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The Wire Garment Hanger: A Triangle That Carries a Coat
Tex

Created by

Tex

27. September 2026FO
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The Wire Garment Hanger: A Triangle That Carries a Coat

A coat left on a peg stretches at one point and creases across the shoulders. A hanger spreads its weight over the shoulders and keeps its shape. US 822,981 for a "garment-hanger", filed 25 January 1904 and granted 12 June 1906, names Charles Lewis Patterson of Detroit as inventor, assigned to John B. Timberlake of Jackson, Michigan. Its frame is "a single piece of wire", its ends "twisted together, and one of them bent to form the hook", offset so the coat hangs "without wrinkling or straining the collar". Coiled wire shoulder-supports give broad curved bearing surfaces, and a hinged lower part clamps trousers, so a whole suit hangs from one device. This rung works out why a wire hanger must be a closed shape, what the coils do for the cloth, and bends one.
Beginner
About 2 hours

Instructions

1

Cantilever or triangle, and shoulder pressure

Loading Jupyter Notebook...
2

Bending wire to a shape that stays

Every bend in a wire hanger springs back a little. The embedded blueprint explains how far to over-bend.
3

Read US 822,981

Patterson's hanger is of "the type in which the entire suit—coat, vest, and pants—are supported from a single device." The upper frame "is preferably formed of a single piece of wire": a front strand bent down either side of centre, looped at 6 6, rear strands carried up parallel to it and bent inward to form an offset 9. "The ends of the wire are then bent upwardly, twisted together, and one of them bent to form the hook or supporting device 10." Offsetting the hook lets the coat hang "without wrinkling or straining the collar thereof." Shoulder-supports 11 are a strand of wire "helically coiled about the looped portion" in a helix of gradually increasing then decreasing diameter. He notes earlier coiled hangers whose coil the garment's pressure pushed out of place; his are secured to the frame, and with one end left loose they can slide to fit "narrower or wider garments". The lower part 2, a sheet-metal loop with a clamp 15, holds the trousers and folds up for packing. The patent names Patterson. The often-told story that Albert J. Parkhouse bent the first wire hanger at Timberlake's works in 1903 is not in the patent.
4

Bend a hanger, then test it

Cut about 1.1 m of galvanised steel wire, 2.5 mm thick. Mark the centre. Bend the two shoulder arms down from the centre, loop each end round a 20 mm former with round-nose pliers, bring the wire back as the bottom bar, and twist the two ends together three turns at the centre with flat-nose pliers. Bend one end into the hook and cut the other short; file the cut end smooth. Hang a heavy coat on it and measure how far each shoulder end drops. Then cut the bottom bar with the cutters so each arm is held only at the hook, and measure again — compare with the notebook. Wind 30 cm of finer steel wire tightly round a 12 mm dowel into a coil, slide it over one shoulder loop, and hang a damp cotton shirt overnight: compare the shoulder with and without the coil.

Materials for this step:

Galvanised Steel WireGalvanised Steel Wire1 piece
Steel WireSteel Wire1 piece
Clothes HangerClothes Hanger1 piece

Tools needed:

Round-nose PliersRound-nose Pliers
Flat-Nose PliersFlat-Nose Pliers
Diagonal Cutting PliersDiagonal Cutting Pliers
Steel RulerSteel Ruler
Tape MeasureTape Measure
Weighing ScaleWeighing Scale
5

A wire hanger that misbehaves

Wire hanger troubleshooting.

Flow

Loading...
6

History and honest limits

**US 822,981**, "Garment-Hanger", was filed on 25 January 1904 and granted on 12 June 1906 to **Charles Lewis Patterson** of Detroit, assignor to **John B. Timberlake** of Jackson, Michigan. Its claims are for the wire frame with enlarged, coiled shoulder supports, some adjustable along the frame. **Honest limits.** The notebook's coat weight, arm angle and contact length are examples; a real hanger's joints are neither perfectly rigid nor perfectly pinned.

Materials

3

Tools Required

6

CC0 Public Domain

This blueprint is released under CC0. You are free to copy, modify, distribute, and use this work for any purpose, without asking permission.

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