KR102217855B1 - Shopping mall linked logistics delivery management system using beacons - Google Patents

Abstract

The present invention relates to a shopping mall linked logistics delivery management system using beacons, in which, when an online shopping mall receives information about items ordered and paid by a customer and sends a shipping instruction, a beacon scanner installed in a warehouse broadcasts a shipping instruction message containing shipping information about the logistics for which a shipping order has been issued, a beacon tag triggers an alarm when the shipment information matches the item stored in advance in a memory unit of the beacon tag, and a logistics management server identifies a sector in the warehouse where the beacon tag is located and then uses sector information to transmit information on the type and number of goods to be shipped out based on goods delivery movement lines and sectors of a worker to the terminal of the worker. According to the present invention, the sector information in the warehouse where the beacon tags of the items to be shipped are located is checked, and the sector information is used to transmit information on the type and number of goods to be shipped out based on goods delivery movement lines and sectors of the worker to the terminal of the worker, thereby enabling the worker to just move the designated sectors in order within a short time and proceed with the dispatch of the alarmed goods, so that work time is shortened, and work efficiency is increased.

Description

Shopping mall linked logistics delivery management system using beacons {SHOPPING MALL LINKED LOGISTICS DELIVERY MANAGEMENT SYSTEM USING BEACONS}

The present invention relates to a shopping mall-linked logistics delivery management system using a beacon, and more particularly, when receiving information on an item ordered and paid by a customer in an online shopping mall, the worker's delivery work flow in the distribution warehouse and each sector of the warehouse It relates to a shopping mall-linked logistics delivery management system using a beacon that enables effective delivery work by notifying the type and number of goods to be shipped to a worker's terminal.

In general, barcodes and electronic tags such as RFID (Radio Frequency Identification) are mainly used to manage goods, such as shipping goods or checking inventory status in warehouses.

However, the barcode reader has a problem that the recognition distance is short since the barcode reader can only recognize the barcode within a few cm range, and in the case of an electronic tag, there is a problem that a wired or wireless electronic tag reader must be used.

Meanwhile, a beacon is a low-power communication method that transmits information to a device within a radius of about 50m using Bluetooth, so it is possible to minimize the power consumption of the terminal and to more accurately determine the distance from the device indoors. There is this.

Accordingly, there is a need for research to manage a large amount of logistics (products) such as a distribution warehouse using beacons.

Registered Patent No. 10-1872373 “Logistics delivery management system and method using beacons” is installed on one side of a distribution warehouse and has a communication range for sending a message to the distribution warehouse, and when an order for delivery of distribution is issued by the manager A beacon scanner for receiving delivery information on the logistics for which the delivery instruction command is issued from the logistics management server through a communication network, and broadcasting a delivery instruction message including delivery information on the logistics for which the delivery instruction command is issued; And a beacon tag attached to the logistics received in the distribution warehouse, receiving a delivery instruction message including delivery information from the beacon scanner, and operating an alarm function when the product information previously stored in the memory unit corresponds to the delivery information. Includes.

Registered Patent No. 10-1872373 is characterized in that it allows the manager to recognize the location of the logistics that needs to be shipped through the alarm function of the beacon tag attached to the logistics, thereby making it easier to manage the delivery of logistics.

However, Registration Patent No. 10-1872373 is a function to enable the logistics management server to recognize the location of the beacon tag by operating the alarm function from the beacon tag attached to the logistics and transmitting its location to the logistics management server when it is determined as the delivery logistics. However, when orders and payments are made in an online shopping mall, it is not possible to directly link to the delivery process, and when product orders are pushed, workers are not able to guide the delivery work path so that the delivery work can be performed quickly and accurately.

Registered Patent No. 10-1872373 Registered Patent No. 10-2072523

The present invention is to solve the problem of the prior art, and when the online shopping mall receives information on the goods ordered and paid by the customer and transmits a delivery instruction command, the beacon scanner installed in the warehouse is It broadcasts a delivery instruction message containing the delivery information for the beacon tag, and an alarm is triggered when the delivery information matches the item previously stored in its memory, and the logistics management server monitors the sector in the warehouse where the beacon tag is located. The object of the present invention is to provide a shopping mall-linked logistics delivery management system using a beacon that transmits information on the type and number of goods to be shipped by sector and the type and number of goods to be shipped by sector using sector information after identification.

In order to achieve the above object, the present invention is a logistics delivery management system that handles delivery of the goods when a customer receives information on an order and payment from a server of an online shopping mall. A logistics management server that transmits a delivery instruction command upon receiving information on one product; It is installed at different locations in the distribution warehouse and has a communication range for sending messages to the distribution warehouse, and when a customer orders and pays for an item in a shopping mall, delivery information about the distribution ordered from the distribution management server through the communication network A plurality of beacon scanners for receiving, and broadcasting a delivery instruction message including delivery information for the distribution to which the delivery instruction command has been issued; And a delivery instruction message that is attached to the logistics received in the distribution warehouse and includes delivery information from the beacon scanner, and when the product information stored in advance in the memory unit corresponds to the delivery information, an alarm function operates, and an alarm function In the case of this operation, the beacon tag includes a beacon tag for broadcasting a beacon signal including tag-specific information and product information, wherein the beacon tag compares the signal reception strength of the broadcasting message received from a plurality of beacon scanners, and the signal strength is the highest. A large signal is determined by the beacon scanner closest to the beacon tag, and broadcasts a beacon signal including device-specific information, tag-specific information, and product information of the beacon scanner, and the beacon scanner receives a beacon from the beacon tag. The location information of the beacon scanner that can be checked from the device-specific information of the scanner, the tag-specific information of the beacon tag, and the product information stored in the memory of the beacon tag are transmitted to the logistics management server, and the logistics management server is the beacon received from the beacon scanner. Using the location information of the scanner, the sector in the warehouse where the beacon tag is located is identified, and by using the sector information in the warehouse of the goods that have sent the delivery instruction command, the worker's product delivery movement and the type of goods to be shipped for each sector and The number information is transmitted to the operator's terminal.

The beacon tag may include: a beacon scanner determining unit determining a signal having the highest signal strength by comparing signal reception strengths received from a plurality of beacon scanners; A delivery determination unit that compares product information previously stored in the memory unit with the delivery information to determine whether or not logistics are delivered; And an alarm unit configured to operate an alarm function when it is determined that the product information and the delivery information match and is determined to be delivery logistics as a result of the determination by the delivery determination unit.

The distribution management server includes: a warehouse sector identification unit for identifying a sector in a warehouse of a beacon tag using location information of a beacon scanner; And a product delivery movement line determination unit that provides information on the type and number of goods shipped by sector and the type and number of goods shipped by the worker using the product information received from the beacon scanner and the sector information in the warehouse identified by the warehouse sector identification unit. Can include.

In addition, the product delivery movement line determination unit accumulates information on all goods received by the beacon scanner at a certain time unit, and then, for the accumulated goods, the worker can perform the delivery work at once in the same sector regardless of the line or later of the reception time. It is possible to provide information on the type and number of goods shipped by sector, the movement of goods dispatched by the operator, and the number of goods delivered to the worker's terminal.

In addition, when the quantity of goods shipped from the beacon scanner reaches a preset quantity of excess goods for a certain period of time, the goods-delivery movement line determination unit will Divide the items to be shipped as post-received items to the worker, and provide information on the type and number of items to be shipped by sector, information on the type and number of items to be shipped by sector, and information on the type and number of items to be shipped by sector. Can be provided by sharing.

In addition, when the quantity of goods shipped from the beacon scanner reaches a preset quantity of excess goods for a certain period of time, the product delivery movement line determination unit determines the sector in which each worker will perform the delivery operation according to the number of workers to be simultaneously put into the delivery operation. It is possible to allocate and provide information to each worker's terminal by dividing each worker's product delivery work path, and information on the type and number of goods released by sector.

Furthermore, the logistics management server uses the product information received from the beacon scanner and the sector information in the warehouse identified by the warehouse sector identification unit to calculate the work time for each sector according to the quantity of goods to be shipped for each sector. Further comprising a calculation unit, wherein the product delivery movement line determination unit refers to the work time for each sector calculated by the work time calculation unit for each sector when allocating a sector for each worker to carry out the delivery work according to the number of workers to be simultaneously put into the factory work. Thus, it is possible to divide the work sectors so that the dispatch work time of the workers who are input at the same time is uniform, and provide information on the type and number of goods shipped by each worker to each worker's terminal.

According to the present invention having the above configuration, the following effects can be achieved.

Through the alarm function of the beacon tag attached to the logistics, the operator can more effectively recognize the location of the logistics that needs to be released, thereby making it possible to more easily manage the delivery of logistics.

By grasping the sector information in the warehouse where the beacon tags of the goods to be shipped are located, and transmitting information on the type and number of goods to be shipped by sector and the worker's goods delivery movement using the sector information, the worker can quickly It is possible to shorten the working time and increase the efficiency of work because it is possible to shorten the work time and increase the work efficiency because it is only necessary to proceed with the delivery work of the goods with alarms while moving the designated sectors in sequence within the time.

In addition, when a large amount of orders are received in the online shopping mall and it is difficult for the worker to carry out the shipment within the specified time, each worker allocates a sector to carry out the shipment work according to the number of workers to be simultaneously put into the shipment work, and the product shipment movement for each worker , By transmitting the information on the type and number of goods shipped by sector to each worker's terminal, it is possible to share the work accurately and effectively.

Furthermore, when the sectors are divided and allocated for each worker, information on the type and number of goods shipped by sector can be used to reasonably allocate the movement of goods and sectors so that the time it takes for the workers to ship them is uniform.

1 is a network configuration diagram of a distribution management system linked to a shopping mall using a beacon of the present invention
Figure 2 is a block diagram of a shopping mall-linked logistics delivery management system using a beacon of the present invention
3 is a flowchart of a shopping mall-linked logistics delivery management system using a beacon of the present invention
4 is a functional block diagram of the distribution management server
5 is a functional block diagram of a beacon tag
6 is an exemplary diagram showing a configuration of a beacon scanner (S) and a beacon tag (T) installed in a distribution warehouse and a state in which a sector in the warehouse is designated by dividing the beacon tag (T)

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to embodiments to be described later in detail together with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms.

In the present specification, the present embodiment is provided to complete the disclosure of the present invention, and to completely inform the scope of the invention to those of ordinary skill in the art to which the present invention belongs.

And the invention is only defined by the scope of the claims.

Thus, in some embodiments, well-known components, well-known operations, and well-known techniques have not been described in detail in order to avoid obscuring interpretation of the present invention.

In addition, throughout the specification, the same reference numerals refer to the same constituent elements, and terms used in the present specification (referred to) are intended to describe embodiments and are not intended to limit the present invention.

In the present specification, the singular form also includes the plural form unless specifically stated in the text, and elements and operations referred to as'including (or including)' do not exclude the presence or addition of one or more other elements and operations. .

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used as meanings that can be commonly understood by those of ordinary skill in the art to which the present invention belongs.

In addition, terms defined in a commonly used dictionary are not interpreted ideally or excessively unless defined.

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

1 to 6, when a shopping mall-linked logistics delivery management system using a beacon receives information about an item ordered and paid by a customer from a server of an online shopping mall ( S310 ), the logistics processing the delivery of the corresponding product It relates to a delivery management system.

The logistics management server 200 transmits a delivery instruction command to the beacon scanner 400 when the online shopping mall server 100 receives information on the product ordered and paid by the customer through the Internet ( S320 ).

A plurality of beacon scanners 400 are installed in the distribution warehouse 300. In FIG. 6, four beacon scanners 400 are exemplified, but are not limited thereto and are installed in various places inside a warehouse.

The plurality of beacon scanners 400 are installed at different locations within the distribution warehouse 300 to have a communication range for transmitting messages to the distribution warehouse 300, and when a customer orders and pays for goods in the shopping mall, distribution management through a communication network Receives delivery information on the logistics for which the delivery instruction command has been issued from the server 200, and broadcasts a delivery instruction message including delivery information on the logistics for which the delivery instruction command is issued to the beacon tag 500 located in the distribution warehouse 300 Cast ( S330 ).

One or more beacon tags 500 are attached to items on shelves in the warehouse, and the number of beacon scanners 400 is not limited as long as they can be covered by performing wireless communication with the beacon tags 500.

When there are at least three beacon scanners 400 capable of communicating with the beacon tag 500, a more accurate position of the beacon tag 500 may be recognized using an algorithm such as triangulation. At this time, the location information of the beacon scanner 400 may be stored in advance in the database of the distribution management server 200, and the distribution management server 200 is an RSSI (Received) received from the beacon tag 500 by the beacon scanner 400. The position of the beacon tag 500 may be more accurately recognized using a signal strength indication) value and a generally known position measurement algorithm (eg, an algorithm such as triangulation).

The beacon tag 500 is attached to the logistics received in the distribution warehouse 300, receives a delivery instruction message including the delivery information from the beacon scanner 400, and the product information stored in advance in the memory unit 510 is delivered. When the information corresponds to the alarm function operates, and when the alarm function operates, a beacon signal including tag unique information and product information is broadcast ( S340 ). The broadcasted beacon signal is received by the beacon scanner 400. The alarm function may be either an LED or a speaker. When the product ordered and paid by the customer of the online shopping mall matches the product information stored in the memory unit 510, an alarm is triggered to notify the product to be shipped because it corresponds to the item that has been ordered.

The beacon tag 500 compares the signal reception strength of the broadcasting message received from the plurality of beacon scanners 400 to determine the signal with the highest signal strength as the beacon scanner closest to the beacon tag, and It broadcasts a beacon signal including device-specific information, tag-specific information, and product information. The beacon tag 500 receives broadcasting messages from multiple beacon scanners 400 in the distribution warehouse 300 at the same time. At this time, the signal reception strength is compared and the strongest signal is the beacon scanner closest to the corresponding beacon tag 500 It is judged as (400).

The beacon tag 500 includes device-specific information of the nearest beacon scanner 400 among messages received from a plurality of beacon scanners 400, tag-specific information of the beacon tag 500, and product information that has received a shipment instruction. It broadcasts beacon signals.

The beacon scanner 400 includes the location information of the beacon scanner 400 that can be checked from the device-specific information of the beacon scanner 400 received from the beacon tag 500, the tag-specific information of the beacon tag 500, and the beacon tag 500 ) And transmits the product information stored in the memory unit 510 to the logistics management server ( S350 ), and the logistics management server 200 uses the location information of the beacon scanner 400 received from the beacon scanner 400 Identify the sector in the warehouse 300 where the tag 500 is located, and use the sector information in the warehouse 300 of the products that have sent the delivery instruction command to the worker's delivery of goods and the types of goods to be released for each sector and The number information is transmitted to the worker's terminal 600 ( S360 ).

The type and number of goods are received and held by the logistics management server 200 from the shopping mall server 100, and product information matching the goods received by the shopping mall server 100 by the logistics management server 200 is a beacon tag 500 ) Is also received.

Referring to FIG. 6, there are several beacon tags 500 in the warehouse 300, and each beacon tag 500 will have the highest signal strength received from the nearest beacon scanner 500. As described above, by using the strength of the signal, the location of the beacon scanner 400 closest to the beacon tag 500 can be known, and the logistics management server 200 provides information on the sector close to the beacon scanner 400. Because it knows, it is possible to know the sector information in the warehouse 300 of the goods that have transmitted the delivery instruction command. That is, it informs the terminal 600 of the worker in which sector the product to be shipped is in, what product it is, and how many of the product to be shipped.

The beacon tag 500 includes a memory unit 510, a beacon scanner determination unit 520, a shipment determination unit 530, an alarm unit 540, and a BLE communication unit 550.

The beacon scanner determination unit 520 determines a signal having the highest signal strength by comparing signal reception strengths received from a plurality of beacon scanners. The strength of the signal is determined using the RSSI (Received Signal Strength Indication) value of the received signal.

The delivery determination unit 530 compares product information stored in advance in the memory unit 510 with the delivery information to determine whether or not the distribution is delivered. When a customer orders a bag in an online shopping mall, an alarm is triggered for delivery if a'bag' is stored in the memory unit 510 of the beacon tag 500 as item information.

The alarm unit 540 operates an alarm function when the product information and the delivery information match as a result of the determination by the delivery determination unit 530 to determine delivery logistics. In this case, the alarm unit 540 may be either an LED or a speaker. When the alarm unit 540 is an LED, the beacon tag 500 may operate an alarm function by flashing the LED or displaying a color. When the alarm unit 540 is a speaker, the beacon tag 500 may operate an alarm function by transmitting a preset alarm sound.

The BLE communication unit 550 is a module capable of performing Bluetooth-based communication with the beacon scanner 400. The beacon tag 500 transmits a beacon signal to the beacon scanner 400 using the BLE communication unit 550.

The distribution management server 200 includes a warehouse sector grasping unit 210, a product delivery movement line determination unit 220, and a work time calculation unit 230 for each sector.

The warehouse sector identification unit 210 identifies a sector in the warehouse 300 of the beacon tag 500 using the location information of the beacon scanner 400. Referring to FIG. 6, if the location information of the beacon scanner 400 is the upper right, the sector in the warehouse 300 of the beacon tag 500 can be identified as'sector 3'using the location information of the beacon scanner 400. have. The number of beacon scanners 400 varies according to the size of the warehouse 300 and the number of beacon tags 500, and may be installed not only on the side of the warehouse 300 but also on the ceiling.

The goods delivery movement line determination unit 220 uses the goods information received from the beacon scanner 400 and the sector information in the warehouse 300 identified by the warehouse sector identification unit 210, the movement of goods delivery work of the worker, the goods delivery by sector Provides information on the type and number of the worker to the terminal 600 of the worker. Depending on the type of product ordered by the customer, the movement of the product delivery is sector 2 (shoes, 3 pairs) -> sector 3 (cosmetics, 4 pieces) -> sector 5 (mouse, 4 pieces) -> sector 7 (cup, 5 pieces) ) -> Sector 10 (wet tissue, 8 pieces) -> Sector 11 (briefcase, 2 pieces), and the types of goods shipped for each sector may be different for each sector. If you go to Sector 2, there are several shelves and a beacon tag 500 is attached to each item on it. In Sector 2, a beacon tag that stores shoes as article information, a beacon tag that stores hats as article information, and socks. It can be different from the beacon tag that is stored as product information, and if the item to be shipped from sector 2 informs that there are 3 pairs of shoes, the LED from the beacon tag 500 storing shoes as product information when the worker goes to sector 2 Since is blinking or sending information on the goods shipped to the speaker, the operator can easily know which beacon tag 500 represents the shoe in sector 2. Of course, all such information is displayed on the operator's terminal 600 so that it can be more easily known.

The goods delivery movement line determination unit 220 accumulates information on all goods received by the beacon scanner 400 at a certain time unit, and then for the accumulated goods, regardless of the line or later of the reception time, the same sector works at once. To enable this, information on the type and number of goods dispatched by sector, as well as the movement line of the worker's goods delivery work, can be provided to the worker's terminal.

For example, for the accumulated items after accumulating information on the items ordered by customers for 5 hours, the shoes received 4 hours ago and the shoes just received are both items in the same sector. In consideration of the type and the location of the sector, information on the type and number of goods shipped by the worker and the type and number of goods shipped by sector may be provided to the worker's terminal 600. In other words, the items received first come in front of the work flow line, and the items received later are not followed by the work flow line, but the items corresponding to the same sector can be shipped at once by the worker regardless of the order reception time. In consideration of the sector, it provides the worker's terminal 600 with a movement line of goods delivery, which can be shipped from the entrance to the exit of the distribution warehouse 300 at a time.

As another example, when the quantity of goods shipped from the beacon scanner 400 reaches a preset quantity of excess goods for a predetermined time, the goods delivery movement line determination unit 220 determines the reception time for the goods shipped for a predetermined time. By dividing the items to be shipped as pre-received items and post-received items to the worker, information on the type and number of items to be sent out by sector, information on the type and number of items to be sent out by sector, and shipping by sectors The type and number of items can be divided and provided.

If the quantity of goods ordered and received by customers in the online shopping mall server 100 exceeds 50% compared to usual for 6 hours, it takes a long time to ship goods to work with existing workers. Based on the time received by the server 200, it is divided into items received first and items received later. Based on 2 people, it was divided into first and second, but it is possible to classify according to time even if there are 3 or more workers. The logistics management server 200 may provide each worker with a movement line of goods delivery work for received goods, and the type and number of goods released for each sector, divided by time slot.

In another example, when the quantity of goods shipped from the beacon scanner reaches a preset quantity of excess goods for a certain period of time, the goods delivery movement line determination unit 220 performs a delivery operation according to the number of workers to be simultaneously put into the delivery operation. It is possible to allocate a sector to proceed with, and provide information on the type and number of goods to be shipped by each worker to each worker's terminal.

If the quantity of goods ordered and received by customers in the online shopping mall server 100 exceeds 150% compared to usual for 6 hours, it takes a long time to ship goods to work with existing workers. You have to put it in. For example, when it is assumed that 4 people are simultaneously inputted to the delivery operation, the goods delivery movement line determination unit 220 allocates sectors in which the 4 workers will perform the delivery operation so that the work areas of each other do not overlap. Worker 1 can be allocated by dividing the number of sectors by the number of workers, such as sector 1-3, worker 2 sector 4-6, worker 3 sector 7-9, and worker 4 sector 10-12. Of course, this is the case in which the goods to be released are in all sectors of sectors 1-12. If there are sectors that do not apply, excluding those sectors, divide the number of sectors equally among workers, and make sure that the goods-shipment flows of each other do not overlap. Each worker's product delivery work movement, and information about the type and number of goods released by sector may be divided for each worker and provided to the worker's terminal 600.

The sector-specific work time calculation unit 230 uses the product information received from the beacon scanner 400 and the sector information in the warehouse identified by the warehouse sector identification unit 210 to work by sector according to the quantity of goods to be shipped for each sector. Count the time. The quantity of the product is already known by receiving the product information ordered by the customer from the online shopping mall server 100. The reference time required to ship one item per sector is set in the logistics management server 200, and may be set by varying the reference time required to release one item according to the size and weight of the product.

In other words, depending on the nature of the product, the time it takes to ship can be divided into grades and managed. Since the number of products per sector and the type of goods to be shipped from the sector are known, the working time is calculated by considering the quantity and type of goods to be shipped by each sector.

For example, if sector 1 says that 10 bags and 8 monitors have to be shipped, the time required for shipping is set differently for each item because the weight and size of the bag and the monitor are different, and the degree of care is different. Should be. It is managed by dividing the release time grade according to the nature of these items.

When allocating a sector for each worker to carry out a delivery operation according to the number of workers to be simultaneously put into the delivery operation, the product delivery movement line determination unit 220 refers to the work time for each sector calculated by the sector-specific work time calculation unit 230. It is possible to divide the work sectors so that the dispatch work time of the workers input at the same time is uniform, and provide information on the type and number of goods to be shipped by each worker to the terminal 600 of the worker by dividing each worker's product delivery work movement line, and the type and number of goods to be shipped by sector.

When orders are received considerably more than usual and more people are put in than usual, it is important to divide the work sectors evenly with the working hours that are put in at the same time. However, if the workload is divided by only the number of sectors at this time, if the ordered goods are concentrated in a specific sector or the goods in that sector require attention and it takes a long time to ship, the worker in charge of the sector takes a long time to work. It gets caught and comes with a physical burden.

Therefore, as discussed above, it is important to allocate them reasonably in consideration of the nature of the goods for each sector and the number of goods to be shipped. In this case, if the shipment work time is divided among 4 workers so that the shipment work time is uniform, if there are a lot of items to be shipped in sector 5 and sector 11, and if the items require attention and it takes a long time to ship, worker 1 It can be allocated in the same manner as sectors 1-4 for silver, sector 5-6 for worker 2, sector 7-10 for worker 3, and sector 11-12 for worker 4. Eventually, workers 2 and 4 will have fewer allocated work sectors compared to workers 1 and 3.

This is only an example, and if calculated according to the number of workers input at the same time and the number and nature of goods to be shipped for each sector, the shipping work time can be evenly distributed without overlapping each other's shipping work flow.

Until now, the present invention has been described in detail with reference to preferred embodiments, but those skilled in the art to which the present invention pertains can practice the present invention in other specific forms without changing the technical spirit or essential features thereof, The embodiments are illustrative in all respects and should be understood as non-limiting.

In addition, the scope of the present invention is specified by the claims to be described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. Should be interpreted as.

100: online shopping mall server
200: logistics management server
210: Warehouse sector identification unit
220: Determining part of the movement line for shipping goods
230: work time calculation unit for each sector
300: warehouse
400: beacon scanner
500: beacon tag
510: memory unit
520: beacon scanner determination unit
530: delivery judgment unit
540: alarm unit
550: BLE communication unit
600: operator terminal

Claims (7)

As a logistics delivery management system that processes the delivery of the goods when the customer receives information about the goods ordered and paid from the server of the online shopping mall,
A logistics management server that transmits a delivery instruction command when the shopping mall server receives information on the goods ordered and paid by the customer;
It is installed at different locations in the distribution warehouse and has a communication range for sending messages to the distribution warehouse, and when a customer orders and pays for an item in a shopping mall, delivery information about the distribution ordered from the distribution management server through the communication network A plurality of beacon scanners for receiving, and broadcasting a delivery instruction message including delivery information for the distribution to which the delivery instruction command has been issued; And
Attached to the logistics received in the distribution warehouse, and receives a delivery instruction message including delivery information from the beacon scanner, and when the product information previously stored in the memory unit corresponds to the delivery information, an alarm function operates, and the alarm function is activated. In the case of operation, including a beacon tag for broadcasting a beacon signal including tag unique information and product information,
The beacon tag compares the signal reception strength of broadcasting messages received from a plurality of beacon scanners to determine the signal with the highest signal strength as the beacon scanner closest to the beacon tag, and device-specific information of the beacon scanner Broadcast a beacon signal including unique information and product information,
The beacon scanner transmits the location information of the beacon scanner that can be checked from the device-specific information of the beacon scanner received from the beacon tag, the tag-specific information of the beacon tag, and the product information stored in the memory of the beacon tag to the logistics management server,
The logistics management server identifies the sector in the warehouse where the beacon tag is located by using the location information of the beacon scanner received from the beacon scanner, and uses the sector information in the warehouse of the goods that have sent the delivery instruction command to the worker's goods delivery movement. And transmit the information on the type and number of goods to be shipped for each sector to the operator's terminal,
The logistics management server,
A warehouse sector identifying unit for identifying a sector in the warehouse of the beacon tag using the location information of the beacon scanner; And
Includes a product delivery movement line determination unit that provides information on the type and number of goods shipped by sector and the type and number of goods shipped by the worker using the product information received from the beacon scanner and the sector information in the warehouse identified by the warehouse sector identification unit. and,
The decision part of the product delivery route,
When the quantity of goods shipped from the beacon scanner reaches a preset quantity of excess goods for a certain period of time, each worker allocates a sector to carry out the release work according to the number of workers to be simultaneously put into the release work, and releases the goods of each worker. A shopping mall-linked logistics delivery management system using a beacon, characterized in that information on the type and number of goods shipped by traffic line and sector is divided for each worker and provided to the worker's terminal.
The method according to claim 1,
The beacon tag,
A beacon scanner determining unit for determining a signal having the largest signal strength by comparing signal reception strengths received from a plurality of beacon scanners;
A delivery determination unit that compares product information previously stored in the memory unit with the delivery information to determine whether or not logistics are delivered; And
And an alarm unit for operating an alarm function when the product information and the delivery information are determined as delivery logistics as a result of the determination by the delivery determination unit.
delete delete delete delete The method according to claim 1,
The logistics management server,
Further comprising a sector-by-sector work time calculation unit that calculates a sector-by-sector work time according to the quantity of products to be shipped by each sector using the product information received from the beacon scanner and the sector information in the warehouse identified by the warehouse sector identification unit
The determination unit for the delivery route of the goods,
When each worker allocates a sector to carry out the factory work according to the number of workers to be put into the factory work at the same time, work to ensure that the work time for the factory inputs is uniform by referring to the work time for each sector calculated by the work time calculation unit for each sector. A shopping mall-linked logistics delivery management system using a beacon, characterized in that the sector is divided, and information on the type and number of goods released by each worker is provided to the worker's terminal by dividing each worker's product delivery work flow, and information on the type and number of delivery items by sector.

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