3results about How to "Effective flow" patented technology

This invention proposes a degradation agent treatment device for environmental pollution control, comprising a support, a platform, and a bearing. The platform is fixedly connected to the side of the support, and the bearing is installed at the top of the support. A geared motor is fixedly connected to the top surface of the platform. The advantages of this invention are: a V-shaped stirrer is designed and supported, powered by a geared motor, which drives the entire stirrer to rotate via a main shaft. This overall rotation of the stirrer allows for thorough mixing of the internal raw material liquid, breaking down vertical stratification. Furthermore, the stirrer incorporates two symmetrical internal structures, consisting of a fixed rod, a crossbar, and a dispersing rod. The edges of the dispersing rods are serrated, effectively cutting and dispersing the raw material liquid. This dispersing effect enhances molecular activity and improves mixing.

This invention relates to the field of dried noodle technology, and in particular to a dried noodle drying device for drying noodles suspended on several outdoor drying racks. The drying racks are arranged parallel and spaced apart. The drying device includes a reciprocating mechanism and several flat plates mounted on the reciprocating mechanism that can reciprocate. A vertical flat plate is placed between every two drying racks, and the flat plate is parallel to the vertical surface formed by the suspended noodles. The flat plate can reciprocate towards or away from the vertical surface formed by the noodles. This device uses the reciprocating movement of the flat plates towards and away from the noodles to create airflow between the noodles. The device has a simple structure, is easy to use, and can effectively drive airflow between the noodles, accelerating the drying process and ensuring relatively uniform drying.

This invention provides a method, apparatus, equipment, and medium for controlling alternating gas-water injection and production, belonging to the field of petroleum development technology. The method includes: acquiring multiple sets of different injection and development parameters; calling a reservoir development gas-water alternating injection and production model; employing orthogonal design to select the optimal injection parameters from the multiple sets of injection parameters, and calculating the corresponding optimal gas-water ratio, gas slug size, and water slug size. By fixing these optimal parameters and inputting different development parameters into the gas-water alternating injection and production model, the optimal development parameters that maximize reservoir recovery are determined; finally, a gas-water alternating injection and production strategy is generated based on these optimal parameters to guide reservoir development. This invention significantly improves reservoir recovery and development efficiency by optimizing injection and development parameters, while reducing costs and enhancing operational flexibility.