A cigarette status detection system based on multi-property cigarette shared warehouse management

Abstract

The present invention provides a cigarette status detection system based on multi-property cigarette shared warehouse management, the system comprises a multi-property management module, an environment monitoring module, a data management module, a warehouse-out detection module, a traceability feedback module and an interaction module; the multi-property management module is used for identifying and managing cigarette property information of different owners in a cigarette warehouse; the environment monitoring module is used for real-time monitoring of storage environment-related parameters in the cigarette warehouse; the data management module is used for monitoring the storage status of cigarettes in the cigarette warehouse; the warehouse-out detection module is used for performing appearance detection on cigarettes when they are out of the warehouse; the traceability feedback module is used for providing inspection reminder information of other related cigarettes in the cigarette warehouse when the cigarettes fail the warehouse-out detection and the quality detection fails in the subsequent circulation process; the interaction module is used for completing information interaction between the system and the user; the present invention realizes the full process coverage of cigarette storage management.

Description

Technical Field

[0001] The present invention relates to the field of tobacco logistics management systems, and in particular to a cigarette status detection system based on multi-property cigarette common warehouse management. Background Art

[0002] With the rapid development of the tobacco industry, the management requirements for cigarette production, storage and circulation are increasing. Traditional cigarette storage management methods often have problems such as information asymmetry, unclear property rights, and imperfect environmental monitoring, which makes it difficult to ensure the quality of cigarettes. At the same time, with the changes in market demand and the increase in regulatory efforts, the requirements for cigarette product quality and safety are also constantly increasing; in this context, how to achieve accurate management, real-time monitoring and effective traceability during the storage of cigarettes has become an urgent problem to be solved; existing technical solutions mainly focus on the optimization of logistics links and information integration, but there are still deficiencies in cigarette storage environment monitoring, quality control and traceability management.

[0003] After consulting the related disclosed technical solutions, the technology with the publication number CN108510222B proposes a tobacco logistics control system, including an entry and exit management system, a warehousing management system, a sorting and replenishment management system, a sorting management system and a delivery management system. The entry and exit management system manages the entry and exit of industrial vehicles; the warehousing management system manages the entry of cigarettes loaded on industrial vehicles; the sorting and replenishment management system monitors the replenishment progress and replenishes cigarettes for the sorting management system; the sorting management system automatically sorts and packs the cigarettes sorted to the households according to the order information; and the delivery management system delivers the packaged cigarette packages to the retailers. The tobacco logistics control system can effectively integrate the existing logistics information nodes, plan and standardize the information of each link of the logistics operation, so that the logistics information can be grasped and processed in a timely, accurate and comprehensive manner, further improve the information level of tobacco logistics, and at the same time, reasonably optimize the allocation of resources in each dispatching link; but this solution mainly focuses on the management of each link of tobacco logistics, lacks real-time monitoring and quality control measures for the cigarette storage environment, and lacks the traceability and handling mechanism for quality problems. Summary of the invention

[0004] The purpose of the present invention is to propose a cigarette status detection system based on multi-property cigarette shared warehouse management in view of the current shortcomings.

[0005] The present invention adopts the following technical solution:

[0006] A cigarette status detection system based on multi-property cigarette shared warehouse management, the system includes a multi-property management module, an environmental monitoring module, a data management module, a warehouse-out detection module, a traceability feedback module and an interaction module; the multi-property management module is used to identify and manage the property information of cigarettes of different owners in the cigarette warehouse; the environmental monitoring module is used to monitor the storage environment related parameters in the cigarette warehouse in real time; the data management module is used to collect and integrate data in the property management module and the environmental monitoring module to monitor the storage status of cigarettes in the cigarette warehouse; the warehouse-out detection module is used to perform appearance detection on the batch of cigarettes leaving the warehouse when leaving the warehouse; the traceability feedback module is used to provide inspection reminder information of the remaining related cigarettes in the cigarette warehouse when the cigarette fails the warehouse-out detection and the quality detection fails in the subsequent circulation process; the interaction module is used to complete the information interaction between the system and the user;

[0007] The multi-property management module includes a label generation unit, an information entry unit and an information update unit; the label generation unit is used to generate a unique identity label for each batch of cigarettes entering the cigarette warehouse, and the information contained in the identity label includes the unique ID information of the cigarette, the property owner information, the storage time information and the storage location information in the cigarette warehouse; the information entry unit is used to enter the identity label of each batch of cigarettes in the cigarette warehouse into the system, and associate the information in the identity label of each batch of cigarettes in the system; the information update unit is used to update the corresponding information associated with the identity label in the system and record the information update log when there is a change in the information in the cigarette identity label;

[0008] Furthermore, before generating the identity tag, the tag generation unit sets storage coordinate information according to each storage location in the cigarette warehouse, and uses the storage coordinates of the corresponding batch of cigarettes entering the cigarette warehouse as the storage location information of the batch of cigarettes;

[0009] Furthermore, the environment monitoring module includes a temperature and humidity sensing unit and a gas monitoring unit; the temperature and humidity sensing unit is used to monitor the temperature and humidity in the cigarette warehouse; the gas monitoring unit is used to monitor the gas composition in the cigarette warehouse;

[0010] Furthermore, the data management module includes a storage time checking unit and a cigarette status checking unit; the storage time checking unit is used to obtain the storage time of each batch of cigarettes entering the cigarette warehouse, and the storage time is specifically obtained by the difference between the storage time of each batch of cigarettes and the current time; and when the storage time of cigarettes in the cigarette warehouse exceeds the preset retention time, the interactive module provides the manager with outbound reminder information; the cigarette status checking unit is used to check the storage status of each batch of cigarettes in the cigarette warehouse, and when there is an abnormal storage status of cigarettes, the interactive module provides an alarm reminder to the manager;

[0011] Furthermore, the cigarette status checking unit completes the checking of the cigarette storage status through the following formula:

[0012] S11: Obtaining the storage time of each batch of cigarettes entering the cigarette warehouse;

[0013] S12: Setting a monitoring cycle, and calculating the storage state parameter L for each batch of cigarettes in the cigarette warehouse after each monitoring cycle:

[0014]

[0015] Wherein, i represents the i-th storage environment related parameter, and the types of storage environment related parameters include temperature, humidity and other gas types that affect cigarette quality monitored by the gas monitoring unit; k i It is the average value of the difference between the value of the i-th monitoring parameter of a batch of cigarettes during the storage time when it is not within the standard monitoring parameter range and the value close to the boundary of the standard detection parameter range; is the most ideal standard detection parameter within the standard monitoring parameter range of the i-th monitoring parameter, α i For the preset k i The normalization coefficient for weight unification and normalization is a positive number; t i The time during which the i-th monitoring parameter of the batch of cigarettes is outside the threshold range of its standard monitoring parameter during the storage time;

[0016] S13: setting a storage state parameter threshold value, when the storage state parameter of a certain batch of cigarettes exceeds the storage state parameter threshold value, providing an alarm reminder for the batch of cigarettes to the manager through the interactive module;

[0017] Furthermore, the traceability feedback module provides inspection reminder information for other related cigarettes in the cigarette library in the following manner:

[0018] S31: Obtaining information in the identity label of the unqualified batch of cigarettes;

[0019] S32: Obtaining information in identity tags of other batches of cigarettes during the storage time of the batch of cigarettes in the cigarette warehouse;

[0020] S33: For each batch of cigarettes corresponding to the information in the identity tag obtained in step S32, calculate the inspection reminder parameter:

[0021] F r,j =|Z r -Z j |×ln(1+t r,j );

[0022] Among them, r represents the unqualified batch of cigarettes, j represents the remaining batch of cigarettes when the rth unqualified batch of cigarettes is stored in the cigarette warehouse, and F r,j is the inspection reminder parameter for the jth batch of cigarettes in the cigarette warehouse when the rth batch of unqualified cigarettes is stored in the cigarette warehouse, Z r is the storage location of the rth batch of cigarettes, Z j is the storage location of the jth batch of cigarettes, t r,j is the time that the rth batch of cigarettes and the jth batch of cigarettes are stored in the cigarette warehouse at the same time;

[0023] S34: Setting an inspection reminder parameter threshold. When the inspection reminder parameter of a certain batch of cigarettes exceeds the inspection reminder parameter threshold, the interactive module provides the manager with inspection reminder information for the batch of cigarettes. The inspection reminder information also includes information in the identity tag of the batch of cigarettes.

[0024] The beneficial effects achieved by the present invention are:

[0025] The present invention covers multi-property management, environmental monitoring, data management, outbound detection, traceability feedback and human-computer interaction, and realizes full-process coverage of cigarette storage management; through the multi-property management module, the property information of cigarettes of different owners is accurately identified and managed to ensure the clarity and traceability of property rights; by checking the storage time of each batch of cigarettes in the cigarette warehouse, quality problems caused by long-term storage of cigarettes can be effectively prevented; by regularly checking the storage status of each batch of cigarettes in the cigarette warehouse, potential quality problems can be discovered in advance to ensure the storage quality and safety of cigarettes; thereby improving the overall warehouse management level and ensuring that the quality of cigarette products meets the standards when leaving the warehouse; by tracing the source of unqualified batches of cigarettes, the relevant batches of cigarettes can be quickly identified and located, and measures can be taken in time to effectively control and prevent the spread of quality problems. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] The present invention can be further understood from the following description in conjunction with the accompanying drawings. The components in the figures are not necessarily drawn to scale, but the emphasis is placed on illustrating the principles of the embodiments. In different views, the same reference numerals designate corresponding parts.

[0027] Figure 1 It is a schematic diagram of the overall module of the present invention.

[0028] Figure 2 The figure is a schematic diagram of the working process of the cigarette status inspection unit of the present invention.

[0029] Figure 3 Schematic diagram of the workflow of the traceability feedback module of the present invention. DETAILED DESCRIPTION

[0030] In order to make the objectives, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with its embodiments; it should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention; for those skilled in the art, other systems, methods and / or features of the present embodiment will become apparent after reviewing the following detailed description; it is intended that all such additional systems, methods, features and advantages are included in this specification; included within the scope of the present invention and protected by the appended claims; additional features of the disclosed embodiments are described in the following detailed description, and these features will be apparent from the following detailed description.

[0031] The same or similar numbers in the drawings of the embodiments of the present invention correspond to the same or similar parts; in the description of the present invention, it should be understood that if the terms "upper", "lower", "left", "right" and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, it is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or component referred to must have a specific direction, be constructed and operated in a specific direction. Therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and cannot be understood as limitations on this patent. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0032] Embodiment 1:

[0033] like Figure 1 As shown, this embodiment provides a cigarette status detection system based on multi-property cigarette shared warehouse management, the system includes a multi-property management module, an environmental monitoring module, a data management module, a warehouse out detection module, a traceability feedback module and an interaction module; the multi-property management module is used to identify and manage the cigarette property information of different owners in the cigarette warehouse to ensure that the property rights are clear and traceable; the environmental monitoring module is used to monitor the storage environment related parameters in the cigarette warehouse in real time; the data management module is used to collect and integrate data in the property management module and the environmental monitoring module to monitor the storage status of cigarettes in the cigarette warehouse; the warehouse out detection module is used to perform appearance inspection on the outgoing batch of cigarettes when outgoing; the traceability feedback module is used to provide inspection reminder information for the remaining related cigarettes in the cigarette warehouse when the cigarette outgoing inspection fails and the quality inspection fails in the subsequent circulation process; the interaction module is used to complete the information interaction between the system and the user;

[0034] The multi-property management module includes a label generation unit, an information entry unit and an information update unit; the label generation unit is used to generate a unique identity label for each batch of cigarettes entering the cigarette warehouse, and the information contained in the identity label includes the unique ID information of the cigarette, the property owner information, the storage time information and the storage location information in the cigarette warehouse; the information entry unit is used to enter the identity label of each batch of cigarettes in the cigarette warehouse into the system, and associate the information in the identity label of each batch of cigarettes in the system; the information update unit is used to update the corresponding information associated with the identity label in the system and record the information update log when there is a change in the information in the cigarette identity label;

[0035] Furthermore, the identity tag specifically refers to an electronic tag generated by a QR code. After the electronic tag is generated, the electronic tag is attached and fixed on the cigarette package, and the electronic tag can be read by a scanning device;

[0036] Furthermore, before generating the identity tag, the tag generation unit sets storage coordinate information according to each storage location in the cigarette warehouse, and uses the storage coordinates of the corresponding batch of cigarettes entering the cigarette warehouse as the storage location information of the batch of cigarettes;

[0037] The environmental monitoring module includes a temperature and humidity sensing unit and a gas monitoring unit; the temperature and humidity sensing unit is used to monitor the temperature and humidity in the cigarette warehouse to ensure the best storage conditions for cigarettes; the gas monitoring unit is used to monitor the gas composition in the cigarette warehouse to prevent environmental pollution from affecting the quality of cigarettes;

[0038] The data management module includes a storage time checking unit and a cigarette status checking unit; the storage time checking unit is used to obtain the storage time of each batch of cigarettes entering the cigarette warehouse, and the storage time is specifically obtained by the difference between the storage time of each batch of cigarettes and the current time; and when the storage time of cigarettes in the cigarette warehouse exceeds the preset retention time, the interactive module provides the manager with outbound reminder information; the cigarette status checking unit is used to check the storage status of each batch of cigarettes in the cigarette warehouse, and when there is an abnormal storage status of cigarettes, the interactive module provides an alarm reminder to the manager;

[0039] Further, such as Figure 2 As shown, the cigarette status inspection unit completes the inspection of the cigarette storage status through the following formula:

[0040] S11: Obtaining the storage time of each batch of cigarettes entering the cigarette warehouse;

[0041] S12: Setting a monitoring cycle, and calculating the storage state parameter L for each batch of cigarettes in the cigarette warehouse after each monitoring cycle:

[0042]

[0043] Wherein, i represents the i-th storage environment related parameter, and the types of storage environment related parameters include temperature, humidity and other gas types that affect cigarette quality monitored by the gas monitoring unit; k i It is the average value of the difference between the value of the i-th monitoring parameter of a batch of cigarettes during the storage time when it is not within the standard monitoring parameter range and the value close to the boundary of the standard detection parameter range; is the most ideal standard detection parameter within the standard monitoring parameter range of the i-th monitoring parameter, α i For the preset k i The normalization coefficient for weight unification and normalization is a positive number; t i The time during which the i-th monitoring parameter of the batch of cigarettes is outside the threshold range of its standard monitoring parameter during the storage time;

[0044] S13: setting a storage state parameter threshold value, when the storage state parameter of a certain batch of cigarettes exceeds the storage state parameter threshold value, providing an alarm reminder for the batch of cigarettes to the manager through the interactive module;

[0045] By checking the storage time of each batch of cigarettes in the cigarette warehouse, quality problems caused by long-term storage of cigarettes can be effectively prevented; by regularly checking the storage status of each batch of cigarettes in the cigarette warehouse, and combining the abnormal conditions and duration of storage environment-related parameters of each batch of cigarettes in the cigarette warehouse during the storage process, potential quality problems can be discovered in advance to ensure the storage quality and safety of cigarettes; thereby improving the overall warehouse management level and ensuring that the quality of cigarette products meets the standards when leaving the warehouse.

[0046] Embodiment 2:

[0047] This embodiment should be understood to include at least all the features of any of the above embodiments, and further improve upon them;

[0048] The present embodiment provides a cigarette status detection system based on multi-property cigarette shared warehouse management, the system includes a multi-property management module, an environmental monitoring module, a data management module, a warehouse-out detection module, a traceability feedback module and an interaction module; the multi-property management module is used to identify and manage the property rights information of cigarettes of different owners in the cigarette warehouse to ensure that the property rights are clear and traceable; the environmental monitoring module is used to monitor the storage environment related parameters in the cigarette warehouse in real time; the data management module is used to collect and integrate the data in the property management module and the environmental monitoring module to monitor the storage status of cigarettes in the cigarette warehouse; the warehouse-out detection module is used to perform appearance inspection on the outgoing batch of cigarettes when outgoing; the traceability feedback module is used to provide inspection reminder information of the remaining related cigarettes in the cigarette warehouse when the cigarette outgoing inspection fails and the quality inspection fails in the subsequent circulation process; the interaction module is used to complete the information interaction between the system and the user;

[0049] Furthermore, the appearance inspection of the outgoing batch of cigarettes by the outgoing inspection module includes inspection of the packaging integrity and label clarity of the cigarettes through a high-definition camera; the specific process of the appearance inspection is as follows:

[0050] S21: placing the cigarettes of the outgoing batch within the camera collection range of the high-definition camera;

[0051] S22: Capturing images of cigarette batches leaving the warehouse through a high-definition camera;

[0052] S23: Identify the edge position of the cigarette package and the identity label area through an edge detection algorithm;

[0053] S24: Detect the edge of the cigarette package through a defect detection algorithm. If the edge of the package is detected to be intact and not damaged, the package integrity is determined to be qualified; otherwise, the outbound inspection is determined to be unqualified;

[0054] S25: Identify the clarity of the character information on the identity label area through OCR technology. If the characters are clearly readable and not blurred or missing, the label clarity is determined to be qualified; otherwise, the outbound inspection is determined to be unqualified;

[0055] The edge detection algorithm, defect detection algorithm and OCR technology are all existing technologies and will not be described in detail here;

[0056] Further, such as Figure 3 As shown, the traceability feedback module provides inspection reminder information for other related cigarettes in the cigarette library in the following ways:

[0057] S31: Obtaining information in the identity label of the unqualified batch of cigarettes;

[0058] S32: Obtaining information in identity tags of other batches of cigarettes during the storage time of the batch of cigarettes in the cigarette warehouse;

[0059] S33: For each batch of cigarettes corresponding to the information in the identity tag obtained in step S32, calculate the inspection reminder parameter:

[0060] F r,j =|Z r -Z j |×ln(1+t r,j );

[0061] Among them, r represents the unqualified batch of cigarettes, j represents the remaining batch of cigarettes when the rth unqualified batch of cigarettes is stored in the cigarette warehouse, and F r,j is the inspection reminder parameter for the jth batch of cigarettes in the cigarette warehouse when the rth batch of unqualified cigarettes is stored in the cigarette warehouse, Z r is the storage location of the rth batch of cigarettes, Z j is the storage location of the jth batch of cigarettes, t r,j is the time that the rth batch of cigarettes and the jth batch of cigarettes are stored in the cigarette warehouse at the same time;

[0062] S34: setting an inspection reminder parameter threshold. When the inspection reminder parameter of a certain batch of cigarettes exceeds the inspection reminder parameter threshold, providing inspection reminder information for the batch of cigarettes to the manager through the interactive module; the inspection reminder information also includes information in the identity tag of the batch of cigarettes;

[0063] By obtaining the information in the identity tags of the unqualified batches of cigarettes, other batches of cigarettes that may have failed the test can be quickly located; by comprehensively considering the storage location and storage time factors of the unqualified batches of cigarettes and other batches of cigarettes in the cigarette warehouse, accurate inspection reminder information can be provided to managers, avoiding large-scale invalid inspections and improving inspection efficiency; through early warning and accurate inspection, potential quality risks are reduced, ensuring the quality of cigarettes during the outbound and circulation process;

[0064] Furthermore, the interaction module is used to complete information interaction between the system and the user; the specific functions that can be realized by the interaction module are as follows:

[0065] Information display: Display the information contained in the identity tags of each batch of cigarettes in the cigarette library and the information update log;

[0066] Outbound reminder: When the storage time of a batch of cigarettes exceeds the preset retention time, the outbound reminder information is provided to the manager, and the outbound reminder information includes the information in the identity tag of the batch of cigarettes;

[0067] Alarm reminder: When the storage status of a batch of cigarettes is abnormal, an alarm reminder message is provided to the manager. The alarm reminder message includes the information in the identity tag of the batch of cigarettes and the storage status parameters;

[0068] Outgoing inspection results: Displays the inspection results of the outgoing inspection module, including the inspection results of the packaging completeness and label clarity of each outgoing batch of cigarettes;

[0069] Traceability feedback information: When a batch of cigarettes fails the outgoing inspection or the subsequent quality inspection during circulation, it provides inspection reminder information for the remaining related cigarettes in the cigarette warehouse;

[0070] Data query and modification: The manager can query or modify the information in the identity tag of a specific batch of cigarettes according to the actual situation; and can query the storage environment related parameters in each time period;

[0071] User Settings: Administrators can set and adjust system parameters and thresholds, including:

[0072] Set or adjust preset detention time;

[0073] Set or adjust storage status parameter thresholds;

[0074] Set or adjust the standard monitoring parameter range and the most ideal standard detection parameters for each monitoring parameter;

[0075] Set or adjust the inspection reminder parameter threshold;

[0076] Through the above functions, the interactive module can realize effective information exchange between the system and users, ensuring that managers can obtain and process relevant information in the cigarette warehouse in a timely manner, thereby improving management efficiency and decision-making accuracy.

[0077] The contents disclosed above are only preferred feasible embodiments of the present invention, and do not limit the protection scope of the present invention. Therefore, all equivalent technical changes made using the contents of the present invention specification and drawings are included in the protection scope of the present invention. In addition, the elements therein can be updated as technology develops.

Claims

1. A cigarette status detection system based on multi-property cigarette warehouse management, characterized in that: The system includes a multi-property management module, an environmental monitoring module, a data management module, a warehouse inspection module, a traceability feedback module and an interaction module; the multi-property management module is used to identify and manage the property information of cigarettes of different owners in the cigarette warehouse; the environmental monitoring module is used to monitor the storage environment related parameters in the cigarette warehouse in real time; the data management module is used to collect and integrate data in the property management module and the environmental monitoring module to monitor the storage status of cigarettes in the cigarette warehouse; the warehouse inspection module is used to perform appearance inspection on the batch of cigarettes shipped out of the warehouse when shipping out; The traceability feedback module is used to provide inspection reminder information for other related cigarettes in the cigarette warehouse when the cigarette fails the outbound inspection and the quality inspection fails in the subsequent circulation process; the interaction module is used to complete the information interaction between the system and the user; The multi-property management module includes a label generation unit, an information entry unit and an information update unit; the label generation unit is used to generate a unique identity label for each batch of cigarettes entering the cigarette warehouse, and the information contained in the identity label includes the unique ID information of the cigarette, the property owner information, the storage time information and the storage location information in the cigarette warehouse; the information entry unit is used to enter the identity label of each batch of cigarettes in the cigarette warehouse into the system, and associate the information in the identity label of each batch of cigarettes in the system; The information updating unit is used to update the corresponding information associated with the identity tag in the system and record the information update log when the information in the cigarette identity tag changes; The cigarette status inspection unit completes the inspection of the cigarette storage status through the following formula: S11: Obtaining the storage time of each batch of cigarettes entering the cigarette warehouse; S12: Setting the monitoring cycle, and calculating the storage status parameters of each batch of cigarettes in the cigarette warehouse after each monitoring cycle. : ； in, Indicates storage environment related parameters, the types of storage environment related parameters include temperature, humidity and other gas types that affect cigarette quality monitored by the gas monitoring unit; The first batch of cigarettes in the storage time The average value of the difference between the value of the monitoring parameter that is not within the standard monitoring parameter range and the value of the value close to the boundary of the standard monitoring parameter range during the time period; For the The most ideal standard detection parameters within the standard monitoring parameter range of the monitoring parameters. For the preset The normalization coefficient for weight unification and normalization has a value range of positive numbers; The number of cigarettes in the batch during storage time The time when a monitoring parameter is outside the threshold range of its standard monitoring parameter; S13: setting a storage state parameter threshold value, when the storage state parameter of a certain batch of cigarettes exceeds the storage state parameter threshold value, providing an alarm reminder for the batch of cigarettes to the manager through the interactive module; The traceability feedback module provides inspection reminder information for other related cigarettes in the cigarette library in the following ways: S31: Obtaining information in the identity label of the unqualified batch of cigarettes; S32: Obtaining information in identity tags of other batches of cigarettes during the storage time of the batch of cigarettes in the cigarette warehouse; S33: For each batch of cigarettes corresponding to the information in the identity tag obtained in step S32, calculate the inspection reminder parameter: ； in, Represents a substandard batch of cigarettes, Representative in the When a batch of unqualified cigarettes is stored in the cigarette warehouse, the remaining batch of cigarettes For the When the first batch of unqualified cigarettes is stored in the cigarette warehouse, Inspection reminder parameters for each batch of cigarettes, For the The storage location of each batch of cigarettes, For the The storage location of each batch of cigarettes, For the batches of cigarettes and The time that batches of cigarettes are stored simultaneously in the cigarette warehouse; S34: Setting an inspection reminder parameter threshold. When the inspection reminder parameter of a certain batch of cigarettes exceeds the inspection reminder parameter threshold, the interactive module provides the manager with inspection reminder information for the batch of cigarettes. The inspection reminder information also includes information in the identity tag of the batch of cigarettes.

2. A cigarette status detection system based on multi-property cigarette warehouse management according to claim 1, characterized in that: Before generating the identity tag, the tag generating unit sets storage coordinate information according to each storage position in the cigarette warehouse, and uses the storage coordinates of the corresponding batch of cigarettes entering the cigarette warehouse as the storage position information of the batch of cigarettes.

3. A cigarette status detection system based on multi-property cigarette warehouse management according to claim 1, characterized in that: The environment monitoring module includes a temperature and humidity sensing unit and a gas monitoring unit; the temperature and humidity sensing unit is used to monitor the temperature and humidity in the cigarette warehouse; the gas monitoring unit is used to monitor the gas composition in the cigarette warehouse.

4. A cigarette status detection system based on multi-property cigarette shared warehouse management according to claim 1, characterized in that: The data management module includes a storage time checking unit and a cigarette status checking unit; the storage time checking unit is used to obtain the storage time of each batch of cigarettes entering the cigarette warehouse, and the storage time is specifically obtained by the difference between the storage time of each batch of cigarettes and the current time; and when the storage time of cigarettes in the cigarette warehouse exceeds the preset retention time, the interactive module provides the manager with outbound reminder information; The cigarette status checking unit is used to check the storage status of each batch of cigarettes in the cigarette warehouse, and when the storage status of the cigarettes is abnormal, it provides an alarm reminder to the manager through the interactive module.

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