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The Rod-and-Eye Stopper: Pull the Eye and the Plate Beneath Pushes the Cork Out Whole
A cork drawn with a corkscrew is pierced and weakened, crumbles after a few uses, and is easily lost.
Joseph Bell Alexander of Washington, District of Columbia, received US 65,857, dated 18 June 1867, for a stopper "which can be easily drawn in a moment without a cork-screw, and which, when in place, will present no corrodible substance to the action of gases or liquors with which it is inserted and may come in contact; and also to so construct the stopper that it will bear continued use without becoming broken or lost." A rod with an eye at its top runs down a bore through the cork, from a washer on top to a plate near the bottom; the bore below the plate is filled with cork, gum or a screwed plug, and the stopper can be tied to the bottle through the eye.
This rung works out the stress the rod saves the cork, then makes the stopper from a cork, wire and washers and draws it many times.
Beginner
About 2 hours
Instructions
1
1
The cork in compression
The cork in compression
Loading Jupyter Notebook...
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2
A stopper drawn by hand before it
A stopper drawn by hand before it
The embedded blueprint makes a rubber stopper drawn by hand. Alexander keeps the cork and draws it by a rod through its middle.
3
3
Read US 65,857
Read US 65,857
"I make the body A (see drawings) of my stopper of cork, India rubber, gutta percha, wood, or any other suitable material, in any of the known forms, externally. Longitudinally through the centre of this body A I make a bore which will admit a metallic rod or wire, C, with an eye or circle bent upon its upper end, and which is first passed through a hole countersunk in the metallic washer or cap B."
"The advantages of this improvement are as follows: The stopper can be instantly drawn by inserting through the eyelet of the rod C a small stick, nail, or piece of twine, doing away with the necessity of a cork-screw. Being supported at each end by the plates B and D, the stopper cannot be broken by ordinary use."
4
4
Make the stopper and draw it again and again
Make the stopper and draw it again and again
**Bore.** Drill a 5 mm hole down the centre of a tapered cork, from its top to 8 mm short of its bottom, then widen the last 8 mm to take a washer.
**Rod.** Bend an eye in the end of a length of stainless steel wire. Pass it through a washer as the cap B, down the bore, and through a second washer as the plate D at the bottom of the bore. Bend the wire's end flat under the plate and trim it.
**Seal.** Fill the bore below the plate with melted paraffin wax, level with the cork's bottom, so the drink touches only cork and wax.
**Test.** Fill a bottle with water and push the stopper in. Tie it to the neck with twine through the eye. Put a nail through the eye and draw the stopper. Repeat twenty times, then compare its surface with an ordinary cork drawn twenty times with a corkscrew.
Materials for this step:
Corks2 pieces
Stainless Steel Wire0.2 meter
Flat Washer2 pieces
Paraffin Wax1 piece
Cotton Twine0.5 meter
Nails1 piece
Glass Bottle (Clear)1 piece
Water1 literTools needed:
Cordless Drill
Drill Bit Set
Round-nose Pliers
Wire Cutters
Kitchen Knife
Kitchen Thermometer
Wine Bottle Corking Kit5
5
A stopper that crumbles, sticks or pulls apart
A stopper that crumbles, sticks or pulls apart
Rod-and-eye stopper troubleshooting.
Flow
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6
History and honest limits
History and honest limits
**Joseph Bell Alexander** of Washington, District of Columbia, received US 65,857, dated 18 June 1867. He filled the bore below the plate with cork, india-rubber, gutta-percha or wood, or with shellac, wax or a gummy substance, or closed it with a screw and a plug of cork; the stopper could be tied on with twine or a chain. He wrote that a stopper pierced by a wire with washers riveted on its ends was already old for some perfume and ink bottles, and claimed his bore and plugs combined with the rod, plates and body.
**Honest limits.** A drilled cork, stainless wire, steel washers and paraffin wax stand in for his parts. The notebook gives the average stress only; its pulls and sizes are examples. Your twenty draws are the result.
Materials
8- 2 piecesPlaceholder
- 0.2 meterPlaceholder
- 2 piecesPlaceholder
- 1 piecePlaceholder
- 0.5 meterPlaceholder
- 1 piecePlaceholder
- 1 piecePlaceholder
- 1 literPlaceholder
Tools Required
7- 1 vendor sell this, none ship to you yetPlaceholder
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