This account is pending registration confirmation. Please click on the link within the confirmation email previously sent you to complete registration. Need a new registration confirmation email? Click here
Oct. 15, 2012 /PRNewswire-FirstCall/ --
SORL Auto Parts, Inc. (NASDAQ: SORL) ("SORL" or "the Company"), a leading supplier of brake and control systems to the global commercial vehicle industry, today announced that the Company obtained a patent in
the People's Republic of China ("PRC") for a new proprietary electric air dryer that is specifically designed for new energy electric buses and specialty commercial vehicles. Equipped with an internal electronic control unit to achieve continuing desiccant regeneration, SORL's new electric air dryer has a prolonged useful life and improves the working environment of the vehicle's air control system. As a result, the dryer extends the operating life of the entire air control system and improves the vehicles' safety performance. The patent will be in effect from 2012 through 2030.
Desiccants in the air dryer are used to absorb moisture and dust to make sure the compressed air is clean when it goes into the air control system. Eventually the desiccants can become full of moisture and dust so the dryer becomes ineffective. Desiccant regeneration prevents moisture and dust saturation to ensure continued dryer operation.
A traditional air dryer controls desiccant regeneration through the cut-off pressure within the drying cylinder. However, due to the higher consumption of gas, some municipal buses cannot generate sufficient cut-off pressure over a long operational period, thus rendering the dryer ineffective. The functionality of the whole air control system is affected.
The new electric air dryer's electrical control unit consists of a built-in chip (ECU), a sensor and three electrical valves, providing additional control methods for the regeneration of the desiccants, such as cumulative time, differential pressure, etc. These new methods avoid the risk of not regenerating desiccants due to insufficient cut-off pressure, resulting in the continued operation of the air dryer and of the whole air control system.