7results about How to "Reduce cost burden" patented technology

The invention relates to an inspection trajectory data correction method, system and device based on a least square method and path planning and a medium. The method comprises the following steps: acquiring original trajectory data through a hybrid APP in a mobile terminal; in response to a trajectory viewing request, fitting original trajectory data to a path model, and fitting by adopting a least square method to solve a model coefficient; calculating the position coordinate of each track data point after deviation correction by using the model coefficient; judging whether the rectified trajectory data points meet path planning optimization conditions or not; if yes, executing optimization and sending to the client; and if not, directly sending to the client. According to the method, the mobile phone or the browser is used for positioning, obtaining and storing in the database, professional equipment is not needed, and the use process is simplified; and secondly, the method is friendly to developers, additional development and maintenance cost is not increased, data are processed through mathematical modeling, coordinate data are optimized in combination with a map path planning API, and a driving path more fitting the reality is obtained.

The invention provides an aluminum-silicon alloy flux purification and titanium removal process, and belongs to the technical field of alloy refining and purification. According to the method, a two-time flux injection method is adopted, firstly, boron-containing molten salt is added in a first flux injection mode, the yield of the boron element is increased, the boron element is promoted to react with a titanium-containing phase, and the boronizing reaction is fully completed; and secondly, the second flux is blown to adsorb titanium diboride particles generated in the reaction, and the flux adsorbing impurities floats upwards to enter a slag layer and is removed in the subsequent slagging-off operation. Through specific chemical reaction and physical separation means, the titanium element in the aluminum-silicon alloy melt can be effectively removed, and the titanium content is reduced to an ideal range. The technology has the advantages of being easy and convenient to operate, environmentally friendly, capable of saving energy and the like, and a new technical means is provided for purification of the aluminum-silicon alloy.

The application discloses an immune detection method for accurately quantifying structural analogues and application thereof. The immune detection method can realize accurate, intuitive and rapid identification and quantification of target analytes by combining wide-spectrum antibodies and specific antibodies to recognize structural analogues and by establishing a three-dimensional curved surface model through a multilayer perception machine model, and can solve the problem of false positive results in the detection process due to the high structural similarity between a certain target analyte and another substance in the immune analysis method, especially for analytes with indistinctive characteristic structures and cross substances, which are often difficult to prepare high-specificity antibodies. The immune detection method is simple to operate, does not require experimental personnel to take multiple verification measures, and greatly reduces the cost burden of detection. The application has great significance and broad application prospect for improving the accuracy of rapid detection of residual substances in food.

The disclosed apparatus for mixing and supplying chemicals used for semiconductor processes according to the present application includes: raw chemical supply lines for externally supplying chemicals; and a mixing line for receiving the chemicals from the raw chemical supply lines to produce a chemical mixture; wherein one end of each of the raw chemical supply lines is connected to a chemical storage tank in which the chemicals are stored, and a chemical flow controller for controlling the flow rate of the chemicals is installed in each of the raw chemical supply lines, and the chemical flow controllers installed in each of the raw chemical supply lines are controlled in multiple channels using one controller, and the flow rate of each of the chemicals is preset corresponding to a mixing ratio of the chemicals and stored as a preset value, and when the chemicals are supplied for mixing, the flow rates of the chemicals are simultaneously controlled using the preset values corresponding to the mixing ratio, which are previously stored.

The invention provides a preparation method and application of a Mo2C supported catalyst. The preparation method comprises the following steps: adding quantitative noble metal Ru salt, molybdenum salt and an organic carbon source into a solvent, stirring for dissolving, stirring for reaction, and drying in vacuum overnight to obtain a catalyst sample precursor; pure H2 is introduced into a catalyst sample precursor for reduction, after reduction is completed, 1% O2-Ar mixed gas is introduced for passivation, and the loaded Ru-based catalyst is obtained. Compared with a traditional industrial catalyst, the Ru-based catalyst disclosed by the invention is relatively low in noble metal content and has a good cost advantage, and certain possibility is provided for subsequent industrial application.

The invention belongs to the technical field of textile detection, and particularly relates to textile tension strength detection equipment which comprises a base, a supporting frame is fixedly arranged on the base, two lead screws are rotatably arranged between the supporting frame and the base, a fixing plate is in threaded connection between the two lead screws, an electronic tension meter is fixedly arranged on the fixing plate, and a tension sensor is arranged on the electronic tension meter. And electric clamping jaws are fixedly arranged at the stress end of the electronic tension meter and on the base. Automatic detection is achieved through the fracture monitoring mechanism, manual observation errors are avoided, the energy of detection personnel is released, other affairs can be handled at the same time, the large-scale production requirement is met, the design of the joint control mechanism, the trigger control mechanism and the power regulation and control mechanism improves the equipment integration degree, stability, energy utilization efficiency and universality, and the production cost is reduced. The electric clamping jaw is used for stably clamping, and the audible and visual alarm is used for timely reminding, so that the accuracy and convenience of textile tension strength detection are integrally improved.

The invention relates to a fiber-optic gyroscope temperature self-checking method, in particular to a fiber-optic gyroscope temperature self-checking redundancy method, and solves the problems that the temperature compensation information of the existing fiber-optic gyroscope completely depends on the output of a temperature sensor, and the output information of the temperature sensor is difficult to monitor and judge in the use process. And the output of the fiber-optic gyroscope is abnormal due to the abnormity of the temperature sensor. The method comprises the following steps: S1, modeling is carried out on Y waveguide half-wave voltage and temperature; s2, judging; 2.1, setting a threshold value delta T; 2.2, the temperature value Ti is monitored in real time; (2.3) comparison: when TYij-Ti is smaller than a threshold value delta T, executing the step (S3); when TYij-Ti is greater than or equal to a threshold value delta T, the output of an axial temperature sensor of the detected fiber-optic gyroscope is abnormal, if the fiber-optic gyroscope is in a ground test stage, executing a step 2.4 ', and if the fiber-optic gyroscope is in a flight stage, executing a step 2.5', and S3, compensating the angular velocity of the detected fiber-optic gyroscope by adopting the temperature value Ti, and outputting the compensated angular velocity to complete the temperature self-detection of the fiber-optic gyroscope.