A method and system for managing multiple roles in a tray sharing cycle

Abstract

The present application relates to a kind of tray sharing cycle multi-end role management method and system, it is related to the field of logistics, it includes: obtaining tray rental order information;According to tray rental order information extraction rental merchant information;According to rental merchant information and industry credit library matching determination rental merchant credit degree;Based on rental merchant credit degree greater than benchmark credit degree, according to tray rental order information extraction rental period;Control tray warehouse to go out to tray monitoring method for the rental situation of tray real-time monitoring is carried out, and according to rental period countdown, real-time acquisition tray recovery application information;Based on rental period not to reach expiration time, and when tray recovery application information is consistent with benchmark submission information, with quality acceptance method to the quality of tray is accepted and is recovered;Based on rental period to reach expiration time, to the client of rental merchant send prompt.The present application has the effect of reducing the economic loss of tray supplier.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of logistics, in particular to a multi-end role management method and system in a pallet sharing cycle. BACKGROUND

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

[0003] In the process of renting shared pallets, the interaction between multiple roles and the change of rights are involved, and the management is difficult. In the traditional pallet sharing industry, when pallets are rented, they are easily damaged. Due to the unknown damage and the unknown damage personnel, it is usually difficult to divide the responsibility for the damage after the pallets are recycled. Due to the uneven quality of the rental businesses, the pallets are often overdue or lost after being rented. The above losses are usually borne by the supplier themselves, which is easy to cause economic losses. SUMMARY

[0004] In order to improve the management mode of multiple roles in the pallet sharing cycle to reduce the economic losses of pallet suppliers, the present application provides a multi-end role management method and system in a pallet sharing cycle.

[0005] In the first aspect, the present application provides a multi-end role management method in a pallet sharing cycle, which adopts the following technical solution:

[0006] A multi-end role management method in a pallet sharing cycle, comprising:

[0007] Obtaining pallet rental order information;

[0008] Extracting rental business information according to the pallet rental order information;

[0009] Determining the credit of the rental business according to the rental business information and the preset industry credit library matching;

[0010] Based on the fact that the credit of the rental business is greater than the preset reference credit, extracting the rental period according to the pallet rental order information;

[0011] Controlling the pallet to be put into the warehouse to monitor the rental situation of the pallet in real time by a preset pallet monitoring method, and counting down according to the rental period, and obtaining pallet recovery application information in real time;

[0012] Based on the fact that the rental period does not reach the preset expiration time, judging whether the pallet recovery application information is consistent with the preset reference submission information;

[0013] The quality of the pallet is accepted by a preset quality acceptance method and the pallet is recycled when and only when the pallet recycling application information is consistent with the benchmark submission information.

[0014] A prompt is sent to the client of the leasee based on the lease period reaching the deadline.

[0015] By adopting the technical solution, the system determines whether the pallet can be leased to the leasee by determining the credit situation of the leasee, thereby reducing the probability of abnormality after the pallet is leased. In the pallet recycling process, the system accepts the quality of the pallet to ensure that the pallet is not damaged, and even if it is damaged, the person responsible can be accurately determined. When the pallet is overdue, the system sends a prompt to the leasee to remind the leasee to return the pallet on time. Through the above method, the economic loss of the pallet supplier can be reduced.

[0016] Optionally, the pallet monitoring method comprises:

[0017] Obtaining pallet positioning information;

[0018] Retrieving the logistics end position of the leasee according to the pallet lease order information;

[0019] Matching the logistics calibration path according to the preset pallet starting position and the logistics end position of the leasee;

[0020] Determining the pallet allowed area according to the logistics calibration path and the preset logistics range;

[0021] When the pallet positioning information does not fall within the pallet allowed area, obtaining the stay time of the pallet outside the pallet allowed area;

[0022] Based on the stay time being greater than the preset benchmark time, sending a prompt to the client of the leasee.

[0023] Optionally, the logistics weighing information is obtained;

[0024] Retrieving the declared weighing information according to the pallet lease order information;

[0025] When the logistics weighing information is greater than the declared weighing information, controlling the locking device preset on the pallet surface to pop up at a preset pop-up angle, and sending a prompt to the client of the leasee and the platform of the supplier;

[0026] After sending the prompt, matching the corrected pallet specification according to the logistics weighing information, pushing the pallet information corresponding to the corrected pallet specification to the client of the leasee for the leasee to select, and obtaining selection feedback information;

[0027] Based on the selection feedback information being consistent with the preset benchmark determination information, generating pallet exchange order information according to the corrected pallet specification;

[0028] The pallet exchange order information replaces the pallet rental order information, and the pallet is controlled to be put out of the warehouse and transported to the pallet positioning information according to the pallet exchange order information;

[0029] Based on the fact that the selection feedback information is inconsistent with the benchmark determination information, the credit of the rental party is reevaluated according to the credit of the rental party and a preset credit deduction rule, the pallet rental order information is canceled, and the pallet is collected at the pallet positioning information.

[0030] Optionally, the quality acceptance method comprises:

[0031] Obtain pallet image information;

[0032] Determine whether the pallet is damaged according to the pallet image information and a preset benchmark pallet;

[0033] When and only when the pallet is damaged, determine the damaged position of the pallet according to the pallet image information;

[0034] Based on the fact that the damaged position of the pallet is located at the top position of the pallet, determine whether the logistics weight information is greater than the declared weight information;

[0035] When and only when the logistics weight information is greater than the declared weight information, define it as overload and damage, designate the rental party as the responsible party and send a compensation prompt to the client end of the rental party.

[0036] Optionally, it further comprises:

[0037] After the pallet is put out of the warehouse, real-time acquisition of pallet collision vibration information and inclination direction information;

[0038] When the pallet collision vibration information is greater than a preset benchmark anti-falling intensity, determine the estimated collision position according to the inclination direction information, and record the estimated collision position in a historical collision position library;

[0039] Based on the fact that the damaged position of the pallet is located at the bottom position of the pallet, determine whether the damaged position of the pallet is consistent with the estimated collision position in the historical collision position library;

[0040] When and only when the damaged position of the pallet is consistent with the estimated collision position in the historical collision position library, define it as damage during logistics, designate the rental party as the responsible party and send a compensation prompt to the client end of the rental party.

[0041] Optionally, the management method of the rental party when the rental period reaches the expiration time comprises:

[0042] Determine whether the pallet collection application information is consistent with a preset benchmark submission information;

[0043] The tray return application information is inconsistent with the baseline submission information, and the member level of the rental provider is obtained only when the tray return timeout is defined;

[0044] The tray positioning information is determined to fall within the preset return range based on the member level being less than the preset privilege level;

[0045] The tray positioning information is determined to fall within the return range only when the tray positioning information falls within the return range, and the return distance is determined based on the tray positioning information and the preset rental point location;

[0046] The return distance trend in the preset unit period is determined based on the tray positioning information and the return distance;

[0047] Based on the decreasing return distance trend, the rental provider's credit score is re-evaluated according to the rental provider's credit score and the preset credit deduction rules;

[0048] Based on the increasing return distance trend, the tray at the tray positioning information is recovered according to the tray positioning information.

[0049] Optionally, it also includes:

[0050] Based on the member level not being less than the privilege level, the member level is matched with the extension time;

[0051] The expiration time is corrected to obtain the member extension period based on the extension time;

[0052] Based on the rental period reaching the member extension period, the member level of the rental provider is downgraded according to the member level and the preset downgrade rules, and a return prompt is sent to the client of the rental provider;

[0053] When the tray return application information is inconsistent with the baseline submission information, the member extension period is continued to be extended according to the downgraded member level, and the member level is downgraded until the member level and the privilege level are consistent.

[0054] Optionally, the processing method of the new order generated in the tray return process includes:

[0055] The rental provider's delivery location is retrieved based on the tray rental order information;

[0056] The nearest tray site is matched based on the rental provider's delivery location;

[0057] The return arrival time of all trays in the return process to the nearest tray site is determined based on the nearest tray site, the tray positioning information, and the preset delivery speed;

[0058] The shortest return arrival time is selected from the return arrival time;

[0059] determine a call delivery time of calling a pallet from the nearest pallet station and delivering to the lessor delivery location according to the lessor delivery location, the nearest pallet station and the delivery speed;

[0060] calculate the sum of the shortest return delivery time and the call delivery time, and define as the call total time;

[0061] determine the direct supply time according to the lessor delivery location, the preset total warehouse station and the delivery speed;

[0062] when the call total time is less than the direct supply time, call the pallet corresponding to the shortest return delivery time to the lessor delivery location;

[0063] when the call total time is not less than the direct supply time, call a new pallet from the total warehouse station to the lessor delivery location.

[0064] Optionally, the method further comprises:

[0065] obtain the deviated pallet positioning information of the pallet with the stay time greater than the reference time, and send an identity authentication prompt to the client of the lessor, and obtain the lessor identity information within a preset authentication time;

[0066] based on the lessor identity information being inconsistent with the preset order identity information, determine a recovery time according to the deviated pallet positioning information, the nearest pallet station and the delivery speed;

[0067] when the recovery time is less than the shortest return delivery time, recover the pallet according to the deviated pallet positioning information and transport it to the nearest pallet station for calling to a new pallet lessor order.

[0068] In a second aspect, the present application provides a multi-end role management system in a pallet sharing cycle, which adopts the following technical solution:

[0069] A multi-end role management system in a pallet sharing cycle, comprising:

[0070] an acquisition module, configured to acquire pallet lessor order information, pallet recovery application information, pallet positioning information, stay time of the pallet being outside a pallet allowed area, logistics weighing information, selection feedback information, pallet image information, pallet collision vibration information, inclination direction information, deviated pallet positioning information and lessor identity information;

[0071] a memory, configured to store the program of any one of the multi-end role management methods in a pallet sharing cycle;

[0072] 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.

[0073] In summary, the present application includes at least one of the following beneficial technical effects:

[0074] The system determines whether the pallet can be rented to the lessee by determining the credit status of the lessee, thereby reducing the probability of abnormality after the pallet is rented. In addition, during the pallet recovery process, the system inspects the quality of the pallet to ensure that the pallet is not damaged, and even if the pallet is damaged, the system can accurately determine the person responsible. When the pallet is overdue, the system sends a prompt to the lessee to remind the lessee to return the pallet on time. Through the above method, the economic loss of the pallet supplier can be reduced.

[0075] By monitoring the logistics weight information of the goods placed on the pallet and the collision vibration condition of the pallet in real time, when the logistics weight information is greater than the declared weight information, or when the collision vibration condition is greater than the reference anti-falling force, the cause of the damage to the pallet is most likely the lessee himself, and therefore the responsibility can be more easily divided.

[0076] For the situation of overdue return, the system can handle it differently according to whether the lessee is a member. For non-members, the system determines whether the lessee has the intention to return the pallet, and for members, the system extends the expiration time of the pallet of the lessee to give the member enough time to return the pallet. BRIEF DESCRIPTION OF DRAWINGS

[0077] Figure 1 is a method flowchart of a multi-end role management method in a pallet sharing cycle according to an embodiment of the present application;

[0078] Figure 2 is a method flowchart of a pallet monitoring method according to an embodiment of the present application Figure One ;

[0079] Figure 3 is a method flowchart of a pallet monitoring method according to an embodiment of the present application Figure Two ;

[0080] Figure 4 is a method flowchart of a quality inspection method according to an embodiment of the present application Figure One ;

[0081] Figure 5 is a method flowchart of a quality inspection method according to an embodiment of the present application Figure Two . DETAILED DESCRIPTION

[0082] In order to make the purpose, technical solutions and advantages of the present application clearer, the present application will be further described in detail below with reference to the drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and do not limit the present application.

[0083] The embodiment of the application discloses a tray sharing cycle multi-end role management method.

[0084] Referring to Figure 1 A tray sharing cycle multi-end role management method comprises the following steps:

[0085] Step S100: Obtain tray rental order information.

[0086] The tray rental order information refers to the order information about the tray generated in the platform end of the tray supplier after the rental business places a tray demand order with the tray supplier. When the rental business places an order on the client end, the system can directly read the tray rental order information from the platform end.

[0087] Step S101: Extract rental business information according to the tray rental order information.

[0088] The rental business information refers to the basic information of the rental business placing the tray demand order. The rental business needs to fill in the personal or enterprise basic information when renting the tray, and these information will be recorded in the tray rental order information, so the rental business information can be extracted from the tray rental order information.

[0089] Step S102: Determine the rental business credit according to the rental business information and the preset industry credit library.

[0090] The rental business credit refers to the credit obtained by the tray supplier by evaluating the credit situation of the rental business according to the historical rental records of the rental business.

[0091] The industry credit library refers to a database formed by collecting the credit of all rental businesses with historical rental records. The database circulates within the tray supplier and will not be described here.

[0092] By inputting the rental business information into the industry credit library, the rental business credit of the rental business can be matched, so that the credit situation of the rental business can be known through the rental business credit, and it can be judged whether the tray rental can be performed.

[0093] Step S103: Extract the rental period according to the tray rental order information based on the rental business credit being greater than the preset reference credit.

[0094] The reference credit is used to measure whether the rental business credit reaches the standard of transaction, which will not be described here. When the rental business credit is not greater than the reference credit, the rental business credit is low, and the rental business will be blacklisted by the tray rental industry and not be rented. When the rental business credit is greater than the reference credit, it means that the rental business credit is good, and the tray rental transaction can be performed.

[0095] The lease period refers to the length of time required for the lessee to lease the pallet. When filling in the pallet lease order information, the lessee needs to fill in the lease period, which determines the pallet lease rent, so the lease period is recorded in the pallet lease order information, and the lease period can be directly retrieved from the pallet lease order information. When the lease period expires, the pallet needs to be returned.

[0096] Step S104: Control the pallet to be put out of the warehouse for real-time monitoring of the lease status of the pallet by a preset pallet monitoring method, and count down according to the lease period, and real-time obtain pallet recovery application information.

[0097] When the system reads the pallet lease order information and determines the lease period, the system controls the pallet to be put out of the warehouse and sent to the designated location of the lessee. During the lease period of the pallet, the system will monitor the use of the pallet in real time by a pallet monitoring method to ensure that the condition of the pallet is good. The pallet monitoring method is not described here and will be described in detail in subsequent embodiments. Moreover, when the pallet is put out of the warehouse, the lease period starts to count down until the lease period is zero.

[0098] The pallet recovery application information refers to the application information initiated by the lessee to the platform end through the client to return the pallet. The pallet recovery application information can be directly read from the system of the platform end. The lessee can return the pallet at any time within the lease period.

[0099] Step S1051: Based on the fact that the lease period has not reached a preset expiration time, determine whether the pallet recovery application information is consistent with a preset reference submission information.

[0100] The reference submission information refers to the standard comparison information of the pallet return application set by the technical personnel in advance in the system of the platform end, which is not described here. When the system receives the pallet recovery application information, it needs to be compared with the reference submission information. If they are consistent, it means that the received information is indeed the pallet recovery application information, and then the pallet recovery is performed. If they are not consistent, it means that the system has not received the pallet recovery application information.

[0101] The expiration time is the cutoff date of the lease period calculated according to the lease period. If the lease period has not reached the expiration time, it means that it is still within the lease period, and the lessee can choose to continue using the pallet or return it early. If the lease period reaches the expiration time, it means that the lease period has expired, and the lessee must return the pallet.

[0102] Step S10511: When and only when the pallet recovery application information is consistent with the reference submission information, the quality of the pallet is accepted by a preset quality acceptance method and is recovered.

[0103] If the tray recycling application information is consistent with the benchmark submission information, and the lease period has not expired, it means that the lease merchant returns the tray in advance. At this time, the lease merchant may return the tray normally, or the tray may be damaged unintentionally, so it needs to be returned. For the above case, the system recycles the tray when the lease merchant returns the tray by quality acceptance method. The quality acceptance method is not described here, and will be described in detail in the subsequent embodiments.

[0104] Step S1052: based on the lease period expiration time, a prompt is sent to the client of the lease merchant.

[0105] If the lease period has expired, it means that the tray lease period has expired. At this time, the system sends a tray return prompt to the client of the lease merchant to prompt the lease merchant to return the tray.

[0106] Referring to Figure 2 , the tray monitoring method comprises the following steps:

[0107] Step S200: obtaining tray positioning information.

[0108] The tray positioning information refers to the real-time position information of the tray when it is used after being leased. The inner wall of the tray has a positioning chip, which is remotely connected with the platform end of the supplier. The system can directly call the tray positioning information through the platform end.

[0109] Step S201: calling the lease merchant logistics end position according to the tray lease order information.

[0110] The lease merchant logistics end position refers to the end position of the logistics when the lease merchant uses the tray for logistics transportation. The lease merchant needs to fill in the lease merchant logistics end position when filling in the tray lease order information. The system can directly call the lease merchant logistics end position from the tray lease order information.

[0111] Step S202: matching the logistics calibration path according to the preset tray starting point position and the lease merchant logistics end position.

[0112] The tray starting point position is the position of the tray out of the warehouse, which is not described here.

[0113] The logistics calibration path refers to the route that the tray takes from the warehouse to the destination. The logistics calibration path is the logistics transportation route fitted by the platform end system according to the starting point and the end point. Generally, the lease merchant will roughly follow the logistics calibration path after renting the tray. If the lease merchant privately sublets the tray to others, the logistics transportation route may deviate greatly from the logistics calibration path. Subletting the tray is not allowed.

[0114] Step S203: determining the pallet allowable area according to the logistics calibration path and the preset logistics range.

[0115] The logistics range refers to the running deviation range of the pallet positioning information set by the technician, which is not described herein.

[0116] The pallet allowable area refers to the deviation area that can occur 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 normal transportation behavior.

[0117] Step S204: when the pallet positioning information does not fall within the pallet allowable area, obtaining the stay time of the pallet outside the pallet allowable area.

[0118] If the pallet positioning information falls within the pallet allowable area, it is determined that the pallet is normally used by the lessee. If the pallet positioning information does not fall within the pallet allowable area, the pallet may be subleased.

[0119] The stay 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 stay position of the pallet to obtain the stay time.

[0120] Step S205: based on the stay time being greater than a preset reference time, sending a prompt to the client of the lessee.

[0121] The reference time is a standard set by the technician for judging whether the pallet is abnormally rented. When the stay time is greater than the reference time, it indicates that the pallet has always been outside the pallet allowable area and has not moved towards the lessee logistics end position. At this time, it is determined that the pallet is abnormally rented, and the system will send a prompt to the client of the lessee who rented the pallet, prompting the lessee to pay attention to the current disallowed behavior.

[0122] Reference Figure 3 The pallet monitoring method further includes the following steps:

[0123] Step S300: obtaining logistics weighing information.

[0124] The logistics weighing information refers to the weight value of the goods actually placed on the pallet. The pallet is provided with a pressure sensor, which can weigh the goods placed thereon to determine the weight of the goods.

[0125] Step S301: retrieving the declared weighing information according to the pallet lease order information.

[0126] The declared weight information refers to the weight of the goods that need to be transported filled in the pallet rental order information by the renter when renting the pallet. The declared weight information can be directly called from the pallet rental order information. In actual cases, as the larger the goods, the heavier the goods, the larger the required pallet, and the more the required rental, in this case, the renter may falsely fill in the weight of the goods in the pallet rental order information, at which time the declared weight information and the logistics weight information need to be compared.

[0127] Step S302: When the logistics weight information is greater than the declared weight information, the locking device preset on the surface of the pallet is controlled to pop up at a preset pop-up angle, and a prompt is sent to the client of the renter and the platform of the supplier.

[0128] If the logistics weight information is not greater than the declared weight information, normal transportation can be carried out.

[0129] If the logistics weight information is greater than the declared weight information, the overweight goods may damage the pallet, and in order to protect the pallet, the pallet triggers the protection mechanism. The locking device is provided on the surface of the pallet, which is normally rotated and embedded in the pallet. When the protection mechanism is triggered, the locking device can be rotated and extended out of the surface of the pallet, so that the goods cannot be placed thereon. The pop-up angle is the angle at which the locking device is set by the technical personnel to lock the surface of the pallet, which will not be described here. When the protection mechanism of the pallet is triggered, it means that the renter abnormally uses the pallet and places the overweight goods on the pallet, at which time the system sends a prompt to the platform of the supplier, prompting the pallet supplier to pay attention to the abnormal use of the pallet. The system also sends a prompt to the client of the renter to prevent the renter from stopping the prohibited behavior.

[0130] Step S303: After the prompt is sent, the corrected pallet specification is matched according to the logistics weight information, the pallet information corresponding to the corrected pallet specification is pushed to the client of the renter for the renter to select, and selection feedback information is obtained.

[0131] The corrected pallet specification refers to the size specification of the pallet that is suitable for the current weight of the goods. The system can input the logistics weight information into the preset specification database to match the corrected pallet specification. The specification database is a database set by the technical personnel containing the correspondence between the logistics weight information and the corrected pallet specification, which will not be described here.

[0132] When the protection mechanism of the pallet appears, the system will reanalyze the pallet specification suitable for the current weight of the goods, and push the corrected pallet specification to the client of the renter for the renter to select and replace.

[0133] The selection feedback information is the feedback of the rental company on the tray replacement information pushed by the system. The rental company can feed back whether the tray needs to be replaced through the client. If the rental company responds to the tray replacement information pushed by the system, the system can directly call the selection feedback information in the platform end.

[0134] Step S3041: Based on the consistency of the selection feedback information and the preset reference determination information, the tray replacement order information is generated according to the corrected tray specification.

[0135] The reference determination information refers to the standard information set by the technician in the platform end system for comparison with the selection feedback information, which is used to determine whether the selection feedback information triggers. Details are not repeated here.

[0136] The tray replacement order information refers to the tray replacement application issued by the rental company when the rental company needs to replace the tray size. The tray replacement order information is generated according to the corrected tray specification, which contains the demand application for the tray of the corrected tray specification.

[0137] If the selection feedback information is consistent with the reference determination information, it means that the rental company has submitted an application for tray replacement. At this time, the platform end will generate new tray replacement order information according to the pushed corrected tray specification.

[0138] Step S30411: Replace the tray rental order information with the tray replacement order information, and control the tray to be put out of the warehouse and transported to the tray positioning information according to the tray replacement order information.

[0139] The system replaces the tray rental order information obtained initially with the tray replacement order information, and according to the demand content in the tray replacement order information, the new tray that meets the requirements is put out of the warehouse and transported to the rental company. The location of the rental company is the tray positioning information.

[0140] Step S3042: Based on the inconsistency of the selection feedback information and the reference determination information, the credit of the rental company is reevaluated according to the preset credit deduction rule, the tray rental order information is cancelled, and the tray is recycled at the tray positioning information.

[0141] If the selection feedback information is inconsistent with the reference determination information, it means that the rental company does not care about the method of replacing the tray pushed by the system, and insists on using the tray that does not meet the current weight demand of the goods. This rental company has credit problems.

[0142] For this type of lessor, the system will reevaluate the lessor's lessor credit, and the entire pallet leasing industry will be informed of the evaluation. The credit deduction rule is the amount of deduction from the lessor's credit when the lessor's credit is reevaluated by the technical personnel. The details are not described here. When reevaluating the lessor's credit, subtract the deduction value specified by the credit deduction rule from the current lessor's credit, and finally obtain the new lessor's credit.

[0143] After reevaluating the lessor's credit, the system determines that the lessor cannot continue to use the pallet, and the system simultaneously cancels the pallet leasing order information and dispatches staff to the location corresponding to the pallet positioning information to recover the pallet.

[0144] Reference Figure 4 The quality acceptance method includes the following steps:

[0145] Step S400: Obtain pallet image information.

[0146] Pallet image information refers to the image obtained by shooting the pallet with a camera when the pallet is recovered. When the pallet is recovered at the supplier, it is shot by the special camera at the supplier. If the pallet is recovered at the lessor, it is shot by the staff carrying the camera.

[0147] Step S401: Determine whether the pallet is damaged according to the pallet image information and the preset reference pallet.

[0148] The reference pallet image refers to the image of a complete pallet, which can be used to compare with a damaged pallet to determine the damage of the damaged pallet.

[0149] By comparing the differences between the pallet image information and the reference pallet, it is determined whether the returned pallet after leasing is damaged.

[0150] Step S402: When and only when the pallet is damaged, determine the pallet damage location according to the pallet image information.

[0151] If the pallet is not damaged, the pallet can be directly recovered. If the pallet is damaged, the pallet damage location needs to be determined for subsequent responsibility determination or repair. The pallet damage location can be determined by image recognition analysis from the pallet image information.

[0152] Step S403: Based on the fact that the pallet damage location is located at the top of the pallet, determine whether the logistics weight information is greater than the declared weight information.

[0153] If the image recognition determines that the pallet damage location is located at the top of the pallet, it may be because the pallet is placed with overweight goods, which causes damage, so it is necessary to determine whether the logistics weight information is greater than the declared weight information.

[0154] Step S404: When and only when the logistics weight information is greater than the declared weight information, define as overloading and damage, assign the lease merchant as the responsible party and issue a compensation prompt to the client of the lease merchant.

[0155] If the logistics weight information is not greater than the declared weight information, it is not caused by overloading and damage, and there may be damage during the lease of the pallet, so the responsible party is the supplier and the lease merchant is not responsible.

[0156] If the logistics weight information is greater than the declared weight information, it is determined that the pallet is damaged due to the placement of overweight goods on the pallet, so the responsible party is the lease merchant, and the system assigns the lease merchant as the responsible party and issues a compensation prompt to the client of the lease merchant through the platform.

[0157] Referring to Figure 5 , the quality acceptance method further includes the following steps:

[0158] Step S500: After the pallet is discharged from the warehouse, real-time pallet collision vibration information and inclination direction information are obtained.

[0159] The pallet collision vibration information refers to the vibration intensity of the pallet due to collision. The pallet is provided with a vibration sensor, which can obtain the pallet collision vibration information when the pallet falls to the ground.

[0160] The inclination direction information refers to the inclination direction when the pallet produces collision vibration. A gyroscope is arranged in the pallet, which can be used to obtain the inclination direction.

[0161] Step S501: When the pallet collision vibration information is greater than the preset reference anti-falling intensity, the estimated collision position is determined according to the inclination direction information, and the estimated collision position is recorded in the historical collision position library.

[0162] The reference anti-falling intensity is the intensity at which the pallet is not easily damaged, which is determined by the technician in advance and will not be described here.

[0163] The pallet is monitored in real time. If the pallet collision vibration information is always not greater than the reference anti-falling intensity, it means that the pallet has not collided seriously.

[0164] If the pallet collision vibration information is greater than the reference anti-falling intensity, it means that the pallet may have collided seriously and the bottom of the pallet may have been damaged.

[0165] The estimated collision position refers to the position of the pallet in contact with the ground after falling to the ground, which is most likely to be damaged. By obtaining and analyzing the inclination direction information, the lower end of the inclination direction of the pallet is the position in contact with the ground, i.e. the estimated collision position.

[0166] The historical collision position database is a database formed by collecting all the violent collisions occurred during the rental period of the pallet, which contains all the estimated collision positions.

[0167] Step S502: Based on the fact that the pallet damage position is located at the bottom position of the pallet, it is determined whether the pallet damage position is consistent with the estimated collision position in the historical collision position database.

[0168] During the process of accepting the pallet, if it is found that the pallet is damaged and the damage position appears at the bottom of the pallet, by comparing the pallet damage position with the estimated collision position in the historical collision position database, it is determined whether the pallet damage position is one of the estimated collision positions in the historical collision position database, so as to determine whether the pallet is damaged during the rental period.

[0169] Step S503: When and only when the pallet damage position is consistent with the estimated collision position in the historical collision position database, it is defined as being damaged during logistics, the lessor is designated as the responsible party and a compensation prompt is sent to the client of the lessor.

[0170] If the pallet damage position is inconsistent with any of the estimated collision positions in the historical collision position database, it means that the pallet is damaged during the rental period, and the supplier is responsible, and the lessor is not responsible.

[0171] If the pallet damage position is consistent with the estimated collision position in the historical collision position database, it can be determined that the pallet is damaged during the rental period, and the lessor is responsible, and the system will designate the lessor as the responsible party and send a compensation prompt to the client of the lessor through the platform.

[0172] The management method of the lessor when the rental period expires includes the following steps:

[0173] Step S600: It is determined whether the pallet return application information is consistent with the preset reference submission information.

[0174] The same as step S1051, when the rental period expires, by comparing the pallet return application information with the reference submission information, it is determined whether the platform of the supplier receives the pallet return application of the lessor.

[0175] Step S601: When and only when the pallet return application information is inconsistent with the reference submission information, it is defined as return timeout, and the member level of the lessor is obtained.

[0176] If the pallet return application information is consistent with the reference submission information, the lessor returns the pallet at this time still belongs to on-time return.

[0177] If the tray recycling application information is inconsistent with the benchmark submission information, it indicates that the rental period of the tray has expired, but the supplier may forget to return or not want to return, thereby causing the overdue. For the case of returning overtime, a late fee will be generated and may affect the credit of the rental company.

[0178] The member level is a special permission opened by the rental company at the tray supplier, and the member level is recorded in the rental company information. The system can directly call the rental company information from the tray rental order information, and determine the member level from the rental company information. The member level can be accumulated and improved through each credit transaction. The supplier gives different permissions to rental companies with member levels.

[0179] Step S6021: Based on the member level being less than the preset privilege level, determine whether the tray positioning information falls within the preset return range.

[0180] The privilege level is a standard set by the technician to determine whether the rental company is entitled to member privileges. Hereinafter, it will not be described. When the member level is less than the privilege level, the rental company does not have member privileges, and when the member level is not less than the privilege level, the rental company is entitled to member privileges. Whether or not a member has an impact on the different processing methods of the rental company when returning the tray overtime.

[0181] The return range is a specific range of area around the total warehouse or tray site of the tray supplier set by the technician, which will not be described here.

[0182] When the member level is less than the privilege level, the current positioning of the tray is obtained, and it is determined whether the tray positioning information falls within the return range, to determine whether the rental company has the intention to return the tray. If the tray positioning information does not fall within the return range, it is determined that the rental company does not have the intention to return the tray. Otherwise, it indicates that the rental company may have the intention to return the tray, at which time the rental company may be on the way to return the tray, or the rental company's location may just fall within the return range.

[0183] Step S60211: Currently, only when the tray positioning information falls within the return range, the return distance is determined according to the tray positioning information and the preset rental point position.

[0184] The return distance refers to the distance between the current position of the tray and the rental point position.

[0185] Step S60212: Determine the return distance trend within a preset unit period according to the tray positioning information and the return distance.

[0186] The returning distance change trend refers to a trend that the returning distance becomes larger or smaller. If the returning distance becomes smaller, it indicates that the pallet is approaching the location of the rental point, and vice versa.

[0187] The unit period is a time parameter set by the technician for determining the returning distance change trend, which is not described herein.

[0188] When the pallet positioning information falls within the returning range, the returning intention of the lessor is determined by obtaining the returning distance between the pallet and the location of the rental point, and determining whether the returning distance change trend is larger or smaller.

[0189] Step S602121: based on the returning distance change trend being reduced, re-evaluating the credit of the lessor according to the credit of the lessor and the preset credit deduction rule.

[0190] If the monitoring determines that the returning distance change trend is reduced, it indicates that the lessor has the returning intention, but the returning is overdue, at this time, no late fees are charged to the lessor, but the credit of the lessor needs to be re-evaluated, and the credit of the lessor is reduced.

[0191] Step S602122: based on the returning distance change trend being increased, recycling the pallet at the pallet positioning information according to the pallet positioning information.

[0192] If the monitoring determines that the returning distance change trend is increased, it indicates that the lessor has no returning intention although it is within the returning range, at this time, the system will send staff to the pallet positioning information location to directly recycle the pallet, and collect the late fees and re-evaluate the credit of the lessor.

[0193] The management method of the lessor when the rental period expires also includes the following steps:

[0194] Step S6022: based on the member level being not less than the privileged level, matching the period extension time according to the member level.

[0195] If the member level is not less than the privileged level, it indicates that the lessor has the member privilege. In the embodiment, for the lessor with the member privilege, when the pallet is returned overdue, the time for returning the pallet can be extended.

[0196] The period extension time is proportional to the member level, the higher the member level, the longer the period extension time.

[0197] Step S60221: correcting the expiration time according to the period extension time to obtain the member extended period.

[0198] The member extension period refers to the last return time of the pallet obtained by the member extending the expiration time through the member authority of the rental business. The member extension period is the extension period added to the expiration time.

[0199] Step S60222: based on the member extension period reaching the rental period, the member level of the rental business is downgraded according to the member level and the preset downgrade rule, and a return prompt is sent to the client of the rental business.

[0200] When the expiration time of the rental pallet of the rental business is extended, the rental business will be prompted first. When the rental period reaches the member extension period again and the rental business still does not return the pallet, it means that the credit of the rental business has a problem, and the member authority of the member level cannot be used again.

[0201] The downgrade rule is the score reduction amount set by the technical personnel when reevaluating the member level of the rental business. It is not described here. When reevaluating the member level of the rental business, the current member level is reduced by the score reduction value specified by the downgrade rule, and finally a new member level is obtained. When the member level is downgraded, the client of the rental business is notified through the platform. In addition to notifying the return of the pallet, the member downgrade is also notified.

[0202] Step S60223: when the pallet recycling application information is inconsistent with the benchmark submission information, the member extension period is continued to be extended according to the downgraded member level, and the member level is downgraded until the member level is consistent with the privilege level.

[0203] After the member is downgraded and the notification is sent, it is judged again whether the rental business has the intention to return the pallet according to whether the pallet recycling application information is consistent with the benchmark submission information. When there is still no intention to return the pallet, if the member level is still not less than the privilege level after being downgraded, the extension of the return period can still be continued through the member level. The extension method is consistent with steps S6022 and S60221, and is not described here. When the member level is finally less than the privilege level after being continuously downgraded, the processing method is consistent with steps S6021 to S602122.

[0204] The processing method of the new order generated in the pallet return process includes the following steps:

[0205] Step S700: retrieve the rental business receiving location according to the pallet rental order information.

[0206] The rental business receiving location refers to the place where the rental business prepares to receive the pallet after ordering the pallet. The rental business receiving location is filled in when the rental business fills in the pallet rental order, so the rental business receiving location can be directly retrieved from the pallet rental order information.

[0207] Step S701: Determine the nearest pallet station according to the lessor's delivery location.

[0208] The pallet station is a station for transferring pallets, and can also be used for pallet leasing and recycling. The nearest pallet station refers to the pallet station closest to the lessor's delivery location. After determining the lessor's delivery location, the system identifies all pallet stations around the delivery location on the map, and selects the nearest pallet station from them.

[0209] Step S702: Determine the return arrival time of the pallets being returned to the nearest pallet station according to the nearest pallet station, the pallet positioning information, and the preset delivery speed.

[0210] The delivery speed refers to the speed at which the supplier delivers the pallets, which is an average speed calculated by technicians according to actual conditions, and will not be described here.

[0211] The return arrival time refers to the time required for the lessor to return the pallets to the nearest pallet station. The lessor here refers to the lessor who has completed the pallet rental and is returning the pallets. The distance between the lessor and the nearest pallet station can be determined according to the nearest pallet station and the pallet positioning information, which refers to the location of the pallets being returned. When the distance between two points is determined, the return arrival time can be determined in combination with the delivery speed.

[0212] Step S703: Select the shortest return arrival time from the return arrival times.

[0213] There can be multiple lessors returning pallets within a certain range around the nearest pallet station at the same time. In this case, the lessor who is closest to the nearest pallet station and can deliver the pallets to the pallet station the fastest is selected. The return arrival time in this case is the shortest return arrival time.

[0214] Step S704: Determine the call arrival time of the pallets from the nearest pallet station to the lessor's delivery location according to the lessor's delivery location, the nearest pallet station, and the delivery speed.

[0215] The call arrival time refers to the time required to call the pallets from the nearest pallet station to the lessor's delivery location. The determination method of the call arrival time is consistent with that of step S702, and will not be described here.

[0216] Step S705: Calculate the sum of the shortest return arrival time and the call arrival time, and define it as the total call time.

[0217] The total call time refers to the time required for recycling the returning pallet to the nearest pallet station and directly calling to the new lessee receiving location. The total call time is the sum of the shortest return arrival time and the call arrival time.

[0218] Step S706: Determine the direct supply time according to the lessee receiving location, the preset total warehouse station, and the delivery speed.

[0219] The total warehouse station refers to the central station where all pallets are stored and dispatched.

[0220] The direct supply time refers to the time required for directly calling the new pallet from the total warehouse station and delivering it to the lessee receiving location. The determination method of the direct supply time is consistent with step S702, which will not be repeated here.

[0221] Step S7071: When the total call time is less than the direct supply time, call the pallet corresponding to the shortest return arrival time to the lessee receiving location.

[0222] By comparing the direct supply time with the total call time, it is determined which of the two delivery methods is faster.

[0223] If the total call time is less than the direct supply time, it means that the method of directly recycling the returning pallet to the nearest pallet station and directly calling it to the new lessee receiving location is more efficient, so this method is adopted for delivery.

[0224] Step S7072: When the total call time is not less than the direct supply time, call the new pallet from the total warehouse station to the lessee receiving location.

[0225] If the total call time is not less than the direct supply time, it means that it takes less time to directly deliver the new pallet from the total warehouse station to the lessee receiving location, which is more efficient, so this method is adopted for delivery.

[0226] The processing method of the new order generated in the pallet return process further includes the following steps:

[0227] If there is a case of illegal subletting around the nearest pallet station and a staff needs to be dispatched to recycle, when a new lessee order appears, the pallet of illegal subletting is recycled and delivered to the new lessee location first.

[0228] Step S800: Obtain the deviated pallet positioning information of the pallet with a stay 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.

[0229] The deviated tray positioning information refers to the positioning position of the tray that may deviate from the tray allowed area due to the illegal sub-renting. The deviated tray positioning information can be directly obtained by connecting the platform end system with the positioning chip in the tray.

[0230] When the suspected illegal sub-renting occurs, the system initiates identity verification to the client through the platform end, and verifies whether the tray is used by the renter itself. The tray is provided with a camera, and the renter stands in front of the tray, and the tray can scan the renter to determine the renter identity information.

[0231] The verification time is the time set by the technician for the renter to respond and perform identity verification, which is not described herein. Herein, it is determined that if the illegal sub-renting occurs, the renter cannot perform identity verification within the verification time, so as to determine that the tray is not used by the renter himself.

[0232] Step S801: based on the inconsistency between the renter identity information and the preset order identity information, the recovery time is determined according to the deviated tray positioning information, the nearest tray site and the delivery speed.

[0233] The order identity information refers to the information of the renter registered on the tray sub-renting order information.

[0234] If the renter identity information is inconsistent with the order identity information, it indicates that the person using the tray is not the renter, and the tray needs to be recovered at this time.

[0235] The recovery time refers to the time required for recovering the tray from the deviated tray positioning information to the nearest tray site. The determination method of the recovery time is consistent with step S702, which is not described herein.

[0236] Step S802: when the recovery time is less than the shortest return delivery time, the tray is recovered at the deviated tray positioning information and transported to the nearest tray site for calling a new tray sub-renting order.

[0237] If the calculated recovery time is less than the shortest return delivery time, the system sends the staff to the deviated tray positioning information to recover the tray sub-rented illegally to the nearest tray site, and then calls the tray to a new tray sub-renting order.

[0238] Based on the same inventive concept, the embodiment of the present application provides a multi-end role management system in a tray sharing cycle.

[0239] A multi-end role management system in a tray sharing cycle includes the following modules:

[0240] The acquisition module is configured to acquire pallet rental order information, pallet recycling application information, pallet positioning information, a stay time of the pallet outside a pallet allowed area, logistics weighing information, selection feedback information, pallet image information, pallet collision vibration information, tilt direction information, deviation from pallet positioning information, and rental merchant identity information.

[0241] The memory is configured to store a program of the multi-terminal role management method in a pallet sharing period.

[0242] The processor is configured to load and execute the program in the memory, and implement the multi-terminal role management method in a pallet sharing period.

[0243] The above only describes the preferred embodiments of the present application, and the protection scope of the present application is not limited to the above-mentioned embodiments. Any technical solution falling within the concept of the present application shall fall within the protection scope of the present application. It should be noted that, for ordinary skilled persons in the art, some improvements and refinements without departing from the principles of the present application shall also be considered as falling within the protection scope of the present application.

Claims

1. A method for managing multi-end roles in a tray sharing cycle, characterized in that, The method comprises the following steps: acquiring pallet rental order information; extracting rental information from the pallet rental order information; determining the credit of the rental according to the rental information and the preset industry credit library matching; based on the credit of the rental being greater than the preset baseline credit, extracting the rental period from the pallet rental order information; controlling the pallet to be put into the warehouse to monitor the rental status of the pallet in real time by a preset pallet monitoring method, and counting down according to the rental period, and obtaining pallet recovery application information in real time; based on the rental period not reaching the preset expiration time, determining whether the pallet recovery application information is consistent with the preset baseline submission information; only when the pallet recovery application information is consistent with the baseline submission information, the quality of the pallet is accepted by a preset quality acceptance method and is recovered; based on the rental period reaching the expiration time, a prompt is sent to the client of the rental; the pallet monitoring method comprises the following steps: acquiring pallet positioning information; calling the rental terminal location according to the pallet rental order information; determining the logistics calibration path according to the preset pallet starting location and the rental terminal location; determining the pallet allowed area according to the logistics calibration path and the preset logistics range; when the pallet positioning information does not fall within the pallet allowed area, the time the pallet stays outside the pallet allowed area is obtained; based on the stay time being greater than the preset baseline time, a prompt is sent to the client of the rental; the pallet monitoring method further comprises the following steps: obtaining logistics weighing information; calling the declared weighing information according to the pallet rental order information; when the logistics weighing information is greater than the declared weighing information, controlling the locking device preset on the pallet surface to pop up at a preset pop-up angle, and sending a prompt to the client of the rental and the platform of the supplier; after sending the prompt, the pallet specification is corrected according to the logistics weighing information, the pallet information corresponding to the corrected pallet specification is pushed to the client of the rental for the rental to select, and selection feedback information is obtained; based on the selection feedback information being consistent with the preset baseline determination information, generating a pallet replacement order information according to the corrected pallet specification; replacing the pallet rental order information with the pallet replacement order information, and controlling the pallet to be put into the warehouse and transported to the pallet positioning information according to the pallet replacement order information; based on the selection feedback information being inconsistent with the baseline determination information, reevaluating the credit of the rental according to the credit of the rental and the preset credit deduction rule, canceling the pallet rental order information, and recovering the pallet at the pallet positioning information.

2. The method of claim 1, wherein, The quality acceptance method comprises the following steps: obtaining pallet image information; determining whether the pallet is damaged according to the pallet image information and the preset baseline pallet; only when the pallet is damaged, determining the damaged position of the pallet according to the pallet image information; based on the damaged position of the pallet being located at the top position of the pallet, determining whether the logistics weighing information is greater than the declared weighing information; only when the logistics weighing information is greater than the declared weighing information, defining it as overload and damage, designating the rental as the responsible party and sending a compensation prompt to the client of the rental.

3. The method of claim 2, wherein, Further comprising: after the pallet is put into the warehouse, real-time acquisition of pallet collision vibration information and inclination direction information; When the tray collision vibration information is greater than the preset reference anti-falling 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; Based on the fact that the tray damage position is located at the bottom position of the tray, it is judged whether the tray damage position is consistent with the estimated collision position in the historical collision position library; Only when the tray damage position is consistent with the estimated collision position in the historical collision position library, it is defined as damage during logistics, the lessor is defined as the responsible party, and a compensation prompt is sent to the client of the lessor.

4. The method of claim 1, wherein, The management method of the lessor when the lease period reaches the expiration time comprises: Judging whether the tray recycling application information is consistent with the preset reference submission information; Only when the tray recycling application information is inconsistent with the reference submission information, it is defined as return overtime, and the member level of the lessor is obtained; Based on the fact that the member level is less than the preset privilege level, it is judged whether the tray positioning information falls within the preset return range; Only when the tray positioning information falls within the return range, the return distance is determined according to the tray positioning information and the preset lease point position; The return distance change trend in the preset unit period is determined according to the tray positioning information and the return distance; Based on the fact that the return distance change trend decreases, the credit score of the lessor is re-evaluated according to the credit score of the lessor and the preset credit deduction rule; Based on the fact that the return distance change trend increases, the tray at the tray positioning information is recycled according to the tray positioning information.

5. The method of claim 4, wherein, Further comprising: Based on the fact that the member level is not less than the privilege level, the member level extension time is matched according to the member level; The member extension period is obtained by correcting the expiration time according to the extension time; Based on the fact that the lease period reaches the member extension period, the member level of the lessor is downgraded according to the member level and the preset downgrade rule, and a return prompt is sent to the client of the lessor; When the tray recycling application information is inconsistent with the reference submission information, the member extension period is continued to be extended according to the downgraded member level, and the member level is downgraded until the member level is consistent with the privilege level.

6. The method of claim 1, wherein, The processing method of the new order generated in the tray return process comprises: The lessor's delivery location is called according to the tray lease order information; The nearest tray site is matched according to the lessor's delivery location; The return arrival time of all trays in the return process to the nearest tray site is determined according to the nearest tray site, the tray positioning information and the preset delivery speed; The shortest return arrival time is selected from the return arrival time; The calling arrival time of the tray from the nearest tray site to the lessor's delivery location is determined according to the lessor's delivery location, the nearest tray site and the delivery speed; The sum of the shortest return arrival time and the calling arrival time is calculated and defined as the total calling time; The direct supply time is determined according to the lessor's delivery location, the preset total warehouse site and the delivery speed; When the total calling time is less than the direct supply time, the tray corresponding to the shortest return arrival time is called to the lessor's delivery location; When the total calling time is not less than the direct supply time, a new tray is called from the total warehouse site to the lessor's delivery location.

7. The method of claim 6, wherein, Further comprising: Obtaining the deviated pallet positioning information of the pallet with the stay time greater than the reference time, and sending an identity verification prompt to the client of the lease provider, and obtaining the identity information of the lease provider within a preset verification time; Based on the inconsistency between the identity information of the lease provider and the preset order identity information, determining the recovery time according to the deviated pallet positioning information, the nearest pallet site and the delivery speed; When the recovery time is less than the shortest return delivery time, the pallet is recovered according to the deviated pallet positioning information and is transported to the nearest pallet site for calling for a new pallet lease order.

8. A multi-end role management system in a tray sharing cycle, characterized in that, It comprises: The acquisition module is used for acquiring pallet lease order information, pallet recovery application information, pallet positioning information, stay time of pallet outside the pallet allowed area, logistics weighing information, selection feedback information, pallet image information, pallet collision vibration information, inclination direction information, deviated pallet positioning information and lease provider identity information; The memory is used for storing the program of the pallet sharing cycle multi-end role management method according to any one of claims 1 to 7; The processor, the program in the memory can be loaded and executed by the processor and realize a kind of pallet sharing cycle multi-end role management method.

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