Remote hazardous devices interdiction process and apparatus
AssigneeTeledyne Brown Engineering
InventorPaul L. Miller
Life of this patent
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AssigneeTeledyne Brown Engineering
InventorPaul L. Miller
Estimating the term…
A method for remotely accessing packages suspect of containing hazardous devices. The method includes using a continuous stream of high velocity abrasive particles and/or fluid(s) created in-situ while attached to a remotely or autonomously operated vehicle to breach the exterior surface of a suspect package well below the impact initiation threshold thus preventing sufficient stimuli to initiate explosive, pyrotechnic, or flammable materials. An automatic standoff device may be used to allow the operator of a remotely operated vehicle or the feedback mechanism of an autonomously operated vehicle to optimally locate the abrasive fluid stream.
A method for remotely accessing packages suspect of containing hazardous devices, the method comprising the steps of:
A method for remotely accessing packages suspect of containing hazardous devices, the method comprising the steps of:
A method for remotely accessing packages suspect of containing hazardous devices, the method comprising the steps of:
A method for remotely accessing an abject suspect as containing hazardous material including moving a robot, with a fluid jet cutting nozzle in fluid communication with a high pressure fluid source via a flexible high pressure hose and, in communication with a separate source of abrasive feeding into the nozzle, into a position relative to the object and breaching an exterior surface of said a aspect object with a continuous stream of a high pressure hydroabrasive solution capable of disrupting an initiating system while not presenting sufficient stimuli to initiate contents of said suspect object.
An apparatus for remotely accessing packages suspect of containing hazardous devices comprising:
A method for remotely accessing suspect hazardous material, comprising:
An apparatus for remotely accessing hazardous material, comprising:
Dependencies are inferred from the claim text.
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Dismantling fuzes, cartridges, projectiles, missiles, rockets or bombs: by high-pressure water jet means
Explosive charges
Term ended 5 Mar 2021 (estimated)
The present invention relates to accessing hazardous devices, and more particularly to a method for the safe and remote access and disruption of packages suspected to contain hazardous devices, chemicals, and/or initiating circuits, using a continuous stream of high pressure liquid, gel, or emulsion. The continuous stream is capable of disrupting the initiating system while not presenting sufficient stimuli to initiate explosive, pyrotechnic, or flammable materials.
Many items, suspected of containing hazardous devices, are discovered in the United States everyday. It is the objective of explosive ordnance disposal (EOD) and bomb squad personnel to access these items and ascertain the contents and the relative hazard these contents present. Many of these items must be remotely opened using explosive disassembly techniques or explosively accelerated projectiles known as “dynamic devices.”
These devices are, by nature, “one-shot” units that are capable of firing only once before reloading. Due to the potential hazards associated with moving a potentially hazardous device, the energetic disrupter must be used in-situ and the collateral damage to structures and vehicles accepted as a necessary cost of operations. In some instances, such as large vehicle bombs, no remote accessing technology exists that will allow the technician to remotely open the vehicle without applying an excessive amount of force.
The various advantages of the present invention will become apparent to one skilled in the art by reading the following specification and subjoined claims and by referencing the following drawings in which:
FIG. 1 shows a block diagram of an embodiment of the invention;
FIG. 1A shows a schematic view of an embodiment of the invention.
In FIG. 1 an apparatus 20 for the remote access of packages suspect to contain hazardous devices is shown as an autonomous unit mounted on a skid (not shown). A 25 gallon water supply reservoir 22 supplies water to a boost pump 24. The boost pump pressurizes the water to approximately 50 lbs. per sq. inch pumping it to an intensifier 26. The intensifier 26 pressurizes the water to 50,000 lbs./in2. The air compressor 28 supplies the air that is necessary to operate an emergency stop pressure dump valve (not shown) and the hydroabrasive nozzle (40). A feedback loop 30 collects excess return water from the intensifier 26 and returns it to the water supply reservoir 22.
The intensifier 26 forces pressurized water through conduit 32 to a high pressure hose 34 stored on hose reel 36.
The high pressure hose terminates in a cutting nozzle 40 which includes a small diameter diamond orifice (not shown). The small diameter of the orifice (not shown) included in the cutting nozzle 40 converts the high pressure water to a high velocity continuous stream flow field which can be controlled and directed to an impact area well below the impact initiation threshold of a package suspect of containing a hazardous device. Abrasive particles are added to the high pressure water at the orifice (not shown) via an abrasive particle mixing chamber 40.1 mounted on the cutting nozzle 40. The abrasive particles enhance the cutting capacity of the high velocity flow field and are an essential component necessary for safely breaching the exterior of the package containing a suspect hazardous device. A generator set 42 provides power to the apparatus 20 thus promoting a completely autonomous unit.