KR102077279B1 - Operation method of physical Distribution system - Google Patents

Abstract

The present invention relates to a logistics management system operation method. The logistics management system operation method includes the following steps of: taking in an object (O); locating the object (O) in a placement structure; and taking the object (O) out of the placement structure. The placement structure includes: a plurality of first frames (13) installed in a vertical direction; and a plurality of second frames (14) installed in a vertical direction on the first frames (13). Therefore, the method provides a proper means for taking in and out an object in regard to the operation of a logistics management system, and also, provides a logistics management system facilitating the operation of the entire logistics management by adding an assistive means more stably and effectively applied to a working site in regard to the operation of the means.

Description

Operation method of physical distribution system

The present invention relates to a logistics management system operation room, and more particularly, to operate a logistics management service device for an online seller and to facilitate the handling of the object to be handled for this, inventory management is easy and timely import of the object. The present invention relates to a method of operating a logistics management system to enable export.

In general, logistics, which is a physical distribution, includes packaging, transportation, unloading, storage, and related information processing of various materials and products that occur in the distribution process from producer to consumer. Introduced in corporate management, logistics services to create time and space value play an important role. In this regard, if the logistics management system is ordered to purchase logistics, the supplier delivers the necessary logistics, and the delivered logistics are received at the factory. As one of the ways to improve the efficiency of the logistics management process, creating and storing information about the object is applied. In addition, in order to prevent an error from occurring in the storage and storage of such information, a technology of applying a magnetic barcode has been developed and applied. However, the part about the informational point of the object may be solved to some extent, but it is difficult to provide an appropriate means for importing and exporting the object itself. In addition, in the operation of such means should be added to the auxiliary means that can be applied more stably and effectively to the workplace, but this part also has a problem that is presently absent. Therefore, there is a disadvantage that it is not easy to apply a logistics management system that is easy to manage logistics.

Korean Patent Registration No. 10-1481742

An object of the present invention is to provide a method of operating a logistics management system to facilitate the handling of the object so that inventory management is easy and timely import and export of the object.

The present invention, logistics management system operating method, the step of importing the object (O); Placing the object (O) into the mounting structure; And carrying out the object (O) from the mounting structure, wherein the mounting structure includes a plurality of first frames (110) provided in a vertical direction and provided in a vertical direction on the first frame (110). It provides a logistics management system operating method comprising a plurality of second frames (120).

According to the present invention, in the operation of the logistics management system, it provides an appropriate means for the import and export of the object itself, and in addition to the auxiliary means that can be applied more stably and effectively to the workplace in the operation of such means There is an effect that can provide a logistics management system that facilitates the overall logistics management.

1 is a view showing a logistics management service system according to an embodiment of the present invention.
2 is a block diagram illustrating the structure of the logistics management service device of FIG.
3A to 3H are views illustrating a logistics management service application process according to an embodiment of the present invention.
4A and 4B illustrate a process of accessing a management menu screen of an online seller.
5A to 5D are diagrams illustrating a monthly service fee payment process.
6 is a flowchart illustrating a driving process of a logistics management service apparatus according to an exemplary embodiment of the present invention.
7 is a diagram for describing an example of generating a dynamic graph based on statistical data.
8 and 9 illustrate examples in which different graphic information is generated according to the type of dynamic graph.
10 is a flowchart sequentially illustrating a method of operating a logistics management system according to an embodiment of the present invention.
11 to 12 are views illustrating components of the logistics management system according to FIG. 10.
13 to 14 are views showing a transfer unit of the logistics management system according to FIG.
15 to 20 are views showing the configuration of the transfer unit according to FIG.

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

1 is a view showing a logistics management service system according to an embodiment of the present invention. As shown in FIG. 1, the logistics management service system 90 ″ according to an embodiment of the present invention includes a seller terminal device 100 ″, a communication network 110 ″, a logistics management service device 120 ″, and a logistics center device. "Include some or all" herein means that some components, such as distribution center apparatus 130 ", are omitted to perform only information brokerage or logistics management service apparatus 120". It means that some or all of the components, such as can be integrated into the network device (for example, radio switching device, etc.) constituting the communication network 110 ", etc., all to aid a sufficient understanding of the invention It demonstrates to include.

The seller terminal device 100 "includes a terminal device possessed by an online seller who sells various kinds of goods online, such as an operator who operates a shopping mall or the like online. For example, the seller terminal device 100" Includes a desktop computer, a laptop computer, a tablet PC, a smart phone, a wearable device, and the like, and may further include a server serving a shopping mall. For example, when the shopping mall server is interlocked with the logistics management service device 120 ″, data related to the sale of goods may be automatically provided, so that the delivery of the goods to the seller by the online seller may be more convenient. The online merchant may omit the receipt of goods from the service.

The seller who sells the goods online, etc., may apply for the service after joining the service provided by the logistics management service device 120 "in order to use the service such as product delivery or storage through the seller terminal device 100". Can be. Through this, the online seller can concentrate only on the sale of goods through online, and the additional part may provide only information through the logistics management service device 120 "so that the third party can perform the work efficiency.

Above all, the seller terminal device 100 "will be described in detail later, but may use the full-filtration service provided by the logistics management service device 120", for example, according to an embodiment of the present invention. More precisely, it is FSS (Fulfillment Sharing Service). Fulfillment is a service that provides all logistics services so that online sellers can concentrate on selling products. In order to use the service, online sellers can sign up for the service and apply for the service to view the logistics service related to the products they sell at a glance. In other words, every time delivery is required, you can easily access the service online through a computer, etc., and then view the agency process of the service of the full-filment on their product management menu screen.

Of course, in order to use the full-filtration service, the seller terminal device 100 "inputs additional information related to the product to be handled and the corresponding product by applying for a separate service after joining the member, and according to the input information, Package products recommended by the management service device 120 "may be recommended. For example, a package may be divided into a basic package, a safety package, and a pro package, and the pro package may be a package determined by consultation through separate consultation. Basic costs are classified according to the type of work, such as goods receipt, shipping, storage and processing, and the cost of goods is divided into small, medium, and small. In this way, it is a packaged product that combines job types and costs into a single product. For example, the basic package may be a product that is bundled based on data corresponding to the average based on the number of delivery of goods that are commonly used by sellers in the same industry. Of course, more precisely, the operator providing the service may be able to form the package product through the administrator menu screen. That is, the configuration of the packaged product may be manually formed by the operator, but may be automatically formed through data analysis, and the formed package may be automatically changed under specific conditions.

As described above, the seller terminal (100 ") is recommended, for example, a package product provided by the logistics management service device (120") based on the data entered by the user through the service application after membership registration, based on this You can also pay by calculating the number of monthly delivery of goods. Of course, in order to make a payment, a payment method may be registered in the service sign-up process.

The communication network 110 "includes both wired and wireless communication networks. For example, as the communication network 110", a wired and wireless internet network may be used or interworked. The wired network includes an internet network such as a cable network or a public telephone network (PSTn), and the wireless communication network includes CDMA, WCDMA, GSM, Evolved Packet Core (EPC), Long Term Evolution (LTE), and Wibro network. It is meant to include. Of course, the communication network 110 ″ according to an embodiment of the present invention is not limited thereto, and may be used as a connection network of a next generation mobile communication system to be implemented in the future, for example, a cloud computing network under a cloud computing environment, a 5G network, and the like. When 110 ") is a wired communication network, an access point within the communication network 110" may be connected to an exchange office of a telephone company, but in the case of a wireless communication network, an access point may be connected to an SGSN or a gateway GPRS support node (GGSN) operated by a telecommunication company to process data. Data can be processed by connecting to various repeaters such as BTS (Base Station Transmission), NodeB, and e-NodeB.

The communication network 110 "may include an access point. The access point here includes a small base station, such as a femto or pico base station, which is frequently installed in a building. According to the classification, up to how many merchant terminal devices 100 "and the like can be connected. Of course, the access point may include a short-range communication module for performing short-range communication such as Zigbee and Wi-Fi with at least one device of the seller terminal 100 ". The access point may be a TCP / IP or RTSP (for wireless communication). Real-Time Streaming Protocol "). Here, the short-range communication may be performed in various standards such as Bluetooth, Zigbee, infrared, Ultra High Frequency (UHF) and Ultra High Frequency (VHF) and Ultra Wideband Communication (UWB '') in addition to Wi-Fi. The access point may thus extract the location of the data packet, specify the best communication path for the extracted location, and forward the data packet to the next device, such as the logistics service device 120 "along the designated communication path. . An access point may share several circuits in a general network environment, and includes, for example, a router, a repeater, and a repeater.

Logistics management service device 120 "provides a logistics or logistics management service, such as sales goods delivery for a number of on-line sellers. In the embodiment of the present invention, this is called a filament. It is a logistics agency service that provides a warehouse management system specialized for online, and aims at IT-based logistics companies.One-stop service for receiving, storing, shipping, and returning products for one's own products through online. -stop "). In addition, online sellers can use the online service to provide various services such as overseas shipping, inventory management, package packaging, gift wrapping, processing, open API, cost reduction, return management, and security. For example, in the case of open API, this may be possible through ERP linkage with the company's mall (eg, service operator). In the case of processing, promotional materials and product protection supplements can be packaged without any problem, and return management The company will be able to prevent inventory loss through effective CS response and return processing.In terms of security, it will be possible to provide a thorough security service by installing CCTV in distribution centers. It may be provided according to.

More specifically, the logistics management service device 120 "corresponds to an online service platform that provides logistics management services such as delivery. To this end, the logistics management service device 120" receives membership from a plurality of online sellers. According to the membership registration, each online seller creates a management menu screen for logistics management. More precisely, the management menu screen may be generated by applying for a separate service after registering. Membership is a process of inputting member information, but applying for a service can be regarded as a process of inputting information on products sold in an online sales mall. Of course, the process of applying for services in the registration process may be made, but it may be more efficient to receive information separately. On-line sellers can easily check at a glance all the processes, such as the delivery process for the products they sell online through the management menu screen. This management menu screen is preferably accessed through a different item from the first area such as My Page on the main screen of the service.

Logistics management service device (120 "), if there are a number of members of the online seller, the member information is stored in the DB (120a"), and in addition to collecting a variety of information during the service application (or registration) DB (120a ") For example, by inputting additional information (eg, average weight of a product, etc.) about a handled product or a handled product online, the recommended packaged product is recommended to the seller terminal 100 "accordingly. In addition, accordingly, information about the package product selected by the online seller may be stored in the DB 120a ". Furthermore, when the selection of the packaged product is completed, the logistics management service device 120 "may input information about the payment method in advance so that payment can be made to the corresponding payment method every month. The recommendation of the customized delivery method for each online seller may recommend big data stored in the DB 120a ", ie, customer information, and recommend it on the basis of this, and collect the big data from an external server such as a portal server to further refer to it. We can recommend packaged goods or offer customized delivery.

For example, a recommendation may be made based on analysis of data related to a seller who registers a service and initially sells a similar product to the seller and has a similar size. However, if data for the seller accumulates, for example, at one point in the past, the recommendation is based on data from the past one month, and at the end of six months, the entire data for the past six months is utilized. In this way, if more data can be analyzed, the product can be re-recommended or a customized delivery can be suggested. Of course, the recommendation can also be made through deep learning of artificial intelligence (AI), and through the deep learning, more accurate predictions can be performed, such as product recommendation. For example, one month of data Even if you use data from external servers to analyze data such as market trends, you may be able to make good predictions, ie if your consumption of cosmetics or certain cosmetic products is sluggish in the market, you will certainly be affected. Based on this, it is recommended to recommend a product package or to propose a customized delivery.

In addition, the logistics management service device 120 "may be linked with the logistics center device 130". In other words, since the logistics management service device 120 "may be a kind of server, the data is pre-stored by receiving various information on the goods to be delivered through the distribution center device 130" such as a computer provided in the distribution center. Can be updated. Of course, the distribution center device 130 "may include a smartphone or a dedicated terminal device of deliverymen who deliver and collect the goods in each distribution center. For example, suppose that the distribution centers are located at three locations nationwide. Therefore, when an online seller enters information on a location at which goods are received or a location at which a product is delivered at the time of goods receipt or service subscription, the logistics management service apparatus 120 "may automatically designate a distribution center based on the information. have. Of course, the distribution center according to the embodiment of the present invention will be able to handle the goods by dividing the jurisdiction. For example, assuming that the warehouse is located in Dongtan and Anseong according to an embodiment of the present invention, by receiving the information provided by the computer of the corresponding distribution center, the logistics management service device 120 "for each of the online merchandise You will be able to update the data periodically.

When the delivery process for the online merchandise sold through the above process is completed, the monthly service use fee may be set for each pre-stored packaged product based on the completion time. To this end, the logistics management service device 120 "may perform a notification requesting the payment of the fee to the seller terminal device 100" when the fee settlement deadline arrives. Of course, the notification of the fee settlement may be made through an application for mobile, that is, an app. In other words, the notification may be transmitted in the form of an e-mail address or SMS text message, but may be notified of information through a mobile app for use in a smartphone or the like.

For example, if the credit card is registered, the payment will be provided through the PG company or VAN company, of course, the data will be shared in the process. In other words, in the case of the online seller, payment is made according to the service contract of the logistics management service device 120 ", but in the case of the logistics management service device 120", the payment of the online seller through the payment module with the PG company or the VAN company. Since the payment is made for the means, a certain fee is paid to the PG company. However, since payment may be made through a bankbook payment or a QR code, etc., the embodiment of the present invention will not particularly limit how payment for the service usage fee is performed.

2 is a block diagram illustrating the structure of the logistics management service device of FIG.

As shown in FIG. 2, the logistics management service apparatus 120 ″ according to an embodiment of the present invention includes a communication interface 200 ″, a controller 210 ″, a logistics management data processor 220 ″, and a storage unit ( 230 ") in part or in whole.

Here, "comprising some or all of" means that some components such as the storage unit 230 "are omitted, or some components such as the logistics management data processing unit 220" are the same as the control unit 210 ". Meaning that it can be integrated into other components, etc., it will be described as including all to help a full understanding of the invention.

The communication interface 200 ″ communicates with the seller terminal device 100 ″ and the distribution center device 130 ″ via the communication network 110 ″ of FIG. 1. In the process of performing communication, the communication interface 200 ″ may perform operations such as modulation / demodulation, encoding / decoding, muxing / demuxing, scaling, and the like, which will be apparent to those skilled in the art, and thus, further description thereof will be omitted.

The communication interface 200 ″ may provide a logistics agency service related to the fullment service according to the embodiment of the present invention by communicating with the seller terminal 100 ″. To this end, various information should be entered during the registration or service application process, and in particular, the information on the products handled by the online seller at the sales mall, additional information of the products, and related recommended product packages, and further delivery of the products. It may be involved in the operation for confirming the information.

In addition, the communication interface 200 ″ may provide data provided from the distribution center apparatus 130 ″ to the controller 210 ″, and if a monthly settlement for service costs is required, the request of the controller 210 ″ is required. In accordance with the above, monthly notification of settlement of charges may be performed. Of course, this operation is also possible through the app, the communication interface 200 "may be involved in the operation for downloading the app.

The controller 210 ″ is in charge of the overall control operation of the communication interface 200 ″, the logistics management data processor 220 ″, and the storage 230 ″. For example, the control unit 210 "may provide a fullment service according to an embodiment of the present invention in connection with the logistics management data processing unit 220". Fulfillment service is a logistics delivery service for goods sold by online sellers. The control unit 210 "may be regarded as providing a service for reducing time and cost in order to make daily logistics more convenient, instead of simply performing delivery in connection with the logistics management data processing unit 220". .

The logistics management data processing unit 220 ″ stores a program for providing a fullment service, which may be executed under the control of the controller 210 ″. The logistics management data processing unit 220 "generates various information of online sellers collected through the service providing screen in a designated format, classifies and stores them in the DB 120a" of FIG. 1, and periodically updates the stored data. Can be.

More specifically, the logistics management data processing unit 220 "receives the service registration through the seller terminal device 100" possessed by the online seller, and the product handled by the sales mall, and additional information related to the product (eg, The weight of the product, etc. "), and based on the entered information, we recommend suitable packaged goods (e.g., basic, safety and pro packages, etc.) from the pre-stored packaged goods. (E.g., credit card, etc.), which allows you to classify and store data by online merchant and insert the data into a designated management menu screen when requested by the management menu screen. In other words, the logistics management data processing unit 220 "generates a management menu screen of a designated format using data provided in a series of service registration processes. Of course, the management menu screens of the designated format are the same, but the information and data inserted therein are different for each online seller.

When the service registration process is completed, the logistics management data processing unit 220 "has completed a kind of online seller account, and receives various information such as goods receipt from the online seller through the management menu screen and reflects it to perform logistics management. For example, the cost of goods receipt may be set at 4,500 won per 10 minutes as the time of receipt work, and the fee may be settled for the packaged goods requested by the seller.

Logistics management data processing unit 220 "according to an embodiment of the present invention, the online seller can click on the button of the first area such as My Page to perform the payment to pay the monthly fee, and related to the delivery of goods, etc. The process can be accessed by clicking on the item FSS on the main screen to check the overall logistics data for the online sales product Of course, the monthly payment can be configured in the management menu screen, so in any embodiment of the present invention It does not specifically limit to one form.

In addition, the logistics management data processing unit 220 "may recommend a customer-specific delivery method through the customer, ie, online seller information big data, or may read (or determine) an optimal delivery network through the delivery tracking data. For example, the delivery may be different depending on the transportation method, may be selected according to the cost, the cost may be different depending on the waypoint, and the relevant data may be analyzed to recommend an appropriate delivery method and an optimal route. There will be.

The storage unit 230 ″ may process various information or data processed under the control of the controller 210 ″. Here, the data may refer to real pixel data constituting the screen, and the information may mean a control signal related to a request and a response. However, embodiments of the present invention will not be specifically limited to the concept of such terms. For example, the storage 230 ″ may temporarily store data obtained from the DB 120a ″ of FIG. 1 under the control of the controller 210 ″.

Meanwhile, as another embodiment of the present invention, the controller 210 ″ of FIG. 2 may include a CPU and a memory, and the CPU and the memory may be formed by one chip. Here, the CPU is a control circuit and an operation unit ALU ″. The memory may include a RAM. The control circuit may perform a control operation, the operation unit may operate on binary bit information, and the command interpretation unit may include a compiler. The language may be translated into machine language and machine language into high-level language, and the registry may be involved in software data storage.

According to the above configuration, the CPU copies a program according to an embodiment of the present invention stored in the logistics management data processing unit 220 "of FIG. You can increase it.

In addition, as another embodiment of the present invention, at least one of the logistics management service device 120 "of FIG. 1, the control unit 210" of FIG. 2, and the logistics management data processing unit 220 "is an administrator management module, a backup file. It may further include some or all of a decentralized module, a development environment management system (module), a decision making (reason) module, a dynamic graph module, etc., where “including all or part” means the foregoing. In this case, the manager management module may be an online seller management module.

Here, the manager management module may be related to, for example, a program manager for managing a service. For example, an operation related to maintenance or repair of a service server operated by an administrator may be performed. In addition, the backup file distribution module may form a separate backup file to protect the data of the online seller, but by splitting and storing the file will be able to secure the data. In addition, the development environment management system processes data related to the development environment of the logistics management service device 120 ″ of FIG. 1, and the decision reason module provides an online seller's request for dialogue with employees of a company providing a service. It is possible to form a communication channel for this, manage conversation contents in the formed channel, etc. In addition, the dynamic graph module may perform an operation of forming a graph so that an online seller can visually check the data processing status and status. Could be.

More specifically, for example, the logistics management service device 120 ″ of FIG. 1 is an administrator management module for assisting an efficient operation of an administrator for maintaining / maintaining a device such as a server (shown in the drawings for convenience of description. Not "). In one embodiment, the manager management module may generate a list of managers listed according to the order in which they are input. That is, the manager management module selects a manager that is first inputted as a priority manager according to the order of registration as a module regardless of the manager's management ability, and selects a manager who is entered after the highest priority manager as a next-level manager. And the manager entered next to the next manager is recognized as the third manager.

In an embodiment, when an event of maintenance / repair of a device occurs, the manager management module may select a manager to solve the event from among the managers included in the previously created manager list and request a solution. To this end, the manager management module should register manager information (for example, phone number, home address, etc.) of registered managers for each manager. When an administrator selected by the manager management module resolves the event. In this case, the manager is given a point according to the event resolution. However, if the event is not resolved, another administrator to resolve the event is selected from the managers included in the manager list.

The manager may be selected at random according to the manager management module as described above, but may be randomly selected without a separate rank. However, as described below, the manager may be ranked in order to more efficiently respond to event resolution.

Priority selection of manager selection according to the manager management module is as follows.

First, the highest priority among the managers included in the manager list (at this time, the highest priority of the manager list created first is not selected according to the superiority of the manager's management ability as described above, but simply according to the rank added to the manager list). Will be requested to resolve the event.

At this time, if the first selected administrator does not resolve the event or if the event is not resolved, the same resolution request is sent to the manager listed in the next order, and this process proceeds until the event is resolved. .

When a specific manager resolves the event, the manager selection process is interrupted and the manager is given points based on event resolution.

When the point assignment is completed, the manager management module performs an update of the minimally generated manager list, in which the points given according to the event resolution are taken into consideration for ranking among managers.

As a result, even the manager who was placed in the lower rank may be increased to the rank due to the points awarded according to the resolution of a specific event. Event resolution will allow the administrator to be pushed down.

The logistics management service apparatus 120 ″ of FIG. 1, which performs the functions as described above, evaluates the manager's capabilities using points given to managers included in the list generated by the manager management module. May further include an administrator evaluation module (not shown in the drawings for convenience of description) to select a manager that is more suitable for event resolution of the generated device.

According to an embodiment of the present disclosure, the manager evaluation module may add a point of a predetermined score to the manager who resolved the event according to the number of times the event has been participated in the event resolution.

For example, if an administrator named A participates in a repair event that occurred on a specific device and performs the event, he or she will receive 10 points, and then participates in a repair event that occurred on another device to perform the event. In this case, according to this case, if 10 points are given, A's rank is determined through a total of 20 points.

However, at this time, points given according to event resolution are not equally calculated for all events, and mobilization may be calculated differently for each event according to the degree of labor required according to expertise or event resolution required for event resolution.

For example, an event that does not require special labor or expertise, such as simply patrolling a device, calculates a relatively low score for resolving the event. If it is not possible to expect a solution, and high-skilled personnel need input, this may include calculating the height of points given according to difficulty of maintenance, such as giving a relatively high score of 10 points.

In this case, when the same event as that of the existing device is generated for other devices of the same type, the event management request is first transmitted to the manager who resolved the event of the existing device by the above-described manager management module. If the solution is resolved, the manager evaluation module will assign points accordingly.

According to an embodiment, the above-described manager management module may separately generate a manager list for each device so as to select an administrator having more expertise in the corresponding device for each device.

Logistics management service device 120 "of FIG. 1 which performs the function as described above, when the new equipment is introduced into the system, by the manager management module as described above to efficiently perform the new equipment. It may further include a list updating module (not shown in the drawings for convenience of description) for updating the list of managers generated in the.

In one embodiment, the list updating module reads the presence or absence of the newly introduced device, maintains the previously created list if there is no newly introduced device, and displays the previously created list if the newly introduced device exists. The following procedure is performed to perform the update.

First, the list update module reads the presence or absence of an administrator with prior knowledge related to the newly introduced device.

At this time, the determination of the presence or absence of prior knowledge can be confirmed by reading the manager information stored by the manager management module.

If there is an administrator who has prior knowledge related to the newly introduced device in the previously created list, the device in the previously created list can be sent to the administrator in order to send the event resolution request first if an event occurs in the corresponding device. The managers who have the expertise to upgrade the list will be updated to the highest priority.

If there is no administrator who has prior knowledge related to the newly introduced device in the previously created list, the device having the highest similarity with the corresponding device is read and the prior knowledge related to the device having the highest similarity is read. If there is a manager, the manager who has the know-how on the device with the highest similarity in the list created in advance will be given the highest priority so that the manager can send the event resolution request first when an event occurs on the newly introduced equipment. Increasing the rank will update the list to be generated.

Therefore, although not having expertise in each of the newly introduced devices, it is necessary to have a new manager to maintain and maintain new equipment by having a manager who specializes in the device most similar to the newly introduced device. This can save you the trouble of sorting and scouting.

Meanwhile, for example, the logistics management service device 120 ″ of FIG. 1 according to another embodiment of the present invention may be implemented on a development environment management system (not shown in the drawings for convenience of description).

The development environment uses a number of development systems for software development by a number of developers, and each development system can develop and directly manage software components and software under developer control. Each development system uses the Trusted Platform Module (TPM) standard technology, which allows software components to be used only in licensed development systems. The Trust Platform Module (TPM ") is a kind of security device that can generate and manage security keys for data encryption.

The development environment management system may restrict a developer's authority to use a software component and perform security authentication on a development system used by the developer.

When the development environment management system receives the software component creation or modification permission request message from the development system, the development environment management system may process the software component creation or modification permission request message by checking the authority information of the development system.

Here, the software component may be configured to include at least one of source code, binary including debugging information, pure binary not including debugging information, documentation for detailed description of the code, and process equation model for understanding the code. Can be.

The authority information may include at least one of a read right for reading a software component, a storage right for generating and modifying a software component, and a right for adjusting authority for adjusting the right information.

When a software component is generated or modified by any one development system that satisfies the authority information, the development environment management system may store the same and control it to be shared with other development systems. This is because a module built by one development system may need to be used in another development system.

The development environment management system can build a database that stores the history of creation or modification of these software components. This is because the historical information can track step by step how the value of a particular variable has changed, and can also determine how that particular variable has affected the value change of any other variable.

Specifically, the development environment management system includes a type of software component, whether the software component is created / modified, a date of creation / modification of the software component, a frequency of creation / modification of the software component, and a development that generates / modifies the software component. Historical information may be generated including the authority information of the system.

The development environment management system may assign an index every time the history information is generated and store it in the history information database.

At this time, the development environment management system may build a history information database for each type of software component. That is, the development environment management system may build a history information database according to the importance of the software component, and the history information database of the software component corresponding to the highest priority is used in the database update target for storage space management as described below. May be excluded.

Alternatively, the development environment management system may build a history information database for each creation / modification date of the software component. For example, the development environment management system may construct a history information database of a specific date and exclude the corresponding history information database from a database update target.

Alternatively, the development environment management system may build a history information database for each authority information. For example, the development environment management system constructs a history information database of the software component by the development system corresponding to the authority adjustment authority that can adjust the authority information regarded as the highest authority information, and excludes the history information database from the database update target. You can.

The development environment management system may update the history information database for efficient storage space management as described above.

Specifically, the development environment management system may update the history information database when the index of the history information database reaches a preset index.

For example, the development environment management system may divide the entire index of the history information database into three sections in ascending order.

The development environment management system may delete the history information corresponding to the section including the lowest index among the three sections without condition. The history information corresponding to the corresponding section may be regarded as a long time since the creation / modification date has been passed. Therefore, the history information may be deleted without any condition because it is unlikely to be referred to again.

The development environment management system may update the history information corresponding to the middle section among the three sections by determining whether to be deleted or maintained according to the type of software component. That is, the development environment management system can classify the importance according to the type of software component, and keep only the history information corresponding to the type of software component having the highest importance among the history information corresponding to the middle section among the three sections and the remaining history. The history information database can be updated by deleting all the information.

Alternatively, the development environment management system may update the history information corresponding to the middle of three sections by deleting or maintaining the software according to the frequency of creation / modification of the software component. That is, the history information database may be updated by deleting all the history information whose generation / modification frequency is higher than the preset reference frequency among the history information corresponding to the middle section among the three sections and maintaining the remaining history information.

Alternatively, the development environment management system may update the history information corresponding to the middle section among the three sections by determining whether to delete or maintain the information according to the authority information of the development system. That is, the history information, which is the authority adjusting authority for adjusting the authority information among the history information corresponding to the middle section among the three sections, is considered as the highest authority information, and the remaining history information is deleted. You can update the history information database.

The development environment management system may maintain history information corresponding to a section including the highest index among three sections. The history information corresponding to the section may be regarded as having a relatively recent date of creation / modification. Therefore, the history information may be maintained as it is highly likely to be referred to again.

Furthermore, the logistics management service device 120 "of FIG. 1 according to another embodiment of the present invention may be implemented by artificial intelligence, for example, a decision reason presentation module (not shown in the drawings for convenience of description). It may further include.

The decision reasoning module not only categorizes and predicts the data given or input by the user, but also analyzes the causality of the decision to find the appropriate evidence, and why the results are presented for the results presented by AI. The reason can be explained at the user level. The decision reasoning module enables reliable decision making between the user and AI, so that feedback from the user can be appropriately reflected in case of problems or errors. In addition, by providing a decision reason module, it is possible to solve the distrust that a user may have in artificial intelligence because the reason why such an outcome can be clearly explained with respect to the result presented by the artificial intelligence can be solved. In this way, the overfitting problem that the optimal solution in the region can be selected, rather than the overall solution, can be prevented.

In one embodiment, the decision reason presentation module may further include a model building module and a reason explanation interface module. The model building module may be implemented as an in-depth explanatory learning module, an interpretable model generation module, and a model induction module.

The deep description learning module is a modified deep learning technique that allows the deep neural network to learn descriptive features. You can train nodes in the hidden layer to represent meaningful properties, for example, if you are learning a model that distinguishes the image of the arms and legs, each hidden node can be shaped like a fingernail or toenail, a finger or toe, a palm or sole. By learning to show the location, etc., when the model determines that an image is a hand, the active hidden node can provide the basis for the decision. The basis of this judgment may be expressed verbally through, for example, natural language generation models such as RNN (Recurrent Neural Network "). RNN is a model of deep learning and a kind of artificial neural network. For learning data that changes over time, input and output data are obtained using an input control vector, an oblivion vector, and an output control vector, in which the input signal passes through the connection layer with the activation function. The oblivion vector reflects a portion of the past input to the current input, and the output control vector accepts the value using the activation function, taking into account the past value and the modified input value. This cyclic neural network is used to classify document emotions and recognize handwritten text. Is utilized, even when the speech recognition, prediction or time-series waveform generation may be mainly used, because it can be processed in the order in the input data is appropriate shape may be fixed without the sequence.

In addition, in one embodiment, the in-depth description learning module may display a part based on the image to visually display it. For example, if the AI system classifies a cat image, the existing system derives only whether the input image is a cat, but the in-depth learning module derives whether it is a cat, and derives the basis (hair, beard, etc.) of the image. Can be provided to the user.

The interpretable model generation module can construct structured data into an interpretable causal model. According to an embodiment of the present disclosure, an interpretable model generation module may be constructed using bayesian program learning (BPL), and BPL is a method of learning to express a combination of small pieces, for example, a model for generating letters. When learning, break the letters into strokes to create the most reasonable combination of strokes: BPL is a new event that evolves the Neural Network (neural network model), which can be seen as a human being without a large amount of data. Given this we can change the probability value based on the event. In other words, the BPL not only changes the weights of the virtual variables, but also includes creating another virtual variable in the middle. Given a new environment, understanding the phenomena in a different way, for example, toss a coin 100 times to make the front face 60 times, the back face 40 times, and get a 60% chance that the face will come out. The probability of this coming out is reduced to 59.4%.

In addition, in one embodiment, the interpretable model generation module may be implemented through a probabilistic approach. The probabilistic approach is similar to learning that with a few samples you can learn, for example, showing a long chair and a short chair to find a medium chair. In other words, it is a technique of learning by filling the insufficient data by itself. According to an embodiment, the probabilistic approach may include a function of correcting probabilities and programs by mathematical calculations.

In addition, in one embodiment, the interpretable model generation module may be implemented using And-Or-Graph. And-Or-Graph is a graph showing the condition and conclusion of rule and AND / OR relationship in the form of graph, and the intermediate and final data derived by artificial intelligence are structured to logically determine the model decision process. There is an advantage that is easy to explain. That is, the graph is represented by an AND node and an OR node. Both AND nodes must be processed and only one OR node can be finished. By using the AND / OR graph, you can see a set of rules interspersed with each other as a structure and easily grasp the logical relationship between each sentence.

The model induction module can infer any black box model as a descriptive model. In one embodiment, the model induction module can be implemented with local interpretable model-agnostic explanations "(LIME), which can be locally described through sparse linear coupling around data that can already describe any black box model. For example, if a black box model that categorizes an image determines that an image is a heart, it is a description of another model that can already be described, that is, the pixels representing the heart against a given image We can suggest whether it is ground that we judged to be.

Also, in one embodiment, the model induction module may be implemented as Bayesian rule lists "(BRLs) that represent a model as a series of if-then conditional statements. BRLs are conditional statements that are simple and already capable of interpreting high-dimensional, multivariable feature spaces. Divide by to help understand complex models.

The above-described in-depth learning module, interpretable model generation module, and model induction module may operate independently of each other or in combination with each other, and their implementation order may also vary according to embodiments.

Next, the reason explanation interface module may express the description of the AI decision in a manner that can be understood by the user. Reason description The interface module may include necessary descriptions such as repeated descriptions, all necessary descriptions, no unnecessary descriptions, and appropriate amounts. That is, the user can easily provide the user with the language, tables, images, graphs, formulas, and the like, which process and the reason that the artificial intelligence has obtained the final result, and what factors or data influenced each step. .

Also, the reason explanation interface module may receive a correction command of the user. To this end, the reason description interface module may include correctability as an essential item such that the description is flexible, respects user feedback, and observes gradual change. The user can evaluate and develop the effect of the reason explanation interface module by receiving feedback on the clarity and utilization of the explanation.

In another embodiment, the decision reason presentation module may be formed of a causal model. The causal model can be formed in the form of combining deep learning and Markov random fields. First, the probability distribution of the deep Markov random field model is modeled from the training data, and the structure of the Markov random field representing conditional independence between the random variables is studied. By inferring the latent function of the structured Markov random field into a deep neural network, it is possible to alleviate the problem that the number of parameters required for the latent function increases exponentially as the number of input variables increases. Can learn associations According to an exemplary embodiment, the class classification problem may be learned as an auxiliary task, such as an attribute and a super category, and then linearly combined at the output stage to enable effective expression. It can also include interactive learning algorithms that allow a person to confirm that the causal relationship has been learned correctly and to provide feedback and make corrections.

In another embodiment, the decision reason presentation module may be implemented as an analysis module. As a technique for regressing a time series function into a multivariate Gaussian based on various kernels, it is possible to explain the given time series data based on the kernel combinations found above by learning the optimal kernel combinations representing the kernels in Gaussian processes. Furthermore, a combination of a kernel that is commonly expressed even when there is a plurality of time series data and a kernel that expresses characteristics of each time series data may be learned to explain a feature that is common to a plurality of time series data. By writing the kernel combinations found through the time series data analysis model in natural language, the user can explain the process of deriving the decision-making derived by artificial intelligence and the reason for it in natural language.

Through the module of presenting decision reason, it is possible to visualize and characterize the AI decision making process from the user's point of view, to explain the components involved in the decision making process, and to analyze the correlation between complex models Can be explained by dividing into elements and result elements. In particular, it is written in the form of an automatic report that can be easily understood by the user, thereby providing not only the result of analyzing the data but also providing a reason, so that the AI can interact with humans more precisely.

In the case of the decision reason presentation module described above, in another embodiment of the present invention, when an online seller asks a question or inquires a question through a communication channel, the answer is based on artificial intelligence to increase work efficiency. This will reduce the inconvenience that service managers have to answer.

3A to 3H are diagrams illustrating a logistics management service application process according to an embodiment of the present invention.

For convenience of description, referring to FIGS. 3A to 3H together with FIG. 1, the seller terminal device 100 ″ of FIG. 1 may be connected to www.fssuniverse.com through a computer or a smartphone, for example, as shown in FIG. 3A. You can easily access the main screen through the app, and there are large buttons on the main screen, such as subscribing for a service, which are easily created by online sellers.

In addition, the upper side of the main screen shows the FMS items that allow each online seller to view the logistics delivery process for their products, as well as sign up for membership, as well as access to their management menu screen. Since you can see who is logged in, you can see the online management menu of the online merchant on the screen. Of course, through the service cost item on the main screen, you can check the information on packaged goods related to the service and the cost per case, minute or daily per day related to goods receipt, delivery, storage, and processing. Although not specifically shown in the drawings, the goods are costly by the time of the goods receipt work. For example, it can be set at 4,500 won per 10 minutes. In addition, the release can be priced per case by the weight of the product. If the weight is heavy, the cost per case increases. On the other hand, storage costs may be charged on a daily basis, and processing costs may be charged on the basis of processing time. For example, 1,5000 won per 30 minutes can be charged.

The cost information can be stored in advance, and based on the type of work and the cost information, three packaged products can be formed: basic, safety and professional. In other words, such a package product may be generated based on various data, and may be changed periodically. In other words, the above costs or packaged goods can be set by the operator by accessing the manager's menu screen of the operator who operates the full-filment service. However, the packaged product may be designated or periodically changed based on data collected through interworking with an external server such as big data of a customer information or a portal server. For example, the package is initially constructed based on the relevant data, but afterwards, the packaged product is formed based on the analysis result by analyzing data of sellers who have a similar tendency to handle the same product, or the specific customer has a long service life. If enough data is collected through this, customized recommendation of packaged goods or delivered goods may be made based on historical data.

When the service request button is clicked in FIG. 3A, the screen of FIG. 3B is displayed. In the screen of FIG. 3B, the online seller selects a type of goods handled by the sales mall, and when a specific product is selected, a screen for inputting additional information related to the selected product may appear as shown in FIG. 3C.

After completing the answer, click the View Results button in FIG. 3C, and as shown in FIG. 3D, the recommendation screen of the product package automatically recommended based on the information entered in the previous step is displayed. Of course, such a recommendation may be recommended according to a specified rule when designing a program, but it may be made in various forms such as being recommended by analyzing big data such as deep learning. 3D shows a screen in which three safety packages are recommended.

When the service application is completed in FIG. 3D, a screen for inputting information on a payment method for paying a monthly service fee may be displayed as shown in FIG. 3E. Of course, this process is not limited to this as it is possible to input after the service for one month in the future.

3E and 3F, when the information input for the payment means is completed, the service application is completed by confirming that the information is input to the input payment means as shown in FIG.

Figure 3h is a screen showing that the service request is completed, you can go directly to the screen by moving to the home screen or select the FMS product registration button from the screen. Since the screen of FIG. 3H may be omitted, that is, the screen of FIG. 3H may be omitted since the screen of FIG. 3G may move to the main screen immediately after the application is completed.

4A and 4B illustrate a process of accessing a management menu screen of an online seller.

Referring to FIGS. 4A and 4B together with FIG. 1, the seller terminal 100 ″ of FIG. 1 may click on an FMS item on the main screen as shown in FIG. 4A. You may be able to access after signing up, or more precisely, if you do not have one, you will be prompted to sign up first.

If there is a membership registration, as shown in FIG. 4B, a management menu screen may be generated and displayed on the screen based on the information input by the online seller. Of course, the membership registration and service application process can be separated from each other, it can be seen that the management menu screen is created by the above two steps.

Through this management menu screen, the online seller can apply for goods receipt for the products he sells online, and if there is a request for goods receipt, the corresponding data is transmitted to the logistics management service device 120 "of FIG. The goods receipt process can be done by simply requesting goods receipt, and the logistics staff visits the online seller's store to collect the goods, and the collection staff can process the goods directly. Of course, the provision of such information (eg, whether it has been collected and packaged, etc.) should be made through the FSS service.

As can be seen on the screen of Figure 4b, through the selection of goods receipt, delivery, inventory, return, etc., the logistics status for the goods processed by the online seller can be easily confirmed at a glance. As such, it can be seen that an online seller has his own distribution warehouse online by using the FSS service. It is actually using the agency's logistics warehouse, but it is easy to manage the logistics status of their products online.

In the management menu screen of FIG. 4B, for example, when a receipt management item is clicked, an item such as a receipt request or a receipt status may appear, and a receipt request item may be applied for receipt of goods sold by an online seller.

In addition, the customer communication channel with the staff of the service provider is formed on the upper right side of the management menu screen of FIG. For example, when an online seller clicks a customer communication channel item (left position of the screen), a chat room such as a chat may appear, and an answer to an inquiry or the like may be displayed in the upper right part.

As shown in Figure 4b, the online seller can easily grasp the logistics process for the products he sells at a glance through the management menu screen formed only for himself, and when communication is required, By communicating, we will be able to work smoothly on the delivery of goods.

Of course, since the management menu screen, that is, the UI screen of Figure 4b can be changed in various forms, the embodiment of the present invention will not be specifically limited to the above form.

5A to 5D are diagrams illustrating a monthly service fee payment process.

For convenience of description, referring to FIGS. 5A to 5D together with FIG. 1, after a seller accesses a service in the seller terminal device 100 ″ of FIG. 1, a My Page (eg, a member's name ”) is displayed on the main screen of FIG. 5A. When clicked, a pop-up window or a UI screen may appear as shown in FIG. 5A.

The seller then clicks on the payment and billing items. In this case, as shown in FIG. 5B, a screen for paying the monthly service fee may be displayed, and at the bottom thereof, the fee details for each service item may be displayed. Furthermore, a graph or the like for further showing the change in the monthly fee may be further displayed at the bottom. If you click on the detailed rate inquiry, you can check the specific usage history.

When the seller requests a payment on the screen of FIG. 5B to pay the monthly service fee, information about a payment method previously entered in the service application process may appear on the next screen (see FIG. 5C). It is also possible to change one payment method, and if there is a coupon, the discount can be applied by selecting the use of the coupon.

When the payment is completed by clicking the Make a Payment button on the screen of FIG. 5C, a screen for notifying completion of payment may be displayed as shown in FIG. 5D, and the screen may be moved to the home screen or directly to confirm the transaction history. Since the screen may be formed in various ways, it will not be limited to any one form.

6 is a flowchart illustrating a driving process of a logistics management service apparatus according to an exemplary embodiment of the present invention.

For convenience of description, referring to FIG. 6 together with FIG. 1, the logistics management service apparatus 120 ″ according to an embodiment of the present invention classifies and stores seller information for a plurality of online sellers who want to use a logistics delivery service, and sells the seller. As the information, the payment information for the payment of the product and the monthly service usage fee in the online sales mall are stored, respectively (S600 ").

In addition, the logistics management service device 120 "generates an online seller-specific management menu screen for managing the goods delivery of the online seller according to the application of the logistics delivery service, and is applied through the management menu screen of each generated online seller. Processing the data on the overall processing of the goods received by inserting the data into the management menu screen when requested by the online seller, and based on the stored financial information to calculate the monthly service usage fee (S610 ").

Of course, when the monthly payment is made, the online seller may change the payment information for the previously stored payment method and proceed with the payment.

In addition to the above contents, the logistics management service apparatus 120 "may perform various operations, and the detailed description thereof will be replaced with the contents since the details have been described above with reference to FIG.

FIG. 7 is a diagram illustrating an example of generating a dynamic graph based on statistical data, and FIGS. 8 and 9 are diagrams illustrating examples in which different graphic information is generated according to types of dynamic graphs.

For convenience of description, referring to FIG. 7 together with FIG. 1, the logistics management service apparatus 120 ″ according to an embodiment of the present invention is a graph that changes dynamically as shown in FIG. 7 with respect to statistical data displayed through a web page. You can control the display to create a web page.

As illustrated in FIG. 7, the logistics management service apparatus 120 ″ of FIG. 1 may generate a data sheet for the received statistical data and output the data sheet to the first area 710 ″ of the web page. Web page 700 "displays a first area 710" for displaying a data sheet, a second area 720 "for displaying a graph generation result for the data sheet, and a graph to be stored or printed. The third area 730 ″ and an interface area (or fourth area ″) 740 ″ including icons for performing various functions may be included.

Statistical data may include raw data or summary data summarizing the raw data in the form of frequency distribution, and may be generated or stored in CSV (Comma Separated Value) format or JSON format.

These statistics can be input in a variety of ways. For example, statistical data may be directly input through a web page. The management server may generate a data sheet form in which a plurality of cells are composed of rows and columns, and display the data sheet in the first area 710 "of the web page. Statistical data can be generated by inputting variables for statistical analysis in any one cell. The logistics management service apparatus 120 ″ may display the result of recording the variance in the data sheet based on the variances input from the user in the first area 710 ″.

As another example, the logistics management service device 120 "of FIG. 1 may receive statistical data in the form of a file through a web page. The user may manage the logistics data stored in the seller terminal device 100" through the web page. The service device 120 "may be uploaded. The logistics management service device 120" classifies the types of variables included in the received statistical data and automatically records them in a data sheet, and then records them in the first area 710 ". I can display it.

After the statistical data is recorded in the data sheet, the logistics management service device 120 "generates a dynamic graph for the type of graph selected from the seller terminal device 100" and outputs it on the second area 720 ". Can be.

When the logistics management service device 120 "receives a selection signal for a predetermined area on the first area 710" of the webpage 700 ", the logistics management service device 120" selects variables for generating a graph among all variables recorded in the data sheet. In the data sheet, cells for distinguishing types of variables (hereinafter, “variable name area”) may be arranged, and when the user selects one variable name area, the logistics management service device 120 ″ may be selected. In addition, variables included in the selected variable name area may be collected.

Then, when the logistics management service device 120 "receives the selection signal for any one icon on the interface area 740", which is the fourth area of the webpage, the dynamic management service according to the collected variables and the type of the selected icon Can be generated. Here, the type of graph may include a bar graph, a pie graph, a band graph, a line graph, a dot graph, a histogram, a stem graph, a box graph, and a scatter plot graph. The type of graph generated by the logistics management service device 120 "is not limited to the above examples, and may further include various types of graphs for visually analyzing statistical data. Logistics management service device 120" ) May place an icon corresponding to the type of each graph in the interface area 740 ″ of the webpage 700 ″. In this case, a graphic representing a statistical meaning of the data may be displayed on the dynamic graph.

Thereafter, when the logistics management service device 120 ″ receives a selection signal for a region or UI for storing or printing a graph among the second regions 720 ″ of the web page 700 ″, the second region 720 ″. ) May be moved to the third region 730 ″ to be displayed in the third region 730 ″. The third area 730 "is an area in which at least one graph selected by the user in the second area 720" is displayed in alignment. The third area 730 "may be arranged to conform to a standard for output.

Hereinafter, a process of generating a dynamic graph by using the statistical data analysis method using the dynamic graph according to the present invention will be described in more detail.

8 and 9 illustrate examples in which different graphic information is generated according to the type of dynamic graph. Specifically, FIG. 8 is a diagram illustrating an example of graphic information displayed on a dot graph, and FIG. 9 is a diagram illustrating an example of graphic information displayed on a scatter plot graph.

Graphical information on the mean and standard deviation for each group can be generated and displayed on the generated dynamic graph. On the other hand, the logistics management service device 120 "may generate graphic information on the regression line with respect to the scatterplot graph selected and generated by the user. As such, the logistics management service device 120" may provide uniform graphic information. Instead of generating, it is possible to generate graphic information suitable for the type of dynamic graph, which enables effective analysis of the generated graph. However, the generated graphic information is not limited to the above-described example, and various types of graphic information may be displayed on the dynamic graph according to the use environment and settings.

Meanwhile, as shown in FIGS. 8 and 9, the logistics management service apparatus 120 ″ of FIG. 1 automatically generates a name of the dynamic graphic generated based on the selection signal received from the seller terminal apparatus 100 ″. can do. In detail, the logistics management service apparatus 120 ″ may sequentially determine the name of the graph according to the selection order of the user's selection signal for the first area 700 ″ on the web page. For example, if the user selects the variable name area for the quantity of goods received first and the variable name area for the quantity of goods received for the second time, the logistics management service device 120 "may be referred to as 'storage quantity: scatter plot of the quantity of goods'. You can create the same name.

Meanwhile, the logistics management service device 120 ″ may inform the user of the types of graphs that can be generated according to whether the variable included in the variable name selected in the process of generating the dynamic graph is a letter or a number. The management service unit 120 "does not generate graphs or tables for variables of two or more selected variables. Or 'Variables in the form of characters cannot produce the graph you selected.' A guide message such as a web page may be output in a popup form of a web page.

In addition, the logistics management service device 120 "may place icons for various functions in the interface area 740". In this case, the logistics management service device 120 ″ may perform an additional function in addition to a function of generating a dynamic graph for statistical data.

In addition, the logistics management service device 120 ″ may provide simulation functions such as correlation coefficient simulation and regression analysis simulation.

The above-described embodiments are for illustrative purposes, and those skilled in the art to which the above-described embodiments belong may easily change to other specific forms without changing the technical spirit or essential features of the above-described embodiments. I can understand. Therefore, it is to be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

10 is a flowchart sequentially illustrating a method of operating a logistics management system according to an embodiment of the present invention. 11 to 12 are views illustrating components of the logistics management system according to FIG. 10. 10 to 12, the logistics management system operating method comprises the steps of bringing in the object (O); Placing the object (O) into the mounting structure; And carrying out the object O from the mounting structure, wherein the mounting structure includes a plurality of first frames 13 provided in a vertical direction, and a plurality of first provided on the first frame 13. Two frames 14. Here, the monitoring means DP includes a plurality of storage spaces (eg, the first storage unit 11, the second storage unit 12, etc.) formed through the first frame 13 and the second frame 14. Information management on the possibility of loading, loading status, etc. is performed.

The logistics management system further includes a transfer unit for carrying in or taking out the object O, wherein the transfer unit is easily calibrated even when the transfer belt B meanders because the guide roller is adjusted by a simple operation of an operator. Guide member 110, the transfer block 120 and the like to include. The guide member 110 is installed on the main body frame 1F corresponding to both ends of the guide rollers G of the belt conveyor C, and is provided with a pair of support frames 114 together with the rails 112. The guide member 110 is installed on the main frame 1F of the belt conveyor C to correspond to either end of one of the guide rollers G among the plurality of guide rollers supporting the conveying belt B.

At this time, the guide member 110 is provided with a rail 112 for supporting the transport block 120 to be described later slide transfer, and the support frame 114 at both ends of the rail (112). The support frame 114 is installed so as to face each other in pairs so as to support both ends of the transfer screw 124 to be described later. In addition, the transfer block 120 according to the present invention rotatably supports the rotating shaft (G1) of the guide roller (G) on the rail 112 of the guide member 110, the worm gear box is provided with an operation handle (122a) It is linearly moved by the rotational force of the transfer screw 124 is installed on the support frame 114 to interlock with the (122). The transfer block 120 is provided with a bearing member (eg, UCP bearing) at the front end to rotatably support the rotation shaft G1 of the guide roller G, and the lower end is screwed onto the transfer screw 124. The feed screw 124 is a power transmission device (for example, a ball screw) for converting a rotational motion into a linear motion, and both ends are interposed with the bearing in the support frame 114 of the guide member 110 so that the worm gear box 122 is provided. Driven by the operation of.

At this time, the worm gear box 122 is a deceleration or speed increase apparatus using a gear ratio, is installed on one end of the transfer screw 124 is connected to be interlocked by the coupling 130. Here, the coupling 130 serves to connect the rotary shaft of the gearbox and the transfer screw does not coincide on the coaxial to smoothly transmit power. When the user rotates the operation handle 122a provided at the other end, the feed screw 124 is driven by the engagement of the gear, and the feed block 120 is linearly moved to change the position of the guide roller G. On the other hand, since the conveying force of the operation handle (122a) is transmitted by the screw coupling of the conveying screw 124 or the engagement of the gearbox 122 is transferred to the conveying block 120, even if an external force acts on the conveying block (120) Is not easily variable, there is an advantage that does not have to have a separate fixing means for fixing the transfer block 120. In operation, first, when the conveying belt B meanders on the guide roller G while the belt conveyor C is operating, the operation handle 122a of the meandering correction device is operated to operate the guide roller G. In this case, the operator selectively adjusts the meandering correction device on one side or both sides of the guide roller G in consideration of the tension of the transfer belt B in advance.

When the user turns the handle 122a of the meandering correction device installed on the side where the meandering of the conveyance belt B is generated, the rotational force is decelerated or increased by the shock gear box 122 so that the conveying screw 124 is driven. Subsequently, the feed screw 124 linearly moves the feed block 120 on the guide member 110 to change the position of the rotational axis G1, so that the guide roller G is fed in the direction of the arrow so that the feed belt B is opposite to the meandering side. It moves to and returns to the initial position.

A holding module 200 is provided below the main body frame F, and the holding module 200 includes a first-first extension 211 having a bar shape under the main body frame F, and the first one. A first extension including a -1 extension 211 and a neighboring 1-2 extension 212, a 1-1 protrusion 211a provided outside the first-first extension 211, and Between the first protrusion including the 1-2 protrusions 212a provided on the outer side of the 1-2 extension body 212, and between the 1-1 protrusions 211a and the 1-2 protrusions 212a. It is provided, comprising a first fixing module 221 for pressing and fixing the first extension to the side of the first protrusion.

The first fixing module 221 is provided on one side of a predetermined first driving body 221a and the first driving body 221a, and the first fixing module 221 is formed as the first recessed part D1. The first fixing body 221b for pressing the first-first protrusion 211a toward the first-first extension 211 and the other side of the first driving body 221a while being extrapolated to the protrusion 211a. It is provided in, and is extrapolated to the 1-2 protrusion (212a) with the second recessed portion (D2) formed in advance, to press the 1-2 projection 212a toward the 1-2 extension (212) side The second fixture 221c is included.

The first fixing member 221b presses the first-first protruding portion 211a while an end portion enters the interior of the first-first extension 211, and the first-first protruding portion 211a is the first fixing member 221b. A twisting pressing force is applied to the first-first protrusion 211a through a circumferential rotation on the first-first extension 211, and the second fixing body 221c has an end portion of the first-second extension body 211. While entering the inside of the 212, the 1-2 protrusion 212a is pressed, and the 1-2 protrusion 212a is rotated in the circumferential direction on the 1-2 extension 212 by the first 1-2. Twisting pressing force is applied to the protrusion 212a.

The first-first protruding portion 211a is operated such that the first and second protruding portions 211a can move forward and backward on the first-first extension 211 by a predetermined range. 212) and the forward and reverse is operated to a certain range, the first-first protrusion 211a is, after the first fixing body 221b is pressed toward the first-first extension 211, the circumference Direction-driven rotation, and after the second fixing body 221c is pressed toward the 1-2 extension body 212, the first-second protrusion 212a is circumferentially rotated. The holding module 200 further includes first external pressurizers 231 provided on both sides of the first-first extension 211, and the first-first extension 211 is provided inside the first extension body 211. A first seating part SP1 is provided to face the first-first protruding portion and to receive a pair of first insertion ends EP1 inserted into the first-first extension 211.

The first seating part SP1 is provided between a pair of first seating grooves H1 on which the first insertion end EP1 is placed and seated, and the first seating grooves H1. A first entry body T1 entering between the first insertion ends EP1 of the first fixing body 221b is provided. The first external pressurizing body 231 is provided with a first pressing body P1 for pressing both sides of the first insertion end EP1 via the side surface of the first-first extension 211, respectively. The first entry body T1 and the first pressing body P1 may be provided at positions corresponding to each other with respect to the first insertion end EP1.

The holding module 200 further includes second external pressurizers 232 respectively provided on both sides of the 1-2 extension body 212, and the 1-2 extension body 212 is provided inside the second extension body 212. The second seating part SP2 is provided with a pair of second insertion ends EP2 opposed to each other and inserted into the 1-2 extension body 212 and the second seating part. SP2 is provided between a pair of second seating grooves H2 on which the second insertion end EP2 enters and sits, and the second seating grooves H2, and the second fixing body 221c. The second entry body (T2) to enter between the second insertion end (EP2) of the) is provided, the second external type pressurizing member 232, via the side portion of the 1-2 extension body 212 Second pressing bodies P2 for pressing both sides of the second insertion end EP2 are provided.

The second entry body T2 and the second pressing body P2 may be provided at positions corresponding to each other with respect to the second insertion end EP2. The first seating groove H1 has a memory foam type for preventing abrasion and impact relief between the first seating part SP1 and the first inserting end EP1 when the first inserting end EP1 is inserted. A first buffer BP1 is provided, and the second seating groove H2 is disposed between the second seating part SP2 and the second insertion end EP2 when the second insertion end EP2 is inserted. A second buffer BP2 is provided in the form of a memory foam for preventing abrasion and shock.

The holding module 200 includes a first holding module 200a provided at one side of the main body frame F, a second holding module 200b provided at the other side of the main body frame F, and the second holding module 200b. It is provided as a third holding module (200c) provided in the main body frame (F) to be located between the first holding module (200a) and the second holding module (200b). Further comprising a first binding module 240 for interlocking the first holding module (200a) to the third holding module (200c), the first binding module 240, the third holding module ( A first main driver 241 provided below the first fixed part 221 ′ of the second main body 241, and a first main fluid body provided in one side of the first main driver 241 and driven forward and backward ( 242 and a second main fluid 243 provided at the other side of the first main driver 241 and driven forward and backward.

The first main fluid 242 has the first-second extension 212 of the first holding module 200a and the first-first " extension 211 " of the third holding module 200c. Bound to penetrate through the room, the first-first 'extension 211' of the second holding module 200b and the first-second "extension 212" of the third holding module 200c are vertically up and down. It penetrates through the room. The holding module 200 may include a first sub-fixing body 251 provided under the first fixing module 221 of the first holding module 200a and one of the first sub-fixing bodies 251. A first sub-fixing part including a first-first subfluid 252 provided and moving in and out of the first sub-fixing body 251 and a second and second subfluid 253 provided and moving in and out of the first sub-fixing body 251. 250, a second sub-fixture 260 provided below the first 'fixing module 221 ′ of the second holding module 200b, and one of the second sub-fixes 260. A second sub-fixing part including a 2-1 subfluid 261 that is formed and flowed back and forth, and a 2-2 subfluid 262 provided and flowed in and out of the second sub-fixation body 260 ( 260).

Here, the first-first extension 211 is inserted into the first-first subfluid 252 and the first-second extension 212 is inserted into the first-second subfluid 253. The 1-1 'extension body 211' is inserted into the 2-1 subfluid 261, and the 1-2 'extension body 212' is installed in the 1-2 subfluid 253. ) Is inserted and mounted.

The first sub-fixing part 250 is provided such that a bottom portion thereof has a flat height coinciding with a bottom portion of the 1-1 sub-fluid 252 and the 1-2 sub-fluid 253. The first sub-fixing body 251 includes a first central sensor part S11 facing the first driving body 221a of the first holding module 200a and the first holding module 200a. 1 toward the driving body 221a, but the first sensor unit S12 provided on one side of the first central sensor unit S11 and the first driving unit 221a of the first holding module 200a. Towards the second sensor portion (S13) provided on the other side of the first central sensor portion (S11).

The first central sensor unit S11 detects the separation distance with respect to the center of the first driving unit 221a to generate first separation distance information, and the first sensor unit S12 generates the first driving unit. A second separation distance information is generated by detecting a separation distance with respect to one side of 221a, and the second sensor unit S13 detects a separation distance with respect to the other side of the first driving body 221a to generate a third separation distance. Generating distance information, and the predetermined monitoring means determines whether the inclination state of the first driving body 221a is normal based on the first separation distance information, the second separation distance information, and the third separation distance information. do.

The holding module 200 is provided on one side of the reinforcing driver 271 provided on the lower part of the first main driver 241 and the reinforcing driver 271 to move forward and backward, and the second holding A first reinforcement fluid 272 into which at least a part of the first-first "extension 211" of the module 200b is inserted and mounted, and is provided to move forward and backward from the first reinforcement fluid 272, and the first to second flow. A first a reinforcing fluid 272a for accommodating and binding at least a portion of the end of the subfluid 253 and the other of the reinforcing driving body 271 are provided in the retreat flow, and the first holding of the second holding module 200b. A second reinforcing fluid 282 into which at least a portion of a -2 "extension body 212" is inserted and mounted, and is provided to move forward and backward from the second reinforcing fluid 282, and an end of the 2-1 sub-fluid 261 is provided. It further includes a second a reinforcing fluid (282a) for receiving and binding at least a portion. On the other hand, the first main driver 241 is provided to have a predetermined area to the bottom, the reinforcement driver 271 is accommodated to at least partially secure the lower portion of the first main driver 241 upwards or The first main driver 241 is provided to flow between the upper side and the lower side.

Although the present invention has been described with reference to the embodiments illustrated in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

O: object
F: Body frame
11: first storage unit
12: second storage unit
13: first frame
14: second frame
15: workplace

Claims (2)

In the logistics management system operation method,
Importing the object (O);
Placing the object (O) into the mounting structure;
And carrying out the object (O) from the mounting structure,
The mounting structure is,
A plurality of first frames 13 provided in the vertical direction,
It includes a plurality of second frame 14 provided in the vertical direction on the first frame 13,
Further comprising a transfer unit for carrying in or taking out the object (O),
The transfer unit,
A guide member 110 installed on the body frame F corresponding to both ends of the guide rollers G of the belt conveyor C, and having a pair of support frames 114 together with the rails 112;
Support frame 114 to rotatably support the rotation axis (G1) of the guide roller (G) on the rail 112 of the guide member 110, and to interlock with the worm gear box 122 is provided with the operation handle (122a) It includes a transfer block 120 is linearly moved by the rotational force of the transfer screw 124 is installed on,
The main body frame (F) is provided with a holding module 200 at the bottom,
The holding module 200,
A first extension including a bar-like first-first extension 211 and a first-second extension 212 adjacent to the first-first extension 211 below the main body frame F;
A first including the first-first protrusion 211a provided on the outer side of the first-first extension 211 and the second-second protrusion 212a provided on the outer side of the 1-2 extension body 212. 1 projection,
A first fixing module 221 provided between the first-first protrusion 211a and the first-second protrusion 212a to press-fix the first extension to the first protrusion,
The first fixing module 221,
A predetermined first driving body 221a,
The first-first protruding portion 211a is provided on one side of the first driving member 221a and extrapolated to the first-first protruding portion 211a with the first recessed portion D1 formed therein. 1-1 the first fixing body 221b to press toward the extension body 211,
The second driving part 212a is provided on the other side of the first driving body 221a and is extrapolated to the first-second protrusion 212a by the second recessed part D2. It includes a second fixing body 221c for pressing toward the 1-2 extension body 212,
The first fixture 221b,
Pressing the first-first protruding portion 211a while an end enters the first-first extension 211,
The first-first protrusion 211a applies a twisting pressing force to the first-first protrusion 211a through a circumferential rotation on the first-first extension 211,
The second fixture 221c is,
An end is pressed into the 1-2 protruding portion 212a while entering the inside of the 1-2 extension body 212,
The 1-2 protrusion 212a exerts a twisting pressing force on the 1-2 protrusion 212a through the circumferential rotation on the 1-2 extension 212,
The first-first protrusion 211a,
On the first-first extension 211 is operated so that the forward and reverse a certain range,
The first-second protrusion 212a,
The forward and reverse on the 1-2 extension body 212 is operated to enable a certain range,
The first-first protrusion 211a,
After the first fixing body 221b is pressed toward the first-first extension body 211, the circumferential rotation is driven.
The first-second protrusion 212a,
After the second fixing body 221c is pressed toward the 1-2 extension body 212, it is driven to rotate in the circumferential direction,
The holding module 200,
Further comprising a first external type pressurizing member 231 respectively provided on both sides of the first-first extension 211,
The first-first extension 211 is
A first seating portion SP1 is provided therein, in which a pair of first insertion ends EP1 are mounted to face the first-first protrusion and are inserted into the first-first extension 211.
The first seating portion (SP1),
A pair of first seating grooves H1 into which the first insertion end EP1 is seated;
A first entry body T1 is provided between the first seating grooves H1 and enters between the first insertion ends EP1 of the first fixing body 221b.
The first external pressurizer 231,
A first pressing body P1 is provided to press both sides of the first insertion end EP1 via the side surface of the first-first extension 211, respectively.
The first entry body T1 and the first pressing body P1 are provided to be located at positions facing each other with respect to the first insertion end EP1.
The holding module 200,
Further comprising a second external pressure body 232, respectively provided on both sides of the 1-2 extension body 212,
The 1-2 extension body 212,
A second seating portion SP2 is provided therein, in which a pair of second insertion ends EP2 are mounted to face each other and are inserted into the 1-2 extension body 212.
The second seating portion (SP2),
A pair of second seating grooves H2 into which the second insertion end EP2 is seated;
A second entry body T2 is provided between the second seating grooves H2 and enters between the second insertion ends EP2 of the second fixing body 221c.
The second external pressurizer 232 is,
A second pressing body P2 is provided to press both sides of the second insertion end EP2 via the side surface of the 1-2 extension body 212, respectively.
The second entry body (T2) and the second pressing body (P2) is provided to be located in a position facing each other corresponding to the second insertion end (EP2) relative to each other. delete

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