KR19990086175A - Aircraft Technical Search System - Google Patents

Abstract

The aircraft technical data retrieval system includes a database including original data, technical data, production data, reference data, civil aircraft data, or component data; A communication network to which a plurality of clients are connected; And a server connected to the communication network, receiving a search condition from the client, searching the database, and outputting the result to the client. In addition, the main menu displayed by the server, a toolbar having a click button made to select the original data, technical instruction data, production data, reference data, civil aircraft data, or parts element data, which are various data in the database; It includes a task window for entering the search conditions.

Description

Aircraft Technical Search System

The present invention relates to an aircraft technical data retrieval system.

In general, the aviation industry, unlike other businesses, is a multi-product small-scale production industry that produces small quantities of various kinds of aircraft, and is an industry that requires complex and precise parts requiring approximately 250,000 or more parts for each breed. .

As a result, there are about 600,000 large volumes of technical or engineering data that can be applied to all relevant engineers differently by breed and by unit. This technical data is updated with the frequent and complex technical changes of about 500 cases per month. Therefore, in order to respond to frequent technical data changes, the latest technical data can be provided quickly and efficiently so that they can be properly applied to production. Accordingly, there is a need for a computer-based technical data management system.

However, technical data related to aircraft have different characteristics from the general books. In other words, aviation-related technical data need different management system that can be handled differently according to the characteristics of the data because the data obtained from foreign countries and the data generated in-house have different characteristics. Such technical data include various specifications such as technical specifications, production support equipment, production test equipment, various drawings, work orders, master layouts, and electrical wiring diagrams.

To this end, in the past, a separate database for each type of technical data was constructed and managed, but there were the following problems.

In other words, as the aviation industry is diversified, establishing a separate database management system for each type of data is problematic in that it is not efficient and does not have integrated management. In addition, there is a problem that the technical data is duplicated for each database and the relationship between each technical data is lacking. In addition, the conventional database system is limited to its own management focused on the acquisition and storage of the data, there is a problem that the information sharing of the user is not achieved.

Accordingly, the present invention has been made to solve the problems described above, and an object thereof is to provide an aircraft technical data search system.

In order to achieve the above object, the aircraft technical data retrieval system according to the present invention includes a database including original data, technical instruction data, production data, reference data, civil aircraft data, or component element data; A communication network to which a plurality of clients are connected; And a server connected to the communication network, receiving a search condition from the client, searching the database, and outputting the result to the client.

In addition, the main menu displayed by the server, a toolbar having a click button made to select the original data, technical instruction data, production data, reference data, civil aircraft data, or parts element data, which are various data in the database; It includes a task window for entering the search conditions.

1 is a schematic configuration diagram of an aircraft technical data retrieval system according to the present invention.

2 illustrates a functional block of an engine included in the server of FIG. 1.

FIG. 3 shows the main menu displayed by the server of FIG. 1.

FIG. 4 illustrates a work window in which a search condition displayed by the server of FIG. 1 can be input.

5 shows a window that outputs a search result displayed by the server of FIG. 1.

FIG. 6 illustrates a window in which a detailed search result displayed by the server of FIG. 1 is output.

<Description of the symbols for the main parts of the drawings>

12.Network

14 ... server

16 ... database

18.Client

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows the hardware configuration of the aircraft technical data search system according to a preferred embodiment of the present invention.

Each client 18 is connected to a server 14 connected with a database 16 via a communication network 12. The communication network 12 is preferably composed of an intranet (Intranet) to search for technical data. The database 16 stores various data related to technical data of the aircraft. That is, original data, technical instruction data, production data, reference data, civil aircraft data, or parts element data obtained from abroad or generated in-house. The server 14 is connected to the communication network 12, accepts a search condition input from each client 18, and searches the database 16 according to the condition. The results of searching the database are output and displayed to the client 18 requesting the search.

2 illustrates the functional blocks of a server engine supporting a client.

When the client requests to retrieve the aircraft technical data, the server displays the main menu 22 to the client. The client can select various technical data to search from the displayed main menu 22. For example, original data, technical instruction data, production data, reference data, civil aircraft data, or parts element data as shown. If the client chooses to search for a specific article from the above article, the server displays a task pane to the client to enter the search criteria. The client enters a search condition 22 for each item in the displayed work pane. The server searches the corresponding database according to the search condition input from the client and outputs the result (26). When the client requests the detailed results according to the search results, the server outputs the corresponding detailed results from the corresponding database (28).

3 shows the main menu displayed on the client.

The toolbar 32 of the main menu shows a click button for selecting original data, technical instruction data, production data, reference data, civil aircraft data, or component element data. In the work window 34, search conditions can be entered.

4 shows a work window 40 in which a search condition can be input.

Search conditions can be entered in a plurality of input fields (42). The input field 42 to be displayed may vary slightly depending on various technical data, but may include, for example, a data number, a business name, a data classification, a distribution destination, a reception number, a date of acquisition, or a data title. The management item 44 is displayed to be selected in the work pane. Therefore, when each management item 44 is selected according to the needs of the client, an item to be output as a search result is designated and a search result corresponding to the item is output. In the illustrated work window, the four selected management items are selected and the contrast is shown in reverse.

5 shows a window in which, for example, the civil aircraft data is selected from the technical data and the search result is output.

Among the search conditions, the five management items 54 shown in inverted contrast are selected, and other search conditions are input, and the result of searching the database is displayed in the search window 52. A particular material may be selected from among a plurality of displayed search results so that detailed data about it can be displayed. As a method of selecting a specific material, there is a method of double-clicking the result displayed in the search box 52 or selecting detailed information displayed on the toolbar 56 of the window.

6 displays a window that outputs the searched results in detail.

In each output field 62 of the detailed results displayed, the data type, the data name, the date of acquisition, the data location, or the distribution destination are output.

The aircraft technical data retrieval system according to the present invention can not only perform a search but also use the database of the loan status of the technical data in a similar manner. This will immediately check the loan status of various technical data.

Although the present invention has been described with reference to the above embodiments, the present invention is not limited to the above embodiments. Dimensions, shapes, relative arrangements, etc. of the components described in this embodiment are not intended to limit the scope of the present invention only to them unless specifically stated, and are merely illustrative examples. Various changes and improvements within the range are possible.

As described above, the aircraft technical data retrieval system according to the present invention manages various technical data of various types into one unified database. This ensures that the management of technical data is consistent and efficient, so that information is shared uniformly. As a result, each party can access the latest technical data quickly and uniformly, meeting the specific technical data management characteristics of the aviation industry.

Claims (4)

A database containing original data, technical instructional data, production data, reference data, civil aircraft data, or component data relating to aircraft technical data; A communication network to which a plurality of clients are connected; And a server connected to the communication network, receiving a search condition from the client, searching the database, and outputting the result to the client. The method of claim 1, The main menu displayed by the server is A toolbar with a click button configured to select original data, technical instruction data, production data, reference data, civil aircraft data, or component element data in the database; Aircraft technical data search system comprising a work window for entering the search conditions. The method of claim 2, The search conditions are aircraft technical data retrieval system, characterized in that input items including data number, business name, data classification, distribution destination, receipt number, date of acquisition, or data title. The method according to any one of claims 1 to 3, And selecting one of the search results and outputting detailed results including data type, data name, date of acquisition, data location, and distribution destination.