Wire Stripper Adapter With Input Guide And Output Limiter
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Solution Overview
Problem
Manual and powered wire strippers often jam or damage when dealing with unruly coils, bent, or tangled wires, making the stripping process slow and inefficient for large and defective insulated wires.
Innovation Solution
A wire stripper adapter that includes an output limiter to control the insulation splitting point, an input guide to align the wire, and a circular cutter to stabilize and sharpen the cutting blade, reducing jams and improving the efficiency of stripping unruly wires.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If manual wire strippers are used for metal recovery, then they are simple to use and economical, but they are time consuming for long lengths of wire
Solution Approach 1:
The wire stripping system is divided into multiple functional segments: an input guide segment that aligns the wire, a cutting blade segment that removes insulation, and an output limiter segment that controls the stripping endpoint. This segmentation allows each component to perform its specific function efficiently, enabling faster processing of long wire lengths while maintaining simplicity
Solution Approach 2:
The patent introduces intermediary components such as the input guide and output limiter that mediate between the wire and the cutting blade. These intermediaries prepare the wire for cutting and control the stripping process, improving efficiency without requiring complex automated systems
2Power
If powered wire strippers are used to provide mechanical force, then they can move wire through the stripping process, but unruly coils, bent, kinked and tangled wire may get caught and jam
Solution Approach 1:
The input guide performs preliminary action by aligning and positioning the wire before it reaches the cutting blade. This preliminary alignment prevents bent, kinked, and tangled wire from causing jams, allowing the system to handle unruly coils reliably without requiring complex powered mechanisms
Solution Approach 2:
The patent extracts the wire alignment and positioning functions from the powered stripping mechanism and places them in separate input guide components. This separation allows the cutting mechanism to focus on its primary function while the input guide handles wire preparation, reducing jamming issues
3Quantity of substance
If the wire stripper processes large and unruly coils and bent, kinked and tangled masses of defective insulated wire, then metal recovery is achieved, but the stripping process is slow and inefficient
Solution Approach 1:
The stripping system is segmented into multiple cutting blades arranged in sequence, allowing different portions of large wire masses to be processed simultaneously. The input guide and output limiter segments control wire flow through each cutting station, enabling efficient processing of large quantities without sacrificing speed
Solution Approach 2:
The cutting blade assembly is designed with multi-functionality to handle various wire conditions (unruly coils, bent wires, kinked wires, tangled masses) through a single integrated system. The universal design accommodates different wire types and conditions without requiring multiple specialized devices, improving productivity for large wire masses
Data Source
AI summary
A wire stripper adaption as disclosed comprises an output limiter to limit a splitting point of an insulation from an insulated wire at a first predetermined distance. The output limiter is suspended in any position radial to the wire leaving the wire stripper. An input guide is configured to axially align the insulated wire entering the wire stripper at a second predetermined distance radial to the wire entering the wire stripper. One of a circular hole and a semicircular hole defined in a body or the wire stripper itself cuts the insulation around the wire as it is circularly passed around a sharpened edge of the hole. The body defines three hole pairs configured to position an elongate cutting blade in the body for an operator to sharpen a first end of the elongate blade and a first and second beveled edges at an acute angle to the first end.