5results about How to "Improve product processing quality" patented technology

This invention discloses a method for CO2 continuous laser cutting of CFRP material. The method employs a CO2 continuous laser engraving and cutting system to cut CFRP material. After adjusting the corresponding working parameters, a portion of the CFRP material to be cut is taken as a sample, and a rectangle is obtained through trial cutting. The diameters of the pits generated by the spot laser are measured horizontally and vertically twice, and the average diameter is calculated. Simultaneously, the continuous laser power density is calculated, and the height difference between the four corners and the center of the rectangle is measured to obtain the surface fluctuation value (Fv). Different scanning speeds, number of consecutive processing cycles, and Z-axis scale values ​​are selected, and trial cutting is repeated on the sample. When the measured Fv is at its minimum value, the thermal damage to the material is minimized. The scanning speed, number of consecutive processing cycles, and Z-axis scale value at this minimum value are used as the working parameters for cutting the CFRP material. This invention effectively controls the thermal damage to the CFRP material during processing and improves the processing effect of laser-processed CFRP material.

The invention discloses an automobile die control management method and system for stamping machining, and belongs to the technical field of stamping machining. The system comprises a data acquisition module, an anomaly analysis module, a stamping management module and a visualization module. The data acquisition module is used for acquiring historical logs, a standard comparison table and operating parameters of different stamping modules under an automobile die; the anomaly analysis module calculates the upper limit temperature of each stamping module by analyzing a historical log and a standard comparison table, and calculates the duration required for reaching the upper limit temperature according to the current operation parameter of each stamping module so as to define an abnormal object; the stamping management module adopts an artificial intelligence algorithm to analyze the relationship among the operation parameters under the abnormal object, judges whether the abnormality can be removed by adjusting the operation parameters or not and feeds back the abnormal object to the data center; the visualization module displays the running state of the automobile die in real time through a visualization screen, updates and adjusts abnormal objects in time, records machining information of all the stamping die sets and then stores the machining information into a historical log.

The invention belongs to the technical field of coal tar impurity removal, and relates to a coal tar impurity removal method and system.The method comprises the steps that water in coal tar to be treated is evenly mixed with coal tar components; heating the uniformly mixed coal tar to a first temperature to obtain heated coal tar; mixing the first group of liquid medicine with the heated coal tar at a first temperature to obtain a first liquid medicine and coal tar mixture, carrying out evaporation precipitation treatment on the first liquid medicine and coal tar mixture to obtain first purified coal tar, and mixing the second group of liquid medicine with the first purified coal tar to obtain a second liquid medicine and coal tar mixture; heating the second liquid coal tar mixture to a second temperature, reacting to obtain a coal tar mixture with ion coagulation impurities, and dehydrating to obtain a dehydrated coal tar mixture with ion coagulation impurities; and carrying out vacuum light hydrocarbon removal on the dehydrated coal tar mixture with the ion coagulation impurities, and then carrying out two-stage filtration to obtain pure coal tar without impurities. According to the technical scheme provided by the invention, impurities in the coal tar can be effectively removed.

The application discloses a kind of air cushion furnace process section tension control equipment, including tensioning machine roller group, detection mechanism and furnace front carrier roller, and tensioning machine roller group and furnace front carrier roller are cooperated with strip winding;Further including the control system being respectively communicated with tensioning machine roller group and detection mechanism, control system can control the rotating speed of tensioning machine roller group according to the tensioning degree parameter of strip fed back by detection mechanism;Detection mechanism includes first detection device and second detection device, if the thickness of strip is less than set thickness, then the tensioning degree parameter of strip is detected by first detection device;If the thickness of strip is greater than set thickness, then the tensioning degree parameter of strip is detected by second detection device.The air cushion furnace process section tension control equipment is higher in control precision to the tension of strip, can satisfy the tension control demand under the working condition of smaller tension.The application further discloses an air cushion furnace process section tension control method applied to the air cushion furnace process section tension control equipment.

The utility model relates to special equipment for punching and processing low-smoke halogen-free trunkings, which comprises a rack, a conveying device, a side stamping die and a bottom stamping die are arranged on the rack, the conveying device is used for conveying processed products, the side stamping die is used for transversely stamping the processed products, the bottom stamping die is used for vertically stamping the processed products, and the bottom stamping die is used for vertically stamping the processed products. The side stamping die comprises a hydraulic cylinder, a die holder, a male die and a female die, an elastic side pressing mechanism is arranged between the male die and the female die, and a lower material pressing mechanism is arranged above the female die; the elastic side pressing mechanism is installed on one side of the male die in an elastic telescopic mode, when the hydraulic cylinder pushes the male die and the female die to be matched for stamping a machined product, the elastic side pressing mechanism presses the machined product, and the lower material pressing mechanism presses the machined product to be fixed to the female die. According to the utility model, the problems of deformation, multiple burrs and the like which are easily generated when the low-smoke halogen-free trunking is punched are effectively avoided.