Mine roller neutralization system

• US 8,490,531 B2
• Filed: 06/07/2010
• Issued: 07/23/2013
• Est. Priority Date: 06/07/2010
• Status: Active Grant

• Current Assignee: GSE Technologies, LLC
• Original Assignee: GSE Technologies, LLC
• Inventors: Simula, Glen Raymond, Tarnowski, Steven John, Luskin, Luke Stephen, Abbatt, William George
• Primary Examiner(s): Abdosh, Samir
• Application Number:
  US12/795,183
• Publication Number:
  US 20110296976A1
• Time in Patent Office: 1,142 Days
• Field of Search: 102/402, 102/403, 86/50, 301 51-123
• US Class Current: 89/1.13
• CPC Class Codes: F41H 11/30 with rollers creating a surface load on the ground, e.g. steadily increasing surface load, for triggering purposes

Abstract

A mine roller assembly for a mine roller is provided for detonating mines located in or on an underlying ground surface. A bracket is adapted for attachment to a mine roller system frame. An arm is pivotally connected to the bracket. A spring and damper system extends between the bracket and the arm. A wheel assembly is rotatably connected to the arm and is configured to interact with the underlying surface.

Claims

1. A mine roller assembly for a mine roller that detonates mines located in or on an underlying ground surface, the assembly comprising:

a bracket configured for attachment to a mine roller system frame, the bracket having a first end region and a second end region;

an adaptor plate for connection of the bracket to the mine roller frame;

an arm having a first end region and a second end region, the first end region of the arm being pivotally connected to the first end region of the bracket;

a spring and damper system extending between the second end region of the bracket and the second end region of the arm; and

a wheel assembly directly connected to the second end region of the arm, the wheel assembly configured to interact with the underlying surface.

2. The mine roller assembly of claim 1 wherein the wheel assembly includes a pneumatic wheel.

3. The mine roller assembly of claim 2 wherein the pneumatic wheel assembly includes a run-flat tire.

4. The mine roller assembly of claim 1 wherein the spring and damper system has a compression damping rate and a rebound damping rate.

5. The mine roller assembly of claim 4 wherein the rebound damping rate is higher than the compression damping rate to increase a ground following time of the wheel assembly with an underlying surface.

6. The mine roller assembly of claim 1 further comprising a guard extending from the arm, the guard providing a barrier between the wheel assembly and the spring and damper system.

7. The mine roller assembly of claim 1 wherein the arm further includes a shield for providing a barrier between the spring and damper system and the underlying surface.

8. A mine roller assembly for use on a mine roller vehicle that detonates mines located in or on an underlying ground surface, the mine roller assembly comprising:

a bracket having a first end region and second end region, the bracket having first and second attachment points for connecting the mine roller assembly to a mine roller vehicle frame, the first attachment point adjacent to the first end region and the second attachment point adjacent to the second end region;

an arm having a first end region, a second end region, and an intermediate region therebetween, the second end region of the arm pivotally connected to the second end region of the bracket;

a wheel assembly connected to the first end region of the arm for rotation about an axis extending through the first end region of the arm; and

a spring and damper system extending between the first end region of the bracket and the intermediate region of the arm, the spring and damper system having a rebound damping rate and a compression damping rate, wherein the rebound damping rate is higher than the compression damping rate to increase a ground following time of the wheel assembly with an underlying surface.

9. The mine roller of claim 8 wherein the spring and damper system includes a coil-over spring and shock.

10. The mine roller assembly of claim 8 wherein the spring and damper system includes an air shock.

11. The mine roller assembly of claim 8 further comprising a guard extending from the arm, the guard providing a barrier between the wheel assembly and the spring and damper system.

12. The mine roller assembly of claim 8 wherein the arm further includes a shield for providing a barrier between the spring and damper system and the underlying surface.

13. A mine roller system for detonating mines located in or on an underlying ground surface comprising:

a vehicle having a chassis and a series of traction devices;

a frame adapted for attachment to the vehicle, the frame having a longitudinal member and a lateral member; and

a mine roller assembly having;

a bracket configured for attachment to the frame, the bracket having a first end region and a second end region,

an arm having a first end region and a second end region, the first end region of the arm being pivotally connected to the first end region of the bracket,

a spring and damper system extending between the second end region of the bracket and the second end region of the arm, and

a wheel assembly directly connected to the second end region of the arm about an axis of rotation, the wheel assembly configured to interact with the underlying surface.

14. The mine roller system of claim 13 wherein the mine roller assembly is a first mine roller assembly, the mine roller assembly further comprising:

a second mine roller assembly having;

a bracket configured for attachment to the frame, the bracket having a first end region and a second end region,

an arm having a first end region and a second end region, the first end region of the arm being pivotally connected to the first end region of the bracket,

a spring and damper system extending between the second end region of the bracket and the second end region of the arm, and

a wheel assembly directly connected to the second end region of the arm about an axis of rotation, the wheel assembly configured to interact with the underlying surface;

wherein the axis of rotation of the first mine roller assembly is offset from the axis of rotation of the second mine roller assembly.