72results about How to "Solve the docking problem" patented technology

The invention relates to a 3G/WiFi network access authentication system and an achieving method of the 3G/WiFi network access authentication system. A user searches for available network hot spot information nearby through a hot spot management module, the available network hot spot information nearby is pushed to the user through a hot spot information push module, the user is reminded of an available WiFi network through a terminal WLAN/3G/LTE management module, and the user starts a WLAN to be automatically connected with the network. Through a network search and access module, the user acquires corresponding operator Internet surfing account passwords from all operator account management modules, and logs in by inputting the passwords. Through a network authentication module, access is achieved through user information authentication. Through a user timekeeping/accounting management module, after user connection succeeds, timekeeping/accounting management is carried out on the Internet surfing behavior of the user, and when the user has no Internet surfing duration, the user is offline. When the user needs to buy the Internet surfing duration, interaction is carried out through a payment capacity sealing module and a payment platform module. A user management module stores and manages user information.

The invention discloses a multifunctional unmanned aerial vehicle control ground station system. The system comprises a strong network system and a built-in 4G router. A ground station is taken as a mobile hotspot source and provides network environment support for a user to operate an unmanned aerial vehicle outdoors. Two video servers are built in the system. The video servers comprise an analog video server and a high high-definition video server. The two video servers and the 4G router are connected through a network cable and then are merged into an inner network; the user can easily access video resources returned by the unmanned aerial vehicle through the hotspot of the 4G router; a touch screen intelligent computer is built in the control ground station system; an unmanned aerial vehicle ground software control system is preinstalled in the computer, is taken as the controller of the unmanned aerial vehicle and is used for planning the air line of the unmanned aerial vehicle, instructing the flying of the unmanned aerial vehicle and checking the flying state of the unmanned aerial vehicle in real time. According to the system, the task load control capability of the ground station can be improved; the practicability of the ground station is improved; and the docking capability of the ground station and a third party device is increased.

The invention relates to a basement staged top-down construction method, and belongs to the technical field of construction of the underground structure by a top-down construction method. The construction method comprises the steps that firstly, construction of a vertical force transmission structure and a staged underground diaphragm wall is conducted; steel columns, a storey B1 horizontal structure, a storey B0 horizontal structure and a storey B1 core tube of the basement are constructed by adopting a bottom-up construction method, to form a box body bearing structure; other storeys of thebasement are sequentially constructed by adopting the top-down construction method, and the construction of a shear wall of the core tube of the basement is completed by adopting the bottom-up construction method; and finally, after construction of the second-stage basement is completed, the staged diaphragm wall is disassembled from top to bottom, and connection and communication of horizontal steel beams are completed. The box body bearing structure has good integrity and high rigidity, stress of an overground structure can be smoothly transmitted to the steel columns and cast-in-place pilesbelow the box body bearing structure, the problem of uneven settlement caused by large local pile foundation stress is prevented, and the problems of staged underground diaphragm wall dismantling andhorizontal steel beam extension butt joint are further solved.

The invention discloses an automatic generation system of a message research report. The system comprises: a data processing module used for storing data from multiple message sources in a united form after ETL extracting, transforming and loading the data; a report generation module used for selecting a corresponding message module according to defined basic message information to grab the data to generate the message research report; a report application module used for auditing, browsing and checking the message research report output by the report generation module; and an application docking module used for effectively docking the message research report with a client to generate an individual message research report. The automatic generation system disclosed by the invention is used for solving the problems that manual participation and control are necessary in the original entire data introduction, output and processing procedures to cause complex operations and large error defects, as well as solving the docking problem with a third party system, the produced message research reports are uniformly managed to conveniently provide message support for external systems.

The invention provides a terminal iterative learning connection control scheme. According to the scheme, optimal control input is given based on a terminal iterative learning control method to realizesuccessful connection. The method is fast and reliable and is feedforward control with learning capability; and moreover, only terminal information is needed, and therefore the problems of control hysteresis, excessive control, a high requirement on a sensor, a large calculation amount, insufficient utilization of historical connection experience and the like possibly caused by conventional feedback control are avoided. The scheme comprises the two steps that first, at a preparation stage, a base function is generated off line, wherein the generation comprises generation of a reference connection track and generation of reference input; and second, at an implementation stage, a terminal iterative learning controller is designed.

The invention discloses a method utilizing a robot to achieve real-time automatic room reservation. The method comprises the steps that: a working process of the robot and operating authorization of a hotel room reservation system which is electrically connected with the robot are set through a controller; the robot receives and stores the working process; a user logs in an online application service system to initiate a request; the online application service system sends a request instruction to the controller, and the robot obtains the request instruction, performs understanding and analysis on content of the request instruction, and recognizes whether content of the request instruction is hotel room reservation; the robot intercepts output an image of the hotel room reservation system, recognizes content of the output image, and decides whether to activate the hotel working process according to the recognition result; the robot sends keyboard and mouse analog signals to the hotel room reservation system according to the request instruction after understanding and analysis; and the robot captures output content displayed by the hotel room reservation system, and returns the output content to a user terminal for the user to proceed a next step.

The invention relates to an automatic docking device and method for a right angle coordinate flexibility non-contact type connector used for space launch technology and in the transportation process of liquefied natural gas (LNG). The invention aims at providing the docking device and method for the connector, which have the advantages of high automation degree, strong adaptive capacity, simple structure, safety, reliability and the like. The automatic docking device for the right angle coordinate flexibility non-contact type connector comprises a pedestal, an advancing and retreating seat, atransverse movement seat, a lifting seat, a flexible clamping propulsion mechanism, a non-contact detection system and a connector component, wherein the advancing and retreating seat is installed above the pedestal, the transverse movement seat is installed above the advancing and retreating seat, the lifting seat is installed above the transverse movement seat, the flexible clamping propulsion mechanism is installed above the lifting seat, the non-contact detection system comprises a target plate and a non-contact sensor, the non-contact sensor is installed on the lifting seat, and the target plate is installed on a surface of a storage box; and the connector component comprises a connector, and the connector is used for connecting with an interface.

The invention discloses an intelligent counting trolley comprising a chassis (1), a support (2), a touch screen (3), a computer host and a scanning gun (4); wheels (5) are arranged on the chassis (1); the support (2) is fixed on the chassis (1); the touch screen (3) and the computer host are arranged on the support (2); the support (2) is also provided with a device for books to be piled; the touch screen (3) is connected with the computer host; the scanning gun (4) is connected with the computer host through a data line (22). The intelligent counting trolley can display the correct placing positions of books, so that the books can be conveniently put in the right places.

Provided in the invention is an NFC mobile-phone-based electronic ticket payment system. According to the system, modules including a communication subsystem, a gripper tube subsystem, a transaction processing subsystem, a settlement processing subsystem, a security authentication subsystem, a database, a data maintenance subsystem and an integrated management subsystem and the like are arranged in the system, so that a problem of realization of communication operator platform docking can be solved and functions of electronic ticket CAP development and loading, air card issuing, air charge, and air ticket returning of the communication operator can be realized. Moreover, third-party payment platform docking as well as accepted terminal identification and consumption can be realized. Meanwhile, the management problem of the communication operator, third-party payment access and electronic ticket transaction as well as the clearing settlement and management problem of the communication operator, third-party payment and electronic ticket operator can be solved.

The invention discloses a novel firework inner barrel bright bead filling machine. The filling machine comprises a feeding device, a filling device and a belt conveying device, wherein the feeding device comprises a raw material barrel, a material suction base, a material collection container, an induced draft fan, a filter, a material return pipeline, a material suction pipeline and a remaining material collection bucket. According to the novel firework inner barrel bright bead filling machine provided by the invention, multiple high-risk operation procedures like feeding, quantification and filling can be automatically achieved, people are prevented from being in close contact with dangerous medicine, the problem about linking with other automatic medicine filling production lines is perfectly solved, multiple links of transfer, storage and secondary manual placing of cakes on the production line are decreased, labor cost is reduced, occurrence probability of safety incidents is decreased, harm caused after occurrence of safety incidents is greatly reduced, and production efficiency is improved.

The invention provides a winding drum replacing and bag laying mechanism for a submarine bag laying device. Chain transmission is adopted by the winding drum replacing mechanism, paws with holes are evenly installed on a chain, and winding drums are clamped by clamping winding drum fixing buckles into the holes of the paws with the holes; a hydraulic motor serves as a power source and drives the chain to rotate in one direction in an intermittent mode through a ratchet chain wheel; when the winding drums clamped by the paws with the holes rotate to the inner side of the space below along with chain transmission, bag laying paws clamp driving buckle sets of the winding drums, the fixing buckles of the winding drums are driven to retract and not clamped into the holes of the paws with the holes any more, and the winding drums are loosened from the paws with the holes; the bag laying paws and the winding drums are driven by the bag laying hydraulic motor to rotate clockwise by 90 degrees to be located on a winding drum base, and grouting bags are wound on the winding drums through the cooperation with a crawling mechanism of the submarine pipeline outward crawling type bag laying device, and bag laying can be completed along with the rolling of the winding drums. By the adoption of the winding drum replacing and bag laying mechanism for the submarine bag laying device, laying of the grouting bags can be completed automatically underwater, and it is guaranteed that laying of the multiple grouting bags can be completed underwater at a time through the device.

The invention discloses a container bulk device comprising a material bin, a sealing chamber, a weighing device, a dust removal device, a hopper, a walking mechanism and a bulk head. Load sensors are arranged on the material bin, the sealing chamber is connected with the material bin and the dust removal device, the weighing device is arranged in the sealing chamber, and the weighing device comprises speed sensors, weight sensors and a conveying belt. The speed sensors and the weight sensors are arranged on the conveying belt, the load sensors, the speed sensors and the weight sensors are all connected with a controller, and the bulk head is connected with the hopper and moves through the walking mechanism. Multiple groups of bulk devices can be built in batches, multi-group simultaneous operation and intelligent movable loading are achieved, the number of times of transport vehicle/ship movement can be effectively decreased, the loading time is shortened, real-time online accurate metering is achieved, the intelligent level of loading and transporting is greatly improved, and the working efficiency is improved; and the multiple groups of speed sensors and weight sensors are adopted for online feedback, real-time online metering is achieved, and the loading error is reduced.

The invention discloses an intelligent elevator control system based on an ARM. An elevator SCAN control algorithm is realized, and an elevator can be dispatched in a most reasonable mode; a PC end monitoring system is developed, connection from an elevator main controller is monitored by employing a TCP service, and a cross-platform monitoring interface is provided for an administrator by a Web mode; a set of communication specifications is defined, so that the elevator main controller and the PC end monitoring system communicate according to a given standard; the butting problem of the elevator main controller and the PC end monitoring system is solved; although the elevator main controller and the PC end monitoring system are based on different platforms, seamless butting of the elevator main controller and the PC end monitoring system is realized by depending on the same communication standard; and alarming through a pop-up window and a mail is realized, so that the administrator can be reminded timely when the elevator is abnormal, and remote monitoring on the elevator is realized finally. An ARM chip, acting as a core part of the elevator main controller, has the super-high computing capacity and expansion capability, and is relatively low in cost, so that a big step is made for lowering the cost of the intelligent elevator control system.

The invention discloses a remote control robot service platform system and a using method thereof. The system comprises a demand acquisition unit, a service acquisition unit, a processing unit, a userdisplay unit, an operator display unit, a database, a service generation unit and a supervision unit. The using method comprises the following steps that: 1) a user inputs a user service demand, userpersonal information, a user available service robot type and demand service time into the demand acquisition unit; 2) the operator inputs personal information, service skills, operation equipment support conditions and service providing time of the operator in the service acquisition unit; and 3) an operator operates the service robot through the operator display unit. The problems of user requirements and service coordination and docking provided by an operator are solved.

The invention provides a ship cost configuration system and a method suitable for multiple financial statements. The system comprises a cost disassembling module which is used for disassembling various costs generated in the use process of a ship management function, so as to form a cost name; a cost dictionary module is suitable for ship range setting and cost field basic data setting, and is used for classifying cost names formed in each ship management function; a cost billboard and API interface module is used for reordering according to the cost fields set in the cost dictionary module to form a new cost statistical chart under the cost fields; data under the new cost field is connected to other financial software; the invention has the advantages that various financial statements can be generated according to user requirements, and repeated accounting of statistical statements is not needed; the ship management system has better adaptability, different financial statistics functions do not need to be considered for each company, and additional software development cost is avoided.