KR20220102749A - Automated Commodity Transportation and Warehouse Management System - Google Patents

Abstract

An automated logistics management method according to the present invention comprises: a first step in which a goods sorting device tags an information tag attached to goods being received, classifies the goods as one of items to be shipped out, transferred to a resident company, or stored in a warehouse, and transmits the classification result to a central management server, wherein the information tag includes resident company identification information and goods identification information; a second step in which the central management server determines one sector in a loading space corresponding to the resident company identification information to load the goods based on the resident company identification information and goods identification information included in the information tag, for the goods subject to warehouse loading as the result of the classification; a third step in which a first conveyor device transfers the goods to be loaded in the warehouse to the loading space corresponding to the resident company identification information, and a second conveyor device transfers the transferred goods to the sector determined by the central management server and loads the transferred goods; a fourth step in which the central management server receives a delivery request including the goods identification information and quantity information from a resident company terminal; a fifth step in which the central management server requests a corresponding quantity of goods corresponding to the received delivery request among the goods loaded in the warehouse and transfers the goods to the goods sorting device by the first conveyor device and the second conveyor device; and a sixth step in which the goods sorting device transfers the transferred goods to the resident company or a shipping collection center according to the command of the central management server. Accordingly, goods transportation and warehouse management can be automatized while the steps required for goods delivery are minimized.

Description

Automated Commodity Transportation and Warehouse Management System

The present invention relates to an automated logistics management system and method, and more particularly, to a woman who lives in one building.

It relates to a logistics management system and method that can provide common logistics and warehousing services to multiple tenants.

The conventional logistics system is made through a total of five steps as follows.

When the sender requests the delivery of baggage to the logistics company, it is primarily at the logistics company's primary shipping office located in a short distance.

It visits the place of origin, collects the baggage secondarily, and transports the baggage to the corresponding primary collection point. Thirdly, the first collection

Baggage collected at the post office is transported to the hub terminal, which is made up of regional units rather than the post office. Receive at the hub terminal

By checking the destination information, the baggage is classified by destination, and the baggage is transported to the secondary collection point in each destination.

After that, the 5th process of transporting the baggage from the secondary collection point to each destination is performed.

Recently, as consumers' purchasing patterns are made far from actual goods such as home shopping and online shopping, a small amount

The number of consumers who use logistics services as a unit is increasing day by day.

The domestic logistics system has no choice but to use land transportation means such as freight vehicles for baggage.

Since the movement process is essential, fuel waste and environmental pollution are inevitable. Also, such

To reduce this process, when multiple hub terminals are installed in narrower units, baggage is moved in small units.

There is a problem in that the logistics cost increases because it has to be done.

From the standpoint of small and medium-sized businesses that sell products online, the cost of storing the manufactured goods in a warehouse and

Since huge costs such as logistics costs with a complex structure are required, reduction of warehouse storage costs and logistics costs is essential for corporate productivity.

It is becoming a very important issue in terms of aspects.

An object of the present invention is to provide office, goods delivery and warehouse service for multiple tenants located in one building.

In the provision of goods, it is possible to provide automated goods transport and warehouse management while minimizing the steps required for goods delivery.

It is to provide an automated logistics management system and method.

The above object according to the present invention, in the automated logistics management method, the information attached to the goods that the goods sorting device is received

By tagging the tag, the item is classified into any one of the delivery target, the tenant transmission target, and the warehouse loading target, and

a first step of transmitting the classification result to the management server, wherein the information tag includes tenant identification information and product identification information;

As a result of the classification by the central management server, for the goods to be loaded in the warehouse, the tenant identification number included in the information tag

Based on the beam and the product identification information, any in the loading space corresponding to the tenant identification information to load the product

a second step of determining one sector; The first conveyor device stores the goods to be loaded in the warehouse in the tenant identification information.

After transferring the goods to the corresponding loading space, the second conveyor device transfers the transferred goods to the central management server.

a third step of loading and transferring to a sector determined by The central management server identifies the item from the tenant terminal

a fourth step of receiving a delivery request including information and quantity information; Among the goods loaded in the warehouse by the central management server

By requesting a corresponding quantity of goods corresponding to the received delivery request, the first conveyor device and the second conveyor

a fifth step of transferring the article to the article sorting device by means of a device; The article sorting device is the central management server

Automated logistics management room including the sixth step of transferring the transported goods to the tenant company or the warehouse

This can be achieved by law.

Here, the warehouse divides the inside of the warehouse into each separate loading space that matches each tenant identification information.

is provided, and the loading space for each tenant identification information may be divided into a plurality of sectors.

Here, in the first step, the article sorting device recognizes the size of the article and transmits it to the central management server.

and, in the second step, the central management server selects any one of the items to be loaded on the basis of the size of the received item.

sector can be determined.

Here, the warehouse further includes a special article storage space in addition to the loading space for each tenant identification information, and the first

In the step, the article sorting device recognizes whether special storage of the article is necessary and transmits it to the central management server.

and, in the second step, the central management server stores the item when the item has the special storage need.

It can be stored in any one sector of the special article storage space.

Here, as a result of the classification of the first step, the goods classified as the shipment target are tagged with a delivery destination through a third conveyor device.

transfer to the attachment device, and the delivery address tag attachment device according to the information received from the central management server

It may further include the step of attaching a delivery address tag including the delivery address information of the product, and then transferring the product to the warehouse

have.

Here, as a result of the classification of the first step, the goods classified as the target for transmission by the tenant are vertically transported through the fourth conveyor device.

After being transported to the transport device, the vertical transport device is transported to the floor in the building corresponding to the resident identification information of the product.

It may further include the step of

Here, in the fourth step, the delivery request includes information on whether the item requires repackaging, and

In step 6, the article sorting device passes through the vertical transport device in the case of the goods that require repackaging of the goods requested for delivery.

Then, it is sent to the tenant company, and in the case of items that do not require repackaging, they are sent to the shipping address tag attachment device to indicate the delivery address.

After attaching it, it can be transported to the warehouse for delivery.

According to the present invention described above, office provision, product delivery and warehouse service for multiple tenants located in one building

In providing the service, it is provided by automating the transport of goods and warehouse management while minimizing the steps required for the delivery of the goods.

It is possible to provide an automated logistics management system and method that can do this.

The technical terms used in this specification are only used to describe specific embodiments, and do not limit the present invention.

It should be noted that this is not intended to be In addition, the technical terms used in this specification are specifically different in this specification.

Unless defined in the meaning, commonly understood by one of ordinary skill in the art to which the present invention pertains.

should not be construed in an overly comprehensive sense or in an overly narrow sense.

do. In addition, technical terms used in this specification are incorrect descriptions that do not accurately express the spirit of the present invention.

When it is a technical term, it should be understood by being replaced with a technical term that can be correctly understood by those skilled in the art. Also, seen

The general terms used in the invention should be interpreted according to the definition in the dictionary or according to the context.

and should not be construed in an excessively reduced meaning.

Hereinafter, a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings, but the same regardless of the reference numerals

or similar components are given the same reference numerals, and overlapping descriptions thereof will be omitted. In addition,

In describing the present invention, it is determined that a detailed description of the related known technology may obscure the gist of the present invention.

In this case, a detailed description thereof is omitted. In addition, the accompanying drawings are provided for easy understanding of the spirit of the present invention.

It should be noted that it should not be construed as limiting the spirit of the present invention by the accompanying drawings. Bon foot

The meaning of the name should be interpreted as extending to all changes, equivalents, or substitutes other than the accompanying drawings.

1 is a block diagram of a logistics management system according to the present invention.

Logistics management system according to the present invention is produced by a plurality of tenant companies that perform production and sales of goods, etc.

Warehouses to store the goods transported through the warehouse, and warehouse collection to classify the goods stored in the warehouse by delivery destination and release them.

It can be built in an integrated logistics center that integrates all the cattle 300 and places them in one building. as shown

Similarly, the logistics management system includes the article sorting device 110 , the delivery address tag attaching device 130 , the vertical transport device 120 , and each device.

Including each conveyor device for transporting goods between the tenant companies, the tenant terminal 150 and the

It may include a central management server 140 for collectively controlling the automated management system for each device.

Hereinafter, a series of processes for sorting and loading goods produced and received from outside will be first described.

Then, a series of processes for transferring the goods loaded in the warehouse to the delivery destination will be described.

The goods received from the outside to the integrated distribution center are provided to the article sorting device 110 in a state in which an information tag is attached. article

Prior to the operation of the sorting device 110, if the process of transporting the goods produced by each resident company to the integrated distribution center will be described.

As follows.

As described above, a number of tenants are located in the building of the integrated logistics center, and each tenant is located in an external factory.

After transporting the goods produced in the integrated logistics center, it can be delivered to each delivery destination.

The integrated logistics center is shown in FIG. 2 to transport the goods produced from the external factories of each tenant company to the integrated logistics center.

As shown, the transport vehicle 400 is transported to each external factory at regular time intervals (eg, twice a day) in the form of a shuttle bus.

You can visit and receive the manufactured goods. On the other hand, the transport vehicle 400 transports the produced goods to the integrated logistics center.

After disembarking, the integrated logistics center loads the goods with the delivery address information tag and arrives at the hub terminal at a set time per day.

send to null

At this time, as for the goods to be delivered to the Tongham distribution center, each article may be individually packaged and received, and a plurality of goods may be combined into one.

It can be delivered packaged. In the following, unless otherwise specified, the term “goods” may mean each packaging unit.

have.

Each item unloaded from the integrated logistics center may include an information tag. Here, the information tag is the tenant identification number.

It may include information and product identification information, and the tenant identification information produces and sells the product, and the integrated logistics center

Corresponds to the unique identification information of the tenants who have moved into the water, and the product identification information may include the product name and serial number of the product.

can In addition, the information tag determines the production time of the product, whether special storage is required, the expiration date, the size of the product packaging, and the customer.

Additional necessary information may be included, such as whether repacking is required for delivery. The information tag is a QR code (Quick Response

Code), a tag that can be recognized by an optical reader, such as a bar code, or NFC (Near Field Communication),

Information stored in an external reader can be recognized through short-range wireless communication such as RFID (Radio Frequency Identification).

It may be implemented as a tag with a specific implementation, and there will be no limitation in specific implementation examples.

On the other hand, the information tag is attached at the factory where each product is produced, or after disembarking from the integrated distribution center, the tenant terminal 150

An information tag attaching device (not shown) that creates an information tag according to the input information and attaches it to the packaging of the product

can be attached.

The article to which the information tag is attached goes through a sorting process by the article sorting device 110 . The article sorting device 110 is a QR code,

Tagging numbers including optical readers capable of reading barcodes and/or readers capable of reading NFC, RFID tags

A step (not shown) is provided to print information included in the information tag of the product, for example, tenant identification information and product identification information.

can cool

At this time, the recognized information may be transmitted to the central management server 140 and stored in the database of the central management server 140 .

have. To this end, the article sorting device 110 transmits/receives data to and from the central management server 140 through a wired/wireless network.

can

According to the recognition result, the article sorting device 110 sets the item to any one of a shipment target, a tenant transmission target, and a warehouse loading target.

classified as one Here, information on any one of the three classification criteria is included on the information tag,

Each article can be classified according to the information recognized by the tagging means.

As another embodiment, whether the goods to be shipped immediately to the delivery location for the goods transported by the terminal 150 of the tenant company, or after transport to the tenant company

Whether the item is to be shipped out after repacking and tagging the shipping address, or to be loaded into the warehouse at the integrated distribution center.

When information about

According to the information, the article sorting apparatus 110 may classify the goods received by the quantity corresponding to each classification.

The article sorting device 110 is provided with a conveyor belt so that articles can be automatically moved while being mounted on the conveyor belt.

In addition, the tagging means may be provided at a predetermined position to tag the information tag of the moving article. In addition, the tagging means

A sensor (not shown) that recognizes the presence of an item loaded on the conveyor belt is located adjacent to it, and the item is sensed by the sensor.

After the conveyor belt is temporarily stopped, the information tag attached to the article can be tagged by the tagging means. this

Accordingly, it is possible to automatically transport the item to each route according to the recognition of the information tag without manual transfer.

All.

The articles that have been sorted by the article sorting device 110 may be transported through the conveyor device in each path. First, release

The target article is immediately transferred to the delivery location tag attachment device 130 through the conveyor device as an article to be transported to the delivery location,

The delivery address tag attaching device 130 attaches the delivery address information tag according to the delivery address information received from the central management server 140 .

do. The goods with the delivery destination tag are transported to the shipping office 300 through a conveyor device, and at the shipping office 300

It may be loaded on the transport vehicle 400 and transported to the hub terminal.

Next, for the goods to be transmitted to the tenant, repackaging is required among the goods that have been decided to be delivered immediately to the delivery destination, so integrated logistics

It may correspond to items that should be sent to the tenant located in the center building. As a result of the classification, the goods subject to transmission by the tenant are the conveyors.

It is then transferred to the vertical transport device 120 through the device.

As described above, the offices of a plurality of tenant companies may be located in one building of the logistics management center, and FIG.

As shown in Fig., the tenant companies that produce each product are located on each floor of the building, and one or several companies are located in the basement of the building.

A warehouse for storing goods produced by each tenant is provided on each floor, and water scheduled to be delivered to the first floor or outside of the building

A shipping and warehouse 300 may be provided for classifying and shipping products for each delivery location.

The vertical transport device 120 is provided with a well-known elevator system to transport each item to the floor where the corresponding tenant is located.

can

Next, the goods classified as warehouse loading targets by the article sorting device 110 are generally sent to the customer at the current time.

Since there is no reservation for order from the store, it may correspond to an item that should be loaded in the warehouse.

The central management server 140 for the goods classified as warehouse loading targets, the tenant identification information and goods included in the information tag

Based on the identification information, any one sector in the loading space corresponding to the resident identification information to be loaded is selected.

decide

3 shows an example of a warehouse provided in the integrated distribution center.

As shown, the warehouse may be divided into a plurality of loading spaces 210 . Here, a plurality of divided loading spaces 210

is a space granted according to a contract with the tenant, and the central management server 140 identifies each loading space 210 as the tenant.

It can be managed by matching with the beam. In other words, the integrated logistics center is dedicated to the tenant's goods according to the contractual relationship with the tenant.

Each storage space can be allocated.

In addition, each loading space 210 may include a plurality of sectors capable of storing one article. multiple sectors

As shown, it can be configured in a three-dimensional checkerboard shape, and one sector is provided to store one article.

desirable. Each sector may have the same size or may be implemented with spaces of different sizes.

The central management server 140 stores identification information of articles stored in each sector on a database, and the article sorting device 11

0), when the goods to be loaded into the warehouse are transferred, the goods are loaded by selecting any one of the empty sectors.

can make it happen At this time, the central management server 140 may select to store the same article in an adjacent sector.

The goods classified as warehouse loading targets by the article sorting device 110 are matched with the tenant identification information by the conveyor device

It is transferred to the loading space 210 to be. After that, the goods are transported to a conveyor device located in the loading space 210, and

After being positioned on the lower side of the sector by the Bayer device, it may be moved to the sector by the lift device.

The lift unit is equipped with an item recognition sensor, which can confirm whether the sector is actually loaded with items.

All. The central management server 140 selects items to be stored in vacant sectors through information stored on the database.

However, there may be cases in which goods are loaded in the selected space due to manual loading or the like. Item recognition

As a result of sensing by the sensor, if the item is already loaded in the sector, it is transmitted to the central management server 140, and

The management server 140 may designate another sector so that the corresponding article is loaded.

On the other hand, in FIG. 3, the conveyor device rotates around a plurality of loading spaces for each tenant identification information to transport the goods.

Each of the Bayer device 230A and the respective occupant company identification information for transporting goods in the direction of the sector within the loading space

A second conveyor device 230B may be included.

In addition, the warehouse may include at least one special goods warehouse 220 . Special goods warehouse 220 is a high risk of damage

It may be provided to separately store products, expensive products, products requiring refrigeration, and the like. Central Management Server

(140) can designate a product that needs special storage for each product identification information, and the product expression as a result of tagging the information tag

If the special information corresponds to an item that needs special storage, it is not transferred to the general warehouse according to the tenant identification code.

And, it is transferred to a predetermined special goods warehouse 220 .

According to one embodiment, the general goods warehouse is provided as an independent space for each tenant company, but the special goods warehouse 220 is not

Multiple occupants can use it in common, and the central management server 140 determines any one of a plurality of sectors of the special goods warehouse 220 for goods that need special storage so that the goods are transferred.

On the other hand, since general warehouses are dedicated to each tenant, the total cost may be set based on the number of sectors, etc.

However, since the special goods warehouse 220 is commonly used by several tenant companies, the central management server 140 is a special goods warehouse.

By measuring the storage period for the goods stored in 220, it is possible to generate separate cost information to be billed to the tenant.

have.

The above describes a series of processes for sorting and loading goods produced and received from outside the warehouse.

As a result, it is possible to automatically sort, transport and load goods without manual work.

Hereinafter, a series of processes for transmitting the goods loaded in the warehouse to the delivery destination will be described.

The tenant terminal 150 is implemented as a laptop PC (Personal Computer), tablet PC, smart phone, PDA, etc., and via the Internet

You can request to purchase the goods from the buyer. In addition, it is connected to the central management server 140 to provide product-related information, delivery management

It is possible to transmit related information and receive information on items stored in the warehouse, information on dispatch of goods, and the like.

The tenant terminal 150 sends product identification information to the central management server 140 for delivery of the product according to the purchaser's application for purchase of the product.

and transmits a delivery request including quantity information.

When the central management server 140 receives the delivery request, the central management server 140 collects the corresponding quantity of goods corresponding to the delivery request from the warehouse.

For this purpose, each sector in which the item is stored is designated to retrieve the item. Accordingly, the lifting device is

The loaded goods are picked up and transported to the second conveyor device, and the goods are distributed through the second conveyor device and the first conveyor device.

The article is transferred to the loading device 110 .

For goods stored in the warehouse, each item may be individually packaged and received, or multiple items may be stored in one package.

may be That is, when the goods are delivered to the buyer, individually packaged goods are transported directly from the warehouse to the shipping and delivery center 300 .

However, if multiple items are packaged in one, the resident company will repackage them before delivery.

Accordingly, the tenant terminal 150 determines whether the item requires repackaging when transmitting a request for delivery of the item to the central management server 140 .

information is transmitted, and the corresponding information may be transmitted to the article sorting apparatus 110 .

When the goods recovered from each sector of the warehouse are goods that require repackaging, the article sorting device 110 uses a conveyor device.

The goods are transferred to the vertical transport device 120 to send the goods to the corresponding tenant. After that, the resident company purchases the goods individually.

When it is repackaged and sent down through the vertical transport device 120 , it is sent back to the article sorting device 110 , and the article sorting device

(110) transmits the goods to the delivery destination tag attaching device (130). The delivery address tag attachment device 130 is sent to the central management server 140 .

After attaching the delivery address tag to the goods based on the delivery address information received from the

0) is transferred.

On the other hand, if the goods recovered from each sector do not require repackaging, the goods sorting device 110 is immediately delivered.

The article is transferred to the g-tag attaching device 130 . Thereafter, the delivery destination tag attachment device 130 is sent from the central management server 140 .

After attaching the delivery address tag to the goods based on the received delivery address information, it is transferred to the shipping and warehouse 300 through the conveyor device.

sing

Each of the goods transferred to the shipping office 300 may be classified for each delivery location information and transported to the delivery location through a vehicle.

The logistics system and building according to the present invention as described above have the following advantages over the prior art. First, the conventional

Logistics transport process that goes through a total of five steps can be drastically reduced. That is, all in one building.

As a result of locating the number of occupants and the 1st warehouse, the distance and time from the initial production of goods to the 1st shipping station

can be shortened. In addition, by immediately storing the goods received in the warehouse provided in the building, from the tenant's point of view

does not need to set up a separate warehouse within the tenant company, and the transportation time and storage cost of goods to the warehouse provided outside

has the effect of saving In addition, since such a series of processes is automatically controlled by the central management server 140

Therefore, there is an effect that manual labor is eliminated in goods transport and packaging.

5 is a block diagram of the central management server 140 according to an embodiment of the present invention.

As shown, the central management server 140 may include an interface unit 141 , an article information management unit 143 , a device management unit 142 , and a database unit 144 .

The interface unit 141 includes the tenant terminal 150, the article sorting device 110, and the delivery address tag attachment device through a wired/wireless network.

(130), the vertical transport device 120, is provided to perform communication with each device in the integrated distribution center, such as a conveyor device.

The goods information management unit 143 integrates information related to the warehousing, shipment, and warehouse loading of goods in the integrated distribution center.

manage More specifically, according to the information received from the tenant terminal 150, the goods stored in the integrated distribution center are sent out.

The information is transferred to the article sorting device 110 so as to be classified into any one of a high target, a tenant transmission target, and a warehouse loading target.

can provide

After the goods are received, they are divided into any one of a shipment target, a tenant transmission target, and a warehouse loading target by the product sorting device 110

If sorted, the article identification information and the classification result are received from the article sorting device 110 . The product information management unit 143 receives the

Based on the information, information on the movement path according to the classification result of the corresponding article is transmitted to the device management unit 142 to be described later,

Tenant DB (144A), product information DB (144B), warehouse information DB (144C), delivery address information provided in the database unit 144

DB (144D), the customer DB (144E) so that the corresponding information can be stored.

The goods information management unit 143, when the goods are the target of warehouse loading, loading corresponding to the tenant identification information to load the goods

Any one sector in the space can be determined. After the goods are received, they are shipped out immediately, or repackaged after being transported to the tenant.

In the case of being shipped out, a delivery address tag is attached to each item according to the delivery address information received from the tenant terminal 150.

The corresponding information may be provided to the delivery destination tag attaching device 130 .

In addition, the product information management unit 143 generates cost information to be billed to each tenant according to transportation, product management, and warehouse loading.

can do. Here, when loading warehouses, in the case of general warehouses, a dedicated space is allocated for each tenant, and the period of use of the warehouse is

And it is possible to generate cost information according to the number of sectors used, and store for goods stored in the special goods warehouse 220 .

By measuring the period, you can create separate cost information to be billed to the tenant.

In addition, the product information management unit 143 receives the delivery request received by each tenant terminal 150 from the customer, and

You can check whether customers purchase goods from multiple tenants to the same delivery address. In this case, several

As goods produced by the tenant can be delivered, each item is received from the tenant and then goes through the repackaging process before shipment.

The repackaged goods may be transported to the high collection point 300 .

The device manager 142 serves to control the operation of each device provided in the integrated distribution center. For example, goods

It is possible to control the operation of the conveyor device so that the goods can be moved according to the movement path of the goods received from the information management unit 143.

However, if the goods are stored in a specific sector within the warehouse, the tenant's warehouse is moved through the first conveyor device.

After moving the goods backwards, the goods are moved to the lower end of the specified sector through the second conveyor device, and the lift

It is moved to the top by the device so that the sector can be loaded with goods.

In addition, if the goods are to be transported to the tenant company, the tenant company in the integrated logistics center through the vertical transport device 120

You can control the transport of goods to the floor in which they are located.

The database unit 144 includes a tenant DB (144A), a product information DB (144B), a warehouse information DB (144C), a delivery address information DB (144D), and a customer.

DB 144E may be included.

The tenant DB 144A stores information related to the tenant companies that have moved into the integrated distribution center. For example, the formula of goods handled

Special information, warehouse area information of the tenant company, quantity of goods stocked in the warehouse, quantity of goods scheduled for delivery, production plant

location and time of visit of the transport vehicle 400 , and the like.

The goods information DB (144B) stores information related to the current state of the goods received. For example, the current location of the item, repackaging

It may include whether it is necessary, product price, shipping address information, and the like.

The warehouse information DB (144C) stores information about warehouses and special goods warehouses for each tenant. For example, warehouse area for each tenant

information, information about the size and acceptable goods of each sector in the warehouse, identification information of goods stored in each sector;

It may include identification information of goods stored in a special goods warehouse, cost information related to storage in the warehouse, and the like.

The delivery address information DB 144D stores delivery address information of each item input from the tenant terminal 150 .

The customer DB 144E stores related information of customers who have purchased goods from each resident company. For example, the customer's purchases, gender

/ May include personal information such as age and information such as delivery address. The central management server 140 is each tenant terminal 150

By accessing the customer DB 144E to read customer information input by the terminal 150 of other tenant companies, the customer related information stored in the customer DB 144E can be shared by each tenant company.

According to the above-described configuration, the central management server 140 automates and controls a series of processes required from warehousing of goods to shipment,

Accordingly, there is an effect that manual labor is eliminated in the transport and packaging of goods.

Figure 6 is according to the present invention, showing a flow for sorting and loading goods that are produced and received from the outside in the warehouse;

will be.

When goods are received from the outside to the integrated logistics center (S11), they are provided to the goods sorting device with information tags attached,

The product classification device classifies the corresponding product into any one of a shipment target, a tenant transmission target, and a warehouse target (S12).

The goods classified for shipment (S13) are goods to be immediately transported to the destination, and are tagged with the destination through a conveyor device.

The device is moved to the device, and the device attaching the shipping address tags the shipping address information according to the delivery address information received from the central management server.

is attached (S14). The goods with the delivery address tag are transported to the shipping depot through a conveyor device (S15),

At the calcination, it can be loaded onto a transport vehicle and transported to each destination.

For the goods to be transmitted to the tenant (S16), the integrated logistics center

It may correspond to goods that must be sent to the tenant located in the residential building. As a result of the classification, the goods subject to transmission by the tenant are the conveyors.

It is transported to the vertical transport device through the fishing device (S17), and is transported to the office of the tenant through the vertical transport device.

Next, the goods classified as warehouse loading targets by the article sorting device (S19) are, generally, as customers at the current time.

Since the order has not been reserved, it may correspond to an item to be loaded in the warehouse.

The central management server identifies the tenant identification information and the goods included in the information tag for the goods classified as warehouse loading targets.

Based on the information, any one sector in the loading space corresponding to the tenant identification information in which the goods are to be loaded is determined.

(S20). When the sector to be loaded is determined, as described above with reference to FIG. 2, the corresponding

Articles may be loaded in the sector (S21).

7 illustrates a series of flows for transferring goods loaded in a warehouse to a delivery destination according to the present invention.

If the tenant's terminal receives an application for delivery of goods from the buyer through the Internet, the central management server responds to the delivery request.

It is received from the tenant terminal (S31).

When the central management server receives a delivery request, the central management server retrieves the corresponding quantity of goods corresponding to the delivery request from the warehouse.

For this purpose, each sector in which the item is stored is designated to retrieve the item. Accordingly, the lift device is placed in the sector in question.

The loaded goods are picked up and transported to the second conveyor device, and the goods are distributed through the second conveyor device and the first conveyor device.

The article is transferred to the sorting device (S32).

The goods sorting device vertically passes through the conveyor device when the goods recovered from each sector of the warehouse are those that need repackaging.

The goods are transferred to the transport device and the goods are sent to the corresponding tenant (S33).

After that, the tenant side repackages the goods (S34), and the repackaged goods are transferred to a vertical transport device, a conveyor device, and an article.

It is sent through the sorting device to the shipping destination tagging device.

The delivery address tag attaching device attaches the delivery address tag to the outer surface of the package (S35), and then transfers the goods to the warehouse

(S36).

On the other hand, if the goods recovered from each sector do not require repackaging, the goods sorting device immediately attaches the shipping address tag.

Transfer the goods to the receiving device. Thereafter, the delivery address tag attachment device is based on the delivery address information received from the central management server.

After attaching the delivery address tag to the goods, it is transported to the warehouse through a conveyor device.

Each item transported to the warehouse may be classified according to delivery address information and transported to the delivery location through a vehicle.

According to the present invention described above, there are the following advantages over the prior art. First, through the conventional five-step process,

Logistics transport process can be drastically reduced. That is, multiple tenants and primary collection in one building

As a result of locating the cattle, it is possible to shorten the distance and time taken from the initial production of goods to the primary warehouse. In addition, by immediately storing the goods received in the warehouse provided in the building, from the standpoint of the tenant, a separate window is

There is no need to set up a warehouse, and it has the effect of saving the time for moving goods to the warehouse provided outside and the cost of the warehouse.

have. In addition, since this series of processes is automatically controlled by the central management server DP,

There is an effect that manual labor is eliminated.

As such, those skilled in the art to which the present invention pertains will appreciate that the present invention does not change the technical spirit or essential characteristics thereof.

It will be understood that the present invention may be embodied in other specific forms. Therefore, the embodiments described above

are to be understood in all respects as illustrative and not restrictive.

For example, the tenant terminal and the central management server according to the present invention can store information by memory, one implementation

In the example, the memory is a computer-readable medium. In one embodiment the memory may be a volatile memory unit,

For other implementations, the memory may be a non-volatile memory unit. In addition, the memory is, for example, a hard disk device, optical

It may include a disk device, or some other mass storage device.

The tenant terminal and the central management server allow one or more processing devices to perform the functions and processes described above when executed.

It can be realized by the command to lock. For example, such commands include, for example, JavaScript or ECMAScript commands.

interpretable instructions, such as script instructions, or executable code or stored in a computer-readable medium

Other commands may be included.

Implementations of the functional operations and subject matter described herein may be implemented as digital electronic circuits, or described herein.

implemented in computer software, firmware or hardware, including structures and structural equivalents thereof, or

It can be implemented by a combination of one or more of them. Implementations of the subject matter described herein may include one or more computer programs.

A program product, i.e. a tangible program for controlling the operation of, or for execution by, a processing system

It may be implemented as one or more modules for computer program instructions encoded on a RAM storage medium.

A computer-readable medium includes a machine-readable storage device, a machine-readable storage substrate, a memory device, and

It may be a composition of matter or a combination of one or more of these that affects a system readable radio signal.

As used herein, the term “system” or “device” refers to, for example, a programmable processor, computer, or multiprocessor or computer.

Covers all apparatus, devices and machines for processing data, including computers. The processing system is connected to the hardware

In addition, for example, the code constituting the processor firmware, the protocol stack, the database management system, the operating system, or

It may include code that forms an execution environment for a computer program upon request, such as a combination of one or more of these.

A computer program (also known as a program, software, software application, script, or code) is a computer program

It may be written in any form of programming language, including written or interpreted language, a priori or procedural language.

It is a standalone program, module, component, subroutine, or other unit suitable for use in a computer environment.

It can be deployed in any form, including A computer program does not necessarily correspond to a file in the file system.

is. A program may be placed in a single file provided to the requested program, or in multiple interacting files (eg, one

(more than one module, subprogram, or file that stores part of the code), or other programs or data

may be stored within a portion of a file (eg, one or more scripts stored within a markup language document). computer

The computer program is located at one site or distributed over multiple sites and interconnected by a communication network.

It can be deployed to run on multiple computers or on a single computer.

On the other hand, a computer-readable medium suitable for storing computer program instructions and data is, for example, an EPROM,

Semiconductor memory devices such as EEPROM and flash memory devices, such as internal hard disks or external disks

All forms of non-volatile memory, media and media, including conventional disks, magneto-optical disks, and CD-ROM and DVD-ROM disks.

It may include a memory device. Processors and memory may be supplemented by, or integrated into, special-purpose logic circuitry.

can

While this specification contains numerous specific implementation details, these are the scope of any invention or claimable.

It is not to be construed as limiting, but rather, it may be specific to a particular embodiment of a particular invention.

It should be understood as a description of features. Likewise, the specific features described herein in the context of individual embodiments

The specified features may be implemented in combination in a single embodiment. Conversely, various descriptions in the context of a single embodiment

Features may also be implemented in multiple embodiments individually or in any suitable sub-combination. Furthermore,

Although features operate in a particular combination and may be initially depicted as claimed as such, one or more features from a claimed combination may in some cases be excluded from the combination, and the claimed combination may be a sub-combination or

It can be changed to a variant of a sub-combination.

In addition, although this specification depicts the operations in the drawings in a specific order, it is necessary to

You must perform such operations in the specific order shown or sequential order, or that all illustrated operations are performed.

should not be construed as being In certain cases, multitasking and parallel processing may be advantageous. In addition,

It should be understood that the separation of various system components of the above-described embodiments requires such separation in all embodiments.

must not be used, and the program components and systems described are generally not integrated or integrated together into a single software product.

I must understand that it can be packaged into multiple software products.

As such, this specification is not intended to limit the invention to the specific terms presented. Therefore, the above example

Although the present invention has been described in detail with reference to those skilled in the art,

Modifications, changes and modifications may be made. The scope of the present invention is defined by the following claims rather than the above detailed description.

All changes or modifications derived from the meaning and scope of the claims and their equivalents

The form should be construed as being included within the scope of the present invention.

Claims (5)

In the automated logistics management method,
By tagging the information tag attached to the goods being received, the goods sorting device sets the goods to the target of shipment, the target of transmission to the tenant,
The first step of classifying one of the warehouse loading targets and transmitting the classification result to the central management server - the information tag is
Includes tenant identification information and product identification information -;
As a result of the classification by the central management server, for the goods to be loaded in the warehouse, the tenant identification number included in the information tag
Based on the beam and the product identification information, any in the loading space corresponding to the tenant identification information to load the product
a second step of determining one sector;
The first conveyor device transfers the goods to be loaded in the warehouse to the loading space corresponding to the tenant identification information.
After transporting, the second conveyor device transports the transported goods to the sector determined by the central management server
The third step to jaeha;
The central management server receives a delivery request including the product identification information and quantity information from the tenant terminal
Step 4;
The central management server requests a corresponding quantity of goods corresponding to the received delivery request among the goods loaded in the warehouse.
a fifth step of transferring the article to the article sorting device by the first conveyor device and the second conveyor device;
The goods sorting device transfers the transferred goods to the tenant company or the warehouse according to the command of the central management server.
includes the sixth step,
As a result of the classification of the first step, the delivery destination tag attachment device for the goods classified as the shipment target through a third conveyor device
delivery of the goods according to the information received by the delivery address tag attachment device from the central management server
attaching a delivery address tag including address information and then transferring the delivery address to the warehouse; and
As a result of the classification of the first step, the goods classified as the target for transmission by the tenant are transported vertically through the fourth conveyor device.
After transporting to the , the vertical transport device transferring to the floor in the building corresponding to the resident identification information of the article
An automated logistics management method comprising a. The method of claim 1,
The warehouse is provided with each separate loading space matching each tenant identification information by partitioning the inside of the warehouse.
and, the loading space for each tenant identification information is an automated logistics management method, characterized in that it is divided into a plurality of sectors. 3. The method of claim 2,
In the first step, the article sorting device recognizes the size of the article and transmits it to the central management server,
In the second step, the central management server selects any one sector in which to load the article based on the size of the received article.
Automated logistics management method, characterized in that determining the. 3. The method of claim 2,
The warehouse further includes a special article storage space in addition to the loading space for each tenant identification information,
In the first step, the article sorting device recognizes whether there is a need for special storage of the article and sends it to the central management server.
transmit,
In the second step, the central management server stores the item in the special storage
An automated logistics management method, characterized in that it is designated to be stored in any one sector of the number of goods storage space. The method of claim 1,
In the fourth step, the delivery request includes information on whether the item requires repackaging,
In the sixth step, the article sorting device performs the vertical waybill in the case of the goods that require repackaging of the goods requested for delivery.
It is sent to the tenant company through
Automated logistics management method, characterized in that after attaching a paper tag and transporting it to the shipping office.