USRE16892E - ruckelshaus - Google Patents

Description

Feb. 28, 1928. RUCKELSHAU? R 16,892

MAGNETIC MOTOR 2 Sheets-Sheet Original Filed June 11. 1926 INVENTOR Jzlq G Hymns/mos %e@wn ATTORN EY washers at their upper ends,

ture, opposite the ivot is an arm 40 carryin a counter-weig t41.

post 42 rising from the base 10 carries an adjustable screw 43 provided with a clamping screw 44 and having at its inner end a spring bumper 45 against which the armature'38 makes contact at the end of its outward oscillative movement.

A link 46 connects the armature arm 40 with the cam plate 28 and it is to be noted that the point of link connection with the plate is such as to give the same an initial oscillatory movement on the pivot 27, stressing the spring 29, preliminary to transmitting movement to the arm 24 and stressing the arm return spring 25, this action releasing the roll 31 from the disc 21 when the arm is swung anti-clock-wise by the armature, the roll, moving with the plate, instantly gripping the disc upon return movement of the arm as indicated in the detail views in Figs. 5 and 6, the foregoing elements completing the purely mes'prings constitute resilient means opposing the rocking movement of arm 24 .in'one direction, and the cam roll, the plate 28, etc., provide means for establishing a driving connection between the arm and the disc. The operation of the means is to permit relative movement of the arm and disc in one direction but to prevent such relative movement in the opposite direction.

At the rear of the base are secured two upright rods 47 provided with nuts and each rod having two separate helically coiled springs 48, between the adjacent ends of each pair of which is disposed a non-conducting body 49 This body is formed with clearance openings through which the rods freely pass and I is thus floatingly supported so that no shocks or jars may be transmitted to it.

Mounted in the dielectric body 49 are two conducting strips 50 and 51 rigidly held at one end by a clamp bolt 52 and depressible into a recess in the upper portion of the body, these strips being of unlike material,

one of which is subject to greater elongation in the presence of heat than the other,

. whereby movement of the strips at their free ends is attained.

These strips are encased in a heat insulating covering 53 enclosed by a wire coil 54 one end of which is in electrical contact with the bolt 52 and the other end similarly engaged with a bolt 55, see Fig. 3.

A contact plate 56 is normally engaged by the bared free end of the strip 50, the plate being held to the body by a bolt-57.

An electrical current is supplied from any convenient source through insulated wires 58 and 59 held in a conductor cable 60 passin" through the base as shown in Fig; 1.

I411 electro-magnetic coil 61 is wound on hanical'" details of the apparatus. The

the arm 37 of the magnet core, to which current is supplied through wires 62 and 63, connected respectively to the bolts 55 and 52, enclosed in a cable 64.

In operation current enters through conductor 59, bolt 57 and contact plate 56 passes through the thermal elements 50, 51 to the bolt 52 and thence through "conductor 63 to coil 61, energizing the electro-magnet and attracting the armature 38.

This action tilts the cam plate 28, releasing the roll 31 from disc 21 and draws the arm 24 against the tension of the spring 25.

At the same time current through the conductor 58, and bolt 55 enters the coil 54 and passes to the bolt 52, heating the coil and causing curvature of the thermal strips and breaking contact withthe plate 56 thereby dee nerglzing the electro-magnet and permitting the pull of the spring 25 to move the armature into the position shown in Fig. 1, the armature being cushioned by contact with the adjustable bufier spring 45. The thermostatic switch affords one convenient means for periodically interruptingthe flow of current to the electromagnet.

As the armature is oscillated in one direction, the driving means are rendered effective to establish a connection between the arm and the disc, so that a rotary impulse is imparted to the spindle, and as the turntable is of considerable weight, it acts as a fly-wheel, maintaining an essentially uniform rotary movement during the 'momen tary cessation of advance impulses.

The thermal strips-upon breaking contact with the plate 56 quickly cool and automatically renew their contact with the plate,

whereupon a continuous succession of im-' pulses is obtained.

Although I have described my improvements with considerable detail and with respect to certain particular forms of my invention, I do not desire to be limited tosuch details since many changes and modifications may well be made without departing from the spirit and scope of my invention in its broadest aspect.

I claim:

1. A magnetic motor comprising a base having a standard, a vertical spindle rotatable therein, a turntable carried-by dle, a disc fixed to the spindle, an arm journalled on the spindle, a cam plate pivoted on said arm, an eccentric when said plate, resilient means to swing said arm in one direction, means to oscillate said cam plate to cause said roll to engage the periphery of said disc when said arm is moved by said resilient means, an electro-magnet, a pivoted armature drawn by saidmagnet in .a direction opposite to that in which said resilient means acts, said armature being connected to said late, and means for periodically interrupting current to said magnet.

the spintil] 2. In a device of the class described, the combination with a turntable, a spindle on which the turntable is removnbly mounted, and means for so porting the s indle, of a friction disc fixe on said spin is, an arm journallcd on thespin'dle, a cam plate pivoted on said arm, a spring urgin said arm inone direction, an eccentric rol on said which the turntable is removably' mounted,

and means for supporting the spindle, of a friction disc fixed on said spindle, a spring impelled arm journalled on said spindle, an eccentric friction roll pivoted on said arm, resilient means for causing said roll to engage said disc when said arm is moved by its spring, a lever having a part operatively" direction by said magnet, a spring for re-,

tracting the armature when released by the magnet, means for making and breaking the circuit to said magnet, an arm rotatable on said spindle, a plate pivoted on said arm, an eccentric roll carried by said plate, and means for causing said roll to impinge on the periphery of said disc when the armature moves in one direction to convey motion thereto and release the disc when moved in the opposite direction.

5. A device of the class described, comprising the combination of a turntable, a spindle on which the turntable is mounted, a support for the spindle permitting the rotation thereof, an element fixed on the spindle, a member mounted to rock about an axis, resilient means for opposing the rocking movement of the member in one direction, means rendered eflective by the movement of the member for establishing a driving connection between the member and the element, and means for intermittently actuating said member whereby rotary impulses are transmitted to said spindle.

6. A magnetic motor device comprising the combination of a base, a spindle mounted for rotation on the base, an element fixed on the spindle, a member mounted to rock about an axis, resilient means for opposing the rocking movement of the member in one direction, an electromagnet, an armature adapted to move when the electromagnet is energized, a connection between the armature and the member whereby the movement of the armature causes a movement of the member against the action of said resilient means, means rendered effective by the movement of the member in one direction for establishing a driving connection between the member and the element, and means for periodically interrupting the current flow tosaid electromagnet.

7. A magnetic motor device comprising the combination of a base, a spindle mounted for rotation on the base, an element fixed on the spindle, a member mounted to rock about an axis, resilient means for opposing the movement of the member in one direction, an clectromagnet, an armature associated therewith and adapted to swing when the armature is energized, a connection between the armature and the member whereby the movement of the armature is transmittd to the member to cause a movement thereoi' against the action of said re-- silient means, frictional means rendered effective by the movement of the member for establishing-a driving connection between the member and the element, and means for periodically interrupting the flow of current to the electromagnet.

8. A magnetic motor device comprising the combination of a base, a spindle mounted for rotation on the base, an element fixed on the spindle, a member mounted to rock aboutan axis, resilient means for opposing the movement of the member in one direction, an electromagnet, an armature associated with the electromagnet and adapted to swing when the electromagnet is energized, a connection between the armature and the member whereby the movement of the armature causes a movement of the member against the action of said resilient means, means for periodically interrupting the flow of current to the electromagnet, and means rendered effective by the movement of the member in one direction only for establishing a driving connection between the member and the element.

9. A magnetic motor device comprising the combination of a base, a spindle mount ed for rotation on the base, an element fixed of current to the electromagnet, and a clutching mechanism effective in one direction of movement only of said member for establish ing a driving connection between the member and the element.

10. A magnetic motor device comprising the combination of a base, a spindle mounted for rotation on the base, an element fixed on the spindle, a member mounted to rock about an axis, resilient means for opposing the movement of the member in one direction, an electromagnet, an armature associated with the electromagnet and adapted to swing when theeleotromagnet is energized, a connection between the armature and the member whereby the movement of the armature causes a movement of the member against the action of said resilient means, means for periodically interrupting the flow of current to the electromagnet, and means permitting relative movement of said member and said element in one direction but preventing relative movement in the opposite direction.

11. A magnetic motor device comprising the combination of a base, a spindle mounted for rotation on the base, an element fixed on the spindle, a member mounted to rock about the spindle as an axis, resilient means for opposing the movement of the member in one direction, an electromagnet, an armature associated therewith and adapted to be swung upon energization of the electromagnet, a connection between the armature and the member whereby the movement of the armature causes a movement of the member on the spindle, a member mounted torock about an axis, resilient means for opposing the movement of the member in one direcmeans for periodically interrupting the flow of current to the electromagnet, and cooperating means carried by said member and said element for establishing a driving connection therebetween in one direction of movement of said member.

13. A magnetic motor device comprising the combination of a base, a spindle mounted for rotation on the base, an element fixed on said spindle, a member. mounted to rock about an axis, resilient means for opposing movement of said member in one direction,

an electromagnet, an armature therefor adapted to swing when the electromagnet is energized, means for periodically interrupting the flow of current to the electromagnet, a connection between the member and the armature whereby the swinging of the armature causes a rocking of the member against the action ofsaid resilient means, and means carried by said member adapted to cooperate with a part of said element to efiect a one-way driving connection between said member and said element.

14. A magnetic motor device comprising the combination of a base, a spindle mount ed for rotation on-the base, an element fixed on the spindle, a member mounted to rock about an axis, resilient means for causing a rocking movement of the member in one direction, a plate carried by the member, frictional driving means carried by the plate and adapted to engage the element to efiect a connection between the element and the member, the said driving means being rendered effective by the movement of the member in one direction, and means for giving periodic movements to the member to impart intermittent impulses to the spindle.

In testimony whereof I aflix my signature.

JOHN GREER RUCKELSHAUS.

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