Schneider Electric It Corporation

Jiangsu University of Science and Technology

Jiangsu Zhongtian Technology Co., Ltd.

Zhongtian Power Optical Cable Co., Ltd.

Sichuan Guangsheng Iot Technology Co., Ltd.

Bsh Bosch Und Siemens Hausgerate Gmbh

Qiang Li

Jian Zhang

Wenxian Tang

Cheng Chen

Rong Long

Xuedong Feng

Youlin Ling

Anlong Sun

Xujin Huang

Zhongchen Liang

Wei Zang

Yongjun Feng

Yunjiang Rao

Qiang Meng

Ming Li

Bo Hong

Tong Chen

Jun Shi

Dongsheng Liang

Jinhui Wang

Pan Gao

Zengling Ran

Bing Han

Min Jin

Yingrong Huang

Xuxiang Zhang

Yonghai Du

Yujian Fan

Qian Cao

Xuehui Song

Ping Hu

Cangping He

Shuhong Xie

Jiping Xue

Hongjian Guan

Bernd Schröder

Hengzhong Hu

A fully distributed magnetic adsorption multi-parameter sensing cable, which is configured to be installed on the wall of a metal pipeline, includes an outer sheath, a sensing component arranged in the outer sheath, and a fully distributed magnetic adsorption reinforcement (FDMAR) arranged in the outer sheath and on a peripheral side of the sensing component. The outer sheath is attached to the wall of the metal pipeline by the FDMAR. A magnetic adsorption force between the FDMAR and the wall of the metal pipeline is able to be adjusted by changing the size of the FDMAR and the distance between the FDMAR reinforcement and the wall of the metal pipeline. The fully distributed magnetic adsorption multi-parameter sensing cable has the advantages of good adsorption effect and high sensitivity.

Fully distributed magnetic adsorption multi-parameter sensing cable

A lubrication system includes an engine oil pump, a lubricating oil tank, a breathing pipe, a machine body, and an oil pan. The engine oil pump is formed by superposing upper and lower layers being a lubricating pump and an oil return pump. An oil inlet of the oil return pump leads to a cavity of the oil pan, and an oil outlet leads to an interior of the lubricating oil tank. An oil inlet of the lubricating pump leads to the interior of the lubricating oil tank, and an oil outlet leads to a machine filter. The machine filter is communicated with a main oil path of the machine body. An oil tank cover of the lubricating oil tank is provided with a breathing one-way valve and an oil filling port. The breathing one-way valve communicates one end of the breathing pipe, and the other end thereof communicates a crankcase.

Inverted non-stop lifeboat diesel engine lubrication system and flow configuration method thereof

An inverted non-stop apparatus includes a lubricating system and a breathing system. The lubricating system includes a machine body, an engine oil pump, and an oil pan. A cavity of the oil pan is divided into an oil collection groove and an oil tank body. A flange is provided to form an enclosed lubricating oil tank. The engine oil pump is a double pump including a lubricating pump and an oil return pump. An oil suction port of the oil return pump is connected to the bottom of the oil collection groove, and an oil outlet is connected to the lubricating oil tank. An oil inlet of the lubricating pump is connected to the lubricating oil tank, and an oil outlet is communicated with a main oil path of the machine body. A breathing one-way valve and an air pressure relief valve are provided on the oil tank cover.

Inverted non-stop apparatus of multi-cylinder diesel engine for free-fall lifeboat

A fan module for a cooling unit includes a housing configured to be secured within the cooling unit. The housing has a first open end and a second open end spaced from the first open end. The fan module further includes a fan assembly secured within the housing at the first open end of the housing. The fan assembly includes a fan support, a fan rotatably coupled to the fan support, and a motor coupled to the fan to drive rotation of the fan. The fan support is configured to support the fan assembly within the housing. The fan module further comprises a noise reduction assembly disposed in the housing adjacent the fan assembly to reduce noise generated by the fan assembly.

Cooling rack fan module and method of cooling

An air containment system () is configured to span an aisle () formed by two rows of racks () or by one row of racks () and a wall () to form a ceiling. The air containment system () includes a frame structure () configured to be supported by the two rows of racks () or by the one row of racks () and the wall (). The air containment system () further includes at least one ceiling panel () releasably supported by the frame structure (), and a lock assembly () coupled to the frame structure () and configured to release the at least one ceiling panel () upon detecting a predetermined condition. Embodiments of the air containment system () and methods for releasing ceiling panels () are further disclosed.

Electromagnetic lock drop ceiling for aisle containment system and method

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Jiangsu, China

Qiang Li