Multi-terminal role management method and system in tray sharing period

Abstract

The invention relates to a multi-terminal role management method and system in a tray sharing period, and relates to the field of logistics, and the method comprises the steps: obtaining tray lease order information; extracting lesser information according to the tray lease order information; matching and determining the credit investigation degree of the lesser according to the lesser information and an industry credit investigation library; based on the fact that the renter credit investigation degree is greater than the reference credit investigation degree, a renting period is extracted according to the tray renting order information; the tray is controlled to be delivered out of a warehouse, the renting condition of the tray is monitored in real time through a tray monitoring method, countdown is conducted according to the renting deadline, and tray recycling application information is obtained in real time; on the basis that the lease-based deadline does not reach the expiration time, when the tray recovery application information is consistent with the reference submission information, the quality of the tray is checked and accepted through a quality checking and accepting method, and the tray is recovered; and sending a prompt to the client of the lesser based on the expiration time of the lease deadline. The method has the effect of reducing the economic loss of tray suppliers.

Description

Technical Field

[0001] The present invention relates to the field of logistics, and in particular to a method and system for managing multi - end roles in the tray sharing cycle. Background Art

[0002] Shared pallets refer to a model in which a third - party logistics company or a pallet sharing platform provides services. Enterprises can obtain the right to use pallets by paying a usage fee without purchasing pallets. The characteristics of this model lie in the sharing and recycling of resources, and through standardized pallets, the optimal allocation and efficient utilization of resources are achieved.

[0003] During the lease transaction of shared pallets, it involves the interaction between multiple roles and the change of rights, and management has a certain degree of difficulty. In the traditional pallet sharing industry, when pallets are leased, they are prone to damage. Due to the unclear reasons for damage and the identity of the damaged personnel, it is usually difficult to divide the responsibility for damage after the pallets are recycled. And due to the uneven quality of lessees, there are often situations where the pallets are not returned on time or lost after being leased. The above losses are usually borne by the supplier itself, which is likely to cause economic losses. Summary of the Invention

[0004] In order to improve the management method of multi - end roles in the tray sharing cycle to reduce the economic losses of tray suppliers, the present invention provides a method and system for managing multi - end roles in the tray sharing cycle.

[0005] In the first aspect, the present invention provides a method for managing multi - end roles in the tray sharing cycle, adopting the following technical solutions: A method for managing multi - end roles in the tray sharing cycle includes: Obtain tray lease order information; Extract lessee information according to the tray lease order information; Match and determine the lessee creditworthiness according to the lessee information and a preset industry credit database; Based on the lessee creditworthiness being greater than a preset benchmark creditworthiness, extract the lease term according to the tray lease order information; Control the tray to leave the warehouse and conduct real - time monitoring of the lease situation of the tray by a preset tray monitoring method, and conduct a countdown according to the lease term, and obtain the tray return application information in real - time; Based on the lease term not reaching the preset due time, determine whether the tray return application information is consistent with the preset benchmark submission information; When and only when the tray return application information is consistent with the benchmark submission information, accept and recycle the quality of the tray by a preset quality acceptance method; Based on the lease term reaching the due time, send a prompt to the lessee's client.

[0006] By adopting the above technical solutions, the system determines the creditworthiness of the lessee to decide whether to rent pallets to the lessee, thereby reducing the probability of abnormalities occurring after the pallets are rented. Moreover, during the pallet recycling process, the system will inspect the quality of the pallets to ensure that the pallets are not damaged, and even if damage occurs, the responsible person can be accurately identified. When the situation of overdue return occurs, the system will send a reminder to the lessee to remind the lessee to return the pallets on time. By the above method, the economic losses of pallet suppliers can be reduced.

[0007] Optionally, the pallet monitoring method includes: Obtain pallet positioning information; Retrieve the logistics end position of the lessee according to the pallet lease order information; Match the logistics calibration path according to the preset pallet starting position and the lessee's logistics end position; Determine the pallet allowable area according to the logistics calibration path and the preset logistics range; When the pallet positioning information does not fall within the pallet allowable area, obtain the residence time of the pallet outside the pallet allowable area; Based on the residence time being greater than the preset reference time, send a reminder to the lessee's client.

[0008] Optionally, obtain logistics weighing information; Retrieve the declared weighing information according to the pallet lease order information; When the logistics weighing information is greater than the declared weighing information, control the locking device preset on the pallet surface to pop up at a preset popping angle, and send a reminder to the lessee's client and the supplier's platform side; After sending the reminder, match the corrected pallet specifications according to the logistics weighing information, push the pallet information corresponding to the corrected pallet specifications to the lessee's client for the lessee to select, and obtain the selection feedback information; Based on the selection feedback information being consistent with the preset reference determination information, generate pallet replacement order information according to the corrected pallet specifications; Replace the pallet lease order information with the pallet replacement order information, and control the pallet to leave the warehouse and be conveyed to the pallet positioning information according to the pallet replacement order information; Based on the selection feedback information being inconsistent with the reference determination information, re-evaluate the lessee's creditworthiness according to the lessee's creditworthiness and the preset credit deduction rules, cancel the pallet lease order information, and recycle the pallet at the pallet positioning information.

[0009] Optionally, the quality inspection method includes: Obtain pallet image information; Determine whether the tray is damaged according to the tray image information and the preset reference tray; When and only when the tray is damaged, determine the damaged position of the tray according to the tray image information; Based on the damaged position of the tray being at the top position of the tray, determine whether the logistics weighing information is greater than the declared weighing information; When and only when the logistics weighing information is greater than the declared weighing information, it is defined as overloading and crushing damage, designate the charterer as the responsible party and send a compensation prompt to the client of the charterer.

[0010] Optionally, it further includes: After the tray exits the warehouse, obtain the tray collision vibration information and tilt direction information in real time; When the tray collision vibration information is greater than the preset reference anti-drop strength, determine the estimated collision position according to the tilt direction information and record the estimated collision position in the historical collision position library; Based on the damaged position of the tray being at the bottom position of the tray, determine whether the damaged position of the tray is consistent with the estimated collision position in the historical collision position library; When and only when the damaged position of the tray is consistent with the estimated collision position in the historical collision position library, it is defined as damaged during logistics transportation, designate the charterer as the responsible party and send a compensation prompt to the client of the charterer.

[0011] Optionally, the management method for the charterer when the charter period reaches the expiration time includes: Determine whether the tray return application information is consistent with the preset reference submission information; When and only when the tray return application information is inconsistent with the reference submission information, it is defined as return overdue, and obtain the membership level of the charterer; Based on the membership level being less than the preset privilege level, determine whether the tray positioning information falls within the preset return range; Currently, when and only when the tray positioning information falls within the return range, determine the return distance according to the tray positioning information and the preset charter point position; Determine the change trend of the return distance within the preset unit period according to the tray positioning information and the return distance; Based on the reduction of the return distance change trend, re-evaluate the creditworthiness of the charterer according to the creditworthiness of the charterer and the preset credit deduction rules; Based on the increase of the return distance change trend, recycle the tray at the tray positioning information according to the tray positioning information.

[0012] Optionally, it further includes: Based on the membership level being not less than the privilege level, match the time extension according to the membership level; Correct the expiration time according to the time extension to obtain the membership extension period; Based on the expiration of the lease term, extend the membership term of the lessee, downgrade the membership level of the lessee according to the membership level and the preset downgrading rules, and send a return reminder to the client of the lessee; When the pallet recycling application information is inconsistent with the benchmark submission information, continue to extend the membership term according to the downgraded membership level, and downgrade the membership level until the membership level is the same as the privilege level.

[0013] Optionally, the method for processing a new order generated during the pallet return process includes: Retrieve the receiving location of the lessee according to the pallet lease order information; Match the nearest pallet station according to the receiving location of the lessee; Determine the return delivery time for all pallets in the return process to reach the nearest pallet station according to the nearest pallet station, the pallet positioning information, and the preset shipping speed; Filter out the shortest return delivery time from the return delivery times; Determine the call delivery time for calling a pallet from the nearest pallet station and delivering it to the receiving location of the lessee according to the receiving location of the lessee, the nearest pallet station, and the shipping speed; Calculate the sum of the shortest return delivery time and the call delivery time, and define it as the total call time; Determine the direct supply time according to the receiving location of the lessee, the preset main warehouse station, and the shipping speed; When the total call time is less than the direct supply time, call the pallet corresponding to the shortest return delivery time to the receiving location of the lessee; When the total call time is not less than the direct supply time, call a new pallet from the main warehouse station and deliver it to the receiving location of the lessee.

[0014] Optionally, it further includes: Obtain the deviated pallet positioning information of the pallet with a residence time greater than the benchmark time, and send an identity verification prompt to the client of the lessee, and obtain the identity information of the lessee within the preset verification time; Based on the inconsistency between the lessee identity information and the preset order identity information, determine the recycling time according to the deviated pallet positioning information, the nearest pallet station, and the shipping speed; When the recycling time is less than the shortest return delivery time, recycle the pallet according to the deviated pallet positioning information, and transport it to the nearest pallet station for use in calling a new pallet lease order.

[0015] In a second aspect, the present application provides a multi-terminal role management system during the pallet sharing cycle, adopting the following technical solutions: A multi-terminal role management system during the pallet sharing cycle, including: An acquisition module, configured to acquire pallet lease order information, pallet recycling application information, pallet positioning information, the residence time of the pallet outside the pallet permitted area, logistics weighing information, selection feedback information, pallet image information, pallet collision and vibration information, tilt direction information, deviation from pallet positioning information, and lessor identity information; A memory, configured to store a program for the multi - end role management method in any of the above - mentioned pallet sharing cycles; A processor, the program in the memory can be loaded and executed by the processor and implement a multi - end role management method in a pallet sharing cycle.

[0016] In summary, the present application includes at least one of the following beneficial technical effects: The system determines the credit status of the lessor to decide whether to lease pallets to the lessor, thereby reducing the probability of anomalies after pallet leasing. And during the pallet recycling process, the system will inspect the quality of the pallet to ensure that the pallet has not been damaged, and even if damage occurs, the responsible person can be accurately determined. When there is an overdue return situation, the system will send a reminder to the lessor to remind the lessor to return the pallet on time. Through the above - mentioned methods, the economic losses of pallet suppliers can be reduced; By monitoring the logistics weighing information of the goods placed on the pallet and the collision and vibration conditions of the pallet in real time, when the logistics weighing information is greater than the declared weighing information, or when the collision and vibration conditions are greater than the reference anti - drop strength, it is very likely that the cause of pallet damage lies with the lessor itself, so it is relatively easy to divide the responsibility; For the situation of overdue non - return, the system can adopt different methods for processing according to whether the lessor is a member. For non - members, the system will judge whether the lessor has the willingness to return the pallet, while for members, the system will extend the expiration time of the lessor's pallet to give the member enough time to return the pallet. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 is a method flow chart of a multi - end role management method in a pallet sharing cycle according to an embodiment of the present invention; Figure 2 is the method flow of the pallet monitoring method according to an embodiment of the present invention Figure 1 ; Figure 3 is the method flow of the pallet monitoring method according to an embodiment of the present invention Figure 2 ; Figure 4 is the method flow of the quality inspection method according to an embodiment of the present invention Figure 1 ; Figure 5 is the method flow of the quality inspection method according to an embodiment of the present invention Figure 2 . Specific implementation manners

[0018] In order to make the objectives, technical solutions and advantages of 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.

[0019] An embodiment of the present application discloses a multi-end role management method in a pallet sharing cycle.

[0020] Referring to Figure 1 , a multi-end role management method in a pallet sharing cycle includes the following steps: Step S100: Obtain pallet lease order information.

[0021] The pallet lease order information refers to the order information of a pallet generated in the platform end of the pallet supplier after the lessee places an order for pallet requirements with the pallet supplier. When the lessee places an order on the client side, the system can directly read the pallet lease order information from the platform end.

[0022] Step S101: Extract lessee information according to the pallet lease order information.

[0023] The lessee information refers to the basic information of the lessee who places the pallet requirement order. The lessee needs to fill in personal or enterprise basic information when leasing the pallet, and this information will be recorded in the pallet lease order information. Therefore, the lessee information can be extracted from the pallet lease order information.

[0024] Step S102: Match and determine the lessee creditworthiness according to the lessee information and a preset industry credit database.

[0025] The lessee creditworthiness refers to the creditworthiness evaluated by the pallet supplier based on the historical lease records of the lessee.

[0026] The industry credit database refers to a database formed by collecting the creditworthiness of all lessees with historical lease records. This database circulates within the pallet supplier and will not be elaborated here.

[0027] By inputting the lessee information into the industry credit database, the lessee creditworthiness of the lessee can be matched, so that the credit situation of the lessee can be known through the lessee creditworthiness, and it can be judged whether the pallet can be leased to it.

[0028] Step S103: Based on the lessee creditworthiness being greater than a preset benchmark creditworthiness, extract the lease term according to the pallet lease order information.

[0029] The benchmark credit score is used to assess whether a pallet lessor's creditworthiness meets the criteria for conducting transactions, and is not detailed here. If a pallet lessor's credit score is not higher than the benchmark credit score, the lessor's creditworthiness is low and the pallet lessor will be blacklisted by the industry and refused pallet leasing. If a pallet lessor's credit score is higher than the benchmark credit score, the lessor has good credit and is eligible for pallet leasing transactions.

[0030] The rental period refers to the length of time a pallet is rented by the lessor. When filling out a pallet rental order, the lessor must specify the rental period. The rental period determines the rental fee, so the rental period is recorded in the pallet rental order and can be retrieved directly from the order. When the rental period expires, the pallet must be returned.

[0031] Step S104: Control the pallet out of the warehouse and monitor the rental status of the pallet in real time using a preset pallet monitoring method, count down according to the rental period, and obtain pallet recycling application information in real time.

[0032] After the system reads the pallet rental order information and determines the rental period, it controls the pallet's removal from the warehouse and delivers it to the designated location of the lessor. During the rental period, the system uses a pallet monitoring method to monitor the pallet's usage in real time to ensure its proper condition. This pallet monitoring method is not detailed here; it will be described in detail in the subsequent examples. Furthermore, after the pallet is removed from the warehouse, the rental period begins counting down until it reaches zero.

[0033] Pallet return requests refer to requests submitted by lessors to the platform through the client to return pallets. Pallet return requests can be directly retrieved from the platform's system. Lessors can return pallets at any time during the lease period.

[0034] Step S1051: Based on the fact that the rental period has not reached the preset expiration time, it is determined whether the pallet recycling application information is consistent with the preset benchmark submission information.

[0035] The baseline submission information refers to the standard comparison information for pallet return requests that technicians pre-set in the platform system. It will not be detailed here. When the system receives a pallet recovery request, it compares it with the baseline submission information. If the two match, it indicates that the received information is indeed a pallet recovery request, and pallet recovery can be carried out at this time. If they do not match, it indicates that the system did not receive the pallet recovery request information.

[0036] The expiration time is the deadline of the lease term calculated based on the lease term. If the lease term has not reached the expiration time, it means that the lease term is still valid. The lessee can choose to continue using the pallet or return the pallet in advance. If the lease term reaches the expiration time, it means that the lease term has expired and the lessee must return the pallet. Step S10511: When and only when the pallet recycling application information is consistent with the reference submission information, the quality of the pallet is inspected and recycled using a preset quality inspection method.

[0037] If the pallet recycling application information is consistent with the reference submission information and the lease term has not reached the expiration time, it means that the lessee has returned the pallet in advance. In this case, the lessee may have returned the pallet normally or the pallet may have been accidentally damaged, so a return is required. For the above situations, the system inspects and recycles the pallet using the quality inspection method when the lessee returns the pallet. The quality inspection method will not be elaborated here and will be introduced in detail in the subsequent embodiments.

[0038] Step S1052: Based on the lease term reaching the expiration time, a prompt is sent to the lessee's client.

[0039] If the lease term reaches the expiration time, it means that the pallet lease term has expired. At this time, the system will send a pallet return prompt to the lessee's client to prompt the lessee to return the pallet.

[0040] Refer to Figure 2 , the pallet monitoring method includes the following steps: Step S200: Obtain the pallet positioning information.

[0041] The pallet positioning information refers to the real-time position information of the pallet during use after being leased. There is a positioning chip inside the pallet wall, and the positioning chip is remotely connected to the supplier's platform. The system can directly retrieve the pallet positioning information through the platform.

[0042] Step S201: Retrieve the lessee's logistics end position according to the pallet lease order information.

[0043] The lessee's logistics end position refers to the end position of the logistics when the lessee uses the pallet for logistics transportation. The lessee needs to fill in the lessee's logistics end position when filling in the pallet lease order information. The system can directly retrieve the lessee's logistics end position from the pallet lease order information.

[0044] Step S202: Match the logistics calibration path according to the preset pallet starting position and the lessee's logistics end position.

[0045] The pallet starting position is the position where the pallet exits the warehouse, which will not be elaborated here.

[0046] The logistics calibration path refers to the route that the pallet takes from leaving the warehouse until the goods are transported to the destination through the pallet. The logistics calibration path is the logistics transportation route obtained by the platform-side system through fitting based on the starting point and the ending point. Generally, after renting the pallet, the lessee will roughly transport it according to the logistics calibration path. If the lessee privately sublets the pallet to other persons, the logistics transportation route may deviate significantly from the logistics calibration path. Subletting the pallet is not an allowed behavior.

[0047] Step S203: Determine the pallet allowable area according to the logistics calibration path and the preset logistics range.

[0048] The logistics range refers to the operating deviation range of the pallet positioning information set by the technical personnel, which will not be elaborated here.

[0049] The pallet allowable area refers to the deviation area that is allowed to appear during the transportation of the pallet along the logistics calibration path. The pallet allowable area is obtained by extending the logistics calibration path outward by the logistics range. The behavior of the pallet transporting within the pallet allowable area is all normal transportation behavior.

[0050] Step S204: When the pallet positioning information does not fall within the pallet allowable area, obtain the residence time of the pallet outside the pallet allowable area.

[0051] If the pallet positioning information falls within the pallet allowable area, it is considered that the pallet is being used normally by the lessee. If the pallet positioning information does not fall within the pallet allowable area, the pallet may have been sublet.

[0052] The residence time refers to the length of time that the pallet stays in the area outside the pallet allowable area. The system can locate the pallet and time according to the residence position of the pallet to obtain the residence time.

[0053] Step S205: Based on the residence time being greater than the preset reference time, send a prompt to the client of the lessee.

[0054] The reference time is the standard set by the technical personnel for judging whether the pallet has been abnormally leased. When the residence time is greater than the reference time, it means that the pallet has always been outside the pallet allowable area and has not moved towards the logistics end position of the lessee. At this time, it is determined that the pallet has been abnormally leased, and the system will send a prompt to the client of the lessee who rented the pallet, reminding the lessee to pay attention to the current non-allowed behavior.

[0055] Refer to Figure 3 , the pallet monitoring method further includes the following steps: Step S300: Obtain the logistics weighing information.

[0056] The logistics weighing information refers to the weight value of the goods actually placed on the pallet. A pressure sensor is installed inside the pallet, which can weigh the goods placed on it to determine the weight of the goods.

[0057] Step S301: Retrieve the declared weighing information according to the pallet lease order information.

[0058] The declared weighing information refers to the weight of the goods to be transported filled in the pallet lease order information by the lessee when leasing the pallet. The declared weighing information can be directly retrieved from the pallet lease order information. In actual situations, since the larger and heavier the goods are, the larger the required pallet is and the more rent needs to be paid. In this case, the lessee may falsely fill in the weight of the goods in the pallet lease order information. At this time, it is necessary to compare the declared weighing information with the logistics weighing information.

[0059] Step S302: When the logistics weighing information is greater than the declared weighing information, control the locking device preset on the pallet surface to pop up at a preset popping angle, and send a prompt to the client of the lessee and the platform end of the supplier.

[0060] If the logistics weighing information is not greater than the declared weighing information, normal transportation can be carried out.

[0061] If the logistics weighing information is greater than the declared weighing information, the overweight goods may damage the pallet. For the protection of the pallet, the pallet will trigger a protection mechanism. A locking device is set on the pallet surface. Under normal circumstances, the locking device rotates and is embedded in the pallet. When the protection mechanism is triggered, the locking device can rotate and extend out of the pallet surface, so that the goods cannot be placed on it. The popping angle is the angle at which the locking device rotates out when locking the pallet surface set by the technical personnel, which will not be elaborated here. When the protection mechanism of the pallet is triggered, it indicates that the lessee uses the pallet abnormally and places overweight goods on the pallet. At this time, the system will send a prompt to the platform end of the supplier to prompt the pallet supplier to pay attention to the abnormal use of the pallet. The system will also synchronously send a prompt to the client of the lessee to prevent the lessee from stopping the unauthorized behavior.

[0062] Step S303: After sending the prompt, match the corrected pallet specifications according to the logistics weighing information, push the pallet information corresponding to the corrected pallet specifications to the client of the lessee for the lessee to select, and obtain the selection feedback information.

[0063] The corrected pallet specifications refer to the size specifications of the pallet adapted to the current weight of the goods. The system can input the logistics weighing information into a preset specification database to match and obtain the corrected pallet specifications. The specification database is a database set by the technical personnel containing the corresponding relationship between the logistics weighing information and the corrected pallet specifications, which will not be elaborated here.

[0064] When the protection mechanism of the pallet appears, the system will re-analyze the pallet specifications adapted to the current cargo weight and push the corrected pallet specifications to the lessee's client for the lessee to choose to replace.

[0065] The selection feedback information refers to the feedback of the lessee on the pallet replacement information pushed by the system. The lessee can feedback whether to replace the pallet through the client. If the lessee responds to the pallet replacement information pushed by the system, the system can directly retrieve the selection feedback information on the platform side.

[0066] Step S3041: Based on the selection feedback information being consistent with the preset reference determination information, generate pallet replacement order information according to the corrected pallet specifications.

[0067] The reference determination information refers to the standard information set by technicians in the platform system for comparison with the selection feedback information, used to determine whether the selection feedback information is triggered, which will not be elaborated here.

[0068] The pallet replacement order information refers to the pallet replacement application issued by the lessee when the pallet size needs to be replaced. The pallet replacement order information is generated according to the corrected pallet specifications, which contains the demand application for the pallet with the corrected pallet specifications.

[0069] If the selection feedback information is consistent with the reference determination information, it means that the lessee has submitted a pallet replacement application. At this time, the platform side will regenerate new pallet replacement order information according to the pushed corrected pallet specifications.

[0070] Step S30411: Replace the pallet lease order information with the pallet replacement order information, and control the pallet to leave the warehouse and be transported to the pallet positioning information according to the pallet replacement order information.

[0071] The system replaces the initially obtained pallet lease order information with the pallet replacement order information, and re-issues the new compliant pallet out of the warehouse and transports it to the lessee according to the requirements in the pallet replacement order information. The location of the lessee is the pallet positioning information.

[0072] Step S3042: Based on the selection feedback information being inconsistent with the reference determination information, re-evaluate the lessee's creditworthiness according to the lessee's creditworthiness and the preset credit deduction rules, revoke the pallet lease order information, and recycle the pallet at the pallet positioning information.

[0073] If the selection feedback information is inconsistent with the reference determination information, it means that the lessee ignores the method of replacing the pallet pushed by the system and insists on using the pallet whose specifications do not meet the current cargo weight requirements. This lessee has a credit problem.

[0074] For such lessees, the system will re-evaluate the creditworthiness of the lessee, and the entire pallet leasing industry will be able to learn about it after the evaluation. The credit deduction rule is the amount by which the creditworthiness of the lessee is deducted when re-evaluating the creditworthiness of the lessee by technical personnel, which will not be elaborated here. When re-evaluating the creditworthiness of the lessee, subtract the deduction value specified by the credit deduction rule from the current creditworthiness of the lessee to finally obtain the new creditworthiness of the lessee.

[0075] After re-evaluating the creditworthiness of the lessee, the system determines that the lessee is no longer able to continue using the pallet. The system synchronously cancels the pallet lease order information and dispatches staff to the location corresponding to the pallet positioning information for pallet recovery.

[0076] Refer to Figure 4 , the quality acceptance method includes the following steps: Step S400: Obtain pallet image information.

[0077] Pallet image information refers to the image obtained by taking a picture of the pallet through a camera when the pallet is recovered. When the pallet is recovered at the supplier, it is taken by a dedicated camera at the supplier. If the pallet is recovered at the lessee, it is taken by the staff carrying a camera.

[0078] Step S401: Determine whether the pallet is damaged based on the pallet image information and a preset reference pallet.

[0079] The reference pallet image refers to the image of a complete pallet, which can be used to compare with the damaged pallet to determine the damage condition of the damaged pallet.

[0080] By comparing the differences between the pallet image information and the reference pallet, it is determined whether the pallet returned after leasing is damaged.

[0081] Step S402: When and only when the pallet is damaged, determine the damaged position of the pallet based on the pallet image information.

[0082] If the pallet is not damaged, the pallet can be directly recovered. If the pallet is damaged, it is necessary to determine the damaged position of the pallet for subsequent liability determination or repair. The damaged position of the pallet can be determined through image recognition and analysis of the pallet image information.

[0083] Step S403: Based on the damaged position of the pallet being at the top of the pallet, determine whether the logistics weighing information is greater than the declared weighing information.

[0084] If image recognition determines that the damaged position of the pallet is at the top of the pallet, it may be because overweight goods are placed on the pallet, resulting in damage. Therefore, it is necessary to determine whether the logistics weighing information is greater than the declared weighing information.

[0085] Step S404: When and only when the logistics weighing information is greater than the declared weighing information, it is defined as overloading and damage, the lessee is designated as the responsible party, and a compensation prompt is sent to the lessee's client.

[0086] If the logistics weighing information is not greater than the declared weighing information, it is not damaged due to overweight. It may be that there is damage to the pallet itself when it is leased. In this case, the responsible party is the supplier, and the lessee is not held responsible.

[0087] If the logistics weighing information is greater than the declared weighing information, it indicates that it is determined that the pallet is damaged due to overweight goods placed on the pallet. In this case, the responsible party is the lessee, and the system will designate the lessee as the responsible party and send a compensation prompt to the lessee's client through the platform side.

[0088] Refer to Figure 5 , the quality acceptance method further includes the following steps: Step S500: After the pallet leaves the warehouse, the pallet collision vibration information and the tilt direction information are obtained in real time.

[0089] The pallet collision vibration information refers to the vibration force generated by the pallet due to collision. A vibration sensor is set on the pallet, and when the pallet falls to the ground, the pallet collision vibration information can be obtained through the vibration sensor.

[0090] The tilt direction information refers to the tilt direction of the pallet when the pallet generates collision vibration. A gyroscope is set inside the pallet, which can be used to obtain the tilt direction.

[0091] Step S501: When the pallet collision vibration information is greater than the preset reference anti-drop force, the estimated collision position is determined according to the tilt direction information, and the estimated collision position is recorded in the historical collision position library.

[0092] The reference anti-drop force is the force at which the pallet is not easily damaged as determined by technicians in advance, which will not be elaborated here.

[0093] The pallet is monitored in real time. If the pallet collision vibration information is always not greater than the reference anti-drop force, it means that the pallet has not undergone a serious collision.

[0094] If the situation where the pallet collision vibration information is greater than the reference anti-drop force occurs, it means that the pallet may have undergone a serious collision at this time, and there may be damage to the bottom of the pallet.

[0095] The estimated collision position refers to the position where the pallet contacts the ground after falling to the ground, and this position is very likely to be damaged. By obtaining and analyzing the tilt direction information, the lowest end of the tilt direction of the pallet is the position where it contacts the ground, that is, the estimated collision position.

[0096] The historical collision position library is a database formed by collecting all the large-scale collisions that occurred during the rental period of the pallet, which contains all the estimated collision positions.

[0097] Step S502: Based on the fact that the damaged position of the pallet is located at the bottom of the pallet, it is determined whether the damaged position of the pallet is consistent with the estimated collision position in the historical collision position library.

[0098] During the acceptance process of the pallet, if it is found that the pallet is damaged and the damaged position occurs at the bottom of the pallet, the damaged position of the pallet is compared with the estimated collision position in the historical collision position library to determine whether the damaged position of the pallet is one of the estimated collision positions in the historical collision position library, so as to determine whether the pallet was damaged during the rental period.

[0099] Step S503: If and only if the damaged position of the pallet is consistent with the estimated collision position in the historical collision position library, it is defined as damage during logistics, the lessor is designated as the responsible party and a compensation notice is issued to the lessor's client.

[0100] If the damaged location of the pallet is inconsistent with any of the estimated collision locations in the historical collision location library, it means that the pallet itself was damaged when it was rented. In this case, the supplier is responsible and the lessor is not responsible.

[0101] If the location of the damaged pallet is consistent with the estimated collision location in the historical collision location library, it can be determined that the pallet was broken during logistics transportation during the rental period. At this time, the lessor is responsible. The system will designate the lessor as the responsible party and issue a compensation reminder to the lessor's client through the platform.

[0102] The management method for the lessor when the lease term reaches the expiration date includes the following steps: Step S600: Determine whether the pallet recycling application information is consistent with the preset benchmark submission information.

[0103] Similar to step S1051, when the rental period reaches the expiration time, the pallet recycling application information is compared with the benchmark submission information to determine whether the supplier's platform has received the pallet return application from the lessor.

[0104] Step S601: If and only if the pallet recycling application information is inconsistent with the reference submission information, it is defined as a return timeout, and the membership level of the lessor is obtained.

[0105] If the pallet recycling application information is consistent with the benchmark submission information, returning the pallet to the lessor is still considered an on-time return.

[0106] If the pallet return application information is inconsistent with the benchmark submission information, it indicates that the lease term of the pallet has reached the expiration time. However, there is a possibility that the supplier may have forgotten to return or does not want to return it, resulting in an overdue situation. For the situation of overdue return, late fees will be generated and it may affect the creditworthiness of the lessee.

[0107] The membership level is a special privilege enabled by the lessee at the pallet supplier. The membership level will be recorded in the lessee information. The system can directly retrieve the lessee information from the pallet lease order information and determine the membership level from the lessee information. The membership level can be accumulated and improved through each honest transaction, and the supplier gives different privileges to the lessees with membership levels.

[0108] Step S6021: Based on the membership level being less than the preset privilege level, determine whether the pallet positioning information falls within the preset return range.

[0109] The privilege level is a standard set by technical personnel to determine whether a lessee is eligible for membership privileges, which will not be elaborated here. When the membership level is less than the privilege level, the lessee does not have membership privileges. When the membership level is not less than the privilege level, the lessee is eligible for membership privileges. Whether having membership will affect different handling methods for the lessee when returning the pallet overdue.

[0110] The return range is a specific area around the general warehouse or pallet site of the pallet supplier set by technical personnel, which will not be elaborated here.

[0111] When the membership level is less than the privilege level, by obtaining the current positioning of the pallet and determining whether the pallet positioning information falls within the return range, it is used to determine whether the lessee has the intention to return the pallet. If the pallet positioning information does not fall within the return range, it is determined that the lessee has no intention to return the pallet. Otherwise, it indicates that the lessee may have the intention to return the pallet. At this time, the lessee may be on the way to return the pallet, or it may just be that the position of the lessee happens to fall within the return range.

[0112] Step S60211: Currently, only when the pallet positioning information falls within the return range, determine the return distance based on the pallet positioning information and the preset pallet rental point location.

[0113] The return distance refers to the distance between the current position of the pallet and the pallet rental point location. The pallet rental point location is the location for renting or recycling pallets.

[0114] Step S60212: Determine the changing trend of the return distance within the preset unit period based on the pallet positioning information and the return distance.

[0115] The return distance change trend refers to the trend of the return distance increasing or decreasing. If the return distance decreases, it indicates that the tray is approaching the rental point; conversely, it means that the tray is moving away from the rental point.

[0116] The unit cycle is a time parameter set by technicians to determine the return distance change trend, which will not be elaborated here.

[0117] When the tray positioning information falls within the return range, the return distance between the tray and the rental point is obtained, and the change trend of the return distance is determined to be increasing or decreasing, so as to judge the return intention of the renter.

[0118] Step S602121: Based on the decreasing return distance change trend, re-evaluate the renter's creditworthiness according to the renter's creditworthiness and the preset credit deduction rules.

[0119] If it is monitored and determined that the return distance change trend is decreasing, it indicates that the renter has the intention to return, but only because the return is overdue. At this time, no late fees will be charged to the renter, but the renter's creditworthiness needs to be re-evaluated and the renter's creditworthiness will be reduced.

[0120] Step S602122: Based on the increasing return distance change trend, recycle the tray at the tray positioning information according to the tray positioning information.

[0121] If it is monitored and determined that the return distance change trend is increasing, it indicates that although the renter is within the return range, it has no intention to return. At this time, the system will dispatch staff to directly recycle the tray at the tray positioning information location, charge late fees and re-evaluate the renter's creditworthiness.

[0122] The management method for renters when the rental period reaches the due time also includes the following steps: Step S6022: Based on the membership level being not less than the privilege level, match the extended time according to the membership level.

[0123] If the membership level is not less than the privilege level, it indicates that the renter has membership privileges. In this embodiment, for renters with membership privileges, when they return the tray overdue, they can extend the time for returning the tray.

[0124] The extended time is proportional to the membership level. The higher the membership level, the longer the extended time.

[0125] Step S60221: Correct the due time according to the extended time to obtain the member extended period.

[0126] The extended membership period refers to the final return time of the pallet obtained by the member lessee through the membership privilege to extend the expiration time. The extended membership period is the expiration time plus the extended period.

[0127] Step S60222: Based on the rental period reaching the extended membership period, downgrade the membership level of the lessee according to the membership level and the preset downgrading rules, and send a return reminder to the client of the lessee.

[0128] When the expiration time of the pallet returned by the lessee is extended, a reminder will be sent to the lessee first. When the rental period reaches the extended membership period again and the lessee still has not returned the pallet, it indicates that there is a problem with the credit of the lessee, and the membership privileges of the membership level cannot be used again.

[0129] The downgrading rule is the amount of points deducted when the technical staff re-evaluates the membership level of the lessee, which will not be elaborated here. When re-evaluating the membership level of the lessee, subtract the deducted points specified by the downgrading rule from the current membership level to obtain the new membership level. When the membership level is downgraded, the client of the lessee will be notified through the platform side. In addition to notifying the return of the pallet, the situation of the membership downgrade will also be notified.

[0130] Step S60223: When the pallet return application information is inconsistent with the benchmark submission information, continue to extend the extended membership period according to the downgraded membership level, and downgrade the membership level until the membership level is the same as the privilege level.

[0131] After the membership is downgraded and the notice is sent, it is again judged whether the lessee has the intention to return the pallet according to whether the pallet return application information is consistent with the benchmark submission information. When there is still no intention to return the pallet, if the membership level is still not less than the privilege level after the downgrade, the return period can still be extended through the membership level. The extension method is the same as that in Step S6022 and Step S60221, which will not be elaborated here. After the membership level is continuously downgraded and finally less than the privilege level, the processing method at this time is the same as that in Step S6021 to Step S602122.

[0132] The processing method for generating a new order during the pallet return process includes the following steps: Step S700: Retrieve the receiving location of the lessee according to the pallet rental order information.

[0133] The receiving location of the lessee refers to the location where the lessee is prepared to receive the pallet after placing the pallet order. The receiving location of the lessee will be filled in when the lessee fills in the pallet rental order, so the receiving location of the lessee can be directly retrieved from the pallet rental order information.

[0134] Step S701: Match the nearest pallet station according to the receiving location of the lessee merchant.

[0135] The pallet station is a station for transferring pallets and can also be used for the lease and recycling of pallets. The nearest pallet station refers to the pallet station closest to the receiving location of the lessee merchant. After determining the receiving location of the lessee merchant, the system identifies all pallet stations around this receiving location on the map and filters out the nearest pallet station from them.

[0136] Step S702: Determine the return delivery time for all pallets in the process of being returned to the nearest pallet station based on the nearest pallet station, pallet positioning information, and the preset cargo transportation speed.

[0137] The cargo transportation speed refers to the speed at which the supplier transports pallets, which is the average speed comprehensively calculated by technicians according to the actual situation and will not be elaborated here.

[0138] The return delivery time refers to the time required for the lessee merchant to return the pallet to the nearest pallet station. Here, the lessee merchant is the one that has completed the pallet lease and is in the process of returning the pallet. Based on the nearest pallet station and pallet positioning information, the distance between the lessee merchant and the nearest pallet station can be determined. Here, the pallet positioning information refers to the location of the pallet being returned. When the distance between two points is determined and combined with the cargo transportation speed, the return delivery time can be determined.

[0139] Step S703: Filter out the shortest return delivery time from the return delivery times.

[0140] There may be multiple lessee merchants around the nearest pallet station who are simultaneously in the process of returning pallets. At this time, select the lessee merchant who is closest to the nearest pallet station and can deliver the pallet to the pallet station the fastest. At this time, the return delivery time is the shortest return delivery time.

[0141] Step S704: Determine the call delivery time for calling a pallet from the nearest pallet station and delivering it to the receiving location of the lessee merchant based on the receiving location of the lessee merchant, the nearest pallet station, and the cargo transportation speed.

[0142] The call delivery time refers to the time required to call a pallet from the nearest pallet station and deliver it to the receiving location of the lessee merchant. The method for determining the call delivery time is the same as that in Step S702 and will not be elaborated here.

[0143] Step S705: Calculate the sum of the shortest return delivery time and the call delivery time and define it as the total call time.

[0144] The total call time refers to the time required to recycle the pallet being returned to the nearest pallet station and directly call it to the receiving location of the new lessee merchant. The total call time is the sum of the shortest return delivery time and the call delivery time.

[0145] Step S706: Determine the direct supply time according to the receiving location of the lessee, the preset general warehouse site, and the shipping speed.

[0146] The general warehouse site refers to the central site where all pallets are stored and scheduled.

[0147] The direct supply time refers to the time required to directly call a new pallet from the general warehouse site and deliver it to the receiving location of the lessee. The method for determining the direct supply time is the same as that in Step S702 and will not be elaborated here.

[0148] Step S7071: When the total call time is less than the direct supply time, call the pallet corresponding to the shortest return delivery time to the receiving location of the lessee.

[0149] By comparing the direct supply time with the total call time, determine which of the two delivery methods is faster.

[0150] If the total call time is less than the direct supply time, it means that the method of directly recycling the pallet being returned to the nearest pallet site and directly calling it to the receiving location of the new lessee is more efficient. Therefore, this method is used for delivery.

[0151] Step S7072: When the total call time is not less than the direct supply time, call a new pallet from the general warehouse site and send it to the receiving location of the lessee.

[0152] If the total call time is not less than the direct supply time, it means that it takes less time and is more efficient to directly send a new pallet from the general warehouse site to the receiving location of the lessee. Therefore, this method is used for delivery.

[0153] The method for handling new orders generated during the pallet return process further includes the following steps: If there is a situation of illegal subletting around the nearest pallet site and staff need to be dispatched to recover it, when a new lessee order appears, the illegally sublet pallets are preferentially recovered and sent to the location of the new lessee.

[0154] Step S800: Obtain the deviation pallet positioning information of the pallets with a residence time greater than the reference time, and send an identity verification prompt to the client of the lessee, and obtain the lessee identity information within the preset verification time.

[0155] The deviation pallet positioning information refers to the positioning position of the pallets whose pallet positioning may deviate from the pallet allowed area due to possible illegal subletting. The deviation pallet positioning information can be directly obtained by connecting the platform end system with the positioning chip in the pallet.

[0156] When a suspected illegal subletting situation occurs, the system will initiate an identity verification from the platform side to the client side to verify whether the lessee himself is using the pallet. A camera is set on the pallet. When the lessee stands in front of the pallet, the pallet can scan the lessee to determine the lessee's identity information.

[0157] The verification time is the time set by the technician for the lessee to respond and conduct identity verification, which will not be elaborated here. It is determined here that if there is illegal subletting, the lessee cannot conduct identity verification within the verification time, thus determining that the pallet is not being used by the lessee himself.

[0158] Step S801: Based on the inconsistency between the lessee's identity information and the preset order identity information, determine the recovery time according to the deviated pallet positioning information, the nearest pallet station, and the shipping speed.

[0159] The order identity information refers to the information of the lessee registered on the pallet lease order information.

[0160] If the lessee's identity information is inconsistent with the order identity information, it means that the person using the pallet is not the lessee. At this time, the pallet needs to be recovered.

[0161] The recovery time refers to the time required to recover the pallet from the deviated pallet positioning information to the nearest pallet station. The method for determining the recovery time is the same as that in Step S702, which will not be elaborated here.

[0162] Step S802: When the recovery time is less than the shortest return delivery time, recover the pallet at the deviated pallet positioning information and transport it to the nearest pallet station for being called for a new pallet lease order.

[0163] If the calculated recovery time is less than the shortest return delivery time, the system dispatches staff to the deviated pallet positioning information to recover the illegally sublet pallet to the nearest pallet station, and then calls the pallet for a new pallet lease order.

[0164] Based on the same inventive concept, an embodiment of the present invention provides a multi - end role management system in a pallet sharing cycle.

[0165] A multi - end role management system in a pallet sharing cycle includes the following modules: An acquisition module, configured to acquire pallet lease order information, pallet recovery application information, pallet positioning information, the residence time of the pallet outside the pallet allowed area, logistics weighing information, selection feedback information, pallet image information, pallet collision vibration information, tilt direction information, deviated pallet positioning information, and lessee identity information.

[0166] A memory, configured to store a program of a multi - end role management method in a pallet sharing cycle.

[0167] A processor, and a program in a memory can be loaded and executed by the processor to implement a multi-terminal role management method in a pallet sharing cycle.

[0168] The above is only the preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments. All technical solutions falling within the idea of the present invention belong to the protection scope of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, several improvements and refinements should also be regarded as the protection scope of the present invention.

Claims

1. A multi - end role management method in a pallet sharing cycle, characterized in that, include: Get pallet rental order information; Extract the renter information based on the pallet rent order information; Determine the credit rating of the lessor based on the lessor information and the preset industry credit database; Based on the lessor's credit rating being greater than the preset benchmark credit rating, the rental period is extracted based on the pallet rental order information; Control the pallet out of the warehouse and monitor the rental status of the pallet in real time using the preset pallet monitoring method. Count down according to the rental period and obtain the pallet recycling application information in real time. Based on the fact that the rental period has not reached the preset expiration date, determine whether the pallet recycling application information is consistent with the preset benchmark submission information; If and only if the pallet recycling application information is consistent with the benchmark submission information, the pallet quality will be inspected and recycled using the preset quality acceptance method; When the lease term reaches expiration, a reminder is sent to the lessor's client.

2. The method for managing multiple terminal roles in a pallet sharing cycle according to claim 1, characterized in that: Pallet monitoring methods include: Get pallet positioning information; Retrieve the logistics destination of the lessor based on the pallet rental order information; Match the logistics calibration path based on the preset pallet starting position and the lessor's logistics end position; Determine the pallet allowable area based on the logistics calibration path and the preset logistics range; When the pallet positioning information does not fall into the pallet allowed area, obtaining the residence time of the pallet outside the pallet allowed area; If the stay time is greater than the preset reference time, a prompt is sent to the lessor's client.

3. A multi-terminal role management method in a pallet sharing cycle according to claim 2, characterized in that, Pallet monitoring methods also include: Obtain logistics weighing information; Retrieve declared weighing information based on pallet rental order information; When the logistics weighing information is greater than the declared weighing information, the locking device preset on the pallet surface is controlled to pop up at a preset pop-up angle, and a prompt is sent to the lessor's client and the supplier's platform; After the prompt is issued, the pallet specifications are matched and corrected according to the logistics weighing information, and the pallet information corresponding to the corrected pallet specifications is pushed to the lessor's client for the lessor to select and obtain selection feedback information; Based on the selected feedback information being consistent with the preset benchmark determination information, pallet exchange order information is generated according to the correction pallet specifications; Replace the pallet rental order information with the pallet exchange order information, and control the pallet to be shipped out of the warehouse and transported to the pallet positioning information according to the pallet exchange order information; Based on the inconsistency between the selected feedback information and the benchmark determination information, the credit rating of the lessor is re-evaluated according to the credit rating of the lessor and the preset credit deduction rules, the pallet rental order information is revoked, and the pallet is recycled based on the pallet positioning information.

4. A multi-terminal role management method in a pallet sharing cycle according to claim 3, characterized in that, Quality acceptance methods include: Get the tray image information; Determine whether the pallet is damaged based on the pallet image information and the preset reference pallet; If and only if the pallet is damaged, determine the damaged location of the pallet based on the pallet image information; Based on the fact that the damaged part of the pallet is located at the top of the pallet, determine whether the logistics weighing information is greater than the declared weighing information; If and only if the logistics weighing information is greater than the declared weighing information, it is defined as overload loss, the lessor will be designated as the responsible party and a compensation notice will be issued to the lessor's client.

5. A method for multi-terminal role management in a pallet sharing cycle according to claim 4, characterized in that, Also includes: After the pallet leaves the warehouse, real-time information on the pallet's collision vibration and tilt direction is obtained; When the pallet collision vibration information is greater than the preset reference anti-fall force, the estimated collision position is determined based on the tilt direction information and the estimated collision position is recorded in the historical collision position library; Based on the fact that the damaged position of the pallet is located at the bottom of the pallet, it is determined whether the damaged position of the pallet is consistent with the estimated collision position in the historical collision position library; If and only if the damaged location of the pallet is consistent with the estimated collision location in the historical collision location library, it is defined as damage during logistics. The lessor will be designated as the responsible party and a compensation notice will be issued to the lessor's client.

6. The method for managing multiple terminal roles in a pallet sharing cycle according to claim 2, characterized in that: When the lease term reaches its expiration date, the management methods for the lessor include: Determine whether the pallet recycling application information is consistent with the preset benchmark submission information; If and only if the pallet recycling application information is inconsistent with the benchmark submission information, it is defined as a return timeout, and the lessor's membership level is obtained; Based on the member level being lower than the preset privilege level, determining whether the pallet location information falls within the preset return range; Currently, only when the pallet positioning information falls within the return range, the return distance is determined based on the pallet positioning information and the preset rental point location; Determine the return distance change trend within a preset unit period based on the pallet positioning information and the return distance; Based on the decreasing trend of the return distance, the credit rating of the lessor will be reassessed according to the credit rating of the lessor and the preset credit deduction rules; Based on the increasing trend of the return distance change, the pallet at the pallet positioning information is recycled according to the pallet positioning information.

7. A multi-terminal role management method in a pallet sharing cycle according to claim 6, characterized in that, Also includes: If the membership level is not less than the privilege level, the matching period will be extended according to the membership level; Correct the expiration date according to the extension period to obtain the membership extension period; When the rental period reaches the member extension period, the lessor's membership level will be downgraded according to the membership level and preset downgrade rules, and a return reminder will be sent to the lessor's client; When the pallet recycling application information is inconsistent with the benchmark submission information, the membership extension period will be extended according to the downgraded membership level, and the membership level will be downgraded until the membership level is consistent with the privilege level.

8. The multi-terminal role management method in a tray sharing cycle according to claim 2, characterized in that The processing methods for new orders generated during the pallet return process include: Retrieve the delivery location of the lessor based on the pallet rental order information; Match the nearest pallet station based on the lessor's receiving location; Determine the return delivery time for all pallets in the process of being returned to the nearest pallet station based on the nearest pallet station and pallet positioning information as well as the preset delivery speed; Filter out the shortest return delivery time from the return delivery time; Determine the time it takes to call a pallet from the nearest pallet station and deliver it to the lessor's receiving location based on the lessor's receiving location, the nearest pallet station, and the delivery speed; Calculate the sum of the shortest return delivery time and the call delivery time, and define it as the total call time; Determine the time required for direct delivery based on the lessor's receiving location, the pre-set warehouse site, and the delivery speed; When the total call time is less than the direct supply time, the pallet corresponding to the shortest return delivery time will be called to the lessor's receiving location; When the total call time is not less than the direct supply time, new pallets are called from the main warehouse site and sent to the lessor's receiving location.

9. The multi-terminal role management method in a tray sharing cycle according to claim 8, wherein Also includes: Obtain the deviation pallet positioning information of pallets with a residence time greater than the reference time, and send an authentication prompt to the client of the lessee. Obtain the lessee's identity information within the preset verification time; Based on the inconsistency between the lessee's identity information and the preset order identity information, determine the recovery time according to the deviation pallet positioning information, the nearest pallet station, and the shipping speed; When the recovery time is less than the shortest return delivery time, recover the pallet based on the deviation pallet positioning information and transport it to the nearest pallet station for being called for a new pallet lease order.

10. A multi-terminal role management system in a pallet sharing cycle, characterized in that It includes: An obtaining module, configured to obtain pallet lease order information, pallet recovery application information, pallet positioning information, the residence time of the pallet outside the pallet allowed area, logistics weighing information, selection feedback information, pallet image information, pallet collision vibration information, tilt direction information, deviation pallet positioning information, and lessee's identity information; A memory, configured to store a program of a multi - end role management method in a pallet sharing cycle as described in any one of claims 1 to 9; A processor, the program in the memory can be loaded and executed by the processor and implement a multi - end role management method in a pallet sharing cycle.

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