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    • 51. 发明专利
    • DE3045776A1
    • 1981-08-27
    • DE3045776
    • 1980-12-04
    • GEN SCANNING INC
    • MONTAGU JEAN I
    • H02K9/22H02K21/22H02K37/12H02K37/22H02K21/16
    • A subfractional horsepower, permanent magnet motor has a stator assembly with a pair of axially aligned stator coils in stacked relation, and complementary metal housing members that enclose the coils and define a series of stator poles. An elongated sleeve disposed within the annular stator assembly provides, with the metal housing members, magnetic circuits that surround the stator coils. The stator sleeve is disposed over and interfitted with a frame core that has significantly greater thermal conductivity than the thermal conductivity of the stator sleeve. A channel extends from at least one of the stator coils along the axial length of the core to the base, and the leads of that coil extend radially inward from the coil and along the channel to the base and therefrom externally of the motor. The motor rotor has a cylindrical sleeve portion with a circumferential array of axially extending permanently magnetized rotor poles equally spaced about the periphery, and the rotor is supported such that a uniform annular air gap is provided between the outer surface of the stator assembly and the inner surface of the rotor sleeve.
    • 52. 发明专利
    • ELECTRIC MOTOR CONSTRUCTION
    • GB2065986A
    • 1981-07-01
    • GB8036689
    • 1980-11-14
    • GEN SCANNING INC
    • H02K9/22H02K21/22H02K37/12H02K37/22H02K37/00
    • A subfractional horsepower, permanent magnet motor has a stator assembly with a pair of axially aligned stator coils in stacked relation, and complementary metal housing members that enclose the coils and define a series of stator poles. An elongated sleeve disposed within the annular stator assembly provides, with the metal housing members, magnetic circuits that surround the stator coils. The stator sleeve is disposed over and interfitted with a frame core that has significantly greater thermal conductivity than the thermal conductivity of the stator sleeve. A channel extends from at least one of the stator coils along the axial length of the core to the base, and the leads of that coil extend radially inward from the coil and along the channel to the base and therefrom externally of the motor. The motor rotor has a cylindrical sleeve portion with a circumferential array of axially extending permanently magnetized rotor poles equally spaced about the periphery, and the rotor is supported such that a uniform annular air gap is provided between the outer surface of the stator assembly and the inner surface of the rotor sleeve.
    • 58. 发明专利
    • DE69616141D1
    • 2001-11-29
    • DE69616141
    • 1996-05-06
    • GEN SCANNING INC
    • BELL BILL
    • G01D5/30G01B11/26
    • A shaft angle transducer uses a rectangular prism to refract a light beam in proportion to the angular displacement of a shaft and then measures the refraction with a pair of light sensors. A fixed light source projects a light beam through a cylindrical lens and the prism to produce a patch of light on the fixed light sensors. An aperture shapes and sizes the light patch to nearly match the dimensions of one of the light sensors. The prism rotates with the shaft and refracts the light beam in proportion to the rotation angle. As the patch translates across the surface of the light sensors, more light impinges on one light sensor and correspondingly less light impinges on the other light sensor. The difference between the signals produced by the two light sensors produces an output signal that approximates the angular displacement of the shaft from a null position. The distance through which the light patch translates depends on the angular displacement of the prism and is immune to radial or axial translation of the prism.
    • 60. 发明专利
    • Pulse control in laser systems
    • AU4325899A
    • 1999-12-30
    • AU4325899
    • 1999-06-02
    • GEN SCANNING INC
    • SMART DONALD V
    • B23K26/00B23K26/06H01C17/242H01G5/019H01S3/00H01S3/10H01S3/11H01S3/117H01S3/13
    • A pulsed laser system includes a laser pump, a laser rod, a reflector interposed between the laser pump and the laser rod, through which energy from the laser pump enters the laser rod, an output reflector through which energy is emitted from the laser rod, a switch interposed between the laser rod and the output reflector, and a control device. The switch, when closed, causes energy to be stored in the laser rod and, when opened, allows energy to be emitted from the laser rod during an emission period. The control device allows a primary laser pulse emitted from the laser rod during the emission period to impinge on a workpiece and blocks from the workpiece secondary laser emission occurring during the emission period after emission of the primary pulse. The pulsed laser system is operated over a range of repetition rates, so as to cause laser energy to be emitted during a plurality of emission periods at each repetition rate. At least a portion of the laser energy emitted during the emission periods is directed toward the target structure in order to perform passive or functional trimming of the target structure. The switch is closed for a fixed, predetermined period of time prior to each emission period regardless of repetition rate of the primary laser pulse within the range of repetition-rates in order to store energy in the laser rod. The pump is operated continuously at constant power.