2results about How to "No failure" patented technology

This utility model discloses a cyclone filter device, including a tank. The interior of the tank, arranged sequentially according to the water flow direction, comprises an A-chemical mixing zone, a B-chemical mixing zone, a cyclone sedimentation zone, an oil removal zone, and an inclined plate sedimentation zone, used for wastewater treatment, sedimentation, sludge removal, and oil removal. One or more sludge discharge hoppers are located at the bottom of each of the A-chemical mixing zone, B-chemical mixing zone, cyclone sedimentation zone, oil removal zone, and inclined plate sedimentation zone. A sludge discharge port is provided on the tank corresponding to each sludge discharge hopper. This cyclone filter device features a compact structure, small footprint, convenient transportation and installation, no backwashing, continuous operation, low power consumption, fewer water pumps, simple control, and a non-powered mixing process in the chemical mixing section, preventing malfunctions. The main body of the equipment has no moving parts, resulting in a long service life and extended maintenance cycles.

This application pertains to the technical field of atomizing devices, specifically an atomizing device. The atomizing device includes: an atomizing main unit, which is provided with a first electrode group and a detection element; and an atomizing component, which is connected to the atomizing main unit and is provided with a second electrode group and a conductive element. The second electrode group is electrically connected to the first electrode group to form a power supply circuit, and the conductive element is connected to the detection element to form a detection circuit for detecting the resistance of the conductive element. The power supply circuit formed by the first and second electrode groups, and the detection circuit formed by the conductive element and the detection element, are separated, thus preventing the atomizing device from malfunctioning and improving the efficiency of the atomizing component.