30results about How to "Solving Detection Errors" patented technology

The utility model relates to a calibration method for the oven which is used for measuring water in the tobacco and a method for measuring the water in the tobacco; wherein the calibration method for the oven which is used for measuring water in the tobacco is as follows: a standard sample with known water content is put into the oven to be calibrated to do the test on a prescriptive environmental condition, then the difference between the determination result and the standard value is calculated, then the fan velocity and the heating curve of the oven are adjusted until the determination result and the standard value are uniform according to the difference. The utility model can guarantee the product quality stability and consistency of the same brand tobacco produced by different production lines and different manufacturing sites by calibrating any oven as the tool for calibrating the on-line water determinative instrument.

The cartridge stores the ink liquid supplied to the ink-jet head of the ink-jet printer in the ink pouch, and includes: a liquid supply port for allowing the ink liquid stored in the ink pouch to be supplied to the ink supply tube of the printer by connecting a liquid supply needle (not shown in the drawing) provided in the cartridge mounting portion when the ink cartridge is mounted on the cartridge mounting portion of the ink-jet printer; a remaining amount detection sensor which outputs a predetermined electric signal for notifying the main controller of the ink-jet printer of a fact that the remaining amount of the ink liquid reaches the near end when the remaining amount of the ink liquid stored in the ink pouch is consumed to the threshold value which is the near end; and an information memory from / to which information is readable and writable by the main controller of the ink-jet printer. The information memory stores correction information for correction the detection error of the remaining amount detection sensor when the near end is detected.

The invention relates to an SF6 online monitoring system, which comprises a pointer type SF6 gas density relay, a three-way pipe, a remote transmission module, a sensor module, a self-induction fan and a pipeline, wherein the pointer type SF6 gas density relay is connected with a first interface of the three-way pipe, the sensor module is arranged in the three-way pipe, the sensor module is connected with the remote transmission module, the pointer type SF6 gas density relay comprises a pressure gauge, the remote transmission module is installed on the pressure gauge, a second interface and a third interface of a three-way pipe are connected with a pipeline, one end of the pipeline is connected with a transformer switch body, the other end of the pipeline is a verification port, and a self-inductance fan is arranged in the pipeline. The problem that detection errors are generated due to the fact that SF6 gas in the density relay does not circulate is solved, real-time detection of the full-period operation state of the high-voltage equipment is achieved, and reliable operation of the high-voltage equipment is guaranteed.

The invention relates to a vibration device and a control method thereof, electronic equipment and a storage medium. The vibration device comprises a motor, a photoelectric transceiving assembly and acontrol circuit; the motor comprises a vibrator and a fixed part, and the vibrator can move relative to the fixed part; the photoelectric transceiving assembly is connected to the fixing part, and isused for emitting detection light and receiving the detection light reflected by the oscillator; and the control circuit is connected with the photoelectric transceiving assembly and is used for detecting the time interval between the time when the photoelectric transceiving assembly emits the detection light and the time when the photoelectric transceiving assembly receives the detection light and controlling the motion state of the vibrator according to the time interval, so that the vibration detection and control precision of the motor vibrator is improved.

The present disclosure relates to a vibration device and its control method, electronic equipment, and storage medium. The vibration device includes: a motor, a photoelectric transceiver component, and a control circuit; the motor includes a vibrator and a fixing part, and the vibrator can be relatively The fixed part moves; the photoelectric transceiver component is connected to the fixed part, and the photoelectric transceiver component is used to emit detection light and receive the detection light reflected by the vibrator; the control circuit is connected to the photoelectric transceiver component, It is used to detect the time interval between emitting and receiving the detection light by the photoelectric transceiver component, and controlling the motion state of the vibrator according to the time interval, thereby improving the accuracy of vibration detection and control of the motor vibrator.

The utility model relates to a calibration method for the oven which is used for measuring water in the tobacco and a method for measuring the water in the tobacco; wherein the calibration method for the oven which is used for measuring water in the tobacco is as follows: a standard sample with known water content is put into the oven to be calibrated to do the test on a prescriptive environmental condition, then the difference between the determination result and the standard value is calculated, then the fan velocity and the heating curve of the oven are adjusted until the determination result and the standard value are uniform according to the difference. The utility model can guarantee the product quality stability and consistency of the same brand tobacco produced by different production lines and different manufacturing sites by calibrating any oven as the tool for calibrating the on-line water determinative instrument.

The invention discloses a miniature flow cytometer fluid path system. The system comprises a flowing chamber, a sample pipeline, a sheath fluid pipeline, a waste fluid pipeline and a gas pipeline. A sample to be tested is conveyed via a small-flow peristaltic pump and then flows into the flowing chamber after passing through a pulse buffer; sheath fluid is conveyed via a large-flow peristaltic pump or a diaphragm pump and then unilaterally or symmetrically flows into the flowing chamber after passing through a bag type filter element and the pulse buffer; a miniature air pump is connected to the flowing chamber via an one-way valve so as to remove pipeline bubbles. A pressure sensor is mounted at the exit of the flowing chamber and is used for monitoring pressure change and abnormity. A liquid level sensor is arranged in each of a sheath fluid pool and a waste fluid pool and is used for setting a liquid level alarm. A filter screen is mounted at the atmospheric connection part of the sheath fluid pool and the miniature air pump to prevent impurities from entering. Through the omission of an air pressure pump in a traditional miniature flow cytometer, the miniature flow cytometer fluid path system is simple in structure and convenient to clean, has the function of removing bubbles and can meet the application requirement on miniaturization of the miniature flow cytometer.

The invention provides a method for improving detection near-space precision. The method comprises the following steps: under a calibration mode, recording a first calibration propelling quantity NE1when a light blocking sheet on a moving component of an injector blocks a photoelectric switch on an injection pump, and recording an empty propelling quantity NE2 when a piston of the injector movesto the end; calculating a calibration relative quantity difference delta NE between the first calibration propelling quantity NE1 and a near-space relative quantity NE0 according to the preset near-space relative quantity NE0 of the injector, the first calibration propelling quantity NE1 and the empty propelling quantity NE2; and under a normal injection mode, recording a first propelling quantityE1 when the light blocking sheet blocks the photoelectric switch, using the difference of a real-time second propelling quantity E2 recorded when the piston of the injector moves and the first propelling quantity E1 as a working relative quantity difference E3 to be compared with the calibration relative quantity difference delta NE, and judging that the injector is propelled to a near-space state when the working relative quantity difference E3 is greater than the calibration relative quantity difference delta NE.

A method for detecting the pros and cons of a driver’s parking technique provided by the present invention is based on a variety of sensors to obtain action data such as the steering wheel and brakes during the driver’s parking process in a time-series manner to obtain a multi-modal time series; and further based on volume The neural network architecture of the integral-variable autoencoder extracts the features of the multi-modal time series and generates simulated samples; performs reconstruction probability detection based on the simulated samples, and judges the pros and cons of the driver's parking technology based on the detection results. The intelligent recommendation method provided by the present invention can be based on judging the pros and cons of the driver's parking technique, and then can recommend the automatic parking function or other executable functions to the driver when needed. The present invention also provides a detection system and electronic equipment for the pros and cons of the driver's parking technique, both of which have the same beneficial effect as the above method.

The invention discloses a copy number variation detection method based on next generation sequencing. The method comprises the following steps: pre-processing copy number variation data, constructing a sliding window, calculating of statistics, implementing a replacement policy, constructing zero distribution, and carrying out performance evaluation of an algorithm. The performance evaluation of the algorithm comprises the steps of judging whether a relatively high correct positive rate can be acquired by the algorithm under the condition that a false positive rate is controllable, evaluating whether the algorithm can relatively accurately estimate a p value or not, detecting a boundary detection capability of copy number variation, and analyzing the calculation complexity of the algorithm. With the adoption of the copy number variation detection method, the problem of copy number variation detection errors, caused by the fact that sequencing platforms and sequencing levels are different, is solved, and a result is relatively accurate; data is normalized by utilizing characteristics of a multi-peak frequency histogram, so that a normal region and a copy number variation region are accurately divided; and a new model is established by a comprehensive effect of relevance between a variation reads number and a variation site, so that the inconsistency problem is solved, and the remarkable level of copy number variation is objectively estimated.