The invention relates to the technical field of space debris capturing, in particular to a space debris capturing mechanism with a bionic adhesion racemization function, which comprises a driving assembly and a capturing assembly, and the driving assembly is connected with the capturing assembly and is used for driving the capturing assembly to capture space debris; an adhesion layer is arranged on the part, used for making contact with the space debris, of the capturing assembly and used for adhering the space debris. The defect that in the prior art, after the space debris makes contact with the despinning mechanism, large rigid impact is generated on the despinning mechanism many times, and the despinning mechanism is possibly damaged or the space debris is further split is overcome, the adhesion layer is arranged to generate an adhesion effect on the space debris, so that the movement speed of the space debris is reduced, and the space debris is prevented from being damaged. Mutual impact between the space debris and the capturing assembly can be reduced, and damage to the capturing assembly and generation of secondary space debris are avoided.
本发明涉及空间碎片捕获技术领域,更具体地,涉及一种具有仿生粘附消旋功能的空间碎片捕获机构,其包括驱动组件和捕获组件,所述驱动组件与所述捕获组件连接并且其用于驱动所述捕获组件捕获空间碎片;所述捕获组件上用于与空间碎片接触的部分设有粘附层,所述粘附层用于粘附空间碎片。本发明克服了现有技术中空间碎片与消旋机构接触后会对消旋机构产生多次较大的刚性冲击,可能损坏消旋机构或造成空间碎片进一步分裂的不足,通过设置粘附层对空间碎片产生粘附作用,从而减缓空间碎片的运动速度,可减小空间碎片与捕获组件之间的相互冲击,避免捕获组件的损坏和二次空间碎片的产生。
Space debris capturing mechanism with bionic adhesion racemization function
一种具有仿生粘附消旋功能的空间碎片捕获机构
2024-06-21
Patent
Electronic Resource
Chinese
IPC: | B64G Raumfahrt , COSMONAUTICS |
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