A warehouse product data management system

Abstract

The present invention discloses a warehouse product data management system, which relates to the field of management technology, including a product registration module, an image recognition module, an operation formulation module, a time partition module and a traceability recording module, and also includes a business recognition module, a route construction module and an auxiliary function module. The advantages of the present invention are: the image recognition module can effectively identify and count various resources and activities in the warehouse, which is convenient for optimizing resource allocation and monitoring personnel and equipment operation conditions; the operation formulation module can standardize and record the work flow of management personnel, clearly display the specific conditions of various operations, facilitate subsequent work evaluation, process optimization and responsibility tracing, improve the efficiency of information query, and can reduce a large number of manual recording, verification and other links, reduce labor costs, and reduce the requirements for maintenance personnel, making warehouse management more convenient and efficient.

Description

Technical Field

[0001] The present invention relates to the field of management technology, and in particular to a warehouse product data management system. Background Art

[0002] With the rapid development of economy, the volume of commodity logistics is increasing day by day. The traditional manual recording and paper transmission methods can no longer meet the current social demand for warehousing management. Warehousing is a comprehensive place that reflects the status of factory material activities. It is a transit station connecting production, supply and sales. It plays an important auxiliary role in promoting production and improving efficiency. Warehousing is the temporary storage of products or items due to order pre-placement or market forecast pre-placement during product production and circulation. At the same time, it revolves around warehousing entity activities. Therefore, warehousing is the integration of logistics, information flow and document flow;

[0003] The existing system mainly relies on preset labels to obtain information. The information acquisition method is relatively simple, and there are problems such as label damage and loss. In addition, when checking the warehouse activities in a specific time period, it is necessary to manually read a large amount of record data, which is energy-consuming and difficult to quickly locate the accurate information of the required time period. The information query efficiency is extremely low. For this reason, we propose a warehouse product data management system. Summary of the invention

[0004] The purpose of the present invention is to provide a system based on warehouse product data management.

[0005] In order to solve the problems raised in the above background technology, the present invention provides the following technical solutions: a warehouse product data management system, comprising an image acquisition module, the image acquisition module can acquire warehouse image information and warehouse information through a camera, and further comprising a product registration module, an image recognition module, an operation formulation module, a time partition module and a traceability recording module;

[0006] The product registration module can register the information of incoming and outgoing products, and simultaneously record the product packaging information;

[0007] The image recognition module establishes feature units, which can extract inventory information, location information, personnel information and handling tool information from the image information based on the feature units. The feature information in the feature units can be added or deleted as needed;

[0008] The operation formulation module analyzes all operation information of managers in the warehouse and formulates operation labels based on the operation information;

[0009] The time partition module extracts the information in the operation tag, analyzes the position of the operation tag in the image information, extracts the time corresponding to the position, generates a time jump plug-in, and inserts the time jump plug-in into the operation tag. When the time tag is clicked, the image information will automatically jump to the time recorded by the time jump plug-in.

[0010] The traceability recording module establishes a recording unit, then extracts the operation tag according to the recording unit, and records the time jump plug-in information on the operation tag, then jumps the image information to the corresponding time of the time jump plug-in, and takes a screenshot of the image information.

[0011] As a further solution of the present invention: it also includes a business identification module, a route construction module and an auxiliary function module;

[0012] The business identification module extracts product information and product packaging information, analyzes the movement of product inventory, and generates product warehouse reports based on product information, operation tags, outbound time, and inbound time when products are shipped out and in.

[0013] Route building module, which extracts the movement mode of product inventory, establishes waypoints, analyzes the location of product inventory, and builds the movement route considering the waypoint information;

[0014] The auxiliary function module extracts the moving route, formulates the inbound guidance mark and the outbound guidance mark, and establishes the instruction input unit, which can temporarily modify the moving route according to the content of the instruction input.

[0015] As a further solution of the present invention: when recording product packaging information, the product registration module will simultaneously extract warehouse image information, analyze the cargo storage layout in the warehouse image information, and then analyze the location for placing the product packaging information based on the cargo storage layout to generate product storage location information.

[0016] As a further solution of the present invention: the image recognition module can extract image information and product information, and convert the product information into information tags. When the product enters the image information, the image recognition module will mark the product information in the form of an information tag in the image. When the manager clicks the information tag, the image information will display the product information and set identity tags for different personnel. When different personnel appear in the image, the image recognition module will mark the corresponding identity tag on one side of the person's image in the image information.

[0017] As a further solution of the present invention: when analyzing all the operation information of the management personnel in the warehouse, the operation formulation module will establish an outbound unit, an inbound unit and an abnormal behavior unit, then analyze the operation label of the operation information, and extract the inbound product information and the outbound product information, and then assign the inbound product information and the outbound product information to different executors in the form of tasks, generate execution tasks and executor information, and when receiving the product information, extract the executor information who executes the task in the warehouse and the product information that the executor will take out when executing the task from the image information, generate image personnel information and image tasks, and then match the image personnel information with the executor information, and match the execution task with the image task. Let the image personnel information be T 人员 , let the image task information be T 任务 , let the executive information be Z 人员 , let the execution task information be Z 任务 ;

[0018] when If the match is successful, a match success signal will be issued, and the purpose of the image personnel information appearing in the warehouse will be obtained, and then the corresponding operation tag will be recorded in the storage unit and the outbound unit;

[0019] when It is considered a match failure, a match failure signal is issued, the purpose of the image personnel information appearing in the warehouse is obtained, and then the corresponding operation label is recorded in the abnormal behavior unit.

[0020] As a further solution of the present invention: after extracting the information in the operation tag, the time partition module will screen and analyze the operation tag, delete the redundant operation tags, and set the operation tag information as C1, C2, C3, ..., C B , let the product information obtained by the operation mode of the operation tag be P1, P2, P3, ..., P B , let the number of operation tags be L, let the valid operation tag be C 有效 ;

[0021] C 有效 =(C1×P1, C2×P2, C3×P3,…,C B ×P B

[0022] The effective operation label can be calculated according to the above formula.

[0023] As a further solution of the present invention, when recording the screenshot information, the traceability recording module will formulate a personal file unit according to the information of the executor, then analyze the executor to whom the screenshot information belongs, and mark the executor information and the operation label on one side of the screenshot information to generate the marked screenshot information. Let the executor information in the marked screenshot information be B. J , when the screenshot information contains the mark of the executive information B J =1, when there is no mark of the executive information in the marked screenshot information B J =0, set the operation label information in the marked screenshot information to C J , when there is a mark in the screenshot information that contains the operation tag information C J = 1, when there is no mark of operation tag information in the marked screenshot information C J =0, set the screenshot information to J J , let J be the marked screenshot information that can be recorded 记录 , let the number of marked screenshot information be M;

[0024] J 记录 =B J ×C J ×J J

[0025] According to the above formula, the marked screenshot information that can be recorded can be calculated, and then the marked screenshot information can be recorded in the corresponding personal file unit, and the marked screenshot information that is not recorded in the personal file unit can be displayed, and then the management personnel and the executive personnel can jointly mark the marked screenshot information.

[0026] As a further solution of the present invention: before analyzing the movement mode of product inventory, the business identification module will establish a mobile tool unit, and then use the mobile tool unit to record all the mobile tool information inside the warehouse, and install a display screen and a locator on the mobile tool to analyze the movement mode of the product based on the weight and volume of the product.

[0027] As a further solution of the present invention: the route construction module is capable of receiving information processed by the business identification module, and when analyzing the product inventory location, it will synchronously extract the warehouse space information and the warehouse layout information, formulate a floor plan based on the warehouse space information and the warehouse layout information, mark the product inventory location and the mobile tool on the floor plan, and the display screen will adjust the position of the mobile tool in the floor plan as the locator moves.

[0028] By adopting the above technical solution, compared with the prior art, the beneficial effects of the present invention are:

[0029] 1. The present invention can effectively identify and count various resources and activities in the warehouse through the image recognition module, which is convenient for optimizing resource allocation and monitoring personnel and equipment operation. The operation formulation module can standardize and record the workflow of managers, clearly display the specific conditions of each operation, and facilitate subsequent work evaluation, process optimization and responsibility tracing. The time partition module can greatly facilitate the viewing and analysis of warehouse activities in a specific time period, improve the efficiency of information query, and reduce a large number of manual recording, verification and other links, reduce labor costs, and reduce the requirements for maintenance personnel, making warehouse management more convenient and efficient;

[0030] 2. The present invention can extract image information and product information through the image recognition module and convert them into information labels. When the product enters the image, the product information can be marked in the image in the form of a label, which is convenient for managers to click to view detailed product information, so that the relevant information of the product is clear at a glance, which is convenient for quickly understanding the product status, and is convenient for managing and tracing the activities of personnel in the warehouse. The accuracy and traceability of task execution can be ensured through the operation formulation module, which is helpful to standardize the normal in and out warehouse process management, facilitate timely discovery and handling of abnormal operation conditions, and ensure the normal order and safety of warehouse operations;

[0031] 3. The present invention can accurately calculate effective operation labels through the time partition module, which helps to reduce data redundancy. Through the traceability record module, each executor's operation behavior in the warehouse has a detailed and traceable record, which is convenient for management personnel and executors to jointly mark and review the marked screenshot information later, and can delete redundant information and record the main information. The route construction module is used to facilitate the reasonable planning of product transportation routes and improve the flexibility of product outbound and inbound storage. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 It is a schematic diagram of an embodiment of the present invention. DETAILED DESCRIPTION

[0033] The specific embodiments of the present invention will be further described below in conjunction with the accompanying drawings. It should be noted that the description of these embodiments is used to help understand the present invention, but does not constitute a limitation of the present invention.

[0034] In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not conflict with each other.

[0035] Embodiment 1:

[0036] Therefore, in order to effectively solve the above problems, the present application proposes a warehouse product data management system, as shown in the accompanying drawings of the specification. Figure 1As shown, it includes an image acquisition module, which can acquire warehouse image information and warehouse information through a camera, and also includes a product registration module, an image recognition module, an operation formulation module, a time partition module and a traceability record module;

[0037] The product registration module can register the information of incoming and outgoing products, and simultaneously record the product packaging information;

[0038] The image recognition module establishes feature units, which can extract inventory information, location information, personnel information and handling tool information from the image information based on the feature units. The feature information in the feature units can be added or deleted as needed;

[0039] The operation formulation module analyzes all operation information of managers in the warehouse and formulates operation labels based on the operation information;

[0040] By analyzing the operating habits and decision-making processes of managers when handling different products in different areas and time periods, we generate personalized operation labels for each manager. These operation labels not only contain the content of routine operation actions, but also incorporate information such as the manager's behavioral characteristics and decision-making preferences.

[0041] The time partition module extracts the information in the operation tag, analyzes the position of the operation tag in the image information, extracts the time corresponding to the position, generates a time jump plug-in, and inserts the time jump plug-in into the operation tag. When the time tag is clicked, the image information will automatically jump to the time recorded by the time jump plug-in.

[0042] The traceability recording module establishes a recording unit, then extracts the operation tag according to the recording unit, and records the time jump plug-in information on the operation tag, then jumps the image information to the corresponding time of the time jump plug-in, and takes a screenshot of the image information;

[0043] All product-related information, such as operation tags, time jump plug-in information, product reports, etc., are integrated to form a complete traceability file;

[0044] The product traceability path is displayed graphically, including the movement trajectory of the product in the warehouse, the time and personnel of each operation node, etc. At the same time, users can conduct further detailed queries and interactive operations by clicking on different elements on the interface, such as viewing the specific image screenshot record of a certain operation node, obtaining relevant product reports, etc.

[0045] It also includes a business identification module, a route building module, and an auxiliary function module;

[0046] The business identification module extracts product information and product packaging information, analyzes the movement of product inventory, and generates product warehouse reports based on product information, operation tags, outbound time, and inbound time when products are shipped out and in.

[0047] Route building module, which extracts the movement mode of product inventory, establishes waypoints, analyzes the location of product inventory, and builds the movement route considering the waypoint information;

[0048] Auxiliary function module, extracts the moving route, formulates the inbound guidance mark and the outbound guidance mark, and establishes the instruction input unit, which can temporarily modify the moving route according to the content of the instruction input;

[0049] Specific workflow: obtain warehouse image information and warehouse information, register inbound product information and outbound product information, and simultaneously record product packaging information; extract inventory information, location information, personnel information and handling tool information from image information according to feature units; analyze all operation information of managers in the warehouse; formulate operation labels according to operation information; analyze the position of operation labels in image information; extract the corresponding time of the position; generate a time jump plug-in; and insert the time jump plug-in into the operation label; when the time label is clicked, the image information will automatically jump to the time recorded by the time jump plug-in; extract the operation label according to the recording unit; record the time jump plug-in information on the operation label; jump the image information to the corresponding time of the time jump plug-in; and take screenshots of the image information; analyze the movement mode of product inventory; generate product warehouse reports; establish waypoints; analyze the location of product inventory; and construct a moving route considering waypoint information; formulate inbound guidance marks and outbound guidance marks; and establish an instruction input unit that can temporarily modify the moving route according to the content of the instruction input;

[0050] Furthermore, the image recognition module can effectively identify and count various resources and activities in the warehouse, which is convenient for optimizing resource allocation and monitoring personnel and equipment operations. The operation formulation module can standardize and record the workflow of managers, clearly display the specific circumstances of each operation, and facilitate subsequent work evaluation, process optimization, and responsibility tracing. The time partitioning module can greatly facilitate the viewing and analysis of warehouse activities in a specific time period, improve the efficiency of information query, and reduce a large number of manual recording, verification and other links, thereby reducing labor costs and reducing the requirements for maintenance personnel, making warehouse management more convenient and efficient.

[0051] Embodiment 2:

[0052] Based on the first embodiment, as shown in the accompanying drawings of the specification Figure 1As shown, when recording product packaging information, the product registration module will simultaneously extract warehouse image information, analyze the cargo storage layout in the warehouse image information, and then analyze the location of the product packaging information according to the cargo storage layout to generate product storage location information;

[0053] Integrate multi-frame image data within a period of time, and use advanced image fusion technology to fuse these images at different times to obtain more comprehensive and accurate warehouse cargo storage layout information. During regular inventory or cargo adjustment in the warehouse, images from different time periods can reflect the dynamic changes in cargo layout. The fused images can clearly show the increase and decrease of cargo in each area and the trend of location changes;

[0054] The image recognition module can extract image information and product information, and convert product information into information tags. When a product enters the image information, the image recognition module will mark the product information in the image in the form of an information tag. When the manager clicks the information tag, the image information will display the product information and set identity tags for different people. When different people appear in the image, the image recognition module will mark the corresponding identity tag on one side of the person's image in the image information;

[0055] Deeply understand the semantic information of the product, such as its characteristics, uses, and applicable scenarios, and present these rich contents in the form of concise and easy-to-understand information tags. For an electronic product, in addition to displaying its basic parameters, the information tag will also include detailed information such as its main functional features and compatibility with other devices, so that managers can quickly obtain comprehensive product information;

[0056] When analyzing all the operation information of the management personnel in the warehouse, the operation formulation module will establish the outbound unit, the inbound unit and the abnormal behavior unit, and then analyze the operation label of the operation information, and extract the inbound product information and the outbound product information, and then assign the inbound product information and the outbound product information to different executors in the form of tasks, generate execution tasks and executor information, and when receiving the product information, extract the executor information who will perform the task in the warehouse and the product information that the executor will take out when performing the task from the image information, generate image personnel information and image tasks, and then match the image personnel information with the executor information, and match the execution task with the image task. Let the image personnel information be T 人员 , let the image task information be T 任务 , let the executive information be Z 人员 , let the execution task information be Z 任务 ;

[0057] when If the match is successful, a match success signal will be issued, and the purpose of the image personnel information appearing in the warehouse will be obtained, and then the corresponding operation tag will be recorded in the storage unit and the outbound unit;

[0058] when If the match fails, a match failure signal will be issued, and the purpose of the image personnel information appearing in the warehouse will be obtained, and then the corresponding operation label will be recorded in the abnormal behavior unit;

[0059] Specific workflow: extract warehouse image information, analyze the cargo storage layout in the warehouse image information, analyze the location of product packaging information according to the cargo storage layout, generate product storage location information, convert product information into information tags, and when the product enters the image information, the image recognition module will mark the product information in the form of information tags in the image. When the manager clicks the information tag, the image information will display the product information. When different personnel appear in the image, the image recognition module will mark the corresponding identity tag on one side of the personnel image in the image information, analyze the operation tag of the operation information, and extract the incoming product information and the outgoing product information, and assign the incoming product information and the outgoing product information to different executors in the form of tasks, generate execution tasks and executor information, and when the product information is received, the executor information who performs the task in the warehouse and the product information that the executor will take out when performing the task will be extracted from the image information, generate image personnel information and image tasks, and then match the image personnel information with the executor information, and match the execution tasks with the image tasks;

[0060] Furthermore, the image recognition module can extract image information and product information and convert them into information tags. When the product enters the image, the product information can be marked in the image in the form of a label, which is convenient for managers to click to view detailed product information, making product-related information clear at a glance, and facilitating quick understanding of product status, and facilitating management and tracing of personnel activities in the warehouse. The operation formulation module can ensure the accuracy and traceability of task execution, help standardize normal warehousing and outbound process management, facilitate timely detection and handling of abnormal operations, and ensure the normal order and safety of warehouse operations.

[0061] Embodiment three:

[0062] Based on the second embodiment, as shown in the accompanying drawings of the specification Figure 1 As shown in the figure, after extracting the information in the operation tag, the time partition module will filter and analyze the operation tag and delete the redundant operation tags. Suppose the operation tag information is C1, C2, C3, ..., C B , let the product information obtained by the operation mode of the operation tag be P1, P2, P3, ..., P B, let the number of operation tags be L, let the valid operation tag be C 有效 ;

[0063] C 有效 =(C1×P1, C2×P2, C3×P3,…,C B ×P B

[0064] According to the above formula, the effective operation label can be calculated;

[0065] Dynamic adjustments are made based on the warehouse's real-time operating conditions, business types, and historical data. During busy periods, the focus is on retaining operation tags related to the entry and exit of high-volume products to ensure the traceability of key business processes. During relatively quiet periods, the screening conditions will be appropriately relaxed to retain more operation tags that may involve warehouse layout adjustments, equipment maintenance, etc., so as to comprehensively record various warehouse activities.

[0066] When recording screenshot information, the traceability recording module will formulate a personal file unit according to the information of the executor, then analyze the executor to whom the screenshot information belongs, and mark the executor information and operation label on one side of the screenshot information to generate marked screenshot information. Let the executor information in the marked screenshot information be B. J , when the screenshot information contains the mark of the executive information B J =1, when there is no mark of the executive information in the marked screenshot information B J =0, set the operation label information in the marked screenshot information to C J , when there is a mark in the screenshot information that contains the operation tag information C J = 1, when there is no mark of operation tag information in the marked screenshot information C J =0, set the screenshot information to J J , let J be the marked screenshot information that can be recorded 记录 , let the number of marked screenshot information be M;

[0067] J 记录 =B J ×C J ×J J

[0068] According to the above formula, the marked screenshot information that can be recorded can be calculated, and then the marked screenshot information is recorded in the corresponding personal file unit, and the marked screenshot information that is not recorded in the personal file unit is displayed, and then the management personnel and the executive personnel jointly mark the marked screenshot information;

[0069] Before analyzing the movement of product inventory, the business identification module will establish a mobile tool unit, and then use the mobile tool unit to record all the mobile tool information in the warehouse, and install display screens and locators on the mobile tools to analyze the movement of products based on the weight and volume of the products;

[0070] The display screen installed on the mobile tool is not only used to display basic information such as the product's moving mode, but also integrates a real-time status monitoring function, which can display the mobile tool's power, running speed, load status and other operating parameters in real time, so that the operator can understand the working status of the mobile tool at any time, perform maintenance or adjustment operations in time, and improve the efficiency and safety of the mobile tool.

[0071] The route construction module can receive the information processed by the business identification module. When analyzing the product inventory location, it will simultaneously extract the warehouse space information and the warehouse layout information, formulate a floor plan based on the warehouse space information and the warehouse layout information, mark the product inventory location and the mobile tool on the floor plan, and the display screen will adjust the position of the mobile tool in the floor plan as the locator moves;

[0072] Specific workflow: filter and analyze the operation tags, delete redundant operation tags, formulate personal file units according to the information of the executors, analyze the executors to whom the screenshot information belongs, and mark the executor information and operation tags on one side of the screenshot information, generate marked screenshot information, calculate the marked screenshot information that can be recorded, record the marked screenshot information into the corresponding personal file unit, display the marked screenshot information that is not recorded in the personal file unit, use the mobile tool unit to record all the mobile tool information in the warehouse, install the display screen and locator on the mobile tool, analyze the movement mode of the product according to the weight and volume of the product, extract the warehouse space information and the warehouse layout information, formulate a floor plan according to the warehouse space information and the warehouse layout information, mark the product inventory location and the mobile tool on the floor plan, and the display screen will adjust the position of the mobile tool in the floor plan as the locator moves;

[0073] Furthermore, the time partitioning module can accurately calculate effective operation tags, which helps to reduce data redundancy. The traceability record module makes it possible to have detailed and traceable records of each executor's operation behavior in the warehouse, making it convenient for managers and executors to jointly mark and review the marked screenshot information later, and to delete redundant information and record the main information. The route construction module facilitates the reasonable planning of product transportation routes and improves the flexibility of product outbound and inbound storage.

[0074] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A warehouse product data management system, comprising an image acquisition module, which can acquire warehouse image information and warehouse information through a camera, characterized in that: The module also includes a product registration module, an image recognition module, an operation formulation module, a time partition module and a traceability recording module; The product registration module can register the information of incoming and outgoing products, and simultaneously record the product packaging information; The image recognition module establishes feature units, which can extract inventory information, location information, personnel information and handling tool information from the image information based on the feature units. The feature information in the feature units can be added or deleted as needed; The operation formulation module analyzes all operation information of managers in the warehouse and formulates operation labels based on the operation information; The time partition module extracts the information in the operation tag, analyzes the position of the operation tag in the image information, extracts the time corresponding to the position, generates a time jump plug-in, and inserts the time jump plug-in into the operation tag. When the time tag is clicked, the image information will automatically jump to the time recorded by the time jump plug-in. The traceability recording module establishes a recording unit, then extracts the operation tag according to the recording unit, and records the time jump plug-in information on the operation tag, then jumps the image information to the corresponding time of the time jump plug-in, and takes a screenshot of the image information.

2. A warehouse product data management system according to claim 1, characterized in that: It also includes a business identification module, a route building module, and an auxiliary function module; The business identification module extracts product information and product packaging information, analyzes the movement of product inventory, and generates product warehouse reports based on product information, operation tags, outbound time, and inbound time when products are shipped out and in. Route building module, which extracts the movement mode of product inventory, establishes waypoints, analyzes the location of product inventory, and builds the movement route considering the waypoint information; The auxiliary function module extracts the moving route, formulates the inbound guidance mark and the outbound guidance mark, and establishes the instruction input unit, which can temporarily modify the moving route according to the content of the instruction input.

3. The warehouse product data management system according to claim 1, characterized in that: When recording product packaging information, the product registration module will simultaneously extract warehouse image information, analyze the cargo storage layout in the warehouse image information, and then analyze the location for placing the product packaging information according to the cargo storage layout to generate product storage location information.

4. The warehouse product data management system according to claim 1, characterized in that: The image recognition module can extract image information and product information, and convert the product information into information tags. When the product enters the image information, the image recognition module will mark the product information in the form of an information tag in the image. When the manager clicks the information tag, the image information will display the product information and set identity tags for different personnel. When different personnel appear in the image, the image recognition module will mark the corresponding identity tag on one side of the person's image in the image information.

5. The warehouse product data management system according to claim 1, characterized in that: When analyzing all the operation information of the management personnel in the warehouse, the operation formulation module will establish the outbound unit, the inbound unit and the abnormal behavior unit, then analyze the operation label of the operation information, and extract the inbound product information and the outbound product information, and then assign the inbound product information and the outbound product information to different executors in the form of tasks, generate execution tasks and executor information, and when receiving the product information, extract the executor information who will execute the task in the warehouse and the product information that the executor will take out when executing the task from the image information, generate image personnel information and image tasks, and then match the image personnel information with the executor information, and match the execution task with the image task. Let the image personnel information be T 人员 , let the image task information be T 任务 , let the executive information be Z 人员 , let the execution task information be Z 任务 ; when If the match is successful, a match success signal will be issued, and the purpose of the image personnel information appearing in the warehouse will be obtained, and then the corresponding operation tag will be recorded in the storage unit and the outbound unit; when It is considered a match failure, a match failure signal is issued, the purpose of the image personnel information appearing in the warehouse is obtained, and then the corresponding operation label is recorded in the abnormal behavior unit.

6. The warehouse product data management system according to claim 1, characterized in that: After extracting the information in the operation tag, the time partition module will screen and analyze the operation tag, delete the redundant operation tags, and set the operation tag information as C1, C2, C3, ..., C B , let the product information obtained by the operation mode of the operation tag be P1, P2, P3, ..., P B , let the number of operation tags be L, let the valid operation tag be C 有效 ; C 有效 =(C1×P1、C2×P2、C3×P3、……、C B ×P B ) The effective operation label can be calculated according to the above formula.

7. The warehouse product data management system according to claim 1, characterized in that: When recording the screenshot information, the traceability recording module will formulate a personal file unit according to the information of the executor, then analyze the executor to whom the screenshot information belongs, and mark the executor information and operation label on one side of the screenshot information to generate the marked screenshot information. Let the executor information in the marked screenshot information be B. J , when the screenshot information contains the mark of the executive information B J =1, when there is no mark of the executive information in the marked screenshot information B J =0, set the operation label information in the marked screenshot information to C J , when there is a mark in the screenshot information that contains the operation tag information C J = 1, when there is no mark of operation tag information in the marked screenshot information C J =0, set the screenshot information to J J , let J be the marked screenshot information that can be recorded 记录 , let the number of marked screenshot information be M; J 记录 =B J ×C J ×J J According to the above formula, the marked screenshot information that can be recorded can be calculated, and then the marked screenshot information can be recorded in the corresponding personal file unit, and the marked screenshot information that is not recorded in the personal file unit can be displayed, and then the management personnel and the executive personnel can jointly mark the marked screenshot information.

8. The warehouse product data management system according to claim 2, characterized in that: Before analyzing the movement mode of product inventory, the business identification module will establish a mobile tool unit, and then use the mobile tool unit to record all the mobile tool information inside the warehouse, and install a display screen and a locator on the mobile tool to analyze the movement mode of the product based on the weight and volume of the product.

9. A warehouse product data management system according to claim 8, characterized in that: The route construction module is capable of receiving information processed by the business identification module. When analyzing the product inventory location, it will simultaneously extract the warehouse space information and the warehouse layout information, formulate a floor plan based on the warehouse space information and the warehouse layout information, mark the product inventory location and the mobile tool on the floor plan, and the display screen will adjust the position of the mobile tool in the floor plan as the locator moves.

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