KR20200089840A - Apparatus and System for Obtaining a Packing Video for Shipment, and Method and Apparatus for Controlling It - Google Patents

Abstract

Disclosed are an apparatus and a system for obtaining a packing video for shipment, and a method and an apparatus for controlling the same. The apparatus for obtaining a packing video for shipment may comprise: a table with a work area for performing packing of goods; a camera unit installed in a first side of the table and including a camera focused to photograph the work area; a scanner for recognizing invoice identification information; and a control unit which controls the camera to photograph a first packing process, which is a packing process of at least one goods corresponding to a first invoice, when first invoice identification information is recognized by the scanner, ends the photographing of the first packing process when second invoice identification information is recognized by the scanner, and controls the camera to photograph a second packing process, which is a packing process of at least one goods corresponding to a second invoice, wherein the control unit associates the video of the first packing process photographed by the camera with the first invoice identification information and stores the video associated with the information in a database. Therefore, the video of the packing process for shipment can be easily stored and managed.

Description

Apparatus and System for Obtaining a Packing Video for Shipment, and Method and Apparatus for Controlling It}

The present invention relates to an apparatus and a system for obtaining and packing a shipping packing image, a control method and a device thereof, and more specifically, an apparatus and system for photographing and storing and managing a packing process for shipping a product, and a method and method for controlling the same It is about the device.

Recently, as online e-commerce (hereinafter referred to as "shopping mall") is activated, much attention has been focused on improving the logistics processing system accordingly. Because the transaction through online e-commerce inevitably leads to the delivery of goods, it is a great contribution to the creation of corporate value by efficiently injecting the explosive courier volume with minimal manpower resources based on the automated logistics processing system. Because.

In general, a distribution center equipped with a logistics processing system contracts with a plurality of shopping malls and receives shipping instructions from shopping malls, picks up products according to the shipping instructions from the product storage rack, packs them, and attaches an invoice for shipment. It is loaded to ship to the destination specified in the instructions. In order to digest a large amount of courier in the logistics center, fast and efficient logistics processing is required, and for this, it may be considered to automate the manual section or shorten the time required for the manual section as much as possible.

On the other hand, the product packed after loading is delivered to the customer. However, after receiving the product from the customer side, frequently inquiries about the omission or incorrect delivery of the product are received in the shopping mall. When such an inquiry is received by the shopping mall, the shopping mall may request to check the packing process with the warehouse.

However, in the conventional case, in the distribution warehouse, the CCTV video of the packing execution area on the day of the packing is to be checked individually, and this process has a problem that human and time consumption are too large. On the other hand, referring to Korean Patent Publication No. 2011-0019249, a system for preventing mistransmission of logistics by checking whether a product is properly packaged based on a CCTV image when packing the product in a product packaging box This is disclosed.

However, these conventional systems not only do not have systematic management for shooting, management, and utilization of packing images, but also do not present any device configuration, such as the arrangement of equipment, and thus have limitations in the use of actual systems. have.

Korean Patent Publication No. 2011-0019249

The present invention is to solve this problem, based on recognizing the invoice bar code, by taking the packing process of the product to obtain a shipping packing image, and a packing packing image that can store and manage the obtained shipping packing image It is an object of the present invention to provide an acquisition device and system, a control method and an apparatus.

In order to achieve this object, the present invention provides in one aspect (Aspect). The factory packing image acquisition device includes: a table having a work area for performing article packing; A camera unit installed on the first side of the table and including a camera focused to photograph the work area; A scanner for recognizing invoice identification information; And when the first invoice identification information is recognized by the scanner, controls the camera to photograph a first packing process, which is a packing process of at least one item corresponding to the first invoice, and the second invoice identification information by the scanner. When it is recognized, the shooting of the first packing process is terminated, and the camera is controlled to shoot a second packing process, which is a packing process of at least one item corresponding to the second invoice, but the first packing taken by the camera And a control unit storing the image of the process in the database in association with the first invoice identification information.

The camera unit, the camera; A support portion extending upward from the first side of the table; And a connection part connected to an end of the support part at one end, and a camera seating part provided with the camera at the other end, for adjusting the photographing angle of the camera in at least one direction between the connection part and the camera seating part. It may include a seating portion on which the adjusting portion is formed.

The delivery packing image acquisition device includes: an invoice location display area installed on a second side of the table to visually guide a location where an invoice is placed; And a scanner seating unit installed on a third side of the table and seating the scanner at a position where the scanner can recognize identification information of an invoice placed in the invoice location display area.

The control unit controls the camera to end the shooting of the packing process when a shooting end command is received during shooting of the packing process, and can store the captured packing process image in association with corresponding invoice identification information and store it in the database. have.

The factory packing image acquisition device may further include a display unit displaying information. When the first invoice identification information is recognized, the control unit receives a list of goods corresponding to the first invoice from the database and displays it on one side of the screen of the display unit, and displays the real-time captured image of the first packing process. It can be displayed on the other side of the negative screen.

When the image verification request corresponding to the first invoice is received, the controller may extract an image of the first packing process stored in association with the first invoice identification information from the database.

On the other hand, in order to achieve the object of the present invention described above, the present invention provides a system for obtaining a packing image from another aspect. The delivery packing image acquisition system includes a database; And a table having a working area for performing article packing, a camera unit installed on the first side of the table and including a camera focused to photograph the working area, a scanner for recognizing invoice identification information, and the When the first invoice identification information is recognized by the scanner, the camera is controlled to photograph the first packing process, which is a packing process of at least one item corresponding to the first invoice, and the second invoice identification information is recognized by the scanner If it is, the photographing of the first packing process is terminated, and the camera is controlled to photograph the second packing process, which is a packing process of at least one item corresponding to the second invoice, but of the first packing process photographed by the camera, It may include an image acquisition device including a control unit for storing the image in the database in association with the first invoice identification information.

The camera unit, the camera; A support portion extending upward from the first side of the table; And a connection part connected to an end of the support part at one end, and a camera seating part provided with the camera at the other end, for adjusting the photographing angle of the camera in at least one direction between the connection part and the camera seating part. It may include a seating portion on which the adjusting portion is formed.

The image acquiring device includes: an invoice location display area installed on a second side of the table to visually guide a location where an invoice is placed; And a scanner seating unit installed on a third side of the table and seating the scanner at a position where the scanner can recognize identification information of an invoice placed in the invoice location display area.

The control unit controls the camera to end the shooting of the packing process when a shooting end command is received during shooting of the packing process, and can store the captured packing process image in association with corresponding invoice identification information and store it in the database. have.

The image acquisition device may further include a display unit displaying information. When the first invoice identification information is recognized, the control unit receives a list of goods corresponding to the first invoice from the database and displays it on one side of the screen of the display unit, and displays the real-time captured image of the first packing process. It can be displayed on the other side of the negative screen.

When the image checking request corresponding to the first invoice is received, the factory packing image acquisition system extracts the image of the first packing process stored in association with the first invoice identification information from the database, or the controller. It may further include a server unit that transmits a video verification request corresponding to the first invoice.

On the other hand, in order to achieve the object of the present invention described above, the present invention provides a control method in another aspect. The control method is a method performed by a control device interworking with a camera focused to photograph a work area of a table for performing article packing, and a scanner for recognizing invoice identification information, wherein the first method is performed by the scanner. If the invoice identification information is recognized, controlling the camera to photograph a first packing process, which is a packing process of at least one item corresponding to the first invoice; When the second invoice identification information is recognized by the scanner, ending the shooting of the first packing process and controlling the camera to shoot the second packing process, which is a packing process of at least one item corresponding to the second invoice. ; And storing an image of the first packing process photographed by the camera in the database in association with the first invoice identification information.

The control method may include controlling the camera to end shooting of the packing process when a command to end shooting is received during shooting of the packing process; And associating the photographed packing process image with corresponding invoice identification information, and storing the image in the database.

The control method includes: when the first invoice identification information is recognized, receiving a list of goods corresponding to the first invoice from the database and displaying the list of items on a screen side of the display unit; And displaying a real-time photographed image of the first packing process on the other side of the screen of the display unit.

The control method may further include, when an image confirmation request corresponding to the first invoice is received, extracting an image of the first packing process stored in association with the first invoice identification information from the database.

On the other hand, in order to achieve the object of the present invention described above, the present invention provides a control device in another aspect. The control device includes: an interface in communication with a camera focused to photograph a work area of a table for performing article packing and a scanner for recognizing invoice identification information; And when the first invoice identification information is recognized by the scanner, controls the camera to photograph a first packing process, which is a packing process of at least one item corresponding to the first invoice, and the second invoice identification information by the scanner. When is recognized, the shooting of the first packing process is terminated, the camera is controlled to shoot a second packing process, which is a packing process of at least one item corresponding to the second invoice, and the first packing taken by the camera It may include a processor for storing the image of the process in the database in association with the first invoice identification information.

The processor may control the camera to end the shooting of the packing process when a shooting end command is received during shooting of the packing process, and store the captured image of the packing process in the database in association with corresponding invoice identification information. have.

When the first invoice identification information is recognized, the processor receives a list of goods corresponding to the first invoice from the database and displays it on one side of the screen of the display unit, and displays the real-time captured image of the first packing process. It can be displayed on the other side of the negative screen.

When the image confirmation request corresponding to the first invoice is received, the processor may extract the image of the first packing process stored in association with the first invoice identification information from the database.

As described above, according to the present invention, by using the physical and functional structure of the shipping packing image acquiring device, based on recognizing the invoice barcode, the packing packing of the product is captured and the acquired packing packing is obtained. By storing and managing images, in the event of a packing error or delivery accident in the future, the packing process in the delivery process of the corresponding order can be quickly and easily confirmed and the responsible location can be clarified.

1 is a perspective view showing the shape of a factory-packed imaging device according to a preferred embodiment of the present invention.
2 is a block diagram showing the configuration of a factory-packed video imaging apparatus according to a preferred embodiment of the present invention.
3 is a perspective view exemplarily showing a shape of a camera unit illustrated in FIG. 1.
4 is a perspective view showing an invoice display area and a scanner seat for allowing the scanner to easily recognize an invoice identification number.
FIG. 5 is a flow chart showing the operation flow of the factory packing image photographing apparatus shown in FIG. 1.
6 is an exemplary view illustrating an example of a screen displayed by the display unit when photographing the first packing process.
7 is a flowchart illustrating a process of transmitting an image of a packing process corresponding to invoice identification information to a server unit.

The present invention can be applied to various changes and can have various embodiments, and specific embodiments will be illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In order to facilitate the overall understanding in describing the present invention, the same reference numerals are used for the same components in the drawings, and duplicate descriptions for the same components are omitted.

1 is a perspective view showing the shape of a shipping packing image photographing apparatus according to a preferred embodiment of the present invention, and FIG. 2 is a block diagram showing the configuration of a shipping packing image photographing apparatus according to a preferred embodiment of the present invention.

As shown in FIG. 1, the factory-packed image acquisition device 10 according to the preferred embodiment of the present invention may be implemented based on the table 20. The table 20 may be provided with a work area 22 for performing article packing. For example, an operator in charge of packing the goods can pack the goods corresponding to the invoice on the work area 22.

The camera unit 30 is installed on the first side of the table 20. 3 is a perspective view exemplarily showing the shape of the camera unit 30 shown in FIG. 1. As illustrated in FIG. 3, the camera unit 30 may include a camera 32, a support unit 34, a seating unit 36, and the like.

The camera 32 may perform a function of photographing the work area 22. The camera 32 is focused to photograph the work area 22 and can communicate with the control unit 50 and photograph the packing process performed in the work area 22 under the control of the control unit 50.

The support 34 may be formed to extend upward from the first side of the table 20. For example, the support portion 34 may be formed to extend upward from the rear support leg of the table 20. The seating portion 36 is provided with a connecting portion 36a connected to an end of the support portion 34 at one end, and a camera seating portion 36b at which the camera 32 is seated at the other end. An adjustment unit 36c for adjusting the photographing angle of the camera 32 in at least one direction may be formed between the connection unit 36a and the camera seating unit 36b.

The scanner 40 can recognize the invoice identification number written on the invoice. According to a preferred embodiment of the present invention, an invoice location display area and a scanner seat 26 may be provided to form a physical structure through which the scanner 40 can recognize the invoice identification number written on the invoice.

4 is a perspective view showing the invoice location display area and the scanner seat 26 for allowing the scanner 40 to easily recognize the invoice identification number.

As shown in FIG. 4, an invoice position display area 24 is provided on the second side of the table 20 to visually guide the position where the invoice is placed. That is, the user can place the invoice so that the invoice identification number is visible in the invoice location display area 24 provided in the table 20 in order to perform the packing operation of the items corresponding to the invoice.

A scanner seat 26 for seating the scanner 40 at a position where the scanner 40 can recognize the invoice identification information of the invoice placed in the invoice position display area 24 on the third side of the table 20. It is provided.

In this way, when the scanner 40 is seated on the scanner seat 26, when the user places the invoice in the invoice position display area 24, the scanner 40 automatically invoices the invoice position display area 24 Can recognize the invoice identification number.

Meanwhile, the display unit 80 may display information under the control of the control unit 50. The display unit 80 may be provided seated on the fourth side of the table 20 or, as shown in FIG. 1, mounted on one side of the camera unit 30, for example, on one side of the support unit 34. It might be.

A battery unit 60 for supplying power to the control unit 50 may be provided on the fifth side of the table 20. The table 20 may be provided with moving means so that the operator can move the table 20 easily. For example, moving wheels 700a, 700b, 700c, and 700d rotatable in various directions are provided at the bottom of the leg of the table 20 to allow the operator to move the table 20 in various directions.

The control unit 50 may be a network computer terminal capable of interworking with the scanner 40, the camera 32, the display unit 80, the database 200, and the server unit 100.

When invoice identification information is recognized by the scanner 40, the control unit 50 may control the camera 32 by transmitting a control signal to photograph a packing process of an item corresponding to the corresponding invoice.

The control unit 50 controls the camera 32 to terminate the current packing process when other invoice identification information is recognized during the shooting of the image, and associates the captured packing process image with the corresponding invoice identification information, so that the database 200 On the other hand, the camera 32 may be controlled to photograph a packing process of an article corresponding to newly recognized invoice identification information.

The controller 50 controls the camera 32 to end the shooting of the packing process when a shooting end command is received during the shooting of the packing process, and associates the image of the captured packing process with the corresponding invoice identification information. ).

In the database 200, invoice identification information and an image of a packing process of an article corresponding to the invoice identification information may be stored. In addition, the database 200 may store and manage goods and product detailed information corresponding to the invoice identification information, such as a company, a brand, a product type, size, and color, in association with the invoice identification information and the packing image.

The control unit 50 may receive an image verification request including the specific invoice identification information from the server unit 100, and the database 200 stores an image of the packing process stored in association with the invoice identification number included in the received image verification request. ) Can be extracted and transferred to the server unit 100.

FIG. 5 is a flowchart illustrating an operation flow of the factory packing image photographing apparatus illustrated in FIG. 1, and describes a factory packing image photographing method according to a preferred embodiment of the present invention.

First, the operator places the first invoice to perform the packing operation in the invoice location display area 24 so that the first invoice identification information is visible. On the other hand, the operator confirms the first invoice and places the items and packing boxes (or wrapping paper) corresponding to the first invoice on the work area 22 of the table 20.

5, when the first invoice is placed in the invoice location display area 26, the scanner 40 may recognize the first invoice identification information of the first invoice (step: S1). At this time, the scanner 40 receives a notification that the first invoice identification information has been recognized, for example, a buzzer output by the scanner 40 or the control unit 50, a message for recognizing the invoice identification information displayed by the display unit 80, and the like. It can also be displayed. Accordingly, the operator can perform packing of the items corresponding to the first invoice on the work area 22.

When the first invoice identification information is recognized by the scanner 40, the controller 50 sends a command signal to the camera 32 to command the first packing process, which is a packing process of the items corresponding to the first invoice. Can transmit. Then, in response to the command signal from the control unit 50, the camera 32 may photograph the first packing process (step: S2).

On the other hand, when the first invoice identification information is recognized, the control unit 50 receives a list of goods corresponding to the first invoice from the database 200, displays it on one side of the screen of the display unit 80, and displays the first A real-time photographed image of the packing process may be displayed on the other side of the screen of the display unit 80.

6 is an exemplary view illustrating a screen displayed by the display unit 80 when the first packing process is photographed.

As shown in FIG. 6, an invoice number display window W2 for displaying an invoice number that is invoice identification information is displayed on the upper left of the screen UI1, and an invoice that is the first invoice identification information is displayed in the invoice number display window W2. The number "XXXXXXX" is displayed.

At the bottom of the invoice number display window W2, an article list display window W3 indicating an item corresponding to the invoice displayed on the invoice number display window W2 is displayed, and the name, code, size, color, etc. of the article are displayed.

Meanwhile, an image display unit W1 displaying a real-time image of the packing process is displayed on the other side of the screen U1 to display a real-time image. Therefore, the worker can easily check the invoice identification information, the goods list and information, and the real-time packing operation image of the invoice currently being worked upon during the packing operation.

When the first packing process is completed, the operator then places the second invoice in the invoice location display area 24 so that the second invoice identification information is visible to perform packing of the items corresponding to the invoice to be worked on. On the other hand, the operator confirms the second invoice and places the items and packing boxes (or wrapping paper) corresponding to the second invoice on the working area 22 of the table 20.

When the second invoice is placed in the invoice location display area 24, the scanner 40 may recognize the second invoice identification information of the second invoice (step: S3). At this time, the scanner 40 receives a notification that the second invoice identification information has been recognized, for example, a buzzer output by the scanner 40 or the control unit 50, a message for recognizing the invoice identification information displayed by the display unit 80, and the like. It can also be displayed. Accordingly, the operator can perform packing of the items corresponding to the second invoice on the work area 22.

When the second invoice identification information is recognized by the scanner 40, the control unit 50 ends the shooting of the first packing process (step: S4), and associates the image of the first packing process with the first invoice identification information. It can be stored in the database 200 (step: S5). The image of the first packing process and the first invoice identification information are stored and managed in the database 200 in association with the invoice identification information, such as the corresponding goods and article details, such as a company, a brand, an article type, size, and color. Can be.

On the other hand, the control unit 50 may transmit a command signal instructing to photograph the second packing process, which is a packing process of items corresponding to the second invoice, to the camera 32. Then, in response to the command signal from the control unit 50, the camera 32 may photograph the second packing process (step: S6). The recognition signal of the second invoice identification information received from the scanner 40 may be used as a multi-request signal requesting termination of the first packing process, image storage of the first packing process, and shooting of the second packing process.

On the other hand, if the second packing process is completed and there is no next work item, the operator may request the control unit 50 to end shooting using the input means. For example, the operator selects the shooting end request menu displayed on the screen of the display unit 80 or requests the end of the shooting to the control unit 50 through input using a keyboard, remote key input using a mobile, or the like. Can. The input means may generate a shooting end command in response to the input of the operator and transmit it to the control unit 50.

When the shooting end command is received (step: S7), the control unit 50 ends the shooting of the second packing process (step: S8), and associates the image of the second packing process with the second invoice identification information, thereby making the database 200 ) (Step: S9). The image of the second packing process and the second invoice identification information are stored and managed in the database 200 in association with the invoice identification information, such as the corresponding product and article detailed information, such as a company, a brand, an article type, size, and color. Can be.

Through this process, an invoice identification number, a photographing image of a packing process, and goods and article detail information may be stored and managed in a database 200 linked with the factory packing image acquisition system.

On the other hand, a customer who has received the delivered goods can unpack the delivered packed goods, and when the product is damaged, defective, or missing, the server unit 100 may request confirmation. Here, the server unit 100 may be a shopping mall server, a distribution center server, or the like.

Then, the server unit 100 may request the control unit 50 to request an article packing image corresponding to the corresponding invoice identification information. 7 is a flowchart illustrating a process of transmitting the image of the packing process corresponding to the invoice identification information to the server unit 100, and the image of the first packing process corresponding to the first invoice identification information to the server unit 100 The delivery process is exemplified.

As shown in FIG. 7, the server unit 100 may transmit an image confirmation request requesting an image of the packing process of the first invoice identification information corresponding to the first invoice to the control unit 50 (step: S11). .

Then, in response to the image confirmation request, the controller 50 may extract the image of the first packing process corresponding to the first invoice identification information from the database 200 (step: S12). Subsequently, the control unit 50 may transmit the extracted image of the first packing process to the server unit 100 (step: S13).

Accordingly, the server unit 100 can easily check whether a product is damaged, defective, or missing an item in the packing process based on the transmitted image of the first packing process and take action.

On the other hand, the server unit 100 may access the database 200 according to a confirmation request from the customer and directly extract an image of the first packing process corresponding to the first invoice identification information.

Although the preferred embodiments of the present invention have been exemplified and described above, those skilled in the art variously modify and change the present invention without departing from the technical details and scope of the present invention as set forth in the claims below. You can understand that you can do it. Therefore, changes in the embodiments of the present invention will not be able to escape the technology of the present invention.

10: Factory packing image acquisition device
20: table
22: working area
24: Invoice location display area
26: scanner seat
30: camera unit
32: camera
34: support
36: seating portion
40: scanner
50: control unit
60: battery unit
80: display unit
100: server unit
200: database

Claims (20)

A table having a working area for performing article packing;
A camera unit installed on the first side of the table and including a camera focused to photograph the work area;
A scanner for recognizing invoice identification information; And
When the first invoice identification information is recognized by the scanner, the camera is controlled to photograph a first packing process, which is a packing process of at least one item corresponding to the first invoice, and the second invoice identification information is obtained by the scanner. If recognized, the photographing of the first packing process is ended, and the camera is controlled to photograph the second packing process, which is a packing process of at least one item corresponding to the second invoice, but the first packing process taken by the camera And a control unit for storing the image of the image in the database in association with the first invoice identification information.
The method of claim 1, wherein the camera unit,
The camera;
A support portion extending upward from the first side of the table; And
At one end, a connection part connected to an end of the support part is provided, and at the other end, a camera seating part on which the camera is mounted is provided, and an adjustment for adjusting the photographing angle of the camera in at least one direction between the connection part and the camera seating part Factory packing image acquisition device comprising a seating portion is formed.
According to claim 1, The invoice position display area is installed on the second side of the table to visually guide the position of the invoice placed; And
It is installed on the third side of the table, and further comprising a scanner seating unit for seating the scanner at a position where the scanner can recognize the invoice identification information placed in the invoice location display area. Device.
The method of claim 1, wherein the control unit,
When a shooting end command is received during shooting of the packing process, the camera is controlled to end shooting of the packing process, and the captured packing process image is stored in the database in association with corresponding invoice identification information. Factory packing image acquisition device.
The method of claim 1, further comprising a display unit for displaying information,
The control unit,
When the first invoice identification information is recognized, a list of goods corresponding to the first invoice is received from the database and displayed on one side of the screen of the display unit, and a real-time shot image of the first packing process is displayed on the other side of the display unit. Factory-packed image acquisition device characterized in that the display.
The method of claim 1, wherein the control unit,
When the image verification request corresponding to the first invoice is received, the factory packing image acquisition device, characterized in that extracting the image of the first packing process stored in association with the first invoice identification information from the database.
Database; And
A table having a work area for performing article packing, a camera part installed on the first side of the table and including a camera focused to photograph the work area, a scanner for recognizing invoice identification information, and the scanner When the first invoice identification information is recognized, the camera controls the first packing process, which is a packing process of at least one item corresponding to the first invoice, and when the second invoice identification information is recognized by the scanner , Controlling the camera to end the shooting of the first packing process and photographing the second packing process, which is a packing process of at least one item corresponding to the second invoice, but an image of the first packing process taken by the camera And an image acquisition device including a control unit that stores the information in the database in association with the first invoice identification information.
The method of claim 7, wherein the camera unit,
The camera;
A support portion extending upward from the first side of the table; And
At one end, a connection part connected to an end of the support part is provided, and at the other end, a camera seating part on which the camera is mounted is provided, and an adjustment for adjusting the photographing angle of the camera in at least one direction between the connection part and the camera seating part Factory packing image acquisition system characterized in that it comprises a seating portion is formed.
The method of claim 7, wherein the image acquisition device,
An invoice location display area installed on the second side of the table to visually guide the location where the invoice is placed; And
It is installed on the third side of the table, and further comprising a scanner seating unit for seating the scanner at a position where the scanner can recognize the invoice identification information placed in the invoice location display area. system.
The method of claim 7, wherein the control unit,
When a shooting end command is received during shooting of the packing process, the camera is controlled to end shooting of the packing process, and the captured packing process image is stored in the database in association with corresponding invoice identification information. Factory packing image acquisition system.
The method of claim 7, wherein the image acquisition device further comprises a display unit for displaying information,
The control unit,
When the first invoice identification information is recognized, a list of goods corresponding to the first invoice is received from the database and displayed on one side of the screen of the display unit, and a real-time shot image of the first packing process is displayed on the other side of the display unit. Factory packing image acquisition system characterized in that the display.
The method of claim 7, wherein, when an image confirmation request corresponding to the first invoice is received, the image of the first packing process stored in association with the first invoice identification information is extracted from the database, or the control unit is configured to receive the first image. A factory-packed image acquisition system, further comprising a server unit that transmits an image verification request corresponding to an invoice.
A method performed by a control device interlocked with a camera focused to photograph a work area of a table for performing article packing, and a scanner for recognizing invoice identification information,
If the first invoice identification information is recognized by the scanner, controlling the camera to photograph a first packing process, which is a packing process of at least one item corresponding to the first invoice;
When the second invoice identification information is recognized by the scanner, ending the shooting of the first packing process and controlling the camera to shoot the second packing process, which is a packing process of at least one item corresponding to the second invoice. ; And
And storing the image of the first packing process photographed by the camera in the database in association with the first invoice identification information.
The method of claim 13, further comprising: controlling the camera to end the shooting of the packing process when a command to end the shooting is received during shooting of the packing process; And
And storing the image of the captured packing process in association with corresponding invoice identification information in the database.
14. The method of claim 13, further comprising: when the first invoice identification information is recognized, receiving a list of goods corresponding to the first invoice from the database and displaying the list of items on the screen side of the display unit; And
And displaying a real-time photographed image of the first packing process on the other side of the screen of the display unit.
The method of claim 13, further comprising extracting an image of the first packing process stored in association with the first invoice identification information from the database when an image confirmation request corresponding to the first invoice is received. Control method.
An interface in communication with a camera focused to photograph a work area of a table for performing article packing and a scanner for recognizing invoice identification information; And
When the first invoice identification information is recognized by the scanner, the camera is controlled to photograph a first packing process, which is a packing process of at least one item corresponding to the first invoice, and the second invoice identification information is obtained by the scanner. When recognized, the shooting of the first packing process is terminated, the camera is controlled to shoot a second packing process that is a packing process of at least one item corresponding to the second invoice, and the first packing process taken by the camera And a processor to store the image of the image in the database in association with the first invoice identification information.
The method of claim 17, wherein the processor,
When a shooting end command is received during shooting of the packing process, the camera is controlled to end shooting of the packing process, and the captured packing process image is stored in the database in association with corresponding invoice identification information. controller.
The method of claim 17, wherein the processor,
When the first invoice identification information is recognized, a list of goods corresponding to the first invoice is received from the database and displayed on one side of a screen of a display unit, and a real-time photographed image of the first packing process is displayed on the other side of the display unit Control device characterized in that.
The method of claim 17, wherein the processor,
And when the image verification request corresponding to the first invoice is received, extract the image of the first packing process stored in association with the first invoice identification information from the database.

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