KR20130024570A

KR20130024570A - Display method of work schedule and present condition for vessel construction that reflect block division system

Info

Publication number: KR20130024570A
Application number: KR1020110088100A
Authority: KR
Inventors: 강윤호; 남재근; 박현민
Original assignee: 현대중공업 주식회사
Priority date: 2011-08-31
Filing date: 2011-08-31
Publication date: 2013-03-08

Abstract

PURPOSE: A ship building schedule receiving a block division system and a work state display method are provided to enable a user to easily grasp errors of schedules by providing a work schedule and a work state according to production process orders. CONSTITUTION: A process of each block division system for building a ship, a drying method, and schedule information are stored in a main computer. The main computer collects a work schedule in each block unit and the information of a work state. The work schedule and the work state in each block unit are classified based on the information of a drying method. The work schedule and the work state in the classified block unit are gradually arranged and are displayed on a sub-computer in a work site by considering the process of each block unit. [Reference numerals] (AA) Primary sub-block assembly; (B15P0,B14S0,N140S,B15S0,B16P0,B16S0,N163P) Panel assembling part; (B55P0,B54S0,B55S0) Special) inside a first hull; (S16P0,S16S0) First block assembly

Description

Display method of work schedule and present condition for vessel construction that reflect block division system

The present invention relates to a method of displaying the work schedule and the current status when the ship is built, and more particularly, to provide a user interface of the block and process information used for the production schedule work and construction of the current status of the ship construction. In order to reflect the construction method information and the block system of the block division (Black Division), a graphical user interface (GUI) is applied to the work schedule between the target blocks and the work status in consideration of the relationship between the production process sequence of the actual block and the preceding block. The present invention relates to a ship construction schedule and work status display method reflecting a block partitioning system that can be sequentially provided to a worker or a manager through the service.

In general, in order to build a vessel, a business plan is started according to the type of vessel (eg, merchant ship, special vessel, etc.), size (drainage), etc., and a large schedule is planned in the production plan.

Once the sales design is established, detailed design will be made, the purchase schedule will be established, and a mid-term plan will be established to link the purchase schedule to the purchase schedule.

When the detailed design and the mid-schedule plan are established, the production design necessary for production is established again, the small schedule necessary for the production is established by department and process, the purchase materials are received, and the production is executed.

Of course, by establishing a production schedule and production plan, personnel arrangement, dock arrangement, workshop arrangement, drying facility schedule adjustment, and outsourcing company schedule adjustment are required for ship construction schedule.

The production schedule of the above-described production schedule is about one year, and then a detailed small schedule according to the time of each department and process.

In this case, since the target time is different in processing, assembly, design, painting, mounting, and delivery, the target time is based on the performance line (base line) in the processing process, and the target time in units of representative in the assembly and design process. In the painting and loading process, the target time is set in standard circle units, and in India, the target time is set based on the weight.

Of course, the schedules for design, procurement, and production planning are established based on the target time of each process, and the work managers instruct the work orders in the production plan. These work instructions are provided to the work manager as a user interface. It is based on the production schedule of the ship construction and the work status.

However, the user interface of the schedule and work status provided to the conventional manager has a disadvantage in that sequential linkage display is not performed for each target block unit.

That is, the user interface for the schedule and work status of the conventional ship construction reflects the block division system when the work status is created by the administrator, and the previous work and the next work status are not continuously displayed according to the work order. As shown in FIG. 1, the work statuses that are related to each other are arranged and displayed in an alphabetical order (eg, C120P flat weight, T12PO assembly), and thus, which unit / heavy block is PE (PreErection). It was not possible to determine which assembly block was before the relationship indication, and it was not possible to easily determine the relationship of the block of the assembly reflecting the block system of the block division, and the relationship and schedule of the intermediate block (C120P flat tank) and the assembly block (T12PO assembly). When a manager or worker builds a ship, they can't connect the pre- and post-work of each block unit with the actual process. Riga was caused by the shortcomings leading to frequent changes of schedules and work status.

That is, the graphical user interface (GUI) according to the schedule and work status is not provided in sequence, the work status of each block is not linked to each other, the process sequence is complicated, and thus the problem of worker skill and quality deterioration. In the meantime, it was not possible to settle the transfer of work items caused by the late supply of blocks or late input of materials, and the time for additional work volume (such as the chief's work) due to the design change was not properly reflected.

Accordingly, the present invention is to improve the conventional problems as described above, and according to the provision of the block construction process information and block division (Black Division) used in the production schedule operation of ship construction and the creation of the present situation By configuring the work schedule and the work status of the target blocks reflecting the block system sequentially through the graphical user interface, the work schedule and the work status of the target blocks can be provided in the same order as the production process sequence of the actual block. This allows the operator to easily and intuitively and visually determine whether the schedule has errors or not, as well as allow for an effective schedule to be established in consideration of the working conditions, while sequentially aligning the work schedule. Not only can they be distributed, but also reflects production performance by type Its purpose is to provide a method of displaying ship construction schedule and work status that reflects the block division system that enables the establishment of processes.

The ship construction schedule and work status display method reflecting the present invention block division system for achieving the above object, the main computer by setting the pre- and post-process and the conventional construction method and schedule information of each block division system for ship construction Storing in a first step; A second step of receiving and collecting information on a work schedule and work status for each block unit for building a ship through the main computer; A third step of classifying a work schedule and a work status for each block unit collected from the second step based on the information of the drying method set and stored from the first step; And a process for each block unit in consideration of pre- and post-processes for each block unit set and stored in each block unit classified from the third step, according to the order of information input. Sequentially connecting side by side without transmission to the sub-computer of the work site for display; .

As described above, the present invention provides a work schedule between target blocks reflecting the construction method information and the block system of the black division according to the provision of the block and the process information used for the production schedule work of ship construction and the creation of the present situation. The work status is configured to be displayed sequentially through the graphical user interface. Through this, the work schedule of the target blocks and the work status can be provided in the same order as the production process sequence of the actual block. Not only can the operator easily identify the error in the future, but also make it possible to establish an effective schedule in consideration of the working conditions, while not only distributing the work order reasonably through the segmentation of schedule management, but also producing performance by type. Can expect the effect of establishing the reflection process It is.

1 is a screen displaying the work schedule and the current working status of the conventional shelf drying.
Figure 2 is a schematic block diagram for displaying the schedule and operation status of the ship construction reflecting the block division scheme according to an embodiment of the present invention.
Figure 3 is a screen showing a schedule and operation status display method of the ship construction reflecting the block division system in the embodiment of the present invention.
4 is a graphic processing screen showing a method of displaying the schedule and operation status of the ship building reflecting the block division system according to an embodiment of the present invention.

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

FIG. 2 is a schematic block diagram illustrating a schedule of ship construction reflecting a block division scheme and a work status according to an embodiment of the present invention, and FIG. 3 is a schedule of ship construction reflecting a block division scheme according to an embodiment of the present invention. 4 is a screen showing a work status display method, and FIG. 4 shows a graphic processing screen showing a schedule of ship construction reflecting a block division system and a work status display method.

2 to 4, the schedule and operation status display method of the ship construction reflecting the block division system according to an embodiment of the present invention can be viewed by the main computer 100 and a manager (or worker) for each block unit. In the state in which communication between the subcomputers 200 are performed, displaying the graphical user interface information mounted and provided by the main computer 100 on the subcomputer 200, including the first to fourth steps. It is.

That is, according to the embodiment of the present invention, the first step is to start the business design according to the type, size, etc. of the ordered vessel for building the vessel, and establish the schedule in the production plan and then block the established schedule. The pre- and post-processing of the division system, its conventional drying method, and schedule information are set and stored in the main computer 100.

Next, as a second step, the process proceeds according to the partitioning scheme of each block according to the work schedule, and when the ongoing process is input through the subcomputer 200 at the site of each block unit, the main computer 100 ) Collects information on work schedule and work status for each block unit for ship construction.

At this time, the main computer 100 as a third step, after comparing the work schedule and the work status for each block unit collected from the second step based on the information of the drying method set from the first step In this case, the work status is sequentially classified through the operation of the classification program.

Next, the main computer 100 is related to the information input order in the sub-computer 200 in consideration of the pre- and post-process of each block unit classified into the job schedule and the job status information for each block unit to be classified. The information to be sequentially linked side by side is displayed through the graphical user interface program, and the displayed information is transmitted to the subcomputer 200 provided in the work site for each block unit.

Then, as shown in FIGS. 3 and 4 attached to the subcomputer 200, the associated schedule is made so that the work schedule and the work status for each block unit are adjacent to each other without being separated from each other.

In the work site for each block unit, it is easy to visually recognize the work schedule and work status for each block unit, as well as the manager for each block unit can easily determine the error according to the pre and post ship construction schedule. Managers can easily change or additionally set up work schedules that take into account process flows.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined by the appended claims. It is to be understood that such changes and modifications are within the scope of the claims.

100; Server computer 200; Subcomputer

Claims

A first step of setting a pre- and post-process of each block division system for ship construction, its conventional construction method, and schedule information and storing it in a main computer;
A second step of receiving and collecting information on a work schedule and work status for each block unit for building a ship through the main computer;
A third step of classifying a work schedule and a work status for each block unit collected from the second step based on the information of the drying method set and stored from the first step; And
The process of each block unit is sequentially performed regardless of the order of information input by considering the work schedule and the work status of each block unit classified from the third step in consideration of the pre- and post-process of each block unit set from the first step. Side-by-side connection and transmitting to the sub-computer of the workplace to display; Shipping construction schedule and work status display method reflecting the block division system characterized in that it proceeds, including.