Abstract: A lock box mounting bracket is provided for securely locking a lock box to a door and hinge which includes a one-piece bracket body having interior and exterior portions, and a bracket locking device mounted on the interior portion of the bracket body. The bracket locking device is mounted so as to be positioned in the interior space on the secured side of the door thereby preventing removal of the mounting bracket when the door is in the closed position. In addition, when the door is in the open position, the bracket locking device impedes the ability of unauthorized personnel from easily removing the lock box mounting bracket from the door and hinge. The bracket locking device includes connector portions formed on an upper section of the interior portion and a lower section of the interior portion for engagement by a connecting element. The lock box protection device includes a side wall extending outwardly from the exterior portion to protect the lock box and its shackle from side access.

Abstract: A three dimensional physical toy that can be manipulated by a user is connected to a computer. Interchangeable accessory parts can be plugged into the toy via mechanisms which identify the accessory parts immediately when they are plugged into the toy body. A software program running in the computer displays a graphical character representation of the toy, including the accessory parts that have been plugged into the toy in a virtual environment on a monitor screen. The toy and the accessory parts interact dynamically with the software program so that the graphical character representation of the toy appears on the screen exactly as it physically appears to the user. The toy interacts with the virtual environment in each stage of construction an as each accessory part is added or removed. Therefore, as various accessory parts are inserted into, or removed from, the toy, the graphical character representation of the toy interacts with the virtual environment in different ways.