The invention discloses a speed-following self-adaptive jet drag reduction method and system and application, and belongs to the technical field of underwater drag reduction. The drag reduction method comprises the following specific steps: arranging a data acquisition module on an aircraft; the data acquisition module is used for acquiring the real-time navigation speed of the vehicle and the flow value of high polymer injection; the control module receives and analyzes the information acquired by the data acquisition module, obtains an injection rate calculated value corresponding to the measured navigational speed by comparing the mapping relation between the navigational speed and the injection rate, and then outputs a control instruction to the driving module until the actual value of the high polymer injection rate is adjusted to be equal to the calculated value; a high polymer solution in the liquid storage module is sucked to a high polymer spraying outlet to be sprayed out by the driving module, and passes through the voltage stabilizing module; and the pressure fluctuation in the high polymer spraying state is absorbed through the pressure stabilizing module. The defects that in the prior art, the injection pressure of an underwater vehicle fluctuates, and the high polymer injection efficiency is low are overcome.
本发明一种随航速自适应喷射减阻方法、系统及应用,属于涉及水下减阻技术领域;减阻方法具体步骤为,在航行器上布置数据采集模块;由数据采集模块获取航行器的实时航行速度和高聚物喷射的流量值;由控制模块接受和分析数据采集模块所获取的信息,对照航速与喷射速率的映射关系,得出所测航速对应的喷射速率计算值,然后向驱动模块输出控制指令,调节高聚物喷射速率实际值与计算相等为止;由驱动模块将储液模块内高聚物溶液抽吸至高聚物喷射出口喷出,路经稳压模块;通过所述稳压模块吸收高聚物喷射状态下的压力波动。本发明解决了现有技术存在水下航行器喷射压力波动和高聚物喷射效率低的缺点。
Self-adaptive jet drag reduction method and system along with navigational speed and application
一种随航速自适应喷射减阻方法、系统及应用
2024-01-12
Patent
Electronic Resource
Chinese
IPC: | B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS |
European Patent Office | 2023
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