Full-automatic ultrasonic lint humidification system

Abstract

The invention provides a full-automatic ultrasonic lint humidification system, which consists of a frame, a humidifier, a mist exhaust fan, a mist outlet pipeline, an atomization area, a water tank and an electric control part, and is characterized in that: three layers of atomization area are arranged; an overflow pipe is arranged on the outer edge of each layer of atomization pot; a water measuring probe is arranged on a lower-layer overflow pipe; a water level probe, a heating pipe and a temperature sensor are arranged in the water tank; and the electric control part consists of a power circuit, a singlechip circuit, a control display circuit, a detection circuit for water level in the water tank, water temperature in the water tank, moisture regain of seed cotton, the number of cotton ginning machine benches, atomization pot overflow water, and total current for humidification, and a control circuit for a water inlet solenoid valve, atomized water heating, an electric pump for supplying atomized water, the mist exhaust fan, alarm and an ultrasonic atomization module. After the system is powered up, main technical parameters for system operation are detected by detection circuits, and are analyzed and processed by the singlechip, and a corresponding electric control part is started to work to control the system to normally operate. The system has the advantages of high automation degree, low energy consumption and uniform humidification.

Description

technical field [0001] The invention belongs to the field of cotton processing and relates to a fully automatic ultrasonic lint humidifying system. technical background [0002] At present, the state stipulates that the standard moisture regain of cotton grades is 8.5%. The maximum limit is 10.5%. During the processing, those that are greater than the maximum limit must be dried, and those that are less than the specified must be humidified. The currently used humidification methods mainly include steam humidification and high-pressure spray humidification. The steam humidification facilities are huge, the installation is complicated, the energy consumption is high, and the atomization degree of high-pressure spray humidification is poor. On the road, because the thickness of the batt on the cotton road changes with the change of the ginning output (because the lint cotton on the cotton road is produced by multiple gins, one or two gins are often stopped from time to time d...

AI Technical Summary

Problems solved by technology

The currently used humidification methods mainly include steam humidification and high-pressure spray humidification. The steam humidification facilities are huge, the installation is complicated, the energy consumption is high, and the atomization degree of high-pressure spray humidification is poor. On the road, because the thickness of the batt on the cotton road changes with the change of the ginning output (because the lint cotton on the cotton road is produced by multiple gins, one or two gins are often stopped from time to time during production. Cleaning, the off-site flower absorption output cannot keep up with the ginning output, a ginning machine malfunctions, etc.), and the atomization amount cannot be adjusted in time with the change of ginning output, and the control is very difficult, so the uniformity of lint humidification is poor

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