Logistics guide management system applied to cigarette unloading and cigarette unloading method

Abstract

The invention provides a logistics guide management system applied to cigarette unloading and a cigarette unloading method, and relates to the technical field of logistics management, and the system comprises a vehicle queuing registration module which is used for recognizing a freight certificate uploaded by a truck driver, obtaining the information of the freight certificate, generating an electronic queuing table, and distributing an idle parking space for a current vehicle; the parking space updating module is used for updating the corresponding parking space information to be in a use state after the vehicle distributes the idle parking space, and updating the current parking space information to be in an idle state when the vehicle starts to unload cigarettes; the cigarette unloading and scheduling module is used for generating a cigarette unloading and scheduling plan according to the freight permit information in the electronic queuing table and the generation time of the electronic queuing table; and the cigarette unloading state management module is used for managing a cigarette unloading starting state, a cigarette unloading canceling state and a cigarette unloading finishing state. According to the scheme, the problems that in the existing cigarette unloading process, the order is disordered, registration and sorting are unfair and unreasonable, and the field work efficiency is low can be solved.

Description

Technical Field

[0001] The present invention relates to the technical field of logistics management, and in particular to a logistics guidance management system and a cigarette unloading method applied to cigarette unloading. Background Art

[0002] At present, in the daily work of cigarette unloading, there are generally problems such as chaos, unfair and unreasonable registration and sorting, and low on-site work efficiency.

[0003] For example, multiple batches of cigarette trucks from different places often arrive at the same time. China Tobacco drivers rush into the logistics office and frequently urge warehouse staff to unload goods first to avoid long waits for unloading cigarettes, which leads to chaos on the scene. While warehouse staff are busy unloading goods, they also have to manually enter the transportation information, which results in low work efficiency.

[0004] For example, in logistics and warehousing, after industrial cigarettes arrive at the station, they need to register information, arrange the vehicle order, and register and sort to unload the cigarettes. For China Tobacco drivers, they don’t know the specific unloading time and have to wait on site. The long waiting time leads to the deepening of conflicts between drivers and logistics and warehousing management personnel. Sometimes when it is the driver’s turn to unload cigarettes, the China Tobacco driver is often not found. Summary of the invention

[0005] In view of this, in order to address the above shortcomings, it is necessary to propose a logistics guidance management system and a cigarette unloading method for cigarette unloading to solve the problems existing in the existing cigarette unloading process, such as disorder, unfair and unreasonable registration and sorting, and low on-site work efficiency.

[0006] In a first aspect, the present invention provides a logistics guidance management system for cigarette unloading, the system comprising: a vehicle queuing registration module, a cigarette unloading scheduling module, a parking space updating module and a cigarette unloading status management module; The vehicle queuing registration module is used to identify the transport permit uploaded by the truck driver to obtain the transport permit information and generate an electronic queuing table; and to allocate an empty parking space to the current vehicle; The parking space update module is used to update the corresponding parking space information to a used state after the vehicle is allocated an idle parking space; and to update the current parking space information to an idle state when the vehicle starts to unload smoke; The smoke unloading scheduling module is used to generate a smoke unloading scheduling plan by calculating the smoke unloading start time and smoke unloading completion time of each truck according to the transport permit information in the electronic queue table and the generation time of the electronic queue table; wherein the smoke unloading scheduling plan includes: the smoke unloading start time and the smoke unloading completion time; The smoke unloading state management module is used to manage the smoke unloading start state, the smoke unloading cancellation state and the smoke unloading completion state.

[0007] Preferably, the vehicle queue registration module includes: a queue table acquisition unit, a transport permit upload unit and a parking space distribution unit; The queue table acquisition unit is used for the truck driver to scan the logistics QR code to generate an electronic queue table template; The transport permit uploading unit is used for the truck driver to upload a transport permit image or PDF file, identify the transport permit information through OCR, and associate the identified transport permit information with the electronic queue table template; The parking space distribution unit is used to query from high-priority parking spaces to low-priority parking spaces in sequence, and allocate the first queried vacant parking space to the current truck; wherein each parking space is prioritized according to the convenience of the path when the corresponding vehicle unloads the vehicle, and the higher the parking space priority, the more convenient the path for the vehicle corresponding to the parking space to unload the vehicle.

[0008] Preferably, the vehicle queue registration module further comprises: a positioning determination unit; The positioning determination unit is used to locate the mobile phone of the truck driver scanning the logistics QR code when the queue list acquisition unit generates the electronic queue list template; and to determine whether the truck driver is at the logistics site; if the truck driver is at the logistics site, the truck driver is allowed to upload the transport permit through the transport permit uploading unit to generate an electronic queue list; if the truck driver is not at the logistics site, the truck driver is refused to upload the transport permit through the transport permit uploading unit to generate an electronic queue list.

[0009] Preferably, the vehicle queue registration module further comprises: a time checking unit; The time checking unit is used to check the time when the blank electronic queue list is generated by the queue list acquisition unit; if the time of generating the electronic queue list template is within working hours, the truck driver is allowed to upload the transport permit through the transport permit uploading unit to generate the electronic queue list; if the time of generating the electronic queue list template is not within working hours, the truck driver is refused to upload the transport permit through the transport permit uploading unit to generate the electronic queue list.

[0010] Preferably, the smoke unloading scheduling module includes: a smoke unloading time calculation unit and a scheduling plan generation unit; The smoke unloading time calculation unit is used to calculate the smoke unloading time according to the smoke unloading quantity in the electronic queuing table, the smoke unloading efficiency and the generation time of the electronic queuing table; The scheduling plan generating unit is used to generate the smoke unloading scheduling plan according to the order of generating the electronic queue list of each truck and the smoke unloading time.

[0011] Preferably, the smoke unloading state management module comprises: a smoke unloading start state management unit, a smoke unloading cancel state management unit and a smoke unloading completion state management unit; The smoke unloading start state management unit is used to, when it is the turn of the current vehicle to unload smoke, allow the warehouse manager to select the license plate number information corresponding to the vehicle and submit it to enter the smoke unloading start process; and update the smoke unloading state to start unloading smoke; The smoke unloading cancellation status management unit is used to, when a truck requests to cancel unloading, select the license plate number information of the corresponding vehicle for submission by the warehouse management personnel, enter the smoke unloading cancellation process; and update the smoke unloading status to cancel unloading; The smoke unloading completion status management unit is used to enable the warehouse management personnel to select the license plate number information corresponding to the vehicle and submit it when the current vehicle completes the smoke unloading, so as to enter the smoke unloading completion process; and update the smoke unloading status to smoke unloading completion.

[0012] Preferably, the smoke unloading state management unit is further used to send a text message to the truck driver through a set text message template when the warehouse manager selects the license plate number information of the corresponding vehicle to enter the smoke unloading process, so as to remind the truck driver to prepare for unloading the smoke; The smoke unloading cancellation state management unit is also used to send a text message to the truck driver through a set text message template to inform the truck driver that the smoke unloading has been cancelled when the warehouse manager selects the license plate number information of the corresponding vehicle to submit and enter the smoke unloading cancellation process; The smoke unloading completion status management unit is also used to send a text message to the truck driver through a set text message template to notify the truck driver to drive away the vehicle when the warehouse management personnel selects the license plate number information of the corresponding vehicle to submit and enter the smoke unloading completion process.

[0013] Preferably, the smoke unloading status management module is also used to call the time verification unit to determine whether the time interval between the current moment and the smoke unloading start time corresponding to the current truck driver in the smoke unloading schedule is less than a first preset threshold; if so, the positioning determination unit is called to locate the truck driver's mobile phone to determine whether the truck driver has left the smoke unloading site; if it is determined that the truck driver has left the smoke unloading site, a text message is sent to the truck driver to remind the truck driver to go to the smoke unloading site in time to prepare for unloading the smoke; at the same time, the optimal route to the smoke unloading site is pushed to the truck driver.

[0014] In a second aspect, the present invention further provides a cigarette unloading method, which is implemented based on the logistics guidance management system applied to cigarette unloading as described in the first aspect, and the method comprises: Step S1: The truck driver uses the queue list acquisition unit to scan the logistics QR code to generate an electronic queue list template; Step S2: The truck driver uploads the transport permit image or PDF file through the transport permit uploading unit, and the transport permit uploading unit identifies the transport permit information and associates it with the electronic queue list template to generate an electronic queue list; Step S3: Use the parking space distribution unit to query whether there is currently an empty parking space; if not, wait in line and query whether there is an empty parking space regularly; if yes, execute step S4; Step S4: Allocate the highest priority free parking space to the current vehicle, and update the parking space information to a used state; Step S5: using the smoke unloading scheduling module to generate a smoke unloading scheduling plan by calculating the smoke unloading start time and smoke unloading completion time of each truck according to the transport permit information in the electronic queue table and the generation time of the electronic queue table; Step S6: When the warehouse manager uses the smoke unloading state management unit to enter the smoke unloading process, the smoke unloading state management unit sends a text message to the truck driver to remind the truck driver to prepare for unloading; the parking space update module updates the parking space information corresponding to the current vehicle to an idle state; Step S7: When the smoke unloading is completed, the warehouse management personnel uses the smoke unloading completion management unit to select the license plate number information of the corresponding vehicle and submit it, enter the smoke unloading completion process, and update the smoke unloading status to smoke unloading completed; and use the smoke unloading completion status management unit to send a text message to the truck driver to notify the truck driver to drive the vehicle away.

[0015] Preferably, before step S6, if the truck driver cancels unloading of smoke, the warehouse management personnel will use the cancellation of smoke unloading status management unit to select the license plate number information of the corresponding vehicle to submit and enter the cancellation of smoke unloading process, and send a text message to the truck driver to inform the truck driver that the unloading of smoke has been canceled; and use the parking space update module to update the parking space information corresponding to the current vehicle to an idle state.

[0016] It can be seen from the above technical scheme that the logistics guidance management system and unloading method for cigarette unloading provided by the present invention include a vehicle queuing registration module, a cigarette unloading scheduling module, a parking space update module and a cigarette unloading status management module; the vehicle registration module can identify the permit uploaded by the truck driver, obtain the permit information to generate an electronic queue table, and can allocate an idle parking space to the current vehicle; the parking space update module can update the corresponding parking space information to the use state after the vehicle allocates an idle parking space, and update the current parking space information to the idle state when the vehicle starts to unload cigarettes; the unloading scheduling module can generate a cigarette unloading scheduling plan by calculating the start time and completion time of the truck's unloading according to the permit information in the electronic queue table and the generation time of the electronic queue table; the unloading status management module can manage the start unloading status, the cancellation unloading status and the unloading completion status. It can be seen that this scheme not only improves the registration efficiency, but also greatly improves the unloading order of cigarettes through intelligent registration queuing and automatic scheduling, and good unloading efficiency helps to improve the work efficiency on site. Moreover, the sorting order is determined according to the time when the truck driver registers and queues, making the unloading queue order more fair and reasonable. At the same time, based on this solution, the parking spaces for trucks are automatically allocated, and there is no need for personnel to direct them. Drivers can park as required, which greatly liberates the labor of staff. In addition, based on this solution, staff no longer need to spend too much time on vehicle registration, sorting and parking instructions, and can invest more manpower and time in unloading tobacco, thereby greatly improving the efficiency of unloading tobacco. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 A schematic diagram of a logistics guidance management system applied to cigarette unloading provided in an embodiment of the present invention.

[0018] Figure 2 A schematic diagram of a vehicle queuing registration module provided by an embodiment of the present invention.

[0019] Figure 3 A schematic diagram of a smoke unloading scheduling module provided in an embodiment of the present invention.

[0020] Figure 4 A schematic diagram of a smoke unloading status management module provided in an embodiment of the present invention.

[0021] In the figure: vehicle queue registration module 10, queue table acquisition unit 11, permit upload unit 12, parking space distribution unit 13, positioning determination unit 14, time verification unit 15, smoke unloading scheduling module 20, smoke unloading time calculation unit 21, scheduling plan generation unit 22, parking space update module 30, smoke unloading status management module 40, start smoke unloading status management unit 41, cancel smoke unloading status management unit 42, smoke unloading completion status management unit 43. DETAILED DESCRIPTION

[0022] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0023] Currently in commercial logistics warehousing, after industrial cigarettes arrive at the station, they need to be registered, arranged in vehicle order, and registered and sorted for unloading. For China Tobacco drivers, they do not know the specific time to unload the cigarettes, and have to wait there all the time. The long waiting time leads to a deepening conflict between the driver and the logistics warehousing management personnel. Sometimes when it is the driver's turn to unload the cigarettes, the China Tobacco driver cannot be found. At the same time, there will be scrambles when submitting transportation permits in the office, and the order is chaotic. Therefore, the unfair registration and sorting, the unreasonable arrangement of parking spaces, the unclear waiting time, and the unclear progress of unloading are the biggest problems in the current unloading of cigarettes. Based on this, if Figure 1-4 As shown, the present invention provides a logistics guidance management system for cigarette unloading, the system comprising: a vehicle queuing registration module 10, a cigarette unloading scheduling module 20, a parking space updating module 30 and a cigarette unloading status management module 40; The vehicle queue registration module 10 is used to identify the transport permit uploaded by the truck driver to obtain the transport permit information and generate an electronic queue table; and to allocate an empty parking space to the current vehicle; The parking space updating module 30 is used to update the corresponding parking space information to a used state after the vehicle is allocated an empty parking space; and to update the current parking space information to an empty state when the vehicle starts to unload smoke; The smoke unloading scheduling module 20 is used to generate a smoke unloading scheduling plan by calculating the smoke unloading start time and smoke unloading completion time of each truck according to the transport permit information in the electronic queue table and the generation time of the electronic queue table; wherein the smoke unloading scheduling plan includes: the smoke unloading start time and the smoke unloading completion time; The smoke unloading state management module 40 is used to manage the smoke unloading start state, the smoke unloading cancellation state and the smoke unloading completion state.

[0024] In this embodiment, the intelligent registration and queuing, and automatic scheduling methods not only improve the registration efficiency, but also greatly improve the order of unloading cigarettes, and good unloading efficiency helps to improve the work efficiency on site. Moreover, the sorting order is determined according to the time when the truck driver registers and queues, making the unloading queue order more fair and reasonable. At the same time, based on this solution, the automatic allocation of parking spaces for trucks is realized, and there is no need for personnel to direct. The driver can park as required, which greatly liberates the labor of the staff. In addition, based on this solution, the staff no longer need to spend too much time on vehicle registration, sorting, and parking directing, and can invest more manpower and time in unloading cigarettes, thereby greatly improving the efficiency of unloading cigarettes.

[0025] The vehicle queue registration module 10 may specifically include: a queue table acquisition unit 11, a transport permit upload unit 12 and a parking space distribution unit 13; The queue table acquisition unit 11 is used for the truck driver to scan the logistics QR code and generate an electronic queue table template; The transport permit uploading unit 12 is used for the truck driver to upload a transport permit image or PDF file, identify the transport permit information through OCR, and associate the identified transport permit information with the electronic queue table template; The parking space distribution unit 13 is used to query from high-priority parking spaces to low-priority parking spaces in sequence, and allocate the first queried vacant parking space to the current truck; wherein each parking space is prioritized according to the convenience of the path when the corresponding vehicle unloads the vehicle, and the higher the priority of the parking space, the more convenient the path for the vehicle corresponding to the parking space to unload the vehicle.

[0026] In this embodiment, we consider changing the handwritten paper registration to scan code registration, using the Qingliu platform to create an electronic form template, forming a unified QR code, so that China Tobacco drivers can fill in the code by scanning the code with their mobile phones, which is convenient and fast. In addition, we consider using OCR to recognize the transportation permit information, so as to realize automatic association filling after taking a photo, and further improve the efficiency of registration.

[0027] Furthermore, consider automatically allocating parking spaces for China Tobacco drivers. When allocating parking spaces, the parking spaces can be prioritized first, for example, they can be prioritized based on the convenience of going to the parking space when unloading the truck. In this way, when allocating parking spaces for trucks, the parking spaces with the highest priority among the available parking spaces will be allocated first, thereby improving the efficiency of unloading the truck.

[0028] In addition, the vehicle queue registration module 10 may further include: a positioning determination unit 14 and a time checking unit 15; The positioning determination unit 14 is used to locate the mobile phone of the truck driver scanning the logistics QR code when the queue list acquisition unit 11 generates the electronic queue list template; and to determine whether the truck driver is at the logistics site; if the truck driver is at the logistics site, the truck driver is allowed to upload the transport permit through the transport permit uploading unit 12 to generate an electronic queue list; if the truck driver is not at the logistics site, the truck driver is refused to upload the transport permit through the transport permit uploading unit 12 to generate an electronic queue list.

[0029] The time checking unit 15 is used to check the time when the blank electronic queue list is generated by the queue list acquisition unit 11; if the time of generating the electronic queue list template is within the working hours, the truck driver is allowed to upload the transport permit through the transport permit uploading unit 12 to generate the electronic queue list; if the time of generating the electronic queue list template is not within the working hours, the truck driver is refused to upload the transport permit through the transport permit uploading unit 12 to generate the electronic queue list.

[0030] In this embodiment, the positioning and current time can be automatically determined by the positioning determination unit 14 and the time checking unit 15. Through automatic positioning, it can be determined whether the current truck driver's mobile phone scanning location is at the unloading unit, and whether the scanning time is working hours, which prevents the driver of the China Tobacco Corporation from scanning the code and registering on the way before the driver and the vehicle arrive at the unit, and avoids disrupting the order of queuing registration.

[0031] The smoke unloading scheduling module 20 may mainly include: a smoke unloading time calculation unit 21 and a scheduling plan generation unit 22; The smoke unloading time calculation unit 21 is used to calculate the smoke unloading time according to the smoke unloading quantity in the electronic queue table, the smoke unloading efficiency and the generation time of the electronic queue table; The scheduling plan generating unit 22 is used to generate a smoke unloading scheduling plan according to the order of generating the electronic queue list of each truck and the smoke unloading time.

[0032] In this embodiment, the start and end times of smoke unloading can be calculated based on the smoke unloading quantity, smoke unloading efficiency, registration time, etc. Of course, the calculated time should exclude non-working time such as rest time and holidays to ensure the accuracy and rationality of the smoke unloading scheduling plan.

[0033] The smoke unloading state management module 40 may specifically include a smoke unloading start state management unit 41, a smoke unloading cancel state management unit 42 and a smoke unloading completion state management unit 43; The smoke unloading start state management unit 41 is used for, when it is the turn of the current vehicle to unload smoke, the warehouse manager selects the license plate number information corresponding to the vehicle to submit, and enters the smoke unloading start process; and updates the smoke unloading state to the smoke unloading start state; The smoke unloading cancellation state management unit 42 is used for, when a truck requests to cancel unloading, the warehouse manager selects the license plate number information of the corresponding vehicle to submit, enters the smoke unloading cancellation process; and updates the smoke unloading state to cancel unloading; The smoke unloading completion status management unit 43 is used to enable the warehouse manager to select the license plate number information corresponding to the vehicle and submit it when the current vehicle completes the smoke unloading, and to enter the smoke unloading completion process; and to update the smoke unloading status to smoke unloading completion.

[0034] In this embodiment, the start smoke unloading status management unit 41 is also used to send a text message to the truck driver through a set text message template when the warehouse management personnel selects the license plate number information of the corresponding vehicle to submit and enter the start smoke unloading process, so as to remind the truck driver to prepare for unloading the smoke; the cancel smoke unloading status management unit 42 is also used to send a text message to the truck driver through a set text message template when the warehouse management personnel selects the license plate number information of the corresponding vehicle to submit and enter the cancel smoke unloading process, so as to inform the truck driver that the smoke unloading has been canceled; the smoke unloading completion status management unit 43 is also used to send a text message to the truck driver through a set text message template when the warehouse management personnel selects the license plate number information of the corresponding vehicle to submit and enter the completion of the smoke unloading process, so as to notify the truck driver to drive away the vehicle.

[0035] In this embodiment, by sending a text message with a preset format template to the truck driver at each state, the truck driver can be informed of the current state in a timely manner. For example, when unloading cigarettes begins, the truck driver can be reminded to prepare for unloading cigarettes in advance to avoid wasting time waiting for the truck driver; of course, the text message sent should include the remaining time before the actual start of unloading cigarettes; for another example, sending a text message reminder when unloading cigarettes is completed can help the truck driver make reasonable use of waiting time and reduce blind waiting.

[0036] In addition, the smoke unloading status management module is also used to call the time verification unit to determine whether the time interval between the current moment and the smoke unloading start time corresponding to the current truck driver in the smoke unloading schedule is less than a first preset threshold; if so, the positioning judgment unit is called to locate the truck driver's mobile phone to determine whether the truck driver has left the smoke unloading site; if it is determined that the truck driver has left the smoke unloading site, a text message is sent to the truck driver to remind the truck driver to go to the smoke unloading site in time to prepare for unloading; at the same time, the optimal route to the smoke unloading site is pushed to the truck driver.

[0037] In this embodiment, by calling the time checking unit, it can be determined whether the truck driver is less than a certain time interval from the start of unloading the cigarettes. If the time is less than the preset time interval, the positioning determination unit can be used to determine whether the truck driver is at the unloading site. If not, a text message can be sent to the truck driver in time to prompt the truck driver to go to the unloading site in time to unload the cigarettes, so as to avoid the situation where the truck driver is not at the unloading site when it is the current truck driver's turn to unload the cigarettes, affecting the unloading efficiency and disrupting the subsequent unloading schedule. In addition, in order to ensure that the truck driver can arrive at the unloading site in time, the optimal route to the unloading site can be pushed to the truck driver while sending a text message to the truck driver, so as to ensure that the truck driver can arrive at the unloading site as quickly as possible.

[0038] Of course, in one embodiment, when the warehouse management personnel selects the license plate number information of the corresponding vehicle to submit and enter the process of canceling the smoke unloading process, the parking space update module 30 should also update the parking space information corresponding to the current vehicle to an idle state in time to avoid parking space occupancy and affect the allocation of parking spaces.

[0039] It is easy to understand that this system should be developed to include three parts, namely the logistics and warehousing personnel side, the China Tobacco driver side and the system administrator side. The system administrator side should be able to view the current unloading plan, schedule and status of cigarettes with one click, helping China Tobacco drivers to understand the unloading progress in real time; it can also generate visual charts such as scheduling Gantt charts and status indicator cards by analyzing historical unloading information, and intuitively view the status, schedule, vehicles, parking spaces and other information of cigarette unloading, to help warehouse personnel with comprehensive control. Both the logistics and warehousing personnel and the China Tobacco driver side can develop exclusive web pages to facilitate logistics and warehousing personnel to quickly query and operate unloading information, and facilitate China Tobacco drivers to query the unloading status of cigarettes in real time.

[0040] In addition, the present invention also provides a cigarette unloading method, which is implemented based on the logistics guidance management system applied to cigarette unloading in the above embodiments, and the method includes: Step S1: The truck driver uses the queue table acquisition unit 11 to scan the logistics QR code to generate an electronic queue table template; Step S2: The truck driver uploads the transport permit image or PDF file through the transport permit uploading unit 12, and the transport permit uploading unit 12 identifies the transport permit information and then associates and fills it into the electronic queue table template to generate an electronic queue table; Step S3: Use the parking space distribution unit 13 to check whether there is an empty parking space at present; if not, wait in line and regularly check whether there is an empty parking space; if yes, execute step S4; Step S4: Allocate the highest priority free parking space to the current vehicle, and update the parking space information to a used state; Step S5: using the smoke unloading scheduling module 20 to generate a smoke unloading scheduling plan by calculating the smoke unloading start time and smoke unloading completion time of each truck according to the transport permit information in the electronic queue table and the generation time of the electronic queue table; Step S6: When the warehouse manager uses the smoke unloading state management unit 41 to enter the smoke unloading process, the smoke unloading state management unit 41 sends a text message to the truck driver to remind the truck driver to prepare for unloading; the parking space update module 30 updates the parking space information corresponding to the current vehicle to an idle state; Step S7: When the smoke unloading is completed, the warehouse management personnel uses the smoke unloading completion management unit to select the license plate number information of the corresponding vehicle and submit it, enter the smoke unloading completion process, and update the smoke unloading status to smoke unloading completed; and use the smoke unloading completion status management unit 43 to send a text message to the truck driver to notify the truck driver to drive the vehicle away.

[0041] In one embodiment, before step S6, if the truck driver cancels unloading of smoke, the warehouse management personnel uses the cancellation unloading of smoke status management unit 42 to select the license plate number information of the corresponding vehicle and submit it to enter the cancellation unloading of smoke process, and sends a text message to the truck driver to inform the truck driver that the unloading of smoke has been canceled; and uses the parking space update module 30 to update the parking space information corresponding to the current vehicle to an idle state.

[0042] It can be seen from the above technical solutions that the logistics guidance management system and cigarette unloading method provided by the present invention for cigarette unloading have at least the following beneficial effects: (1) Realize intelligent registration. The change from paper registration to electronic scanning registration enables automatic identification and registration of information after taking a photo and uploading the permit information, greatly improving registration efficiency.

[0043] (2) Automatic parking space allocation. Previously, people were required to direct parking, but now people no longer need to direct where to park. Drivers can just park in the parking space they requested.

[0044] (3) Automatic scheduling. Calculate the warehouse manager's smoke unloading efficiency and normal working hours, remove rest time, after-get off work time, weekends and holidays, and automatically schedule the smoke unloading plan, which greatly reduces the difficulty of manual scheduling for warehouse managers, saves time for smoke unloading, and indirectly improves smoke unloading efficiency.

[0045] (4) Automatically send information. Automatically send SMS messages associated with the unloading status. When the warehouse staff clicks to start unloading, a SMS reminder is sent to the corresponding driver. The SMS contains information such as "license plate, unloading time, number of unloading pieces", etc. When unloading is completed, click "unloading completed" and a SMS reminder is sent simultaneously. This helps drivers make rational use of waiting time and reduce blind waiting.

[0046] The present specification also provides a computer-readable storage medium on which a computer program is stored. When the computer program is executed in a computer, the computer is caused to execute a method in any one of the embodiments in the specification.

[0047] The present specification also provides a computing device, including a memory and a processor, wherein executable codes are stored in the memory, and when the processor executes the executable codes, a method in any embodiment of the present specification is implemented.

[0048] Since the system embodiment provided by the present invention is based on the same inventive concept as the method embodiment of this specification, the specific contents of the method embodiment can be found in the description of the system embodiment of this specification and will not be repeated here.

[0049] The modules or units in the device of the embodiment of the present invention can be combined, divided and deleted according to actual needs. The above disclosure is only the preferred embodiment of the present invention, and of course it cannot be used to limit the scope of the rights of the present invention. Those skilled in the art can understand that all or part of the processes of the above embodiment are implemented, and the equivalent changes made according to the claims of the present invention still fall within the scope of the invention.

Claims

1. A logistics guidance management system applied to cigarette unloading, characterized in that: The system includes: a vehicle queuing registration module, a smoke unloading scheduling module, a parking space updating module and a smoke unloading status management module; The vehicle queuing registration module is used to identify the transport permit uploaded by the truck driver to obtain the transport permit information and generate an electronic queuing table; and to allocate an empty parking space to the current vehicle; The parking space update module is used to update the corresponding parking space information to a used state after the vehicle is allocated an idle parking space; and to update the current parking space information to an idle state when the vehicle starts to unload smoke; The smoke unloading scheduling module is used to generate a smoke unloading scheduling plan by calculating the smoke unloading start time and smoke unloading completion time of each truck according to the transport permit information in the electronic queue table and the generation time of the electronic queue table; wherein the smoke unloading scheduling plan includes: the smoke unloading start time and the smoke unloading completion time; The smoke unloading state management module is used to manage the smoke unloading start state, the smoke unloading cancellation state and the smoke unloading completion state.

2. The logistics guidance management system for cigarette unloading according to claim 1 is characterized in that: The vehicle queuing registration module includes: a queuing table acquisition unit, a transportation permit uploading unit and a parking space distribution unit; The queue table acquisition unit is used for the truck driver to scan the logistics QR code to generate an electronic queue table template; The transport permit uploading unit is used for the truck driver to upload a transport permit image or PDF file, identify the transport permit information through OCR, and associate the identified transport permit information with the electronic queue table template; The parking space distribution unit is used to query from high-priority parking spaces to low-priority parking spaces in sequence, and allocate the first queried vacant parking space to the current truck; wherein each parking space is prioritized according to the convenience of the path when the corresponding vehicle unloads the vehicle, and the higher the parking space priority, the more convenient the path for the vehicle corresponding to the parking space to unload the vehicle.

3. The logistics guidance management system for cigarette unloading according to claim 2 is characterized in that: The vehicle queuing registration module further includes: a positioning determination unit; The positioning determination unit is used to locate the mobile phone of the truck driver scanning the logistics QR code when the queue list acquisition unit generates the electronic queue list template; and to determine whether the truck driver is at the logistics site; if the truck driver is at the logistics site, the truck driver is allowed to upload the transport permit through the transport permit uploading unit to generate an electronic queue list; if the truck driver is not at the logistics site, the truck driver is refused to upload the transport permit through the transport permit uploading unit to generate an electronic queue list.

4. The logistics guidance management system for cigarette unloading according to claim 3 is characterized in that: The vehicle queue registration module further includes: a time checking unit; The time checking unit is used to check the time when the blank electronic queue list is generated by the queue list acquisition unit; if the time of generating the electronic queue list template is within working hours, the truck driver is allowed to upload the transport permit through the transport permit uploading unit to generate the electronic queue list; if the time of generating the electronic queue list template is not within working hours, the truck driver is refused to upload the transport permit through the transport permit uploading unit to generate the electronic queue list.

5. The logistics guidance management system for cigarette unloading according to claim 1 is characterized in that: The smoke unloading scheduling module includes: a smoke unloading time calculation unit and a scheduling plan generation unit; The smoke unloading time calculation unit is used to calculate the smoke unloading time according to the smoke unloading quantity in the electronic queuing table, the smoke unloading efficiency and the generation time of the electronic queuing table; The scheduling plan generating unit is used to generate the smoke unloading scheduling plan according to the order of generating the electronic queue list of each truck and the smoke unloading time.

6. The logistics guidance management system for cigarette unloading according to claim 1 is characterized in that: The smoke unloading state management module includes: a smoke unloading start state management unit, a smoke unloading cancel state management unit and a smoke unloading completion state management unit; The smoke unloading start state management unit is used to, when it is the turn of the current vehicle to unload smoke, allow the warehouse manager to select the license plate number information corresponding to the vehicle and submit it to enter the smoke unloading start process; and update the smoke unloading state to start unloading smoke; The smoke unloading cancellation status management unit is used to, when a truck requests to cancel unloading, select the license plate number information of the corresponding vehicle for submission by the warehouse management personnel, enter the smoke unloading cancellation process; and update the smoke unloading status to cancel unloading; The smoke unloading completion status management unit is used to enable the warehouse management personnel to select the license plate number information corresponding to the vehicle and submit it when the current vehicle completes the smoke unloading, so as to enter the smoke unloading completion process; and update the smoke unloading status to smoke unloading completion.

7. The logistics guidance management system for cigarette unloading according to claim 6 is characterized in that: The smoke unloading state management unit is also used to send a text message to the truck driver through a set text message template when the warehouse manager selects the license plate number information of the corresponding vehicle to enter the smoke unloading process, so as to remind the truck driver to prepare for unloading; The smoke unloading cancellation state management unit is also used to send a text message to the truck driver through a set text message template to inform the truck driver that the smoke unloading has been cancelled when the warehouse manager selects the license plate number information of the corresponding vehicle to submit and enter the smoke unloading cancellation process; The smoke unloading completion status management unit is also used to send a text message to the truck driver through a set text message template to notify the truck driver to drive away the vehicle when the warehouse management personnel selects the license plate number information of the corresponding vehicle to submit and enter the smoke unloading completion process.

8. The logistics guidance management system for cigarette unloading according to claim 4 is characterized in that: The smoke unloading status management module is also used to call the time verification unit to determine whether the time interval between the current moment and the smoke unloading start time corresponding to the current truck driver in the smoke unloading schedule is less than a first preset threshold; if so, the positioning determination unit is called to locate the truck driver's mobile phone to determine whether the truck driver has left the smoke unloading site; if it is determined that the truck driver has left the smoke unloading site, a text message is sent to the truck driver to remind the truck driver to go to the smoke unloading site in time to prepare for unloading; at the same time, the optimal route to the smoke unloading site is pushed to the truck driver.

9. A smoke unloading method, characterized in that: The cigarette unloading method is implemented based on the logistics guidance management system applied to cigarette unloading as described in claims 1-8, and the method comprises: Step S1: The truck driver uses the queue list acquisition unit to scan the logistics QR code to generate an electronic queue list template; Step S2: The truck driver uploads the transport permit image or PDF file through the transport permit uploading unit, and the transport permit uploading unit identifies the transport permit information and associates it with the electronic queue list template to generate an electronic queue list; Step S3: Use the parking space distribution unit to query whether there is currently an empty parking space; if not, wait in line and query whether there is an empty parking space regularly; if yes, execute step S4; Step S4: Allocate the highest priority free parking space to the current vehicle, and update the parking space information to a used state; Step S5: using the smoke unloading scheduling module to generate a smoke unloading scheduling plan by calculating the smoke unloading start time and smoke unloading completion time of each truck according to the transport permit information in the electronic queue table and the generation time of the electronic queue table; Step S6: When the warehouse manager uses the smoke unloading state management unit to enter the smoke unloading process, the smoke unloading state management unit sends a text message to the truck driver to remind the truck driver to prepare for unloading; the parking space update module updates the parking space information corresponding to the current vehicle to an idle state; Step S7: When the smoke unloading is completed, the warehouse management personnel uses the smoke unloading completion management unit to select the license plate number information of the corresponding vehicle and submit it, enter the smoke unloading completion process, and update the smoke unloading status to smoke unloading completed; and use the smoke unloading completion status management unit to send a text message to the truck driver to notify the truck driver to drive the vehicle away.

10. The smoke unloading method according to claim 9, characterized in that: Before step S6, if the truck driver cancels unloading, the warehouse manager selects the license plate number information of the corresponding vehicle by using the unloading cancellation status management unit to submit the unloading cancellation process, and sends a text message to the truck driver to inform him that the unloading has been cancelled; And, the parking space information corresponding to the current vehicle is updated to an idle state by using the parking space update module.

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