The embodiment of the present application provides a device for assisting oral
muscle training for children with
autism, the device includes an
inflatable airbag, a shell and a jump piece. By blowing air into the second air port, the
airflow enters the inner cavity of the connecting part from the second air port, and makes a sound under the action of the
airflow when passing through the whistle opening; the
airflow flows to the first air port, and enters the
inflatable airbag through the first air port. The
inflatable airbag swells after being inflated, and when it swells, a force is formed on the jump piece, and the jump piece bounces upward under the action of the inflatable airbag. Compared with the existing oral
muscle auxiliary training equipment for children with
autism, which is more expensive, the device provided by the embodiment of the present application has a simple structure, low cost, and is suitable for
mass production, which can effectively reduce the economic burden of the families of children with
autism. It effectively solves the technical problem of the high cost of using professional equipment in the prior art and the inability to popularize auxiliary training tools for use in families.