Abstract: A vehicular infrared night assistant driving system may include a vehicle rotation followup mechanism that rotates at an angle corresponding to a rotation of a wheel, a night vision infrared camera that rotates synchronously with the rotation of the vehicle rotation followup mechanism and captures infrared images of objects ahead of the vehicle in real time, a wheel sensing mechanism that detects in real time the rotation angles of the wheel and gear position of the vehicle, and an Electronic Control Unit connected respectively with the wheel sensing mechanism and the vehicle rotation followup mechanism to generate control signals for controlling the rotation of the vehicle rotation followup mechanism based on the information output from the wheel sensing mechanism. The infrared camera rotates synchronously with that of the wheel, eliminating the visual-field defect of the thermal imaging while the vehicle is changing direction, which improves security while driving at night.

Abstract: A flight system of an infrared camera and its communication method are disclosed. The system includes an infrared camera mounted on an aircraft. The system may also include: a signal collection and process unit provided on the infrared camera for obtaining infrared image signals of a monitored object and transforming the image signals into communication signals; a communication signal transmission unit for receiving the communication signals from the signal collection and process unit, emitting the received communication signals via a communication channel, and receiving communication signals to transmit to the infrared camera; and an on-board satellite communication apparatus for emitting the communication signals to a satellite, and receiving communication signals coming from the satellite to be transmitted to the communication signal transmission unit.

Abstract: A system and method are provided for processing digital signals of an infrared image. In a frame's backward-stroke, performing a differential weight accumulation process on an original column diagram data representing an original column diagram curve distribution of a current frame image, so as to filter overbright or overdark pixels, and output grayscale value data of a last frame image after being processed in a last frame's backward-stroke. In a frame's forward stroke, receiving the grayscale value data of the last frame image and performing a grayscale shift process in way of multi-meandering lines on the received grayscale value data, so as to perform different levels of brightness grayscale shift for the grayscale value data on bright or dark side, and output the processed grayscale value data of the last frame image. The present application can provide better scene adaptability for the infrared image.

Abstract: The present application provides a system and method for controlling an infrared camera by using a mobile phone. The system includes a client and an infrared camera used as a server and connected to the client through a communication network. The infrared camera is mounted in a location to perform infrared measuring and/or monitoring, so as to provide infrared image videos of a monitored object and temperature data of the points contained in an infrared image. The client is mounted in a position far away from the location of the infrared camera to provide a remote control for the infrared camera. The present application allows monitoring personnel or a user to remotely monitor and control an infrared camera by using a mobile phone.

Abstract: A method is provided for optimizing allocation of transmission resources in a mobile radio communication cellular network. The network has at least one base station controlled by a base station controller, and a connecting network connecting the base stations(s) with the base station controller, wherein setting up, maintaining and terminating a communications channel between a mobile station located in the cellular network are implemented by exchanges of signalling messages. The connecting network includes at least one radio link with shared resources between the base station(s) and the base station controller. Such a method includes: analysing content of all or a portion of the signalling messages, including searching for and detecting in the content of the signalling messages data indicating a traffic activity; and allocating or not allocating a resource channel in the radio link with shared resources according to data indicating a traffic activity.

Abstract: The anodizing treatment station (3) in a vertical.

Abstract: A method for transmitting data in a mobile radio communication cellular network, wherein setting up, maintaining and terminating a data communication channel between a caller and a called party located in the cellular network are implemented by the exchanges of signaling messages. A caller and/or a called party each is located in a local zone of the cellular network. The method includes: a first detecting phase if the caller and the called party of the communication are located in the same local zone of the cellular network, according to a detection strategy including a step of analyzing all or a portion of the signaling messages; and then triggering a local loopback operation of all or a portion of the data exchanged between the caller and the called party, in the case where the detecting phase confirms the local nature of the communication between the caller and the called party.

Abstract: A system and method for road surface defects detection based on infrared imaging technology, while the system comprising: a detection vehicle traveling on a detected road surface; a pan and tilt provided on the detection vehicle and rotate horizontally and vertically with respect to the detection vehicle; an infrared camera detachably set on the pan and tilt, which is used to capture infrared thermal images of the detected road surface, and to output inferred thermal image digital signals about the inferred thermal images including temperature values of the detected road surface; a main controller provided on the detection vehicle and connected to the pan and tilt and the infrared camera respectively, which is used to control capture actions of the infrared camera, to control angles of the horizontal and vertical rotations of the pan and tilt, and to transform the infrared thermal image digital signals output from the infrared camera into digital signals to be used in standard network transmission; and a data

Abstract: An antenna for communicating with a satellite from a moving vehicle. The antenna comprises a transmitter for generating a transmission signal, main and sub reflectors, and a waveguide associated with the transmitter for conducting the transmission signal toward the sub reflector. The sub reflector is configured for redirecting the transmission signal toward the main reflector; the main reflector is configured for projecting the redirected transmission signal as an antenna beam toward the satellite.

Abstract: An infrared camera with a rotatable core assembly, the infrared camera having; a main body including a body shell and a signal processor installed in the body shell; a core assembly including a core assembly housing, an infrared lens provided at the front end of the core assembly housing, and a sensing unit installed in the core assembly housing; a handle connected to the main body; and a LCD display used to display a picture and rotatably installed on one side of the main body, wherein the core assembly is rotatably connected to the front end of the body shell. The infrared camera according to the present application can switch its shooting modes among horizontal type, gun type and upright type according to the requirements of the observation by a user.

Abstract: Taught is an infrared camera comprising an infrared detection device having an infrared optical lens with a center line, an infrared detector, and a shutter, and being enclosed by an enclosure 7 having a front portion and a rear portion; and a multifunctional base 20 having a top and a bottom; wherein a connection member 11 is disposed on the rear portion of the enclosure 7; a connection member 12 is disposed on the top of the multifunctional base 20; the connection member 11 is engageable with the connection member 12; the bottom of the multifunctional base 20 is formed as a plane 25, the plane 25 being able to form a connection with a support surface; the infrared detection device being capable of being connected to the multifunctional base 20 by engagement of the connection member 11 with the connection member 12; and the infrared detection device is capable of being placed horizontally with the assistance of the plane 25 of the multifunctional base 20.

Abstract: An antenna for communicating with a satellite from a moving vehicle. The antenna comprises a transmitter for generating a transmission signal, main and sub reflectors, and a waveguide associated with the transmitter for conducting the transmission signal toward the sub reflector. The sub reflector is configured for redirecting the transmission signal toward the main reflector; the main reflector is configured for projecting the redirected transmission signal as an antenna beam toward the satellite.

Abstract: An antenna for communicating with a satellite from a moving vehicle. The antenna comprises a transmitter for generating a transmission signal, main and sub reflectors, and a waveguide associated with the transmitter for conducting the transmission signal toward the sub reflector. The sub reflector is configured for redirecting the transmission signal toward the main reflector; the main reflector is configured for projecting the redirected transmission signal as an antenna beam toward the satellite.

Abstract: A method and apparatus are provided for transmitting data exchanged by two terminals in a cellular radiocommunication network, each of the terminals being respectively associated with a base station of the cellular network. The method includes: identifying a shortened transmission path between the base stations, the shortened transmission path defining a direct transmission path for the data between the base stations without transiting via transcoding equipment present in the cellular radiocommunication network; and transmitting at least a portion of the data via the shortened transmission path, which is also called an intercellular loop-back operation.

Abstract: A method for transmitting data in a mobile radio communication cellular network, wherein setting up, maintaining and terminating a data communication channel between a caller and a called party located in the cellular network are implemented by the exchanges of signalling messages. A caller and/or a called party each is located in a local zone of the cellular network. The method includes: a first detecting phase if the caller and the called party of the communication are located in the same local zone of the cellular network, according to a detection strategy including a step of analysing all or a portion of the signalling messages; and then triggering a local loopback operation of all or a portion of the data exchanged between the caller and the called party, in the case where the detecting phase confirms the local nature of the communication between the caller and the called party.