2results about How to "Good for completeness" patented technology

The application discloses a batch proton exchange membrane continuous soaking method, which first soaks the membrane in a conveying state through water flushing, and then soaks the membrane in a conveying state through water soaking. The application also discloses a soaking equipment, which comprises a base, a liquid feeding system, an oven, a soaking chamber, a plurality of traction rollers rotatably arranged in the soaking chamber, and a pay-off roller for winding the finished membrane, the traction rollers and the pay-off roller are used for winding and conveying the finished membrane between the traction rollers and the pay-off roller, the liquid feeding system comprises a plurality of liquid outlet rollers and a plurality of soaking liquid storage tanks provided with filtering systems, the total liquid outlet of the soaking chamber is communicated with the filtering systems in the soaking liquid storage tanks, the liquid outlet of the soaking liquid storage tank is communicated with the total liquid inlet of the soaking chamber, and the liquid outlet of the soaking liquid storage tank is also respectively communicated with each liquid outlet roller. The soaking method and the equipment can realize continuous soaking of the proton exchange membrane, shorten the soaking time, and ensure sufficient soaking.

This utility model relates to the field of catalytic oxidizer technology, specifically a catalytic oxidizer for diesel vehicle exhaust treatment. It includes a catalytic component, an intake component, and an exhaust component. The catalytic component includes a perforated heat dissipation shell, with the catalytic oxidizer body installed at one end of the shell. The intake component includes an intake manifold, with a preheating box on one side. A heating ring and a temperature sensor are installed inside the preheating box. This utility model preheats the catalytic oxidizer body using the heating ring, accelerating the temperature rise of the catalyst within the oxidizer body to achieve the required activity. This prevents the release of harmful substances during exhaust preheating, improving the completeness of exhaust treatment. The perforated heat dissipation shell isolates and assists in heat dissipation from the catalytic oxidizer body, preventing heat transfer from the oxidizer body to the vehicle chassis.