Automatic Cleaning Device Research Articles

Design of Automatic Cleaning System on Solar Panel Using IoT-based Wiper

Condition of the solar panel surface covered by dust and other particles can obstruct the absorption of sunlight, requiring maintenance and monitoring of the panel’s condition. The objective of this research is to facilitate human tasks in cleaning solar panels with an automatic cleaning device in the presence of dust and dirt. The methodology in this study begins with planning and designing to facilitate the construction phase of the tool. Data collection involves using a batch system or repeated data collection. Constructed tool yields an electric voltage on the clean surface of the solar panel more than in the dirty condition, with a voltage difference of 9.57 volts under a light intensity of <1000. The mechanism of this tool involves a single-channel relay module driving the cleaning motor (dust remover) and functioning as a sliding wheel. Dust sensors and RTC module are used in the reading process, and a servo motor moves the cleaner. The results of this process have been integrated with the IoT, allowing real-time monitoring of the solar panel surface condition using an Android device. It is expected that this research will assist the community in reducing costs and improving the efficiency of energy usage.

Micro level architecture for Automatic Cleaning Device

Micro level architecture for Automatic Cleaning Device

Study of Automatic Cleaning Device with Multi-action for Shellfish

According to the characteristics of shellfish in the surrounding BoHai sea area, a kind of multi-action cleaning machine used in industrial production is studied. The structures and working principles of the key parts of the cleaning device are introduced in this paper through simulation model and real samples. Based on ANSYS software, the optimal processing parameters suitable for the cleaning device is obtained. Analysis mathematical model and vibration response curve in this study show that the multi-action device ultimately displays the excellent working performance. A PLC control system with emphasis on its control plan and control configuration is described. All in all , this particular cleaning action forms a wider, effective cleaning range, and improves the cleaning efficiency overall , solves the traditional shortcomings of low efficiency of processing, has the advantages of good cleaning effect, stable performance.

Design of Automatic Cleaning Device of PAC Dosing Filter

This paper first introduces PAC dosing system, then research the feasibility of the project goal. confirmed the goal can be achieved. Research on the project, and analysis the process of this project, and implementation finally. After the PAC dosing filter automatic cleaning device completed, control charts are used to verify the device, results show that, PAC amount is controlled in the range of 1.8~2.2mg/L, COD is above 35mg/L.

Research on Automatic Single-Station Shoveling Spinneret Machine

The automatic cleaning technology of melt spinning process status was introduced in this paper. The problem was analyzed that the cleaning efficiency of manual cleaning is unstable using the previous shoveling spinneret. A new automatic cleaning device was developed called automatic shoveling spinneret machine and the operating principle of the automatic shoveling spinneret machine is described. The machine can replace manual cleaning through a company's test.

Design of an Automatic Device for Cleaning Cellular Evaporator

. An automatic cleaning device used for cleaning cellular evaporator in sugar factory is designed, which uses high-pressure water jet to clean fouls. The device includes supporting frame, linear guides, sending and closing pipes mechanism, hydraulic system and high-pressure water jet generating system, etc. Actions of sending and closing pipes as well as other cleaning operations are controlled by a numerical control system. Experiments show this device can replace manual cleaning for achieving automatic cleaning to a cellular evaporator, and it significantly increases cleaning efficiencies.

Design and Research on a Automatic Cleaning Device of Wind Turbine Blades

Aiming at ash deposit problem of wind turbine blades, a cleaning device for 10kW horizontal axis wind turbines was designed by applying the mechanism that ash deposit on blades surface was purged by high-speed flows from nozzle. Using fluent software, a numerical simulation was carried out in cleaning device, and its pressure field and velocity field in different cross section of wind turbine blades were simulated under cleaning state. The results showed that positive pressure zone created by cleaning device was formed on blades surface, and high-speed airflow purging blades surface was formed. As a result, the purpose of cleaning is achieved.

Design and Application for Heller System Radiator Built-In Automatic Cleaning Device

Due to working in natural environment in a long term and dust deposited on the surface, air cooling radiator turns to a lower heat transfer rate, so that it leads to load limit operation for air cooling unit in summer. In allusion to indirect air cooling radiator with Heller System, high-pressure water jet technique is used and built-in cleaning device is designed to entirely solve above-mentioned problem. Cleaning device works automatically and realizes full cover cleaning. Cleaning-pressure is between 100 and 150bar and cleaning target distance keeps within 200mm. Dust on the surface of radiator can be entirely cleaned. Cleaning flow is 20m3 /h and the cleaning cost decreases greatly. Such device has been successfully tested and worked. Furthermore, it has been applied to the project with a system of 2×600MW supercritical indirect air cooling unit.

Optimization and Application for Direct Air-Cooled Condenser Automatic Cleaning Device

Analysis of the structure characteristics of power plant direct air-cooled condenser automatic cleaning device. The disadvantages are that: Inclination deformation occur when the cleaning device was running; Transmission part was short serving life and easy damage; The high-pressure hose could damage air-cooled finned body, etc. Proposes a new structure of automatic cleaning device, which overcomes these shortcomings, and the structure is more simple. This device has completed the experiment and has been applied to a domestic power station direct air-cooled condenser cleaning system project.