US2424301A

US2424301A - Armature and coil winding machine

Info

Publication number: US2424301A
Application number: US654056A
Authority: US
Inventors: Hugo B Boyer
Original assignee: Individual
Current assignee: Individual
Priority date: 1946-03-13
Filing date: 1946-03-13
Publication date: 1947-07-22
Anticipated expiration: 1964-07-22

Description

July 22, 1947. BOYER 2,424,301

' ARMATURE AND COIL WINDING MACHINE Filed March 15, 1946 #060 5. Horse Patented July 22, 1947 UNITED STATES" PATENT OFFICE ARMATURE AND COIL WINDING MACHINE Hugo B. Boyer, Los Angeles, Calif. Application March 13, 1946, Serial No. 654,056

Claims.

This invention relates to machines for winding wire on armatures, coil cores and the like for example automotive generator armatures and coils, field coils and motor armatures.

One of the objects of this invention is to provide a Winding machine which is under full and accurate control of the operator and subject to actuation in a particularly efiicacious manner to properly wind wires on various types and sizes of armatures, spools and cores for coils, with assurance of producing well balanced, uniform and neat windings in all cases.

Another object of this invention is to provide a winding machine in which a novel means for supporting and rotating an armature or coil to be wound is constructed and arranged to rotate the armature coil under direct control of the operator at all times as to speed and extent of rotation and without requiring use of the operators hands in efiecting such control, whereby the operator may accurately guide wires by hand so that with each revolution of the armature, dual windings will be accurately made thereon.

A further object is the provision in a machine such as described, for quickly and easily adjusting the means for rotating and supporting the armature so that armatures, coils and the like of various shapes and sizes may be wound in the machine.

Another object of this invention is to provide a winding machine such as described which is of simple and inexpensive construction, consists of comparatively few parts, may be inexpensively manufactured, and will be reliable as to performance under hard and continued usage with little or no likelihood of getting out of order or requiring replacement of parts thereof.

Yet another object is to provide a winding machine such as described in which a simple frame structure provides a seat for the operator and a support for spools of wire and the armature rotatin means, from which seat the operator controls the machine with his feet as to rotation of the armature, while at the same time using both hands to feed wires onto the rotating armature, thereby, with a simple construction and arrangement giving the operator full control of the machine so that uniform and balanced windings may be effected.

With the foregoing objects in View, together with such other objects and advantages as may subsequently appear, the invention resides in the parts and in the combination, construction and arrangement of parts hereinafter described and claimed, and illustrated by way of example in the accompanying drawing, in which:

Fig. 1 is a side elevation of a winding machine embodying the present invention;

Fig. 2 is an end elevation of the machine;

Fig. 3 is an enlarged fragmentary elevational view of the armature supporting and rotating means of the machine showing how such means may be adjusted to accommodate the winding of armatures of different sizes; and

Fig. 4 is a sectional view taken on the line 4-4- of Fig. 1 showing the main frame in top plan. a

As shown in the accompanying drawing, one form of winding machine embodying the present invention includes a frame A comprising a narrow elongated top member 5 supported on legs 6 and enlarged as at 1 at one end to provide a seat whereby the operator may sit astride the frame bicycle fashion for openating a pedal drive means B.

Mounted on the top or seat member 5 adjacent the end thereof opposite the enlarged portion 1 is an upright U -shaped member .8 the base 9 of which is secured to member 5 by means of fastenings l0. This U-shaped member acts as a support for the means for supporting and rotating an armature or coil such as the armature C shown in dotted lines in Fig. 3.

As here provided the armature supporting and rotating means includes rotary jaws H and I2 between which the armature is clamped within the space between the opposite arms 8' of the U-shaped member 8.

The jaw H in the form of an arcuate plate is fixed to the inner end of a horizontal shaft I3 'journalled in a bearing l4 formed on the free end of one of the arms 8'. A pulley I5 isfixed on the outer end of the shaft [3 and is driven by means of a belt IS in turn driven by a pulley I! on a crank shaft 18 of the pedal drive means. This crank shaft is journalled in a bearing l9 supported on a cross bracing structure 20 between the legs 6 of the frame A, and terminates in pedals 2| like those on a bicycle whereby the operator sitting astride the member 6 may readily operate the pedals for rotating the pulley l1 thereby driving the belt [6, pulley I 5, shaft 13 and thus rotating the jaw H.

The jaw I2 is mounted so as to rotate freely on an extension 22 at the inner end of a-lead screw 23 which is axially adjustable in screwthreaded engagement with a bearing 24 on the outer end of the other arm 8' of the U-shaped,

member 8. A hand wheel 25 is fixed to the outer end of the lead screw 23 so that on the turning thereof the jaw l2 may be moved into and out of position to cooperate with jaw H for clamping and holding armatures of different sizes subject to rotation when the shaft I3 is rotated.

As here provided the cross bnacing structure 20 affords the support of two reels or spools 26 of wire to be Wound on the armatures. The wire from the spools is led through an opening 21 located in the top or seat member 5 between the point where the operator sits and the upstanding member 8, so that this arrangement affords a wire feeding means subject to being erly guide the wires onto the armature being roerly guide the wires into the armature being rotated by and between the jaws II and 12.

A suitable counter indicator 28 showing the number or revolutions of the armature is operated from the shaft l3 and mounted on the bearing 14 for such shaft, whereby the operator may determine the number of windings made on the armature.

While I have shown and described a specific embodiment of my invention, I do not limit myself to the exact details of construction set forth, and the invention embraces such changes, modifications and equivalents of the parts and their formation and arrangement as come within the purview of the appended claims.

I claim:

1. In a winding machine for armatures and the like, a frame having'an upper member disposed to serve as a seat, a pair of opposed upstanding arms on said upper member, a rotary shaft carried by one of said arms, a clamping jaw fixed to said shaft for rotation therewith, .a lead screw axially adjustably supported on the other of said arms, a second clamping jaw mounted to rotate on said screw and being axially movable therewith for clamping between it and the first named jaw an armature or the like to be wound, means for rotating said shaft operable below said upper member subject to control by the feet of the operator seated astride said upper member, and means affording the feed of wire upwardly from said upper member at a point between said jaws and the operator whereby the feed to the armature between said jaws may be controlled by the hands of the operator.

2. In a machine for winding wire on armatures and the like, an upright frameincluding a horizontal top member and legs supporting said top member, an armature supporting means projecting upwardly from said top member, an operating means mounted on said frame beneath said top member subject to control by means of the feet of an operator seated astride said top member, a drive means between said armature supporting means and said operating means for rotating said supporting means together with the armature, and a means affording the feed of wire upward from said top member at a point thereon between the operator and said supporting means with the wire subject to being guided to the armature by the hands of the operator.

3. In a machine for winding wires on an armature or the like, an upright frame including a top member adapted to have the operator of the machine .sit astride thereof, legs supporting said top member, apedal actuated operating means supported between said legs subject to actuation by the feet of the operator, a U -shaped member fixed to and extending upwardly from said top member, a rotary supporting means for an armature mounted on opposed sides of said U-shaped member for rotation in the space therebetween, and a drive means between said operating means and said rotary supporting means for rotating the latter and the armature supported thereby.

4. In a machine for winding wires on an armature, or the like, an upright frame including a top member adapted to. have the operator of the machine sit astride thereof, legs supporting said member, operating ,means supported between said legs subject to actuation by the feet of the operator, a U-shaped member fixed to and extending upwardly from said top member, a rotary supporting means for an armature mounted on the opposed sides of said U-shaped member for rotation in the space therebetween, a drive means between said operating means and said rotary supporting means for rotating the latter and the armature, and a plurality of coils of Wire supported on said frame, said top member having a wire lead opening therein affording the feed of wires to said armature under guidance of the operators hands.

5. In a machine for winding wires on an armature or the like, an upright frame including a top member adapted to have the operator of the machine sit astride thereof, legs supporting. said member, an operating means supported between said legs subject to control by the feet of the operator, a U-shaped member fixed to and extending upwardly from said top member, a rotary supporting means for an armature mounted on the opposed sides of said U-shaped member for r0- tation in the space therebetween, a drive means between said operating means and said rotary supporting means for rotating the latter and the armature, and a plurality of coils of wire supported on said frame, said top member having a wire lead opening therein affording the feed of wires to said armatures under guidance of the operators hands, said armature supporting means being adjustable to accommodate armatures of different sizes.

HUGO B. BOYER.