$\newcommand{\Ann}{\operatorname{Ann}}\newcommand{\Max}{\operatorname{Max}}$I am looking for an example of a commutatvive ring $R$ with $1$ having two ideals $I$ and $J$ such that $I\cap J\not=0$, $\sqrt{\Ann(I)}, \sqrt{\Ann(J)}\in \Max(R)$, and $I+J$ is indecomposable ideal of $R$.
Where, $I+J$ is indecomposable if it is not a direct sum of two nonzero ideals, $\Ann(T):=\{r\in R\mid rT=0\}$ for $T\subseteq R$, and $\Max(R)$ is the set of all maximal ideals of $R$.