3results about How to "Large processing capacity" patented technology

The application discloses a waste miscellaneous aluminum classification and rapid identification method and relates to the field of waste miscellaneous aluminum classification and rapid identification. S1, grading pretreatment: through a conveying belt, the waste miscellaneous aluminum to be sorted is conveyed into a three-layer vibrating screen machine to be graded and screened, and waste miscellaneous aluminum of different sizes is sorted out; S2, separation of impurities: the graded waste miscellaneous aluminum is conveyed into a drum-type magnetic separator respectively to remove magnetic impurities, then the waste miscellaneous aluminum after magnetic separation is conveyed into an air flow sorting machine to separate light non-metallic impurities, and then a conveying belt conveys the waste miscellaneous aluminum onto a loading platform, full-process automatic processing reduces manual dependence, and the work load of a single production line of sorting workers can be reduced; the classification cost is reduced, compared with manual sorting, the waste product rate of recycled aluminum alloy can be effectively reduced due to accurate classification, and economic benefits are significantly improved.

The invention relates to the technical field of sewage treatment, in particular to a sewage treatment system and method for a waste incineration power plant, and the sewage treatment system comprises a primary treatment unit, a precipitation treatment unit, a biochemical treatment unit, a filtration treatment unit and a disinfection treatment unit which are sequentially arranged along the sewage flowing direction; the sedimentation treatment unit comprises an annular coagulative precipitation tank, an annular air floatation tank and a circular adjusting tank which are sequentially arranged from outside to inside, a collecting well is arranged in the annular air floatation tank, and a scum salvaging mechanism for salvaging scum into the collecting well is arranged on the annular air floatation tank. The method comprises the following steps: firstly, treating sewage by using a coagulant in an annular coagulative precipitation tank; then the sewage is fed into the annular air floatation tank, and pollutants such as suspended solids and grease which are difficult to settle in the sewage are attached to the air bubbles and float to the water surface by generating a large number of fine air bubbles, so that the pollutants are effectively removed, the burden of a subsequent treatment process is favorably relieved, and the overall treatment efficiency is improved.

This invention discloses a containerized distributed data acquisition and processing method, apparatus, device, and medium. The method includes at least one distributed container, which performs the following steps: receiving data to be processed collected from a large number of terminal devices; parsing the data to be processed to obtain data to be stored in a target format; converting the data to be stored according to pre-set rules to obtain data to be used; and merging the data to be used to obtain target stored data. The technical solution of this invention, by deploying containerized distributed nodes on a computer cluster, enables the parsing, conversion, and merging of data uploaded by a large number of terminal devices based on each distributed node. This achieves real-time processing of massive amounts of data uploaded from different terminal types, expanding data processing capacity while improving data processing efficiency.