Independent innovation of key hydraulic control te

2022-08-18
  • Detail

"Independent innovation and application of key hydraulic control technology in medium and high-end equipment manufacturing" technology exchange meeting will soon appear in SIAF exhibition

China industrial control information "independent innovation and application of key hydraulic control technology in medium and high-end equipment manufacturing" technology exchange meeting will soon appear in SIAF exhibition

hosted by fluid transmission and control branch of Chinese society of mechanical engineering, The theme is the independent innovation and application of the key hydraulic control technology in the manufacturing of medium and high-end equipment. The non-toxic and harmless technical exchange meeting of these media was held in the conference room of hall 2.2

the miniso CV compact two-way cartridge valve and its new generation of modular combined electro-hydraulic control technology and product family, which were originally created by China and have completely independent intellectual property rights, were officially launched at the international famous exhibitions PTC (Asia) 20112012 and Bauma china2012 held in Shanghai at the end of last year, which attracted widespread attention at home and abroad

miniso CV can be used in both industrial hydraulics (IH) and mobile hydraulics (MH), aiming to get rid of the dilemma of over dependence on foreign technologies for key electro-hydraulic control technologies in medium and high-end equipment manufacturing, and truly form technologies with Chinese, innovative and future characteristics, which can better meet the new market and technology development needs of modern Electro-hydraulic Transmission Chains for high energy efficiency, energy conservation and emission reduction, green environmental protection, informatization and intelligent control, And can conform to modular, configurable, open and integrated product solutions; The requirements of more compact, lightweight and high specific power of control components can cooperate with enterprise transformation, product technology upgrading, and the sustainable efforts and benefits of making China from large to strong

at the same time, at 10:00 on March 4, a technical exchange meeting with the theme of independent innovation and application of key hydraulic control technologies in medium and high-end equipment manufacturing, hosted by the fluid transmission and control branch of the Chinese society of mechanical engineering, was held in the conference room of hall 2.2. Senior consultants of the society Researcher Huang Renhao, a well-known domestic hydraulic expert, will be invited to make a special technical report: independent innovation and application of key hydraulic control technologies in medium and high-end equipment manufacturing. This is the fourth time that researcher Huang Renhao has conducted medium - and high-level technical exchanges and discussions at the SIAF exhibition since he adopted 24bita/d converter 062009 on September 20, 2005. The report meeting will be personally presided over by the leaders of the fluid transmission and control branch of the Chinese society of mechanical engineering

at the exchange meeting, due to the decline of performance, the relevant news about the official investment of Aili group in Shanghai Renhao Hydraulic Technology Co., Ltd. as an angel investor will be released. Mr. zhuyuelong, President of Aili group, and others attended the meeting in person. This is the first project in the field of hydraulic technology invested by Aili, a venture capital company specializing in the field of hydraulic technology in China, and will have an important impact on the technical operation in the field of hydraulic technology in China in the future

this SIAF exhibition is not only to show, report and exchange this innovative technology to South China and its surrounding areas, but also to establish extensive cooperation and contacts, provide services for everyone, and jointly create a new situation

relevant information can be learned through

Copyright © 2011 JIN SHI