Automated safety rail system

1. A safety rail system for use on an elevated surface, the safety rail system comprising:

a plurality of primary support structures spaced from each other;

a plurality of substantially horizontally extending members connected between the primary support structures;

an actuator configured to shift the primary support structures and the substantially horizontally extending members between a disengaged configuration and an engaged configuration;

a plurality of skids each having a conduit section connectable to conduit sections of adjacent skids, the conduit sections collectively being configured to carry pressured air to an actuator of each skid; and

a locking mechanism configured to lock the primary support structures and the horizontally extending members in the engaged configuration,

wherein the primary support structures are substantially vertical in the engaged configuration such that the primary support structures and the horizontally extending members are configured to prevent a person from falling off of the elevated surface.

2. The safety rail system of claim 1 , further comprising a locking mechanism configured to lock the primary support structures and the horizontally extending members in the engaged configuration.

3. The safety rail system of claim 2 , further comprising an electronic control system for selectively activating the actuator and the locking mechanism.

4. The safety rail system of claim 1 , further comprising a plurality of lights mounted on the safety rail system, the lights configured to display different colors for indicating to a person near the safety rail system whether the primary support structures and the substantially horizontally extending members are in the disengaged configuration, are in the engaged configuration, or are being shifted between the disengaged configuration and the engaged configuration.

5. The safety rail system of claim 1 , wherein each skid includes three of the primary support structures and at least one damper connected to one of the primary support structures, the actuator being connected to the middle of the three primary support structures for applying a balanced actuating force to the primary support structures.

6. The safety rail system of claim 1 , further comprising a valve connected to each actuator for selectively applying pressurized air to the respective actuator.

7. The safety rail system of claim 6 , further comprising a locking mechanism configured to lock the primary support structures and the horizontally extending members in the engaged configuration and a valve connected to each locking mechanism, wherein the valves connected to the actuators are configured to be activated in a sequence starting with a valve of a skid at a first end of a line of skids and ending with a valve at a second end of the line of skids, and the valves connected to the locking mechanisms are configured to be activated in a sequence starting with a valve of at the second end of the line of skids and ending with a valve at the first end of the line of skids.

8. The safety rail system of claim 1 , further comprising a corner skid including a single primary support structure, wherein substantially horizontal members connected to the primary support structure of the corner skid each include at least one bend for aligning with substantially horizontal members of adjacent skids.

9. The safety rail system of claim 5 , wherein the primary support structures are formed of metal plates configured to cover the respective actuator or damper when the primary support structures are in the disengaged configuration for protecting the actuator or damper.

10. The safety rail system of claim 9 , wherein the metal plates include perpendicular slats for providing structural support to the primary support structures.

11. A safety rail system comprising:

a plurality of skids connectable to each other, each skid including:

three primary support structures spaced from each other;

a plurality of substantially horizontally extending members connected between the primary support structures;

an actuator configured to shift the primary support structures and the substantially horizontally extending members between a disengaged configuration and an engaged configuration;

a locking mechanism configured to lock the primary support structures and the horizontally extending members in the engaged configuration;

a valve attached to the actuator and configured to selectively apply pressurized air to the actuator; and

a valve attached to the locking mechanism and configured to selectively apply pressurized air to the actuator, and

an electronic control system for selectively activating the actuators and the locking mechanisms via the respective valves,

wherein the primary support structures are substantially vertical in the engaged configuration such that the primary support structures and the horizontally extending members are configured to prevent a person from falling off of an elevated surface or from entering an unauthorized area.

12. An electronic control system for controlling a safety rail system, the electronic control system comprising:

a user interface configured to display to an operator indicators representing whether the safety rail system is in the disengaged configuration, in the engaged configuration, or is being shifted between the disengaged configuration and the engaged configuration; and

a plurality of electronic switches for selectively opening actuator valves for shifting the safety rail system between a disengaged configuration and an engaged configuration and a plurality of locking mechanism valves for activating the locking mechanisms when the electronic control system is shifted to the engaged configuration, wherein the safety rail system is configured to prevent a person from falling off of an elevated surface when in the engaged configuration.

13. The electronic control system of claim 12 , further comprising a plurality of relays configured to selectively illuminate a plurality of lights on the safety rail system for indicating to a person on the elevated surface whether the safety rail system is in the disengaged configuration, in the engaged configuration, or is being shifted between the disengaged configuration and the engaged configuration.

14. The electronic control system of claim 13 , wherein the lights are configured to illuminate red when the safety rail system is in the disengaged configuration, green when the safety rail system is in the engaged configuration, and yellow when the safety rail system is being shifted between the disengaged configuration and the engaged configuration.

15. The electronic control system of claim 12 , wherein the user interface is further configured to display to an operator an indicator representing that the safety rail system is not operating properly.

16. The electronic control system of claim 15 , wherein the safety rail system includes a plurality of sections and wherein the electronic control system includes a sensor on each section of the safety rail system for sensing a malfunction on the respective section and the user interface is configured to display to the operator an indication representing which section is malfunctioning.

17. The electronic control system of claim 11 , further comprising a sensor configured to sense an obstruction preventing the safety rail system from being shifted normally from the disengaged configuration to the engaged configuration, wherein the electronic control system is configured to stop the safety rail system from shifting when an obstruction is sensed by the sensor.

18. The electronic control system of claim 17 , wherein the user interface is configured to display to an operator an indicator representing that the sensor has sensed an obstruction.