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The Button Corkscrew: A Helix That Grips and a Disc That Stops It
Youblob (drawn diagram, draw_corkscrew.py) · CC0
YourGrandma

Creado por

YourGrandma

27. septiembre 2026IS
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The Button Corkscrew: A Helix That Grips and a Disc That Stops It

A cork is squeezed into a bottle neck so hard that pulling it out by a simple worm takes a strong arm — and a worm driven too far pierces the cork and pushes crumbs into the wine. Samuel Henshall, an English clergyman, took out British patent No. 2061 on 24 August 1795 for a corkscrew with a button: a concave disc fixed between the worm and the shank. The button stops the worm once it is deep enough, and turning on past that point twists the whole cork in the neck, breaking its hold on the glass before it is pulled. Matthew Boulton's works in Birmingham made it. This rung works out the worm's turns and grip and the force a pull needs, and makes and tests a button corkscrew.
Principiante
About 2 hours

Instrucciones

1

Worm pitch, grip and pulling force

Cargando el cuaderno de Jupyter…
2

The helix underneath it

A corkscrew worm is a helix with nothing inside it. The embedded blueprint shows the helix as a ramp wrapped round a cylinder.
3

Make a worm and a button

Wind 2 mm spring steel wire round a 6 mm rod held in a vice, five turns at an 8 mm pitch — set the pitch by winding over a spacer strip. Grind the free end to a point on the outside of the helix so it follows the helix, not the centre. Leave a straight tail as the shank. For the button, drill a 20 mm steel washer to fit the shank and file its underside slightly concave with abrasive paper wrapped round a rod. Slide it down to where the worm starts and solder it in place. Fit a wooden handle across the top of the shank.

Materiales para este paso:

Alambre de acero para muellesAlambre de acero para muelles1 pieza
Arandela planaArandela plana1 pieza
Espigas de madera duraEspigas de madera dura1 pieza
Estaño-plomo de soldaduraEstaño-plomo de soldadura1 pieza

Herramientas necesarias:

Tornillo de bancoTornillo de banco
Taladro inalámbricoTaladro inalámbrico
Juego de brocasJuego de brocas
Surtido de papel de lijaSurtido de papel de lija
Soldador de estañoSoldador de estaño
Guantes de trabajo de cueroGuantes de trabajo de cuero
Gafas de seguridad transparentesGafas de seguridad transparentes
4

Measure the pull, with and without the twist

Recork several empty wine bottles with new corks of the same kind, using a hand corker, and let them stand a day. On the first, drive the worm in until the button touches, stop, and pull straight up with a spring scale hooked to the handle: read the peak force. On the next, drive it in until the button touches, then turn two more turns so the cork rotates in the neck, and pull again. Compare the peak forces. Compare also with a commercial corkscrew.

Materiales para este paso:

CorchosCorchos6 piezas
Kit de encorchado de botellas de vinoKit de encorchado de botellas de vino1 pieza
SacacorchosSacacorchos1 pieza

Herramientas necesarias:

Dinamómetro (balanza de resorte)Dinamómetro (balanza de resorte)
5

A cork that will not come out cleanly

Cork removal problems.

Flow

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6

History and honest limits

**Samuel Henshall** was granted **British patent No. 2061** on 24 August 1795 — the first patent for a corkscrew. Matthew Boulton made Henshall's corkscrews at Soho, Birmingham, marked "Obstando Promoves". Later designs added threads, levers and wings to take the effort out of the pull. **Honest limits.** The cork pressure and friction in the notebook are illustrative; measure your own pulls. The patent itself is not in the patent databases used for this programme; its details here come from museum and patent-office sources.

Materiales

7

Herramientas requeridas

8

CC0 Dominio público

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