  Through heavily doping sulfur into an apatite framework, we synthesize a new
blend mainly comprising variant apatite and covellite (copper sulfide).
Magnetic measurement exhibits that significant diamagnetism appears at around
260 K and drops dramatically below 30 K implying coexistence of two
superconducting phases. The upper critical magnetic field is larger than 1000
Oe at 250 K. Electric measurement manifests that the current-voltage curves
deviate from the normal linear lineshape suggesting the presence of
zero-resistance effect, and the critical current is around 50 $\mu$A at 140 K.
These exotic magnetic and electric features strongly indicate these two
components, variant apatite and covellite, individually trigger two
superconducting phases at near-room and low temperatures.
