Perhaps of some interest for your query: https://www.researchgate.net/post/Can_anybody_explain_the_DSC_thermogram_of_gelatin_and_how_it_differs_from_collagen
If you are measuring your material dissolved in a liquid or a liquid suspension, usually the reference crucible contains the liquid alone without the sample. Think of this like a dual-beam UV/VIS spectrophotometer ;-)
Temperature range in your run was -60/+30. I supposed that you expected to see characteristic transitions below room temperature. It looked like your sample was an amorphous material and showed no transition in this range. Shape of thermogram also points that the instrument may need a baseline calibration because it could not normally expected a liquid (water?) loss in this range. It is not too bad (about 1.5 mW) but you can make the DSC signal much better by performing a baseline calibration.