US716721A

US716721A - Speed-indicator-operating means.

Info

Publication number: US716721A
Application number: US8220401A
Authority: US
Inventors: Clarence E Kelly
Original assignee: WILLIAM H FORSE JR
Current assignee: WILLIAM H FORSE JR
Priority date: 1901-11-14
Filing date: 1901-11-14
Publication date: 1902-12-23
Anticipated expiration: 1919-12-23

Description

No. 716,721 Patented ne.23, |902,

' c. E. KELLY. SPEED` INDICTR OPERATNG MEANS.

(Application led Nov. 14, 1901.).

(Hd Model.)

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CLARENCE E. KELLY, OF ANDERSON,

ATENT OFFICE.

INDIANA, ASSIGNOR OF ONE-HALF rro WILLIAM n. Fonsn, Jn., or ANDERSON, INnIANA.

-S13-EE12-IINDlCATClFiOPEF/TING lVI EANS.

SPECIFICATION forming part of Letters Patent No. 716,7 21, dated December 23, 1902.

Application fled November 14, 1901. Serial No. 82,204. (No model.)

To @ZZ whom, t may concern:

Be it known that I, CLARENCE E. YKnLLvg'a citizen of the United States, and a resident of Anderson, in the county of Madison and State of Indiana, have`invented a new and lmproved Speed-Indicator-Operating Means, of which the following is a full, clear, and eXact description.

This invention relates to a means for operating a speed-indicator. lt maybe used to indicate the'distance traveled bya vehicle in a stated time, or it may be fitted to show the number of revolutions per minute of a turning part.

This specification, is a specific description of oneform of theinvention, while the claims are definitions of the actual scope thereof.

Reference is to be had to the accompanying drawings, forming apart of this specification, in which similar characters of reference indicate corresponding parts in all the views.

Figure lis a face view of the invention with parts broken away. Fig. 2 is a section on the line 2 2 of Fig. l. Fig. 3 is an elevational view showing the cover-plate removed, and Fig. t is a fragmentary section on the line 4 Y 4 of Fig. l.

a indicates a rotary shaft, to which my invention is here shown as applied and from which it derives its movement. a casing keyed to turn with the shaft. The casing Z9 has a cover-plate c, formed with a rabbet-groove on its periphery, in which groove are engaged the heads of screws b, fastened to the casing l), thus holding the cover-plate c on the casing, so thatit may be turned around the axis of the shaft a independentl \T of the casing for the purpose of adjusting the plate, as will be fully described hereinafter. The casing o has a hub b2, which fits on the shaft a, and d indicates a disk which fits loosely around this hub h2 outside of the cover-plate c. The disk CZ has pins d attached rigidly thereto, such pins passing through the coverplate c into the casing l). It will be Observed, therefore, that the adjustment of the cover c carries with it a like movement of the disk d and pins d.

Fastened to or formed integral with theV back wall of the casing b and located within said casing are radial guideways e. In these h indicates.

guideways are respectively arranged spherical weights e', which are movable through the guideways to and from the axis of the shaft a. These weights c' are adapted to be actuated by centrifugal force, and the guideways e are longitudinally slotted to receive loosely the arms f of segmentalcams f. The cams fare mounted to turn on pins f2, carried by the cover-plate c in parallelism with the shaft a, and the Working faces f4 of the cams (see Fig. 3) are disposed spirally around the axes of the pins f2. S [wing-pressed plungers f3 are carried by the peripheral wall of the casing b radially of the shaft a and engage With the arms f', pressing the same inward. vThe pins d', which are fastened to the disk d and project loosely through the cover-plate c, respectively engage the working faces f4 of the segmental cams f. As the shaft a turns its motion acts on the spherical `weights ef, tending to throw them outward in their guideways c. The movement ofthese weights is transferred to the arms f', and the cams f [areA caused to turn around their pivotpins f2. These cams iu turning ride their working faces f4 on the pins d' and push the pins outward, these pins carrying with them the disk CZ.

g indicates a rock-shaft held in a suitable support g' and carrying an arm g2, which has a roller g3 running on the disk d. As the disk d moves in and out under the action of the varying speed of the shaft ct the shaft g is rocked, and the movement of this shaft is communicated to an indicating device, Whereby to show the exact speed at which the part c', is moved.

It will be observed that by adjusting the cover c around the axis vof the shaft c the cams f, arms f', andpins d will be moved with the cover, and the axes around which the arms f swing will beadvanced to or retracted from the respective spherical weights e. This increases or decreases the leverage of the arms, and by this means the apparatus may be adjusted to the gear of the rotary ele- IOO f rom the centrifugally-actuated part whereby yIo upon the relative adjustment of the parts of the carrier the action of the device may be regulated.

2. The combination of a carrier formed in two relatively adjustable parts normally turning as one, a centrifugally-actuated weight carried on one part of the carrier, an arm pivotally sustained on the other part of the carrier and engaged by the weight, and means for transmitting the movement of the arm whereby upon the relative adjustment of the parts of the carrier the action of the device may be regulated. y

3. The combination of a carrier formed inl two relatively adjustable parts normally turning as one, a centrifugally-actuated weight carried on one part ot' the carrier, a cam pivoted to the other part, an arm carried on the cam and engaging the Weight, and means for transmitting the movement of the cam whereby upon the relative adjustment of the parts of the carrier the action ofthe device may be regulated.

4. The combination of a carrier formed in two relatively movable parts, a centrifugallyactuated weight carried on one part of the carrier, a cam pivoted to the other part, an arm carried on the cam and engaging the weight, and means for transmitting the movement of the cam, said means consisting of a disk turning with the carrier and a pin cal'- ried by the disk and engaged by the cam.

5. The combination of a rotary carrier formed in two relatively adjustable parts normally turning as 011e, and speed-indicatoroperating devices carried partly on one part of the carrier and partly on the other part of the carrier, whereby upon the relative adjustment of said parts of the carrier the parts of the speed-indicator-operating devices may be adjusted, for the purpose specified.

6. The combination of a rotary carrier formed in two relatively adjustable parts normally turning as one, centrifugally-actuated speed indicator operating devices carried partly on one part of the carrier and partly on the other part of the carrier, whereby upon the relative adjustment of the parts of the carrier the parts of the speed-indicator-operating devices may be adjusted, for the purpose specified.

7. The combination ofarotary carrier, comprising a body and a relatively adjustable cover-plate, a centrifugally-actuated weight on the body of the carrier,v a cam on the coverplate of the carrier and driven by the weight,

and means on the cover-plate for transmitting the movement of the cam.

8. The combination of a rotary carrier,comprising a body and a relatively adjustable cover-plate, a centrifugally-actuated weight on the body of the carrier, a cam on the coverplate of the carrier, and means on the coverplate for transmitting the movement of the cam, the said cam comprising a cam proper and an arm attached thereto and engaging the Weight.

9. The combination of a rotary carrier, comprising a bodyand a relatively adjustable cover-plate, a centrifugally-actuated weight on the body of the carrier, a cam on the coverplate of the carrier, and means on the coverplate for transmitting the movement of the cam, the said cam comprising a cam proper with a working face turning spirally around its axis and an arm attached to the cam and engaging the weight.

10,"The combination of a rotary carrier,

comprising a body and a relatively adjustable cover-plate, a centrifugally-actuated weight on the body ot' the carrier, acam on the coverplate of the carrier, means on the cover-plate for transmitting the movement ofthe cam, the said cam comprising a cam proper and an arm attached thereto and engaging the weight7 and spring-actuated means for engaging the arm to hold it in normal position.

1l. The combination of a rotary carrier, comprising a body and a relatively adjustable cover-plate, a centrifugally-actuated Weight on the body of the carrier, a cam on the coverplate of the carrier, means on the cover-plate for transmitting the movement of the cam, the said cam comprising a cam proper and an arm attached thereto and engaging the weight,

-and spring-actuated means for vengaging the arm to hold it in normal position, the springactuated means comprising'a pin mounted in the body of the casing and engaging the arm and a spring pressing the pin.

12. The combination of a rotary carrier, a

centrifugally-actuated part thereon, a cam pivoted on the carrier and having a Working face turning spirally around the axis of the cam, said cam being actuated from the centrifugal part, an-d means for transmitting the movement of the cam.

13. The combination of a rotary carrier, a centrifugally-actuated part, a cam mounted to turn on the carrier and having a Working face disposed spirally around the axis of the cam, an arm attached to the cam and engaging the centrifugally-actuated part, and means for transmitting the movement of the cam.

14. The combination of a rotary carrier, a centrifugally-actuated part, a cam mounted to turn on the carrier and having a working face disposed spirally around the axis of the cam, an arm attached to the cam and engaging the centrifugally-actuated part, and means for transmitting the movement of the cam, the said means for transmitting the movement of the cam comprising a pin engaging the cam, and means for mounting the pin, such means being adjustable relatively to the cam.

IOO

IIO

IZO

. movement of the cam.

16. The combination of a rotary carrier, comprising a body part and a cover-plate relatively adjustable thereon, a cam mounted to turn on the cover-plate ot the carrier and having a Working face extending spirally .around the axis ot' the cani, a centrifugallyactuated part mounted on the body of the carrier, an arm attached to the cam and engaging the centrifugally-actuated part, andV means on the cover-plate for transmitting the movement of the cam, the said 'means on the cover-plate comprising a pin mounted to slide therein and a disk located outside of the car-- rier and attached to the pin.

17. The combination of a rotary carrier, av

cam mounted thereon, a centrifugally-actuated part mounted on the carrier and actuating the cam, and a spring-pressed pin carried in the peripheral Walls of the carrier and serving to return the cam to normal position.

18. The combination of a rotary carrier, a centrifugally-actuated part mounted thereon, a cam mounted on the carrier, an arm attached to the cam and bearing on the said centrifugally -actuated part, and a springpressed pin carried in the peripheral walls of the carrier and engaging the arm of the cam, whereby to return the cam to normal position. 19. A speed indicator operating means, comprising a rotary carrier, Walls thereon forming a passage- Way extending outward from the central part of the carrier, said Walls having a slot therein, a Weight mounted in the passage-Way, and means for transmitting the said walls of the passage-Way and bearing' against the Weight.

20. A speed -indicatoroperating means,

comprising a rotary carrier, Walls thereon forming a passage-Way extending outward from the central part of the carrier, said Walls having av slot therein, a Weight mounted in the passage-Way, means for transmitting the movement of the Weight, said means including a part projected through the slot in the said Walls of the passage-Way and bearing against the Weight, and a spring-actuated means bearing against the said part which is projected through the slot, whereby to keep it engaged with the Weight.

2l. The combination of a rotary casing forming a carrier, centrifugally-actuated devices in the casing, a pin extending through a Wall of the casing and engaging said centrifugally-actuating devices to transmit the movement thereof, and a disk mounted on the outside of the casing and fastened to the pin.

22. The combination of a carrier, comprising two parts relatively adjustable for the purpose specified, a centrifugally-actuated Weight on one part of the carrier, and means for transmitting the movement of the Weight, said means being carried on the other part of the carrier.

23. The combination of a carrier, comprising two parts relatively adjustable for the purpose speciiied, a centrifugally-actuated Weight on one part of the carrier, means for transmitting the movement of the Weight, said means being carried on the other part of the carrier, and comprising a pivoted cam, an

arm attached to the cam and engaging the n Weight, and a member bearing against the cam to be actuated thereby.'

24. The combination of a rotary carrier, means mounted Within'the same, said means being movable by centrifugal force and comprising a part projectedthrough one Wall ofA the carrier to the outside thereof, and an annulus located outside of the carrier and connected with said projected part, said annulus being movable axially and serving to transmit the movement of said projecting part.

In testimony whereof I have signed my name to this specification in the presence of two subscribing Witnesses.

CLARENCE E. KELLY.

Witnesses: c

MARTIN L. CROMER, MARC RYAN.