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Ring-Disk Spiral-Pin Churn: Cream Forced Out Between Corrugated Rings, Then Drawn to the Middle by Spiral Pins
Buttercup

Creado por

Buttercup

11. noviembre 2026IE
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Ring-Disk Spiral-Pin Churn: Cream Forced Out Between Corrugated Rings, Then Drawn to the Middle by Spiral Pins

Daniel C. Brown of New York received US 26,880, dated 24 January 1860, for a churn. Cream poured into a hopper runs into the middle of a still disk at the bottom of a box, under a turning disk; their corrugated rings run between each other without touching, so the cream is flung outward and must climb over ring after ring. Above, the turning shaft carries pins set in two spirals that meet in the middle, drawing the butter there to be gathered. The patent gives no sizes; every size here is ours.
Intermedio
About 2 days, plus printing

Instrucciones

1

Rings that never touch

Cargando el cuaderno de Jupyter…
2

Agitators passing between each other, two months before

Cornell's arms pass between those of a second shaft. Brown's rings run between the rings of a still disk.
3

Read US 26,880

"The milk or cream thus entering while the disk G is in rapid motion, it will be seen that (by the centrifugal force developed) the fluid will be forced outward, but, meeting the obstruction of the rings, will be checked—accumulate to some extent until forced to climb over and around them, successively advancing thus and being checked and being thereby subjected to the action of the corrugated surfaces upon each side of the rings"
4

Print the still disk F

A disk 236 mm across with three corrugated rings 8 mm thick and 12 tall at 40, 74 and 108 mm, a 21 mm bearing for G's journal, a 13 mm inlet beside it for the spout, and three feet. PETG, 0.2 mm layers, 40 % infill, 4 walls.
Archivo de DisenoSTLCC0 - Free
5

Print the turning disk G

A disk 236 mm across with two corrugated rings at 57 and 91 mm, a 20 mm journal below and a hub above with a cross hole for the shaft's pin. PETG, 0.2 mm layers, 40 % infill, 4 walls.
Archivo de DisenoSTLCC0 - Free
6

Print the gear wheel

Spur wheel, 48 teeth, module 3, 15 mm face, with a hub bored 20.6 mm. PETG, 0.2 mm layers, 40 % infill, 4 walls.
Archivo de DisenoSTLCC0 - Free
7

Print the geared stud's pinion

Spur pinion, 16 teeth, module 3, 15 mm face, with a hub bored 20.6 mm. PETG, 0.2 mm layers, 40 % infill, 4 walls.
Archivo de DisenoSTLCC0 - Free
8

Box A, hopper B and spout C

From 20 mm hardwood make a box 300 x 300 mm and 450 mm deep inside with a lid bored 21 mm in its middle. Bore one side 13 mm, 10 mm above the floor in its middle. Bend a 12 mm stainless tube to run from outside, through that hole along the floor and up into F's inlet, seal it through the side, and fit a stainless funnel on its outer end as the hopper. Fill the box with water overnight so it swells tight, then empty it.

Materiales para este paso:

Tabla de madera duraTabla de madera dura3 piezas
Cola de carpinteroCola de carpintero1 pieza
Tornillos para maderaTornillos para madera30 piezas
Tubo de acero inoxidableTubo de acero inoxidable1 pieza
Embudo de acero inoxidableEmbudo de acero inoxidable1 pieza
Sellador de siliconaSellador de silicona1 pieza

Herramientas necesarias:

Sierra de mesaSierra de mesa
SerruchoSerrucho
Taladro inalámbricoTaladro inalámbrico
Juego de brocasJuego de brocas
Juego de brocas de palaJuego de brocas de pala
Sierra para metalesSierra para metales
SargentoSargento
Cinta métricaCinta métrica
AguaAgua
9

Disks, shaft D and pins b

Stand F on its feet in the middle of the floor over the spout. Plane a hardwood shaft to a hexagon 40 mm across the flats and 393 mm long, with a 19 mm square socket 30 mm deep in its top, and pin its foot in G's hub. Bore twelve 16 mm holes through it from 35 to 332 mm above its foot, 27 mm apart, and glue in hardwood pins reaching 135 mm from the middle: the lower six turning 60 degrees each from the foot upward, the upper six the same from the top downward, so the two spirals meet at the middle. Set G's journal in F's bearing.

Materiales para este paso:

Tabla de madera duraTabla de madera dura1 pieza
Espigas de madera duraEspigas de madera dura1 pieza
Cola de carpinteroCola de carpintero1 pieza
Pasador de aletasPasador de aletas1 pieza
Filamento PETGFilamento PETG1 pieza

Herramientas necesarias:

Impresora 3D de filamento (FDM)Impresora 3D de filamento (FDM)
Torno de maderaTorno de madera
Sierra de mesaSierra de mesa
Formón de mortajaFormón de mortaja
Mazo de maderaMazo de madera
Taladro inalámbricoTaladro inalámbrico
Juego de brocasJuego de brocas
Papel de lijaPapel de lija
10

Geared stud and crank E

Pass a 20 mm stainless stud through the lid, square at its foot to drop into the shaft's socket, with the pinion pinned on top. Fix a second stud in the lid 96 mm away carrying the gear wheel, meshing, with a crank and handle on it. Lift the lid to free the shaft and disks for cleaning.

Materiales para este paso:

Varilla de acero inoxidableVarilla de acero inoxidable2 piezas
Tabla de madera duraTabla de madera dura1 pieza
Espigas de madera duraEspigas de madera dura1 pieza
Arandela planaArandela plana4 piezas
Pasador de aletasPasador de aletas2 piezas

Herramientas necesarias:

Sierra para metalesSierra para metales
Limas (lima de mano)Limas (lima de mano)
Taladro inalámbricoTaladro inalámbrico
Juego de brocasJuego de brocas
11

The build in 3D

FreeCAD model of this build, cut through the middle: the box, the spout running into the still disk, the turning disk with its rings between the still disk's, the hexagonal shaft with its two spirals of pins, and the geared stud, wheel and crank on the lid. The rotor was turned through 16 positions.
Archivo de DisenoBLENDCC0 - Free
12

Churn

Turn the crank and pour heavy cream at about 15 °C, checked with the thermometer, into the hopper, about 15 litres in all, keeping the disk turning fast. Keep turning, timing it. When the butter comes the pins gather it in the middle: lift the lid, take out the shaft and the butter, drain the buttermilk, wash the butter in cold water until it runs clear, salt and weigh it.

Materiales para este paso:

Crema de leche espesaCrema de leche espesa15 l
Sal marina gruesaSal marina gruesa1 pieza
AguaAgua1 pieza

Herramientas necesarias:

Termómetro de sonda permanenteTermómetro de sonda permanente
CronómetroCronómetro
Báscula digital de cocinaBáscula digital de cocina
Bol grande de acero inoxidableBol grande de acero inoxidable
13

Troubleshooting

Ring-disk churn troubleshooting.

Flow

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14

History and honest limits

**Daniel C. Brown** of New York, US 26,880, 24 January 1860, "Churn". He claimed the disks F and G with the rings on their inner sides. His disks were wood or metal; ours are printed. His hopper is a jointed bucket; ours is a funnel on a tube. The patent gives no sizes; every size here is ours.

Materiales

14

Herramientas requeridas

19

Archivos de diseño

5

CC0 Dominio público

Este Blueprint se publica bajo CC0. Eres libre de copiar, modificar, distribuir y usar este trabajo para cualquier propósito, sin pedir permiso.

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