Abstract: Example impactable gate systems disclosed herein include a track to be coupled to a base post, a drive strip slidable along the track, a rail including a tube, the rail to move with the drive strip relative to the track between an opened position and a closed position, and a bracket to be disposed within the track, the bracket to couple the rail to the drive strip, the bracket to be disposed within the base post when the rail is in the closed position.

Abstract: Resiliently impactable barrier systems are disclosed. An example a barrier system comprises a shaft having a first end and a second end opposite the first end, an anchor to be positioned at the first end of the shaft, the anchor having an opening, the second end of the shaft to extend through the opening, the second end of the shaft to extend away from the anchor, a cup coupled to the second end of the shaft, the cup spaced apart from the anchor along a longitudinal axis of the shaft, and a shock absorbing body to engage with the shaft, the shock absorbing body enclosed by the anchor.

Abstract: Resiliently impactable control masts and related methods are disclosed. An example control panel includes a post to support a control box for the control panel. The example control panel also includes a deflection system including: an anchor to support the post, the anchor couplable to a platform; a shaft to extend upward from the anchor along a length of the post; and a shock absorbing body adjacent the shaft, the shock absorbing body to absorb at least some of an impact with the control panel.

Abstract: Resiliently impactable bollard systems are disclosed. An example bollard includes a shaft having a flange positioned on an outer surface of the shaft, the flange extending away from the outer surface, a first portion of the shaft extending in a first direction away from the flange and a second portion of the shaft extending in a second direction away from the flange, the second direction different from the first direction, an anchor to be positioned at an end of the shaft, and a first shock absorbing body to be positioned between a first face of the flange and a mounting surface on which the bollard is to be mounted, the first shock absorbing body to contact at least a portion of the first portion of the shaft.

Abstract: A barrier includes a curtain vertically movable between a closed and open position. The curtain is interposed between right and left vertical tracks, which guide the curtain's movement. A drive unit raises and lowers a right edge of the curtain, while a clever strap system supports the curtain's left edge. The strap system includes a strap having one end fixed to an upper end of the left track and an opposite end fixed to a lower end of the right track. The strap runs across a leading edge of the curtain while passing across a left side roller and a right side roller mounted to opposite ends of the curtain's leading edge. The strap runs underneath the left roller to support the left side of the curtain. The strap runs across the top of the right roller to keep the strap from simply dropping out from underneath the left roller.

Abstract: A barrier includes a curtain vertically movable between a closed and open position. The curtain is interposed between right and left vertical tracks, which guide the curtain's movement. A drive unit raises and lowers a right edge of the curtain, while a clever strap system supports the curtain's left edge. The strap system includes a strap having one end fixed to an upper end of the left track and an opposite end fixed to a lower end of the right track. The strap runs across a leading edge of the curtain while passing across a left side roller and a right side roller mounted to opposite ends of the curtain's leading edge. The strap runs underneath the left roller to support the left side of the curtain. The strap runs across the top of the right roller to keep the strap from simply dropping out from underneath the left roller.