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Publication numberUS452213 A
Publication typeGrant
Publication dateMay 12, 1891
Filing dateAug 4, 1890
Publication numberUS 452213 A, US 452213A, US-A-452213, US452213 A, US452213A
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Juice-extractor
US 452213 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

(No Model.) 2 Sheets-Sheet 1.

G. OASTAFOS & G. L. DE LARA. .JUIGE EXTRAGTOR.

. No. 452,213. Patented May 12,1891.

(No Model.) 2 Sheets- -Sheet 2.

G. OASTAFO'S 8: G L. DE LARA.

JUICE EXTRAGTOR.

No. 452,213. I Patented May 12,1891.

/B J I ll l (\{Jl d! j a 1 A WITNESSES: Q 5% M0 A romv y s UNITED STATES ATENT iiFICE' GABRIEL oAsTANos- AND GUADALUPE LOPEZ DE LARA, or GUADALAJARA, MEXICO.

JUICE-EAXTRACTOR.

SPECIFICATION forming part of Letters Patent No. 452,213, dated May 12, 1891. Application filed Augnst 4, 18 90. $erial No. 360,896. (No model.) Patented in Mexico October 30, 1890, N0. 30-

To 0% whom it may concern.-

Be it known that we, GABRIEL OAsTAfi os and GUADALUPE LOPEZ on LARA, of Guadalajara, Mexico, have invented a new and Improved Juice-Extractor, (patented in Mexico No. 30, dated October 30, 1890,) of which the following is afull, clear, and exact description.

Our invention relates to improvements in machines for crushing and extracting the juice from various plants, and more especially from the Mexican inescal; and the object of our invention is to produce a simple and durable machine that will thoroughly extract the juice from a large quantity of mescal with little or no waste.

To this end our invention consists in certain features of construction and combinations of parts, which will be hereinafter described and claimed.

Reference is to be had to the accompanying drawings, forming a part of this specification, in which similar letters of reference indicate corresponding parts in both the figures.

Figure 1 is a sectional plan view of the machine embodying our invention, and Fig. 2 is a vertical cross-section of the same on the line a: x of Fig. 1.

An annular bed-plate A, having the form of an inverted cone and provided with a central depressed basin A, is mounted upon a suitable support. Preferably the bed-plate is provided With an annular depending flange A The basin A is provided with a perforated cover or strainer a, and a pipe a extends from the basin to a receiver a A sleeve L, fixed centrallyin the basin A, serves as a journal-box for a vertical shaft B, suitably supported at its lower end, where it carries a bevel gear-wheel B, meshing with a gear-wheel C on a horizontal driving-shaft C; but the shaft B may be otherwise driven.

The shaft B carries at its upper end, which projects above the plate A, a three-armed spider-like frame D, the arms of which extend to about the edge of the plate A and are each provided with the depending hangers D and D the hangers D being located at the outer ends of the arms and being shorter than the hangers D which are located at the inner ends of the arms and are connected with a collar cl, bored to fit on the shaft 13. The

hangers D D are provided at their lower ends with boxes (I, which receive the journals of conical rollers E, adapted to roll upon and rotate around the axis of the bed-plate A, the large ends of the rollers being located at the periphery of the plate.

Fixed to the shaftB immediatelybelow the spider D is a laterally-extending arm F, having at its inner end a depending bracket F and at its outer end a shorter depending bracket F said brackets carrying the revoluble cone-shaped brush G, which is arranged in relation to the bed-plate A so that the ends of thebristles, which are preferably of wire, will just touch the bed-plate. The brush G is hung in the machine with the base of the cone outward.

The brush G is hung with its axis at an angle to the arm F, so that as it revolves 011 the bed-plate it will force the material thereon gradually toward the outer edge thereof. The sleeve L in the bottom of the basin A has its upper end formed into a toothed wheel L. A vertical shaft K is mounted in suitable bearings adjacent to the shaft 13 above the bed A, said shaft having at its lower end a pinion 7c, which meshes with the toothed wheel L, and at its upper end, which extends above the arm F, a beveled pinion k, which pinion meshes with a beveled pinion j on the inner end of a shaft J, mounted horizontally on the arm F, and having at its outer end a beveled gear-wheel j, which meshes with a beveled pinion h at the upper end of a Vertical shaft .[-I, j on rnaled in ears fof the bracket F and having at its lower end a pinion h, which meshes with the gear-wheel g on the outer end of the brush-shaft. It will thus be seen that as the arm F swings around the pinion 70 will be turned by its contact with the toothed wheel L, thus turning the shaft K, the horizontal shaft J, the vertical shaft H, and imparting a rotary motion to the brush G. A hopper M is suitably supported above the machine, and opening from the hopper is an inclined spout M, which delivers to the central portion of the bed-plate A. A waterpipe N connects with the circular pipe N, which is mounted upon the spider D, and opening laterally from the pipe N are the bent pipesN having at their outer ends suitable jets n, which deliver upon the bed-plate A near the rollers. The pipe N is bent inwardly above the hopper and may thus rcvolve with the spider on which it rests, as its axis aligns with the shaft 13.

A trough l is fixed to the flange A and extends around the same just below the outer edge of the bed-plate A, said trough having in one side an opening 1. A fork R fits within the trough I, said fork being supported by the shank 1', which in turn is supported from the bracket F The machine operates as follows: The in es cal, which has first been cut into small pieces, is placed in the hopper M and will be fed slowly through the spout M to the bed-plate A. The rollers E, as they are revolved by the shaft B, will crush the particles of the plant, thereby squeezing the juice from the same, and the juice will flow into the basin A, and from thence through the pipe a into the receiver a and from thence through the pipe a to the fermenting-tubs. The mescal juice is very heavy, having about the consistency of sirup; but the water from the pipes N thins the juice so that it flows readily, and when the particles of the plant are thoroughly wet the juice is more easily extracted. As the arm F swings around and the brush G revolves, it gradually forces the material upon the bed-plate toward the outer edge thereof, causing the material to be thoroughly crushed and the juice extracted by the rollers, the residuum being forced by the brush into the trough P, and as the fork R travels around the trough it pushes the residuum through the opening P, under which a suitable receptacle is intended to be placed to receive the residuum.

From the foregoing description it will be seen that the machine is very simple in construction and that the shape of the bed-plate is such that no juice is lost.

Having thus fully described our invention, we claim as new and desire to secure by Letters Patent- 1. A juice-extracting machine consisting in a concave bed provided with an outlet, a central vertical rotary shaft provided with a horizontal spider or armed frame above the bed, conical rollers j ournaled in the frame or spider-arms, a radial arm projecting from the vertical shaft across the bed, and the conical brush carried by said arm with its axis at an angle thereto and with its larger end outward to sweep the material on the bed gradually outward and off and provided with an operating mechanism, substantially as set forth.

2. The combination, with the circular stationary concave bed and a stationary horizontal gear atthe center thereof, of a vertical shaft concentric with said gear and provided with radial arms, conical. rollers, and a conical brush carried by said arms, and gearing connecting the shaft of the said brush with the said stationary gear, substantially as set forth.

A juice-extracting machine consisting, essentially, of an annular concave bed having an inclined bearing-face, a central basin, a strainer in the upper part of the said basin, and a pipe opening from the basin, revoluble conical rollers having a supporting and operating mechanism and adapted to lit the bearing-face of the bed and to travel around on the same, and a revoluble brush mounted above the bed across its inclined face and adapted to carry the material thereon toward the outer edge, and means for operating the brush, substantially as described.

4. A juice-extracting machine consisting of an inclined bed having a discharge-pipe, a revoluble shaft extending centrally through the bed, a spider fixed to the upper end of the shaft and provided with radially-extending arms carrying depending hangers, conical rollers mounted in said hangers and adapted to fit the face of the bed, a radiallyextending arm fixed to the vertical shaft below the spider, and a revoluble conical brush supported from the said arm at an angle thereto and revolved by gear mechanism connecting with the main shaft, substantially as described.

5. In a j nice-extracting machine, the combination, with an inclined bed having a discharge pipe, revoluble rollers adapted to travel around on the bed-plate, and a revoluble brush adapted to force the material thereon toward the outer edge, of the water-pipes located above the bed-plate and adapted to sprinkle the water thereon, substantially as described.

6. In a juice-extracting machine, the combination, with an inclined bed and an annular trough arranged around the outer edge of the bed and provided with an opening, as shown, of a vertical revoluble shaft extend in g centrally through the bed-plate, the crushing-rolls carried thereby, a radially'extending arm fixed to the shaft, a revoluble brush supported upon the arm and adapted to carry the material on the bed-plate into the trough, and a fork supported from the arm and fitting within the trough, substantially as described.

GABRIEL (JAS'l XKOS. GUADALUPE LOPEZ Dll LARA.

\Vitnesses:

ADOLFO Rico, J. YGNACIO AGUILAR.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3078788 *Oct 15, 1959Feb 26, 1963Nippon Flavour Kogyo Co LtdMethod and machine for citrus oil extraction
US3218313 *Dec 21, 1961Nov 16, 1965Blankenship Paul VMethod and apparatus for thermally dehydrating nitrocellulose
US3881409 *Feb 21, 1974May 6, 1975Luisada Tulio CSilage compression apparatus
US5168800 *Jun 14, 1990Dec 8, 1992Geoffrey MargolisQuality enhancing treatment for ground heat product
US5576047 *Sep 9, 1994Nov 19, 1996Margolis; GeoffreyMethod to produce a cooked, low fat ground meat product
US5584236 *Sep 9, 1994Dec 17, 1996Margolis; GeoffreyFat removal draining system and method
US5652012 *Aug 16, 1996Jul 29, 1997Margolis; GeoffreyMethod for producing a low fat meat product
US5750182 *Nov 15, 1996May 12, 1998Margolis; GeoffreyMethod for producing a low fat meat product
US5837310 *Nov 15, 1996Nov 17, 1998Margolis; GeoffreyMethod to produce a cooked low fat ground meat product
USRE36173 *Mar 17, 1998Mar 30, 1999Margolis; GeoffreyMethod to produce a cooked, low fat ground meat product
Classifications
Cooperative ClassificationC08B1/12, B30B9/20, B30B9/3017
European ClassificationB30B9/20