SYSTEMS AND METHODS FOR VEHICLE BARRIERS

1 . An autonomous vehicle barrier system, comprising:

an electronic processing device;

an electronic sensor device in communication with the electronic processing device;

an autonomous vehicle barrier comprising an orientation device coupled to a barrier element, the orientation device being in communication with the electronic processing device; and

a non-transitory memory device storing (i) threat detection logic and (ii) operating instructions that when executed by the electronic processing device, result in:

acquiring, by the electronic sensor device, data descriptive of an object;

identifying, by the electronic processing device, a rule associated with the object;

computing, by an execution of the threat detection logic by the electronic processing device, and based on an evaluation of the rule, a determination that the autonomous vehicle barrier should be deployed;

deploying, by the orientation device and in response to the computing, the barrier element.

2 . The autonomous vehicle barrier system of claim 1 , wherein the deploying comprises raising the barrier element to a predetermined angle with respect to a ground surface.

3 . The autonomous vehicle barrier system of claim 1 , further comprising:

an electronically actuated anchoring device in communication with the electronic processing device, the electronically actuated anchoring device being in further communication with at least one ground engaging device.

4 . The autonomous vehicle barrier system of claim 3 , wherein the operating instructions, when executed by the electronic processing device, further result in:

computing, by an execution of the threat detection logic by the electronic processing device, and based on an evaluation of the rule, a determination that the autonomous vehicle barrier should be anchored to the ground; and

propelling, by the electronically actuated anchoring device and in response to the computing of the determination that the autonomous vehicle barrier should be anchored to the ground, the at least one ground engaging device into a ground surface.

5 . The autonomous vehicle barrier system of claim 3 , wherein the electronically actuated anchoring device is coupled to the barrier element.

6 . The autonomous vehicle barrier system of claim 3 , wherein electronically actuated anchoring device comprises an explosive charge and the at least one ground engaging device comprises a metal spike.

7 . The autonomous vehicle barrier system of claim 6 , wherein the at least one ground engaging device is coupled to the barrier element by a cable.

8 . A modular vehicle barrier, comprising:

a first ramp element coupled to a first hinge element;

a second ramp element coupled to a second hinge element; and

a first vehicle barrier frame coupled between the first and second hinge elements, the first vehicle barrier frame comprising a first barrier recess housing a first barrier element, wherein the first barrier element comprises a first plurality of bores in which first ground engaging devices are stowed, and wherein each one of the first ground engaging devices is in communication with one of a plurality of first firing units operable to propel a corresponding one of the first ground engaging devices from a respective one of the first plurality of bores.

9 . The modular vehicle barrier of claim 8 , further comprising:

an orientation device coupled between the vehicle barrier frame and the barrier element, the orientation device being operable to force at least a portion of the barrier element from the barrier recess.

10 . The modular vehicle barrier of claim 9 , further comprising:

an electronic sensor device; and

an electronic processing device in communication with the electronic sensor device, the electronic processing device being programmed to execute stored instructions to automatically engage the orientation device in response to detection of an approaching vehicle by the electronic sensor device.

11 . The modular vehicle barrier of claim 10 , wherein the electronic sensor device comprises one or more of a pressure sensor, a camera, a motion sensor, and a LiDAR device.

12 . The modular vehicle barrier of claim 8 , further comprising:

a second vehicle barrier frame coupled between the first vehicle barrier frame and the second hinge element, the second vehicle barrier frame comprising a second barrier recess housing a second barrier element, wherein the second barrier element comprises a second plurality of bores in which second ground engaging devices are stowed, and wherein each one of the second ground engaging devices is in communication with one of a plurality of second firing units operable to propel a corresponding one of the first ground engaging devices from a respective one of the second plurality of bores.

13 . A portable vehicle barrier system, comprising:

a frame;

an electronic sensor device operable to detect at least one of an approaching vehicle and an impact of a vehicle with the frame;

an anchoring device coupled to the frame, the anchoring device being in communication with at least one ground engaging device and being operable, upon receipt of a triggering signal, to fire the ground engaging device into the ground; and

a triggering device in communication with the electronic sensor device, the triggering device being operable to transmit the triggering signal to the anchoring device in response to a receiving of a threat signal indicative of the at least one of the approaching vehicle and the impact of the vehicle with the frame, such threat signal being received from the electronic sensor device.

14 . The portable vehicle barrier system of claim 13 , wherein the electronic sensor device comprises one or more of a pressure sensor, a camera, a motion sensor, and a LiDAR device.

15 . The portable vehicle barrier system of claim 13 , wherein the anchoring device comprises one or more of an explosive charge, a pneumatic firing device, a firing chamber, and mechanical linkage coupled to an impact pad that is moveably coupled to the frame.