No they won't fit. The LR ones work differently from "˜normal' camber plates. The strut ordinarily goes through the upper spring seat and CP with a nut on top. The bulk of the forces are conveyed through the CP bearing. LR CP's use the upper spring seat to rest on the underside of the CP. You will note that they are concave/convex machined. The bulk of the forces will be carried through the upper spring seat/camber plate as opposed the CP bearing.
It does also mean that the upper spring plate can rattle around when the suspension is unloaded (the upper SS rattles side to side on the top of the strut) (I have Bilstein struts) since the strut piston is fixed tightly to the bottom of the CP bearing with the large nut on top. I have tried machined spacers between the top of the strut piston and the upper SS, but to no avail. A fraction of a mm too thick and it clamps the lot together resulting in the piston rotating in the strut when steering (which can't be much good for the seals), too thin and it continues to rattle (but less).
I think Dave L was trying design something better, but IMHO the design has opened up another problem area. It also means that you have to have a specially machined upper SS for each spring diameter as opposed to an off the shelf upper SS that generally fits most camber plates.
If you are able can you take a photo of the other side of the upper SS to show the concave machined area "" it will show how the two parts of the camber plate fit together.
Personnaly i would sell them on, as stated a new upper SS will have to be machined the cost of which will probably be expensive. You could see if Dave L does a upper SS for your springs.