JPS6370785A - Storage shed - Google Patents

Abstract

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

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field 1] The present invention relates to a storage for storing and managing materials.

1 Background technology 1 Conventionally, storage of FDP [diagonal, etc.] was created by the operator.
One approach is to store materials in separate shelves for each field, and allow the person in charge of that field to retrieve the materials as needed.

However, in this case, the person in charge of each field could sometimes pick up materials from the shelves of other fields, and the problem was that the storage and management of materials was not done properly. .

[Objective of the Invention 1 The present invention has been made in view of the above-mentioned points, and its purpose is to prevent the person in charge from taking out materials from other fields by mistake, and to improve the storage management of materials. Our goal is to provide storage where possible.

[Disclosure of the Invention 1 (Configuration) The present invention provides a plurality of data storage boxes for storing materials, individual cards on which individual data is written for opening the data storage boxes individually, and a card for opening all the material storage boxes. A card reader that reads each of the above data of the master card with data written in it, a numeric keypad that inputs the box number of the material storage box that opens when using the master card, and a numeric keypad that reads the data on the master card that has been read by the above card reader. If the card is correct, or if a master card is used, the box number is entered using the numeric keypad above, the means to open the door of the material storage box, the opening/closing status of the material storage box, and the identification code of the card used. This system is equipped with a printer that prints out and records the date and time, and allows the person in charge of each field to open and close only the corresponding material storage box using an individual card, and also records the opening and closing status of the material storage box using a printer. It is.

(Example) Figures 1 to 4 show an example of the present invention, and as shown in Figure 2, the storage in this embodiment has multiple storage areas for storing materials for each field. It is equipped with a data storage box 1. For each material storage box 1, a dedicated individual magnetic card is issued to a person in charge of each field, so that each material storage box 1 can be opened individually. In addition to the above-mentioned individual magnetic cards, there is also a master magnetic card which allows an operator who puts created materials into the material storage boxes 1 to open all the material storage boxes 1. A card reader 2 is provided on the side of the material storage box 1, and the card reader 2 reads data written on the magnetic card. The card reader 2 also includes a numeric keypad 3 for inputting the box number of the material storage box 1 that is opened when using the master magnetic card, and a numeric keypad 3 for entering the box number of the material storage box 1 that is opened when using the master magnetic card.
The display device 4 displays the operating status of the controller. When an individual magnetic card is used, the display device 4 indicates that the data read by the card reader 2 matches the data stored in the control circuit 8 (described later), that is, that the magnetic card is the correct card, and that the master magnetic card When in use, an OK light 4a lights up when the master magnetic card is correct and the box number is entered correctly using the numeric keypad 3;
It consists of an NG light 4h that lights up when either the magnetic card or the box number is incorrect. The card reader 2 is also equipped with a buzzer 5 that emits an alarm when the storage is operated abnormally. By inserting the magnetic card into the slit 6 of the league part formed in the vertical direction on the left side of the card reader 2, the written data can be read by the card reader 2. Above the card reader 2 is a display device 2 as a display means for individually displaying the storage status of materials in each of the material storage boxes 1.
1 is provided. Furthermore, each material storage box 1 is also provided with an LED 7 for displaying the storage status of materials.

Furthermore, other configurations provided in the storage will be explained with reference to FIG. 1. The storage is equipped with a control circuit 8 that controls the operation of each section described above or controls the operation of each section described below. A clock 9 and a printer 10 are connected to the control circuit 8, and the magnetic card and the numeric keypad 3 are used to issue information such as opening the document storage box 1 to the printer 10 together with the time. Further, in this storage, AC power is converted into a predetermined DC voltage by a power supply circuit 15 to supply power to the control circuit 8, and a battery 16 is provided for backup.

Each material storage box 1 is provided with a material switch 20 as a storage detection means that turns on the LED 7 to indicate that material is to be placed in the material storage box 1. Note that instead of the material switch 20, a sensor that detects the presence of materials in the material storage box 1 may be used as the storage detection means. The material storage box 1 is also equipped with an electric lock solenoid 11 for opening the door of the material storage box 1, and a switch 12 for detecting the open/closed state of the door of the material storage box 1. The solenoid 11 is connected to a control circuit. 8 to automatically open the door of the material storage box 1, and the switch 12 is used to control when the door is opened by the control circuit 8 and solenoid 11, and to manually close the door after using the storage. This is to detect when something has happened. In addition, the control circuit 8 and the solenoid 11 of the electric lock
The door opening means is constituted by.

The card reader 2 is also connected to the control circuit 8, and the control circuit 8 checks whether the data read by the card reader 2 matches the data stored in the memory (not shown) of the control circuit 8. The above-mentioned OK light 4a and NG light 4b1 provided in the card reader 2 are determined by the control circuit 8 output.
and controls the operation of the buzzer 5. The card reader 2 has a chime 14 that sounds when the data on the magnetic card and the box number entered using the numeric keypad 3 are correct.
The operation of the control circuit 8 is controlled by the control circuit 8 in the same way as the above-mentioned parts. Key operation input from the numeric keypad 3 is input to the control circuit 8, and in accordance with this key operation input, the control circuit 8 opens the document storage box 1 of the corresponding box number.

Furthermore, the above-mentioned control circuit 8 is internally equipped with a so-called watchdog circuit that monitors whether its own operation is being performed correctly, and this watchdog output is sent from the external transfer output terminal of the terminal block 17 to external equipment along with an alarm. is output,
Storage can be managed using external equipment.

Furthermore, a tamper switch 18 is provided for detecting that a door on the side of the main body of the apparatus equipped with a card reader 2, etc. is opened, and the output of this tamper switch 18 is also transmitted to an external device. The control unit 8 also has a pry-open detection function that detects when the door of the material storage box 1 is opened without using a magnetic card.

The operation will be explained below according to the 7E7-charts in FIGS. 3 and 4. First, the case where materials are taken out using individual magnetic cards will be explained with reference to FIG. Pass the individual magnetic card through the league section of the card reader 2. At this time, whether or not this magnetic card is the correct card is determined by checking in the control circuit 8 whether the data read from the magnetic card by the card reader 2 matches the data stored in the memory. judge. When the data match, the control circuit 8 output drives the slide/id 11 to open the door of the material storage box 1 corresponding to the individual magnetic card, and turns on the OK light 4a to confirm that the magnetic card is the correct one. It is displayed by lighting for 2 seconds.

If the data do not match, the NG lamp 4b is turned on for 2 seconds for the mackerel.

When the NG light 4b lights up, the magnetic card is inserted again and the operation is restarted from the beginning. Further, when the operation of inserting the magnetic card into the card reader 2 is performed four times and all of them are inconsistent, that is, the NG light 4b flashes four times, the buzzer 5 issues a warning for 10 seconds. Incidentally, when the OK light 4a is turned on, a chime 14 also sounds on the island. Further, the number of the individual magnetic card used at this time and the time when the document storage box 1 was opened are printed on the printer 10. This document storage box 1
The person in charge who opened the door takes out the materials and closes the door of the material storage box 1. When the door of this material storage box 1 is closed, the control circuit 8 drives the solenoid 11 by the output of the switch 12, and the electric lock is automatically locked. In order to prevent forgetting to close the door, if you do not open the document storage box 1, take out the documents, and close the door within 40 seconds, an alarm will be activated at 10.
It should be developed in seconds. Furthermore, the same applies to the case of FIG. 4, but the operations shown in broken lines indicate the operations performed by the storage control circuit 8, and the operations shown in solid lines indicate the operations performed by the user.

Next, the operation of putting materials into the material storage box 1 will be explained with reference to FIG. At this time, a master magnetic card is used, and in the same way as when taking out the above-mentioned materials, the master magnetic card is passed through the league part of the card reader 2, and the control circuit 8 verifies whether or not this magnetic card is the correct card. Judgment is made by In this case, when the data match, it is indicated that the magnetic card is correct by extinguishing the OK light 4&. And when the data do not match, N
Turn on the G light 4b for 2 seconds. Also in this case, the operation of inserting the magnetic card into the card reader 2 is performed four times, and if there are no discrepancies, the buzzer 5 issues a warning for 10 seconds.

Then, when the OK light 4a blinks, the box number of the material storage box 1 to be opened is input using the numeric keypad 3. If this operation using the numeric keypad 3 is not performed within 20 seconds after passing the master magnetic card through the card reader 2, the input using the numeric keypad 3 will not be accepted. During these 20 seconds, the OK light 4a is blinked once for 20 seconds to let the user know. Note that the input using the numeric keypad 31 uses a special input method, such as inputting red stamps before and after the box number, so that it is not easily noticed by outsiders. If the correct box number is not entered, the NG light 4b will light up for 2 seconds in the same way as when the master magnetic card is incorrect, and an alarm will be issued if the box number is entered incorrectly 4 times. It has become. When the correct box number is entered using the numeric keypad 3, the door of the corresponding material storage box 1 opens, the OK light 4a lights up for 2 seconds, and the chime 14 sounds. Further, the number of the master magnetic card used at this time, the box number of the material storage box 1 that was opened, and the time when the material storage box 1 was opened are printed on the printer 10. The operator who opened the material storage box 1 puts the materials into the material storage box 1 and closes the door of the material storage box 1. In order to prevent people from forgetting to close the box, if the document storage box 1 is not opened within 40 seconds from the time the document is put in and the door is closed, a warning will be sounded for 10 seconds. There is. In addition, the operator who has placed the material presses the material switch 20 to indicate that the material is stored in the material storage box 1, thereby displaying on the display section 21 that the material is being stored. Light the data storage box 1, E I) 7 in which the materials were stored. In the case of printer 1-11 = 0, even if the document storage box 1 is forgotten to be closed, or if the door of the document storage box 1 is opened (for example, by force), the time will be printed out as well. Furthermore, in the unlikely event that the magnetic card is lost, the verification ROM included in the control section 8 can be replaced.

1. Effects of the Invention 1. As described above, the present invention includes a plurality of document storage boxes for storing materials, individual cards on which individual data is written for opening the document storage boxes individually, and a method for opening all the document storage boxes. A card reader reads each of the above data on the MasterCard with the data written in it, a numeric keypad to input the box number of the material storage box that opens when using the MasterCard, and a card reader that reads the data. If the card entered is correct, or if a master card is used, the box number is entered using the numeric keypad above, the means to open the door of the material storage box, the opening/closing status of the material storage box, and the identification of the card used. Since it is equipped with a printer that prints and records the code along with the time, the person in charge of each field can use individual cards to open and close only the material storage box that corresponds to each individual card. It is possible to prevent materials from being taken from a material storage box in another field by mistake, and to record the opening/closing situation of the material storage box with a printer, thereby making it possible to safely store materials.

[Brief explanation of the drawing]

Fig. 1 is a block diagram showing the configuration of an embodiment of the present invention, Fig. 2 is a front view showing the external appearance of the same, Fig. 3 is a flowchart showing the operation of taking out the same material, and Fig. 4 is a flowchart showing the same material retrieval operation. FIG. 1 is a data storage box, 2 is a card reader, 3 is a numeric keypad, 7 is an LED, 8 is a control circuit, 10 is a printer, 20
2 is a material switch, and 21 is a display section. Agent Patent Attorney Ishi 1) Chief 7 Figure 3 Unexamined Patent Publication ffG3-70785 (6) Aborted within 2Q$c% of Figure 4
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Claims (2)

[Claims] (1) Multiple material storage boxes for storing materials, individual cards written with individual data to open these material storage boxes individually, and a master card written with data to open all material storage boxes. A card reader that reads each data, a numeric keypad that inputs the box number of the material storage box that opens when using a MasterCard, and a card that reads the data with the above card reader is correct, and a MasterCard is used. In this case, a door opening means that opens the door of the corresponding material storage box when the box number is entered using the numeric keypad, and a printer that prints and records the opening/closing status of the material storage box and the identification code of the card used together with the time. A storage warehouse characterized by comprising: (2) It comprises a storage detection means for detecting that the material is stored in the material storage box, and a display means for displaying that the material is stored by the output of the storage detection means. A storage according to claim 1, characterized in that: