Device for monitoring e.g. load-lifting crane, has cooling radiator directly attached to internal heat-dissipating surface of base, and Mezzo module pressed against internal heat-dissipating surface of base by stands
2024-10-31
专利权人SATEL LLC (SATE-Non-standard)
申请日期2024-10-31
专利号RU231616-U1
成果简介NOVELTY - The device has a housing located on data interfaces/connectors (9) for connecting to measuring sensors. The housing is formed as a metal heat-dissipating assembly block. A cover is located in an upper part of the housing. A base, a cover and a rear wall (12) of the housing formed as a panel of a finned cooling radiator. A side wall of the housing is connected with a panel. Ribs are connected with cooling radiators that are located on the base and the cover. A main board is located on an inner side of the housing that is connected to a board of a computing module and a Mezzo module. A computing module comprises a cooling radiator, which is directly attached to an internal heat-dissipating surface of the case base. The Mezzo module is pressed against an internal heat-dissipating surface of the case base by stands. USE - Device for monitoring technological equipment i.e. load-lifting crane. ADVANTAGE - The device monitors and controls process equipment parameters, vibration, temperature, video analysis and improves efficiency of heat removal from heat-loaded elements of a process equipment monitoring device. The device increases reliability of work. DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a device for monitoring technological equipment. 9Data connector 10Monoblock 12Rear wall of housing 15Case 16Ribbed cooling radiator
IPC 分类号B66C-013/16 ; G06C-005/02 ; H05K-007/20
国家俄罗斯
专业领域信息技术
语种英语
成果类型专利
文献类型科技成果
条目标识符http://119.78.100.226:8889/handle/3KE4DYBR/14678
专题中国科学院新疆生态与地理研究所
作者单位
SATEL LLC (SATE-Non-standard)
推荐引用方式
GB/T 7714
VARKENTIN A N,KORMIN D V,MIKHAYLENKO A S,et al. Device for monitoring e.g. load-lifting crane, has cooling radiator directly attached to internal heat-dissipating surface of base, and Mezzo module pressed against internal heat-dissipating surface of base by stands. RU231616-U1[P]. 2024.
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