Universal Pet Crate Bumper with Segmented Stitching
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Solution Overview
Problem
Conventional dog crate bumpers sag or droop along the walls, fail to align properly with corners, and are specific to certain crate sizes or configurations, making them unsuitable for universal use.
Innovation Solution
A universal pet crate bumper with a rectangular body, internal batting of uniform thickness, and vertical stitching that compresses to form distinct panels, allowing for precise fitting and reconfiguration to accommodate various crate sizes and door configurations, along with fasteners for secure attachment to the crate.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional bumpers are used in dog crates, then they provide padding and protection, but they sag or droop along the walls and do not align properly with corners
Solution Approach 1:
The bumper body is divided into multiple panels by vertical stitching lines that compress the internal batting to form distinct segments. These panels can fold at the stitching lines to precisely align with crate corners, solving the alignment problem while maintaining structural integrity and preventing sagging through the segmented construction.
2Reliability
If conventional bumpers are used in dog crates, then they provide padding and protection, but they are specific to certain crate sizes or configurations
Solution Approach 1:
The bumper is designed with foldable panels that can be configured to fit different crate sizes and door configurations (front door, side door, or both). The universal design allows a single bumper to serve multiple functions across various crate types, eliminating the need for size-specific bumpers while maintaining protective functionality.
3Reliability
If conventional bumpers are used in dog crates, then they provide padding and protection, but they require a different size/type of bumper depending on the size of the pet crate
Solution Approach 1:
The bumper design consolidates multiple size-specific and configuration-specific bumpers into a single universal model. The foldable panel structure and adjustable stitching lines enable one bumper to replace several different sizes and types, reducing device complexity and inventory requirements while maintaining reliable protection across all crate sizes.
4Shape
If the bumper body is made with uniform thickness internal batting, then it provides consistent padding, but it cannot be reconfigured to fit different crate configurations
Solution Approach 1:
The uniform thickness internal batting is segmented by vertical stitching lines that compress the batting to form distinct panels. These panels can fold at the stitching lines while maintaining uniform padding thickness, enabling reconfiguration for different crate configurations without compromising the consistent protective quality provided by the uniform batting structure.
Data Source
AI summary
A universal pet crate bumper includes a body having an upper end, a lower end, a front, a rear, an internal batting spanning the length and width of the body, an outer fabric layer enclosing the batting, and at least four vertical lines of stitching extending from the upper end to the lower end and through the batting from the front to the rear. The vertical lines of stitching compress the batting to form distinct panels along the body that correspond to the sidewalls of a pet crate. The lines of stitching define a pivot upon which the body may fold at least 90 degrees such that the body may fit snuggly within the corners of the pet crate. The batting includes a compact and dense structure enabling the body to maintain an upright orientation along the sidewalls of the pet crate without sagging when the bumper is installed.