Warehousing intelligent monitoring management method and system based on artificial intelligence

Abstract

The invention relates to a storage intelligent monitoring management method and system based on artificial intelligence. The method comprises the steps that the initial set temperature of each environment maintaining device in a warehouse is adjusted according to article information; judging whether the environment maintaining equipment operates normally or not in real time, matching dynamic adjusting equipment when the environment maintaining equipment is abnormal, and adjusting the current set temperature of the dynamic adjusting equipment; and obtaining an article stored in a preset range of the abnormal environment maintaining equipment as a to-be-adjusted article, and adjusting the position of the to-be-adjusted article according to the current set temperature of the dynamic adjusting equipment. According to the invention, targeted storage of the stored articles can be realized, the quality of the stored articles is ensured while energy is saved, whether the environment maintaining equipment operates normally or not is monitored in real time, and when the environment maintaining equipment is abnormal, the dynamic adjusting equipment is matched, and the current set temperature of the dynamic adjusting equipment is adjusted, so that the environment maintaining equipment is ensured to operate normally. And timely and effective response can be realized when the equipment is abnormal.

Description

Technical Field

[0001] The present invention relates to the field of artificial intelligence technology, and in particular to an artificial intelligence-based warehouse intelligent monitoring and management method and system. Background Art

[0002] With the deepening development of economic globalization, enterprises are facing increasingly fierce market competition. As a key link in the logistics supply chain, the management efficiency of warehousing directly affects the operating costs and market competitiveness of enterprises. Therefore, improving warehousing management efficiency and reducing logistics costs have become important issues for enterprises to enhance their core competitiveness. Warehousing management is the management of warehouses and materials stored in warehouses, including a series of activities such as receiving, storing, issuing, and keeping materials. During storage, by deploying temperature sensors and other equipment in key areas of the warehouse, real-time data is collected 24 hours a day, which helps managers to grasp the status of the storage environment in real time. The existing intelligent monitoring management of warehouses is usually based on analyzing the temperature data in the warehouse to determine whether there are storage anomalies in the warehouse. When anomalies occur, it is difficult to respond in a timely and efficient manner, which reduces management efficiency. Summary of the invention

[0003] The present invention provides an artificial intelligence-based warehouse intelligent monitoring and management method and system to solve the technical problems mentioned in the above background technology.

[0004] To achieve the above object, the present invention provides the following technical solutions: A warehouse intelligent monitoring and management method based on artificial intelligence, the method comprising: Acquire information about items stored in the warehouse, and adjust the initial set temperature of each environment maintenance device in the warehouse according to the item information) Acquire information about items stored in the warehouse, and determine item storage environment information based on the item information; Determine in real time whether the environment maintenance device is operating normally. When the environment maintenance device is abnormal, match the dynamic adjustment device and adjust the current set temperature of the dynamic adjustment device; Items stored within a preset range of the abnormal environment maintaining device are obtained as items to be adjusted, and the positions of the items to be adjusted are adjusted according to the current set temperature of the dynamic adjustment device.

[0005] As a further technical solution of the present invention, the step of obtaining information of items stored in the warehouse and adjusting the initial set temperature of each environment maintenance device in the warehouse according to the item information includes: Acquire information about items stored in the warehouse, and determine information about the storage environment of the items based on the information about the items; the information about the items includes item type, item quantity, item storage environment information, and item storage location information; the item storage environment information includes storage temperature; Obtain the location information of each environmental control device, and obtain the item information of items within the preset range from it according to the location information of each environmental control device; Compare the storage temperatures in the item information of items within the preset range of the environmental control device, and obtain the overlapping temperature range as the set temperature range of the environmental control device; Determine the midpoint temperature of the overlapping temperature range as the initial set temperature of the environmental control device.

[0006] As a further technical solution of the present invention, the step of determining in real time whether the environmental control device is operating normally, and when the environmental control device is abnormal, matching a dynamic adjustment device and adjusting the current set temperature of the dynamic adjustment device includes: Obtain the operation data of the environmental control device in the warehouse in real time, and determine whether the environmental control device is operating normally according to the operation data; When the environmental control device is abnormal, obtain the environmental control devices operating normally within the preset space range of the abnormal environmental control device as dynamic adjustment devices, and obtain a set of dynamic adjustment devices (calculate the temperature difference between the initial set temperatures of the abnormal environmental control device and each dynamic adjustment device, and select the dynamic adjustment device with the smallest temperature difference as the preferred adjustment device; Obtain the set temperature ranges of each dynamic adjustment device in the set of dynamic adjustment devices respectively, and adjust the current set temperatures of each dynamic adjustment device according to the set temperature ranges of each dynamic adjustment device and the set temperature range of the abnormal environmental control device.

[0007] As a further technical solution of the present invention, the step of adjusting the current set temperature of each dynamic adjustment device according to the set temperature ranges of each dynamic adjustment device and the set temperature range of the abnormal environmental control device includes: Respectively determine whether there is an overlapping temperature between the set temperature range of the dynamic adjustment device and the set temperature range of the abnormal environmental control device. If there is, take the minimum value of the overlapping temperature as the current set temperature of the dynamic adjustment device. If not, and the maximum value of the set temperature range of the dynamic adjustment device is greater than the maximum value of the set temperature range of the abnormal environmental control device, take the minimum value of the set temperature range of the dynamic adjustment device as the current set temperature of the dynamic adjustment device; If not, and the minimum value of the set temperature range of the dynamic adjustment device is less than the minimum value of the set temperature range of the abnormal environmental control device, take the maximum value of the set temperature range of the dynamic adjustment device as the current set temperature of the dynamic adjustment device.

[0008] As a further technical solution of the present invention, before adjusting the current set temperature of each dynamic adjustment device, it further includes calculating the temperature difference between the initial set temperatures of the abnormal environment maintaining device and each dynamic adjustment device, sorting according to the magnitude of the temperature difference, and selecting the dynamic adjustment device with the smallest temperature difference as the preferred adjustment device.

[0009] As a further technical solution of the present invention, the step of obtaining the items stored within the preset range of the abnormal environment maintaining device as the items to be adjusted and adjusting the positions of the items to be adjusted according to the current set temperature of the dynamic adjustment device includes: Obtain the items stored within the preset range of the abnormal environment maintaining device as the items to be adjusted; Obtain the item information of the items to be adjusted, sort the items to be adjusted according to the item storage environment information, and obtain an emergency dispatch list; Sort each dynamic adjustment device according to the current set temperature of each dynamic adjustment device and the distance between it and the abnormal environment maintaining device to obtain an assistance sorting list; Adjust the positions of the items to be adjusted according to the assistance sorting list and the emergency dispatch list. When adjusting the positions of the items to be adjusted, the higher-ranked items to be adjusted are adjusted to positions closer to the higher-ranked dynamic adjustment devices in the emergency dispatch list.

[0010] As a further technical solution of the present invention, the step of sorting each dynamic adjustment device according to the current set temperature of each dynamic adjustment device and the distance between it and the abnormal environment maintaining device to obtain an assistance sorting list includes: Determine the temperature assistance value according to the current set temperature of each dynamic adjustment device; Determine the distance influence value according to the distance between the dynamic adjustment device and the abnormal environment maintaining device Determine the comprehensive assistance value according to the temperature assistance value and the distance influence value; Sort each dynamic adjustment device according to the comprehensive assistance value from largest to smallest to obtain an assistance sorting list.

[0011] Another object of the present invention is to provide an intelligent warehouse monitoring and management system based on artificial intelligence, and the system includes: A temperature setting module, configured to obtain the item information stored in the warehouse and adjust the initial set temperature of each environment maintaining device in the warehouse according to the item information; A temperature adjustment module, configured to determine in real time whether the environment maintaining device is operating normally. When the environment maintaining device is abnormal, match a dynamic adjustment device and adjust the current set temperature of the dynamic adjustment device; An item adjustment module, configured to obtain items stored within a preset range of an abnormal environment maintaining device as items to be adjusted, and adjust the positions of the items to be adjusted according to the current set temperature of the dynamic adjustment device.

[0012] As a further technical solution of the present invention, the temperature setting module includes: An item information acquisition unit, configured to acquire item information stored in a warehouse, and determine item storage environment information based on the item information; the item information includes item type, item quantity, item storage environment information, item storage location information, and the item storage environment information includes storage temperature; A target information acquisition unit, configured to acquire the position information of each environment maintaining device, and acquire the item information of items within a preset range of it according to the position information of each environment maintaining device; A temperature range determination unit, configured to compare the storage temperatures in the item information of items within a preset range of an environment maintaining device, and obtain the overlapping temperature range as the set temperature range of the environment maintaining device; An initial temperature determination unit, configured to determine the intermediate point temperature of the overlapping temperature range as the initial set temperature of the environment maintaining device.

[0013] As a further technical solution of the present invention, the temperature adjustment module includes: A device state determination unit, configured to acquire the operation data of the environment maintaining device in the warehouse in real time, and determine whether the environment maintaining device is operating normally according to the operation data; An adjustment device determination unit, configured to, when the environment maintaining device is abnormal, acquire the environment maintaining devices operating normally within a preset space range of the abnormal environment maintaining device as dynamic adjustment devices, and obtain a dynamic adjustment device set; A set temperature determination unit, configured to acquire the set temperature ranges of each dynamic adjustment device in the dynamic adjustment device set respectively, and adjust the current set temperatures of each dynamic adjustment device according to the set temperature ranges of each dynamic adjustment device and the set temperature range of the abnormal environment maintaining device.

[0014] Compared with the prior art, the beneficial effects of the present invention are as follows: The present invention provides an intelligent monitoring and management method and system for a warehouse based on artificial intelligence. In the present invention, the initial set temperature of each environment maintaining device in the warehouse is determined according to the item information, which can realize targeted storage of warehouse items, ensure the quality of stored items while saving energy. On this basis, the present invention monitors in real time whether the environment maintaining device is operating normally. When the environment maintaining device is abnormal, dynamic adjustment devices are matched, and the current set temperatures of the dynamic adjustment devices are adjusted, which can effectively respond in a timely manner when the device is abnormal, avoid adverse effects on stored items caused by device abnormalities, and effectively improve the management efficiency. Description of the Drawings

[0015] Figure 1 It is a flowchart of a method for intelligent monitoring and management of a warehouse based on artificial intelligence.

[0016] Figure 2 It is a flowchart of determining the initial set temperature in a method for intelligent monitoring and management of a warehouse based on artificial intelligence.

[0017] Figure 3 It is a flowchart of adjusting the current set temperature in a method for intelligent monitoring and management of a warehouse based on artificial intelligence.

[0018] Figure 4 It is a block diagram of the structure of a system for intelligent monitoring and management of a warehouse based on artificial intelligence. Detailed implementation manners

[0019] In order to make the technical problems, technical solutions and beneficial effects to be solved by the present invention more clear and understandable, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0020] As Figure 1 shown, an embodiment of the present invention provides a method for intelligent monitoring and management of a warehouse based on artificial intelligence, and the method includes: Step S100, obtaining the information of the items stored in the warehouse, and adjusting the initial set temperature of each environmental maintenance device in the warehouse according to the item information; the item information includes item type, item quantity, item storage environment information, item storage location information, and the item storage environment information includes storage temperature. The environmental maintenance device can be a refrigeration device such as an air conditioner, which is evenly distributed inside the warehouse; Step S200, determining in real time whether the environmental maintenance device is operating normally. When the environmental maintenance device is abnormal, matching a dynamic adjustment device and adjusting the current set temperature of the dynamic adjustment device; Step S300, obtaining the items stored within the preset range of the abnormal environmental maintenance device as the items to be adjusted, and adjusting the positions of the items to be adjusted according to the current set temperature of the dynamic adjustment device.

[0021] In this embodiment, the initial set temperature of each environmental control device is determined according to the item information stored in the warehouse, realizing targeted storage of warehoused items. While saving energy, the quality of the stored items is ensured. On this basis, the present invention monitors in real time whether the environmental control device is operating normally. When the environmental control device is abnormal, a dynamic adjustment device is matched, and the current set temperature of the dynamic adjustment device is adjusted, which can effectively respond in a timely manner when the device is abnormal (adjust the temperature of the dynamic adjustment device and move the position of the item to be adjusted), avoid adverse effects on the stored items caused by device abnormalities, and effectively improve the management efficiency.

[0022] Please refer to Figure 2 , as a preferred embodiment of the present invention, the steps of obtaining the item information stored in the warehouse and adjusting the initial set temperature of each environmental control device in the warehouse according to the item information include: Step S101, obtain the item information stored in the warehouse, and determine the item storage environment information based on the item information; the item information includes item type, item quantity, item storage environment information, item storage location information, and the item storage environment information includes storage temperature; Step S102, obtain the location information of each environmental control device, and obtain the item information of the items within the preset range from it according to the location information of each environmental control device; Step S103, compare the storage temperatures in the item information of the items within the preset range of the environmental control device, and obtain the overlapping temperature range as the set temperature range of the environmental control device; Step S104, determine the midpoint temperature (which can be the average temperature) of the overlapping temperature range as the initial set temperature of the environmental control device.

[0023] Please refer to Figure 3 , as a preferred embodiment of the present invention, the steps of determining in real time whether the environmental control device is operating normally, matching a dynamic adjustment device when the environmental control device is abnormal, and adjusting the current set temperature of the dynamic adjustment device include: Step S201, obtain in real time the operation data of the environmental control device in the warehouse (the operation data includes power supply and current parameters (current, power consumption), refrigeration system parameters (refrigerant flow rate, condensing pressure and evaporating pressure, compressor operation status), etc.), and determine whether the environmental control device is operating normally according to the operation data. The specific determination method can be to compare the real-time obtained operation data with the preset operation data, and determine whether the difference exceeds the preset difference range. If it exceeds, it is determined to be abnormal; if it does not exceed, it is determined to be normal; Step S202: When the environmental control device is abnormal, obtain the environmental control devices operating normally within the preset space range of the abnormal environmental control device as dynamic adjustment devices to obtain a set of dynamic adjustment devices, usually referring to the environmental control devices relatively close to the abnormal environmental control device for timely adjustment of buffering; Step S203: Respectively obtain the set temperature ranges of the dynamic adjustment devices in the set of dynamic adjustment devices, and adjust the current set temperatures of the dynamic adjustment devices according to the set temperature ranges of the dynamic adjustment devices and the set temperature range of the abnormal environmental control device.

[0024] As a preferred embodiment of the present invention, the step of adjusting the current set temperatures of the dynamic adjustment devices according to the set temperature ranges of the dynamic adjustment devices and the set temperature range of the abnormal environmental control device includes: Respectively determine whether there is a coincident temperature between the set temperature range of the dynamic adjustment device and the set temperature range of the abnormal environmental control device. If there is, use the minimum value of the coincident temperature as the current set temperature of the dynamic adjustment device. If not, and the maximum value of the set temperature range of the dynamic adjustment device is greater than the maximum value of the set temperature range of the abnormal environmental control device, use the minimum value of the set temperature range of the dynamic adjustment device as the current set temperature of the dynamic adjustment device; if not, and the minimum value of the set temperature range of the dynamic adjustment device is less than the minimum value of the set temperature range of the abnormal environmental control device, use the maximum value of the set temperature range of the dynamic adjustment device as the current set temperature of the dynamic adjustment device.

[0025] As a preferred embodiment of the present invention, it also includes calculating the temperature difference between the initial set temperatures of the abnormal environmental control device and each dynamic adjustment device before adjusting the current set temperatures of the dynamic adjustment devices, sorting them according to the magnitude of the temperature difference, and selecting the dynamic adjustment device with the smallest temperature difference as the preferred adjustment device because its adjustment may have the most direct and effective impact on the abnormal device. According to the set temperature range of the abnormal device, gradually adjust the current set temperature of the selected dynamic adjustment device to minimize the overall temperature fluctuation.

[0026] As a preferred embodiment of the present invention, the step of obtaining the items stored within the preset range of the abnormal environmental control device as the items to be adjusted and adjusting the positions of the items to be adjusted according to the current set temperatures of the dynamic adjustment devices includes: Obtain the items stored within the preset range of the abnormal environmental control device as the items to be adjusted, usually referring to the items that are more affected; Obtain the item information of the item to be adjusted, and sort the items to be adjusted according to the item storage environment information (respectively obtain the maximum value of the storage temperature in the item storage environment information of the items to be adjusted, and sort each item to be adjusted from small to large according to the maximum value) to obtain an emergency dispatch list; Sort each dynamic adjustment device according to the current set temperature of each dynamic adjustment device and the distance between it and the abnormal environment maintaining device to obtain an assistance sorting list; Adjust the position of the item to be adjusted according to the assistance sorting list and the emergency dispatch list. When adjusting the position of the item to be adjusted, make the item to be adjusted with a higher ranking be adjusted to a position closer to the dynamic adjustment device with a higher ranking in the emergency dispatch list. When specifically adjusting the position, the position can be moved sequentially according to the order of the emergency dispatch list and the assistance sorting list, ensuring that the item with a lower storage temperature can be preferentially moved closer to the dynamic adjustment device with a higher ranking.

[0027] In this embodiment, the step of sorting each dynamic adjustment device according to the current set temperature of each dynamic adjustment device and the distance between it and the abnormal environment maintaining device to obtain an assistance sorting list includes: Determine the temperature assistance value according to the current set temperature of each dynamic adjustment device (the lower the current set temperature, the greater the temperature assistance value); Determine the distance influence value according to the distance between the dynamic adjustment device and the abnormal environment maintaining device (the farther the distance, the greater the distance influence value); Determine the comprehensive assistance value according to the temperature assistance value and the distance influence value (comprehensive assistance value = temperature assistance value - distance influence value); Sort each dynamic adjustment device from large to small according to the comprehensive assistance value to obtain an assistance sorting list.

[0028] Please refer to Figure 4 , another object of the present invention is to provide an intelligent warehouse monitoring and management system based on artificial intelligence, and the system includes: A temperature setting module 100, configured to obtain the item information stored in the warehouse and adjust the initial set temperature of each environment maintaining device in the warehouse according to the item information; A temperature adjustment module 200, configured to determine in real time whether the environment maintaining device is operating normally. When the environment maintaining device is abnormal, match a dynamic adjustment device and adjust the current set temperature of the dynamic adjustment device; An item adjustment module 300, configured to obtain the items stored within the preset range of the abnormal environment maintaining device as the items to be adjusted, and adjust the position of the items to be adjusted according to the current set temperature of the dynamic adjustment device.

[0029] As a preferred embodiment of the present invention, the temperature setting module 100 includes: An item information acquisition unit for acquiring the item information stored in the warehouse and determining the item storage environment information based on the item information; the item information includes item type, item quantity, item storage environment information, and item storage location information, and the item storage environment information includes storage temperature; A target information acquisition unit for acquiring the location information of each environmental maintenance device and obtaining the item information of the items within a preset range from it according to the location information of each environmental maintenance device; A temperature range determination unit for comparing the storage temperatures in the item information of the items within the preset range of the environmental maintenance device and obtaining the overlapping temperature range as the set temperature range of the environmental maintenance device; An initial temperature determination unit for determining the midpoint temperature (average temperature) of the overlapping temperature range as the initial set temperature of the environmental maintenance device.

[0030] As a preferred embodiment of the present invention, the temperature adjustment module 200 includes: A device status determination unit for real-time acquiring the operation data of the environmental maintenance devices in the warehouse (power supply and current parameters (current, power consumption), refrigeration system parameters (refrigerant flow rate, condensing pressure and evaporation pressure, compressor operation status)), and determining whether the environmental maintenance devices are operating normally according to the operation data; An adjustment device determination unit for, when the environmental maintenance device is abnormal, acquiring the environmental maintenance devices operating normally within the preset space range of the abnormal environmental maintenance device as dynamic adjustment devices to obtain a dynamic adjustment device set; A set temperature determination unit for respectively acquiring the set temperature ranges of the dynamic adjustment devices in the dynamic adjustment device set and adjusting the current set temperatures of the dynamic adjustment devices according to the set temperature ranges of the dynamic adjustment devices and the set temperature range of the abnormal environmental maintenance device.

[0031] It should be noted that in this article, the term "including" or any other variant thereof is intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements not only includes those elements, but also includes other elements not explicitly listed, or also includes elements inherent to this process, method, article or device. Without more limitations, an element defined by the statement "including one..." does not exclude the existence of another identical element in the process, method, article or device including the element.

[0032] The above are only the preferred embodiments of the present invention, and do not limit the patent scope of the present invention accordingly. Any equivalent structure or equivalent process transformation made by using the specification and drawings of the present invention, or directly or indirectly applied in other related technical fields, shall be equally included in the patent protection scope of the present invention.

Claims

1. A warehousing intelligent monitoring and management method based on artificial intelligence, characterized in that, The method includes: Obtain the item information stored in the warehouse, and adjust the initial set temperature of each environmental control device in the warehouse according to the item information; Determine in real time whether the environmental control device is operating normally. When the environmental control device is abnormal, match a dynamic adjustment device and adjust the current set temperature of the dynamic adjustment device; Obtain the items stored within the preset range of the abnormal environmental control device as the items to be adjusted, and adjust the positions of the items to be adjusted according to the current set temperature of the dynamic adjustment device.

2. The intelligent warehouse monitoring and management method based on artificial intelligence according to claim 1, wherein, The step of obtaining the item information stored in the warehouse and adjusting the initial set temperature of each environmental control device in the warehouse according to the item information includes: Obtain the item information stored in the warehouse, and determine the item storage environment information based on the item information; the item information includes item type, item quantity, item storage environment information, and item storage location information, and the item storage environment information includes storage temperature; Obtain the location information of each environmental control device, and obtain the item information of the items within its preset range according to the location information of each environmental control device; Compare the storage temperatures in the item information of the items within the preset range of the environmental control device, and obtain the overlapping temperature range as the set temperature range of the environmental control device; Determine the midpoint temperature of the overlapping temperature range as the initial set temperature of the environmental control device.

3. The method for intelligent monitoring and management of a warehouse based on artificial intelligence according to claim 2, characterized in that, The step of determining in real time whether the environmental control device is operating normally. When the environmental control device is abnormal, match a dynamic adjustment device and adjust the current set temperature of the dynamic adjustment device includes: Obtain the operation data of the environmental control device in the warehouse in real time, and determine whether the environmental control device is operating normally according to the operation data; When the environmental control device is abnormal, obtain the environmental control devices operating normally within the preset space range of the abnormal environmental control device as the dynamic adjustment devices to obtain a set of dynamic adjustment devices; Obtain the set temperature ranges of each dynamic adjustment device in the set of dynamic adjustment devices respectively, and adjust the current set temperature of each dynamic adjustment device according to the set temperature range of each dynamic adjustment device and the set temperature range of the abnormal environmental control device.

4. The method for intelligent monitoring and management of a warehouse based on artificial intelligence according to claim 3, characterized in that, The step of adjusting the current set temperature of each dynamic adjustment device according to the set temperature range of each dynamic adjustment device and the set temperature range of the abnormal environmental control device includes: Respectively determine whether there is an overlapping temperature between the set temperature range of the dynamic adjustment device and the set temperature range of the abnormal environmental control device. If there is, use the minimum value of the overlapping temperature as the current set temperature of the dynamic adjustment device. If not, and the maximum value of the set temperature range of the dynamic adjustment device is greater than the maximum value of the set temperature range of the abnormal environmental control device, use the minimum value of the set temperature range of the dynamic adjustment device as the current set temperature of the dynamic adjustment device; if not, and the minimum value of the set temperature range of the dynamic adjustment device is less than the minimum value of the set temperature range of the abnormal environmental control device, use the maximum value of the set temperature range of the dynamic adjustment device as the current set temperature of the dynamic adjustment device.

5. The intelligent warehouse monitoring and management method based on artificial intelligence according to claim 4, characterized in that It also includes calculating the temperature difference between the initial set temperatures of the abnormal environment maintaining device and each dynamic adjustment device before adjusting the current set temperature of each dynamic adjustment device, sorting them according to the magnitude of the temperature difference, and selecting the dynamic adjustment device with the smallest temperature difference as the preferred adjustment device.

6. The method for intelligent monitoring and management of a warehouse based on artificial intelligence according to claim 4, characterized in that, The step of obtaining the items stored within the preset range of the abnormal environment maintaining device as the items to be adjusted and adjusting the positions of the items to be adjusted according to the current set temperature of the dynamic adjustment device includes: Obtaining the items stored within the preset range of the abnormal environment maintaining device as the items to be adjusted; Obtaining the item information of the items to be adjusted, sorting the items to be adjusted according to the item storage environment information to obtain an emergency dispatch list; Sorting each dynamic adjustment device according to the current set temperature of each dynamic adjustment device and the distance between it and the abnormal environment maintaining device to obtain an assistance sorting list; Adjusting the positions of the items to be adjusted according to the assistance sorting list and the emergency dispatch list. When adjusting the positions of the items to be adjusted, the higher-ranked items to be adjusted are adjusted to positions closer to the higher-ranked dynamic adjustment devices in the emergency dispatch list.

7. An intelligent warehouse monitoring and management method based on artificial intelligence according to claim 6, characterized in that The step of sorting each dynamic adjustment device according to the current set temperature of each dynamic adjustment device and the distance between it and the abnormal environment maintaining device to obtain an assistance sorting list includes: Determining a temperature assistance value according to the current set temperature of each dynamic adjustment device; Determining a distance influence value according to the distance between the dynamic adjustment device and the abnormal environment maintaining device; Determining a comprehensive assistance value according to the temperature assistance value and the distance influence value; Sorting each dynamic adjustment device according to the comprehensive assistance value from largest to smallest to obtain an assistance sorting list.

8. An intelligent warehouse monitoring and management system based on artificial intelligence, characterized in that, The system includes: A temperature setting module, configured to obtain the item information stored in the warehouse and adjust the initial set temperature of each environment maintaining device in the warehouse according to the item information; A temperature adjustment module, configured to determine in real time whether the environment maintaining device is operating normally. When the environment maintaining device is abnormal, match a dynamic adjustment device and adjust the current set temperature of the dynamic adjustment device; An item adjustment module, configured to obtain the items stored within the preset range of the abnormal environment maintaining device as the items to be adjusted and adjust the positions of the items to be adjusted according to the current set temperature of the dynamic adjustment device.

9. An intelligent warehouse monitoring and management system based on artificial intelligence according to claim 8, characterized in that, The temperature setting module includes: An item information obtaining unit, configured to obtain the item information stored in the warehouse and determine the item storage environment information based on the item information; the item information includes item type, item quantity, item storage environment information, and item storage location information, and the item storage environment information includes storage temperature; A target information obtaining unit, configured to obtain the position information of each environment maintaining device and obtain the item information of the items within its preset range according to the position information of each environment maintaining device; A temperature range determining unit, configured to compare the storage temperatures in the item information of the items within the preset range of the environment maintaining device and obtain the overlapping temperature range as the set temperature range of the environment maintaining device; An initial temperature determining unit, configured to determine the intermediate point temperature of the overlapping temperature range as the initial set temperature of the environment maintaining device.

10. An intelligent warehouse monitoring and management system based on artificial intelligence according to claim 9, characterized in that, The temperature adjustment module includes: The device status determination unit is used to obtain the operation data of the environmental control equipment in the warehouse in real time, and determine whether the environmental control equipment is operating normally according to the operation data; The adjustment device determination unit is used to, when the environmental control equipment is abnormal, obtain the environmental control equipment operating normally within the preset space range of the abnormal environmental control equipment as the dynamic adjustment device, and obtain the dynamic adjustment device set; The set temperature determination unit is used to obtain the set temperature ranges of the respective dynamic adjustment devices in the dynamic adjustment device set, and adjust the current set temperatures of the respective dynamic adjustment devices according to the set temperature ranges of the respective dynamic adjustment devices and the set temperature range of the abnormal environmental control equipment.

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