  We present a construction of partial spread bent functions using subspaces
generated by linear recurring sequences (LRS). We first show that the kernels
of the linear mappings defined by two LRS have a trivial intersection if and
only if their feedback polynomials are relatively prime. Then, we characterize
the appropriate parameters for a family of pairwise coprime polynomials to
generate a partial spread required for the support of a bent function, showing
that such families exist if and only if the degrees of the underlying
polynomials is either $1$ or $2$. We then count the resulting sets of
polynomials and prove that for degree $1$, our LRS construction coincides with
the Desarguesian partial spread. Finally, we perform a computer search of all
$\mathcal{PS}^-$ and $\mathcal{PS}^+$ bent functions of $n=8$ variables
generated by our construction and compute their 2-ranks. The results show that
many of these functions defined by polynomials of degree $b=2$ are not
EA-equivalent to any Maiorana-McFarland or Desarguesian partial spread
function.
