5results about How to "Restore adsorption capacity" patented technology

The invention provides a long-acting water purification control method and a long-acting water purification system.The water purification control method is applied to a water purification system, and by controlling actions of a control valve, an ozone generation device and a supercharging device in the water purification system, multiple groups of functional water paths are formed through switching; the water purification system is connected with the ozone generation device and is switched to a corresponding working mode in response to different triggering conditions, a pure water production water path, a backflow flushing water path and an activation regeneration water path are formed in the water purification system, and an ozone-containing water source prepared by the ozone generation device is introduced into the backflow flushing water path and the activation regeneration water path; in the backflow flushing mode, the ozone-containing water source circulates in the backflow flushing water path; and in the activation and regeneration mode, the ozone-containing water source circulates in the activation and regeneration water path. Ozone generation is controlled through the method, updating and regeneration of all the filtering units in the water purification system are achieved, and the service life of the filtering units is effectively prolonged.

The application discloses a kind of adsorption tower adsorbate quick desorption and regeneration device, it is related to adsorbate desorption and regeneration technical field;Specifically including bottom plate, the outer wall of the top of bottom plate is fixed with pedestal by bolt, and the outer wall of the top of pedestal is respectively fixed with fixed seat one and fixed seat two by bolt, and the side of fixed seat one is provided with mounting hole, vertically attached mechanism is arranged in mounting hole, the lifting end of vertically attached mechanism is rotatably connected with attached plate, and attached plate and guide strip form sliding fit, the outer wall of both sides of fixed seat one is fixedly connected with slide strip, slide strip side is slidably connected with sliding block, and sliding block is integrally formed with attached plate, the outer wall of the top of pedestal is provided with positioning mechanism, and adsorbent is clamped between two positioning mechanisms.The distance between high-low adjusting heating plate and adsorbent is adjusted, more uniform heat conduction is realized, the phenomenon of local overheating or overcooling is avoided, so as to improve desorption efficiency.

This utility model provides a paddle dryer for desulfurized gypsum, belonging to the technical field of dryers. It includes a base frame, to which a drying shell is fixedly connected via a support plate. Two hollow shafts are symmetrically and rotatably connected within the drying shell. Two sets of paddle blocks are fixedly connected at equal intervals on the two hollow shafts. A meshing first gear is fixedly connected to one end of each hollow shaft on the same side. A bearing plate is fixedly connected to the upper surface of the base frame near the first gear, and a reducer is fixedly connected to the upper surface of the bearing plate. This utility model, through its purification cylinder, bearing ring, mounting ring, activated carbon plate, and reduction mechanism, achieves the adsorption of harmful gases in the gas discharged during the drying process. It can reduce the activated carbon plate, restoring its adsorption capacity and ensuring subsequent adsorption capacity for continuous use. This solves the problem in existing technologies where activated carbon becomes saturated and inconvenient for absorbing subsequent harmful gases.

The application relates to the technical field of printing consumables, in particular to an ink container, an ink container recycling method and a recycled ink container. The ink container comprises a container body provided with an ink storage cavity; an ink outlet component connected with the container body, the ink outlet component being provided with an ink outlet, the ink outlet being in communication with the ink storage cavity; a first liquid suction component sleeved on the ink outlet; and a second liquid suction component, one side of the first liquid suction component away from the ink outlet being in contact with the second liquid suction component. The ink container is further provided with a through hole, and at least part of the contact part of the first liquid suction component and the second liquid suction component can be exposed from the through hole. The application realizes convenient cleaning of the liquid suction components in the recycled ink container, so that the liquid suction components can restore the adsorption capacity and be used again.

The invention relates to a drying agent regeneration control method for an air suspension air compressor, which comprises the following steps: when the temperature of the air compressor and the humidity value of a drying agent meet preset conditions, starting regeneration feasibility verification; when the pressure of the external air source is stable and the air supply demand is not influenced, regeneration triggering is confirmed; when an external air tank of the air compressor is supplied with air to a first target pressure, high-pressure air in the external air tank reversely blows the dryer, so that a drying agent in the dryer is desorbed and regenerated; when the pressure of the external air tank of the air compressor is reduced to the second target pressure, air is supplemented again to the first target pressure, and the high-pressure air in the external air tank blows back the dryer until the humidity value of the drying agent is reduced to the ideal humidity value; and the air compressor returns to a normal working state to supply air. A high-pressure blowback mode is combined with temperature maintenance control, so that the desorption efficiency of the drying agent is greatly improved, and the regeneration drainage rate is remarkably improved. The invention further relates to a drying agent regeneration control system for the air suspension air compressor.