Telescoping Plastic Baton With Integrated Strobe Flashlight
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Solution Overview
Problem
Metal batons used by law enforcement can cause significant trauma due to their rigidity, and existing less-than-lethal options may not effectively deter attacks or provide adequate defensive tools when blocking hard weapons.
Innovation Solution
A telescoping plastic baton with a large striking tip and integrated high-intensity flashlight, allowing for distraction and disorientation of assailants with a strobing light, while the baton can be quickly extended for defense without needing to switch tools.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If a metal baton is used for law enforcement, then the baton provides strong striking power and durability, but it causes significant trauma to suspects and creates severe trauma to the officer when blocking hard weapons
Solution Approach 1:
The patent changes the material parameter from metal to plastic, fundamentally altering the mechanical properties of the baton. This parameter change reduces the trauma caused to both suspects and officers while maintaining sufficient striking power through the plastic material's inherent strength characteristics
Solution Approach 2:
The patent employs a flexible plastic construction for the baton shaft that can bend and flex upon impact. This flexibility allows the baton to absorb impact forces without transmitting full shock to the officer's hand when blocking hard weapons, while still delivering effective striking power to suspects
2Reliability
If an all-metal baton is used for blocking hard weapons, then the baton provides adequate defensive protection, but it creates severe trauma to the officer's hand and wrist
Solution Approach 1:
The flexible plastic shaft is designed to flex and bend when blocking hard weapons, absorbing impact energy through controlled deformation. This flexibility protects the officer's hand and wrist from severe trauma while maintaining the baton's defensive protection capability against various threats
3Reliability
If a conventional duty flashlight and separate baton are used, then each tool performs its function well, but the officer must switch between tools which causes distraction and delays response
Solution Approach 1:
The patent merges the flashlight and baton into a single integrated tool, with the flashlight head permanently attached to the baton shaft. This combination allows the officer to perform both illumination and striking functions with one tool, eliminating the time loss and distraction associated with switching between separate tools while maintaining the reliability of both functions
Solution Approach 2:
The integrated baton-flashlight tool provides multiple functions: illumination through the flashlight, striking with the baton shaft, and blocking with the flexible plastic construction. This multi-functionality allows a single tool to replace what previously required two separate tools, improving response time and reducing operational complexity
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The design reduces the risk of bone and tissue damage with the plastic baton's flexibility and provides a dual-function tool that can disorient and incapacitate assailants effectively, enhancing officer safety with a balanced weight distribution and audible warning during deployment.
Implementation Method 1
a high intensity light beam, a low intensity light beam or a strobed light beam. The flashlight can serve as both a duty flashlight and as a strobing bright light for temporarily disorienting and blinding an assailant
Implementation Method 2
The flex in the plastic nylon assembly absorbs the impact of the blow
Data Source
AI summary
A lightweight plastic baton includes a hollow cylindrical body which telescopically supports a flexible cylindrical plastic baton shaft. One or more slideways support and concentrically center the baton shaft within the hollow body. A flashlight having a strobed light operating mode is coupled to the baton body to provide a less than lethal deterrent to a potential assailant. A radially movable elastic switch cover is mounted substantially flush with the outer surface of the flashlight to prevent inadvertent actuation of one of several selectable flashlight operating modes.