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 method and an apparatus for processing sensory information in a wireless sensor network are provided. The method includes determining at least one of sensor gateways as a serving sensor gateway to manage a target region in response to a sensory information request from a server, collecting the sensory information by means of at least one sensor node connected to the serving sensor gateway, and transmitting the collected sensory information to the server.

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.

The invention discloses a multi-gas-circuit gas pressure remote control system which comprises a plurality of pressure sensor nodes, a plurality of pressure control units and a monitoring host, wherein the plurality of pressure control units are respectively mounted in a plurality of controlled gas circuits, and are used for carrying out synchronous adjustment on gas pressure of the gas circuits; the monitoring host is arranged in a remote data monitoring center; the plurality of pressure sensor nodes and the plurality of pressure control units are respectively distributed along the flow direction of gas in the plurality of controlled gas circuits; each pressure sensor node comprises a pressure sensor, a data processing module, a work parameter adjustment module, a wireless communication module and a power supply module; and the work parameter adjustment module is used for controlling and adjusting relevant work parameters of the pressure sensor node. The multi-gas-circuit gas pressure remote control system is reasonable in design, convenient to mount and arrange, convenient to operate, reliable in performance, and good in use effect; the practical pressure information in the gas circuit can be informed to the monitoring host by the multi-gas-circuit gas pressure remote control system in a wireless network mode; and then the monitoring host sends out corresponding monitoring instructions and carries out remote control on switching value of the vale through the pressure control units.

The invention discloses a water body sampling device. The invention relates to the technical field of river liquid water sampling. An anti-skid sleeve pad fixedly sleeves a negative pressure type drainage unit; an impurity filtering unit is fixedly arranged at the lower middle position in the negative pressure type drainage unit; a sealing cap is fixedly arranged at the bottom of the negative pressure type drainage unit in a sleeving manner; a water pumping pipe is fixedly connected in series to the bottom end surface of the sealing cap. In a water body sampling process, a water body and impurities in the water body are divided into two parts; later-period detection personnel can conveniently and separately detect the two parts; the improvement of the whole water environment is facilitated. A filtering assembly is arranged in the impurity filtering unit, and the filtering assembly is in threaded connection with an external supporting wall, so that part of the filtering assembly can bedetached from the whole water body sampling device, a filtering net existing in the filtering assembly can be cleaned or replaced conveniently, the accuracy of later-period detection data is improved,and the practicability is improved.

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 discloses a liquid shock preventing control method and device for an air conditioner system and the air conditioner system. The method includes the following steps that the exhaust superheat degree of a compressor is obtained in real time, and the exhaust superheat degree is monitored in the running process of the air conditioner system; if the exhaust superheat degree is smaller than the first preset value and lasts for the first preset time, a timer is controlled to begin to conduct timing; and when the timing time of the timer reaches the second preset time, an outdoor unit of the air conditioner system is controlled to be stopped so as to prevent the liquid shocks from happening to the compressor. Thus, by means of the liquid shock preventing control method of the embodiment, it can be ensured that a refrigerant returning to and sucked by a compressor air returning opening is in a pure gas state by monitoring the exhaust superheat degree in the air conditioner system in real time, and therefore the liquid-state refrigerant is prevented from entering the compressor, and liquid shocks are avoided. In addition, the exhaust superheat value of the embodiment is large, data detection and control are facilitated, the liquid shock preventing control precision is improved, and safety and reliability of running of the air conditioner system are improved.

The invention discloses a soil body layered settlement monitoring device and a method. The device comprises a plurality of settlement monitoring mechanisms; each settlement monitoring mechanism comprises an anchoring mechanism, a displacement sensor and a displacement transmission rod; each anchoring mechanism comprises a sleeve, a piston, a compression spring reset mechanism and an anchoring part; a sealing cover and a bottom cover are arranged at the lower end of each sleeve; a top cover is arranged at the upper end of each sleeve; a hydraulic pipe component for providing hydraulic oil for the pistons is arranged on the bottom covers; and a hydraulic pump is arranged outside the top of a embedding hole. The method includes the steps of step one, drilling the embedding hole; step two, temporarily assembling the settlement monitoring mechanisms on the ground; step three, lifting the settlement monitoring mechanisms and installing the displacement sensors; step four, continuously lifting the settlement monitoring mechanisms and anchoring the anchoring mechanisms; step five, backfilling the embedding hole; and step six, acquiring layered settlement monitoring data. The soil body layered settlement monitoring device is reasonable in design, the settlement deformation monitoring of soil at different depths is achieved, the monitoring precision is high, and the automation degree ishigh.

The present invention is related to systems and methods for enhancing data detection in a data processing system.

The invention discloses an SF6 comprehensive analyzer-based multi-gas detection chamber and a detection method thereof. The SF6 comprehensive analyzer-based multi-gas detection chamber comprises a gas chamber body, wherein a first passage for detecting a decomposition product, a second passage for detecting the SF6 purity and a third passage for detecting the moisture content are arranged on the gas chamber body; the first passage is sequentially connected with a first flow control valve, a hydrogen electrochemical sensor, a first flow meter, a first SO2 electrochemical sensor, a first H2S electrochemical sensor and a first CO electrochemical sensor; the second passage is sequentially connected with a second flow control valve, an SF6 sensor and a second flow meter; the third channel is sequentially connected with a third flow control rate, an H2O sensor and a third flow meter; inlets of the first flow control valve, the second flow control valve and a third flow control valve are connected in parallel. By the SF6 comprehensive analyzer-based multi-gas detection chamber, the detection efficiency is greatly improved; the detection error is reduced; the detection accuracy is greatly improved; the detected data are relatively reliable; the three passages are integrally arranged, so that the integration level of equipment is greatly improved; the occupied space of the equipment is saved; the structure is relatively compact.

A Maximum Likelihood Sequence Estimator comprises a signal receiver (401) which receives a first signal for decoding. An ISI processor (403) generates a compensation signal from the first signal. The compensation signal represents intersymbol interference outside a channel model window of a Maximum Likelihood Sequence Estimation (MLSE) but does not represent intersymbol interference within the channel model window of the MLSE. A compensation processor (405) generates a compensated signal by compensating the first signal by the compensation signal, e.g. by subtracting the compensation signal from the first signal. The compensated signal is fed to a MLSE decoder (407) which decodes data of the first signal by performing the MLSE on the compensated signal. The invention may provide reduced detection error rates and may in particular be suitable for optical disc reading systems.

Systems, methods, devices, circuits for data processing, and more particularly, and more particularly to data processing relying on efficiency improved data detection.

An efficiency evaluation and analysis method based on energy conservation and emission reduction relates to the technical field of energy conservation and emission reduction. The method comprises the following steps: step 1: data monitoring: a detection sensor is connected with detection equipment; the detection equipment is connected with an upper computer; the detection sensor is used for transmitting detected data to the detection equipment; the detection equipment is used for transmitting the data to the upper computer; the upper computer is used for performing fitting through secondary curve software to obtain a curve chart; step 2: data comparison: the detected data is subjected to comparison processing and the compared data is subjected to emission reduction efficiency evaluation; step 3: data analysis: the data analysis is carried out according to the detected data and dispatching is carried out according to the analyzed data; and step 4: data collection: the dispatched data is acquired and subjected to collection processing. By virtue of the efficiency evaluation and analysis method, data detection, evaluation and analysis can be conveniently carried out, the efficiency is improved, and time and energy sources are saved.

The invention belongs to the technical field of medical equipment, and discloses a novel surgical nursing dressing changing apparatus, control system and control method. The novel surgical nursing dressing changing apparatus is provided with a distilled water bottle, an alcohol bottle, a hemostatics bottle, an anti-inflammatory drug bottle, a spraying gun, an air pressure pipe, a liquid medicine pipe, a rubber pipe, a pressurizing rod, an air pressure display meter, a bottle opening switch, a liquid leakage detection module and a bacteria detection module. The alcohol is stored in the alcoholbottle, the hemostatics are stored in the hemostatics bottle, the anti-inflammatory drug is stored in the anti-inflammatory drug bottle, and the four bottles are pressurized by virtue of the pressurizing rod. By adopting the novel surgical nursing dressing changing apparatus, the complicated dressing changing apparatus is simplified, so that the dressing changing time is saved, and the working efficiency is increased; in addition, the medicine is sprayed by using the spraying gun, the medicine is more uniformly sprayed, and the treatment on a wound can be facilitated; meanwhile, whether the liquid medicine is leaked or not can be detected by virtue of the liquid leakage detection module; and the bacteria information in the dressing changing process can be detected by virtue of the bacteriadetection module, so that the cleanliness and hygiene in the dressing changing process can be ensured.

A plasticizing device includes a plasticizing cylinder and a plasticizing screw arranged in the plasticizing cylinder. The plasticizing screw is rotatable about, and linearly movable along, a longitudinal axis. The plasticizing screw comprises a functioning section. A sensor is arranged in or on the plasticizing cylinder, and a distance to the surface of the functioning section of the plasticizing screw can be measured by the sensor. A detecting device can detect a type of the functioning section and/or an operating state of the functioning section, can detect a distance signal progression by a movement of the functioning section relative to the sensor, can compare the detected distance signal progression with a stored distance signal progression, and can issue a signal representing the type of functioning section and/or the operating state of the functioning section depending on a matching of the detected distance signal progression with a stored distance signal progression.