Linear member carrier and storage device
Pith reviewed 2026-05-17 15:02 UTC · model grok-4.3
The pith
A cylindrical body with narrowing slots grips linear members by compression along its full length.
A machine-rendered reading of the paper's core claim, the machinery that carries it, and where it could break.
Core claim
The holder consists of a body of substantially circular cross-section containing at least two opening slots, each leading to a securing end of narrowing width that runs the full length of the body; when a linear member is pushed into the narrowed portion, the walls exert a continuous compression force that secures the member along its entire inserted length.
What carries the argument
Narrowing securing ends that communicate with each opening slot and apply compression because part of the end is smaller than the linear member.
If this is right
- Multiple linear members can be stored side-by-side inside one compact cylindrical object.
- No clips, ties, or separate fasteners are required to keep each member in position.
- The circular outer shape allows the holder to roll or be placed in round tubes or pockets without catching.
- Members can be added or removed at any point along the length without disturbing others already secured.
Where Pith is reading between the lines
- The same geometry could be extruded from flexible plastic or rubber to accommodate a range of member diameters.
- Color-coding or labeling the outer surface would let users group members by function or circuit without additional tags.
- Stacking several holders along their lengths could create a modular rack for larger collections of cables.
Load-bearing premise
The narrowing channel will produce enough steady pressure to keep ordinary linear members from slipping or being damaged during normal handling and storage.
What would settle it
Insert a standard electrical cable or rod into the narrowed securing end and measure whether it slides out under its own weight plus a modest pull force within a few minutes.
read the original abstract
16 . A linear member holder comprising: a body comprising a substantially circular cross-section; at least two opening slots running along a length of the body, and each opening slot communicates with a securing end that also runs along the length of the body; a corner angle is formed at an intersection of each of the opening slots and the respective securing ends, the corner angle is greater than 0 degrees, each opening slot is configured to accept a linear member and each securing end is configured to secure said linear member; wherein each securing end has a narrowing width and at least a portion of the securing end is smaller than the linear member such that a compression force is applied on the linear member, when the linear member is located in the portion.
Editorial analysis
A structured set of objections, weighed in public.
Referee Report
Summary. The manuscript describes a linear member holder comprising a body of substantially circular cross-section with at least two longitudinal opening slots, each communicating via a corner angle (>0°) with a securing end of narrowing width. The central functional claim (abstract and claim 16) is that the narrowed portion of each securing end, being smaller than the inserted linear member, produces a compression force that secures the member along the length of the body.
Significance. If operable, the design provides a simple, fastener-free device for organizing and storing linear members such as cables, wires, or rods. The purely geometric description is internally consistent and could support a utility patent if novelty and non-obviousness are established relative to prior art.
major comments (1)
- Claim 16 / abstract: the assertion that a narrowing securing end 'smaller than the linear member' produces usable compression force is stated without any dimensions, taper angle, wall thickness, or material modulus. These parameters determine whether grip force exceeds typical tension/weight or whether local pressure exceeds the member's yield strength; their absence leaves the central functional claim unverified within the manuscript.
minor comments (1)
- The manuscript would benefit from a single figure showing the cross-section with labeled dimensions (slot width, taper, corner radius) to make the geometry reproducible from the text alone.
Simulated Author's Rebuttal
We thank the referee for the constructive review and recommendation of minor revision. The single major comment concerns the functional description in Claim 16 and the abstract. We address it directly below.
read point-by-point responses
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Referee: Claim 16 / abstract: the assertion that a narrowing securing end 'smaller than the linear member' produces usable compression force is stated without any dimensions, taper angle, wall thickness, or material modulus. These parameters determine whether grip force exceeds typical tension/weight or whether local pressure exceeds the member's yield strength; their absence leaves the central functional claim unverified within the manuscript.
Authors: We agree that the manuscript provides no numerical values for dimensions, taper angle, wall thickness, or modulus. As a utility patent application, the disclosure intentionally describes the invention through its geometric configuration and resulting mechanical principle rather than through specific quantitative parameters. The narrowing securing end smaller than the inserted member creates an interference fit whose compressive effect follows directly from the stated geometry (corner angle >0° and progressive width reduction). Enablement for a person skilled in the art is satisfied by the functional geometry itself; selection of particular dimensions or materials to achieve a desired force range constitutes routine optimization once the principle is known. Consequently we do not believe quantitative verification is required within the claims or abstract. revision: no
Circularity Check
No derivation chain or fitted parameters exist; purely geometric/functional description.
full rationale
The document is a utility patent whose claims and specification consist solely of structural geometry (circular body, slots, narrowing securing ends) and intended function (compression via width reduction). No equations, predictions, parameter fits, self-citations, or uniqueness theorems appear anywhere in the text. Consequently no load-bearing step can reduce to its own inputs by construction, and the circularity score is zero.
discussion (0)
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