Container management auxiliary system and method

Abstract

A container management auxiliary system comprises a management server for storing container processing data, a portable electronic device capable of communicating with the management server, and an inspection subsystem. The portable electronic device takes pictures to obtain the shooting results, and provides the shooting results to the management server for storage. After the portable electronic device obtains the container processing data from the management server, when the portable electronic device determines that the shaking operation conditions are met, it displays a barcode corresponding to the container processing data. The inspection subsystem is operated to read the barcode displayed by the portable electronic device, so that the inspection subsystem displays the container processing data according to the barcode. The container management auxiliary system enables drivers responsible for transporting containers and container yard personnel to perform container inspection procedures more conveniently and quickly.

Description

Technical Field

[0001] The present invention relates to a container management auxiliary system and method, and in particular to a container management auxiliary system and method suitable for container handover operations. Background Art

[0002] In the current container handover operation, for the driver responsible for driving the container, whether the container is to be transported into or out of the container yard (also known as the "container yard"), he must go to a specific location in the container yard to deliver relevant paper documents (such as an empty container claim form, a loaded container claim voucher, an empty container transfer claim form or a container handover form, etc.) for inspection by the personnel of the container yard (also known as the "container yard personnel"). However, this operation mode is time-consuming and labor-intensive for the driver, so the existing technology still needs to be improved. Summary of the invention

[0003] One of the purposes of the present invention is to provide a container management auxiliary system that can improve the inconvenience of the prior art.

[0004] The container management auxiliary system of the present invention comprises a management server, a portable electronic device and an inspection subsystem. The management server stores container processing data related to the container transportation operation. The portable electronic device comprises a shooting unit, an acceleration sensing unit, a first display unit, and a first processing unit electrically connected to the shooting unit, the acceleration sensing unit and the first display unit and capable of being electrically connected to the management server. The inspection subsystem comprises a barcode reading unit, a second display unit, and a second processing unit electrically connected to the barcode reading unit and the second display unit. The first processing unit of the portable electronic device controls the shooting unit to shoot, so as to obtain a shooting result from the shooting unit, and provides the shooting result to the management server for storage. After the first processing unit of the portable electronic device obtains the container processing data from the management server, when the first processing unit determines that the shaking operation condition meets the requirements according to the acceleration sensing result generated by the acceleration sensing unit, the first display unit is controlled to display the barcode corresponding to the container processing data. The barcode reading unit of the inspection subsystem is operated to read the barcode displayed by the first display unit, so that the second processing unit controls the second display unit to display the container handling data according to the barcode.

[0005] In some embodiments of the container management auxiliary system of the present invention, the management server stores multiple container processing data respectively related to multiple container transportation operations, and the management server transmits the container processing data to the portable electronic device according to user operation. The portable electronic device also includes a storage unit electrically connected to the first processing unit, and after the first processing unit receives the container processing data from the management server, the first processing unit sorts the container processing data and stores it in the storage unit, and when the first processing unit determines that the shaking operation condition is met, the first processing unit controls the first display unit to display the barcode corresponding to the target container processing data with the highest priority in the order of the container processing data.

[0006] In some embodiments of the container management auxiliary system of the present invention, after transmitting the target container processing data to the portable electronic device, the management server also transmits the target container processing data to the inspection subsystem for storage. Each container processing data includes a unique identification code, and when the first processing unit determines that the shaking operation condition is met, the target container processing data is first selected from the container processing data according to the order of the container processing data, and the barcode having the identification code of the target container processing data is generated according to the identification code of the target container processing data, and then the first display unit is controlled to display the barcode. The second processing unit reads the barcode displayed by the first display unit by the barcode reading unit to obtain the identification code of the barcode, and selects the target container processing data from all the container processing data stored in the inspection subsystem according to the identification code of the barcode, and then controls the second display unit to display the target container processing data.

[0007] In some embodiments of the container management assistance system of the present invention, the portable electronic device also includes a storage unit electrically connected to the first processing unit and installed with a specific application, and the shaking operation condition includes the first processing unit determining that the acceleration change indicated by the acceleration sensing result is greater than a predetermined threshold value when executing the specific application.

[0008] In some implementations of the container management assistance system of the present invention, the management server sets the container processing data to be stored in an unfinished state, and the inspection subsystem also includes an input unit electrically connected to the second processing unit. After the second processing unit controls the second display unit to display the container processing data, the second processing unit also generates and transmits a processing completion notification corresponding to the container processing data to the management server based on the operation received by the input unit, so that the management server sets the container processing data stored by itself from the unfinished state to the completed state according to the processing completion notification.

[0009] Another object of the present invention is to provide a container management assistance method implemented by the container management assistance system.

[0010] The container management assistance method of the present invention is implemented by a container management assistance system, which includes a management server end storing container processing data related to container transportation operations, a portable electronic device, and an inspection subsystem, wherein the portable electronic device includes a shooting unit, an acceleration sensing unit, a first display unit, and a first processing unit, and the inspection subsystem includes a barcode reading unit, a second display unit, and a second processing unit. The container management assistance method includes: a shooting step, wherein the first processing unit of the portable electronic device controls the shooting unit to shoot, so as to obtain a shooting result from the shooting unit, and provides the shooting result to the management server end for storage. A barcode output step, wherein after the first processing unit of the portable electronic device obtains the container processing data from the management server end, when the first processing unit determines that the shaking operation condition is met according to the acceleration sensing result generated by the acceleration sensing unit, the first display unit is controlled to display a barcode corresponding to the container processing data. In a barcode reading step, the barcode reading unit of the inspection subsystem is operated to read the barcode displayed by the first display unit, so that the second processing unit controls the second display unit to display the container processing data according to the barcode.

[0011] In some embodiments of the container management assistance method of the present invention, the management server stores multiple container processing data respectively related to multiple container transportation operations. The portable electronic device also includes a storage unit. The container management assistance method also includes: a data transmission step: the management server transmits the container processing data to the portable electronic device according to user operation. A data storage step: after the first processing unit receives the container processing data from the management server, the first processing unit sorts the container processing data and stores it in the storage unit. In the barcode output step, when the first processing unit determines that the shaking operation condition is met, the first processing unit controls the barcode displayed by the first display unit to correspond to a target container processing data with the highest priority in the container processing data.

[0012] In some embodiments of the container management auxiliary method of the present invention, in the data transmission step, after the management server transmits the target container processing data to the portable electronic device, it also transmits the target container processing data to the inspection subsystem for storage. Each container processing data includes a unique identification code, and in the barcode output step, when the first processing unit determines that the shaking operation condition is met, it first selects the target container processing data from the container processing data according to the order of the container processing data, and generates the barcode with the identification code of the target container processing data according to the identification code of the target container processing data, and then controls the first display unit to display the barcode. In the barcode reading step, the second processing unit reads the barcode displayed by the first display unit by means of the barcode reading unit to obtain the identification code of the barcode, and selects the target container processing data from all the container processing data stored in the inspection subsystem according to the identification code of the barcode, and then controls the second display unit to display the target container processing data.

[0013] In some embodiments of the container management assistance method of the present invention, the portable electronic device also includes a storage unit installed with a specific application, and, in the barcode output step, the shaking operation condition includes the first processing unit determining that the acceleration change indicated by the acceleration sensing result is greater than a predetermined threshold value when executing the specific application.

[0014] In some implementations of the container management assistance method of the present invention, the management server sets the container processing data to be stored in an unfinished state, and the inspection subsystem also includes an input unit. The container management assistance method also includes a completion reporting step located after the barcode reading step: the second processing unit generates and transmits a processing completion notification corresponding to the container processing data to the management server according to the operation received by the input unit, so that the management server sets the container processing data stored by itself from the unfinished state to the completed state according to the processing completion notification.

[0015] The beneficial effect of the present invention is that: through the container management auxiliary system, the driver only needs to shake the portable electronic device when in the container yard to make the portable electronic device quickly display the barcode, so that the container yard personnel can go through the inspection procedure through the inspection subsystem. In this way, the container management auxiliary system is not only easy to operate, but also saves the time of traditional paper document delivery, and indeed improves the inconvenience of the prior art. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Other features and effects of the present invention will be clearly presented in the embodiments with reference to the accompanying drawings, in which:

[0017] Figure 1 is a block diagram of an embodiment of a container management auxiliary system of the present invention; and

[0018] Figure 2 is a flow chart, which illustrates by way of example how this embodiment implements a container management assistance method. DETAILED DESCRIPTION

[0019] Before the present invention is described in detail, it should be noted that the "electrical connection" described in this application specification generally refers to a wired electrical connection between multiple electronic devices / devices / components connected by conductive materials, and a radio connection for wireless signal transmission through wireless communication technology. In addition, the "electrical connection" described in this application specification also generally refers to a "direct electrical connection" formed by a direct connection between two electronic devices / devices / components, and an "indirect electrical connection" formed by two electronic devices / devices / components being connected through other electronic devices / devices / components.

[0020] See also Figure 1, an embodiment of the container management auxiliary system 1 of the present invention includes, for example, a management server 11, a portable electronic device 12 that can be electrically connected to the management server 11 for wireless communication, and an inspection subsystem 13 that can be electrically connected to the management server 11 for wireless communication. The management server 11 can be managed by a freight forwarder, for example, the portable electronic device 12 belongs to a driver 2 responsible for transporting containers, and the inspection subsystem 13 is managed by a container storage yard (hereinafter referred to as a "container yard") and is used for operation by a container yard staff 3 of the container yard, but is not limited thereto.

[0021] It is to be noted that, in actual implementation, the container management auxiliary system 1 may further include a plurality of other portable electronic devices 12 respectively belonging to other drivers, and a plurality of other inspection subsystems respectively managed by other container yards. However, for ease of understanding, this embodiment only uses the portable electronic devices 12 as an example. Figure 1 The portable electronic device 12 and the inspection subsystem 13 are shown for illustration.

[0022] The management server 11 stores, for example, a plurality of container processing data, wherein each container processing data includes a unique identification code and corresponds to, for example, a container transportation operation related to a shipping process and to be executed, but is not limited thereto.

[0023] When the management server 11 obtains each of the container processing data, the management server 11 will set the container processing data to an unfinished state for storage. More specifically, each container processing data may be established by, for example, a relevant person of the freight operator by operating the management server 11 or other computer devices, and the container transportation operation corresponding to each container processing data may be, for example, an export empty container pick-up operation, an export heavy container entry operation, an import heavy container pick-up operation, an import empty container return operation, an empty container dispatch pick-up operation, or a transshipment heavy container pick-up operation.

[0024] In this embodiment, "empty container" refers to a container without cargo, and "loaded container" refers to a container loaded with cargo. Moreover, for the driver 2 who is responsible for transporting the containers, the export empty container pick-up operation is, for example, transporting the empty container from the container yard to the loading location to wait for loading, the export loaded container entry operation is, for example, transporting the loaded container at the loading location into the container yard to wait for export, the import loaded container pick-up operation is, for example, transporting the imported loaded container from the container yard to the unloading location to wait for unloading, the import empty container return operation is, for example, transporting the empty container at the unloading location into the container yard for safekeeping, the empty container dispatch pick-up operation is, for example, transporting the empty container from the container yard to another container yard for safekeeping, and the transshipment loaded container pick-up operation is, for example, transporting the loaded container waiting to be transshipped from the container yard to the predetermined transportation location, but the present invention is not limited thereto.

[0025] Furthermore, in this embodiment, for each container processing data corresponding to the export empty container pick-up operation, the container processing data may, for example, further include a ship name data, a voyage data, a booking number (BookingNumber), a shipping order number (Shipping Order Number, also known as S / O Number, or Local DocumentNumber), a discharge port data, a cargo owner data, a container model data, a container quantity data, a vehicle dealer data, a vehicle number data, and a container pick-up person identification data.

[0026] For each container handling data corresponding to the export heavy container entry operation, the container handling data may, for example, further include a container number data, an Equipment Interchange Receipt (EIR) data, a container loading plan, a truck line data, and a truck number data.

[0027] For each container processing data corresponding to the import heavy container pick-up operation, the container processing data may, for example, further include a bill of lading number data, a container pick-up number data, a container number designation data indicating whether the container number is designated, a cargo owner data, a truck company data, a truck number data, and a container pick-up person identification data.

[0028] For each container processing data corresponding to the import empty container return operation, the container processing data may, for example, further include a container number data, a container delivery note data, a vehicle dealer data, and a vehicle number data.

[0029] For each container processing data corresponding to the empty container dispatch and pick-up operation, the container processing data may, for example, further include an empty container dispatch and pick-up order number (Reposition Number, also known as RPO Number), a dispatch source location, a dispatch destination location, a shipowner data, a container model data, a container quantity data, a vehicle dealer data, a vehicle number data, and a pick-up person identification data.

[0030] For each container processing data corresponding to the transshipment heavy container pick-up operation, the container processing data may, for example, further include a container pick-up number data, a ship name data, a voyage data, a shipping company data, a transshipment destination data, a container number designation data indicating whether the container number is designated, a vehicle company data, a vehicle number data, and a container pick-up person identification data.

[0031] It should be understood that the content of the container handling data varies according to the type of container transportation operation to which it corresponds. However, the content of the container handling data and the state of the container transportation operation described above are only used to illustrate this embodiment by way of example and are not limited thereto.

[0032] The portable electronic device 12 can be implemented as a smart phone (it can also be a tablet computer, but not limited to this), and the portable electronic device 12 includes a first storage unit 121, a shooting unit 122, an acceleration sensing unit 123, a first display unit 124, a first input unit 125, and a first processing unit 126 electrically connected to the first storage unit 121, the shooting unit 122, the acceleration sensing unit 123, the first display unit 124 and the first input unit 125, and capable of establishing an electrical connection with the management server 11 for wireless communication. Among them, the first storage unit 121 is implemented as a memory, for example, the shooting unit 122 is implemented as a shooting lens, for example, the acceleration sensing unit 123 is implemented as a gravity sensor (G-sensor), the first display unit 124 and the first input unit 125 are jointly implemented as a touch screen, and the first processing unit 126 is implemented as a processor, for example, but is not limited to this.

[0033] The first storage unit 121 is installed with a specific application, for example, and the first processing unit 126 can establish an electrical connection with the management server 11 to communicate with each other by executing the specific application.

[0034] The inspection subsystem 13 can be implemented as a computer device, and includes a second storage unit 131, a barcode reading unit 132, a second display unit 133, a second input unit 134, and a second processing unit 135 electrically connected to the second storage unit 131, the barcode reading unit 132, the second display unit 133 and the second input unit 134, and capable of establishing an electrical connection with the management server 11 for wireless communication. The second storage unit 131 is implemented as a memory, the barcode reading unit 132 is implemented as a barcode scanner, the second display unit 133 is implemented as a display screen, the second input unit 134 has a mouse and a keyboard for the counter staff 3 to operate, and the second processing unit 135 is implemented as a processor. However, in another embodiment, the inspection subsystem 13 may also be implemented as a smart handheld device (e.g., a smart phone or a tablet computer), and the barcode reading unit 132 may be implemented as a camera lens of the smart handheld device, and the second display unit 133 and the second input unit 134 may be implemented as a touch screen of the smart handheld device. Further, in another embodiment, the inspection subsystem 13 may also be implemented as a combination of one or more computer devices and one or more smart handheld devices. Therefore, the specific implementation of the inspection subsystem 13 is not limited to this embodiment.

[0035] Related References Figure 2 The following is an exemplary and detailed description of how the container management assistance system 1 of this embodiment implements a container management assistance method.

[0036] First, in a data transmission step S1, the management server 11 transmits the container processing data to the portable electronic device 12 according to the user's remote or proximal operation, and after transmitting the container processing data to the portable electronic device 12, the management server 11 also automatically transmits the container processing data to the inspection subsystem 13, so that the second processing unit 135 stores the container processing data in the second storage unit 131.

[0037] Specifically, in this embodiment, the management server 11 can, for example, transmit the container processing data to the portable electronic device 12 belonging to the driver 2 according to the operation of the personnel of the freight operator or the personnel of the truck dealership that the freight operator cooperates with. That is to say, for the driver 2, the container processing data is equivalent to a plurality of container transportation tasks that he is responsible for performing. In addition, according to the different operations received by the management server 11, the management server 11 can, for example, transmit the container processing data to the portable electronic device 12 in batches, or can, for example, transmit the container processing data to the portable electronic device 12 one by one. On the other hand, the management server 11 can, for example, automatically transmit the newly added container processing data of the day (or the previous day) to the inspection subsystem 13 for storage at an update time point every day, so that the relevant personnel of the container yard can grasp the container transportation operation to be carried out in advance, which is conducive to pre-planning of manpower arrangements and truck movement lines related to the container transportation operation.

[0038] It is additionally noted that since this embodiment only uses Figure 1 The portable electronic device 12 and the inspection subsystem 13 shown in the figure are used for explanation. Therefore, this embodiment assumes that the container transportation operations corresponding to the container processing data are all to be performed by the driver 2 holding the portable electronic device 12, and the execution locations are all related to the container yard to which the inspection subsystem 13 belongs (that is, transporting the container out of the container yard to which the inspection subsystem 13 belongs, or transporting the container into the container yard to which the inspection subsystem 13 belongs). However, in an actual implementation, if the management server 11 also stores multiple other container processing data, and the multiple other container transportation operations corresponding to the other container processing data are not performed by the driver 2, the management server 11 will not transmit the other container processing data to the portable electronic device 12. Similarly, if the execution locations of the other multiple container transport operations are not related to the container yard to which the inspection subsystem 13 belongs, the management server 11 will not transmit the other container processing data to the inspection subsystem 13. In addition, in order to avoid confusion, the other container processing data will not be described in the following description of this embodiment.

[0039] Next, in a data storage step S2 after the data transmission step S1, after the first processing unit 126 of the portable electronic device 12 receives the container processing data from the management server 11, the first processing unit 126 sorts the container processing data and stores it in the first storage unit 121. In this embodiment, the first processing unit 126 can, for example, sort the processing data according to the order of the designated execution time included in each container processing data. However, in other embodiments, the first processing unit 126 can also sort the container processing data according to the order in which it receives the container processing data, or according to the editing operation performed by the driver 2 on the container processing data, and is not limited to this embodiment. In this way, when the first processing unit 126 executes the specific application, the first processing unit 126 can control the first display unit 124 to display a to-do task list indicating the container processing data in sequence for the driver 2 to browse.

[0040] Next, in a barcode output step S3 after the data storage step S2, when the first processing unit 126 of the portable electronic device 12 determines that a shaking operation condition is met according to an acceleration sensing result generated by the acceleration sensing unit 123, the first processing unit 126 selects a target container processing data with the highest priority order from the container processing data according to the order of the container processing data. Next, the first processing unit 126 generates a barcode corresponding to the target container processing data with the identification code of the target container processing data according to the identification code of the target container processing data, and controls the first display unit 124 to display the barcode and the target container processing data, that is, displays the barcode and the content of the container transportation operation currently being performed by the driver 2.

[0041] More specifically, in this embodiment, the shaking operation condition, for example, represents that the first processing unit 126 determines that the acceleration change indicated by the acceleration sensing result is greater than a predetermined threshold value when executing the specific application. Thus, when the driver 2 is in the container yard and wants to conduct the inspection procedure of the container transportation operation with the container yard staff 3, the driver 2 only needs to shake the portable electronic device 12 while the specific application is being executed, so that the portable electronic device 12 can quickly display the barcode and the target container processing data for the container yard staff 3 to perform the inspection procedure. It should be supplemented that in this embodiment, the barcode can be implemented as a two-dimensional barcode with timeliness and conducive to enhancing data security, but it is not limited to this. Furthermore, in other embodiments, the barcode may be pre-generated by the first processing unit 126 when receiving the target container processing data from the management server 11, or the barcode may be pre-included in the target container processing data, and the first processing unit 126 may generate the barcode based on a unique device identification code corresponding to the portable electronic device 12. Therefore, the time and manner in which the barcode is generated are not limited to the present embodiment.

[0042] Then, in a barcode reading step S4 after the barcode output step S3, the barcode reading unit 132 of the inspection subsystem 13, for example, is operated by the counter staff 3 to read the barcode displayed by the first display unit 124, whereby the second processing unit 135 can obtain the identification code of the barcode (that is, the identification code contained in the target container processing data) by reading the barcode by the barcode reading unit 132, and select the target container processing data containing the same identification code from all the container processing data stored in the second storage unit 131 according to the identification code of the barcode, and then, the second processing unit 135 controls the second display unit 133 to display the target container processing data for the counter staff 3 to check. Thus, when the driver 2 is at the container yard to which the inspection subsystem 13 belongs, the driver 2 can quickly make the portable electronic device 12 display the barcode for the container yard staff 3 to scan with the barcode reading unit 132 by simply shaking the portable electronic device 12 while the specific application is running, without having to enter the to-do task list to manually select. Therefore, compared to the state in which the driver needs to enter the to-do task list to manually select the target container processing data from the container processing data, the present embodiment is more intuitive in operation, and allows the driver 2 to more conveniently and quickly make the portable electronic device 12 display the barcode, so as to further improve the efficiency of the inspection procedure. In addition, it is supplemented that, in the present embodiment, if the barcode displayed by the first display unit 124 has expired, the second processing unit 135 cannot obtain the identification code by reading the barcode through the barcode reading unit 132, and the driver 2 needs to re-operate the portable electronic device 12 to display a new barcode corresponding to the target container processing data, but this is not limited to this.

[0043] Then, in a photographing step S5 after the barcode reading step S4, the first processing unit 126 of the portable electronic device 12 controls the photographing unit 122 to take a photograph, for example, according to the operation of the driver 2 on the first input unit 125, so as to obtain a photographing result from the photographing unit 122, and provide the photographing result to the management server 11 for storage for future reference, so as to complete the handover of the container. Specifically, the photographing result is, for example, a photo, and, assuming that the container processing operation corresponding to the target container processing data is an export empty container pick-up operation, the photographing result is, for example, used to present the appearance of the empty container picked up by the driver 2, and the container information (such as the container model and container number) displayed on the surface of the empty container, but it is not limited thereto.

[0044] Then, in a completion reporting step S6 after the shooting step S5, the second processing unit 135 generates a processing completion notification corresponding to the target container processing data according to the operation received by the second input unit 134 (for example, the operation performed by the container yard personnel 3), and transmits the processing completion notification to the management server 11.

[0045] Next, in a status setting step S7 after the completion reporting step S6, when the management server 11 receives the processing completion notification from the inspection subsystem 13, the management server 11 sets the target container processing data stored in itself from the unfinished state to a completed state according to the processing completion notification, to represent that the container transportation operation corresponding to the target container processing data has been completed.

[0046] It is to be noted that, depending on the type of container handling operation corresponding to the target container handling data, the order relationship between the photographing step S5 and other steps and the content presented by the photographing result will also be different. For example, if the container handling operation corresponding to the target container handling data is an export empty container pick-up operation, then the photographing step S5 is, for example, Figure 2 However, in a similar implementation, if the target container processing data corresponds to a container handling operation for export, the photographing step S5 may be between the data storage step S2 and the barcode output step S3, and different from the Figure 2 The sequence of steps presented, and if the target container processing data corresponds to the export heavy container entry operation, the shooting result is used to present paper documents related to the target container processing data (such as container handover notes and export goods warehouse entry certificates). Therefore, it should be understood that the sequence relationship between the shooting step S5 and other steps and the content presented by the shooting result are not limited to this embodiment.

[0047] In summary, by implementing the container management assistance method through the container management assistance system 1, the driver 2 only needs to shake the portable electronic device 12 when the specific application is running at the container yard, so that the portable electronic device 12 can quickly display the barcode and the target container processing data for the container yard personnel 3 to perform the inspection procedure through the inspection subsystem 13. In this way, the container management assistance system 1 is not only easy to operate, but also saves the time of traditional paper document delivery, so it can indeed achieve the purpose of the present invention.

[0048] The above are merely embodiments of the present invention and should not be used to limit the scope of the present invention. That is, any simple equivalent changes and modifications made according to the claims and description of the present invention still fall within the scope of the present invention.

Claims

1. A container management auxiliary system, characterized in that: The container management auxiliary system comprises: A management server storing multiple container handling data related to multiple container transport operations; A portable electronic device, comprising a photographing unit, an acceleration sensing unit, a first display unit, a storage unit, and a first processing unit electrically connected to the photographing unit, the acceleration sensing unit, the first display unit and the storage unit and capable of being electrically connected to the management server; and The inspection subsystem includes a barcode reading unit, a second display unit, and a second processing unit electrically connected to the barcode reading unit and the second display unit; wherein: The management server transmits the container processing data to the portable electronic device according to the user operation; After the first processing unit of the portable electronic device receives the container processing data from the management server, the first processing unit sorts the container processing data and stores it in the storage unit; The first processing unit of the portable electronic device controls the photographing unit to take photos, so as to obtain a photographing result from the photographing unit, and provides the photographing result to the management server for storage; When the first processing unit determines that the shaking operation condition is met according to the acceleration sensing result generated by the acceleration sensing unit, the first display unit is controlled to display a barcode corresponding to the container processing data, wherein the barcode displayed by the first display unit corresponds to a target container processing data with the highest priority in the container processing data; and The barcode reading unit of the inspection subsystem is operated to read the barcode displayed by the first display unit, so that the second processing unit controls the second display unit to display the container handling data according to the barcode.

2. The container management auxiliary system according to claim 1, characterized in that: After transmitting the target container processing data to the portable electronic device, the management server also transmits the target container processing data to the inspection subsystem for storage; Each container processing data includes a unique identification code, and when the first processing unit determines that the shaking operation condition is met, the target container processing data is first selected from the container processing data according to the order of the container processing data, and the barcode having the identification code of the target container processing data is generated according to the identification code of the target container processing data, and the first display unit is controlled to display the barcode; and The second processing unit reads the barcode displayed by the first display unit by means of the barcode reading unit to obtain the identification code of the barcode, selects the target container processing data from all the container processing data stored in the inspection subsystem according to the identification code of the barcode, and then controls the second display unit to display the target container processing data.

3. The container management auxiliary system according to claim 1, characterized in that: The storage unit of the portable electronic device is electrically connected to the first processing unit and has a specific application installed therein, and the shaking operation condition includes the first processing unit determining that the acceleration change indicated by the acceleration sensing result is greater than a predetermined threshold value when executing the specific application.

4. The container management auxiliary system according to claim 1, characterized in that: The management server sets the container processing data to be stored in an unfinished state, and the inspection subsystem also includes an input unit electrically connected to the second processing unit. After the second processing unit controls the second display unit to display the container processing data, the second processing unit also generates and transmits a processing completion notification corresponding to the container processing data to the management server according to the operation received by the input unit, so that the management server sets the container processing data stored by itself from the unfinished state to the completed state according to the processing completion notification.

5. A container management assistance method, implemented by a container management assistance system, the container management assistance system comprising a management server storing a plurality of container processing data respectively related to a plurality of container transport operations, a portable electronic device, and an inspection subsystem, the portable electronic device comprising a photographing unit, an acceleration sensing unit, a first display unit, a storage unit, and a first processing unit, the inspection subsystem comprising a barcode reading unit, a second display unit, and a second processing unit, characterized in that: The container management auxiliary method includes: Data transmission step: the management server transmits the container processing data to the portable electronic device according to the user operation; Data storage step: after the first processing unit of the portable electronic device receives the container processing data from the management server, the first processing unit sorts the container processing data and stores it in the storage unit; Photographing step: the first processing unit of the portable electronic device controls the photographing unit to photograph, so as to obtain a photographing result from the photographing unit, and provides the photographing result to the management server for storage; The barcode output step includes: when the first processing unit determines that the shaking operation condition is met according to the acceleration sensing result generated by the acceleration sensing unit, controlling the first display unit to display a barcode corresponding to the container processing data, wherein the barcode displayed by the first display unit corresponds to a target container processing data with the highest priority in the order of the container processing data; and Barcode reading step: The barcode reading unit of the inspection subsystem is operated to read the barcode displayed by the first display unit, so that the second processing unit controls the second display unit to display the container processing data according to the barcode.

6. The container management assisting method according to claim 5, characterized in that: In the data transmission step, after transmitting the target container processing data to the portable electronic device, the management server also transmits the target container processing data to the inspection subsystem for storage; Each container processing data includes a unique identification code, and in the barcode output step, when the first processing unit determines that the shaking operation condition is met, the target container processing data is first selected from the container processing data according to the order of the container processing data, and the barcode having the identification code of the target container processing data is generated according to the identification code of the target container processing data, and then the first display unit is controlled to display the barcode; In the barcode reading step, the second processing unit reads the barcode displayed by the first display unit by means of the barcode reading unit to obtain the identification code of the barcode, selects the target container processing data from all the container processing data stored in the inspection subsystem according to the identification code of the barcode, and then controls the second display unit to display the target container processing data.

7. The container management assisting method according to claim 5, characterized in that: The storage unit of the portable electronic device is installed with a specific application, and in the barcode output step, the shaking operation condition includes the first processing unit determining that the acceleration change indicated by the acceleration sensing result is greater than a predetermined threshold value when executing the specific application.

8. The container management assisting method according to claim 5, characterized in that: The management server sets the container processing data to be stored in an unfinished state, and the inspection subsystem also includes an input unit. The container management auxiliary method also includes a completion reporting step located after the barcode reading step: the second processing unit generates and transmits a processing completion notification corresponding to the container processing data to the management server according to the operation received by the input unit, so that the management server sets the container processing data stored by itself from the unfinished state to the completed state according to the processing completion notification.

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