Cable rotating system with weight and rotation reducing method
A technology of heavy objects and cables, applied in the field of space, can solve problems such as difficult to eliminate angular momentum
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Embodiment 1
[0041] A revolving cable system, the revolving cable system carries a weight. The rotation reduction method process of this swivel system is:
[0042] a. The cable (3) end of the cable transfer system pulls the weight (11) and moves outward;
[0043] b. When the radius of rotation reaches a certain value, the weight breaks away from the end of the cable (3) at the upper point and revolves around the earth (8). Due to the high revolution speed of the heavy hammer after disengagement, the period is long.
[0044] c. After 80 revolution cycles of the cable system and 78 cycles of the weight, the cable system and the hammer (11) meet again, and the cable system is reconnected with the hammer;
[0045] Unpowered heavy objects can achieve the task of reducing spin, but it takes a long time. The advantage of the heavy hammer is that it does not depend on the geomagnetism and is suitable for any orbit, such as polar orbit and high orbit.
Embodiment 2
[0047] like figure 2 As shown, the transfer cable system 5 has a weight, and the weight is the self-rotating cable 1. At the same time, the self-rotating cable is used as the counterweight 4 of the cable transfer system. The counterweight of the self-rotating cable and the switching cable system rotates around the central station 2 . The mass of the rotating cable is 20 tons.
[0048] like image 3 , the rotation reduction method of this cable system is:
[0049] a. The self-rotating cable 1 is at the end of the cable and is in a folded state. The counterweight 4 moves inward, and the rotation cable moves outward. The so-called folded state refers to the state after the power device is folded, retracted or wound, such as the folded state of the solar panel, the folded state of the rotation cable 1, and the state after the cable is wound.
[0050] b. When the rotation radius of the rotation cable reaches 35km, the rotation cable is separated from the end of the cable 3. W...
Embodiment 3
[0058] A cable transfer system 5, the heavy object 1 is a cable truss, and the weight of the cable truss is 20 tons. The revolution speed of the cable system is 7900m / s, and the period is 90 minutes. like figure 2 As shown, the process of its derotation method is:
[0059] a. The cable truss 1 is in a folded state and is pulled outward by the end of the cable.
[0060] b. When the turning radius reaches 35km, the cable truss is separated from the end of the cable 3 at the lower point. The cable transfer system revolves counterclockwise, the revolution speed is 7900m / s, and the linear speed when the cable truss is detached is 20m / s, so the revolution speed after detachment is 7880m / s, which is still counterclockwise.
[0061] The cable truss 1 is unfolded and straightened so that the cables become straight lines;
[0062] During the revolution, the cable is perpendicular to the direction of the geomagnetic field and the forward direction of the revolution, and the cable ge...
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