A ballot box detection method and system

Abstract

The application discloses a kind of ticket box detection method and system, it is related to bus ticket box detection processing technical field, the method includes: through the vehicle-mounted machine on vehicle, the empty box card data of empty box is collected;Through the vehicle-mounted machine, the heavy box card data of heavy box is collected;The vehicle-mounted machine sends the empty box card data, heavy box card data and vehicle data to the background server;The background server carries out data processing according to the data processing rule received data, to obtain the result data of box collection.This application can automatically collect and record the card data of empty box and heavy box, without manual record processing, and can automatically count and process the result of box collection of corresponding vehicle, improve the efficiency of box collection data processing, conducive to the development of box collection statistical work.

Description

Technical Field

[0001] This invention relates to the field of bus ticket box detection and processing technology, and in particular to a ticket box collection detection method and system. Background Technology

[0002] Currently, most buses are equipped with fare boxes for collecting money. During the fare box collection and inspection process, staff will install empty fare boxes (hereinafter referred to as empty boxes) on the bus and record their serial numbers and the vehicle's license plate number. Simultaneously, fare boxes containing money (hereinafter referred to as full boxes) will be collected and their serial numbers recorded. However, with a large number of buses, manual data recording is labor-intensive, time-consuming, and prone to errors due to human factors, affecting the accuracy of the data and significantly impacting the statistical work on fare box collection status. Summary of the Invention

[0003] The technical problem to be solved by the present invention is to provide a ticket box collection detection method and system that can automatically collect and record card swiping data of empty and full boxes without manual recording and processing, and can automatically count and process the collection results of corresponding vehicles, thereby improving the efficiency of collection data processing and facilitating the collection statistics work.

[0004] To address the aforementioned technical problems, this invention provides a method for detecting the collection of ticket boxes, comprising: collecting empty box card swipe data using an onboard unit in a vehicle; collecting full box card swipe data using the onboard unit; the onboard unit sending the empty box card swipe data, full box card swipe data, and vehicle data to a backend server; and the backend server processing the received data according to collection processing rules to obtain collection result data.

[0005] As an improvement to the above solution, before the step of collecting the empty box card swiping data through the vehicle-mounted unit, the method further includes: collecting the initial card swiping data of the empty box when it leaves the factory through the workshop card swiping machine and sending it to the backend server.

[0006] As an improvement to the above scheme, the backend server processes the received data according to the receiving box processing rules to obtain the receiving box result data. The steps include: the backend server uniformly classifies and saves the data sent by the corresponding vehicle-mounted unit according to the vehicle number in the vehicle data to obtain the corresponding vehicle dataset; the backend server saves all the initial card swiping data to the exit dataset; the backend server processes the vehicle dataset and the exit dataset according to the receiving box processing rules to obtain the receiving box result data.

[0007] As an improvement to the above scheme, the backend server processes the vehicle dataset and the exit dataset according to the receiving processing rules to obtain the receiving result data. The steps include: matching the initial card swipe data in the exit dataset with the empty box card swipe data in the vehicle dataset, or matching the empty box card swipe data in the vehicle dataset with the initial card swipe data in the exit dataset; and determining the receiving result data based on the data record information of the initial card swipe data, the empty box card swipe data, and the full box card swipe data.

[0008] As an improvement to the above solution, the step of determining the container receiving result data based on the data records of the initial card swipe data, empty container card swipe data, and full container card swipe data includes: if the data records of the initial card swipe data, empty container card swipe data, and full container card swipe data are all successful or only the data record of the initial card swipe data is missing, it indicates that the vehicle with the corresponding vehicle number is receiving the container normally; if only the data record of the empty container card swipe data is missing or only the data record of the full container card swipe data is successful, it indicates that the vehicle with the corresponding vehicle number is receiving the container normally or with a delayed receiving time; if only the data record of the full container card swipe data is missing, or only the data records of the empty container card swipe data and the full container card swipe data are missing, or all the data records of the initial card swipe data, empty container card swipe data, and full container card swipe data are missing, it indicates that the vehicle with the corresponding vehicle number is receiving the container abnormally.

[0009] As an improvement to the above scheme, the backend server processes the received data according to the box receiving processing rules to obtain the box receiving result data. The steps include: if the current empty box card swipe data and the full box card swipe data are successfully recorded, or if the number of successful card swipe data records is greater than a preset number, it means that the vehicle with the corresponding vehicle number is currently receiving boxes normally; if only the empty box card swipe data or the full box card swipe data is successfully recorded, the current box receiving result data of the vehicle with the corresponding vehicle number is determined according to the previous box receiving result data.

[0010] This invention also provides a ticket box collection and detection system, comprising: a vehicle-mounted unit and a back-end server. The vehicle-mounted unit includes a first acquisition module and a first transmission module. The first acquisition module is used to acquire card-swiping data of loaded tickets through the vehicle-mounted unit. The first transmission module is used to send the card-swiping data of empty tickets, card-swiping data of loaded tickets, and vehicle data to the back-end server. The back-end server includes a data receiving module and a data processing module. The data receiving module is used to receive data. The data processing module is used to process the received data according to the collection and processing rules to obtain collection and processing result data.

[0011] As an improvement to the above solution, a workshop card reader is also included, which includes a second acquisition module and a second transmission module; the second acquisition module is used to acquire the initial card swiping data when the empty box leaves the factory through the vehicle-mounted unit; the second transmission module is used to send the initial card swiping data to the backend server.

[0012] As an improvement to the above solution, the data processing module includes: a classification and storage submodule, used to classify and store the data sent by the corresponding vehicle-mounted unit according to the vehicle number in the vehicle data to obtain the corresponding vehicle dataset; an exit data storage submodule, used to save all initial card swipe data to the exit dataset; and a first data processing submodule, used to process the vehicle dataset and the exit dataset according to the box receiving processing rules to obtain box receiving result data; wherein, the first data processing submodule includes a matching unit and a data processing unit; the matching unit is used to match the initial card swipe data corresponding to the empty box card swipe data in the vehicle dataset or the empty box card swipe data corresponding to the initial card swipe data in the exit dataset in the vehicle dataset; and the data processing unit is used to determine the box receiving result data based on the data recording of the initial card swipe data, the empty box card swipe data, and the full box card swipe data.

[0013] As an improvement to the above solution, the data processing module includes a second data processing submodule; the second data processing submodule is used to indicate that the vehicle with the corresponding vehicle number is currently receiving boxes normally if the current empty box card swipe data and the full box card swipe data are successfully recorded or the number of successful card swipe data records is greater than a preset number; if only the empty box card swipe data or the full box card swipe data is successfully recorded, the current box receiving result data of the vehicle with the corresponding vehicle number is determined based on the previous box receiving result data.

[0014] Implementing this invention has the following beneficial effects:

[0015] The present invention relates to a ticket box collection detection method and system, which can automatically collect and record card swiping data of empty and full boxes without the need for manual copying and recording, reducing the workload of manual labor, saving time and effort, avoiding data accuracy caused by human factors, and can automatically count and process the collection results of corresponding vehicles, improving the efficiency of collection data processing and facilitating the implementation of collection statistics. Attached Figure Description

[0016] Figure 1 This is a flowchart of the first embodiment of the ticket box collection and detection method of the present invention;

[0017] Figure 2 This is a flowchart of the second embodiment of the ticket box collection and detection method of the present invention;

[0018] Figure 3 This is a schematic diagram of the structure of the first embodiment of the ticket box collection and detection system of the present invention;

[0019] Figure 4 This is a schematic diagram of the data processing module of the present invention;

[0020] Figure 5 This is a schematic diagram of the structure of the first data processing submodule of the present invention;

[0021] Figure 6 This is a schematic diagram of the structure of the second embodiment of the ticket box collection and detection system of the present invention;

[0022] Figure 7 This is a schematic diagram of the data processing module of the present invention. Detailed Implementation

[0023] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings. It is hereby declared that the directional terms such as up, down, left, right, front, back, inside, and outside used in this text are based solely on the accompanying drawings and are not intended to specifically limit the invention.

[0024] like Figure 1 As shown, Figure 1 A flowchart of a first embodiment of the ticket box collection and detection method of the present invention is shown, including:

[0025] S1. Collect the initial card-swiping data when the empty box leaves the factory through the workshop card reader and send it to the back-end server.

[0026] It should be noted that each empty box undergoes an initial card swipe at the card reader in the workshop every day when it leaves the counting workshop, in order to obtain the initial card swipe data when the empty box leaves the workshop. This data is then used as the initial record data and sent to the backend server.

[0027] S2. Collect empty container card swipe data through the vehicle's onboard unit;

[0028] S3. Collect the card swipe data of the heavy box through the vehicle-mounted unit;

[0029] S4. The vehicle-mounted unit sends the empty container card swiping data, the full container card swiping data, and the vehicle data to the backend server.

[0030] It should be noted that empty container card swipes are performed at the onboard unit to obtain empty container loading data, which serves as the empty container loading record. Loaded container card swipes are performed at the onboard unit to obtain loaded container unloading data, which serves as the loaded container unloading record or loaded container recycling record. The empty container card swipe data, loaded container card swipe data, and vehicle data are sent to the backend server for statistical processing of the container recycling results for each vehicle.

[0031] The above method can automatically collect and record card swipe data for empty and full boxes, eliminating the need for manual copying and recording, reducing workload, saving time and effort, and avoiding data accuracy issues caused by human error.

[0032] Each empty and full container is equipped with an inspection card for swiping, and each inspection card has a unique ID number to facilitate the differentiation and processing of multiple empty and full containers.

[0033] S5. The backend server processes the received data according to the receiving box processing rules to obtain the receiving box result data.

[0034] Specifically, the steps by which the backend server processes the received data according to the receiving box processing rules to obtain the receiving box result data include:

[0035] Step 1: The backend server classifies and saves the data sent by the corresponding vehicle-mounted unit according to the vehicle number in the vehicle data to obtain the corresponding vehicle dataset.

[0036] It should be noted that each vehicle number is used as the basis for classification and storage, so as to classify and save the vehicle data for each license plate number, so as to facilitate subsequent data retrieval and calculation processing, and to accurately obtain the corresponding vehicle's collection result data.

[0037] Step 2: The backend server saves all initial card swipe data to the exit dataset;

[0038] It should be noted that the initial card swipe data of multiple empty containers leaving the vehicle is saved to the departure dataset so that it can be matched with the card swipe data of the empty containers boarding the vehicle later.

[0039] The backend server processes the vehicle dataset and the exit dataset according to the receiving process rules to obtain the receiving result data.

[0040] The steps by which the backend server processes the vehicle dataset and the exit dataset according to the receiving process rules to obtain the receiving result data include:

[0041] Step (1): Match the initial card swipe data in the exit dataset with the empty box card swipe data in the vehicle dataset, or match the empty box card swipe data in the vehicle dataset with the initial card swipe data in the exit dataset.

[0042] It should be noted that the unique ID number in the empty box swipe data or the initial swipe data is matched with the corresponding initial swipe data to categorize the initial swipe data into the data calculation and processing of the corresponding vehicle number. This facilitates the subsequent acquisition of the corresponding vehicle's box collection result data. Specifically, the matching relationship between the initial swipe data and the empty box swipe data determines that the box boarding the vehicle is empty. The matching relationship between the empty box swipe data and the filled box swipe data determines that the swipe data of box with different ID numbers at this time is filled box swipe data.

[0043] To further enhance the correlation between the two, the recording time in the card swipe data should not exceed a preset time value; otherwise, it is considered that there is a delay in receiving the card. In this embodiment, the preset time value is preferably 8 minutes, but it is not a limitation and can be adjusted according to actual needs.

[0044] Step (II): Determine the receiving result data based on the data records of the initial card swipe data, empty box card swipe data, and full box card swipe data.

[0045] Furthermore, the step of determining the receiving result data based on the data records of the initial card swipe data, empty box card swipe data, and full box card swipe data includes:

[0046] If the initial card swipe data, empty container card swipe data, and full container card swipe data are all successfully recorded, or only the initial card swipe data record is missing, it indicates that the vehicle with the corresponding vehicle number is receiving the container normally.

[0047] It should be noted that when the data records of the initial card swipe, empty container card swipe, and full container card swipe are all successful in the data of the vehicle number, it can be determined that the vehicle with the corresponding vehicle number has successfully received the container.

[0048] When only the initial card swipe data record is missing, but the data records of the remaining card swipe data are successful, it means that no matching empty container card swipe data can be found for the vehicle. The data records of empty container card swipe data and loaded container card swipe data can also be used to determine that the vehicle with the corresponding vehicle number is receiving the container normally.

[0049] The missing data records may be due to human error causing the card swipe to fail, resulting in missing data records.

[0050] When only the data record of empty container card swipe data is missing or only the data record of full container card swipe data is successful, it means that the vehicle with the corresponding vehicle number is receiving the container normally or receiving the container after a delay.

[0051] It should be noted that when only the data record of the empty container card swipe is missing while the data records of the other card swipes are successful, or when only the data record of the loaded container card swipe is successful while the data records of the other card swipes fail, it means that in the case of missing empty container card swipe data, the corresponding initial card swipe data cannot be matched. Therefore, it cannot be determined whether the empty container has been loaded and used. However, the loaded container card swipe data can preliminarily determine that the loaded container is being recycled, thus determining that the vehicle with the corresponding vehicle number is either accepting containers normally or accepting containers after a delay.

[0052] If only the data record of the loaded container card swipe data is missing, or only the data records of the empty container card swipe data and the loaded container card swipe data are missing, or all the data records of the initial card swipe data, the empty container card swipe data and the loaded container card swipe data are missing, it indicates that the vehicle with the corresponding vehicle number has received the container abnormally.

[0053] It should be noted that when only the data record of the loaded container card swipe data is missing while the other card swipe data records are successful, it means that the corresponding initial card swipe data can be matched through the empty container card swipe data. However, since the loaded container card swipe data for this vehicle number is missing, it cannot be determined whether the loaded container has been recycled. Therefore, this situation is identified as abnormal container collection for the vehicle with the corresponding vehicle number.

[0054] When only empty container card swipe data and loaded container card swipe data are missing, but the initial card swipe data is successfully recorded, it means that the initial card swipe data of the empty container cannot match the empty container card swipe data of the corresponding vehicle number. This situation is determined as an empty container return, which is an abnormal container receipt.

[0055] If the initial card swipe data, empty container card swipe data, and full container card swipe data records are all missing, then check if there are any extra vehicle numbers in the vehicle number table. If there are, it means that there is no corresponding vehicle number in all the data records for that day. This situation is determined to be that the corresponding vehicle has not received the container, which is also an abnormal container receiving situation. If there are no extra vehicle numbers, no action is required.

[0056] Based on daily container collection statistics, no action is taken for vehicles that collect containers normally. For vehicles that repeatedly delay collection, relevant staff are reminded to take action. For vehicles that collect containers abnormally, relevant warning messages are sent to relevant staff to alert them, reduce or avoid such situations, and verify the actual collection status of the vehicles as early as possible. For empty containers returned to the depot, relevant staff are notified promptly to check and confirm the actual usage of the empty containers. For vehicles that have not collected containers, relevant staff are notified in a timely manner to collect them. This method automatically collects and processes the collection results of corresponding vehicles, improving the efficiency of collection data processing, facilitating collection statistics, and enabling timely notification of relevant staff to take appropriate actions based on the collection results, thus improving the effectiveness of collection processing.

[0057] Preferably, the backend server can send relevant information to the mobile terminals of relevant personnel via wired or wireless means to notify them to process the information as early as possible.

[0058] like Figure 2 As shown, Figure 2 A flowchart of a second embodiment of the ticket box collection detection method of the present invention is shown, including:

[0059] S10. Collect empty container card swipe data through the vehicle-mounted unit;

[0060] S20. Collect the card swipe data of the heavy box through the vehicle-mounted unit;

[0061] S30. The vehicle-mounted unit sends the empty container card swiping data, the full container card swiping data, and the vehicle data to the back-end server.

[0062] S40. The backend server processes the received data according to the receiving box processing rules to obtain the receiving box result data.

[0063] This embodiment and Figure 1 Unlike the first embodiment shown, this embodiment does not require an initial card swipe operation and the acquisition of initial card swipe data when the empty box leaves the workshop. Furthermore, the specific details of the steps by which the backend server processes the received data according to the box receiving rules to obtain the box receiving result data differ.

[0064] Specifically, the steps of the backend server in this embodiment to process the received data according to the receiving box processing rules to obtain the receiving box result data include:

[0065] If the current empty container card swipe data and the full container card swipe data are successfully recorded, or if the number of successful card swipe data records is greater than the preset number, it means that the vehicle with the corresponding vehicle number is currently receiving containers normally.

[0066] It should be noted that when the current empty container card swipe data and the full container card swipe data are successfully recorded, it means that the vehicle with the corresponding vehicle number is currently receiving containers normally, and there is no need to refer to the previous container receiving result data of this vehicle. When the number of successful data recordings of the current card swipe data (empty container card swipe data and full container card swipe data) is greater than the preset number, it means that the vehicle with the corresponding vehicle number is currently receiving containers multiple times (such as at least two or more empty container card swipe data and at least one or more full container card swipe data or at least one or more empty container card swipe data and at least two or more full container card swipe data due to multiple card swipes), which is also considered normal container receiving, and there is no need to refer to the previous container receiving result data of this vehicle.

[0067] If only empty container card swipe data or full container card swipe data is successfully recorded, the current container collection result data for the corresponding vehicle number is determined based on the previous container collection result data.

[0068] It should be noted that for vehicles with only one card swipe record, the previous collection data for that vehicle can be compared and analyzed to determine the current collection result data for the corresponding vehicle number. See below for details:

[0069] If the previous collection result data for this vehicle shows normal collection and there is a ticket box with the same ID number as the current collection record, it means that the vehicle with the corresponding vehicle number collected normally and there is a missing empty box card swipe record. If there are empty boxes left after the previous collection and they have become full boxes at the current collection time, if the ID number of the successful card swipe data of the current record is the same as the ID number of the card swipe data of the full box, it proves that the card swipe data is full box card swipe data, and thus it can be known that there is a missing empty box card swipe record.

[0070] If the previous collection result data of this vehicle is normal collection and there is no ticket box with the same ID number as the current collection record, it means that the vehicle with the corresponding vehicle number did not collect normally (i.e., abnormal collection) and is missing a card swipe record for a full collection box; the principle is similar to the above principle, and will not be repeated here.

[0071] If the previous data for this vehicle's bin collection result was "abnormal bin collection", it means that the vehicle with the corresponding vehicle number had an abnormal bin collection.

[0072] For the initial box collection process, since there is no parameter data for comparison and analysis, if there is only one card swipe record, the ID number of this card swipe record can be compared with the pre-recorded ID numbers of empty and filled boxes to determine whether the current card swipe record is for an empty box or a filled box, thereby determining whether the current box collection result for the corresponding vehicle number is normal or abnormal. Subsequent card swipe records with only one ID number can be used to determine the current box collection result by referencing the vehicle's previous box collection result data.

[0073] Preferably, for different box receiving results, the backend server can send relevant information to the mobile terminals of relevant personnel via wired or wireless means to notify them for processing as early as possible.

[0074] This embodiment eliminates the need for manual transcription and recording, and can automatically collect and record card swipe data for empty and loaded containers. It can automatically statistically analyze and process the container collection results of the corresponding vehicles based on the card swipe data for empty and loaded containers, thereby improving the efficiency of container collection data processing and facilitating the implementation of container collection statistics.

[0075] like Figure 3 As shown, Figure 3 The diagram shows a first embodiment of the ticket box collection and detection system of the present invention. The system includes: a workshop card reader 1, a vehicle-mounted unit 2, and a back-end server 3. The vehicle-mounted unit 2 includes a first acquisition module 21 and a first transmission module 22.

[0076] The first acquisition module 21 is used to acquire the card swipe data of the loaded container through the vehicle-mounted unit 2; the first sending module 22 is used to send the card swipe data of the empty container, the card swipe data of the loaded container, and the vehicle data to the back-end server 3.

[0077] It should be noted that empty container card swiping is performed at the on-board unit 2 to obtain empty container card swiping data, which serves as the empty container loading record data. Loaded container card swiping is performed at the on-board unit 2 to obtain loaded container card swiping data, which serves as the loaded container unloading record data or loaded container recycling record data. The empty container card swiping data, loaded container card swiping data, and vehicle data are sent to the backend server 3 for statistical processing of the container collection results for each vehicle.

[0078] The above method can automatically collect and record card swipe data for empty and full boxes, eliminating the need for manual copying and recording, reducing workload, saving time and effort, and avoiding data accuracy issues caused by human error.

[0079] Each empty and full container is equipped with an inspection card for swiping, and each inspection card has a unique ID number to facilitate the differentiation and processing of multiple empty and full containers.

[0080] The workshop card reader 1 includes a second acquisition module 11 and a second transmission module 12; the second acquisition module 11 is used to acquire the initial card swiping data when an empty box leaves the factory through the vehicle-mounted unit 2; the second transmission module 12 is used to send the initial card swiping data to the backend server 3.

[0081] It should be noted that each day, when each empty box leaves the cash counting workshop, it undergoes an initial card swiping process at the workshop's card swiping machine 1 to obtain the initial card swiping data when the empty box leaves the workshop. This data is then used as the initial record data and sent to the backend server 3.

[0082] Among them, the workshop card reader 1 and the vehicle-mounted machine 2 are both existing control devices with radio frequency transceiver functions, and the control device is preferably an MCU controller.

[0083] The backend server 3 includes a data receiving module 31 and a data processing module 32. The data receiving module 31 is used to receive data; the data processing module 32 is used to process the received data according to the receiving box processing rules to obtain receiving box result data.

[0084] Specifically, such as Figure 4 As shown, the data processing module 32 includes:

[0085] The classification and storage submodule 321 is used to classify and save the data transmitted by the corresponding vehicle-mounted unit 2 according to the vehicle number in the vehicle data, so as to obtain the corresponding vehicle dataset.

[0086] It should be noted that each vehicle number is used as the basis for classification and storage, so as to classify and save the vehicle data for each license plate number, so as to facilitate subsequent data retrieval and calculation processing, and to accurately obtain the corresponding vehicle's collection result data.

[0087] The exit data saving submodule 322 is used to save all the initial card swipe data to the exit data set;

[0088] It should be noted that the initial card swipe data of multiple empty containers leaving the vehicle is saved to the departure dataset so that it can be matched with the card swipe data of the empty containers boarding the vehicle later.

[0089] The backend server 3 processes the vehicle dataset and the exit dataset according to the box-collecting processing rules to obtain box-collecting result data.

[0090] The first data processing submodule 323 is used to process the vehicle dataset and the exit dataset according to the box receiving processing rules to obtain box receiving result data.

[0091] Among them, such as Figure 5 As shown, the first data processing submodule 323 includes a matching unit and a data processing unit;

[0092] The matching unit is used to match the initial card swipe data corresponding to the empty box card swipe data in the vehicle dataset in the exit dataset, or to match the empty box card swipe data corresponding to the initial card swipe data in the exit dataset in the vehicle dataset.

[0093] It should be noted that the unique ID number in the empty box swipe data or the initial swipe data is matched with the corresponding initial swipe data to categorize the initial swipe data into the data calculation and processing of the corresponding vehicle number. This facilitates the subsequent acquisition of the corresponding vehicle's box collection result data. Specifically, the matching relationship between the initial swipe data and the empty box swipe data determines that the box boarding the vehicle is empty. The matching relationship between the empty box swipe data and the filled box swipe data determines that the swipe data of box with different ID numbers at this time is filled box swipe data.

[0094] To further enhance the correlation between the two, the recording time in the card swipe data should not exceed a preset time value; otherwise, it is considered that there is a delay in receiving the card. In this embodiment, the preset time value is preferably 8 minutes, but it is not a limitation and can be adjusted according to actual needs.

[0095] The data processing unit is used to determine the receiving result data based on the data records of the initial card swipe data, empty box card swipe data, and full box card swipe data. Specifically, as shown below:

[0096] If the initial card swipe data, empty container card swipe data, and full container card swipe data are all successfully recorded, or only the initial card swipe data record is missing, it indicates that the vehicle with the corresponding vehicle number is receiving the container normally.

[0097] It should be noted that when the data records of the initial card swipe, empty container card swipe, and full container card swipe are all successful in the data of the vehicle number, it can be determined that the vehicle with the corresponding vehicle number has successfully received the container.

[0098] When only the initial card swipe data record is missing, but the data records of the remaining card swipe data are successful, it means that no matching empty container card swipe data can be found for the vehicle. The data records of empty container card swipe data and loaded container card swipe data can also be used to determine that the vehicle with the corresponding vehicle number is receiving the container normally.

[0099] The missing data records may be due to human error causing the card swipe to fail, resulting in missing data records.

[0100] When only the data record of empty container card swipe data is missing or only the data record of full container card swipe data is successful, it means that the vehicle with the corresponding vehicle number is receiving the container normally or receiving the container after a delay.

[0101] It should be noted that when only the data record of the empty container card swipe is missing while the data records of the other card swipes are successful, or when only the data record of the loaded container card swipe is successful while the data records of the other card swipes fail, it means that in the case of missing empty container card swipe data, the corresponding initial card swipe data cannot be matched. Therefore, it cannot be determined whether the empty container has been loaded and used. However, the loaded container card swipe data can preliminarily determine that the loaded container is being recycled, thus determining that the vehicle with the corresponding vehicle number is either accepting containers normally or accepting containers after a delay.

[0102] If only the data record of the loaded container card swipe data is missing, or only the data records of the empty container card swipe data and the loaded container card swipe data are missing, or all the data records of the initial card swipe data, the empty container card swipe data and the loaded container card swipe data are missing, it indicates that the vehicle with the corresponding vehicle number has received the container abnormally.

[0103] It should be noted that when only the data record of the loaded container card swipe data is missing while the other card swipe data records are successful, it means that the corresponding initial card swipe data can be matched through the empty container card swipe data. However, since the loaded container card swipe data for this vehicle number is missing, it cannot be determined whether the loaded container has been recycled. Therefore, this situation is identified as abnormal container collection for the vehicle with the corresponding vehicle number.

[0104] When only empty container card swipe data and loaded container card swipe data are missing, but the initial card swipe data is successfully recorded, it means that the initial card swipe data of the empty container cannot match the empty container card swipe data of the corresponding vehicle number. This situation is determined as an empty container return, which is an abnormal container receipt.

[0105] If the initial card swipe data, empty container card swipe data, and full container card swipe data records are all missing, then check if there are any extra vehicle numbers in the vehicle number table. If there are, it means that there is no corresponding vehicle number in all the data records for that day. This situation is determined to be that the corresponding vehicle has not received the container, which is also an abnormal container receiving situation. If there are no extra vehicle numbers, no action is required.

[0106] Based on daily container collection statistics, no action is taken for vehicles that collect containers normally. For vehicles that repeatedly delay collection, relevant staff are reminded to take action. For vehicles that collect containers abnormally, relevant warning messages are sent to relevant staff to alert them, reduce or avoid such situations, and verify the actual collection status of the vehicles as early as possible. For empty containers returned to the depot, relevant staff are notified promptly to check and confirm the actual usage of the empty containers. For vehicles that have not collected containers, relevant staff are notified in a timely manner to collect them. This method automatically collects and processes the collection results of corresponding vehicles, improving the efficiency of collection data processing, facilitating collection statistics, and enabling timely notification of relevant staff to take appropriate actions based on the collection results, thus improving the effectiveness of collection processing.

[0107] Preferably, the backend server 3 can send relevant information to the mobile terminals of relevant personnel via wired or wireless means to notify them to process the information as early as possible.

[0108] like Figure 6 As shown, Figure 6 The diagram shows a second embodiment of the ticket box collection and detection system of the present invention. The system includes: a vehicle-mounted unit 2 and a back-end server 3. The vehicle-mounted unit 2 includes a first acquisition module 21 and a first transmission module 22. The first acquisition module 21 is used to acquire card swipe data of loaded boxes through the vehicle-mounted unit 2. The first transmission module 22 is used to send the card swipe data of empty boxes, card swipe data of loaded boxes, and vehicle data to the back-end server 3. The back-end server 3 includes a data receiving module 31 and a data processing module 32. The data receiving module 31 is used to receive data. The data processing module 32 is used to process the received data according to the collection and processing rules to obtain collection and processing result data.

[0109] This implementation and Figure 3 Unlike the first embodiment shown, this embodiment does not include the vehicle-mounted unit 2. For example... Figure 7 As shown, the data processing module 32 in this embodiment includes a second data processing submodule 324;

[0110] The second data processing submodule 324 is used to indicate that the vehicle with the corresponding vehicle number is currently receiving boxes normally if the current empty box card swipe data and the full box card swipe data are successfully recorded or the number of successful card swipe data records is greater than a preset number.

[0111] It should be noted that when the current empty container card swipe data and the full container card swipe data are successfully recorded, it means that the vehicle with the corresponding vehicle number is currently receiving containers normally, and there is no need to refer to the previous container receiving result data of this vehicle. When the number of successful data recordings of the current card swipe data (empty container card swipe data and full container card swipe data) is greater than the preset number, it means that the vehicle with the corresponding vehicle number is currently receiving containers multiple times (such as at least two or more empty container card swipe data and at least one or more full container card swipe data or at least one or more empty container card swipe data and at least two or more full container card swipe data due to multiple card swipes), which is also considered normal container receiving, and there is no need to refer to the previous container receiving result data of this vehicle.

[0112] If only empty container card swipe data or full container card swipe data is successfully recorded, the current container collection result data for the corresponding vehicle number is determined based on the previous container collection result data.

[0113] It should be noted that for vehicles with only one card swipe record, the previous collection data for that vehicle can be compared and analyzed to determine the current collection result data for the corresponding vehicle number. See below for details:

[0114] If the previous collection result data for this vehicle shows normal collection and there is a ticket box with the same ID number as the current collection record, it means that the vehicle with the corresponding vehicle number collected normally and there is a missing empty box card swipe record. If there are empty boxes left after the previous collection and they have become full boxes at the current collection time, if the ID number of the successful card swipe data of the current record is the same as the ID number of the card swipe data of the full box, it proves that the card swipe data is full box card swipe data, and thus it can be known that there is a missing empty box card swipe record.

[0115] If the previous collection result data of this vehicle is normal collection and there is no ticket box with the same ID number as the current collection record, it means that the vehicle with the corresponding vehicle number did not collect normally (i.e., abnormal collection) and is missing a card swipe record for a full collection box; the principle is similar to the above principle, and will not be repeated here.

[0116] If the previous data for this vehicle's bin collection result was "abnormal bin collection", it means that the vehicle with the corresponding vehicle number had an abnormal bin collection.

[0117] For the initial box collection process, since there is no parameter data for comparison and analysis, if there is only one card swipe record, the ID number of this card swipe record can be compared with the pre-recorded ID numbers of empty and filled boxes to determine whether the current card swipe record is for an empty box or a filled box, thereby determining whether the current box collection result for the corresponding vehicle number is normal or abnormal. Subsequent card swipe records with only one ID number can be used to determine the current box collection result by referencing the vehicle's previous box collection result data.

[0118] Preferably, for different box receiving results, the backend server 3 can send relevant information to the mobile terminals of relevant personnel via wired or wireless means to notify relevant personnel to process the information as early as possible.

[0119] This embodiment eliminates the need for manual transcription and recording, and can automatically collect and record card swipe data for empty and loaded containers. It can automatically statistically analyze and process the container collection results of the corresponding vehicles based on the card swipe data for empty and loaded containers, thereby improving the efficiency of container collection data processing and facilitating the implementation of container collection statistics.

[0120] This invention can automatically collect and record card swiping data from ticket boxes, eliminating the need for manual transcription and reducing workload. It saves time and effort, avoids data errors caused by human factors affecting data accuracy, and can automatically collect and process the collection results of corresponding vehicles, improving the efficiency of collection data processing and facilitating the collection statistics work.

[0121] The above-disclosed embodiments are merely preferred embodiments of the present invention and should not be construed as limiting the scope of the present invention. Therefore, any equivalent variations made in accordance with the claims of the present invention are still within the scope of the present invention.

Claims

1. A method for detecting ticket box collection, characterized in that, include: The empty container card swipe data is collected by the onboard unit in the vehicle; The on-board unit collects the card swipe data of the heavy-duty container; The vehicle-mounted unit sends the empty container card swipe data, the full container card swipe data, and the vehicle data to the backend server. The backend server processes the received data according to the receiving box processing rules to obtain the receiving box result data; The steps by which the backend server processes the received data according to the receiving box processing rules to obtain the receiving box result data include: If the current empty container card swipe data and the filled container card swipe data are successfully recorded, or if the number of successful card swipe data records is greater than a preset number, it indicates that the vehicle with the corresponding vehicle number is currently receiving its container normally. If only the empty container card swipe data or the filled container card swipe data is successfully recorded, the current container receiving result data for the vehicle with the corresponding vehicle number is determined based on the previous container receiving result data; or The backend server classifies and saves the data sent by the corresponding vehicle-mounted unit according to the vehicle number in the vehicle data to obtain the corresponding vehicle dataset; the backend server saves all the initial card swiping data to the exit dataset; the backend server processes the vehicle dataset and the exit dataset according to the box receiving processing rules to obtain box receiving result data, wherein the initial card swiping data is collected by the workshop card swiping machine when the empty box leaves and sent to the backend server.

2. The ticket box receiving detection method according to claim 1, characterized in that, The steps by which the backend server processes the vehicle dataset and the exit dataset according to the receiving process rules to obtain the receiving result data include: Match the initial card swipe data in the exit dataset with the empty box card swipe data in the vehicle dataset, or match the empty box card swipe data in the vehicle dataset with the initial card swipe data in the exit dataset. The receiving result data is determined based on the data records of the initial card swipe data, empty box card swipe data, and full box card swipe data.

3. The ticket box receiving detection method according to claim 1, characterized in that, The step of determining the receiving result data based on the data records of the initial card swipe data, empty box card swipe data, and full box card swipe data includes: If the initial card swipe data, empty container card swipe data, and full container card swipe data are all successfully recorded, or only the initial card swipe data record is missing, it indicates that the vehicle with the corresponding vehicle number is receiving the container normally. If only the data record of empty container card swipe data is missing or only the data record of full container card swipe data is successful, it means that the vehicle with the corresponding vehicle number is accepting the container normally or after a delay. If only the data record of the loaded container card swipe data is missing, or only the data records of the empty container card swipe data and the loaded container card swipe data are missing, or all the data records of the initial card swipe data, the empty container card swipe data and the loaded container card swipe data are missing, it indicates that the vehicle with the corresponding vehicle number has received the container abnormally.

4. A ticket box collection and detection system, characterized in that, include: The vehicle-mounted unit and the back-end server, wherein the vehicle-mounted unit includes a first acquisition module and a first transmission module; The first acquisition module is used to acquire card swipe data of loaded containers and card swipe data of empty containers through the vehicle-mounted unit; The first sending module is used to send the empty container card swipe data, the full container card swipe data, and the vehicle data to the backend server; The backend server includes a data receiving module and a data processing module. The data receiving module is used to receive data. The data processing module is used to process the received data according to the receiving box processing rules to obtain receiving box result data. The step of processing the received data according to the receiving box processing rules to obtain receiving box result data includes: If the current empty container card swipe data and the full container card swipe data are successfully recorded, or if the number of successful card swipe data records is greater than the preset number, it indicates that the vehicle with the corresponding vehicle number is currently receiving containers normally. If only the empty container card swipe data or the full container card swipe data are successfully recorded, the current container receiving result data of the vehicle with the corresponding vehicle number is determined based on the previous container receiving result data.

5. A ticket box collection and detection system, characterized in that, include: The vehicle-mounted unit, the back-end server, and the workshop card reader, wherein the vehicle-mounted unit includes a first data acquisition module and a first transmission module; The first acquisition module is used to acquire the card swipe data of loaded containers and the card swipe data of empty containers through the vehicle-mounted unit; the first sending module is used to send the card swipe data of empty containers, the card swipe data of loaded containers and the vehicle data to the back-end server. The workshop card reader includes a second acquisition module and a second transmission module; the second acquisition module is used to acquire initial card-swiping data when an empty box leaves the factory via the on-board unit; the second transmission module is used to send the initial card-swiping data to the backend server. The backend server includes a data receiving module and a data processing module. The data receiving module is used to receive data. The data processing module is used to process the received data according to the receiving box processing rules to obtain receiving box result data. The step of processing the received data according to the receiving box processing rules to obtain receiving box result data includes: The backend server classifies and saves the data sent by the corresponding vehicle-mounted unit according to the vehicle number in the vehicle data to obtain the corresponding vehicle dataset; the backend server saves all the initial card swiping data to the exit dataset; the backend server processes the vehicle dataset and the exit dataset according to the box receiving processing rules to obtain the box receiving result data.

6. The ticket box receiving and detection system according to claim 5, characterized in that, The data processing module includes: The classification and storage submodule is used to classify and save the data transmitted by the corresponding vehicle-mounted unit according to the vehicle number in the vehicle data, so as to obtain the corresponding vehicle dataset. The exit data saving submodule is used to save all initial card swipe data to the exit dataset. The first data processing submodule is used to process the vehicle dataset and the exit dataset according to the box receiving processing rules to obtain box receiving result data; The first data processing submodule includes a matching unit and a data processing unit; The matching unit is used to match the initial card swipe data corresponding to the empty box card swipe data in the vehicle dataset in the exit dataset, or to match the empty box card swipe data corresponding to the initial card swipe data in the exit dataset in the vehicle dataset. The data processing unit is used to determine the receiving result data based on the data records of the initial card swipe data, empty box card swipe data, and full box card swipe data.

7. The ticket box receiving and detection system according to claim 5, characterized in that, The data processing module includes a second data processing sub-module; The second data processing submodule is used to indicate that the vehicle with the corresponding vehicle number is currently receiving boxes normally if the data recording of the empty box card swipe data and the full box card swipe data is successful or the number of successful data recordings of the current card swipe data is greater than a preset number. If only empty container card swipe data or full container card swipe data is successfully recorded at present, the current container collection result data of the corresponding vehicle number is determined based on the previous container collection result data.

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