US969120A

US969120A - Mixing-machine.

Info

Publication number: US969120A
Application number: US45700208A
Authority: US
Inventors: Marshall S Shapleigh
Original assignee: Individual
Current assignee: Individual
Priority date: 1908-10-09
Filing date: 1908-10-09
Publication date: 1910-08-30
Anticipated expiration: 1927-08-30

Description

M. S. SHAPLEIGH. MIXING MACHINE.

APPLIoATIoN FILED 00.1.1.9', 190s.

' Patented Aug. 3 0, 1910.

MARSHALL s. SHAPLEIGH, or GLENsIn, PENNSYLVANIA.

MIXING-MACHINE.

Specification of Letters vPatent.

Patented Aug. so, 1910.

Application filed October 9,1908. Serial No. 457,002.

To all 'whom it may concern:

Be it known that I, MARSHALL S. SHAP- LEIGH, a citizen of the United States, residing at Glenside, in the county of Montgomery and State of Pennsylvania, have invented new and useful Improvements in Mixing-Machines, of which the following is a specification.

The invention relates to machines for mixing liquids or fluids of different densities, or a. iinid with a non-fluid substance, and which also may be employed to reduce semi-liquid or other substances or compositions to a substantially uniform consistency, or to different consistencies.

The object is the provision of a machine of the general type or class which shall effect a more thorough mixture of, or reduce to uniform consistency, or different consistencies, the liquid or liquids or substance or substances acted upon, and in a less period of time than analogous machines heretofore known.

The invention consists in certain novelties of construction and combinations of parts hereinafter set forth and claimed.

The accompanying drawing illustrates one complete example and several modifications of the physical embodiment of the invention constructed according to the best modes I have so far devised for the practical application of the principle.

Figure 1 is a view of the machine with the parts assembled, the vessel and one deflector being in section. Fig. 2 is a top plan view of the vessel or glass jar shown in section in Fig. 1, and of the spiral deflectors, collector and paddle within the jar, the cover being removed. Fig. 3 is an outside elevation view of a part of the upper port-ion of the glass jar, showing the means for securing in place the upper end of the deflector. Fig. 4 illustrates a way of anchoring the lower end of a deector to the bottom of the jar. Figs. 5 and 6 illustrate modified ways of securing the upper and lower ends of a deflector to the vessel or jar. Fig. 7 is an edge view of the collector and a top plan view of the paddle.

Referring tothe several figures, the numeral 1 designates a base piece of any suitable construction; 2, a glass ar or other suitable vessel or receptacle, preferably of circular shape in horizontal section, and held in osition upon the base by a projecting lip 3 extending around the circumference of the jar or vessel; 4, a cover made in two pieces and having a hole at the center for the passage ofV the rotary shaft-s; 5, an adjustable standard or support secured to the base, in this instance comprised of a tube Gand a telescoping tube or rod 7, the former being' provided with a clamping butterfly nut Shaving a threaded stein passed through a hole in the tube and engagingl the rod 7, thev rod being movable within the tube;v 9, a casting provided with two bearings 10 and 11 for a shaft, and with two perforated arms 12, 13, said casting being secured vto the top end of the telescoping tube or rod; 14, a' rotary shaft supported in the bearings 10 and 11 of thejcasting; 15, a. crank on the shaft; 16, a relatively large gear wheel at the opposite end of the shaft; 17, the collector made in one piece, having an opening 1S at the top and a smaller opening 19 at the bottom; 20, a shaft journaled in the arm 12 at the top and at the bottom end secured in the opening 19 by a set-screw; 21, a gear wheel on the shaft adjacent its top end; 22, a tube having a gear wheel 23 rigidly secured to its top end and journaled in the arm 13, the tube being located about the shaft 20 and extending .downwardly through the opening 18 at the top of the collector and loosely engaging the surface of theopening; and 24 a paddle with two openings 25, 26, and three blades, as shown, each having the shape of half a vcircular disk with a. semicircular edge, said tube being passed through the openings andthe paddle rigidly secured to the tube by a set-screw 27 as shown.

Thev collector is cast or fashioned in one piece and is of the shape shown, each half upon opposite sides of the shafts being of identical sha-pe, but oppositely disposed.

The numeral 2S designates the scoopsv of the collector, each concavo-convex from top to bottom. Each has a relatively narrow top portion 29v which increases in width downwardly to 30, where it perceptibly widens to form a wing 31 with a rectangular projection 32. The inner surface from 29 to 30 is dish'ed, and the wing slightly concave at 33, the rear surface 34 being slightly con'- vex, so that the liquid will be picked up at thetop, sides and bottom of the vessel and deflected' and delivered into the path of the paddle. A

Within the vessel or jar are two deflecting spirals or spiral deiiectors', 35, oppositely disposed and each extending about onefourth the circumference of the ar, curving downwardly from the top to the bottom. The upper end of each spiral is wider than the lower end, may be slightly concavo-convex in cross section, and each has a downwardly curved wing 36 with a curved under surface which prevents the liquid at this position within the jar from moving toward the center thereof. The upper end of each spiral has an extension 37 with a n shaped bend at the extreme end which laps over the edge of the jar. A thumb screw 3S with a threaded stem passed through a threaded opening in the outer arm of the n shaped bent portion may be employed to clamp the defiecting spiral securely to the inner surface of the jar. The lower end of the spiral, by reason of its shape, will generally maintain its fixed position yin Contact with the inner surface of the jar; however, it may be provided with a projecting lug 39, as shown in Fig. 4L in detail, located within a recess 40 in the wall of the vessel. The lower end of the spiral may also be held in place by a lug 4:1 projecting from the bottom of the vessel, see Fig. 6, or it may engage a recess formed in the said bottom. When a large vessel is used the wall may be perforated, the spiral be provided with one or more threaded stems passed through the perforation or perforations and a butterfly nut or nuts applied to the threaded stem or stems to hold the top end of the spiral in fixed position, as shown by Fig. 5. However, any suitable means may be employed to secure the spirals in detachable or fixed positions.

The mode of operation in a general way is as follows: The liquid or composition, or whatever it may be, which is to be treated is introduced into the jar or vessel, the cover placed in position, and the crank turned, which action rotates the shaft and collector in one direct-ion and the tube and paddle in the opposite direction. The collector picks up the liquid or other substance at the top, bottom and sides of the vessel or jar and defleets it into the path of the paddle, which latter strikes it with considerable force and by centrifugal action hurls it against the inner surface of the jar or vessel. The spiral deiectors then guide the liquid or substance "downwardly to the bottom of t-he jar and force it inwardly into the path of the collector where it is again picked up and commences another circuit. It is, of course, impossible to specifically describe the path `traversed by any portion of the liquid or jected to the action of thevmachine they are so thoroughly mixed that separation cannot be detected after a long period of time.

That I claim is:

l. The combination in a mixing machine, of a vessel; means at the inner surface of the vessel for deflecting liquid in motion within the vessel downwardly and in a direction oblique to the vertical wall of the vessel; rotary means for collecting the liquid from the sides, bottom, and top of the vessel and deflecting and delivering the same to the center of the vessel; rotary means at the center of the vessel for striking the liquid delivered to the center and throwing it by centrifugal action outwardly to the inner surface of the vessel; and means for imparting rotary motion to the two said rotary means; whereby the liquid or subst-ance within the vessel is caused to pass from the inner surface thereof to the central portion thereof and from the center to the inner surface repeatedly and thoroughly mix the constituent parts of the said liquid.

2. The combination in a mixing machine, of a vessel provided with means at the inner surface for deflecting liquid downwardly; rotary means for deiiecting the liquid from the inner circumferential surface of the vessel toward the center thereof; rotary means for striking the liquid at the central portion of the vessel and throwing it by centrifugal action toward the circumference of the vessel; and means for imparting rotary motion to said rotary means so they will rotate in opposite directions.

3. The combination in a mixing machine, of a vessel provided with means at the inner surface for deiiect-ing liquid downwardly; rotary means for deflecting the liquid from the bottom of the vessel toward the center thereof; rotary means for striking the liquid at the central port-ion of the vessel and throwing it by centrifugal action toward the circumference ofthe vessel; and means for imparting rotary motion to said rot-ary means.

4. The combination in a mixing machine, of a vessel; inclined deflectors located adjacent the inner surface of the vessel for deflecting downwardly the liquid o-r substance in motion within the vessel; a rotary collector with scoops, each having a dished surface; a rotary paddle; and means for rotating' the collector and paddle.

5. The combination in a mixing machine, of a vessel; inclined deiiectors located adjacent the inner surface of the vessel for deflecting downwardly the liquid or substance in motion within the vessel; a rotary collector with scoops, each being of a concavoconvex shape; a rotary paddle; and means for rotating` the collect-or and paddle.

6. The combination in a mixing machine, of avessel; inclined deectors located adjacent the inner surface of the vessel for deflecting downwardly the liquid or substance in motion within the vessel; a rotary collector with scoops, each having a concaved surface from top to bottom thereof; a rotary paddle; and means for rotating the collector and paddle.

7. The combination in a mixing machine, of a vessel; inclined deflectors located adjacent the inner surface of the vessel for deflecting downwardly the liquid or substance in motion within the vessel; a rotary collector with scoops, each having a. wing 31 at the bottom; a rotary paddle; and means for rot-ating the collector and paddle.

8. The combination in a mixing` machine, of a vessel; inclined deflectors located adjacent the inner surface of the vessel for deflecting downwardly the liquid or substance in motion within the vessel; a collector; a paddle; and means for rotating the collector and paddle; the said collector being made in one piece, the halves thereof upon opposite sides of the shafts or axis of rotation being of identical construction, but reversed, and each half fashioned to form a scoop with a dished surface.

9. The combination in a mixing machine, of a vessel; deflectors obliquely disposed aboutl the inner surface of the vessel, each deflector being wider at its top end than at the bottom; a rotary collector having scoops, each being wider at the bottom than atl the top; a rotary paddle; and means for rotating the collector and paddle.

10. The combination in a. mixing machine, of a vessel; deiecting spirals disposed about the inner surface of the vessel, each deflecting spiral being wider at its top end than at the bot-tom; a rotary collector having' scoops each with an inner dished surface and being wider at the bottom than at the top; a rotary paddle, and means for rotating the collector and paddle.

11. The combination in a mixing machine, of a vessel; deiiecting spirals disposed about the inner surface of the vessel, each spiral being wider at its top end than at the bottom; a rotary collector having scoops each of a concavo-convex shape from the top to the bottom, and wider at the bottom than at the top; a paddle; and means for rotating the collector and paddle.

12. The combination in a mixing machine, of a vessel; deflectors obliquely disposed about the inner surface of the vessel and each deector being wider at the top than at the bottom end; a collector' having scoops oppositely disposed about the axis of rotation and each scoop having a dished surface and each also wider at the bottom than at the top end; a paddle inside the path described by the collector; and means for rotating the collector and paddle in opposite directions.

13. The combination in a mixing machine, of a vessel; deflecting spirals at the inner surface of the vessel, each spiral at its top end having an inner curved surface; a shaft carrying a collector; which collector has scoops, each concave-convex from top to bottom and each with an inner dished surface; a shaft carrying a paddle located inside the collector; and means for rotating the collector and paddle in opposite directions.

14. The combination in a mixing machine, of a vessel; inclined deflectors at the inner surface of the vessel; a. paddle adapted to rotate at the center of the vessel; a collector adapted to rotate outside the paddle; shafts supporting the said paddle and collector; and means for rotating the shafts; said collector being provided with scoops so fashioned as to deflect the liquid from the sides and bottom of the vessel into the path of the paddle; whereby the liquid is deflected from the top of the vessel at the inner surface downwardly; picked up by the collector and deflected into the path of the paddle, which latter throws it by centrifugal action to the sides of the vessel, where it is again deflected downwardly and acted upon by the collector and paddle.

15. The combination in a mixing machine, of a vessel; deflecting spirals located adjacent the inner surface of the vessel; a r0- tary collector with scoops; a rotary paddle; and means for rotating the collector and paddle; the defiecting spirals being wider at their top than at their bottom end, the scoops each having a wing at the bottom, and the paddle located inside the path described by the collector.

1G. The combination in a mixing machine, of a vessel having its vertical portion circular in horizontal section; inclined defiectors located adjacent the inner surface of the vessel for deflecting downwardly the liquid or substance in motion wit-hin the vessel a rotary collector having scoops each with a dished surface; a rotary paddle; and means for rotating the collector and paddle in opposite directions.

17. The combination in a mixing machine, of a vessel; inclined deflectors at the inner surface of the vessel; two shafts carrying a collector and a paddle; and means for rotating the collector and paddle in opposite directions; said collector being provided with a plurality of scoops having their ends united adjacent the shaft and each scoop provided with a dished surface, and the said paddle located at the center' of the collector.

18. The combination in a mixing machine, of a vessel; means at the inner surface of the vessel for deflecting liquid downwardly; a rotary element with blades adapted `by centrifugal action to throw the liquid outwardly against the inner surface of the vessel; rotary means having its path of ro- In testimony whereof I aiix my signature tation outside the path described by the in presence of two Witnesses. blades and fashioned to form scoops which Will deflect the liquid inwardly into the MARSHALL S SHAPLEIGH' 5y path of the said blades; and means for imlVitnesses:

parting rotary motion to the said two ro- RALPH WORMELLE,

tary elements. I F. E. STEBBINS.