Multi-Slot Taser Charging Dock for Organized Device Readiness
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Solution Overview
Problem
Law enforcement agencies face challenges with improper charging and storage of tasers, leading to uncharged devices in the field, disorganization, and clutter, as traditional charging docks only support single devices and lack versatility to accommodate multiple tasers from different brands or models.
Innovation Solution
A taser charging dock device with a base component featuring at least ten individual slots and internal 10-port USB wiring for simultaneous charging, constructed from durable plastic, allowing for organization and easy access to multiple tasers while accommodating various taser brands and models.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If a traditional charging dock is used, then a single device can be charged, but multiple tasers cannot be charged simultaneously
Solution Approach 1:
The charging dock is divided into multiple individual slots (at least ten), each capable of independently holding and charging a single taser. This segmentation allows the system to charge multiple devices simultaneously while maintaining individual access and organization for each device.
Solution Approach 2:
The charging dock is designed with universal compatibility to accommodate various brands and models of tasers. Each slot can adapt to different taser types, and the dock provides both charging and storage functions in a single unit, enhancing versatility.
2Ease of operation
If tasers are stored in a drawer, then storage is provided, but organization and accessibility are poor
Solution Approach 1:
The storage area is segmented into individual slots that correspond to each charging position. This segmentation provides clear organization for each taser, making it easy to locate and access specific devices without searching through a cluttered drawer.
Solution Approach 2:
The dock automatically indicates which slots contain charged tasers through LED indicators, allowing officers to quickly identify and grab a fully charged taser without manual checking or complex organization systems.
3Productivity
If multiple charging docks are provided, then each can charge one device, but space and clutter increase
Solution Approach 1:
Multiple individual charging docks are merged into a single integrated unit with at least ten slots. This consolidation provides the charging capacity of multiple separate docks while occupying only one space, reducing clutter and improving space utilization in the police station.
4Reliability
If tasers are stored without charging, then availability is ensured, but officers may take uncharged devices
Solution Approach 1:
LED indicators provide visual feedback on the charging status of each taser slot. This color-coded system allows officers to quickly identify which tasers are fully charged and ready for use, ensuring device readiness while preventing selection of uncharged devices.
Data Source
AI summary
A taser charging dock device is disclosed that comprises a base component with at least ten individual taser slots for holding up to ten tasers and their respective charging cords within the slots on the dock device. The base component comprises internal wiring, such as a 10-port USB strip to accommodate the tasers and their charging cords hidden within the base component. Users can plug the entire dock device into a wall outlet to charge up to ten tasers simultaneously within the individual slots. The device keeps multiple tasers organized and fully charged for quick and easy access.