 connects the pulse shaping circuit 13 and the interface circuit 29 to input the signal and identify it. Decipher the number. Then, the identification number stored in the ROM 54 is compared, and if the identification numbers do not match, the processing for the input signal is terminated. If the identification numbers match, the input continues. The display contents are decoded from the signal, displayed on the liquid crystal display 61, and the buzzer 64 is activated. The contents of the display include “with phone”, “with visitors”, “with meeting”, etc.

Further, when communication is possible with the keyboard 60 to enter the destination location (separate floor) of the person, the microprocessor 53 displays on the liquid crystal display 61 based on the input of the keyboard 60 and the transmission circuit. 15 and the interface circuit 29 are connected. When the execution key is pressed, the identification number stored in the ROM 54 and its contents are transmitted from the antenna 16 of the ID card 100 and registered in the management center. Further, when the conference room number and date and time are reserved by the keyboard 60, the microprocessor 53 displays the contents on the display unit in the same manner as described above, and accesses the management center together with the identification number via the ID card 100. The management center sends the reservation person's identification number together with the content if the access is possible, and the reservation person's identification number together with the content if the access is not possible. The signal received via the input is input, and the identification number is decoded and compared with the identification number stored in the ROM 54. If the identification numbers match, the reservation contents are decoded from the input signal and displayed on the liquid crystal display 61, and if they do not match, the processing for the input signal ends.

Further, when the request for the location of a person and the identification number of the person are input through the keyboard 60 when the communication is possible, the microprocessor 53 stores the identification number in the PROM 56 as data and the contents thereof. The signal based on is accessed to the management center via the ID card 100. Since the management center transmits the identification number and the location of the person concerned to the receiving section of the ID card 100 from the optical transmitter 1, the microprocessor 53 inputs the signal received through the ID card 100 and outputs the identification number. Decipher. Then, it is compared with the identification number stored as data in the PROM 56, and if they are the same, the location is decoded from the input signal and displayed on the liquid crystal display 61. If the identification numbers do not match, the input signal is used. The processing for that is ended.

Further, when calling a certain person, the identification number of the person and that effect are input by the keyboard 60. At this time, the microprocessor 53 stores the identification number as data in the PROM 56 and transmits a signal based on the content from the antenna 16 of the ID card 100 to request the management center. Since the management center notifies the person who corresponds to the request and sends the information together with the identification number to the photodiode 11 of the ID card 100, the microprocessor 53 decodes the identification number from the input signal. And compares it with the identification number stored as data in the PROM 56. Then, only when the identification numbers are the same, the result (being informed) is displayed on the liquid crystal display 61.

When the charging switch is turned on while the ID card is mounted in the desk card accommodation device, the charging circuit supplies a voltage to the battery, and the LED 68 lights up. Then, at the end of charging, the LED 68 is turned off and the LED 69 is turned on to inform the user accordingly.

[0020]

As described above, according to the present invention, the ID card can be attached to the desk card accommodating device to send and receive signals to and from the upper system, and the battery of the ID card can be charged. It has the effect that the functions can be expanded in one's own seat without increasing the size of the car, and the work of consigning the battery charge to the management side can be saved.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention.

FIG. 2 is an external view of an ID card and desk card accommodation device.

[Explanation of symbols]

 1 Optical Transmitter 2 Radio Receiver 11 Photodiode 12 Amplifier 30 Signal Connector 31 Charging Connector 51 Signal Connector 60 Keyboard 61 Liquid Crystal Display 65 Charging Connector 100 ID Card 200 Desktop Card Housing Device

Continuation of front page (51) Int.Cl. ⁵ Identification code Office reference number FI Technical display location G06K 17/00 V 7459-5L 19/10

Claims (1)

[Scope of utility model registration request] 1. A first storage unit in which an identification number for identifying the person is registered, a first display unit for displaying based on an input signal, a key switch, and a signal transmitted from a host system. A receiving unit, a transmitting unit for transmitting an input signal to a host system, and a first display corresponding to a signal continuously input only when a signal input via the receiving unit corresponds to the identification number. A personal identification card having a first computing unit that is displayed on a unit and outputs a signal based on the input of the key switch to a transmitting unit, and a rechargeable battery that supplies a voltage to each unit. And a second storage unit in which the same identification number as the contents of the first storage unit is registered, a second display unit for displaying based on an input signal, a keyboard, and the personal identification card detachably mounted To be A charging section, a charging section for supplying a voltage to the battery through the card mounting section when the personal identification card is mounted in the card mounting section, and a charging section for charging the personal identification card in the card mounting section. When the receiving unit receives a signal, the signal is input via the card mounting unit, and the signal is continuously input only when the input signal corresponds to the identification number registered in the second storage unit. A second calculation unit that displays the displayed information on the second display unit and outputs a signal based on the input to the transmission unit of the personal identification card via the card mounting unit when a signal from the keyboard is input. A personal identification card management system, comprising: