Ok, whilst we wait for the better quality images, a bit of info which may or may not help you.
For the sake of simplicity, PCB's are made from a non-conductive substrate, coated on one, or both sides with a thin layer of copper. (There are multi-layer PCB's, but we'll keep it simple) To produce the necessary printed 'wiring' which connects each component, a mask is applied to each copper surface. Where there is no masking, the copper is to be removed and this is done by a chemical etching process, leaving behind a uniform thickness copper 'circuit', covered by the mask. The mask is then removed and a layer of solder-resist applied over the top, leaving just enough space around contact pads for the components to be placed and attached by the soldering process. Once the soldering process has been carried out, there may be further coatings applied in order to protect the PCB from moisture etc.
Generally, the solder-resist coating tends to be green but there are many different colours in use. In your case, the solder-resist is green and the copper circuit can be easily seen beneath it.
In order to make a connection or a repair to a PCB, the solder-resist has to be removed at the points to be soldered. In this case, we don't actually know the exact points which need to be repaired yet, but a close visual inspection with some form of magnification can help....Do you have a jeweller's loupe or a good magnifying glass?
Where the pads for the USB connector have been detached from the PCB, there will likely be other tracks covered in solder-resist, but showing rough edges of bare copper where they were once joined. These are the points which need to be re-connected. To do so, the solder-resist has to scraped away to allow a repair and a new solder connection made.
