31results about How to "Data detection is convenient" patented technology

Some embodiments provide an integrated circuit (“IC”) with a primary circuit structure. The primary circuit structure is for performing multiple operations that implement a user design. The primary circuit structure includes multiple circuits. The IC also includes a secondary monitoring structure for monitoring multiple operations. The secondary monitoring structure includes a network communicatively coupled to multiple circuits of the primary circuit structure. The secondary monitoring circuit structure is for analyzing the monitored operations and reporting on the analysis to a circuit outside of the IC.

Provided is a method, system, and program for providing synchronization in a binary data stream. A binary data stream is received. A synchronization mark having at least one isolated peak is generated into at least one point in the data stream. An encoded data stream is formed by concatenating the synchronization mark with the received binary data. During decoding, the synchronization mark is detected based on error propagation occurring adjacent to the at least one isolated peak of the synchronization mark.

A communications receiver receives a received continuous phase modulation (CPM) signal having an original modulation index of h and includes a filter, a continuous phase reconstructor using phase unwrapping, and a modulation index scaler for generating a reconstructed CPM signal having a scaled modulation index H from the received CPM signal having a small modulation index h, with the scaled modulation index H preferably being greater than the original modulation index h, so that, the transmitted CPM signal occupies a narrow bandwidth, yet, during reception, the reconstructed CPM signal with the high modulation index H can be reliably data demodulated for improved performance with reduced demodulation complexity.

A method for bit recovery in an asymmetric data channel, the method comprising the steps of: providing a non-linear equalization filter with two coefficient sets; using the non-linear equalization filter with a first coefficient set for compensating defects of a first type of transition between different storage states; and using the non-linear equalization filter with a second coefficient set for compensating defects of a second type of transition between different storage states.

The invention provides an intelligent monitoring voltage regulating compensation and protection control system for a high-speed DSP control power grid. A transformer isolation switch and a power griddetection device are connected with a transformer; a load isolating switch and a load detecting device are used for being connected with a load; the power grid detection device and the load detectingdevice transmit voltage and current signals of a plurality of paths as power grid detection signal data to a signal acquisition and analysis device; the signal acquisition and analysis device analyzesand calculates power grid signal data and parameters about power grid harmonics and reactive harmful power and transmits the power grid signal data and the parameters into a master controller; the master controller calculates a control instruction and power grid and load operation state signal of a power grid voltage regulating compensation controller and a power grid system protection controller; the power grid voltage regulating compensation controller and the power grid system protection controller respectively control and drive a power grid voltage regulating compensation device, the transformer isolation switch and the load isolating switch to execute voltage regulation and protecting operation for a power grid. The intelligent monitoring voltage regulating compensation and protection control system provided by the invention realizes monitoring voltage regulating compensation and protection control of a smart power grid.

The inventio provides a motor output shaft concentricity detection device. The device comprises a detection mechanism and an execution mechanism; a detection mechanism is arranged on the detection mechanism in a sliding cooperative way; in the normal revolving process of the output shaft, the revolving of the concentric output shaft cannot produce an elliptic motion trajectory, when the output shaft produces the eccentricity, a shrinkage block moves since the elliptic trajectory motion causes the contacting with an arc resisting plate, and the eccentricity can be displayed on an arc plate through an adjusting connecting rod, thereby facilitating the observation of the detection personnel; the problems that the tiny eccentricity of the motor output cannot be detected since the existing detection device is complex in operation, and the detected output shaft eccentric degree cannot be marked, the detection effect is unsatisfactory, a large amount of detection error is existent, and the motor has the safety loophole that the output shaft frequently fractures in the later use process can be solved.

The invention discloses a soil layered settlement monitoring device and method. The device includes a plurality of settlement monitoring mechanisms, the settlement monitoring mechanism includes an anchor mechanism, a displacement sensor and a displacement transmission rod, and the anchor mechanism includes a sleeve, a piston and a compression spring reset Mechanism, as well as anchoring parts, the lower end of the sleeve is provided with a sealing cover and a bottom cover, the upper end of the sleeve is provided with a top cover, the bottom cover is provided with a hydraulic pipe part that provides hydraulic oil for the piston, and a hydraulic pump is provided outside the top of the buried hole The method comprises the following steps: 1. Drilling of buried holes; 2. Temporary assembly of the settlement monitoring mechanism on the ground; 3. Hanging of the settlement monitoring mechanism and installation of displacement sensors; 5. Backfilling of buried holes; 6. Acquisition of layered settlement monitoring data. The invention has reasonable design, realizes settlement deformation monitoring at different depths of the soil body, has high monitoring precision and high degree of automation.

The present invention relates to an Internet of Things data acquisition and packaging device, which includes an acquisition unit, a processing unit and a transmission unit, wherein: the acquisition unit acquires sensor data of a group of sensors in a sensor array according to a preset time interval, and transfers the The sensor data is packed into a data frame; the processing unit receives the data frame from the acquisition unit and packs more than one data frame into a first data packet; the transmission unit receives the data frame from the processing unit A first data packet, encapsulating more than one first data packet into a second data packet and sending the second data packet. The invention also provides a data acquisition and packaging method of the Internet of Things. Through the IoT data acquisition and packaging device and method of the present invention, the sensor array does not need to be equipped with a local clock, and the scope of application is wider.