55 results about "Parcel delivery" patented technology

A parcel delivery security container includes a bottom panel, side panels, a lid, an electromagnetic lock assembly, an input device, a barcode scanner, a microprocessor, and a power source. The side panels are transverse to the bottom panel to form an open-ended compartment. The lid is pivotably connected to one of the side panels to selectively open and close the compartment. The electromagnetic lock assembly releasably locks the lid when closed. The input device is on an outer surface of the security container to permit a user to enter information. The barcode scanner is on an outer surface of the security container to scan barcodes on parcels. The microprocessor is operatively connected to the input device, the barcode scanner, and the electromagnetic lock assembly to control locking and unlocking thereof. The power is operatively connected to the input device, the barcode scanner, the electromagnetic lock assembly, and the microprocessor.

A parcel delivery system, metho and apparatus having a delivery receptacle 1 that is securely affixed to a ground surface 11 located at a consumer's residence 12 or place of business that provides a location signal to a delivery vehicle 22 which has a lid 5 that can be opened by a signal from a delivery vehicle driver to drop in a parcel and closed by another signal while activating an App to notify a consumer with details that a parcel has been delivered. The delivery receptacle would preferably have cushioning material 8 on interior walls to allow a driver to toss a parcel even though unpackaged into the receptacle without damage, thereby making protective packaging unnecessary. A solar panel 21 with battery provides electrical power to the receptacle.

The invention discloses a truck-unmanned aerial vehicle cooperative distribution and scheduling optimization method for unmanned logistics, relates to the technical field of intelligent logistics scheduling, and solves the technical problem that the potential of an existing logistics station in the aspect of a transfer function is not fully utilized in the prior art. A distribution main body is composed of a plurality of groups of homogeneous automatic driving trucks equipped with unmanned aerial vehicles, and each group of automatic driving truck-unmanned aerial vehicle combination starts from a warehouse, loads to-be-distributed packages and carries out a distribution task; the RP selects a candidate transfer point from existing logistics stations, and deploys a plurality of unmanned aerial vehicles for transfer and continuous delivery of packages; the parcel receiving mode of the client point comprises the steps of automatically driving a truck for direct delivery, and completing parcel delivery by a paired unmanned aerial vehicle; transferring to the selected RP by the automatic driving truck, and then carrying out tail end distribution through the unmanned aerial vehicle deployed by the RP; according to the invention, transfer delivery and continuous delivery of the parcels are realized, the delivery range of the unmanned aerial vehicle is expanded, and the overall customer coverage rate and delivery flexibility are improved.

A smart parcel delivery box with authenticated access and theft detection system, consisting of: a weatherproof housing that defines a secured storage compartment, a microcontroller-based control unit that is functionally connected to control all system functions, a matrix keypad positioned on an outer surface of the housing to receive authentication inputs, at least one infrared proximity sensor positioned within the storage compartment to detect the presence and absence of packages, at least one vibration sensor attached to the housing to detect unauthorized tampering attempts, a magnetic door position detection system comprising at least one Hall-effect sensor and associated magnetic elements to monitor the state of the door position, a servo-controlled automatic locking mechanism for securing said storage compartment, visual indicators comprising RGB LED elements to display system status information, an electronic screen for displaying system information and generating one-time passwords, acoustic signaling devices for issuing acoustic warnings and confirmations, a wireless communication means for sending notifications and receiving remote commands and a power supply means for supplying electrical energy to all system components.

This invention relates to the field of parcel delivery volume prediction technology, and discloses a method for predicting logistics parcel delivery volume based on a multi-level network architecture. The method includes: acquiring raw data and standardizing the data; constructing a multi-level network hierarchy and a multi-dimensional weighted ranking model; displaying the data in multiple dimensions; calculating the confidence interval based on the prediction model and attaching a confidence level label to each predicted value; introducing a user behavior learning model to record user click habits and query preferences, and optimizing the network display order and recommendation logic; using an integrated prediction model to fuse time series analysis, regression analysis, and machine learning prediction methods to form a combined prediction result; establishing a prediction error feedback mechanism to compare the actual delivery volume with the predicted delivery volume and optimize model parameters; and adopting a hierarchical prediction strategy. This invention provides reliable support for logistics delivery planning and resource allocation, reduces operating costs, and improves service quality.

The invention discloses a multi-target coordinated urban parcel delivery air-ground collaborative scheduling method, which relates to the technical field of logistics distribution, and comprises the following steps: constructing an air-ground collaborative distribution multi-target function integrating a profit target, an environment and energy target and an air-ground collaborative efficiency target, and calculating the benefit of the air-ground collaborative distribution multi-target function; establishing a package queue dynamic model, initializing parameters and calculating a current queue length; constructing a Lyapunov function based on the current queue length and calculating queue drift; introducing a trade-off parameter to construct a multi-objective optimization function combined with queue backlog; and solving the optimization function to obtain an optimal package enqueue rate control scheme, and dynamically adjusting an air-ground collaborative distribution scheduling strategy according to the optimal package enqueue rate control scheme to realize multi-target comprehensive optimization. According to the method, the problems of low distribution efficiency, high energy consumption and the like caused by the fact that existing air-ground collaborative distribution only considers a single target and lacks queue backlog processing are solved, the stability of a distribution system is guaranteed, and the comprehensive distribution benefit is improved.

The "Security Locking Bag for Logistics and Delivery" offers an advanced solution for the secure delivery of packages, especially in urban areas where secure drop-off points are often lacking. These specially designed bags are equipped with state-of-the-art security technology, including a biometric lock and a GPS tracking system, providing comprehensive protection against unauthorized access while enabling precise location tracking. In addition, the bags are equipped with a QR code (2), a touch-sensitive lock for the parcel compartment (1), and a security lock (5) to secure the bag to a fixed object. These features address the shortcomings of conventional delivery methods, which are often insecure or require cumbersome and costly processes. The robust construction protects parcels from theft and the elements, and supports efficient and environmentally friendly delivery by reducing unnecessary trips and fuel consumption. The system works as follows: A courier places the package in the bag, closes the parcel compartment lock (1), and secures the bag to a fixed point with the security lock (5). The recipient can open the lock with a PIN sent to them or via a mobile app to retrieve their package. After the package has been retrieved, the bag can be collected by the courier for the next delivery. The bags are manufactured using an injection molding process, in which molten plastic is injected into prepared molds. The components, such as the compartment lock (1), the QR code (2), the security lock (5), and the bag compartment (3), are then mounted onto the main body (4). Industrial applicability: These bags offer a practical, secure, and environmentally friendly solution for modern logistics. They are particularly suitable for urban areas and situations where secure parcel drop-off options are lacking.

The utility model relates to the technical field of package delivery machines, in particular to a high-speed automatic package delivery machine which comprises a machine body, and a feeding mechanism, a traction mechanism, a cutting mechanism and a package delivery mechanism are sequentially arranged on the machine body. The bag throwing mechanism comprises a feeding assembly and a throwing assembly, the feeding end of the feeding assembly is located under a discharging port of the cutting mechanism, and the throwing assembly is movably arranged on the side portion of the feeding end of the feeding assembly. According to the high-speed automatic parcel delivery machine, the parcel delivery mechanism can achieve simultaneous parcel delivery of a row of multiple packages on a multi-station packaging production line, the requirement of the multi-station packaging production line is met, parcel delivery efficiency is high, and production efficiency is improved.

The invention relates to the technical field of logistics transportation, in particular to a control method and device of a household cabinet, the household cabinet and a medium, and aims to determine whether a courier enters a preset surrounding area of the household cabinet or not, obtain first detection information of a delivery box in the household cabinet when the courier enters the preset surrounding area of the household cabinet, and send the delivery box to a server according to the first detection information. Whether the delivery box meets a first box fullness condition or not is determined, if the delivery box does not meet the first box fullness condition, the waybill information and the delivery state of the to-be-delivered package are obtained, and the opening state of the household cabinet is controlled according to the waybill information, the delivery state and preset household cabinet delivery information. Visibly, when it is detected that the courier enters the area and the delivery box does not meet the first box fullness condition, the opening state of the home cabinet is controlled according to the waybill information, the delivery state and the preset home cabinet delivery information, so that the parcel delivery and pickup efficiency is improved, the user experience is improved, and home cabinet resources can be more reasonably utilized.

This invention belongs to the field of logistics and distribution technology, specifically relating to a parcel sorting device and method for delivery stations. Addressing the shortcomings of existing delivery stations lacking a sorting method for door-to-door parcel delivery, this invention adopts the following technical solution: a door-to-door parcel sorting method for delivery stations, comprising: S1, scanning the waybill of the parcel to be delivered to obtain the corresponding specific delivery address; S2, parsing the specific delivery address to obtain the corresponding compartment number; S3, placing the parcel in the corresponding area of ​​the compartment for pickup and delivery by the corresponding courier. This door-to-door parcel sorting method for delivery stations, by scanning to obtain the specific delivery address of the corresponding parcel, parsing the specific delivery address to obtain the corresponding compartment number, and placing the parcel in the corresponding area of ​​the compartment, enables rapid parcel sorting and greatly improves the sorting efficiency of door-to-door parcels.

The invention discloses a sign-in code sign-in method, device and equipment for an express parcel, the method is applied to the technical field of logistics, and the method comprises the steps: obtaining a receiving account identifier of a receiver corresponding to the express parcel; encrypting the receiving account identifier by adopting a dynamic encryption algorithm to generate a sign-in code, and sending the sign-in code to a recipient and a receiving platform; in response to a scanning instruction of a courier corresponding to the express parcel for the signing type identifier, marking the express parcel as a signing code signing parcel; in the delivery process of the express parcel, sending a reminding message for providing the sign-in code to a recipient corresponding to the express parcel according to the sign-in code sign-in type; and receiving a real-time sign-in code sent by the recipient according to the reminding message, comparing the real-time sign-in code with a sign-in code stored in the parcel collection platform, and when a comparison result is a consistent result, sending the express parcel to the recipient. According to the invention, the security of parcel delivery is improved, and the time consumed for signing for parcels is shortened.

The invention discloses an unmanned aerial vehicle parking device capable of storing expresses in different bins, and relates to the field of express delivery, the unmanned aerial vehicle parking device comprises a circular shell and a plurality of bins arranged in the shell, the shell is provided with a temporary storage table, the shell is internally and rotatably provided with a turntable, the turntable is provided with an obliquely arranged slide, and the slide is provided with a sliding door. And the slide is positioned below the temporary storage table. According to the unmanned aerial vehicle parking device capable of receiving and storing the expresses in the separated bins, when the expresses are delivered, the rotating disc is controlled to rotate, in the rotating process of the rotating disc, the sliding board above the rotating disc can be driven to rotate synchronously, so that an outlet of the sliding board is located on one side of a bin corresponding to express information, and then the temporary storage table is moved away from the lower portion of the expresses; at the moment, the express parcels slide into the bin through the slide, in this way, express parcel delivery is completed, and the delivery mode is simple in structure and convenient to use.

The invention discloses a parcel delivery method, device and equipment based on an unmanned aerial vehicle logistics system and a storage medium, the unmanned aerial vehicle logistics system comprises at least one group of heterogeneous unmanned aerial vehicles and a plurality of delivery sites, and the method comprises the following steps: constructing a task scheduling model; the task scheduling model takes minimization of the maximum completion time of all parcel delivery tasks as a target function, and constructs a multi-dimensional constraint condition set based on the isomerism, flight time limitation and loading capacity constraint of the unmanned aerial vehicle; solving the task scheduling model by adopting a genetic algorithm to generate a high-quality task scheduling scheme meeting the multi-dimensional constraint condition set; and controlling at least one group of heterogeneous unmanned aerial vehicles to execute package loading, path planning and site access according to the task scheduling scheme, and completing the distribution task. Therefore, through mutual cooperation of the task scheduling model and the genetic algorithm, a targeted high-quality task scheduling scheme is provided according to actual conditions, so that the resource utilization rate and the overall distribution efficiency are improved.

The embodiment of the invention discloses an elevator system for in-building parcel delivery and an in-building parcel delivery method. According to one specific embodiment, the elevator system comprises an elevator device and a controller, wherein the elevator device comprises an elevator driving assembly, an elevator car and an elevator counterweight; the express box is installed on the side face, away from the elevator car, of the elevator counterweight, and a plurality of grids are formed in the express box and used for containing express packages; the posting rooms are arranged on all floors where the elevator device stops and are adjacent to a hoistway of the elevator device; wherein a first door is installed on the hoistway wall, facing the express box, of the posting room and used for conveying express packages between the express box and the posting room, and a second door is further installed in the posting room and used for allowing people to enter and exit the posting room. The implementation mode is related to the logistics technology, and delivery and delivery and mailing of the express parcels can be achieved through the elevator in the building. In this way, the situations that the courier goes upstairs and downstairs repeatedly and the user waits for the courier mutually can be reduced, and the express transportation efficiency can be improved.

This application discloses an embedded outdoor anti-theft parcel delivery port structure, relating to the field of building facility technology. It includes an outer frame for fixed connection to a pre-reserved hole in a wall, with a delivery channel on the outer frame. A door leaf is hinged to the inner wall of the delivery channel. The door leaf includes a first plate and a second plate mounted on the first plate. The first plate is located outside the outer frame, and the second plate is located inside the outer frame. A limiting member is connected to the outer frame to restrict the rotation angle of the door leaf. When the first plate covers the delivery channel, the second plate is tilted downwards. When the door leaf is open, the second plate flips upwards, forming a physical barrier to effectively prevent outsiders from reaching in and stealing the delivered parcel. When a parcel is placed on the first plate and rotated, the parcel falls onto the second plate due to gravity. The second plate, being tilted, allows the parcel to fall into the room due to gravity, preventing it from being damaged by wind and rain.

To provide a package delivery device, system, method, and program capable of improving convenience of a recipient in unattended delivery by automatic delivery using a moving body.SOLUTION: A package delivery device 100 for delivering a package G includes a moving body 110 that is attachable to and detachable from a load bed C on which the package G is placed, a photographing unit 160 that is provided in the moving body 110 and is capable of photographing an image, and a delivery control unit 120 that controls the moving body 110 such that the moving body 110 to which the load bed C having the package G is attached is moved to a predetermined delivery place and the load bed C is removed, and controls the photographing unit 160 such that an image including the removed load bed C is photographed by the photographing unit 160.SELECTED DRAWING: Figure 1

The invention relates to the technical field of logistics automation, and particularly discloses an intelligent unmanned express delivery pick-up station pick-up system and method based on a robotic arm, and the system comprises a cabinet body, a storage shelf, a delivery conveyor belt, a multi-degree-of-freedom robot arm, and a main control system. The cabinet body comprises a user interaction panel and a parcel outlet; the storage goods shelf comprises a plurality of goods shelf units used for storing packages. The multi-degree-of-freedom robot arm is used for grabbing packages; the discharged package conveying belt is used for conveying packages; according to the system, the pick-up process is simplified, the operation threshold is reduced, pick-up code verification can be completed only through the two-dimensional code scanner, manual information input or corresponding goods lattice searching is not needed, the labor intensity is reduced, the work efficiency is improved, and the work efficiency is improved. Compared with multi-step operation of cabinet finding, code inputting and door opening of a traditional express cabinet, the flow time consumption is shortened, the system achieves all-weather service without manual intervention, and the problem that the business time of a traditional courier station is limited is solved.

1. The name of the design product: package box status reminding graphical user interface for electronic equipment. 2. The use of the design product: for an electronic equipment. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: for reminding the user of the package box status and displaying the package delivery or taking out status of the package box. 7. Other circumstances that need to be explained are described in the following figure: the user slides the lower area in the design 1 front view, and the interface changes to the design 1 change state figure; the user slides the lower area in the design 2 front view, and the interface changes to the design 2 change state figure.

The invention is suitable for the technical field of express parcel delivery, and provides an unmanned aerial vehicle-based express parcel delivery method, device and equipment and a storage medium, and the method comprises the steps: obtaining an image, point cloud data and inertia measurement data of a target building after the unmanned aerial vehicle arrives at a target waypoint; wherein the image of the target building comprises a two-dimensional code image; based on the two-dimensional code image and the point cloud data, obstacle detection is carried out on a target balcony; wherein the target balcony is a balcony on the target building; performing attitude adjustment on the unmanned aerial vehicle based on an obstacle detection result, the point cloud data and inertial measurement data; and after the posture is adjusted, the unmanned aerial vehicle is controlled to land on the target balcony, so that the delivery of the express parcel is completed. Therefore, landing and express delivery can be accurately and safely carried out.

A parcel delivery locker has a body portion formed by four panels that are joined to each other along hinge joints at their vertical edges. The hinges joints allow the body portion to be alternatively configured into a stack for shipping, or as a box for use in receiving and containing parcels. A lid is joined to the body portion during assembly and has an electronically controlled locking mechanism that can be wirelessly controlled to lock or unlock. A floor portion is coupled to the four panels as well.

The invention relates to the technical field of low-altitude economy, and discloses an unmanned aerial vehicle cooperative delivery system for express delivery of small and medium-sized articles in cities, and the system comprises a task issuing module, a task distribution module, a path planning module and a fault response module. According to the application, a collaborative efficient operation foundation is laid through the task issuing module; the task distribution module is preferentially executed by a single machine, and an auction mechanism and a hierarchical strategy are adopted for distribution after complex tasks are split, so that the task performability is guaranteed; the path planning module is used for constraining path optimization by a cost function, performing dynamic hybrid planning by combining an environment dynamic complexity index, and improving path optimality and dynamic environment adaptability; the fault response module judges faults through weighted voting, depends on controlled back-off landing, site selection by a comprehensive cost function and supports unmanned aerial vehicle scheduling, and gives consideration to flight safety and task continuity; in conclusion, collaborative improvement of delivery efficiency, environment adaptability and operation reliability is achieved, and the complex scene requirements of express delivery of small and medium-sized articles in cities are perfectly met.

A drone delivery system hub and method for sending for take-off and receiving for landing unmanned aerial vehicles (UAVs). The drone delivery system hub includes a center shaft frame, a parcel-conveying system supported by the center shaft frame, structural arms coupled to and extending outward from the center shaft frame in a spoke-like configuration, drone-conveying systems each supported by one of the structural arms, and a linking conveyor span. The drone-conveying system conveys the UAVs along a length of a correspond one of the structural arms toward and away from the center shaft frame. The linking conveyor span selectably rotates to different orientations between different pairs of the structural arms, selectively conveying a UAV thereon between any two of the structural arms. The linking conveyor span is located above the parcel-conveying system such for the UAV thereon to deposit and retrieve parcels from the parcel-conveying system.

Systems, apparatuses, methods, and computer program products are disclosed for securely facilitating a package transfer between parties. An example method includes receiving a package offer indication and providing a control signal to a storage locker compartment of a storage locker in response to determining a package drop-off indication. The example method may further include generating a package purchase data object and determining a package sale indication associated with the package offer indication. The example method may further include providing a control signal to the storage locker compartment housing a package associated with the package offer indication in response to determining a package pick-up indication and updating the package purchase data object based on the package sale indication. The example method may further include transmitting a payment to a seller account based on the package purchase data object in response to a payment trigger event.

The invention relates to the field of logistics transportation, and discloses an intelligent distribution method, device and equipment for the collection and distribution capability of a logistics area, and a storage medium. The method comprises the following steps: collecting logistics data and personnel configuration information of a logistics area in real time; according to the logistics data, calculating a parcel collection capability index and a parcel delivery capability index of the logistics area; according to the parcel collection capability index and the parcel delivery capability index, whether the comprehensive capability state of the logistics area is lower than a preset threshold value or not is judged, and if yes, early warning information is generated; when the early warning information is received, a personnel supplement strategy is generated in combination with the personnel configuration information and the comprehensive capability state of the logistics area, and personnel allocation is performed on the logistics area based on the personnel supplement strategy; and monitoring the personnel supplement completion rate of the logistics area in real time, and updating the personnel configuration information based on the personnel supplement completion rate. The invention provides a logistics area collection and dispatch capability intelligent allocation method, which improves the operation management and control level of express enterprises and optimizes the customer service experience.

The application discloses a package delivery method and device based on a UAV logistics system, equipment and a storage medium. The UAV logistics system comprises at least one set of heterogeneous UAVs and a plurality of delivery sites. The method comprises the following steps: constructing a task scheduling model; the task scheduling model takes minimizing the maximum completion time of all package delivery tasks as an objective function, and constructs a multi-dimensional constraint condition set based on the heterogeneity of the UAVs, the flight time limit and the load capacity constraint; a genetic algorithm is used to solve the task scheduling model to generate a high-quality task scheduling scheme that meets the multi-dimensional constraint condition set; and the at least one set of heterogeneous UAVs are controlled to perform package loading, path planning and site access according to the task scheduling scheme to complete the delivery task. Therefore, the task scheduling model and the genetic algorithm cooperate with each other to provide a targeted high-quality task scheduling scheme according to the actual situation, so that the resource utilization rate and the overall delivery efficiency are improved.

Human or object presence in or absence from a field-of-view of a camera can be achieved by analyzing camera data using a processor inside of or adjacent to the camera itself. In an example, a video signal processing system receives image data from one or more cameras and uses a processing circuit to determine whether a designated object is or is not present at a particular time, during a particular interval, or over a designated sequence of frames. In an example, the designated object can include one or more of a human being, a vehicle, or a parcel. In an example, results of the determination, such as including positive human or object identification, can be used as a trigger for operation of a barrier or access door.

The invention provides a parcel delivery and unsigned order quantity reminding method, device, equipment and medium, and the method comprises the steps: carrying out the aggregation processing of order addresses of parcels to be signed according to the same AOI, and obtaining a parcel set to be signed in the same AOI range; acquiring positioning information of a courier in real time, and judging an AOI (Area Of Interest) where the courier is currently located; and distributing a to-be-signed package set in the current AOI of the courier to a business terminal of the courier, displaying the to-be-signed number through the business terminal of the courier, and triggering a delivery prompt. Through the AOI aggregation and real-time position matching technology, accurate identification and centralized display of the parcels to be signed in the same area are realized, turn-back delivery caused by parcel omission of couriers is avoided, and invalid transportation mileage and time cost are reduced.

The invention provides an intelligent express sorting and delivery method and device, a medium and equipment. The intelligent express sorting and delivery method comprises the following steps: establishing a delivery network parcel delivery task list; parcel delivery address information is acquired, a corresponding AOI area code is identified based on the acquired parcel delivery address information, and the parcel delivery task list of the delivery network is classified according to the AOI area code; and generating an optimal delivery route according to the address information of the AOI area and the parcel information in the AOI area, and pushing the optimal delivery route to a delivery terminal of the courier. Advanced machine learning, graph neural network, path planning and other technologies are combined, the operation efficiency, accuracy and service quality of the express industry are comprehensively improved, the method adapts to ever-increasing e-commerce express requirements, and the method has wide application prospects and market value.

The invention discloses a service quality monitoring method and system based on multi-source data, and aims at express pickup scenes in rural areas and remote areas, a service monitoring end monitors logistics data in real time through interaction with a pointing site, and the service quality is monitored on the basis of trending and predictive natural laws shown by a time sequence. Through the warehousing time relationship of the orders represented by each node in the time sequence, the orders needing to be focused are screened out through continuous monitoring, namely, the second target orders, so that the attention degree of a specified site to the second target orders can be improved, the risks of package loss and package failure occurring as time goes on are reduced, and the efficiency is improved. And the management risk of a specified site is reduced and the service experience of a consignee is improved while the package delivery service quality is supervised.