We propose a quantum state sharing scheme for continuous variables using bright two-modesqueezed state and single-mode squeezed state light. Thesqueezing of a single-mode state is applied to enhance the security ofinformation in quantum teleportation network. The signal-to-noise ratio ofcommunication and the fidelity between the secret and reconstruction stateare analysed. It is shown that both the receivers of Bob and Charlie cannotextract information with a high signal-to-noise ratio because of the largenoise come from the other quadrature component of single mode squeezedstate. Anyone of Bob and Charlie can retrieve the quantum state with a highsignal-to-noise ratio if and only if the other one cooperates with the measurement.