US1201169A

US1201169A - Cable-grip.

Info

Publication number: US1201169A
Application number: US8836816A
Authority: US
Inventors: William Goepel
Original assignee: Individual
Current assignee: Individual
Priority date: 1916-04-01
Filing date: 1916-04-01
Publication date: 1916-10-10
Anticipated expiration: 1933-10-10

Description

'Patented 0015.110, 1916.

2 SHEETS-SHEET I.

- w. GoEPEL.

CABLE GRIP. v APPLlcATlou FILED APR. l, 191s.

Patented Oct. 10, 1916` 4. 2 SHEETS-SHEET 2.

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WILLIAM GOEPEL, OF 4S'IEVIELNSOI, WASHINGTON.

' i En s'rAfrEs PATENT onirica canna-emr.

specification of Leiters raient.

Patented Oct. l0, 1916.

i Application led April 1, 1916. Serial No. 88,368.

To all whom it may concern Be it known that I, WILLIAM Gonrnr., a citizen of the United States, residing at Stevenson, in the county of Skamania and State of Washington, have invented a certain new and useful Improvement in Cable- Grips, of which the following is a full, clear, and exact description.

Thelobject of this invention is to provide a so-called grip or clamping device, by which a load, Vsuoli as a log, to be conveyed from one'place to another, may be conveniently connected toa traveling cable or conveyer so as to be thus transported, and may, with equal convenience, be disconnected from the cable as occasion may require. Various systems of arranging vsuch cables or conveyers are in use, in some of which the main line cable runs from the forest where logs are obtained, down-hill or otherwise, to the place where the logs are to be delivered, to a donkey-engine or other power aPP cable, the latter 'is and with it the log, and when the log is delivered it is disconnected from the cable and the latter hauled backby a haul-line to the Starting point for another log. In some cases endless cables are used. The cables orconveyers are arranged ,overhead so as to make sure of their clearing `stumps of trees and other obstructions. A common practice is to have a `main line extending some distance into the woods or forest, and

provided with butt-chains on its ends and a trip-line or haul-back which is used'to haul the main line back into the woods after it has been used to drag a log out of the woods.

In accordance with this practice, only one 40 log, or, at most, tw logs can be dragged out at a time, and thus the expense of oper-` -ating is high.

The present invention is designed to admit of dragging out a largenumber of logs at once, without danger of kinking or crushing the line, and in such way that the logs may be applied to the lline or taken off of itat any time or place and without stopping the line, the greater pull on the 'connecting device or grip serving to strengthen its liol on the cable or conveyer. But the present invention is not confined in use to any ,par-

.ticular system of cable or conveyer, nor is it restricted to use in logging, as it may be advantageously used as a grip 1n cable' sysliance, and a lo being connected to the rawn toward the enginel y grooves may `engaging element, and a complementary movable element, this movable element being operated by a trigger which may be connected wth .a clevis pivoted to the grip and to which 'the load is applied and which otherwise is wholly independent of the movable element, said trigger capable of independent operation so as to attach the grip to the cable and disconnect it therefrom at pleasure, as I will proceed now more particularly to explain and nally claim.

In the accompanying drawings illustrating the invention, in the several figures of which like parts are similarly designated, Figure 1 is a perspective View of the grip, partly open.` Fig. 2 is a side elevation, partly invertical section and broken away to expose the interior, the full lines showin the grip closed upon a cable and the dotte lines showing it released. Fig. 3 is an elevation looking at Fig. 2 from the left-hand side. `Fig. 4; is aside elevation, in gripping position, v with the clevis and trigger connected as shown by full lines, and disconnected as shown by the dotted line link at the free end of the clevis. Fig. 5 is a sketch of a conventional arrangement of logging cable, (proportions being disregarded) in which the log is shown as chained to the trigger instead of to the clevis.

The grip comprises a casing 1 of any suitable construction, -provided with a side opening 2 by which it may be applied to a cable or conveyor, and having on a stationa ary or fixed part a cable-engaging groove 3 extendingV fore and aft. Below this groove isl an interior cavity 4 in which is arranged a sliding wedgeshapedblock 5, provided with a eompleinental fore and aft groove 6 to cooperate with the groove 3 in engaging the cable or'conveyer. These be roughened or otherwise prepared to increase the hold on the cable. The block 54 is engaged with the opposite sides of the casing so as to be guided in its fore land aft'movements therein, and as one suitable means to this end2 have shown the sides provided with inclined tongues 7 `which engage corresponding grooves 8 in ioo vof-a link 14 with a clevis l5, which last is pivoted at 16 to the 'sides of the-.casing and .has an eye 17 by which one-end of a chain 18, may be applied to it, the 'other end of the chain being adapted to beapplied to the log or other load to be transported. The link 14 may be detachably connected with the trigger or hook 13 by means of a spring pin or other movable device 19.

The grip or clamping device is `opened as shown in Fig. 1, and applied laterally to the cable or other conveyer"20,.as indicated in Fig. 2, and then by a movement of the trigger-toward the right, or in opposition to the direction of. travel of the cable,.the

block 5 is moved toward the cable and the cable clamped between the block and the portion of the casing containing the groove 3.' This movement of the trigger may be effected by the strain placed upon the clevis causing the clevis to move toward the cable andthe link 14=transmitting this motion to the trigger. The trigger has an eye'21 to which a trip-line may be applied so as to reverse the motion of the block and edect thedisengagement of the grip with the cable whenever desired and whether the cable is taut or slack.b In some instances the load may be applied to the trigger itself by connecting it with the eye 21 of the trigger, and Such an `arrangement is indicated' in Fig. 5 where as shown, the link` 14 is disconnected from the trigger. and the-clevis left unused.

With the grip of this invention it is possible to apply as many logs or other loads along the cable. as there are available grips, instead of limiting the use of the cable, as in some present arrangements, to one vor two logs or loads. This grip will not crush or kink the cable, and may be applied to or v taken off of the cable at any place and even while strain is on the line; and the greater the pull on the cable the-'stronger is the hold of the grip on the cable. As long, as there is a pull on the cable toward the power or rollway, the grip will remain tight, and as soon as there is a slack up in lorder to haul the cable back, the load remains where it l was le'ft and is again "taken u p when the pull is once again started ahead.

As already sufficiently indicated, the invention is applicable to cable or conveyer arrangements for transporting logs and other loads; and it is to be understood also thatyariations in details of construction are permissible within the principle of the invention as herein` claimed. .And yin this connection it is to be noted that the clevis is not applied to either clamping element in itself considered, but to the casing containing the clamping elements, and that the active clamping element is controllable independently of the clevis.

1. A cable grip, comprising a casing lhaving a stationary cable-engaging element, a movable cable-engaging element adapted to .be moved into cable-engaging relation to said stationary element, a trigger mounted 1n said-casing and engaging said movable lelement, a load-attaching clevis pivoted to ping block arranged in said casing in aline- `ment with the said groove and itself provided with a complementa] groove, means on the casing and block to guide the movement of the block into and out of cable-gripping Arelation with the groove in the casing, a

trigger pivotally mounted in the casing and engaging the block, a clevis pivoted to the casing independently of the block and to which a load is applicable, and a link for Qconnecting the clevis and trigger.

3. A cable grip, comprising a casing provided with a stationary cable-gripping groove, a 4longitudinally movable cablegripping Ablock arranged in said casing in alinement with the said groove and itself provided with a complemental groove, means on the casing and block to guard the movement of the block into and out of cable-gripping'relation with the groove in the casing, a trigger pivotally mountedin the casing and engaging the block, a clevispivoted to the casing independently of the block and to .which a load is applicable, a link for connecting the clevis and trigger, and means for detachably connecting the link with the trigger.

4. A cable grip, comprising a casing provided with` a 'stationaryy cable-gripping groove, a longitudinally movable cable-gripping block arranged in said casing in alinement with the said groove and itself provided with a complemental groove, interengaging means on the casing and block to guide the movement of the block into and out ofv cable-gripping relation with the groove in the casing, and a trigger pivotally mounted in the casing and engaging the block, said trigger provided with an eye to receive a trigger-moving medium.

5. A cable grip, comprising a casingV having a lateral opening, a grooved cable-engaging element adjacent to said opening, a movable block slidably arranged Within the casing in alinement with the grooved portion of the casing and provided with a groove alined with the groove in the casing and having a tongue and groove connection With the casing and a transverse cavity, and a trigger pivotalljr mounted Within the casing and provided with a finger engaging said cavity in the block and an operating end projecting outside of the casing and adapted to receive a trip mechanism.

6. A cable grip, comprising a casing having a lateral opening, a grooved cable-engaging element adjacent to said opening, a movable block slidably arranged Within the casing in alinement with the grooved portion of the casing and provided with a groove alined with the groove in the casing and having a tongue and groove connection With the casing and a transverse cavity, a trigger pivotally mounted within the casing and provided with a linger engaging said cavity in the block and an operating end projecting outside of the casing and adapted to receive a trip mechanism, a clevis pivotally mounted on the casing, and a link detachably connecting the clevis and the operating end of the trigger. 1

cable grip, comprising a casing having a stationary cable-engaging element and a movable cable-engaging element, means connected with said casing to which a load may be attached, means for operating said movable cable-engaging element, and means for detachably connecting said load-attache ing means and said means for operating said v movable cable-engaging element.

8. A cable grip, comprising a casing having a stationary cable-engaging element, a Wedge-shaped cable-engaging element adapted to slide into engagement with a cable to grip it by coaction with said stationary element, load-attaching means on said casing, means for moving said wedge-shaped ele ment, and means for detachably connecting said load-attaching means and said "means for moving the Wedge-shaped element.

9. A cable grip, comprising a casing having a stationary cable-engaging element and an inclined slideway, a movable cable-engaging element mounted in said slideway and adapted to slide into cable-engaging relation with said stationary cable-engaging element, a clevis pivoted to said casing, a trigger pivoted in -said casing foroperating said movable element, and means for detachably connecting said clevis and trigger whereby when a pull is exerted upon said clevis said movable element Will be moved into cablegripping relation With said stationary element.

In testimony whereof I have hereunto set my hand this 25 day of March A. D. 1916.

WILLIAM GOEPEL. Witnesses:

GEO. E. OBRYON,

Corrections in Lottors Patent No` 1,201,169.

Io in horoby oortifiod choo m Lomo; Poom No. 1,201,169, wooo ooooboo 1o, i916, u pon the application of Willim Goepel, of `Shovenxon,l Washingto, for an improvement in Cable-Grips, ori'ors aploer in t-he printed Vespooifclztion reouiring oon-action as follows: Page 1, line 63,V for this lotters "vwtl41 read with; page 2.,- lne 108, claim 3, for the word guard read guid; sind that the oaid Ltters Patnt ohould bo rood wish ohooo oonoooiono ohoroo um tho omo my oonfon'o to the r'ooord of obo coso in oho Pooooo Omoo.

'signed ood ooolod this 4am aoyof ooooxor, A. D., 191s.

In F. WHITEHEAD,

Acting Commissioner qfPatefa.