Are Daniell cells rechargeable (reversible)? I know that the Daniell cell is a primary cell and the reaction occurs as:

$$\ce{Zn -&gt; Zn^{2+} + 2e^-}$$
$$\ce{Cu^{2+} + 2e^- -&gt; Cu}$$

However, I do not know if we can reverse the reaction by applying a potential greater than $1.1~\mathrm{V}$. Also, please give the reason if it is not 

P.S.: Please do not confuse this question: Why can&#39;t a primary cell be recharged?

I asked it as neither the above link nor the internet could give me satisfactory answer.
The Daniell cell is not rechargeable. According to this Wikipedia article:  


  In the Daniell cell, the porous barrier cannot prevent the flow of
  copper ions into the zinc half-cell. Hence, recharging (reversing the
  current flow by an external source of EMF) is impossible because, if
  the zinc electrode is made to become the cathode, copper ions, rather
  than zinc ions, will be discharged on account of their lower
  potential.