55results about How to "Avoid Misdelivery" patented technology

The invention belongs to the technical field of electronic commerce, and particularly relates to an express item sign-off method, a system, a server and a handheld terminal. According to the method, a sign-off code corresponding to an express item is generated by the server when the express item is in the ex-warehousing and delivering state. Meanwhile, the sign-off code is sent to a first terminal. After a second terminal acquires the sign-off code, the second terminal generates the delivery completion information upon receiving the delivery confirmation information. At the same time, the delivery completion information is sent to the server. According to the technical scheme of the invention, the sign-off code is adopted as a sign-off voucher for an addressee and a unique authorization credential for a receiver, so that the addressee and the receiver do not need to sign when signing for the express item. Therefore, the sign-off convenience and the receiving convenience of express items are improved, and the leakage of the signature information is avoided. Meanwhile, the express item receiving safety is improved, and the mistaken delivery of express items is avoided.

The present invention relates to a paper money deposit and withdrawal device for an automated teller machine, in which the angle of a front plate is adjusted, or the angle of the front plate and the position of a pickup roller of a separation unit are simultaneously adjusted in correspondence to relevant processes, when customers deposit cash or make cash withdrawals by using one cash receiving space in a customer reception unit of the paper money deposit and withdrawal device, thereby controlling the flow of the paper money introduced into the paper receiving space in a stable manner, and improving the reliability of the paper money deposit and withdrawal operations.

A sheet feeder has a plurality of sheets supported on an intermediate plate, and feeds sheets separately one by one by attracting them by a suction belt. Air is blown from a blowing duct through an opening toward a side edge of a sheet bundle supported by the intermediate plate in order to handle the sheet bundle, and so as to vary the speed and/or direction of air blown from the opening to reliably handle the sheet bundle, whereby a sheet conveying operation by the suction belt is performed when the speed of air blown on the side edge of the sheet located in the uppermost position bundle is not more than a predetermine value.

The invention provides an unmanned plane cargo transportation method and system. The method comprises the following flying processes: an unmanned plane automatically performs image identification search on ground after flying to a position with a preset destination coordinate; and if searching a preset landing identification pattern, the unmanned plane lands on an area where the landing identification pattern is located. The purpose of the invention is to provide the unmanned plane cargo transportation method and system in order to combine the unmanned plane with cargo transportation and replace a part of a current logistics network, and to establish an unmanned plane logistics system in order to reduce labor cost while providing guarantee for cargo transportation.

The invention relates to a school bus safe shuttling system. The school bus safe shuttling system comprises a vehicle-mounted data processor; the school bus safe shuttling system further comprises a pre-stored person information processing module, an on-board person information processing module, a shuttling person information processing module and an information feedback module; the pre-stored person information processing module mainly comprises a pre-stored person information reading device; the on-board person information processing module mainly comprises an on-board person information reading device; the shuttling person information processing module mainly comprises a shuttling person information reading device; the pre-stored person information reading device, the on-board person information reading device and the shuttling person information reading device are in downlink connection with a data comparison processor; the data comparison processor is in downlink connection with the vehicle-mounted data processor; the information feedback module mainly comprises a display screen device, a printing device, an alarm device and a monitoring device; and the display screen device, the printing device, the alarm device and the monitoring device are all directly connected with the vehicle-mounted data processor.

The invention discloses a gate mechanism. The gate mechanism comprises a gate, a driver, a movable seat, a first intermediate transmission assembly and a second intermediate transmission assembly, thedriver is provided with a first output shaft and a second output shaft, each of the first intermediate transmission assembly and the second intermediate transmission assembly comprises a driving wheel, a driven wheel and a transmission part, the driving wheel of the first intermediate transmission assembly is connected with the first output shaft, the driving wheel of the second intermediate transmission assembly is connected with the second output shaft, the transmission parts are wound around the driving wheels and the driven wheels, the first end of the movable seat is connected with the transmission part of the first intermediate transmission assembly, the second end of the movable seat is connected with the transmission part of the second intermediate transmission assembly, the gateis connected with the movable seat, and the driver drives the movable seat and the gate to move together through the first intermediate transmission assembly and the second intermediate transmission assembly so as to enable the gate to selectively open and close a throwing and putting port. According to the gate mechanism, the gate can be smoothly and steadily driven to open and close the throwingand placing port, and the advantages of being simple in structure and capable of effectively reducing noise are further achieved.

The invention discloses an intelligent logistics tray. The complete set of intelligent logistics tray comprises a tray body, a reinforcing device and a binding lock, wherein the binding lock is installed on the tray body; the tray is provided with a communication module, an intelligent handover device and a positioning module which are connected with an intelligent control module; the intelligentcontrol module verifies and processes collected positioning information and handover information; and the communication module is wirelessly accessed to an intelligent terminal. After a binding control module receives and processes the binding band dynamic force value information collected by a sensor connected with a binding band, the binding control module automatically drives a gear to roll, abolt pin controlling the rotation direction of the gear to lift or fall, and an alarm module for safely monitoring the binding band force value to work according to a preset dynamic force value safetyrange. Compared with the prior art, the complete set of intelligent logistics tray has the following advantages that intelligent control is realized through cloud, various carrying and consigning modes are provided, functions of intelligent transportation information identification and verification, intelligent binding, anti-theft alarm and the like are realized, and the complete set of intelligent logistics tray is easy to recycle.

The invention provides a technique of automatically checking the validation of a destination address to which electronic mail is to be transferred. If the destination address is validated, the transfer of the mail to the address is permitted, so that no mail is transferred to the wrong address. An electronic mail management device (1, 2) for managing the destination addresses to which electronic mail is to be transferred comprises: means for receiving a request to set a destination address corresponding to a receiving mail address, and means for checking the validity of the destination address.

A first moving router (4) holding an MNP generates a key corresponding to the MNP and transmits a registration request packet containing the key to a home agent (6). The home agent (6) holds the MNP and the key of the first moving router and responds a registration permission as a main moving router. When the first moving router (4) receives this response, the first moving router (4) delivers the MNP and the key to a second moving router (5) in a moving network (2). The second moving router (5) which has received the MNP and the key transmits a registration request packet containing the MNP and the key to the home agent (6), so that the homeagent (6) registers the second moving router (5) as a sub moving router. Thus, it is possible to prevent an unauthorized acquisition of a packet destined to a moving network using the moving router sharing a network prefix (MNP).

The invention discloses an intelligent logistics handover method. The intelligent logistics cargo handover method comprises the steps of information collection, information processing, information verification, locking, releasing and information transmission to a terminal, is a novel technical concept of Internet technology, Internet of Things technology, resource sharing concept, cloud processingtechnology and the like of logistics companies, is reintegrated and applied to cargo receiving, transmitting and extracting links, and is invented. According to the method, the cargo handover processis standardized intelligently, so that false delivery and delayed transportation of cargos possibly caused by human factors are effectively reduced, and the timeliness and safety of logistics transportation are improved.

The invention relates to an intelligent monitoring garbage classification system and an intelligent monitoring garbage classification method, which are combined with video monitoring, face recognition, a two-dimensional code technology and an image analysis technology, so that garbage throwing personnel and thrown objects thereof can be clearly distinguished, the supervision strength of garbage classification and the operability of classification throwing are greatly improved, and the whole throwing behavior process is monitored and managed. According to the system, throwing objects and throwing personnel can be traced correspondingly, supervision and punishment are facilitated, the throwing personnel are prevented from throwing garbage according to regulations, processes and classifications, the supervision strength of garbage classification is greatly improved, and good implementation of urban garbage classification policies is promoted.

The embodiment of the invention discloses an unmanned aerial vehicle meal delivery and receiving method and system, an unmanned aerial vehicle and a medium. The method for receiving meal delivery of the unmanned aerial vehicle comprises the steps of obtaining an identification identifier of the unmanned aerial vehicle with a current meal receiving place as a target place; verifying the identification mark of the unmanned aerial vehicle; and after the identification identifier is verified successfully, opening the delivery path of the current meal receiving place to the unmanned aerial vehicle.According to the technical scheme in the embodiment of the invention, the intelligent level is higher.

The invention provides a message sending control method and a message sending control device, and belongs to the technical field of communication. The message sending control method comprises the following steps: identifying an input method currently used by a user; judging whether the information edited by the user under the currently used input method is mistakenly sent information or not according to a preset condition; when it is judged that the information edited by the user is mistakenly sent information, conducting identity verification on the user, and if verification is not passed, triggering an alarm.

The invention discloses a pocket patching machine workstation. According to the key point, the pocket patching machine workstation comprises a pocket cloth feeding device, a hemming machine, a pocketpattern machine, a main body feeding device, a pocket patching machine and an industrial robot. The pocket cloth feeding device feeds pocket cloth on a pocket cloth bearing plate to a feeding mechanism of the hemming machine, and after hemming sewing of the hemming machine, the feeding mechanism feeds the pocket cloth to a receiving mechanism of the pocket pattern machine. A material taking mechanism of the pocket pattern machine conveys the pocket cloth on the receiving mechanism of the pocket pattern machine to a sewing mechanism of the pocket pattern machine for sewing stitches. A pocket patching machine is arranged on the left side of the pocket pattern machine. The front part of a main body material bearing mechanism is connected and flush with a working panel of the pocket patching machine. The industrial robot is located between the pocket patching machine and the pocket pattern machine, and the industrial robot grabs the pocket cloth on the material bearing mechanism of the pocket pattern machine and sends the pocket cloth to an edge folding device of the pocket patching machine. The industrial robot feeds the front part of the main body cloth on the large body bearing mechanism into a working panel below an edge folding device of the pocket patching machine.

The invention provides the technical scheme of a sintering pellet burdening control method. According to the method provided by the scheme, accessing of a device operation signal and a material flow detection signal and start, stop and output setting of a feeding device can be easily realized. Through a man-machine interface, a total quantity goal setting value, the feeding device ready to start and the proportion of all materials can be set. An embedded controller can automatically calculate different materials which enter the total quantity at the same time according to a preset program, and automatically controls the output of each feeding device to adjust the material preparation quantity to realize precise burdening and stable total quantity control.