34results about How to "Improve delivery timeliness" patented technology

The invention provides a delivery scheduling method and system based on the O2O mode. The method comprises the following steps that the scheduling system receives a destination, a delivery mode and commodity information of a generated order in real time; delivery taking time of the order is generated in a preset strategy according to the reception sequence and delivery mode of the order; preliminary picking staff information and preliminary delivery staff information of the commodity are obtained according to the delivery taking time and the commodity information; preliminary transport means information of the commodity is obtained according to the destination, delivery mode, delivery taking time and commodity information; and according to sequence of the delivery taking time, the preliminary picking staff information, the preliminary delivery staff information and the preliminary transport means information are ordered, and delivery content information is generated and pushed to intelligent mobile terminals of preliminary picking and delivery staff. The method and system can be used to effectively improve the time efficiency and picking efficiency of delivery, reduces the logistics delivery cost to the largest extent, and greatly reduces mistake of orders.

The invention belongs to the technical field of customs clearance and provides a fast customs clearance method. The method comprises that a buyer purchases a product at an international e-commerce platform and submits product information to an order system; the order system generates order information; the order system transmits the order information and / or product identification information to a fast customs clearance service platform in order to write order information and / or product identification information in a RFID tag or generates a two-dimension code; the RFID tag is pasted on the package and the transport sheet of the product or the generated two-dimension code is printed on the package of the product; the order information and a signature verifying secret key are transmitted to a customs in order to notify a logistic transferring company to transport the product; the customs reads the RFID tag or the two-dimension code, matches the product with the order information in order to determine whether the order information is consistent with the product after performing decryption and signature verification by using the signature verifying secret key; the customs passes the product if yes; and the product is processed in a manual detection channel if not. The fast customs clearance method has advantages of low cost, various identification forms, fast processing speed, traceable product source, safe information and convenient supervision.

The invention provides a data processing method for logistics distribution, which comprises the steps of receiving logistics waybills within a set time period and parsing the logistics waybills to acquire distribution information of the logistics waybills; aggregating each of the logistics waybills according to a distance relation between distribution address information of each logistics waybill and each set aggregation address so as to form logistics waybill aggregations; screening out a distribution party meeting set screening conditions from an information database of the distribution parties according to the distribution information of the logistics waybill forming the logistics waybill aggregation and the set aggregation address corresponding to the logistics waybill aggregation in allusion to each logistics waybill aggregation; and the sending information of the logistics waybill aggregations to the distribution party. The data processing method for logistics distribution reduces the distribution cost of logistics distribution and provides a solution for performing logistics distribution in rural areas. The invention further provides a method for performing logistics distribution based on a mobile terminal of the distribution party and a method for evaluating distribution of the distribution party.

The invention discloses a sectional delivery method. The method comprises steps: a delivery task is acquired, and according to a delivery starting address and a delivery destination address of a to-be-delivered article, a concentrated transportation warehouse for the delivery task is selected; the first delivery section for each to-be-delivered article in the delivery task is determined, and the second delivery section for the delivery task is determined; a first sub delivery sheet corresponding to delivery of the to-be-delivered article in each first delivery section and a second sub delivery sheet corresponding to delivery of the to-be-delivered article in the second delivery section are created; a starting instruction for a sub delivery task corresponding to each first sub delivery sheet is sent; after all to-be-delivered articles reach the concentrated transportation warehouse, a sheet combination operation execution instruction for the to-be-delivered articles is sent; and a starting instruction for a sub delivery task corresponding to the second sub delivery sheet is sent. According to the sectional delivery method disclosed by the invention, the operation executed by a buyer during the delivery process can be reduced, convenience is provided for the buyer, and the delivery time efficiency is also enhanced.

The invention provides a path planning method and device, electronic equipment and a storage medium thereof. The path planning method comprises the steps: acquiring website transportation informationand order information within a preset range, wherein the website transportation information comprises transportation paths among websites and transportation costs among the corresponding websites; determining transport parameters according to the website transport information, and determining constraint conditions according to the order information; generating an initial distribution path set according to the website transportation information, the constraint conditions and the transportation parameters; and calculating a transportation parameter value in the initial distribution path set, andtaking a path corresponding to the minimum transportation parameter value as a planned path which is used for generating scheduling information of transportation equipment. According to the path planning method, the transportation cost is reduced under the condition of comprehensively considering factors such as express network point distribution and transport capacity, so that the vehicle performs order delivery from a fixed time point to a fixed network point according to the arranged route, and the delivery time efficiency of expresses in the same city is improved on the premise of reducing the transportation cost.

The invention relates to the technical field of intelligent scheduling, in particular to a logistics scheduling method and device, and the method comprises the steps: obtaining a plurality of deliverymen to be scheduled and a plurality of orders to be distributed; for each deliveryman, obtaining an influence factor related to the deliveryman; determining a relationship weight between the deliveryman and each order based on the influence factor; determining an optimal order assignment scheme by adopting a bipartite graph matching algorithm based on the relationship weight, and matching each order in the optimal order assignment scheme with the deliveryman; and for each order, assigning the order to a deliveryman matched with the optimal order assignment scheme in the optimal order assignment scheme. According to the logistics scheduling method, the relationship weight between the deliveryman and each order is determined through the influence factors related to the deliveryman, and the bipartite graph matching algorithm is adopted to determine the optimal order assignment scheme based on the relationship weight, so that the matching success rate and the logistics scheduling efficiency can be improved.

The invention discloses a message pushing system, method and device, a goods taking notification sending system, method and device and electronic equipment. The message pushing system comprises a terminal device and a server, a delivery request for an order specified by a first user is sent to a server through terminal equipment, acquiring and sending real-time position information of the terminalequipment to a server; and the server monitors the real-time position of the first user according to the delivery request, judges whether the distance between the real-time position information and the delivery address of the order is smaller than or equal to a pre-notification distance or not, pushes a goods taking pre-notification prompt message to the terminal equipment if the distance is smaller than or equal to the pre-notification distance, and the terminal equipment receives the prompt message. By the adoption of the processing mode, goods taking pre-notification is achieved on the basis of real-time positioning of the deliveryman, and the deliveryman is prevented from waiting for the consignee to take goods for a long time after arriving at the delivery address. Therefore, the time of delivery personnel can be effectively saved, and the delivery time efficiency is improved.

The invention discloses a configuration automobile accessory scheduling method based on a rule engine, belongs to the technical field of Internet, and configures a shipping warehouse list decision strategy for a service scene; different decision factors and priorities are configured for service scenes, and an optimal warehouse decision in a shipable warehouse list is realized. The optimal warehouse can be screened out from the warehouse list to serve as the optimal delivery warehouse of the order, routing configuration can be performed on the selectable warehouse list, comprehensive configuration can be realized based on different service scenes such as complex and changeable order channels and order labels of middle and large scale companies, and an operational scheduling strategy can be flexibly supported. The logistics cost is saved, the delivery timeliness is improved, the diversified requirements of the service level can be considered, the cost pressure of development and operation is saved, setting of decision factors is continually tried by the system, and finally the decision factor capable of enabling the delivery cost to be minimum is found out.

The invention relates to a logistics distribution method and system based on cooperation of multiple unmanned aerial vehicles. The method comprises the following steps of firstly, determining a delivery level and a delivery address of each to-be-delivered object in a target area, and further determining a delivery path of each to-be-delivered object; secondly, sending an initial distribution instruction carrying a distribution path to each unmanned aerial vehicle according to the distribution levels from high to low; in this way, the to-be-delivered objects with high delivery levels being delivered preferentially, and delivery efficiency being improved; and then, when feedback information of executing the initial distribution instruction sent by each unmanned aerial vehicle is received, continuously distributing a current distribution instruction for distributing the target object in the target logistics center which is determined according to the current position of each unmanned aerial vehicle and is closest to each unmanned aerial vehicle to each unmanned aerial vehicle. The method is advantaged in that the distribution task can be allocated to the unmanned aerial vehicle nearbyaccording to the current position of the unmanned aerial vehicle, long-time flight and a large amount of time consumption of the unmanned aerial vehicle in the pickup process are avoided, and the distribution timeliness is improved.

The invention relates to a promotion payment time limit donation system. The method is characterized by comprising the following steps: a server where the promotion system is located creates promotionaccording to the input signal; and the promotion system activates promotion according to the input signal, generates a promotion order pool for order interception and order entry into the promotion system when there is limited donation in the promotion action of promotion, and matches promotion according to whether the payment time of the order is within the start-end time range of promotion. Themethod has the advantages that the disordered orders can be accurately added according to the payment time sequence in a limited manner, and wrong delivery is avoided; all the orders do not need to be intercepted, only the orders meeting the promotion order pool need to be intercepted, other orders can be normally downloaded from the storage management system for delivery, the number of the intercepted orders is greatly reduced, and the order delivery time efficiency is greatly improved; the limited donation system is automatically operated by a computer, and manual intervention is not needed; however, the interception time can be manually modified, and adjustment can be flexibly carried out according to conditions.

The invention relates to a logistics distribution method based on multi-unmanned aerial vehicle cooperation and a cloud control center. The logistics distribution method comprises the following stepsof: firstly, determining a distribution level and a distribution address of each to-be-distributed object in a target region, and further determining a distribution path of each to-be-distributed object; secondly, sending an initial distribution instruction carrying the distribution paths to each unmanned aerial vehicle according to the distribution levels from high to low, in this way, the to-be-distributed objects with high distribution levels can be distributed preferentially, and the distribution efficiency is improved; and thirdly, when feedback information of finishing execution of the initial distribution instruction sent by each unmanned aerial vehicle is received, continuously distributing a current distribution instruction for distributing the target object in a target logisticscenter which is determined according to a current position of each unmanned aerial vehicle and is closest to each unmanned aerial vehicle to each unmanned aerial vehicle. Thus, the distribution task can be allocated to the unmanned aerial vehicles nearby according to the current positions of the unmanned aerial vehicles, long-time flight and a large amount of time consumption of the unmanned aerial vehicles in the pickup process are avoided, and the distribution timeliness is improved.

An unmanned aerial vehicle parcel collection and delivery method, device, equipment and a storage medium, the unmanned aerial vehicle parcel collection and delivery method comprises the steps of establishing an unmanned aerial vehicle state list, an express cabinet state list, an unmanned aerial vehicle arrival time table corresponding to each express cabinet, and an express delivery queue list, and establishing an unmanned aerial vehicle parcel collection and delivery scheduling strategy according to each list; and controlling the unmanned aerial vehicle parcel collection or delivery board according to the scheduling strategy. Intelligent collection and intelligent delivery of express packages are achieved through the unmanned aerial vehicle, the labor cost is reduced, the express collection timeliness is improved, the problems of delay, loss, damage and the like of express items in the express item collection process can be effectively solved through reasonable planning and application of the unmanned aerial vehicle in the express item collection process, the quality and efficiency of delivery, receiving and delivery services are improved, and the overall technical level of the express industry is improved.

The embodiment of the invention provides a logistics wiring method and device, electronic equipment and a readable storage medium, and the method comprises: carrying out the mesh generation of a target region according to the geographic position of a to-be-wired point in the target region; expanding outwards layer by layer by taking the initial grid in the target area as a center, and determininga target wire arrangement template corresponding to the expanded current local search area according to a historical wire arrangement template in the target area in the expanding process; and according to the target wiring template and a first constraint condition, carrying out wiring on the point locations in the current local search area until all grids in the target area are searched, and obtaining a wiring result of the target area. According to the embodiment of the invention, the line fixing rate can be improved; and, in a regional multi-vehicle-model scene, the delivery time efficiencycan be improved, and the delivery cost is reduced.

The invention provides a delivery task planning method and device, and the method comprises the steps of obtaining a distribution point set in a co-distribution region, and constructing a tail-end delivery network diagram; establishing an express company set, an available courier set and a delivery task set participating in sharing according to the obtained business information of the express companies; establishing a shared network end delivery task planning model, and determining an optimization target and constraint conditions; and configuring a hybrid genetic simulated annealing algorithm used for solving the shared network end delivery task planning model, and performing path planning by using the hybrid genetic simulated annealing algorithm. According to the invention, intelligent matching planning can be carried out on the express parcels and the transport capacity of the express delivery vehicles of the network in advance when the terminal sharing network delivers the express parcels, so that the delivery efficiency is improved, and the delivery time efficiency is enhanced.

The invention relates to an international express delivery method, device, system and equipment, and belongs to the technical field of international express delivery. The method comprises the steps of receiving waybill information, and printing an electronic express sheet; pushing the waybill information to an express substation; receiving receiving scanning information and sending scanning information of each website in China of a sending place so as to record the receiving information and the sending information of a parcel; after the parcel arrives at a domestic tail end network point of the sending place, triggering a warehouse system to receive warehouse-in scanning information and warehouse-out scanning information; and in the national express transportation stage, obtaining port signing scanning information, exporting customs clearance materials, and putting a trunk line vehicle running track and a customs clearance track into the warehouse system, so that the parcel enters a destination through receiving scanning. According to the invention, the specific international express delivery process is set, and various language contents are printed on each electronic waybill, so that the express waybill realizes the function that one waybill reaches the bottom, multiple waybill recording and changing links are reduced, the express delivery time efficiency is improved, and the printing cost is reduced.

The invention discloses a data processing and communication method for a driving tour team and relates to a method for providing navigation and communication services for vehicles through a navigation center. The method comprises that: navigation equipment on a vehicle participating in the driving tour is registered in a database of the navigation center; the navigation center saves and forwards team information of a leader vehicle; the navigation center allows team member vehicles to join the team; the navigation center provides the team member vehicle information for the leader vehicle; thenavigation center navigates each member vehicle of the team according to the specified route in the team information and transmits the position information of each member vehicle of the team; and each member vehicle of the team self-checks the fall-off condition according to the position information. By providing synchronous information interaction for the leader vehicle and each member vehicle in the driving tour team by the navigation center through a mobile communication network, the problems that the leader and each member perform one-to-one telephone contact in the driving tour team, that the leader has high telephone communication traffic and that a lot of time of the leader is taken up are solved.

The invention relates to a logistics distribution method combining cooperation of multiple unmanned aerial vehicles and a cloud control center. The method comprises the following steps that firstly, adelivery level and a delivery address of each to-be-delivered object in a target area are determined, and a delivery path of each to-be-delivered object is further determined; secondly, an initial distribution instruction carrying a distribution path is sent to each unmanned aerial vehicle according to the distribution levels from high to low; in this way, the to-be-delivered objects with high delivery levels can be delivered preferentially, and delivery efficiency is improved; and then, when the feedback information of executing the initial distribution instruction sent by each unmanned aerial vehicle is received, a current distribution instruction for distributing the target object in the target logistics center which is determined according to the current position of each unmanned aerial vehicle and is closest to each unmanned aerial vehicle is continuously distributed to each unmanned aerial vehicle . The method is advantaged in that the distribution task can be allocated to the unmanned aerial vehicle nearby according to the current position of the unmanned aerial vehicle, long-time flight and a large amount of time consumption of the unmanned aerial vehicle in the pickup process are avoided, and the distribution timeliness is improved.

The present invention discloses a quick-response and quick-delivery micro warehouse system and a method. The system comprises a plurality of micro warehouses, a micro warehouse service processing server and an e-commerce service processing server; the plurality of micro warehouses are connected with the micro warehouse service processing server; and the micro warehouse service processing server is connected with the e-commerce service processing server. The method includes the following steps that: the e-commerce service processing server receives an order placement request from a user and then sends an inventory status request to the micro warehouse service processing server; the micro warehouse service processing server receives the inventory status request, judges whether micro warehouses can respond, and starts a corresponding micro warehouse system if the micro warehouses can respond; and the micro warehouse service processing server returns a request result to the e-commerce service processing server, and the e-commerce service processing server judges a matched warehouse system according to the returned request result and performs corresponding processing. With the micro warehouse system and the method of the invention adopted, the delivery time effectiveness of e-commerce can be greatly improved, and the cargo delivery efficiency in the logistics industry can be improved.

The invention discloses an order processing method and device, computing equipment and a computer readable storage medium, and relates to the technical field of the Internet, the method comprises the steps of obtaining order information of a target order in an order confirmation page; judging whether the target order belongs to the city-wide order or not according to the order information; if judging that the target order belongs to the city-wide order, generating confirmation information about whether city-wide distribution is selected or not on an order confirmation page; acquiring feedback information of the confirmation information, and allocating transport capacity resources to the target order according to the feedback information. Based on the method provided by the invention, the transport capacity resources are allocated to the target order by judging whether the target order is the city-wide order or not, so that the delivery timeliness of the target order and the use experience of the user are effectively improved while the transport capacity resources are reasonably allocated.

The invention provides a laboratory automatic logistics system robot, and relates to the field of logistics robots. The laboratory automatic logistics system robot comprises an objective table and a mobile robot body, the objective table is fixedly arranged at the upper end of the mobile robot body, an industrial panel, a control panel and a numeric keyboard are arranged at the position, close to the upper end, of the rear side wall of the objective table, the industrial panel and the numeric keyboard are located on the same horizontal plane, autonomous keys are fixedly arranged on the side wall of the objective table located at the upper ends of the industrial panel and the numeric keyboard, and a loudspeaker is fixedly arranged on one side of the top end of the objective table. The robot moves based on laser navigation, the path is flexible, multiple safety settings are achieved, obstacles in the advancing process are avoided, the safety of the robot is improved, automatic obstacle avoidance is achieved, the requirement for changeable lines is met, manual work is replaced with robot transportation, cost is greatly reduced, efficiency is improved, and distribution errors can be avoided.

The invention provides an order scheduling method, and the method comprises the steps: obtaining order data which comprises a receiving address of an order; dividing the order into different order flow directions according to the receiving address of the order, and counting the number of orders in each order flow direction; determining the number of orders scheduled from each order flow directionper hour according to the number of orders in each order flow direction and the number of production orders in unit time of a warehouse; and according to the number of orders scheduled from each orderflow direction per hour, downloading the orders scheduled from each order flow direction to the warehouse management system. In this way, the order flow directions are defined according to the receiving addresses of the orders, and therefore, centralized production of the orders in each order flow direction can be realized, production efficiency can be improved, and the delivery timeliness of theorders can be improved. The invention further provides an order scheduling device, electronic equipment and a medium.

The invention discloses a city-wide order distribution range drawing method and device, electronic equipment and a computer storage medium. The method comprises the steps: drawing a boundary line on amap, and configuring a distribution area of each distribution team through the boundary line; judging whether the distribution areas of any two distribution teams are crossed or not; and if the distribution areas of the first distribution team and the second distribution team intersect, modifying the boundary line, so that the distribution areas of the first distribution team and the second distribution team do not intersect. Thus, each delivery address corresponds to at most one delivery team, so that the order can be allocated to the corresponding delivery team according to each delivery address, the problem that which delivery area the order is allocated to cannot be determined when the delivery areas are crossed is avoided, and the order receiving efficiency and the delivery timeliness are improved; and on the other hand, interference of human factors can be eliminated in an intelligent automatic order distribution mode, and the situation that some distribution teams should receive orders in the distribution areas of the distribution teams and do not receive the orders is avoided.

The present disclosure relates to a dispatching method and dispatching system based on the O2O mode, including the following steps: the dispatching system receives the destination, delivery method and product information of the generated order in real time; The strategy generates the receipt time of the order; according to the receipt time and commodity information, obtain the preliminary picker information and preliminary delivery personnel information of the commodity; according to the destination, delivery method, receipt time and commodity information of the order, obtain the commodity Preliminary means of transport information of the goods; sort the information of the preliminary picking personnel, the information of the preliminary delivery personnel and the information of the preliminary means of transportation according to the order of the receipt time, generate the delivery content information and push the information to the preliminary picking personnel , An intelligent mobile terminal for initial delivery personnel. It effectively improves delivery timeliness and picking efficiency, saves logistics and distribution costs to the greatest extent, and greatly reduces order errors.

The invention discloses a dedicated line management system for auto parts logistics based on intelligently planned routes, including a dedicated line basic management system and a dedicated line transportation management system; the dedicated line basic management system includes dedicated line management, dedicated vehicle information management, dedicated vehicle model management, and dedicated drivers management and special line mileage management; the special line transportation management system includes special line transportation management, special line pre-dispatch order management, special line dispatch order management, special line transportation scheduling management and special line freight management. The biggest advantage of the present invention lies in the intelligent planning of routes, flexible calculation of distances, and the selection of the optimal mode for dedicated line transportation, thereby reducing the cost of freight; through the two core modules of vehicle-cargo matching and route planning, the loading rate of vehicles and delivery timeliness are improved.

A cost-optimized in-plant logistics distribution method claimed in the present invention proposes to adopt the principle of minimum order splitting, consider the time window and vehicle load constraints, and construct a mathematical model with the goal of minimizing the total distribution cost. The two-stage genetic algorithm is designed above, and the P logistics enterprise is used as an example for application research. MATLAB programming is used to solve the distribution scheme based on the principle of minimum order splitting, and it is compared with the distribution scheme based on the principle of shortest distance order splitting. The distribution plan based on the principle of order splitting is more optimal, which can effectively reduce the number of vehicles used, the number of pickups, the number of deliveries, and the number of pickups, improve the timeliness of delivery, and achieve the goal of reducing the total cost of delivery. At the same time, according to the distribution path and scene information of the order, the payment channel that best suits the order needs is obtained, so as to ensure the fast operation of the order life cycle.

The invention provides an order delivery method and device, a server and a storage medium, and the method comprises the steps of determining a deliveryman which can reach the position of a to-be-delivered order in a preset duration as a candidate deliveryman matched with the to-be-delivered order after the to-be-delivered order is obtained, obtaining the delivery score of the candidate deliverymanaccording to a trained prediction model, providing the to-be-delivered order containing the delivery score for the candidate deliveryman, and determining whether to deliver the to-be-delivered orderor not by the candidate deliveryman according to the delivery score. Based on the above scheme, each deliveryman can obtain a plurality of to-be-delivered orders containing the delivery scores, generally, the deliveryman can select the order with the higher delivery score for delivery, and the higher the delivery score is, the higher the delivery timeliness of the order by the deliveryman is, so that each deliveryman can efficiently deliver the order, the delivery timeliness of the order is improved and the manpower resource is saved.

The invention discloses an automobile accessory logistics special line management system based on intelligent route planning. The system comprises a special line basic management system and a special line transportation management system. The special line basic management system comprises special line management, special line vehicle information management, special line vehicle type management, special line driver management and special line mileage management; the special line transportation management system comprises special line transportation management, special line pre-dispatching management, special line vehicle dispatching management, special line transportation scheduling management and special line freight management. The method has the greatest advantages that a route is intelligently planned, the distance is flexibly calculated, and an optimal mode can be selected for special line transportation, so that the cost and the freight are reduced; through two core modules of vehicle-cargo matching and route planning, the loading rate and the distribution time efficiency of a vehicle are improved.

According to the in-plant logistics distribution method for cost optimization, the minimum order splitting principle is adopted, time windows and vehicle loading quantity constraints are considered, a mathematical model with the minimum distribution total cost as the target is constructed, a two-stage genetic algorithm is designed on the basis of the genetic algorithm, application research is carried out with a P logistics enterprise as an example, and the optimal distribution cost is obtained. The distribution scheme based on the minimum order splitting principle is solved by applying MATLAB programming and compared with the distribution scheme based on the shortest distance order splitting principle, and the result shows that the distribution scheme based on the minimum order splitting principle is better, the number of used vehicles, the number of goods taking times, the number of distribution times and the number of goods taking times can be effectively reduced, the distribution timeliness is improved, and the distribution efficiency is improved. The purpose of reducing the total distribution cost is achieved. Meanwhile, the payment channel most suitable for the order demand is obtained according to the distribution path and scene information of the order, thereby guaranteeing the quick operation of the life cycle of the order.