20240017394. ACTIVE SHOOTER RESPONSE ROBOT simplified abstract (Unknown Organization)

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ACTIVE SHOOTER RESPONSE ROBOT

Organization Name

Unknown Organization

Inventor(s)

David Lee Kennedy, Ii of Volant PA (US)

Benjamin Perry Ridenbaugh of Volant PA (US)

ACTIVE SHOOTER RESPONSE ROBOT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240017394 titled 'ACTIVE SHOOTER RESPONSE ROBOT

Simplified Explanation

The abstract describes a patent application for an active shooter response robot that is controlled remotely by a human operator. The robot is equipped with real-time audio and video data collection capabilities, as well as additional functionality for threat-elimination tactics, including negotiations, against an active shooter. It has a bullet-proof compartment for storing offensive deterrence and equipment that can be used during an active shooting situation.

  • The active shooter response robot is unmanned and non-autonomous, controlled by a human operator.
  • It enables real-time audio and video data collection during an active shooter situation.
  • The robot provides additional functionality for threat-elimination tactics, including negotiations.
  • It has a bullet-proof compartment for storing offensive deterrence and equipment.
  • The robot can be remotely controlled to respond effectively to an active shooter.

Potential Applications:

  • Law enforcement agencies can use the active shooter response robot to safely gather real-time information during active shooter incidents.
  • The robot can be used for negotiations with the active shooter, potentially reducing the risk to human negotiators.
  • The robot can carry offensive deterrence and equipment to be used by law enforcement personnel during an active shooting situation.

Problems Solved:

  • The robot provides a safer alternative for law enforcement personnel to gather information and engage with an active shooter.
  • It reduces the risk to human negotiators by allowing negotiations to be conducted remotely.
  • The robot provides a secure compartment for storing offensive deterrence and equipment, ensuring quick access when needed.

Benefits:

  • The active shooter response robot enhances the capabilities of law enforcement agencies in responding to active shooter incidents.
  • It improves situational awareness by providing real-time audio and video data collection.
  • The robot increases the safety of law enforcement personnel by reducing their exposure to danger during active shooter situations.


Original Abstract Submitted

an active shooter response robot enabling real-time audio and video data collection and additional functionality for the application threat-elimination tactics, including negotiations, against an active shooter. the active shooter response robot is unmanned and non-autonomous as it is controlled remotely by a human operator. the active shooter response robot provides a bullet-proof compartment for storing offensive deterrence and equipment that can be brought to bear during an active shooting situation.

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