Friction-Based Light Penile Device for Erectile Dysfunction
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Solution Overview
Problem
Erectile dysfunction treatments often rely on pharmaceuticals that can have adverse effects, and there is a need for non-pharmaceutical, effective remedies that can be used conveniently and discreetly, especially considering the modesty and comfort of users.
Innovation Solution
A friction-based therapeutic light penile device with a sleeve lined with elastomeric material for friction and embedded light devices emitting red and blue wavelengths, designed to increase blood flow and ATP production, which can be used for light therapy to treat erectile dysfunction, featuring a scrotum flange for additional light emission and a vibratory device for enhanced stimulation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Temperature
If pharmaceuticals are used to increase blood flow to treat erectile dysfunction, then blood flow is improved, but blood pressure drops and adverse effects occur
Solution Approach 1:
The patent replaces pharmaceutical chemical action with a physical light therapy system. LEDs emitting specific wavelengths (red, blue, green) are used to stimulate blood flow and nitric oxide production through photobiomodulation, eliminating the need for drugs that cause blood pressure drops and other adverse effects.
Solution Approach 2:
The patent uses specific light wavelengths as the therapeutic parameter. Red light (625-700 nm) stimulates blood flow and nitric oxide production, blue light (450-485 nm) enhances nitric oxide release, and green light (495-565 nm) supports vascular function. This parameter-based approach provides targeted therapy without systemic side effects.
2Reliability
If light therapy is applied to treat erectile dysfunction, then blood flow and nitric oxide production are improved, but the device must be comfortable and discreet for user acceptance
Solution Approach 1:
The device combines multiple functions into one unit: light therapy LEDs, friction stimulation through elastomeric material, and a comfortable sleeve design for discreet use. This multi-functional integration ensures therapeutic effectiveness while maintaining user comfort and discretion.
Solution Approach 2:
The device uses an elastomeric friction sleeve that is flexible, comfortable, and discreet. The elastomeric material provides friction for stimulation while allowing light transmission, combining comfort with therapeutic function in a discreet form factor suitable for private use.
3Force
If friction material is used to maintain erection during therapy, then arousal is enhanced, but light coverage must be adequate for effective treatment
Solution Approach 1:
The elastomeric friction sleeve is designed with specific optical properties to transmit light effectively. The material provides friction for arousal while being translucent to allow LED light to penetrate and illuminate the penis, achieving both mechanical stimulation and phot therapeutic effects in the same component.
Solution Approach 2:
The device uses composite construction with an elastomeric friction sleeve that combines mechanical properties (friction, flexibility) with optical properties (light transmission). This composite material simultaneously provides friction for arousal and allows adequate light coverage for effective phototherapy.
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 device provides effective light therapy by increasing blood flow and ATP production, promoting vascular function and nitric oxide production, making it a discreet and comfortable treatment option for erectile dysfunction, with the elastomeric material ensuring adequate friction and light coverage for optimal results.
Implementation Method 1
one or more therapeutic light devices configured to emit an emitted light onto the penis while in the sleeve and wherein the light is preferably a red wavelength light, or light having a wavelength from about 625 nm to 700 nm
Implementation Method 2
designed to increase blood flow and ATP production, promoting vascular function and nitric oxide production
Implementation Method 3
The light devices may emit light through the friction material, which may be an elastomeric material that disperses the light to produce greater coverage of light incident on the penis
Implementation Method 4
The light devices may emit infrared (IR) light to warm the friction material for further arousal to maintain an erect penis during the light therapy
Implementation Method 5
The friction-based therapeutic light penile device may also have a vibratory device that vibrates the light penile device for further arousal
Data Source
AI summary
A friction-based therapeutic light penile device is configured to provide light therapy to the penis when in an erect state to more effectively ensure penetration of the emitted therapeutic light into the penis as the skin tissue is thinner. The device forms a sleeve for insertion of the erect penis and a friction material for arousal to maintain the erection during therapy. The light devices may be configured proximal to an outer rigid shell and emit light through an elastomeric friction material. The light devices may be configured to heat the friction material for further arousal and a vibratory device may further enhance arousal. The therapeutic light may be a specific wavelength of light, such as a blue, red and/or infrared. A testicular flange may extend from the sleeve and have light devices for the scrotum and testicles. The elastomeric material may form an insertion flange that is vagina shaped.