\begin{definition}[Definition:Simple Order Product/Family]
Let $I$ be an indexing set.
For each $i \in I$, let $\struct {S_i, \preccurlyeq_i}$ be an ordered set.
Let $\ds D = \prod_{i \mathop \in I} S_i$ be the Cartesian product of the family $\family {\struct {S_i, \preccurlyeq_i} }_{i \mathop \in I}$ indexed by $I$.
Then the '''simple order product''' on $D$ is defined as:
:$\ds \struct {D, \preccurlyeq_D} := {\bigotimes_{i \mathop \in I} }^s \struct {S_i, \preccurlyeq_i}$
where $\preccurlyeq_D$ is defined as:
:$\forall u, v \in D: u \preccurlyeq_D v \iff \forall i \in I: \map u i \preccurlyeq_i \map v i$
\end{definition}