79results about How to "Enable remote access" patented technology

Provided are apparatus and a method for establishing communications between a Web client computer in a vehicle and a Web server computer connected to the Internet or an intranet, initiated from a remote Web Browser. The Web Browser sends a request to the server, which invokes a process at the server causing a SMS message to be sent to a telephone connected to the client computer. This SMS message includes an identification of the server process (such as a URL) and causes the client computer to establish communications with the server. This allows the Browser to interact with the client computer via a standard Browser request without the overheads of security exposure of requiring the client to be a Web server. The invention is useful for allowing a remote Browser to interact with a computer controlling a vehicle's electronic control systems.

The invention discloses a three-dimensional visualization method based on point cloud and image data and a system thereof. The method comprises the following steps of collecting image data and point cloud data of a target scene; carrying out upsampling on the point cloud data, projecting the point cloud data after the upsampling to the image data so as to carry out fusion, coloring the fused point cloud data and acquiring the colorful point cloud data; and using the colorful point cloud data to carry out three-dimensional rendering and acquiring a three-dimensional visualization model of the target scene. In the invention, point-cloud three-dimensional visualization from data acquisition and fusion to final rendering display is realized, which is good for development of a laser point cloud technology; and accessibility and usability of the point cloud data to a common user are increased.

The invention discloses a comprehensive performance testing system for a vehicle power assembly. The system comprises a base frame module and a comprehensive experiment management module; the comprehensive experiment management module comprises a comprehensive information acquiring unit, an experiment design unit, an optimizing calibrating unit, a safety monitoring unit and a man-vehicle-road simulating module; the man-vehicle-road simulating module comprises a man-vehicle-road modeling platform, a simulated operation chamber and a man-vehicle-road real-time operation platform; the man-vehicle-road modeling platform includes three modes, namely, a driver model, a vehicle model and a road model. With the adoption of the system, the problems of low automation degree and simple function of the traditional power assembly testing system can be solved.

The invention discloses a visualization system and a method for protecting virtual plants, and relates to the technology of computer network and data distribution type memory. The invention aims at the defects that the existing virtual plant visualization system does not support distribution type and sharing, and provides a virtual plant visualization system based on Web. The physiological data is remotely obtained through a web page and is memorized in the database of a network server to implement 3D model modeling; an organ 3D model is submitted to the network server and memorized in an organ storeroom through a web application program; a user builds the data of different life periods of the virtual plants through the Web application program according to the physiological data in the database, the organ model and the grammatical information needed by an L-system; and a browser plug-in realizes the 3D demonstration of the growing process by visiting a virtual plant storeroom on the remote server. The invention realizes sharing of the virtual plant storeroom and the organ storeroom on the Internet and accomplishes the knowledge sharing and mutual cooperation of plant experts and computer experts.

The invention discloses a method and system for having remote access to a storage terminal based on a cloud service platform. The method includes the steps that the cloud service platform receives and saves verification information sent by the storage terminal; a user side sends login information to the cloud service platform, and the cloud service platform judges whether the login information is consistent with the verification information or not according to the login information; if the login information is consistent with the verification information, the user side is made to establish remote connection with the storage terminal for data transmission. Point-to-point communication connection is established between the user side and the remote storage terminal through the cloud service platform so that the user side can directly have access to the remote storage terminal point to point, the setting process is simple and work efficiency is promoted. Moreover, consumption of network bandwidth is reduced, using cost of a user is lowered, and safety and privacy of data transmission are ensured.

A construction information system for managing construction project in real-time, comprising a server, database in communication with a computer and a remote client having a software application enabling communication between the server and client.

The invention provides a method and a system for realizing multi-device access by penetrating an intranet through a router, the method comprises the following steps: installing a penetrating client onthe router, establishing a persistent penetrating tunnel between the router and a penetrating server through the penetrating client, and obtaining a penetrating link address by the router; analyzingparameters in a target URL (Uniform Resource Locator) path for accessing the intranet equipment by a user when a user terminal accesses the penetration link address of the router, dynamically creatinga temporary penetration tunnel for the corresponding intranet equipment by the router, generating a new temporary penetration link address and redirecting the new temporary penetration link address;meanwhile, triggering the router to locally start an agent process, and establishing a local agent channel between the router and the corresponding intranet equipment; and accessing the correspondingintranet equipment through the temporary penetration tunnel and the corresponding local agent channel by the user terminal. According to the method, the multi-device penetration access of the intranetcan be realized without changing the existing network structure and the configuration on the device or the public network IP.

The invention provides a mobile campus network based on cloud computing. The mobile campus network based on cloud computing comprises a platform management layer, a service bus layer and a service application layer. The platform management layer is responsible for identifying communication terminals entering the range of the mobile campus network and judging whether the communication terminals can have access to the mobile campus network or use the services of the mobile campus network or not according to the identities and varieties of the communication terminals. The service bus layer is used for calling service data of a cloud terminal. The service application layer is used for identifying the mobile campus network according to calling of the service bus layer and then calling corresponding cloud computing data. Firstly, the mobile campus network identifies the communication terminals through the platform management layer and selects access manners of the communication terminals; secondly, the service bus layer is used for conducting addressing on an application module and controlling calling of the cloud computing data. The mobile campus network is formed by improving an existing campus network, and therefore a user can obtain safer, richer and more timely campus services with the lowest terminal updating cost.

The invention relates to a crop canopy structure information automatic measurement device and a measuring method. The device includes a first supporting rod, a power supply and data processing module, a push rod, a rotary plate, a first image sensor, a second image sensor and a solar radiation sensor, wherein the power supply and data processing module is arranged at the lower part of the first supporting rod; the push rod is positioned on the first supporting rod and can move up and down along the first supporting rod; the rotary plate is arranged on the first supporting rod and above the push rod, and can move up and down with the push rod and rotate around the first supporting rod; the first image sensor and the second image sensor are arranged on the rotary plate; the solar radiation sensor is arranged on a second supporting rod extending upwards from the rotary plate. The device provided by the invention can automatically and continuously acquire information about the crop canopy interior under the outdoor field light condition, and can realize data remote collection and remote access.

The invention discloses a virtual universal serial bus (USB) system, virtual USB equipment and a virtual USB method for realizing USB host remote access. The virtual USB equipment capable of performing network interaction is arranged on far-end side and near-end side respectively; the far-end virtual USB equipment simulates terminal USB equipment to be accessed by a remote USB host; and the far-end virtual USB equipment images the access into the access of the terminal USB host to the terminal USB equipment through an internet protocol (IP) network and terminal virtual USB equipment so as to realize the remote access of the far-end USB host to the terminal USB equipment across the IP network. The remote access of the far-end USB host to the terminal USB equipment does not require direct interaction between the far-end USB host and the terminal USB host, so the limit that operating systems must be consistent and drivers of the USB host equipment must be complete does not exist, and the generality of the remote access of the USB host can be improved.

The invention discloses a portable multi-functional skin test system. The system comprises a portable mobile test terminal, a data storage analysis terminal and a remote cloud server. The portable mobile test terminal is used for the test, collection and display of the quality assessment parameters of the skin of multiple persons. Moreover the portable mobile test terminal also transmits the test data and self-owned hardware identification code to the data storage analysis terminal through wireless communication protocols or cabled communication protocols for data storage and backstage processing. The data storage analysis terminal is used to complete the storage, analysis and assessment of the test data and user information. The data storage analysis terminal communicates with the remote cloud server through the internet. The remote cloud server is used for completing the functions of data mass memory, remote access, synchronization and sharing. The system can be adopted for testing a plurality of data indexes which can reflect the skin quality. The test results are both accurate and reliable. The system is also easy to carry.

The invention relates to a transformer substation capacitor online monitoring and fault diagnosis system and a method thereof and belongs to the technical field of electrical equipment state maintenance. The transformer substation capacitor online monitoring and fault diagnosis system comprises a control module for starting signal acquisition, a remote signal acquisition module for acquiring and outputting capacitor running characteristic signals, a signal receiving module for receiving signals which are output from the remote signal acquisition module, a data storage module for storing signal data and a data analysis module for performing signal analysis on the signal data of a storage unit and outputting analysis results. According to the transformer substation capacitor online monitoring and fault diagnosis system and the method thereof, real-time monitoring can be conveniently performed on the capacitor running state, a warning can be issued once fault hidden dangers occur, and subsequent major accidents are prevented.

The invention, which belongs to the field of electrical fire prevention, particularly relates to an intelligent management system of electric safety and a control method thereof. The management systemcomprises distribution line sensors, electrical fire monitoring terminals, a network server, a cloud server, a client, and a filter. In addition, the control method includes: step one, the electricalfire monitoring terminals collect operating parameters of a distributing line in real time by distribution line sensors; step two, according to the operating parameters collected by the distributionline sensors, analysis is carried out to obtain operation analysis data of the distribution line; step three, the network server carries out data classification and analysis on the operation analysisdata uploaded by all electrical fire monitoring terminals, power consumption safety information of the distribution line is obtained, and the information is transmitted to the cloud server in real time via the internet; and step four, the user terminal downloads the power consumption safety information in real time from the network server via the internet and displays the information for the user.

A construction information system for managing construction projects in real-time, comprising a server, database in communication with a computer or other mobile device and a remote client having a software application enabling communication between the server and client

The invention discloses a data display server system based on the internet of things. The system comprises a Zigbee sensor network module, a server, a database module and a mobile client; the mobile client is in wireless connection with the server, the server is in wireless connection with the Zigbee sensor network module, and the database module is in wireless connection with the server; and the server is used for receiving data sent by the Zigbee sensor network module, storing the data in the database module and sending the data stored in the database module to the mobile client after receiving a query request sent by the mobile client. According to the data display server system disclosed by the invention, the remote access and management of the data are realized by the mobile client.

The invention discloses a service cross-region calling method and device for a power dispatching automation system. The method comprises the following steps that (1) a local proxy server determines remote service information and a port number republished by a remote service locally; 2) the local proxy server establishes a TCP connection link with the remote proxy server at the opposite end; 3) thelocal proxy server monitors the port number to wait for an access request; 4) the local proxy server applies for a unique ID number and sends the ID number and the access request to a remote proxy server at the opposite end; 5) the remote proxy server at the opposite end sends the access request to an appointed service provider; 6) the remote proxy server of the opposite terminal returns the response result with the ID number along the TCP connection link, and 7) the local proxy server returns the response result to the service requester according to the ID number, and the remote service is re-published in the area through the proxy gateway server to realize the service remote access among different scheduling organizations.

For developing a city bus operation monitoring system, a hardware system composed of a vehicular Zigbee mobile terminal, a Zigbee router for an electronic bus stop board and a Zigbee coordinator is developed by the Zigbee wireless ad hoc network, bus arrival information can be positioned, acquired and broadcast in real time, and people waiting for buses can get in or transfer buses. By the WEBGIS technology as core, the oracle database technology, the WebGIS technology and the GPRS radio communication technology are integrated, and combined with computer network, a bus operation monitoring software system is developed, arrival buses can be positioned, tracked, supervised and managed in real time, and technical support is provided for scheduling management of city buses and people going out.

The invention discloses an embedded device remote access control system and method and a computer readable storage medium. According to the invention, an embedded device establishes a preset type communication connection with a server, and sends a plurality of preset types of information to the server, so that the server establishes mapping relationship data; after receiving an embedded device query request sent by a client device, the server determines the preset type communication connection, and sends the second preset type information to the client device; the client device sends a query or execution request for requesting a business that each business execution sub-module of the embedded device is responsible for to the server; and after receiving the query or execution request, the server forwards the query or execution request to the embedded device, receives the query or the execution result data from the embedded device, and sends the result data to the client device. The invention realizes a universal communication method of a terminal remotely accessing the embedded device.

The invention provides a device for remotely obtaining system information, comprising a GPNV (General Purpose Non-Volatile) module, an IPMI (Intelligent Platform Management Interface) module and a BIOS (Basic Input Output System) module. The IPMI module comprises a BMC (Business Middleman Customer) submodule and a network submodule capable of connecting a network terminal by a network; the GPNV module obtains the system information of a computer in the startup process of the computer; and the BIOS module copies and stores the system information stored in the GPNV module to the BMC submodule of the IPMI module. The invention also provides a method for remotely obtaining the system information. The invention can remotely access the system information of the computer.

The invention discloses a method for achieving remote access. The method comprises the steps that a virtual keyboard, a display and a mouse (KVM) remote access request sent by a user side is acquired, wherein the remote access request carries ID information and a virtual KVM address of accessed equipment; a virtual KVM mapping address of the accessed equipment is acquired according to the ID information of the accessed equipment; the virtual KVM address of the accessed equipment is replaced with the virtual KVM mapping address; and a virtual KVM session connection between the user side and the accessed equipment is established according to the virtual KVM mapping address. The invention further discloses a device for achieving remote access.

The invention relates to the technical field of radio frequency identification technology application and development and discloses an RFID (Radio Frequency Identification) based mechanical and electrical product recovery method. The RFID based mechanical and electrical product recovery method comprises a disassemble data establishing method and a disassemble recovery scheme automatic generation method; the disassemble data establishing method comprises establishing RFID based data on mechanical and electrical products; the disassemble recovery scheme automatic generation method seeks a near optimal disassemble process through the RFID data. The RFID based mechanical and electrical product recovery method has the advantages of timely updating the product information, being flexible in information storage and convenient to obtain information, not being enslaved to the influence that the remote information is difficult to obtain and simplifying a system framework and improving the system reliability due to the fact that dynamic information is stored inside the mechanical and electrical product locality.

The invention provides a method and device for remotely accessing multiple USB devices, and the method comprises the steps: obtaining an opening instruction sent by a user, and enabling the opening instruction to be an instruction which requests to open a port of a USB device on a remote hardware cabinet device; Obtaining data of all USB devices on the remote hardware cabinet device according to the opening instruction; Remotely mapping the data of all the USB devices on the remote hardware cabinet device to the client, so that the client selects the data of one or more USB devices from the data of all the USB devices on the remote hardware cabinet device to access; And obtaining a closing instruction, executing the closing instruction, and closing the USB port. The technical effects of realizing cross-region USB data transmission and serving arbitrary connection and communication between multiple clients and multiple cabinets are achieved.

The invention discloses a communication terminal and a method and device for having access to a user identification module of the communication terminal remotely. The communication terminal comprises two or more user identification modules. The method for having access to the user identification module of the communication terminal remotely comprises the steps that when the communication terminal receives a remote access starting request and a remote access service is found, the remote access service is added to current service records, and the remote access server function of the communication terminal is activated; the user identification module to which a client side has access to among all the user identification modules of the communication terminal is determined wherein the user identification module to which the client side has access to is the user identification module which is in communication with the client side having access to the user identification module remotely; remote access connection between the client side and the user identification module to which the client side has access to is established so that the client side can have access to the user identification module remotely. By the adoption of the communication terminal and the method and device for having access to the user identification module of the communication terminal remotely, remote Bluetooth access of the client side to the multi-card communication terminal can be achieved.

The invention provides a method, device and system for remotely accessing a physical machine, and the method comprises the steps that a cloud console verifies the login information of a client, and controls the client to log in when the verification is passed; when the client sends a remote connection request for the physical machine, the cloud background server is triggered to enable the cloud background server to return a URL for the remote connection request, generate a token according to the login information, and send the URL and the token to the client; when the client sends an access request which aims at the physical machine and carries the token, the cloud background server is triggered to authenticate the token, and when the authentication is passed, the installed Shell In A Boxis utilized to generate remote connection of the physical machine through the IPMI and send the remote connection to the client. The realization mode of remotely accessing the physical machine does not depend on a public network IP, and a user can realize remote access to the physical machine by utilizing a browser on the client, so that the cost investment can be reduced.

The invention belongs to the technical field of environment monitoring, and discloses an environment monitor based on the IOT (Internet of Things). The monitor comprises a temperature and humidity detection module, a dust detection module, a light intensity detection module, a data collection module, a main control module, a wireless communication module, an alarm module, a solar power supply module, a wireless base station, a remote server, and a mobile terminal. The temperature and humidity detection module, the dust detection module and the light intensity detection module are respectivelyconnected with the data collection module through circuit lines. The data collection module is connected with the main control module and the solar power supply module through circuit lines. The maincontrol module is connected with the wireless communication module, the alarm module and the solar power supply module through circuit lines. The wireless communication module is used for providing wireless access, achieves the remote access, and saves the manpower. Meanwhile, the solar power supply module can obtain the continuous solar energy, guarantees the durable operation of the monitor, saves the energy, and is economical and environment-friendly.

The invention provides a three-station-in-one transformer substation and a sensing terminal information access method, solves the problem of high monitoring difficulty brought to remote monitoring dueto multiple access equipment, security partition isolation limitation and complex information uploading in a three-station-in-one mode, and improves the remote monitoring level of the equipment and the emergency processing capacity of power grid accidents. The method comprises the following steps: deploying an edge Internet of Things gateway in a safe preset area of a transformer substation to achieve access of transformer substation sensing terminal equipment; connecting a plurality of monitoring systems deployed in different security partitions through a transformer substation forward and reverse isolation device, and converging the acquired real-time data of various transformer substation sensing terminals; and establishing a remote service communication system based on a general service protocol of the power system to achieve plug-and-play of the data between the main plant stations.

The present invention discloses a B / S architecture-based human machine interface system. The system comprises a local device and an external device interacted with the local device. A controller of the local device comprises a display module, a network port, a communication port, and a WebSserver unit and an embedded browser that are used as service ends. The display module is used for realizing local interface display. The network port uses a standard network interface so as to be connected with a terminal device or a network device. The communication port is used for connecting an industrial device. The WebServer unit is used for receiving, sending, converting and transmitting data. The embedded browser accesses the WebServer unit through a local IP address. The external device is connected with the webserver unit through the network port and performs human machine interface display by using a browser of the external device. The human machine interface system is no longer simply a local device, but a remote access and control system. Further, applications can be developed by using a standard Web development tool, and an industrial controller supports a traditional industrial communication interface and a protocol.

The invention discloses a high-power switching power source. The high-power switching power source comprises a PFC module and a DC-DC module. The PFC module comprises a first main circuit, a first control circuit and at least one of a first output current over-current protection circuit, an output voltage over-voltage and low-voltage protection circuit, a first over-temperature protection circuit and an output voltage over-voltage protection circuit. The DC-DC module comprises a second main circuit and a second control circuit. The PFC module comprises a first wireless transmitter module connected with the first control circuit. The DC-DC module comprises a second wireless transmitter module connected with the second control circuit. The PFC module and the DC-DC module receive and send information through the first wireless transmitter module and the second wireless transmitter module respectively. The communication among the PFC module, the DC-DC module and an external device can be achieved through the wireless transmitter modules, the external device can have remote access to the PFC module and the DC-DC module, and the whole switching power source can be conveniently maintained.

The invention discloses a human breast cancer tissue resource library management system which comprises a server module, an administrator module, an entering module, a user module, a checking module and a temporary storage module. The administrator module is connected with the server module, the server module is further connected with the checking module and the user module, the checking module is connected with the temporary storage module, and the temporary storage module is connected with the entering module. According to the human breast cancer tissue resource library management system, fundamental research and breast cancer clinical diagnosis and treatment guiding are associated together, and the human breast cancer tissue resource library management system can be used for fundamental and clinic teaching.

The invention belongs to the field of IDV cloud desktops, and discloses a remote access cloud terminal and system of an IDV cloud desktop, which are used for enabling a user to remotely access a clouddesktop running on an IDV cloud terminal A at an IDV cloud terminal B. The method comprises the following steps of: creating the cloud desktop on a cloud desktop server; caching the cloud desktop from the cloud desktop server to the IDV cloud terminal A; logging in an IDV cloud terminal B, and sending a query request to the cloud desktop server at the IDV cloud terminal B; controlling the IDV cloud terminal A to be started up and controlling the cloud desktop to be started up via the cloud desktop server according to the query request of the IDV cloud terminal B; sending a request to the IDVcloud terminal A from the IDV cloud terminal B to obtain connection information of the SPICE protocol, and remotely accessing a cloud desktop running on the IDV cloud terminal A. According to the terminal disclosed in the invention, cross-terminal access to the cloud desktop can be realized; a user is no longer bound to a single IDV cloud terminal, and does not need to care about which IDV cloud terminal the cloud desktop operates on, and therefore the function of accessing to work anytime and anywhere is realized.