US606047A - Axle-nut wrench - Google Patents

Description

(No Model) E. P. CONWAY. AXLE NUT WRENCH.

N0.'606,047. Patented June 21,.1898.

receive one corner of the axle-nut.

EDXVARD P.' CONWAY, OF SOUTHINGTON, CONNECTICUT.'

AXLE-NUT WRENCH.

SPECIFICATION forming part of Letters Patent No. 606,047, dated June 21, 1898.

Application filed September 4, 1897. Serial No. 650,582. (No model.)

To @ZZ whom it may concern,.-

Be it known that I, EDWARD P. CONWAY, a citizen of the United States, residing at Sou thington, in the county of Hartford and State of Connecticut, have invented certain new and useful Improvements in Axle-NutVVrenches, of which the following is a specification.

My invention relates to improvements in axle-n ut wrenches; andthe objects of my improvement are simplicity and economyin construction and convenience and efciency in operation.

In the accompanying drawings, Figure 1 is a front elevation of my wrench. Fig. 2 is a side view of the same. Fig. 3 is a rear elevation of the lower end of the same, and Fig. 4 is a detached face view of the movable jaw.

The wrench-bar A is slotted longitudinally, as at 5, and provided with thefixed jaw 6 at its lower end. Said iixed jaw has an angular or V-shaped inner face 7, that isadap'ted to The said wrench-bar is also provided with a series of holding-teeth 8 on that face which is opposite the jaws. The upper end of the wrench-bar may be provided with any suitable form of handle or handles. I prefer to provide the same with themain handle 9 in continuation of the wrench-bar and asupplemental handle 10, that extends at right angles to the bar, as shown, to permit of the wrench being operated as a crank to turn the nut on or off.

The movable or sliding jaw B is provided with an angular or V-shaped inner face 7, the same as that of the fixed jaw. The base 11 of the movable jaw is wide enough to rest upon the face of the-wrench-bar at the sides of itsslot 5, and extending from said base is.

' ashank 12 of a width that will readily pass longitudinally throughthesaid slot 5. The said shank is provided with a cross-arin'13,

one edge or face of -which is made to enter the space between the teeth of the wrenchbar. The shank is offset, so as to bring thecross-arm 13 inside of the inner face of the movable jaw, as best shown in Fig. 1. From the cross-ar1n13 the shank may extend outwardly away from the Wrench-bar in the form of anyconvenient handle 14. Theslot 5 at or near its upper end is wide enough to let the handle and cross-arm of theshank 12 pass through it and then be twisted around and slipped along into the position shown. One of the jaws, preferably the movable jaw, is provided with aspring 15 in the angle of its inner face. This spring can be secured in place in any proper manner-as, for example, bylugs 16, Fig. 4, bent over its edges at its inner end. It should have its free end project into the space designed to receive the nut, so that it will press against one corner of a nut when the wrench is applied thereto.

In use the wrench-jaws are slipped over the axle-nut, and if they are not close enough to each other tovproperly hold the nut the movable jaw is rocked inwardly a little on its base to withdraw the engaging face of thecross-arm 13 from the teeth on the wrenchbar. The said movable jaw is forced closely against the nut with sufficient force to compress thespring 15, in case said spring is einployed. The nut and spring will hold the jaws in the position shown, with thecross-arm 13 in engagement with the teeth of the wrenchbar. The spring will serve to pinoli the nut suficiently to prevent the wrench from accidently falling off the nut, so vthat the user may take hold of thesupplemental handle 10 and turn the wrench as a crank to screw the nut on or off. In order to move the sliding jaw away from the fixed jaw, it is only necessary to press downwardly on thehandle 14 of theshank 12 to tip the said jaw and shank sufficiently to disengage the cross-arm from ythe teeth on the wrench-bar and then slide the said jaw upwardly or back away from the fixed jaw when the cross-arm is disengaged.

vI 'claim as my invention- 1. YThe combination of the slotted wrenchbar having the fixed jaw on one side thereof and the toothed face on the opposite side of said wrench-bar, withlthe movable jaw having theoffset shank 12 extending through the slot in the wrench-bar, thecross-arm 13 extending from said shank inside of the' inner face of said jaw and having an edge for engagingthe teeth of the bar, said shank having also a proj ecting handle portion, the said cross-arm and handle being on that side of the wrench-bar which is opposite the said movable jaw, substantially as described.

2. The combination of the slotted Wrenchbar having a toothed face and the iixed jaw with a V-shaped inner face, the movable jaw IOO having a like V-shztped inner face and the oset shank extending through the slot in the Wrench-bm', thee1'0ssa1'rn 13 having a thin edge for engaging the teeth of the Wrenchbzu, and a spring set in the apex of the inner face of one of the jaws and acting in connection with the nut held in the Wrench t0 hold the edge of the cross-bm in engagement with the teeth of the Wrench-bal', substantially as described. 4

EDWARD I. CONWAY.

Witnesses:

MARCUS H. IIOLCOMB, IIIAL S. DE NEEFE.

Images