[Claim 1] A compressor (12) comprising:
a compressing mechanism (30) to compress a refrigerant;
a motor (40) to drive the compressing mechanism;
a container (20) to accommodate the compressing mechanism (30) and the motor (40);
a first terminal (24a) and a second terminal (24b) installed on one axial end of the container (20); and
a first connecting line (26a) and a second connecting line (26b) being routed along an inner circumferential wall (20d) of the container (20) in a plan view, and to respectively electrically connect the first terminal (24a) and the second terminal (24b) with the motor (40) in the container (20) without intersecting with one another in a plan view. [Claim 2] The compressor (12) according to claim 1, wherein
each of the first connecting line (26a) and the second connecting line (26b) consists of a plurality of lead wires, and at least one of the lead wires included in the first connecting line (26a) and at least one of the lead wires included in the second connecting line (26b) are brought out from the first terminal (24a) and the second terminal (24b) respectively in a direction that come close to one another and then routed in a direction away from one another along the inner circumferential wall (20d) of the container (20). [Claim 3] The compressor (12) according to claim 2, wherein
the at least one of the lead wires included in the first connecting line (26a) is routed crossing a shortest straight line that connects the first terminal (24a) and the inner

circumferential wall (20d) of the container (20) in a plan view. [Claim 4] The compressor (12) according to claim 1, wherein
each of the first connecting line (26a) and the second connecting line (26b) consists of a plurality of lead wires, and the plurality of lead wires are bundled with a sleeve having a length equal to or shorter than 60% of a length of a shortest lead wire of the plurality of lead wires. [Claim 5] The compressor (12) according to claim 1 further comprising:
a discharge pipe (22), provided in a position that overlaps with a central axis of the container (20) on the one axial end of the container (20), to discharge the refrigerant out of the container (20), wherein
the first terminal (24a) and the second terminal (24b) are installed in a position that deviates from the central axis of the container (20) on the one axial end of the container (20), and
each of the first connecting line (26a) and the second connecting line (26b) consists of a plurality of lead wires, a plurality of connection terminals connected to the motor (40) are provided on ends of the plurality of lead wires, and in a plan view, each of the plurality of connection terminals of the first connecting line (26a) and the second connecting line (26b) is placed within a range of ±60 degrees around a center of the discharge pipe (22) with respect to a straight line connecting the center of the discharge pipe (22) and a center of the first terminal (24a) and the second terminal (24b). [Claim 6] A refrigerating cycle apparatus (10) comprising:
the compressor (12) according to any one of claims 1 to 5.