2611results about How to "Real time monitoring" patented technology

An apparatus including a memory device for storing a limitation or restriction on an account use received via the Internet and / or World Wide Web and a processing device for determining whether a transaction on the account or a use of a wireless or cellular communication device is authorized, allowed, or disallowed. An apparatus including a processing device for processing information regarding a banking transaction or use of a wireless or cellular communication device and generating a signal containing information regarding the transaction or device use and a transmitter for transmitting the signal to a communication device. An apparatus including a processing device for processing transaction information and generating a signal containing transaction information, and a transmitter for transmitting the signal to a communication device via the Internet and / or World Wide Web independently of transaction processing by a central transaction processing computer.

The invention relates to an intelligent robot. The intelligent robot comprises a man-machine interface module, a main controller, an environment monitoring module, a robot positioning module, a motor driving module, a vision module, a voice module, a data storage module, a wireless data transmission module and a power supply management module, wherein the man-machine interface module performs man-machine information exchange with a user and transmits the received data to the main controller; the environment monitoring module inputs the detected information to the main controller; the robot positioning module transmits external information to the main controller; the motor driving module is controlled by the main controller to perform servo control on a driving motor in the motor driving module; the vision module and the voice module transmits the acquired signals to the main controller; the main controller inputs various acquired signals into the data storage module and compares the signals with pre-called service data packets in the data storage module; the main controller controls the wireless data transmission module to perform information exchange with a server according to the preset fixed time; and the power supply management module supplies power to each module in the robot.

The invention discloses a security reinforcement method for a credible container based on Docker used for performing security reinforcement on a Docker container system, and realizes the credible container based on the Docker, as well is applied to a server cluster based on the Docker. The credible container based on the Docker comprises a container program Docker, a container credible measurement module, a progress monitoring module and a network communication monitoring module, wherein the container credible measurement module comprises a credible booting sub-module and a file measurement sub-module. The reinforcement method focuses on the credibility of the Docker container; a credible computing and integrity measurement technology is matched with a real-time monitoring module to reinforce the container system based on the Docker, so that the container and a mirror image are prevented from tampering; and meanwhile, a network communication behavior of the container is limited, and an inner progress of the container is monitored, so as to realize the security reinforced credible container.

The invention discloses an intelligent toothbrush sleeve system. The intelligent toothbrush sleeve system comprises a toothbrush sleeve, an intelligent device in communication with the toothbrush sleeve and a cloud server in communication with at least one intelligent device. The toothbrush sleeve is arranged on the periphery of one end of a toothbrush handle in a sleeving mode and comprises a sleeve body, a control chip, a timer, an acceleration sensor, a pressure sensor, a gyro, a first Bluetooth module and an indicator lamp, wherein the control chip, the timer, the acceleration sensor, the pressure sensor, the gyro and the first Bluetooth module are arranged in the sleeve body, and the indicator lamp is arranged on the outer surface of the sleeve body. The acceleration sensor, the timer, the gyro, the pressure sensor, the first Bluetooth module and the indicator lamp are connected with the control chip. By means of the intelligent toothbrush sleeve system, tooth brushing behaviors can be monitored, and users can be reminded to healthily brush teeth; in addition, use is convenient, and cost is low.

The invention belongs to the field of robots, and relates to a multi-sensor information collection analyzing system, a robot device which performs real-time monitor and adjuvant treatment for autism children by using the system and a control technology of the robot device. In the multi-sensor information collection analyzing system, a plurality of sensors, collectors and information output equipment transmit communication information by adopting a controller area network (CAN) fieldbus, and the distribution type information fusion technology ensures that mounting and clipping of the equipmentto be more convenient and efficient. By adopting the multi-information fusion technology, the ways for the robot to collect interactive object emotions are increased, and the affinity and interactivesuccessful rate of human-machine interaction are improved.

The invention discloses an UAV (unmanned aerial vehicle), and UAV control system and method. The UAV comprises a main control module, a flight driving module, a GPS module, a camera module and a wireless communication module; the UAV is in wireless connection with a cloud sever through the wireless communication module and communicates with an intelligent terminal device through the cloud server; the flight driving module of the UAV drives the UAV to flight; the GPS module navigates and acquires the location information of the UAV; the camera module acquires an environmental image and acquires corresponding image information; the main control module sends the location position and the image information to the cloud server so that the intelligent terminal device can gain the location information and the image information from the cloud server. The UAV can be monitored and operated on real time and can communicate with the intelligent terminal device on real time, and therefore, the user experience can be effectively increased.

A monitoring, forecasting and alarm system of the bottom and hearth of a blast furnace belongs to the longevity technical field of blast furnaces. The system comprises online monitoring and forecasting hardware and software processing modules; the online monitoring and forecasting hardware consists of a thermocouple and a cooling system which are laid at the furnace hearth and the furnace bottom, and a database of the blast furnace production process is connected by the Ethernet; the software processing modules comprise a data acquisition module, a data validity judgment module, a temperature field computation module, an improved genetic algorithm module, a B-P neural network module, a database, an isotherm, an erosion and thickening image display module, a 3D imaging module, a heat flow monitoring and alarm module and a historical data query module; and the software processing modules are operated on an industrial control computer. The monitoring, forecasting and alarm system has the advantages of low investment, reliability and visualization. The system provides an objective and quantized basis for the erosion and thickening erosion condition of the furnace hearth and the furnace bottom in the blast furnace ironmaking process, and helps a blast furnace operator timely know the condition of the furnace hearth and the furnace bottom and take effective furnace protection measures so as to prolong the service life of the blast furnace.

The invention discloses an in-vivo wireless communication device based on a vascular stent and a wireless communication system. The in-vivo wireless communication device comprises the vascular stent and a trigger circuit mounted on the vascular stent, the trigger circuit is used for acquiring health condition data related to vascular diseases and / or providing in-vivo therapy related to the vascular diseases, an output of the trigger circuit is fed to the vascular stent, the vascular stent serves as an antenna to transmit wireless signals outwards, and the vascular stent further serves as the antenna to receive wireless signals in vitro and transmit the wireless signals to the trigger circuit. A special antenna structure does not need to be arranged in a blood vessel, the in-vivo wireless communication device is small in size, and the blood vessel can be monitored and treated in real time at low cost.

The invention provides a droplet control detector and a working method thereof, and belongs to the technical field of microfluidics. The droplet control detector comprises: a light source; a first electrode and a second electrode, wherein an electric field for driving a droplet to move is formed between the first electrode and the second electrode; the droplet positioned at the light emitting sideof the light source, wherein the the electric field between the first electrode and the second electrode drives the droplet to move when an electrical signal is applied to the first electrode and thesecond electrode; a photodetection structure capable of detecting lights emitted by the light source and reflected by the droplet and obtaining droplet information according to the detection result;and a processing circuit used for controlling the electric signal applied to the first electrode and the second electrode according to the droplet information. The droplet control detector can realizehighly-effective and accurate droplet control.