First, notice that both triangles are congruent. Corresponding parts of congruent triangles are also congruent.
Identify the corresponding parts of the triangle to find which parts are congruent.
The correspondence between the vertices of the triangle is such that:

Which means that the following segments are congruent:

And the following angles are congruent:

From the given options, check the ones that show a correct congruence relation between the parts of the triangles.
Therefore, the correct options are:
- Segment JL is congruent to segment JK.
- Segment HL is congruent to segment KI.
- Angle LJH is congruent to angle KJI.