JP2004262617A - Control method and control system of stock, quality, property, logistics and so on of spare parts of aircraft equipment and the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method and system of controlling stock, logistics and so on which can be applied to control of stock, logistics and so on of spare parts of aircraft equipment. <P>SOLUTION: Spare parts 10 and 11 of aircraft equipment have IC chip tag 20 with an IC chip storing identification information of the spare parts 10 and 11 attached thereto. Further, a transport container 30 for packing the spare parts 10 and 11 has an IC chip tag 40 with an IC chip storing identification information of the container 30 and identification information of the packed spare parts 10 and 11 attached thereto. The stock, quality, property, and logistics of the spare parts 10 and 11 are controlled by reading the identification information stored in the IC chips of the IC chip tags 20 and 40 when processing the load at a transport sector 70, carrying in the load from the transport sector to an IT store 80, storing the load into a rack 81 in the store 80, carrying the load out of the IT store 80 and so on. <P>COPYRIGHT: (C)2004,JPO&NCIPI

Description

[0001]
The present invention relates to a management method and system for inventory, quality, assets, physical distribution, and the like of spare equipment in a store that stores spare equipment such as aircraft including parts, equipment, and materials.
[0002]
[Background Art]
It is essential that spare parts of aircraft, including aircraft parts, equipment, materials, etc., do not interfere with the aircraft maintenance schedule, and if the required spare parts are not available or are delayed, the aircraft will be suspended. Or, it may suffer enormous damage such as delay.
[0003]
[Problems to be solved by the invention]
For this reason, the spare equipment is always maintained in the store, and can be immediately taken out of the store when requested, so that the aircraft maintenance schedule can be met. In connection with this, there is a demand for more efficient management of stock, quality, assets, logistics, and the like of the spare equipment in the store.
[0004]
Conventionally, a serviceable tag with a barcode with the input of its arrival identification information is attached to spare equipment, and inventory, quality, assets, and logistics of spare equipment stored in the store are managed, and these managements are streamlined. I'm trying.
[0005]
Recently, management of inventory, quality, assets, and physical distribution of spare equipment using IC chips has been started to be studied in order to further improve efficiency.
[0006]
However, aircraft spares are of many types and are very expensive. In addition, aircraft spares are subject to various regulations (such as Inspection shall be conducted after purchase or when repaired spare equipment is received, and serviceable tags shall be attached for items that are considered good, and traceable tags indicating the history of spare equipment shall be attached. ), Etc., and have different characteristics from general consumer goods.
[0007]
Prior arts related to inventory, distribution management, and the like using IC chips that have been proposed so far include, for example, JP-A-2002-49900, JP-A-2002-214981, JP-A-2002-114335, and JP-A-2002-114335. Japanese Unexamined Patent Publication No. 2000-247416 and Japanese Unexamined Patent Application Publication No. 2002-169428 are known, all of which are aimed at inventory and distribution management of general consumer goods, It is very difficult to target such spare equipment, and there has been a demand for the development of an inventory, distribution management method and system for spare equipment of aircraft.
[0008]
The present invention has been made in view of the above circumstances, and has many types, is expensive, and has various laws and regulations, and is applicable to inventory and logistics management of spare aircraft equipment, and efficient inventory and logistics. The purpose is to provide a management method and system.
[0009]
[Means for Solving the Problems]
According to the management method and system of the present invention that achieves the above object, an IC chip tag including an IC chip in which identification information of spare aircraft equipment is input is attached to a container for packing and transporting the spare equipment and the spare equipment. By reading the identification information input to the IC chip when the spare equipment is brought into the store or taken out of the store, etc., there are many types, expensive and various laws and regulations, and spare aircraft equipment To improve the efficiency of inventory and logistics management.
[0010]
That is, according to the management method of the present invention, in the method for managing the stock, quality, assets or distribution of spare equipment in a store for storing spare equipment such as aircraft, including parts, equipment and materials, Attaching (attaching) an IC chip tag having an IC chip to which the identification information of the equipment is input to the spare equipment, and identifying information of a transport container for transporting the spare equipment and identification information of the spare equipment in the container Attaching an IC chip tag having an IC chip to which the input has been input to the transport container, when processing the spare equipment in the transport department, when loading the transport equipment into the store, and when unloading from the store. At the time (at the time of taking out), the identification information is read from the IC chip and processed to manage the stock, quality, assets or distribution of the spare equipment. And wherein the door.
[0011]
Further, according to the management system of the present invention, in the management system for inventory, quality, assets or distribution of the spare equipment in a store for storing spare equipment such as aircraft, including parts, equipment and materials, An IC chip to which identification information of the equipment is input is provided, an IC chip tag attached to (attached to) the spare equipment, identification information of a transport container for transporting the spare equipment, and a spare in the container. An IC chip provided with an IC chip to which identification information of equipment is input, attached to (attached to) the transport container, an information input device for inputting the identification information to each of the IC chip tags, and the spare equipment At the time of processing in the transport department, when carrying in from the transport department to the store, when storing shelves in the store, and when unloading (taking out) from the store, An information reading device that reads the identification information from a chip, and a computer information processing device that processes information from the information reading device to perform inventory, quality, assets, distribution management, and the like of the spare equipment. Features.
[0012]
BEST MODE FOR CARRYING OUT THE INVENTION
An embodiment of the present invention will be described below with reference to the accompanying drawings.
[0013]
FIG. 1 is a schematic diagram showing an embodiment of the management system of the present invention, and FIGS. 2 and 3 are flowcharts showing the operation of the management system of FIG.
[0014]
As shown in FIG. 1, in the management system of the present embodiment, identification information of the spare aircraft 10 and 11 (information about the spare aircraft 10 and 11) is added to the spare aircraft 10 and the spare aircraft 11 after repair. ) Is attached (attached) to an IC chip tag 20 provided with an IC chip to which the spare device 10 or 11 is packed, and identification information of the container 30 and identification of the packed spare device 10 or 11 are attached to the transport container 30 for packing the spare device 10 or 11. The IC chip tag 40 including the IC chip into which the information has been input is attached (attached). Then, the identification information input to the IC chips of the IC chip tags 20 and 40 is transferred when the spare devices 10 and 11 are transported to the IT store 80, when the spare devices 10 and 11 are stored on the shelf 81 in the IT store 80, and when they are taken out from the shelf 81. In addition, at the time of carry-out (take-out) from the IT store 80, the stock, quality, assets, and distribution of the spare devices 10, 11 are managed by reading.
[0015]
The IC chip tags 20 and 40 include, for example, an IC chip and an antenna electrically connected to the IC chip, and are configured by mounting the IC chip and the antenna on a substrate and covering with an insulating resin. Input (writing, rewriting) and reading of information are enabled by a non-contact method.
[0016]
In FIG. 1, reference numeral 50 denotes a receipt inspection department, 60 denotes a shipping department, 70 denotes a transportation department, 90 denotes a batch of maintenance staff, and 100 denotes a host computer.
[0017]
Hereinafter, this embodiment will be described in detail.
[0018]
The purchased spare device 10 and the repaired spare device 11 are transported to the receipt inspection section 50, where the spare devices 10, 11 are inspected and checked to see if they are good.
[0019]
As a result of the inspection, an IC chip tag 20 having an IC chip is attached to the spare devices 10 and 11 which have passed the inspection. Since the storage capacity of this IC chip is larger than that of the bar code, the identification information of the corresponding spare devices 10 and 11 includes, for example, a part number, a part name, a quantity, a serial number, traceable information, a storage expiration date, and an expiration date. , Dangerous goods information (chemical substances, explosives, radioactive materials, high-pressure gas, flammable substances, etc.), weight, repairability information, repair destination information, compatibility information, used equipment information, repair information, management precaution information, etc. Can be entered.
[0020]
Attaching a serviceable tag to the spare parts 10 and 11 is required by the Civil Aeronautics Act, etc. At present, a traceable tag is also attached in addition to the serviceable tag, but as described above, the traceable information is also included in the IC chip. Since the input has been made, the IC chip including the traceable information is embedded in the IC chip tag 20 as the serviceable tag, so that the traceable tag becomes unnecessary.
[0021]
For the spare devices 10 and 11 for which attachment of the serviceable tag is not required, an IC chip tag 20 as a tag for the spare device is attached. Since a plurality of relatively inexpensive spare devices 10 and 11 such as screws and nuts are collectively accommodated in a plastic bag, the IC chip tag 20 is attached to the plastic bag.
[0022]
Among the identification information, the storage period indicates the storage period in the IT store 80, and the quality management of the spare devices 10 and 11 in the IT store 80 is performed based on the storage period.
[0023]
The expiration date is mainly used by maintenance personnel when taking out the spare devices 10 and 11 from the IT store 80 and the like. This is to avoid a situation in which the spare devices 10 and 11 whose expiration dates have expired are erroneously used.
[0024]
Dangerous goods information is important information at the time of shipment and distribution, and based on the dangerous goods information, the packaging, packing form and transportation form of the spare devices 10 and 11 at the time of shipment and distribution are determined, and the dangerous goods information is determined in advance. To prevent accidents before they happen.
[0025]
The weight is important information when confirming whether or not the weight falls within the weight limit of the transportation means (for example, an aircraft) during distribution. Further, it is useful to know whether the workers, maintenance personnel, and the like in the shipping department 60, the transport department 70, the store 80, etc. can be handled by one person or must be handled by a plurality of people.
[0026]
In the conventional case where a tag equipped with a barcode is attached to spare equipment, the above information other than the part identification number is printed on the tag, and the contents of various information such as the storage expiration date printed on the tag can be visually checked. Therefore, it takes time and effort, and it is difficult to avoid human error due to misreading. When input to the IC chip as described above, an information reading device or the like is used, so that it takes less time and effort than in the case of visual inspection. By adopting a system that issues an alarm from a device, an information processing terminal, or the like, errors can be avoided as much as possible.
[0027]
The identification information described above is input to the IC chip by the information input device 51 installed in the receipt inspection section 50 after the inspection confirmation and before the attachment of the IC chip tag 20 to the spare devices 10 and 11. The information input device 51 is connected to a personal computer-based information processing terminal 52, and the input information is managed by the information processing terminal 52. In the shipping section 60, the spare devices 10 and 11 transported from the receipt inspection section 50 are packed in the transport container 30. The transport container 30 includes a cardboard box and a wooden box used for packing and packing when transporting the spare devices 10 and 11 from the receipt inspection section 50 to the shipping section 60. Then, the identification information of the container 30 and the identification information of the packaged spare devices 10 and 11 are input to the IC chip of the IC chip tag 40, and the IC chip tag 40 is attached to the transport container 30.
[0028]
The identification information input to the IC chip of the IC chip tag 40 includes, for example, a container number, a part number and the number of spare equipment stored in the container, a container's own weight, a total weight of the container including the stored contents, and a special container. There is information by all means.
The above-described identification information is input to the IC chip by the information input device 61 installed in the shipping department 60 after packing or the like. The information input device 61 is connected to a personal computer-based information processing terminal 62, and the input information is managed by the information processing terminal 62.
[0029]
The transport section 70 reads the identification information of the IC chip tag 40 of the transport container 30 transported from the shipping section 60, and among the plurality of IT stores 80 (FIG. 1 shows only one IT store 80 for simplicity). Although a plurality of IT stores 80 are actually provided according to the spare devices 10 and 11 to be stored), the container 30 is transported to the corresponding IT store 80 by truck or the like.
[0030]
The above-described identification information of the IC chip tag 40 is read by the information reading device 71 installed in the transportation section 70. The information reading device 71 is connected to a personal computer-based information processing terminal 72, and the information processing terminal 72 manages the read identification information.
[0031]
In the IT store 80, information reading devices 82 and 83 are installed on the entrance and exit of the IT store 80 and on a predetermined shelf 81 in the IT store 80. The IC chip tags 20 and 40 identify the container 30 and each spare device 10 packed. , 11 are read. The information reading device 83 is for a shelf, and there are a stationary type fixedly disposed on the shelf 81 and a portable type carried by a storeman or a maintenance person. For the shelf 81 on which the information reading device 83 is not fixedly arranged, a portable information reading device 83 is used. In particular, in the shelf 81 for storing the large-sized spare devices 10 and 11, the stationary information reading device 83 fixed to the shelf 81 during storage work on the shelf 81 and removal work from the shelf 81 is an obstacle, It is preferable to use a portable information reading device 83 instead of the stationary type, because the work efficiency may be reduced or the information reading device 83 may be erroneously damaged. It is also possible to use a portable information reading device 83 for all the shelves 81. Depending on the types of the spare devices 10 and 11, those which are unpacked and stored in the designated shelves 81, and those which are stored in the containers 30 without being unpacked and stored in the containers 30 ( Kit etc.).
[0032]
For the spare devices 10 and 11 that are stored in the container 30 and are not unpacked, the identification of the IC chip tag 40 attached to the container 30 by the stationary or portable information reader 83 in addition to the information reader 82. The stored information is confirmed by reading the information.
[0033]
For each of the spare devices 10 and 11 unpacked from the container 30, in addition to the information reading device 82, the identification of the IC chip tag 20 attached to each of the spare devices 10 and 11 by the stationary or portable information reading device 83. The stored information is confirmed by reading the information.
[0034]
The information reading devices 82 and 83 are connected to a personal computer-based information processing terminal 84, and the read information is managed by the information processing terminal 84.
[0035]
The information processing terminals 52, 62, 72, and 84 described above are connected to the host computer 100, respectively. Although the information is partially different depending on the spare equipments 10 and 11, it basically manages information (rewrite information) and read information input by the information processing terminals 52, 62, 72 and 84, and manages the information processing terminals 52, 62, Master information is transmitted and received between the host computers 100 and 72 and 84.
[0036]
Reading of the identification information by the information reading devices 82 and 83 of the IT store 80 may be performed by an instruction from the host computer 100 or by an instruction from the information processing terminal 84 in the IT store 80. A request to take out the spare devices 10 and 11 stored in the IT store 80 from the maintenance staff is made via the host computer 100.
[0037]
Each mechanic handling the spare equipment 10, 11 has an IC chip batch 90 provided with an IC chip in which identification information of the mechanic, for example, the ID number of the mechanic, trade (TRADE), license information and the like are input. Attach to
[0038]
Next, an embodiment of a method for managing the stock, quality, assets, and physical distribution of the spare devices 10 and 11 performed using the management system will be described with reference to the conceptual diagram of FIG. 1 and the flowcharts of FIGS. explain.
[0039]
The spare equipment 10 is purchased from the vendor based on the spare equipment purchase / repair / inventory plan, and the repaired spare equipment 11 is received from the repair department. The purchased and repaired spare parts 10 and 11 are inspected and confirmed by the receipt inspection department 50 as to whether they are good or not. The identification information of the spare devices 10 and 11 of the accepted product is read from the information processing terminal 52, and the identification information is input to the IC chip tag (serviceable tag) 20 via the information input device 51, and the IC chip tag 20 is Attached to equipment 10 and 11. Further, the host computer 100 issues an instruction to send the spare devices 10 and 11 to the corresponding IT store 80 via the information processing terminal 52.
[0040]
The spare devices 10 and 11 to which the IC chip tag 20 is attached are first transported to the shipping department 60, where they are packed in the transport container 30. When the spare parts 10, 11 are packed and packed in a cardboard box or a wooden box and transported from the receipt inspection section 50 to the shipping section 60, the cardboard box or the wooden box becomes the transport container 30 as it is.
[0041]
Then, the identification information of the transport container 30 and the identification information of the packed spare devices 10 and 11 are read out from the information processing terminal 62, and these identification information are input to the IC chip tag 40 via the information input device 61. The IC chip tag 40 is attached to the transport container 30.
[0042]
Next, the transport container 30 to which the IC chip tag 40 is attached is transported to the transport department 70, where the identification information of the transport container 30 and the identification information of the packed spare devices 10 and 11 are read from the IC chip tag 40. The information is read by the device 71 and sent to the information processing terminal 72. The container 30 is transported from the transportation department 70 to the corresponding IT store 80 by a truck or the like.
[0043]
In the IT store 80, the information reading device 82 installed at the doorway reads the identification information of the container 30 and the identification information of the packed spare devices 10 and 11 from the IC chip tags 20 and 40 by the information reading device 82. Send to It is confirmed whether or not the container 30 is unpacked, and for the container 30 not to be unpacked, the spare devices 10 and 11 are stored in a predetermined shelf 81 while being packed in the container 30. At this time, the identification information of the IC chip tag 40 attached to the container 30 is read by the stationary information reading device 83 arranged on the shelf 81 or the portable information reading device 83 carried by the storeman or the like, and stored in the information processing terminal 84. Send information. As for the container 30 to be unpacked, the spare devices 10 and 11 are taken out of the container 30 and stored in a predetermined shelf 81. At this time, the identification information of the IC chip tag 20 attached to the spare devices 10 and 11 is read by the stationary information reading device 83 arranged on the shelf 81 or the portable information reading device 83 carried by the storeman or the like. The storage information is sent to 84.
[0044]
Therefore, during the storage of the spare devices 10 and 11 in the IT store 80, it is possible to perform storage information confirmation (stock confirmation) of how many spare devices 10 and 11 are stored in which shelf 81. In addition, a quality check operation can be performed from information such as a storage expiration date and a use expiration date of the spare devices 10 and 11 being stored.
[0045]
When a mechanic enters the doorway of the IT store 80 and makes a request to take out the spare devices 10 and 11, the information reading device 82 reads the identification information of the IC chip batch 90 and sends the information to the host computer 100 via the information processing terminal 84. When the data is sent to the host computer 100 and matched with the input data, the information processing terminal 84 confirms entry permission. In addition, a take-out slip (take-out permission) describing the number of the spare equipment requested to be taken out, the quantity, the storage location, and the like is output. If the identification information of the IC chip batch 90 and the data input to the host computer 100 do not match, an alarm is issued and the storeman is notified that an unauthorized person has entered. In the absence of a storeman, the store management center is contacted.
[0046]
The maintenance person takes out the spare devices 10 and 11 from the corresponding shelf 81 based on the information on the carry-out slip. At this time, the identification information of the IC chip batch 90 and the IC chip tag 20 is read by the stationary information reading device 83 arranged on the shelf 81 or the portable information reading device 83 carried by the maintenance person, and the IT store 80 of the IT store 80 is read from the entrance. When the user takes the device out, the information reading device 82 reads the identification information of the IC chip batch 90 and the IC chip tag 20, and the information processing terminal 84 determines which maintenance person took out which spare device 10 and 11 from which shelf 81 and how many. The information is transferred to the host computer 100 via the PC 100, a take-out confirmation is output to the maintenance person, and the storage information stored in the information processing terminal 84 is changed (the number of stocks is reduced).
[0047]
The host computer 100 totals the spare equipment to be taken out for each maintenance work based on the information of the information processing terminal 84 and the like, makes a new spare equipment purchase / repair / inventory plan based on the total, and prepares the spare equipment based on the plan. 10 and the repaired spare equipment 11 is received, and the above operation is repeated.
[0048]
When an unused spare device 10 is generated among the spare devices 10 once taken out by the maintenance staff, the unused spare device 10 is returned to the IT store 80. The failed spare device 10 is sent for repair, and after repair, is sent to the receipt inspection department 50 as the repaired spare device 11.
[0049]
As described above, according to the management system and the management method of the present embodiment, the information processing apparatus 82 installed at the entrance of the IT store 80 and the stationary or portable information reading apparatus 83 for shelves allow the spare equipment 10, At the time of storage of the spare device 11, the IC chip tags 20 and 40 are read to manage storage information as to how many spare devices 10 and 11 are stored in which shelf 81. The chip tags 20 and 40 and the IC chip batch 90 are read, and how many spare devices 10 and 11 are taken out from which shelf 81 by which maintenance person, and how many spare devices 10 and 11 are left in which shelf 81 and taken out and stored. Since the information is managed, the exact storage locations of the spare parts 10 and 11 can be ascertained, the exact number of stocks can be ascertained, and the management of stock and quality is easy. In, planned purchase of the exact spare equipment 10 and 11 on the basis of this, the repair plan, it is possible to make a stock plan. In addition, the number of stocks (changes in stock) of the spare devices 10 and 11 can be grasped (confirmed) in real time, and it is possible to significantly reduce the stocktaking work.
[0050]
Also, information on the confirmation of exchange of the spare devices 10 and 11 in the receipt section 50 and the shipping section 60, information on the transport status of the spare devices 10 and 11 from the transport section 70 to the IT store 80, and information on the spare devices 10 and 11 in the IT store 80. , 11 are sent to the host computer 100, so that it is possible to automate the transfer confirmation and the transportation status at the time of transporting the spare equipment, that is, to automate the distribution management.
[0051]
In the above embodiment, the stationary information reading device 83 is arranged on the predetermined shelf 81, while the portable information reading device 83 is used to store the spare devices 10 and 11 on the shelf 81, at the time of removal, etc. Although the case where the identification information of the IC chip tags 20 and 40 and the IC chip batch 90 is read has been described, the present invention is not limited to this.
[0052]
Normally, the storage locations (shelf 81) of the spare devices 10 and 11 in the IT store 80 are fixed, so that the information reading device 83 can be omitted. However, in the case of the above embodiment, the identification information of the IC chip tags 20 and 40 has already been read by the information reading device 83 even when the spare devices 10 and 11 are stored on the wrong shelf 81 at the time of storage. Therefore, it is possible to immediately specify the storage location of the desired spare device 10 or 11 on which shelf 81, and it is not necessary to search for the spare device 10 or 11 in each shelf 81 in the store 80.
[0053]
【The invention's effect】
As described above, according to the present invention, the identification information of the shipping container for attaching the IC chip tag to the spare equipment and having the IC chip into which the identification information of the spare equipment is input, and the transport container for transporting the spare equipment are provided. An IC chip tag having an IC chip in which identification information of the spare equipment in the container is input is attached to the shipping container so that the spare equipment can be processed in the transport department, when the spare equipment is brought into the store, and when the spare equipment is loaded from the store. At the time of unloading, the identification information is read from the IC chip and processed to manage the stock, quality, assets or logistics of spare equipment, so that inventory information can be accurately and easily checked on each shelf and automatically taken out. Processing can be performed, leaving less room for the storeman to intervene, and it is possible to save labor in the store including nighttime zones.
[0054]
In addition, the accuracy of inventory information, that is, the prevention of discrepancies between list information and actual inventory can be achieved, so that provision of spare equipment to aircraft maintenance is performed accurately, and suspension or delay of aircraft operation can be prevented, Inventory error loss of hundreds of millions of yen per year can be reduced, and inventory work can be greatly reduced.
[0055]
In addition, if the information reading device for the shelf reads the information of the IC chip tag at the time of storing the shelf, it is possible to always confirm which spare device is stored in which shelf to prevent a mistake in the shelf storage location. Therefore, the efficiency of taking-out work by the maintenance staff can be improved. It is also possible to improve efficiency by free location.
[0056]
In addition, if the identification information of the IC chip tag of the spare equipment and the container is read at each distribution point, highly accurate and precise distribution information is transmitted and accumulated, so that daily inventory and distribution management can be performed, In addition, rapid and huge distribution information can be obtained, and distribution can be improved.
[0057]
Further, in the case of managing the stock, quality, assets, distribution or the like of the spare equipment using the identification information input to the IC chip batch of the maintenance staff, it is possible to prevent theft.
[0058]
In addition, since the IC chip tag has overwhelmingly larger storage capacity than the barcode, when the IC chip tag is used as a serviceable tag, it is not necessary to attach a separate traceable tag, and the management is also performed from this point. Work efficiency can be improved.
[Brief description of the drawings]
FIG. 1 is a schematic diagram showing one embodiment of a management system of the present invention.
FIG. 2 is a flowchart showing an operation of the management system of FIG. 1;
FIG. 3 is a flowchart showing an operation of the management system of FIG. 1;
[Explanation of symbols]
10,11 Spare equipment
20 IC chip tag
30 containers
40 IC chip tag
50 Receipt Inspection Division
51 Information input device
52 Information processing terminal
60 Shipping department
61 Information input device
62 Information processing terminal
70 Transportation Division
71 Information reading device
72 Information processing terminal
80 Store
81 shelves
82 Information reading device
83 Information reading device
84 Information processing terminal
90 IC chip batch
100 Host computer

Claims (6)

In the management method of inventory, quality, assets or logistics of the spare equipment in a store that stores spare equipment such as aircraft parts including parts, equipment, materials, etc.
An IC chip to which the identification information of the spare equipment is input, an IC chip tag attached to the spare equipment, and identification information of a transport container for transporting the spare equipment and identification information of the spare equipment in the container Attaching an IC chip tag including an IC chip into which the input has been input to the shipping container,
By reading and processing the identification information from the IC chip at the time of processing of the spare equipment in the transportation department, at the time of loading from the transportation department to the store, and at the time of unloading from the store, inventory of the spare equipment, A management method characterized by managing quality, assets, logistics and the like. The management method according to claim 1,
Each maintenance person wears a batch equipped with an IC chip into which the identification information of the maintenance person who handles the spare equipment is input, and also reads the identification information from the IC chip of the batch together at the time of request for taking out the spare equipment. A management method for managing the stock, quality, assets, distribution, etc. of the spare equipment by processing. The management method according to claim 1,
The identification information input to the IC chip tag attached to the spare equipment includes part number, part name, quantity, serial number, traceable information, storage expiration date, expiration date, dangerous substance information (chemical substances, explosives, radioactive substances, High-pressure gas, flammable substances, etc.), weight, repairability information, repair destination information, compatibility information, used equipment information, renovation information, management precaution information, etc.
The identification information input to the IC chip tag attached to the container includes the container number, the part number and number of spare equipment contained in the container, the own weight of the container, the total weight of the container including the contents, and whether or not a special container is used. A management method characterized by being information or the like. The management method according to claim 2 or 3,
A management method, wherein the identification information input to the batch is an ID number of a mechanic, a trade in a work field, and license information. In a management system such as inventory, quality, assets or logistics of spare equipment in a store that stores spare equipment such as aircraft materials including parts, equipment, materials, etc.
An IC chip to which identification information of the spare device is input, an IC chip tag attached to the spare device,
An IC chip tag attached to the transport container, comprising an IC chip in which the identification information of the transport container for transporting the spare equipment and the identification information of the spare equipment in the container are input.
An information input device for inputting the identification information to each of the IC chip tags;
An information reading device that reads the identification information from the IC chip at the time of processing in the transport department of the spare equipment, at the time of loading into the store from the transport department, and at the time of unloading from the store;
A management system, comprising: a computer information processing device that processes information from the information reading device and manages stock, quality, assets, distribution, and the like of the spare device. The management system according to claim 5,
A management system, further comprising: an information reader for the shelf that reads the identification information from the IC chip when storing the information on the shelf in the store and when removing the information from the shelf.

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