30results about How to "Large amount of data information" patented technology

A graphical reflective memory network shared storage area data mapping correctness testing method, which has nine major steps. This test method is used to comprehensively test the reading and writing links of the local storage area, the processing link of the underlying network protocol firmware, and the sending and receiving link of the physical layer during the data mapping process of the shared storage area of ​​all nodes in the reflective memory network. It not only allows the user to judge the correctness of the data mapping in the shared storage area, but also has the characteristics of graphics, which can intuitively observe the regularity of code errors when the data mapping is wrong. The graphical test method adopted by the present invention has strong intuitiveness, rich data changes, and can better simulate the actual working conditions of the reflective memory network. Any node in the reflective memory network can be used as a test sending node to initiate a test, and other nodes can be used as a test forwarding node to verify the test results. Its test has strong flexibility and good coverage, which greatly improves the efficiency of testing.

The invention discloses a plant retained element experimental apparatus for water quality and water yield three-dimensional simulation control, comprising a rainwater storage tank, a water pump, a water duct, a bracket, a shower nozzle, a porous water distribution plate, a raining hole, micropore clay pipes, an elbow, water content monitoring probes, an experimental soil bin, a water outlet pipe, a sampling bottle, a desk, a plug, a runoff pipe, a suction pipe, a runoff storage groove, a water content monitor, an automatic display screen, a regulating valve and a water content induction line. A lower outlet of the rainwater storage tank is connected with a water inlet of the water pump; the water outlet of the water pump is used for conveying artificial rainwater to the shower nozzle through the water duct, wherein the shower nozzle is connected with the other end of the water pump; the artificial rainwater is uniformly sprayed in the experimental soil bin via the porous water distribution plate; the micropore clay pipe is located at the middle part of the experimental soil bin and connected with the sampling bottle via the suction pipe, and the water outlet pipe is located at the bottom of the experimental soil bin; and the regulating valve arranged on the water content monitor can selectively connect to different water content monitoring probes and simultaneously display data of the water content of the point on the automatic display screen. The experimental apparatus is simple in structure, economic and practical.

The invention relates to a measurement system and a measurement method for the dispersion characteristics of smoke powder spraying, including a smoke powder spray system, a detection system and a smoke powder recovery system. This technical solution is a detection system that can investigate the dispersion characteristics of the tobacco powder spraying process, which is proposed in response to the process requirements of the existing papermaking method in the reconstituted tobacco leaf industry. air system. The detection system includes a plexiglass dispersion chamber, a micro detection platform, a macro detection platform and a data acquisition system; the macro detection platform can obtain the dispersion information of the entire flow field profile, including the dispersion angle and penetration distance, and the micro detection platform can obtain the time of the local flow field. Average distribution of mean flow field velocity, time-averaged particle distribution plot of average concentration distribution.

The invention discloses a reversible beam divergence angle mobile measurement mechanism. Through a reversible mechanism, a beam divergence angle measurement device can be moved out of a beam area after measurement or during the measuring process. The defect that beam divergence angle measurement is difficult and sensors and cables are easily short-circuited and damaged during long-term ignition of an ion thruster is solved. A rack is a double-layer structure: a rotating device is installed at the upper layer and the lower layer is a cavity with an opening. A crank is an inverted U-shaped structure. One arm of the crank is fixed on the rotating device, and the other arm of the crank is fixed on the beam divergence angle measurement device. In a test state, a test surface of the beam divergence angle measurement device is positioned in a test area and in a vertical state. When the beam divergence angle measurement device withdraws from the test, the rotating device rotates under the control of a stepper motor, and the crank drives the beam divergence angle measurement device to overturn downwards. The crank is contained into the second-layer cavity of the rack. The test surface of the beam divergence angle measurement device departs from the test area and is in a horizontal state.

The invention discloses a metabonomics data fusion optimization processing method. The method comprises the following steps of 1, converting metabonomics data of many patients of different sources into metabonomics data matrixes separately, 2, using an experiment design method to optimize a metabonomics data optimal preprocessing method with different sources separately, then through the optimized data optimal preprocessing method to process the metabonomics data matrixes in the step 1, and through the combination of a classification model, finding metabolite data with great contribution; 3, converting the metabolite data with the great contribution found in the step 2 into an important metabolic data matrix; 4, using the experiment design method to optimize the data optimal preprocessing method of the important metabolic data matrix, through the optimized data optimal preprocessing method, processing the important metabolic data matrix obtained in the step 3, and through the combination of the classification model, typing and classifying different patients. According to the metabonomics data fusion optimization processing method, the accuracy for typing and classifying diseases is improved, and a doctor can be assisted in more precisely laying out a personalized treatment scheme for a patient.

The invention discloses a laser thickness-measuring method and device. The method comprises the following steps of (1) collecting image data of a laser spot returned by a datum plane; (2) conducting preprocessing on the image data of the laser spot, then conducting coarse positioning, and obtaining a spot center pixel point xi after coarse positioning; (3) using the xi to serve as a center to confirm a mono-peak area, conducting fine positioning on a plurality of data points in the mono-peak area, and obtaining a spot center which is marked as x1 after the fine positioning; (4) again collecting the image data of the laser spot returned by an object to be measured, repeating the step (2) and the step (3) to obtain a spot center, which is marked as x2, of the object to be measured after fine positioning, and enabling displacement z of the spot centers of the object to be measured and the datum plane to be | x1-x2 |; and (5) calculating the thickness y of the object to be measured according to the displacement z. The method conducts processing based on a CCD algorithm and an embedded type ARM algorithm, and is high in speed, high in precision and capable of achieving on-line measuring.

The purpose of the present invention is to provide an Internet of Things system, an Internet of Things agent device and an Internet of Things agent method for optimizing Internet of Things services, which can effectively reduce the impact of communication network delays and communication network failures on Internet of Things services, and at the same time reduce the impact of Internet of Things services. Networking services put pressure on communication networks and improve the security of network data. The Internet of Things agent device of the present invention includes: a local processing control unit, which judges whether the data information needs to be processed locally according to the data information received from the Internet of Things terminal device; During local processing, corresponding local processing is performed on the data information; and the control information processing unit generates control information according to the result of local processing by the data information processing unit and sends it to the IoT terminal device; when the local processing control unit judges that it does not need For local processing, the data information is forwarded to the server.

The invention discloses an antenna angle measurement method and system, wherein the method comprises: receiving data information corresponding to each target collected by the antenna and sent by each of the preset M antennas; Fourier transform is performed on the data information corresponding to the root antenna, and the complex index corresponding to each target and each antenna is obtained; the phase corresponding to each target and each antenna is calculated based on the relationship between the complex index and the phase; For the current target, calculate the phase difference between the phases corresponding to each adjacent two antennas and the current target according to the preset rules, and set the phase difference greater than 180 。 The value of is set to zero, the average value of the non-zero phase differences is calculated, and the incident angle corresponding to the average value is calculated based on the relationship between the phase and the incident angle. The incident angle is the incident angle corresponding to the current target. The antenna angle measurement method provided by the present invention solves the technical problem of how to improve the measurement accuracy of the antenna angle measurement method.

The invention discloses an ion thruster beam current testing method based on a Faraday probe array, which can simultaneously realize the testing of the ion thruster beam current distribution, beam divergence angle, and thrust vector deflection angle. All probe test signals are collected synchronously, and the amount of data information is large. It usually only takes a few minutes to complete a complete test and data processing. There is a shielding jacket on the outside of the ion current collection plate of each Faraday probe, and the shielding jacket is directly connected to the disc-shaped metal bracket through metal contact to realize electrical connection, then only one wire can be used to supply bias to the disc-shaped metal bracket voltage, greatly reducing the number of probe leads. When calculating the beam divergence angle, the ion beam current density current value whose test current value is less than 5% of the average value is zero, so as to reduce the measurement error. The measuring point is located in the center of the small test area, and the beam current density measured at the measuring point is regarded as the average value of the beam current in the small area, thus simplifying the calculation.