In daily life, it is not uncommon for some friends to accidentally use Kitchen Cleaner or dishwashing detergent to mix and clean their own glass, resulting in poor cleaning or corrosion of the glass. After all, whether it is home glass or car glass, regular cleaning is always inevitable, and the necessity of using glass cleaner is rarely mentioned.
Glass cleaner is a type of cleaning product used to remove dirt, grime, and smudges from glass surfaces such as windows, mirrors, and glass tabletops. It typically contains a combination of solvents, surfactants, and ammonia or vinegar to dissolve and lift away dirt and stains. Some glass cleaners also contain anti-static agents to prevent dust and debris from sticking to the surface after cleaning. Glass cleaner can be purchased as a spray or a liquid concentrate that can be diluted with water.
Glass cleaner is used to clean the oil stain on the glass surface. Its main component is surfactant, slightly alkaline or neutral. Glass Cleaner,Upvc Cleaner Spray,Car Glass Cleaning Spray,Screen Cleaner Spray Jiangyin yinghuameng Houseware Co.,Ltd. , https://www.care-guys.com
The cleaning product is scientifically formulated by surfactant, bactericide, essence and unique anti fog factor; It has good cleaning power, bactericidal power, antifogging, antifouling and no water marks, and is suitable for modern families, office buildings, hotels and entertainment places.
China's automotive energy recycling device patent application breakthrough
Recently, the patent application for the "Automotive Energy Reuse Device" (AME), invented by Chinese engineers Liu Yanyang and He Junfeng, has reached a significant milestone. The technology has not only been developed but also tested on actual vehicles, showing promising results in energy efficiency and sustainability.
The AME device was granted a national "Utility Model Patent" on July 26, 2006, with the patent number ZL2005 2 0107756.2. This follows an earlier achievement when Liu Yanyang's invention of the "Car Brake Energy and Wheel Vibration Energy Utilization Device" was awarded a national invention patent on February 22, 2002, under the number ZL 02 1 46800.1. The current AME system is built upon the foundation of this earlier innovation, enhancing its functionality and practicality.
The core principle of the AME device involves capturing and reusing energy that would otherwise be lost during braking, vehicle vibrations, and engine deceleration. By converting and storing this energy, the system significantly reduces fuel consumption and emissions. Field tests have demonstrated impressive energy-saving performance, along with clear environmental benefits.
According to the inventors, the device consists of seven key components: the power transmission system (drive clutch), energy conversion unit (hydraulic motor/pump), energy storage module (accumulator), jolt energy conversion mechanism (shock absorber), energy distribution system (valve group), tank filter, and electrical control unit. Each part plays a crucial role in ensuring efficient energy recovery and utilization.
This technology is particularly suitable for large vehicles such as buses, trucks, vans, transport buses, and tourist coaches, where energy consumption is high and efficiency improvements can make a big difference.
Hydraulic hybrid technology, which the AME device utilizes, is considered one of the most advanced energy-saving solutions in the automotive industry globally. It remains largely unexplored or underdeveloped in many other countries. The work of Liu Yanyang and He Junfeng represents a major breakthrough, potentially filling a critical gap in sustainable transportation technology worldwide. Their innovation not only contributes to energy conservation but also sets a new standard for eco-friendly vehicle design.