CN108229874B - Global network convenient logistics providing method based on content - Google Patents
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Abstract
The invention provides a global network convenient logistics providing method based on content, which aims to reduce distribution accidents by distributing global branch points of different countries after collecting sales items of the countries through logistics networks (cross-border logistics systems) of different countries and distributing the sales items according to the different countries, and provides logistics convenient service by giving private mailboxes to a plurality of buyers, and relates to the following global network convenient logistics providing method based on content, wherein the global network convenient logistics providing method based on content comprises the following steps: step a), registering serial numbers of individual buyers; step b), individual buyers purchase and settle accounts; step c), enabling the settled content products to be warehoused; and step d), carrying out ex-warehouse and distribution on the content product logistics.
Description
Technical Field
The present invention relates to a method for providing convenient logistics over a global network based on contents, and more particularly, to a method for providing convenient logistics over a global network based on contents, which enables a purchaser to receive logistics products of the contents timely and without trouble when a plurality of purchasers who live in individual countries purchase the contents.
Background
In general, in conventional logistics distribution between different countries, particularly in the case of open markets, unlike general electronic commerce, a purchaser (consumer) and an individual seller (supplier) perform a transaction through a process of mutually purchasing and distributing a product.
In general, a purchaser (consumer) inputs a receiving address in a language used by the purchaser (consumer) and composes a content related to a request item required for receiving physical distribution, and there is no problem in the case where the purchaser (consumer) and a seller (supplier) use the same language, but in the case of a global open market, if the purchaser (consumer) who purchases a content product uses a language different from the language used by the seller (supplier), a situation where a basic address and a contact method cannot be confirmed frequently occurs because the languages described on both sides are not the same.
Of course, there are also cases where ordinary electronic commerce is activated using the internet, but it is also applied and activated in a way of open market.
In particular, in such an open market application, since a plurality of purchasers (consumers) live in individual countries, a problem of not normally receiving a product continues to occur after purchasing a content product.
That is, since a plurality of purchasers (consumers) who purchase content products live in individual countries and languages used between the purchasers (consumers) and sellers (suppliers) are different, addresses or contact addresses cannot be confirmed accurately or confirmed, and in addition, a distribution route for shipping is complicated, so that the above-described problem of delaying reception of products or not receiving products at all occurs.
On the other hand, patent documents relating to foreign logistics distribution techniques disclosed in the following prior art documents can be referred to.
Documents of the prior art
Patent document
Patent document 0001: korean granted patent No. 10-1061879
Patent document 0002: korean granted patent No. 10-1660822
Patent document 0003: korean laid-open patent No. 10-2016-0123553
Disclosure of Invention
An object of the present invention devised to solve the foregoing problem is to provide a contents-based global network convenience logistics providing method that prevents logistics accidents frequently occurring between different countries due to an increase in convenience demand for a global logistics system, and smoothly implements reception of logistics, thereby providing convenience of receiving logistics to a plurality of buyers.
The present invention for achieving the aforementioned object is characterized in that the global center system for content-based global network facilitated logistics providing method comprises: a step a) of registering a serial number of an individual purchaser, wherein in the step a), member joining information of a plurality of individual purchasers in different countries connected to a global center system is marked as an identification number of a private mailbox mode to be registered in the global center system; a step b) of performing contents shopping and settlement by individual purchasers, wherein in the step b), when settlement is performed in accordance with the determination of a contents product to be purchased by a plurality of individual purchasers in the process of purchasing the contents product through the global central system, a plurality of product streams settled by the plurality of purchasers are tabulated through a distribution database provided in the global central system, a plurality of foreign streams to be distributed are selected, and settlement related to foreign distribution fees of the flow rate of the product selected to be distributed by the distribution database is processed through a settlement unit; a step c) of warehousing the settled contents products by logistics, wherein in the step c), the settled contents are distributed to and stored in the logistics warehouse of the local country of the individual country and are warehoused in the global branch logistics warehouse established in each individual country by shipping or shipping, and the serial numbers assigned to a plurality of individual purchasers stored in the global central system are analyzed by an analysis algorithm server applied in the global branch logistics warehouse; and a step d) of delivering and distributing the contents product logistics, wherein in the step d), the plurality of logistics stored in the global branch point logistics warehouse are delivered and distributed to the addresses of the plurality of individual purchasers according to the result of analyzing the identification numbers of the plurality of individual purchasers living in each country through the analysis algorithm server.
The global center system for providing contents-based global network convenience logistics according to the present invention is characterized in that, in the step a), the serial number assigned to the individual purchaser is registered in the global center system with an identification number indicating a country and a region, a classification, and a private mailbox belonging to the country, the country is marked with roman letters, and the region, the classification, and the private mailbox are marked with arabic numerals.
The global center system for providing convenient logistics through a global network based on contents according to the present invention is characterized in that, in the step c), the export benchmark of settlement logistics (contents product category) is set using the addresses of the corresponding individual purchasers based on the result value obtained by analyzing the distance information values between the addresses of the individual purchasers and the global branch logistics warehouse through the analysis algorithm server, and when the error value of the distance information value is generated as a result of analyzing the distance information value through the analysis algorithm server, the error value is corrected to be applied to the already set serial number, so that the export benchmark of settlement logistics (contents product category) is set using the addresses of the corresponding individual purchasers.
The global center system for providing convenient logistics through a global network based on contents according to the present invention is characterized in that, in order to enable distribution on the same day when settlement is performed on the same day among individual purchasers, the settlement date is prioritized not to be prioritized prior to the connection time to the global center system or the membership date, but the order from warehousing to distribution is prioritized in the order of purchasers having relatively distant addresses according to the value calculated from the global branch logistics warehouse to the addresses of the individual purchasers.
The global central system for providing contents-based global network convenience logistics according to the present invention is characterized in that in the process of determining the identification number of a purchaser, a number corresponding to country and region identification is not changed, but in order to randomly assign a number corresponding to a private mail box each time a product or an article is purchased, in the global central system linked to a server of a global point-by-point logistics warehouse of each country, an address of the corresponding purchaser is identified by a random assignment algorithm in association with the article purchase date of the purchaser, and the article is distributed to the purchaser.
The global central system for providing contents-based global network convenience logistics according to the present invention is characterized in that in the process of determining the identification number of a purchaser, a number corresponding to country and region identification is not changed, but in order to randomly assign a number corresponding to a private mail box each time a product or an article is purchased, in the global central system linked to a server of a global point-by-point logistics warehouse of each country, an address of the corresponding purchaser is identified by a random assignment algorithm in association with the article purchase date of the purchaser, and the article is distributed to the purchaser.
The global center system for providing contents-based global network convenience logistics of the present invention is characterized in that in the case where the subject between a product purchaser and a product receiver is different, in the process of inputting the address of a receiver located in a different place or a different country, an encrypted letter box for distributing global products is given and can be applied.
As described above, the present invention has the following effects: when logistics are settled among different countries by a plurality of individual purchasers (consumers), individual purchasers of each country can receive the corresponding logistics without hindrance only by the act of warehousing the logistics to be distributed by a seller (supplier) to a logistics warehouse located in the country.
Further, the present invention has the following effects: when logistics are settled among different countries by a plurality of individual purchasers (consumers), the individual purchasers of each country can receive the corresponding logistics without hindrance only by the action of warehousing the logistics to be distributed by the seller (supplier) into the logistics warehouse located in the country, so that the logistics distribution process on the seller (supplier) side can be simplified, thereby improving convenience.
Further, the present invention has the following effects: the logistics distribution is carried out between different countries by using the serial number which can replace the receiving address of a plurality of individual purchasers (consumers), thereby preventing the logistics accidents such as missing logistics or inconsistent addresses.
Further, the present invention has the following effects: the settled logistics can be received on the same or close date as other purchasers regardless of the address distance of the purchasers living in different countries, and information on distribution processes of the logistics can be grasped, so that psychological stability can be provided.
Drawings
Fig. 1 is a block diagram of a method for providing a content-based global network convenience logistics according to the present invention.
Fig. 2 is a conceptual diagram illustrating distribution paths of logistics in the order shown in fig. 1 to provide a convenient method for logistics.
Fig. 3 is a conceptual diagram illustrating a system configuration utilized in the method for providing convenience for logistics illustrated in fig. 1 and 2.
Description of reference numerals
100: global central system 200: weather hall server
300: global point-by-point logistics warehouse 310: analysis algorithm server
Detailed Description
It should be noted that the drawings are exaggerated in the present invention for clarity of description and convenience of description, and the embodiments described below do not limit the scope of claims of the present invention, but merely exemplify the structural elements proposed in the scope of claims of the present invention, and the present invention should be explained based on the technical idea of the entire specification in consideration of the aspect of being modified and implemented by other various means.
Further, the present invention proposes an enterprise model belonging to Business Model (BM) patents for providing convenience of logistics in transactions between different countries, and thus it is shown herein that a detailed description of a structure may rather make the scope of technical ideas of the present invention unclear, and thus it is described to such an extent that the enterprise model of the present invention can be effectively reflected, and it is also shown that a description of internet-related technologies is omitted since it is a matter of course based on internet information communication in applying the present invention. Further, since the internet settlement technique is a well-known technique that is widely used, a description thereof will be omitted, and a description of an additional technique such as an application based on the internet and a Uniform Resource Locator (URL) will be omitted.
Hereinafter, a method for providing a content-based global network convenience logistics according to a preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings.
The method for providing convenient logistics based on the global network of the content is a method that in a logistics network (Cross Border, logistics system) of each different country, after collecting sales items of each country and distributing the sales items according to different countries, the sales items are transmitted to buyers (consumers) through an established distribution network, and a mail box system which can reduce distribution accidents through global branch points of each different country provides logistics convenience service in a Cross Border manner.
In this way, in order to solve the problem that the contact and address between the buyer (consumer) and the seller (supplier) cannot be confirmed, when the buyer (consumer) in each country joins the electronic commerce in the corresponding country, a serial number (letter box number) related to the country number and the buyer (consumer) is given, after the ordering, the content product subjected to the settlement is put into a specific logistics warehouse in the country of origin, and the logistics is distributed to each country and distributed by date according to the serial numbers given to the plurality of buyers.
As shown in fig. 1, the method for providing convenient logistics based on a global network of contents according to the present invention includes: step a), registering serial numbers of individual buyers; step b), individual buyers purchase and settle accounts; step c), enabling the settled content products to be warehoused; and step d), carrying out ex-warehouse and distribution on the content product logistics.
Step a), registering the serial number of the individual buyer.
In this case, the serial numbers are not assigned according to the order of connection of the plurality of individual purchasers to the global center system (server) 100 or the order of addition of the member information, but are registered with the serial numbers including the private mail system numbers assigned to the plurality of individual purchasers when the plurality of individual purchasers order the goods.
As the serial numbers given to the individual purchasers, the following table 1 is referred to as an example.
TABLE 1
| ER | 002 | 263 | 00012 |
| State of the country | Region of land | Classification | Private mailbox |
That is, the serial number given to a certain individual purchaser may be a number given to the individual purchaser so as to indicate a country, a region belonging to the country, a classification, and a private mail box. Of course, where the region indicates the address of the purchaser, the classification indicates the kind of the settlement contents product, and the number corresponding to the private mail box is randomly designated, so that a new number is given at the time of distribution of the product and every prescribed period, the location of the corresponding purchaser is found based on the private mail box number given at that time on the date of ordering, and the settlement item is distributed to the corresponding purchaser.
That is, the number given to the private mailbox is matched with the address information of the corresponding purchaser built in the global central system 100 directory through the global central system 100, so that the corresponding article can be distributed to the corresponding purchaser by each country. In other words, the number given to the private mailbox can be recognized by a random designation algorithm (not shown) linked to the global center system 100 in the process of recording an address in the global center system 100 on the day when the purchaser purchases a product, and can be delivered to the purchaser by grasping the information.
In this case, of course, the private mailbox number can be protected by encryption for the purpose of preventing leakage of personal information.
On the other hand, the number assigned to the private mailbox indicates the distance from the global distribution warehouse to the purchaser address, and indicates a number assigned an arbitrarily set default distance value (virtual value) to a distance value for measuring an actual distance.
As an example of the number assigned to the private mailbox, when the actual distance value is 1200Km, the assigned number corresponding to the actual distance value may be marked as "01200" in a five-digit natural number, and a predetermined distance value (virtual value) arbitrarily set in the five-digit natural number may be marked as a decimal or decimal number.
Therefore, in step c) described later, after comparing the number corresponding to the private mailbox analyzed by the analysis algorithm server 310 with the numbers (five-digit natural numbers including decimal places or less) already registered in the global center system 100, if they match, the registered number is applied, but if they do not match, the number changed with the number corrected for decimal places or less among the registered numbers (five-digit natural numbers including decimal places or less) is applied to ask the buyer the accuracy of receiving the physical distribution.
That is, in fact, the number registered in the global center system 100 is likely to have a distance error along with the deformation of the topographic feature of its corresponding country, and thus the distance error occurring due to the deformation of the topographic feature may be searched for or corrected by the analysis algorithm server 310 of the global point-by-point logistics warehouse 300 provided in its corresponding country.
Therefore, one of the other purchasers is given an identification number described in KR-002-.
In other words, each purchaser (consumer) who lives in a specific country records an address related to a settlement product to be received in the language of each purchaser in the process of purchasing the content-related product through the global center system 100, and actually registers the address with a serial number in the process of registering the address in the global center system 100, thereby preventing a distribution reception accident due to the language mismatch between the purchaser and the seller. In this case, the above-described global center system 100 is applied to a language conversion program for converting a language written by each purchaser into a serial number.
The global center system (server) 100 may further include: a distribution database 110 for storing a distribution item list for distributing the settlement logistics to the global branch logistics warehouse (each national branch logistics warehouse); and a settlement unit 120 for performing settlement processing of the delivery fee relating to the selected delivery amount.
In order to randomly assign a number corresponding to a private mail box every time a product or an article is purchased, the global center system 100 associated with a server (not shown) provided in each national global distribution warehouse 300 can randomly assign an address of a purchaser by a random assignment algorithm (not shown) in association with a purchase date of the article by the purchaser and deliver the article to the purchaser.
And b), carrying out content shopping and settlement by the individual buyer.
A plurality of individual purchasers shop for content products to be settled through the global central system 100, and settle the corresponding content products after determining the content products to be purchased through such a shopping process.
In this case, the distribution database 110 provided in the global center system 100 lists a plurality of product streams settled by a plurality of purchasers in individual countries, selects a plurality of foreign streams to be distributed, and the settlement unit 120 processes the settlement of foreign distribution fees for the product flow rate selected for distribution by the distribution database 110.
In this case, the information on the plurality of settled product streams is processed to perform tabular classification by referring to serial numbers assigned to a plurality of individual purchasers.
On the other hand, the global center system 100 requires the use of shipping or shipping distribution units in the distribution of logistics to individual countries, and thus daily weather information provided by the weather hall server 200, which can predict the daily weather of individual countries, can be referred to in order to recover the disadvantage that only the use of distribution traffic is limited.
If the weather information is abnormal weather information which prohibits shipping or shipping, the weather information can be notified to a plurality of purchasers in the relevant country, so that the plurality of purchasers can grasp accurate information in the logistics distribution process, and thereby the psychological stability can be obtained. Of course, the notification method can be applied to network communication units such as Short Message Service (SMS), text, Social Network Service (SNS), and the like.
And c), warehousing the settled content products.
Logistics in respective countries that arrive by shipping or shipping are warehoused into a global point-by-point logistics warehouse (point-by-point logistics warehouse in each country) 300 that is applied as a logistics warehouse in the respective country.
The analysis algorithm server 310 installed in the global point-by-point logistics warehouse 300 may be configured to analyze serial numbers assigned to a plurality of individual purchasers stored in the global center system 100 in association with the global center system 100.
In the case of logistics warehousing the global point-separate logistics warehouse 300, for example, it is assumed that the distance of the residential addresses of a and b of purchasers living in the country a is different from the distance of the global point-separate logistics warehouse 300 established in the country a, respectively, and the address of a from the global point-separate logistics warehouse 300 is relatively far from the address of b from the global point-separate logistics warehouse 300, and the time of a's connection to the global central system 100 or the time of joining as a member is relatively fast to b.
In this case, the analysis algorithm server 310 for reading the information of the global center system 100 analyzes the distance between the addresses of a and b and the global point-separate logistics warehouse 300 and analyzes the settlement day in a state of analyzing the connection day or the membership day of a and b, and gives a distribution serial number that can prioritize logistics distribution to a purchaser who is relatively far away.
In this case, the analysis algorithm server 310 analyzes the distance by comprehensively analyzing the address position values and the Geographic Information values of a plurality of individual buyers in the country using a Geographic Information System (GIS) program which is a higher-level concept of the Global Positioning System (GPS).
That is, for example, if the settlement day of a is 1 day faster than the settlement day of b, and the required day for distribution from the global point-by-point distribution warehouse 300 to the a's address is 1 day, the reception day of the a's received distribution (content product class) is 3 days. Here, 3 days represents a period required from the settlement date of the material flow (content product type) of a's to the reception date of the material flow (content product type), and when the settlement date is 2 months and 1 day, the required date required for the settlement material flow (content product type) to be put into storage in the global point-to-point material flow warehouse 300 is 1 day, and the required date required for the settled material flow (content product type) to be put into storage is 1 day from the next day of the storage day to the time required for the delivery to a's, and the settlement date of 1 day, the storage required date of 1 day, and the delivery date of 1 day are added, whereby the material flow (content product type) can be delivered in 3 days in total. Of course, in case of "b", the logistics (content products) are received 1 day a after 1 day a since the settlement day, but the logistics (content products) can be distributed to "b" within 3 days as in "a".
In other words, the present invention is characterized in that the reception date of the settlement logistics (content product class) of the individual purchaser is not prioritized over the connection time to the global center system 100 or the membership date, and the settlement date is prioritized in the order of the purchaser having a relatively distant address in the order of the purchaser having a relatively distant address in order to distribute the contents on the same day on the same settlement date, based on the value calculated from the global point logistics warehouse 300 to the address of the individual purchaser.
On the other hand, when it is assumed that the settlement day of "b" is 1 day later than the settlement day of "a" and the distribution day from the global point-of-sale distribution warehouse 300 to the address of "b" needs 2 days, the serial number is given to "b" in preference to "a", so that the settlement logistics of "b" is stored in the global point-of-sale distribution warehouse 300 established in the country a first, and the contents can be received on the same date as the reception day of "a", and the reception day of the settled logistics is not later than the reception day of the logistics settled by "a" for convenient distribution.
On the other hand, in the case where the individual purchaser settles the logistics (content product class) on the same day in the global center system 100, in the case where the settlement date is the same day, the warehousing date of the global point-by-point logistics warehouse is not prioritized, and the delivery date from the global point-by-point logistics warehouse is prioritized. The priority of the delivery date is based on the difference between the distance values from the global point distribution warehouse 300 to the addresses of individual purchasers.
That is, for example, assuming that the difference between the distance value from the global point-by-point logistics warehouse 300 to the a's address as an individual purchaser and the distance value from the global point-by-point logistics warehouse 300 to the b's address is 300km, this represents a 3-hour difference in speed, so in the global point-by-point logistics warehouse, the b's settlement logistics (content product category) is taken out 3 hours ahead of the a's settlement logistics (content product category) time of delivery, and finally, the b's and a's can receive the logistics (content product category) in an approaching time period.
In other words, the present invention is characterized in that, in the method for providing convenience to contents of the present invention, the loss due to the delay of the distribution date of the contents subject to settlement is released according to the address distance of a plurality of individual purchasers, so that the contents can be received in a similar period of time regardless of the address distance.
The present invention is characterized in that an individual purchaser who lives in an individual country can receive contents in an approaching time period regardless of whether or not a language used in an address is different.
And d), delivering and distributing the content product logistics.
The distributed product distribution can be distributed in association with domestic distribution and systems of respective countries based on information connected to a private mailbox having a serial number (corrected) assigned to each purchaser by a barcode or an electronic identification device (e.g., an electronic tag), or can be distributed to a plurality of individual purchasers of the country by using an independent distribution system.
The serial number given to the plurality of individual purchasers is given by the global center system 100 in the step a), but may be corrected by the analysis algorithm server 310 as a new error of the distance difference between the address of the individual purchaser and the global point-by-point logistics warehouse 300 is found in the step c).
That is, in the serial number given by the global center system 100, if the distance information value is compared with the distance information value (the distance difference between the global point distribution warehouse and the address of the individual purchaser) analyzed by the analysis algorithm server 310 applied to the global point distribution warehouse 300 established in the corresponding country, an error may be generated, and since the distance information value analyzed by the analysis algorithm server 310 applied to the global point distribution warehouse 300 in the corresponding country is more accurate, it is possible to correct the already given serial number with the accuracy of the distance information value.
In particular, the reason for determining that the distance information value analyzed by the analysis algorithm server 310 is more accurate is that the analysis algorithm server 310 is applied to the global branch logistics warehouse 300 established in the corresponding country, and when the topographic and topographic information of the corresponding country is changed at any time, the distance information value of the analysis algorithm server 310, which is updated by continuously monitoring the changed information, is more preferable.
As described above, in the case of the global network convenient logistics providing method based on contents according to the present invention, although the conventional electronic commerce service, domestic logistics, and international logistics belong to independent fields, in the method for providing convenience in logistics according to the present invention, in the process in which a purchaser (consumer) inputs his/her information using a language used by himself/herself, a letter box number is generated in the system for each of the different consumers, whereby even if an article is purchased anywhere in each country or a purchase is made using a plurality of languages or in a plurality of countries, convenience can be provided to logistics in such a manner that a seller can only distribute warehouses to a designated logistics in the country to which the purchaser belongs.
That is, products distributed to the logistics warehouse are classified by each country based on an identification number attached to a purchaser (consumer) address, and are collectively transmitted to a designated global point-by-point logistics warehouse of a corresponding country. Products gathered in logistics warehouses are delivered to consumers of various countries by the most reliable courier companies in their countries.
In other words, logistics actually has a structure of being transferred from each country to each country, and as an example of a cross-border market applied in the global center system, chinese, middle east, african items are not gathered in one place in korean allissen, a temporary name, but are transferred in a manner of being packaged in each different country in a korean logistics warehouse. Similarly, in the case of products distributed from the middle east to china and countries, they are also packaged and delivered in different countries in a logistics warehouse in the middle east. In the case of containers to be delivered to each country, the containers are delivered by local express delivery in the country.
Claims (5)
1. A global network convenient logistics providing method based on content is characterized by comprising the following steps:
a step a) of registering a serial number of an individual purchaser, wherein in the step a), member joining information of a plurality of individual purchasers in different countries connected to a global center system is marked as an identification number of a private mailbox system to be registered in the global center system;
a step b) of performing contents shopping and settlement by individual purchasers, wherein in the step b), when settlement is performed in accordance with the determination of a contents product to be purchased by a plurality of individual purchasers in the process of purchasing the contents product through the global central system, a plurality of product streams settled by the plurality of purchasers are tabulated through a distribution database provided in the global central system, a plurality of foreign streams to be distributed are selected, and settlement related to foreign distribution fees of a flow rate of the product selected to be distributed by the distribution database is processed through a settlement unit;
a step c) of warehousing the settled contents products by logistics, wherein in the step c), the settled contents are distributed to and stored in the logistics warehouse of the local country of the individual country and are warehoused in the global branch logistics warehouse established in each individual country by shipping or shipping, and the serial numbers assigned to a plurality of individual purchasers stored in the global central system are analyzed by an analysis algorithm server applied in the global branch logistics warehouse; and
a step d) of delivering and distributing the contents product logistics, wherein in the step d), a plurality of logistics stored in the global branch logistics warehouse are delivered and distributed to the addresses of a plurality of individual purchasers according to the result of analyzing the identification numbers of the individual purchasers living in each country through the analysis algorithm server,
in the step c), the shipping standard of the settled material stream of the content product category is set using the address of the corresponding individual purchaser based on the result value of analyzing the distance information value between the address of the individual purchaser and the global point-to-point material distribution warehouse by the analysis algorithm server, and when the error value of the distance information value is generated as a result of analyzing the distance information value by the analysis algorithm server, the error value is applied to the already set serial number by correction, thereby setting the shipping standard of the settled material stream of the content product category using the address of the corresponding individual purchaser.
2. The content-based global network convenience logistics providing method according to claim 1,
in the step a), the serial number assigned to the individual purchaser is registered in the global center system with an identification number indicating a country and a region, classification, and private mail box belonging to the country,
the countries are marked with roman letters and the regions, categories, and postboxes are marked with arabic numerals.
3. The method for providing portable logistics through a global network based on contents according to claim 1, wherein the reception date of the settlement logistics as the contents product category is set in priority order not to be prior to the connection time to the global center system or the membership date, but in order to enable distribution on the same day when settlement is performed on the same day between individual purchasers, the order from warehousing to distribution is set in priority order from the purchaser having a relatively distant address according to a value calculated from the global point logistics warehouse to the address of the individual purchaser.
4. The method for providing portable logistics via a global network based on contents as claimed in claim 1, wherein in the process of determining the identification number of the purchaser, the number corresponding to the country and region identification is not changed, but in order to randomly assign a number corresponding to the private mailbox each time the product and the article are purchased, in the global center system linked to the server of the global distribution warehouse of each country, the address of the corresponding purchaser is identified by a random assignment algorithm in association with the article purchase date of the purchaser, and the article is distributed to the purchaser.
5. The contents-based global network convenience logistics providing method of claim 4, wherein in case that the subject between the product purchaser and the product receiver is different, in the process of inputting the address of the receiver located in different place or different country, the encrypted letter box for distribution of the global product is given and can be applied.
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| KR10-2016-0168483 | 2016-12-12 | ||
| KR1020160168483A KR101925542B1 (en) | 2016-12-12 | 2016-12-12 | Providing Method for Distribution Convenience of Contents Base Global Network |
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| CN108229874B true CN108229874B (en) | 2021-10-26 |
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| CN102682372A (en) * | 2011-01-14 | 2012-09-19 | 高权锡 | Global and local shipping charge system in online marketplace or auction portal |
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| KR101925542B1 (en) | 2018-12-05 |
| KR20180067096A (en) | 2018-06-20 |
| CN108229874A (en) | 2018-06-29 |
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