The invention discloses a heavy load resultant force lifting system and a resultant force lifting method thereof, and belongs to the technical field of large-scale new energy gravitational potential energy storage and heavy load lifting equipment. The lifting power unit comprises a middle resultant force device and a branch power lifting device, the middle resultant force device is provided with a power output point and power input points located on the periphery, and the power input points are provided with horizontal detection devices; the control unit comprises an information collection module, an information processing module and an instruction sending module. The method comprises the following steps: S1, connecting a hoisted object; s2, sending a zero-speed standby instruction, and entering a zero-speed standby state; s3, inclination angle information is collected, the lifting speed is calculated, a speed instruction is sent out, the sub-power lifting device operates, and the speed is adjusted in real time till the inclination angle of the power input point is zero; and S4, the lifting speed is adjusted till the designated position is reached. According to the scheme, the problems that a high-power single-machine heavy-load lifting device is difficult to develop, produce and design, frequent in failure and the like are solved.
本发明公开了一种重载合力提升系统及其合力提升方法,属于规模化新能源重力势能储能和重载提升设备技术领域,系统包括提升动力单元和控制单元;提升动力单元包括中间合力装置和分动力吊升装置,中间合力装置上设有动力输出点和位于四周的动力输入点,动力输入点设有水平检测装置;控制单元包括信息收集模块、信息处理模块和指令发出模块。方法包括S1、连接被吊物体;S2、发出零速待机指令,进入零速待机状态;S3、收集倾角信息、计算吊升速度并发出速度指令,分动力吊升装置运行并实时调节速度,直至动力输入点倾角为零;S4、调整吊升速度,直至达到指定位置。此方案解决了大功率单机重载提升装置开发难、生产难、设计难以及故障频发等问题。
Heavy-load resultant force lifting system and resultant force lifting method thereof
一种重载合力提升系统及其合力提升方法
2023-08-18
Patent
Electronic Resource
Chinese
IPC: | B66C Krane , CRANES |
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