ARTE
BELLEZZA E BENESSERE
MESTIERE
CULTURA E STORIA
DIVERTIMENTO
AMBIENTE
CIBO E BEVANDE
INGEGNERIA INVERSA
SCIENZE
SPORT
TECNOLOGIA
INDOSSABILI
Belt-Driven Multiple Egg Beater: One Wheel Beats Three Bowls
Emma

Creato da

Emma

6. ottobre 2026SE
30
0
0
0
0

Belt-Driven Multiple Egg Beater: One Wheel Beats Three Bowls

A kitchen beating whites, yolks and batter needs several beaters going at once. John L. Nicolai of Chicago received US 23,814, dated 26 April 1859, for an egg beater: a grooved driving wheel turned by a handle belts a series of vertical arbors in one frame, each with a disk of flexible fingers of rubber or gutta-percha; turning, the fingers spread and sweep "through every nook and corner of the vessel," so several vessels are beaten at once. This rung works out the belt ratio and the fingers' spread, then prints the wheel, pulleys and disks and beats three bowls together.
Avanzato
About 6 hours, plus printing

Istruzioni

1

Ratio and finger spread

Caricamento del notebook Jupyter…
2

A belt drive before it

The embedded blueprint drives a pulley by a belt. Nicolai runs one belt per arbor in its own groove of a single wheel.
3

Read US 23,814

"By this motion and by the action of the substance in the vessels the fingers F spread out and a large quantity of the substance is agitated by the same at once, so that it takes but a very short time to reduce a quantity of eggs to froth or to mix a certain quantity of eggs with sugar, and as the fingers are flexible they diverge by being rotated with the disks and they adapt themselves to the shape of the vessel so that they actually sweep through every nook and corner of the vessel."
4

Print the wheel, pulleys and disks

Print the three-groove driving wheel (/uploads/blueprints/belt-driven-multiple-egg-beater-wheel.stl), three pulleys (/uploads/blueprints/belt-driven-multiple-egg-beater-pulley.stl) and three finger disks (/uploads/blueprints/belt-driven-multiple-egg-beater-disk.stl). Print in PETG at 0.2 mm layers, 30 % infill, 4 walls.

Materiali per questo passaggio:

Filamento PETGFilamento PETG1 pezzo

Strumenti necessari:

Stampante 3D a filamento (FDM)Stampante 3D a filamento (FDM)
5

Build the frame

Make a table frame of plywood 330 × 80 mm on four legs 240 mm high. Drill 5 mm holes for the wheel's shaft and three arbors 70 mm apart.

Materiali per questo passaggio:

Pannello di compensatoPannello di compensato1 pezzo
Blocco di legno duroBlocco di legno duro1 pezzo
Vite da legno #8 x 1"Vite da legno #8 x 1"1 pezzo

Strumenti necessari:

Sega da traforoSega da traforo
Trapano a batteriaTrapano a batteria
Serie di punte da trapanoSerie di punte da trapano
Set di cacciavitiSet di cacciaviti
RighelloRighello
6

Arbors and fingers

Cut three 200 mm arbors of 5 mm rod. Epoxy a pulley at each top, at the height of its own groove, and a disk at each foot. Push six 30 mm lengths of silicone tube into each disk's holes as fingers.

Materiali per questo passaggio:

Tondo di acciaio dolceTondo di acciaio dolce1 pezzo
Tubo in siliconeTubo in silicone1 pezzo
Resina epossidica bicomponenteResina epossidica bicomponente1 pezzo

Strumenti necessari:

Seghetto per metalliSeghetto per metalli
Morsa da bancoMorsa da banco
7

Belts and crank

Fit the wheel on its shaft with a crank screw near its rim. Loop an O-ring from each groove to its pulley, choosing sizes that are taut.

Materiali per questo passaggio:

Assortimento di O-ringAssortimento di O-ring1 pezzo
Viti da metalloViti da metallo1 pezzo
Dado esagonaleDado esagonale1 pezzo

Strumenti necessari:

Calibro digitale da 6 polliciCalibro digitale da 6 pollici
Chiave regolabile a rullinoChiave regolabile a rullino
8

The patent drawing

US 23,814 drawing sheet, public domain (expired patent).
Passo 8 - Image 1
9

Beat three bowls

Set three bowls under the arbors with one egg white each. Turn the crank about once a second and time each bowl to stiff peaks.
Passo 9 - Image 1

Materiali per questo passaggio:

UovoUovo3 pezzi

Strumenti necessari:

Grande ciotola da impasto in acciaio inossidabileGrande ciotola da impasto in acciaio inossidabile
CronometroCronometro
10

Belts that slip, cross or fingers that fly off

Belt-driven multiple egg beater troubleshooting.

Flow

Loading...
11

History and honest limits

**John L. Nicolai** of Chicago, assignor to himself, S. E. Knott and R. F. Farrell, received US 23,814, dated 26 April 1859. The frame is wood or other material on legs; the disks may be flanged, plain sheet metal, or small cups; the arbors' ends pass through the disks and finish in a flattened fork that also mixes. For larger machines he would put a multiplying gear before the wheel; under steam power it is unnecessary. **Honest limits.** FDM prints hold food in their layer lines, so wash well and replace when worn. O-rings stand in for his endless belts, silicone tube for rubber or gutta-percha fingers. Your times are the result.

Materiali

11

Strumenti richiesti

12

Questo progetto realizza

CC0 Pubblico dominio

Questo progetto è rilasciato sotto CC0. Sei libero di copiare, modificare, distribuire e utilizzare quest'opera per qualsiasi scopo, senza chiedere permesso.

Supporta il Maker acquistando prodotti tramite il suo progetto dove guadagna una Commissione Maker stabilita dai venditori, oppure crea una nuova iterazione di questo progetto e includilo come collegamento nel tuo progetto per condividere i ricavi.

Commenti

(0)

Accedi per partecipare alla discussione

Caricamento commenti...