General Electric Co. - Assigned Patents

Manufacturers Index - General Electric Co.

General Electric Co.
Schenectady, NY, U.S.A.
Company Website: http://www.ge.com/
Manufacturer Class: Wood Working Machinery & Steam and Gas Engines

Patents

This page contains information on patents issued to this manufacturer.

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Patent Number	Date	Title	Name	City	Description
287,511	Oct. 30, 1883	Electric Regulator	Thomas A. Edison	Menlo Park, Middlesex County, NJ
413,292	Oct. 22, 1889	Electric measuring-instrument	Elihu Thomson	Lynn, MA	A GE current meter was seen with this patent date on it. Thomson-Houston was established in 1883 and then in 1892 merged with Edison General Electric Company of Schenectady to form General Electric Co.
465,512	Dec. 22, 1891	Rheostat	Aldred K. Warren	New York, NY	This invention is a "means for controlling the speed of electric motors used to drive ventilating-fans".
		Rheostat	William S. Andrews	New York, NY
466,448	Jan. 05, 1892	Commutator-brush and holder for dynamo-electric machines and motors	Frank J. Sprague	New York, NY
479,167	Jul. 19, 1892	Electro-magnetic machine	Arthur E. Kennelly	Orange, NY
479,169	Jul. 19, 1892	Electro-magnetic machine	Arthur E. Kennelly	Orange, NJ
		Electro-magnetic machine	John F. Ott	Orange, NJ
480,727	Aug. 16, 1892	Armature-conductor and means for insulating the same	Emil Kolben	Schenectady, NY
480,728	Aug. 16, 1892	Ring-armature	Emil Kolben	Schenectady, NY
480,739	Aug. 16, 1892	Commutator for electro-magnetic machines	Horace F. Parshall	Schenectady, NY
480,740	Aug. 16, 1892	Armature for dynamo-electric machines	Horace F. Parshall	Schenectady, NY
491,567	Feb. 14, 1893	Conductor for armatures	Emil Kolben	Schenectady, NY
491,568	Feb. 14, 1893	Armature and means for supporting the same	Emil Kolben	Schenectady, NY
516,815	Mar. 20, 1894	Portable Planer	Henry B. Hughes	Schenectady, NY
518,561	Apr. 17, 1894	Electric motor	Harold P. Brown	New York, NY
518,562	Apr. 17, 1894	Armature for electric motors	Harold P. Brown	New York, NY
524,396	Aug. 14, 1894	Controller for Electric Motors	William B. Potter	Lynn, Essex County, MA	This patent was incorporated into Streetcar motor controllers. Abstract: My invention relates to a controller known as a "series parallel controller" by which two or more electric motors acting upon a common load, as for instance, an electric locomotive, may be coupled either in series or in parallel in order to give various degrees of speed and power to the driven mechanism. Claim: The combination in an electric controller, of a switch having a multiplicity of contacts, and a blowout magnet having a common pole piece extending from a common core to points adjacent to the several circuit-breaking points of the switch.
534,079	Feb. 12, 1895	Armature for dynamo-electric machines	Horace F. Parshall	Schenectady, NY
544,396	Aug. 13, 1895	Winding of dynamo-electric machines or motors	Elihu Thomson	Swampscott, MA	This patent date was seen on a 3 HP induction motor from GE with "MAR.14, 1905" being the latest patent date.
570,424	Oct. 27, 1896	Electric motor	Sebastian G. Brinkman	New York, NY	"My invention relates to an improved construction of the armature, which I provide with a surrounding soft-iron jacket. This jacket not only serves as a means for attaching the armature to its shafts by a pair of heads or spiders, but it also serves to produce a uniformity in the magnetic flux that passes through the armature." The only mentions of the assignee that we can find are in relation to this patent. Since we have seen this patent date on a GE induction motor and this is the only electric-motor patent issued on this date, we assume that GE bought out the assignee before they had a chance to begin manufacturing the motor.
583,935	Jun. 08, 1897	Series Parallel Controller	William B. Potter	Schenectady, Schenectady County, NY	This patent was incorporated into Streetcar motor controllers. Abstract: The present invention has for one of its objects to reduce the vertical height of the resistance-switch cylinder, at the same time maintaining the necessary insulation between the contacts thereon. This feature of the invention is accomplished by providing two sets of stationary brushes or contact devices adapted to engage with the contacts carried by the resistance-switch cylinder. The brushes are located, preferably, at points diametrically opposite and, as the cylinder reciprocates, are adapted to engage therewith and vary the resistance of the motor-circuit. Claim: In a controller, the combination of a cylindrical switch, contacts thereon, and sets of stationary brushes engaging therewith, the brushes and contacts bearing such a relation to each other that the circuit is alternately completed or broken at one set, then at another.
		Series Parallel Controller	Frank E. Case	Schenectady, Schenectady County, NY
596,186	Dec. 28, 1897	Phase Regulator	Charles P. Steinmetz	Lynn, Essex County, MA
		Phase Regulator	Edwin W. Rice	Swampscott, Essex County, MA
620,966	Mar. 14, 1899	Induction Motor	Charles P. Steinmetz	Schenectady, NY	Original application filed 29 Jul 1893. Divided and this application filed 16 Oct 1897.
		Induction Motor	Edwin W. Rice Jr.	Schenectady, NY
620,965	Mar. 14, 1899	Alternating Current Motor	Charles P. Steinmetz	Lynn, Essex County, MA
		Alternating Current Motor	Edwin W. Rice	Swampscott, Essex County, MA
664,190	Dec. 18, 1900	Alternating-current electric motor	Elihu Thomson	Swampscott, MA	This patent date was seen on a GE induction motor.
677,308	Jun. 25, 1901	Alternating-current motor	Rudolf Eickemeyer	Yonkers, NY	Inventor Eickemeyer was deceased.
714,881	Dec. 02, 1902	Clamping-finger	William L. R. Emmet	Schenectady, NY
714,811	Dec. 02, 1902	Brush-holder	Walter D. Litchfield	Schenectady, NY
714,786	Dec. 02, 1902	Controlling Electric Motors	Maxwell W. Day	Schenectady, NY
714,934	Dec. 02, 1902	Means for Preventing Breakdown of High Potential Windings	Walter S. Moody	Schenectady, NY
715,019	Dec. 02, 1902	Means for Synchronizing Motors	Frank E. Case	Schenectady, NY
715,220	Dec. 02, 1902	Means of Measuring Alternating Electric Currents	Milton E. Thompson	Ridgeway, Elk County, PA	Original application 30 Dec. 1896. Divided and this application filed 07 May 1902.
715,195	Dec. 02, 1902	Method of Synchronizing Motors	Frank E. Case	Schenectady, NY	Original application 11 Feb. 1899. Divided and this application filed 16 Apr. 1902.
714,862	Dec. 02, 1902	Controlling Electric Motors	Harold W. Buck	Niagara Falls, Niagara County, NY
714,916	Dec. 02, 1902	Automatic Clutch	James W. Kellogg	Schenectady, Schenectady County, NY
714,973	Dec. 02, 1902	Measuring Alternating Currents	Milton E. Thompson	Ridgway, Elk County, PA
745,336	Dec. 01, 1903	Commutator-bar	William Le R. Emmet	Schenectady, NY
RE12,241	Jul. 19, 1904	Controller for Electric Motors	William B. Potter	Schenectady, Schenectady County, NY	This patent was incorporated into Streetcar motor controllers. Abstract: My invention relates to a controller known as a "series parallel controller" by which two or more electric motors acting upon a common load, as for instance, an electric locomotive, may be coupled either in series or in parallel in order to give various degrees of speed and power to the driven mechanism. Claim: The combination in an electric controller, of a switch having a multiplicity of contacts, and a blowout magnet having a common pole piece extending from a common core to points adjacent to the several circuit-breaking points of the switch.
780,547	Jan. 24, 1905	Starting-switch for electric motors	John B. Wiard	Lynn, MA	General Electric was created with the 1892 merger of the Edison General Electric Company of Schenectady, NY and the Thomas-Houston Company of Lynn, Mass. As of 2013, GE is still operating in both of these locations.
784,807	Mar. 14, 1905	Dynamo-electric machine	Henry G. Reist	Schenectady, NY
787,303	Apr. 11, 1905	Alternating-current series motor	Marius Charles Arthur Latour	, France	This invention "relates to series-wound alternating-current motors of the commutator type", and involves using a single winding for both field and compensated windings, while still allowing the motor to be reversed. This patent date was seen on a GE repulsion-induction motor.
816,369	Mar. 27, 1906	Speed Changing Device	Otto F. Persson	Lynn, Essex County, MA
854,784	May. 28, 1907	Dynamo Electric Machine	John B. Wiard	Lynn, Essex County, MA	This patent was improved upon with patent #925,254.
859,336	Jul. 09, 1907	Double Acting Tool for Planers and Shapers	John Riddell	Schenectady, NY	My invention relates to double-acting tools for metalworking machinery, such as planers, shapers, etc., and has for its object to provide a simple double-acting tool, which may be readily connected to or disconnected from the ordinary forms of planers and shapers. Double-acting tools, or tools which cut upon both the forward and the return strokes, are used only for roughing out purposes, and must accordingly be replaced by a single-acting tool to finish each set-up of work and be reinserted again for each new set-up, and on account of the difficulty and the time consumed in making these changes in devices of this kind, as heretofore constructed, they have been used but rarely upon the larger planers and practically never upon small planers and shapers. My invention consists of a tool-holder provided with, a shank adapted to be held in operative position by the ordinary tool post of a planer or shaper head, the only changes required to adapt the ordinary planer or shaper for use thereof consisting in the provision of an attachment for reversing the position of the tool and a catch to hold the apron from outward movement upon the back stroke.
873,089	Dec. 10, 1907	Tool for Cutting Turbine Buckets	John Riddell	Schenectady, Schenectady County, NY
882,602	Mar. 24, 1908	Controlling-Switch	Harold E. White	Schenectady, Schenectady County, NY	This patent was incorporated into Streetcar motor controllers. Abstract: My invention relates to controlling switches employing blowout magnets and is particularly applicable to motor controllers. It is frequently desirable that the arc formed at each contact-finger should always be blown in the same direction, and since the current through the contact-fingers may be reversed in different positions of the switch, it has been proposed heretofore, in order to secure the desired result, to provide individual blowout coils for each of the fingers, each of which is connected directly in series with its finger, so that when the direction of current through the finger reverses, the direction of current through the blowout coil will also be reversed. When individual blowouts are employed it may sometimes happen that adjacent coils may have a difference of voltage equal to the entire voltage of the system and consequently it is necessary to provide insulation adapted to withstand this voltage. To secure in a compact structure both an efficient magnetic circuit and the necessary insulation so disposed as to permit unobstructed movement to the expanding arc, presents problems, which it is the object of my invention to solve. My invention in one aspect consists in separating the main poles of the blowout coils from the coils themselves by insulation and providing auxiliary pole-pieces for inductively magnetizing the main poles. By the use of these auxiliary pole-pieces an efficient magnetic circuit may be secured, while at the same time the insulation between each coil and its main pole-piece serves effectively to insulate adjacent blowout coils from each other. Claim: In a controlling switch, in combination with a rotary drum and contact-fingers engaging therewith. individual blow-out coils connected directly in series with the several fingers, auxiliary pule-pieces in magnetic contact with the cores of said coils, and main pole-pieces separated from the auxiliary pole- pieces by insulation and magnetized inductively thereby.
890,697	Jun. 16, 1908	Protective device for unipolar machines	Jakob E. Noeggerath	Schenectady, NY
897,475	Sep. 01, 1908	Alternating-current motor	Maurice Milch	Schenectady, NY
897,545	Sep. 01, 1908	Single-phase commutator-motor	Marius Charles Arthur Latour	, France
909,193	Jan. 12, 1909	Alternating Current Motor	Marius C. A. Latour	, France
924,725	Jun. 15, 1909	Single Phase Motor	Sven R. Bergman	Lynn, Essex County, MA
924,841	Jun. 15, 1909	Bucket Wheel	Clarence M. Schultz	Lynn, Essex County, MA
924,856	Jun. 15, 1909	Oil or Gas Engine	Elihu Thomson	Swampscott, Essex County, MA
924,869	Jun. 15, 1909	Fuel Supply System	Montraville M. Wood	Berwyn, Cook County, IL
924,898	Jun. 15, 1909	Elastic Fluid Turbine	William L. R. Emmet	Schenectady, Schenectady County, NY
924,977	Jun. 15, 1909	Electrical Apparatus	William J. Foster	Schenectady, Schenectady County, NY
925,056	Jun. 15, 1909	Electric Soldering Iron	Tycho Van Aller	Schenectady, Schenectady County, NY
925,132	Jun. 15, 1909	Dynamo Electric Machine	Henry G. Reist	Schenectady, Schenectady County, NY
925,254	Jun. 15, 1909	Dynamo Electric MAchine	John B. Wiard	Lynn, Essex County, MA	This patent was an improvement upon patent #854,784.
928,037	Jul. 13, 1909	Dynamo-electric machine	William H. Frost	Schenectady, NY	"The object of my present invention is the production of a revolving field magnet which is simple and easy of construction and is well adapted to sustain the stresses produced by its operation at high speeds."
928,084	Jul. 13, 1909	Insulating-stud	Louis E. Underwood	Lynn, MA	"My invention... is particularly applicable to such studs when used to support brush-holders of dynamo-electric machines, and has for its object a simple, cheap and rigid construction."
1,016,021	Jan. 30, 1912	Alternating-current dynamo	Marius Charles Arthur Latour	, France	A 1 HP GE Type BSR motor bears this patent number. This motor is an AC motor with "Adjustable variable speed brush shifting".
1,016,865	Feb. 06, 1912	Alternating-current dynamo-electric machine	Friedrich Eichberg	, Austria-Hungary
		Alternating-current dynamo-electric machine	Gabriel Winter	, Austria-Hungary
1,016,866	Feb. 06, 1912	Alternating-current dynamo-electric apparatus	Friedrich Eichberg	, Austria-Hungary
		Alternating-current dynamo-electric apparatus	Gabriel Winter	, Austria-Hungary
1,018,502	Feb. 27, 1912	Incandescent Bodies for Electric Lamps	Alexander Just	, Austria-Hungary
		Incandescent Bodies for Electric Lamps	Franz Hanaman	, Austria-Hungary
1,031,710	Jul. 09, 1912	Process of Connecting Filaments and Feed Wires for Electric Incandescent Lamps	Franz Hanaman	, Austria-Hungary
1,041,859	Oct. 22, 1912	Motor Controlling Device	Thomas W. Nowell	Schenectady, NY
1,043,887	Nov. 12, 1912	Dynamo-electric machine	John B. Wiard	Lynn, MA	This patent date has been seen on a GE induction motor also carrying the patent date for 1,190,054.
1,046,780	Dec. 10, 1912	Connection Between Metallic Filaments and Feed Wires of Electric Incandescent Lamps	Franz Hanaman	, Austria-Hungary
1,060,894	May. 06, 1913	Dynamometer-wattmeter	Michael von Dolivo-Dobrowolsky	, Germany
1,073,201	Sep. 16, 1913	Dynamo-electric machine	Friedrich Eichberg	, Austria-Hungary	Co-inventor Winter was deceased at the time the patent was issued. There was an unusually long interval between the original patent filing and the granting.
		Dynamo-electric machine	Gabriel Winter	, Austria-Hungary
1,073,311	Sep. 16, 1913	Dynamo-electric machine	Friedrich Eichberg	, Austria-Hungary	Co-inventor Winter was deceased at the time the patent was issued. There was an unusually long interval between the original patent filing and the granting.
		Dynamo-electric machine	Gabriel Winter	, Austria-Hungary
1,102,116	Jun. 30, 1914	Dynamo-electric machine	James J. Wood	Fort Wayne, IN
1,114,534	Oct. 20, 1914	Excitation of dynamo-electric commutator-machines	Arthur Scherbius	, Switzerland
1,115,289	Oct. 27, 1914	Alternating-current dynamo-electric machine	Franz Hillebrand	, Germany
		Alternating-current dynamo-electric machine	Ludwig Dreyfus	, Germany
1,118,433	Nov. 24, 1914	Compensating winding for polyphase commutating-machines with drum-armatures	Heinrich Meyer-Delius	, Switzerland
1,121,014	Dec. 15, 1914	Electrical apparatus	Henry M. Hobart	Schenectady, NY
1,135,327	Apr. 13, 1915	Dynamo-electric machine	Marion A. Savage	Schenectady, NY
1,190,054	Jul. 04, 1916	Induction-motor	John B. Wiard	Lynn, MA	This patent date has been seen on a GE induction motor also carrying the patent date for 1,043,887.
1,190,009	Jul. 04, 1916	Induction-motor	Howard Maxwell	Schenectady, NY	This patent date was seen on a GE type SCR repulsion induction motor from the late 1920s; it has also been seen on a type KT three-phase 1/2 HP induction motor. The patent covers a method of casting squirrel-cage motor cores, and "consists in pouring molten metal into a mold surrounding the magnetic core of an induction motor and simultaneously rotating the mold and core at sufficient speed to drive the molten metal into the conductor receiving openings in the core by centrifugal force, and continuing the rotation until the poured metal has congealed..."
		Induction-motor	Henry G. Reist	Schenectady, NY
1,194,923	Aug. 15, 1916	Alternating-current commutator-motor	Ernst F. W. Alexanderson	Schenectady, NY	A 1 HP GE Type BSR motor bears this patent number. This motor is an AC motor with "Adjustable variable speed brush shifting".
1,227,400	May. 22, 1917	Electric motor	Michael von Dolivo-Dobrowolsky	, Germany	This motor is intended to drive a clock, but it is not a true synchronous motor, but rather it is a DC motor with a generator portion that provides a force to counter any change in speed due to voltage fluctuations. Dolivo-Dobrowolsky, a Polish-Russian who had lived in Germany for years, left for Switzerland with the outbreak of World War I. He became a Swiss citizen but had apparently returned to Germany by the time this patent was issued. He died of a heart ailment in 1919, age 57. His lack of strong association with a single country is perhaps part of the reason he is not more famous: no country has chosen to promote him as the pivotal electrical innovator that he was.
1,268,738	Jun. 04, 1918	Elastic Fluid Turbine	William J. A. London	Springfield, Hampden County, MA
1,269,489	Jun. 11, 1918	Control for Turret Lathes and the Like	Edwin J. Murphy	Schenectady, NY	Albert G. Davis - patent attorney My invention relates to the control of electric motors and has for its object the provision of means whereby the speed of an electric motor may be varied in accordance with the work to be done in a reliable, simple and efficient manner. My invention relates more specifically to the control of electric motors employed for driving machine tools and the like. In the operation of machine tools such as turret lathes, screw machines, and similar machines, it is very desirable that different speeds be given to the motor to correspond to the different classes of work to be done. For instance, the first operation of a turret lathe may be "drilling," the next "tapping" and the next "facing," etc., each of which requires a different cutting speed from the other. The turret may carry as many as 6 or 7 cutting tools and they may each require a different cutting speed so that there will be 6 or 7 speeds for the motor corresponding to the 6 or 7 different positions of the turret. This has been accomplished heretofore by having a controller which is rotated when the turret is turned so as to vary the motor's speed. In this case each position of the controller corresponds to a definite speed on the motor, that is, there is a definite speed for each tool in the turret. It is desirable, however, for each tool to be given a range of speeds so that when a tool is in working position it may have any required speed. An attempt has been made to accomplish this by the use of cams, one for each job, each cam having the proper cam surface to shift the controller the required amount. This involves an unwarranted expense in the making of cams especially in the shops where all kinds of work are done and any machine is liable to be changed from one class of work to another of quite a different character.
1,353,656	Sep. 21, 1920	Fluid Operated Motor	Charles L. Heisler	Schenectady, Schenectady County, NY
1,386,865	Aug. 09, 1921	Packing	Charles L. Heisler	Schenectady, Schenectady County, NY
1,393,501	Oct. 11, 1921	Drop Hammer	Otis R. Clark	Schenectady, Schenectady County, NY
		Drop Hammer	Charles H. Franklin	Schenectady, Schenectady County, NY
1,394,937	Oct. 25, 1921	Resistance Unit	Ludwig Reichold	Pittsfield, MA	For a GE soldering iron. See 1,708,961, 1,432,434 and 1,758,775
1,415,556	May. 09, 1922	Gearing	Charles L. Heisler	Schenectady, Schenectady County, NY
1,432,434	Oct. 17, 1922	Heating Unit	Charles C. Abbot	Pittsfield, MA	For a GE soldering iron. See 1,394,937, 1,708,961 and 1,758,775
1,453,709	May. 01, 1923	Gearing	Charles L. Heisler	Schenectady, Schenectady County, NY
1,490,708	Apr. 15, 1924	Dynamo-electric machine	Marvin L. Norris	Fort Wayne, IN	"I employ a short circuiting device which moves axially of the rotor shaft into contact with the commutator to short circuit the rotor winding, the device being actuated by weights which have radial motion only relative to the rotor shaft." This patent number was seen on a GE Â½ HP AC induction motor.
1,537,737	May. 12, 1925	Alternating-current commutator motor	Sven R. Bergman	Nahant, MA	This patent was seen on a 5 HP General Electric repulsion induction motor, which is a true repulsion-induction design, not a repulsion start induction run motor. It is also seen on a 1.5 HP model SCA reversible repulsion induction motor.
1,566,939	Dec. 22, 1925	Dynamo-electric machine	Alfred F. Welch	Fort Wayne, IN	"My invention... has for its object a novel construction of one of the members of such a machine whereby the magnetic material of the member is used to better advantage than was heretofore possible and the available space for the winding of the member is materially increased. Although my invention is applicable to dynamo electric machines generally, it is particularly applicable to single phase alternating current motors of the induction type provided with starting windings. A motor of this type has a nearly uniform revolving field, so that for best operation its field should present a uniform magnetic permeance for each unit element of the air gap periphery (represented usually by a tooth, where the teeth are equiangularly spaced). However, the main running winding is concentric with a larger number of turns in the outside than in the inside coils of each pole, and the starting winding requires only a very small area, part of which is arranged in slots left unfilled by the main winding. The slot area required is therefore not uniformly distributed around the periphery. Such a motor therefore requires a uniform distribution of peripheral iron cross section and a non-uniformly distributed winding... I shape the slots so that their area is such as to be filled with the winding and at the same time preserve a substantially uniform magnetic permeance." This patent date was seen on a GE model 26136 motor, which is a 147 frame, quarter horsepower induction motor with the power applied to the rotor, (the usual induction motor has power applied to the stator, not the rotor) via brushes and slip rings. In a 1930 GE catalog it says, "The Type SA motors are designed with the primary or field winding on the revolving member of the rotor."
1,669,134	May. 08, 1928	Molded commutator	Newton T. Kelso	Fort Wayne, IN	Seen on a GE Type BC 1/3 HP DC motor.
1,696,615	Dec. 25, 1928	Electromagnet	Penfilo Trombetta	Schenectady, NY	This patent number was seen on a GE magnetic switch, CR7006-D40H. Also listed were patent numbers 1,742,109, 1,839,095, 1,842,958, and 1,854,007.
1,708,961	Apr. 16, 1929	Electric Heater	Charles C. Abbot	Pittsfield, MA	For a GE soldering iron. See 1,394,937, 1,432,434 and 1,758,775
1,723,912	Aug. 06, 1929	Dynamo-electric machine	Sven R. Bergman	Nahant, MA	This patent was seen on a 3 HP General Electric model 5SCR repulsion induction motor, which is a true repulsion-induction design, not a repulsion start induction run motor.
1,742,109	Dec. 31, 1929	Electric switch mechanism	Louis J. Weber	Schenectady, NY	This patent number was seen on a GE magnetic switch, CR7006-D40H. Also listed were patent numbers 1,696,615, 1,839,095, 1,842,958, and 1,854,007.
1,758,775	May. 13, 1930	Heat Dissipating Device	Charles C. Abbot	Pittsfield, MA	For a GE soldering iron. See 1,394,937, 1,432,434 and 1,708,961
1,812,748	Jun. 30, 1931	Dynamo electric machine	August Kayser	Fort Wayne, IN	Seen on a GE 1/2 HP induction motor.
1,839,095	Dec. 29, 1931	Detachable contact	Ernest F. Goetz	Schenectady, NY	This patent number was seen on a GE magnetic switch, CR7006-D40H. Also listed were patent numbers 1,696,615, 1,742,109, 1,842,958, and 1,854,007.
1,842,958	Jan. 26, 1932	Thermo relay	George R. Townsend	Schenectady, NY	This patent number was seen on a GE magnetic switch, CR7006-D40H. Also listed were patent numbers 1,696,615, 1,742,109, 1,839,095, and 1,854,007.
		Thermo relay	Charles H. Chapman	Scotia, NY
1,854,007	Apr. 12, 1932	Thermal relay	Louis J. Weber	Schenectady, NY	This patent number was seen on a GE magnetic switch, CR7006-D40H. Also listed were patent numbers 1,696,615, 1,742,109, 1,839,095, and 1,842,958.
2,085,995	Jul. 06, 1937	Insulated electrical conductor and method of making same	Edward J. Flynn	Schenectady, NY	Seen on a GE 1/2 HP induction motor.
		Insulated electrical conductor and method of making same	Winton I. Patnode	Schenectady, NY
2,180,983	Nov. 21, 1939	Dynamo-electric machine	Ralph W. Hall	Fort Wayne, IN	Seen on a GE 1/2 HP induction motor.
2,233,982	Mar. 04, 1941	Dynamoelectric machine	Gordon Kelley	Nahant, MA	This patent number was seen on a GE "TriClad" induction motor. The innovation is a coil winding device plus a method of wiring the motor coils using an unbroken length of wire, avoiding the need to interconnect the coils.
2,240,184	Apr. 29, 1941	Electric Gauge	Claude M. Hathaway	Niskayuna, Schenectady County, NY	This patent is listed on a Pratt & Whitney 2E Jig Borer.
2,242,007	May. 13, 1941	Dynamoelectric machine	Charles C. Leader	Schenectady, NY	The patent number was seen on a GE "TriClad" induction motor.
2,307,588	Jan. 05, 1943	Insulated electrical conductor	Ralph W. Hall	Fort Wayne, IN	The patent number was seen on a GE "TriClad" induction motor.
		Insulated electrical conductor	Edward H. Jackson	Fort Wayne, IN
2,347,517	Apr. 25, 1944	Dynamoelectric machine	Dean F. Smalley	East Lynn, MA	The patent number was seen on a GE "TriClad" induction motor.
2,677,296	May. 04, 1954	Universal Tool Adjusting Holder	Claude R. Morgan	Pittsfield, Berkshire County, MA
		Universal Tool Adjusting Holder	Ernest F. Miner	Pittsfield, Berkshire County, MA
2,810,567	Oct. 22, 1957	Cutter Tool Assembly Providing a Floating Fit Between Tool and Holder	Floyd L. Kirkham	Detroit, Wayne County, MI
3,074,147	Jan. 22, 1963	Material Working Machine with Multiple Tool Holder	John W. Miller	Schenectady, Schenectady County, NY
		Material Working Machine with Multiple Tool Holder	Herbert W. Nidenberg	Schenectady, Schenectady County, NY
3,084,416	Apr. 09, 1963	Cutting Tool	Carl R. Broughton	Glendale, Hamilton County, OH
3,731,356	May. 08, 1973	Cutting Tool	Thomas W. Gowanlock	Rochester, Monroe County, NY	Abstract: A cutting tool of the type having a recess or pocket at one axial end thereof in which a disposable cemented carbide cutting insert is held by an overhead clamp which also acts to pull the insert back into the pocket. A separate chip breaker plate is releasably attached to the clamp. The means for attachment of the chip breaker plate to the clamp extends through the chip breaker to the clamp and contains a projection below the chip breaker plate which fits within the hole in the insert, so that tightening of the clamp pulls the insert simultaneously toward the shoulder and the base of the recess to firmly clamp the insert in the recess of the shank.
4,077,735	Mar. 07, 1978	Cutting Tool and Insert Assembly	David Cochrane	ON,, Canada	Abstract: In cutting tools employing disposable inserts an indexing shoulder is generally provided on the body of the tool. When exposed to excessive force the shoulder may be damaged and the tool difficult to repair. This invention proposes a replaceable seat which is indexed to the tool, and wherein the seat is provided with an shoulder against which the insert is indexed. In the preferred embodiment the insert is provided with a transverse channel in its seating surface and the seal with a mating land. The arrangement provides for forward and reverse indexing of the insert, and is of particular utility in positive rake and tracer cutting tools.
5,345,158	Sep. 06, 1994	Electrical Distribution Equipment With Torque Estimating Capability	Gerald B. Kliman	Schenectady, Schenectady County, NY	Abstract: A circuit breaker for protecting a motor-driven system from overcurrents and under-voltages includes both current and voltage sensors and derives a precise estimate of electromagnetic torque output from sensed currents and voltages. A contactor similarly includes torque estimating capability.
		Electrical Distribution Equipment With Torque Estimating Capability	Kamakshi Srinivasan	Cambridge, Middlesex County, MA
		Electrical Distribution Equipment With Torque Estimating Capability	Rik W. DeDoncker	Schenectady, Schenectady County, NY
		Electrical Distribution Equipment With Torque Estimating Capability	David E. Ritscher	Troy, Rensselaer County, NY