Universal Display Corporation

Other

Jx Crystals Inc.

Eeco Incorporated

Strap Commander, LLC

Douglas Williams

Jason Brooks

Charles J Stanton, Iii

Tyler Fleetham

Hsiao-Fan Chen

Peter Wolohan

Raghupathi Neelarapu

Olexandr Tretyak

Katarina Rohlfing

Lewis M Fraas

Geza Szigethy

Morgan C Macinnis

Joseph A Macor

Eugene S Gutman

Wei Bao

Pierre-Luc T Boudreault

Nicholas John Thompson

Scott A Beers

Woo-Young So

Rasha Hamze

Daniel W Silverstein

John E Samaras

Sean Michael Ryno

Muazzam Idris

Ivan Milas

Mahesh Paudyal

Galyna Dubinina

Charles Stanton

Paul D Custard

Hojae Choi

Satwinder Singh Marok

Charles J Iii Stanton

Provided are organometallic compounds. Also provided are formulations comprising these organometallic compounds. Further provided are OLEDs and related consumer products that utilize these organometallic compounds.

Organic electroluminescent materials and devices

A compound is disclosed that is selected from the group consisting of a structure having and a structure having

Disclosed are platinum or palladium complexes featuring tetradentate ligands with at least one side that has an NN binding motif are disclosed. The disclosed organometallic compounds have a structure of where M is Pt or Pd. Also provided are formulations comprising these organometallic compounds. Further provided are OLEDs and related consumer products that utilize these organometallic compounds.

Tetradentate platinum complexes comprising an imidazole/benzimidazole carbene having a structure of Formula I is disclosed. In Formula I, M is Pd or Pt. These platinum carbenes with the specific substituents disclosed herein are novel and provides phosphorescent emissive compounds that exhibit physical properties that can be tuned, such as sublimation temperature, emission color, and device stability.

A compound having the following formula is disclosed. The compound is useful as an emitter in OLED applications.

A compound having a structure of the formula Ir(L)(L), in which Lis a bidentate, tridentate, tetradentate, pentadentate, or hexadentate ligand and Lis a monodentate, bidentate, tridentate, or tetradentate ligand, or not present, and where the total denticity of Lplus Lis 6, and Lincludes at least one structure of Formula I: is disclosed as a useful phosphorescent emitter compound.

A compound is disclosed that is selected from the group consisting of a structure having Formula I and a structure having Formula II

A novel compound having a benzimidazole based structure is disclosed that is selected from one of the following structures: The compound is useful in improving photophysical performance of OLEDs.

A winding device including a spindle and an inner cylinder is provided, the inner cylinder is positioned at least partially in a first opening of the spindle extending along an axial direction and is rotatable between a first position and a second position relative to the spindle. The winding device additionally includes an engagement bolt positioned in a second opening of the spindle extending along a radial direction and mechanically engaged with the inner cylinder. Rotation of the inner cylinder between the first position and the second position automatically extends or retracts the engagement bolt along the radial direction. When the engagement bolt is extended, the winding device is in an engaged position and configured to rotate a collar of a strap winch, and when the engagement bolt is retracted, the winding device is in a disengaged position and configured to be removed from or inserted into the collar of the strap winch.

Strap winch winding device

A compact forced air cooled thermophotovoltaic generator includes a TPV converter assembly, a fan which is driven by electric power generated by the converter assembly and a housing for enclosing the assembly and fan. The assembly includes a fuel/air mixing tube, an infrared emitter positioned in the combustion chamber, a receiver positioned around the emitter and a heat shield positioned between the receiver and the emitter. The receiver includes a circuit having TPV cells connected to an inner surface and radial fins extending from an outer surface. A fuel source may be provided proximate (i.e. beneath) the mixing tube or may be remotely connected to the mixing tube by a fuel line. A housing encloses the TPV converter assembly and the fuel source, if provided as part of the unit. A fan or other updraft mechanism electrically connected to the cell circuit is provided at the bottom of the housing beneath the fuel source and/or converter assembly. The fan blows air upward around the fuel cylinder and mixing tube, along the walls of the housing and past the radial fins of the heat sink, thereby dramatically improving cell cooling and increasing combustion air flow. A chimney and exhaust duct may be provided for carrying exhaust gases generated by the combustion away from the generator. Various features may be added, depending on the intended use of the generator. For portable applications, handles or other carrying means are included on the housing. For stationary applications, wall mounts or plates are provided. Preferably, the housing of the present generator has a construction that provides easy access for replacing depleted fuel sources.

Electric power generating lantern using forced air cooled low bandgap photovoltaic cells

An electric vehicle recharging parking meter includes a parking meter, a processor, a display interconnected to the processor for giving visual information to a user, and an input device interconnected to the processor. The input device enables the user to select the parking time and/or the recharging time for the electric vehicle. The processor is responsive to the user selection of recharge time, parking time, and recharge power requirements entered on the input device. A payment receptor for receiving payment for the parking and recharge time selected by the user is interconnected to the processor for indicating receipt of payment for parking time and recharge electricity. The processor enables a switch to close so that power will be supplied to the vehicle from a power source. A connector is attached to a post or stand on this the meter may be mounted whereby the electric vehicle can be interconnected to the power source. A power controller, operable in response to signals from the processor, is interconnected between the power source and the connector.

Electronic parking meter and electric automobile recharging station

A thermophotovoltaic generator provides a greater power output while maintaining a compact, simplistic structure. The generator includes a burner having adjustable fuel and air flows, an infrared radiation emitter suspended above the flame nozzle of the burner and a cylindrical receiver surrounding the emitter. The emitter is a conical infrared emitter connected to the burner by wires. The emitter is positioned above the burner nozzle such that the emitter is immersed in the generated hydrocarbon flame. The emitter material catalyzes combustion on its surface. Infrared energy radiated by the heated emitter is collected by a cylindrical receiver that completely encircles the emitter. The receiver includes a flexible circuit having an inner surface, an outer surface, opposite ends, top and bottom edges and bending regions. First and second rows of low bandgap cells are connected to the top and bottom edges of the circuit, respectively, away from the bending regions. Copper contact pads are placed on the top cell bonding side of the circuit. A thin, polyimide insulating layer is placed over the outer surface of the circuit and the contact pads, and a thin metal sheet is located under the insulating layer. Heat sinks having aluminum air cooling fins are bonded to the metal sheet. The receiver is rolled into a cylinder, with opposite ends of the circuit connected and with the inner surface of the circuit positioned closest to the emitter. By dramatically increasing the emitter surface area in the flame and by increasing the low bandgap cell packing density of the receiver, greater power outputs are realized.

Thermophotovoltaic electric generator using low bandgap photovoltaic

A valve assembly for an internal combustion engine coupled to a cylinder and a crankshaft and having a valve and an electrical magnetic actuator, wherein the electrical magnetic actuator is interconnected to the valve. A command mechanism is coupled to the valve assembly and the crankshaft. The command mechanism receives signals from the crankshaft to produce an electrical signal, wherein the electrical signal is intermittently sent to the valve assembly. The valve assembly utilizes the electrical signals to intermittently move the valve between an open and closed position of the cylinder.

Rack and pinion valve operating system

An electro-acoustical structure for switching on and supplying sound to an all-acoustical headset upon the insertion of an acoustic-use plug. A piston-valve is depressed against a spring upon the insertion of the plug, opening acoustic ports, and also moving a bifurcated contact attached to the piston to close a circuit with coactive stationary contacts for energizing an electro-acoustic transducer.

Electro-acoustical structure

An automatic signaling device responsive to small pressure variation, said pressure variations being created by a restriction of fluid flow within a flow system. The pressure variation causes fluid to flow through a resonant; loading chamber, activating a longitudinal wave resonator. The generation of longitudinal waves is apparent by the production of an audible signal. The device is mounted to the flow system using attaching means designed as part of or appurtenant to the device. In some embodiments the dimensions of the respective components of the device are adjustable.

Growing community of inventors

Mullica Hill, NJ, United States of America

Douglas Williams