Spring-Loaded Razor Snapper for Controlled Debris Removal
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Solution Overview
Problem
Manual razors often clog with cut hair and shaving debris, leading to damage from repeated banging and lack of control over debris disposal.
Innovation Solution
A pull and release device, known as a razor snapper, which uses a spring-loaded mechanism to create a controlled impact, loosening and releasing cut hair and debris from the razor.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If users repeatedly bang the razor against a sink or countertop to remove debris, then cut hair and debris are loosened from the razor, but the razor and/or the receiving item may be damaged and there is no control over where the debris ends up
Solution Approach 1:
The patent introduces a strike plate as an intermediary component that receives the impact from the pull mechanism. This mediator protects the razor and surrounding surfaces from direct damage while still enabling effective debris removal through controlled impact against the strike plate surface
Solution Approach 2:
The patent positions the strike plate in advance as a dedicated impact target. This pre-positioned cushioning element absorbs and directs the impact energy appropriately, preventing damage to the razor and receiving surfaces while maintaining debris removal effectiveness
2Productivity
If users repeatedly bang the razor against a sink or countertop to remove debris, then cut hair and debris are loosened from the razor, but the location of debris disposal is uncontrollable
Solution Approach 1:
The strike plate serves as a controlled intermediary surface that directs debris into a specific location. By providing a dedicated impact zone with defined geometry and positioning, the strike plate controls where debris is dislodged and deposited, enabling users to direct debris into sinks, baskets, or other receptacles as intended
3Object-affected harmful factors
If a spring-loaded pull mechanism is used to create controlled impact, then debris is effectively removed with controlled bang, but the device complexity increases due to pull mechanism and spring components
Solution Approach 1:
The spring-loaded pull mechanism is designed to be manually activated by the user through simple pull and release motion. The spring automatically stores and releases energy to create the impact, eliminating the need for complex motorized or powered mechanisms while still providing controlled, repeatable strikes that prevent razor damage
4Adaptability or versatility
If the cleaning device is designed as a separate removable item, then it can be reused across multiple razors, but the device complexity and number of components increases
Solution Approach 1:
The strike plate and pull mechanism are designed as a universal cleaning device that can be attached to multiple different razor types. By creating a standalone, attachable unit with standardized mounting features, the device achieves versatility across different razors while keeping each individual component relatively simple in structure
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 razor snapper effectively removes cut hair and shaving debris from manual razors, preventing damage and providing control over debris disposal, while being reusable across multiple razors.
Implementation Method 1
The invention includes a pull mechanism and a spring. The spring biases the pull mechanism against a surface (of the razor or a strike plate) and when the pull mechanism is pulled and released, the impact of it against the receiving surface causes a shaking that releases the cut hair and debris.
Implementation Method 2
the impact of it against the receiving surface causes a shaking that releases the cut hair and debris
Implementation Method 3
the impact of it against the receiving surface causes a shaking that releases the cut hair and debris
Data Source
AI summary
A razor snapper device for removing cut hair and shaving debris from a razor by spring-loaded impact and configured to couple to a handle of the razor, including a snapper device housing, a pull mechanism positioned within said housing configured for manual pulling and release actions and including a pull rod having a pull handle at a proximal end of the pull rod and a striker at a distal end of the pull rod, a strike plate located opposite the striker, and a spring positioned to bias the pull mechanism toward the strike plate and having sufficient tension to create an impact of the striker against the strike plate when the proximal end of the pull mechanism is pulled outwardly of the razor snapper device housing and released which causes cut hair and shaving debris to release from the razor.