70results about How to "Synchronization" patented technology

The invention provides a method for treating high-concentration salty waste water and waste residue at low cost. The method is characterized by comprising a step 1 of mixing high-temperature smoke generated by burning of the waste residue with atomized waste water, and separating out water vapor smoke; a step 2 of separating out smoke through condensing of the water vapor smoke; a step 3 of subjecting the smoke to secondary burning, waste heat recovery, rapidly quenching treatment and purification treatment, and discharging the treated smoke. The method and the device thereof can simultaneously treat the waste residue and the waste water, and the treatment cost is low.

The present invention relates to a 3D picture processing device comprising an input unit for receiving a video signal, an output unit for providing a video signal for a 2D display device, preferably a TV set, and a 3D shutter glasses driver unit for generating a driving signal to control 3D shutter glasses. A delay compensation unit is coupled to the driver unit and adapted to compensate for the processing delay present in the display device, preferably the TV set.

Each of processors has a barrier write register and a barrier read register. Each barrier write register is wired to each barrier read register by a dedicated wiring block. For example, a 1-bit barrier write register of a processor is connected, via the wiring block, to a first bit of each 8-bit barrier read register contained in the processors, and a 1-bit barrier write register of another processor is connected, via a wiring block, to a second bit of each 8-bit barrier read register contained in the processors. For example, a processor writes information to its own barrier write register, thereby notifying synchronization stand-by to the other processors and reads its own barrier read register, thereby recognizing whether the other processors are in synchronization stand-by or not. Therefore, a special dedicated instruction is not required along barrier synchronization processing, and the processing can be made at a high speed.

The invention discloses a structure and a construction method of a muddy coast sheet pile wharf. The wharf is formed by combining a temporary causeway, a front sheet pile wall, a rear anchoring wall, an anchoring pull rod and a reinforcing soil body between the front sheet pile wall and the rear anchoring wall, wherein the temporary causeway is arranged on a muddy foundation, the front sheet pile wall and the rear anchoring wall penetrate through a dike body and a sludge layer to enter into a soil layer with high bearing capacity; a track pile foundation is piled; reinforcing the sludge between the front sheet pile wall and the rear anchoring wall by virtue of a cement mixing pile; throwing and filling rock mound behind the front sheet pile wall and the rock mound in front of the rear achoring wall; and connecting the front sheet pile wall with the rear anchoring wall by virtue of the anchoring pull rod, and finally combining the integral sheet pile structure. The sheet pile wharf constructed by the invention can be directly applied to the muddy foundation.

In some aspects, the disclosure is directed methods and systems for establishing a wideband radar system for imaging. A receiver of a radar imaging system may receive a set of phase measurements for each of a plurality of frequency bands, each of the plurality of frequency bands established by up-converting or down-converting a base frequency band. A phase adjuster of the radar imaging system may identify, from each region of overlap between consecutive frequency bands of the plurality of frequency bands, a phase difference between corresponding sets of the phase measurements. The phase adjuster may adjust one or more sets of the phase measurements based on the identified phase differences to generate an image across the plurality of frequency bands.

Apparatus, and an associated method, for facilitating synchronization of a mobile station with a radio network in a GSM/EDGE-compatible, cellular communication system. The FCCH is monitored to obtain positional and frequency offset information. Once obtained, the information is used to obtain SCH burst information broadcast upon an SCH. Monitoring of the FCCH continues while the SCH burst information is detected and decoded. If additional FCCH control information is detected that has an associated quality metric value that is better than the quality metric value associated with earlier FCCH, control information, the newly-received information is used to detect the SCH burst information, absent successful decoding of the SCH burst information.

The invention discloses a broadcast quality monitor comprising a display screen. The broadcast quality monitor is characterized by comprising an equalizer, a demultiplexing module, an AES 3-to-I S module, a D/A converter module, a data sampling module, a data processing module, a dynamic audio frequency sliding column module and a display driver module, wherein the equalizer is used for equalizing and compensating the line loss of the SDI signals embedded in the digital audio signals; the demultiplexing module is used for demultiplexing and separating out a video signal and a first audio signal; the AES 3-to-I S module is used for converting the first audio signal into an I S audio signal; the D/A converter module is used for converting the I S audio signal into a simulated audio signal; the data sampling module is used for sampling the voltage of the simulated audio signal; the data processing module is used for converting a voltage value obtained by sampling into a dB value; according to the dB value, the dynamic audio frequency sliding column module is used for generating and transferring a dynamic audio frequency sliding column with corresponding length to the display driver module according to the dB value; the display driver module is used for overlapping the dynamic audio frequency sliding column on the video signal; therefore the dynamic audio frequency sliding column can be displayed on the display screen in real-time. The invention completely solves the problem of audio monitoring of SDI interfaces by one step.

The invention discloses a multi-camera array-based large-size industrial plate online measurement method. The method comprises the following steps: S1, constructing an embedded camera array accordingto the shape of an industrial plate and a target size; S2, an ARM is adopted to control a common monocular camera to collect a local high-resolution image of the plate; S3, realizing feature extraction and local measurement of the local high-resolution image target by utilizing an embedded technology; And S4, image splicing is carried out according to the target edge features of the local images,a global image is reconstructed, and the geometric dimension of the industrial plate and accurate segmentation of multiple targets are calculated. According to the invention, a distributed processingarchitecture is adopted, the subsystems synchronously process, the scale of the system has expandability and is not limited by the shape and the target size of an industrial plate, and the measurementprecision and the operation efficiency are high.

The invention discloses a miniature tubular total station which is convenient to carry, simple in structure and can improve measurement accuracy and work efficiency. The total station is characterized in that the total station is provided with a tubular cylinder; a control module and a wireless network communication module connected with the control module are arranged in the tubular cylinder; a wireless display and control terminal is arranged correspondingly to the wireless network communication module; a sleeved which is coaxial with the tubular cylinder is in slide connection with the upper end of the tubular cylinder; the lower end of the sleeve is connected with a first shaft angle encoder; an output of the first shaft angle encoder is connected with the control module; the top end of the sleeve is provided with a pair of shaft brackets in opposite arrangement; a rotating shaft perpendicular to the tubular cylinder is arranged between the pair of shaft brackets; a distance measurement module and a second shaft angle encoder are fixedly connected with the rotating shaft; an aiming device the collimation axis of which is parallel to a distance measurement reference axis is fixed to the distance measurement module; and a level gage is fixed on the tubular cylinder or the sleeve.

The embodiment of the invention provides a satellite signal receiving and processing system and a satellite signal receiving and processing method. The system comprises a filter, a first low noise amplifier, a mixer, a second low noise amplifier, a digital-to-analog converter and a visual signal processing module, wherein the visual signal processing module comprises a filtering sub-module, a signal synchronization sub-module, a baseband processing sub-module, a data analysis sub-module and a display sub-module. According to the satellite signal receiving and processing system and method provided by the embodiment of the invention, it is possible to synchronize the reception and processing of a satellite signal, thereby satisfying the real-time analysis requirement of a tester for the satellite signal, and since the processing result can be displayed directly in a visual manner, the tester can view the satellite signal processing result intuitively at the first time, thereby improvingthe user experience.