Electrical equipment cleaning system applicable to multiple scenes

Abstract

The patent abstract of the invention introduces an innovative electrical equipment cleaning system suitable for multiple scenes, and aims to solve the limitation of the existing cleaning technology in different environments. According to the system, modular design is adopted, the cleaning modules can be conveniently and rapidly replaced according to different cleaning requirements, and the cleaning efficiency and adaptability are improved. The system core comprises an intelligent recognition and control system which can automatically recognize the type and the dirt degree of the electrical equipment and intelligently select the optimal cleaning scheme. In addition, an environment-friendly cleaning medium is used in the system, the influence on the environment is reduced, rapid drying is achieved through the efficient and energy-saving drying unit, and the cleaning period is shortened. The system further integrates remote monitoring and fault diagnosis functions, so that an operator can conveniently monitor the cleaning process in real time and find and solve problems in time. The overall design pays attention to practicability, environmental protection and intelligence, and the cleaning device is suitable for cleaning various electrical devices and has wide market application prospects.

Description

Technical Field

[0001] The invention patent relates to the field of electrical equipment cleaning technology, specifically, to an electrical equipment cleaning system that can adapt to a variety of different scenarios and cleaning needs. The system integrates innovative modular design, intelligent identification and control technology, environmentally friendly cleaning media, efficient and energy-saving drying technology, and remote monitoring and fault diagnosis functions, aiming to provide an efficient, safe and environmentally friendly cleaning solution for various types of electrical equipment. The system is particularly suitable for industrial electrical equipment that requires regular cleaning and maintenance, such as substation equipment, wind turbines, solar photovoltaic panels, factory automation equipment, etc. It is also suitable for cleaning electrical equipment in commercial and home environments, and has broad market application potential and practical value. Background Art

[0002] With the continuous improvement of industrialization and automation levels, electrical equipment is increasingly used in various fields. During long-term operation, these devices will inevitably be affected by environmental factors such as dust, oil, corrosive gases, etc. These pollutants will reduce the operating efficiency of the equipment, shorten the life of the equipment, and even cause equipment failure and safety accidents. Therefore, regular cleaning and maintenance of electrical equipment is an important measure to ensure its normal operation and extend its service life.

[0003] At present, the electrical equipment cleaning technologies available on the market mainly include manual cleaning, high-pressure water gun cleaning, ultrasonic cleaning, steam cleaning, etc. Manual cleaning is inefficient and difficult to clean the dead corners and complex structural parts of the equipment; although high-pressure water gun cleaning has a good cleaning effect, there is a risk of wasting water resources and the equipment may be damp due to water immersion; although ultrasonic cleaning and steam cleaning have good cleaning effects, the equipment cost is high and the operator's skills are required to be high.

[0004] In addition, existing cleaning technologies are often only applicable to cleaning of specific types of equipment or in specific environments, lacking flexibility and adaptability, and unable to meet diverse cleaning needs. For example, some cleaning technologies may not be suitable for equipment that is sensitive to humidity, or may be difficult to operate in a space-constrained environment. Therefore, developing an electrical equipment cleaning system that can adapt to a variety of scenarios, has high cleaning efficiency and safety, and takes environmental protection and energy saving into consideration is an urgent problem to be solved in the current technical field. Summary of the invention

[0005] The electrical equipment cleaning system proposed in this invention is applicable to multiple scenarios and aims to provide an efficient, safe, environmentally friendly and energy-saving cleaning solution to meet the cleaning needs of electrical equipment of different types and environments. The following is a detailed technical solution of the system: Preferred modular cleaning unit: The core of the system is the modular cleaning unit, which consists of multiple interchangeable cleaning modules, including but not limited to: High-pressure water washing module, equipped with a precisely controlled water pump and multi-angle nozzles to meet the cleaning needs of equipment of different shapes. Ultrasonic cleaning module, which uses high-frequency sound wave energy to produce cavitation effect, effectively removing grease and dirt from the surface of the equipment. Steam cleaning module, which uses high-temperature steam to penetrate and dissolve dirt, is particularly suitable for occasions requiring high-temperature disinfection.

[0006] Optimal intelligent identification and control system: The system has a built-in intelligent identification and control system, including: High-resolution cameras are used to capture image information of electrical equipment. Microprocessors, combined with image processing algorithms, automatically identify equipment model, dirt type and degree. Control software, based on the identification results, automatically selects the most appropriate cleaning module and parameters.

[0007] Preferred environmentally friendly cleaning medium supply system: The system uses environmentally friendly cleaning media, such as: Highly biodegradable cleaning agents reduce environmental impact. Recycling system collects and filters used cleaning media to reduce waste.

[0008] Optimized high-efficiency and energy-saving drying unit: After cleaning, the system is equipped with a high-efficiency and energy-saving drying unit, including: heat pump drying system, which circulates heat energy through the heat exchanger to quickly evaporate water. Vacuum drying system, which reduces environmental pressure and accelerates water evaporation.

[0009] Preferred remote monitoring and fault diagnosis system: The system has remote monitoring and fault diagnosis capabilities, including: Internet of Things communication module to achieve remote data transmission. Cloud platform to store and clean data for trend analysis. Fault diagnosis software to predict potential faults through data analysis and provide maintenance suggestions.

[0010] Optimal cleaning process: The system's workflow is as follows: S1 starts the system, and the intelligent identification and control system scans the electrical equipment.

[0011] The S2 microprocessor analyzes the scan data to determine the type of dirt and the material of the equipment.

[0012] The S3 control system automatically selects the cleaning module and sets the cleaning parameters based on the analysis results.

[0013] The S4 cleaning unit receives the instruction and starts the corresponding cleaning program.

[0014] During the cleaning process of S5, sensors monitor the cleaning effect in real time, such as pressure, temperature, and cleaning fluid concentration.

[0015] After S6 cleaning is completed, the drying unit automatically starts to carry out an efficient and energy-saving drying process.

[0016] After S7 drying, the system undergoes a cleanliness test to ensure that the predetermined cleaning standards are met.

[0017] The S8 remote monitoring system records the data of the entire cleaning process in real time and displays it through the user interface.

[0018] Optimal maintenance and upgrades: The system design takes into account future maintenance and upgrade needs, including: Modular design facilitates quick replacement and upgrading of cleaning modules. The software can be updated remotely via wireless network to adapt to new cleaning requirements and technical standards.

[0019] Through the above technical solutions, this system can not only provide efficient cleaning effects, but also greatly reduce the difficulty of operation and maintenance costs through intelligent control and remote monitoring. At the same time, it pays attention to environmental protection and energy saving, and meets the high standards of modern industry for electrical equipment cleaning.

[0020] The technical problem solved by the patent of this invention is how to design a cleaning system that can adapt to a variety of scenarios and different types of electrical equipment to overcome the limitations of the existing technology. These limitations include but are not limited to low cleaning efficiency, waste of water resources, risk of equipment getting damp, high operational complexity, high skill requirements for operators, and lack of flexibility and adaptability. This system adopts a modular design to achieve the ability to quickly replace the cleaning module and adapt to different cleaning needs; the use of intelligent identification and control systems improves the automation level of the cleaning process and reduces human operating errors; the use of environmentally friendly cleaning media and efficient energy-saving drying technology reduces the impact on the environment and improves energy efficiency; the integrated remote monitoring and fault diagnosis system realizes real-time monitoring and remote management of the cleaning process, reduces maintenance costs and improves system reliability. These innovations jointly solve many technical problems faced by existing electrical equipment cleaning technologies and provide an efficient, safe, environmentally friendly and easy-to-operate cleaning solution.

[0021] The patent of this invention particularly emphasizes the protection of two innovations: first, the intelligent identification and control system adopted by the system, which can automatically identify the model, structure and dirt type of electrical equipment by integrating high-precision cameras and advanced image processing algorithms, and then intelligently select the most suitable cleaning module and parameters, greatly improving the cleaning efficiency and accuracy; second, the modular design of the system allows users to quickly replace the cleaning module according to different cleaning tasks, such as high-pressure water washing, ultrasonic cleaning and steam cleaning, etc. This design not only improves the adaptability and flexibility of the system, but also reduces the cost of maintenance and upgrades. These two innovations are the core of the technical solution of this system, providing a new efficient, intelligent and environmentally friendly solution for the field of electrical equipment cleaning.

[0022] The electrical equipment cleaning system applicable to multiple scenarios proposed by the patent of this invention has significant beneficial effects: first, through modular design, the system can flexibly adapt to the cleaning needs of electrical equipment in different types and environments, significantly improving the adaptability and efficiency of cleaning work; second, the integration of intelligent identification and control systems realizes the automation and intelligence of the cleaning process, reduces human operation errors, and improves the cleaning quality and consistency; third, the application of environmentally friendly cleaning media and efficient energy-saving drying technology reduces the impact of the system on the environment, while saving water resources and energy consumption; finally, the introduction of remote monitoring and fault diagnosis systems makes equipment maintenance and management more convenient, reduces operating costs, and improves the reliability and stability of the system. These beneficial effects work together to provide users with an efficient, intelligent, environmentally friendly and economical electrical equipment cleaning solution. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 The system block diagram of the present invention is Figure 2 The system process step diagram of the present invention is DETAILED DESCRIPTION like Figure 1 , Figure 2 As shown, in order to explain the electrical equipment cleaning system of the present invention in detail, a specific embodiment is provided below, including system flow, parameter settings and expected results.

[0025] 1. System startup and initialization: Turn on the system power and control the system module to perform self-test. Self-test parameters include: sensor status, pump working status, heating and vacuum system integrity. Result: The system shows that all components are working normally and are ready.

[0026] 2. Equipment identification: Place the electrical equipment to be cleaned in the scanning area of ​​the intelligent identification module. Identification parameters: Equipment size, shape, dirt distribution. Result: The system identifies the equipment model and dirt type through image processing algorithms.

[0027] 3. Cleaning program selection: Based on the identification results, the control system module automatically selects a cleaning program from the built-in cleaning program library. Cleaning program parameters: High-pressure water washing pressure is set to 80-120 PSI, ultrasonic cleaning frequency is set to 40 kHz, and steam temperature is set to 110°C. Result: The system displays the selected cleaning program and is ready to execute.

[0028] 4. Cleaning medium preparation: The environmentally friendly cleaning medium supply system prepares the cleaning agent according to the selected solution. Medium parameters: The cleaning agent type is biodegradable and the concentration is 5%. Result: The cleaning agent is evenly sprayed onto the surface of the electrical equipment through the pumping system.

[0029] 5. Cleaning execution: The high-pressure water cleaning module, ultrasonic cleaning module or steam cleaning module is started according to the plan. Cleaning parameters: The nozzle of the high-pressure water cleaning module rotates at a speed of 15 revolutions per minute. Result: The dirt on the surface of the equipment is effectively removed.

[0030] 6. Real-time monitoring and adjustment: During the cleaning process, sensors monitor the cleaning effect in real time, such as pressure, temperature and cleaning agent concentration. Monitoring parameters: The cleaning liquid temperature is maintained at 40-60°C and the pressure is maintained within the set range. Result: The control system module automatically adjusts the cleaning parameters based on the monitoring data.

[0031] 7. End of cleaning and equipment removal: After cleaning is completed, the cleaning module automatically shuts down. Removal parameters: The conveyor module moves the equipment out of the cleaning area at a safe speed (e.g. 10 meters per minute). Result: The equipment is safely moved out of the cleaning area and is ready for drying.

[0032] 8. Drying treatment: The drying module is started, and the heat pump system and vacuum system work together. Drying parameters: The heat pump provides hot air at a maximum temperature of 70°C, and the vacuum system reduces the ambient pressure to 0.8 atmospheres. Result: The moisture on the surface of the equipment is removed within 5 minutes.

[0033] 9. Cleanliness detection: Use optical sensors to detect the cleanliness of the equipment surface. Detection parameters: The cleanliness threshold is set at 95%.

[0034] Result: The system confirms that the equipment meets or exceeds the cleanliness threshold.

[0035] 10. Data Recording and Reporting: The system automatically records all key data during the cleaning process. Parameters: including cleaning time, temperature, pressure and cleanliness results. Results: Generate a detailed cleaning report for operator review.

[0036] 11. System shutdown: After the cleaning task is completed, the operator initiates the system shutdown procedure through the user interface. Shutdown parameters: Safely shut down all modules to ensure no energy is wasted. Result: The system shuts down safely and is ready for the next cleaning task.

[0037] 12. User feedback: Users provide feedback based on cleaning reports and the actual cleaning status of the equipment. Feedback parameters: User satisfaction rating, improvement suggestions. Result: The system is optimized and adjusted based on user feedback.

[0038] The above embodiment shows the entire process of the electrical equipment cleaning system from startup to shutdown, including the specific parameters and expected results of each step. Through this process, the system can efficiently and accurately clean electrical equipment to ensure the cleanliness and operating efficiency of the equipment.

Claims

1. An electrical equipment cleaning system applicable to multiple scenarios, characterized in that: It includes the following components: a. Modular cleaning unit: It consists of at least three interchangeable cleaning modules, each of which is specially designed to handle specific types of dirt and adapt to electrical equipment of different materials. Specific modules include: High-pressure water washing module, equipped with at least one water pump with adjustable pressure and at least one rotatable nozzle, used to provide precise water flow control to adapt to different cleaning needs. Ultrasonic cleaning module, built-in at least one ultrasonic generator and at least one transducer, using the cavitation effect of ultrasonic waves to effectively remove grease and dirt on the surface of the equipment. Steam cleaning module, equipped with at least one steam generator and at least one steam nozzle, produces high-temperature steam for disinfection and removal of stubborn dirt. b. Intelligent identification and control system: It includes at least one image recognition sensor and a microprocessor, which are used to perform the following functions: Image recognition sensor, using a high-resolution camera, captures image information of electrical equipment, and performs shape and dirt analysis. Microprocessor, with high-speed data processing capabilities, analyzes sensor data, automatically identifies equipment model, dirt type and degree, and automatically selects the most suitable cleaning module and parameters according to built-in algorithms. c. Environmentally friendly cleaning medium supply system: consisting of a liquid storage tank, a pumping system and a filtration system for the following purposes: Liquid storage tank, with a capacity of at least 50 liters, for storing sufficient biodegradable cleaning agent for long-term use. Pumping system, including at least one high-efficiency pump and at least one set of flow control valves for accurately controlling the delivery volume of cleaning agent. Filtration system, including at least one micron filter for ensuring the cleanliness of the cleaning medium and removing impurities. d. High-efficiency and energy-saving drying unit: including at least one heat pump system and a vacuum system, with the following functions: Heat pump system, using variable speed compressor and heat exchanger to provide uniform heat for drying and improve energy efficiency. Vacuum system, equipped with at least one vacuum pump and at least one pressure controller, for accelerating the evaporation of water in a low-pressure environment to achieve rapid drying. e. Remote monitoring and fault diagnosis system: including at least one communication module, a user interface and a diagnostic software for the following applications: Communication module, supporting at least one wireless communication protocol, such as Wi-Fi or Bluetooth, to achieve remote transmission of data. User interface, at least a 10-inch touch screen, providing an intuitive operation interface and cleaning status display. Diagnostic software with real-time data analysis and historical data comparison functions to quickly locate problems and provide maintenance suggestions.

2. The electrical equipment cleaning system applicable to multiple scenarios according to claim 1 is characterized in that: The modular cleaning unit further includes the following components: a. At least one high-pressure water washing module: This module is designed to remove dirt from the surface of electrical equipment through the physical action of high-pressure water flow. Specifically, it includes: at least one adjustable pressure pump that can provide water flow from low pressure to high pressure to meet the cleaning needs of different intensities. At least one rotatable nozzle allows the water flow to be sprayed at different angles to cover different parts of the equipment and provide effective cleaning. b. At least one ultrasonic cleaning module: This module uses the cavitation effect of ultrasound to deeply clean the surface of the equipment, which is particularly suitable for hard-to-reach areas and equipment with complex structures. Specifically, it includes: at least one ultrasonic generator that generates high-frequency electrical signals and converts them into ultrasonic energy. At least one transducer that converts electrical signals into mechanical vibrations and generates ultrasonic waves, which propagate in the cleaning medium to form a cavitation effect, thereby removing dirt. c. At least one steam cleaning module: This module uses high-temperature steam for cleaning and disinfection, and is suitable for occasions where high-temperature disinfection or removal of grease and dirt is required. Specifically, it includes: at least one steam generator that generates high-temperature steam, usually with a temperature of more than 100°C, to provide sufficient heat energy for cleaning and disinfection. At least one steam nozzle is used to direct steam to a specific part of the electrical equipment for precise steam cleaning.

3. The electrical equipment cleaning system applicable to multiple scenarios according to claim 1 is characterized in that: The intelligent identification and control system further includes the following components in detail: a. At least two different types of sensors: The system is equipped with a variety of sensors to comprehensively detect the appearance and dirt status of electrical equipment, including: visual sensors, including at least two high-resolution cameras, used to capture image information of the equipment, perform appearance recognition and dirt distribution analysis. Infrared sensors, including at least two infrared detectors, used to detect the temperature distribution on the surface of the equipment and assist in identifying the type of dirt. Contact sensors, including at least two sensors for contact detection, used to collect physical property information on the surface of the equipment, such as the adhesion strength of dirt. b. A microprocessor: The system has a built-in microprocessor with at least 32-bit processing power, which is responsible for the following functions: Rapidly analyze the data collected by the above sensors, including image information, infrared temperature data and physical property data of contact sensors. According to the built-in algorithm, the data is processed in real time to identify the model, structure and dirt type of the electrical equipment. Automatically adjust the cleaning program, including selecting the appropriate cleaning module and setting cleaning parameters (such as water flow pressure, ultrasonic frequency, steam temperature, etc.).

4. The electrical equipment cleaning system applicable to multiple scenarios according to claim 1 is characterized in that: The environmentally friendly cleaning medium supply system further includes the following components in detail: a. Liquid storage tank: The system is equipped with a liquid storage tank with a capacity of at least 50 liters for storing biodegradable cleaning agents, ensuring that the system can perform long-term continuous cleaning operations without frequent addition of cleaning agents. The liquid storage tank design should be easy to clean and maintain, and should have a clear liquid level indicator to facilitate monitoring of the remaining amount of cleaning agent. b. Pumping system: The system includes at least one high-efficiency pump that can provide stable pressure and flow to ensure that the cleaning agent can be evenly delivered to each cleaning module. The pumping system is also equipped with at least one set of flow control valves to accurately adjust the delivery volume of the cleaning agent according to the cleaning needs to achieve fine control of the cleaning process. c. Filtration system: The system is designed with a filtration system that includes at least one micron filter to remove impurities and tiny particles from the medium during the recycling of the cleaning agent. The filter should be designed to be easy to replace and clean to ensure the cleanliness of the cleaning medium and avoid secondary contamination of electrical equipment. In addition, an environmentally friendly cleaning medium supply system should also have the following features: There should be a sealed connection between the liquid storage tank and the pumping system to prevent the cleaning agent from volatilizing and leaking. The pumping system should have a pressure protection mechanism to prevent the system from operating at overpressure. The filtration system should work in conjunction with the pumping system to ensure continuous filtration during the cleaning agent delivery process. The system should be designed with a cleaning agent recovery and reuse mechanism to reduce the amount of cleaning agents used and improve environmental performance.

5. The electrical equipment cleaning system applicable to multiple scenarios according to claim 1 is characterized in that: The energy-efficient drying unit further comprises the following components in detail: a. Heat pump system: The system is equipped with at least one heat pump system for providing uniform heat for drying, specifically including: at least one variable speed compressor capable of adjusting the operating speed according to the drying requirements to provide adjustable heat output. At least one heat exchanger for exchanging heat during the drying process to ensure that the surface of the electrical equipment is evenly heated to avoid damage that may be caused by local overheating. b. Vacuum system: The system includes at least one vacuum system to accelerate the evaporation of water in a low pressure environment, including: At least one vacuum pump is used to reduce the ambient pressure in the drying unit and create a low-pressure environment, thereby accelerating the evaporation of moisture from the surface of the electrical equipment. At least one pressure controller is used to accurately control the pressure level in the drying unit to ensure the efficiency and safety of the drying process. In addition, the energy-efficient drying unit should also have the following features: The heat pump system should be designed with an energy recovery function, which can recover and reuse heat energy during the drying process to improve energy efficiency. The vacuum system should be equipped with a safety valve and a pressure sensor to monitor and control the pressure level to prevent the pressure from being too low or too high. The drying unit should be designed with a temperature control system to automatically adjust the output of the heat pump system to meet the drying needs of electrical equipment of different materials. The drying unit should have a timing function and an automatic shutdown function after drying is completed to further improve energy efficiency and prevent the equipment from overheating.

6. The electrical equipment cleaning system applicable to multiple scenarios according to claim 1 is characterized in that: The remote monitoring and fault diagnosis system further includes the following components in detail: a. Communication module: The system has at least one built-in communication module for realizing remote transmission of data, specifically including: supporting at least one wireless communication protocol, such as Wi-Fi, Bluetooth or cellular network, to ensure that the system can stably transmit data in different wireless network environments. Designed with encryption and security functions to protect the security and privacy of transmitted data. b. User interface: The system is equipped with at least one user interface for intuitively displaying cleaning data and operation interface, specifically including: at least one high-resolution touch screen, providing a graphical user interaction interface, allowing users to control the system and set parameters through touch operation. A set of physical control buttons, used to provide backup control means when necessary, to ensure that the system can still operate when the touch screen is unavailable. c. Diagnostic software: The system integrates at least one diagnostic software for analyzing the cause of the fault and providing maintenance suggestions, specifically including: at least one fault tree analysis tool, which helps analyze the possible causes and processing steps of the fault in the form of a logical tree diagram. At least one performance monitoring tool, which collects and analyzes system performance data in real time, such as cleaning efficiency, energy consumption, etc., to optimize the cleaning process. In addition, the remote monitoring and fault diagnosis system should also have the following features: The communication module should have a remote firmware upgrade function, allowing the system software to be updated through a wireless network without on-site operation. The user interface should be designed with multi-language support to meet the needs of users in different countries and regions. The diagnostic software should have a user-friendly interactive design, providing clear fault diagnosis information and maintenance suggestions, which is easy for non-professional users to understand and operate. The system should be designed with a logging function to automatically record operation history and system status changes to facilitate fault tracking and system maintenance.

7. A method for using the electrical equipment cleaning system according to any one of claims 1 to 6, characterized in that: The following steps are involved: S1 uses intelligent identification and control systems to scan electrical equipment and collects equipment shape and dirt data through sensors; The S2 microprocessor analyzes the collected data and automatically selects the most appropriate cleaning module based on the built-in cleaning program library; S3 executes the selected cleaning program, while the sensor monitors the cleaning effect in real time and automatically adjusts the cleaning parameters as needed; After S4 cleaning is completed, the drying unit is started to quickly remove moisture from the surface of the electrical equipment using the heat pump system and vacuum system; S5 performs cleanliness testing to ensure that the cleaning quality meets the preset standards; S6 uses a remote monitoring system to record cleaning data and conducts real-time monitoring and operation through a user interface.

8. An electrical device, characterized in that: The electrical equipment is designed for use with the electrical equipment cleaning system described in any one of claims 1 to 7, and has the following characteristics: a. Surface design for easy cleaning: The surface of the equipment is smooth and has a certain tilt angle to reduce the possibility of dirt adhesion and water accumulation, facilitate the flow of water and cleaning media during the cleaning process, and improve the cleaning efficiency. b. Identification to assist intelligent identification: At least one identification is provided on the equipment, such as a barcode, QR code or RFID tag, which is used to assist the intelligent identification and control system to quickly and accurately identify the equipment model, specifications and cleaning requirements, ensuring that the cleaning system can provide customized cleaning solutions. c. Waterproof design of electrical connection parts: All electrical connection parts of the equipment are designed with waterproof sealing measures, such as sealing rings, sealing covers or waterproof coatings, to ensure that the electrical connections will not be damaged by moisture during the cleaning process, and to prevent short circuits or other electrical faults. In addition, the electrical equipment should also have the following detailed features to ensure compatibility with the cleaning system and safe operation: The design of the equipment should take into account the physical impacts that may be suffered during the cleaning process, such as impact and thermal impact, to ensure the durability of the equipment materials and structures. The housing and components of the equipment should be made of corrosion-resistant, chemical-resistant and high-temperature-resistant materials to adapt to different cleaning environments and conditions. The layout of the equipment should fully consider the accessibility of the cleaning system to ensure that all surfaces that need to be cleaned can be covered by the effective cleaning range of the cleaning system. If necessary, the equipment should be equipped with a dedicated cleaning interface or connection point so that the cleaning system can be connected safely and stably to perform cleaning tasks.

9. An electrical equipment cleaning service, characterized in that: The service uses the electrical equipment cleaning system described in any one of claims 1 to 7, and includes the following contents: providing professional operators to be responsible for the installation, commissioning and operation of the equipment; providing regular maintenance and calibration services to ensure the long-term stable operation of the cleaning system; providing customized cleaning solutions to adjust the cleaning procedures and parameters according to the specific needs of customers; providing remote technical support to solve problems during use through remote monitoring and fault diagnosis systems.

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