Horrol Technology's fully automatic sole cleaning machine has shown significant advantages in both environmental protection and economic benefits. The use of the equipment reduces pollutants, reduces the risk of cross-contamination, saves cleaning costs, and provides a cleaner inlet sole cleaning protection for the production environment.

1. Product Overview

1.1 Definition and Purpose

Horrol Technology's new generation of fully automatic sole cleaning machine is an innovative product designed to solve the problem of sole cleaning. The equipment is started by automatic induction, and uses a wet track brush to rotate and rub the sole, effectively cleaning the dirt and dust on the sole, blocking the dirt and dust at the entrance, reducing the workload of indoor floor cleaning, and establishing a barrier to maintain the cleanliness of the indoor environment. The purpose of the fully automatic sole cleaning machine is to improve environmental hygiene standards and reduce pollution brought in by soles, especially in clean rooms, laboratories, medical facilities and other environments with high cleanliness requirements.

1.2 Market Positioning of Horrol Technology's Fully Automatic Shoe Sole Cleaning Machine

Horrol Technology's fully automatic sole cleaning machine is positioned in the market as a high-end, efficient and intelligent cleaning solution. This product is mainly aimed at industries that require high standards of cleaning and environmental hygiene, such as semiconductor manufacturing, biomedicine, food processing, health care, and high-tech electronic product manufacturing. Horrol Technology's fully automatic sole cleaning machine meets the strict requirements of these industries for entrance cleaning with its excellent cleaning ability, convenient operation and wide applicability.

According to market analysis, Horrol Technology's fully automatic cleaning machine has a place in the global indoor shoe sole cleaning machine market, especially in the Chinese market. Horrol Technology has become a leading supplier of shoe sole cleaning equipment with its technological innovation and product quality. This product not only meets the needs of domestic and foreign customers for efficient cleaning, but also improves user experience and operational convenience through its intelligent design, further consolidating its competitive advantage in the market.

2. Equipment design and structure

2.1 304 stainless steel sheet metal frame

The new generation of fully automatic cleaning machines of Horrol Technology is designed with a 1.5mm thick 304 stainless steel sheet metal frame. This material selection not only ensures the durability and stability of the equipment, but also 304 stainless steel has excellent corrosion resistance and is suitable for long-term use in various environments. The frame is made through laser cutting, bending machine bending, argon arc welding, laser welding and oil film wire drawing, ensuring the precision and aesthetics of the equipment. In addition, through years of design innovation, Horrol Technology has achieved seamless connection between the sheet metal blocks, avoiding the unevenness that may occur in traditional argon arc welding, making the equipment surface smoother and easier to clean and maintain.

2.2 Integrated controller and operation interface

The integrated controller is the "brain" of the Horrol Technology air shower room sole cleaning machine. It integrates the entire process from development, patch, manufacturing, burning to testing, ensuring the stability and reliability of operation. The controller uses key operation settings, and can switch between manual mode and automatic mode with one key. All electronic components are integrated in one box, which simplifies the control process of the equipment. In addition, the integrated controller also has functions such as microwave induction control of motor operation, high and low water level detection, manual and automatic water change, leakage safety protection, etc., and provides instant feedback through the sound and light alarm system in the event of a fault or low water level shortage. This integrated design not only improves the intelligence level of the equipment, but also reduces the cost and complexity of later maintenance.

2.3 Synchronous belt brush and transmission system

The brushing area of ​​Horrol Technology's fully automatic shoe washing machine uses a T5 toothed synchronous belt brush, which is tightly engaged with the stainless steel main drive shaft to ensure high efficiency and consistency during the cleaning process. The belt brush is made of imported polyurethane new material, formed in one piece through a self-developed mold, and sewn by computer lathe, and sewn with bond thread, which enhances the durability and cleaning effect of the brush. Horrol Technology's synchronous belt brush has achieved large-scale production and can be customized according to the needs of different specifications and lengths. Compared with other products on the market that use ordinary smooth belts or toothless conveyor belts, this design significantly improves the cleaning efficiency and service life, and reduces the occurrence of problems such as hair removal, breakage, and debonding. In terms of the transmission system, Horrol Technology uses a transmission shaft with a stainless steel core, and the outer layer is wrapped with a T5 toothed Teflon rubber ring, which is wear-resistant and has good bite connection. Compared with other products on the market that use carbon steel or other materials that are prone to rust and corrosion, Horrol Technology's design greatly improves the durability of the equipment and the convenience of maintenance.

3. Core functions and technical advantages

3.1 Radar microwave sensing technology

Horrol Technology's fully automatic sole cleaning machine uses advanced radar microwave sensing technology, which is unique in the market for its high sensitivity and stability. The CDM360 Radar Microwave Sensor used in the equipment can instantly sense and start the cleaning machine when people move, without any contact, improving ease of use and hygiene standards. According to the technical parameters, the sensor has a transmission frequency of 24.125 GHz and a wide operating temperature range from -20°C to +55°C, suitable for a variety of environmental conditions. Its transmission frequency density is less than 5mW/cm², the power supply voltage requirement is DC5-12V, and the current consumption is less than 10mA. These characteristics make the sensor both energy-saving and efficient. In addition, the high installation height of the radar microwave sensor can reach less than 3 meters, making it suitable for entrance cleaning needs in various places.

3.2 DC high pressure sewage pump

Another technical advantage of Horrol Technology's fully automatic sole cleaning machine is its DC high-pressure sewage pump, which has a head of 15 meters and a power of 90 watts, and can effectively treat the sewage after cleaning. The pump body has four inlets and outlets, which is convenient for docking with water pipes. The sewage pipe can be run horizontally, downward or through the ceiling as needed, which increases the flexibility of installation. The 24V DC voltage ensures the safety of the equipment. Compared with other products on the market, Horrol Technology's sewage pump avoids the problem of easy clogging of small-power pumps and high energy consumption of large-power pumps, and realizes an efficient, safe and environmentally friendly sewage solution.

3.3 Water inlet solenoid valve and water level sensor

The water inlet system of Horrol Technology's fully automatic sole cleaning machine consists of a water inlet solenoid valve and a water level sensor. These two components work together to ensure the automatic water replenishment function of the equipment. The water inlet solenoid valve adopts a four-point interface pulse flush valve, while the water level sensor adopts a contactless liquid level meter and a waterproof and easy-to-fix rubber block. This design makes the sensing more sensitive and the adjustment more convenient and quick. Compared with other products on the market that use sensors such as floats and probes and large water inlet valves, Horrol Technology's design avoids problems such as instability, overflow, misjudgment and poor water inlet, while consuming less power and saving electricity. This intelligent design not only improves the working efficiency of the equipment, but also reduces maintenance costs and operational complexity.

4. Installation and Operation

4.1 Installation steps

The installation steps of Horrol Technology's new generation of fully automatic sole cleaning machine are as follows. Ensuring the correct installation of the equipment is a prerequisite for its efficient operation.

• Select the installation location: Choose a suitable location, ensure that the device is placed level, and connect to the water pipe. Make sure the socket is grounded to ensure safety.

• Connect the inlet and outlet pipes: After placing the equipment, connect the four-point soft water pipe (factory-provided, in the sink below the strong water-absorbing sponge pad mesh). After the inlet and outlet pipes are connected, place them horizontally at the location where they need to be installed.

• Handrail installation: If the sole cleaning machine you purchased includes a handrail guardrail, you need to cut the handrail guardrail's tie straps and place the handrail base aesthetic cover on the corresponding guardrail holes on the left and right sides of the cleaning machine, insert the corresponding feet of the guardrail into the air, and shake the guardrail to install it just right.

• Power supply: Take out the leakage protection plug (110V-220V), find the three-hole socket (make sure the ground wire is grounded), turn on the socket switch, and observe whether the leakage protection socket indicator is on. If the indicator is not on, press the switch button on the leakage protection plug. After turning it on, the indicator light will be on, the equipment will be powered on, and the installation is complete.

4.2 Operation Mode (Automatic and Manual)

Horrol Technology's fully automatic sole cleaning machine provides both automatic and manual operation modes to meet usage requirements in different scenarios.

• Automatic mode: In automatic mode, the device automatically starts by sensing the radar microwave sensor without manual intervention. When the cumulative operation of the device reaches the set working time, the controller will automatically control the sewage pump and solenoid valve to replace the water in the water tank of the device.

• Manual mode: In manual mode, the operator can use the drain button to force the equipment to drain. When the drain pipe is not connected, the operator can manually drain the water and add clean water (tap water or disinfectant water) according to the dirty water quality in the sink.

4.3 Function setting and daily maintenance

Correct function settings and routine maintenance are essential to extending the service life of the fully automatic sole cleaning machine and keeping it running efficiently.

• Function settings:

• Set the motor rotation sole cleaning time: Press and hold button 1 for 3 seconds to enter the setting state, press button 5 to reset, press button 1 to set the cleaning time, and press and hold button 1 for 3 seconds to complete the setting.

• Set the sewage discharge interval time: Press and hold the No. 2 button for 3 seconds to enter the setting state, press the No. 5 button to reset, press the No. 2 button to set the sewage discharge interval time, and press and hold the No. 2 button for 3 seconds to complete the setting.

• Set the water shortage timeout alarm time: Press and hold button 3 for 3 seconds to enter the setting, and then press and hold button 3 for 3 seconds to exit the setting.

• To set the single sewage pump working time: Press and hold the No. 4 button for 3 seconds to enter the setting state, press the No. 5 button to reset, press the No. 4 button to set the sewage pump working time, and then press and hold the No. 4 button for 3 seconds to complete the setting.

• Automatic water inlet and outlet mode: Press button 5 and the light will turn on, entering the automatic water inlet and outlet mode.

• Manual sewage discharge mode: Press the No. 6 button and the light will turn on, entering the manual sewage discharge mode.

• Daily maintenance:

• Thoroughly clean the garbage and sediment in the sewage pool and water pump tank every day. It is best to use a vacuum cleaner to suck out the sediment.

• Lubricate the chain gear every three months.

• Occasionally scrub the surface of the equipment clean.

• Clean, dry and renew the absorbent pad according to your usage.

5. Application areas

5.1 Industrial clean room

The application of Horrol Technology's fully automatic sole cleaning machine in industrial dust-free workshops is crucial. In these places with extremely high requirements for environmental cleanliness, the sole cleaning machine can effectively remove dust and pollutants carried by the soles of shoes and reduce the risk of cross-contamination. According to industry data, after using the sole cleaning machine, the pollution rate of the dust-free workshop can be reduced by 99%, significantly improving the product yield and production efficiency. In addition, the equipment reduces manual operation through automatic induction start and automatic water change functions, avoids the interference of human factors on the dust-free environment, and ensures the stability and reliability of the production environment.

5.2 Optoelectronics and Semiconductor Industries

In the optoelectronics and semiconductor industries, the precision requirements of products are extremely high, and any slight contamination may cause product performance degradation or even failure. The application of Horrol Technology's fully automatic sole cleaning machine ensures the cleanliness of the production environment through its efficient cleaning ability, thereby ensuring the quality and performance of the product. According to market research data, companies that use Horrol Technology's sole cleaning machines have increased their product qualification rate by an average of 5%, while reducing rework and scrap rates caused by contamination, saving companies a lot of costs.

5.3 Pharmaceutical and food industries

The pharmaceutical and food industries have extremely strict requirements for hygiene and cleanliness. The application of Horrol Technology's fully automatic sole cleaning machine in these industries not only improves the hygiene standards of the production environment, but also helps to comply with relevant regulations and standards. According to Horrol Technology's customer feedback, after using the sole cleaning machine, the hygiene inspection pass rate of the production workshop has increased to 100%, while reducing food safety accidents and drug contamination incidents caused by unclean environment, ensuring the health and safety of consumers. In addition, the easy operation and intelligent features of the equipment also make daily cleaning work more efficient and reduce the burden on staff.

6. Environmental and economic benefits

6.1 Environmentally friendly and clean production environment

The new generation of fully automatic sole cleaning machines from Horrol Technology have made significant contributions to environmentally friendly clean production environments. Through its efficient cleaning mechanism, the equipment ensures the cleanliness of the industrial production environment, especially in industries with extremely high environmental requirements, such as semiconductors, biomedicine, and food processing. According to market research, companies using fully automatic sole cleaning machines have reduced pollutants in the production environment by 99%. This significant data shows the excellent effect of Horrol Technology products in improving environmental cleanliness.

In the maintenance of dust-free rooms and clean rooms, the use of sole cleaning machines reduces the dust and pollutants brought in by the soles of shoes, effectively reducing the risk of cross-contamination. This achievement not only helps to improve product quality, but also saves a lot of cleaning and maintenance costs for enterprises. It is estimated that enterprises using Horrol Technology's fully automatic sole cleaning machines can save up to 30% of cleaning costs each year, while reducing the risk of production accidents and product recalls caused by contamination.

6.2 Save cleaning costs and improve efficiency

The economic benefits of Horrol Technology's fully automatic sole cleaning machine should not be ignored. Through the automated cleaning process, companies can significantly reduce the need for manual cleaning, thereby reducing labor costs. Compared with traditional manual cleaning methods, the fully automatic sole cleaning machine can save about 50% of cleaning time and human resources, which directly translates into reduced operating costs for companies.

In addition, the high-efficiency cleaning capacity of the fully automatic sole cleaning machine improves production efficiency. Enterprises no longer need to frequently interrupt production for cleaning, reducing production delays caused by cleaning. According to customer feedback, after using the sole cleaning machine of Horrol Technology, production efficiency has increased by about 20%, which not only speeds up the speed of product launch, but also improves the market competitiveness of enterprises.

In summary, Horrol Technology's new generation of fully automatic sole cleaning machines not only play an important role in environmental protection and cleaning, but also bring significant savings and improvements to enterprises in terms of economic benefits. By reducing cleaning costs, improving production efficiency and reducing pollution risks, Horrol Technology's products provide strong support for the sustainable development of enterprises.

7. Conclusion

Horrol Technology's new generation of fully automatic sole cleaning machines has occupied an important position in the market with its high efficiency, intelligence and environmental protection. Through in-depth analysis of the product's design, function, application and benefits, we can draw the following conclusions:

7.1 Product Design and Technological Innovation

The design of the sole cleaning machine of Horrol Technology adopts a 1.5mm thick 304 stainless steel sheet metal frame to ensure the durability and corrosion resistance of the equipment. The integrated design of the integrated controller simplifies the operation process and improves the intelligence level of the equipment. The innovative design of the synchronous belt brush and transmission system improves the cleaning efficiency and durability of the equipment. The application of radar microwave induction technology realizes automatic induction start without contact, which improves the convenience of use and hygiene standards.

7.2 Functional advantages and operational convenience

The core functions of the fully automatic sole cleaning machine include radar microwave sensing, automatic water inlet, water level sensing, leakage protection, automatic sewage discharge, etc. The comprehensive application of these functions makes the equipment easy to operate and has low maintenance costs. The provision of automatic and manual operation modes enables the equipment to adapt to different usage scenarios and needs.

7.3 Wide Range of Applications

Horrol Technology's sole cleaning machines are widely used in industrial dust-free workshops, optoelectronic semiconductor industry, pharmaceutical and food industry, etc. These fields have extremely high requirements for environmental cleanliness. The application of the equipment significantly reduces the pollution rate, improves the product yield and production efficiency, and also reduces food safety accidents and drug contamination incidents, ensuring the health and safety of consumers.

7.4 Dual Value of Environmental and Economic Benefits

Horrol Technology's fully automatic sole cleaning machine has shown significant advantages in both environmental protection and economic benefits. The use of the equipment reduces pollutants, reduces the risk of cross-contamination, saves cleaning costs, and improves production efficiency. It is estimated that companies using this equipment can save up to 30% of cleaning costs each year and improve production efficiency by about 20%.

To sum up, Horrol Technology's new generation of fully automatic sole cleaning machine, with its excellent performance and wide application, not only improves environmental hygiene standards, but also brings economic benefits to enterprises. It is an ideal choice for achieving a green, healthy and efficient production environment.