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Nikolaus Johannes Laing

Karsten Andreas Laing

Zoltan Jagasics

Karsten Laing

William Arthur Parkyn, Jr

Inge Laing

Oliver P Laing

Disclosed is a floating altazimuth-tracking array of point-focus lenses that concentrate direct sunlight on the upper ends of optical-homogenizer rods bonded to high-efficiency multi-junction photovoltaic cells. The cells are on heat sinks in altitude-tracking linear troughs holding multiple lens-rod-cell assemblies. Swiveling on horizontal axes, the troughs have their heat sinks always submerged in the water of a circular pond. Only knee-high al-together, the troughs and their floating frame rotate in the shallow pond for azimuth tracking. Closely packed floating platforms comprise solar electric farms with maximal land utilization.

Solar electricity generator

A centrifugal pump with an integrally-constructed electrical motor. The motor has a hemi-spherical rotor mounting the impeller and comprising at least two permanent magnetic poles. The rotor is balanced on a spherical bearing including a ball or a hemispherical structure mounted at the end of a shaft engaged into an axial cavity in the smallest end of the rotor. A thin, waterproof and static septum is positioned in the air gap between the stator and the rotor. The annular stator includes a bowl-shaped yoke and a winding, applied to the inner surface of the yoke, comprising segments running in successive alternate sections obliquely to the motor's axis of rotation between the upper and lower rims of the yoke. Due to the geometry of the motor, the residual magnetic forces urge the rotor toward a balanced position against the shaft and bearing.

Centrifugal pump with integrated motor

A compact electrical motor, particularly adapted to act as the driving component of a centrifugal pump, has a hemispherical rotor mounting the impeller and comprising at least two permanent magnetic poles. A thin, waterproof and static septum intimately surrounds the rotor. A circular stator includes a bowl-shaped yoke and a winding applied to the inner surface of the yoke and comprising segments running in successive, alternate sections obliquely to the motor's axis of rotation between the upper and lower rim of the yoke. The successive foldings of the strands about the upper and lower rim of the yoke substantially eliminates the electro-mechanically inactive and power-dissipating portions of the stator or winding found in motors of the prior art.

Electric motor with reduced axial length

In a hot and cold water plumbing installation, a volume of hot water is first drawn from the hot water line and stored in an insulated reservoir. When the temperature of the water near the most distal location of the hot water line falls below a predetermined level, the contents of the insulated reservoir are reinjected back into that line to flush the cooled down water back into the water heater. A second reservoir is used between the water heater inlet and the cold water source to absorb the excess water resulting from the aforesaid reinjection and prevent hot water from being injected into the cold water line.

Dual reservoir-based hot water recirculation system

In a plumbing installation wherein hot water is piped from a water heater or reservoir to a plurality of taps by a distribution conduit, an improved recirculation circuit of limited power consumption to continually pump small amounts of hot water from said conduit back into said reservoir which comprises a low power radial pump unprotected by a check valve against backflow, but having a rotary impeller with linear radial vanes leading to an annular output channel larger than necessary for maximum pumping throughput. The oversized annular channel and linear vanes limit the impact of any backflow upon the impeller and prevents its operating as a tubine as the pump is subjected to back pressure when a large amount of water is being drawn through the taps.

Pump for secondary circulation

A rotor of an electric motor with a spherical magnetic gap or an impeller which forms a pivotably mounted rotating unit with an armature consists of a permanent magnetic annular member which is arranged juxtaposedly to a second stationary permanent magnetic annular member. The two magnets are spaced apart from each other by an air-gap and remain apart from each other because of their polarity. This prevents tumbling and counteracts the hydraulic thrust to prevent liftoff of the rotating unit from the step bearing.

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La Jolla, CA, United States of America

Nikolaus Johannes Laing