US916624A

US916624A - Power-transmitting mechanism.

Info

Publication number: US916624A
Application number: US46390108A
Authority: US
Inventors: John N St Mary
Original assignee: Individual
Current assignee: Individual
Priority date: 1908-11-21
Filing date: 1908-11-21
Publication date: 1909-03-30
Anticipated expiration: 1926-03-30

Description

J. N. ST. MARY.

POWER TRANSMITTING MBOHANISM.

APPLICATION FILED NOV. 21, 1908- Patented Mar. 30, 1909.

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wiknmm J. N. ST. MARY.

POWER TRANSMITTING MECHANISM.

APPLICATION FILED H0121, 190B.

91 6,624. Patented Mar. 30,1909:

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JOHN N. ST. MARY, OF CALEDONIA, MINNESOTA.

POWER-TRANSMITTING MECHANISM.

Specification of Letters Patent.

Application filed November 21, 1908.

Patented March 30, 1909.

Serial No. 463,901.

' To all whom it may concern:

Be it known that 1, JOHN N. Sr. hTARY, a citizen of the United States, residing at Caledonia, in the county of Houston and State of Minnesota, have invented certain new and useful Improvements in Power lransmitting Mechanism, of which the following is a specification, reference being had to the accompanying drawings.

This invention relates to improvements in power transmitting mechanisms and more particularly to a device or mechanical movement for converting the reciprocatory movement of a windmill rod or the like into rotary motion.

The object of the invention is to improve the construction and operation of devices of this character and thereby render the same more practical and efficient and less expensive.

With the above and other objects in view, the invention consists of the novel features of construction and the combination and arrangement of arts hereinafter fully described and claimed, and illustrated in the accompanying drawings, in which Figure 1 is a plan view of the improved motion converting device ,Fig. 2 is a side elevation of the same; and Fig. 3 is a vertical transverse section taken on the plane indicated by the line 3-3 in Fig. 1.

In the drawings 1 denotes a reciprocatory Windmill rod, or any equivalent reciprocatory element, the motion of which it is desired to convert into rotary motion. When said element 1 is a windmill rod, a coil spring 2 is preferably employed for assisting said rod in making its downward stroke. This spring is arranged upon a rod 3 secured to and depending from the lower end of the windmill rod and is confined between a bracket 4 and an adjusting nut 5 the latter being arranged on the threaded end of the rod 3. The bracket 4 is here shown provided upon a support 6 on which the motion converting de vice is mounted.

Fixed to the windmill rod 1 is a rack 7 which meshes with a gear 8 loose on a shaft 9. The rack is held against the pinion by means of an anti-friction roller 10 journalcd in a bracket 11 on the support 1 and said rack is adapted to rotate the gear 8 alternately in opposite directions as the windmill rod is reciprocated. The shaft 9 is journaled in

bearings

12, 13 and is adapted to rotate conl l i in the other on the shaft 9.

tinuously in one direction, one of its ends being provided with a fly wheel 14.

Fixed to the shaft 9 by any suitable means is a member 15 having its intermediate portion shaped to provide a cog wheel or pinion 16, one of its ends shaped to provide a beveled pinion or gear 17 and its other end to provide a clutch member 18. The gear 8 is formed integral with another member 19 which is loose on the shaft so that it may rotate freely and slide longitudinally, and which has formed integral with it a clutch member 20 and a sprocket wheel or gear 21. A coil spring 22 arranged on the shaft 9 and confined between the bearing 12 and the member 19 actuates said member longitudinally on the shaft to maintain the co-acting clutch members 18, 20 in engagement with each other so that upon the down stroke of the windmill rod the movement of the member 19 will be imparted to the member 15 and hence to the shaft 9.

23 denotes a countershaft mounted in

bearings

24, 25 on the support 6. Loose on this shaft is a sprocket wheel or pinion 26 connected by a sprocket chain 27 to the sprocket Wheel 21. and also a spur wheel or gear 28 which meshes with the pinion or gear 16. The sprocket wheel 26 and the gear 28 carry co-a-

ctiug clutch members

29, 30 which are maintained in engagen'ieut with each other by a coil spring 31 arranged on the shaft 23 and confined between the gear 28 and the bearing 25. The sprocket wheel 26 is prevented from shifting longitudinally by a collar 22 fixed on the shaft 23 by a set screw 33. The gearing just described is pro vided for the pur ose of transmitting motion from the windmill rod to the shaft 9 when the windmill rod makes its up stroke, as presently explained. The motion of the shaft 9 is imparted to a driven shaft 34 preferably arranged at right angles to the shaft 9 and journaled in

bearings

35, 36. Fixed to the shaft 34- is a beveled gear 37 which meshes with the beveled pinion 17 and also fixed to the outer end of said shaft 3 1 is belt wheel 38 or any equivalent means for transmitting the motion of said shaft.

in operation, as the windmill rod reciprocates the gear 8 and hence the member 19 will be rotated. first in one direction and then Owing to the clutch members 18, 20 the movement of the member 19 when the windmill rod makes its der the momentum created by the fly Wheel 14. N hen said member is is rotated on the up stroke of the piston, the sprocket chain 27 will impart the motion of said member to the s rocket \Vh66l? 26 and the latter through the c utch members 29, 30- Willcause the gear 28 to] berotated and to impart motion to the pinion- 16 of the member 15, the latter being ment, a rack cal? rotated in the samedirection in which it Was rotated by the member 19 and, consequently, the shaft 9- is continuously rotated in one directien and its motion imparted by the beveled gears 17, 3.7 to the driven or 'eelt wheel shaft 34.

Having thus described the invention what is claimed is:

1:. The combination a reciprocatory element, a rack carried by the reciprocatory element, a shaft, a member loose on the shaft and a gear carried thereby to; mesh with the rack, a second member fixed to the shaft, a ratchet connection between the members, a cottntershaft, meshing gears on the two shafts, the one on the countershaft being loose, a sprocket Wheel and an element on the eoi-intershaft, a ratchet connection be tween said element and said gear on. the countersljiaft, and means for impartingthe motion of the loose member on the first mentionedshaft to said sprocket Wheel on the countershaft.

2. The combination of a reciprocatory element, a rack carried by the reciprocatory element, a shaft, a member loose on the shaft and a gear carried thereby to mesh with the rack, second member fixed to the shaft, a ratchet connection between the members, a count rshaft, meshing gears on the two shafts, the one on the countershaft being loose, a sprocket -Wheel carried by the loose member on the first mentioned shaft, a

sprocket Wheel upon the conntershaft, a

sprocket chain connecting said sprocket Wheels, and a rate ;et connection between the gear and the sp icket Wheel the countershaft.

Thecombina ed by the reciprocatory element, a shaft, a memberloose on the shaft and a gear carried thereby to mesh with the rack, a second member fixed to the shaft, a ratchet connection between the members, a countershaft, meshing gears on the two shafts, the one on the countershaft being loose, a sprocket Wheel carried by the loose member on the first mentioned shaft, a sprocket Wheel uponthe countershaft, a sprocket chain. connectingsaid sprocket Wheels, ratchet connection between the gear and the sprocket Wheel on the counter shaft,v a fly Wheel on the first mentioned shaft, a driven shaftand meshing bevel-ed gearson the driven shaft and the first mentioned shaft.

In testimony whereof I hereunto- :tliix my signature in the presence of two Witnesses.

JOHN N. ST. MARY.

lYi-tnesses:

THos. BURKLY, JOHN Snnnm'.

I n of a reciprocatory ele-