A high-strength marine energy-saving device belongs to the technical field of marine energy-saving devices, and comprises an assembly shell, a reinforcing structure is welded on one side of one outer surface of the assembly shell, and the reinforcing structure comprises a welding plate; through a reinforcing structure, due to the fact that the interior of an assembly shell is complex and welding is not convenient, a welding plate is clamped behind the assembly shell at the moment, a servo motor is started at the moment, an output shaft of the servo motor drives a disc gear to rotate, and therefore the disc gear can drive six small gears around to rotate; connecting rods on the other sides of the six pinions enable threaded rods to rotate through first speed reducers, due to limiting of limiting blocks, the threaded blocks can drive the connecting rods to horizontally move on the outer surfaces of the threaded rods, and therefore the six reinforcing top plates can move to the inner wall of the assembling shell and are tightly attached, and then a welding plate and the assembling shell are welded; therefore, the inner wall of the assembled shell can be reinforced and supported, and the purposes of enhancing the strength of the device and preventing deformation without changing the appearance of the energy-saving device are achieved.
高强度船用节能装置,属于船舶节能装置技术领域,高强度船用节能装置,包括组装外壳,所述组装外壳的一外表面一侧焊接有加强结构,所述加强结构包括焊板;通过加强结构,由于组装外壳内部复杂,不便于焊接,此时通过将焊板卡在组装外壳的后方,此时通过启动伺服电机,使其输出轴带动盘齿轮旋转由此可使盘齿轮带动周围六个小齿轮旋转,六个小齿轮另一侧连杆通过第一减速机使螺纹杆转动,由于限位块的限位,可使螺纹块带动连接杆在螺纹杆外表面水平移动,由此可使六个加强顶板移动至组装外壳内壁并贴紧,随后再将焊板与组装外壳焊接,由此可对组装外壳内壁进行加强支撑,达到了不改变节能装置外形下加强装置强度,防止变形的目的。
High-strength marine energy-saving device
高强度船用节能装置
2024-11-29
Patent
Electronic Resource
Chinese