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Water-and-Air Tube Churn: Two Tubes of Warm or Cold Water and an Open Air Tube Stand by the Wall, Blades Sweep Under and Between
Thomas A. Jebb of Buffalo, New York, received US 32,697, dated 2 July 1861, for a geared churn with three tubes standing just inside its wall. Two are closed at the bottom and filled with cold water or ice in summer, warm water in winter, to bring the cream to the right warmth; the third is open at both ends, and the long lower dash blade, sweeping under its foot, draws air down it into the cream. The tubes also split the swirling cream, part through the gap by the wall and part back toward the shaft. Funnels in the cover feed the tubes without lifting it.
The gap between the tubes and the wall is the patent's; every other size here is ours.
中級者
About 2 days
手順
1
1
Tempering the cream from inside
Tempering the cream from inside
Jupyter ノートブックを読み込み中…
2
2
Jebb's earlier churn, a year and a half before
Jebb's earlier churn, a year and a half before
In his first churn Jebb split the current with thick staves and swept a long blade beneath them. Here tubes do the splitting, and also temper and air the cream.
3
3
Read US 32,697
Read US 32,697
"The nature of this invention relates to the application and use of three tubes (A, A,) and (B) so arranged within the churn as to serve the threefold purpose of, 1st, breaking and dividing the body of cream, as it is set in motion by the dash blades, 2d, graduating the temperature of the cream by the use of warm or cold water in the tubes (A, A,) and 3d, ventilating, by causing a current of air to pass down the tube (B,) into the midst of the cream."
4
4
Print the tube plugs (two)
Print the tube plugs (two)
A plug sealing the bottom of a water tube: 37.6 mm across, 15 long, with a 42 mm lip. Print two; seal them in with silicone. PETG, 0.2 mm layers, 30 % infill, 4 walls.
5
5
Print the rings C (six)
Print the rings C (six)
A ring round a tube: 50 mm across, 40.2 bore, 12 high, with a boss and a 5.2 mm hole for the shank. Print six. PETG, 0.2 mm layers, 30 % infill, 4 walls.
6
6
Tubes A, A and B, rings C, shanks d and nuts e
Tubes A, A and B, rings C, shanks d and nuts e
Use a 20-litre food-grade bucket as the churn. Cut three 40 mm stainless tubes 315 mm long. Seal a printed plug into the bottom of two of them, the water tubes A; leave the third, the air tube B, open at both ends. Stand them a third of a turn apart round the inside, 40 mm off the floor, their outsides 15 mm from the wall all the way up (the patent's half to three quarters of an inch), leaning with the wall. Put two rings C on each, 110 and 280 mm up, run an M6 threaded rod shank d from each ring out through a hole in the wall, and tighten a nut e and washer on it outside, sealed with silicone.
このステップの材料:
20 リットルのバケツ1 個
ステンレス鋼の管1 個
PETGフィラメント1 個
全ねじ棒1 個
六角ナット12 個
平ワッシャー12 個必要な工具:
FDM 3D プリンター
金切りのこ(ハクソー)
やすり(手やすり)
コードレスドリル
ドリルビットセット
モンキーレンチ
メジャー(巻尺)7
7
Print the step
Print the step
The step on the floor: 40 mm across, 12 high, with a 16.8 mm hole 8 deep. PETG, 0.2 mm layers, 30 % infill, 4 walls.
8
8
Shaft F and dash blades G
Shaft F and dash blades G
Cut a 16 mm stainless shaft 440 mm long. Mortise three hardwood dash blades G 24 x 8 mm through hardwood hubs on it: the lower 250 mm long, 20 mm above the floor, sweeping under the tubes' ends; the other two 140 mm long, at 150 and 260 mm, turned 60 and 120 degrees from it, sweeping between the tubes. Stand the shaft in the step.
このステップの材料:
ステンレス鋼の丸棒1 個
堅木の板1 個
堅木のダボ1 個
木工用接着剤1 個必要な工具:
テーブルソー
木工のみセット
コードレスドリル
ドリルビットセット
金切りのこ(ハクソー)9
9
Print the pinion H
Print the pinion H
The pinion on the shaft's top: 14 teeth, module 2.5, 16.2 mm bore. PETG, 0.2 mm layers, 30 % infill, 4 walls.
10
10
Print the wheel I
Print the wheel I
The driving wheel: a crown wheel of 42 teeth, module 2.5, 16.2 mm bore. PETG, 0.2 mm layers, 30 % infill, 4 walls.
11
11
Cover K, tunnels n, frame J, wheels H and I, winch M, hooks l
Cover K, tunnels n, frame J, wheels H and I, winch M, hooks l
Cut a 12 mm HDPE cover K to the bucket's top, bored 16.8 mm at the centre and 21 mm over each tube's mouth. Set a small kitchen funnel in each of those holes, its spout reaching down into the tube, as the tunnels n. Pin the pinion H on the shaft 40 mm above the cover. Screw two hardwood blocks 50 x 25 x 118 mm, the frame J, to the cover 60 and 125 mm from the centre, bored 16.6 mm across 93 mm up; run a 16 mm stainless shaft 150 mm long through them with the wheel I pinned on meshing H, a shaft collar, and a winch M of mild steel flat bar, 100 mm throw, with a hardwood handle. Fix two hooks and eyes l to hold the cover to the bucket.
このステップの材料:
HDPE 板1 個
キッチン漏斗(じょうご)3 個
堅木の板1 個
ステンレス鋼の丸棒1 個
Shaft Collar1 個
割りピン3 個
軟鋼平鋼1 個
堅木のダボ1 個
木ねじ6 個
カギホック2 個
PETGフィラメント1 個必要な工具:
FDM 3D プリンター
方位磁針
ジグソー
スペードビットセット
コードレスドリル
ドリルビットセット
金切りのこ(ハクソー)
やすり(手やすり)
万力(ベンチバイス)
ドライバーセット12
12
The build in 3D
The build in 3D
FreeCAD model of this build, the bucket cut open: the two closed water tubes and the open air tube on their rings and shanks, the shaft with the long lower blade under the tubes and two short blades between them, the cover with its funnels, and the gearing and winch.
13
13
Temper and churn
Temper and churn
Pour about 10 litres of heavy cream into the bucket and hook on the cover. Pour cold water or ice water into the two water tubes through their funnels if the cream is warm, warm water if it is cold; each filling moves the cream only a degree or two, so start with cream near 15 °C, checked with the thermometer, and refill the tubes as it drifts. Leave the air tube's funnel open. Turn the winch steadily, timing it. When the butter comes, unhook and lift off the cover and gearing, lift out the shaft, take out the butter, pour the buttermilk into a bowl, wash the butter in cold water until it runs clear, salt and weigh it. Empty the water tubes.
このステップの材料:
生クリーム10 l
水1 個
粗い海塩1 個必要な工具:
差しっぱなしのプローブ温度計
ストップウォッチ
デジタルキッチンスケール
ステンレス鋼の大きな混ぜ鉢14
14
Troubleshooting
Troubleshooting
Tube churn troubleshooting.
Flow
Loading...
15
15
History and honest limits
History and honest limits
**Thomas A. Jebb** of Buffalo, Erie County, New York, US 32,697, 2 July 1861, "Churn". He claimed "the described arrangement of the water tubes A, A, air tube B, and dash blades G, G, G within the churn tub, so that a space may be left between the said tubes and the sides of the churn tub, and so that the lower dash blade shall revolve under the lower ends of said tubes, while the other dash blades shall revolve in the space between said tubes". His text calls the shaft both F and E. His tub widened toward the bottom; ours, a bucket, widens toward the top, and our tubes lean with it. The gap of half to three quarters of an inch is his; every other size here is ours.
材料
21- 1 個プレースホルダー
- 1 個プレースホルダー
- 2 個プレースホルダー
- 1 個プレースホルダー
- 1 個プレースホルダー
- 12 個プレースホルダー
- 12 個プレースホルダー
- 1 個プレースホルダー
- 1 個プレースホルダー
- 1 個プレースホルダー
- 1 個プレースホルダー
- 1 個プレースホルダー
- 3 個プレースホルダー
- 1 個プレースホルダー
- 3 個プレースホルダー
- 1 個プレースホルダー
- 6 個プレースホルダー
- 2 個プレースホルダー
- 10 lプレースホルダー
- 1 個プレースホルダー
- 1 個プレースホルダー
必要な工具
18- プレースホルダー
- プレースホルダー
- プレースホルダー
- 1 vendor sell this, none ship to you yetプレースホルダー
- プレースホルダー
- プレースホルダー
- 1 vendor sell this, none ship to you yetプレースホルダー
- 1 vendor sell this, none ship to you yetプレースホルダー
- プレースホルダー
- プレースホルダー
- 1 vendor sell this, none ship to you yetプレースホルダー
- プレースホルダー
- プレースホルダー
- プレースホルダー
- プレースホルダー
- プレースホルダー
- プレースホルダー
- プレースホルダー
設計ファイル
6関連ブループリント
これらのブループリントは知識を共有しています — 技術、材料、原理

Segmental-Stave Churn: Thick Curved Staves Split the Cream's Current, a Long Blade Sweeps Beneath Them
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Hollow-Staff Plunger Churn: A Plunger in a Perforated Inner Cylinder Draws Air Down Its Staff on the Up Stroke
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Spiral-Corrugated Water-Jacket Churn: A Bevelled Strip Dasher Throws Cream Against Diagonal Corrugations in a Warmed or Cooled Chamber
Buttercup 作
木工
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0
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Churning Butter from Cream — The 5,000-Year-Old Fat Separation
TheChef 作
工芸
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CC0 パブリックドメイン
このブループリントはCC0で公開されています。許可を求めずに、自由にコピー、修正、配布、あらゆる目的で使用できます。
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