  For the wavelet type orthonormal systems $\phi_n$, we establish a new bound
  \begin{equation}
  \left\|\max_{1\le m\le n}\left|\sum_{j\in G_m}\langle f,\phi_j\rangle
\phi_j\right|\right\|_p\lesssim \sqrt{\log (n+1)}\cdot \|f\|_p,\quad
1<p<\infty,
  \end{equation} where $G_m\subset N$ are arbitrary sets of indexes. Using this
estimate, we prove that $\log n$ is an almost everywhere convergence Weyl
multiplier for any orthonormal system of non-overlapping wavelet polynomials.
It will also be remarked that $\log n$ is the optimal sequence in this context.
