39results about How to "Improve the efficiency of logistics and transportation" patented technology

The invention provides an intelligent logistics management device and system, and relates to the technical field of logistics management. The intelligent statistics management device comprises a portal frame, an information recognition device and a sorting robot, wherein the information recognition device is arranged on the portal frame; when the sorting robot carries goods to pass through the portal frame, the information recognition device recognizes an electronic tag on the goods so as to obtain express sheet information; the express sheet information comprises target delivery address information of the goods; and the sorting robot determines an optimum running route of the goods according to the target delivery address information, and conveys the goods to a target slot along the optimum running route to be unloaded. According to the intelligent logistics management device, goods information is automatically recognized, and goods are classified and transported, so that intelligentand effective logistics management of the goods is realized, and the logistics transportation efficiency is improved.

The invention provides a logistics monitoring method and device. The method comprises the following steps: obtaining pre-estimated speed of a vehicle in a section of road according to weather and vehicle speed data of the section of road; and then, obtaining logistics monitoring data according to the pre-estimated speed of the vehicle. Weather Information can be structured into a logistics monitoring available form, and meteorological factors and road section information can be combined, and thus accurate logistics monitoring and prediction data can obtained; and since long-distance logistics time and space span are large, meteorological factors have large influence on long-distance logistics; and the logistics monitoring method and device are especially suitable for monitoring of intercity long-distance logistics.

The invention belongs to the technical field of carrying vehicles, and provides an intelligent warehousing carrying vehicle for solving the technical problems that the cargo conveying efficiency is low, stability is poor and moving is not flexible in the prior art. The intelligent warehousing carrying vehicle comprises a carrying vehicle body and a navigation control system. The carrying vehicle body is provided with a loading and unloading device and a road wheel device used for achieving steering and movement of the carrying vehicle body. The carrying vehicle body comprises a carrying vehicle bottom frame. The loading and unloading device comprises a carrier frame. The carrier frame is arranged on the carrying vehicle bottom frame. The two opposite sides of the carrier frame are provided with two-direction moving forks correspondingly. The two-direction moving forks are movably connected with the carrier frame and further provided with cargo locking devices for carrying cargos. The navigation control system is arranged on the carrying vehicle body. Accurate and efficient cargo loading and unloading are achieved, left-right movement of the two-direction moving forks is more efficient and more synchronous, and movement of the vehicle is more flexible through the road wheel device.

The embodiment of the invention provides a finished product warehouse delivery management method and device and computer equipment, and relates to the field of logistics warehouse management. The finished product warehouse delivery management method comprises the steps of setting orders in an ex-warehouse list according to current ex-warehouse information and current truck dispatching information to form truck loading order lists corresponding to dispatched trucks one to one; planning an optimal driving route according to unloading address information in the loading order list; and according to the optimal driving route, configuring a loading sequence scheme of the corresponding trucks according to the principle that unloading is conducted firstly and then loading is conducted. According to the technical scheme, the finished product warehouse delivery management method with intelligent transportation scheduling and truck loading optimization can be provided, the logistics transportation efficiency of furniture enterprises is improved, and therefore the comprehensive competitiveness of the enterprises is improved.

The invention provides a logistics transportation device and relates to the technical field of logistics transportation equipment. The two sides of the waist of a track body are provided with concaveguide rails. The lower portion of a track car frame is provided with suspension legs provided with limiting wheels and matched with the concave guide rails. One side of the track car frame is providedwith a side-hanging freight transport compartment. An output shaft of a driving motor fixed to the other side of a track car is connected with a driving wheel in the middle of the track car frame through a coupler. The front side of a lifter stand column is provided with a wide guide rail. The comb back side of comb type fork teeth is provided with a linear motor rotor matched with the wide guiderail. A linear motor stator is arranged in the wide guide rail of the front side of the lifter stand column. The two sides of the wide guide rail are provided with triangular guide rails. The two sides of the linear motor rotor are provided with limiting wheels matched with the triangular guide rails. A roller type conveying platform connected with a conveyor belt is arranged in front of the lifter stand column. The distance is formed between every two adjacent rollers of the roller type conveying platform and is greater than the distance between the comb type fork teeth and less than the width of a tooth body. One ends of rollers are provided with stepping motors.

The invention relates to a logistics transportation vehicle monitoring method, device, terminal and system and a storage medium. The method comprises the steps of obtaining a starting geographic position and an end point geographic position of a to-be-monitored vehicle; obtaining real-time geographic position information of the to-be-monitored vehicle at intervals of a first set time period; and according to the initial geographic position, the end point geographic position and the real-time geographic position, obtaining a vehicle advancing track. By the adoption of the method or the device or the terminal or the system, the position of the logistics transportation vehicle can be monitored, and transparent and visual transportation of the vehicle is achieved.

The invention provides a configuration method and system for warehouse storage locations, and the method comprises the steps: obtaining order data which relates to a plurality of orders of various types; obtaining storage location data of a warehouse and attribute information of each category in the multiple categories; determining a storage location space required by each category according to the storage location data of the warehouse and the attribute information of each category; sorting a plurality of categories involved in the order data to obtain a plurality of sequences with differentsorting sequences; and configuring a corresponding storage location for each category according to the arrangement sequence of the first target sequence in the plurality of sequences and the storage location space required by each category. The invention further provides a computer system and a readable storage medium.

The embodiment of the invention provides an item receiving method and a related device. The method is applied to a receiving device and comprises a step of detecting an item to be received and openinga receiving channel of the receiving device, a step of acquiring logistics sorting information of the item to be received, a step of distributing a corresponding target storage space from a pluralityof storage spaces of the receiving device to the item to be received according to the logistics sorting information, and a step of placing the item to be received into the target storage space. It can be seen that the item can be automatically received in the embodiment of the invention, the logistics sorting and storage are carried out on the received item without a manual participation process,thus labor cost is reduced, and the logistics transportation efficiency is improved.

The invention discloses a sorting device with a sorting mechanism. A plurality of code scanning guns respectively scan the periphery of the front end of the transmission roller, a distance sensor is arranged at the front end of the transmission roller, the rear code scanning gun is fixedly connected under the rear power mechanism, and the support plate is sleeved above The limit rod is slidably connected, and a receiving groove for accommodating two sliding rods is horizontally opened under the limit rod. The motor is fixedly arranged under the limit rod, and the output shaft of the motor is pushed to rotate to connect to the support plate. The cylinder is vertically fixed at the On the support plate, the middle parts of the two scissor legs are hinged to each other by rotation, the bottom wall of the accommodating groove is provided with long through holes for matching the scissors legs, the tops of the two scissor legs pass through the long through holes respectively to connect a sliding rod, and the telescopic rod of the cylinder is fixed Connect one end of the shaft. By pushing the motor to drive the support plate to slide along the limit rod to the top of the transfer roller, the cylinder drives the scissor legs to clamp the express packaging box and move it out of the transfer roller, which realizes automatic identification and processing of unrecognized express packaging boxes, and improves the enterprise's performance. Logistics and transportation efficiency.

The invention provides a pipe gallery logistics operation system and method based on artificial intelligence. The system includes: a pipe gallery artificial intelligence management platform; a pipe gallery operation and maintenance system; an intelligent terminal; and an intelligent robot which are communicatively connected with the pipe gallery artificial intelligence management platform, whereinthe pipe gallery operation and maintenance system includes pipe gallery logistics centers and pipe gallery logistics sorting stations. The method includes the following steps: sending corresponding public key and private key which are generated according to an order success information sent by the intelligent terminal to the intelligent terminal; receiving a receiving information sent by the intelligent terminal after a express item reaches the pipe gallery logistics center; determining whether the public key is matched with the user identity information or not; if so, selecting a pipe gallery logistics sorting station according to the receiving location and selecting the intelligent robot according to the location service information of the pipe gallery logistics sorting station; and controlling the intelligent robot to perform dispatching according to the location service information, the public key and the receiving information of the pipe gallery logistics sorting station. The pipe gallery logistics operation system and method based on artificial intelligence have the beneficial effects that the road and urban landscape environment are improved, the logistics cost is reduced,the time consumption for searching the express item is reduced, and the logistics transportation efficiency is improved.

The invention discloses a comprehensive foreign-trade management service system. The system includes a system network, a cargo sending port and a cargo receiving port. The system network includes transmitting ends, relaying ends and receiving ends. The transmitting ends send location information. The relaying ends conduct the location information. The receiving ends receive the location information. Each of the cargo sending port and the cargo receiving port has the receiving end. According to the system, enterprises and customers can be enabled to monitor running situations of cargo in real time, a cargo sending party, a transport party and a cargo receiving party can be enabled to be in information communication and share logistics information of the cargo, the three parties can be enabled to change transport status of the cargo at any time when the cargo is on a transport passage, and efficiency of cargo logistics transport and transparency of a cargo transport process are greatlyimproved.

The invention discloses a goods flow transportation loading information processing method and device, equipment and a storage medium. The method comprises the following steps: acquiring reserve order information of each reserve order in a time window period; carrying out stacking operation on the stock orders according to the stock order information to obtain a plurality of box groups; according to the plane area of each box group, carrying out loading operation on each box group in the target carriage through a greedy algorithm; and if the arrival time of each box group in the remaining box groups is later than the arrival time of the loaded box group, generating a loading waybill of the target carriage. By means of the method, the loading rate during part transportation and loading can be increased, and then the logistics transportation efficiency can be improved. The method can be widely applied to the technical field of transportation.

The invention provides a shell assembly and a vehicle. The shell assembly comprises a shell, a shell lining framework, a torsion spring, a driving mechanism and a cushion pad. The shell is a foldableshell which comprises a fixed end and a free end. The fixed end is provided with the cushion pad and the fixed end is fixedly connected to a vehicle body of the vehicle; the shell lining framework isarranged on the side, facing the inner side of the vehicle body of the vehicle, of the shell, and is connected to the shell; the shell lining framework comprises a plurality of lining framework bars,and one ends of the lining framework bars are hinged jointly; one end of the torsion spring is fixedly connected to the vehicle body of the vehicle while the other end of the torsion spring is fixedlyconnected to a hinge joint of the shell lining framework, and the torsion spring provides folding and shrinking power for the shell lining framework; and the driving mechanism is connected to the free end and drives the free end to move relative to the fixed end to unfold the shell. The shell needs relatively small power source power and is small in folding occupied space and relatively high in folding speed when being folded automatically, so that the distributing efficiency can be improved.