Releasable Security Medallion with Energy-Triggered Adhesive
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Solution Overview
Problem
Portable electronic devices often lack a secure interface for physical and electronic protection, particularly newer slim devices that do not have a built-in security slot, and existing solutions fail to provide reliable and easy release mechanisms for attaching security medallions without damaging the devices.
Innovation Solution
A security medallion with a housing, mechanical interface for a laptop lock, circuit board for electronic monitoring, power source, and a releasable adhesive attachment member that can be detached using specific frequencies of light, audio energy, micro bubbles, or energy fields, ensuring secure attachment and easy authorized release.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a permanent adhesive is used to attach the security medallion to the portable object, then the security medallion provides strong and reliable attachment, but the portable object cannot be easily released or removed without damaging the device
Solution Approach 1:
The adhesive's bonding properties are made dynamic through energy field activation. The adhesive transitions from a strongly bonded state during normal operation to a released state when exposed to specific energy fields (electromagnetic, acoustic, or mechanical), allowing controlled attachment and release without damage to the portable object
Solution Approach 2:
The adhesive's bonding strength is changed by altering its physical or chemical parameters through energy field exposure. The adhesive responds to changes in energy input by modifying its molecular structure or bonding characteristics, enabling it to transition between bonded and released states based on external stimuli
2Volume of moving object
If newer slim portable devices are used, then the devices have improved portability and reduced size, but they lack built-in security slots for physical security protection
Solution Approach 1:
The security medallion acts as an intermediary device that provides physical security protection to slim portable devices lacking built-in security slots. The medallion attaches to the device surface and provides a mechanical interface for cable locks, bridging the security gap in devices that prioritize portability over built-in security features
Solution Approach 2:
The security medallion is designed with universal compatibility to attach to various surfaces of different slim portable devices. The attachment member can bond to multiple device types (laptops, tablets, smartphones) regardless of their specific form factor, providing adaptable security protection across diverse device platforms
3Reliability
If traditional mechanical release mechanisms are used, then the release function is simple and reliable, but the user must physically access and manipulate the release mechanism which may not be convenient in all situations
Solution Approach 1:
Traditional mechanical release mechanisms are replaced with energy field-based release systems. Instead of requiring physical manipulation of mechanical components, the adhesive release is triggered by electromagnetic fields, acoustic waves, or other energy fields that can be applied remotely or through contactless methods, enhancing user convenience while maintaining reliable release functionality
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 security medallion provides both physical and electronic security to portable objects, ensuring secure attachment and easy release without damaging the device, utilizing electronic or energy-based methods to detach the adhesive, enhancing protection and usability.
Implementation Method 1
The adhesive being releasable from the portable object by application of a release means, wherein the release means includes a magnetic field, an electrical field, or a radio frequency energy field
Implementation Method 2
The adhesive being releasable from the portable object by application of a release means, wherein the release means includes a magnetic field, an electrical field, or a radio frequency energy field
Implementation Method 3
The adhesive being releasable from the portable object by application of a release means, wherein the release means includes a magnetic field, an electrical field, or a radio frequency energy field
Implementation Method 4
the adhesive is releasable from the portable object electrically or electronically, through introduction of light at specific frequencies, through introduction of audio energy or sound at specific frequencies
Data Source
AI summary
A security medallion for a portable object may include a housing and a mechanical interface formed in the housing that may be configured to receive a laptop lock. The security medallion may also include a circuit board positioned within the housing that may be operable to provide electronic monitoring of the security medallion. The security medallion may further include a power source positioned within the housing and coupled to the circuit board, and an attachment member supported on the housing and having an adhesive configured to selectively bond to the portable object. The adhesive may be releasable from the portable object by application of a release means.