Interlocking Riot Shield S-Latch Barrier Integrity
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Solution Overview
Problem
Existing riot shields are vulnerable at junctions when officers become incapacitated, allowing rioters to breach the line and cause chaos.
Innovation Solution
An interlocking riot shield design featuring a main body with a lighting system, ballistic protection, and an S-shaped latch connection for coupling with adjacent shields, providing enhanced protection and the ability to remain impenetrable even if one officer is incapacitated.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional riot shields are used without interlocking mechanisms, then the shield structure remains simple and easy to manufacture, but the junctions between shields become vulnerable when officers are incapacitated
Solution Approach 1:
The patent combines multiple riot shields into a unified interlocking system where adjacent shields connect through coupling mechanisms (latches, clips, or interlocking edges) to form a continuous barrier. This merging ensures that when one officer is incapacitated, the connected shields maintain the protective wall integrity, directly resolving the vulnerability at junctions while adding controlled complexity to the shield structure.
2Strength
If riot shields are coupled together to form an impenetrable line, then protection against breach is improved, but the complexity of deployment and operation increases
Solution Approach 1:
The coupling mechanism is divided into discrete, modular components such as individual latches, clips, or interlocking edges that can be independently engaged and disengaged. This segmentation allows officers to quickly connect and disconnect shields without complex manual operations, maintaining ease of deployment while achieving strong interlocked protection. Each segment can be operated independently, simplifying the overall deployment process despite the enhanced protective barrier.
Data Source
AI summary
An interlocking riot shield comprises a traditional riot shield having a pair female spring-loaded locks on a first shield vertical edge and a pair of male spring-loaded locks on a second shield vertical edge. Each riot shield is configured to join to an identical riot shield when the male edge interacts with the female edge. A pair of interlocked riot shields may be disengaged by means of the spring-loaded mechanism.