3results about How to "Efficient condensation" patented technology

A multi-stage adsorption synergistic dust control system for silicon carbide laser processing includes a suction hood, a vibrating grid module, a porous laminar flow adsorption module, a boiling water mist module, a condensation pipe, a mixing condensation module, a drying module, and a fan, arranged sequentially and connected along the airflow direction. The vibrating grid module includes an alloy grid and a vibration device. The porous laminar flow adsorption module includes an adsorption layer disposed in the airflow channel. The boiling water mist module includes an adsorption chamber and a water mist generator to form boiling water mist to capture dust in the airflow. The condensation pipe performs preliminary condensation of the airflow to capture dust. The mixing condensation module includes an inclined condensation channel that utilizes dust in the airflow as condensation nuclei to remove dust. The inner wall of the condensation channel is alternately arranged with superhydrophilic and superhydrophobic regions. This invention can achieve stepwise dust removal from the micron to the nanometer scale, with a capture efficiency of up to 99.9%, low overall energy consumption, and recyclable materials.

The utility model relates to steam and water sampling technical field especially relates to a boiler steam and water sampling device, including boiler body, be provided with controller on the boiler body, the one side of boiler body is provided with boiler inlet, the bottom side of boiler body is provided with boiler outlet, the one side of boiler body is provided with condensing box, be provided with spiral condensing pipe in the condensing box, be connected with the conveying pipeline between boiler body and condensing box, one end of conveying pipeline is provided with vertical pipe, installs the limit rod in vertical pipe, and the movable plug is movably connected on the limit rod. The scheme has reduced the phenomenon that the float motion is stuck in the pipeline, reduced the phenomenon that the condensation efficiency of gas in the condensing box is low and the condensation is uneven, improved the collection effect of the device on the condensate, also improved the effect of reverse flushing of the device, can realize the efficient flushing of the conveying pipeline.

This application provides a garment processing device, including: a housing; an outer drum; an inner drum; a drying air duct assembly; a condenser tray; a top water inlet; a top water inlet valve; a first water inlet; a first water inlet valve; a second water inlet; and a second water inlet valve. The first and second water inlets are located on opposite sides of the vertical centerline of the condenser tray. The top water inlet, the first water inlet, and the second water inlet are configured to provide condensate water to the flow gap space of different areas on the back side of the condenser tray, respectively. A control unit is also provided, configured to switch the operating states of the top water inlet valve, the first water inlet valve, and the second water inlet valve according to the real-time temperature of the condenser tray. The operating states include an open state and a closed state. When the water inlet valve is in the open state, the corresponding water inlet provides condensate water; when the water inlet valve is in the closed state, the corresponding water inlet stops providing condensate water. This application can improve condensation efficiency.