KR101934680B1 - Management system for frozen marine product shipment, and method thereof - Google Patents

Abstract

The present invention relates to a management system for frozen marine product shipment and a method thereof and, more specifically, to a management system for frozen marine product shipment receiving a frozen marine product from a country of origin to provide hygienic management and shipment and making a one-stop solution from shipment for frozen marine product to the distribution management between a country of origin and a holder.

Description

TECHNICAL FIELD [0001] The present invention relates to a management system for a frozen marine product,

More particularly, the present invention relates to a system and method for managing a shipment of frozen marine products, and more particularly, to a system and method for managing shipment of frozen marine products from a country of origin to a shipment The present invention relates to a system for managing a shipment of frozen seafood and a method thereof.

The aquatic products are stored frozen in a low temperature storage tank, and the management of aquatic products is needed to prevent the quality deterioration in the distribution process of aquatic products and to improve the merchantability.

However, when refrigerated aquatic products are shipped, only the function of low temperature storage of aquatic products can be provided when storing frozen aquatic products using only the conventional low temperature storage, so that the system utilization rate for shipping management can be increased, Is required to maintain freshness while maintaining the taste and flavor of marine products at the time of shipment due to diversification of domestic and overseas marine products.

Korean Patent Application No. 10-2016-0124742 "PACKING BOX FOR FROZEN MARINE PRODUCTS"

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a method and apparatus for providing frozen aquatic products from a country of origin to provide hygienic management and shipment and to resolve frozen aquatic products from a shipment to a distribution management And to provide a system for managing a shipment of frozen seafood and a method thereof.

The present invention also provides a system for managing the shipment of frozen seafood and a method for automatically shipment of the shipment in accordance with the size and quantity information of shipment inner packaging material and outer packaging material according to the area and volume of the frozen seafood product will be.

In addition, the present invention can be applied not only to the setting of the distribution price from the shipment, but also to provide a platform to be applied collectively when installing and updating the app to the shipment requester engaged in the same industry, System and method therefor.

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

In order to achieve the above object, according to an embodiment of the present invention, there is provided a system for managing a shipment of frozen seafood products, comprising: a raw material (frozen aquatic raw material) corresponding to a frozen frozen seafood product, A shipment requestor terminal 100 which is a self-operated terminal for intermediate processing and supplying raw materials of frozen seafood to be transported or transported to an area where the shipping apparatus group 500 is located; An identification number of the shipment requestor terminal 100, a product code classified into categories for frozen aquatic raw materials, a product name of a frozen aquatic raw material, a packaging material for shipment, and the like Quot; frozen seafood shipment information "including the specifications and quantity information of the packaging material, stores the information in the database 330, transmits the frozen seafood shipment information to the administrator terminal 400 via the network 200, A frozen marine products shipping management server 300 for controlling the frozen marine products shipping device group 500 according to the information; An administrator terminal 400 that is a terminal operated by a frozen marine products shipping manager that remotely controls each device constituting the frozen marine products shipping device group 500 and manages the frozen marine product shipping device group 500; And a frozen marine products shipping group 500; The frozen marine products shipping group 500 includes a first pre-processing unit 520, a second pre-processing unit 530, and a third pre-processing unit 540. The first pre-processing unit 520 and the second pre- The main pretreatment process is performed by using the main transfer timing belt 500a connected to the freeze storage device 540, the metal component detection device 550, the packaging device 560, the packaging device 570 and the delivery device 580, (510) for feeding a frozen seafood raw material to the device (520); The moving timing belt is moved from the freezing aquatic raw material feeder 510 to the freezing aquatic raw material feeder 510. In order to remove impurities adhering to the raw frozen aquatic raw material, The raw fish stock material is photographed, and coordinate information on the raw frozen raw fish material showing a predetermined temperature difference in the photographed thermographic image is generated and a control signal roll is provided to the first pick robot arm 520b, A first preprocessing unit 520 for extracting the extracted frozen raw fish raw materials by using the pick-up robot arm 520b and storing the extracted raw frozen raw fish raw materials in the return processing tank 521; And the camera 530a through the first preprocessing device 520 belonging to a predetermined angle of view range to photograph the raw material of the frozen aquatic product moving above the main transfer timing belt 500a and then deliver the frozen seafood through the network 200 Accesses to the management server 300 to receive the standard and quantity information of the packaging material for shipment and the outer packaging material in the frozen seafood shipment information and moves the upper part of the main transfer timing belt 500a through the first preprocessor 520 The volume information of each frozen aquatic raw material is generated through the image of the frozen aquatic raw material and the amount of the frozen aquatic raw material divided by the amount of the frozen aquatic raw material divided according to the standard of the packaging material for shipment is set according to the generated volume information Not only to the packaging device 560 but also to the frozen seafood product delivery management server 300 through the network 200, A second front end processor 530 to provide a count operation by calculating the number of packing within the packaging material available for shipment in one of the outer packaging material according to the specifications in jangjae outer packaging unit 570; And the like.

At this time, the first pretreatment device 520 performs washing, impurity removal, heating, and compression molding of the raw materials of frozen seafood for the raw materials of frozen aquatic products separated and stored in the return processing tank 521 in a batch process, After the completed frozen aquatic products block is obtained, the frozen aquatic products block is quenched by the freeze storage device 540 through the separate return main transfer timing belt 500b, and the frozen aquatic product block is supplied to the shipping requestor terminal 100 for the frozen aquatic product block And the animal feed for the frozen aquatic product block is sold separately.

The system and method for managing a shipment of frozen marine products according to an embodiment of the present invention is a system and method for managing frozen marine products by supplying frozen marine products from their origin to provide hygienic management and shipment, And provides an effect that can be solved.

According to another embodiment of the present invention, there is provided a system for managing shipment of frozen seafood and a method thereof, which can automatically package shipment according to size and quantity information of shipment inner packaging material and outer packaging material according to the area and volume of frozen aquatic products Effect.

In addition, the system and method for managing a frozen marine products shipment according to another embodiment of the present invention are not only involved in the setting of shipping prices from the time of shipment, but also for setting up and updating an app for a shipment requester engaged in the same industry It is possible to provide a platform for collective application.

1 is a view showing a system 1 for managing a shipment of frozen seafood products according to an embodiment of the present invention.
FIG. 2 is a block diagram showing the components of the first pre-processing device 520 of the frozen seafood shipment management system 1 of FIG.
3 is a block diagram showing components of the metal component detection device 550 in the frozen seafoods discharge management system 1 of FIG.
4 is a diagram showing a system in which a distribution management function for frozen marine products is added to the frozen marine products shipping management system 1 according to another embodiment of the present invention.
5 is a flowchart illustrating a method of managing a shipment of frozen seafood products according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In the present specification, when any one element 'transmits' data or signals to another element, the element can transmit the data or signal directly to the other element, and through at least one other element Data or signal can be transmitted to another component.

1 is a view showing a system 1 for managing a shipment of frozen seafood products according to an embodiment of the present invention. FIG. 2 is a block diagram showing the components of the first pre-processing device 520 of the frozen seafood shipment management system 1 of FIG. 3 is a block diagram showing components of the metal component detection device 550 in the frozen seafoods discharge management system 1 of FIG.

1, the frozen marine products shipping management system 1 includes a shipping requestor terminal 100, a network 200, a frozen marine products shipping management server 300, an administrator terminal 400, a frozen marine products shipping group 500).

The shipment requestor terminal 100 directly supplies the raw material (frozen aquatic raw material) corresponding to the aquatic products in the frozen state to the region where the frozen aquatic product shipment apparatus group 500 operated by the frozen aquatic product shipment manager is located, It may be a self-operated terminal that processes and supplies raw frozen aquatic products to be transported and transported.

Here, raw materials of frozen aquatic products are required to be frozen because they require freshness such as cuttlefish, octopus, and squid, and the present invention can be applied to foods other than marine products.

The network 200 is a communication network that is a high speed period network of a large communication network capable of a large capacity, long distance voice and data service, and may be a next generation wired and wireless network for providing Internet or high-speed multimedia service. When the network 200 is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. As an embodiment of the asynchronous mobile communication network, a WCDMA (Wideband Code Division Multiple Access) communication network is exemplified. In this case, although not shown in the drawings, the network 200 may include a Radio Network Controller (RNC). On the other hand, although the WCDMA network is taken as an example, it may be a 3G LTE network, a 4G network, or a next generation communication network such as 5G, or an IP network based on other IP. The network 200 plays a role of transmitting signals and data between the shipment requestor terminal 100, the frozen seafood product dispatch management server 300, the administrator terminal 400, the frozen seafood product dispatcher group 500, and other systems do.

The frozen aquatic products shipping management server 300 receives an identification number of the shipping requestor terminal 100 from the shipment requestor terminal 100 in accordance with the login through the network 200, a product code classified into categories for frozen aquatic raw materials, Quot; frozen aquatic products shipment information "such as the name of the product, the specification of the packaging material for shipment and the specification and quantity information of the packaging material, and stores it in the database 330.

The frozen marine products shipping management server 300 not only transmits the frozen marine products shipping information to the general manager terminal 400 but also controls the frozen marine products shipping group 500 according to the frozen marine product shipping information .

The administrator terminal 400 can be remotely controlled for each device constituting the frozen marine products shipping apparatus group 500 and can be a terminal operated by the frozen marine product shipping manager managing the frozen marine product shipping apparatus group 500 .

On the other hand, the frozen marine products shipping manager managing the frozen marine products shipping management server 300, the manager terminal 400, and the frozen marine products shipping group 500 may be the same person or a plurality of persons.

The frozen marine products shipping group 500 includes a frozen seafood raw material feeder 510, a first pretreatment unit 520, a second pretreatment unit 530, a freeze storage unit 540, a metal component detection unit 550, A packaging apparatus 560, an external packaging apparatus 570, and a shipping apparatus 580. [

The frozen aquatic raw material feeder 510 transports the raw frozen aquatic raw material from the frozen aquatic raw material feeder 510 to the first pretreatment unit 520, the second pretreatment unit 530, the freeze storage unit 540, It can be provided to the first pretreatment apparatus 520 by using the main transfer timing belt 500a connected to the apparatus 550, the packaging apparatus 560, the outer packaging apparatus 570 and the delivery apparatus 580.

The first pretreatment device 520 can remove impurities adhered to the raw materials of the frozen aquatic products in the conveyance timing belt moved from the frozen aquatic raw material feeder 510.

More specifically, the first preprocessor 520 thermally captures the raw frozen raw material group moving on the main transfer timing belt 500a in the angle of view range using the thermal imager 520a, Coordinate information for the frozen aquatic raw material showing a predetermined temperature difference in the image is generated and provided as a control signal roll to the first pick-up robot arm 520b to extract the picked-up frozen food using the first pickup robot arm 520b, The raw materials of aquatic products can be separately stored in the return processing tank 521 and stored.

In an embodiment of the present invention, the first pretreatment device 520 is configured to perform cleaning, impurity removal, heating, and compression molding of the frozen seafood raw materials separately stored in the return processing tank 521, The frozen aquatic products block is rapidly quenched in the freeze storage device 540 through a separate return main transport timing belt 500b so that the shipment request for the frozen aquatic product block The terminal 100 may be subjected to a return process or may be sold separately for animal feed for the frozen aquatic product block.

Accordingly, it is possible to provide the effect of enabling the recycled raw materials of contaminated frozen aquatic products to which the foreign matter is adhered to be processed separately.

2, the first pretreatment apparatus 520 includes a raw material supply unit 522 for supplying raw raw materials of seafood separated in a preset amount to the return processing tank 521, a frozen aquatic product 525 supplied quantitatively by the raw material supply unit 522, A cleaning unit 523 for cleaning the raw material, a crushing unit 524 for crushing the frozen aquatic product washed in the cleaning unit 523, and a crushing unit 524 for separating only those having a predetermined particle size or more from the crushed ice- A separation section 525 for discharging and / or discarding the purified water of less than a preset particle size, a storage section 526 for storing the separated frozen seafood crumbs separately from the separation section 52, a storage section 526 A forming unit 527 for producing a frozen aquatic product block by using the crushed frozen aquatic products, a control unit 523 for outputting a control signal corresponding to a set value set by an administrator and controlling the raw material supplying unit 522 and the crushing unit 524 It may be configured to the controller 528.

The second preprocessing unit 530 photographs the raw frozen aquatic raw material moving on the main transfer timing belt 500a through the first preprocessing unit 520 belonging to the predetermined angle of view range using the camera 530a and then, 200 to the refrigeration aquatic products dispatch management server 300 to receive the specification and quantity information of the in-shipment packaging material and the outer packaging material in the frozen seafood shipment information.

Accordingly, the second preprocessing unit 530 generates the individual volume information of each frozen aquatic raw material through the taken image of the frozen aquatic raw material moving on the main transfer timing belt 500a through the first preprocessing unit 520 And sets the divided amount of the frozen aquatic raw material according to the size of the packaging material for shipment according to the generated volume information to provide the divided amount of the frozen aquatic raw material to the packaging device 560, To the shipping management server 300 and may calculate the number of shipping inner wrappers that can be packed in one outer wrapper according to the standard of the shipping inner wrapper and provide the calculated number to the outer wrapper 570. [

The second preprocessing unit 530 generates correlation information including the distance information and the height information of the raw frozen aquatic raw material and the adjacent frozen aquatic raw material when the single raw material information is generated, It is possible to utilize image recognition information by the camera 530a. After that, the second preprocessing unit 530 can generate the area of each of the raw frozen aquatic raw materials from which the correlation information is generated, and form the generated area in a plan view.

The second preprocessing unit 530 performs decoding on the photographed vertical and horizontal photographed images using the camera 530a to generate a plurality of decoded images and then uses the correlation information for each decoded image A set of polygons as a basic unit for representing a plurality of decoded images in a three-dimensional shape is generated.

The second preprocessor 530 may perform texture mapping to fuse each decoded image onto a set of polygons to generate individual volume and shape information for each frozen aquatic raw material.

Meanwhile, the second preprocessing unit 530 designates the coordinate area for each of the frozen aquatic raw materials as a coordinate area corresponding to the generated plan view, and stores it in the freeze storage device 540, the metal component detection device 550, 560), it is possible to utilize the freeze storage information for each of the frozen aquatic raw materials by each device, the separating function for the metal detection process, and the total volume information for the in-wrap packaging material.

On the other hand, the second preprocessing unit 530 divides the separated amount of the frozen aquatic-derived raw material material into the separated spaces on the moving flow between the divided amounts of the frozen aquatic-derived raw material materials generated through the partition walls in the direction orthogonal to the moving path of the main transfer timing belt 500a (Serial in serial out) type or PIPO (parallel in parallel out) type to the freezer storage unit 540 through the control of the divided robot arm 530b for generating the freezer storage arm 530b.

The freezing storage device 540 rapidly quenches and temporarily stores the divided amount of the raw material of frozen seafood moving above the main transfer timing belt 500a through the second pre-treatment device 530 to a predetermined temperature or lower sequentially, After the raw material feeder 510, the first preprocessor 520 and the second preprocessor 530 are operated to prevent the frozen state in the initial frozen state from dropping below a preset temperature, the frozen seafood product delivery server 300 can be supplied to the metal component detection device 550 through the main transfer timing belt 500a.

Herein, the freeze storage device 530 stores the frozen aquatic products stored in the database 330 in accordance with the category code of the frozen aquatic raw materials included in the "frozen aquatic products shipment information ", the name of the frozen aquatic product raw material, The raw frozen seafood can be rapidly quenched at the set temperature.

The metal component detecting device 550 detects the amount of the separated frozen aquatic raw material on the main transfer timing belt 500a transferred to the packaging device 560 on the freeze storage device 540 or in the freeze storage device 540, The first pickup robot arm 550b is used to extract harmful metal components from the frozen aquatic raw materials containing the detected metal components. For this purpose, as in the first pre-processor 520, And a frozen aquatic product block can be manufactured through the same components as those of the first pretreatment device 520 of FIG.

The metal component detecting device 550 may transmit a sinusoidal signal to the transmitting antenna 551 and detect the presence or absence of the metallic component in the single raw material of the frozen aquatic product from the signal received at the receiving antenna 552.

In this case, when the metal component material for each of the frozen aquatic raw materials is present, the metal component detection unit 550 generates the center-of-gravity point information on the volume information of each frozen aquatic raw material calculated by the second pre-processing unit 530, At least two contact point information formed on the second pick-up robot arm 550b by using the coordinate information of the floor plan and the center-of-gravity point information for each frozen aquatic raw material, The above-mentioned end point can be set and controlled.

The transmitting antenna 551 and the receiving antenna 552 of the metal component detecting device 550 further comprise a moving unit 553 for linearly moving together the raw frozen aquatic raw materials to be inspected, A position sensor 554 for detecting the distance and direction information of the receiving antenna 551 and the receiving antenna 552 and generating an X-axis signal; And a synchronous detector 555 for outputting a Y-axis signal proportional to the size of the metal object.

Accordingly, the metal component detecting device 550 can generate the position and the shape of the metal object in the single raw material of frozen seafood from the X-axis signal from the position sensor 554 and the Y-axis signal from the synchronous detector 555 in a plan view have.

Here, the metal component detecting device 550 uses a single plan view of raw materials of the frozen aquatic raw materials generated by the second pre-processing device 530 with respect to a plan view of the generated metal object to obtain a pair of frozen aquatic raw materials, 550b.

The inner packaging device 560 can perform packaging by separating the in-floor packaging material and the in-cover packaging material with respect to each divided amount of the frozen aquatic product raw material. That is, the inner wrapping apparatus 560 extracts one in-floor wrapping material from the first inner wrapper storage unit 561 using the pick-up robot arm and then feeds the first inner wrapper 500a-1 To the first lower main transfer timing belt 500a-2 located at the lower side through the first lower main transfer timing belt 500a-2 to supply the divided amount of the raw material of frozen aquatic products to the upper portion of the bottom packing material.

Thereafter, the packaging device 560 extracts one packaging material in the cover from the second packaging material storage portion 562 using the third picking robot arm 560b, Keep the split amount warm.

Thereafter, the packaging device 560 uses the stretching device to stretch the in-cover packaging material at a predetermined stretching ratio and bind it to the in-floor packaging material to supply it to the outside packaging device 570.

The outer packaging device 570 is configured to transport the fourth pick-up robot arm (the second pick-up robot 560) according to a preset size in a predetermined outer packaging material such as a paper box or a styrofoam box, 530b are extracted from the plurality of outer packaging material storage portions 571 and then transferred to the second lower main transfer timing belts 500a-3 located downward through the second stage jaws 500a-3 of the main transfer timing belt 500a, 4 and supplied to the upper portion of the outer wrapping material wound on the inner wrapping material so that the divided amounts of the frozen aquatic raw material wrapped around the predetermined number of inner wrapping materials are all supplied to the shipping device 580. [

4 is a diagram showing a system in which a distribution management function for frozen marine products is added to the frozen marine products shipping management system 1 according to another embodiment of the present invention. 4 includes a cloud program management server 700, a plurality of frozen marine products originating terminal 800, a frozen marine product consumer terminal 900, A gateway (hereinafter, referred to as G / W) 200a connected to the network 200 and configured to provide an app service for a plurality of shipment requestor terminals 100 may be additionally formed.

The frozen marine products shipping management server 300 receives the frozen marine products distribution management app after the access via the network 200 by the shipping requestor terminal 100 and displays the distribution management UI screen, 100, a product name, a product code, an inner packaging material or a product price for each outer packaging material, a goods receipt quantity, and a goods issue quantity information of a frozen aquatic raw material for daily business management for a product ID handled by the shipping requestor terminal 100, 330 as a "frozen marine products distribution information unit ".

In this case, the frozen aquatic products shipping management server 300 can receive the frozen aquatic products distribution information unit from each shipping requestor terminal 100 as an editing program extension file such as a notepad, a word, an Excel, a power point, The editing program extension code indicating the editing program extension file can be stored in the database 330 together with the metadata of each frozen marine products distribution information unit in the information unit.

In the case where the shipment requestor terminal 100 is formed of a plurality of groups in a local network area in which shipment requesters maintaining the same kind of work are working and is formed of a wireless device or a wired device, Can share distribution management apps.

More specifically, when the shipment requestor terminal 100 is a wireless device, the wireless device system information and the app information registered in the wireless device (hereinafter, wireless device app information) are transmitted to the G / W 200a so that G / W 200a to store the wireless device app information.

Also, when the shipment requestor terminal 100 is a wired device, the wired device system information and the app information registered in the wired device (hereinafter, wired device app information) are transmitted to the G / W 200a, 200a to store the wired device application information.

On the other hand, if one shipping requestor terminal 100 corresponding to the wired device requests to install another shipping requestor terminal 100 corresponding to the wireless device of the frozen marine product distribution management application corresponding to the destination application in the wired device application, / W 200a, the G / W 200a transmits the wireless device system information, the wired device system information, and the destination application information included in the wired device application information to another shipping requestor terminal 100 ) Can be directly installed or not through compatibility.

As a result of the analysis, the G / W 200a stores "operating system information discrepancy / matching information" in accordance with the coincidence of respective operating system information in the wireless device system information and the wired device system information and the remaining memory capacity and wired device application information Quot; capacity comparison information "that determines whether or not the application can be installed through the data capacity comparison of the frozen marine products distribution management app.

The G / W 200a transmits a destination application data transmission request to one shipment requestor terminal 100 corresponding to the wired device, when it is analyzed that it is directly installable in the wireless device 20 of the frozen aquatic products distribution management application, The one shipping requestor terminal 100 corresponding to the wired device transmits the frozen aquatic products distribution management application data to the G / W 200a so that the frozen aquatic products distribution management application data is sent to the wireless device via the G / W 200a To the other shipment requester terminal (100).

On the contrary, if the G / W 200a determines that the G / W 200a is not directly installable to the shipment requestor terminal 100 corresponding to the wireless device of the frozen aquatic products distribution management application, the G / W 200a transmits the installation review data and the destination application information, And the code information of the application can be transmitted to the frozen seafood product delivery management server 300 via the network 200. Accordingly, the frozen seafood product delivery server 300 stores the installation review data and the code information Can be stored.

The marine products shipping management server 300 analyzes the installation review data stored in the database 330 by analyzing the data capacity of the destination application included in the installation review data and the remaining memory capacity of the other shipment requester terminal 100 corresponding to the wireless device The comparison of the data capacity differences can be used to analyze whether or not the installation is impossible.

If the installation can not be performed due to the difference in data capacity, the marine product shipping management server 300 may decode the code information of the frozen marine products distribution management application stored in the database 330.

The marine products shipping management server 300 regenerates a frozen marine product distribution management application with reduced supplementary functions through code reorganization for reducing the additional function in the frozen marine product distribution management application according to the code information analysis according to decoding of the frozen marine product distribution management application .

Here, the supplementary function reduction is a concept including not only the function reduction provided as an option except for the main function of the frozen marine products distribution management application, but also a text-based reconstruction through deletion of images and moving images.

The maritime products shipment management server 300 transmits the target application with reduced supplementary functions to the G / W 200a via the communication network 40, and transmits it to the G / W 200a via the G / W 200a, (100).

Referring again to the distribution management, the frozen seafood product dispatch management server 300 collects each frozen aquatic product distribution information unit for each dispatch requestor terminal ID of each dispatch requestor terminal 100, Each frozen aquatic product distribution information unit can be classified and stored in the database 330.

On the other hand, when the updating and editing program extension code update for each of the frozen marine products distribution information units stored in the subcategory of each shipment requester terminal ID on the database 330 is completed on the database 330, To the cloud program management server (700) via the network (200).

Accordingly, when confirmation that the editing program extension code is an editing program registered on the cloud program management server 700 by the cloud program management server 700 is completed, the frozen marine products shipping management server 300 transmits the cloud program And can receive the registered editing program existence information from the management server 700. [

Thereafter, the frozen seafood shipment management server 300 receives the registered editing program existence information and registers the updated frozen seafood distribution information unit on the database 330 to the network 200 To the cloud program management server 700 to return to the form of the formatted metrics information about the trade name, commodity code, commodity price, receipt quantity, and issue quantity information of the raw frozen aquatic raw materials contained in the frozen aquatic products distribution information unit, 330 can be replaced with one converted frozen marine product distribution information unit.

The frozen aquatic products shipping management server 300 transmits the goods receipt quantity information requested by the periodic frozen marine product origin terminal 800 to the frozen aquatic product consumer terminal 900 with respect to the goods ID registered by each shipping requestor terminal 100 The requested goods quantity information can be updated on the database 330 for each frozen marine product distribution information unit.

Further, the frozen aquatic products shipping management server 300 calculates a difference value between the goods receipt quantity information and the goods issue quantity information for each frozen aquatic product distribution information unit updated on the database 330, and then the quantitative value of the calculated value is '+' , And if it is +, it is classified as "inventory quantity ", and if it is -" required quantity due to stock sale ", it is notified to each shipping requisition terminal 100 via the network 200 can do.

If the classified "inventory quantity" is equal to or larger than the predetermined threshold quantity for each product ID, the frozen aquatic products shipping management server 300 classifies the item as & ). ≪ / RTI >

The frozen marine products shipment management server 300 also extracts the product names corresponding to the product IDs classified as the "inventory quantity" and transmits the product names to other shipping requestor terminals 100 ) Through the network 200 to notify the buyer of the "stock quantity"

 The frozen seafood product dispatch management server 300 also extracts the product name for the product ID classified as " required quantity due to stock "and transmits it to the other shipping request requester" It is possible to notify the terminal 100 through the network 200 and to recommend the sale of the necessary amount "

The frozen marine products shipment management server 300 can notify the shipment request terminal 100 of the purchase quantity of the stock quantity for each shipment request terminal 100 in the case where there is no response to the recommendation for the " Quot; commodity price downward adjustment request "for the frozen marine products distribution information unit through the network 200 to all the shipping requestor terminals 100 dealing with the merchandise name corresponding to the merchandise price corresponding to the merchandise price.

Accordingly, when there is a response to the request for downward adjustment of the commodity price, the frozen seafood product dispatch management server 300 transmits the adjusted price information and the purchased quantity information to the shipping requestor terminal 100 ) Over the network (200).

The frozen marine products shipping management server 300 receives the selection of at least one of the price information and the purchase quantity information according to each response from the shipping requestor terminal 100 having the merchandise ID corresponding to the stock quantity, , The price information of the response according to the selection is added to the frozen aquatic products distribution information unit with the adjusted price information and stored in the database 330 as well as the operation of removing the purchased quantity from the stock quantity, The present stock quantity information can be added to the frozen marine products distribution information unit and stored in the database 330, and purchase solicitation for the additional "stock quantity" can be repeatedly performed in the above-described manner.

The frozen marine products shipping management server 300 receives the selection of at least one of the price information and the purchase quantity information according to each response from the shipping requestor terminal 100 having the merchandise ID corresponding to the stock quantity, The price information of the response according to the selection is added to the adjusted price information in the frozen aquatic products distribution information unit and stored in the database 330 as well as the operation of removing the purchased quantity from the stock quantity, If there is stock, the present stock quantity information may be added to the frozen aquatic products distribution information unit and stored in the database 330.

On the other hand, the frozen marine products shipping management server 300 performs the operation of removing the purchased quantity from the stock quantity, if the selection is a single or plural, and if there is still stock, the remaining quantity percentage of the stock quantity (The ratio of the required quantity of steps to the step-by-step (n is a natural number of 2 or more) depreciation rate that is proportional to the ratio of the quantity of purchased stock to the quantity of stock removed from the initial inventory quantity) The higher the percentage of residual quantity of stock quantity, the higher the divided step corresponding to the weight, and the higher the step, the lower the quantitative value of the product price that has been downsized as a result. As the number of stocks increases, Which is automatically set lower than the number of pieces of quantity is automatically set) The invitation recommendation for the "inventory quantity" can be repeatedly performed in the manner described above, and if there is no response due to the purchase recommendation for each "inventory quantity ", the step of the above- And it can be repeatedly performed until all the stock quantity is exhausted.

In this case, the frozen seafood shipment management server 300 may store the step-down-adjusted product price information in a manner of updating the database 330 by adding it to one "frozen seafood distribution information unit".

If there is no response from the frozen seafood product dispatch management server 300 in response to the solicitation for the "required quantity due to stocking" by the frozen seafood product dispatch management server 300, the frozen seafood product dispatch management server 300 It is possible to send a "commodity price upward adjustment request" to the frozen marine products distribution information unit through the network 200 for all the shipment requestor terminals 100 dealing with the sale recommendation and wait for a response.

Accordingly, when there is a response to the request for upward adjustment of the commodity price, the frozen aquatic products shipping management server 300 obtains the price information and the sale quantity information adjusted in accordance with the response with the commodity ID corresponding to the " To the shipment requester terminal 100 through the network 200. [

The frozen marine products shipping management server 300 receives the selection of at least one of the price information and the sale quantity information according to each response from the shipping requestor terminal 100 having the merchandise ID corresponding to the " , If the selection is one, the price information of the response according to the selection is added to the frozen aquatic products distribution information unit with the adjusted price information and stored in the database 330, and also the sale quantity is removed from the " Quot; required quantity of stock "is not satisfied, the present" required quantity due to stocking "can be added to the frozen aquatic product distribution information unit and stored in the database 330. Further, Quot; quantity "can be repeatedly performed in the manner described above.

In addition, the frozen marine products shipping management server 300 may select at least one of the price information and the purchase quantity information corresponding to each response from the shipping requestor terminal 100 having the product ID corresponding to the " If there are a plurality of selections, the price information of the response according to the selection is added to the adjusted price information in the frozen aquatic product distribution information unit and stored in the database 330, If the "required quantity due to stocking" is not satisfied yet, the current "required quantity information due to stocking" can be added to the frozen aquatic product distribution information unit and stored in the database 330 .

On the other hand, the refrigeration aquatic products shipment management server 300 performs the operation of removing the sales quantity from the "required quantity due to stock soldering", and if the "required quantity due to sold-out" , The remaining "Percentage of Required Quantity by Sold Out" that corresponds to the remaining "Quantity required by stock" (M is a natural number equal to or greater than n) applied step-by-step upwardly adjusted commodity price (the ratio of the required quantity in the step is the percentage of the remaining quantity in the required quantity according to the sold-out The higher the value, the lower the set of divided steps corresponding to the weight, and the lower the step, the smaller the quantitative value of the upwardly adjusted commodity price The price is automatically set to a lower value as compared with the case where the number of products required is relatively small as the number of required products is increased), and then the other shipment requestor terminal 100 is informed of the "required quantity due to stock & The recommendation can be repeatedly carried out in the manner described above. If there is no response due to the sale recommendation for each "required quantity according to the stock sold", the steps of the required quantity ratio described above are sequentially upgraded, It can be repeatedly performed until the quantity is met.

In this case, the frozen aquatic products shipping management server 300 may store the upgraded commodity price information in the database 330 in such a manner that it is added to one "frozen aquatic product distribution information unit" and updated.

5 is a flowchart illustrating a method of managing a shipment of frozen seafood products according to an embodiment of the present invention. Referring to FIG. 5, the shipment requestor terminal 100 transmits a shipment request including "frozen aquatic products shipment information" to the frozen seafood shipment management server 300 through the network 200 (S100).

After the step S200, the frozen seafood product delivery management server 300 transmits the frozen seafood raw material feeder 510, the first pre-processing unit 520, the second pre-processing unit 530, , The freeze storage device 540, the metal component detection device 550, the packaging device 560, the external packaging device 570 and the shipping device 580 to the raw and frozen raw frozen aquatic products (S200).

After the step S200, the frozen seafood product dispatch management server 300 receives the frozen aquatic product distribution management application after accessing via the network 200 by the shipment requestor terminal 100, and after the distribution management UI screen is implemented, A product name, a product code, a product price for each packaging material, a goods receipt quantity, and a goods issue quantity information of a frozen aquatic raw material for daily business management for a product ID handled by the shipment requestor terminal 100 from the requestor terminal 100 Quot; frozen marine products distribution information unit "in the database 330 (S300).

In FIG. 5, the detailed processes of steps S100 and S200 correspond to those described in FIGS. 1 to 3. Since the detailed process of step S300 is described in detail with reference to FIG. 4, .

The present invention can also be embodied as computer-readable codes on a computer-readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored.

Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) .

The computer readable recording medium may also be distributed over a networked computer system so that computer readable code can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers skilled in the art to which the present invention pertains.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

1: Frozen aquatic products shipment management system
100: shipment request terminal
200: Network
300: Frozen seafood delivery management server
400: administrator terminal
500: Frozen aquarium shipment device
510: Feeding device for frozen aquatic products
520: first pre-processor
530: second pre-treatment device
530a: camera
540: Freezer storage
550: Metal component detecting device
560: My packing device
570: External packaging equipment
580: Shipping device

Claims (2)

(Frozen aquatic products raw material) which is supplied from the origin in the off-line and is transported to the area where the frozen aquatic product dispatching device group (500) operated by the frozen aquatic products dispatching manager is located, A shipment requestor terminal (100) which is a self-operated terminal that intermediately processes and supplies raw materials of aquatic products; An identification number of the shipment requestor terminal 100, a product code classified into categories for frozen aquatic raw materials, a product name of a frozen aquatic raw material, a packaging material for shipment, and the like And stores in the database 330 the frozen seafood shipment information including the specification and quantity information of the packaging material and transmits the frozen seafood shipment information to the administrator terminal 400 via the network 200. In addition, A frozen marine products shipping management server 300 for controlling the frozen marine products shipping device group 500 according to the information; An administrator terminal 400 that is a terminal operated by a frozen marine products shipping manager that remotely controls each device constituting the frozen marine products shipping device group 500 and manages the frozen marine product shipping device group 500; And a frozen marine products shipping group 500; , The frozen marine products shipping apparatus group (500)
The raw material for the frozen aquatic products is transferred to the first preprocessing device 520, the second preprocessing device 530, the freeze storage device 540, the metal component detection device 550, the packaging device (510) for providing the first raw material to the first pretreatment unit (520) by using the main transfer timing belt (500a) connected to the external packaging unit (570), the external packaging unit (570)
The moving timing belt is moved from the freezing aquatic raw material feeder 510 to the freezing aquatic raw material feeder 510. In order to remove impurities adhering to the raw frozen aquatic raw material, The raw fish stock material is photographed, and coordinate information on the frozen raw fish raw material showing a preset temperature difference in the photographed thermographic image is generated to provide a control signal to the first pick robot arm 520b, A first preprocessing unit 520 for extracting the extracted frozen raw fish raw materials by using the pick-up robot arm 520b and storing the extracted raw frozen raw fish raw materials in the return processing tank 521; And
The raw material for freezing aquatic products moving on the main transfer timing belt 500a is taken through the first preprocessing device 520 belonging to the predetermined angle of view range by using the camera 530a and then the raw material for freezing aquatic products Server 300 to receive the standard and quantity information of the shipping packaging material and the outer packaging material in the frozen seafood shipment information and to receive the standard and quantity information of the packaging material for free shipping The volume information of each frozen aquatic raw material is generated through a shot image of the raw fishery product and the amount of the frozen aquatic raw material divided by the amount of the frozen aquatic raw material divided according to the standard of the packaging material for shipment is set according to the generated volume information, Packaging device 560 as well as to the frozen marine products shipping management server 300 through the network 200, A second front end processor 530 to provide a count operation by calculating the number of packing within the packaging material available for shipment in one of the outer casing member in accordance with the specifications in the outer packaging unit 570; And a control unit for controlling the shipment of the frozen marine products.
The apparatus according to claim 1, wherein the first pre-processing device (520)
After the raw frozen aquatic products separated and stored in the return processing tank 521 are washed, impurities removed, heated, and compressed and formed into a raw material of frozen aquatic raw materials, The frozen aquatic product block is rapidly quenched in the freeze storage device 540 through the return conveying main timing belt 500b of the frozen aquatic product block to perform a return process for the shipping requester terminal 100 for the frozen aquatic product block, An animal feed, and the like are carried out separately.

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