751results about How to "Improve shipping efficiency" patented technology

The invention discloses an automatic storage management method, device and system, and relates to the field of storage automation. The automatic storage management method comprises the steps that a robot receives a dispatching instruction of a central server, wherein the dispatching instruction comprises a goods taking position, a target position, a planning route and goods information; and the robot moves to the goods taking position in a warehouse along the planning route according to the dispatching instruction, obtains the corresponding goods and conveys the goods to the target position, so that the sorting and conveying efficiency of the goods in the warehouse can be improved.

The invention discloses an analytic and statistical method for vehicle running route, wherein a service center which has functions of wireless communication, data storage and processing and electronic map is setup, and the vehicle is provided with a car-mounted terminal which has the capability of collecting data related to the vehicle running and the wireless communication capability; through the wireless communication between the service center and the car-mounted terminal, the service center translates the traveling route planned by a vehicle administrator into character information and sends to the car-mounted terminal for warning a driver; the car-mounted terminal can collect the data of vehicle running in a real time and sends the data to the service center; as the vehicle administrator makes the analytic statistics, a system in the service center can automatically compare the practical running route with the planned running route and store and display analytic results; according to the results, the vehicle administrator can standardize the driver. The analytic and statistical method of the invention realizes intensions of improving transport efficiency of logistics freight trucks, optimizing traveling routes and standardizing deeds of drivers.

The invention discloses a warehouse-out distributing method and a warehouse-out distributing device. The method comprises the following steps that order information is received; according to target articles, the first stock quantity corresponding to the target articles in a first order picking area in a warehouse and the second stock quantity corresponding to the target articles in a second orderpicking area in the warehouse are determined; according to the order information, the priority of the first order picking area, the priority of the second order picking area, the first stock quantityand the second stock quantity, the warehouse-out instruction is sent out. According to the embodiment, the order information is completed through the two order picking areas together, thus, time for waiting for orders under the stock-out circumstance of one order picking area is shortened beneficially, and then the goods delivery efficiency of orders is improved beneficially.

The invention discloses a marking method of material strips and a compact type full-automatic IC (integrated circuit) material strip laser marking machine. The marking machine comprises a mounting table panel, double runner material boat and material strip conveying devices, a material strip lifting device, a material strip descending device, a rejected product box, a material grabbing and discharging device, a direction detection device, a laser marking mechanism and an electrical control system, wherein the double runner material boat and material strip conveying devices are arranged on the mounting table panel; the material strip lifting device and the material strip descending device are respectively arranged at both sides of the double runner material boat and material strip conveying devices; the rejected product box arranged outside the material strip descending device; the material grabbing and discharging device is spanned right above the double runner material boat and material strip conveying devices, the material strip lifting device, the material strip descending device and the rejected product box; the direction detection device is arranged above the double runner material boat and material strip conveying devices; the laser marking mechanism is arranged above the tail end of the double runner material boat and material strip conveying devices, and a laser marking head of the laser marking mechanism can swing left and right to the right upper side of the first runner material boat and material strip conveying device or the second runner material boat and material strip conveying device to mark; and the electrical control system controls the units to coordinate and act. The compact type full-automatic IC material strip laser marking machine has the characteristics of compact structure and high working efficiency.

The invention relates to an e-commerce supply chain management system. The system is provided with a purchase unit, a storage unit, a sales unit, a logistics unit, an information management unit, a finance unit and a system unit. Corresponding functions are finished through the units, so that the contact between a supplier and an e-commerce enterprise and between the e-commerce enterprise and a user is clearer, the purchase, sales, storage and logistics processes are integrated, not only the manpower and material resources but also a large amount of processes are reduced in management, the goods delivery efficiency is improved, and the user can sign for products more quickly.

The invention discloses a vertical lifting container, which comprises a container body, a corbel for holding a pallet is respectively on the two sides of the container, a passage for the lifting platform to run from top to down is left between the cornels on the two sides of the container body, a lifting platform is hung in the passage through a lifting chain, one side of the container is provided with a goods outlet, the pallet for transporting into or out the goods is arranged in the goods outlet, and a drive device drives the pallet to translate. In the vertical lifting container of the invention, the pallet device is driven by a chain wheel device to smoothly and stably run, a guide device is arranged to further guarantee the smoothness of the pallet during the processes of drawing and withdrawing, so as to improve the operating efficiency of the goods and reduce running noise, and a chain tensioner can adjust the tension of the chain to avoid the swaying phenomenon and to enable the adjustment of the horizontal position of the lifting platform to be convenient. Since a guide upright similar to a guide rail is arranged, the vertical lifting platform can ensure the smoothness of the lifting platform and prevent the surface of the lifting platform from being oblique and shifted.

The invention discloses a multiple RGV dynamic scheduling method based on a genetic algorithm. The method is characterized by: aiming at a dynamic scheduling problem of multiple RGVs (rail guided vehicle) on a circular track in an automatic stereoscopic warehouse conveying system, using the genetic algorithm to establish a model and solve so as to obtain an optimization scheme which can achieve a task of scheduling the multiple RGVs to convey goods. Therefore, conveying efficiency of the RGVs can be greatly increased. Simultaneously, aiming at a concrete problem, a practical coding method is provided so that an application scope of the genetic algorithm can be expanded.

The invention discloses a medical logistics robot system based on visual positioning and a control method thereof. The system comprises a central processor, a communication module, a laser guidance module, a positioning module, an alarm module, a human-computer interaction module, a remote server and an obstacle avoidance module. The central processor receives the transport instruction of the communication module to preliminarily plan the advancing route of the robot and transmits the preliminarily planned route to the laser guidance module to guide the robot to move according to the set route. The advancing route of the robot is secondarily planned according to the received obstacle information of the obstacle avoidance module. The central processor receives malicious harassment information of the alarm module and then transmits surrounding image information and position information of the robot to the remote server through the positioning module. The logistics transport efficiency can be enhanced and the labor cost can be reduced so as to have high efficiency, safety and reliability.

An embodiment of the invention discloses a commodity delivery management method comprising the steps as follows: receiving order information sent by a user terminal, and generating a commodity label according to the order information; printing the commodity label, wherein the printed commodity label is pasted on a target commodity requested by the user terminal and used as a unique identifier of the target commodity; scanning the commodity label pasted on the target commodity when delivering the target commodity; and querying order information corresponding to the scanned commodity label, and performing printing according to the queried order information to get a delivery order, wherein the delivery order is used to indicate the way of distribution of the target commodity to the user. Another embodiment of the invention discloses a commodity delivery management device. By implementing the embodiments of the invention, the accuracy and efficiency of commodity delivery are improved.

The invention relates to a conveying device and a conveying method of a sample container. The conveying device comprises a loading module (201), at least two rail modules (101) and an unloading module (202) that are sequentially connected, wherein the loading module (201) is provided with a loading region (203) for storing the sample container and a pushing channel (204) which is communicated with the loading region; each rail module (101) comprises an inner rail (104), an outer rail (103) and a rail transfer region, the rail transfer region is provided with a rail transfer mechanism for transferring the inner and outer rails of the sample container, and the inner rail comprises an analytical region (108); the unloading module (202) is provided with an unloading region (205) for storing the sample container and a receiving channel (206) which is communicated with the unloading region; the rail transfer regions are positioned between the loading module and the rail module, between the rail module and the unloading module and between the rail modules. According to the conveying device and the conveying method, the outer rail which is a straight rail is high in transporting efficiency and can support rollback of the sample container.

The invention relates to a hinge type double-gate electric goods discharging device of an automatic vending machine. The hinge type double-gate electric goods discharging device comprises a tray carrier and separating plates, wherein the separating plates are used for separating the tray into a plurality of goods passages; a slide passage is arranged on each goods passage, and a pushing mechanism is arranged on the slide passages and is used for pushing goods; hinge type double gates are arranged on an outlet of each goods passage; a hinge type double-gate motor driving mechanism is arranged at the bottom part of the tray; the hinge type double gates comprise brackets, outer hinges, inner hinges and push rods, each bracket is arranged on a tray base, one end of each outer hinge is connected with the front end of the corresponding bracket through a pin shaft to form a fixed end, the other end of each outer hinge is connected with the corresponding push rod to form a movable end, one end of each inner hinge is connected with the corresponding push rod to form a movable end, the other end of each inner hinge is connected with the back end of the corresponding bracket through a pin shaft to form a fixed end, and the lower end of each push rod penetrates through an opening of the tray and is connected and linked with the hinge type double-gate motor driving mechanism at the bottom part of the tray. The hinge type double-gate electric goods discharging device has the advantages that the goods discharging efficiency is higher, the space utilization rate is larger, and more reliability is realized.

The present invention provides a logistics information processing method. The method includes the following steps that: the travel routes of transit vehicles and a plurality of distribution stations are preset; the collection and distribution addresses of items are obtained according to the order information of the items; the collectors of the items are determined according to first distances between the couriers and the collection addresses, the number of tasks in the task packet of the couriers, and the total number of first tasks of the couriers, collection task information is sent to the terminal devices of the collectors; the transit vehicles of the items are determined according to the collection addresses and the distribution addresses, and transit task information containing collection side distribution stations and distribution side distribution stations is sent to the terminal devices of the transit vehicles; and the items are sorted in the transit vehicles; and the distributors of the items are determined according to judgment on whether the couriers have on-vehicle parcels, second distances between the couriers and the distribution side distribution stations and the total number of second tasks of the couriers, and task information is sent to the terminal devices of the distributors. The present invention also provides a logistics information processing apparatus. With the logistics information processing method and device of the present invention adopted, the logistics efficiency of the items can be effectively improved.

The invention discloses automatic dust removal equipment for electric energy meters. The automatic dust removal equipment for the electric energy meters comprises a rack, a conveying device and a dust removal device. The automatic dust removal equipment is characterized in that the conveying device and the dust removal device are arranged on the front part and the rear part of the rack in parallel; the dust removal device comprises a location fixture used for fixing the plurality of electric energy meters, an air-blowing device and a turnover mechanism used for driving the location fixture to turn over up and down; and a transferring-loading mechanism is further arranged above the rack, and between the conveying device and the location fixture, and used for grabbing the electric energy meters to be subjected to dust removal on the conveying device and moving the electric energy meters onto the location fixture or grabbing the electric energy meters subjected to dust removal on the location fixture and moving the electric energy meters onto the conveying device. According to the automatic dust removal equipment for the electric energy meters, the conveying device and the dust removal device are mutually separated, so that dust in the electric energy meters can be adequately eliminated.

An unmanned aerial vehicle express system based on an intelligent window comprises a user side, the intelligent window, an unmanned aerial vehicle and an express operation control side. The user side and the express operation control side are in communication connection. The express operation control side and the unmanned aerial vehicle are in control connection. The intelligent window at least comprises a first induction module and a drive mechanism. The unmanned aerial vehicle is provided with a second induction module. When the first induction module and the second induction module are successfully connected, the drive mechanism of the intelligent window acts so that the intelligent window can be opened. When the first induction module and the second induction module are disconnected, the drive mechanism of the intelligent window acts so that the intelligent window can be closed. By means of the characteristic that a window is arranged on a wall in a user home, the intelligent window is assembled in the user home, the unmanned aerial vehicle stays nearby the intelligent window, identity recognition is carried out on the unmanned aerial vehicle through the intelligent window, automatic opening is carried out after verification succeeds, and a user can send or pick up an express item. The method for sending and delivering express items is simple and reliable, the limitation of time and weather is avoided, and the user can send or pick up an the express item without going out.

The invention provides a posting device and a goods distribution method, and relates to the field of logistics. A goods distribution system comprises the posting device, a server, a user terminal and a distribution terminal. The server receives sending information. The server sends a first control instruction to the posting device according to the sending information. The posting device receives the first control instruction, and opens a storage lattice matching the sending information according to the first control instruction. After the user terminal scans a first two-dimensional code, confirmation information is sent to the server. The server receives the confirmation information sent by the user terminal, and generates task information according to the sending information and the confirmation information. The server sends the task information to the corresponding distribution terminal. When a user needs to send something, the user can directly carry out operation through the posting device without taking goods needing to be sent to a sending point of an express company or waiting for the express company to pick up the goods. The time of the user is saved. The sending efficiency is improved.

The invention discloses a detection method comprising the steps as follows: a charging zone, a testing zone and a discharging zone are arranged along a first direction; a bearing mobile device and a pick-up device are mutually opposite and configured along a second direction, and oppositely move in the three zone along the first direction; the components to be tested of the charging zone is sucked by the bearing mobile device through the staggered trend design of the bearing mobile device and the pick-up device; the components to be tested are moved to testing seats of a testing zone; and after each testing seat is driven to pass through units such as a flat testing unit, an electrical testing unit, an efficiency testing unit, etc. by a driving device, the tested component is moved to the discharging bearing disk of the discharging zone by the pick-up device to be positioned. Therefore, the massive detection of the batch is performed, the charging and the discharging is respectively arranged at both ends of the testing zone, so that the machine configuration is integrated, the carrying efficiency and the testing efficiency are improved, the moving frequency of objects to be tested is further reduced, and the yield rate is prevented from reduction due to pointless deterioration.

The invention discloses an order picking method and system. The method includes the steps that firstly, an order is selected, order parameters and commodity parameters are acquired, and sorting site parameters of each sorting site in a warehouse and lot maximum power parameters are determined; secondly, the number of lots is calculated; thirdly, the coordinates of all commodities in the order are calculated in each sorting site coordinate system; fourthly, all lot orders are acquired in the sorting site coordinate system; fifthly, the sum of distances between all lot order commodities in each lot order and the original point of the sorting site coordinate system is calculated; sixthly, the minimum value of the calculated sum of distances and the corresponding lot order are acquired; seventhly, the original point of the sorting site coordinate system is regarded as a starting point, and the connecting lines of the original point and all the lot order commodities in the lot order are regarded as order picking paths. By means of the order picking method and system, the order picking paths of all the commodities in the order can be calculated according to the storage positions of all the commodities in the warehouse, cost can be reduced as much as possible, and delivery efficiency can be improved.

3 The present invention relates to an iron and steel product bulk cargo ship stowage method. It is characterized by that it utilizes mixed genetic algorithm, and adopts a heuristic method to define concrete arrangement mode of cargo in every cargo hold so as to meet the cargo loading quality requirement. Said genetic algorithm can use heuristic method to calculate stowage index and define the distribution of cargo in every cargo hold so as to meet the capacity limitation of every cargo hold, so that a reasonable cargo stowage scheme can be made up.

The invention provides an automatic material transmission system comprising a fireproof passage, a first railway, a second railway, a transfer car and a fireproof door, wherein, the first railway is arranged inside the fireproof passage and provided with a first gap , while the second railway is arranged inside the fireproof passage, which is paralleled with the first railway and provided with a second gap which is paralleled with the first gap; the transfer car is arranged on the first railway and the second railway, which is also provided with a first wheel and a second wheel which are separately rolling on the first railway and the second railway; the first gap and the second gap are inclined to the wheel axles of the first wheel and the second wheel at a predetermined angle; the fireproof door is in connection with the fireproof passage and selectively passes through the first gap and the second gap, so as to set up a closed fire district in the fireproof passage. The invention can not only satisfy the requirements of fire fighting laws, but also improve the transferring efficiency of process and product, so as to reduce producing cost.