Causes and Solutions for Fuel Economy Loss in Automobiles Due to Rolling Resistance
Offsetting the rolling resistance, which is the source of torsional vibration, to improve the fuel efficiency loss of the automobile.
Axial runout, or rotational axis vibration, can be described as a complex vibration caused by centrifugal force resulting in radial vibrations, torsional vibrations due to rotational friction, axial compressive vibrations, and deflection vibrations. This is because the rolling resistance acting on the tire is a "random phenomenon where both the magnitude and direction of the force change constantly." By using our patented technology to prevent axial runout, depending on the driving conditions that affect the differences in rolling resistance, it should be possible to offset the tire's rolling resistance and save a significant portion of these fuel economy losses. 【Features】 ■ Offsets tire rolling resistance ■ Saves a significant portion of fuel economy losses *For more details, please refer to the PDF document or feel free to contact us.
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Download All Catalogs![Rolling resistance vibration suppression technology for reducing power costs (patent) [*Explanatory handbook available*]](https://image.mono.ipros.com/public/catalog/image_generated/01/830/435924/20181031151017_IPROS10218042963423691126_1.jpg?w=120&h=170)
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The aim is to eliminate waste in the operation system and the power system! "Balancing inventory reduction and preventing stockouts," "energy conservation," "new products and new businesses," and "developing people who are passionate about proactive reform" are challenging endeavors for many companies. The reasons hindering results are believed to be the proliferation of numerous projects targeting short-term outcomes, such as partial improvements that do not address the root issues, easy IT implementations like ERP that overlook the overall picture, balancers for rotating shafts that do not consider rotational friction resistance and eccentric centrifugal force compensation, and imitation of competitors. Our consultant, Zenjiro Imaoka, has acquired patents for technologies that suppress rotational axis wobble for energy conservation. He has solved many technical problems in mechanics and IT at an engineering company, developed management systems, and gained experience at a global consulting firm, mastering management analysis and prescriptions. Through numerous publications and consulting experiences, he has synthesized "management and mechanics" through management education in MBA and MOT. Based on MOT management education, we provide consulting for business diagnostics and strategic proposals, system design, and project support for new products and new businesses. We are available nationwide, primarily in the Kanto region, so please feel free to consult with us.
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