JP2007042018A - Information acquisition system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an information acquisition system reading an information code such as a bar code and a two-dimensional code by a predetermined reader for acquiring an attribute and its detailed information corresponding to a read hierarchical position from a predetermined database and outputting them. <P>SOLUTION: This information acquisition system acquires information by receiving hierarchical position information from the information code reader reading the information code including the hierarchical position information from an information storage means storing the attribute, the hierarchical position information about it, and the detail information when relation of the attribute of an object is a hierarchical structure. This information acquisition system is provided with a hierarchical position information acquisition means receiving the hierarchical position information included in the information code from the information code reader, an information acquisition means receiving the hierarchical position information from the hierarchical information acquisition means and searching and acquiring the attribute and the detailed information corresponding to the hierarchical position information from an information storage means, and an information output means outputting the acquired attribute and detail information. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

The present invention acquires an attribute corresponding to a read hierarchical position and its detailed information from a predetermined database by reading an information code such as a barcode or a two-dimensional code with a predetermined reader, and outputs the information. About.

  Currently, there is an information storage method for encoding and recording various types of information called bar codes and two-dimensional codes (hereinafter referred to as “information codes”) (Patent Document 1, etc.). Such an information code is used in various places in daily life. For example, as shown in Patent Document 2, it is an address label for parcel delivery luggage, or is produced in a factory as shown in Patent Document 3. It may be process management of a product.

JP-A-7-254037 JP 2001-272914 A JP 2004-102746 A

  Since the information code can store a large amount of information in a small space, the use range is extremely wide and is widely used even today. However, in the conventional information code, when it is used for an address label such as Patent Document 2, it is used for the postal code or address of a delivery destination, or the process management of a product produced in a factory such as Patent Document 3. In this case, detailed information such as part information (part number, drawing number describing use of parts, etc.) is encoded. Therefore, anyone who has an information code reader can easily read out the information, and can easily tamper with the information.

In addition, when a two-dimensional code is used as an information code, it is possible to encode information of about 2000 bytes. However, when the number of items of a component is, for example, 100 million points class like an industrial product, There is also a problem that detailed information cannot be stored. That is, information can be encoded only within the range of 2000 bytes.

  Therefore, the present inventor does not encode the attribute or detailed information (detailed information) itself in the information code, but rather relates to the attribute and the detailed information related to the hierarchical position, that is, “hierarchical positional information” ( Information indicating the relationship between levels of attribute information, which is information indicating the position and location in a hierarchical structure of a certain attribute), and reading the hierarchical position information with a reader, the attributes and details Get the hierarchical position of the information. And the information acquisition system which outputs the attribute and detailed information regarding the thing by acquiring an attribute and detailed information from a database etc. according to the hierarchy position was invented.

  The invention of claim 1 associates the attributes of the object in a hierarchical structure by receiving the hierarchical position information from an information code reading device that reads an information code including the hierarchical position information about the attribute of the object, An information acquisition system for acquiring information from information storage means for storing hierarchical position information and detailed information for the attribute, wherein the information acquisition system receives the hierarchical position information included in the information code from the information code reader. Receiving hierarchy position information acquisition means, information acquisition means for receiving the hierarchy position information from the hierarchy position information acquisition means, and retrieving and acquiring attributes and detailed information corresponding to the hierarchy position information from the information storage means; An information acquisition system comprising: information output means for outputting the acquired attribute and detailed information.

  By configuring as in the present invention, it is not necessary to encode detailed information about the object in the information code as in the prior art, and only the hierarchical position information needs to be encoded. As a result, unauthorized reading of information is impossible in principle as compared with the prior art, so that information confidentiality is increased and the possibility of falsification is reduced. In addition, since the attribute and detailed information itself are not encoded, even if there is a lot of information about a part such as an industrial product, it is only necessary to encode the hierarchical position regarding the attribute and detailed information of the part. Unlike the prior art, information of an arbitrary capacity can be transmitted without depending on the storage capacity of the medium to be used.

  In the invention of claim 2, the information acquisition means further accepts hierarchical position information input by a user from a predetermined input device, and part or all of the hierarchical position information received from the hierarchical position information acquisition means, Information acquisition is performed by changing to the hierarchical position information received from the input device, and searching and acquiring the attribute and detailed information corresponding to the hierarchical position information from the information storage unit based on the changed hierarchical position information. System.

  By not only searching and acquiring attributes and detailed information based on the hierarchical position information read from the information code, but also allowing the user to change part or all of the hierarchical position information as appropriate as in the present invention. , Attributes and detailed information related to the object can be easily obtained.

  The invention according to claim 3 is an information acquisition system in which the information output means outputs the attributes and detailed information acquired by the information acquisition means in a tabular format.

  The obtained results may be output in a table format as in the present invention.

  According to a fourth aspect of the present invention, the information acquisition means further performs a process for determining whether or not to output the attribute and detailed information acquired by the information acquisition means from the information output means. Furthermore, the information acquisition system outputs the acquired attribute and detailed information only when output is permitted as a result of the determination.

  By providing such processing, users who can output information can be limited, and information leakage can be prevented.

  The invention of claim 5 associates attributes of objects in a hierarchical structure, and includes a storage device that stores the attributes, hierarchical position information for the attributes, and detailed information, and an arithmetic device that executes arithmetic processing of a program. An information acquisition program for causing a computer terminal to function, wherein the information acquisition program has a hierarchical position information acquisition function, an information acquisition function, and an information output function that are read into the arithmetic device, and the hierarchical position information acquisition function Receives the hierarchical position information included in the information code from the information code reading device that reads the information code including the hierarchical position information on the attribute of the object, and the information acquisition function converts the hierarchical position information into the hierarchical position information. The information received from the acquisition function, the attribute corresponding to the hierarchical position information and the detailed information are retrieved from the storage device and acquired, and the information Force function outputs said obtained attribute and details, the information acquisition program.

  Like this invention, it can also be set as the program which implement | achieves invention of Claim 1 on a computer terminal.

  In the invention of claim 6, the information acquisition function further receives hierarchical position information input by a user from a predetermined input device, and part or all of the hierarchical position information received from the hierarchical position information acquisition function, An information acquisition program that changes to hierarchical position information received from the input device, and retrieves and acquires attributes and detailed information corresponding to the hierarchical position information from the storage device based on the changed hierarchical position information It is.

  By not only searching and acquiring attributes and detailed information based on the hierarchical position information read from the information code, but also allowing the user to change part or all of the hierarchical position information as appropriate as in the present invention. , Attributes and detailed information related to the object can be easily obtained.

  The invention according to claim 7 is an information acquisition program in which the information output function outputs the attributes and detailed information acquired by the information acquisition function in a tabular format.

  The obtained results may be output in a table format as in the present invention.

  In the invention according to claim 8, the information acquisition function further performs a process of determining whether or not to output the attribute and detailed information acquired by the information acquisition unit from the information output unit. Furthermore, the information acquisition program outputs the acquired attribute and detailed information only when output is permitted as a result of the determination.

  By providing such processing, users who can output information can be limited, and information leakage can be prevented.

  In this way, by encoding the hierarchical position information of the attribute and detailed information in the information code, the attribute and detailed information itself cannot be grasped only by reading the information code as in the conventional case, so the information code Increases confidentiality and reduces the possibility of tampering. In addition, since the attribute and detailed information itself are not encoded, even if there is a lot of information related to a part such as an industrial product, it is only necessary to encode the hierarchical position related to the attribute and detailed information of the part. The amount of information is much smaller than that. Moreover, since the attribute and detailed information regarding the object can be acquired, it is possible to acquire information by various methods using the hierarchical position.

Furthermore, since users who can acquire information can be limited as necessary, the information acquisition system as a whole has resistance against information leakage. For this reason, it is possible to provide a basis for performing secure transaction information communication.

  An example of the system configuration of the present invention will be described with reference to the system configuration diagram of FIG. 1 and the hardware configuration diagram of FIG.

  The hardware configuration diagram of FIG. 2 is a diagram showing an example of the hardware configuration of a computer terminal that executes the information acquisition system 1 of the present invention, and is an arithmetic device 11 such as a CPU, and a storage device 12 such as a RAM or a hard disk. The processing is realized on a computer terminal (including a server) having The computer terminal further includes an input device 10 such as a keyboard, a mouse, an information code reader 2, a display device 14 such as a display, a printing device 15 such as a printer, and other computer terminals via a network such as the Internet. It is preferable to further include a communication device 13 that performs transmission and reception.

  A program that realizes the information acquisition system 1 is recorded on the hard disk of the computer terminal, which is read into a RAM or the like when a predetermined operation is performed, and the function (means) is executed by the arithmetic unit 11. Thus, the processing of the information acquisition system 1 is performed. Information used in these processes is stored in the storage device 12 such as a RAM or a hard disk in various file storage formats such as a database and a data file, and is processed by being read out appropriately during the process. The processing result is also written to the storage device 12 such as a RAM or a hard disk and stored as appropriate. Each means in the present invention is only logically distinguished in function, and may be physically or practically the same area.

  The information acquisition system 1 includes a hierarchy position information acquisition unit 3, an information acquisition unit 5, an information storage unit 4, and an information output unit 6. The information acquisition system 1 can transmit and receive information to and from the information code reader 2.

  The information code reading device 2 is a device that reads an information code attached to an object. For example, when the information code is a bar code, the information code reading device 2 is an optical bar code reader or the like. By reading the information code, the read information (hierarchical position information) is passed to the information acquisition system 1.

  The hierarchy position information acquisition means 3 is means for receiving, from the information code reader 2, hierarchy position information in an information code attached to an object read by the information code reader 2.

  The information storage means 4 associates attributes of objects as a hierarchical structure, and is a means for storing attributes and detailed information associated with the attributes, and this attribute is the position of the attribute in the hierarchical structure. Is also stored in association with the hierarchical position information. FIG. 4 shows a conceptual diagram of a method for storing information based on such a hierarchical structure. In FIG. 4, for example, “manufacturing company” is an attribute corresponding to the hierarchical position A, and “manufacturing company name” information is stored as detailed information associated with the attribute. Further, “opening / closing device” is an attribute corresponding to the hierarchical position D, and “part code” information is stored as detailed information associated with the attribute. “Low-voltage switchgear” is an attribute corresponding to the hierarchical position E, and “rated breaking capacity” and “pole dispersion” are stored as detailed information associated with the attribute. “Wiring breaker” is an attribute corresponding to the hierarchical position G, and “frame size” and “attachment method” information is stored as detailed information associated with the attribute. A conceptual diagram of the information storage means 4 stored in this way is shown in FIG.

  The information acquisition unit 5 is a unit that searches and acquires the attribute corresponding to the hierarchical position and its detailed information from the information storage unit 4 based on the hierarchical position information received by the hierarchical position information acquisition unit 3. The information acquisition unit 5 identifies the attribute information (for example, company, department, and individual) of the user who requested acquisition (output) of the information from the input device 10 when acquiring information from the information storage unit 4. A process for determining whether the information acquired based on the hierarchical position information can be output by receiving an input such as a name or a number may be provided. For example, the user receives an input of the name of the company where he / she works from the input device 10, and the information acquisition unit 5 acquires the name of the manufacturing company from the information storage unit 4 based on the hierarchical position information and receives the input If the name and the acquired manufacturing company name match, a determination process can be provided in which output is permitted from the information output means 6 to be described later and output is not permitted if they do not match.

  The information output means 6 is a means for outputting attributes and detailed information corresponding to the hierarchical position information acquired by the information acquisition means 5 from the information storage means 4 by the display device 14, the printing device 15, the communication device 13, and the like. For example, the acquired attribute or detailed information is displayed on a display device 14 such as a display, printed on a printing device 15 such as a printer, or transmitted to another computer terminal via a network such as the Internet. .

  Next, an example of the processing process of the present invention will be described with reference to the flowchart of FIG. 3, the system configuration diagram of FIG. 1, and the hardware configuration diagram of FIG. In the present embodiment, a QR code is used as an information code, and a case where a product (wiring breaker) manufactured by Kosha Co., Ltd. is described as an item to which the information code is attached. This wiring breaker is assumed to be a component used for a low-pressure switchgear among switchgears manufactured by Kosha. FIG. 4 is a conceptual diagram of the hierarchical position of the attribute of this wiring breaker. In addition to the QR code, the information code may be encoded as a one-dimensional barcode or another two-dimensional barcode, or may be stored as information in an IC tag or the like.

  In the case of the conceptual diagram of the hierarchical position shown in FIG. 4, the switchgear manufactured by the manufacturing company (Kosha) has a low-voltage switchgear and a high-voltage switchgear. There are a vacuum circuit breaker and a gas circuit breaker as high-pressure switchgear. The manufacturing company, switchgear, low-voltage switchgear, high-voltage switchgear, wiring breaker, earth leakage breaker, low-voltage breaker, vacuum breaker, and gas breaker are each assigned information on the position of the hierarchy. , D, E, F, G, H, I, J, K. In the present embodiment, since the attribute of the object to which the information code is attached is the wiring breaker, “A, D, E, F” is encoded as the hierarchical position information included in the information code. For example, the information code may be attached to the surface of the wiring breaker.

  Detailed information corresponds to the attribute corresponding to each hierarchical position. For example, the attribute “manufacturing company” of the hierarchical position A has “manufacturing company name” as detailed information, the attribute “switching device” of the hierarchical position D has “part code” as detailed information, and the attribute “low pressure switching” of the hierarchical position E. “Rating capacity” and “Gokusan” as detailed information for “Device”, and “Frame size” and “Mounting method” information as detailed information for the attribute “Circuit breaker” at hierarchical position G It is attached. Detailed information is also associated with the attributes of the other hierarchical positions F, H, I, J, and K, respectively. In addition, what was typically shown in table form about each component of the circuit breaker for wiring is shown in FIG. It is assumed that this is also stored in the information storage unit 4.

  First, the user of the present invention reads the information code attached to the wiring breaker by the information code reader 2 (S100). By this reading, as shown in FIG. 4, the hierarchical position information acquisition unit 3 acquires the hierarchical position information of the attribute of the object (S110).

  For example, when the information code is the QR code shown in FIG. 4, the hierarchical position information acquisition unit 3 reads the hierarchical code A, D, E read by the information code reader 2 by reading it with the information code reader 2. , G hierarchy position information is received from the information code reader 2.

  The information acquisition means 5 is based on the hierarchy position information (here, the information of the hierarchy positions A, D, E, and G) read from the information code attached to the object received by the hierarchy position information acquisition means 3. The attribute and detailed information corresponding to the hierarchical position are acquired from the information storage unit 4 (S120).

  Here, since the hierarchy position information is the hierarchy positions A, D, E, and G, attributes and detailed information corresponding to the hierarchy position information are acquired. Assuming that the information storage means 4 is in the state shown in FIGS. 5 and 11, the detailed information of the attribute “manufacturing company” is “manufacturing company name: Kosha”, and the detailed information of the attribute “switching device” is “part code: ABUHIN001”. , ABUHIN002 ”, the detailed information of the attribute“ low-voltage switchgear ”is“ rated breaking capacity: 596.8, 596.7 ”and“ Gokusan: JP ”, and the detailed information of the attribute“ breaker for wiring ”is Since “frame size: 50AF, 100AF” and “attachment method: surface attachment”, the attribute and detailed information corresponding to the hierarchical position acquired as the hierarchical position information are acquired from the information storage unit 4 and displayed in a table format. Convert. The result of conversion into the table format is shown in FIG.

  The information output means 6 outputs the attribute and detailed information acquired by the information acquisition means 5 based on the hierarchy position information by the display device 14, the printing device 15, the communication device 13, etc. (S130). For example, the acquired attribute and detailed information are displayed on a display device 14 such as a display, printed on a printing device 15 such as a printer, or transmitted to another computer terminal via a network such as the Internet. . For example, FIG. 6 is displayed on the display as a result.

  In this way, instead of directly encoding the attribute and detailed information of the object in the information code, by encoding the hierarchical position information and reading the hierarchical position information, and obtaining the corresponding attribute and detailed information, Information to be encoded as an information code can be greatly reduced. In addition, when the detailed information is encoded as it is in the conventional information code, the information code attached to the object is, for example, “wiring breaker” as an attribute and “frame size: 50AF, 100AF” as detailed information. And “attachment method: surface attachment” are encoded. Therefore, detailed information with different attributes such as wiring breaker part code, manufacturer name, rated breaking capacity, and pole dispersion cannot be obtained unless it is encoded separately. Encoding requires a large amount of information. On the other hand, since the present invention merely encodes the hierarchical position information, the attribute and detailed information corresponding to the hierarchical position information can be easily acquired, and the information encoded into the information code is greatly reduced. I can do it.

  Even if not all the layer position information is encoded in the above information code, a part of the same layer is a wild card (an arbitrary character string of an arbitrary number of characters. “*”, “ ? "Etc.). For example, as shown in FIG. 7, “*, D, E, G” may be used as the hierarchical position information encoded into the information code. Then, since “*” is a wild card here, it also includes other hierarchical positions in the same hierarchy. Then, in the case of FIG. 7, the attribute “manufacturing company” is not limited to the hierarchical position A, but includes the hierarchical position B and the hierarchical position C. Therefore, in addition to “Kosha”, “Otosha” and “Tatsumisha” are also included. “A, D, E, G”, “B, D, E, G”, “C, D, E, G” The information acquisition unit 5 acquires attributes and detailed information corresponding to the three hierarchical positions. An example of information acquired in this way is shown in FIG.

  Further, when the conceptual diagram of the hierarchy of information stored in the information storage means 4 is shown in FIG. 9 and the hierarchy position information read from the information code is “A, X, *”, the hierarchy position A, hierarchy The information acquisition unit 5 acquires the attributes and detailed information of all the hierarchical positions (here, the hierarchical position XA and the hierarchical position XB) belonging to the position X and the hierarchical position X from the information storage unit 4.

  In this way, the attribute information is not encoded as it is in the information code as in the prior art, but the hierarchical position information is encoded as in the present invention, so that information can be acquired in a wide variety of forms. In particular, by including a wild card, the hierarchy position information is not one way, so the possibility of acquiring information is expanded.

  In addition, when information is acquired by the information acquisition means 5, part or all of the hierarchical position information read by the information code reader 2 is not used as it is, but part or all of the hierarchical position information is used as a wild card or other You may enable it to change into hierarchy position information. In this case, the information acquisition means 5 receives the input of the hierarchy position information from the input device 10 or the like, and changes a part of the hierarchy position information. For example, when the hierarchy position information read by the information code reader 2 is “A, X, XA” and the hierarchy position information acquisition means 3 receives it from the information code reader 2, “XA” in the hierarchy position information is wild. An input to change to the card “*” or another hierarchical position “XB” is performed from the input device 10 and the input is received by the information acquisition means 5, so that the information storage means 4 can acquire the hierarchy at the time of information acquisition. “A, X, *” or “A, X, XB” may be used as the position information as the position information.

  Further, pinpoint information may be acquired when the information acquisition unit 5 receives an input for limiting the detailed information from the input device 10 to the hierarchical position information read by the information code reading device 2. For example, when the read hierarchy position information is “A, D, E, G”, the hierarchy position information is passed from the hierarchy position information acquisition means 3 to the information acquisition means 5. Here, the input for changing the hierarchy position information is used. Therefore, the information acquisition means 5 accepts input of hierarchy position information to be changed.

  For example, an input for changing the hierarchical position information “A” to “*” is received from the input device 10, and further an input for adding information of “part code = ABUHIN002” is received. Then, the information acquisition means 5 receives such information. Based on the information for changing the hierarchy position information “A” received from the input device 10 to “*” and the information to which “part code = ABUHIN002” is added, the information acquisition means 5 receives the information from the hierarchy position information acquisition means 3. The received hierarchy position information “A, D, E, G” is changed to “*, D, E, G, part code = ABUHIN002”. Based on the changed hierarchy position information, the information acquisition unit 5 acquires information corresponding to the corresponding hierarchy position information from the information storage unit 4. At this time, since the wild card “*” and the detailed information “part code = ABUHIN002” are limited, no part code other than “ABUHIN002” is acquired as the “part code” at the hierarchical position D. Accordingly, information as shown in FIG. 10 is acquired from the information storage means 4 and output by the information output means 6.

Further, conventionally, once detailed information is coded into an information code, the contents cannot be updated, deleted, registered, or the like. Therefore, in addition to the processing described above, this can be achieved by providing information updating means (not shown) for updating, deleting, registering information stored in the information storage means 4 of the information acquisition system 1 of the present invention. Become. That is, information to be updated and its hierarchy position information are received from the input device 10 by the information update unit, and updated by the information storage unit 4, or designation of information to be deleted is received from the input device 10, and the information is stored in the information storage unit. The information to be deleted from the means 4 and the information to be registered and the hierarchy position information are similarly received from the input device 10 and the information is registered in the information storage means 4. As a result, the information can be updated in association with the hierarchical position information without changing the information code itself.

  In this way, by encoding the hierarchical position information of the attribute and detailed information in the information code, the attribute and detailed information itself cannot be grasped only by reading the information code as in the conventional case, so the information code Increases confidentiality and reduces the possibility of tampering. In addition, since the attribute and detailed information itself are not encoded, even if there is a lot of information related to a part such as an industrial product, it is only necessary to encode the hierarchical position related to the attribute and detailed information of the part. The amount of information is much smaller than that. Moreover, since the attribute and detailed information regarding the object can be acquired, it is possible to acquire information by various methods using the hierarchical position.

Furthermore, since users who can acquire information can be limited as necessary, the information acquisition system as a whole has resistance against information leakage. For this reason, it is possible to provide a basis for performing secure transaction information communication.

It is a system configuration figure showing an example of the system configuration of the present invention. It is an example of the hardware block diagram of the computer terminal which makes this invention function. It is a flowchart which shows an example of the processing process of this invention. It is a conceptual diagram which shows storing the information corresponding to a hierarchy position, and the detailed information matched with the information as a hierarchical structure. It is an example of the conceptual diagram of an information storage means. It is an example of the result converted into the table format. It is another example of a conceptual diagram which shows storing the information corresponding to a hierarchical position, and the detailed information matched with the information as a hierarchical structure. It is another example of the result converted into the table format. It is another example of a conceptual diagram which shows storing the information corresponding to a hierarchical position, and the detailed information matched with the information as a hierarchical structure. It is another example of the result converted into the table format. It is an example of the conceptual diagram which shows the correspondence of each component of the circuit breaker for wiring.

Explanation of symbols

1: Information acquisition system 2: Information code reader 3: Hierarchical position information acquisition means 4: Information storage means 5: Information acquisition means 6: Information output means 10: Input device 11: Arithmetic device 12: Storage device 13: Communication device 14 : Display device 15: Printing device

Claims (8)

By receiving the hierarchical position information from an information code reading device that reads an information code including hierarchical position information about the attribute of an object, the attributes of the object are associated in a hierarchical structure, and the attribute and the hierarchical position information for the attribute are An information acquisition system for acquiring information from information storage means for storing detailed information,
The information acquisition system includes:
Hierarchy position information acquisition means for receiving the hierarchy position information included in the information code from the information code reader;
Information acquisition means for receiving the hierarchy position information from the hierarchy position information acquisition means, and searching and acquiring the attribute and detailed information corresponding to the hierarchy position information from the information storage means;
Information output means for outputting the acquired attribute and detailed information;
An information acquisition system comprising: The information acquisition means further includes:
The hierarchical position information input by the user from a predetermined input device is received, and part or all of the hierarchical position information received from the hierarchical position information acquisition unit is changed to the hierarchical position information received from the input device, and the change Based on the later hierarchy position information, the attribute corresponding to the hierarchy position information and detailed information are retrieved from the information storage means, and acquired.
The information acquisition system according to claim 1. The information output means includes
Output the attributes and detailed information acquired by the information acquisition means in a tabular format,
The information acquisition system according to claim 1. The information acquisition means further includes:
Processing for determining whether to output the attribute and detailed information acquired by the information acquisition unit from the information output unit,
The information output means further includes:
As a result of the determination, only when the output is permitted, the acquired attribute and detailed information are output.
The information acquisition system according to any one of claims 1 to 3, wherein: Information acquisition that associates attributes of objects in a hierarchical structure, and that functions on a computer terminal having a storage device that stores the attribute, hierarchical position information and detailed information for the attribute, and an arithmetic device that executes arithmetic processing of a program A program,
The information acquisition program has a hierarchy position information acquisition function, an information acquisition function, and an information output function that are read into the arithmetic device,
The hierarchical position information acquisition function is
From the information code reader that reads the information code including the hierarchical position information about the attribute of the object, receives the hierarchical position information included in the information code,
The information acquisition function is:
The hierarchical position information is received from the hierarchical position information acquisition function, and the attribute and detailed information corresponding to the hierarchical position information are retrieved and acquired from the storage device,
The information output function is:
Outputting the acquired attribute and detailed information;
An information acquisition program characterized by that. The information acquisition function further includes:
The hierarchical position information input by the user from a predetermined input device is received, and part or all of the hierarchical position information received from the hierarchical position information acquisition function is changed to the hierarchical position information received from the input device, and the change Based on the later hierarchy position information, the attribute and detailed information corresponding to the hierarchy position information is retrieved from the storage device, and acquired.
The information acquisition program according to claim 5, wherein: The information output function is:
Output the attributes and detailed information acquired by the information acquisition function in a tabular format,
The information acquisition program according to claim 5, wherein: The information acquisition function further includes:
Processing for determining whether to output the attribute and detailed information acquired by the information acquisition unit from the information output unit,
The information output function further includes:
As a result of the determination, only when the output is permitted, the acquired attribute and detailed information are output.
The information acquisition program according to any one of claims 5 to 7, wherein

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