KR20150078830A - Design of Integrated System using Smartphone and Bar-code for Managing Ship Repair components and Method of the same - Google Patents

Abstract

The present invention is to provide a vessel repair element integrated management system using a bar code and a smartphone to use a bar code and an image for managing high priced repair equipment and to manage the fluid information change and environment of a repair enterprise in real time and a method thereof. The vessel repair element integrated management system comprises: a repair equipment managing module to attach the bar code to the repair equipment, perform history management by using bar code information and an image which photographs the repair equipment, and check loss and damage of the repair equipment based on the same; a repair enterprise managing module to plan a repair schedule by managing recent information in real time, select one or more repair enterprises among enterprise information stored in an enterprise DB based on a planned repair schedule, and perform a repair equipment movement and an additional equipment request of a managing enterprise in the field in real time by providing the planned repair schedule through a connected smartphone application; and a repair schedule calculating module to assign equipment which is required by the selected repair enterprise to be fitted to the repair schedule based on the planned repair schedule through the repair enterprise managing module, preferentially distributing the equipment according to the repair schedule by assigning priority according to the required equipment and repair schedule, and taking the repair equipment out.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an integrated management system for a ship repair component using a barcode and a smart phone,

The present invention relates to an integrated management system for ship repair components and a method thereof. In particular, when a suitable repair company among a plurality of repair companies contracted with a maintenance company is selected and managed, The present invention relates to an integrated management system for a ship repair factor utilizing a barcode and a smart phone and a method thereof for solving the problem of changing and changing the history of the equipment by attaching a barcode to the equipment.

As shipbuilding technology has recently developed, ship life has increased to over 30 years, and the shipbuilding industry in the world is changing its paradigm from shipbuilding to shipbuilding.

Unlike large-scale management systems in shipbuilding and shipbuilding industry, shipbuilding industry currently has more than half of the entire structure, with several small and medium-sized repair companies having repair equipment and recruiting repair subcontractors.

The problem is that there are many places where most intermediate management companies manage the equipment and subcontractor management, which is an important element of ship repair, in a simple way. Therefore, expensive repair equipment is often lost and maintenance of subcontractors is not performed properly, resulting in cost loss. In addition, since systematic management is not performed, delays in repairing and delay in repairing and repairing costs may be additionally incurred, so that reliability of services may be lowered.

In particular, repair equipment is mostly expensive and there are many large equipment that are expensive to transport. Such repair equipment can lead to high cost loss if hand breakage occurs.

In addition, ship repairs are carried out by selecting a number of repair subcontractors. In this case, it takes a lot of time to select many subcontractors. In order to check the status of the current workforce and the progress of other repair work, do. Also, if repair equipment and maintenance companies are not managed smoothly, there is a problem that can seriously affect the whole repair schedule.

Therefore, there is a need for a system that can establish an optimized repair schedule and a management system that can manage the company.

Patent Registration No. 10-0359707: Equipment management system using barcode reader and method thereof Japanese Patent Application Laid-Open No. 10-2013-0082787: Repairs system and relay method of ship repairing, shipbuilding goods information

Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to utilize bar codes and images to manage expensive repair equipment, to utilize bar codes and smart phones A ship repair factor integrated management system and a method thereof.

Another object of the present invention is to provide an integrated management system and method for a ship repair element utilizing a barcode and a smart phone for systematically managing repair equipment and a company, which are important elements of ship repair, .

Other objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

According to another aspect of the present invention, there is provided an integrated management system for a ship repair component using a barcode and a smartphone, the barcode being attached to a repair device, the barcode information, A repairing equipment management module for checking the hand washing room of the repairing equipment on the basis of the repairing equipment, and a repairing equipment management module for managing the latest information in real time to plan a repairing schedule, A repairing company management module for selecting a repairing company and providing a planned repair schedule through an interlocked smartphone application so that the repairing company moves the repairing equipment and requests for additional equipment on the spot in real time; Based on the repair schedule, the selected repair shop will allocate the requested equipment according to the repair schedule. , By assigning priorities according to the request, the equipment and repair schedule and repair in accordance with the priority allocation schedule can consists, including the repair schedule module that calculates out the repair equipment.

Preferably, the business information stored in the business DB includes a business ID, a business name, a classification code indicating a field of repair, a business contact, a repair worker possessed by the business, .

Preferably, the vendor information is updated in real time when a client application for a repair company changes.

Preferably, the repairing equipment management module includes a barcode interface unit for disconnecting the barcode reader from the barcode reader for reading the barcode, and a controller for receiving the barcode information from the barcode interface unit, A barcode information analyzing unit for detecting a repairing equipment according to the interpreted barcode information, an image interface unit for disconnecting from an image detecting unit for detecting an image, An image information analyzing unit for comparing the received repair equipment images with the previously stored repair equipment images and comparing the repair equipment detected by the bar code information analyzing unit with the repair equipment detected by the image information analyzing unit, Of the identified repair equipment. And a device management unit for checking and managing the history of import and export.

Preferably, the repairing equipment management module is capable of managing the history of the repairing equipment remotely by constructing a reader using a smart phone so that barcode information and image information attached to the repairing equipment can be remotely read.

Preferably, the repairing company management module registers a plurality of repairing companies as members, a repairing company processing unit for managing the repairing companies, and determining whether repair work currently held by the company is in progress or not, We will plan the repair schedule based on the ship repair information that we have received from the repair company managed by the repair company handling department. We will use the planned repair schedule to determine the repair worker possessed by the repair company, An order information transmitting unit for transmitting the repair information and the planned repair schedule received from the repair companies detected by the order information processing unit; The number of repair shops detected based on the repair information transmitted from the order information transmitting unit A contract information processor that receives confirmation messages and provides scheduled repair schedules to the selected repair companies in conjunction with the smartphone and the contract conditions including repair equipment and planned repair schedules requested from the selected repair companies, A settlement information processing unit for confirming whether the repair equipment confirmed by the equipment management unit has been carried in or out after the completion of the repair of the ordered ship, And the like.

Preferably, the repair schedule calculation module includes a repair information input unit for receiving the repair information of the tank vessel, and a maintenance information management unit for managing the repair company, which is managed by the repair company processing unit, based on the repair service information An ordering information processing unit for detecting repairing companies matched based on at least one of a repair worker who is currently performing repair work, A repairing company selecting a repairing company matching the repair that is currently received among the repairing companies received by the repairing company and a repairing company selecting the repairing equipment requested by the repairing company selected by the repairing company, A repairing equipment distributing unit for allocating the requested repairing equipment to the repairing company based on the repairing equipment, Prioritizing according to the repair device in the assigned state to the repair schedule, priority allocation in accordance with the repair schedule, it characterized in that the configuration includes a repair equipment out setting out the repair equipment assigned to the service quality.

According to another aspect of the present invention, there is provided an integrated management method for a ship repair factor using a barcode and a smartphone, the method comprising: (A) And selecting at least one repairing company to be matched by comparing at least one of the repair personnel possessed by the repairing company, whether there is another repairing work in progress, or the repairing part area using the planned repair schedule, and (B) assigning the repair equipment requested by the repair company to the repair company based on the history of importing and exporting of the repair equipment previously stored, (C) Priority is given to the repair equipment in accordance with the repair schedule, and the repair equipment assigned to the repair company is allocated in accordance with the repair schedule. (D) Upon completion of the repair of the ordered ship, the repair equipment discharged from the repair company is collected, and the imported repair equipment is analyzed based on the stored equipment history and business history, (E) if the identity of the imported repair equipment is not confirmed as a result of the confirmation of the identity, a request is made for an error in the identity of the repair equipment brought into the repair company and the import of the repair equipment accordingly And a step of performing the steps of:

Preferably, in the step (A), when the repairing company is extracted, the repairing company is selected by checking in real time whether the information of the repairing company has changed with the smartphone through the element management client app.

Preferably, the step (C) further comprises the steps of: detecting the barcode information and the image pickup image information of the repair and repair attached to the repairing equipment to be carried out; .

As described above, the integrated management system for a ship repair component utilizing the barcode and the smartphone according to the present invention and the method thereof have the following effects.

First, expensive repair equipment history can be systematically managed to solve problems such as loss, loss, deliberate replacement, and the like, thereby lowering costs caused by problems with repair equipment.

Second, it can easily identify subcontractors' information, and can optimize repair schedules based on ongoing information from the vendors such as recruitment of personnel and other ongoing repair information.

1 is a block diagram showing a configuration of a ship repair element integrated management system using a barcode and a smartphone according to an embodiment of the present invention;
2 is a block diagram showing the details of the configuration of the repair equipment management module of FIG.
3 is a block diagram showing the configuration of the repairmanagement module of FIG. 1 in detail;
FIG. 4 is a block diagram showing the configuration of the repair schedule calculation module of FIG. 1 in detail;
5 is a flowchart illustrating an integrated management method of a ship repair component using a barcode and a smartphone according to an embodiment of the present invention.

Other objects, features and advantages of the present invention will become apparent from the detailed description of the embodiments with reference to the accompanying drawings.

A preferred embodiment of a ship repair factor integrated management system and method using a barcode and a smartphone according to the present invention will be described with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. It is provided to let you know. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

1 is a block diagram illustrating a configuration of an integrated management system for a ship repair component using a barcode and a smartphone according to an embodiment of the present invention.

As shown in FIG. 1, the ship repair element integrated management system 100 attaches a barcode to a repairing equipment, performs history management using barcode information and an image of the repairing equipment, A repairing equipment management module 110 for checking the handwriting room of the repairing equipment based on the barcode information and the image information stored in the repairing equipment management DB 110. The repairing equipment management module 110 manages the latest information in real time to plan an optimal repair schedule, (150), and provides the planned repair schedule through the linked smartphone application, so that the management company's equipment movement and unexpected situation occurring during the repair process or addition Equipment requests and so on in real time so that it is possible to prevent certain area The repairing company management module 120 and the repairing company management module 120 allocate the equipment requested by the repairing company selected based on the planned repair schedule according to the repair schedule and determine the priority according to the requested equipment and the repair schedule And a repair schedule calculating module 130 for distributing the repair equipment in accordance with a repair schedule and taking out the repair equipment.

At this time, all the repairing equipments stored in the equipment DB 140 are attached with barcodes. Since the equipment is frequently exposed to the marine water such as foreign substances generated while repairing the ship, an expensive recognition device such as an RFID tag This is because it is inefficient in terms of cost. Also, the images of the repair devices are stored and managed together with the barcode, which is configured to check whether the repair device is a normal repair device by adding an image control module during the import process to prevent the device from being changed due to intentional barcode damage by the vendor.

As shown in the following Table 1, the business information stored in the business DB 150 includes a business ID for identifying a repair subcontractor, a business name as a business name, a classification code indicating a repair field, Phone number, repair worker possessed by the business, and whether the current work is in progress to determine whether other repair work is currently in progress. At this time, the business information stored in the business DB 150 is allocated and stored in the repair schedule calculation module 123. In addition, the repair shops can update the information in real time . For reference, repair companies that can repair various fields add information according to classification codes and manage them separately. That is, even the same company will be registered separately according to the field of repair.

Therefore, the repairing company management module 120 can manage the latest information of the company stored in the company DB 150 in real time, so that it is possible to plan the optimum repair schedule, thereby improving the service quality of the repairing work And can also bring about cost savings.

FIG. 2 is a detailed block diagram illustrating the configuration of the repair equipment management module of FIG. 1. FIG.

The repair equipment management module 110 shown in FIG. 2 includes a barcode interface unit 111 for performing a disconnection with a barcode reader (not shown) for reading a barcode, A barcode information analyzing unit 112 for receiving the barcode information and analyzing the barcode information using the barcode analysis information stored in the equipment DB 140 and detecting the repairing equipment according to the interpreted barcode information, An image interface unit 113 for performing connection disconnection with an image detection unit (not shown), comparison image data of the repair equipment stored in the equipment DB 140 by receiving shot image information of the repair equipment from the image interface unit 113 An image information analyzing unit 114 for detecting matched repairing equipments, a repairing equipment and an image information analyzing unit 114 which are detected by the barcode information analyzing unit 112, And a device management unit 115 for checking whether the repairing equipments are identical to each other and checking and managing the carrying-in / outing history of the checked repairing equipments.

At this time, the repairing equipment management module 110 is configured to enable a smooth history management of the repairing equipment by installing a reader using a smartphone so that the barcode information and image information attached to the repairing equipment can be remotely read .

3 is a detailed block diagram of the repairmanagement module of FIG.

The repairmanagement module 120 shown in FIG. 3 registers a plurality of repairmanufacturers as members, manages the repairman who is in charge of the company, A repair schedule is prepared based on the repair information of the repair company, which is managed by the repair company processing unit 121 and the repair company managed by the repair company processing unit 121, An ordering information processing unit 122 for detecting matching repairing companies by comparing manpower, whether other repairing work is currently in progress, repair parts area, etc., and matching repair shops detected by the ordering information processing unit 122, An order information transmitting unit 123 for transmitting the repair information and the planned repair schedule, An order receipt information processing unit 124 receiving an acceptance confirmation message from the subscribers and providing a planned repair schedule to the selected repair company in cooperation with the smartphone, A contract information processing unit 125 for confirming the contract conditions and verifying the contract conditions to be verified, and after the repair of the ordered ship is completed, confirming the import and export of the repair equipment confirmed through the equipment management unit 115, And a payment information processing unit 126 for confirming whether or not the settlement processing has been completed through the payment means.

FIG. 4 is a block diagram illustrating the configuration of the repair schedule calculation module of FIG. 1 in detail.

The repair schedule calculation module 120 shown in FIG. 4 includes a repair information input unit 131 for receiving the repair information of the watercraft, and a repair repair information input unit 131 for repairing the repair service, An ordering information processing unit 122 for detecting repairing companies matched based on a repair manpower held by a company based on a planned repair schedule based on a repair schedule based on the repair schedule, A repair company selection unit 132 for selecting an optimum repair company that is currently in the repair order received from the repair company on which an acceptance confirmation message is received based on the repair information transmitted from the order information transmitting unit 123, The repairing unit requested by the repairing unit selected by the selecting unit 132 is returned to the repairing company based on the history of the loading and unloading of the repairing equipment stored in the equipment DB 140 The repair equipment distributing unit 133 and the repair equipment allocating unit 133 are allocated according to the repair schedule according to the repair schedule and the repair equipment allocated to the repairing equipment And a repair equipment takeout setting unit 134 that takes out the equipment.

The operation of the integrated management system for a ship repair component using the barcode and the smartphone according to the present invention will now be described in detail with reference to the accompanying drawings. 1 to 4 denote the same members performing the same function.

5 is a flowchart illustrating an integrated management method of a ship repair factor using a barcode and a smartphone according to an embodiment of the present invention.

Referring to FIG. 5, when the received ship repair information is input (S10), a repair schedule is scheduled based on the inputted ship repair information, and repair manpower, Whether the repair work is currently in progress, whether the repair work is in progress, the repair part area, and the like, and selects a matching repair company (S20). At this time, when extracting the repair company, it is preferable to select a repair company by checking in real time whether or not the information of the repair company has changed with the smartphone through the element management client application.

When the repairing equipment is requested from the selected repairing company, the repairing equipment requested by the repairing company is assigned to the repairing company based on the importing and exporting history of the repairing equipment stored in the equipment DB 140 S30).

In step S40, the assigned repair equipment is given priority according to the repair schedule, and the repair equipment allocated to the repair company is taken out in step S40. At this time, the repairing equipment detects the barcode information attached to the repairing equipment and the photographed image information of the repairing and repairing, and stores the equipment history and the business history according to the repairing equipment by the repairing company to be carried out (S50) .

Thereafter, when the repair of the ordered ship is finished (S60), the repairing equipment discharged from the repairing company is collected (S70), and the imported repairing equipment is analyzed with barcode information and image matching The same is checked through analysis (S80).

If the identities of the repairing equipments are confirmed and the identities of the repairing equipments are not confirmed, the same error of the repairing equipments imported into the repairing companies and the bringing-in of the repairing equipments accordingly By requesting (S100), expensive repair equipment history is systematically managed to solve problems such as loss, loss, deliberate replacement, and the like.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications may be made without departing from the scope of the present invention. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

Claims (10)

A repairing equipment management module for attaching a barcode to a repairing equipment, performing a history management using the barcode information and an image of the repairing equipment, and checking the handwriting room of the repairing equipment based on the history,
It plans to manage the latest information in real time to plan the repair schedule, selects at least one repair company from the business information stored in the supplier database based on the planned repair schedule, provides the planned repair schedule through the linked smartphone application, A repairmanagement module for carrying out repairing equipment movement and additional equipment requests in real time on site,
Based on the planned repair schedule based on the planned repair schedule, the repair shop management module allocates the requested equipment according to the repair schedule, prioritizes the requested equipment and the repair schedule, distributes the repair equipment according to the repair schedule, And a repair schedule calculation module that extracts the repair module from the bar code and the module. The method according to claim 1,
The business information stored in the business DB includes a business ID, a business name, a classification code indicating a field of repair, a business contact, a repair worker possessed by the business, and information on whether the business is currently in progress Integrated Management System of Ship Repair Elements Using Bar Code and Smart Phone. 3. The method of claim 2,
Wherein the business information is updated in real time when a client application for a repair company is changed, the integrated management system for a ship repair component using a barcode and a smart phone. The method of claim 1, wherein the repair equipment management module
A barcode interface unit for disconnecting the barcode reader from the barcode reader for reading the barcode,
A bar code information analyzing unit for receiving bar code information attached to repairing equipment from the bar code interface unit, interpreting the bar code information using pre-stored bar code analysis information, and detecting repair equipment according to the interpreted bar code information,
An image detecting unit for detecting an image; an image interface unit for performing a disconnection;
An image information analyzing unit for receiving photographed image information of a repairing equipment from the image interface unit and comparing the photographed image information with a previously stored repairing equipment image to detect matched repairing equipment,
And a device management unit for checking whether the repairing equipment detected by the bar code information analyzing unit and the repairing equipment detected by the image information analyzing unit are identical to each other to check whether the repairing equipment is identical or not, The integrated management system of the ship repair element utilizing the bar code and the smart phone. 5. The method of claim 4,
The repairing equipment management module is a barcode and a smart phone which are capable of managing the history of the repairing equipment remotely by constructing a reader using a smart phone so that the barcode information and image information attached to the repairing equipment can be remotely read. Integrated management system of ship repair elements utilized. The method of claim 1, wherein the repair shop management module
A repair company processing unit for registering a plurality of repair companies as members, a repair worker possessed by the company, and a repair worker for judging whether another repair work is currently in progress by the company,
A repair schedule is planned based on the ship repair information received from among the repair companies managed by the repair company handling unit, and the repair manpower held by the repair company using the planned repair schedule, Whether or not at least one of repair parts is included in the repair parts,
An order information transmitting unit for transmitting the repair information and the planned repair schedule received from the repair shops detected by the order information processing unit,
An order information processor for receiving an acceptance confirmation message from the repair companies detected on the basis of the repair information transmitted from the order information transmitting unit and providing a planned repair schedule to the selected repairer in cooperation with the smartphone,
A contract information processing unit for confirming the contract conditions including the repair equipment requested by the selected repair company and the planned repair schedule,
And a payment information processing unit for confirming whether the repair equipment confirmed by the equipment management unit is carried in or out after the completion of the repair of the ordered ship, Integrated management system of ship repair factor using barcode and smart phone. The method of claim 1, wherein the repair schedule calculation module
A repair information input unit for receiving the vessel repair information,
Based on the repair service information received from the repair service provider, which is managed by the repair service processing department, the repair worker possessed by the company based on the planned repair schedule, whether there is another repair work currently performed by the company, An ordering information processing unit for detecting repairing companies matched based on one,
A repair company selection unit that selects repair companies matching the currently received repair among the repair companies that received an acceptance confirmation message based on the repair information sent to the repair company,
A repair equipment distributing unit for allocating the repair equipment requested by the repairing company selected by the repairing company to the repairing company based on the history of loading and unloading of the repairing equipment stored in advance,
And a repair equipment export setting unit for prioritizing the repair equipment assigned by the repair equipment allocation unit according to a repair schedule and distributing the repair equipment in accordance with a repair schedule and taking out the repair equipment assigned to the repair company. Integrated Management System of Ship Repair Elements Using Bar Code and Smart Phone. (A) When the ordered ship repair information is input, plan the repair schedule based on the entered ship repair information, and use the planned repair schedule to determine the repair worker possessed by the repairer, Whether or not at least one repair part is included in the repair part,
(B) assigning the repairing equipment requested by the repairing company to the repairing company based on the history of importing and exporting of the repairing equipment previously stored, when the repairing equipment is requested from the selected repairing company,
(C) assigning the assigned repairing equipment to a priority according to a repair schedule and distributing the repairing equipment in accordance with a repair schedule and taking out the repairing equipment assigned to the repairing company;
(D) Upon completion of the repair of an ordered ship, the repair equipment discharged from the repair company is collected, and then the imported repair equipment is analyzed for barcode information and image matching based on previously stored equipment history and business history , ≪ / RTI >
(E) requesting the repairing equipment to bring in the same error of the repairing equipment brought in to the repairing company and bringing the repairing equipment into the repairing equipment if the identity of the repairing equipment is not confirmed as a result of the above- And integrated management method of ship repair factor using smartphone. 9. The method of claim 8,
Wherein, when extracting the repairing company, the repairing company selects a repairing company by checking, in real time, whether a change in the information of the repairing company has occurred with the smartphone through the element management client application, Integrated management method of ship repair factor utilized. 9. The method of claim 8, wherein step (C)
The barcode information and the photograph image information of the repairing and repairing unit attached to the repairing equipment to be carried out are detected and classified into the repairing companies to be carried out to store the equipment history and the business history according to the repairing equipment. Integrated Management Method of Ship Repair Elements Using.

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