US1511541A

US1511541A - Power wheel

Info

Publication number: US1511541A
Application number: US496090A
Authority: US
Inventors: Herbert L Thompson
Original assignee: Individual
Current assignee: Individual
Priority date: 1921-08-27
Filing date: 1921-08-27
Publication date: 1924-10-14
Anticipated expiration: 1941-10-14

Description

Oct. 14 1924. y 1,511,541

H. L. THOMPSON POWER WHEEL Filed Aug.. 27 1921 Nwwiq,

Patented 01st.Y 14, 1924.

UNETEB STATES HERBERT L. THOMPSON, 0F ELGIN, ILLINOIS,

POWER WHEEL.

plantation med August 27, 1921.

To all whom it may concern:

Be it known that ll, HERBERT L. THOMP- soN, a citizen of the United States, and a resident of the city of Elgin, in the county of Kane and State of Illinois., have invented certain new and useful Improvements in Power Wheels, of which the following is a specification.

My invention relates to a rotary water motor of the impact type and its object is to provide a simple, inexpensive device of this class which can be operated by a stream or jet of small volume but relatively high velocity to develop a considerable amount of power. The small amount of water used per unit of time makes it possible to enclose the rotary water wheel in a small, compact housing. The wheel itself may be made quite small relative to the power which it develops so that the friction at its bearings is reduced to a minimum.

The motor is shown in the drawing as used for operating a culinary beater but is not claimed herein in that connection,- the motor in combination with the beater being claimed in a co-pending application filed as a divi-sion hereof November 19, 1921, as Serial No.' 516,275. This application is concerned solely with the motor as such which might be put to various diii'erent useful purposes.

1n the drawing Fig. 1 is a vertical sectional view of the motor shown as forming a part of the beating apparatus of my co-pending application above referred to.

Fig. 2 is a plan view of the device with the motor wheel housing broken away to show the wheel,;and

Fig. 3 is a view, in perspective, of the wheel.

Referring to the drawing, the wheel 24 is shown as secured to the upper end of a shaft 15, which shaft has an upper bean ing 21, 22 and a lower bearing 16 in stationary beating member 4. rll`he shaft is shown as provided With a rotary beating element 18, 19. 20 and projects into a jar 9 secured to a cap 6 which is riveted at 13 to the under side of the

water Wheel casing

26, 26, the parts lof which are beaded together at 27.- 28 is a thimble extending into the top of the casing and provided with a union for attaching the casing to the down turned end of a water faucet, for example. Thimble 28 is formed with a relatively Serial No. 496,090.

small jet orifice 29 for drecting a jet of water across the wheel 24 in a plane substantially parallel to the plane of the wheel. 33 is a water discharge pipe leading from the casing and 37 a small opening in the top of the casing to prevent the formation of a vacuum in the casing.

The water wheel consists preferably of a sheet metal disc 24 which is slit along preferably substantially straight lines oblique at acute angles to radii of the disc from the periphery of the disc inwardly to points spaced from its center, with the portions of the disc between the periphery and the slits bent up to provide vanes A, B, C, D,

E and F. These vanes are preferably curved p transversely with respect to their length so as to provide lwater receiving surfaces which are concave, that is,approximately semitubular.

In operation the Water jet from aperture 29, which is of small diameter but of considerable velocity, impinges against the concave faces of the vanes so as to impart rotary movement to the wheel, the jet being centered on the vanes because of their transversely vconcave contour. The stream of water impinging on each of the vanes is directed thereby across the open center of the wheel to the vane next but one beyond the vane of first impingement, the deflected jet impinging upon the concave surface of such other vane so as to give an additional forward rotary impulse to the wheel. That is, the water flowing from. vane A passes across` the wheel and impinges upon vane C. When the vane F is played upon by the jet the stream deflected therefrom impinges against B and so on. The transversely concave contour of the vanes keeps the water jet impinging on the vanes from spreading and dissipating its force. Because ofthe small volume of water employed per unit of vtime the housing of the water wheel may be made small and compact.

1 claim:

1. A rotary impact water motor comprising a wheel, means for directing a jet of -water across the Wheel in a plane substantially parallel therewith, and Va series of vanes on said wheel in the path of the jet having transversely concave 'water receiv-l vane is deflected therefrom across the oenanother vane in the direction to impart a forward impulse of rot-ation to the wheel. 2. A rotary impact water motor comprising a wheel, means for-directing a jet' of water across the wheel in a plane substantially parallel therewith, and a series of vanes arranged on one face of the wheel in the path of the jet and extending along substantially straight-lines from the periphery of the Wheel inwardly to points spaced from the axis thereof at'such angles to each other that water 'impinging on each vane is de.

iected therefrom across the central space between the vanes and against another vane in the direction to impart a forward rotary impulse to the wheel. j

3. rotary impact water motor comprising a wheel, means for directing a jet of water .across the wheel in astream substantially Iparallel therewith, and a series of vanes on said wheel in the path of said jet andextending along substantially straight lines from the periphery of the wheel inwardly to points spaced from the axis thereof at acute angles to the radii of the wheel whereby water impinging ong-each vane is deflected therefrom across thecentral space between said vanes and against another vane in the direction to impart a forward rotary impulse to the wheel.

4. A. rotary impact water motor comprising a disc which is slit on lines extending outwardly from points spaced from the center of the disc with the portions between the edge of the disc and'the slits bent outwardly to form vanes, and means for directing a jet of water across the disc against said vanes.

5. A rotary impact water motor comprising a disc which is slit on lines oblique to the radii of the disc and extending outwardly from points spaced from the center of the disc with the portions between the edge of.

the disc and the slits bent outwardly to form vanes, and means for directing a et of water across the disc against said vanes.

6. A rotary impact water motor comprising a disc which is slit on lines extending outwardly from points spaced from the center of the disc withthe portions between the edge of the disc and the slits bent outwardly on a curve to form vanes having trans- 5' versely concaveV water receiving surfaces,

and means for directing a. jet of water across thedisc against said vanes.

7, A rotary impact water motor comprising a disc which is slit on lines oblique to the radii ofthe disc and extending outwardly frompoints spaced from the center of the disc with the portions between the edge of the disc and the slits bent outwardly on a curve to form vanes having transversely concave water receiving surfaces,

and means for directing a jet of water across the disc against said vanes.

8. In a rotary impact water motor, the combination of a wheel consisting ofa single disc provided on one side with a series of lvanes extending inwardly from the periphery of the disc to points spaced from the center thereof, said vanes being formed on l riphery of the disc on substantially straight lines oblique to radii of the disc to points.

spaced from the center thereof and curved transversely with respect to the length of the vanes to provide concave water receiving surfaces, and means for directing a jet of t water against said surfaces.

10. In a rotary impact water motor,lthe combination of a casing which is relatively .thin vertically in proportion to its horizon- 'tal dimensions and is provided with a water discharge opening, a thimble projecting vertically into' said casing at one end and .formed with a substantially horizontal jet oriice, and a wheel horizontally disposed in the other end of said casing comprising a disc provided on one face with a series of vanes extending from the periphery of the disc inwardly on lines substantially oblique to radii of the disc toy points spaced from the center of the disc and projecting into the path of said jet.

11. In a. rotary impact water motor, the combination of a. lcasing which is relatively thin vertically in proportion to its horizontal dimensions and is provided with a water discharge opening, a thimble projecting vertically into said casing at one end and formed with a substantially horizontal jet orifice, and a wheel horizontally disposed 1n the other end of said casing comprising a disc provided on one face with a series of vanes extending from the periphery of the disc inwardly on lines substantially oblique to radii of the disc to points spaced from the center of the disc and projecting into the path of said jet and curved transversely with respect to their length to provide concave Water receiving surfaces.

A. rotary impact water motor comprlsing a wheel, means for directing a jet of water across the wheel in a plane substantially parallel therewith, and a series of vanes on said wheel in the path of said ected therefrom across the central space between the vanes and against another vane in the direction to impart a forward impulse of rotation to the wheel, the space at the middle of the wheel between the vanes being unobstructed so as to permit the jet to pass across at any point.

13. A rotary impact water motor co1npris ing a wheel, means for directing a jet of water across the Wheel in a plane substantially parallel therewith, and a ser'ies of vanes on said wheel in the path of said jet and extending from the periphery of the wheel inwardly to points spaced from the axis thereof at such angles to each other that the water impinging upon each Vane is defiected therefrom across the central space between the vanes and against another vane in the direction to impart ai forward impulse of rotation to the wheel, each of said vanes comprising means for centering the jet thereon.

in witness whereof, I have hereunto set my hand this ninth day of August, 1921.'

HERBERT L. THOMPSON. 1s the presence o:--

. M. WESTERN.