KR20160075355A - System and method for providing integratively loading plan using cloud service - Google Patents

Abstract

The purpose of the present invention is to provide a system and a method for integrally providing a loading plan using a cloud service, which allows terminals of a shipping company, an inspection company, and an operation company to mutually share a loading plan list required for loading and unloading containers of ships through the cloud service and allows user terminals associated with the loading of the containers to integrally receive a predetermined loading plan. The system for integrally providing the loading plan using the cloud service comprises; a first loading plan execution group (101) which is composed of a shipping company side terminal (110), a first mate side terminal (120), an inspection company side terminal (130), a management planner side terminal (140), a loading and unloading clerk side terminal (150), an equipment operator side terminal (160), and an operation company inspector side terminal (170) and executes the loading plan; a plurality of loading plan execution groups (102-105) which include the same composition as the first loading plan execution group (101); and a cloud service server (200) which collects and manages loading plans transmitted from the first loading plan execution group (101) and the plurality of loading plan execution groups (102-105). Therefore, it is possible to share and utilize data according to loading plan and execution performed at each port.

Description

BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to a system and method for providing integration of a loading plan using a cloud service,

More particularly, the present invention relates to a system and method for providing integration of a loading plan using a cloud service, and more particularly, The present invention relates to a system and a method for providing an integration of a loading plan using a cloud service.

Generally, a ship belonging to a ship belongs to a vessel, and the container is transported on the basis of a route through a plurality of ports, and a plurality of vessels are provided in advance to provide a container transportation service do.

In addition, related services such as shipping reservation, arrival report, shipment plan, cargo report, inspection, unloading plan, execution and transportation are provided for each container through a ship for each container.

In other words, as shown in FIG. 1, in a general container terminal, a shipping company establishes a loading plan considering the unloading work for each port for a container ship, and the inspection company carries out inspections for unloading planning and unloading work, The operator constructs a cargo operation plan for the container ship, carries out the loading operation using the cargo equipment, and the unloaded container is delivered through the carrier at the request of the owner.

For example, a shipping company and an operating company using a container terminal construct a separate system operated as shown in FIG. 2 to operate a loading plan, and the inspection company may operate a separate system, or may operate a shipper or an operator system And the loading operation is performed based on the output document.

In other words, through the 'planner' belonging to the shipping company, the loading plan is established considering the import and export cargoes for each port, and related information is transmitted to the first class mate and operator.

The "First Officer" shall establish a plan for the redemption of the cargo taking into account the safety of the ship.

The 'Chief Checker' of the inspection company compares the list with the customs declaration of the ship company before the operation, and when it is different, it contacts the ship company when different, establishes the action plan for the special cargo, Confirm

The results are passed on to the planner belonging to the operator, and the operator / planner plans the order of loading and unloading the work.

The plan is delivered to the cargo handler of the operating company, the equipment engineer and the checkers belonging to the inspection engineer to carry out the unloading work, and the result of the operation is reported to the shipping company and related organizations through the operator and the investigator.

However, in the conventional system and method for providing a cargo plan, the cargo planning system constitutes a cargo planning system, and information generation and management glide is individually performed. In the case of an exceptional situation such as exchange of data between each loading planning system and change of the plan during the work, it is not possible to take action in real time, and at the same time, There has been a problem in that it occurs.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a method and system for providing a list of loading plans necessary for loading and unloading containers on a ship, The present invention also provides a system and method for providing an integration of a loading plan using a cloud service that enables user terminals to receive a predetermined loading plan integrally.

These and other objects of the present invention will be apparent to those skilled in the art without departing from the scope of the present invention by the appended claims.

In order to accomplish the above object, according to one aspect of the present invention, there is provided a system for providing integration of a dumping plan using a cloud service, including a provisional terminal 110, a first navigator terminal 120, a verification receiver terminal 130, A first loading plan execution group 101 for carrying out a loading schedule composed of an unloading person side terminal 140, an unloading person side terminal 150, an equipment article side terminal 160 and an operator checker side terminal 170; A plurality of loading plan execution groups (102-105) having the same configuration as the first loading planning executing group (101); And collecting the loading plan delivered from the first loading plan execution group (101) and the plurality of loading plan execution groups (102-105), integrally providing a predetermined loading plan related to the loading of the containers, And a cloud service server 200 that enables mutual sharing and utilization of data according to the performed loading operation plan and execution.

Advantageously, at least one of the loading planning execution groups performs a loading scheme integration providing method using a cloud service using a loading planning cloud service (SPCS) including its own terminal operating system (TOS) .

According to another aspect of the present invention, there is provided a method for integrating a loading plan using a cloud service using a loading planning cloud service (SPCS), comprising the steps of: (a) (S1) of registering an 'unloading plan' established based on reservation on the unloading plan cloud service (SPCS); (b) receiving (S2) a review and correction of the special cargo to be unloaded in the unloading plan cloud service (SPCS) of the chief checker from the inspection side terminal (130); (c) receiving, from the first navigator side terminal (120), the navigation stability of the ship in the loading planning cloud service (SPCS) and the review of the shipping position and the review result of the first class mate; (f) registering the 'unloading plan' determined by the chief checker in the unloading plan cloud service (SPCS) (S6); (g) After step (f), a step of establishing and registering a 'unloading work plan' from the 'unloading plan' in the unloading plan cloud service (SPCS) by the terminal planner from the operator planner side terminal 140 ); (h) supporting the unloading person side terminal 150 to perform unloading operations based on the 'unloading work plan' using the terminal operating system (TOS) (S8) ; (i) Assisting the operator checker-side terminal 170 to carry out the inspection operation for the individual containers unloaded by the checkers and to register the individual 'unloading operation result' in the unloading plan cloud service (SPCS) (S9) of notifying the examiner-side terminal 130; And (j) assisting the operator checker side terminal 170 to register the results of the 'unloading operation result' by the chief checker in the unloading plan cloud service (SPCS) (S10) notifying the preliminary terminal (120) and the prospective terminal (110); And a control unit.

Preferably, after step (c), (d) examining whether loading position adjustment is necessary (S4); If it is determined in step (d) that adjustment is necessary, the process returns to step (b). If it is determined that the adjustment is not necessary, the process proceeds to the next step.

More preferably, after the step (d), (e) a step S5 of judging whether or not there is a shipment incompetent; If it is determined in step (e) that there is a non-shipment item, the process returns to step (a). If it is determined that the shipment is not shipable, the process proceeds to the next step.

According to the system and method for providing integration of the loading plan using the cloud service according to the present invention, the list of the loading plan required for unloading the container of the vessel can be mutually shared through the cloud service, Side terminals related to the mobile terminal can receive a predetermined loading schedule integrally so that the operation delay due to the loading schedule can be prevented from occurring.

Additional features and advantages of the present invention will become more apparent from the following description.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view for explaining a loading operation of a general container terminal; Fig.
2 schematically shows the system configuration of Fig. 1; Fig.
FIG. 3A is a diagram showing a configuration of a system for providing integration of a loading plan using a cloud service according to the present invention; FIG.
FIG. 3B is a diagram illustrating a loading and unloading flow according to a loading and unifying integration providing system according to the cloud service according to the present invention; FIG.
FIG. 3C is a flowchart illustrating a method of providing a unified loading plan using a cloud service according to the present invention. FIG.
4 is a diagram illustrating an exemplary configuration of an integrated operation of a cloud service server according to an embodiment of the present invention;
FIG. 5 is a flowchart illustrating a method for integrating a loading plan using a cloud service according to the present invention.
Figure 6 contrasts the existing system with the system of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a system and method for providing integrated loading planning using a cloud service according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Prior to the detailed description of the present invention, the same or corresponding components in the drawings are denoted by the same reference numerals, and if a detailed description of related known configurations or functions is deemed to blur the gist of the present invention, Is omitted.

Also, in the present specification, the following embodiments and embodiments are to be considered as being illustrative and not restrictive, and the invention is not to be limited to the details given herein but is to be accorded with the scope of the appended claims and their equivalents, It can be changed to another embodiment.

3B is a diagram illustrating a loading and unloading flow according to a system for providing loading and unifying planning according to a cloud service according to the present invention. 4 is a diagram illustrating a configuration of an exemplary integrated operation of a cloud service server according to an embodiment of the present invention. FIG. 5 is a flowchart illustrating a method of providing integrated service of a cloud service according to an embodiment of the present invention. FIG. 2 is a flowchart illustrating a method for providing integration of a loading plan using a cloud service according to the present invention.

3A, the system for providing integration of a dumping plan using a cloud service according to the present invention includes a ship terminal 110, a first navigator terminal 120, a verification receiver terminal 130, an operator planner terminal 140 A loader side terminal 150, an equipment side terminal 160, an operator side checker side terminal 170, and a cloud service server 200.

Specifically, the shipping terminal 110 establishes a loading plan considering the import and export cargoes for each port through the planner belonging to the shipping company, and transmits the related information to the first-class navigation terminal 120 and the cloud service server 200 .

The first-class navigator-side terminal 120 establishes a quantitative plan of the cargo considering the safety of the ship and transmits it to the verification-side terminal 130 and the cloud service server 200.

The inspection side terminal (130) compares the list with the customs declaration before the quantitative work, and when it is different from the right side, it contacts the shipping company, establishes a work plan for the special cargo, 140 and the cloud service server 200, respectively.

The operator planner-side terminal 140 establishes a plan for the assignment of the loading equipment and the order of executing the unloading operation, and transmits the plan to the terminal 150 and the cloud service server 200.

The unloading person side terminal 150 can perform the loading operation in accordance with the schedule transmitted from the operator planner side terminal 140. The unloading person side terminal 150 transmits the information on the loading operation to the device side terminal 160 and the cloud service server 160. [ (200).

The equipment-side terminal 160 performs a drop-off operation from the unloading operator-side terminal 150 and delivers the result of the operation to the operator checker-side terminal 170 and the cloud service server 200.

The operator checker side terminal 170 checks whether the loading operation delivered from the equipment side terminal 160 is consistent and transmits the inspection result to the cloud service server 200 to determine whether the shipper So that it can be confirmed by the institution.

The cloud service server 200 includes the above-described ship terminal 110, the first navigator side terminal 120, the inspection side terminal 130, the operator planner side terminal 140, the unloading side terminal 150, The loading plan transmitted from the terminal 160 and the operator checker side terminal 170 is collected and the terminals related to the loading of the container can receive the predetermined loading plan integrally so that the loading operation plan And to share and utilize the data according to the performance.

As shown in FIG. 4, the ship terminal 110, the first navigator side terminal 120, the inspection side terminal 130, the operator planner side terminal 140, the unloading side terminal 150, When the article side terminal 160 and the operator checker side terminal 170 are configured as the first loading planning execution group 101, a plurality of different loading operations, such as the first loading planning execution group 101, The cloud service server 200 can integrally manage the plan execution groups 102, 103, 104, and 105.

In the present specification, the above-described pre-production side terminal 110, first-class navigation side terminal 120, inspection side terminal 130, operator planner side terminal 140, unloading side terminal 150, The first checker 160 and the operator checker side terminal 170 are used in the same meaning as the pre-planner, the first mate, the chief checker, the terminal planner, the loader, the equipment operator and the checker, respectively.

Now, a method of integrating a loading plan using a cloud service according to the present invention will be described with reference to FIGS. 3B and 3C.

The system and method for providing integration of the loading plan using the cloud service according to the present invention comprises an unloading plan cloud service (SPCS) system which enlarges and develops the loading and unloading planning system (SPS) while including the existing terminal operating system (TOS) .

In other words, from the creation / review of the 'unloading plan' to the 'unloading work plan'

1. Pre-shipment planner establishes "unloading plan" and registers (stores) in SPCS.

2. The Chief Checker confirms the "unloading plan" from the SPCS, reviews the special cargo,

3. The chief checker receives and reviews the "unloading plan" with the first-class mate and online.

4. The chief checker registers (stores) the confirmed "unloading plan".

5. Terminal Planner establishes "unloading work plan" based on "unloading plan" and registers (saves) to SPCS.

6. The unloading officers and equipment operators perform unloading operations (unloading, loading, transshipment, transfer, etc.) based on the 'unloading work plan', and the checkers perform the inspection activities .

7. Report (notify) the chief checker through the registration (storage) of the "unloading work results" checked by the individual checkers on site,

8. The chief checker collects the results of the unloading work, registers (stores) it, and reports (notifies) to the first class mate and prefectural planner.

The above work is repeatedly performed from the port to the port where the ship enters (eg, Osaka Port - Busan Port - Khao Seung Port - ..., etc.).

Referring to FIG. 3C, the procedure of creating, reviewing, inspecting and reporting the 'unloading plan' using the unloading plan cloud service (SPCS) will be described again.

1. When the pre-shipment planner registers (stores) the "unloading plan" established based on the container transportation schedule (SP) (S1)

2. From the chief checker, enter (S2) the review and modification of the special cargo to be unloaded in the SPCS,

3. The SPCS receives the review of the ship's operational stability and loading position from the first-class navigator, the results of review by the first-class navigator (S3), and accordingly takes measures such as adjustment of the loading position,

First, it is checked whether or not the loading position adjustment is necessary (S4). If it is determined that adjustment is necessary, the process returns to step S2. If it is determined that the loading position adjustment is necessary (S5) , The process returns to step S1, and if not,

4. Register (store) the "unloading plan" confirmed by the chief checker in SPCS (S6).

5. Then, from the "unloading plan" in the SPCS by the terminal planner, a "unloading work plan" is established, registered (stored) (S7)

6. Cargo holders and equipment operators are assisted to carry out cargo handling work on the basis of 'unloading work plan' using TOS (S8).

7. At this time, checkers perform inspection of the individual containers unloaded, and register (store) the individual 'unloading operation results' in SPCS (S9)

8. The main checker collects and summarizes the results of the unloading work and registers it in the SPCS (S10).

Of course, the above activities are also repeatedly carried out from pre-entry to post-departure ports at the port where the vessel is entering (eg, Osaka Port - Busan Port - Kaushu Port - ...)

Hereinafter, the features of the system and method of the present invention will be described in comparison with the existing method.

In the existing method, information is generated and managed individually by a shipper, an investigator, and an operator, and the data is exchanged through the EDI or the recording medium. As a result, mutual data exchange and plan change If an exception occurred, it could not be immediately addressed and caused the job to be delayed. However,

The system and method of the present invention can be implemented as a single system for individual systems to organize related systems with a focus on the unloading operations of each port, To share and utilize the experience of cargo operation planning and execution.

That is, as shown in FIG. 6, in the process of establishing the unloading plan, 1) In the conventional system, the planners should separately establish the unloading work plan for each stopping point, but the present invention requires only a common work plan utilization and a special plan . 2) In the real-time information sharing, the prior art is transmitted as EDI or mail, but the present invention shares ship structure information, unloading work plan information, and the like. 3) In the service type, the conventional technique is a stand alone solution method. The present invention is a cloud service + solution approach. 4) Further, the present invention can update and share real-time information while eliminating the information transfer activity, and it is possible to share the planning establishment experience and to maintain the quality of work in batch.

Therefore, according to the present invention, work efficiency can be expected to be improved through the integrated loading service planning system integration service which requires an individual carrier, an operator, and a checker. When an exception such as mutual data exchange or plan change during operation is easily generated, By integrating the required systems and constructing them as global services, it is possible to check the exceptions that occurred during the unloading operation at the ports just before the port of entry by mutual sharing, It is easy to provide supplementary services by constructing a single platform for "container arrival report, shipment planning, cargo declaration, inspection and unloading plan" for container ships.

The term 'Stowage Plan' refers to a state in which a cargo is loaded on a dock of the main line, and a 'cargo manifest' Refers to a list of cargoes loaded on ships or aircraft.

On the other hand, 'shipper / planner' is the person in charge of unloading plan belonging to the vessel operator.

'Ship sailors' include 'sailors' and 'first class sailors', and 'sailors' should establish a plan for enemy and discharge of cargo considering the safety of the ship, considering sufficient resilience and strength of the ship, Supervise the work and the fixed status of the cargo, as well as the ballast (ballast: the stones, sand, sea water, etc. placed under the boat to lower the center of gravity and increase the resilience). In the case of oil tankers, oil records are also recorded. In addition, the Chief Officer (C / O) is the chief officer of the Deck Department, who assists the commander, supervisor and captain of the sailors and deck personnel, performs the duties in the absence of the master, An officer of high rank. He is the person responsible for the management of the deck, especially the acceptance, loading, storage and management of the cargo. (1) Safety, discipline and sanitation of the ship (2) the preparation and management of cargo loading and unloading supervision, (3) the safety management of cargo, (3) the day and direction and personnel management of deck members, (4) the maintenance and management supervision of each part of the hull, (5) Management of bilge, management of bilge, operation of athlete at the time of entry and departure.

The 'Chief Checker' refers to the Inspector of the Container Inspection, and the 'Inspection Inspector (Chief Checker)' is responsible for the inspection of the ship for the main work (work to lower the cargo directly from the ship while loading the ship, Check the Stowage Plan and the Cargo Manifest: check the list of cargo loaded on the ship or aircraft, make a working log, The checkers are inspected by the container checkers and checked against the check list prepared by the container checkers. If different, the inspection result is sent to the customs and shipping companies. (Container Damage Report) and sign it with the navigator. Alternatively, a list of freezing containers may be created.

The 'Operator Planner' refers to 'Quantization Planner' or 'Container Planner'. First, 'Quantification Planner' refers to 'Quantification Planner', which can receive and quantify and quantize information by email or electronic document exchange, Review the profile, negotiate the schedule with the shipper or shipper, input the information of the quantified container into the database, carry out the quantitative planning of the ship's work in the quantification planning system, confirm the order of quantification, Review and revise freezing, special cargo, dangerous goods, transshipment cargo, number of containers per line, etc., and prepare finalized plan, finalized review, confirmation plan, work order, It is then sent to the terminal operator of the control center, and the planning of the main line work is carried out in the redevelopment planning system. After checking whether there are any items, we will revise and revise the details of the order, and revise them by reviewing the number of freezing, special cargo, dangerous goods, transshipment cargo, etc., Output, and loading work documents to the terminal operator of the control center, and after the mainline work is performed and bottlenecks or work troubles appear on the work site, consult with the shipping company to revise the bay plan, Re-transfer ".

In addition, the 'Container Planner' has the task of identifying the crane operation status, preparing the shipment assignment table, allocating the berth, adjusting the container crane allocation time, and changing the berth allocation schedule Reassembly, preparation of loading and unloading work plan, confirmation of mothership entrance plan, preparation of berth schedule table for berth confirmed vessel, establishment of detailed device plan for berth to be unloading operation considering yard situation, and Management of statistics on vessel occupancy rate and vessel related data ".

The 'unmanned man' includes the 'foreman', 'underman', 'signal number', 'container equipment dispatch', 'Container dock control room control' Review the contents of loading and loading documents, establish work plans for container cargo and various special cargoes, check safety information for undermen and equipment operators to prevent accidents, To check the damage of hull and various ship facilities and special cargo, to arrange personnel to suit the ship's work setting, to conduct and control the work, and to direct the work of related workers " Take action against accidents.

"Under man", "After reviewing and checking the contents of the main line, check the safety of the workplace, instruct the equipment operators to sort and load the cargo into general cargo and special cargo, After the action is taken, the work is carried out, the worker communicates with the equipment operator and the terminal control room controller wirelessly, and the work situation is exchanged. The worker reports the work situation to the foreman, And "to create".

'Equipment operator' refers to 'gantry crane operator' or 'container crane operator'. 'Gantry crane operator' refers to 'the quantity and specification of the container to be shipped and unloaded, Operate the gantry crane control device and operate the adjustment lever and switch of the crane according to the signal signal to load the container on the vessel or load it on the vehicle and check and repair the crane to prevent accidents.

 The 'container crane operator' confirms the quantity and specification of the containers to be shipped and unloaded, operates the adjusting device to lower the crane on the ship's deck or vehicle, and "manipulates the control lever and panel to lift the container from the ship, A vehicle that transports containers to a ship or a vehicle by moving a container from a pier to a yard by operating a control device to lower the crane in a place to be shipped or unloaded according to a signal from a signal source, stacker).

'Checkers' are 'Container Checkers' and 'Main Container Containers'. 'Container Checkers' is to check the actual container unloading position with 'Stowage Plan' Check if the plug is plugged in the freezer, check the temperature meter, report to the chief checker if the cargo on the red default is wrong, check the container number and seal number when working on the yard on the land, It is necessary to check the status of re-seal and container damage with the customs officer in the case of city terminal and shippers. In case of imported cargo, If there is any abnormality such as damage or shortage of quantity, report to customs and ship company. In case of export cargo, Looking to identify the status and abnormalities or cargo consolidation and complete inspection to prove the fact table to perform the tasks, such as archiving. "

The 'Main Container Container Officer (Unmanned Cargo Officer)' reviews the contents of each work and informs the Operational Planer of the various types of deadline (Stowage Plan: the state of loading the cargo on the main dock) The contents of the documents are reviewed and copied, the contents of the work documents and the number of actual work containers are checked, the position of the ship is changed, and the contents of the work such as specifications are corrected. Check the location, enter the computer, add or cancel the shipment, process the job status report and container list, change the job with the shipping company, and change the vessel schedule, and submit the documents and work quantity And confirms the contents of the work report and creates a work status report ".

In addition, there are 'signaling number', 'container equipment dispatching', 'container docking room control room', etc., and 'signaling number' is information of work order and field process (logistics) (Underman, signal, foreman, container crane driver, yard tractor driver) according to the type of equipment and cargo, checking the type and weight, position, movement route, It also helps to move cargo by transmitting radio signal and flag signal. It can check the obstacles on the rail line when the container crane is running, send driving signals, arrange the car under the container crane and limit the speed, It also specifies the location and signals the start signal.

'Container equipment layout' is a system for planning container terminal equipments such as gantry cranes, transfer crane, rich stacker, yard tractor, and MT handler, making plans for dispatch, issuing dispatch instructions, managing driving log, , Maintain equipment maintenance and preventive maintenance, equipment dispatch and work statistics, identify the operation status of equipment operators, and conduct safety training for equipment operators ".

The 'Control Center of Container Dock' (C / C: Control Center) is used to identify the amount of work to be performed on the day and to receive a list of the containers to be imported, to control the gate loading / unloading by negotiating with the carrier, Monitoring the status through computer, checking whether the planned work is performed, preparing an alternative if there is a problem, communicating with Forman, Underman, gate manager through wire / wireless, instructing work, delivering the situation, commissioning equipment dispatch And correcting the device position by checking the job change status ".

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Of course.

101 ~ 105: 1st to 5th loading planning group
110: Ship's side terminal 120: First side navigation side terminal
130: Inspection side terminal 140: Operator planner side terminal
150: Unloading person side terminal 160: Equipment side terminal
170: Operator Checker side terminal 200: Cloud service server

Claims (5)

The apparatus operator side terminal 160 and the operator side check terminal side terminal 150 are connected to each other by the operator's side terminal 110, the first navigator side terminal 120, the inspection side terminal 130, the operator planner side terminal 140, A first loading plan execution group (101) for performing a loading plan composed of the first loading plan group (170);
A plurality of loading plan execution groups (102-105) having the same configuration as the first loading planning executing group (101); And
Collecting the loading plan delivered from the first loading plan execution group 101 and the plurality of loading plan executing groups 102-105 and integrally providing a predetermined loading plan related to the loading of the container, And a cloud service server (200) for mutually sharing and utilizing the data related to the loading operation plan and the execution of the loading operation plan using the cloud service. The method according to claim 1,
Wherein at least one of the dumping planning performing groups performs a dumping plan integration providing method using a cloud service using an unloading plan cloud service (SPCS) including its own terminal operating system (TOS). Integrated loading and unloading planning system. As a method for integrating a loading plan using a cloud service using an unloading plan cloud service (SPCS)
(a) receiving (S1) an 'unloading plan' established by the preliminary planner based on the container transportation schedule from the shipping terminal 110 in the unloading plan cloud service (SPCS);
(b) receiving (S2) a review and correction of the special cargo to be unloaded in the unloading plan cloud service (SPCS) of the chief checker from the inspection side terminal (130);
(c) receiving, from the first navigator side terminal (120), the navigation stability of the ship in the loading planning cloud service (SPCS) and the review of the shipping position and the review result of the first class mate;
(f) registering the 'unloading plan' determined by the chief checker in the unloading plan cloud service (SPCS) (S6);
(g) After step (f), a step of establishing and registering a 'unloading work plan' from the 'unloading plan' in the unloading plan cloud service (SPCS) by the terminal planner from the operator planner side terminal 140 );
(h) supporting the unloading person side terminal 150 to perform unloading operations based on the 'unloading work plan' using the terminal operating system (TOS) (S8) ;
(i) Assisting the operator checker-side terminal 170 to carry out the inspection operation for the individual containers unloaded by the checkers and to register the individual 'unloading operation result' in the unloading plan cloud service (SPCS) (S9) of notifying the examiner-side terminal 130; And
(j) Assisting the operator checker side terminal 170 to register the results of the 'unloading operation result' by the chief checker in the unloading plan cloud service (SPCS) 120) and the prospective terminal (110);
Wherein the cloud service integration method provides a cloud service integration service using the cloud service. The method of claim 3,
After the step (c)
(d) examining whether loading position adjustment is necessary (S4); Further comprising:
The method as claimed in claim 5, wherein the step (d) further comprises the steps of: returning to step (b) if it is determined that adjustment is necessary; 5. The method of claim 4,
After the step (d)
(e) determining whether there is a shipment incapable of loading (S5); Further comprising:
If it is determined in step (e) that there is a non-shippable object, the process returns to step (a). If it is determined that the object is not shippable, the process proceeds to the next step .

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