4results about How to "Avoid insufficient grinding" patented technology

The invention relates to the technical field of flour processing, in particular to a flour mill for flour processing, which comprises a grinding body, the grinding body is provided with an inner cavity, a mounting cover is hinged to the top of the grinding body, a bottom box is fixed on the inner bottom wall of the grinding body, and the bottom box is provided with a material cavity. According to the flour mill for flour processing, the driving source drives the rotating shaft to rotate, the rotating shaft drives the top ring to stably rotate around the axial direction of the rotating shaft through meshing transmission of the linkage fluted disc and the second outer gear ring, and then the top ring drives the cylinder, the annular cylinder and other components to synchronously rotate; and the first grinding plate on the cylinder can uniformly cover materials on the surface of the filter screen, so that the situation that local materials are excessively ground and are not fully ground is avoided, and flour is uniformly ground.

The application provides a polishing endpoint detection method. During a polishing process, a light intensity signal change curve is continuously collected, all mutation inflection points on the light intensity signal change curve are captured according to time sequence and a set capture mutation inflection point condition. During the continuous polishing process, when any mutation inflection point is captured, the polishing parameters are changed according to the type of the mutation inflection point, the thickness of the film layer currently in contact with the polishing pad and the specific polishing requirement, until the mutation inflection point corresponding to the polishing film layer of the final layer is captured and it is determined that there is no film layer to be polished in the current polishing process, and the polishing process is terminated. The polishing endpoint detection method provided by the application can control the polishing steps of all film layers to be polished in the polishing process, change the polishing parameters of each film layer to be polished in real time, so that the polishing rate and accuracy of different film layers can be considered in the same polishing process, and the insufficient polishing or excessive polishing of the final polishing stop layer is avoided.

The utility model discloses a glass processing device, include: fixture body, grinding assembly and drive assembly, the chuck assembly for adsorbing glass is installed on fixture body, grinding assembly can carry out grinding to glass surface, the length direction of glass is first direction, drive assembly connects grinding assembly and can drive grinding assembly and moves along first direction, the length direction of grinding assembly is second direction, and second direction is perpendicular with first direction, and grinding assembly includes motor and cutter, and the shape of cutter is adapted with glass, and motor can drive cutter rotation and carries out grinding to glass surface, and the length direction of cutter is parallel with second direction. The utility model can guarantee the evenness to glass grinding, has avoided the problem that grinding is not sufficient or partial residual effectively, has promoted product surface quality significantly, makes product surface finish higher.

The utility model provides a dispersing and grinding device for plastic additive processing, which comprises a bottom plate and a dispersing box, and can effectively cope with plastic additives with different particle sizes through the use of a first grinding assembly and a second grinding assembly and the arrangement of crushing cutters on the surfaces of a first grinding roller and a second grinding roller. After the plastic additive falls into the grinding box from the dispersing box, a second motor and a third motor respectively drive a first grinding roller to rotate clockwise and a second grinding roller to rotate anticlockwise to form relative movement to grind the material, and relatively large plastic additive blocks can be crushed in time by a crushing cutter; the situation that large-particle materials are driven by the grinding rollers to idle and cannot be subjected to grinding force is avoided, so that all the materials can be fully ground, the grinding uniformity and fineness are further improved, the grinding efficiency is improved, the problem that grinding is not thorough due to the fact that the particle sizes of the materials are not uniform is solved, and the product quality is improved. And the high requirements of plastic additive processing on fineness and consistency are met.