Micro Air Vacuum Pump for Cleaning Robot

What is the specific workflow of a Mini Vacuum Pump in a base station sweeping robot？

The specific workflow of the Dc Mini Vacuum Pump in the base station sweeping robot is as follows:

1. Startup phase: When the sweeping robot completes the cleaning task and returns to the base station, the control system in the base station will issue a command to start the Mini Electric Vacuum Pump.

2. Docking stage: The sweeping robot will dock with the base station to ensure a tight connection between the dust box and the dust collection port of the base station. This step is to ensure that dust and debris do not leak during the dust collection process.

3. Dust collection stage: The micro diaphragm Suction Pump starts working, generating negative pressure to suck the dust and debris from the vacuum box of the sweeping robot into the large capacity dust bag of the base station. During this process, the micro diaphragm vacuum pump will continue to operate until the dust box

The dust and debris in the dust bag are completely sucked in.

4. End stage: After the dust collection is completed, the micro diaphragm vacuum pump will automatically stop working, and the connection between the sweeping robot and the base station will also be automatically disconnected. At this point, users can regularly replace or empty the dust bags in the base station.

Why can Small Electric Vacuum Pump be used in base station sweeping robots?

1. miniaturization and lightweight: Micro diaphragm vacuum pumps have the characteristics of ultra small volume and lightweight, making them very suitable for use in space limited robotic vacuum cleaners. This miniaturized design allows the vacuum pump to be easily integrated into the base station of the sweeping robot without taking up too much space.

2. High efficiency and reliability: Micro diaphragm vacuum pumps usually have high pumping speed and efficiency, which can quickly clean the dust and debris generated by the sweeping robot during operation. At the same time, they also have high reliability and can maintain stable performance during long-term use.

3. Low noise: Micro diaphragm vacuum pumps usually adopt a silent design, which can generate lower noise during operation and avoid interference with the user's daily life. This is particularly important for sweeping robots that need to be used in home environments.

4. Easy to control and integrate: Micro diaphragm vacuum pumps usually have simple electrical interfaces and control logic, which can be easily integrated with the control system of sweeping robots. This enables the sweeping robot to accurately control the working status of the vacuum pump as needed, thereby achieving more efficient cleaning effects.

Technical Specification

What is the specific role of a Micro Electric Vacuum Pump in a base station sweeping robot？

The specific function of the DC Electric Vacuum Pump in the base station sweeping robot is mainly to achieve automatic dust collection function.

When sweeping the ground, the robot will suck dust and debris into its internal dust box. As time goes by, the dust box will gradually fill up full.

User needs to manually clean. However, with the help of a Portable Vacuum Pump, the base station sweeping robot can achieve automatic dust collection

Function.

The Small Diaphragm Vacuum Pump generates negative pressure and sucks the dust and debris from the vacuum box of the sweeping robot into the large capacity dust bag of the base station. In this way, users do not need to manually clean the dust box of the sweeping robot frequently, but can regularly replace or empty the dust bags in the base station.

In addition, the micro diaphragm vacuum pump also has advantages such as fast pumping speed, low noise, and compact size, making it very suitable for use in base station sweepers

In the application scenario of human tools. By integrating a miniature diaphragm vacuum pump, the base station sweeping robot can provide more convenient and efficient cleaning experience.

Dimension Drawing

How can a micro diaphragm vacuum pump improve the cleaning efficiency of a sweeping robot?

1. Enhanced suction: The Small Vacuum Electric Pump can provide stable negative pressure suction, which helps the sweeping robot more efficiently absorb dust and debris. The powerful suction ensures that the sweeping robot does not miss any small dust or particles during the cleaning process, thereby improving the overall cleaning effect.

2. Rapid dust collection: The small Electric Vacuum Pump has a fast suction speed, which means it can completely suck the dust and debris in the vacuum box of the sweeping robot into the base station dust bag in a short time. The fast dust collection function can reduce the time spent by the sweeping robot staying and waiting, allowing it to complete the cleaning task more quickly.

3. Reduce blockage and malfunction: The design of micro diaphragm vacuum pumps usually has anti blockage and fault self-protection functions. This means that when encountering large debris or blockages, the vacuum pump can automatically adjust its working state or stop running to avoid a decrease in cleaning efficiency caused by blockages or malfunctions. This helps to maintain the stable operation of the sweeping robot, ensuring its efficient cleaning effect throughout the entire cleaning process.

4. Optimize workflow: By combining the control system of the micro diaphragm vacuum pump with the sweeping robot, a more optimized workflow can be achieved. For example, during the dust collection process, the control system can automatically adjust the working speed and duration of the micro diaphragm vacuum pump based on the amount of dust in the dust box, to ensure that the dust collection task is completed in the shortest possible time. This intelligent workflow optimization can improve the cleaning efficiency of sweeping robots.

How to reduce the noise of micro diaphragm vacuum pumps during the cleaning process of robotic vacuum cleaners?

2. Use shock absorbers and soundproofing materials: Install shock absorbers or rubber pads between the DC Small Vacuum Pump and the bottom of the sweeping robot to reduce the propagation of vibration and noise. At the same time, sound insulation materials such as sound insulation foam or cloth can be wrapped around or around the pump casing to further reduce noise.

3. Optimize exhaust system: Check and optimize the exhaust system of the micro diaphragm vacuum pump to ensure smooth exhaust and reduce noise generated by air flow. Consider installing a muffler at the exhaust port or reducing the noise at the exhaust port.

4. Regular maintenance and cleaning: Regularly maintain and clean the micro diaphragm vacuum pump to ensure its normal operation and reduce noise generation. Clean the casing and filter of the pump, replace aged seals and bearings to reduce friction and noise.

5. Adjusting working parameters: If possible, the working parameters of the micro diaphragm vacuum pump, such as speed and power, can be adjusted according to actual needs to ensure cleaning efficiency while reducing noise.

6. Use sound insulation cover: A sound insulation cover can be installed for the micro diaphragm vacuum pump to isolate it from the outside and reduce the spread of noise. The design of the sound insulation cover should ensure that it does not affect the normal operation of the pump and has good sound insulation effect.