A torque fluctuation absorbing device, comprising: at least one first damper unit that absorbs torque fluctuations caused by torsion between a first rotary member and a second rotary member (120,121); and at least one second damper unit that absorbs torque fluctuations caused by torsion between the second rotary member (120,121) and a third rotary member; the at least one first damper unit including a plurality of first coil springs arranged at a first predetermined spacing along a circumferential direction; the at least one first damper unit buffering torsion between the first and second rotary members (117,120,121) by the plurality of the first coil springs; the at least one second damper unit being arranged more radially inwardly than the at least one first damper unit, and including a plurality of second coil springs arranged at a second predetermined spacing along a circumferential direction; the at least one second damper unit buffering torsion between the second and third rotary members (120, 121, 130) by the plurality of the second coil springs; positions of the plurality of the first coil springs being offset a predetermined angle along the circumferential direction from positions of the plurality of the second coil springs; wherein the torque fluctuation absorbing device further comprises: a first hysteresis unit that absorbs torque fluctuations caused due to torsion between the first and second rotary members (117,120,121); wherein the second rotary member (120,121) is arranged on both sides axially of the first rotary member; the first hysteresis unit including a plurality of thrust members (126, 127) periodically arranged divided at a plurality of sites on a circumference of a same circle as the at least one first damper unit; the thrust members (126,127) being disposed circumferentially offset from the first coil springs in the at least one first damper unit; the plurality of the thrust members (126,127) being arranged between the first and second rotary members (117,120,121) and being locked against rotation relative to the second rotary member (120,121); the thrust members (126,127) being biased towards the first rotary member under spring action of the second rotary member (120,121); and the first rotary member being slidably clamped by the plurality of the thrust members (126, 127). at least one first damper unit that absorbs torque fluctuations caused by torsion between a first rotary member and a second rotary member (120,121); and at least one second damper unit that absorbs torque fluctuations caused by torsion between the second rotary member (120,121) and a third rotary member; the at least one first damper unit including a plurality of first coil springs arranged at a first predetermined spacing along a circumferential direction; the at least one first damper unit buffering torsion between the first and second rotary members (117,120,121) by the plurality of the first coil springs; the at least one second damper unit being arranged more radially inwardly than the at least one first damper unit, and including a plurality of second coil springs arranged at a second predetermined spacing along a circumferential direction; the at least one second damper unit buffering torsion between the second and third rotary members (120, 121, 130) by the plurality of the second coil springs; positions of the plurality of the first coil springs being offset a predetermined angle along the circumferential direction from positions of the plurality of the second coil springs; wherein the torque fluctuation absorbing device further comprises: a first hysteresis unit that absorbs torque fluctuations caused due to torsion between the first and second rotary members (117,120,121); wherein the second rotary member (120,121) is arranged on both sides axially of the first rotary member; the first hysteresis unit including a plurality of thrust members (126, 127) periodically arranged divided at a plurality of sites on a circumference of a same circle as the at least one first damper unit; the thrust members (126,127) being disposed circumferentially offset from the first coil springs in the at least one first damper unit; the plurality of the thrust members (126,127) being arranged between the first and second rotary members (117,120,121) and being locked against rotation relative to the second rotary member (120,121); the thrust members (126,127) being biased towards the first rotary member under spring action of the second rotary member (120,121); and the first rotary member being slidably clamped by the plurality of the thrust members (126, 127). a first hysteresis unit that absorbs torque fluctuations caused due to torsion between the first and second rotary members (117,120,121); wherein the second rotary member (120,121) is arranged on both sides axially of the first rotary member; the first hysteresis unit including a plurality of thrust members (126, 127) periodically arranged divided at a plurality of sites on a circumference of a same circle as the at least one first damper unit; the thrust members (126,127) being disposed circumferentially offset from the first coil springs in the at least one first damper unit; the plurality of the thrust members (126,127) being arranged between the first and second rotary members (117,120,121) and being locked against rotation relative to the second rotary member (120,121); the thrust members (126,127) being biased towards the first rotary member under spring action of the second rotary member (120,121); and the first rotary member being slidably clamped by the plurality of the thrust members (126, 127).