257results about How to "Reduce idle rate" patented technology

The invention discloses an intelligent inspection system and an inspection method for an electric transmission line by an unmanned aerial vehicle. The intelligent inspection system comprises an inspection mission planning system, a dispatching system, a monitoring system, an inspection result processing platform and mobile branch stations, wherein the inspection mission planning system communicates with the inspection result processing platform and the dispatching system respectively; the inspection result processing platform and the dispatching system communicates with the monitoring system respectively; the monitoring system is connected and communicate with the mobile branch stations. The inspection method has the benefits that factors of the inspection unmanned aerial vehicle, inspection equipment, an inspector, and the like accessing the dispatching platform through a dispatching terminal can be dispatched effectively to realize equipped configuration of unmanned aerial vehicle inspection resource; the usage rates of personnel and equipment can be improved; the no-load rate and vacancy rate of the inspection equipment are reduced; through centralized monitoring of condition information inspected by the unmanned aerial vehicle, unmanned aerial vehicle inspection dispatching personnel can master unmanned aerial vehicle inspection in the large effectively; the service life of the unmanned aerial vehicle is prolonged.

The invention discloses a point-to-point taxi taking platform based on an intelligent mobile phone, which comprises a passenger client and the like. Software based on an intelligent operating system on an intelligent mobile phone terminal of a passenger automatically sends out passenger position information; after a central dispatching server receives the passenger position information, the central dispatching server automatically matches the passenger position information with taxis around the passenger; after a taxi driver client receives the taxi taking information and the current position information of the passenger, the taxi driver client prompts taxi drivers to receive the order or not; the central dispatching server feeds information of all taxis which select a yes option on the taxi driver client back to the passenger client to enable the passenger to freely choose a driver to pick up the passenger; and the central dispatching server forwards the choice of the passenger to the taxi driver client, transmits the phone number of the passenger to the taxi driver client and transmits the license plate number of the taxi which confirms to receive the order to the passenger client. The point-to-point taxi taking platform based on the intelligent mobile phone has the advantages that the call charge of the passenger is saved and the processing efficiency of a taxi dispatching center is improved.

The invention discloses an unmanned aerial vehicle electric power circuit polling scheduling platform based on a GIS (geographic information system), which comprises a scheduling server, a human-computer interaction module, an RFID (radio frequency identification device) reader-writer, an identity card reader and a short message receiving-sending module; as an unmanned aerial vehicle electric power circuit polling scheduling method based on the GIS is matched for use, polling equipment, personnel, time and circuits are scheduled through a scheduling terminal in consideration of elements such as polling field state information, equipment information and personal information a plurality of polling tasks are finished as far as possible under a limited resource condition, the polling efficiency of the unmanned aerial vehicle is improved, the reliability and the security of the unmanned aerial vehicle polling are improved, and the unmanned aerial vehicle polling cost is lowered.

The invention discloses a system and a method for centralized dispatching of electric line patrol by an unmanned aerial vehicle based on GIS. The system comprises a dispatching platform, a dispatching terminal, a ground monitoring station and an unmanned aerial vehicle, and according to the method for centralized dispatching of electric line patrol of an unmanned aerial vehicle, equipment, workers, time and line for patrol are dispatched through the dispatching terminal by considering the factors such as patrol field state information, equipment information and worker information to finish patrol tasks as many as possible under limited source conditions. Based on the system and the method, the patrol efficiency of the unmanned aerial vehicle is improved, the patrol reliability and safety of the unmanned aerial vehicle are improved, and the patrol cost of the unmanned aerial vehicle is reduced.

The invention discloses an integrated dispatch stowage system system, which manages and dispatches freight vehicles by utilizing storage stations built on a highway and a computer network information platform and distributes goods at the storage station on the highway directly. The system comprises vehicle-mounted terminals arranged on the freight vehicles, a plurality of goods storage stations built on the highway and an information management device, wherein computer terminals of the freight storage stations send information of the goods needing to be carried to the information management device; and the information management device carries out wireless communication with the vehicle-mounted terminals to know whether the freight vehicles are in no load, carries out matching with the information of the carried goods, and then sends the distribution loading information to the vehicle-mounted terminals so as to carry out dispatch of the freight vehicles. The system not only realizes fast distribution and transportation, effectively reduces empty-loaded rate of transport vehicles and reduces the cost, but also avoids large transport vehicles from entering urban distribution, and reduces the pollution of urban traffic pressure and automobile exhaust on the urban environment.

The disclosed remote memory server fit to be accessed by remote client through corresponding protocol comprises a communication unit to provide high bandwidth low-delay communication mechanism and support different physical layer and link layer, a control unit, and a memory array unit fit to variable memory modules. Wherein, it uses high-speed network to dynamic bind the communication and memory units for high expansibility.

The invention provides a taxi intelligent service system and a service method thereof. The service method comprises the following steps that: a vehicle-mounted terminal continuously receives global positioning system (GPS) satellite positioning information through a GPS module, analyzes position information of a vehicle through an advanced reduced instruction-set computer (RISC) machine 9 (ARM9) processor to acquire a longitude and a latitude and sends the longitude and the latitude to a server side through a GPS wireless communication network; the server side matches the received GPS positioning information of the vehicle with a map engine, so that the vehicle can be tracked and monitored in real time; a passenger sends a platform number to the server side through a mobile phone; the server side finds an unload taxi which is the nearest to the passenger and sends task information to the unload taxi; a taxi driver receives the task information to pick up the passenger; and the vehicle-mounted terminal can make the driver actively contacted with the passenger to ensure that the taxi can pick up the passenger. By the system and the method, the unloaded ratio of the taxi can be effectively reduced, the taxi can be conveniently taken by the passenger, the passenger service quality is improved, and the taxi can be controllably scheduled and managed.

The invention discloses a method and a system for intelligently scheduling vehicles. The method comprises the following steps of: S1, acquiring real-time data information transmitted by intelligent terminals of vehicles by a web server; S2, receiving order information of passengers by a calling center server; S3, matching the order information of the passengers with the real-time data information of the vehicles by the web server; and S4, selecting the vehicles and informing drivers of the selected vehicle from the matching result information. According to the invention, by grasping the real-time data information of the vehicles, matching the orders of the passengers with the real-time data information of the vehicles and selecting and dispatching corresponding vehicles, the empty-loaded rate of vehicles can be reduced, the resource waste can be reduced, the transportation cost can be reduced and the demand for the outgoing of people can be met to a greater degree. Shown by a large amount of data statistics, the transportation cost of the vehicle is reduced by 60 percent by adopting the invention.

The invention relates to a taxi intelligent service system which comprises a taxi intelligent service terminal (MCU) and at least one service evaluator, the MCU is connected with a background management system through a wireless network, the MCU sends operation data, vehicle positioning and monitoring data, service evaluation data, alarm data and the like to the background management system in a real-time manner, the background management system sends instruction information to the MCU according to taxi service requirements, the MCU comprises a host and a display screen, the host further comprises a central processing unit, a GPS module, a communication module, a recording module and a storage module, and the taxi intelligent service system further comprises a meter, a ceiling lamp, a multimedia display device, at least one camera head and an LED display screen. The taxi intelligent service system can effectively suppress cloning cars, improve taxi service quality, reduce empty drivingrate and further improve management and service level of the taxi industry.

The invention discloses a geographic information system (GSI)-based unmanned aerial vehicle power line inspection scheduling terminal which comprises a master control board, a man-machine interaction module, a global position system (GPS) module, a meteorological monitor, an radio frequency identification (RFID) scanner, an identity card reader and a short message receiving / transmitting module. The device is matched with a GSI-based unmanned aerial vehicle power line inspection scheduling method, the inspection field state information, equipment information, personnel information and other elements are considered, the inspection equipment, personnel, time and routes are scheduled through the scheduling terminal, more inspection tasks can be finished under limited resource conditions as much as possible, the inspection efficiency of the unmanned aerial vehicle is improved, the inspection reliability and safety of the unmanned aerial vehicle are improved, and the inspection cost of the unmanned aerial vehicle is reduced.

The invention discloses an intelligent warehousing sorting system, a goods shelf and an AGV. The intelligent warehousing sorting system comprises a storage goods shelf body, a carrying goods shelf body, the AGV, an upper computer and controller provided with a human-computer interface, wherein the upper computer is connected with the AGV and the controller in a communication mode; and the carryinggoods shelf body comprises a main goods shelf body which is provided with a plurality of first goods stations used for storing goods. The upper computer is in communication connection with the controller and the AGV to monitor the product information (position, quantity and the like) in the whole course, then the resources (the goods shelf and the AGV) can be reasonably distributed, and the warehousing conveying and sorting efficiency is improved. Product partitioning, centralized goods loading and partitioning unloading are formed, modular and regional management and monitoring of the wholewarehousing are achieved, enterprises can conveniently and comprehensively monitor the process from order making to order finishing, data are obtained fast, the manpower, material resource and time cost of the enterprises are reduced, and intelligent and automatic management and monitoring of the warehousing process are facilitated.

The invention relates to an electric energy dispatching charging system. According to the electric energy dispatching charging system, a power supply module can be reasonably and flexibly distributed to each charging gun conveniently by reasonably setting an electric energy output node of each charging gun. As a mode that the electric energy output node of each charging gun is more averagely set and the power supply modules are flexibly distributed is adopted, the system can reduce the vacancy rate of the power supply modules, and can realize output efficiency of all power supply modules maximally. Through the system, the unified background control of the power supply modules is realized, so that not only is low vacancy rate of the power supply modules easily realized, but also a charging mode of using one charging post to charge multiple electric devices can be realized, the cost is low, the expansibility is high, and the site utilization ratio is high. The invention further discloses an electric energy dispatching charging method.

The invention discloses a taxi calling management settlement system which comprises a mobile device client, a network platform and a vehicle-mounted client. The network platform is connected with the mobile device client and the vehicle-mounted client through a communication network or a computer network. The mobile device client transmits a taxi calling request to a taxi calling server. The network platform transmits a car distributing command to taxis meeting the condition. The vehicle-mounted client comprises a communication module, a control module, a settlement module and an alarm module. The settlement module comprises a bank card settlement unit and a password and fingerprint input unit. A taxi calling management settlement method is further provided. The system and method integrates taxi calling, taxi distributing, security check, alarming and settlement process, greatly facilitates quick and safe trip of passengers, has good humanized management on the taxis and overcomes the shortcomings in the prior art in the field.

The precise and efficient taxi scheduling method comprises: the scheduling center inputs the every street lamp number and exact address information into a database and labels on GPS e-map; the calling passenger can sends near street lamp number to the center by SMM or calling; the latter sends the service request to the most near free taxi by sending GPS e-map, and the driver can fast find out the passenger to provide service.

The invention discloses an electric vehicle time-division leasing platform based on the Internet. The electric vehicle time-division leasing platform comprises a website platform service system, an intelligent terminal service system and a vehicle-mounted information system; the vehicle-mounted information system is installed on an electric vehicle and used for detecting vehicle information of the vehicle and sending the vehicle information to the intelligent terminal service system; the intelligent terminal service system is used for receiving and analyzing the vehicle information sent by the vehicle-mounted information system, processing a real-time lease request submitted by a user and charging the user through a time-division billing according to the type and information of the vehicle after lease is completed; the website platform service system is used for processing the real-time lease request submitted by the user and sharing data with the intelligent terminal service system through the Internet. The electric vehicle time-division leasing platform has the advantages that the lease mode combining appointment and real-time lease is adopted, a more refined charging mode is provided, the vehicle vacancy rate is reduced, the process of returning the vehicle by the user is simplified, and more convenient and reasonable leasing experience is provided for the user.

The invention relates to the apparatus field along a traveling rail or a power supply line configured with conductive or insulating electric vehicle at joint or a track, specifically an automatic traveling cart for a tyre type container gantry crane. The automatic traveling cart for a tyre type container gantry crane includes a traveling cart (1) and a slide trolley wire (2), characterized in that the cart further includes a vertical bracket (11), an upper backup plate (12), a lower backup plate (13), a guide plate (14), a guide opening (15). Guide wheel groups are mounted on one side of the traveling rail (1) in parallel on upper and lower sides. Distance between the upper and lower guide wheel groups is equal to that between the upper and lower backup plates. The upper and lower guide wheel groups rotate by adhering the upper and lower backup plates. A lifting wheel group (18) is mounted on lower end of the traveling wheel group (3), the other end of which being connected with an access apparatus. The invention is compact in structure, high in stability and work efficiency, safe and reliable.

The invention discloses an event driven-based transaction-on-exchange goods concentralized distribution transportation system. The event driven-based transaction-on-exchange goods concentralized distribution transportation system includes a goods transportation electronic commerce platform, a mobile communication terminal and servers; the goods transportation electronic commerce platform is used for transmitting data instructions to the mobile communication terminal and the servers and receiving data transmitted from the mobile communication terminal and the servers, and storing, recognizing and processing the received data, and the same time is used for displaying information; the mobile communication terminal is used for exchanging data with the goods transportation electronic commerce platform; and the servers include an insurance operator server and a financial institution server, wherein the insurance operator server and the financial institution server are respectively an interface through which an insurance operator can exchange data with the platform and an interface through which a financial institution can exchange data with the platform. According to the event driven-based transaction-on-exchange goods concentralized distribution transportation system, logistics transportation capacity resources are integrated and allocated reasonably, and therefore, actual load rate of freight vehicles can be increased, and empty-loaded rate of the freight vehicles can be reduced, and waste can be decreased, and logistics operation efficiency can be improved.

The system includes an ordering center, self-help delivery terminal, user terminals, balancing system of bank, and self-help service center. User terminals and balancing system of bank are connected to the ordering center respectively. Collecting ordering information input by users as well as authentication information of ID, user terminals up loads the collected information to the ordering center and receives information returned back from the ordering center. Collecting authentication information of ID input from user, self-help delivery terminal outputs product ordered by user after the ordering center authenticates ID of user. Information of transaction provided by the system is transparent. Procedure of transaction does not need salesperson to participate in. the invention lowers cost for selling and delivering tickets. User can obtain automatic, quick and convenient service from self-help delivery terminal.

The invention discloses a visual point-to-point independent taxi calling system and method. The taxi calling system comprises a passenger handheld terminal, a vehicle-mounted equipment terminal and a server, wherein the passenger handheld terminal comprises a passenger-terminal global positioning system (GPS) positioning module, a passenger-terminal general packet radio service (GPRS) communication module and a passenger-terminal processor; and the vehicle-mounted equipment terminal comprises a vehicle-mounted terminal processor, a liquid crystal display (LCD) module, a voice-frequency circuit, a clock module, a vehicle-mounted terminal GPS positioning module and a vehicle-mounted terminal GPRS communication module. By means of the visual point-to-point independent taxi calling system and method, passengers who need to take taxis build direct contacts with vehicle-mounted terminals of empty taxis nearby by using mobile phones, a control center is not required, taxi calling is efficient and convenient, dynamic information real-time display can be achieved, two parties decide to select objects according to intentions, and the independency is strong.

The invention relates to the field of resource sharing, and especially relates to a resource configuration method and device. The method comprises the following steps of: obtaining a service access request of a service requester; and screening the static information and the dynamic capability information of each device in the device cluster to obtain accessible devices meeting the requirements ofthe to-be-accessed service, and returning the service resource information of the accessible devices to the service requester, so that the service requester can access the corresponding device according to the service resource information. On the basis of an existing equipment cluster, accessible equipment is enabled to be accurately matched with a to-be-accessed service demand through screening logic, and the utilization rate of cluster resources is improved.

The invention provides an order allocation method and apparatus. The method comprises the steps of receiving a taxi-taking order sent by UE, and according to the taxi-taking order, obtaining an orderdistance; according to a preset corresponding relationship between the order distance and an order allocation distance, obtaining the order allocation distance corresponding to the order distance; according to position information of a terminal and a taxi-taking request, obtaining a shortest picking distance of the terminal from a current location to an order sending location; and if the shortestpicking distance is not greater than the order allocation distance, sending the taxi-taking order to the terminal. According to the order allocation method and apparatus provided by the invention, theorder distance is obtained; according to the preset corresponding relationship between the order distance and the order allocation distance, the order allocation distance is obtained; and according to the comparison between the shortest picking distance and the order allocation distance, the terminal sending the order is finally obtained, so that a vehicle which the terminal sending the order belongs to meets an order receiving demand, an empty driving distance is reduced, an empty driving rate is reduced, and the experience of passengers and users is enhanced.

The invention discloses an intelligent taxi calling device, which comprises a taxi calling passenger end, a central information processing and dispatching center and a taxi terminal; a taxi calling passenger can transmit the information such as identity, site, time and the like to the central information processing and dispatching center through the taxi calling passenger end; the central information processing and dispatching center informs the taxi calling passenger of taxi information which is most suitable for the taxi calling passenger through a network by analysis of a global positioning system (GPS) and software; and the central information processing and dispatching center informs the taxi of the information of the taxi calling passenger. Information interaction between the taxi calling passenger and the taxi is realized, and the unloaded ratio of a taxi can be effectively reduced so that carbon emission is reduced; and because a data acquisition card of the taxi calling passenger end acquires the identity of the taxi calling passenger besides the site of the taxi calling passenger and the time, so the safety problem of a taxi driver is improved.

The invention relates to a distributed type-B ultrasonic inspection system and a processing method for ultrasonic detection signals thereof, wherein the system comprises a type-B ultrasonic image processing center for communication through a communication network, and a plurality of type-B ultrasonic detecting terminals; the type-B ultrasonic image processing center comprises a communication module, a user and task management server, a task input / output buffer area and an image processing server; the communication module is connected with the user and task management server, and the user and task management server, the task input / output buffer area and the image processing server are mutually connected; the type-B ultrasonic detecting terminals comprise probes, probe control modules, a cache, communication modules, detection terminal control modules, display modules and control panels; the probes, the probe control modules, the cache and the communication modules are connected in turn, and the detection terminal control modules are connected with the probe control modules, the cache and the communication modules, the display modules and the control panels respectively; and the system and the method have the advantages of a host with shared computing power, high resource utilization rate, flexible use, low cost, strong expanding capability, and the like.

The invention relates to an intelligent network management system and method used for monitoring states and dispatching for instruments. The system is used for monitoring the instrument states and intelligent dispatching for the instruments. A distributed network is composed of the instruments using internet accesses of the instruments, a multi-function control is conducted, an SCPI (Standard Command for Programmable Instrument) even can be sent, and function extension is conducted on the instruments. According to the scheme, the management efficiency of the instruments is greatly improved, the management cost is lowered, and the instruments are used reasonably and effectively.

The invention relates to a tea production line shared by black tea and green tea. The tea production line comprises a sunning mechanism, a withering mechanism, a fixation mechanism, a pile fermentation mechanism, a rolling mechanism, a fermentation mechanism, a drying mechanism and a control device, which are orderly connected with one another by use of conveying mechanisms, wherein the conveying mechanisms are used for conveying tea leaves; the tea outlet end of the withering mechanism is connected with the tea inlet ends of the fixation mechanism and the pile fermentation mechanism by use of two of the conveying mechanisms, respectively; tea leaves output by the fixation mechanism and the pile fermentation mechanism are conveyed to the rolling mechanism by use of two of the conveying mechanisms, respectively; the tea outlet end of the rolling mechanism is further connected with the fermentation mechanism by use of one of the conveying mechanisms; the tea outlet end of the fermentation mechanism is connected with the drying mechanism by use of one of the conveying mechanisms. The tea production line is applicable to production of the green tea or the black tea; as long as fresh tea leaves are provided for the production line by a tea manufacturer, the production line is capable of automatically processing the tea leaves into the finished tea; the production efficiency of the black tea or the green tea is high, the quality of the tea is stable, the equipment utilization rate is high, and the production cost of the black tea and the green tea can be effectively reduced.

The invention relates to the field of intelligent chair foot machining, in particular to a five-star chair foot polishing machining system and method. The five-star chair foot polishing machining system comprises a feeding device, a discharging device, a first-level robot, a second-level robot, a third-level robot, a first-level transfer positioning table, a second-level transfer positioning table, a third-level transfer positioning table, a first-level polishing machine, a second-level polishing machine and a third-level photoreceiver. The machining system sequentially comprises a feeding set, a first-level polishing set, a second-level polishing set, a third-level photo-receiving set and a discharging set according to the technology sequence. According to the system and method special for polishing and machining of five-star chair feet, and the three sets of robots are utilized for being matched with the three sets of polishing machines in a work division coordinated manner. The vacancy rate of machining equipment in the polishing machining system is minimum, accordingly the five-star chair foot polishing machining efficiency is greatly improved, and the problems about limitation and compatibility during polishing machining of the whole five-star chair feet through one robot in the prior art can be solved.

In order to more reasonably allocate online car-hailing resources, reduce the empty driving rate of online car-hailing and improve the operation efficiency of online car-hailing, the invention provides an online car-hailing order demand prediction method based on a space-time context attention network, a network model constructed in the method comprises stacked space-time blocks and an output block, and each space-time block comprises TRELLIS-GRU and GAT, the TRELLIS-GRU is a gated cyclic grid network, the GAT is a graph attention network, the TRELLIS-GRU layer is used for fusing spatial and temporal features, and the GAT layer is used for mining spatial dependence in different time slices. According to the invention, influence of the spatial position of the urban area, the mutual relationship between different areas and the time dependence of historical orders in multiple time periods on the online car-hailing order demand is fully considered, so that the accuracy of the online car-hailing order demand in the urban area is improved.

The embodiment of the present application discloses a management method and system for a maintenance station, and a data management server, wherein the method includes: a data management server receives a transaction request of a first user for using the maintenance station, calls the use smart contract of the maintenance station according to the transaction request, and provides the use right ofthe maintenance station for the first user; when the first user finishes using the maintenance station, the data management server initiates a transaction payment request, calls the use smart contract to complete the payment according to the transaction payment confirmation instruction of the first user, and shares the payment according to the transaction sharing rule of the use smart contract; ablockchain node device receives the transaction information submitted by the data management server and registers the same in the blockchain. It can be seen that the embodiment of the present application can improve the utilization rate of a maintenance site, the transparency, the credibility and the convenience of of the maintenance station transaction process and the payment sharing calculationprocess.

The invention discloses an image feature extraction method, which comprises the following steps: preprocessing an input image to be recognized to obtain an input feature map; setting the parameter ofa node in the convolution node on-chip network according to the node coefficients obtained in advance, splitting and packaging the input characteristic map data to obtain a communication data frame; sending the communication data frames to each node in the convolution node on-chip network in turn according to the corresponding node flow order for data processing to obtain output data; recombiningthe output data of each data frame to obtain the output data of the characteristic map, carrying out feature classification according to the output data of the feature map. The method divides the extracted feature map data into several data blocks and processes the data by routing, which can improve the efficiency of data transmission, reduce the operation time of convolution data and improve theefficiency of image recognition. The invention also discloses an image feature extraction device, an apparatus and a readable storage medium, which have the beneficial effects.

The invention discloses a full-intellectualized taxi dispatching system and a dispatching method of the dispatching system. The dispatching method comprises the steps that a user sends taxi reservation information to a server through a mobile phone client terminal, position information of empty taxis is input into a vehicle-mounted data terminal through an automatic GPS and is sent to the server through a GPRS (or a broadcasting station), the server carries out fast and reasonable taxi dispatching according to the taxi needing time of the user, aboard address, taxi types, and empty taxi position and distribution conditions, the taxi dispatching is displayed automatically through a GIS, and the taxi service can be provided for customers within the regulated time. The intellectualized taxi dispatching system comprises the mobile phone client terminal having the locating and GPRS communication functions, a taxi client terminal with a vehicle-mounted locating terminal, and the cloud-end server directly connected with a geographic information data base. The invention further discloses the dispatching method of the dispatching system.