Management system and method of intelligent warehouse

Abstract

The invention discloses an intelligent warehouse management system and method, and relates to the technical field of warehouse management, and the system comprises a vehicle information analysis module, a vehicle warehouse information analysis module, a vehicle warehouse matching module and a vehicle warehouse management module. And in the vehicle information analysis module, the quality storage problem of new vehicles and old vehicles is improved, the problem of mixed placement of the new vehicles and the old vehicles is avoided, the placement effect of the warehouse is improved, the management difficulty is reduced, and the storage difficulty of the warehouse is improved. In the vehicle warehouse management module, the new vehicles to be stored and the old vehicles to be stored are preliminarily stored, the number of the remaining new vehicles and the number of the remaining old vehicles are obtained through statistics, the problem that the warehouse position is tight is solved, the occurrence situation of the overstock problem of the new vehicles and the old vehicles is reduced, then the warehouse operation cost is reduced, and the space utilization rate is increased.

Description

Technical Field

[0001] The present invention relates to the technical field of warehouse management, and in particular to a management system and method for an intelligent warehouse. Background Art

[0002] In the modern logistics and supply chain system, warehouse management, as a key link, shoulders the important task of storing, preserving and efficiently allocating goods. Vehicle warehouses have their own unique management complexity. The evolution and development of vehicle placement technology has always kept pace with industry demand and technological progress. Therefore, it is necessary to analyze the management system and methods of an intelligent warehouse.

[0003] Prior art, such as the invention application patent with announcement number: CN116433155A, discloses a visualization-based intelligent management system for engineering material storage. By setting a cement appearance detection module, a cement information verification module, a cement agglomeration detection module, a cement weight analysis module, a cement quality qualification assessment module, a cement performance qualification assessment module, a cement comprehensive qualification assessment module, and a cloud database, the present invention effectively promotes the efficiency and standardization of warehouse cement acceptance management. On the one hand, by considering the quality of each bag of cement in terms of cement appearance, packaging information, moisture degree, and weight, the reliability of cement material quality data is improved. On the other hand, cement materials are randomly sampled, and the actual use performance of cement is analyzed from three dimensions of cement setting time, stability, and compressive strength. The comprehensive analysis of cement quality and performance is combined with cement processing to improve the quality and safety of construction projects.

[0004] Based on the above solutions, it can be found that a management system and method of an intelligent warehouse in the prior art can meet the basic requirements, but there are also some potential defects and challenges, which are specifically reflected in the following aspects:

[0005] 1. The existing technology does not conduct in-depth research on the environmental quality index of each storage area of ​​a vehicle warehouse. Since the detection of the environmental quality of the warehouse is not accurate enough, the quality storage of new and old vehicles is affected, resulting in the mixing of new and old vehicles, which reduces the storage effect of the warehouse, increases the difficulty of management, and affects the storage problem of the warehouse.

[0006] Second, the prior art does not pay enough attention to the preliminary storage of each new vehicle to be stored and each old vehicle to be stored. Due to the unreasonable placement of the vehicle placement area, the problem of tight warehouse space is increased, and the backlog of new and old vehicles is increased, which in turn increases the warehouse operation cost and reduces the space utilization rate. Summary of the invention

[0007] The purpose of the present invention is to provide a management system and method for an intelligent warehouse, which solves the problems existing in the background technology.

[0008] To solve the above technical problems, the present invention adopts the following technical solution: The present invention provides a management system for an intelligent warehouse, including a vehicle information analysis module, a vehicle warehouse information analysis module, a vehicle warehouse matching module and a vehicle warehouse management module.

[0009] Vehicle information analysis module: detect each vehicle to be stored through a camera analyzer to obtain the quality data of each new vehicle to be stored and the quality data of each old vehicle to be stored, and then analyze the quality compliance index of each new vehicle to be stored in the vehicle warehouse and the quality compliance index of each old vehicle to be stored in the vehicle warehouse.

[0010] Vehicle warehouse information analysis module: By testing the environment of the vehicle warehouse, the environmental data of the vehicle warehouse is obtained, and the environmental quality index of each storage area of ​​the vehicle warehouse is analyzed.

[0011] Vehicle warehouse matching module: Based on the environmental quality index of each placement area of ​​the vehicle warehouse, each new car placement area and each old car placement area are matched respectively, so as to obtain each new car placement area and each old car placement area.

[0012] Vehicle warehouse management module: Based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are statistically obtained, and secondary storage vehicle processing measures are implemented.

[0013] Furthermore, the quality compliance index of each new car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained quality data of each new car to be stored, wherein the quality data of each new car to be stored includes the number of scratches, surface area, dent value and degree of damage of the surface of the interior seat of each new car to be stored in the vehicle warehouse, analyzing the appearance compliance index W of each new car to be stored in the vehicle warehouse u And the interior meets index Y u , and then analyze the quality compliance index of each new car to be stored in the vehicle warehouse, and the specific calculation formula is: u represents the number of the new car to be stored.

[0014] Furthermore, the appearance conformity index of each new car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained number of scratches and dent values ​​of each new car to be stored in the vehicle warehouse, and extracting the reference number of scratches and reference dent values ​​of the new cars to be stored in the vehicle warehouse from the database, the appearance conformity index of each new car to be stored is specifically calculated by the following formula: Among them, a uis represented by the number of scratches on the u-th new car to be stored in the vehicle warehouse, a' is represented by the reference number of scratches on the new cars to be stored in the vehicle warehouse, and d u It is represented as the depression value of the u-th new car to be stored in the vehicle warehouse, and d' is represented as the depression reference value of the new car to be stored in the vehicle warehouse.

[0015] Furthermore, the interior conformity index of each new car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained interior seat surface damage degree of each new car to be stored in the vehicle warehouse, and extracting the interior seat surface damage reference degree of the new car to be stored in the vehicle warehouse from the database, and then analyzing the interior conformity index of each new car to be stored in the vehicle warehouse, and the specific calculation formula is: Among them, f' represents the reference degree of damage to the interior seat surface of new cars to be stored in the vehicle warehouse, and f u It is represented by the degree of damage to the interior seat surface of the u-th new car to be stored in the vehicle warehouse.

[0016] Furthermore, the quality compliance index of each used car to be stored in the vehicle warehouse is specifically analyzed by the following method: based on the obtained quality data of each used car to be stored, wherein the quality data of each used car to be stored includes the engine roar value and noise value of each used car to be stored in the vehicle warehouse in each time period, and the engine roar reference value and noise reference value of the used cars to be stored in the vehicle warehouse are extracted from the database, and then the quality compliance index of each used car to be stored in the vehicle warehouse is analyzed, and the specific calculation formula is: Among them, g' represents the engine roar reference value of the old car in the vehicle warehouse, g ip It is represented by the engine roar value of the i-th used car to be stored in the vehicle warehouse in the p-th time period, h' is represented by the noise reference value of the used cars to be stored in the vehicle warehouse, and h ip It is represented as the noise value of the i-th used car to be stored in the vehicle warehouse in the p-th time period, where p = 1, 2, ..., e, p represents the number of the time period, and e represents the number of time periods.

[0017] Furthermore, the environmental quality index of each placement area of ​​the vehicle warehouse is specifically analyzed by the following method: based on obtaining the environmental data of the vehicle warehouse, wherein the environmental data includes the humidity, minimum temperature, maximum temperature, wind speed, dust value and old vehicle area of ​​each placement area in each time period, the minimum temperature and maximum temperature of each placement area in each time period are processed by difference, the temperature difference of each placement area in each time period is obtained, and the reference humidity and reference temperature difference of the placement area of ​​the vehicle warehouse are extracted from the database, and then the air quality compliance index of each placement area of ​​the vehicle warehouse is analyzed, and the specific calculation formula is: Where n' represents the reference humidity of the storage area of ​​the vehicle warehouse, n spIt is represented by the humidity of the s-th placement area in the vehicle warehouse in the p-th time period, s is the number of the placement area, b' is the reference temperature difference of the placement area of ​​the vehicle warehouse, b sp It is expressed as the temperature difference in the pth time period of the sth placement area of ​​the vehicle warehouse.

[0018] Analyze the environmental quality index of each storage area of ​​the vehicle warehouse, and the specific calculation formula is: η s =α s +β s , where β s It is expressed as the physical environment compliance index of the s-th placement area of ​​the vehicle warehouse.

[0019] Furthermore, the physical environment compliance index of each placement area of ​​the vehicle warehouse is specifically analyzed by: based on the wind speed, dust value and old vehicle area of ​​each placement area of ​​the vehicle warehouse in each time period, the wind speed in each time period is multiplied by the area of ​​the area, and then the ventilation volume of each placement area in each time period is obtained, and the ventilation reference volume and dust reference value of each placement area of ​​the vehicle warehouse are extracted from the database, and the physical environment compliance index of each placement area of ​​the vehicle warehouse is analyzed. The specific calculation formula is: where v sp It is represented by the ventilation volume of the s-th placement area of ​​the vehicle warehouse in the p-th time period, v' is represented by the ventilation reference volume of the placement area of ​​the vehicle warehouse, m' is represented by the dust reference value of the placement area of ​​the vehicle warehouse, and m sp It is expressed as the dust value of the s-th placement area in the vehicle warehouse during the p-th time period.

[0020] Furthermore, the specific analysis method for obtaining each new car placement area and each used car placement area is as follows: based on the obtained environmental quality index of each placement area of ​​the vehicle warehouse, the environmental quality index of each placement area of ​​the vehicle warehouse is compared with the environmental quality compliance index threshold of the placement area of ​​the vehicle warehouse stored in the database; if the environmental quality index of a placement area of ​​the vehicle warehouse is greater than or equal to the environmental quality index threshold of the placement area, then the placement area is recorded as a new car placement area; if the environmental quality index of a placement area of ​​the vehicle warehouse is less than the environmental quality index threshold of the placement area, then the area is recorded as a used car placement area, thereby obtaining each new car placement area and each used car placement area.

[0021] Furthermore, the preliminary storage of each new car to be stored and each old car to be stored is performed, and its specific analysis method is: based on the obtained quality compliance index of each new car to be stored in the vehicle warehouse and the quality compliance index of each old car to be stored in the vehicle warehouse, each new car to be stored and each old car to be stored are sorted to obtain each remaining new car and each remaining old car, and the number of remaining new cars and the number of remaining old cars are statistically obtained, and then the number of remaining new car placement areas and the number of remaining old car placement areas are statistically obtained.

[0022] Match the number of remaining new cars with the number of remaining new car placement areas. If the number of remaining new cars is not zero, record the number of remaining new cars as the first remaining storage vehicles, execute the first-level storage vehicle processing measures, and allocate each first remaining storage vehicle to the remaining old car placement area.

[0023] Match the number of remaining old cars with the number of remaining old car placement areas. If the number of remaining old cars is not zero, record the remaining number of old cars as the second remaining storage vehicles, implement secondary storage vehicle processing measures, start the high-rise storage stations in the remaining old car placement areas, and increase the number of storage stations.

[0024] The second aspect of the present invention provides a method for a management system of an intelligent warehouse, characterized in that it includes: step one, vehicle information analysis: detecting each vehicle to be stored by a camera analyzer to obtain quality data of each new vehicle to be stored and quality data of each old vehicle to be stored, and then analyzing the quality compliance index of each new vehicle to be stored in the vehicle warehouse and the quality compliance index of each old vehicle to be stored in the vehicle warehouse.

[0025] Step 2: Vehicle warehouse information analysis: By testing the environment of the vehicle warehouse, the environmental data of the vehicle warehouse is obtained, and the environmental quality index of each storage area of ​​the vehicle warehouse is analyzed.

[0026] Step 3, vehicle warehouse matching: Based on the obtained environmental quality index of each placement area of ​​the vehicle warehouse, each new car placement area and each old car placement area are matched respectively, so as to obtain each new car placement area and each old car placement area.

[0027] Step 4, vehicle warehouse management: Based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are statistically obtained, and secondary storage vehicle handling measures are implemented.

[0028] The beneficial effects of the present invention are as follows: in the vehicle information analysis module, before the vehicle enters the warehouse, the vehicle is detected by a camera analyzer to obtain vehicle quality data, which includes new vehicle quality data and old vehicle quality data, and then the new vehicle quality compliance index and the old vehicle quality compliance index of the vehicle warehouse are analyzed, thereby improving the quality storage problem of new and old vehicles, avoiding the problem of mixing new and old vehicles, improving the placement effect of the warehouse, thereby reducing the management difficulty, and improving the storage difficulty of the warehouse.

[0029] In the vehicle warehouse management module, based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are obtained, and secondary storage vehicle processing measures are implemented, which improves the problem of tight warehouse space and reduces the occurrence of backlog problems of new and old vehicles, thereby reducing warehouse operating costs and improving space utilization. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0031] Figure 1 It is a schematic diagram of the system structure connection of the present invention.

[0032] Figure 2 The present invention is a schematic flow chart of the steps for implementing the method. DETAILED DESCRIPTION

[0033] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0034] Reference Figure 1 As shown, the present invention provides a management system for an intelligent warehouse, including a vehicle information analysis module, a vehicle warehouse information analysis module, a vehicle warehouse matching module and a vehicle warehouse management module.

[0035] Vehicle information analysis module: detect each vehicle to be stored through a camera analyzer to obtain the quality data of each new vehicle to be stored and the quality data of each old vehicle to be stored, and then analyze the quality compliance index of each new vehicle to be stored in the vehicle warehouse and the quality compliance index of each old vehicle to be stored in the vehicle warehouse.

[0036] In the above embodiment, the quality compliance index of each new car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained quality data of each new car to be stored, wherein the quality data of each new car to be stored includes the number of scratches, surface area, dent value and degree of damage of the surface of the interior seat of each new car to be stored in the vehicle warehouse, analyzing the appearance compliance index W of each new car to be stored in the vehicle warehouse u And the interior meets index Y u , and then analyze the quality compliance index of each new car to be stored in the vehicle warehouse, and the specific calculation formula is: u represents the number of the new car to be stored.

[0037] It should be noted that the number of scratches, dent values ​​and degree of damage to the interior seat surfaces of each new car to be stored in the vehicle warehouse are detected by a three-dimensional laser scanner.

[0038] In the above embodiment, the appearance conformity index of each new car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained scratch number and dent value of each new car to be stored in the vehicle warehouse, and extracting the scratch reference number and dent reference value of the new car to be stored in the vehicle warehouse from the database, the appearance conformity index of each new car to be stored is specifically calculated by the following formula: Among them, a u is represented by the number of scratches on the u-th new car to be stored in the vehicle warehouse, a' is represented by the reference number of scratches on the new cars to be stored in the vehicle warehouse, and d u It is represented as the depression value of the u-th new car to be stored in the vehicle warehouse, and d' is represented as the depression reference value of the new car to be stored in the vehicle warehouse.

[0039] In the above embodiment, the interior conformity index of each new car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained interior seat surface damage degree of each new car to be stored in the vehicle warehouse, and extracting the interior seat surface damage reference degree of the new car to be stored in the vehicle warehouse from the database, and then analyzing the interior conformity index of each new car to be stored in the vehicle warehouse, and the specific calculation formula is: Among them, f' represents the reference degree of damage to the interior seat surface of new cars to be stored in the vehicle warehouse, and f u It is represented by the degree of damage to the interior seat surface of the u-th new car to be stored in the vehicle warehouse.

[0040] It should be noted that the reference degree of surface damage of the interior seats of new cars to be stored in the vehicle warehouse is based on the values ​​measured by the staff.

[0041] In the above embodiment, the quality compliance index of each used car to be stored in the vehicle warehouse is specifically analyzed by: based on the obtained quality data of each used car to be stored, wherein the quality data of each used car to be stored includes the engine roar value and noise value of each used car to be stored in the vehicle warehouse in each time period, and the engine roar reference value and noise reference value of the used cars to be stored in the vehicle warehouse are extracted from the database, and then the quality compliance index of each used car to be stored in the vehicle warehouse is analyzed, and the specific calculation formula is: Among them, g' represents the engine roar reference value of the old car in the vehicle warehouse, g ip It is represented by the engine roar value of the i-th used car to be stored in the vehicle warehouse in the p-th time period, h' is represented by the noise reference value of the used cars to be stored in the vehicle warehouse, and h ip It is represented as the noise value of the i-th used car to be stored in the vehicle warehouse in the p-th time period, where p = 1, 2, ..., e, p represents the number of the time period, and e represents the number of time periods.

[0042] It should be noted that the engine roar value and noise value of each old vehicle to be stored in the vehicle warehouse in each time period are detected by the engine tachometer and the sound level meter respectively.

[0043] It should be noted that the engine roar reference value and noise reference value of the old vehicles to be stored in the vehicle warehouse are measured by the staff as reference values.

[0044] In the vehicle information analysis module, before the vehicle enters the warehouse, the vehicle is inspected by a camera analyzer to obtain vehicle quality data, which includes new vehicle quality data and old vehicle quality data. The new vehicle quality compliance index and the old vehicle quality compliance index of the vehicle warehouse are then analyzed, which improves the quality storage of new and old vehicles, avoids the problem of mixing new and old vehicles, improves the placement effect of the warehouse, and thus reduces the difficulty of management and improves the storage difficulty of the warehouse.

[0045] Vehicle warehouse information analysis module: By testing the environment of the vehicle warehouse, the environmental data of the vehicle warehouse is obtained, and the environmental quality index of each storage area of ​​the vehicle warehouse is analyzed.

[0046] In the above embodiment, the environmental quality index of each placement area of ​​the vehicle warehouse is specifically analyzed by the following method: based on obtaining the environmental data of the vehicle warehouse, wherein the environmental data includes the humidity, minimum temperature, maximum temperature, wind speed, dust value and old vehicle area of ​​each placement area in each time period, the minimum temperature and the maximum temperature of each placement area in each time period are processed by difference, and the temperature difference of each placement area in each time period is obtained, and the reference humidity and reference temperature difference of the placement area of ​​the vehicle warehouse are extracted from the database, and then the air quality compliance index of each placement area of ​​the vehicle warehouse is analyzed, and the specific calculation formula is: Where n' represents the reference humidity of the storage area of ​​the vehicle warehouse, n sp It is represented by the humidity of the s-th placement area in the vehicle warehouse in the p-th time period, s is the number of the placement area, b' is the reference temperature difference of the placement area of ​​the vehicle warehouse, b sp It is expressed as the temperature difference in the pth time period of the sth placement area of ​​the vehicle warehouse.

[0047] Analyze the environmental quality index of each storage area of ​​the vehicle warehouse, and the specific calculation formula is: η s =α s +β s , where β s It is expressed as the physical environment compliance index of the s-th placement area of ​​the vehicle warehouse.

[0048] It should be noted that the humidity, minimum temperature and maximum temperature in each time period of the new car display area are detected by temperature and humidity sensors respectively.

[0049] It should be noted that the dust reference value, reference humidity and reference temperature difference in each time period of the new car placement area are obtained by statistically analyzing the dust value, humidity and temperature difference in each time period, and averaging them to obtain the dust mean, humidity mean and temperature mean, which are then used as the dust reference value, reference humidity and reference temperature difference, respectively.

[0050] In the above embodiment, the physical environment compliance index of each placement area of ​​the vehicle warehouse is specifically analyzed by: based on the wind speed, dust value and old vehicle area of ​​each placement area of ​​the vehicle warehouse in each time period, the wind speed in each time period is multiplied by the area of ​​the area, and then the ventilation volume of each placement area in each time period is obtained, and the ventilation reference volume and dust reference value of each placement area of ​​the vehicle warehouse are extracted from the database, and the physical environment compliance index of each placement area of ​​the vehicle warehouse is analyzed. The specific calculation formula is: where v spIt is represented by the ventilation volume of the s-th placement area of ​​the vehicle warehouse in the p-th time period, v' is represented by the ventilation reference volume of the placement area of ​​the vehicle warehouse, m' is represented by the dust reference value of the placement area of ​​the vehicle warehouse, and m sp It is expressed as the dust value of the s-th placement area in the vehicle warehouse during the p-th time period.

[0051] It should be noted that the dust value in each time period of each placement area is obtained by testing with a dust meter.

[0052] It should be noted that the dust reference value of each placement area is obtained by counting the dust values ​​in each time period, performing average processing, and then obtaining the dust average as the dust reference value.

[0053] It should be noted that the wind speed in each storage area of ​​the vehicle warehouse and the area of ​​the old vehicle area in each time period are detected by ultrasonic anemometer and image recognition technology respectively.

[0054] It should be noted that the ventilation reference amount of the storage area of ​​the vehicle warehouse is set by the vehicle warehouse manager.

[0055] Vehicle warehouse matching module: Based on the environmental quality index of each placement area of ​​the vehicle warehouse, each new car placement area and each old car placement area are matched respectively, so as to obtain each new car placement area and each old car placement area.

[0056] In the above embodiment, the specific analysis method for obtaining each new car placement area and each used car placement area is as follows: based on the obtained environmental quality index of each placement area of ​​the vehicle warehouse, the environmental quality index of each placement area of ​​the vehicle warehouse is compared with the environmental quality compliance index threshold of the placement area of ​​the vehicle warehouse stored in the database; if the environmental quality index of a placement area of ​​the vehicle warehouse is greater than or equal to the environmental quality index threshold of the placement area, then the placement area is recorded as a new car placement area; if the environmental quality index of a placement area of ​​the vehicle warehouse is less than the environmental quality index threshold of the placement area, then the area is recorded as a used car placement area, thereby obtaining each new car placement area and each used car placement area.

[0057] Vehicle warehouse management module: Based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are statistically obtained, and secondary storage vehicle processing measures are implemented.

[0058] In the above embodiment, the new cars to be stored and the used cars to be stored are initially stored, and the specific analysis method is as follows: based on the obtained quality compliance index of each new car to be stored in the vehicle warehouse and the quality compliance index of each used car to be stored in the vehicle warehouse, each new car to be stored and each used car to be stored are sorted to obtain each remaining new car and each remaining used car, and the number of remaining new cars and the number of remaining used cars are statistically obtained, and then the number of remaining new car placement areas and the number of remaining used car placement areas are statistically obtained.

[0059] Match the number of remaining new cars with the number of remaining new car placement areas. If the number of remaining new cars is not zero, record the number of remaining new cars as the first remaining storage vehicles, execute the first-level storage vehicle processing measures, and allocate each first remaining storage vehicle to the remaining old car placement area.

[0060] Match the number of remaining old cars with the number of remaining old car placement areas. If the number of remaining old cars is not zero, record the remaining number of old cars as the second remaining storage vehicles, implement secondary storage vehicle processing measures, start the high-rise storage stations in the remaining old car placement areas, and increase the number of storage stations.

[0061] In the vehicle warehouse management module, based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are obtained, and secondary storage vehicle processing measures are implemented, which improves the problem of tight warehouse space and reduces the occurrence of backlog problems of new and old vehicles, thereby reducing warehouse operating costs and improving space utilization.

[0062] Reference Figure 2 As shown, the present invention provides a method for a management system of an intelligent warehouse, characterized in that it includes: step one, vehicle information analysis: detecting each vehicle to be stored by a camera analyzer to obtain quality data of each new vehicle to be stored and quality data of each old vehicle to be stored, and then analyzing the quality compliance index of each new vehicle to be stored in the vehicle warehouse and the quality compliance index of each old vehicle to be stored in the vehicle warehouse.

[0063] Step 2: Vehicle warehouse information analysis: By testing the environment of the vehicle warehouse, the environmental data of the vehicle warehouse is obtained, and the environmental quality index of each storage area of ​​the vehicle warehouse is analyzed.

[0064] Step 3, vehicle warehouse matching: Based on the obtained environmental quality index of each placement area of ​​the vehicle warehouse, each new car placement area and each old car placement area are matched respectively, so as to obtain each new car placement area and each old car placement area.

[0065] Step 4, vehicle warehouse management: Based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are statistically obtained, and secondary storage vehicle handling measures are implemented.

[0066] The above contents are merely examples and explanations of the concept of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the concept of the invention or exceed the scope defined by the present invention, they shall all fall within the protection scope of the present invention.

Claims

1. A management system for an intelligent warehouse, characterized in that: include: Vehicle information analysis module: detect each vehicle to be stored through a camera analyzer, obtain the quality data of each new vehicle to be stored and the quality data of each old vehicle to be stored, and then analyze the quality compliance index of each new vehicle to be stored in the vehicle warehouse and the quality compliance index of each old vehicle to be stored in the vehicle warehouse; Vehicle warehouse information analysis module: by testing the environment of the vehicle warehouse, the environmental data of the vehicle warehouse is obtained, and the environmental quality index of each storage area of ​​the vehicle warehouse is analyzed; Vehicle warehouse matching module: based on the environmental quality index of each placement area of ​​the vehicle warehouse, each new car placement area and each old car placement area are matched respectively, so as to obtain each new car placement area and each old car placement area; Vehicle warehouse management module: Based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are statistically obtained, and secondary storage vehicle processing measures are implemented.

2. The intelligent warehouse management system according to claim 1, characterized in that: The quality compliance index of each new vehicle to be stored in the vehicle warehouse is specifically analyzed as follows: Based on the obtained quality data of each new vehicle to be stored, wherein the quality data of each new vehicle to be stored includes the number of scratches, surface area, dent value and degree of damage to the surface of the interior seat of each new vehicle to be stored in the vehicle warehouse, the appearance compliance index W of each new vehicle to be stored in the vehicle warehouse is analyzed. u The interior of each new car to be stored in the vehicle warehouse meets the index Y u , and then analyze the quality compliance index of each new car to be stored in the vehicle warehouse. The specific calculation formula is: u represents the number of the new car to be stored.

3. The intelligent warehouse management system according to claim 2, characterized in that: The appearance conformity index of each new vehicle to be stored in the vehicle warehouse is specifically analyzed by: Based on the obtained scratch quantity and dent value of each new car to be stored in the vehicle warehouse, and extracting the scratch reference quantity and dent reference value of the new car to be stored in the vehicle warehouse from the database, the appearance compliance index of each new car to be stored is calculated as follows: Among them, a u is represented by the number of scratches on the u-th new car to be stored in the vehicle warehouse, a' is represented by the reference number of scratches on the new cars to be stored in the vehicle warehouse, and d u It is represented as the depression value of the u-th new car to be stored in the vehicle warehouse, and d' is represented as the depression reference value of the new car to be stored in the vehicle warehouse.

4. The intelligent warehouse management system according to claim 2, characterized in that: The interior decoration conformity index of each new car to be stored in the vehicle warehouse is specifically analyzed as follows: Based on the obtained interior seat surface damage degree of each new car to be stored in the vehicle warehouse, the interior seat surface damage reference degree of the new car to be stored in the vehicle warehouse is extracted from the database, and then the interior conformity index of each new car to be stored in the vehicle warehouse is analyzed. The specific calculation formula is: Among them, f' represents the reference degree of damage to the interior seat surface of new cars to be stored in the vehicle warehouse, and f u It is represented by the degree of damage to the interior seat surface of the u-th new car to be stored in the vehicle warehouse.

5. The intelligent warehouse management system according to claim 1, characterized in that: The quality compliance index of each used vehicle to be stored in the vehicle warehouse is specifically analyzed as follows: Based on the obtained quality data of each used vehicle to be stored, wherein the quality data of each used vehicle to be stored includes the engine roar value and noise value of each used vehicle to be stored in the vehicle warehouse in each time period, and the engine roar reference value and noise reference value of the used vehicles to be stored in the vehicle warehouse are extracted from the database, and then the quality compliance index of each used vehicle to be stored in the vehicle warehouse is analyzed, and the specific calculation formula is: Among them, g' represents the engine roar reference value of the old car in the vehicle warehouse, g ip It is represented by the engine roar value of the i-th used car to be stored in the vehicle warehouse in the p-th time period, h' is represented by the noise reference value of the used cars to be stored in the vehicle warehouse, and h ip It is represented as the noise value of the i-th used car to be stored in the vehicle warehouse in the p-th time period, where p = 1, 2, ..., e, p represents the number of the time period, and e represents the number of time periods.

6. The intelligent warehouse management system according to claim 1, characterized in that: The specific analysis method of the environmental quality index of each storage area of ​​the vehicle warehouse is as follows: Based on the environmental data of the vehicle warehouse, the environmental data includes the humidity, minimum temperature, maximum temperature, wind speed, dust value and old vehicle area of ​​each placement area in each time period, and the minimum temperature and maximum temperature of each placement area in each time period are processed by difference, and the temperature difference of each placement area in each time period is obtained, and the reference humidity and reference temperature difference of the placement area of ​​the vehicle warehouse are extracted from the database, and then the air quality compliance index of each placement area of ​​the vehicle warehouse is analyzed. The specific calculation formula is: Where n' represents the reference humidity of the storage area of ​​the vehicle warehouse, n sp It is represented by the humidity of the s-th placement area in the vehicle warehouse in the p-th time period, s is the number of the placement area, b' is the reference temperature difference of the placement area of ​​the vehicle warehouse, b sp It is expressed as the temperature difference in the pth time period of the sth placement area of ​​the vehicle warehouse; Analyze the environmental quality index of each storage area of ​​the vehicle warehouse, and the specific calculation formula is: η s =α s +β s , where β s It is expressed as the physical environment compliance index of the s-th placement area of ​​the vehicle warehouse.

7. The intelligent warehouse management system according to claim 6, characterized in that: The physical environment compliance index of each storage area of ​​the vehicle warehouse is analyzed in the following specific method: Based on the wind speed, dust value and old vehicle area of ​​each placement area in each time period, the wind speed in each time period is multiplied by the area of ​​the area to obtain the ventilation volume of each placement area in each time period. The ventilation reference volume and dust reference value of each placement area of ​​the vehicle warehouse are extracted from the database to analyze the physical environment compliance index of each placement area of ​​the vehicle warehouse. The specific calculation formula is: where v sp It is represented by the ventilation volume of the s-th placement area of ​​the vehicle warehouse in the p-th time period, v' is represented by the ventilation reference volume of the placement area of ​​the vehicle warehouse, m' is represented by the dust reference value of the placement area of ​​the vehicle warehouse, and m sp It is expressed as the dust value of the s-th placement area in the vehicle warehouse during the p-th time period.

8. The intelligent warehouse management system according to claim 1, characterized in that: The specific analysis method for obtaining each new car placement area and each old car placement area is as follows: Based on the obtained environmental quality index of each placement area of ​​the vehicle warehouse, the environmental quality index of each placement area of ​​the vehicle warehouse is compared with the environmental quality compliance index threshold of the placement area of ​​the vehicle warehouse stored in the database; if the environmental quality index of a placement area of ​​the vehicle warehouse is greater than or equal to the environmental quality index threshold of the placement area, the placement area is recorded as a new car placement area; if the environmental quality index of a placement area of ​​the vehicle warehouse is less than the environmental quality index threshold of the placement area, the area is recorded as a used car placement area, thereby obtaining each new car placement area and each used car placement area.

9. The intelligent warehouse management system according to claim 1, characterized in that: The specific analysis method for performing preliminary storage of each new car to be stored and each old car to be stored is as follows: Based on the obtained quality compliance index of each new car to be stored in the vehicle warehouse and the quality compliance index of each used car to be stored in the vehicle warehouse, the new cars to be stored and the used cars to be stored are sorted to obtain the remaining new cars and the remaining used cars, and the number of remaining new cars and the number of remaining used cars are obtained by counting, and then the number of remaining new car placement areas and the number of remaining used car placement areas are obtained by counting; Match the number of remaining new cars with the number of remaining new car placement areas. If the number of remaining new cars is not zero, record the number of remaining new cars as the first remaining storage vehicles, execute the first-level storage vehicle processing measures, and allocate each first remaining storage vehicle to the remaining old car placement area; Match the number of remaining old cars with the number of remaining old car placement areas. If the number of remaining old cars is not zero, record the remaining number of old cars as the second remaining storage vehicles, implement secondary storage vehicle processing measures, start the high-rise storage stations in the remaining old car placement areas, and increase the number of storage stations.

10. A method for executing the management system of the smart warehouse according to any one of claims 1 to 9, characterized in that: include: Step 1: Vehicle information analysis: Detect each vehicle to be stored by a camera analyzer to obtain the quality data of each new vehicle to be stored and the quality data of each old vehicle to be stored, and then analyze the quality compliance index of each new vehicle to be stored in the vehicle warehouse and the quality compliance index of each old vehicle to be stored in the vehicle warehouse; Step 2: Vehicle warehouse information analysis: by testing the environment of the vehicle warehouse, the environmental data of the vehicle warehouse is obtained, and the environmental quality index of each storage area of ​​the vehicle warehouse is analyzed; Step 3, vehicle warehouse matching: based on the obtained environmental quality index of each placement area of ​​the vehicle warehouse, each new vehicle placement area and each used vehicle placement area are matched respectively, thereby obtaining each new vehicle placement area and each used vehicle placement area; Step 4, vehicle warehouse management: Based on the quality compliance index of each new car to be stored in the vehicle warehouse, the quality compliance index of each used car to be stored in the vehicle warehouse, and the new car placement area and the used car placement area, each new car to be stored and each used car to be stored are initially stored, the remaining number of new cars and the remaining number of used cars are statistically obtained, and secondary storage vehicle handling measures are implemented.

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